Zeichenwerkzeug zum Anzeichnen eines Werkstücks

Zeichenwerkzeug (1) zum Anzeichnen eines Werkstücks (5), miteinem dreieckigen Werkzeugblatt (10), bei dem den drei Seiten des Dreiecks jeweils mindestens eine Skala (11, 12, 13) zugeordnet ist, undeinem Anschlag (20), der an dem Werkzeugblatt (10) befestigt ist und zwei quer zueinander angeordnete Seiten aufweist zur beidseitigen Anlage des Zeichenwerkzeugs (1) an dem Werkstück (5),wobei die jeweils mindestens eine Skala (11, 12, 13) eine erste Skala (11; 12) aufweist, die zum Anzeichnen einer ersten geometrischen Eigenschaft an dem Werkstück (5) ausgestaltet ist, undwobei an dem Werkzeugblatt (10) die jeweils mindestens eine Skala (11, 12, 13) eine zweite Skala (13) aufweist, die zum Anzeichnen einer zweiten geometrischen Eigenschaft ausgestaltet ist, die sich von der ersten geometrischen Eigenschaft des Werkstücks (5) unterscheidet, oder an dem Werkzeugblatt (10) mindestens eine Öffnung (14; 151, 152) zum Anzeichnen einer Werkstückmitte und/oder mindestens einer Schwalbenschwanzverbindung ...

Höhenjustierleiste Justierleiste Höhenverstellbare Gewindejustiereinheit Falztiefenjustierhilfe

Höhenverstellbare Justierleiste, die mit Verklebe streifen (Klebeband) auf der Unterseite einer dafür geeigneten Platte aufgeklebt wird. Dadurch gekennzeichnet,1. dass die Leiste mindestens 6 mm mindestens dünn und 30 mm dick ist, vorzugsweise 8 mm stark ist.2. das die Leiste mindestens 30 mm lang, sowie 600 mm maximal lang ist, vorzugsweise aber 400 mm stark ist.3. dass das Winkelblech aus Stahl durch die Innengewindejustierhülse aus Acyrl, Pvc und oder Aluminium und oder Messing in der Höhe justiert werden.4. die Leiste eine Ausbuchtung hat, die wiederum eine Langlochähnliche Aussparung hat um die sich darin Blech oder Blechähnliche Leiste in der Höhe zu nivellieren.

Mitred corner template

CERAMIC TILE CUTTING/MARKING GAUGE

Jig for positioning vehicular part

Template

A template for marking or cutting a shaped corner on a workpiece has a substantially planar main board-like body with a first side edge provided with first attachment means and a series of separate and different corner portions. Each corner portion has a second side edge buttable with the first side edge of the main body portion and provided with second attachment means releasably co-operable with the first attachment means to detachably secure a selected corner position to the main body portion with the first and second side edges abutting. Each corner portion has a further side edge of desired shape operable, when the corner portion is secured to the main body portion, as a guide for marking or cutting a corner of said desired shape on a workpiece.

Adjustable worktop jig

An adjustable worktop jig for use in cutting or routing complementary male and female profiles on lengths of worktop includes at least one guide slot 212 defining at least one guide surface for cutting or routing the male and female profiles and an angularly adjustable datum surface 222 mounted for adjustable angular movement on the jig to enable alignment of the jig at a desired angle on a workpiece. In this way, male and/or female profiles can be cut at incrementally adjusted angles to produce a joint with a nominal angle of e.g. 90{ or an adjusted angle, perhaps to allow for out of true walls (see figs. 5 and 6). The datum surface may be provided by plates 220 with a datum edge 22 which are pivotally mounted to the jig and slidably mounted in arcuate slots 214, 216, 218.

Casing measurement and marking tool

An adjustable marking and measuring tool including a locating block and a guide block is provided. The locating block includes a pair of abutments for locating the tool in the corner of a jamb. The guide block includes a miter guide line edge for locating a guide line for longitudinally locating a piece of trim. The guide block includes a reveal guide line edge for marking the offset of the trim from an opening defined by the jamb. The position of the guide block relative to the locating block is adjustable for adjusting the amount of reveal identified by the tool. The tool may further include an engagement portion for engaging a mitered end of a trim piece. Further, the tool may include an upstanding abutment member to locate the guide block relative to a piece of trim for marking a miter line across the trim piece.

Builders tool

Building panel packaging and template

Building panel packaging and template

A sheet material template 1 comprising a central portion 2 having a centrally arranged handle opening 19 and foldably attached first and second side portions 100, 200 each having a foldably attached handle portion 1000, 2000, the template further comprising a plurality of template markings 11-15, 21-23, the template being reconfigurable from an initial configuration in which the central portion and side portions are co-planar to a template configuration in which the handle portions extend through the handle opening. The sheet may be corrugated cardboard, and the markings may comprise openings. In the template configuration the first and second surfaces may be in contact with the surface of the central portion. The template may comprise one or more retainer portions 116-118 with corresponding retainer openings 16-18, 26-28, and stabiliser portions which fold out from the first and second portions to project from the central portion. Also claimed is a stack of panels packaged with the template ...

Architrave positioning tool

An architrave positioning tool 10 comprising a central body portion 12 having two planar inner jamb-abutment faces 16 which are mutually perpendicular to one another, 5 and a shoulder element 14 which projects from a perimeter of the central body portion 16 adjacent to the two inner jamb-abutment faces 16. The shoulder element 14 defines a planar front jamb-abutment surface 20 which is mutually perpendicular to the two inner jamb-abutment faces 16. In use, an outer edge 18 of the shoulder element 14 defines an architrave position when the two inner jamb-abutment faces 16 are abuttably engaged 10 with adjacent inner surfaces of a door or window jamb and the front jamb-abutment surface 20 is abuttably engaged with a front surface of the door or window jamb. An architrave positioning system is also provided, which includes a number of the tools each of which has a different depth such that different margins can be marked or drawn for architraves.

Electrical socket marker template

A template for marking the position of electrical fittings comprises a plastic sheet 1 with cut out rectangles 2, 3 4. The template is placed against a wall to mark standard electrical sockets and switches at predefined sizes and heights within legal electrical requirements. The template may include a spirit level 7 and may be hung from a hole 6 ...

Tool

A tool or clamp 10 comprises a first wall 14 and a second wall 16, clamp means 18 by which the first and second walls 14, 16 are adjustably connected to one another such that the positions of the first and second walls 14, 16 can be adjusted relative to one another to allow in use, a length of lagging material (12, fig 5) to be gripped therebetween, the first and second walls 14, 16 being provided with cutting guide formations (24, fig 1) to assist a user in cutting the pipe lagging material 12, wherein at least part of at least the face of the first wall 14 facing towards the second wall 16 is provided with a plurality of ribs (28, fig 4) spaced apart from one another. An insert (30, fig 6) of rigid material can be introduced into the bore of the lagging (12, fig 6) before it is inserted into the tool 10 to provide rigidity and stiffness making cutting easier.

Template and method for use thereof

ATTACK TEACHINGS

Montageschablonen (Montagehilfen) für Trockenbauunterkonstruktionen und Systeme nach ÖNORM B3415 mit vorgegebenen Standardnormabständen, für Wand und Decke, Vorsatzschalen und Dachausbau, Metalldecken und Kühldecken

Die Erfindung betrifft ein MONTAGESCHABLONEN-SET (1.0.0), wobei durch beidseitige gleiche Abstufungen und einer speziellen Form im Trockenbau fehlerhafte Profilabstände durch Spalten und offene Fugen in Leichtbaukonstruktionen verhindert werden.

VORRICHTUNG ZUM ANZEICHNEN UND MARKIEREN AUF GROSSEN FLÄCHEN, INSBESONDERE WÄNDEN IN RÄUMEN

This invention concerning a device for marking and tracing on large surfaces, particularly on walls of a room, consists of a base plate (1) which can be secured in detachable fashion to a wall or a support placed close to the wall and at least one straightedge (14) which can be pivotingly secured on the base plate (1) or the support.

MEASURING AND STOP ANGLE

ATTACHMENT NAIL

PROCEDE ET DISPOSITIF DE DECOUPE AUTOMATIQUE D'UNE PEAU

L'invention concerne un procédé de découpe automatique d'une peau ou similaire caractérisé en ce qu'il consiste à disposer la peau sur le plan de travail d'une table de découpe automatisée, à placer manuellement les gabarits sur la peau à l'intérieur d'un cadre prédéterminé, chaque gabarit comportant un moyen de codage permettant l'identification et la reconnaissance de position du gabarit dans le cadre, à photographier le placement réalisé, à analyser l'image obtenue en vue de lire les codes portés par les gabarits et à commander le déplacement de l'outil de coupe à l'intérieur dudit cadre en vue de reproduire les contours des gabarits décodés. L'invention concerne également un dispositif pour la mise en oeuvre du procédé. La présente invention peut être appliquée notamment à la découpe de peaux.

METAL WORKER'S 90 BEND LAYOUT RULER

ABSTRACT OF THE DISCLOSURE A novel layout ruler is provided to perform flat layout patterns directly on sheet metal stock, i.e. to mark the total length, or the shear cut size, of the sheet metal stock and to marls the sight line for bending the sheet metal stock. The ruler includes a body member having a scale component drawn along its central longitudinal axis and a scale blade component provided with a plurality of spaced-apart transverse lines extending from at least one side edge of the body member. The scale blade component includes: (i) one pair of spaced-apart lines representative of the inside bend radius (R); (ii) at least one pair of spaced-apart lines representative of the set back (SB); (iii) one pair of spaced apart lines representative of the bend allowance (BA); and (iv) at least one pair of spaced-apart lines representative of the material deduction (MD). Upon use of such ruler, as described herein, the total length of the sheet metal stock can be determined, and the sight line can be marked directly thereon.

ROOF SQUARE WITH BLADE LOCKING AND RELEASE MECHANISM

A roof square for marking rafters comprising a right angle triangular body with a marking blade pivotally mounted adjacent the right angle. Either side of the square adjacent the right angle is held against the stock to be marked, and the blade used to mark either a plumb cut or a foot cut. The blade retracts to allow marks to be made at a measured depth. The tool can also be used as a conventional square to make 90 and 45 degree marks.

POWER SAW GUIDE KIT

A combination carpenter's square and saw guide, and a conversion kit for converting an existing carpenter's square to such combination, utilizes a standard L-shaped square with a channel mounted on each leg of the square and extended in the same direction, so that the channels are each extended in the X or Y direction and are on opposite faces of the flat carpenter's square. A rod is axially slidably inserted into each channel, and the distal end of the rod is extended out beyond the comer of the square a distance equal to the distance between the sole plate of a circular hand saw and the plane of the blade, and fixed in this position. The resulting tool is a carpenter's square which also acts as a convenient saw guide, as the workman can back off the square until the tip of the rod aligns with a pencil mark made at the cut line, and use the square for a saw fence. In kit form, a jig is used to produce appropriate bolt holes in the square and the channels which will accommodate either left ...

Messeinrichtung für die Reproduktionstechnik.

Machine à dessiner

Koordinaten-Körnapparat für Platten

Apparecchio per tracciare per falegnami ed ebenisti

TABLE WITH TRACING AND DETAIL PARTS THE PLATES MADE OF INSULATING MATERIAL.

Combination marking-out tool

The handle (1) has two stop edges (18). A protractor (2) is fitted in place in the handle (1). The protractor (2) has scales for the angular degree graduation (13) and an additional millimetre scale (12). The latter starts from a bore (7) for a drawing-pencil insert. The bore (7) is provided in an angle (3) rotatably arranged about the axis (6). Thus the millimetre scale (12) can indicate the respective distance between a workpiece edge and the bore (7) for the drawing-pencil insert. The selected angular degree position or the millimetre distances can be locked on the protractor edge. The angle (3) can be turned through 90 DEG at the protractor so that the half circumference can be divided into angular degrees. Together with an insert bore (7) for the drawing pencil in the angle (3), so-called pierce holes (10) in a scale (15), which can be precisely adjusted by displacement, at an edge of the angle serve to mark out parallel lines. ...

Dispositif de marquage par micro-percussion

Dispositif de marquage par micro-percussion au moyen d'un outil pneumatique comportant une pointe vibrante qui permet de tracer des signes d'identification sur un plan de marquage. Ce dispositif comprend un outil pneumatique 2 monté sur un chariot 1 qui se déplace suivant un axe de translation X2 - X2 grâce à un premier moyen moteur 11. De plus l'outil pneumatique tourne autour d'un axe X2 - X2 sous l'action d'un deuxième moyen moteur 20 de façon à déplacer les points d'impact de la pointe vibrante 3 de l'outil pneumatique 2 dans une direction perpendiculaire à la direction de translation.

GUIDANCE AND/OR MEASURING INSTRUMENT INCLUDING/UNDERSTANDING TWO BRANCHES FORMING ONE T AND a MOBILE CURSOR LIKELY TO BE PLACE IN POSITION OF RELEASE

A WALL INSTALLATION AND MOUNTING METHOD

DEVICE Of ASSISTANCE TO the TRACING AND the CUT OF CERTAIN MATERIALS BY MEASURING the DISTANCE PLANES SUPPORT

Device for assisting tracing and cutting of easily transportable construction materials so as to measure plane distance of support, has units providing indication of distance between elements between two lines marked on opening

L'invention concerne un dispositif permettant de mesurer, tracer et vérifier le niveau d'un support en une manipulation simple et rapide avec un seul outil. Il est constitué de trois éléments liés par deux mesures roulantes. A l'extrémité des mesures se trouve la rainure de glisse, et à l'autre des outils de traçage. Ces deux éléments sont munis de laser et de niveaux à bulles qui permettent d'évaluer le niveau constant du support. En deux mouvements on peut tracer une droite à la distance désirée à partir de l'extrémité du support et en même temps vérifier qu'il est plan sur sa surface. On peut aussi vérifier les niveaux (horizontal ou vertical) de différents produits, à distance.

PROCESS AND APPARATUS TO WORK ON A MATTER IN SHEET

CET APPAREIL UTILISE UNE TABLE QUI COMPORTE DEUX LEVRES PARALLELES COPLANAIRES ESPACEES 50, 52 ENTRE LESQUELLES EST TENDUE UNE MATIERE EN FEUILLE S SUR LAQUELLE DOIT OPERER UN OUTIL 24 PORTE AU-DESSUS DE LA TABLE PAR UN CHARIOT MOBILE 26, 28. DES DISPOSITIFS DE SERRAGE 60, 62 MONTES SUR LA TABLE MAINTIENNENT LA MATIERE EN FEUILLE TENDUE ENTRE LES LEVRES EN SERRANT LA MATIERE CONTRE LES LEVRES. UNE PLATINE 72 EST SUSPENDUE AU CHARIOT DU COTE DE LA MATIERE OPPOSE A CELUI OU SE TROUVE L'OUTIL ET SERT A SOUTENIR LA MATIERE LORSQUE L'OUTIL TRAVAILLE SUR LA MATIERE. THIS APPARATUS USES A TABLE WHICH INCLUDES TWO COPLANAR PARALLEL LIPS SPACED 50, 52 BETWEEN WHICH A SHEET MATERIAL IS TENSIONED ON WHICH A TOOL 24 MUST BE OPERATED OVER THE TABLE BY A MOBILE TROLLEY 26, 28. OF THE CLAMPING DEVICES 60, 62 MOUNTS ON THE TABLE KEEP THE SHEET MATERIAL TENDED BETWEEN THE LIPS BY Squeezing the material against the lips. A PLATE 72 IS SUSPENDED FROM THE CART ON THE SIDE OF THE MATTER OPPOSED TO THAT WHERE THE TOOL IS LOCATED AND IS USED TO SUPPORT THE MATERIAL WHEN THE TOOL WORKS ON THE MATERIAL.

Tile-cutting measurement device

A tile-cutting measurement device includes a telescoping elongated body. The telescoping elongated body has a first distal end and a second distal end. A tile marker holder is disposed on the second distal end substantially parallel to the elongated body. The tile marker holder holds a tile marker. The first distal end of the tile-cutting measurement device is placed against a vertical surface such as a wall. When the tile-cutting measurement device travels along the wall, the marker traces a line along a loose tile to be cut that corresponds to the contours of the vertical surface. After the tile is measured in this manner, it will be cut along the line. The cut side of the tile is then fitted along the vertical surface. Advantageously, the tile-cutting measurement device is a portable and easy-to-use tool that allows for precise tile cutting measurements.

Vacuum fixture

A vacuum fixture table is set up to establish a vacuum with the surface of the table so one side of a workpiece can be subject to a cutting operation. It also holds wooden panels in conjunction with a template holding frame without nailing or clamping, thus preventing damage to template and speeding up the cutting operation.

Guide clamp

A guide clamp is disclosed which includes a clamping jaw at one end of a guide bar. An opposing shifting jaw is slidably carried on the guide bar to permit a workpiece to be embraced by the jaws. A pull rod associated with and parallel to the guide bar is connected to a lever on the clamp jaw. The shifting jaw locks onto this pull rod when the jaws embrace a workpiece and actuation of the lever then pulls the jaws together to clamp onto the workpiece and hold the guide clamp thereon. Tuideways to guide and hold tools, jigs and the like are provided on the guide bar.

Modular straight edge

A plurality of straight-edge sections may be joined together by connector pieces. The connector pieces and straight-edge sections incorporate cooperating ribs and channels. The connector piece incorporates ribs with provision for flexing. When the connector pieces forced into the straight-edge sections a wedging jamming relationship is established that holds the straight end sections in aligned relationship. The undersurface of the straight-edge sections incorporates parallel slots which cooperate with rails on a taping flange. The entire assembly may be positioned on the workpiece by the use of the plurality of taping flanges secured to the work surface by adhesive tape.

Nail pulling cam

A cam that when positioned next to a nail which is engaged with the claw of a claw hammer will keep the prying fulcrum of the hammer at the level of the head of the nail as the hammer rotates along the cam and pulls the nail upward with a force directed along the axis of the nail. The cam is provided with a handle that serves as an aid in positioning the cam and also an aid to placing the cam in and removing the cam from a craftsman's personal carrier. The handle also can serve as a straight edge, a scale, a scribing guide, a pry, and a tack and brad pulling aid. The handle and the cam together can serve as a square. The cam can be provided with a slot which a partially pulled nail can enter so that the hammer can regain a mechanical advantage and to press against the work surface and protect it from damage from the nail being pulled from the work surface.

Ceramic tile gauge

Template for marking or cutting a shaped corner on a workpiece

A template for marking or cutting a shaped corner on a workpiece has a substantially planar main board-like body with a first side edge provided with first attachment means and a series of separate and different corner portions. Each corner portion has a second side edge buttable with the first side edge of the main body portion and provided with second attachment means releasably co-operable with the first attachment means to detachably secure a selected corner position to the main body portion with the first and second side edges abutting. Each corner portion has a further side edge of desired shape operable, when the corner portion is secured to the main body portion, as a guide for marking or cutting a corner of said desired shape on a workpiece.

Apparatus for cutting and/or scribing circles and ovals

A horizontal rotary table is provided and a mounting arm is supported above the table and generally parallels the latter. The arm extends along a path paralleling an axis of rotation of the table and an upright shaft is journalled from the mounting arm for rotation about an upright axis coinciding with the axis of rotation of the table. Drive structure drivingly connects the table and the upright shaft for rotation of the latter at twice the speed of rotation of the table and a support is mounted on the support arm for guided movement therealong. A scribe tool is carried by the support for engagement with and scribing a workpiece disposed on the table for rotation with the latter and motion converting and drive structure is operatively connected between the upright shaft and the support for effecting oscillation of the support along the arm responsive to and an in timed relation with rotation of the shaft. The motion converting and drive structure includes operational features which function ...

Tile saw guide apparatus

A tile saw guide apparatus comprising a right-angle triangle shaped guide body and an attachment structure. The right-angle triangle shaped guide body includes a tile receiving space accessible through a first non-hypotenuse edge of the right-angle triangle shaped guide body. A first tile engaging edge defining the tile receiving space extends substantially perpendicular to the first non-hypotenuse edge of the right-angle triangle shaped guide body. A second tile engaging edge defining the tile receiving space extends substantially perpendicular to a second non-hypotenuse edge of the right-angle triangle shaped guide body. The attachment structure is fixedly attached to the right-angle triangle shaped guide body. The attachment structure is configured for fixedly securing the guide body to a table of a tile saw and extends across the hypotenuse edge of the right-angle triangle shaped guide body.

T-square

A T-square for measuring and marking a panel comprises a housing; a rule mounted to the housing and arranged to engage a flat surface of a panel; a blade guide for receiving a blade, the blade guide mounted on the rule; and two moveable arms coupled to the housing and arranged to engage an edge of the panel.

Replicated hole pattern for remotely located structural components

Embodiments herein provide drill hole location transfer between remote components. One embodiment is an apparatus for replicating drill holes of a first workpiece on a second workpiece remotely located from the first workpiece. The apparatus includes an interface to receive coordinate data of first alignment pins installed to first template holes of a first drill plate, and a receptacle to receive a second drill plate having second template holes that match a pattern of the first templates holes of the first drill plate. A pin setting device moves a reference member in a plane over the receptacle, and positions the reference member with respect to the second drill plate based on the coordinate data of the first alignment pins, thus indicating locations within the second template holes to position drill bushings for replicating the first holes of the first workpiece on the second workpiece.

Floor joist square

A floor joist square is provided. A floor joist square for facilitating marking a straight-line along a face of an engineered I-shaped floor joist, the floor joist square comprises a blade member, a tongue member, and a handle. The blade member is flat and rectangular in shape and comprising a substantially thin first lip extending out from a first end of the blade member and a substantially thin second lip extending out from a second end of the blade member. The tongue member is flat and rectangular in shape and is perpendicularly affixed to the blade member at an end of the tongue member above the second lip. The handle is affixed to the blade member and the tongue member such that the handle, the blade member, and the tongue member form a triangular shape.

Modulare Markierungs- und Bohrschablone

Bohrschablone zum Bearbeiten eines Flugzeugbauteils umfassend ein Raster, Einsätze und Verbinder, wobei das Raster eine Mehrzahl von Löchern zur Befestigung der Einsätze aufweist, die Löcher regelmäßig angeordnet sind, und das Raster Aussparungen aufweist die zur Aufnahme der Einsätze geeignet sind, die Einsätze einen Abschnitt aufweisen, der zum Eingriff in die Aussparungen des Rasters vorgesehen ist, die Einsätze ebenfalls Löcher aufweisen , die dazu geeignet sind mit den Löchern des Rasters zur Deckung zu kommen, und die Einsätze mit Verbindungselementen mit dem Raster verbunden werden können.

Bohr- bzw. Anreißlehre

Hilfsvorrichtung für die Montage parallel zueinanderliegender Bohlen (2, 3) auf quer dazu verlaufenden Tragbalken (1), mit einem Aufsetzkörper (5) zum Aufsetzen auf die Sichtseite einer neben einer bereits mit in Bohrungen (6) ihrer Sichtseite eingedrehten Schrauben (7) an den Tragbalken (1) befestigten Bohle (3) liegenden zu befestigenden Bohle (2), mit mindestens zwei Anreißmarkierungen zum Anreißen jeweils einer Bohrung (6) oder zwei Führungsöffnungen (8, 9) zum Führen eines Bohrers (10) zum Bohren jeweils einer Bohrung (6) in der Sichtseite der zu befestigenden Bohle (2), die in einer Fluchtlinie zu einer Bohrung (6) der bereits montierten Bohle (3) liegt und mit einer Anlageflanke (11) zur Anlage an eine Längsseite (2') insbesondere der zu befestigenden Bohle (2), wobei der Aufsetzkörper (5) eine gedachte Ausrichtlinie (12) definiert, welche quer zur Erstreckungsrichtung der Anlageflanke (11) verläuft und in welcher die Anreißmarkierung bzw. Führungsöffnung (8, 9) und ein über die ...

Drilling template

A template to be used for marking equally spaced holes in all four corners in any sheet of material for drilling and fixing and for marking equally spaced holes around external and internal door and window openings comprises a transparent sheet having two series of guidelines at 90 degrees to one another and an aperture to allow a point to be marked through the aperture onto a surface. The template may be acrylic and may include a spirit level.

Tile Gauge

Improvements in or relating to carpenters' or like squares

... 279,681. Dyke, R. A. Jan. 8, 1927. Squares; bevels.-The instrument, which is particularly intended for solving roof problems, is of the kind having two limbs B, T at right-angles to each other and a telescopic hypotenuse or fence F which is pivoted to one limb and adjustable along the other. The hinge A by which the fence is pivoted to the limb B has its axis passing through the point of intersection of the working edges of the members F, B. The fence F is bifurcated at each end to straddle both the members B, T. At its outer end it bears on a pin P passing through a block b which can slide in a slot S in the member A. The fence can be secured in any position of adjustment by a clamp 3, and has a portion of reduced thickness sliding within the remainder, this portion being provided with scales G. Scales are also marked on the limb T.

ADJUSTABLE MARKING DEVICES

Measuring, cutting and marking gauge

The gauge is suitable for cutting and marking sheet material, such as plasterboard, plywood, blockboard and the like. The gauge includes a measuring rule, a sliding cutting and marking part, and a removable handrail at the top end of the rule. To use the device, the handrail is placed on the edge of the board and the cutting and marking part is adjusted to the desired measurement, the wing nut is fastened. A knife or pencil is placed in the V-slot and the gauge is then slid along to score or mark the board. For cutting, the board is bent where the score line has been made and the knife is used on the opposite skin of the board. With the handrail removed, the gauge may be used for marking and cutting circles and arches (see sheet 4 of the drawings).

Jig with slider

A jig comprises a frame 1, a slider 2 moveably mounted within the frame that has a template element 3 thereon, and locating means to allow the frame to be removably held against a substrate. Preferably, the template comprises a marker hole 4, and is slideably mounted on the slider, and toothed or roughened interacting surfaces (13, 14, fig 5A) are provided between the slider and template. The template element may be provided with a leaf spring (15, fig 5A) that biases the template element so as to force the interacting surfaces into locking contact. The locating means may be dowels 12 that abut against the substrate. The jig may be used in the positioning of handles on cupboards.

Adjustable template

Tile measuring guage

Drilling template

Sliding tee

FURNITURE CONSTRUCTION METHOD

A securing device

An installation device

An installation device comprises: a first element having an elongate body defining a length and a width and having a linear alignment indicator extending along its length located at a midpoint of the width, a second element having an elongate body defining a length and a width and having an engagement channel extending along a portion of its length and a plurality of position indicators along a portion of its length, engagement means extending from the first element through the engagement channel of the second element and operable to secure the first and second elements to one another, wherein the device is moveable between a first configuration, in which the first and second elements are pivotable relative to one another about the engagement means, a second configuration in which the second element is slidable relative to the first element in a direction parallel to the length of the second element and a third configuration in which the first and second elements are fixed relative to each ...

ANSCHLAGLEHRE

Montageschablonen (Montagehilfen) für Trockenbauunterkonstruktionen und Systeme nach ÖNORM B3415 mit vorgegebenen Standardnormabständen, für Wand und Decke, Vorsatzschalen und Dachausbau, Metalldecken und Kühldecken

Die Erfindung betrifft ein MONTAGESCHABLONEN-SET (1.0.0), wobeidurch beidseitige gleiche Abstufungen und einer speziellen Formim Trockenbau fehlerhafte Profilabstände durchSpalten und offene Fugen in Leichtbaukonstruktionen verhindert werden.

STOP ANGLE.

MARKING MECHANISM FOR CONNECTING TIMBER BEAMS OF MEANS NAIL PLATES

Tool for assisting the process of marking or cutting

A tool (2) for assisting the process of marking or cutting structures (50) in a predefined manner is disclosed. The tool (2) comprises a rod member (4) having a longitudinal axis and a plate member (6) rotatably attached to the rod member (4). The tool (2) comprises an arm (16) removably attached to the rod member (4) and to the plate member (6). The plate member (6) is rotatably attached to the rod member (4) by means of a structure (40, 40', 42, 42', 44, 80) comprising a joint (40, 40', 42, 42', 44) and one or more magnetic or magnetizable structures (42, 42', 80) configured to provide a magnetic force between the rod member (4) and the plate member (6).

TABLE FOR MARKING, GROOVING AND CUTTING OF INSULATION PANELS

Table à tracer et à rainurer les plaques en matière isolante, en vue de la confection de gaines de ventilation, caractérisée en ce qu'elle comprend un plan supportant la plaque d'isolant à hauteur de travail, un profilé de roulement ou de glissement selon un des grands côtés du plan, un ensemble de travail mobile sur le profilé des butées dépla çables et immobilisables le long du profilé coopérant avec un élément de verouillage du chariot en vue de son immobilisation aux positions de rainurage voulues, la table comportant en outre le long de la périphérie du plan des butées mobiles prévues pour le calage de la plaque.

DETACHABLE T-SQUARE

A T-square comprising a longitudinal member, a cross-piece member removably mountable onto a connection point of the longitudinal member, and securing means for removably securing the cross-piece member onto the longitudinal member. The securing means comprise a dovetail assembly having complementary tenon and mortise portions provided onto the cross-piece and longitudinal members respectively. Alternatively, the tenon and mortise portions may be provided onto the longitudinal and cross-piece members respectively. The securing means comprise connecting means for operatively connecting the cross-piece member onto the longitudinal member. By virtue of its design and components, the present T-square is detachable, thereby enabling it to take on a reduced configuration when stored, transported, and/or displayed.

FASTENING PIN

A fastening pin for securing a covering membrane to a defective bone area filled with reconstructive bone material with surrounding endogenous bone. The head of the pin has a larger diameter so that it can be acted upon by a pressure and/or striking tool and has a pin shaft adjacent thereto of a smaller diameter which has an essentially cylindrical holder and, adjacent thereto, a portion essentially tapering to a point. The transitional area between the holder and the pointed portion has an annular shoulder of a larger diameter which extends towards the point of the pin with a conical surface diagonally into the surface of the point and adjoins the holder in a barb-like manner with an annular surface extending essentially at right angles to the longitudinal axis of the fastening pin towards the head of the pin.

SETTING TOOL FOR A FASTENING PIN

A setting tool for inserting a fastening pin for securing a covering membrane to a defective bone area filled with reconstructive bone material with surrounding endogenous bone, said tool comprising an elongated pencil-type handle, on one end of which is provided a pressure/striking head and on the other end of which is provided a holder for a fastening pin, having at least two resilient clamping jaws.

HAND SAW

OWNER OF CUT FOR THE REALIZATION OF PIECE OF FURNITURE, KIT OF MANUFACTURE OF PIECE OF FURNITURE INCLUDING/UNDERSTANDING SUCH AN OWNER OF CUT AND MANUFACTORING PROCESS OF CORRESPONDING PIECE OF FURNITURE

Le patron de coupe pour la réalisation de meuble (1) comprend un ensemble de gabarits (2) pour le repérage de la découpe de chacune des pièces (3) constituant ledit meuble sur un ou plusieurs panneaux (4). Ces gabarits (2) présentent, une première zone (11), dont la ligne de contour définit le contour de la pièce (3) à découper et éventuellement portent des marquages (10), aptes à repérer des travaux à effectuer sur la pièce (3) avant assemblage et/ou à faciliter le dit assemblage. La ligne de contour et les marquages sont à base d'une encre transférable, notamment à chaud, sur la matière constitutive des panneaux.Le kit de fabrication de meuble comprend :a) un patron de coupe dont tout ou partie des gabarits comportent des lignes de repérage, disposées selon la ligne de contour de la première zone et transversalement à celle-ci pour les perçages à effectuer de manière centrale sur la tranche du panneau correspondant,b) et un dispositif de repérage du perçage de la tranche en fonction de ...

TOOL FOR POSITIONING THE LOCATIONS OF WOODEN BLADE CAGES RESTING ON JOISTS

METHOD AND DEVICE FOR CATALYTICALLY TREATING EXHAUST GAS CONTAINING DUST DFE VEHICLE

TABLE A TRACER OU A RAINURER LES PLAQUES DE MATIERE ISOLANTE

TABLE REMARQUABLE PAR L'ASSOCIATION D'UN SUPPORT PLAN BORDE DE BUTEES REGLABLES PLANES 12 AVEC UN PROFILE-GLISSIERE OU DE ROULEMENT 2 ET UN CHARIOT 3 SE DEPLACANT SUR CE PROFILE SUR LEQUEL EST ARTICULE UN BRAS SERVANT D'ELEMENT RECTILIGNE GUIDE-OUTIL 5, LE PROFILE COMPORTANT UNE GRADUATION 27 ET DES BUTEES REGLABLES 29 SUR LESQUELLES VIENT S'IMMOBILISER LE CHARIOT DANS UNE POSITION DONNEE. APPLICATIONS : CONFECTION DES GAINES DE VENTILATION EN MATERIAU ISOLANT.

UNIVERSAL SQUARE

The universal (multifunctional) square is a tool for quickly and conveniently positioning elements without requiring advance tracing. Said universal square is based on a square (A, B) with levels (5, 6, 7) housed in recesses and held in place by screws (9). Specifically, one level (7) provides angle readings. The tool further includes rules (10, 11, 12, 12b) and an aperture in each arm (3, 4) makes it easier to grasp. An aperture (8) in one arm (B) enables the level (6) to be read in a horizontal plane. Two magnetic strips (1, 2) inside the arms (A, B) automatically adhere to ferrous surfaces. Said tool or universal square is particularly useful for tasks requiring a square and a level.

Measuring device

A measuring device (1) comprising a body (2) which is holdable against a surface for the marking out of a pattern thereon and a member (3, 4) extendable from the body (2), at least a portion of the area of the device body (2) defining at least a portion of the area of the pattern to be marked out.

Boardwalk triangle - deck square

A multipurpose tool to facilitate installation of deck construction includes a main body portion having at least one structural feature that defines a plane. At least one flange is coupled to the main body portion and is oriented substantially perpendicular to the plane. The flange may be used to maintain consistent spacing between decking planks during assembly. The tool also may be used to strike lines, space fasteners, maintain baluster spacing, identify distances and angles, and indicate levels.

Gypsum wallboard scoring tool

An edge guided tool for scoring flat panels comprises a cutter assembly sliding on a track mounted on a conventional T-square vertical rail. A cutting tool body supporting a cutting plate over a panel to be cut is slideably mounted in the track on a resilient spring plate such that when the cutting blade is urged down toward the panel on the bending spring plate, the slide is urged against track sides to prevent further sliding, locking the slide and the blade in an alignment position. With the blade locked parallel to a T-square fence rail, as the T-square is moved with its fence rail abutted along a panel edge as a guide while the cutting blade is urged into the panel, the panel is scored along its length parallel to its length.

Tool guide

A tool guide for directing hand tools over a workpiece at an angle perpendicular to one edge of the workpiece is disclosed. The guide has two perpendicular legs equipped with flanges for aligning the guide and directing a hand tool along the guide. Measuring units are provided along surfaces of the guide to allow it to be used alternately as a carpenter's square and to facilitate carpentry operations without premeasuring. The flanges are shorter than the legs to provide cutouts for clamp removal and a cross brace enables the guide to be optionally stabilized without clamps.

Combination square and protractor

Angle measurement device for measuring, marking, scribing, cutting etc. has a base rail with a pivoting rail extending from it that can be set to a chosen angle and slid to any position along the base rail Device comprises a linear base rail and a pivoting projecting rail that can be locked in position at a chosen angle. The base rail (1) has a longitudinal guide for moving the projecting rail (5) along it. The guide on the projecting rail comprises grooves that accommodate matching tongues on the base rail.

T-angle plate cutter for cutting gypsum plaster board comprises a T-angle having a long side with dimensions on both sides which are each provided with a notch

T-angle plate cutter comprises a T-angle having a long side (120 cm) with dimensions every 0.5 cm on both sides which are each provided with a notch, and a short side about 1.2 cm thicker than the long side for precise guiding on the board.

Adjustable worktop jig

Top marker

A top marker 10 comprises a planar member having a predetermined layout or pattern of holes formed thereon. In use, the top marker is arranged to abut the work top surface whereby the pattern of holes is located relative to the work top which allows the holes to be transferred to the work top surface. The top marker 10 may be in the form of a right angled triangle 12 wherein a side 11 forms a base or stop member. The base or stop member 11 is preferably rectangular in cross-section and is used to locate the top marker relative to a work top surface. The top marker 10 includes a number of formations formed thereon, for example, a centralised triangular hole 17 reflecting the overall shape of top marker 10, an elongate slot 18 running parallel with one of the side members13 of the top marker 10 and several holes 16 used to accommodate, for example, marker pens or pencils. The top marker 10 is particularly useful as a guide or template to assist in determining the size of an aperture to be ...

Pipe easy

Handheld layout and marking tool

A Radiator Mounting Template

A template 1 for indicating the position of the wall fixing points for different radiator sizes comprises a substantially planar sheet 2 having a plurality of holes 7 arranged in an orthogonal grid pattern corresponding to different widths/heights of radiators. The sheet may have reference holes 8, 10 located near the edge of the sheet, these holes may have the height/width of the radiator indicated with each hole. The markings may be provided on both sides of the sheet, and there may be radiator-centre markings 9 near the upper edge of the sheet. The template may further include a spirit level, a handle or an aperture which extends across the sheet. An adjustable foot may be located on the lower edge of the template, which can be extended.

Tile marking device

Pipe work template

ATTACK TEACHINGS

MARKIERUNGSEINRICHTUNG ZUM VERBINDEN VON HOLZBALKEN MITTELS NAGELPLATTEN

MARKIERUNGSEINRICHTUNG ZUM VERBINDEN VON HOLZBALKEN MITTELS NAGELPLATTEN

COMBINATION LAYOUT TOOL AND SQUARE

A combination device including a layout tool having a rectangular plate and a rectangular endpiece; and a square adaptor having an attachment plate and a ruler assembly. The layout tool is provided with a number of slots and apertures which allow a construction worker to make quick, standard measurements. The square adaptor includes a pivotable ruler which can be aligned parallel to or perpendicular to the longitudinal edges of the layout tool.

TRANSPARENT TEMPLATE AND POSITIONING DEVICE WITH OVERLAPPING LINES FORMING A HALO EFFECT

An improved transparent template and positioning device for aligning material to be stitched, marked or cut, the template including two overlapping lines with one or more being translucent and one or more using fluorescent pigment that will overlap their colors to create a third color forming an outline or "halo" effect of enhanced visibility, enabling the darker more precise opaque lines on the ruler to be easily seen or found on light and dark materials. The translucent lines will allow the user to see through the template to the actual material that he or she is working with in order to provide improved viewing and more accurate alignment.

MULTI-PURPOSE LAYOUT TOOL AND DRILL GUIDE, AND RELATED COMPONENTS

A multi-purpose layout tool and drill guide, and related components and accessories, including a mounting L bracket, laser, swivels stand, headband and lamp.

Marking blade

The present disclosure is directed towards the design of a marking device for writing or drawing on a given surface. The marking device can be made of any material that leaves a residue or makes legible marks on a surface brought into contact with the device. The marking device of the present disclosure can be used to make precise lines or shapes on any material, including rough surfaces, such as, wood, concrete, drywall, tiles, etc. The marking device can consistently produce thin lines without needing any sharpening. The marking device can be attached to a support frame, which can serves as a handle for grasping and using the marking device. The support frame can further provide a housing to shield the marking device from damage when not in use. In one exemplary embodiment, the marking device is shaped as a razorblade and is configured to fit into any standard utility knife. In such an embodiment, the utility knife serves as the support frame for the marking device. Such an arrangement allows a utility knife to be reversibly converted into a carpenter pencil.

Tool for Assisting the Process of Marking or Cutting

A tool for assisting the process of marking or cutting structures in a predefined manner is disclosed. The tool comprises a rod member having a longitudinal axis and a plate member rotatably attached to the rod member. The tool comprises an arm removably attached to the rod member and to the plate member. The plate member is rotatably attached to the rod member by means of a structure comprising a joint and one or more magnetic or magnetizable structures configured to provide a magnetic force between the rod member and the plate member. 1. A tool for assisting the process of marking or cutting structures in a predefined manner , wherein the tool comprises:a rod member having a longitudinal axis;a plate member rotatably attached to the rod member by a pivot joint comprising a cylindrical pin attached to the rod member that is inserted into a bore of the plate member, wherein the cylindrical pin is at least partly surrounded by a plane structure made of a magnetic or magnetizable material and a receiving portion of the plate member is arranged and configured to be brought into contact with the plane structure, the plane structure and the receiving portion being made of materials ensuring that the plane structure and the receiving portion are attracted to each other by magnetic attraction;wherein the bore is arranged along a longitudinal axis of the plate member and additional holes are arranged symmetrically with respect to the longitudinal axis of the plate member;at least one of the additional holes configured to mate with an arm that is removably attached to the rod member and to the plate member; andone or more magnetic or magnetizable structures configured to provide a magnetic force between the arm and the plate member.2. The tool of further comprising a setting device removably attached to the rod member.3. The tool of claim 2 , wherein the setting device comprises a fixation member moveably attached to the setting device.4. The tool of further comprising an ...

LOCATING POSITIONS ON COMPONENTS

A method of locating position on a component includes engaging a template with a component and marking a location on the component using marking features of the template. Marking a location can include marking a plurality of locations on the component using a plurality of respective marking features of the template. Each marking feature of the template can include a corner formed where at least two edges meet on the template. Marking each respective location on the component can include marking two line segments that cross at an intersection point, wherein the two line segments follow the edges of the template at each respective corner, to mark the respective location on the component at the intersection of the two respective line segments. For example, marking each location can include marking a center point location for a strain gage, as well as the horizontal and vertical orientation. 1. A method of locating position on a component comprising:engaging a template with a component; andmarking a location on the component using marking features of the template.2. The method as recited in claim 1 , wherein marking a location includes marking a plurality of locations on the component using a plurality of respective marking features of the template.3. The method as recited in claim 1 , wherein each marking feature of the template includes a corner formed where at least two edges meet on the template.4. The method as recited in claim 3 , wherein marking each respective location on the component includes marking two line segments that cross at an intersection point claim 3 , wherein the two line segments follow the edges of the template at each respective corner claim 3 , to mark the respective location on the component at the intersection of the two respective line segments claim 3 , and wherein the two line segments provide proper relative horizontal and vertical orientation.5. The method as recited in claim 1 , wherein marking each location includes marking a center ...

ALIGNMENT TOOL

An alignment tool for use in marking a surface is disclosed. The tool comprises a handle two pairs of longitudinal arms and each rotatably mounted in the region of their longitudinal centres to a rotational mechanism provided in or on the handle. The rotational mechanism is arranged such that, in use, movement of one of the pairs in a first rotational direction results in movement of the other pair in the counter direction by substantially the same angle. Each of the arms carries at least one movable marking indicator A user-operable locking mechanism is on or associated with the handle, the locking mechanism being configured selectively to prevent and enable rotation of the arms. 1. An alignment device for use in marking a surface , the device comprising:first and second longitudinal arms, each rotatably connected to a hub or handle, each arm carrying a scale or an indicator element; anda user-operable locking mechanism configured selectively to prevent and enable rotation of the arms.2. A device according to claim 1 , wherein the arms are rotatably connected to a handle and the locking mechanism is on or associated with the handle.3. A device according to claim 1 , wherein each arm carries an indicator element or elements movable relative to the arm along at least part of its length.4. A device according to claim 1 , wherein the first and second arms are connected to a mechanism configured such that rotational movement of one arm in a first direction is effective to move the other arm by the same amount in the counter direction.5. A device according to claim 4 , wherein the mechanism is a linkage mechanism comprised of a pair of linkage arms each connected at one part to a respective one of the longitudinal arms and at another part connected to each other.6. A device according to claim 1 , wherein the locking mechanism comprises a screw/clutch plate arrangement selectively movable between a locked position in which it applies a force onto the arms to hinder ...

APPARATUS, METHOD, AND SYSTEM FOR HARDWARE MAPPING AND MANAGEMENT

An apparatus, method, and system for hardware mapping and management is disclosed. The apparatus may comprise a substrate housing hardware units associated with an object; one or more holes within the substrate for housing at least one hardware unit of the object are positioned based on a layout corresponding to the hardware units' assembly within the object. 1. A method comprising: wherein disassembling further comprises removing the hardware unit from the first component;', 'placing the removed hardware unit of the first component into at least one hole within a first substrate configured to house the first hardware unit,', 'wherein placing the removed hardware unit comprises placing the removed hardware unit at a disassembly position within the first substrate, and', 'wherein the disassembly position for housing the removed hardware unit within the first substrate is relatively proportional to the assembly position of the hardware unit within the first component., 'disassembling of a first component comprising a hardware unit at an assembly position within the first component,'}2. The method of claim 1 , further comprising: removing the hardware from the first substrate; and', 'replacing the removed hardware into the first component., 'wherein reassembling the first component further comprises, 'reassembling the first component,'}3. The method of claim 1 , wherein disassembling further comprises removing the hardware of the first component in a first sequential order.4. The method of claim 3 , wherein replacing the removed hardware further comprises replacing the removed hardware in a reversed sequential order.5. The method of claim 4 , wherein the reversed sequential order is a performance of the first sequential order in reverse.6. The method of claim 5 , wherein placing the removed hardware further comprises placing the removed hardware in the first substrate in a second sequential order corresponding to the first sequential order for disassembling.7. The ...

TOOL ASSEMBLY, SYSTEM, AND METHOD FOR TRANSFERRING LOCATIONS AND DIMENSIONS OF A PATTERN OF HOLES

There is provided a tool assembly for transferring locations and dimensions of a pattern of holes from a first structure to a second structure. The tool assembly has a transfer plate with a transfer plate pattern of transfer plate holes that include a plurality of oversize holes and two transfer plate index holes. The transfer plate pattern is substantially identical to the pattern in the first structure. The tool assembly has one or more alignment elements installed in the plurality of oversize holes. Each alignment element has a through opening in a coaxial alignment with the oversize hole. The oversize hole allows formation of an alignment variation gap between an exterior of the alignment element and an inner wall of the oversize hole. The tool assembly has one or more holding elements coupled to the transfer plate, each with a central through opening in coaxial alignment with the oversize hole. 1. A tool assembly for transferring locations and dimensions of a pattern of holes from a first structure to a second structure , the tool assembly comprising:a transfer plate having a transfer plate pattern of transfer plate holes formed through the transfer plate, the transfer plate holes comprising a plurality of oversize holes and at least two transfer plate index holes, the transfer plate pattern being substantially identical to the pattern in the first structure;one or more alignment elements installed in the plurality of oversize holes, each alignment element having a through opening in a coaxial alignment with the oversize hole, the oversize hole allowing formation of an alignment variation gap between an exterior of the alignment element and an inner wall of the oversize hole; andone or more holding elements coupled to the transfer plate, each holding element having a central through opening in coaxial alignment with the oversize hole of the transfer plate and the through opening of the alignment element,wherein when the tool assembly is coupled to the first ...

Adjustable material conveyor

A portable adjustable conveyor for use with a power tool for cutting a work piece. The portable adjustable conveyor has a one piece frame formed from a base plate integrally connected to first and second guide plates. Each guide plate has first, second and third groups of vertically aligned alignment holes oriented on a diagonal configuration to each other and spaced centrally in each guide plate. A removable roller engages between pairs of vertically aligned alignment holes in a first, second or third group of offset holes. The portable conveyer enables the power tool to process a work piece and reposition the work piece in less than 90 seconds repeatedly using different pairs of longitudinally aligned alignment holes with the removable roller as well as reduce static in the work place and increase lumens to the workpieces, all simultaneously.

Transfer Tool for Cabinet Holes

Improvements in a transfer tool for cabinet holes to transfer a plurality of different size and shape holes from one surface to another. The openings for a sink cabinet typically has a hot and a cold water supply line in addition to a drain pipe with an outlet for a garbage disposal and the location of all the holes and sizes must be identified, and transferred to a cabinet. The transfer tool accommodates a starting corner from a variety of different sizes and shapes cabinets and surfaces. The transfer tool has locators for both the size and the center position of round, square and other style openings. The transfer tool has indicia that identifies the size and center position to allow an installer to simply re-mark the location. The transfer tool has versatility to operate around obstructions and other hole opening locations. 1. A transfer tool for identifying hole locations comprising:a flat main supporting member;said flat main supporting member having at least one elongated slot;at least one flat locating arm that is temporally securable onto said flat main supporting member through a slot in said least one flat locating arm with a fastener;said least one flat locating arm having a first end that is elongated and having said at least one elongated slot running essentially central along said least one flat locating armsaid least one locating arm further having a second end forming a split “Y”;each end of said split “Y” features having a slot that runs essentially central to said split features;at least two locating tabs temporally securable to each of said split “Y” sides, wherebysaid at least two locating tabs identify a physical feature relative to said flat main supporting member.2. The transfer tool according to further including at least one “Y” locator.3. The transfer tool according to wherein said at least one “Y” locator is temporally securable to said at least one elongated slot.4. The transfer tool according to herein said at least one “Y” locators have ...

SQUARE TOOL

A square tool includes a first arm and a second arm which are disposed at 90° (right angle) to each other. Specifically, the arms each have an outer work edge which are set at right angles to each other. In contrast to a typical square tool where the arms meet at a corner junction, in the square tool of the present invention, the arms have inner ends which are spaced from each other and are joined by a connector therebetween. The connector provides a space where the projected corner junction of the arms would be located. 1. A square tool comprising a first arm and a second arm having work edges disposed at 90° to each other , wherein the arms comprise inner ends spaced from each other and are joined by a connector therebetween , the connector providing a space for a projected corner junction of the first and second arms.2. The square tool of wherein the arms each have an outer edge which are set at right angles to each other.3. The square tool of wherein the connector extends directly between the inner ends claim 1 , the connector being at an obtuse angle relative to the arms.4. The square tool of wherein the arms form a cross-section selected from a group consisting of a T-shaped cross-section claim 1 , L-shaped cross-section and flat cross-section.5. The square tool of wherein the connector is a right angled connector directed away from the space.6. The square tool of wherein the connector extends from inner edges of the arms.7. The square tool of wherein the connector comprises first and second sections at a right angle to each other claim 1 , where an end of each section is connected to a respective inner end of the arms.8. The square tool of wherein the connector is a curved connector in the shape of an arc.9. The square tool of wherein the connector extends from the outer edges of the arms.10. The square tool of wherein the connector is shaped as a three-quarter section of a ring.11. A tool comprising:a first arm; anda second arm having work edges disposed at ...

Board Shaping Support and Tool Chest

A board shaping support and tool chest allows for the storage, transportation, and mounting of wood shaping tools. The board shaping support and tool chest includes an elongated block with a first storage compartment and a second storage compartment to house tools and materials. A first guide lid and a second guide lid retain the contents of the first storage compartment and the second storage compartment during transportation, as well as support a board to be cut or shaped. A shaping tool, such as a miter saw, drop saw, circular saw or router, is positioned between the first guide lid and the second guide lid during implementation. The board shaping support and tool chest further includes a first guide support and a second guide support to align the board to the fence of a miter or drop saw and prevent the board from kicking out from the saw blade rotation. 1. A board shaping support and tool chest comprises:an elongated block;a first guide lid;a second guide lid;the elongated block comprises a first storage compartment, a second storage compartment, and a top mounting face;the first storage compartment and the second storage compartment traversing into the top mounting face;the first storage compartment and the second storage compartment being offset from each other, along the top mounting face;the first guide lid being hingedly connected to the elongated block, adjacent to the first storage compartment; andthe second guide lid being hingedly connected to the elongated block, adjacent to the second storage compartment.2. The board shaping support and tool chest claim 1 , as claimed in claim 1 , comprises:the elongated block comprises a rear lateral face;the first guide lid being hingedly connected to the elongated block, adjacent to the rear lateral face; andthe second guide lid being hingedly connected to the elongated block, adjacent to the rear lateral face.3. The board shaping support and tool chest claim 1 , as claimed in claim 1 , comprises:a first guide ...

MEASURING DEVICE

A measuring assembly for quickly and accurately marking a member for cutting includes a squaring tool to mark the member at a selected point. A tape measure is coupled to the squaring tool. Thus, the tape measure is always available to a user while the user utilizes the squaring tool. The tape measure measures a distance on the member such that the member may be quickly and accurately marked for cutting. 1. A measuring assembly comprising:a squaring tool configured to mark a member at a selected point; anda tape measure coupled to said squaring tool such that said tape measure is always available to a user while the user utilizes said squaring tool, said tape measure being configured to measure a distance on the member such that the member may be quickly and accurately marked for cutting.2. The assembly according to claim 1 , further comprising said squaring tool having an outer edge extending between each of a first lateral side and a second lateral side of said squaring tool claim 1 , a hypotenuse side of said outer edge extending between each of a bottom side and a front side of said outer edge such that said squaring tool forms an isosceles right triangle claim 1 , said squaring tool having an opening extending through each of said first and second lateral sides.3. The assembly according to claim 2 , further comprising a bounding edge of said opening extending upwardly from said bottom side of said outer edge and rearwardly from said front side of said outer edge such that said opening is positioned at an intersection of said front and bottom sides of said outer edge.4. The assembly according to claim 3 , further comprising said squaring tool having a first panel and a second panel each being coupled to and being coextensive with an associated one of said bottom and front sides of said outer edge claim 3 , each of said first and second panels extending laterally away from each of said first and second lateral sides.5. The assembly according to claim 4 , further ...

HVAC ROUGH IN MEASURING DEVICE

A measuring tool and device designed to allow for the quick determination for the location and marking of a rough in opening in the installation of HVAC components. The device is generally comprised of planar body having a specific dimension and including at least one aperture placed within a perimeter of the planar body corresponding to the size of a desired HVAC opening. Accordingly, the device can be generally utilized by a user to quickly mark the rough in opening by placing the device on a floor surface aligned with a soleplate and framing studs and floor joists. 1. A measuring device for adapted to aid in marking the location of a position for cutting a rough in opening for an HVAC component , the measuring device comprising:a generally flat and planar body portion, the body portion having a width and length, the width being the distance between opposed sides of the device and the length being the distance between opposed edges of the device, the opposed edges and opposed sides defining a perimeter of the device;an aperture, the aperture selected from a predetermined size having a width and a length corresponding to a standard HVAC rough in opening, the aperture positioned within the perimeter of the planar body portion and positioned a predetermined distance from an edge of the device; anda plurality of indicators, the indicators positioned a predetermined distance apart along the opposed sides of the device extending the length of the device.2. The device of claim 1 , wherein the device includes a second aperture claim 1 , the second aperture positioned at an opposed edge of the first aperture within the perimeter of the planar body claim 1 , the second aperture corresponding to a second standard HVAC rough in opening size.3. The device of claim 2 , wherein the pair of apertures are positioned a distance four inches away from the opposed edges of the device.4. The device of claim 1 , wherein the plurality of indicators are a notch claim 1 , wherein the notch ...

REPLICATED HOLE PATTERN FOR REMOTELY LOCATED STRUCTURAL COMPONENTS

Embodiments herein provide drill hole location transfer between remote components. One embodiment is an apparatus for replicating drill holes of a first workpiece on a second workpiece remotely located from the first workpiece. The apparatus includes an interface to receive coordinate data of first alignment pins installed to first template holes of a first drill plate, and a receptacle to receive a second drill plate having second template holes that match a pattern of the first templates holes of the first drill plate. A pin setting device moves a reference member in a plane over the receptacle, and positions the reference member with respect to the second drill plate based on the coordinate data of the first alignment pins, thus indicating locations within the second template holes to position drill bushings for replicating the first holes of the first workpiece on the second workpiece. 1. An apparatus for replicating drill holes of a first workpiece on a second workpiece remotely located from the first workpiece , the apparatus comprising:an interface configured to receive coordinate data of first alignment pins installed to first template holes of a first drill plate, the first alignment pins configured to adaptively align the first template holes of the first drill plate with first holes of the first workpiece;a receptacle configured to receive a second drill plate having second template holes that match a pattern of the first templates holes of the first drill plate; anda pin setting device configured to move a reference member in a plane over the receptacle including the second drill plate, and to position the reference member with respect to the second drill plate based on the coordinate data of the first alignment pins,wherein when the reference member positions to coordinates in the coordinate data, the reference member indicates locations within the second template holes of the second drill plate to position drill bushings for replicating the first holes ...

Wallbox Installation Tool

As described herein, a wall box installation tool may include a template body, one or more hollow pegs, a guide ring, and/or one or more template cards. The template cards may be configured to be installed on a front surface of the template body. A template card may define a plurality of holes therethrough. The guide ring may be configured to be installed within a pre-drilled hole in a wall. Each template card may be associated with a respective electrical device configuration. A subset of bores extending through the hollow pegs may be accessible via the template card when the template card is installed on the front surface of the template body. The wall box installation tool may include one or more fasteners that are configured to install a template card onto the front surface of the template body. 1. (canceled)2. A wall box installation tool , comprising: the planar front surface of the template body includes one or more attachment features;', 'the template body having a plurality of apertures formed therethrough; and', 'the template body including at least one reference feature having a peripheral wall that extends from the back of the template body and beyond the sidewall of the template body; and, 'a template body having a planar front surface, a side wall, and a hollow back;'} wherein the plurality of apertures forms a unique pattern on each respective one of the one or more template card members;', 'wherein each of the one or more template card members includes at least one attachment feature, wherein the one or more template card member attachment features are complementary to the one or more template body attachment features included in the template body., 'one or more template card members, each of the one or more template card members having a respective plurality of apertures formed therethrough;'}3. The wall box installation tool of wherein each of the plurality of apertures forming the unique pattern correspond to a mounting fixture location for an ...

Apparatus, system and methodology for identifying site locations within a construction environment

A system comprises at least one layout member configured to be mounted at a site where the layout member includes measurement graduations thereon and is configured to be marked with a marking implement and a template mounted to the layout member and selectively slidable along the layout member to a selected graduation corresponding to at least one coordinate of an installation site for installation of equipment. The template includes one or more apertures. The apertures permit passage of a marking implement to mark the at least one coordinate of the installation site on the layout member.

Dual Speed Square

A dual speed square has a first triangle member, a second triangle member, and an intermediate connector. The first triangle member and the second triangle member are each laterally and hingedly connected to the intermediate connector opposite each other through a first hinge joint and a second hinge joint, respectively. The triangle members rotate respective to the intermediate connector between a deployed configuration and a stored configuration. In the deployed configuration, the triangle members may be placed on opposite sides of a workpiece in order to identically mark out the opposite sides of the workpiece. In the stored configuration, the triangle members are positioned adjacent to each other, occupying a smaller space than in the deployed configuration for easier transport and storage.

METAL MARKER FOR CORRUGATED STEEL

A metal marker that includes: a flat top surface; an arm attached to at least one side of the metal marker; and a plurality of notches on a bottom surface of the marker, where the plurality of notches is adapted for placement over corrugated steel. The arm pivotally extends from the marker and provides a means for marking angles on corrugated steel. The top surface preferably includes a ruler and a level to aid in the marking of the underlying corrugated steel. 1. A metal marker comprising:a. a flat top surface;b. an arm attached to at least one side of the metal marker; andc. a plurality of notches on a bottom surface of the marker, where the plurality of notches are adapted for placement over corrugated steel.2. The metal marker according to claim 1 , where the arm pivotally extends from the marker and provides a means for marking angles on corrugated steel.3. The metal marker according to claim 1 , where the top surface includes a ruler.4. The metal marker according to claim 1 , further including a level on the top surface. The present invention is a metal marking device that is used to mark corrugated steel.Installing sheets of corrugated metal can be a complicated process. There is no easy way to mark corrugated steel accurately when placing screws or cutting it, and leveling is always an issue when installing the sheets vertically, as the level must be held just right. It is a time- consuming task to find the angle needed when installing sheets in a valley or over a hip. Many contractors will use a piece of cut-off metal for making horizontal marks, once they figured out the correct angle. However, when roofing an older house, the valleys may not be true. It is also cumbersome to use a cut-off piece of metal and difficult to keep it from scratching the new metal. Even when a contractor uses a sheet rock square and is careful when making the marks, the result is never very accurate. The object of the present invention is to provide a tool that will allow ...

QUILTING TOOL

The present invention is directed to a quilting tool and method for preparing unique quilt blocks. Advantageously, the inventive quilting tool includes a template with a fabric-marking window. In a preferred embodiment, the quilting tool includes the template, and an insert with a fabric-marking window. Beneficially, layout of fabric windows in multiple fabric pieces is uniform, and there is provided a wide variety of fabric window shapes and sizes useful for applique and reverse applique patterns. In a preferred embodiment, the quilting tool allows a quilt maker to make a unique wheel-and-spokes pattern. 1. A quilting tool for cutting out fabric pieces , said quilting tool comprising a template provided with at least one fabric-marking window therein , wherein said template has four or more exterior edges providing a fabric cutting guide for the shape and dimensions of each fabric piece , and wherein each fabric-marking window is located within the template perimeter and has a shape and dimensions adapted for uniformly outlining a predetermined position and predetermined shape and dimensions of the fabric-marking window on each fabric piece wherein structural integrity of a plurality of fabric pieces each provided with at least one window therein that corresponds to said outlining , is maintained , and layout of the fabric windows is uniform in said plurality of fabric pieces.2. The quilting tool of claim 1 , wherein said template comprises a first fabric-marking window and a second fabric-marking window spaced apart from one other by a bridge.3. The quilting tool of claim 2 , wherein two of the exterior edges of the template have an angular relationship to each other and the angle is an acute angle.4. The quilting tool of claim 3 , wherein an edge of said first fabric-marking window and an edge of said second fabric-marking window is generally parallel to one of acute angle-forming edges claim 3 , and another edge of said first fabric-marking window and another ...

TEMPLATE FOR MARKING CONVEYOR BELT SPLICES

An apparatus for marking conveyor belt ends to be bias angle finger spliced including a first rigid body marked with indicia including a centerline marking for alignment with a conveyor belt centerline and equally spaced measurement indicia marked outward from the centerline marking corresponding, respectively, to conveyor belt finger base points and a second rigid body marked with a centerline marking and equally spaced measurement indicia marked outward from the centerline marking corresponding, respectively, to conveyor belt fingertip points, wherein the measurement indicia between the first and second bodies is offset by half a spacing measurement from the centerline marking outward to differentiate the first and second bodies. 1. An apparatus for marking conveyor belt ends to be bias angle finger spliced , comprising:a first elongate rigid body marked with indicia for finger splicing, the indicia including a centerline marking for alignment with a conveyor belt centerline and equally spaced measurement indicia marked outward from the centerline marking, the equally spaced measurement indicia corresponding, respectively, to conveyor belt finger base points; anda second elongate rigid body marked with indicia for finger splicing, the indicia including a centerline marking for alignment with the conveyor belt centerline and equally spaced measurement indicia marked outward from the centerline marking, the equally spaced measurement indicia corresponding, respectively, to conveyor belt fingertip points;wherein the equally spaced measurement indicia between the first and second rigid bodies is offset, respectively, by half of a spacing measurement from the centerline marking outward, thereby differentiating the first elongate rigid body from the second elongate rigid body.2. The apparatus of claim 1 , wherein each of the first and second elongate rigid bodies are flat and comprise two ends claim 1 , first and second lateral edges extending between and connecting the ...

FASTENER TOOLS AND TECHNIQUES

Provided is, among other things, an apparatus for facilitating the hanging of an object on a wall or other surface. The apparatus includes: a main body section having a front surface and an elongated first opening; an upper section connected to the main body section and having a protruding portion that protrudes away from the front surface; a lower section connected to the main body section and having a second opening for accepting, as well as a structure for holding, a hanging/attachment element; and a securing mechanism. The upper section is slidably attached to the main body section via the elongated first opening and thereby capable of moving vertically up and down said main body section, but can be temporarily fixed at a desired position along the main body section by using the securing mechanism. 1. An apparatus for facilitating the hanging of an object on a wall or other surface , said apparatus comprising:a main body section having a front surface and an elongated first opening;an upper section connected to the main body section and having a protruding portion that protrudes away from the front surface;a lower section connected to the main body section and having a second opening for accepting, as well as a structure for holding, a hanging/attachment element; anda securing mechanism,wherein the upper section is slidably attached to the main body section via the elongated first opening and thereby capable of moving vertically up and down said main body section, but can be temporarily fixed at a desired position along the main body section by using said securing mechanism.2. An apparatus according to claim 1 , wherein the structure includes a slot formed into a sidewall of the second opening.3. An apparatus according to claim 2 , wherein said slot is angled downwardly from front to rear.4. An apparatus according to claim 1 , wherein the structure includes an upwardly angled support.5. An apparatus according to claim 4 , wherein said upwardly angled bottom ...

Floor tile scoring-cutting guide

A device to be used as tool creating a straightedge for scoring or cutting VCT (vinyl composition tile) or vinyl floor tile, comprising of a triangular plate that has flat and smooth side surface edges to be used as a straightedge guide to draw a utility knife or other apparatus along the edge. On one of the right angle sides of said triangular plate and face, is an elongated bar fence that extends at ninety-degree angle outwardly from said triangular plate and face. An optional T-bar fence constructed as an integral part of the Floor Tile Cutting—Guide extends only a minimal distance and only far enough from the bottom edge in order that the device can lay flat on a floor tile when it is abutted to the edge or laying off to the side of a floor tile. An optional bar fence on one of the right angle straightedge sides is movable up or down in a ninety-degree angle from said plate and face allowing for the bar fence to lay flat on a floor tile or drop down when off to the side and become a fence that can be abutted to the edge of the floor tile. A preferred embodiment along the fore mentioned sides, there are numeral and corresponding measurement markings indicating distance. Along and by the right angle straightedge side, measurement makings indicate the distance from the bar fence and the edge of the floor tile. Along and by the diagonal straightedge side, measurement makings indicate the distance that the right angle straightedge is from the bottom of floor tile being sized. Such measurement markings on the diagonal are parallel and horizontal to the right angle straightedge side that indicate distance right angle straightedge is from the bottom of the floor tile for easy, quick and accurate measuring for sizing, eliminating the need for a tape measure or other measuring device. With optional recessed, indented or even slightly protruding markings, they are a minimal distance away from the edge allowing for an unobstructed and unencumbered flat and smooth side to ...

Personalized skin analysis devices

The disclosed methods and systems can be used to install and configure a skin analysis device, for example. In one aspect, a system for installing a device onto a plane area is disclosed. The system comprises: an installation assistor comprising a reference mark for determining a position for installing the device; and a bracket for mounting the device. The bracket includes: at least one side substantially flat for affixing to the plane area; a sliding member extending from a side of the bracket that is opposite to the side for affixing to the plane area; and a raised member extending from the side of the bracket that is opposite to the side for affixing to the plane area, at a predetermined distance from the sliding member, wherein the raised member corresponds to a recessive portion of the device that is configured to lodge the raised member.

ADJUSTABLE DOOR HINGE AND DOOR JAMB TEMPLATE

A universal door hinge template assembly for use with a tool for fabricating a mortise in a door or door jamb for a hinge includes a plurality of template modules including at least two end modules with one or more intermediate modules, where each template module comprises: a base having an aperture defined therein to guide the tool for forming the mortise, the aperture having two pairs of opposing sides; a pair of opposing adjustable hinge templates having a selected shape and selectively positioned at one of the pairs of opposing sides of the aperture; and a plurality of connecting bars of selective length which are selectively fixed between each two adjacent template modules in the assembly. 1. A kit for a universal door hinge template assembly for use with a tool for fabricating a mortise in a door or door jamb for a hinge comprising:a plurality of template modules including at least two end modules with possibly one or more included intermediate modules, a base having an aperture defined therein to guide the tool for forming the mortise, the aperture having two pairs of opposing sides;', 'a pair of opposing adjustable hinge templates having a selected shape and selectively positioned at one of the pairs of opposing sides of the aperture;, 'where each template module compriseswhere the end modules comprise an adjustable door thickness guide and a nail retained in the base for temporarily fixing the module to the door or door jamb; anda plurality of connecting bars of selective length which are selectively fixed between each two adjacent template modules in the assembly.2. The kit of where the plurality of connecting bars are providing with varying lengths to allow user selection in configuring the universal door hinge template assembly to be usable with a plurality of door and door jamb sizes and number of hinges to be fitted therein.3. The kit of where each the pair of hinge templates is reversible to provide a guide for two different shaped hinges.4. The kit ...

Work Table Assembly

A work table assembly includes a table that may be positioned on a support surface. An object, such as lumber or the like, is selectively positioned on the table for cutting and otherwise manipulating. A plurality of extension units is provided and each of the extension units is slidably coupled to the table. Each of the extension units is selectively positioned in a deployed position to support an object that is larger than the table. Each of the extension units is selectively positioned in a stored position. A plurality of panels is provided and each of the panels is selectively positioned on the table to define a horizontal support surface. 1. (canceled)2. A work table assembly having a plurality of extendable supports wherein said assembly is configured to support an object for cutting , said assembly comprising:a table being configured to be positioned on a support surface, said table being configured to have an object positioned thereon for cutting;a plurality of extension units, each of said extension units being slidably coupled to said table, each of said extension units being selectively positioned in a deployed position wherein each of said extension units is configured to support an object that is larger than said table, each of said extension units being selectively positioned in a stored position;a plurality of panels, each of said panels being selectively positioned on said table to define a horizontal support surface; andwherein said table has a top side and a perimeter side extending downwardly therefrom, each of said top side and said perimeter side comprising a plurality of intersecting members to define a grid.3. The assembly according to claim 2 , wherein said members corresponding to said top side includes a pair of outward members and a pair of medial members claim 2 , each of said outward and medial members being substantially hollow and having a pair of open ends.4. The assembly according to claim 2 , wherein said perimeter side has a first ...

Wallbox Installation Tool

As described herein, a wall box installation tool may include a template body, one or more hollow pegs, a guide ring, and/or one or more template cards. The template cards may be configured to be installed on a front surface of the template body. A template card may define a plurality of holes therethrough. The guide ring may be configured to be installed within a pre-drilled hole in a wall. Each template card may be associated with a respective electrical device configuration. A subset of bores extending through the hollow pegs may be accessible via the template card when the template card is installed on the front surface of the template body. The wall box installation tool may include one or more fasteners that are configured to install a template card onto the front surface of the template body.

MARKING BLADE

The present disclosure is directed towards the design of a marking device for writing or drawing on a given surface. The marking device can be made of any material that leaves a residue or makes legible marks on a surface brought into contact with the device. The marking device of the present disclosure can be used to make precise lines or shapes on any material, including rough surfaces, such as, wood, concrete, drywall, tiles, etc. The marking device can consistently produce thin lines without needing any sharpening. The marking device can be attached to a support frame, which can serves as a handle for grasping and using the marking device. The support frame can further provide a housing to shield the marking device from damage when not in use. In one exemplary embodiment, the marking device is shaped as a razorblade and is configured to fit into any standard utility knife. In such an embodiment, the utility knife serves as the support frame for the marking device. Such an arrangement allows a utility knife to be reversibly converted into a carpenter pencil. 1. A marking blade , comprising:a planar razorblade having a longitudinally extending marking edge, wherein at least a portion of the marking edge comprises a marking material that makes legible marks on various surfaces.2. The marking blade of claim 1 , wherein the marking material is graphite or synthetic graphite.3. The marking blade of claim 1 , wherein the marking material is a combination of clay and graphite.4. The marking blade of claim 1 , wherein the marking material comprises a coloring dye or pigment.5. The marking blade of claim 1 , wherein the entire razorblade comprises the marking material.6. The marking blade of claim 1 , wherein the razorblade comprises one or more cut-outs or notches configured to receive an alignment tab or positioning member of a support frame.7. The marking blade of claim 6 , wherein the support frame comprises a proximal end and a distal end claim 6 , and wherein the ...

TILE-CUTTING MEASUREMENT DEVICE

A tile-cutting measurement device includes a telescoping elongated body. The telescoping elongated body has a first distal end and a second distal end. A tile marker holder is disposed on the second distal end substantially parallel to the elongated body. The tile marker holder holds a tile marker. The first distal end of the tile-cutting measurement device is placed against a vertical surface such as a wall. When the tile-cutting measurement device travels along the wall, the marker traces a line along a loose tile to be cut that corresponds to the contours of the vertical surface. After the tile is measured in this manner, it will be cut along the line. The cut side of the tile is then fitted along the vertical surface. Advantageously, the tile-cutting measurement device is a portable and easy-to-use tool that allows for precise tile cutting measurements. 1. A tile-cutting measurement device , comprising:an elongated body having a first distal end and a second distal end, the first distal end and the second distal end situated on opposite sides of the elongated body; anda tile marker holder attached to the second distal end of the elongated body.2. The tile-cutting measurement device of claim 1 , wherein elongated body is extendable.3. The tile-cutting measurement device of claim 1 , wherein the elongated body includes a plurality of segments.4. The tile-cutting measurement device of claim 3 , wherein the segments are interlocking.5. The tile-cutting measurement device of claim 1 , wherein the elongated body is telescoping.6. The tile-cutting measurement device of claim 5 , wherein tile marker holder includes a tile marker attached thereto.7. The tile-cutting measurement device of claim 6 , wherein the tile marker holder extends horizontally from the first distal end and is substantially parallel to the elongated body8. The tile-cutting measurement device of claim 1 , wherein the elongated body has a storage position and an extended position claim 1 , wherein in ...

Fastener tools and techniques

Provided is, among other things, an apparatus for facilitating the hanging of an object on a wall or other surface. This apparatus includes: a main body section having a first surface; an upper section connected to the main body section and having a protruding portion that protrudes away from the first surface; a lower section connected to the main body section and having an opening for accepting and holding a hanging/attachment element; and a securing mechanism. At least one of the upper section or the lower section is a slidable section that is slidably attached to the main body section and thereby capable of moving vertically up and down the main body section, but can be temporarily fixed at an arbitrary position along the main body section using the securing mechanism.

PILLOW TEMPLATE SYSTEM AND METHOD OF USE

A pillow template system having at least one pillow template which is preferably made of a transparent or semi-transparent material which can be overlaid onto a piece of fabric and can quickly and easily be aligned on the fabric such that any patterns on the fabric are aligned in a desirable way. The template is a frame having an inner edge and an outer edge, with the width of the frame between the inner and outer edges providing a preferable seam allowance. In a preferred embodiment the frame can be nested into a stack with one or more additional frames. The size and shape of the pillow can vary based upon a selected one of the nested frames. 1. A pillow template system comprising:a plurality of nestable frames, including at least a first frame and as second frame, wherein said first frame is configured to be nested within said second frame;each of said plurality of nestable frames having an inner edge, an outer edge, and a width between said inner edge and said outer edgewherein said outer edge is configured for marking a cutting edge along a piece of fabric, and wherein a first pillow side and a second pillow side are formed from a cutting of said fabric along said cutting edge;wherein said inner edge is configured for marking a sew line on said piece of fabric;wherein said width is configured to provide a seam allowance on said fabric;a pillow structure configured to be formed by sewing said first and second pillow sides together about said sew line and inverting said first and second pillow sides; andsaid pillow structure configured to be filled with stuffing.2. The pillow template system of claim 1 , further comprising a zipper placed along one side of said pillow structure.3. The pillow template system of claim 1 , wherein said pillow is shaped as a polygon.4. The pillow template system of claim 1 , wherein said pillow is shaped as a rectangle.5. The pillow template system of claim 1 , wherein said pillow is shaped as a circle.6. A method of creating a pillow ...

ROOF SQUARE WITH BLADE LOCKING AND RELEASE MECHANISM

A roof square for marking rafters comprising a right angle triangular body with a marking blade pivotally mounted adjacent the right angle. Either side of the square adjacent the right angle is held against the stock to be marked, and the blade used to mark either a plumb cut or a foot cut. The blade retracts to allow marks to be made at a measured depth. The tool can also be used as a conventional square to make 90 and 45 degree marks. 1. A tool for marking rafters , comprising a body with a top layer , a bottom layer , a first plumb side and a second foot side disposed at 90 degrees to the first plumb side , and a marking blade pivotally mounted to a pivot pin proximal a vertex of the first and second sides , wherein the marking blade passes between the top layer and the bottom layer.2. A tool as in wherein the marking blade is slidably mounted to the pivot pin by a void extending along the marking blade.3. A tool as in further comprising a lock engaging the void for preventing movement of the locking blade with respect to the body.4. A tool as in wherein the void extends to a first end of the blade thereby allowing the blade to be disengaged from the pivot pin.5. A tool as in wherein the pivot pin is moveable thereby allowing the pivot pin to be disengaged from the blade.6. A tool as in wherein the void extends to a first end of the blade therefore allowing the blade to be disengaged from the lock.7. A tool as in wherein the lock is moveable thereby allowing the lock to be disengaged from the blade.8. A tool as in wherein the blade passes through the first and second sides.9. A tool as in further comprising a third hypotenuse side disposed at 45 degrees to the first side and the second side claim 1 , wherein the blade passes through the third side.10. A tool as in further comprising a first scale on a face of the top layer indicating angular displacement of the blade with respect to the second side claim 1 , and a second scale on a face of the bottom layer claim ...

Framing Square

A framing square including an integrated protractor feature is provided. The framing square includes a blade section, and a tongue section joined at a corner section. The corner section further includes a pivot opening, to rotatably couple the framing square to a workpiece. The blade section includes an array of marking openings. The marking openings are spaced from each other in the array, and the array is positioned a first distance from the pivot opening along a longitudinal axis of the blade. The marking openings can be sized to receive a particular marking instrument (e.g., a pencil or knife) for use with a particular framing square.

JIG OF SPIRIT LEVEL CLAMPING AID TOOLS, SQUARES AND HAND CLAMPS

A jig for clamping that includes two or more clamping aid tools for use and mounting with various common tools, including a carpenter, framing and speed square, and various straight edges for easily and accurately positioning various objects, either flat and/or round, magnetic or not. The clamping aids can clamp to round pipes at correct angles while being fitted, secured and/or welded together. 1. A jig clamping tool consisting of two or more separate clamping aid tools , wherein the body of each clamping aid includes generally flat side surfaces , at least one main elongate slot along the bottom flat edge surface for mounting to a straight edge , a ‘V’ groove along the top edge surface for abutting round objects , one rounded end , and one flat end.2. A clamping aid tool as claimed in where the slot height of each clamping aid corresponds to dimensions of a straight edge claim 1 , and the straight edge is one of a group including a carpenter square claim 1 , framing square claim 1 , straight edge claim 1 , and ruler.3. A damping aid tool as claimed in which includes threaded bores with mounting screws along both sides claim 2 , for securing the clamping aid to the straight edge in the main elongate slot.4. A clamping aid tool as claimed in claim 3 , additionally can comprise a spring loaded device within the main elongate slot for securing the clamping aid to the straight edge.5. A damping aid tool as claimed in claim 3 , where the top edge surface with “V” groove claim 3 , used for aligning and securing round objects and the bottom flat edge surface claim 3 , used for aligning and securing flat objects claim 3 , can both contain various types and shapes of magnets including earth claim 3 , ceramic or other claim 3 , for mounting each clamping aid tool to a ferromagnetic object.6. A clamping aid tool as claimed in claim 5 , which can include multiple spirit vials positioned at various angles in each clamping aid.7. A clamping aid tool as claimed in claim 6 , that ...

Wallbox Installation Tool

As described herein, a wall box installation tool may include a template body, one or more hollow pegs, a guide ring, and/or one or more template cards. The template cards may be configured to be installed on a front surface of the template body. A template card may define a plurality of holes therethrough. The guide ring may be configured to be installed within a pre-drilled hole in a wall. Each template card may be associated with a respective electrical device configuration. A subset of bores extending through the hollow pegs may be accessible via the template card when the template card is installed on the front surface of the template body. The wall box installation tool may include one or more fasteners that are configured to install a template card onto the front surface of the template body. 1. A method of installing a wall box comprising:drilling a first hole in a wall;installing a wall box installation tool in the wall by inserting a guide ring of the wall box installation tool in the drilled first hole, the wallbox installation tool comprising a template body having a front surface and a rear surface from which the guide ring extends, the wall box installation tool also comprising a plurality of bores that extend through the template body from the front surface to the rear surface and a first template card located on the front surface of the template body and having a first plurality of holes;adjusting the first template card from a first position associated with a first electrical device configuration to a second position associated with a second electrical device configuration, wherein a first subset of the plurality of bores in the template body are accessible via the first template card in the first position, and wherein a second subset of the plurality of bores in the template body are accessible via the first template card in the second position;marking, via the second subset of the plurality of bores, one or more pilot holes that correspond to the ...

Apparatus, method, and system for hardware mapping and management

An apparatus, method, and system for hardware mapping and management is disclosed. The apparatus may comprise a substrate housing hardware units associated with an object; one or more holes within the substrate for housing at least one hardware unit of the object are positioned based on a layout corresponding to the hardware units' assembly within the object.

Apparatus, method, and system for hardware mapping and management

An Apparatus, Method, and System for Hardware Mapping and Management is disclosed. Apparatus comprises a substrate housing hardware units associated with an object; one or more holes within the substrate for housing at least one hardware unit of the object are positioned based on a layout corresponding to the hardware units' assembly within the object. A method providing a plurality of substrates for housing hardware comprised of at least two components and at least two hardware units for each component, configuring a first plurality of holes within a first substrate of the plurality of substrate, wherein the first plurality of holes are laid out within the first substrate at locations relative the location of hardware units within a first component, and configuring a second plurality of holes within a second substrate of the plurality of substrate, wherein the second plurality of holes are laid out within the second substrate at locations relative the location of hardware units within a second component.

SQUARE FOR IMPLANTATION OF DRY PARTITIONS

L’équerre d’implantation de cloison sèche (1) comporte deux guides (2) perpendiculaires constitués de deux languettes (7) d’épaisseur égale. Les zones de perçage ou vissage (3) positionnées au-dessus de l’équerre (1) permettent de fixer la semelle. Un guide d’écartement(5), permet de visualiser l’espace entre les deux semelles pour l’emplacement de la plaque de plâtre. Une graduation (6) 60cm, permet un traçage plus rapide. Une poignée ergonomique (8) pour le transport et la manipulation. L’âme pleine (9) permet la résistance et l’inertie de l’équerre(1). Figure pour l’abrégé : Fig. 1 The drywall installation bracket (1) has two perpendicular guides (2) consisting of two tabs (7) of equal thickness. The drilling or screwing zones (3) positioned above the bracket (1) allow the sole to be fixed. A spacing guide (5) allows you to visualize the space between the two footings for the location of the plasterboard. A 60cm graduation (6) allows faster tracing. An ergonomic handle (8) for transport and handling. The solid core (9) allows the resistance and the inertia of the square (1). Figure for the abstract: Fig. 1

Method and apparatus for cutting electrical outlet openings in panels

A device for use in applying panels to a wall, for providing holes in the panels to expose electrical outlets and switches therethrough. The device includes two components, a box and a cutter plate; the box is fitted to an outlet or switch, that is in position in the wall, and has pins and a peripheral cutting edge directed outwardly when the box is so fitted. The wall panel to be put on the wall is tentatively set in place, bearing against the pins, and is then tapped to drive the pins into and through the panel. The panel is then removed from such tentative position, carrying the box with it, by means of the pins friction-holding in the holes, and laid on the floor with the box down. The cutter plate is then fitted on the pins which are exposed through the panel, applied to the upper surface of the panel, and struck with a hammer, forcing the panel against the peripheral cutting edge of the box, cutting through the panel and leaving a hole therein of the size, shape and location of the box.

METHOD FOR AUTOMATICALLY CUTTING SKIN OR THE LIKE FROM THE INTERACTIVE PLACEMENT OF TEMPLATES ON SAID SKIN AND DEVICE FOR CARRYING OUT IT

MEANS FOR LOCATING AND MARKING POINTS ON A LONGLINE METAL PROFILE

THE UNIVERSAL SQUARE

The universal (multifunctional) square is a tool for quickly and conveniently positioning elements without requiring advance tracing. Said universal square is based on a square (A, B) with levels (5, 6, 7) housed in recesses and held in place by screws (9). Specifically, one level (7) provides angle readings. The tool further includes rules (10, 11, 12, 12b) and an aperture in each arm (3, 4) makes it easier to grasp. An aperture (8) in one arm (B) enables the level (6) to be read in a horizontal plane. Two magnetic strips (1, 2) inside the arms (A, B) automatically adhere to ferrous surfaces. Said tool or universal square is particularly useful for tasks requiring a square and a level.

Template for tracing tiles comprises base with hole at each end and cover through which rods are passed and locked by cover clamping screws

The template for tracing tiles before their cutting comprises a base part (1) with a hole at each of its ends and a cover through which rods (3) are introduced. The rods are locked by means of clamping screws (4) on the cover. A guide spacer (5) is placed at the four corners of the base between it and the cover.

Patent FR2460761B3

TEMPLATE FOR TRACING AND CUTTING CORNERS WITH VARIOUS PROFILES

Gabarit pour tracer ou découper un coin profilé, ce gabarit comportant : un corps principal 10 sensiblement plan, doté d'un premier bord latéral 18 pourvu de premiers moyens de fixation 20; et une série de parties-coins 12 différentes et séparées, lesquelles ont chacune un deuxième bord latéral 34 apte à être mis en aboutement contre le premier bord latéral 18 et pourvu de deuxièmes moyens de fixation pouvant coopérer amoviblement avec les premiers moyens de fixation 20 de façon à fixer amoviblement à la partie corps principal 10 une partie-coin choisie 12, lesdits premier 18 et deuxième 34 bord latéral étant alors en aboutement. Chaque partie-coin a un autre bord latéral 54 qui possède une forme désirée et qui, lorsque la partie-coin est fixée à la partie corps principal, peut servir de guide pour le traçage ou le découpage d'un coin ayant une forme désirée. Template for tracing or cutting a profiled corner, this template comprising: a substantially planar main body 10, provided with a first lateral edge 18 provided with first fixing means 20; and a series of different and separate corner parts 12, which each have a second lateral edge 34 adapted to be brought into abutment against the first lateral edge 18 and provided with second fixing means capable of removably cooperating with the first fixing means 20 of so as to removably attach to the main body part 10 a selected corner part 12, said first 18 and second 34 side edge then being in abutment. Each corner part has another side edge 54 which has a desired shape and which, when the corner part is attached to the main body part, can serve as a guide for scribing or cutting a corner having a desired shape.

Portable device for marking a surface using removable tools without tools

Appareil portatif pour le marquage d’une surface à l’aide d’outillages amovibles sans outils Contenu de l’abrégé L’invention concerne un appareil portatif pour le marquage d’une surface, comportant un boîtier (2) présentant une face avant (6) présentant une ouverture rectangulaire (6A) pour le passage d’un organe de marquage, la face avant (6) du boîtier étant pourvue d’un cadre de rigidification (15) entourant l’ouverture de passage (6A), ce cadre de rigidification (15) étant pourvu d’un système d’indexation (18) adapté pour coopérer avec un système d’indexation complémentaire (19) équipant chacun des outillages d’une série d’outillages amovibles (20A, 20B, …) de positionnement de l’appareil sur la surface à marquer, chaque outillage amovible (20A, 20B, …) de la série et le cadre de rigidification (15) comportant au moins l’un des éléments d’un système de fixation magnétique à deux éléments à savoir aimant (21A) et matériau ferromagnétique (21B). Figure pour l’abrégé : Fig. 1. Portable device for marking a surface using tools that can be removed without tools Content of the abstract The invention relates to a portable device for marking a surface, comprising a housing (2) having a front face ( 6) having a rectangular opening (6A) for the passage of a marking member, the front face (6) of the case being provided with a stiffening frame (15) surrounding the passage opening (6A), this frame stiffening (15) being provided with an indexing system (18) adapted to cooperate with a complementary indexing system (19) equipping each of the tools of a series of removable tools (20A, 20B, ...) of positioning of the device on the surface to be marked, each removable tool (20A, 20B, etc.) of the series and the stiffening frame (15) comprising at least one of the elements of a two-element magnetic fastening system namely magnet (21A) and ferromagnetic material (21B). Figure for abstract: Fig. 1.

Cutting line, cutting arc and cutting circle marking device for tiles, has sliding tube and inclinable angle iron locked by manual locking devices, and forty five degree and ninety degree set squares covered with triangular protection

The device has a T-shaped tube (1A) provided with a sliding tube (1B) and an inclinable angle iron (1C). The tube and the iron are respectively locked by manual locking device (3A, 3B) and are notched and arranged at a preset angle. A 45 degree set square (2A) and a 90 degree set square (2B) are covered with a protection of triangular form.

TRACING INSTRUMENT AND METHOD FOR CUTTING COATING ELEMENTS

GUIDE FOR GROOVED TOOL

A.NOTRE INVENTION EST UN OUTIL A MAIN DE CHANTIER, AVEC GUIDE, POUR RAINURER LES PLAQUES D'ISOLANT SERVANT A LA CONSTRUCTION DES CONDUITS ET GAINES DE VENTILATION. B.NOTRE INVENTION EST CARACTERISEE PAR UNE REGLE GRADUEE, FIXEE TEMPORAIREMENT SUR LE BORD TRANSVERSAL INFERIEUR DES PLAQUES OU PANNEAUX A RAINURER A LAQUELLE VIENT S'AJOUTER UN GUIDE LONGITUDINAL PERPENDICULAIRE A LA REGLE, COULISSANT SUR SON BORD EXTERIEUR LIBRE. UN ENSEMBLE DE BUTEES REGLABLES PERMET DE BLOQUER LE GUIDE DANS LES POSITIONS DE RAINURAGE SOUHAITEES. DES PINCES IMMOBILISENT LA REGLE SUR LE BORD INFERIEUR DES PLAQUES. C.NOTRE INVENTION S'APPLIQUE A LA CONSTRUCTION DES GAINES DE VENTILATION POUR L'INDUSTRIE DU BATIMENT. A. OUR INVENTION IS A CONSTRUCTION HAND TOOL, WITH GUIDE, FOR GROOVING INSULATION SHEETS USED IN THE CONSTRUCTION OF VENTILATION DUCTS AND DUCTS. B. OUR INVENTION IS CHARACTERIZED BY A GRADUATED RULE, FIXED TEMPORARILY ON THE LOWER TRANSVERSAL EDGE OF THE PLATES OR PANELS TO BE GROOVED TO WHICH IS ADDED A LONGITUDINAL GUIDE PERPENDICULAR TO THE RULER, SLIDING ON ITS OUTSIDE EDGE. A SET OF ADJUSTABLE STOPS ALLOWS THE GUIDE TO LOCK IN THE DESIRED GROOVING POSITIONS. PLIERS SECURE THE RULE ON THE LOWER EDGE OF THE PLATES. C. OUR INVENTION APPLIES TO THE CONSTRUCTION OF VENTILATION DUCTS FOR THE BUILDING INDUSTRY.

Joint square and divider

ABSTRACT OF THE DISCLOSURE The present invention relates to carpentry tools particularly useful in making woodworking joints. A tool for dividing the area between two straight parallel edges is disclosed comprising a body member and two guide means at opposite ends of said body for engaging the edges of the wood. positioning means are provided in the length of said body member colinear with said quide means to divide the distance therebetween into predetermined segments. The wood is divided by bringing the guide means into contact within the edges thereof and sliding the tool therealong with a pencil in the appropriate location of said positioning means. A woodworking square is disclosed comprising a guide and a planar body extending perpendicular from said guide with the body including an upper portion and a 45 degree diagonal portion. The upper portion intersects with said diagonal portion at the junction with the guide. Such an arrangement simplifies various measurements for making woodworking joints.

METHOD OF MOUNTING A PIECE FOR BEING ENCLICED BY SCREWING ON A BODY DFE VEHICLE

Multifunction straight edge guide

A multifunction straight edge guide having a handle and a straight edge. The handle has a plurality of perimeter surfaces and the straight edge has a mating edge to mate with one of the perimeter surfaces to interconnect the handle and the straight edge. The handle has three sections, two outer sections and a central support ledge. The outer sections define sidewalls which are generally perpendicular to the support ledge so that the straight edge guide can be used with either the left or right hand by turning the straight edge guide over. Each of the plurality of perimeter surfaces are angled with respect to the sidewalls.

A jig of spirit level clamping aid tools, squares and hand clamps

One or more clamping aid tools for mounting to various squares and straight edges, including carpenter squares, framing squares, speed squares or the like, and various straight edges and rulers for easily and accurately positioning various objects, either flat and/or round, magnetic or not. The clamping aid tools can secure these squares and straight edges to various objects while they are being fitted, secured and/or welded together.

light platform

本发明目的在于开发一种在能够充分确保必要的性能的同时以尽可能低的成本制造的轻型平台。轻型平台(A)由上板(10)、下板(20)和中间构造体(30)构成。将板材(31)每折弯2次后向相反侧折弯以使コ字状部分(32)和倒コ字状部分(33)连续而形成折弯板材(34)，将该折弯板材(34)以コ字状部分(32)或倒コ字状部分(33)彼此位于相反侧的方式平行地配置而形成中间构造体(30)。相邻地配置的折弯板材(34)的コ字状部分(32)或倒コ字状部分(33)的接触面被固定。

Tile marking device instrument board

An instrument board (21) with a thin base (26) and top surface of base for placing tile to be measured for cutting, tracks (27) at front and rear atop base and tile placing surface between tracks, a pilot hole (31) in both ends of each track, a pair of measuring arms (23) that insert into pilot holes at sides of board with a peg (25) in each arm at measuring point (38), a straight edge (24) is placed at measuring points (38) on arms for a reference line (37) and a sliding member (22) that attaches to tracks, a measuring arm (23A) that installs into sliding member to measure uneven structure bases for tile laying and a corner measuring arm (23B) that installs into sliding member to measure corner area for tile laying and alignment guides (28) to align board front and alignment marks (29) to align board sides with seams of laid tile and a cutting surface (32) insert that installs atop base for cutting vinyl flooring tile, a spacer (33) and a spacer (34) for reducing width of tile placing area atop base, to provide sizing for ceramic tiles of different sizes.

Versatile measuring device

An improved versatile measuring device for measuring linear, and angular dimensions and defining relative positional parameters or coordinates between a plurality of lines, points, or surfaces on a plane and for determining and duplicating line lengths and relative angular positions of any number of lines, points or surfaces. The measuring device has protractor members each of which is rotatably and clampably attached to a connecting member which itself is linearly extendible and may also be altered to have a pivoting point about which a main arm and an extendible arm of the connecting member are pivotal and clampable with respect to each other. Each of the protractor ends also has an edge-guide slot substantially parallel to a scribe edge. Slideably mountable onto each of the edge-guide slots is at least one edge-guide pin each of which is positionally adjustable and securable within an edge-guide slot. The pins provide an edge reference useful for the repeated and consistent layout and marking of an article such as stair stringers or roof rafters which are being prepared for use.

Marking jig for locating mounting holes for handles and pulls

A jig assembly for marking a cabinet with hole positions that are needed to install hardware. The jig assembly utilizes a reference plate. At least one matrix of holes is formed through the reference plate. The holes are used to make markings at different positions and distances. The holes are preferably identified with scale indicia that provide visual indications as to the positions of each of the holes. Arms are attached to the reference plate with pivot connections. Marking holes are disposed through the arms. The arms can rotate and extend from the reference plate in opposite directions. A top plate is positioned across the top edge of the reference plate. The top plate creates a guide. A side plate is positioned across a side edge of the reference plate. The side plate creates a second guide that intersects the top plate at a perpendicular.

Extendible straight-edge and level

An improved tool for builders or like tradesmen or handymen. The tool has a first part (1) and a second part (3). The first part (1) and the second part (3) have respective straight edge surfaces (25 and 27). The first part (1) and the second part (3) can be retained to each other and can be relatively moved to each other so that the overall lenght of the first part (1) and the second part (3) can be varied whilst maintaining a straight edge between said first part (1) and said second part (3). Level read out means (17) and (19) are provided. The tool provides for an expanding straight edge and for an expanding level. The tool can be used for other purposes as well.

Device for securing a tool to a sheet of material

A device for securing a tool to a sheet of material comprises an upper plate 1 and a lower plate 2 with an intervening block 3 to define a slot 4 at one side of the device between the plates. The device is placed over the edge of a sheet of material 5, such as plasterboard, so that the edge is adjacent the block 3 and contacts a sharp blade 8, affixed to the block, to prevent lateral movement between the device and the sheet. A tool can be attached to the lower plate by means of a bolt (13, fig 8) engaging either a slot 11 or a hole (14, fig 7) in the plate. The tool may be a spirit level (19, fig 8) or may be a ruler (18, fig 10). The ruler may be made of more than one section (18, fig 11) which connect together by means of cooperating edges (23,24, fig 11).

Method and device for cutting leather, etc.

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

PROCEDURE AND DEVICE FOR AUTOMATIC CUTTING OF SKIN AND SIMILAR.

Joinery jig

A joinery jig comprising a body and a plurality of spacers, wherein the body defines (i) a first straight slot, a second straight slot and an angled slot, wherein the angled slot connects the first straight slot to the second straight slot to define an elongate angled channel; (ii) a plurality of datum alignment elements aligned with the angled slot, wherein each datum alignment element is spaced from a reference point of the angled slot by a pre-determined distance; and (iii) at least one spacer receiving aperture; and wherein the number of spacers is equal to the number of datum alignment elements and each spacer includes a body having a dimension which is equal to the pre-determined distance defined between a respective one of the datum alignment elements and the reference point of the angled slot; and wherein each spacer includes a body portion which fits within the or one of the spacer receiving apertures.

Portable device for marking a surface using removable tools without tools

Appareil portatif pour le marquage d’une surface à l’aide d’outillages amovibles sans outils Contenu de l’abrégé L’invention concerne un appareil portatif pour le marquage d’une surface, comportant un boîtier (2) présentant une face avant (6) présentant une ouverture rectangulaire (6A) pour le passage d’un organe de marquage, la face avant (6) du boîtier étant pourvue d’un cadre de rigidification (15) entourant l’ouverture de passage (6A), ce cadre de rigidification (15) étant pourvu d’un système d’indexation (18) adapté pour coopérer avec un système d’indexation complémentaire (19) équipant chacun des outillages d’une série d’outillages amovibles (20A, 20B, …) de positionnement de l’appareil sur la surface à marquer, chaque outillage amovible (20A, 20B, …) de la série et le cadre de rigidification (15) comportant au moins l’un des éléments d’un système de fixation magnétique à deux éléments à savoir aimant (21A) et matériau ferromagnétique (21B). Figure pour l’abrégé : Fig. 1. Portable device for marking a surface using tools that can be removed without tools Content of the abstract The invention relates to a portable device for marking a surface, comprising a housing (2) having a front face ( 6) having a rectangular opening (6A) for the passage of a marking member, the front face (6) of the case being provided with a stiffening frame (15) surrounding the passage opening (6A), this frame stiffening (15) being provided with an indexing system (18) adapted to cooperate with a complementary indexing system (19) equipping each of the tools of a series of removable tools (20A, 20B, ...) of positioning of the device on the surface to be marked, each removable tool (20A, 20B, etc.) of the series and the stiffening frame (15) comprising at least one of the elements of a two-element magnetic fastening system namely magnet (21A) and ferromagnetic material (21B). Figure for abstract: Fig. 1.

Roof square with blade locking and release mechanism

A roof square for marking rafters comprising a right angle triangular body with a marking blade pivotally mounted adjacent the right angle. Either side of the square adjacent the right angle is held against the stock to be marked, and the blade used to mark either a plumb cut or a foot cut. The blade retracts to allow marks to be made at a measured depth. The tool can also be used as a conventional square to make 90 and 45 degree marks.

Combination layout tool and square

A combination device including a layout tool having a rectangular plate and a rectangular endpiece; and a square adaptor having an attachment plate and a ruler assembly. The layout tool is provided with a number of slots and apertures which allow a construction worker to make quick, standard measurements. The square adaptor includes a pivotable ruler which can be aligned parallel to or perpendicular to the longitudinal edges of the layout tool.

Centre square

A centre square consists of a stop bracket 10, which is cut to length from an aluminium extruded section, and of a marking rule 11 fastened to one end thereof, the front edge 12 of the marking rule 11 precisely bisecting the opening 13 of the stop bracket 10. The workpiece 17 lying in the opening 13 is bisected by drawing a line 15 along the front edge 12. If the workpiece is then turned through approximately 90 degrees and a further line 16 is drawn, the centre 14 results. <IMAGE>

Tiling aid

The tiling aid (10) has two elongate edge-abutting members (12),(14) which in use are aligned along opposite edges of an area of a surface to be covered by tiles, and releasably fixed into position by means of a thumb activated handle (21) and locking mechanism. The elongate member 14 is rotatably linked to a connecting member which can also function as a handle (11). The tiling aid can be used in combination with a hand held cutter or adapted for use in combination with a commercially available platform bed (43) cutter.

Wall mount and monting process

L'invention concerne une installation murale (10) comportant au moins un premier (20) et un deuxième (120) montants configurés pour recevoir de manière amovible respectivement un premier (84) et un deuxième (86) dispositifs de fixation d'un accessoire de rangement (80), les premier et deuxième dispositifs de fixation étant espacés l'un de l'autre d'une première distance (d), les premier et deuxième montants comportant respectivement au moins un premier (40) et un deuxième (140) moyens de fixation supérieurs configurés pour fixer les premier et deuxième montants sur une paroi murale (M). L'invention se caractérise par le fait qu'au moins le premier montant comporte en outre au moins un premier moyen de repérage (48), le premier moyen de repérage et le premier moyen de fixation supérieur étant espacés l'un de l'autre de la première distance (d).

Template for marking rounded corners

A device for making an arc of a predetermined radius at a square corner of a workpiece includes a positioning member having first and second edge members which are joined together at a right angle so that the positioning member may be seated against the square corner and an arc member extending across a portion of the right angle formed between the first and second edge members. The arc member is planar with the positioning member disposed on and extending from the arc member. The device may also include multiple positioning members and multiple arc members having different arc radii. A method of marking an arc of a predetermined radius at a square corner of a workpiece includes the steps of providing a device that has a positioning member having first and second edge members joined together at a right angle such that the positioning member may be seated against the square corner and an arc member extending across a portion of the right angle formed by the edge members, positioning the device such that the positioning member is in a seated position against the square corner and the arc member is disposed against the surface of the workpiece to be marked; and marking the arc on the surface of the workpiece by holding a marking implement against the arc member and, while moving the marking implement along the arcuate edge, pressing the marking implement against the workpiece to leave a mark.

Roof square with locking and releasing mechanism of rule strip

一种用于标记椽条的屋顶矩尺，包括一直角三角形本体，所述直角三角形本体具有一邻近所述直角枢转地安装的标记尺条。所述矩尺邻近直角的任一侧对着待标记的物体放置，所述尺条用于标记一铅锤切口或者脚切口。所述尺条缩回以允许在一定测量深度上进行标记。该工具也可用作传统矩尺作90度或45度标记。

Tiling`s cutter path tracing device for tiling installation, has sliding and swiveling T with positioning corner block positioned on tiling, and template corresponding to frame profile of door and fixed on tracing ruler of T by magnet

The device has a sliding and swiveling T comprising just the opposite a positioning corner block positioned on a tiling. A template (4-A) corresponding to the frame profile of a door or passage or pipeline reservation. The template is fixed on a tracing ruler (1-C) of the T by a magnet or by plug-in and sliding clips on the T.

Process for automatically cutting a hide or the like by placing models on this hide, and apparatus for carrying it into effect.

Process characterised in that it consists in arranging the hide (4) on the working surface of an automated cutting table (1), placing the patterns (8) manually on the hide within a predetermined frame (9), each pattern comprising a means of coding permitting the identification and the recognition of the position of the pattern in the frame, photographing the placement produced, analysing the image obtained with a view to reading the codes carried by the patterns and controlling the movement of the cutting tool (2) within the said frame with a view to reproducing the outlines of the decoded patterns. Application especially to the cutting of hides.

Marking device for marking trapezoidal prongs on both sides

Adjustable carpenters square and method of use

An adjustable carpenters square has a handle and first and second blades extending from the handle in a substantially perpendicular relationship. The first blade is fixed in the handle and the second blade is pivotally mounted on the handle to enable it to be adjustable with respect to the fixed first blade to ensure that it is at a true 90° to the first blade. A cam mechanism is mounted in the handle and engageable with the second blade to pivot the second blade with respect to the first blade. The cam mechanism includes a one-piece cam having a cylindrical base and a cam portion offset therefrom. This cam mechanism enables the method of the present invention of adjusting the perpendicular relationship between the two blades to be achieved with a high degree of accuracy.

Positioning jig for vehicular-part mounting hole

Extending sections are positioned along X and Y directions by engagement sections, and positioned along Y direction of a vehicle by positioning sections using mounts of a rear bumper. This makes it possible to accurately indicate a forming position of a vehicular-part mounting hole, which is needed to mount a rear under spoiler, with respect to the rear bumper based on a scribed mark if the extending sections are positioned by using the engagement sections and the positioning sections. Therefore, a worker can form a vehicular-part mounting hole in an appropriate position by merely making a hole in the position of the scribed mark, without requiring a work of removing the rear bumper.

Means for locating and marking points on an elongate metal moulding

The invention relates to means for locating and marking points on especially an elongate metal moulding 2, a flat strip, a bracket, or some other open or tubular moulding. The locating means comprise a longitudinal bench 1 provided with means for positioning and immobilizing the moulding 2 as well as a marking tool 3. They further comprise a longitudinal graduated scale 15, a transverse graduated scale 10 and references 16, 19 which make it possible to position the tracing means 10 at longitudinal and transverse coordinates. Marking is done by applying a force to the punch 12. Application to the locating and tracing device.

Marking device with self-hinged contact plate and marking members

A marking device is disclosed to enable the placement of an indicator mark on one side of a sheet of material to mark the approximate periphery of a stationary object. The device consists of a base containing multiple marking members with a marking surface raised above the base surface. A contact plate, portions of which extend above the base surface, is connected to the base through the use of a pair of opposing connectors. The contact plate extends from the base a distance sufficient to prevent the sheet material from contacting the marking members without the application of sufficient pressure to compress the contact plate.

MICROBEATER FOR MARKING.

Wallbox Installation Tool

As described herein, a wall box installation tool may include a template body, one or more hollow pegs, a guide ring, and/or one or more template cards. The template cards may be configured to be installed on a front surface of the template body. A template card may define a plurality of holes therethrough. The guide ring may be configured to be installed within a pre-drilled hole in a wall. Each template card may be associated with a respective electrical device configuration. A subset of bores extending through the hollow pegs may be accessible via the template card when the template card is installed on the front surface of the template body. The wall box installation tool may include one or more fasteners that are configured to install a template card onto the front surface of the template body.

A tee-square with a sliding section

A tee-square comprises a main tee body 1 with a longitudinal slot 4, a sliding member 2 and a locking device 3; the main tee body 1 having metric and imperial measurement scales on each of two elongate edges. The sliding section 2 is attached to the main tee body 1 by the engagement of the locking device 3 in the slot 4, and has a vee and small groove cut into both edges to accommodate either a pencil or a craft knife. The sliding section 2 also includes two viewing slots which permit the reading off of the scales on the main tee body 1.

Apparatus for marking objects by a vibrating tool

A device for marking objects by micro-percussion pneumatic tools including a vibrating tip wherein the tools are mounted on a carriage which is slidably mounted with respect to two support shafts and which is moved along an axis of translation by a first drive member and wherein the carriage is pivotally mounted to swing the tip of the tool in a direction perpendicular to the direction of translation by a second drive member.

T-Square

A T-square (100) for measuring and marking a panel comprises a housing (102); a rule (104) mounted to the housing and arranged to engage a flat surface of a panel; a blade guide (110) for receiving a blade, the blade guide mounted on the rule; and two moveable arms (106, 108) coupled to the housing and arranged to engage an edge of the panel.

Magnetic steel framing and construction tools, methods and combinations

Various steel framing tools are disclosed, that use magnets to achieve various functions. A stud spacing tool or jig adheres by magnet to a stud track or stud. A lifting pole with magnets is provided to raise and position a ceiling or wall top stud track. A magnetic beam square is provided to square beam used in a drop ceiling. A magnetic expansion joint tool is provided.

Device for marking by micro-percussion

Device for marking by micro-percussion by means of a pneumatic tool comprising a vibrating tip making it possible to trace identification symbols on a marking plane. This device comprises a pneumatic tool (2) mounted on a carriage (1) which moves along an axis of translational motion (X2-X2) by a first drive means (11). Furthermore, the pneumatic tool rotates about an axis (X2-X2) under the action of a second drive means (20), so as to move the impact points of the vibrating tip (3) of the pneumatic tool (2) in a direction perpendicular to the direction of translational motion. …<IMAGE>…

Tracing instrument and method for cutting covering elements

A tracing instrument (I) for cutting out a covering element (4c) to be fitted around the edges of an obstacle (II). The instrument consists of a combination of a template (300) capable of being fitted around the edges of the obstacle (II), a centring piece (200) comprising a cross member (230) designed to be engaged between the elements (1a, 1b, 1c, ..., 3c) of the positioned covering (III) so that the position of said instrument may be preset relative to a reference point on the covering (III), and a rule (100) interconnecting the template (300) and the centring piece (200) and maintaining the mutual spacing and relative positions thereof so that the instrument as a whole may be moved without altering the parameters. An original concept for a covering element tracing method using said instrument is also disclosed. Said method and instrument are useful for tracing covering elements prior to cutting.

Marking gauge for electronic measurement and display

One example includes an apparatus to mark a distance from an edge of a work-piece that includes a shaft extending along a longitudinal axis and including a graduations disposed aligned along the longitudinal axis, a marking blade affixed to an end portion of the shaft, substantially transverse to the longitudinal axis of the shaft, a fence assembly coupled to the shaft and movable along the longitudinal axis of the shaft, the fence assembly including a face configured to abut the edge of the work-piece, a graduation sensor coupled to the fence assembly and configured to monitor the graduations to provide a sensor signal associated with a distance between the fence assembly and the marking blade, and a monitoring circuit coupled to the fence assembly in communication with the graduation sensor and configured to receive the sensor signal and to provide a distance signal including information associated with the distance.

MICRO-PERCUSSION MARKING DEVICE

Scribing machine

METHOD AND APPARATUS FOR WORKING ON SHEET MATERIAL

Tracing instrument and method for cutting covering elements

A tracing instrument (I) for cutting out a covering element (4c) to be fitted around the edges of an obstacle (II). The instrument consists of a combination of a template (300) capable of being fitted around the edges of the obstacle (II), a centring piece (200) comprising a cross member (230) designed to be engaged between the elements (1a, 1b, 1c, ..., 3c) of the positioned covering (III) so that the position of said instrument may be preset relative to a reference point on the covering (III), and a rule (100) interconnecting the template (300) and the centring piece (200) and maintaining the mutual spacing and relative positions thereof so that the instrument as a whole may be moved without altering the parameters. An original concept for a covering element tracing method using said instrument is also disclosed. Said method and instrument are useful for tracing covering elements prior to cutting.

Builder's tool

The application describes a bricklayers' tool comprising four arms, 10,12,14,16, each arm being connected to others thereby to define a quadrilateral, at least two of the connections being adjustable thereby to permit at least one arm to be adjusted relative to the remaining arms. Preferably, at least three of the connections are adjustable thereby to permit adjustment of two arms. More preferably, all four connections are adjustable, allowing free adjustment of all arms relative to each other. It is particularly preferred if the adjustment is of both translation and rotation of the respective arm relative to the others. Clearly, adjustment of translation only allows marking of bricks as to the length to be cut off, whilst rotation additionally allows marking of bricks to a trapezoidal shape. A suitable manner of providing adjustment of connections is for the respective arms to be connected by nut and bolt, 18, 20, arrangements, the bolt sliding in an elongate slot 10a, 12a etc formed in one or more of the arms concerned. The nuts are preferably wing nuts to aid tightening and unlocking.

FIXATION KEY.

SE DESCRIBE UNA AGUJA DE SUJECION PARA FIJAR UNA MEMBRANA DE CUBIERTA A UNA ZONA DEFECTUOSA DE UN HUESO RELLENA CON MATERIAL DE RECONSTRUCCION OSEA, CON UNA CABEZA QUE SOPORTA LA CARGA DE UNA HERRAMIENTA DE PRESION O GOLPEO, Y CUYO EJE TIENE UN DIAMETRO MENOR QUE EL DIAMETRO DE LA CABEZA. MUESTRA LA AGUJA UN TOPE CILINDRICO Y PEGADA A EL UNA PUNTA CONICA, Y SE CARACTERIZA POR QUE EL ESPACIO INTERMEDIO ENTRE EL TOPE (38) Y LA PUNTA (40) TIENE UN RESALTE ANULAR (42) DE UN DIAMETRO ALGO MAYOR, Y QUE ATRAVIESA HASTA LLEGAR A LA PUNTA DE LA AGUJA CON UNA SUPERFICIE CONICA (46) QUE TOCA EN EL REVESTIMIENTO DE LA PUNTA (40) Y QUE SE UNE AL TOPE (38) MEDIANTE UNA SUPERFICIE ANULAR (44) PERPENDICULAR AL EJE LONGITUDINAL DE LA AGUJA DE SUJECION (30) FORMANDO UNA PUA QUE VA EN DIRECCION A LA CABEZA DE LA AGUJA. TAMBIEN SE DESCRIBE LA HERRAMIENTA NECESARIA PARA SU COLOCACION. A HOLDING NEEDLE IS DESCRIBED TO FIX A COVER MEMBRANE TO A DEFECTIVE AREA OF A BONE FILLED WITH OSEA RECONSTRUCTION MATERIAL, WITH A HEAD SUPPORTING THE LOAD OF A PRESSURE TOOL OR BLOWING, AND WHOSE A DIAMETER HAS A DIAMETER HEAD DIAMETER. THE NEEDLE SHOWS A CYLINDER BUMPER AND STITCHED TO IT A CONICAL POINT, AND IT IS CHARACTERIZED THAT THE INTERMEDIATE SPACE BETWEEN THE BUMPER (38) AND THE POINT (40) HAS AN ANNULAR HIGHLIGHT (42) OF A SOMETHING BIGGER DIAMETER, AND THAT DROPS UNTIL REACHING THE POINT OF THE NEEDLE WITH A CONICAL SURFACE (46) TOUCH IN THE COVERING OF THE POINT (40) AND THAT JOINS THE BUMPER (38) THROUGH AN ANNULAR SURFACE (44) PERPENDICULAR TO THE LENGTH AXLE OF THE NEEDLE SUBJECTION (30) FORMING A PUA THAT GOES IN THE DIRECTION OF THE NEEDLE HEAD. THE TOOL REQUIRED FOR PLACEMENT IS ALSO DESCRIBED.