Pedestal Elevation System

An elevating leveling pedestal having a base rotatably attached to a first coupling end to collectively create a height adjustment mechanism, a second coupling end non-rotatably attached to a first end of a non-threaded midsection of predetermined length with a second end non-rotatably attached to a head assembly to support, secure, and level a surface installed over a non-sloping or sloping sub-surface. The head assembly comprising a support-head overlying and attached to a cap with either the support-head or the cap having a convex mating surface and the other having a concave mating surface making the support-head and the cap slidably re-positionable with respect to each other along their mating surface resulting in the support-head being tiltable with respect to said cap from zero to seven degrees. A recess is formed in a bottomed-well in the support surface of the support-head for supporting a double-ended bushing to interact with locking devices. 1. An elevating leveling pedestal , comprising:a threaded base;a coupling with a threaded first end and a non-threaded second end;a non-threaded midsection of a specified length providing the required height, said midsection having a non-threaded first end and a non-threaded second end, anda leveling head assembly;said threaded base rotatably attached to said threaded first end of, and supporting, said coupling, said base and said coupling collectively creating a height adjustment mechanism for a pedestal,said non-threaded second end of said coupling non-rotatably attached to said non-threaded first end of, and supporting, said midsection, withsaid non-threaded second end of said midsection non-rotatably attached to and supporting said head assembly creating said pedestal, said pedestal structured to support, secure, and level a surface being installed over a non-sloping or sloping sub-surface.2. The pedestal claim 1 , as recited in claim 1 , wherein said head assembly further comprises a single-body structured ...

HEIGHT AND SLOPE ADJUSTABLE PEDESTAL

An elevating leveling pedestal having a base rotatably attached to a first coupling end to collectively create a height adjustment mechanism, a second coupling end non-rotatably attached to a first end of a non-threaded midsection of predetermined length with a second end non-rotatably attached to a head assembly to support, secure, and level a surface installed over a non-sloping or sloping sub-surface. Another embodiment comprising a height and slope adjustable pedestal that has its tilting mechanism on the bottom of the pedestal allowing the pedestal column to remain vertical and not skewed made using a single length of unthreaded piping, the rotatable device base having minimal surface threading, and the device base able to be locked in a zero or non-zero slope for supporting a structure above a fixed surface, and the method of using such a device. 2. The pedestal claim 1 , as recited in claim 1 , wherein said leveling base is attached to said bottom cap using a bolt claim 1 , a threaded insert claim 1 , a lock washer claim 1 , and a washer.3. The pedestal claim 2 , as recited in claim 2 , wherein said bottom washer has an aperture providing for slope adjustment.4. The pedestal claim 3 , as recited in claim 3 , wherein said pedestal further comprises said tiltable base and said bottom cap having convex concave mating surfaces providing for slidably positioning of said tiltable base and said bottom cap with respect each other.5. The pedestal claim 4 , as recited in claim 4 , wherein said bottom cap aperture enables the tilting of leveling base to between 0 and approximately seven percent grade slope from the horizon.6. The pedestal claim 5 , as recited in claim 5 , wherein said leveling base is locked into said desired angle.7. The pedestal claim 6 , as recited in claim 6 , wherein said leveling base is locked into said desired angle by inserting a hex-wrench into a hex-accepting bolt and turning the wrench until the desired amount of locking tightness is ...

Apparatus and Related Methods of Paving a Subsurface

Disclosed may be an intermediate surface for supporting a small paver, wherein the surface can also be used to exchange heat with the pavers. In one embodiment, the apparatus may be a hextray defined by a frame with a hexagonal lattice for supporting pavers. The hextray preferably features a tubing track throughout the lattice to accommodate heat exchange tubing. In operation the hextray may be positioned above a pedestal or directly on a subsurface. In embodiment, the hex tray may be outfitted with insulation and a metal plate so that heat may be exchanged with pedestals via fluid passing through tubing installed throughout the hexagonal lattice. In a preferred embodiment, the hextray features a slot in its corners for receiving a locking disk or locking slider.

A support for raised floors

A support for raised floors includes a base and a head coupled to the base, the head having a support body and a tilting element laid on the support body, the tilting element having a plate-shaped portion with an upper surface that is partially flat for supporting a building elements, protrusions emerging from a circular crown of the lower surface of the plate-shaped portion to create a profile shaped as a spherical cap ring, the outer edge of the circular crown being near the outer perimeter of the plate-shaped portion, the support body having an upper surface defining a cavity that is counter-shaped to the spherical cap ring at the protrusions emerging from the tilting element. 1. A support for raised floors comprising:a base adapted to be positioned on a support surface; anda head operatively coupled to said base, said head comprising a support body and a tilting element laid on said support body, said tilting element having:a plate-shaped portion having an upper surface that is at least partially flat so as to support a building element, and a lower surface; andone or more protrusions emerging from a circular crown of the lower surface of said plate-shaped portion to create an overall profile shaped as a spherical cap ring, an outer edge of said circular crown being shaped to be received adjacently to an outer perimeter of said plate-shaped portion,said support body having an upper surface, with a cavity defined therein that is at least partially counter-shaped to said spherical cap ring at least at said one or more protrusions of said tilting element.2. The support according to claim 1 , further comprising stable coupling means of said tilting element on said support body.3. The support according to claim 1 , wherein said base has a cylindrical through hole centrally.4. The support according to claim 3 , wherein said head is coupled to said base with a threaded connection.5. The support according to claim 4 , wherein said threaded connection comprises a first ...

SUPPORT FOR RAISED FLOORS

A support for raised floors including a base for resting on a lower surface, an element for connecting and adjusting the local height of a raised floor, and a resting head for one or more tiles of the raised floor. The connecting and adjustment element has a first portion for providing floors that are inclined with respect to the lower surface. The connecting and adjustment element further includes a second portion, which lies opposite the first portion, for providing floors that are parallel to the lower surface. The first portion and the second portion interacting alternately with the head by rotating the element through 180°. 1. A support for raised floors , comprising in the following order: a base for resting on a lower surface , an element for connecting and adjusting the local height of a raised floor , and a resting head for one or more tiles of said raised floor , wherein said connecting and adjustment element has a first portion , for providing floors that are inclined with respect to said lower surface , and a second portion , which lies opposite said first portion , for providing floors that are parallel to said lower surface , said first portion and said second portion interacting alternately with said head by rotating said element through 180°.2. The support according to claim 1 , wherein said first portion of said adjustment element has a region with a dome shape claim 1 , with the concavity directed upward and a point of maximum concavity at a central through hole claim 1 , in an active configuration.3. The support according to claim 2 , wherein said dome region is comprised between a disk surface claim 2 , which is perpendicular to a perimetric edge of said adjustment element claim 2 , and said central through hole.4. The support according to claim 3 , wherein proximate to said central through hole said adjustment element comprises a central body provided with a plurality of wings.5. The support according to claim 3 , wherein said disk surface has a ...

A support for raised floor

A support (100) for raised floors comprises a base element (1) having an annular member (10) and a base (11, 12) which is fixed to the annular member (10) and which is configured to be supported on a support surface (S) so as to define the base of the support (100), a support head (2) which is configured to receive in a supporting way a covering element (101) of the floor (102) to be supported, and having a support face (21) which defines the support base for the covering element (101) of the floor (102) to be supported and an opposite second face (22) which is directed in use towards the support surface (S), a support structure (3) which is configured to be interposed in use between the base element (1) and the support head (2), the support structure (3) being provided with connection elements (31) to connect the support structure (3) to the base element (1), the second face (22) being configured to be supported in use on the support structure (3), wherein the support head (2) is provided with a friction-producing device (25) comprising at least one a friction end-piece (27) which is defined on the second face (22) so as to abut against the support structure (3) which is made of a high friction coefficient material in order to apply friction to the relative sliding between the support structure (3) and the support head (2).

METHOD OF CONSTRUCTION OF HORIZONTAL COATINGS ON THE READY BASE1-2

Support for raised floors

A support for raised floors including a base for resting on a lower surface, an element for connecting and adjusting the local height of a raised floor, and a resting head for one or more tiles of the raised floor. The connecting and adjustment element has a first portion for providing floors that are inclined with respect to the lower surface. The connecting and adjustment element further includes a second portion, which lies opposite the first portion, for providing floors that are parallel to the lower surface. The first portion and the second portion interacting alternately with the head by rotating the element through 180°.

Support for raised floors

A support (10) for raised floors, comprising, in the following order, a base (12) for resting on a lower surface (14), an element (22) for connecting and adjusting the local height of a raised floor, and a resting head (23) for one or more tiles (11) of the raised floor; characterized in that the connecting and adjustment element (22) has a first portion (30), for providing floors that are inclined with respect to the lower surface (14), and a second portion (31), which lies opposite the first portion (30), for providing floors that are parallel to the lower surface (14), the first portion (30) and the second portion (31) interacting alternately with the head (23) by rotating the element (22) through 180°.

Slope compensator for pedestal for elevated floors

A slope adjustable head for an adjustable pedestal ( 10 ) for supporting beams, panel members, typically pavers, in accurate edge aligned relation, in a level plane is disclosed. The pedestal ( 10 ) includes a base block ( 12 ) and a series of inter-engaging threaded annular elements ( 20, 30 ) which can be rotated relative to each other to adjust the height of the top of the pedestal in a screw jack fashion. A slope compensator is located at the top of the pedestal and comprises a slope compensation plate ( 100 ) and a head member ( 50 ). The head member ( 50 ) defines a concave surface having a defined radius of curvature. The slope compensation plate ( 100 ) defines a corresponding convex surface having the same radius of curvature and sits on top of the head member. The pedestal ( 10 ) is calibrated to allow adjustment for typically zero to five percent in one percent increments. The top member defines a central aperture ( 56 ) and a series of holes ( 72 ) arranged in a spiral around the central aperture. The adjustment member defines a depending central cylindrical portion ( 110 ) which locates in the central aperture ( 56 ) and two diametrically opposed depending pegs ( 132, 134 ) spaced either side of the central cylindrical portion which locate in the holes of the top member. Rotation of the slope compensation plate ( 100 ) about its centre of curvature causes the angle of the adjustment plate relative to the vertical axis to change thus allowing for compensation for the slope of the surface on which the pedestal is standing.

Height-adjustable floor support

Structural pedestal improved adjusting slope

PURPOSE: A pedestal for construction having an improved tilt adjusting function is provided to prevent the pedestal from becoming inclined and bent even if the pedestal is located at a slope. CONSTITUTION: A pedestal for construction having an improved tilt adjusting function comprises a support(10), first and second connection units(20,30), a base(40), and an angle adjusting ring(50). The support is formed in a flat plate shape. The first connection unit is rotatably coupled to the support. The second connection unit is rotatably coupled to the first connection unit. Screw threads are formed on the outer edge of the first and second connection units. The base is rotatably coupled to the second connection unit. The angle adjusting ring is rotatably coupled to the bottom end of the base and adjusts the angle of the base.

Height-adjustable floor support

A height-adjustable floor support comprises a baseplate assembly (1), an adapted plate (17), and at least one riser (9). The baseplate assembly (1) includes first interlocking members (47). The adapter plate (17) is provided for engaging with a flooring component and includes second interlocking members (57). The at least one riser (9) includes second interlocking members (33) releasably interlocking with the first interlocking members (47) of the baseplate assembly, and first interlocking members (23), axially spaced from the second interlocking members of the riser, for releasably interlocking with the second interlocking members (57) of the adapter plate.

A support for raised floor

SUPPORT FOR RAISED FLOORS

A raised floor stand

Un soporte (100) para suelos elevados que comprende - un elemento de base (1) que tiene un miembro anular (10) y una base (11, 12) que está fijada al miembro anular (10) y que está configurada para ser soportada sobre una superficie de soporte (S) de manera que define la base del soporte (100), - un cabezal de soporte (2) que está configurado para recibir en manera de soporte a un elemento de cubierta (101) del suelo (102) a soportar y que tiene una cara de soporte (21) que define la base de soporte para el elemento de cubierta (101) del suelo (102) a soportar y una segunda cara opuesta (22) que está dirigida en uso hacia la superficie de soporte (S), - una estructura de soporte (3) que está configurada para ser interpuesta en uso entre el elemento de base (1) y el cabezal de soporte (2), estando provista la citada estructura de soporte (3) de elementos de conexión (31) para conectar la estructura de soporte (3) al elemento de base (1), estando configurada la segunda cara (22) para ser soportada en uso sobre una superficie de apoyo (32) de la estructura de soporte (3), en la que el soporte (100) comprende un dispositivo productor de fricción (25) que tiene una pieza extrema de fricción (27) que está definida en una de entre la citada segunda cara (22) y la citada superficie de apoyo (32) y que está posicionada de manera que se apoya contra la otra de entre la citada superficie de apoyo (32) y la citada segunda cara (22) que está hecha de un material de alto coeficiente de fricción para aplicar fricción al desli- zamiento relativo entre la estructura de soporte (3) y el cabezal de soporte (2), caracterizado porque el dispositivo productor de fricción (25) comprende además una estera de fricción (26) que sobresale de la base de soporte (21) y que está configurada para aplicar fricción al deslizamiento del elemento de cubierta (101) con respecto al soporte (100), estando construida la estera de fricción (26) preferiblemente de forma integral con la pieza extrema de ...

Support for supporting an elevated surface

The present invention is directed to a support comprising a base part for being positioned on an underlying surface and a carrier part for carrying an elevated surface, characterized in that the base part comprises a resilient contact layer for making contact with the underlying surface. Further, the present invention is directed to method for manufacturing such support, comprising obtaining a composition of granulated rubber and a polymer and moulding the composition to form the resilient contact layer.

Support system for raised floors

A support system (101) for raised floors comprises: a base (2) intended to be placed on a surface, a lower element (3) coupled with the base (2), and an upper element (5) coupled with the lower element (3) and intended to support floor elements; the base (2) having a concave housing (122) shaped as a portion of a segment of a sphere; and said lower element (3) having a bottom wall (30) shaped as a portion of a segment of a sphere, in such manner that the lower element is coupled with the base in spherical coupling mode; the base (2) comprising locking teeth (72) upwardly protruding from the concave housing (122) of the base for engaging into seats (82A, 82B) situated in the bottom wall (30) of the lower element, so that a motion of the lower element (3) is blocked with respect to the base (2).

Improved support system for raised floorings.

A support system (1) for raised floorings comprising: a base (2) suitable for being placed on a surface, a spacer (3) coupled to the base (2), a head (4) coupled to the spacer (3) and suitable for supporting floor elements, and a ball joint disposed between the spacer (3) and the head (4), in such manner that the head (4) is coupled to the spacer (3) with spherical coupling, and locking teeth (72) protruding in lower position from a lower surface (52) of the head to engage in seats (82A, 82B) obtained in an upper wall (30) of the spacer.

Support for raised floor

一种用于活动地板的支撑件(10)，包括基部(12)、元件(22)和安置头部(23)，该基部用于安置在下表面(14)上，该元件用于连接和调节活动地板的局部高度，该安置头部用于安置活动地板的一个或多个拼块(11)；连接和调节元件(22)具有第一部分(30)和与所述第一部分(30)相对的第二部分(31)，该第一部分(30)用于设置相对于下表面(14)倾斜的地板，该第二部分(31)用于设置与下表面(14)平行的地板，第一部分(30)和第二部分(31)通过使元件(22)旋转180°而选择性地与头部(23)相互作用。

Supporting system for raised floors

This is a supporting system for raised floors comprising a plurality of pedestals, each with a threaded base element (B) for resting on the subfloor (I), one or more threaded upper elements (S, D), a head (A), and one or more cross members or profiles (T) resting on the flat upper surface (A1) of said head (A); each head (A) comprising one or more projections on said upper suface (A1) for positioning said boss member(s) or profile(s) (T) as well as a convex underside (A2) suitable for engaging, rotating and tilting in a corresponding concave seat (Sc) on the top part (S); and one or more joining and fixing elements (E) being attached to said cross members (T) to retain one or more planks (L) comprising the flooring.

Support for raised floors with adjustable height and a swing system

The invention is a new support for raised floors with adjustable height, comprising a cylindrical base element, threaded on the inside, for resting on the laying surface, an intermediate element or extension, threaded at top and bottom, and a top element with a concave top housing a swinging cap with diaphragms, on which the flat elements of the raised floor rest. This new support makes it possible to construct perfectly flat and continuous raised floors even in presence of considerable differences in level or slopes of the laying surface.

Structural pedestal preventing distortion

본 발명은 건축용 페데스탈에 관한 것으로, 상부면은 마감재를 위치하여 지지하도록 평평한 판 형태로 이루어지며 하부를 향하여 연장된 외측 둘레에는 나사산이 형성된 지지부, 내측 둘레를 따라 나사골이 형성되어 상기 지지부와 회전 가능하도록 결합되며 하부를 향하여 연장된 외측 둘레에는 나사산이 형성된 제1연결부, 내측 둘레를 따라 나사골이 형성되어 상기 제1연결부와 회전 가능하도록 결합되며 하부를 향하여 연장된 외측 둘레에는 나사산이 형성된 제2연결부, 내측 둘레를 따라 나사골이 형성되어 상기 제2연결부와 회전 가능하도록 결합되며 하부 바닥면과 밀착하는 끝단이 상대적으로 넓게 형성되어 지지하는 역할을 하는 베이스, 상기 베이스의 하단면에 회전 가능하도록 결합되며, 일측 끝단의 두께가 타측 끝단의 두께보다 상대적으로 얇게 형성되어 하부 바닥면의 경사도에 따라 기울어진 각도를 조절하는 각도조절링을 포함하여 이루어지며, 각각의 나사산과 나사골이 결합되는 부위에는 임의의 회전을 방지하고 뒤틀림을 방지하기 위한 고정링이 결합되어, 오랜 시간이 지나면서 지속적인 하중이 가해지더라도 뒤틀리거나 가라앉는 현상을 방지할 수 있는 뒤틀림 현상을 방지한 건축용 페데스탈에 관한 것이다. The present invention relates to a construction pedestal, the upper surface is made of a flat plate shape to support and position the finishing material and the outer periphery extending toward the lower portion of the threaded support, the screw bone is formed along the inner circumference is rotatable with the support A first connection portion having a thread formed on the outer circumference extending downward, and a threaded bone formed along the inner circumference and rotatably coupled with the first connection portion, and a second connection portion formed on the outer circumference extending downward. Screw base is formed along the inner circumference is rotatably coupled to the second connecting portion and the end in close contact with the lower bottom surface is formed to support a relatively wide, the base rotatably coupled to the bottom surface of the base , The thickness of one end is relative to the thickness of the other It is formed to include an angle adjusting ring for adjusting the inclined angle according to the inclination of the bottom of the bottom surface, and the fixing ring for preventing any rotation and twisting is coupled to each screw thread and screw bone is combined The present invention relates to a construction pedestal that prevents warpage, which prevents warping or sinking even when a continuous load is applied over time.

Tilt compensator for pedestal for rising floor

Adjustable incline straps

Träger mit verstellbarer Steigung, umfassend einen Sitz, eine Stützplatte und ein zwischen dem Sitz und der Stützplatte angeordnetes Höhenstellelement zum Einstellen der Höhe der Stützplatte durch die Gewindepassung, dadurch gekennzeichnet, dass an der Spitze des Höhenstellelements eine konkave Bogenfläche angeordnet ist, und wobei an dem Boden der Stützplatte eine konvexe Bogenfläche angeordnet ist, und wobei die konvexe Bogenfläche in der konkaven Bogenfläche gestützt ist und relativ zu der konkaven Bogenfläche gleiten kann. Adjustable slope support comprising a seat, a support plate and a height adjusting element arranged between the seat and the support plate for adjusting the height of the support plate by the threaded fit, characterized in that a concave arc surface is arranged at the tip of the height adjustment element, and wherein on the A convex arch surface is arranged at the bottom of the support plate, and the convex arch surface is supported in the concave arch surface and can slide relative to the concave arch surface.

Adjustable support for building structures

FIELD: civil engineering, in particular, floor boardings, facings of ceilings and walls, applicable in the construction of floors, facings installed at a preset level relative to their base, also applicable in the construction of adjustable screens in plaster work. SUBSTANCE: invention consists in development of such a construction of the adjustable support, which would ensure installation of the building structure at a preset distance from the base with a high precision, would prevent deviations from its level worsening the surface quality. Besides, the construction should provide compensation for deviations in the geometry of the building structure members, for example, floor sleepers, both at installation and in service. And what is more, the construction of the support should make the minimum weakenings of the building structure, provide reliability and durability in service. According to the invention, in the adjustable support for building structures, for example, for the floor boarding with construction members installed at a preset height from the base, containing a carrying member made in the form of a rod with a male thread attached to the base, and a bearing platform engageable with the rod thread, the rod is made with a spherical outer surface on the lower end attached in a outer surface on the lower end attached in a thrust bearing installed on the base. EFFECT: enhanced quality, reduced labor content and cost of manufacture. 4 cl, 2 dwg Эб6б РЗС ПЧ ГЭ РОССИЙСКОЕ АГЕНТСТВО ПО ПАТЕНТАМ И ТОВАРНЫМ ЗНАКАМ (19) (51) МПК? ВИ” 2184 196. 13) Сл Е 04Е 15/024 12) ОПИСАНИЕ ИЗОБРЕТЕНИЯ К ПАТЕНТУ РОССИЙСКОЙ ФЕДЕРАЦИИ (21), (22) Заявка: 2001113106/03, 16.05.2001 (24) Дата начала действия патента: 16.05.2001 (46) Дата публикации: 27.06.2002 (56) Ссылки: КУ 21578771 СЛ, 20.10.2000. ЕВ 2532350 А\Л, 02.03.1984. КЦ 2126876 СЛ, 27.09.1999. СВ 2070100 А, 03.09.1981. УР 2934958 В2, 06.03.1998. ОЕ 19635820 АЛ, 12.03.1999. 4$ 3677415 А, 18.07.1972. (98) Адрес для переписки: ...

Roof with modular plant covering

一种用植物垫覆盖屋顶的覆盖系统和方法，包括了一系列以相邻接方式放置的组合式托盘（20）。这种系统包括置于密封层上面高度可调节的基底元件（6），由以相邻接方式放置在这些基底元件（6）上的元件组成并支撑组合式托盘（20）的格栅（18）。组合式托盘（20）包括穿有已校准的孔（28）的多边形底部、向上延伸的侧壁（34）和可逆互锁机构（36，38）。

Supporter device for floor capable tilting

각도조절이 가능한 마루 받침장치가 개시된다. 본 발명에 따른 각도조절이 가능한 마루 받침장치는, 마루판의 하부 구조재인 장선목이 삽입되어 안착되는 안착부가 양쪽에서 상향으로 절곡된 각각의 지지편에 의해 형성되고, 바닥에는 높이조절볼트가 직하방으로 고정 결합되는 장선 받침대; 상기 높이조절볼트에 체결되는 높이조절너트와, 상기 높이조절너트와 결합되어 상기 높이조절너트를 정회전 또는 역회전시키기 위한 조절 플레이트로 이루어진 높이 조절부; 내측에 수용부가 형성되도록 하향으로 개방된 구조로 형성되고, 상면에는 상기 높이조절볼트가 관통하는 상부 관통공이 형성되며, 양쪽의 하단부가 바깥쪽으로 절곡되어 걸림단이 각각 형성된 상부 수용부재; 중앙에 상기 높이조절볼트의 하단부가 관통하기 위한 하부 관통공이 중앙에 형성되고, 상기 하부 관통공을 기준으로 양쪽의 단부가 각각 상향으로 절곡된 상기 결합편들 사이에는 상기 상부 수용부재의 하부가 삽입되기 위한 수용홈이 형성되며, 상기 결합편들의 하부 영역에는 상기 걸림단이 삽입되어 걸리기 위한 결합공이 각각 형성되고, 상기 결합편의 내측면에는 상기 상부 수용부재의 하부가 상기 수용홈에 삽입될 때 상기 걸림단을 상기 결합공에 안내하기 위한 경사 안내부가 각각 형성된 하부 수용부재; 및 상기 높이조절볼트가 관통하기 위한 관통공이 중앙에 형성되며, 상기 하부 수용부재와 상부 수용부재 사이에 설치되어 상기 높이조절볼트가 상기 관통공을 관통하여 결합된 상태에서 상기 장선 받침대로부터 전달되는 충격과 진동을 흡수하거나 완충하고 상기 상부 수용부재를 탄력적으로 지지하도록 방진고무재로 이루어지고, 저면에는 상기 상부 수용부재로부터 하중이 전달될 때 변형을 유도하기 위한 다수개의 변형 유도홈이 형성된 방진부재를 포함하고, 상기 방진부재가 상기 하부 수용부재와 상부 수용부재 사이에 배치되고 상기 상부 수용부재의 걸림단이 상기 하부 수용부재의 결합공에 삽입되어 걸린 상태에서, 상기 결합공이 허용하는 범위 내에서 상기 하부 수용부재의 기울어짐이 이루어지고, 상기 하부 수용부재가 기울어질 때 상기 방진부재가 상기 상부 수용부재의 수평상태가 유지되도록 상기 상부 수용부재를 탄력적으로 지지하도록 된 것을 특징으로 한다. 본 발명에 의하면, 상부 수용부재와 하부 수용부재 사이에 방진부재가 구비됨으로써 마루판을 안정적이고 견고하게 지지할 수 있음은 물론, 마루판의 상면으로부터 전달되는 충격이나 진동을 흡수할 수 있고, 상부 수용부재의 하부 양쪽에 형성된 걸림단이 이 걸림단보다 크게 형성된 하부 수용부재의 결합공에 끼워져 결합됨으로써, 상부 수용부재가 결합공이 허용하는 범위 내에서 기울어질 수 있게 되어 바닥의 수평이 일치하지 않더라도 시공이 용이하게 이루어질 수 있는 효과를 제공할 수 있게 된다.

Designed floor assembly installation system for installation of e.g. voice, data and image transmission conduit, has anti-noise supports serving as hinges between sections during assembly installation and joint supporting load of assembly

The system has supports (1) whose height is adjustable, and provided with a thermoplastic spherical ball joint (2) that supports load of a designed floor assembly, and sections (7) whose structure permits aligning slabs with ground or base terrain. Metallic crosspieces (22) separate and position the sections in a parallel manner, and anti-noise central supports (12) position the slabs and serve as hinges between the sections during an installation of the designed floor assembly.

Patent FR2042860A5

Semirigid floating pavement with special application for new road surfacing

A B S T R A C T A semirigid floating pavement formed out of mass or reinforced concrete moulded pieces, disposed side by side to form a necessary wide surface. Each piece with a regular polygon plant comprises a flat surface and an inner recess connected with the surface by means of a perforation and open at its base. This base has the surface inclined to-wards the geometric center. Pieces are bedded onto a layer of sand. The inner recess is occupied with a mass of sand injected by the perforation which connects with the upper part which perforation is closed up with an elastic cap or stopper. A channel is disposed around each piece in which is housed a joint acting as union and support between the referred pieces.

Pedestal elevation system

An elevating leveling pedestal having a base rotatably attached to a first coupling end to collectively create a height adjustment mechanism, a second coupling end non-rotatably attached to a first end of a non-threaded midsection of predetermined length with a second end non-rotatably attached to a head assembly to support, secure, and level a surface installed over a non-sloping or sloping sub-surface. The head assembly comprising a support-head overlying and attached to a cap with either the support-head or the cap having a convex mating surface and the other having a concave mating surface making the support-head and the cap slidably re-positionable with respect to each other along their mating surface resulting in the support-head being tiltable with respect to said cap from zero to seven degrees. A recess is formed in a bottomed-well in the support surface of the support-head for supporting a double-ended bushing to interact with locking devices.

Hollow or double floor structure comprises adjustable support elements which are embedded into cast concrete with use of shuttering elements permanently remaining in place

The hollow or double floor structure comprises adjustable support elements which are embedded into cast concrete with use of shuttering elements which permanently remain in place.

The method of fixing the position of the structure

Device and structure for supporting floor panels

DEVICE AND STRUCTURE FOR SUPPORTING FLOOR PANELS ABSTRACT OF THE DISCLOSURE: The present invention is a device for supporting floor panels in which when the floor panels are clamped by a single-operation type panel retainer, a retaining member of a vertically swingable panel retainer support on a stud bolt is urged downwardly by the resilient force of a compression spring washer interposed between the upper surface of the retainer member and the lower surface of the head portion of the stud bolt for tightly securing the floor panels to the panel pedestal. The present invention further provides a structure for supporting floor panels in which a supporting post is swingably raised on the pedestal base plate, side walls of corners of the floor panels placed on the panel pedestal being matchingly engaged with a guide wall of the panel pedestal support and mating projections of said panel pedestal being closely fitted into mating holes formed by embedding resin holders in said floor panels, whereby the floor panels are tightly secured by a panel retainer to the panel pedestal.

Modular portable stage system

A modular portable stage and floor system uses a small number of standardized modular components to construct a temporary or permanent platform that is easily adaptable to a wide variety of platform designs. The modular standardized components include a series of modular vertical and horizontal supports and a light- weight modular deck panel. The modular vertical and horizontal supports can be detachably coupled together in a slidably interlocked manner using a universal connector mechanism in to a support frame structure for supporting a plurality of modular deck panels. By using a small number of modular supports and a universal connector mechanism that is similar for all structural interconnections required to build the support frame structure, the modular portable stage and floor system is strong and stable, yet easily transported, assembled and disassembled.

Apparatus and related methods of paving a subsurface

Disclosed may be an intermediate surface for supporting a small paver, wherein the surface can also be used to exchange heat with the pavers. In one embodiment, the apparatus may be a hextray defined by a frame with a hexagonal lattice for supporting pavers. The hextray preferably features a tubing track throughout the lattice to accommodate heat exchange tubing. In operation the hextray may be positioned above a pedestal or directly on a subsurface. In embodiment, the hex tray may be outfitted with insulation and a metal plate so that heat may be exchanged with pedestals via fluid passing through tubing installed throughout the hexagonal lattice. In a preferred embodiment, the hextray features a slot in its corners for receiving a locking disk or locking slider.

RAISED FLOOR

Device for compensating a slope of a construction surface

Set comprising a device for slope compensation of a construction surface and a fixing foot having a gripping member, which device comprises a first and second slope compensation element mounted as to rotate with respect to each other, each element presents a range having a predetermined number of positions where each position corresponds to a slope compensation value, the first and second element comprising a first, respectively a second, series of windows applied each time on each of the elements, the windows of said first and second series of windows being arranged such that for each of the positions, where slope compensation value of the first and second slope compensation element corresponds, at least one of the windows of each of the slope compensation elements being positioned such as to be opposite to each other, the windows when positioned opposite to each other serve to engage the gripping member.

Stone terrace overhead preassembly grouting curing method

本发明提供一种石材地坪架空预装注浆固化方法，包括在石材上开设连接孔；将背栓螺丝一端固定于连接孔内；将螺纹套管一端与露出连接孔外的背栓螺丝的一端连接；在石材地坪的混凝土基层上的开设孔洞，将螺纹套管的另一端插入孔洞中，转动螺纹套管调节石材局部高度；在石材与混凝土基层之间的缝隙内注入水泥砂浆。通过调节螺纹套管，石材面层的高度和水平度可以通过人工反复调节，实现石材地坪直接现场整场预排，效果达到设计要求后可直接进行注入水泥砂浆的施工，不再需要收起石材地坪后再分块施工，石材地坪施工不再需要找平层，有效的减少了工作面高度，石材地坪铺贴时，对混凝土基层的要求不再严格，石材铺贴在金属楼梯台阶也成为可能。

Patent DE1303697B

Flooring structure and construction method using it

본 발명은 바닥구조물 및 이의 시공방법에 관한 것으로, 상기 바닥면에 콘크리트 몰탈을 시공하여 양생시키는 1단계(S1)와; 레이저 또는 먹줄을 이용하여 기준면을 설정하는 2단계(S2)와; 기준면 및 바닥재(2)의 규격에 맞게 가로 및 세로로 높이조절부재(4)를 바닥면에 접착 설치하는 3단계(S3)와; 바닥면 및 높이조절부재(4)의 상면에 접착제(200)를 도포하는 4단계(S4)와; 바닥재(2)의 단턱부(22)에 높이조절부재(4)의 메인지지대(42)가 삽입되고, 상기 보조지지대(44)가 상기 바닥재(2)의 저면에 지지되도록 안착시켜, 다수의 바닥재(2)를 접착 시공하는 5단계(S5)와; 압착기로 바닥재(2)를 압착하여 양생시키는 6단계(S6)로 구성됨으로써, 줄눈이 없이 시공될 수 있어 외관이 미려한 바닥구조물의 시공이 가능하고, 바닥재들 사이에 틈새가 없어 먼지가 끼이지 않고, 오염될 염려가 없게 된다. The present invention relates to a floor structure and a construction method thereof, the first step (S1) for curing by constructing concrete mortar on the bottom surface; Step 2 of setting the reference surface using a laser or ink line (S2); A three-step (S3) for adhesively installing the height adjusting member 4 on the bottom surface horizontally and vertically in accordance with the standard of the reference surface and the flooring material (2); Step 4 (S4) for applying the adhesive 200 on the bottom surface and the upper surface of the height adjustment member (4); The main support 42 of the height adjusting member 4 is inserted into the stepped portion 22 of the flooring material 2, and the auxiliary support 44 is seated so as to be supported by the bottom surface of the flooring material 2. Step 5 (S5) for the adhesive construction; Composed of six stages (S6) to squeeze the curing of the flooring material (2) with a compactor, it can be installed without joints, so that the construction of the floor structure with a beautiful appearance is possible, there is no gap between the flooring material without dust There is no fear of contamination. 바닥, 타일, 판재, 줄눈, 높이조절 Floor, tile, board, joint, height adjustment

Device for adjusting inclination when building on blocks

The invention concerns a device for adjusting the inclination of a surface for building (2) on blocks (1) characterised in that it comprises two mutually co-operating adjusting elements (11, 12), consisting in a first element (12) for establishing an initial angle α and a second adjusting element (11) which is moved between an initial position and operational position selected by the user depending on the slope to be given to said building surface. The second adjusting element (11) is selectively adjustable relative to the first (12) for producing the slope required for the building surface (2) by positioning the second element (11) with respect to the first (12) by mutual rotation. Adjusting means (119; 129) for making each mutual position correspond to an adjusting angle α are provided.

Improvements in or relating to corner supports for modular floors

985,148. Elevated flooring. H. H. ROBERTSON (HOLDINGS) Ltd. Jan. 23, 1964 [Jan. 23, 1963], No. 2839/63. Heading E1V. A corner support for modular flooring comprises a cap 14 adjustably mounted on a screwthreaded pillar 10, the cap having a convex upper surface 15 which mates with concave under surface 17 of a pad 16 composed of hard rubber or other substance having equivalent properties. Above the pad 16 is fitted a resilient and electrically insulating cap 20 having upstanding webs 21 defining quadrantal depressions 22 which receive the meeting corners of floor modules 23. Sealing strips 25, 26 prevent egress of dust to the floor cavity. In a modification, Fig. 2, concave upper surface 115 of the cap 14 co-operates with a convex under surface 117 of the pad 16. The foot of the pillar 10 is secured in a screwthreaded tube 32. The construction permits any divergence from the truly vertical of the pillar 10 to be compensated for by manipulation of the pad 16.

Method and device for laying access floors, and access-floor support

To simplify and speed up the laying of access floors formed of floor panels (6) laid on supports (5) set out in a regular pattern, an ancillary plane (4) extending over a field (3) of grid points (2) is levelled up at a distance from the subfloor or structural slab (1). A device (10) with a frame (11) and outriggers (12) is used to define the ancillary plane, to hold temporarily a multiplicity of supports (5) and introduce them simultaneously. The supports are then simultaneously adjusted in height and fixed on the grid points (2) in accordance with the respective distance between the ancillary plane and the (uneven) subfloor (1). The supports are then released from the device (10), the device is removed, and the panels (6) are laid on the accurately positioned head pieces of the supports. Various embodiments of the method, the device (10), and parti-cularly suitable prefabricated supports (5) are described. In the latter, the head piece and base are loosely guided relative to each other and can be moved axially relative to each other without the need of rotating either the head piece or the base. After height adjustment of the supports, means of retention and fixation are used to fix the relative position of the parts to each other.

Device for adjusting inclination when building on blocks

Dispositif de réglage de l'inclinaison d'une surface de construction (2) sur plot (1) remarquable en ce qu'il comprend deux éléments de réglage (11, 12). Ceux-ci coopèrent entre eux. Ils consistent en un premier élément (12) d'établisseme nt d'angle initial .alpha. et en un deuxième élément de réglage (11) qui est déplacé entre une position initiale et une position opérationnelle choisie par l'utilisateur en fonction de la pente à conférer à ladite surface de construction. Le deuxième élément de réglage (11) est orientable sélectivement par rapport au premier (12) de façon à créer une pente voulue pour la surface de construction (2) en positionnant l e deuxième élément de réglage (11) par rapport au premier (12) par rotation mutuelle. Des moyens de réglage (119; 129) sont prévus, lesquels font correspondre à chaque position mutuelle un angle de réglage .alpha..

Method and Apparatus for determining Front Sensor Geometry

According to an embodiment, a front sensor geometry determining method includes: a step of obtaining an orthodromic basic matrix from a first camera to a second camera, which indicates positional and postural relations between the first and second cameras, and an antidromic basic matrix from the second camera to the first camera, which corresponds to the orthodromic basic matrix, by using a pair of correspondence points projected on a first camera image plane and a second camera image plane, respectively, in regard to the same target point on a three-dimensional space; a step of calculating two orthodromic rotational matrixes, which indicate rotation from the first camera to the second camera, based on the orthodromic basic matrix, and calculating two antidromic rotational matrixes, which indicate rotation from the second camera to the first camera, based on the antidromic basic matrix; and a step of determining an orthodromic rotational matrix, which satisfies front sensor geometry, among the two orthodromic rotational matrixes by using a plurality of combinations of the two orthodromic rotational matrixes and the two antidromic rotational matrixes. Thus, the present invention is capable of increasing an operation speed with a small operation capacity.

Patent FR2176475A1

Tilt compensation device of a construction surface

Dispositivo de compensación de la inclinación (1) de una superficie en construcción, el cual dispositivo está preparado preferentemente para estar colocado encima o debajo de un taco (2) que permite elevar la superficie en construcción (4), el cual dispositivo incluye un primer (5) y un segundo (6) elementos de compensación de la inclinación que colaboran entre sí para compensar la inclinación, estando montados el primero y el segundo elementos de compensación de la inclinación de tal manera que pueden girar uno con respecto al otro, presentando cada elemento una zona que incluye un número predeterminado de posiciones situadas de forma sucesiva sobre una parte del contorno de cada elemento de compensación de la inclinación, correspondiendo cada posición cada vez a un valor de compensación (αi) de la inclinación del elemento al cual está asociada, caracterizado por que el dispositivo forma parte de un conjunto que incluye igualmente una patilla de fijación (40) que tiene un órgano de aprehensión (41), incluyendo respectivamente el primero y el segundo elementos de compensación de la inclinación una primera (10-i) y una segunda (23-j) series de ventanas situadas cada vez sobre cada uno de los elementos, estando situadas las ventanas de las citadas primera y segunda series de ventanas de tal manera que para cada una de las posiciones, en las que el valor de compensación de la inclinación del primero y del segundo elementos de compensación de la inclinación correspondiente, al menos una de las ventanas de cada uno de los elementos de compensación de la inclinación, está posicionada una enfrente de la otra, estando dimensionadas las ventanas de tal manera que el órgano de aprehensión pueda encajarse en las ventanas posicionadas una enfrente de la otra. Device for compensating the inclination (1) of a surface under construction, which device is preferably prepared to be placed above or below a block (2) that allows raising the surface under construction (4), which device ...

Vertically adjustable supporting element

In the case of a vertically adjustable supporting element, in particular for supporting floor panels for false floors, having a supporting part and a bearing part which can rotate relative to one another about a common axis and are in engagement with one another via oblique surfaces or thread turns, in order to compensate for unevennesses of the unfinished floor, on which the supporting part is fastened, there is arranged, on the bearing part (10) over an articulation direction (16, 17), a bearing plate whose bearing surface can be adjusted relative to the bearing part. <IMAGE>

Apparatus and related methods of paving a subsurface

Disclosed may be an intermediate surface for supporting a small paver, wherein the surface can also be used to exchange heat with the pavers. In one embodiment, the apparatus may be a tray defined by a frame with a lattice for supporting pavers. The tray preferably features a tubing track throughout the lattice to accommodate heat exchange tubing. In operation the tray may be positioned above a pedestal or directly on a subsurface. In embodiment, the tray may be outfitted with insulation and a metal plate so that heat may be exchanged with pedestals via fluid passing through tubing installed throughout the lattice. In a preferred embodiment, the tray features a slot in its corners for receiving a locking disk or locking slider.

Roof with modular plant covering

Structural pedestal supporting many types of finishing materials

본 발명은 건축용 페데스탈에 관한 것으로, 상부면은 마감재를 위치하여 지지하도록 평평한 판 형태로 이루어지며 하부를 향하여 연장된 외측 둘레에는 나사산이 형성된 지지부, 내측 둘레를 따라 나사골이 형성되어 상기 지지부와 회전 가능하도록 결합되며 하부를 향하여 연장된 외측 둘레에는 나사산이 형성된 제1연결부, 내측 둘레를 따라 나사골이 형성되어 상기 제1연결부와 회전 가능하도록 결합되며 하부를 향하여 연장된 외측 둘레에는 나사산이 형성된 제2연결부, 내측 둘레를 따라 나사골이 형성되어 상기 제2연결부와 회전 가능하도록 결합되며 하부 바닥면과 밀착하는 끝단이 상대적으로 넓게 형성되어 지지하는 역할을 하는 베이스, 상기 베이스의 하단면에 회전 가능하도록 결합되며, 일측 끝단의 두께가 타측 끝단의 두께보다 상대적으로 얇게 형성되어 하부 바닥면의 경사도에 따라 기울어진 각도를 조절하는 각도조절링, 상기 지지부의 상단을 일정 넓이로 구획하여 마감재를 위치하고 지지하기 위하여 형성된 다수개의 스페이서를 포함하여 이루어져, 일정한 직사각형 또는 정사각형 형태의 마감재 뿐만 아니라, 다양한 형태로 형성된 마감재 및 바닥재를 쉽게 시공할 수 있는 다양한 형태의 마감재를 지지하는 건축용 페데스탈에 관한 것이다. The present invention relates to a construction pedestal, the upper surface is made of a flat plate shape to support and position the finishing material and the outer periphery extending toward the lower portion of the threaded support, the screw bone is formed along the inner circumference is rotatable with the support A first connection portion having a thread formed on the outer circumference extending downward, and a threaded bone formed along the inner circumference and rotatably coupled with the first connection portion, and a second connection portion formed on the outer circumference extending downward. Screw base is formed along the inner circumference is rotatably coupled to the second connecting portion and the end in close contact with the lower bottom surface is formed to support a relatively wide, the base rotatably coupled to the bottom surface of the base , The thickness of one end is relative to the thickness of the other An angle adjustment ring is formed thinly and adjusts the inclination angle according to the inclination of the bottom bottom, and comprises a plurality of spacers formed to position and support the finishing material by partitioning the upper end of the support portion to a certain width, a constant rectangular or square shape In addition to the finishing material of the present invention relates to a construction pedestal ...

Patent NO125496B

Deck assembly having easy of installation

본 발명은 설치 용이성을 갖는 데크재 어셈블리에 관한 것으로, 더욱 상세하게는 간편하고 신속하게 설치할 수 있는 데크재 어셈블리에 관한 것이다. 본 발명의 일 실시예는 양측면에 고정홈이 형성되는 복수의 데크재 패널과, 상호 이격되어 대칭되게 배치되는 한 쌍의 세로 프레임 및 상호 이격되어 배치되며 한 쌍의 세로 프레임 사이에 수직 결합되되, 복수의 삽입홀이 길이 방향과 수직한 방향으로 형성되는 복수의 가로 프레임을 포함하는 프레임부와, 각 삽입홀마다 삽입되어 결합되는 루트캡 및 루트캡의 내부에 고정되되 상단의 일부가 루트캡 위로 노출되어 프레임부의 상부에 놓여진 데크재 패널을 고정하는 퀵클립을 포함하는 클립 모듈부와, 삽입홀을 피해 프레임부를 지지하는 복수의 지지부를 포함하는 것을 특징으로 한다.

Telescoping pier foundation

A telescoping pier foundation system ( 100, 100 a, 100 b ) comprises generally an outer shell preferably made of a tough material, such as, a suitable polymer or a metal alloy, having an internal cavity ( 12 ) for receiving cementitious mixture. The outer shell comprises a stationary portion ( 10 ) and at least one longitudinally telescoping member ( 30 ) in longitudinal alignment with one another and connected to one another to achieve a given height, length or depth for forming a pier foundation. After the at least one telescoping member ( 30 ) is raised to meet a structural member ( 80, 80 a ) of a building and secured to the structural member, the internal cavity ( 12 ) of the outer shell is filled with cementitious mixture and cured to form a composite pier foundation.

Support for upper layer of double plank floor

Through an opening between the lower (2) and upper (1) layers of the floor, a bearer support (5,8,9), adjustable in length and equipped with an elastic foot component (8), is fixed with an insert (9) in the upper layer. The bearer support is so adjusted in its length that the elastic foot supports on the lower layer and the upper layer is adjusted to the required height. Available filling material (3) in the area of the opening is removed, and a material (7) is introduced through openings (12) in the area of the bearer support. It expands in the hollow spaces around the bearer support and hardens to form elastic material.

Method and device for laying access floors, and access-floor support

To simplify and speed up the laying of access floors formed of floor panels (6) laid on supports (5) set out in a regular pattern, an ancillary plane (4) extending over a field (3) of grid points (2) is levelled up at a distance from the subfloor or structural slab (1). A device (10) with a frame (11) and outriggers (12) is used to define the ancillary plane, to hold temporarily a multiplicity of supports (5) and introduce them simultaneously. The supports are then simultaneously adjusted in height and fixed on the grid points (2) in accordance with the respective distance between the ancillary plane and the (uneven) subfloor (1). The supports are then released from the device (10), the device is removed, and the panels (6) are laid on the accurately positioned head pieces of the supports. Various embodiments of the method, the device (10), and parti-cularly suitable prefabricated supports (5) are described. In the latter, the head piece and base are loosely guided relative to each other and can be moved axially relative to each other without the need of rotating either the head piece or the base. After height adjustment of the supports, means of retention and fixation are used to fix the relative position of the parts to each other.

Means for adjusting the position of a building or building part

Slope compensator for pedestal for elevated floors

A slope adjustable head for an adjustable pedestal (10) for supporting beams, panel members, typically pavers, in accurate edge aligned relation, in a level plane is disclosed. The pedestal (10) includes a base block (12) and a series of inter-engaging threaded annular elements (20, 30) which can be rotated relative to each other to adjust the height of the top of the pedestal in a screw jack fashion. A slope compensator is located at the top of the pedestal and comprises a slope compensation plate (100) and a head member (50). The head member (50) defines a concave surface having a defined radius of curvature. The slope compensation plate (100) defines a corresponding convex surface having the same radius of curvature and sits on top of the head member. The pedestal (10) is calibrated to allow adjustment for typically zero to five percent in one percent increments. The top member defines a central aperture (56) and a series of holes (72) arranged in a spiral around the central aperture. The adjustment member defines a depending central cylindrical portion (110) which locates in the central aperture (56) and two diametrically opposed depending pegs (132, 134) spaced either side of the central cylindrical portion which locate in the holes of the top member. Rotation of the slope compensation plate (100) about its centre of curvature causes the angle of the adjustment plate relative to the vertical axis to change thus allowing for compensation for the slope of the surface on which the pedestal is standing.

Device for adjusting the inclination of the surface of a construction on supporting feet

Composite floor structure and process for the production thereof

ABSTRACT Composite floor structure comprising a metallic carrier section (4) filled with sound proofing grannular material (5) on which an elastic deformable separating layer (6) is placed finished with a covering layer (7).

Method for installing a condenser in a remote manufacturing yard

A method of installing a vaporizer in a remote manufacturing yard is provided. The method can include the steps of obtaining a lower stage and an upper stage of a vaporizer; obtaining a first column section and a second column section; installing the lower stage to a bottom head such that the lower stage is in fluid communication with an inner volume of the bottom head; installing the first column section over and around the lower stage and fitting and welding a bottom of the first column section to the bottom head; installing the upper stage; and installing the second column section and fitting and welding a bottom of the second course to the first course.

Device for adjusting inclination when building on blocks

A device for adjusting the inclination of a building surface, the device having two mutually cop-operating adjusting elements. The first element is for establishing an initial angle alpha and the second adjusting element is moved between an initial position and operational position selected by the user depending on the slope to be given to the building surface. The second adjusting element is selectively adjustable relative to the first adjusting element and thereby produces the slope required for the building surface by positioning the second element with respect to the first by mutual rotation. The device also has an adjusting means for making each mutual position corresponding to an adjusting angle alpha.

Support system for raised floors

Roof with modular plant covering

A covering system and a method for covering a roof with a plant mat comprising a series of modular trays (20) placed in an adjacent manner. This system comprises base elements (6) of adjustable height placed on top of a sealing layer, a grating (18) formed of elements placed in an adjacent manner on these base elements (6) and supporting the modular trays (20). The modular trays (20) comprise a polygonal bottom pierced with calibrated holes (28), upwardly extending sides (34) and reversible interlocking means (36, 38).

Height-adjustable floor support

A height-adjustable floor support comprises a baseplate assembly (1), an adapted plate (17), and at least one riser (9). The baseplate assembly (1) includes first interlocking members (47). The adapter plate (17) is provided for engaging with a flooring component and includes second interlocking members (57). The at least one riser (9) includes second interlocking members (33) releasably interlocking with the first interlocking members (47) of the baseplate assembly, and first interlocking members (23), axially spaced from the second interlocking members of the riser, for releasably interlocking with the second interlocking members (57) of the adapter plate.

Support for a beam

The support comprises a chassis 104 including a base for engaging a mounting surface. A collar 106 is movably mounted to the chassis. A member 108 is mounted to the collar which may include a portion for receiving a fastener 107 that secures the member to a beam. The chassis may define a recess which receives the beam. The support may have an angled base. The base may also include deformable tabs configured to align the support relative to the mounting surface. The support might include a second chassis portion. Also claimed is a support assembly with a beam and the support assembly is for a roof.

Compensating element

Patent FR2073989A5

Height=adjustable support for double or assembly floor

The support contains two parts (1,11) rotatable w.r.t each other, their facing sides can abut each other via helical, concentric, functionally complementary face sections (5,13) with identical pitch. Each part comprises a first radially inner face section and a second such section, peripherally offset through 180 deg. At least on one face section (12,13) of the first part (11) is fitted a protruding, guide element over its entire peripheral length. At least one shape and function complementary recess in the coacting face section of the second part (1) can be engaged by the guide element.

Height adjustable stilt bearing

Device for adjusting the position of a structure or part of a structure

Adjustable pedestal

A collapsible, telescoping pedestal support adapted to be extended and angularly disposed to position the topmost section thereof in a flat level plane which is comprised of a plurality of annular members nested one within the other and each including an upwardly extending tapered wall having camming means adapted to engage the next adjacent wall and lock one to the other. A plurality of pedestal supports can be utilized to provide a flat even surface to support a plurality of tiles to form a deck, floor, patio or the like.

Resilient supporting foot for floor panels

The supporting floor has a carrying pin (1), and at its lower end a bolt head (2), and underneath the pin head an insulating unit (14). The bolt head is on a load distribution element (7) made from plastic and arranged between the bolt head (2) and the insulating unit. The strength of the insulating unit bolt head is distributed on the load distribution element by contacting the surface (16) of the insulating unit. A ball joint-like connection is between the bolt head and the load distribution element.

Support system for raised floors

A support system (101) for raised floors comprises: a base (2) intended to be placed on a surface, a lower element (3) coupled with the base (2), and an upper element (5) coupled with the lower element (3) and intended to support floor elements; the base (2) having a concave housing (122) shaped as a portion of a segment of a sphere; and said lower element (3) having a bottom wall (30) shaped as a portion of a segment of a sphere, in such manner that the lower element is coupled with the base in spherical coupling mode; the base (2) comprising locking teeth (72) upwardly protruding from the concave housing (122) of the base for engaging into seats (82A, 82B) situated in the bottom wall (30) of the lower element, so that a motion of the lower element (3) is blocked with respect to the base (2).

Method for laying a floor covering and supporting device

Bei einem Verfahren zur Verlegung eines aus mehreren Flächenelementen bestehenden Bodenbelags im Abstand zu einem Untergrund, wobei beabstandet zueinander Stützelemente auf dem Untergrund angeordnet und anschließend die Flächenelemente auf den Stützelementen verlegt werden, weist jedes Stützelement (3) jeweils einen im Verarbeitungszustand plastisch verformbaren aushärtbaren Materialbatzen (6) auf, auf dem ein Distanzelement (17) aufgesetzt wird, wobei das Flächenelement auf dem Stützelement (3) relativ zu dem Untergrund (5) ausgerichtet wird, bevor der Materialbatzen (6) aushärtet. Das Distanzelement (17) ist ein verformbares Gebilde, dessen Formgebung an den aushärtbaren Materialbatzen (6) und an ein aufliegendes Flächenelement oder an ein aufliegendes Auflageelement angepasst wird. Auf mehreren Stützelementen wird (3) ein Auflageelement angeordnet und ausgerichtet und die Flächenelemente werden auf den Auflageelementen verlegt. Eine Stützvorrichtung zur Abstützung eines aus mehreren Flächenelementen bestehenden Bodenbelags im Abstand zu einem Untergrund mit beabstandet zueinander angeordneten Stützelementen, auf denen die Flächenelemente angeordnet sind, wobei jedes Stützelement (3) einen im Verarbeitungszustand plastisch verformbaren aushärtbaren Materialbatzen (6) und ein darauf aufsetzbares Distanzelement (17) aufweist. In the case of a method for laying a floor covering consisting of several surface elements at a distance from a substrate, wherein support elements are arranged at a distance from one another on the substrate and then the surface elements are laid on the support elements, each support element (3) has a batch of material that can be plastically deformed in the processing state ( 6) on which a spacer element (17) is placed, the surface element on the support element (3) being aligned relative to the substrate (5) before the material billet (6) hardens. The spacer element (17) is a deformable structure, the shape of which is adapted to the ...

Support device for the construction of elevated accessible surfaces, for example, terraces or other floors

Die Erfindung betrifft eine Stützvorrichtung (1) für die Errichtung von erhöhten begehbaren Flächen, beispielsweise von Terrassen oder sonstigen Böden, mit einem Auflagerteil (2), aufweisend eine Auflagerfläche (3) zum Auflagern wenigstens eines Unterbauelementes (100) oder Belagelementes, einem Basisteil (4) und mit einem Verbindungsmittel (5), mittels welchem das Auflagerteil (2) gegen das Basisteil (4) an einer Anbindungsstelle (10) angebunden ist, wobei eine der Auflagerfläche (3) abgewandte Unterseite (6) des Auflagerteils (2) und eine Oberseite (7) des Basisteils (4) einander zugewandte Außenseiten (8, 9) bilden. Es ist vorgesehen, dass zumindest eine der Außenseiten (8, 9) eine gewölbte Kontur (11) aufweist und die andere Außenseite (9) derart ausgebildet ist, dass die Außenseiten (8, 9) gegeneinander abrollen, um das Auflagerteil (2) gegenüber dem Basisteil (4) schräg zu stellen. The invention relates to a supporting device (1) for erecting elevated walkable surfaces, for example of terraces or other floors, with a support part (2), comprising a support surface (3) for supporting at least one substructure element (100) or covering element, a base part (3). 4) and with a connecting means (5), by means of which the support part (2) against the base part (4) at a connection point (10) is connected, one of the support surface (3) facing away underside (6) of the support part (2) and an upper side (7) of the base part (4) form mutually facing outer sides (8, 9). It is provided that at least one of the outer sides (8, 9) has a curved contour (11) and the other outer side (9) is designed such that the outer sides (8, 9) roll against each other to the support part (2) opposite the base part (4) to be inclined.

Method and device for location fixing of a building

Tilt compensator for pedestal for raised floors

Una cabeza de inclinación ajustable para un pedestal ajustable adaptado para soportar miembros de panel de una estructura de suelo elevada, comprendiendo la cabeza: un miembro de cabeza (50); y una placa de ajuste de inclinación (100), en donde el miembro de cabeza (50) define una primera superficie de parte esferica (58) que tiene un primer radio de curvatura, y la placa de ajuste de inclinación tiene una primera cara (102) que define un area plana y una cara opuesta que define una segunda superficie de parte esferica (130) que tiene sustancialmente el mismo radio de curvatura que la primera superficie de parte esferica, y en donde la segunda superficie de parte esferica (130) puede estar soportada sobre la primera superficie de parte esferica (58) con movimiento relativo de la segunda superficie de parte esferica sobre la primera superficie de parte esferica ajustando el angulo de la parte plana de la placa de ajuste con relación al plano de la base, caracterizada porque la placa de ajuste de inclinación (100) define al menos una espiga que pende (132, 134) y el miembro de cabeza define una disposición de orificios (72) que se extiende alrededor del centro de la superficie superior del miembro de cabeza y que estan adaptados para recibir la espiga para fijar la placa de ajuste de inclinación con relación al miembro de cabeza en dos o mas orientaciones relativas. An adjustable tilt head for an adjustable pedestal adapted to support panel members of an elevated floor structure, the head comprising: a head member (50); and an inclination adjustment plate (100), wherein the head member (50) defines a first spherical surface (58) having a first radius of curvature, and the inclination adjustment plate has a first face ( 102) defining a flat area and an opposite face defining a second surface of spherical part (130) having substantially the same radius of curvature as the first surface of spherical part, and where the second surface of spherical part (130) it may be ...

Adjustable permanent concrete shuttering for projections supporting paving slabs for pedestrian or traffic areas

The purpose of the present invention is to provide an adjustable permanent concrete shuttering allowing concrete projections (12) receiving slabs (15) to be made easily on the spot before the concrete sets and hardens. To this end the shuttering is constituted of two tubular bodies (1, 3) fitting together telescopically. The shuttering has the upper end flexible (2) whereas the lower end is closed by a flexible bottom (4). The shuttering may include fixing beds (7) receiving slabs (15) and being fitted with reinforcing brackets (11) that, with connection rods (10), form a device for anchoring the paving.<IMAGE>

Pedestal elevation system

A floor and electrical generator module

The present invention relates to a flooring module for forming a floor, and which also incorporates a photovoltaic cell for generating electricity. The floor and electrical generator module has a body comprising: a floor surface for forming a floor; and at least one photovoltaic cell; the module further comprising a support means supporting the body and allowing movement of the body between first and second positions; wherein the module is configured such that the body can function either as a floor in the first position when the floor surface is uppermost or as an electrical generator in the second position when the photovoltaic cell is uppermost.

A system for leveling floors and other, through lifting

A system for leveling floors and other, through lifting, made by providing two glasses (5, 8) sliding one into the other, the inner one being filled with sand. For adjusting the height of a floor it is sufficient to hold with one hand the outer glass (5) and with the other one lift the inner glass (8). During the lifting step the sand contained inside the inner glass, through the voids (11) existing at the bottom of the prismatic structure, passes into the outer glass so that once the inner glass has been brought to its desired height, its base resting on the sand is able to support the weight applied upon.

Connecting element for creating terrace comprising beams with terrace grids and/or terrace floor

A connecting element for creating terrace comprising beams with terrace grids and/or terrace floor is created of a central elongated body having an internal thread (3), in which is at one of its ends in the thread (3) arranged movable leg (4) with a base (5), wherein to the central elongated body (2) are connected in mutually perpendicular directions connection elements (8), each having in the same distribution corresponding connection elements (12) of beams (11) of the terrace.

Adjustable pedestal assembly

A pedestal assembly receivable on a support surface to support at least one flooring element over the support surface, the assembly comprising first and second members which are telescopically interengaged so as to be able to assume an extended state and a retracted state, whereby a height of the pedestal assembly is adjustable to set a spacing between the flooring element(s) and the support surface, the assembly including a locking mechanism operable in the extended state by way of relative rotation of the members such that the first and second members are locked in the extended state.

PROCESS FOR THE PRODUCTION OF A HORIZONTAL COATING ON A RESISTANT SURFACE

Modular portable stage system

A modular portable stage and floor system uses a small number of standardized modular components to construct a temporary or permanent platform that is easily adaptable to a wide variety of platform designs. The modular standardized components include a series of modular vertical and horizontal supports and a light- weight modular deck panel. The modular vertical and horizontal supports can be detachably coupled together in a slidably interlocked manner using a universal connector mechanism in to a support frame structure for supporting a plurality of modular deck panels. By using a small number of modular supports and a universal connector mechanism that is similar for all structural interconnections required to build the support frame structure, the modular portable stage and floor system is strong and stable, yet easily transported, assembled and disassembled.

Stanchion unit assembly for floor boards

A stanchion unit assembly for supporting floor boards comprising: a plurality of vertical stanchion units including rests which constitute the upper portions of the vertical stanchion units and support the floor boards, and base plates which constitutes the lower portions of the vertical stanchion units and are disposed in contact with a floor foundation; a plurality of oblique member support stanchion units including rests which constitute the upper portions of the oblique member support stanchion units and support the floor boards, and base plates which constitute the lower portions of the oblique member support stanchion units and are provided with oblique member support parts; a plurality of floating rests supporting the floor boards on the tops of the floating rests and provided with oblique member support parts at the lower portions of the floating rests; and a plurality of oblique members extending from the oblique member support parts of each of the oblique member support stanchion units to those of the floating rests located around the oblique member support stanchion unit diagonally thereto.

Support device for the construction of elevated accessible surfaces, for example, terraces or other floors

Die Erfindung betrifft eine Stützvorrichtung (1) für die Errichtung von erhöhten begehbaren Flächen, beispielsweise von Terrassen oder sonstigen Böden, mit einem Auflagerteil (2), aufweisend eine Auflagerfläche (3) zum Auflagern wenigstens eines Unterbauelementes (100) oder Belagelementes, einem Basisteil (4) und mit einem Verbindungsmittel (5), mittels welchem das Auflagerteil (2) gegen das Basisteil (4) an einer Anbindungsstelle (10) angebunden ist, wobei eine der Auflagerfläche (3) abgewandte Unterseite (6) des Auflagerteils (2) und eine Oberseite (7) des Basisteils (4) einander zugewandte Außenseiten (8, 9) bilden. Es ist vorgesehen, dass zumindest eine der Außenseiten (8, 9) eine gewölbte Kontur (11) aufweist und die andere Außenseite (9) derart ausgebildet ist, dass die Außenseiten (8, 9) gegeneinander abrollen, um das Auflagerteil (2) gegenüber dem Basisteil (4) schräg zu stellen. The invention relates to a supporting device (1) for erecting elevated walkable surfaces, for example of terraces or other floors, with a support part (2), comprising a support surface (3) for supporting at least one substructure element (100) or covering element, a base part (3). 4) and with a connecting means (5), by means of which the support part (2) against the base part (4) at a connection point (10) is connected, one of the support surface (3) facing away underside (6) of the support part (2) and an upper side (7) of the base part (4) form mutually facing outer sides (8, 9). It is provided that at least one of the outer sides (8, 9) has a curved contour (11) and the other outer side (9) is formed such that the outer sides (8, 9) roll against each other to the support part (2) opposite the base part (4) to be inclined.

Support structure of rectangular frame

The present invention relates to a support structure of a square frame and, more specifically, to a support structure of a square frame, the support structure being coupled to the square frame supporting a deck panel so as to separate the deck panel from a construction surface. The support structure according to an embodiment of the present invention, which supports at least one square frame (A) including a pair of longitudinal frames and a plurality of transverse frames, comprises: a planar-shaped base which is arranged on the ground and has a pair of coupling pieces perpendicularly protruding from the upper surface thereof; a support bar which is coupled between the pair of coupling pieces to be able to rotate via a rotary shaft, and of which an angle with respect to the base can be adjusted according to fastening and releasing of a fastening means coupled to the rotary shaft; and a fixating plate which is perpendicularly coupled to the upper end of the support bar and in which the longitudinal frames and the transverse frames can be inserted. The present invention can enhance convenience of use.

Patent FR2048860A5

Modular portable stage system

A modular portable stage and floor system (60) uses a small number of standardised modular components to construct a temporary or permanent platform that is easily adaptable to a wide variety of platform designs. The modular standardised components include a series of modular vertical (62) and horizontal supports (64) and a lightweight modular deck panel (66). The modular vertical (62) and horizontal (64) supports can be detachably coupled together in a slidably interlocked manner using a universal connector mechanism in to a support frame structure for supporting a plurality of modular deck panels (66). By using a small number of modular supports an a universal connector mechanism that is similar for all structural interconnections required to build the support frame structure, the modular portable stage and floor system (60) is strong and stable, yet easily transported, assembled and disassembled.

Telescoping pier foundation

A telescoping pier foundation system (100, 100a, 100b) comprises generally an outer shell preferably made of a tough material, such as, a suitable polymer or a metal alloy, having an internal cavity (12) for receiving cementitious mixture. The outer shell comprises a stationary portion (10) and at least one longitudinally telescoping member (30) in longitudinal alignment with one another and connected to one another to achieve a given height, length or depth for forming a pier foundation. After the at least one telescoping member (30) is raised to meet a structural member (80, 80a) of a building and secured to the structural member, the internal cavity (12) of the outer shell is filled with cementitious mixture and cured to form a composite pier foundation.

A floor and electrical generator module

The present invention relates to a flooring module for forming a floor, and which also incorporates a photovoltaic cell for generating electricity. The floor and electrical generator module has a body comprising: a floor surface for forming a floor; and at least one photovoltaic cell; the module further comprising a support means supporting the body and allowing movement of the body between first and second positions; wherein the module is configured such that the body can function either as a floor in the first position when the floor surface is uppermost or as an electrical generator in the second position when the photovoltaic cell is uppermost.

Ground platen

本发明公开了一种地台板，该地台板包括若干拼合在一起的地板条，相邻地板条的其中一块地板条的侧面的上端朝外延伸形成第一凸缘，且该地板条的侧面的下端与第一凸缘对应的位置形成第一插槽，相对应地，相邻地板条的另一地板条的侧面的上端形成与第一凸缘配合的第二插槽，且该地板条的侧面的下端与第二插槽对应的位置朝外延伸形成与第一插槽配合的第二凸缘，第一凸缘的底面与第二凸缘的顶面贴合且其两者之间围合形成用于容纳密封胶的容纳槽。该地台板中相邻地板条之间的密封连接更为可靠，从而提高防水性能。

Platform assembly

Halbstarres schwebendes pflaster.

高床用支持システム

これは素早く簡単に調整できる高床用のサポートシステムです。

Roof terrace assembly

Roof terrace assembly comprising a frame construction arranged to be supported above a roof of a building, the frame construction being arranged essentially in a horizontal plane, a plurality of support plates arranged underneath the frame construction, each of said support plates having a roof facing surface which is arranged to abut a roof when the roof terrace assembly is arranged on a roof, a plurality of adjustment mechanisms, one adjustment mechanism arranged between each support plate and the frame construction, each adjustment mechanism being arranged to allow the distance between the support plate and the frame construction to be adjusted and to allow the angle between the support plate and the frame construction to be adjustable, and a floor covering arranged on top of the frame construction. In this way, a roof terrace assembly is provided which is easy and fast to install while reducing the risk of water penetrating into the underlying building construction.