Apparatus for use in handling a load and method of manufacturing such a device

Es sind eine Vorrichtung (10) zur Verwendung beim Handhaben einer Last und ein Verfahren zum Herstellen der Vorrichtung (10) bereitgestellt. Die Vorrichtung (10) umfasst ein dreidimensionales Gerüst, das mehrere Einzelteile (143 bis 149, 122 bis 125; 35, 36, 38) umfasst, wobei zumindest ein Teil der Einzelteile (143 bis 149, 122 bis 125; 35, 36, 38) ein planares Element ist, welches mindestens eine Steckeinrichtung (30, 31) umfasst, mit welcher die Einzelteile (143, 144, 122 bis 125; 35, 36, 38) als das dreidimensionale Gerüst zusammengebaut werden können, einen Überzug (15) aus einem faserverstärkten Kunststoff, mit welchem das Gerüst überzogen ist, und mindestens eine Montageeinrichtung (111, 121, 131) für eine Handhabungseinrichtung (17) zum Handhaben eines bei einer Produktion eines Gegenstands (2) verwendbaren Teils, das die Last bildet. A device (10) for use in handling a load and a method of manufacturing the device (10) are provided. The device (10) comprises a three-dimensional framework comprising a plurality of individual parts (143 to 149, 122 to 125, 35, 36, 38), wherein at least a part of the individual parts (143 to 149, 122 to 125; 35, 36, 38 ) is a planar element comprising at least one plug-in device (30, 31), with which the individual parts (143, 144, 122 to 125, 35, 36, 38) can be assembled as the three-dimensional framework, a coating (15) a fiber-reinforced plastic with which the framework is coated, and at least one mounting device (111, 121, 131) for handling means (17) for handling a part usable in a production of an article (2) forming the load.

Apparatus for use in handling a load and method of manufacturing such a device

Es sind eine Vorrichtung (10) zur Verwendung beim Handhaben einer Last und ein Verfahren zum Herstellen der Vorrichtung (10) bereitgestellt. Die Vorrichtung (10) umfasst ein dreidimensionales Gerüst, das mehrere Einzelteile (143 bis 149, 122 bis 125; 35, 36, 38) umfasst, wobei zumindest ein Teil der Einzelteile (143 bis 149, 122 bis 125; 35, 36, 38) ein planares Element ist, welches mindestens eine Steckeinrichtung (30, 31) umfasst, mit welcher die Einzelteile (143, 144, 122 bis 125; 35, 36, 38) als das dreidimensionale Gerüst zusammengebaut werden können, einen Überzug (15) aus einem faserverstärkten Kunststoff, mit welchem das Gerüst überzogen ist, und mindestens eine Montageeinrichtung (111, 121, 131) für eine Handhabungseinrichtung (17) zum Handhaben eines bei einer Produktion eines Gegenstands (2) verwendbaren Teils, das die Last bildet.

JOINING A WORKPIECE IN A CONCEALED JOINING SEAM

A method for joining concealed workpiece parts by an energy beam, wherein a lower workpiece part and an upper workpiece part are positioned relative to each other; the upper workpiece part contacts the lower workpiece part along a joining contour; the energy beam is directed onto an upper side of the upper workpiece part, moved along the joining contour by a controller, in order to join the upper workpiece part to the joining contour; an exploratory seam is produced on the upper work piece part, for detecting the joining contour; a detector detects a boundary at which a surface area of the upper work piece part borders a surface area of the upper work piece part which does have contact with the joining contour; the controller registers a position of the boundary and compares it with a target position of the boundary which is stored in the controller. 1. A method for joining concealed workpiece parts by an energy beam , comprising:a) positioning at least one lower workpiece part and at least one upper workpiece part relative to each other;b) when the at least one lower workpiece and the at least on upper workpiece are positioned, the at least one upper workpiece part contacts the at least one lower workpiece part along a joining contour of the at least one lower workpiece part and conceals the joining contour, the target profile of which is known to a controller in relation to a co-ordinate system;c) directing the energy beam onto an upper side of the at least one upper workpiece part, which faces away from the at least one lower workpiece part, and is moved along the joining contour by the controller, in order to join the at least one upper workpiece part to the joining contour in a material lock;d) producing an exploratory seam using the energy beam on the upper side of the at least one upper work piece part, for detecting the joining contour;e) detecting a, boundary by a detector at which a surface area of the at least one upper work piece part, which does not ...

CHARACTERISATION SYSTEM FOR OBJECTS AND METHOD FOR FEEDING OBJECTS TO A CHARACTERISATION DEVICE

A characterisation system for objects is provided, comprising at least one characterisation device for the objects, a conveyor belt assembly for feeding objects to the at least one characterisation device, which comprises at least one region with a first conveyor belt section and with a second conveyor belt section, wherein the first conveyor belt section and the second conveyor belt section lie parallel and adjacent to one another and can be positioned at an angle of inclination to a horizontal plane to provide a trough-shaped conveyor path with the first conveyor belt section and the second conveyor belt section in a V disposition, and a drive device for the first conveyor belt section and the second conveyor belt section for the adjustment of defined angle positions.

PARTICULATE MATTER SENSOR

Integrated particulate matter sensors are operable to detect particulate matter by measuring an optical characteristic of a filter. 1. A particulate matter sensor comprising:a housing;a photodetector in the housing;a particle filter held in the housing in a fixed position with reference to the photodetector, the particle filter being arranged for a particle-containing fluid to pass through the particle filter; anda light source in the housing, the light source operable to produce light at least some of which is incident on the particle filter;wherein the photodetector is operable to measure an optical characteristic of the particle filter based on light interacting with the particle filter.2. The particulate matter sensor of wherein the particle filter cannot be advanced.3. The particulate matter sensor of wherein the particle filter is composed of a material that is CMOS-compatible material.4. The particulate matter sensor of wherein the particle filter is composed of micro-porous silicon dioxide or micro-porous silicon nitride.5. (canceled)6. The particulate matter sensor of including a filter assembly in the housing claim 1 , the filter assembly including a filter housing that holds the particle filter in place over the photodetector claim 1 , optionally wherein the particle filter is a hydrophobic fiber filter or a membrane filter.7. (canceled)8. The particulate matter sensor of further including a reflective surface in the housing claim 1 , wherein the reflective surface is disposed so as to reflect light emitted by the light source toward the particle filter.9. The particulate matter sensor of further including a second photodetector on a wall of the housing and disposed to detect light scattered by particles in or on the particle filter.10. The particulate matter sensor of including a plurality of photodetectors positioned claim 1 , respectively claim 1 , at different angles with respect to light incident on and/or scattered by the particle filter.11. The ...

VIBRATION-LIMITING MODULE AND DEVICE, STRUCTURAL SEGMENT FOR A STRUCTURAL INSTALLATION, AND WIND TURBINE HAVING A VIBRATION-LIMITING MODULE

VACUUM-BOOSTED BRAKING SYSTEM HAVING REDUNDANCY

A hydraulic braking system has a vacuum brake booster, an ESC system with a hydraulic pump for generating braking force in a wheel-specific manner in a plurality of wheel brakes, an ESC control device for driving the hydraulic pump and a hydraulic pressure sensor for determining a hydraulic pressure in the hydraulic braking system. For electrified vehicles, an electric vacuum pump is provided for supplying the vacuum brake booster, wherein the ESC control device is designed to drive the electric vacuum pump logically and electrically.

SHEET-METAL COMPOSITE, METHOD FOR JOINING SHEETS AND JOINING DEVICE

A metal sheet composite comprising an outer metal sheet having a flange which is folded over around a flanging edge; an inner metal sheet which forms a joint with the flange; and a welding or soldering seam which is produced on or in the joint and fixedly connects the metal sheets to each other. A method for joining metal sheets and a device for flanging and welding or soldering are also disclosed. The device includes: a tool head; a flanging member, arranged on the tool head, for roll-flanging or slide-flanging; and a welding or soldering tool arranged on the tool head, wherein the flanging member and the welding or soldering tool are arranged such that the flanging member forms a pressing means for a welding or soldering process which can be performed using the welding or soldering tool.

ENERGY BEAM BRAZING OR WELDING OF COMPONENTS

A method for soldering or welding components in a series production wherein: a fixing seam which connects the components ( 1, 2 ) is produced by melting a connecting material ( 3 ), which is supplied as an additional material or is formed by a base material of the components ( 1, 2 ), along a joint formed by the components ( 1, 2 ); and a volume-forming layer of connecting material is deposited onto the fixing seam by melting, or the fixing seam produced by means of the connecting material supplied as an additional material is re-melted.

VIBRATION-LIMITING MODULE AND DEVICE, STRUCTURAL SEGMENT FOR A STRUCTURAL INSTALLATION, AND WIND TURBINE HAVING A VIBRATION-LIMITING MODULE

Method of soldering or welding components

A method for soldering or welding components in a series production wherein: a fixing seam which connects the components (1, 2) is produced by melting a connecting material (3), which is supplied as an additional material or is formed by a base material of the components (1, 2), along a joint formed by the components (1, 2); and a volume-forming layer of connecting material is deposited onto the fixing seam by melting, or the fixing seam produced by means of the connecting material supplied as an additional material is re-melted.

Characterisation system for objects and method for feeding objects to a characterisation device

A characterisation system for objects is provided, comprising at least one characterisation device for the objects, a conveyor belt assembly for feeding objects to the at least one characterisation device, which comprises at least one region with a first conveyor belt section and with a second conveyor belt section, wherein the first conveyor belt section and the second conveyor belt section lie parallel and adjacent to one another and can be positioned at an angle of inclination to a horizontal plane to provide a trough-shaped conveyor path with the first conveyor belt section and the second conveyor belt section in a V disposition, and a drive device for the first conveyor belt section and the second conveyor belt section for the adjustment of defined angle positions.

Sheet-metal composite, method for joining sheets and joining device

A metal sheet composite comprising an outer metal sheet having a flange which is folded over around a flanging edge; an inner metal sheet which forms a joint with the flange; and a welding or soldering seam which is produced on or in the joint and fixedly connects the metal sheets to each other. A method for joining metal sheets and a device for flanging and welding or soldering are also disclosed. The device includes: a tool head; a flanging member, arranged on the tool head, for roll-flanging or slide-flanging; and a welding or soldering tool arranged on the tool head, wherein the flanging member and the welding or soldering tool are arranged such that the flanging member forms a pressing means for a welding or soldering process which can be performed using the welding or soldering tool.

Vibration-limiting module and device, structural segment for a structural installation, and wind turbine having a vibration-limiting module

A vibration absorber module for a vibration-absorbing device, in particular for a vibration-absorbing device realized for suspended attachment of the vibration absorber module to a structural installation, having a bearing structure, a pendulum system, having a pendulum mass, and having a suspension system for suspending the pendulum mass on the bearing structure, the suspension system having a number of pendulum spring elements and having a pendulum mass suspension, which extends between the pendulum mass and the bearing suspension, in the direction of a suspension axis, and the pendulum mass suspension being fastened, by means of its suspension head, to the bearing structure.

Operating medium for a condensation nucleus counter for internal combustion engine exhaust gases

An n-alkane with the general chemical formula C n H 2n+2 with an ordinal number n of ten, eleven or twelve is used as operating medium ( 7 ) for a condensation nucleus counter for exhaust gases from internal combustion engines ( 4 ) by which individual particles contained in the exhaust gas can be counted.

Particulate matter sensor

A particulate matter sensor including a light source, a photodetector, and a particle filter. The light source and the photodetector are arranged in the same plane as the particle filter. Integrated particulate matter sensors are operable to detect particulate matter by measuring an optical characteristic of a filter.

Device for use in the handling of a load and method for producing such a device

A device for use in handling a load and a method for producing the device are provided. The device comprises a three-dimensional framework that comprises a plurality of single parts, a cover made of a fiber-reinforced plastics with which the framework is covered, and at least one mounting unit for a handling unit for handling a part that is useable in the production of an object and that forms the load.

LABELING APPARATUS

The invention relates to a labeling apparatus having a conveyor belt for transporting packages, having a labeler to apply labels to the packages from below, and having a pullout apparatus that comprises a pullout that is supported via a pullout guide at a stationary pullout carrier and that is linearly travelable relative thereto between a retracted end position and an extended end position, wherein the labeler is positioned on the pullout, and wherein the pullout apparatus is configured such that the location of the retracted end position of the pullout is adjustable. The pullout apparatus comprises a motor-driven adjustment unit to set the location of the retracted end position of the pullout.

Labeling apparatus

The invention relates to a labeling apparatus having a conveyor belt for transporting packages, having a labeler to apply labels to the packages from below, and having a pullout apparatus that comprises a pullout that is supported via a pullout guide at a stationary pullout carrier and that is linearly travelable relative thereto between a retracted end position and an extended end position, wherein the labeler is positioned on the pullout, and wherein the pullout apparatus is configured such that the location of the retracted end position of the pullout is adjustable. The pullout apparatus comprises a motor-driven adjustment unit to set the location of the retracted end position of the pullout.

Joining a workpiece in a concealed joining seam

A method for joining concealed workpiece parts by an energy beam, wherein a lower workpiece part and an upper workpiece part are positioned relative to each other; the upper workpiece part contacts the lower workpiece part along a joining contour; the energy beam is directed onto an upper side of the upper workpiece part, moved along the joining contour by a controller, in order to join the upper workpiece part to the joining contour; an exploratory seam is produced on the upper work piece part, for detecting the joining contour; a detector detects a boundary at which a surface area of the upper work piece part borders a surface area of the upper work piece part which does have contact with the joining contour; the controller registers a position of the boundary and compares it with a target position of the boundary which is stored in the controller.

DEVICE FOR USE IN THE HANDLING OF A LOAD AND METHOD FOR PRODUCING SUCH A DEVICE

A device for use in handling a load and a method for producing the device are provided. The device comprises a three-dimensional framework that comprises a plurality of single parts, a cover made of a fiber-reinforced plastics with which the framework is covered, and at least one mounting unit for a handling unit for handling a part that is useable in the production of an object and that forms the load. 1. A device for use in handling a load , the device comprising:a three-dimensional framework that comprises a plurality of single parts;a cover made of a fiber-reinforced plastics with which the framework is covered; andat least one mounting unit for a handling unit for handling a part that is useable in the production of an object and that forms the load.2. The device according to claim 1 , wherein the plurality of single parts are planar elements which comprise at least one plug unit with which the plurality of single parts can be assembled as the three-dimensional framework.3. The device according to claim 1 , wherein the plurality of single parts are planar elements comprising mating plug units so that the plurality of single parts can be mounted form-locking as the thee-dimensional framework claim 1 , and/or material hinges for facilitating bending the planar elements at a bending edge.4. The device according to claim 2 , wherein the plurality of single parts comprise at least one plug unit configured as a strap or a through opening claim 2 , wherein the plug unit is configured such that the strap of one single part is plugged into one through opening of another single part and thereafter fastened to the other single part claim 2 , no without the need for the use of tools.5. The device according to claim 1 , wherein the plurality of single parts of the framework of the device comprise an edge indentation.6. The device according to claim 1 , wherein the framework comprises at least one cantilever arm at which end is positioned a mechanical or fluidic handling ...

Operating Medium for a Condensation Nucleus Counter for Internal Combustion Engine Exhaust Gases

An n-alkane with the general chemical formula C n H 2n+2 with an ordinal number n of ten, eleven or twelve is used as operating medium ( 7 ) for a condensation nucleus counter for exhaust gases from internal combustion engines ( 4 ) by which individual particles contained in the exhaust gas can be counted.

WIND TURBINE COMPRISING A SEGMENTED TOWER AND FOUNDATION

A wind turbine with a foundation and a tower with multiple tower segments, placed on the foundation is provided. The foundation has a tower base which is at least partially cast in the foundation. The tower base has at least two segments and a lower tower segment of the tower is tensioned together with the segments of the tower base, in particular via tensioning rods. 1. A wind turbine comprising:a foundation including a foundation material and a tower base that extends longitudinally and is at least partially embedded in the foundation material, the tower base includes at least two precast concrete segments;a tower including a lower tower segment; andtensioning rods, tensioning cables, or tensioning strands tensioning together the at least two precast concrete segments and the lower tower segment.2. The wind turbine according to claim 1 , wherein the tower base includes an upper segment that is conical shaped with a plurality of through openings claim 1 , through holes or sheaths configured to receive the tensioning rods claim 1 , tensioning cables claim 1 , or tensioning strands claim 1 ,wherein the through openings, through holes or sheaths extend parallel to a longitudinal direction of the tower base.3. The wind turbine according to claim 1 , wherein an external diameter of the lower tower segment is smaller than an external diameter of the lower end of the tower base.4. The wind turbine according to wherein the foundation material is concrete claim 1 , the wind turbine further comprising:an anchor ring embedded in the concrete of the foundation as part of the tower base and tensions first ends of the tensioning rods, tensioning strands or tensioning cables, andwherein second ends of the tensioning rods are tensioned to a flange coupled to an upper end of the tower base or to a lower end of the lower tower segment.5. The wind turbine according to claim 1 , wherein the tower includes a plurality of tower segments claim 1 , the wind turbine comprising:a fireproof ...

VIBRATION-LIMITING MODULE AND DEVICE, STRUCTURAL SEGMENT FOR A STRUCTURAL INSTALLATION, AND WIND TURBINE HAVING A VIBRATION-LIMITING MODULE

A vibration absorber module for a vibration-absorbing device, in particular for a vibration-absorbing device realized for suspended attachment of the vibration absorber module to a structural installation, having a bearing structure, a pendulum system, having a pendulum mass, and having a suspension system for suspending the pendulum mass on the bearing structure, the suspension system having a number of pendulum spring elements and having a pendulum mass suspension, which extends between the pendulum mass and the bearing suspension, in the direction of a suspension axis, and the pendulum mass suspension being fastened, by means of its suspension head, to the bearing structure. 1. A vibration-reducing module , comprising:a bearing structure;a pendulum system having a pendulum mass and a suspension system for suspending the pendulum mass on the bearing structure, the suspension system having a pendulum mass suspension that extends in a direction of a suspension axis and is fastened to the bearing structure by a suspension head, the suspension system having a plurality of pendulum spring elements extending in the direction of the suspension axis, and the suspension head of the pendulum mass suspension having a joint head that is fastened to the bearing structure and has a pendulum bearing that is a slide bearing.2. The module according to claim 1 , wherein the plurality of pendulum spring elements include compression springs.3. The module according to claim 2 , wherein the plurality of pendulum spring elements each have a spring mounting designed for variably setting a spring length of the spring and for setting a compressive spring force of the spring.4. The module according to claim 1 , wherein the plurality of pendulum spring elements each include a spring disc that is spaced apart from a first side of a base plate claim 1 , the module further comprising a carrier profile on a second side of the base plate claim 1 , the carrier profile having a variably settable ...

Wind turbine comprising a segmented tower and foundation

The present invention seeks to provide a wind turbine with a foundation, and a tower of a wind turbine which has an improved connection between the tower and the foundation. To achieve an improved connection, the present invention includes a tower, having multiple tower segments, placed on the foundation. The foundation has a tower base which is at least partially cast in the foundation. The tower base has at least two segments; wherein a lower tower segment of the tower is tensioned together with the at least two segments of the tower base, via continuous tensioning rods. The continuous tensioning rods tension together an upper segment of the at least two tower base segments and a flange of the lower tower segment. The upper segment and the at least two segments of the tower base each have through holes for receiving the continuous tensioning rods.

Control circuit for a main contactor

Vibration-limiting module and device, structural segment for a structural installation, and wind turbine having a vibration-limiting module

The invention relates to a vibration-reducing module, comprising a bearing structure (150), a pendulum system (101) having a pendulum mass (110) and having a suspension system (120) for suspending the pendulum mass on the bearing structure, wherein the suspension system has a number of pendulum spring elements (140) and a pendulum mass suspension extending between the pendulum mass and the bearing structure in the direction of a suspension axis, and wherein the pendulum mass suspension is fastened via the suspension head (170) thereof to the bearing structure. According to the invention, it is provided that the pendulum mass suspension is fastened via a joint head to the bearing structure, which has a pendulum bearing designed as a sliding bearing, and at least one pendulum spring element of the number of pendulum spring elements extends in the direction of the suspension axis between the pendulum mass and the bearing structure.

Wind turbine comprising a segmented tower and foundation

Disclosed is a wind turbine comprising a foundation (500) and a tower (102) which is arranged on the foundation (500) and includes a plurality of tower segments (102a). The foundation (500) includes a tower base (200) that is cast at least in part into the foundation (500). The tower base (200) has at least two segments (260, 240, 230, 220), and a bottom tower segment (102a) of the tower is braced with the segments (260, 240, 230, 220) of the tower base (200) in particular by means of tightening rods (300).

Clamping device, system and method for processing of changing component types

Spannvorrichtung für Bauteile, umfassend: a) ein Aufnahmebett (21) für wenigstens ein Bauteil, b) einen Niederhalter (23), c) eine am Niederhalter angeordnete erste Kupplungshälfte (24) zum Andocken an eine erste Aufnahmeeinrichtung (3), d) eine am Niederhalter angeordnete zweite Kupplungshälfte (25) zum Andocken an das Aufnahmebett (21), e) eine am Aufnahmebett angeordnete dritte Kupplungshälfte (26) zum Andocken an den Niederhalter (23) und f) eine am Aufnahmebett (21) angeordnete vierte Kupplungshälfte (28) zum Andocken an eine zweite Aufnahmeeinrichtung (30), g) wobei das Aufnahmebett (21) und der Niederhalter (23) in einem Kupplungseingriff der zweiten Kupplungshälfte (25) und der dritten Kupplungshälfte (26) in eine Spannrichtung (Z) aufeinander zu gespannt sind, um das wenigstens eine Bauteil zwischen dem Aufnahmebett und dem Niederhalter in einer Bearbeitungsposition relativ zu dem Aufnahmebett zu fixieren. Clamping device for components, comprising: a) a receiving bed (21) for at least one component, b) a holding-down device (23), c) a first coupling half (24) arranged on the hold-down device for docking to a first receiving device (3), d) a second coupling half (25) arranged on the hold-down device for docking on the receiving bed (21), e) a arranged on the receiving bed third coupling half (26) for docking to the hold-down (23) and f) a fourth coupling half (28) arranged on the receiving bed (21) for docking to a second receiving device (30), g) wherein the receiving bed (21) and the hold-down (23) in a coupling engagement of the second coupling half (25) and the third coupling half (26) in a clamping direction (Z) are stretched towards each other to at least one component between the receiving bed and to fix the hold-down in a processing position relative to the receiving bed.

Thread cutters or snippers

Energy beam brazing or welding of components

The invention relates to a method for brazing or welding components in a serial production, preferably for the joining of vehicle chassis parts, with a) generation of a fixed joint (11) connecting the components (1, 2) along a joint formed by the components (1, 2) by fusion of a joint material (3), introduced as an auxiliary material or formed from the base material of the components (1, 2) and b) a volume -forming layer (12) of joint material (3) is applied to the fixed joint (11) by fusion, or the fixed joint (11) generated form joint material introduced as auxiliary material is remelted.

Miniaturized fourier transform spectrometer

The arrangement has interferometer arms, where optical modulation of radiation in one of the arm is produced by translational displacement of a micromechanical translation mirror (14a). The mirror is optically accessible on one side or on both sides. The modulation is produced with effective oscillation amplitude of 50 micro millimeters and a usable mirror surface area of 1 millimeter square.

Wind turbine and wind turbine tower

本發明提供一種具有一基座(500)及置放於該基座(500)上之一塔(102)的風力渦輪機，該塔(102)具有多個塔節段(102a)。該基座(500)具有至少部分地澆鑄於該基座(500)中之一塔基底(200)。該塔基底(200)具有至少兩個節段(260、240、230、220)，且該塔之一下部塔節段(102a)係尤其經由拉緊桿(300)而與該塔基底(200)之該等節段(260、240、230、220)一起被拉緊。

Method and arrangement comprising condensation particle counter, fuel and carrier gas

Verfahren und Anordnung umfassend einen Kondensationspartikelzähler (1), einen Betriebsstoff (2) und ein den Kondensationspartikelzähler (1) im Messbetrieb entlang eines Hauptströmungspfads (4) durchströmendes Trägergas (3), wobei der Kondensationspartikelzähler (1) einen Sättiger (5) und eine entlang des Hauptströmungspfads (4) des Trägergases (3) nach dem Sättiger (5) angeordnete und in das angereicherte Trägergas (3) mündende Düsenvorrichtung (6) aufweist, wobei der Kondensationspartikelzähler (1) einen nach der Düsenvorrichtung (6) angeordneten Kondensationsbereich (9) zur Übersättigung der Mischung enthaltend Trägergas (3), Betriebsstoff (2) und Messaerosol (8) aufweist, und wobei der Kondensationspartikelzähler (1) eine entlang des Hauptströmungspfads (4) nach dem Kondensationsbereich (9) angeordnete Messvorrichtung (10) zur Detektion der durch den kondensierten Betriebsstoff (2) vergrößerten Partikel des Messaerosols (8) aufweist. Erfindungsgemäß ist das Trägergas (3) ein Inertgas, der Betriebsstoff (2) ist ein Alkan mit der Strukturformel CnH2n+2 und einer Ordnungszahl n zwischen 16 und 24 und das Trägergas (3) ist im Messbetrieb von der Temperieranordnung (11) im Kondensationsbereich (9) auf eine Kondensationstemperatur von über 150°C temperiert. Method and arrangement comprising a condensation particle counter (1), a fuel (2) and a condensation particle counter (1) during measurement along a main flow path (4) flowing through the carrier gas (3), wherein the condensation particle counter (1) has a saturator (5) and along comprising the main flow path (4) of the carrier gas (3) after the saturator (5) and in the enriched carrier gas (3) opening nozzle device (6), wherein the condensation particle counter (1) after the nozzle device (6) arranged condensation region (9) for supersaturation of the mixture containing carrier gas (3), fuel (2) and measuring aerosol (8), and wherein the condensation particle counter (1) along the main flow path (4) after the ...

applicator

Die vorliegende Erfindung betrifft eine Applikatorvorrichtung zum Applizieren von Etiketten, insbesondere Full-Wrap-Etiketten, auf auf einem Förderband beförderten Verpackungen, mit einer ersten Andrückeinrichtung mit einer ersten Drehachse und wenigstens einem von der ersten Drehachse abstehenden ersten Andrückelement, das dazu ausgebildet ist, ein an der Oberseite der Verpackungen in Förderrichtung der Verpackungen nach hinten von der jeweiligen Verpackung überstehendes jeweiliges Etikettenende an die nachlaufende Seite der Verpackung anzudrücken, und mit einer zweiten Andrückeinrichtung mit einer zweiten Drehachse und wenigstens einem von der zweiten Drehachse abstehenden zweiten Andrückelement, das dazu ausgebildet ist, anschließend das an die nachlaufende Seite der Verpackung angedrückte und dann nach unten von der Verpackung überstehende Etikettenende an die Unterseite der Verpackung anzudrücken. The present invention relates to an applicator device for applying labels, in particular full-wrap labels, to packages conveyed on a conveyor belt, having a first pressing device with a first axis of rotation and at least one first pressing element projecting from the first axis of rotation and designed to on the upper side of the packages in the conveying direction of the packages to the rear of the respective packaging protruding label end on the trailing side of the packaging and with a second pressing device with a second axis of rotation and at least one protruding from the second axis of rotation second pressing element, which is formed then press the end of the label pressed onto the trailing side of the packaging and then projecting downwards from the packaging to the underside of the packaging.

Double point mooring system

A spread mooring arrangement is provided for use in deep water (greater than 200 meters) when it is advantageous to maximize the clearance between shuttle tankers used for product offloading and the anchor legs associated with a spread mooring of the permanently moored tanker. Mooring insert tubes are provided at the bow and stern of the vessel. Bow mooring lines extend from the sea floor, through an opening of the bottom of the hull of the vessel and via a bow mooring insert tube for securement on a chain pull-up deck. Stern mooring lines extend from the sea floor through an opening in the bottom of the hull of the vessel and via a stern mooring insert tube for securement on a chain pull-up deck. Space is available on one side of the vessel for a porch for securement of production risers, work over risers and control umbilicals, thereby providing flexibility of the use of the vessel for the circumstance where production methods for the oil filled change during its lifetime or where other fields need to be coupled to the vessel with risers.

Particulate matter sensor

Integrated particulate matter sensors are operable to detect particulate matter by measuring an optical characteristic of a filter.

Sheet-metal composite, method for joining sheets and joining device

The invention concerns a sheet-metal composite, comprising: a) an outer sheet (1) with a flange (1c; 1d; 1e) turned over by rolling or sliding flanging about a flanging edge (1b), b) an inner sheet (2), which with the flange (1c; 1d; 1e) forms a joint (3; 6; 8), c) and a welded or soldered seam (4; 5; 7) and created on or in the joint (3; 6; 8), firmly connecting the sheets (1; 2) to each other. Furthermore, the invention relates to a method for joining sheets and to a device for flanging and welding or soldering. The device comprises: e) a tool head (10), f) a flanging element (13; 13') for rolling or sliding flanging, arranged on the tool head (10) and g) a welding or soldering tool (15) arranged on the tool head (10), h) wherein the flanging element (13; 13') and the welding or soldering tool (15) are arranged in such a way that the flanging element (13; 13') forms a pressing device for a welding or soldering process that can be carried out with the welding or soldering tool (15).

Bolzenbefestigungsvorrichtung sowie Verfahren zum Verbinden einer Bolzenbefestigungsvorrichtung mit einem Gewindebolzen

Erfindungsgemäß ist eine Bolzenbefestigungsvorrichtung, insbesondere zum Verbinden eines Funktionselements mit einem Befestigungsbolzen, vorgesehen. Diese umfassteinen Basiskörper, der einen sich in einer Axialrichtung erstreckenden Aufnahmeraum zum Aufnehmen eines Befestigungsbolzens begrenzt,eine Verriegelungseinrichtung mit einem Verriegelungshebel und mit dem Verriegelungshebel verbundene Rastarme mit Rastkanten zum Hintergreifen von Gewindeflanken oder Schrägflanken eines Befestigungsbolzens, wobei die Rastarme einander diametral gegenüberliegend angeordnet sind und sich in den Aufnahmeraum erstrecken, und mittels des Verriegelungshebels durch Drehung um eine sich in Axialrichtung erstreckende Längsachse von einer nicht-verriegelten Stellung in eine verriegelte Stellung überführbar sind.

Vindenergianlæg med tårn og fundament af flere segmenter

Windenergieanlage mit turm und fundament aus mehreren segmenten

Etikettiervorrichtung

Blechverbund, verfahren zum fügen von blechen und fügevorrichtung

Die Erfindung hat einen Blechverbund zum Gegenstand, umfassend: a) ein Außenblech (1) mit einem durch Roll- oder Gleitbördeln um eine Bördelkante (1b) umgelegten Flansch (1c; 1d; 1e), b) ein Innenblech (2), das mit dem Flansch (1c; 1d; 1e) einen Stoß (3; 6; 8) bildet, c) und eine an oder in dem Stoß (3; 6; 8) erzeugte, die Bleche (1; 2) fest miteinander verbindende Schweiß- oder Lötnaht (4; 5; 7). Ferner betrifft die Erfindung ein Verfahren zum Fügen von Blechen und eine Vorrichtung zum Bördeln und Schweißen oder Löten. Die Vorrichtung umfasst: e) einen Werkzeugkopf (10), f) ein auf dem Werkzeugkopf (10) angeordnetes Bördelglied (13; 13') zum Roll- oder Gleitbördeln g) und ein auf dem Werkzeugkopf (10) angeordnetes Schweiß- oder Lötwerkzeug (15), h) wobei das Bördelglied (13; 13') und das Schweiß- oder Lötwerkzeug (15) so angeordnet sind, dass das Bördelglied (13; 13') eine Andrückeinrichtung für einen mit dem Schweiß- oder Lötwerkzeug (15) durchführbaren Schweiß- oder Lötprozess bildet.

Compuesto de chapa metálica, método para unir chapas y dispositivo de unión

Un compuesto de chapa metalica, que es un constituyente de una parte de union movil o inamovible, especificamente una puerta, techo solar, puerta trasera, tapa del maletero o cubrevalvula, o de un guardabarros adjunto para o sobre un vehiculo, o es un constituyente de un cuerpo del vehiculo, en donde el compuesto de chapa metalica incluye: a) una chapa metalica externa (1) que comprende un reborde (1c; 1d) que se dobla alrededor de un borde de rebordeado (1b) mediante rebordeado con rodillo o rebordeado por deslizamiento; b) una chapa metalica interna (2) que forma una union (3; 8) con el reborde (1c; Id); c) y una costura de soldadura por arco o de soldadura que se produce sobre o en la union (3; 8) y conecta fijamente las chapas metalicas (1, 2) entre si, d) en donde el reborde (1c; 1d) de la chapa metalica externa (1) forma una ranura, caracterizado porque e1) la chapa metalica interna (2) sobresale en la ranura para formar una union de solape (3) con el reborde (1d) en un lado interior del reborde en relacion con la ranura, en donde el reborde (1d) apunta a una inclinacion alejada de la region (1a) de la chapa metalica exterior (1) que esta orientada hacia el lado opuesto, de manera que la ranura se estrecha en forma de embudo en la direccion de una base rebordeada que incluye el borde de rebordeado (1b), e2) o el reborde (1c; 1d) y la chapa metalica interior (2) forman una union de solape (8) en el lado exterior del reborde (1c; 1d) que se orienta en direccion contraria a la ranura, y la costura de soldadura por arco o de soldadura es una costura de soldadura por arco (4) que se extiende a lo largo del lado exterior del reborde (1c; 1d).

System and method for executing an assembly task by means of a robot

A system for executing an assembly task or production task in a verified way includes: an n-axis robot having a base and an articulated arm which is connected to the base and can be moved in n machine axes relative to the base and includes a first articulated-arm portion and a second articulated-arm portion. The system also includes a tool having a first functional element and a second functional element. The first functional element is coupled to the first articulated-arm portion such that it participates in movements which can be performed by the first articulated-arm portion. The second functional element is coupled to the second articulated-arm portion such that it participates in movements which can be performed by the second articulated-arm portion relative to the first articulated-arm portion and first functional element in the robot joint.

Vakuumverstärktes bremssystem mit redundanz

Chair

System und verfahren zur abarbeitung einer montageaufgabe mittels eines roboters

System zur kontrollierten Abarbeitung einer Montage- oder Fertigungsaufgabe, das System mit einem n-achsigen Roboter (1), vorzugsweise Industrie- oder Universalroboter, mit einer Basis und einem mit der Basis verbundenen Gelenkarm(20), der in n Maschinenachsen (R 1 bis R n ) relativ zur Basis beweglich ist und einen ersten Gelenkarmabschnitt (26) und einen zweiten Gelenkarmabschnitt (27) aufweist,die in einem Robotergelenk um eine der Maschinenachsen (R n ) drehbeweglich und/oder längs dieser Maschinenachse axial translatorisch beweglich verbunden sind,einer Robotersteuerung zur Steuerung und/oder Regelung der Bewegungen des Gelenkarms (20) in den n Maschinenachsen (R 1 bis R n ),einem Werkzeug (9) für die Montageaufgabe, mit einem ersten Funktionsglied (91) und einem zweiten Funktionsglied (92), wobei das erste Funktionsglied (91) mit dem ersten Gelenkarmabschnitt (26) gekoppelt ist, so dass es vom ersten Gelenkarmabschnitt(26) ausführbare Bewegungen mitmacht, das zweite Funktionsglied (92) mit dem zweiten Gelenkarmabschnitt (27) gekoppelt ist, so dass es vom zweiten Gelenkarmabschnitt (27) im Robotergelenk (RG) relativ zum ersten Gelenkarmabschnitt (26) und dem ersten Funktionsglied (91) ausführbare Bewegungen mitmacht, um die Montageaufgabe abzuarbeiten, und die Robotersteuerung dazu eingerichtet ist, die vom zweiten Gelenkarmabschnitt (27) im Robotergelenk (RG) relativ zum ersten Gelenkarmabschnitt (26) ausführbaren Bewegungen nach Position und/oder Geschwindigkeit zu steuern oder zu regeln und dadurch eine Bewegung und/oder Funktion des zweiten Funktionsglieds (92) kontrolliert zu aktivieren.

Sistema y metodo para ejecutar una tarea de ensamblaje mediante un robot.

Un sistema para ejecutar una tarea de ensamblaje o una tarea de producción de forma verificada comprende: un-robot de eje n que tiene una base y un brazo articulado que está conectado a la base y se puede mover en n ejes de máquina con respecto a la base y comprende una primera porción de brazo articulado y una segunda porción de brazo articulado. El sistema también comprende una herramienta que tiene un primer elemento funcional y un segundo elemento funcional. El primer elemento funcional está acoplado a la primera porción de brazo articulado de tal manera que participa en movimientos que pueden ser realizados por la primera porción de brazo articulado. El segundo elemento funcional está acoplado a la segunda porción de brazo articulado de tal manera que participa en movimientos que pueden ser realizados por la segunda porción de brazo articulado en relación con la primera porción de brazo articulado y primer elemento funcional en la articulación de robot.

Lasthakengehaenge fuer Krane oder aehnliche Hebezeuge

Kondensationspartikelzähler mit Sättiger

Fügen eines Werkstücks mit versteckter Fügenaht

Verfahren zum Fügen verdeckter Werkstückteile mittels eines Energiestrahls, bei dem ein Werkstückunterteil und ein Werkstückoberteil relativ zueinander positioniert werden, das Werkstückoberteil das Werkstückunterteil im positionierten Zustand längs einer Fügekontur des Werkstückunterteils kontaktiert und die Fügekontur, deren Soll-Verlauf einer Steuerung in Bezug auf ein Koordinatensystems bekannt ist, verdeckt, der Energiestrahl auf eine vom Werkstückunterteil abgewandte Oberseite des Werkstückoberteils gerichtet und von einer Steuerung längs der Fügekontur bewegt wird, um das Werkstückoberteil mit der Fügekontur stoffschlüssig zu fügen, mit dem Energiestrahl eine Suchnaht auf der Oberseite des Werkstückoberteils zur Detektion der Fügekontur erzeugt wird, mittels eines Detektors ein Übergang detektiert wird, an dem ein Flächenbereich des Werkstückoberteils, der keinen Kontakt mit dem Werkstückunterteil hat, an einen Flächenbereich des Werkstückoberteils, der einen Kontakt mit der Fügekontur hat, grenzt, von der Steuerung eine Position des Übergangs registriert und mit einer in der Steuerung abgespeicherten Soll-Position des Übergangs verglichen wird, und bei einer abweichenden Position des Übergangs eine Bewegung des Energiestrahls längs der Fügekontur korrigiert wird.

Anordnung zum Auftragen flüssiger Medien auf die Flächen von Körpern

Charakterisierungssystem für Gegenstände und Verfahren zur Zuführung von Gegenständen zu einer Charakterisierungseinrichtung

Es wird ein Charakterisierungssystem für Gegenstände bereitgestellt, umfassend mindestens eine Charakterisierungseinrichtung für die Gegenstände, eine Förderbandeinrichtung zur Zuführung von Gegenständen zu der mindestens einen Charakterisierungseinrichtung, welche mindestens einen Bereich mit einem ersten Förderbandabschnitt und mit einem zweiten Förderbandabschnitt umfasst, wobei der erste Förderbandabschnitt und der zweite Förderbandabschnitt parallel nebeneinander liegen und zur Bereitstellung einer rinnenförmigen Förderbahn mit V-Stellung des ersten Förderbandabschnitts und des zweiten Förderbandabschnitts in einem Neigungswinkel zu einer Horizontalebene positionierbar sind, und eine Antriebseinrichtung für den ersten Förderbandabschnitt und den zweiten Förderbandabschnitt zur Einstellung von definierten Winkelpositionen.

Sistema de amarração de ponto duplo

Patente de Invenção: <B>"SISTEMA DE AMARRAçãO DE PONTO DUPLO"<D>. Um arranjo de amarração espalhado é provido para uso em águas profundas (mais de 200 metros), onde é vantajoso maximizar a folga entre navios-tanque de transporte (20) usados para descarregamento de produto e as pernas de ancoragem associadas a uma amarração espalhada de um navio-tanque permanentemente amarrado (10). São providos tubos de inserção de amarração na proa e na popa da embarcação. As linhas de amarração de proa (30) se estendem a partir do fundo do mar através de uma abertura no fundo do casco da embarcação e via um tubo de inserção de amarração de proa (100) para fixação em um convés de levantamento de corrente (15). As linhas de amarração de popa (40) se estendem a partir do fundo do mar através de uma abertura no fundo do casco da embarcação e via um tubo de inserção de amarração de popa (120) para fixação em um convés de levantamento de corrente (15). Há um espaço disponível em uma lateral da embarcação para pórtico (65) para fixação de tubos ascendentes de produto (70), tubos ascendentes de trabalho e umbilicais de controle , desse modo provendo-se flexibilidade ao uso da embarcação para a circunstância de métodos de produção para o campo de óleo mudarem durante sua vida útil ou quando outros campos precisarem ser acoplados à embarcação com tubos ascendentes.

Betriebsmittel für einen kondensationskernzähler für abgase von verbrennungsmotoren

Als Betriebsmittel (7) für einen Kondensationskernzähler für Abgase von Verbrennungsmotoren (4) mit dem einzelne, im Abgas enthaltene Partikel gezählt werdenwird ein n-Alkan mit der allgemeinen chemischen Formel C n H 2n+2 mit einer Ordnungszahl n von zehn, elf oder zwölf verwendet.

Betriebsmittel für einen Kondensationskernzähler für Abgase von Verbrennungsmotoren

Als Betriebsmittel (7) für einen Kondensationskernzähler für Abgase von Verbrennungsmotoren (4) wird ein n-Alkan mit der allgemeinen chemischen Formel CnH2n+2 mit einer Ordnungszahl n von zehn, elf oder zwölf verwendet.

Anordnung zur Brandabschottung von Schränken

Anordnung zur brandabschottung von schraenken

Anordnung zur Brandabschottung von Schränken