mhurhangee/ep-ind-claims huggingface dataset:
A carriage for a linear guide system comprising a rail element with two running surfaces facing each other and the carriage movable relative to the rail element in and against a pull-out direction, wherein the carriage comprises a base body, a first pair of support elements in the form of sliders, and at least one first support spring element, wherein each of the sliders of the first pair of support elements is movably mounted on the base body in an upward direction perpendicular to the pull-out direction, so that each of the sliders is frictionally engageable with a respective one of the running surfaces, and wherein the at least one first support spring element is mounted on the base body such that the at least one first support spring element biases the sliders of the first pair of support elements away from each other in the upward direction, characterised in that the carriage additionally comprises a second pair of support elements and at least one second support spring element (17, 18), wherein the second pair of support elements (8, 16) is spaced apart from the first pair of support elements in the pull-out direction, wherein each of the support elements (8, 16) of the second pair of support elements (8, 16) is movably supported on the base body in the upward direction so that each of the support elements (8, 16) is engageable with a respective one of the running surfaces, and wherein the at least one second support spring element (17, 18) is mounted on the base body such that the at least one second support spring element (17, 18) biases the support elements (8, 16) of the second pair of support elements (8, 16) away from each other in the upward direction. a base body, a first pair of support elements in the form of sliders, and at least one first support spring element, wherein each of the sliders of the first pair of support elements is movably mounted on the base body in an upward direction perpendicular to the pull-out direction, so that each of the sliders is frictionally engageable with a respective one of the running surfaces, and wherein the at least one first support spring element is mounted on the base body such that the at least one first support spring element biases the sliders of the first pair of support elements away from each other in the upward direction, characterised in that the carriage additionally comprises a second pair of support elements and at least one second support spring element (17, 18), wherein the second pair of support elements (8, 16) is spaced apart from the first pair of support elements in the pull-out direction, wherein each of the support elements (8, 16) of the second pair of support elements (8, 16) is movably supported on the base body in the upward direction so that each of the support elements (8, 16) is engageable with a respective one of the running surfaces, and wherein the at least one second support spring element (17, 18) is mounted on the base body such that the at least one second support spring element (17, 18) biases the support elements (8, 16) of the second pair of support elements (8, 16) away from each other in the upward direction.
A locking device for a domestic appliance, said locking device is provided for opening and closing a door or a drawer at a cabinet of the domestic appliance and comprises: - at least one casing (10, 12), - a wheel element rotatable within the casing around a rotational axis, - a first spring element effecting a rotation of the wheel element into a predetermined sense of rotation, - at least one elongated pin element attached at the wheel element, wherein the longitudinal axis of said pin element extends parallel to the rotational axis of the wheel element, - a path element formed as a disk and arranged parallel to the wheel element, wherein a large-area side of the path element includes a path for receiving and guiding an open end of the pin element, - a second spring element (24; 36) effecting a rotation of the path element in the predetermined sense of rotation and/or a displacement of the path element, and - at least one hook element inserted or insertable into a recess of the casing (10, 12) and engaged or engageable with the wheel element, wherein - the hook element is engageable with the wheel element by pushing the casing (10, 12) towards the hook element, and wherein - the hook element is detachable from the wheel element and the recess by pushing the casing (10, 12) towards the hook element. - at least one casing (10, 12), - a wheel element rotatable within the casing around a rotational axis, - a first spring element effecting a rotation of the wheel element into a predetermined sense of rotation, - at least one elongated pin element attached at the wheel element, wherein the longitudinal axis of said pin element extends parallel to the rotational axis of the wheel element, - a path element formed as a disk and arranged parallel to the wheel element, wherein a large-area side of the path element includes a path for receiving and guiding an open end of the pin element, - a second spring element (24; 36) effecting a rotation of the path element in the predetermined sense of rotation and/or a displacement of the path element, and - at least one hook element inserted or insertable into a recess of the casing (10, 12) and engaged or engageable with the wheel element, wherein - the hook element is engageable with the wheel element by pushing the casing (10, 12) towards the hook element, and wherein - the hook element is detachable from the wheel element and the recess by pushing the casing (10, 12) towards the hook element.
Storage device for tool inserts (36, 36'), in particular screwdriver inserts, and for a handle, which can be coupled to the tool inserts and has a holder for the tool inserts, having a housing, the housing having an external contour with at least one narrow side and at least one broad side, the housing being configured such that the handle can be inserted into the housing and/or can be removed from the housing via the narrow side, the housing having a receiving means with an access on the narrow side, the handle being able to be inserted into and/or removed from the receiving means on the housing via the access, characterised in that the handle performs a linear movement substantially in the direction of the longitudinal axis thereof, in a first phase of the insertion movement of the handle into the housing, and inclined at an angle relative to the narrow side of the housing and, during a second phase of the insertion movement thereof, which follows the first phase or at least partially overlaps the first phase, performs a pivoting movement, the receiving means having a receiving element for coupling to the holder for the tool inserts (36, 36') on the handle during the first phase of the insertion movement, and the receiving element being disposed rotatably on the housing and fitted, together with the handle, to be pivoted during the second phase of the insertion movement into the retaining position for the handle.
A body form-fitting duvet and one or two dome shaped spare parts, the body form-fitting duvet comprising a top layer of cloth (T 1, T 3) and a bottom layer of cloth (T 2, T 4) and a plurality of compartments (P 1, P 2), which are located between the top layer (T 1, T 3) and the bottom layer (T 2, T 4), wherein the compartments (P 1, P 2) are defined by multiple seams connecting the top layer (T 1, T 3) and the bottom (T 2, T 4) layer to one another, and wherein each compartment is filled with a filling material, the body form-fitting duvet comprising: - a flat part, - one or two dome-shaped parts which have two planes (C 1, C 2) of curvature, wherein each dome-shaped part has a perimeter via which it is connected to the flat part, wherein said perimeter comprises a head section, a foot section, a left section and a right section, and wherein the flat part forms a flat peripheral zone surrounding the one or two dome-shaped parts, wherein the flat part has a greater mass (g) per m 2 than the one or two dome-shaped parts, and wherein the one or two dome-shaped parts are completely detachable in one piece from the flat part via the one or two first releasable fastening means (F 1) and completely replaceable in one piece by the one or two spare dome-shaped parts which have different insulation properties than the original one or two dome-shaped parts, by connecting said one or two spare dome-shaped parts to the flat part via the one or two first releasable fastening means (F 1). - a flat part, - one or two dome-shaped parts which have two planes (C 1, C 2) of curvature, wherein each dome-shaped part has a perimeter via which it is connected to the flat part, wherein said perimeter comprises a head section, a foot section, a left section and a right section, and wherein the flat part forms a flat peripheral zone surrounding the one or two dome-shaped parts, wherein the flat part has a greater mass (g) per m 2 than the one or two dome-shaped parts, and wherein the one or two dome-shaped parts are completely detachable in one piece from the flat part via the one or two first releasable fastening means (F 1) and completely replaceable in one piece by the one or two spare dome-shaped parts which have different insulation properties than the original one or two dome-shaped parts, by connecting said one or two spare dome-shaped parts to the flat part via the one or two first releasable fastening means (F 1). wherein the flat part forms a flat peripheral zone surrounding the one or two dome-shaped parts, wherein the flat part has a greater mass (g) per m 2 than the one or two dome-shaped parts, and wherein the one or two dome-shaped parts are completely detachable in one piece from the flat part via the one or two first releasable fastening means (F 1) and completely replaceable in one piece by the one or two spare dome-shaped parts which have different insulation properties than the original one or two dome-shaped parts, by connecting said one or two spare dome-shaped parts to the flat part via the one or two first releasable fastening means (F 1).
A method for producing a pipe member, comprising: a thermoplastic material filling process for filling a die with a thermoplastic material; and a thermoplastic material discharging process for extruding an unsolidified part of the thermoplastic material in the molding die by using pressurized fluid, wherein the thermoplastic material is mixed with a foaming agent, the method further comprises a process for controlling the temperature and the pressure of the thermoplastic material filled in the die so that the thermoplastic material foams in the molding die, and the thermoplastic material discharging process is a process for extruding an inner part of the thermoplastic material, foamed in the molding die, by using the pressurized fluid prior to solidification of the inner part. a thermoplastic material filling process for filling a die with a thermoplastic material; and a thermoplastic material discharging process for extruding an unsolidified part of the thermoplastic material in the molding die by using pressurized fluid, wherein the thermoplastic material is mixed with a foaming agent, the method further comprises a process for controlling the temperature and the pressure of the thermoplastic material filled in the die so that the thermoplastic material foams in the molding die, and the thermoplastic material discharging process is a process for extruding an inner part of the thermoplastic material, foamed in the molding die, by using the pressurized fluid prior to solidification of the inner part.
A surgical reduction clamp comprising a first clamping arm and a second clamping arm movable relative to the first clamping arm, the first clamping arm comprising: - a base portion; - a tip portion; and - a joint movably coupling the tip portion to the base portion, wherein the tip portion comprises a k-wire sleeve, wherein a longitudinal axis of the k-wire sleeve extends substantially perpendicularly to a longitudinal axis of the base portion, and wherein the tip portion is adapted to be rotated about the longitudinal axis of the base portion, characterized in that the first clamping arm further comprises a locking member adapted to lock the joint so as to fasten a position of the tip portion relative to the base portion, wherein the locking member comprises a handle configured to be selectively placed in a locking position in which a clamping force to lock the joint is created and in a release position in which the clamping force is loosened so that the tip portion may freely rotate about the longitudinal axis of the base portion. - a base portion; - a tip portion; and - a joint movably coupling the tip portion to the base portion,
Diaphragm spring clutch for selectively connecting a first and a second shaft, in particular a drive shaft and an output shaft, comprising a bistable diaphragm spring arrangement, by means of which, without application of an external force, both a closed state establishing a force-fitting connection between the two shafts (1, 3) and an open state disconnecting the two shafts (1, 3) from one another are maintained, wherein a first clutch element is fixedly attached to the first shaft and a second clutch element is connected to the second shaft fixedly for conjoint rotation and axially displaceably, wherein the diaphragm spring arrangement comprises at least one diaphragm spring, characterized in that an inner circumferential edge of the diaphragm spring is rotatably held in a first groove provided on the first shaft, wherein an outer circumferential edge of the diaphragm spring is held in a second groove provided on a sliding clutch, wherein a driver for holding the diaphragm spring in the circumferential direction is provided on the sliding clutch, and wherein a driver element engages in the driver, as a result of which (i) a rotationally fixed connection is formed between the diaphragm spring and the sliding clutch, or (ii) the diaphragm spring is connected to the second clutch element fixedly for conjoint rotation by means of a driver and a driver element.
Handle device for a locking device for a movable part, such as a door, flap or the like, of a vehicle with a handle part which can be movably mounted relative to the movable part, wherein the locking device can be connected to the handle part via a connecting element and the handle part serves to actuate the locking device, wherein the handle part is movable at least between a rest position (Ia) and an operating position (Ib), wherein in the rest position (Ia) the handle part can be formed in particular flush with the movable part, and wherein, in the operating position (lb), the handle part can be detached from the movable part in such a way that it can be gripped by an operator, wherein the handle part is movable from its operating position (Ib) into an additional release position (Ic) in which a mechanical actuation of the handle part can be transmitted to the connecting element, whereby the locking device can be actuated, characterized in that the handle part can be mounted on the movable part by means of a handle support, and an opening in the handle support for the handle part being concealed both in the operating position (Ib) and in the release position (Ic) by the extended handle part. with a handle part which can be movably mounted relative to the movable part, wherein the locking device can be connected to the handle part via a connecting element and the handle part serves to actuate the locking device, wherein the handle part is movable at least between a rest position (Ia) and an operating position (Ib), wherein in the rest position (Ia) the handle part can be formed in particular flush with the movable part, and wherein, in the operating position (lb), the handle part can be detached from the movable part in such a way that it can be gripped by an operator, wherein the handle part is movable from its operating position (Ib) into an additional release position (Ic) in which a mechanical actuation of the handle part can be transmitted to the connecting element, whereby the locking device can be actuated, characterized in that the handle part can be mounted on the movable part by means of a handle support, and an opening in the handle support for the handle part being concealed both in the operating position (Ib) and in the release position (Ic) by the extended handle part.
A cooling unit comprising: a unit main body having a bottom portion and a peripheral wall portion rising from a peripheral edge of the bottom portion; and a sealing body for sealing an opening of the unit main body, wherein the unit main body is joined to the sealing body through a plasticized region, and characterized in that a void is formed in the peripheral wall portion of the unit main body. a unit main body having a bottom portion and a peripheral wall portion rising from a peripheral edge of the bottom portion; and a sealing body for sealing an opening of the unit main body, wherein the unit main body is joined to the sealing body through a plasticized region, and characterized in that a void is formed in the peripheral wall portion of the unit main body.
A method of making a micro-device with a capping structure, comprising: providing a base substrate (204, 305) on which there is a micro-electronic and/or micro-mechanic component attached or integrated; providing a cap substrate (200, 304) of a glass material, i.e. a non-crystalline or amorphous material and that exhibits a glass transition when heated towards the liquid state, preferably a material selected from borofloat glasses, quartz, metallic alloys, AlO x, and polymers; making micro-depressions (202, 306) in said cap substrate (200, 304) to a predetermined depth; metallizing (206, 308) only the walls of the depressions (202, 306) in the cap substrate (200, 304); providing electrical connection through the cap substrate by thinning the cap substrate (200, 304) on the opposite side from where the micro-depressions (202, 306) are made, wherein the thinning is stopped before the metal is exposed and making openings (208, 416) to expose the metal, and metallizing the openings (208, 416) to provide contact and to hermetically seal the through connection; bonding together the base substrate (204, 305) and the cap substrate (200, 304), such that there is an electrical contact between the component on the base substrate (204, 305) and the metallized depressions (202, 306) in the cap substrate (200, 304). providing a base substrate (204, 305) on which there is a micro-electronic and/or micro-mechanic component attached or integrated; providing a cap substrate (200, 304) of a glass material, i.e. a non-crystalline or amorphous material and that exhibits a glass transition when heated towards the liquid state, preferably a material selected from borofloat glasses, quartz, metallic alloys, AlO x, and polymers; making micro-depressions (202, 306) in said cap substrate (200, 304) to a predetermined depth; metallizing (206, 308) only the walls of the depressions (202, 306) in the cap substrate (200, 304); providing electrical connection through the cap substrate by thinning the cap substrate (200, 304) on the opposite side from where the micro-depressions (202, 306) are made, wherein the thinning is stopped before the metal is exposed and making openings (208, 416) to expose the metal, and metallizing the openings (208, 416) to provide contact and to hermetically seal the through connection; bonding together the base substrate (204, 305) and the cap substrate (200, 304), such that there is an electrical contact between the component on the base substrate (204, 305) and the metallized depressions (202, 306) in the cap substrate (200, 304).
A magnetic sensor comprising: a sensor substrate; first, second, and third magnetic layers (41,42,43) provided on the sensor substrate; and first, second, third, and fourth magnetic sensing elements (R1,R2,R3,R4) that are bridge-connected, wherein the first magnetic layer includes a first main area and first, second, third, and fourth converging areas (S1,S2,S3,S4) each having a width gradually reduced with increasing distance from the first main area, wherein the second magnetic layer includes a second main area and fifth and seventh converging areas each having a width gradually reduced with increasing distance from the second main area, wherein the third magnetic layer includes a third main area and sixth and eighth converging areas (S6,S8) each having a width gradually reduced with increasing distance from the third main area, wherein end portions of the first, second, third, and fourth converging areas and end portions of the fifth, sixth, seventh, and eighth converging areas face each other, respectively, through first, second, third, and fourth gaps (G1,G2,G3,G4), respectively, and wherein the first, second, third, and fourth magnetic sensing elements are disposed on magnetic paths formed by the first, second, third, and fourth gaps, respectively. a sensor substrate; first, second, and third magnetic layers (41,42,43) provided on the sensor substrate; and first, second, third, and fourth magnetic sensing elements (R1,R2,R3,R4) that are bridge-connected, wherein the first magnetic layer includes a first main area and first, second, third, and fourth converging areas (S1,S2,S3,S4) each having a width gradually reduced with increasing distance from the first main area, wherein the second magnetic layer includes a second main area and fifth and seventh converging areas each having a width gradually reduced with increasing distance from the second main area, wherein the third magnetic layer includes a third main area and sixth and eighth converging areas (S6,S8) each having a width gradually reduced with increasing distance from the third main area, wherein end portions of the first, second, third, and fourth converging areas and end portions of the fifth, sixth, seventh, and eighth converging areas face each other, respectively, through first, second, third, and fourth gaps (G1,G2,G3,G4), respectively, and wherein the first, second, third, and fourth magnetic sensing elements are disposed on magnetic paths formed by the first, second, third, and fourth gaps, respectively.
Multi-row radiator, in particular a flat radiator or heating wall, comprising a feed connection and a return connection, and a first radiator panel through which a heating medium flows and which preferably faces the room to be heated, and at least one further panel through which heating medium flows and which is preferably arranged behind the first panel, and, between the heating panels (11, 21) connection fittings (a, b) in the form of T-pieces arranged on each upper lateral end section, and connection fittings (c, d) in the form of T-pieces arranged on the lower lateral end sections, wherein the connection fittings (a, c) or (b, d) are connected to one another by a riser pipe (e) for the purpose of guiding the heating medium from the front heating panel into the rear heating panel(s), wherein - in the case of the connection fittings each situated opposite the riser pipe (e), the directions of flow towards the rear heating panel(s) 21 are shut off, - the respective lower connection fittings connected to the riser pipe (e) separate the heating medium which exits from the rear panel into the return connection from the heating medium which is to be passed onwards from the front panel into the rear panel via the riser pipe (e). - the respective lower connection fittings connected to the riser pipe (e) separate the heating medium which exits from the rear panel into the return connection from the heating medium which is to be passed onwards from the front panel into the rear panel via the riser pipe (e).