mhurhangee/ep-ind-claims huggingface dataset:
An elastic torque sensor comprising: a) an elastic planar torsion spring having an axis of rotation, an input side and an output side, wherein the elastic planar torsion spring is positioned in a load path; b) the output side or the input side structured to rotate or deflect at least a portion of the elastic planar torsion spring in response to a load; c) a first sensor disk attached to the input side of the elastic planar torsion spring and configured to move with the input side of the elastic planar torsion spring; d) a second sensor disk attached to the output side of the elastic planar torsion spring and configured to move with the output side of the elastic planar torsion spring; e) a first stationary sensor positioned to detect movement of the first sensor disk and a second stationary sensor positioned to detect movement of the second sensor disk; f) the first sensor disk, the second sensor disk, the first stationary sensor and the second stationary sensor being positioned outside the load path of the elastic planar torsion spring; g) the first sensor disk, the second sensor disk, the first stationary sensor and the second stationary sensor being adapted to detect rotational movement of the elastic planar torsion spring. a) an elastic planar torsion spring having an axis of rotation, an input side and an output side, wherein the elastic planar torsion spring is positioned in a load path; b) the output side or the input side structured to rotate or deflect at least a portion of the elastic planar torsion spring in response to a load; c) a first sensor disk attached to the input side of the elastic planar torsion spring and configured to move with the input side of the elastic planar torsion spring; d) a second sensor disk attached to the output side of the elastic planar torsion spring and configured to move with the output side of the elastic planar torsion spring; e) a first stationary sensor positioned to detect movement of the first sensor disk and a second stationary sensor positioned to detect movement of the second sensor disk; f) the first sensor disk, the second sensor disk, the first stationary sensor and the second stationary sensor being positioned outside the load path of the elastic planar torsion spring; g) the first sensor disk, the second sensor disk, the first stationary sensor and the second stationary sensor being adapted to detect rotational movement of the elastic planar torsion spring.
Hob, having a hob plate and a mains connection housing (2; 6; 9; 12; 16), which contacts an underside of the hob plate via at least one foot (5; 8; 11; 14; 18), wherein the at least one foot (5; 8; 11; 14; 18) protrudes at an oblique angle (α) in relation to the rest of the mains connection housing (2; 6; 9; 12; 16) in the direction of the underside of the hob plate, characterised in that at least one foot (5; 8; 11; 14; 18) is a foot (5; 8) with a straight-line cross-section or a curved foot (11; 14; 18), which extends with a straight-line cross-section, in sections, up to a contact region with the underside of the hob plate and is rounded off opposite the hob plate in the contact region.
Automatic dishwasher, in particular a domestic dishwasher, comprising a heat pump device for heating washing solution, which device comprises an evaporator and a fan, the fan supplying the evaporator with ambient air that can be sucked into the automatic dishwasher from the outside through an air inlet by means of the fan, characterised by a device for wet dust collection that is upstream of the evaporator in the flow direction of the ambient air and that comprises a water tray arranged below the evaporator, the air inlet comprising guide surfaces for the ambient air, which surfaces extend, at least in portions, towards the water surface that is provided by the water located in the water tray during use as intended.
Vertebral screw for fastening to a load to be lifted or to a loading surface, having a screw bolt and an annular body mounted on the screw bolt so as to be rotatable and pivotable, wherein the annular body has an upper eyelet section and a coupling section located below it, wherein two oppositely-situated pins of the annular body are arranged in the coupling section so as to be pivotable into recesses of a bearing plate and the bearing plate is mounted so as to be rotational about the screw bolt, characterised in that an outer safety ring is set form-fittingly into a lower side of the bearing plate such that the pins of the annular body are held in the recesses by the safety ring.
A system for use with a base station, the system comprising: a distributed antenna system including a head-end unit and one or more remote units communicatively coupled to the head-end unit, the head-end unit configured to transmit signals to the one or more remote units, the signals comprising wireless communication data received from the base station, wherein the one or more remote units are configured to wirelessly transmit the wireless communication data to user devices; and a delay unit configured to communicatively couple to the base station, the delay unit configured to introduce, to the base station, a delay for control information included in a frame processed by the base station, the delay corresponding to an increase in a roundtrip delay between the base station and the user devices caused by the distributed antenna system. a distributed antenna system including a head-end unit and one or more remote units communicatively coupled to the head-end unit, the head-end unit configured to transmit signals to the one or more remote units, the signals comprising wireless communication data received from the base station, wherein the one or more remote units are configured to wirelessly transmit the wireless communication data to user devices; and a delay unit configured to communicatively couple to the base station, the delay unit configured to introduce, to the base station, a delay for control information included in a frame processed by the base station, the delay corresponding to an increase in a roundtrip delay between the base station and the user devices caused by the distributed antenna system.
A method for preparing a complementary deoxyribonucleic acid (cDNA) molecule comprising: (a) annealing a primer to a template nucleic acid molecule, thereby generating an annealed template nucleic acid molecule; and (b) mixing, in the presence of nucleotides, i. said annealed template nucleic acid molecule; ii. one or more acceptor nucleic acid molecules; and iii. a modified reverse transcriptase, wherein said modified reverse transcriptase comprises the amino acid sequence of SEQ ID NO: 50 and generates a plurality of continuous complementary deoxyribonucleic acid molecules by: i) reverse transcribing a sequence of said annealed template nucleic acid molecule; ii) migrating to an acceptor nucleic acid molecule; and iii) reverse transcribing a sequence of said acceptor nucleic acid molecule. (a) annealing a primer to a template nucleic acid molecule, thereby generating an annealed template nucleic acid molecule; and (b) mixing, in the presence of nucleotides, i. said annealed template nucleic acid molecule; ii. one or more acceptor nucleic acid molecules; and iii. a modified reverse transcriptase, wherein said modified reverse transcriptase comprises the amino acid sequence of SEQ ID NO: 50 and generates a plurality of continuous complementary deoxyribonucleic acid molecules by: i) reverse transcribing a sequence of said annealed template nucleic acid molecule; ii) migrating to an acceptor nucleic acid molecule; and iii) reverse transcribing a sequence of said acceptor nucleic acid molecule. i. said annealed template nucleic acid molecule; ii. one or more acceptor nucleic acid molecules; and iii. a modified reverse transcriptase, wherein said modified reverse transcriptase comprises the amino acid sequence of SEQ ID NO: 50 and generates a plurality of continuous complementary deoxyribonucleic acid molecules by: i) reverse transcribing a sequence of said annealed template nucleic acid molecule; ii) migrating to an acceptor nucleic acid molecule; and iii) reverse transcribing a sequence of said acceptor nucleic acid molecule.
Device comprising a case 1 housing electronics, obtained by the assembly of two shells (2, 3), upper and lower, by fitting together with reference to a so-called horizontal mating surface corresponding to the plane surface passing along the lower edge of the upper shell with: - one of the shells, the so-called upper shell, having dimensions capable of housing all the electronics that the case should contain, this in a so-called safety space situated at a distance from the pre-defined mating surface J, - the other, the so-called lower shell, having dimensions capable of housing the base of the upper shell plunging into the resin, the level of the resin being situated above the mating surface but without attaining the safety volume, this device being characterised in that it comprises means for keeping the lower edge of the upper shell at a distance from the bottom of the lower shell to immerse the two faces and the lower field of the upper shell, said means 11 comprising a skirt outside the upper shell, the free edge of which forms an abutment providing support on the free edge of the lateral wall of the lower shell to limit the fitting together. - one of the shells, the so-called upper shell, having dimensions capable of housing all the electronics that the case should contain, this in a so-called safety space situated at a distance from the pre-defined mating surface J, - the other, the so-called lower shell, having dimensions capable of housing the base of the upper shell plunging into the resin, the level of the resin being situated above the mating surface but without attaining the safety volume, this device being characterised in that it comprises means for keeping the lower edge of the upper shell at a distance from the bottom of the lower shell to immerse the two faces and the lower field of the upper shell, said means 11 comprising a skirt outside the upper shell, the free edge of which forms an abutment providing support on the free edge of the lateral wall of the lower shell to limit the fitting together.
Lock for a motor vehicle with a locking mechanism having a catch and at least one pawl, in particular a preliminary latching pawl for a first locking of the catch and a main latching pawl for a subsequent locking of the catch, with a pivotable blocking lever, which blocks the at least one pawl, when it locks the catch, wherein the blocking lever comprises two lever arms (8b, 8c), which extent substantially in opposite directions seen from the pivot axis, characterized in that the blocking lever is provided with a third arm for the moving and blocking of the pawl, and the third lever arm is shorter than both of the other lever arms (8b, 8c).
A mobile terminal comprising: a flexible display; a first body positioned at a rear of the flexible display, the first body connected to the flexible display; a second body positioned at the rear of the flexible display, the second body connected to the flexible display and spaced apart from the first body, the second body being foldable with respect to the first body; a hinge assembly positioned at the rear of the flexible display, the hinge assembly located between the first body and the second body, the hinge assembly connecting the first body and the second body, the hinge assembly being elongated along the first and second bodies (210, 220); and a hinge cover positioned at an end of the hinge assembly, the hinge cover covering a front portion of the end of the hinge assembly, characterized in that: the hinge cover includes a front layer (252b1); the front layer (252b1) has a thickness in a direction from the flexible display to the hinge assembly; and the thickness of the front layer (252b1) is smaller as it goes from the bodies (210, 220) toward a central portion of the hinge cover. a flexible display; a first body positioned at a rear of the flexible display, the first body connected to the flexible display; a second body positioned at the rear of the flexible display, the second body connected to the flexible display and spaced apart from the first body, the second body being foldable with respect to the first body; a hinge assembly positioned at the rear of the flexible display, the hinge assembly located between the first body and the second body, the hinge assembly connecting the first body and the second body, the hinge assembly being elongated along the first and second bodies (210, 220); and a hinge cover positioned at an end of the hinge assembly, the hinge cover covering a front portion of the end of the hinge assembly, the hinge cover includes a front layer (252b1); the front layer (252b1) has a thickness in a direction from the flexible display to the hinge assembly; and the thickness of the front layer (252b1) is smaller as it goes from the bodies (210, 220) toward a central portion of the hinge cover.
Connector for coupling several wall elements, such as a wall panel, in particular an insulating panel, to one another, by means of which chambers, in particular cooling chambers, can be constructed, - having a coupling, which has a mount for a latching hook, and a latching hook that can be pivoted out of a rest position into an engagement position and can be moved into a latching position, - having a bracket, which has a latch bar resting in a mount, wherein the latching hook in its latching position engages behind the latch bar, - having a housing of coupling or bracket, which has a housing passage opening, which the latching hook passes through during its pivoting movement from the rest position into the engagement position, wherein - the housing is made up of a first housing half and a second housing half, characterised in that - the housing passage opening for the passage of the latching hook is closed by a covering wall which is formed integrally in a firmly bonded manner from at least one of the housing halves (310, 311) in order to prevent the foam material penetrating the housing in the event of bracket or coupling foaming into an insulation panel. - having a coupling, which has a mount for a latching hook, and a latching hook that can be pivoted out of a rest position into an engagement position and can be moved into a latching position, - having a bracket, which has a latch bar resting in a mount, wherein the latching hook in its latching position engages behind the latch bar, - having a housing of coupling or bracket, which has a housing passage opening, which the latching hook passes through during its pivoting movement from the rest position into the engagement position, wherein - the housing is made up of a first housing half and a second housing half, - the housing passage opening for the passage of the latching hook is closed by a covering wall which is formed integrally in a firmly bonded manner from at least one of the housing halves (310, 311) in order to prevent the foam material penetrating the housing in the event of bracket or coupling foaming into an insulation panel.
Method of manufacturing a bodywork element intended to be mounted on a motor vehicle bodywork part, the bodywork element being provided with a die made of plastic material, comprising the following steps: - supplying a conductive wire comprising a core made of conductive material coated with a coating, the coating being made of a material distinct from the material constituting the core, - depositing the conductive wire in the matrix made of plastic material so as to form a conductive track in the matrix characterized in that it comprises, after the step of supplying the conductive wire, and before the step of depositing the conductive wire, a step of locally stripping the coating of the conductive wire in a predetermined zone of the conductive wire. - supplying a conductive wire comprising a core made of conductive material coated with a coating, the coating being made of a material distinct from the material constituting the core, - depositing the conductive wire in the matrix made of plastic material so as to form a conductive track in the matrix
Method for control of access using an access control device which with a telephone number can be connected to a telephone network offering caller-ID service and which access control device includes receiving means contrived to affect said access control device on receipt of a command comprehending at least one of a telephone number and a control signal, said method comprising the following steps: a visitor who wants to have access accomplished, to that end establishes a communication via her/his individually held suited communication means at hand or a call via the telephone network with a party authorized to deliver said command to said access control device, characterized in that said party is a machine, B-replier, able to deliver said command; and that said B-replier delivers, in making a call to said access control device, said command to said receiving means so that said access control device is affected to accomplish the access the said visitor wanted to have accomplished. a visitor who wants to have access accomplished, to that end establishes a communication via her/his individually held suited communication means at hand or a call via the telephone network with a party authorized to deliver said command to said access control device, characterized in that said party is a machine, B-replier, able to deliver said command; and that said B-replier delivers, in making a call to said access control device, said command to said receiving means so that said access control device is affected to accomplish the access the said visitor wanted to have accomplished.
System for the manufacturing of integrated sockets in biaxially oriented plastic pipes which, being provided for its coupling to a mould for molecular orientation of pipes, with housing for gasket seals allowing to form the socket of the plastic pipe, comprising: a support body to carry out the coupling to the mould, a coaxial slide block sliding axially inside said support body, a slide rod for pushing against the direction of extrusion of the blank or plastic pipe sliding axially within the slide block, wherein said sliding rod is provided with an axial and central orifice for the intake and outlet of fluids and with means of fastening for immobilising the blank or plastic pipe in the orientation or expansion process thereof, characterized in that said slide block having the inner end with an outer conical configuration and being provided with means of heating of the slide block, and with small orifices made axially in the latter for the intake of a lubricating fluid, the system being further characterized in that it further comprises actuators that provide the axial displacement of the slide block and slide rod such that the ratio of speeds between them means that the thicknesses of the socket to form can be distributed at the convenience of the operator during the expansion and distribution of the material of the blank. a support body to carry out the coupling to the mould, a coaxial slide block sliding axially inside said support body, a slide rod for pushing against the direction of extrusion of the blank or plastic pipe sliding axially within the slide block, wherein said sliding rod is provided with an axial and central orifice for the intake and outlet of fluids and with means of fastening for immobilising the blank or plastic pipe in the orientation or expansion process thereof, characterized in that said slide block having the inner end with an outer conical configuration and being provided with means of heating of the slide block, and with small orifices made axially in the latter for the intake of a lubricating fluid, the system being further characterized in that it further comprises actuators that provide the axial displacement of the slide block and slide rod such that the ratio of speeds between them means that the thicknesses of the socket to form can be distributed at the convenience of the operator during the expansion and distribution of the material of the blank.
A method to seal land between an upstream end and a downstream end thereof, with an air tight covering comprising multiple sheets (31, 31', 31 ", 310, 310', 310") that extend in parallel over the land, the sheets being welded together adjacent their lateral edges, the method characterised in that it comprises: - positioning a first sheet (31, 310) at the upstream end of the land, - creating a slot extending from the sheet adjacent a lateral edge thereof towards the downstream end of the land, - unwinding the first sheet towards the downstream end of the land, such that a part of the first sheet adjacent its lateral edge at least partly covers the slot, - placing the said part of the first sheet at least partly into the slot, - filling the slot with soil, - and after the first sheet has been unwound at least partly towards the downstream end of the land, unwinding a second sheet (31', 310") in parallel to the first sheet such that a first lateral edge of the second sheet is in parallel to the lateral edge of the first sheet and the second sheet overlaps the soil present in the slot, welding the first and second sheet adjacent their lateral edges, and - optionally repeating these steps with n following sheets, n being a natural number, until the land is covered. - positioning a first sheet (31, 310) at the upstream end of the land, - creating a slot extending from the sheet adjacent a lateral edge thereof towards the downstream end of the land, - unwinding the first sheet towards the downstream end of the land, such that a part of the first sheet adjacent its lateral edge at least partly covers the slot, - placing the said part of the first sheet at least partly into the slot, - filling the slot with soil, - and after the first sheet has been unwound at least partly towards the downstream end of the land, unwinding a second sheet (31', 310") in parallel to the first sheet such that a first lateral edge of the second sheet is in parallel to the lateral edge of the first sheet and the second sheet overlaps the soil present in the slot, welding the first and second sheet adjacent their lateral edges, and - optionally repeating these steps with n following sheets, n being a natural number, until the land is covered.