mhurhangee/ep-ind-claims huggingface dataset:
Electrical plug connector comprising: - a clamp portion extending along a longitudinal axis and being arranged at a first end of the electrical plug connector for receiving and clamping an electrical cable; wherein the clamp portion comprises: - a clamp housing delimiting an inner space for receiving the electrical cable; - a clamp ring being controllable between a receiving configuration at which the clamp portion is adapted to receive the electrical cable and a clamping configuration at which the clamp ring is configured to exert a clamping force on the electrical cable; - an actuation ring coupled to the clamp housing and configured to control the clamp ring between the receiving configuration and the clamping configuration; and - a bayonet locking device associated to the clamp housing and the actuation ring and configured to secure the actuation ring on the clamp housing; the electrical plug connector being characterized in further comprising: - an cover ring being rotatable around the longitudinal axis and being arranged such to surround at least a section of the actuation ring carrying at least a portion of the bayonet device; and - a locking device for locking the cover ring in a locked configuration at which the cover ring is secured onto the clamp housing; wherein the locking device is configured to be activated at least upon rotation of the cover ring around the longitudinal axis. - a clamp portion extending along a longitudinal axis and being arranged at a first end of the electrical plug connector for receiving and clamping an electrical cable; - a clamp housing delimiting an inner space for receiving the electrical cable; - a clamp ring being controllable between a receiving configuration at which the clamp portion is adapted to receive the electrical cable and a clamping configuration at which the clamp ring is configured to exert a clamping force on the electrical cable; - an actuation ring coupled to the clamp housing and configured to control the clamp ring between the receiving configuration and the clamping configuration; and - a bayonet locking device associated to the clamp housing and the actuation ring and configured to secure the actuation ring on the clamp housing; - an cover ring being rotatable around the longitudinal axis and being arranged such to surround at least a section of the actuation ring carrying at least a portion of the bayonet device; and - a locking device for locking the cover ring in a locked configuration at which the cover ring is secured onto the clamp housing;
Reference positioning system for positioning a workpiece in a three-dimensional coordinate system, the reference positioning system comprising • a first positioning unit for positioning a first alignment feature of the workpiece in a first dimension, in a second dimension and in a third dimension, comprising a first reception unit with a first centring pin and a first reference level locator defining a first contact level (Z 1), • a second positioning unit for positioning a second alignment feature of the workpiece in the second dimension and in the third dimension, comprising a second reception unit with a second centring pin and a second reference level locator defining a second contact level (Z 2), and • a third positioning unit for positioning a third alignment feature of the workpiece in the third dimension, comprising a third reception unit with a third reference level locator defining a third contact level (Z 3), wherein the reference level locators (12, 22, 32) are located at defined distances from a workpiece reference level (Z 0), characterized in that for levelling the first alignment feature in the first contact level (Z 1) the first centring pin is movable • in the third dimension relative to the first reference level locator and • in such a way that the first contact level (Z 1) is traversable by at least a part of the first centring pin. • a first positioning unit for positioning a first alignment feature of the workpiece in a first dimension, in a second dimension and in a third dimension, comprising a first reception unit with a first centring pin and a first reference level locator defining a first contact level (Z 1), • a second positioning unit for positioning a second alignment feature of the workpiece in the second dimension and in the third dimension, comprising a second reception unit with a second centring pin and a second reference level locator defining a second contact level (Z 2), and • a third positioning unit for positioning a third alignment feature of the workpiece in the third dimension, comprising a third reception unit with a third reference level locator defining a third contact level (Z 3), • in the third dimension relative to the first reference level locator and • in such a way that the first contact level (Z 1) is traversable by at least a part of the first centring pin.
An electrical plug-and-socket connection with two plug-and-socket connection parts (201, 202) that can be put together and latched into one another, the two plug-and-socket connection parts being detachably connectable in a latching connection through catches (208, 213), the electrical plug-and-socket connection comprising at least one spring element that exerts a spring force against the latching connection between the two plug-and-socket connection parts and at least one counter element that exerts a mechanical resistance against the at least one spring element, the at least one spring element being formed on, and as a single piece with, one of the two plug-and-socket connection parts and the at least one counter element being formed on, and as a single piece with, the respective other plug-and-socket connection part, and the at least one counter element being in the form of a mechanical stop, characterized in that the at least one spring element is in the form of a spring-loaded, closed arc that extends essentially over the entire width of the plug-and-socket connection part.
A gas turbine engine, comprising: a main engine rotor having a first rotor component and a second rotor component, wherein the first rotor component includes a first face and a first channel; and wherein the second rotor component includes a second face and a second channel; a compression washer disposed between the first face and the second face, wherein the compression washer is operative to mechanically load the first face against the second face; and a retaining ring, wherein the first face, the first channel, the second face and the second channel are positioned so that the compression washer is in a state of compression between the first face and the second face when the retaining ring is positioned in both the first channel and the second channel; and wherein the retaining ring reacts the mechanical loading produced by the compression of the compression washer. a main engine rotor having a first rotor component and a second rotor component, wherein the first rotor component includes a first face and a first channel; and wherein the second rotor component includes a second face and a second channel; a compression washer disposed between the first face and the second face, wherein the compression washer is operative to mechanically load the first face against the second face; and a retaining ring, wherein the first face, the first channel, the second face and the second channel are positioned so that the compression washer is in a state of compression between the first face and the second face when the retaining ring is positioned in both the first channel and the second channel; and wherein the retaining ring reacts the mechanical loading produced by the compression of the compression washer.
Use of curable organic, inorganic or inorganic-organic compositions for the heat-insulating coating of fixing elements in the construction sector, wherein a cold-bridging action of the fixing elements is reduced by application of the coating compositions at least to sub-areas of such fixing elements in such a way that they form a coating thereon, which coating compositions, after curing, are pressure-resistant and heat-insulating and have a continuous matrix and/or a content of cavities, characterised in that the fixing elements are pre-coated with one of these coating compositions at least prior to installation.
Round baler having a chassis, a bale pressing chamber and a discharge ramp that consists of an elongate carrier device, which is attached at one end to the round baler and on the top side of which a rolling surface for a bale ejected from the round baler is located, the carrier device consisting of inherently resilient material, characterized in that the carrier is fastened rigidly to the chassis or to an axle of the round baler, is upwardly preloaded and is designed such that the carrier extends approximately horizontally in the unloaded rest state and rests with its free end on the ground when loaded by the bale.
A tool for flash-trimming and/or cleaning a component, comprising a shaft and a processing element mounted removably on the shaft, wherein the processing element is configured as a flexible cord and is received on the shaft such that, in an operating state, it bulges radially outwards in at least some sections as the rotational speed of the shaft increases, and wherein the processing element is fixed or received in a torque-proof manner on the shaft at two receiving positions (6, 7) arranged spaced apart along the rotation axis of the shaft, and characterized in that the processing element is mounted as a loop on the shaft, wherein a receiving notch or a custom-fit through-hole is provided at a first receiving position, and the processing element extends through the receiving notch or the custom-fit through-hole and is guided displaceably, and furthermore the processing element is fastened to the shaft at a second receiving position, and the second receiving position is embodied as a through-hole.
A photonic integrated circuit, PIC, comprising: a first plurality of spacer layers; a second plurality of etch-stop layers, wherein each etch-stop layer of the second plurality of etch-stop layers is located between two spacer layers of the first plurality of spacer layers; and an optical coupler comprising a plurality of waveguides (120a-f) arranged as a waveguide array configured to receive an optical signal in a direction of travel, characterized in that each waveguide of the plurality of waveguides (120a-f) is located at a layer interface defined between an etch-stop layer and a spacer layer, and in that the waveguides (120a-f) of the plurality of waveguides (120a-f) are comprised of different waveguide materials. a first plurality of spacer layers; a second plurality of etch-stop layers, wherein each etch-stop layer of the second plurality of etch-stop layers is located between two spacer layers of the first plurality of spacer layers; and an optical coupler comprising a plurality of waveguides (120a-f) arranged as a waveguide array configured to receive an optical signal in a direction of travel, characterized in that each waveguide of the plurality of waveguides (120a-f) is located at a layer interface defined between an etch-stop layer and a spacer layer, and in that the waveguides (120a-f) of the plurality of waveguides (120a-f) are comprised of different waveguide materials.
A system for transferring a dose of polymeric material comprising a head for supplying the polymeric material and at least one conveying device, provided with a conveying wall; said conveying device being configured for advancing along a path through the supplying head such that a dose obtained from the polymeric material supplied from the supplying head may be transferred to the conveying wall; and wherein the supplying head comprises a duct which is provided with a straight outfeed region extending along an axis which leads into a supplying outfeed and is configured to supply the polymeric material to said supplying outfeed; characterized in that said outfeed region comprises at least a first zone (401; 405) and a second zone (402; 406) facing each other, the supplying head having at least one variation configuration in which the first zone (401; 405) and the second zone (402; 406) are asymmetrical to disturb a flow of polymeric material in the outfeed region in such a way as to control the supplying direction of the polymeric material, supplied from the supplying outfeed, and to be transferred to the conveying wall; wherein the disturbance of the flow of polymeric material in the outfeed region is configured for directing the polymeric material in a desired supplying direction with respect to the conveying wall, the desired supplying direction being inclined and being such that a distal end of the dose is nearer the conveying wall than its proximal end; wherein the transfer system comprises a separating device for separating a dose of polymeric material from the remaining polymeric material supplied from the supplying outfeed, the dose obtained in this way being collected from the conveying device.
A remote process seal assembly comprising: a remote seal configured to couple to a process, the remote seal having a remote seal diaphragm that has a first side adapted to contact a process fluid and a second side adapted to contact a substantially incompressible fill fluid; a capillary conduit coupled to the remote seal, the capillary conduit being filled with the substantially incompressible fill fluid; characterized by further comprising a coupling coupled to the capillary conduit, the coupling including a seal that is breakable when the coupling is mated to a cooperative coupling, wherein the seal of the coupling and the cooperative coupling each include a coupling diaphragm (60, 62), and wherein the coupling further includes a diaphragm piercing structure that pierces the coupling diaphragms (60, 62) when the coupling is mated to the cooperative coupling. a remote seal configured to couple to a process, the remote seal having a remote seal diaphragm that has a first side adapted to contact a process fluid and a second side adapted to contact a substantially incompressible fill fluid; a capillary conduit coupled to the remote seal, the capillary conduit being filled with the substantially incompressible fill fluid; characterized by further comprising a coupling coupled to the capillary conduit, the coupling including a seal that is breakable when the coupling is mated to a cooperative coupling, wherein the seal of the coupling and the cooperative coupling each include a coupling diaphragm (60, 62), and wherein the coupling further includes a diaphragm piercing structure that pierces the coupling diaphragms (60, 62) when the coupling is mated to the cooperative coupling.
A tight-buffered optical fiber cable comprising: a coated optical fiber comprising: a glass core comprising a first outer surface; a cladding layer comprising a second outer surface, the cladding layer surrounding the first outer surface of the glass core; and at least one coating layer surrounding the second outer surface of the cladding layer; and a buffer jacket outer layer disposed directly against and surrounding the coated optical fiber; wherein the buffer jacket outer layer has an elastic modulus in the range of substantially 20 MPa to substantially 90 MPa, an elongation percentage in the range of substantially 20 percent to substantially 80 percent, and a tensile strength in the range of substantially 1 MPa to substantially 15 MPa; and wherein the buffer jacket outer layer comprises an outer wall and wherein the coated optical fiber is configured to be torn through the outer wall of the buffer jacket outer layer with a peeling force in the range of substantially 0.049 Newtons (5 grams) to substantially 0.49 Newtons (50 grams). a coated optical fiber comprising: a glass core comprising a first outer surface; a cladding layer comprising a second outer surface, the cladding layer surrounding the first outer surface of the glass core; and at least one coating layer surrounding the second outer surface of the cladding layer; and a glass core comprising a first outer surface; a cladding layer comprising a second outer surface, the cladding layer surrounding the first outer surface of the glass core; and at least one coating layer surrounding the second outer surface of the cladding layer; and a buffer jacket outer layer disposed directly against and surrounding the coated optical fiber; wherein the buffer jacket outer layer has an elastic modulus in the range of substantially 20 MPa to substantially 90 MPa, an elongation percentage in the range of substantially 20 percent to substantially 80 percent, and a tensile strength in the range of substantially 1 MPa to substantially 15 MPa; and wherein the buffer jacket outer layer comprises an outer wall and wherein the coated optical fiber is configured to be torn through the outer wall of the buffer jacket outer layer with a peeling force in the range of substantially 0.049 Newtons (5 grams) to substantially 0.49 Newtons (50 grams).
A method of operation of a navigation system comprising: calculating a route parameter based on a driver proficiency parameter, wherein the route parameter describes a route between two or more locations and the driver proficiency parameter is included in a driver profile; and sending a navigation routing parameter which includes the route parameter for displaying on a multimedia display interface of a device; the method characterized by detecting a navigation event representing a missed turn of the route; updating the driver proficiency parameter with the navigation event; and determining if the driver proficiency parameter is below or above a predefined threshold and updating the route parameter such that it avoids or minimizes either left or right turns if the driver proficiency parameter is below the predefined threshold. calculating a route parameter based on a driver proficiency parameter, wherein the route parameter describes a route between two or more locations and the driver proficiency parameter is included in a driver profile; and sending a navigation routing parameter which includes the route parameter for displaying on a multimedia display interface of a device; detecting a navigation event representing a missed turn of the route; updating the driver proficiency parameter with the navigation event; and determining if the driver proficiency parameter is below or above a predefined threshold and updating the route parameter such that it avoids or minimizes either left or right turns if the driver proficiency parameter is below the predefined threshold.
A functional element (10'; 10") having a functional portion (16; 17; 17'), having a head part and having a generally tubular rivet portion and a ring-like sheet metal contact surface (22; 22'; 22"; 22", 22"', 22""), wherein projecting features of shape (70; 70, 70'; 80; 80, 70; 90; 90, 70) are provided at the tubular rivet portion for co-movement of the sheet metal part during the formation of the rivet bead, at the free end of the rivet portion and/or at the radially outer side of the rivet portion, at least in the region adjacent the free end of the rivet portion wherein cut-outs in the head part of the element are aligned in an angular manner with the projecting features of shape (70; 70, 70'; 90; 90, 70), i.e. are arranged with the same angular division about the central longitudinal axis of the functional element, wherein the projecting features of shape are formed by at least one of the following features: a) axially extending ribs (70; 70, 70') at the rivet portion, which extend at least from a region adjacent the contact surface (22; 22'; 22"; 22", 22"', 22"") up to shortly before the free end of the rivet portion, wherein the ribs have a rounded shape in cross-section and have an at least substantially semi-circular shape with respect to the cylindrical jacket surface of the rivet portion; and b) locally raised portions (70'; 90) at the free end of the rivet portion, wherein the locally raised portions are at least approximately circular in a plan view. a) axially extending ribs (70; 70, 70') at the rivet portion, which extend at least from a region adjacent the contact surface (22; 22'; 22"; 22", 22"', 22"") up to shortly before the free end of the rivet portion, wherein the ribs have a rounded shape in cross-section and have an at least substantially semi-circular shape with respect to the cylindrical jacket surface of the rivet portion; and b) locally raised portions (70'; 90) at the free end of the rivet portion, wherein the locally raised portions are at least approximately circular in a plan view.
A nucleic acid molecule specifically hybridized to an allele-specific primer or an allele-specific probe, wherein the nucleic acid molecule encodes a human G protein-coupled receptor 156 protein comprising an amino acid sequence according to SEQ ID NO:4 or SEQ ID NO:5, and wherein the allele-specific primer or allele-specific probe is hybridized to nucleotides of the nucleic acid molecule that encode an aspartic acid at a position corresponding to position 533 according to SEQ ID NO:4 or at a position corresponding to position 529 according to SEQ ID NO:5.
A tightening device for use in an automotive production environment for tightening and/or loosening a bolt located inside a cavity with limited clearance (Δy, Δz) between a head of the bolt and wall sections of the cavity, the tightening device comprising: - a ring gear having outer teeth for engaging a driving gear set (24, 25, 26) and having inner ridges for engaging an outer periphery of a head of the bolt; - the driving gear set (24, 25, 26) comprising a driving gear and at least one intermediate gear, the at least one intermediate gear being located between the driving gear and the ring gear; - the ring gear and the at least one intermediate gear being accommodated in a housing comprising a half-disk-shaped housing portion and a rectangular-beam-shaped housing portion; - the half-disk-shaped housing portion and the rectangular beam-shaped housing portion having a height of at most 5 mm, characterized in that the housing is a metal housing, wherein the half-disk-shaped housing portion and the rectangular beam-shaped housing portion being made of tempered steel having a hardness in the range from 40 to 45 HRC. - a ring gear having outer teeth for engaging a driving gear set (24, 25, 26) and having inner ridges for engaging an outer periphery of a head of the bolt; - the driving gear set (24, 25, 26) comprising a driving gear and at least one intermediate gear, the at least one intermediate gear being located between the driving gear and the ring gear; - the ring gear and the at least one intermediate gear being accommodated in a housing comprising a half-disk-shaped housing portion and a rectangular-beam-shaped housing portion; - the half-disk-shaped housing portion and the rectangular beam-shaped housing portion having a height of at most 5 mm,