mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear, comprising: a sole structure (1504, 1804) including a bottom surface (1406, 1806); a traction element disposed on the bottom surface (1406, 1806), wherein: the traction element has a first ground-engaging face and a first cut step feature (1520, 1850); the first cut step feature (1520, 1850) lowers a portion of the first ground-engaging face closer to the bottom surface (1406, 1806); the first cut step feature (1520, 1850) is a face below the ground-engaging face of the traction element; and the first cut step feature is a straight cut step (1520, 1850) having a straight orientation when seen in plan view. a sole structure (1504, 1804) including a bottom surface (1406, 1806); a traction element disposed on the bottom surface (1406, 1806), wherein: the traction element has a first ground-engaging face and a first cut step feature (1520, 1850); the first cut step feature (1520, 1850) lowers a portion of the first ground-engaging face closer to the bottom surface (1406, 1806); the first cut step feature (1520, 1850) is a face below the ground-engaging face of the traction element; and the first cut step feature is a straight cut step (1520, 1850) having a straight orientation when seen in plan view. the traction element has a first ground-engaging face and a first cut step feature (1520, 1850); the first cut step feature (1520, 1850) lowers a portion of the first ground-engaging face closer to the bottom surface (1406, 1806); the first cut step feature (1520, 1850) is a face below the ground-engaging face of the traction element; and the first cut step feature is a straight cut step (1520, 1850) having a straight orientation when seen in plan view.
A cover assembly for a battery module that includes battery cells arranged side-by-side in a stacked configuration, the cover assembly configured to be coupled to the battery cells, the cover assembly comprising: a housing configured to extend a length across the battery cells; a plurality of bus bars held by the housing, the bus bars configured to electrically connect to corresponding positive and negative cell terminals of the battery cells to electrically connect adjacent battery cells; and an electrical cable extending across the bus bars from a distal end to an electrical connector, the cable being electrically connected to the bus bars to monitor a voltage across each of the battery cells, the cable including plural electrical conductors and a dielectric insulator surrounding the conductors and extending between the conductors to electrically isolate the conductors from one another, the conductors of the cable including exposed segments exposed through the dielectric insulator that are electrically connected to corresponding bus bars via a bonding layer applied between the exposed segment and the corresponding bus bar to define a junction and a voltage monitoring path between the junction and the electrical connector; characterized in that each electrical conductor of cable comprises an opening extending there through at a fixation location outside the voltage monitoring path and fixation means extending through the opening to mechanically secure the cable to the cover assembly thereby to provide strain relief for the cable at the junction. a housing configured to extend a length across the battery cells; a plurality of bus bars held by the housing, the bus bars configured to electrically connect to corresponding positive and negative cell terminals of the battery cells to electrically connect adjacent battery cells; and an electrical cable extending across the bus bars from a distal end to an electrical connector, the cable being electrically connected to the bus bars to monitor a voltage across each of the battery cells, the cable including plural electrical conductors and a dielectric insulator surrounding the conductors and extending between the conductors to electrically isolate the conductors from one another, the conductors of the cable including exposed segments exposed through the dielectric insulator that are electrically connected to corresponding bus bars via a bonding layer applied between the exposed segment and the corresponding bus bar to define a junction and a voltage monitoring path between the junction and the electrical connector; characterized in that each electrical conductor of cable comprises an opening extending there through at a fixation location outside the voltage monitoring path and fixation means extending through the opening to mechanically secure the cable to the cover assembly thereby to provide strain relief for the cable at the junction.
A drilling apparatus comprising: a drill string comprising a plurality of coupled-together sections, the drill string including a probe located within a bore of a drill collar coupled into the drill string, the drill string comprising a plurality of sections above the drill collar, the bore of the drill collar having a first diameter and the drill string sections above the collar having bores of a second diameter smaller than the first diameter with the bores of the drill collar and drill string sections in fluid communication permitting drilling fluid to flow through the drill string to a drill bit.
Connection device for an electrical machine having - a socket base body, which can be fitted into a terminal box socket of the electrical machine, - a plug housing base body, to which external contacts can be connected, - the socket base body being a first plug-in element of a plug-in system, the plug housing base body as the second plug-in element being capable of being plugged or snapped onto said first plug-in element, and - the plug housing base body being capable of being plugged onto the socket base body in four positions, which are in each case rotated through 90°, the socket base body maintaining its position with respect to the terminal box socket, characterized in that - the socket base body is designed such that a plurality of contacts for the electrical machine are snapped into the socket base body from the side of the terminal box socket from the bottom, they protrude upwards out of the socket base body and act as plug contacts for external contacts, - connection elements for the external contacts being snapped into the plug housing base body. - a socket base body, which can be fitted into a terminal box socket of the electrical machine, - a plug housing base body, to which external contacts can be connected, - the socket base body being a first plug-in element of a plug-in system, the plug housing base body as the second plug-in element being capable of being plugged or snapped onto said first plug-in element, and - the plug housing base body being capable of being plugged onto the socket base body in four positions, which are in each case rotated through 90°, the socket base body maintaining its position with respect to the terminal box socket, - the socket base body is designed such that a plurality of contacts for the electrical machine are snapped into the socket base body from the side of the terminal box socket from the bottom, they protrude upwards out of the socket base body and act as plug contacts for external contacts, - connection elements for the external contacts being snapped into the plug housing base body.
A liner assembly, comprising; a liner body partially positionable at a junction between a bore and a lateral bore of a well system through a subterranean formation; an isolation mechanism exterior to part of the liner body, the isolation mechanism being adapted for cooperating with the liner body in isolating the junction from fracturing pressure for the lateral bore; and a disconnect mechanism in a portion of the liner body configured to be in the lateral bore when the liner body is partially positioned at the junction, wherein an internal bore of the liner assembly is adapted for running a cutting tool therethrough and the at least part of the liner body is adapted for being cut by the cutting tool farther from a surface of the well system than the isolation mechanism and for responding to being cut by the cutting tool by detaching from another part of the liner body, wherein at least part of the liner body is retrievable prior to construction of the well system being completed for production.
A communication module comprising: a housing (411, 431) provided therein with a space; and a module substrate in the space of the housing (411, 431) and having a wireless communication chip mounted thereon, wherein the communication module is configured to be detachably coupled with a lighting module to transmit an output signal to the lighting module, wherein said output signal is generated from a control signal received through a wireless network, wherein said communication module comprises an interface part including a plurality of pins (452a, 452b, 454a, 454b, 454c) configured to be connected with an interface part of the lighting module to transmit an output signal, characterized in that the pins (452a, 452b, 454a, 454b, 454c) are divided into at least two pin groups, and a recess part is formed between the pin groups such that the pin groups are spaced apart from each other. In that said interface part of said communication module includes locking grooves recessed in a concave shape from both lateral sides of the interface part of said communication module, And in that said locking grooves are formed in respective edge pins (452a, 454c) of said plurality of pins, wherein said edge pins are disposed at said both lateral sides of the interface part of said communication module, respectively. a housing (411, 431) provided therein with a space; and a module substrate in the space of the housing (411, 431) and having a wireless communication chip mounted thereon, wherein the communication module is configured to be detachably coupled with a lighting module to transmit an output signal to the lighting module, wherein said output signal is generated from a control signal received through a wireless network, wherein said communication module comprises an interface part including a plurality of pins (452a, 452b, 454a, 454b, 454c) configured to be connected with an interface part of the lighting module to transmit an output signal, characterized in that the pins (452a, 452b, 454a, 454b, 454c) are divided into at least two pin groups, and a recess part is formed between the pin groups such that the pin groups are spaced apart from each other. In that said interface part of said communication module includes locking grooves recessed in a concave shape from both lateral sides of the interface part of said communication module, And in that said locking grooves are formed in respective edge pins (452a, 454c) of said plurality of pins, wherein said edge pins are disposed at said both lateral sides of the interface part of said communication module, respectively.
Integrated dispensing device for dispensing washing agents in a washing machine, in particular a dishwashing machine, comprising a first releasing device for a detergent, including a receptacle for the detergent and an associated openable cover, and a second releasing device for a rinsing agent; the releasing devices (2, 3) being intended to be activated at successive times in a washing cycle by successive energizations of a single electrically operable actuator which is mechanically coupled thereto in such a way that a first energization of the actuator is able to modify the state of the first releasing device without changing the state of the second releasing device, and a successive energization of the actuator is such as to cause the activation of the second releasing device, the actuator including a solenoid within which a core is movably mounted, and being coupled to the cover of the first releasing device through a disengageable and re-engageable retaining mechanism, configured in such a way that a first energization and the successive de-energization of the actuator cause the passage of said cover to a pre-opening condition in which the detergent is not released or is released in a limitated quantity and an increased opening condition, respectively; the integrated dispensing device being characterized in that said retaining mechanism extends in a region above the receptacle for the detergent, and the actuator extends obliquely downwards, from said region towards the second releasing device (3; 7), such that the associated core is movable in a direction inclined with respect to the horizontal direction.
An application device having a pin-like or tube-like reception body for a liquid or viscous application medium, namely varnishes containing solvent, wherein, on the reception body, means for fixing a dosing and dispensing device of the application medium and a detachable covering cap are provided, as well as furthermore having a funnel-shaped mouthpiece receiving an optionally replaceable application tip, characterized in that, in the mouthpiece, a cavity which is open toward the reception body is formed, which receives a valve support body in a latching fixable manner, wherein the valve support body, for its part, can be connected in a form-fit and/or force-fit manner to the reception body and an outlet opening present there for the application medium, furthermore the valve support body including an annular groove into which a diaphragm valve platelet can be inserted, which communicates with a passage opening of the valve support body so that the outlet quantity of the application medium is controllable, wherein the diaphragm valve platelet at the same time seals the valve support body toward the interior of the mouthpiece, and, for this purpose, the diaphragm valve platelet includes a diaphragm having puncture formations forming a targeted product passage amount when a corresponding pressure is built up, and the diaphragm valve platelet has a reinforced, circumferential edge (61; 62) protruding on both sides, wherein the edge engages into the first annular groove, on the one hand, and causes the sealing toward the interior of the mouthpiece, on the other hand.
An apparatus comprising: an ear tag assembly (102, 400, 460, 480, 510)_configured for attachment to an outer ear (114, 186) of an animal, the ear tag assembly (102, 400, 460, 480, 510)_comprising a main body (120, 402, 464), a backing member (130, 404) and a shaft (124, 408) that extends through an aperture extending through the outer ear (114, 186) to interconnect the backing member (130, 404) to the main body (120, 402, 464), the ear tag assembly (102, 400, 460, 480, 510)_further comprising a primary temperature sensor (140, 436, 462, 484) configured to obtain outer ear temperature data (262,442) indicative of an outer ear temperature of the outer ear; an ambient temperature sensor (150, 406) proximate the ear tag assembly configured to obtain ambient temperature data (264, 444) indicative of an ambient temperature of a surrounding environment external to the animal; and a control circuit (108, 170, 276, 278, 292, 468, 502, 512) configured to receive the outer ear temperature data via a wireless communication link with the ear tag assembly (102, 400, 460, 480, 510); characterized in that the control circuit (108, 170, 276, 278, 292, 468, 502, 512) is further configured to determine a successful insemination of the animal has taken place responsive to a detection, by the control circuit, of a localized increase in a magnitude of the outer ear temperature data in relation to a magnitude of the ambient temperature data over a selected time interval. an ear tag assembly (102, 400, 460, 480, 510)_configured for attachment to an outer ear (114, 186) of an animal, the ear tag assembly (102, 400, 460, 480, 510)_comprising a main body (120, 402, 464), a backing member (130, 404) and a shaft (124, 408) that extends through an aperture extending through the outer ear (114, 186) to interconnect the backing member (130, 404) to the main body (120, 402, 464), the ear tag assembly (102, 400, 460, 480, 510)_further comprising a primary temperature sensor (140, 436, 462, 484) configured to obtain outer ear temperature data (262,442) indicative of an outer ear temperature of the outer ear; an ambient temperature sensor (150, 406) proximate the ear tag assembly configured to obtain ambient temperature data (264, 444) indicative of an ambient temperature of a surrounding environment external to the animal; and a control circuit (108, 170, 276, 278, 292, 468, 502, 512) configured to receive the outer ear temperature data via a wireless communication link with the ear tag assembly (102, 400, 460, 480, 510); characterized in that the control circuit (108, 170, 276, 278, 292, 468, 502, 512) is further configured to determine a successful insemination of the animal has taken place responsive to a detection, by the control circuit, of a localized increase in a magnitude of the outer ear temperature data in relation to a magnitude of the ambient temperature data over a selected time interval.
A laundry treating apparatus comprising: a cabinet; a drum made of a metal material and disposed into the cabinet, wherein the drum receives a laundry therein; and an induction module spaced apart from an outer circumferential face of the drum by a predetermined spacing, wherein the induction module has a coil formed by turns of a wire, wherein the induction module inductively heats the drum using a magnetic field generated by applying a current to the coil, wherein the induction module includes a rectangular shaped base housing for accommodates the coil, wherein the base housing has straight sections and corner sections, wherein the base housing includes ribs protruding upwards from the base housing and formed in the straight sections and the corner sections to define a slot for accommodating the coil therein, characterized in that a thickness of each of the ribs in each corner section is greater than a thickness of each of the ribs in each straight section in order to be positioned in the spacings between neighbouring wires at the corner sections and at the straight sections, respectively. a cabinet; a drum made of a metal material and disposed into the cabinet, wherein the drum receives a laundry therein; and an induction module spaced apart from an outer circumferential face of the drum by a predetermined spacing, wherein the induction module has a coil formed by turns of a wire, wherein the induction module inductively heats the drum using a magnetic field generated by applying a current to the coil, wherein the induction module includes a rectangular shaped base housing for accommodates the coil, wherein the base housing has straight sections and corner sections, wherein the base housing includes ribs protruding upwards from the base housing and formed in the straight sections and the corner sections to define a slot for accommodating the coil therein, characterized in that a thickness of each of the ribs in each corner section is greater than a thickness of each of the ribs in each straight section in order to be positioned in the spacings between neighbouring wires at the corner sections and at the straight sections, respectively.
A computer-implemented group chat method, performed at a terminal, the method comprising: outputting a selection interface to a user through a group chat interface of the terminal, wherein the selection interface is used for prompting the user to select, in the group chat interface, a group chat message of a to-be-followed group member; acquiring a group member ID of the group chat message selected by the user through the selection interface, wherein the group member ID of the group chat message is a group member ID of a sender of the group chat message; and displaying, in a preset manner different from a default display manner in the group chat interface, group chat messages corresponding to the group member ID in the subsequent group chat. outputting a selection interface to a user through a group chat interface of the terminal, wherein the selection interface is used for prompting the user to select, in the group chat interface, a group chat message of a to-be-followed group member; acquiring a group member ID of the group chat message selected by the user through the selection interface, wherein the group member ID of the group chat message is a group member ID of a sender of the group chat message; and displaying, in a preset manner different from a default display manner in the group chat interface, group chat messages corresponding to the group member ID in the subsequent group chat.
Device for positioning floating slabs, configured to be arranged in welded wire fabric and suitable, after the setting of concrete, for accommodating shock absorbers effective in the lifting phase of a forging and positioned under beveled structures (6, 6') that are located in two opposed corners of the device, characterized in that the device is in the shape of a cube, the base dimensions of which are less than the grid of a mesh, and whose height is integral with that of the forging, with a horizontal pair of tubes (1, 1'; 2, 2'; 3, 3'; 4, 4') on each side, whose length is less than that of the side of the cube, and with a cross section suitable for the insertion of rods.
A tire comprising: a decorative portion that is formed on an outer surface of the tire and that has a base surface; and a pattern region that is provided at the decorative portion and that includes a plurality of projections (34, 36) projecting at a height of from 0.1 mm to 1.0 mm from the base surface and formed at an interval of from more than 0.1 mm to 1.0 mm, characterized in that the pattern region is provided with a gradual decrease region in which a height of projections disposed adjacent to each other gradually decreases, and in that the gradual decrease region includes projections having a constant height from the base surface and a bottom raising portion including a gradual increase portion having a height from the base surface that gradually increases across the projections, so that a height from the bottom raising portion to tops of the projections gradually decreases. a decorative portion that is formed on an outer surface of the tire and that has a base surface; and a pattern region that is provided at the decorative portion and that includes a plurality of projections (34, 36) projecting at a height of from 0.1 mm to 1.0 mm from the base surface and formed at an interval of from more than 0.1 mm to 1.0 mm, characterized in that the pattern region is provided with a gradual decrease region in which a height of projections disposed adjacent to each other gradually decreases, and in that the gradual decrease region includes projections having a constant height from the base surface and a bottom raising portion including a gradual increase portion having a height from the base surface that gradually increases across the projections, so that a height from the bottom raising portion to tops of the projections gradually decreases.