mhurhangee/ep-ind-claims huggingface dataset:
Apparatus (40A, 40B, 40C, 40D) for providing security to an in-vehicle communication network having a bus (61, 71) and at least one node (62-66, 72-79) connected to the bus and having software responsive to which the node performs operations, the apparatus comprising: a first module configured to be connected to the at least one node and generate and transmit a hash of at least a portion of the node software in response to receiving a challenge; and a second module configured to be connected to the in-vehicle network and transmit a challenge to the first module requesting that the first module generate and transmit a hash of the at least a portion of the node software to the second module; wherein the second module is configured to determine if the hash received from the first module is generated responsive to a correct version of the node software. a first module configured to be connected to the at least one node and generate and transmit a hash of at least a portion of the node software in response to receiving a challenge; and a second module configured to be connected to the in-vehicle network and transmit a challenge to the first module requesting that the first module generate and transmit a hash of the at least a portion of the node software to the second module; wherein the second module is configured to determine if the hash received from the first module is generated responsive to a correct version of the node software.
A power connector for connecting a circuit breaker to an electrically conductive bus bar, the connector comprising: a fork-shaped head configured to electrically connect to the circuit breaker; a base configured to electrically connect to the bus bar; and a yoke extending between and electrically connecting the base to the fork-shaped head, the yoke having a transverse cross-section with a length (L1,L1') and a width (W1, W1'), wherein the length (L1,L1') of the transverse cross-section of the yoke is not constant along its width (W1, W1') and the width (W1, W1') of the transverse cross-section is not constant along its length (L1,L1'). a fork-shaped head configured to electrically connect to the circuit breaker; a base configured to electrically connect to the bus bar; and a yoke extending between and electrically connecting the base to the fork-shaped head, the yoke having a transverse cross-section with a length (L1,L1') and a width (W1, W1'), wherein the length (L1,L1') of the transverse cross-section of the yoke is not constant along its width (W1, W1') and the width (W1, W1') of the transverse cross-section is not constant along its length (L1,L1').
An asperity detection device for an aluminium can which detects asperity of the can at a top surface (21 a) of a mouth section during single-row conveyance, the can having the mouth section in which a curl portion is formed by curling an aperture end of the mouth section outward so that a cap with liner can be attached to the mouth section, comprising: first lighting devices which irradiate a first light horizontal to the top surface of the mouth section from a side of the can, whereby the optical axes are along the top surface direction, so that diffusion or shade are formed at an asperity of the can at the top surface; a second lighting device which irradiates a second light vertical to the top surface of the mouth section from above the can, whereby the whole top surface is flatly lighted; and an imaging device which is arranged above the can, as to photograph the top surface of the mouth section, and detect reflection at the top surface, wherein at least three or more of the first lighting devices are arranged with substantially even intervals in a circumferential direction around a periphery of the mouth section, whereby the first light which is irradiated from each of the first lighting devices is irradiated to the top surface from a side of the mouth section along a tangent line of a cylindrical surface of the mouth section horizontal so that an optical axis does not coincide with the optical axes of the other first lights. first lighting devices which irradiate a first light horizontal to the top surface of the mouth section from a side of the can, whereby the optical axes are along the top surface direction, so that diffusion or shade are formed at an asperity of the can at the top surface; a second lighting device which irradiates a second light vertical to the top surface of the mouth section from above the can, whereby the whole top surface is flatly lighted; and an imaging device which is arranged above the can, as to photograph the top surface of the mouth section, and detect reflection at the top surface, wherein at least three or more of the first lighting devices are arranged with substantially even intervals in a circumferential direction around a periphery of the mouth section, whereby the first light which is irradiated from each of the first lighting devices is irradiated to the top surface from a side of the mouth section along a tangent line of a cylindrical surface of the mouth section horizontal so that an optical axis does not coincide with the optical axes of the other first lights.
A handle assembly for a container (210, 310) for dispensing a seaming compound, the container having a pivotally mounted pressure plate (218, 318) with a first fastener (230, 330) and a second fastener (230, 330) extending from the pivotally mounted pressure plate (218, 318), the handle assembly comprising a connector plate (246, 346) having a bottom surface engageable with the pressure plate (218, 318), a top surface opposite the bottom surface, and an edge extending between the bottom surface and the top surface; a first notch (248, 348) defined in the edge of the connector plate in which the first fastener on the pressure plate (218, 318) is receivable for securing the connector plate (246, 346) to the pressure plate (218, 318); a second notch (248, 348) defined in the edge of the connector plate (246, 346) in which the second fastener (230, 330) on the pressure plate (218, 318) is receivable for securing the connector plate (246, 346) to the pressure plate (218, 318); a first handle (234, 334) for gripping with a first hand of a user; and characterised in that the assembly further comprises a second handle (236, 356) for gripping with a second hand of a user, wherein each of the first handle and the second handle is coupled to the connector plate (246, 346). a connector plate (246, 346) having a bottom surface engageable with the pressure plate (218, 318), a top surface opposite the bottom surface, and an edge extending between the bottom surface and the top surface; a first notch (248, 348) defined in the edge of the connector plate in which the first fastener on the pressure plate (218, 318) is receivable for securing the connector plate (246, 346) to the pressure plate (218, 318); a second notch (248, 348) defined in the edge of the connector plate (246, 346) in which the second fastener (230, 330) on the pressure plate (218, 318) is receivable for securing the connector plate (246, 346) to the pressure plate (218, 318); a first handle (234, 334) for gripping with a first hand of a user; and characterised in that the assembly further comprises a second handle (236, 356) for gripping with a second hand of a user, wherein each of the first handle and the second handle is coupled to the connector plate (246, 346).
Protective circuit (100; 100a; 100b; 100c) for a connection (210; 210a, 210b; 210c, 210d, 210e, 210f) of an electronic device (200; 200a; 200a', 200a"), in particular of a controller, which connection can be used for data communication with a further unit (300; 300a), wherein the protective circuit (100; 100a; 100b; 100c) has a parallel circuit consisting of a diode and a capacitor circuit having at least one capacitor, wherein a first connection of the parallel circuit is connectable to the connection (210; 210a, 210b; 210c, 210d, 210e, 210f) of the electronic device (200; 200a; 200a', 200a"), and wherein a second connection of the parallel circuit is connectable to the further unit (300; 300a), and wherein an anode of the diode is connected to the first connection of the parallel circuit, wherein a first resistor is connected between a second connection of the parallel circuit and a first electrical reference potential.
A topical composition consisting of - 89.85% purified water - 8% propanediol - 0.8% sodium acryloyldimethyltaurate/VP crosspolymer - 1% phenoxyethanol and caprylyl glycol and chlorphenesin - 0.25% mineral complex and - 0.1% (PHMB) polyaminopropyl biguanide w/w of the composition; wherein the mineral complex is sea water extract; and/or wherein the mineral complex comprises magnesium, potassium, sodium, boron, calcium and optionally one or more from the group consisting: copper, nickel, silicon, zinc, aluminium, arsenic, barium, cadmium, cobalt, chromium, iron, mercury, manganese, lead, antimony, selenium, tin, strontium, titanium and vanadium. - 89.85% purified water - 8% propanediol - 0.8% sodium acryloyldimethyltaurate/VP crosspolymer - 1% phenoxyethanol and caprylyl glycol and chlorphenesin - 0.25% mineral complex and - 0.1% (PHMB) polyaminopropyl biguanide w/w of the composition;
A backlight unit comprising: a light guide plate comprising a light incident surface formed thereon and a light-exiting surface; and a light source module configured to emit light to the light incident surface of the light guide plate, wherein the light source module comprises a printed circuit board; a plurality of light sources arranged on the printed circuit board; and a connector connected to the printed circuit board to transfer electric power, wherein the printed circuit board is arranged to face the light incident surface, and wherein the connector comprises a connector main body, which is combined with the printed circuit board,and a gap-retaining member arranged between the printed circuit board and the light guide plate so that the light sources and the light incident surface are spaced apart from each other by a predetermined optical distance; characterized in that the connector main body is arranged at the back of the light guide plate, the back of the light guide plate being the opposite side to the light-exiting surface, and wherein the gap-retaining member is protruded from one surface of the connector main body. a light guide plate comprising a light incident surface formed thereon and a light-exiting surface; and a light source module configured to emit light to the light incident surface of the light guide plate, wherein the light source module comprises a printed circuit board; a plurality of light sources arranged on the printed circuit board; and a connector connected to the printed circuit board to transfer electric power, wherein the printed circuit board is arranged to face the light incident surface, and wherein the connector comprises a connector main body, which is combined with the printed circuit board,and a gap-retaining member arranged between the printed circuit board and the light guide plate so that the light sources and the light incident surface are spaced apart from each other by a predetermined optical distance; characterized in that the connector main body is arranged at the back of the light guide plate, the back of the light guide plate being the opposite side to the light-exiting surface, and wherein the gap-retaining member is protruded from one surface of the connector main body.
A supporting structure for loading goods onto a storage and/or transport pallet, formed by the assembly of separate/removable elements, comprising: - a first plate, called lower plate, for loading said goods, - a second plate, called upper plate, - a plurality of uprights, in the form of corner-type profiles, the ends of which are equipped with means for connecting on the one hand with the lower plate and on the other hand with the upper plate, characterized in that said connecting means are in the form of platens arranged transversely to the uprights, the lower platen forming the foot of the upright in the standing state of said upright, in that each of said lower and upper plates includes housing zones respectively for the lower platens and upper platens of said uprights, and in that the lower plate is in the form of a polygonal frame, with a generally planar shape, the edges of which are raised relative to the general plane of the polygonal frame to arrange housing zones of the lower platens equipping the ends of the uprights, the assembly of the plates and the uprights making up the outer armature for the loading of goods, said armature being able to be positioned completely above the upper face of the pallet, and removable after use. - a first plate, called lower plate, for loading said goods, - a second plate, called upper plate, - a plurality of uprights, in the form of corner-type profiles, the ends of which are equipped with means for connecting on the one hand with the lower plate and on the other hand with the upper plate,
A hearing device for binaural speech enhancement, the hearing device being configured to: receive a first input signal and a second input signal; determine a first ear signal based on the first input signal and determine a second ear signal based on the second input signal; obtain statistical information indicative of a pre-evaluated signal-to-noise, SNR probability distribution that depends on a global SNR; estimate a current SNR based on the first input signal and the second input signal; determine one or more common-gain filters, wherein the one or more common-gain filters are determined based on the statistical information and the estimated current SNR; and apply the one or more common-gain filters to both the first ear signal and the second ear signal. receive a first input signal and a second input signal; determine a first ear signal based on the first input signal and determine a second ear signal based on the second input signal; obtain statistical information indicative of a pre-evaluated signal-to-noise, SNR probability distribution that depends on a global SNR; estimate a current SNR based on the first input signal and the second input signal; determine one or more common-gain filters, wherein the one or more common-gain filters are determined based on the statistical information and the estimated current SNR; and apply the one or more common-gain filters to both the first ear signal and the second ear signal.
A resource configuration method, comprising: obtaining, by a first terminal, resource indication information, wherein the resource indication information is used to indicate a symbol or a quantity of symbols occupied by sidelink control information in one slot or mini-slot; determining, by the first terminal based on the resource indication information, the symbol for sending the sidelink control information, wherein the sidelink control information is used to indicate to send scheduling information of sidelink data information; sending, by the first terminal, the sidelink control information on the determined symbol for sending the sidelink control information; and sending, by the first terminal, the sidelink data information to a second terminal based on the scheduling information; wherein when the quantity of symbols occupied by the sidelink control information in the one slot or mini-slot is equal to a quantity of available symbols in the one slot or mini-slot, frequency division multiplexing is performed between a resource of the sidelink control information and a resource of the sidelink data information; and the quantity of available symbols in the one slot or mini-slot is a quantity of symbols used to send the sidelink control information and the sidelink data information in the one slot or mini-slot; characterized by the sidelink control information being transmitted at a higher power relative to the sidelink data information. obtaining, by a first terminal, resource indication information, wherein the resource indication information is used to indicate a symbol or a quantity of symbols occupied by sidelink control information in one slot or mini-slot; determining, by the first terminal based on the resource indication information, the symbol for sending the sidelink control information, wherein the sidelink control information is used to indicate to send scheduling information of sidelink data information; sending, by the first terminal, the sidelink control information on the determined symbol for sending the sidelink control information; and sending, by the first terminal, the sidelink data information to a second terminal based on the scheduling information; wherein when the quantity of symbols occupied by the sidelink control information in the one slot or mini-slot is equal to a quantity of available symbols in the one slot or mini-slot, frequency division multiplexing is performed between a resource of the sidelink control information and a resource of the sidelink data information; and the quantity of available symbols in the one slot or mini-slot is a quantity of symbols used to send the sidelink control information and the sidelink data information in the one slot or mini-slot; characterized by the sidelink control information being transmitted at a higher power relative to the sidelink data information.
An apparatus for mounting an annular tread ring made of vulcanized rubber on an outer peripheral surface of a tire base, comprising a tire base holding section adapted for holding the tire base which is movable in an axis direction (Fx) of the tire base between a first position and a second position, and a tread ring mounting section adapted for mounting the tread ring on the outer peripheral surface of the tire base which is disposed on the second position side of the tire base holding section, the tread ring mounting section comprising a tread holder adapted for holding the inner circumferential surface of the tread ring, wherein the tread holder comprises a plurality of paddle plates arranged on a circle concentric with the tire base and having holding surfaces adapted for holding the inner circumferential surface of the tread ring, characterized in that the tread ring mounting section comprises a tread pushing-out device adapted for pushing out the tread ring held by the tread holder in the axis direction (Fx), wherein the tread pushing-out device is adapted for pushing out the tread ring from the tread holder toward the first position, after the tread ring is placed on the outer peripheral surface of the tire base in the tire base holding section at the second position, and the tire base holding section is adapted for moving toward the first position at the same speed as the pushed-out tread ring, whereby the tread ring is mounted on the outer peripheral surface of the tire base, the tread pushing-out device comprises push-out plates being movable in the axis direction (Fx) on the outer surfaces of the respective paddle plates and having abutting surfaces capable of abutting a side face of the tread ring on the second position side, and a pusher moving means adapted for pushing out the respective push-out plates toward the first position.
An opioid agonist compound of the following structure: wherein: R 1 is H; R 2 is H; R 3 is methyl; R 4 is H; Y 1 is O; and n is an integer from 1 to 30. R 1 is H; R 2 is H; R 3 is methyl; R 4 is H; Y 1 is O; and n is an integer from 1 to 30.
Electrically actuated valve with a valve housing, on the two mutually oppositely situated sides of which there is arranged in each case one actuator housing with an electromagnetic actuator, wherein the two actuator housings extend along a longitudinal axis of the valve, and with electronics, which have an electronics housing, wherein a seal is arranged between the actuator housing and each electronics housing, wherein a positioning device for orientation of the electronics housing in relation to the actuator housing is arranged or formed on the valve, characterized in that the positioning device is formed by two combinations of a respective pin (22, 24) and a respective cutout, wherein a first pin is circular-cylindrical, and wherein a second pin has flattened portions.
A method for wireless communication, comprising: monitoring a first set of downlink control channel resources (325; 420, 425; 525) for downlink control information from a base station (105; 1205; 1305; 1505), the first set of downlink control channel resources being associated with precoded downlink control channel transmissions; blindly decoding a precoded downlink control channel transmission from the first set of downlink control channel resources using one or more available precoding candidates and channel estimation based on a cell-specific reference signal, CRS; and communicating (1615; 1725; 2015) with the base station based at least in part on downlink control information decoded from the precoded downlink control channel transmission; wherein a set of available precoding candidates for blind decoding are mapped to each of one or more monitoring occasions within the first set of downlink control channel resources. monitoring a first set of downlink control channel resources (325; 420, 425; 525) for downlink control information from a base station (105; 1205; 1305; 1505), the first set of downlink control channel resources being associated with precoded downlink control channel transmissions; blindly decoding a precoded downlink control channel transmission from the first set of downlink control channel resources using one or more available precoding candidates and channel estimation based on a cell-specific reference signal, CRS; and communicating (1615; 1725; 2015) with the base station based at least in part on downlink control information decoded from the precoded downlink control channel transmission; wherein a set of available precoding candidates for blind decoding are mapped to each of one or more monitoring occasions within the first set of downlink control channel resources.
Retaining segment for retaining a recoil plate of a hydrostatic piston machine with a receiving portion for an actuating element of an adjusting device and a retaining surface (19, 19', 19") which extends along a portion of a circular arc, wherein at least one stop surface (26, 40) is formed on the retaining segment (17, 38).
Method for the production of a micromachined workpiece by means of laser micromachining, wherein a protective layer is applied to a surface of the workpiece and the surface is machined in a machining area by means of a laser beam through the protective layer, characterized in that the protective layer is generated using a coating fluid that contains an at least partially volatile carrier liquid in which metallic particles are dispersed; the coating fluid is applied to the surface such that at least the machining area is covered with a layer of the coating fluid; the applied layer is dried in order to reduce the proportion of carrier liquid in such a manner that a protective layer forms, which is essentially composed of the particles of the applied coating fluid or of these particles and a reduced proportion of the carrier liquid relative to the coating fluid; and machining of the machining area is carried out by means of a laser beam, which is irradiated through the protective layer onto the workpiece, wherein the protective layer improves heat dissipation in the immediate vicinity of the laser machining.