mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor device that constitutes a neural network in which a plurality of sets, each including a plurality of synapse bonds and a neuron section, are connected with each other, the semiconductor device comprising: a semiconductor substrate portion, and an insulating layer portion stacked on the semiconductor substrate portion, the synapse bonds configured to perform non-contact communication using magnetic coupling, wherein the synapse bonds have a reception circuit unit formed at the semiconductor substrate portion and reception coils formed at the insulating layer portion, wherein the reception circuit unit and the reception coils are connected by wiring lines formed in the insulating layer portion; and the neuron sections that include a wired connection and a logical circuit, wherein the neuron sections have a transmission circuit unit formed at the semiconductor substrate portion and transmission coils formed at the insulating layer portion, wherein the transmission circuit unit and the transmission coils are connected by wiring lines formed in the insulating layer portion, wherein the semiconductor device has a connection array where the synapse bonds and the neuron sections are spread three-dimensionally, wherein some or all reception coils and some or all transmission coils are disposed to overlap the transmission circuit unit and the reception circuit unit in a vertical direction, and wherein grouping of the connection array is performed and the semiconductor device has a function of reconfiguring a configuration including the number of groupings and a size thereof. a semiconductor substrate portion, and an insulating layer portion stacked on the semiconductor substrate portion, the synapse bonds configured to perform non-contact communication using magnetic coupling, wherein the synapse bonds have a reception circuit unit formed at the semiconductor substrate portion and reception coils formed at the insulating layer portion, wherein the reception circuit unit and the reception coils are connected by wiring lines formed in the insulating layer portion; and the neuron sections that include a wired connection and a logical circuit, wherein the neuron sections have a transmission circuit unit formed at the semiconductor substrate portion and transmission coils formed at the insulating layer portion, wherein the transmission circuit unit and the transmission coils are connected by wiring lines formed in the insulating layer portion, wherein the semiconductor device has a connection array where the synapse bonds and the neuron sections are spread three-dimensionally, wherein some or all reception coils and some or all transmission coils are disposed to overlap the transmission circuit unit and the reception circuit unit in a vertical direction, and wherein grouping of the connection array is performed and the semiconductor device has a function of reconfiguring a configuration including the number of groupings and a size thereof.
A tunnel establishment method, comprising: receiving, by a first network device, a first request message sent by a previous-hop network device, wherein the first request message is used to request to obtain a resource reservation protocol-traffic engineering, RSVP-TE, label of the first network device, the first request message comprises path information of a to-be-established tunnel, the path information of the to-be-established tunnel is used to indicate a path of the to-be-established tunnel, the previous-hop network device is a previous-hop network device of the first network device on the path of the to-be-established tunnel, the first network device supports RSVP-TE and segment routing-traffic engineering, SR-TE, and the previous-hop network device supports RSVP-TE; when the first network device determines that at least one network device in downstream network devices of the first network device on the path of the to-be-established tunnel supports SR-TE, establishing an SR-TE tunnel from the first network device to a second network device in the at least one network device, and generating a tunnel identifier used to identify the SR-TE tunnel, wherein the first network device is an ingress network device of the SR-TE tunnel, and the second network device is an egress network device of the SR-TE tunnel; and sending, by the first network device, a first response message to the previous-hop network device, wherein the first response message comprises the tunnel identifier, and the tunnel identifier is used as the RSVP-TE label of the first network device. receiving, by a first network device, a first request message sent by a previous-hop network device, wherein the first request message is used to request to obtain a resource reservation protocol-traffic engineering, RSVP-TE, label of the first network device, the first request message comprises path information of a to-be-established tunnel, the path information of the to-be-established tunnel is used to indicate a path of the to-be-established tunnel, the previous-hop network device is a previous-hop network device of the first network device on the path of the to-be-established tunnel, the first network device supports RSVP-TE and segment routing-traffic engineering, SR-TE, and the previous-hop network device supports RSVP-TE; when the first network device determines that at least one network device in downstream network devices of the first network device on the path of the to-be-established tunnel supports SR-TE, establishing an SR-TE tunnel from the first network device to a second network device in the at least one network device, and generating a tunnel identifier used to identify the SR-TE tunnel, wherein the first network device is an ingress network device of the SR-TE tunnel, and the second network device is an egress network device of the SR-TE tunnel; and sending, by the first network device, a first response message to the previous-hop network device, wherein the first response message comprises the tunnel identifier, and the tunnel identifier is used as the RSVP-TE label of the first network device.
Thermally expandable microspheres comprising a thermoplastic polymer shell encapsulating a blowing agent, wherein the thermoplastic polymer shell comprises a polymer being a homo- or copolymer of a lactone according to formula: wherein each of R 1, R 2, R 3, R 4, separately from one another, is selected from the group consisting of H and an alkyl group preferably with 1-4 carbon atoms.
An image processing device comprising: a line extracting unit configured to extract at least one line from contours of a palm and principal lines of the palm included in an image of the palm; a pixel extracting unit configured to extract each pixel of the at least one line extracted by the line extracting unit; a local region setting unit configured to set a local region for each of the pixels, each local region including each corresponding one of the pixels; a local orientation calculating unit configured to calculate, for each local region, local orientations of the at least one line extracted by the line extracting unit, using gradient intensities related to respective orientations of each corresponding local region; and an orientation calculating unit configured to calculate an orientation of the palm using a statistical amount of the respective local orientations. a line extracting unit configured to extract at least one line from contours of a palm and principal lines of the palm included in an image of the palm; a pixel extracting unit configured to extract each pixel of the at least one line extracted by the line extracting unit; a local region setting unit configured to set a local region for each of the pixels, each local region including each corresponding one of the pixels; a local orientation calculating unit configured to calculate, for each local region, local orientations of the at least one line extracted by the line extracting unit, using gradient intensities related to respective orientations of each corresponding local region; and an orientation calculating unit configured to calculate an orientation of the palm using a statistical amount of the respective local orientations.
A process for producing a stable three-dimensional fabric comprising: 1) providing a first fabric formed from braided reinforcing fibers, 2) providing at least one nonwoven web formed from thermoplastic fibers, having a softening point lower than said reinforcing fibers, on at least one side of said first fabric to form a structure, 3) placing said structure of step 2 in a mold, 4) heating said structure in said mold to a temperature between the softening temperature and melting temperature of said nonwoven web, and 5) cooling said structure in said mold, 6) removing said structure from said mold to thereby provide a stable three-dimensional fabric.
A device with a postural sensor for preventing respiratory obstruction or resistance of a sleeping individual, comprising a container box adapted to be attached to a part of the body of the individual and, arranged inside said container box: vibration means (10, 11) for producing vibration, a feed system based on a power cell or a rechargeable battery, and activation means (14, 15) for activating the vibration means when the individual wearing the device adopts a certain position, such as a supine decubitus posture, so that the vibration means transmits vibration to said part of the body of the individual, wherein the device comprises memory means for storing information relative to the individual and to the equipment and connectivity means for transmitting said information to an external device, characterized in that the container box includes within it an adjustable timing electronic circuit adapted to delay the activation of the vibration means and an adjustable electronic circuit adapted to progressively and automatically increase the vibration power as a function of time. vibration means (10, 11) for producing vibration, a feed system based on a power cell or a rechargeable battery, and activation means (14, 15) for activating the vibration means when the individual wearing the device adopts a certain position, such as a supine decubitus posture, so that the vibration means transmits vibration to said part of the body of the individual, wherein the device comprises memory means for storing information relative to the individual and to the equipment and connectivity means for transmitting said information to an external device, characterized in that the container box includes within it an adjustable timing electronic circuit adapted to delay the activation of the vibration means and an adjustable electronic circuit adapted to progressively and automatically increase the vibration power as a function of time.
A device for presenting an image forming a triple display, comprising a base panel made up of a rear or bottom plate and a front plate on which a central display is shown intended to be seen from head on to the base panel; and a plurality of lamellas protruding from the front plate and spaced apart from one another, each lamella carrying on a left face a respective left sub-display and on a right face a respective right sub-display such that the left sub-displays in their entirety form a left display intended to be seen from the left of the base panel and the right sub-displays in their entirety form a right display intended to be seen from the right of the base panel, characterized in that each lamella penetrates with its rear edge into the base panel by passing through the front plate, each lamella abuting the rear plate with its rear edge.
Power electronics system with a current measuring device comprising: o at least one circuit board, o an electrical conductor with an insulation, which is led through a frame enclosing the circuit board, o a soft-magnetic core surrounding the insulation of the electrical conductor, arranged in the frame and having a clearance, which is provided as an opening at one location of the core, o a magnetically sensitive sensor, in particular a Hall sensor, which is arranged in the clearance in the soft-magnetic core surrounding the insulation of the electrical conductor, characterized in that o the electrical conductor and the soft-magnetic core are overmoulded by the frame. o at least one circuit board, o an electrical conductor with an insulation, which is led through a frame enclosing the circuit board, o a soft-magnetic core surrounding the insulation of the electrical conductor, arranged in the frame and having a clearance, which is provided as an opening at one location of the core, o a magnetically sensitive sensor, in particular a Hall sensor, which is arranged in the clearance in the soft-magnetic core surrounding the insulation of the electrical conductor, o the electrical conductor and the soft-magnetic core are overmoulded by the frame.
A method for transmitting, by a wireless device, a peer discovery signal using a peer discovery slot, the method comprising: receiving a first peer discovery signal transmitted by a neighboring wireless device; confirming a first peer discovery channel, for which the first peer discovery signal is detected, among a plurality of peer discovery channels of a first peer discovery slot; receiving a first feedback signal transmitted by the neighboring wireless device, confirming a first response channel, for which the first feedback signal is detected, among a plurality of response channels of the first peer discovery slot; selecting a second peer discovery channel on the basis of the first peer discovery channel and the first response channel among a plurality of peer discovery channels of a second peer discovery slot; and transmitting a second peer discovery signal through the second peer discovery channel, wherein the first feedback signal is generated based on a peer discovery signal received by the neighboring wireless device, and wherein each of the plurality of response channels of the first peer discovery slot is one-to-one mapped to each of a plurality of peer discovery channels of the first peer discovery slot. receiving a first peer discovery signal transmitted by a neighboring wireless device; confirming a first peer discovery channel, for which the first peer discovery signal is detected, among a plurality of peer discovery channels of a first peer discovery slot; receiving a first feedback signal transmitted by the neighboring wireless device, confirming a first response channel, for which the first feedback signal is detected, among a plurality of response channels of the first peer discovery slot; selecting a second peer discovery channel on the basis of the first peer discovery channel and the first response channel among a plurality of peer discovery channels of a second peer discovery slot; and transmitting a second peer discovery signal through the second peer discovery channel, wherein the first feedback signal is generated based on a peer discovery signal received by the neighboring wireless device, and wherein each of the plurality of response channels of the first peer discovery slot is one-to-one mapped to each of a plurality of peer discovery channels of the first peer discovery slot.
A robot comprising: a body that is movable relative to a surface; a bumper mounted on the body to enable movement of the bumper relative to the body, the bumper being movable between an uncompressed position relative to the body and a compressed position relative to the body; a first sensor to produce a first signal in response to the movement of the bumper relative to the body caused by contact between the bumper and the surface, the first signal varying linearly with the movement of the bumper relative to the body; and a controller configured to control movement of the body to cause the body to track the surface based on a value, the value being based on the first signal and indicating that the bumper in a partially compressed position has a compression range between the uncompressed position and the compressed position characterized in that the robot further comprises: a second sensor to produce a second signal in response to movement of the bumper, the second signal varying linearly with the movement of the bumper; wherein the controller is programmed to calculate the value based on a first value that is based on the first signal and a second value that is based on the second signal. a body that is movable relative to a surface; a bumper mounted on the body to enable movement of the bumper relative to the body, the bumper being movable between an uncompressed position relative to the body and a compressed position relative to the body; a first sensor to produce a first signal in response to the movement of the bumper relative to the body caused by contact between the bumper and the surface, the first signal varying linearly with the movement of the bumper relative to the body; and a controller configured to control movement of the body to cause the body to track the surface based on a value, the value being based on the first signal and indicating that the bumper in a partially compressed position has a compression range between the uncompressed position and the compressed position characterized in that the robot further comprises: a second sensor to produce a second signal in response to movement of the bumper, the second signal varying linearly with the movement of the bumper; wherein the controller is programmed to calculate the value based on a first value that is based on the first signal and a second value that is based on the second signal. a second sensor to produce a second signal in response to movement of the bumper, the second signal varying linearly with the movement of the bumper; wherein the controller is programmed to calculate the value based on a first value that is based on the first signal and a second value that is based on the second signal.
An image forming apparatus for forming a toner image on a recording material (S, P), said image forming apparatus comprising: a main assembly; an image forming station (SY, SM, SC, SK) provided in said main assembly and configured to form a toner image on the recording material (S, P); a fixing portion provided in said main assembly and configured to fix the toner image formed on the recording material (S, P), on the recording material (S, P), said fixing portion including a fixing rotatable member (32, 33) and a covering member (41, 42) covering said rotatable member (32, 33); and a suction mechanism including a duct (50, 51) connected with an opening (43, 122) provided in said covering member (41, 42) and a fan configured to suck air inside said covering member (41, 42) through said duct (50, 51), wherein the air sucked by said suction mechanism is discharged into a space in said main assembly other than a space through which the recording material (S, P) passes, characterized in that the fan is provided upstream of the space into which the air is discharged, the fan being provided at an lengthwise end of the duct (50, 51), and the suction mechanism is configured such that the air inside said covering member (41, 42) is drawn out of the fixing portion by the fan and discharged into said space, which is a part of an internal space of the image forming apparatus and which is unlikely to be adversely affected by water vapor, instead of being exhausted out of the image forming apparatus. a main assembly; an image forming station (SY, SM, SC, SK) provided in said main assembly and configured to form a toner image on the recording material (S, P); a fixing portion provided in said main assembly and configured to fix the toner image formed on the recording material (S, P), on the recording material (S, P), said fixing portion including a fixing rotatable member (32, 33) and a covering member (41, 42) covering said rotatable member (32, 33); and a suction mechanism including a duct (50, 51) connected with an opening (43, 122) provided in said covering member (41, 42) and a fan configured to suck air inside said covering member (41, 42) through said duct (50, 51), wherein the air sucked by said suction mechanism is discharged into a space in said main assembly other than a space through which the recording material (S, P) passes, characterized in that the fan is provided upstream of the space into which the air is discharged, the fan being provided at an lengthwise end of the duct (50, 51), and the suction mechanism is configured such that the air inside said covering member (41, 42) is drawn out of the fixing portion by the fan and discharged into said space, which is a part of an internal space of the image forming apparatus and which is unlikely to be adversely affected by water vapor, instead of being exhausted out of the image forming apparatus.
A method for producing a polydiene, the method comprising the steps of: (i) forming an active catalyst by combining a lanthanide-containing compound, an alkylating agent, and a halogen source in the substantial absence of a sulfone, a sulfoxide, and a phosphine oxide; and (ii) polymerizing conjugated diene monomer in the presence of the active catalyst and a polymerization modulator selected from the group consisting of a sulfone, a sulfoxide, and a phosphine oxide. (i) forming an active catalyst by combining a lanthanide-containing compound, an alkylating agent, and a halogen source in the substantial absence of a sulfone, a sulfoxide, and a phosphine oxide; and (ii) polymerizing conjugated diene monomer in the presence of the active catalyst and a polymerization modulator selected from the group consisting of a sulfone, a sulfoxide, and a phosphine oxide.
An indoor unit of an air conditioner, comprising: a casing provided with an opening at the front thereof; a movable panel provided so as to cover the opening and configured to open the opening by moving away from the opening and to close the opening by moving close to the opening; a drive portion configured to generate a driving force to move the movable panel; and an opening and closing member including: a driving force transmission portion for transmitting the driving force of the drive portion to the movable panel; and characterised by: a plate member provided outside the driving force transmission portion and configured to cover a gap between the movable panel and the casing in a state in which the movable panel is open. a casing provided with an opening at the front thereof; a movable panel provided so as to cover the opening and configured to open the opening by moving away from the opening and to close the opening by moving close to the opening; a drive portion configured to generate a driving force to move the movable panel; and an opening and closing member including: a driving force transmission portion for transmitting the driving force of the drive portion to the movable panel; and characterised by: a plate member provided outside the driving force transmission portion and configured to cover a gap between the movable panel and the casing in a state in which the movable panel is open.
Motor vehicle having a ventilation apparatus having a plurality of separate air vents (9, 9a', 9a",..., 9e", 9e′′′) and a control apparatus, which controls the ventilation operation, characterised in that a plurality of air vents (9, 9a', 9a",..., 9e", 9e'") arranged spaced apart from each other is connected to at least one air duct (8a, 8b, 8c, 8d, 8e) extending in the vehicle longitudinal direction distributed over its length, wherein the degree of opening of each air vent (9, 9a', 9a",..., 9e", 9e′′′) can be set by the control apparatus in accordance with at least one item of position information of at least one seat (2, 2a, 2b) with which the air vents (9, 9a', 9a",..., 9e", 9e'") are associated, which at least one seat is arranged in the vehicle and can be moved in the vehicle longitudinal direction.