mhurhangee/ep-ind-claims huggingface dataset:
A signal isolator IC package(106, 500), comprising: a first die (102, 502, 602); and a second die (104, 504, 604) with a voltage barrier region (108, 508) between the first and second die, wherein transmit and receive paths of the first and second dies are selectively configured to provide data transfer and bi-directional communication between the first and second die for feedback and/or diagnostic signals, wherein the first and second dies are identical and rotated one-hundred and eighty degrees with respect to each other, and wherein the transmit and receive paths of the first and second dies include a first transmit path comprising, in order, a first transmitter bridge, a first coil, a first voltage isolation barrier and a first magnetic sensing element and a first receive path comprising, in order, a second magnetic sensing element, a second voltage isolation barrier, a second coil, and a second transmitter bridge. a first die (102, 502, 602); and a second die (104, 504, 604) with a voltage barrier region (108, 508) between the first and second die, wherein transmit and receive paths of the first and second dies are selectively configured to provide data transfer and bi-directional communication between the first and second die for feedback and/or diagnostic signals, wherein the first and second dies are identical and rotated one-hundred and eighty degrees with respect to each other, and wherein the transmit and receive paths of the first and second dies include a first transmit path comprising, in order, a first transmitter bridge, a first coil, a first voltage isolation barrier and a first magnetic sensing element and a first receive path comprising, in order, a second magnetic sensing element, a second voltage isolation barrier, a second coil, and a second transmitter bridge.
Use of a laser to cut a slice of a synthetic diamond and to engrave both the slice and the remaining part, characterised in that both the slice and the remaining part, are engraved with the birthday of the original synthetic diamond and with the number of an accompanying certificate of authenticity, and in that the engraved slice of the synthetic diamond is incorporated in a certificate of authenticity which bears the same number of the accompanying certificate under a transparent window in the certificate, and in that the same number of the accompanying certificate of authenticity is engraved on the final cut diamond, derived from the remaining rough synthetic diamond, such that it is clear that the engraved slice and the cut diamond belong together.
An operating device in which a driver operating tool can be mounted from outside, comprising a driver movable in an axial direction of the driver in a through-hole of a main body and rotatable around an axis of the through-hole along with a rotating operation of the operating tool, wherein the driver can be rotated with respect to a spindle by being pushed in from a reference position to an operating position, the operating device being characterized by comprising a movement restriction device adapted to restrict axial movement of the driver by moving the driver by the rotating operation of the operating tool between a fixing position where the axial movement of the driver is blocked at the reference position and an unfixing position where the restriction on the axial movement of the driver is removed.
A folding golf cart composed of a frame. a pillar. a handle. a handle connector secured to the top of pillar, and a frame connector secured to the rear end of the frame. the handle being rotatably connected with the handle connector, the bottom end of the pillar being pivoted to the frame connector and a rear wheel carrier being connected on both sides of the frame connector and including a frame lock connected between the said pillar and the frame connector. a handle lock is connected between the handle and handle connector, the handle lock composed of a manipulator rotatably connected with the handle connector and two gear joint sockets connected with the handle, the two gear joint sockets being pivoted respectively on both sides of the handle connector and clutch gears for engaging with the gear joint sockets arranged between the manipulator and two gear joint sockets, the manipulator being connected with the frame lock through a connector, characterised in that the clutch gears are slidably mounted inside the handle connector the manipulator having a thrust surface which is able to push and engage the clutch gear with the gear joint socket. on both sides of the manipulator, an internal end of the clutch gear being pushed and pressed against the thrust surface.
A method of determining dimensional information of a target surface, comprising: generating a first point cloud corresponding to a first plurality of reconstructed surface points of the target surface generated by a first imaging system-illumination source pair (202, 252) of a phase profilometry system; generating a second point cloud corresponding to a second plurality of reconstructed surface points of the target surface generated by a second imaging system-illumination source pair (204, 254) of the phase profilometry system; generating an initial estimate of the target surface based on the first and second point clouds; characterized by refining the initial surface estimate using positions of the first and second point clouds and geometry of the first and second imaging system-illumination source pairs to generate a final point cloud. generating a first point cloud corresponding to a first plurality of reconstructed surface points of the target surface generated by a first imaging system-illumination source pair (202, 252) of a phase profilometry system; generating a second point cloud corresponding to a second plurality of reconstructed surface points of the target surface generated by a second imaging system-illumination source pair (204, 254) of the phase profilometry system; generating an initial estimate of the target surface based on the first and second point clouds; characterized by refining the initial surface estimate using positions of the first and second point clouds and geometry of the first and second imaging system-illumination source pairs to generate a final point cloud.
A computer-implemented method performed in a system comprising a first device, a second device distinct from the first device and a network device distinct from both the first and second devices, the computer-implemented method comprising the network device: receiving first authentication data that is based on one or more authentication readings obtained by the first device in a first authentication process performed by the first device when used by a user; generating second authentication data based on the received first authentication data, the second authentication data being configured for use by the second device in a second authentication process to be performed whilst the user is using the second device, wherein: the second authentication process is based on one or more authentication readings obtained by the second device, and the one or more authentication readings obtained by the second device are selected, from a plurality of different types of authentication readings that the second device is capable of obtaining, in dependence on the second authentication data; and outputting the second authentication data for sending to the second device. receiving first authentication data that is based on one or more authentication readings obtained by the first device in a first authentication process performed by the first device when used by a user; generating second authentication data based on the received first authentication data, the second authentication data being configured for use by the second device in a second authentication process to be performed whilst the user is using the second device, wherein: the second authentication process is based on one or more authentication readings obtained by the second device, and the one or more authentication readings obtained by the second device are selected, from a plurality of different types of authentication readings that the second device is capable of obtaining, in dependence on the second authentication data; and the second authentication process is based on one or more authentication readings obtained by the second device, and the one or more authentication readings obtained by the second device are selected, from a plurality of different types of authentication readings that the second device is capable of obtaining, in dependence on the second authentication data; and outputting the second authentication data for sending to the second device.
A pneumatic tire for a two-wheeled vehicle, comprising a plurality of blocks (14, 16, 18) provided on a tread, wherein: the plurality of blocks (14, 16, 18) includes a chamfered block that has a chamfered part formed at a block tread side edge portion at a leading side and that satisfies h1/H = 0.05 to 0.4 and w1/W = 0.05 to 0.4 when H is block height, MP1 is an edge of the chamfered part at an inner side in a tire radial direction, MP2 is an edge portion of the chamfered part at the block tread side, h1 is a distance measured along a direction normal to the tread surface from a highest part of the block tread to the tire radial direction inner side edge MP1 of the chamfered part, KP is a trailing edge of the block tread, W is a distance measured along a tire circumferential direction from the tire radial direction inner side edge MP1 to the trailing edge KP, and w1 is the distance measured along the tire circumferential direction from the tire radial direction inner side edge MP1 to the block tread side edge portion MP2, and wherein: the block tread of the chamfered block includes a slightly-inclined surface whereby the block height gradually decreases toward the trailing edge side; and when the chamfered block is positioned directly under an axis of tire rotation and contacts a flat road surface, an entire surface of the slightly-inclined surface contacts the flat road surface. the plurality of blocks (14, 16, 18) includes a chamfered block that has a chamfered part formed at a block tread side edge portion at a leading side and that satisfies h1/H = 0.05 to 0.4 and w1/W = 0.05 to 0.4 when H is block height, MP1 is an edge of the chamfered part at an inner side in a tire radial direction, MP2 is an edge portion of the chamfered part at the block tread side, h1 is a distance measured along a direction normal to the tread surface from a highest part of the block tread to the tire radial direction inner side edge MP1 of the chamfered part, KP is a trailing edge of the block tread, W is a distance measured along a tire circumferential direction from the tire radial direction inner side edge MP1 to the trailing edge KP, and w1 is the distance measured along the tire circumferential direction from the tire radial direction inner side edge MP1 to the block tread side edge portion MP2, and wherein: the block tread of the chamfered block includes a slightly-inclined surface whereby the block height gradually decreases toward the trailing edge side; and when the chamfered block is positioned directly under an axis of tire rotation and contacts a flat road surface, an entire surface of the slightly-inclined surface contacts the flat road surface. the block tread of the chamfered block includes a slightly-inclined surface whereby the block height gradually decreases toward the trailing edge side; and when the chamfered block is positioned directly under an axis of tire rotation and contacts a flat road surface, an entire surface of the slightly-inclined surface contacts the flat road surface.
A support device for furniture, being the piece of furniture of the type comprising a perimeter edge having a closed contour which is part of a base belonging to said piece of furniture; wherein said perimeter edge of the base comprises a lower section, an upper section and an intermediate section in which the other two sections, lower and upper, converge; the support device characterized in that it comprises at least one arched part which is configured to rest on a floor surface by a lower face, comprises a channel configured to receive the lower section of the edge of the base of the piece of furniture and comprises a support surface suitable for the lower section of the edge of the base of the piece of furniture to rest; and the arched part comprises a rear portion configured to be in contact with an inner face of the upper section of the edge of the base of the piece of furniture; and said rear portion is an elevation of an upper face of the arched part along its entire length which is configured to press resiliently against the inner face of the upper section of the edge of the base of the piece of furniture; and the arched part has at one end a male element materialised by an extension, while the opposite end of the arched part has a female element materialised by a recess; wherein the extension fits into the recess forming a structure having a closed contour that adapts and adjusts to the perimeter edge of the base of the piece of furniture.
A method for producing a heterologous peptide or protein of interest comprising: a) contacting a whole and intact plant, or a part of a whole and intact plant, with Agrobacterium cells suspended in a fluid, wherein the Agrobacterium cells comprise an expressible construct encoding the heterologous peptide or protein of interest; b) treating the whole and intact plant or a part of the whole and intact plant and the Agrobacterium cells with one or more pressure cycle(s) whereby the Agrobacterium cells infiltrate the whole plant, or the plant part, wherein at least one of the pressure cycle(s) comprises an increase in pressure relative to atmospheric pressure and is maintained for a period of between 0.5 seconds and 60 seconds and, optionally, the infiltration is carried out in the presence of a surfactant. a) contacting a whole and intact plant, or a part of a whole and intact plant, with Agrobacterium cells suspended in a fluid, wherein the Agrobacterium cells comprise an expressible construct encoding the heterologous peptide or protein of interest; b) treating the whole and intact plant or a part of the whole and intact plant and the Agrobacterium cells with one or more pressure cycle(s) whereby the Agrobacterium cells infiltrate the whole plant, or the plant part,
A method of transmitting acknowledgment, 'ACK', or negative-acknowledgment, 'NACK' to a wireless device (10, 30, 101), comprising: signalling to the wireless device (10, 30, 101) information defining how to control a radio of the wireless device (10, 30, 101) to configure the wireless device (10, 30, 101) for discontinuous reception 'DRX' having a plurality of awake periods and a plurality of sleep periods, wherein the awake periods alternate in time with the sleep periods, such that a receiver of the wireless device (10, 30, 101) is always on during the awake periods, the receiver of the wireless device (10, 30, 101) is off for at least some portion of the sleep periods, and the wireless device (10, 30, 101) monitors Layer 1 for Control Channel Elements 'CCEs' only during the awake periods; receiving an uplink data transmission from the wireless device (10, 30, 101); and transmitting ACK or NACK information corresponding to the uplink data transmission to the wireless device (10, 30, 101) irrespective of the DRX awake periods and DRX sleep periods. signalling to the wireless device (10, 30, 101) information defining how to control a radio of the wireless device (10, 30, 101) to configure the wireless device (10, 30, 101) for discontinuous reception 'DRX' having a plurality of awake periods and a plurality of sleep periods, wherein the awake periods alternate in time with the sleep periods, such that a receiver of the wireless device (10, 30, 101) is always on during the awake periods, the receiver of the wireless device (10, 30, 101) is off for at least some portion of the sleep periods, and the wireless device (10, 30, 101) monitors Layer 1 for Control Channel Elements 'CCEs' only during the awake periods; receiving an uplink data transmission from the wireless device (10, 30, 101); and transmitting ACK or NACK information corresponding to the uplink data transmission to the wireless device (10, 30, 101) irrespective of the DRX awake periods and DRX sleep periods.
A method for wireless communications by a user equipment, UE, comprising: receiving a query from a base station, BS, for switching capability information of the UE for one or more carrier aggregation, CA, configurations; and in response to the query, providing an indication to the BS of the switching capability information of the UE for the one or more CA configurations, characterised in that the switching capability information is a switching time associated with switching between different component carriers, CCs. receiving a query from a base station, BS, for switching capability information of the UE for one or more carrier aggregation, CA, configurations; and in response to the query, providing an indication to the BS of the switching capability information of the UE for the one or more CA configurations, characterised in that the switching capability information is a switching time associated with switching between different component carriers, CCs.
A gasket comprising a closed loop of resilient material, the loop having an inner periphery and an outer periphery, the gasket having a first thickness at a first position which is between 0% and 30% of the gasket width away from the outer periphery, a second thickness at a second position measured at a point at least 50% of the gasket width from the first position, and a third thickness at a third position intermediate the first and second positions and at least 10% of the gasket width from each, the first thickness being greater than the third thickness which is greater than the second thickness, and wherein either a said gasket reduces in thickness from the first thickness to the third thickness and then to the second thickness via one or more tapered sections which taper linearly to a reduced thickness in the direction towards the inner periphery, or b said gasket reduces in thickness from the first thickness to the third thickness via one or more steps which step to a reduced thickness in the direction towards the inner periphery and then from the third thickness to the second thickness via one or more steps which step to a reduced thickness in the direction towards the inner periphery, or c said gasket reduces in thickness from the first thickness to the third thickness and then to the second thickness via a combination of one or more steps and one or more tapered sections as defined above, and further wherein the inner periphery of the gasket comprises a fluoropolymer, which is less compressible than the resilient material. a said gasket reduces in thickness from the first thickness to the third thickness and then to the second thickness via one or more tapered sections which taper linearly to a reduced thickness in the direction towards the inner periphery, or b said gasket reduces in thickness from the first thickness to the third thickness via one or more steps which step to a reduced thickness in the direction towards the inner periphery and then from the third thickness to the second thickness via one or more steps which step to a reduced thickness in the direction towards the inner periphery, or c said gasket reduces in thickness from the first thickness to the third thickness and then to the second thickness via a combination of one or more steps and one or more tapered sections as defined above,
A package comprising a container body and a closure, the closure being a base with a lid adapted to close over the base, the base comprising a horizontal flange surrounded by a depending skirt, the base defining an opening adapted to fit over an open mouth of the container body; and the container body having a side wall which terminates in a rim of an open mouth of the container body; and an induction heat sealing foil adapted to be secured to the rim of the container body and the base; the side wall of the container body is stepped inwardly to provide a first step adjacent a terminal edge of the skirt; characterised in that the skirt is a non- structural thin wall having at least one weakened region (24,26,28) to define a fracture point if the skirt is subjected to lateral movement away from the container body.
A sterile drape for covering patients during magnetic resonance imaging examinations or surgeries using magnetic resonance imaging, comprising a cloth made of sterile, flexible material, which has a region in which it is prepared for connection to a local coil of a magnetic resonance system, wherein the region is a coil adhesive surface for adhering the local coil itself, a rigid, sterile, or easily sterilizable covering, in particular made of plastic, in which the local coil is embedded, or a flat cover (12b, 12c) for covering the local coil in a germ-tight manner, characterized in that the sterile drape further comprises a rigid, sterile, or easily sterilizable plastic covering which is or can be glued to the coil adhesive surface and in which the local coil can be embedded. wherein the region is a coil adhesive surface for adhering the local coil itself, a rigid, sterile, or easily sterilizable covering, in particular made of plastic, in which the local coil is embedded, or a flat cover (12b, 12c) for covering the local coil in a germ-tight manner, characterized in that the sterile drape further comprises a rigid, sterile, or easily sterilizable plastic covering which is or can be glued to the coil adhesive surface and in which the local coil can be embedded.
A device for contactless communication with a terminal, comprising: an antenna for communication with the terminal; an embedded chip configured to communicate with the terminal in accordance with a contactless transmission protocol whereby a message sent by the terminal sets a specified initial waiting time for a response from the embedded chip to maintain a connection with the terminal, the embedded chip being configured to communicate requests to the terminal to extend the waiting time for response; and a module configured to perform processing formed of a plurality of discrete operations, characterised in that: the module is configured to, in response to completing a subset of one or more discrete operations within a waiting time interval set by the terminal, send a first type of command to the embedded chip if the processing is not complete; wherein the embedded chip is further configured to, in response to receiving the first type of command, communicate a request to the terminal to extend the waiting time for response. an antenna for communication with the terminal; an embedded chip configured to communicate with the terminal in accordance with a contactless transmission protocol whereby a message sent by the terminal sets a specified initial waiting time for a response from the embedded chip to maintain a connection with the terminal, the embedded chip being configured to communicate requests to the terminal to extend the waiting time for response; and a module configured to perform processing formed of a plurality of discrete operations, characterised in that: the module is configured to, in response to completing a subset of one or more discrete operations within a waiting time interval set by the terminal, send a first type of command to the embedded chip if the processing is not complete; wherein the embedded chip is further configured to, in response to receiving the first type of command, communicate a request to the terminal to extend the waiting time for response.