mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor device comprising: a semiconductor layer (4, 5, 6); a gate pad disposed on the semiconductor layer (4, 5, 6) and formed at a center portion of the semiconductor layer (4, 5, 6) as viewed in plan from a thickness direction of the semiconductor layer; and a plurality of unit cells formed in the semiconductor layer (4, 5, 6), each unit cell composing a transistor element that is either a metal oxide semiconductor field effect transistor element or an insulated gate bipolar transistor element, and arranged in a radial direction about the gate pad as viewed in plan, wherein a gate electrode of a unit cell that is proximate to the gate pad, among the plurality of unit cells arranged in the radial direction, is electrically connected to the gate pad, and gate electrodes of unit cells that are adjacent to each other in the radial direction are connected to each other, wherein the unit cells each have a regular polygonal shape as viewed in plan, wherein the central gate pad and the semiconductor device have the shape of a circle. a semiconductor layer (4, 5, 6); a gate pad disposed on the semiconductor layer (4, 5, 6) and formed at a center portion of the semiconductor layer (4, 5, 6) as viewed in plan from a thickness direction of the semiconductor layer; and a plurality of unit cells formed in the semiconductor layer (4, 5, 6), each unit cell composing a transistor element that is either a metal oxide semiconductor field effect transistor element or an insulated gate bipolar transistor element, and arranged in a radial direction about the gate pad as viewed in plan, wherein a gate electrode of a unit cell that is proximate to the gate pad, among the plurality of unit cells arranged in the radial direction, is electrically connected to the gate pad, and gate electrodes of unit cells that are adjacent to each other in the radial direction are connected to each other, wherein the unit cells each have a regular polygonal shape as viewed in plan, wherein the central gate pad and the semiconductor device have the shape of a circle.
A transmission rate adjustment method, comprising: obtaining, by a network device, a target data stream, wherein the target data stream comprises a first data packet, and the first data packet comprises at least two non-idle units; when bandwidth adjustment needs to be performed, inserting or deleting a first padding unit between any two non-idle units in the first data packet based on a value of the bandwidth adjustment that needs to be performed, wherein the first padding unit is used to adapt to a difference between a bandwidth of an upstream transmission channel of the network device and a bandwidth of a downstream transmission channel of the network device; characterised in that: when bandwidth adjustment needs to be performed, inserting or deleting a second padding unit between the first data packet and an adjacent data packet of the first data packet based on the value of the bandwidth adjustment that needs to be performed, wherein the first padding unit is a preset padding code block and the second padding unit is a typical idle code block. obtaining, by a network device, a target data stream, wherein the target data stream comprises a first data packet, and the first data packet comprises at least two non-idle units; when bandwidth adjustment needs to be performed, inserting or deleting a first padding unit between any two non-idle units in the first data packet based on a value of the bandwidth adjustment that needs to be performed, wherein the first padding unit is used to adapt to a difference between a bandwidth of an upstream transmission channel of the network device and a bandwidth of a downstream transmission channel of the network device; characterised in that: when bandwidth adjustment needs to be performed, inserting or deleting a second padding unit between the first data packet and an adjacent data packet of the first data packet based on the value of the bandwidth adjustment that needs to be performed, wherein the first padding unit is a preset padding code block and the second padding unit is a typical idle code block.
A luminescent coating system, comprising, in this sequence, a) a rearward electrically conductive layer, b) a dielectric luminescent layer, c) a frontward electrically conductive transparent or translucent layer and d) an electrically insulating barrier layer, wherein at least one of the layers a), b), c) and d), in particular all these layers, can be obtained or are applied by means of brushes, rollers, in particular paint rollers, spatulas, trowels and/or coating knives, wherein the dielectric luminescent layer b) comprises an electrically insulating rearward dielectric layer b1), containing electrically non-conductive binders and electrically non-conductive fillers with a permittivity of at least 5, and an in particular electrically insulating frontward luminescent layer b2), consisting of or containing at least one binder, in particular an alkyd resin, epoxy resin, acrylic resin and/or polyurethane binder, and at least one electroluminescent particulate material, in particular zinc sulphide, wherein the rearward dielectric layer b1) comprising the at least one binder and the at least one filler has a pigment volume concentration below the critical pigment volume concentration (CPVC), preferably at least 5 per cent and particularly preferably at least 10 per cent below the critical pigment volume concentration, wherein the rearward electrically conductive layer a) is formed from a system consisting of or containing at least one binder and at least one electrically conductive, carbon-based material, wherein the rearward electrically conductive layer a) has a pigment volume concentration above the critical pigment volume concentration (CPVC) and wherein, in addition to at least one of the layers a), c) and d) or in addition to all layers a), c) and d), at least one of layers b1) and b2), in particular both layers, can be obtained or is/are applied by means of brushes, rollers, in particular paint rollers, spatulas, trowels and/or coating knives. a) a rearward electrically conductive layer, b) a dielectric luminescent layer, c) a frontward electrically conductive transparent or translucent layer and d) an electrically insulating barrier layer, wherein
Linear drive, comprising: an actuator unit with at least one actuator (3a, 3b); two guide elements (4a, 4b) and a movement element, wherein the movement element can be displaced along both guide elements (4a, 4b) as a result of a stick-slip effect by means of a movement generated by the actuator unit, and the movement element can be brought into engagement with each of the two guide elements (4a, 4b) by means of static friction in order to be displaced along both guide elements (4a, 4b) as a result of the stick-slip effect, characterized in that the linear drive has a closed frame, which surrounds the actuator unit, the two guide elements (4a, 4b) and the movement element, and wherein each guide element (4a, 4b) is resiliently mounted with respect to the frame transverse to its direction of extension, so that each guide element (4a, 4b) is resiliently pretensioned in the direction of the movement element and their pretension forces act in different directions.
An oil control ring (46, 46', 46") for a piston (10, 10') reciprocating in a cylinder bore or chamber of an internal combustion engine, comprising: an annular body (58', 58") extending about a central axis, said annular body (58', 58") having substantially planar upper (60', 60") and lower surfaces (62', 62") extending generally transversely to said central axis and inner concave (64', 64") and outer convex surfaces (66', 66") extending between said upper (60', 60") and lower surfaces (62', 62"), said outer convex surfaces (66', 66") being configured to contact a wall of said cylinder, wherein said upper (60', 60") and lower surfaces (62', 62") each have an annular groove (68', 68", 70', 70") extending therein, characterized by further including at least one through opening (72', 72") extending between said annular grooves (68', 68", 70', 70") to bring said annular grooves (68', 68", 70', 70") into fluid communication with one another. an annular body (58', 58") extending about a central axis, said annular body (58', 58") having substantially planar upper (60', 60") and lower surfaces (62', 62") extending generally transversely to said central axis and inner concave (64', 64") and outer convex surfaces (66', 66") extending between said upper (60', 60") and lower surfaces (62', 62"), said outer convex surfaces (66', 66") being configured to contact a wall of said cylinder, wherein said upper (60', 60") and lower surfaces (62', 62") each have an annular groove (68', 68", 70', 70") extending therein, characterized by further including at least one through opening (72', 72") extending between said annular grooves (68', 68", 70', 70") to bring said annular grooves (68', 68", 70', 70") into fluid communication with one another.
An apparatus for supporting an aircraft during ground vibration testing, comprising: a plurality of lifting mechanisms mounted on a supporting surface, each lifting mechanism being configured to impart an upward force on a component of the aircraft for lifting the aircraft off of the supporting surface; a beam structure configured to be mounted to the plurality of lifting mechanisms; a lifting beam suspended from the beam structure; and characterized by a measurement device mounted to the lifting beam and being configured to engage a jack point associated with a component of the aircraft and determine a weight of the aircraft when the aircraft is lifted off the supporting surface; and a jack fitting configured to engage the jack point and having a shaft; wherein the measurement device comprises a load cell, and the load cell comprises an open-hole compression load cell having an opening being sized and configured to receive the shaft, and wherein the load cell being interposed between the jack fitting and the lifting beam. a plurality of lifting mechanisms mounted on a supporting surface, each lifting mechanism being configured to impart an upward force on a component of the aircraft for lifting the aircraft off of the supporting surface; a beam structure configured to be mounted to the plurality of lifting mechanisms; a lifting beam suspended from the beam structure; and characterized by a measurement device mounted to the lifting beam and being configured to engage a jack point associated with a component of the aircraft and determine a weight of the aircraft when the aircraft is lifted off the supporting surface; and a jack fitting configured to engage the jack point and having a shaft; wherein the measurement device comprises a load cell, and the load cell comprises an open-hole compression load cell having an opening being sized and configured to receive the shaft, and wherein the load cell being interposed between the jack fitting and the lifting beam.
A compound, represented by the following Chemical Formula 1, or a pharmaceutically acceptable salt thereof: wherein, Ar is phenyl which is substituted with one to five halogens; A is or B is phenyl, pyridinyl or pyrimidinyl, which is unsubstituted or substituted with one or two R 3 groups; R 1 is hydrogen or C 1-4 alkyl; R 2 is O, NH or NCH 3; and R 3 is independently halogen, C 1-4 alkyl, C 1-4 haloalkyl or cyano. Ar is phenyl which is substituted with one to five halogens; A is or B is phenyl, pyridinyl or pyrimidinyl, which is unsubstituted or substituted with one or two R 3 groups; R 1 is hydrogen or C 1-4 alkyl; R 2 is O, NH or NCH 3; and R 3 is independently halogen, C 1-4 alkyl, C 1-4 haloalkyl or cyano.
Platform lift for attaching to a vehicle, having a loading platform that is movable by a lifting mechanism, wherein the lifting mechanism has link arms (23, 24) and one or more linear drives, and the link arms (23, 24) and/or linear drives are connected by bolts (27, 28, 29, 30) to the loading platform on one side and/or to the vehicle on the other side and at least one bolt is provided with a securing means, which prevents the bolt from moving in the axial direction and in rotation, characterized in that the securing means is a lug or plate having a slot, wherein the slot is formed in a wedge-shaped manner with a width that that is reducible in its longitudinal direction, and in that the bolt has, on its surface, two mutually opposite recesses (34, 35) or cutouts, which jointly accommodate the slot and are formed in a manner corresponding thereto.
Apparatus for rearing insects in a high-bay warehouse, comprising a storage region having at least one high-bay rack and a storage logistics device, it being possible for the boxes to be stored in a stackable manner in the at least one high-bay rack and for the boxes to be transported and/or discharged within the storage region by means of the storage logistics device, insects being located in the boxes, the apparatus having a supply portal, it being possible for the boxes, which can be stored in a stackable manner in the high-bay rack, to be transported from the at least one high-bay rack to the supply portal by means of the storage logistics device and the state of the box contents within the boxes to be determined by means of the supply portal and the insects in the boxes to be supplied using the supply portal and/or the boxes to be discharged, characterized in that the supply portal is arranged on the at least one high-bay rack.
A display apparatus (1000, 1001, 1002) comprising: a substrate comprising a first pixel region and a second pixel region adjacent to the first pixel region; a circuit device layer on the substrate; a first light-emitting device module on the circuit device layer, the first light-emitting device module comprising a first substrate and a first light-emitting device (OD1, OD11) provided on the first substrate and overlapping the first pixel region to display a first color; characterized in that a second light-emitting device module is provided on the first light-emitting device module, the second light-emitting device module having a pixel penetration hole overlapping the first pixel region and penetrating a second substrate, the second light-emitting device module comprising the second substrate and a second light-emitting device (OD2, OD21) provided on the second substrate and overlapping the second pixel region to display a second color different from the first color. a substrate comprising a first pixel region and a second pixel region adjacent to the first pixel region; a circuit device layer on the substrate; a first light-emitting device module on the circuit device layer, the first light-emitting device module comprising a first substrate and a first light-emitting device (OD1, OD11) provided on the first substrate and overlapping the first pixel region to display a first color; characterized in that a second light-emitting device module is provided on the first light-emitting device module, the second light-emitting device module having a pixel penetration hole overlapping the first pixel region and penetrating a second substrate, the second light-emitting device module comprising the second substrate and a second light-emitting device (OD2, OD21) provided on the second substrate and overlapping the second pixel region to display a second color different from the first color.
A method of manufacturing a clad material for use with a substrate for holding an LED light-emitting element, the clad material comprising a plurality of laminated layers (81, 82) consisting of different materials, wherein the clad material is suitable for bonding to a group III-V semiconductor crystal surface via a metal layer (6,7), and wherein the clad material has a coefficient of linear expansion of 14 × 10 -6 /K or less, a thermal conductivity of 200 W/mK or more at a temperature of 25 °C, a plate thickness of 0.05 mm to 0.2 mm. and a surface roughness (Ra) of 0.01 to 0.2 μm the method of manufacturing comprising a step of laminating a plurality of layers (81. 82) consisting of different materials, then bonding the laminate by hot uniaxial processing with an applied pressure of at least 4.9 MPa and at most 14.7 MPa. at a temperature of at least 850 °C and at most 1000 °C,. whereby a motd release agent is applied to the press jig for the hot uniaxial processing in order to enable the clad material to be released after bonding.
A method of aligning a portable machining system to a pipe end portion in a field environment, comprising the following steps of: providing a portable machining system including a main spindle having a cutting bar and a measurement sensor radially spaced a distance from the cutting bar and the main spindle, the measurement sensor being mounted on a bracket removably attached to the main spindle; automatically rotating the measurement sensor about an outer surface of a pipe end portion in a first measurement plane to generate a first set of measurement data associated with the pipe end portion; translating the measurement sensor with the main spindle relative to a length of the pipe end portion from the first measurement plane to a second measurement plane that is separated from the first measurement plane by a linear distance; automatically rotating the measurement sensor with the main spindle about the pipe end portion in the second measurement plane to generate a second set of measurement data associated with the pipe end portion; and processing the first set of measurement data and the second set of measurement data with a processing module to determine a center and an axis of the pipe end portion. providing a portable machining system including a main spindle having a cutting bar and a measurement sensor radially spaced a distance from the cutting bar and the main spindle, the measurement sensor being mounted on a bracket removably attached to the main spindle; automatically rotating the measurement sensor about an outer surface of a pipe end portion in a first measurement plane to generate a first set of measurement data associated with the pipe end portion; translating the measurement sensor with the main spindle relative to a length of the pipe end portion from the first measurement plane to a second measurement plane that is separated from the first measurement plane by a linear distance; automatically rotating the measurement sensor with the main spindle about the pipe end portion in the second measurement plane to generate a second set of measurement data associated with the pipe end portion; and processing the first set of measurement data and the second set of measurement data with a processing module to determine a center and an axis of the pipe end portion.
A cleaning device for cleaning of the inside of tanks and similar containers by a cleaning fluid, the cleaning device including a connector part for connecting the cleaning device to a piping system, a rotor part rotatably arranged relative to the connector part and a holding part for rotatably holding the rotor part adjacent and relative to the connector part, where the holding part is provided with at least one first holding arrangement which co-operates with a corresponding second holding arrangement (15, 16) on the connector part releasably hold the holding part to the a connector part, where the holding part is arranged to rotate around its longitudinal axis between a holding position and a releasing position, characterized in that and where the at least one first holding arrangement in the holding position rests on a periphery of the second holding arrangement (15, 16), and where the at least one first holding arrangement in the releasing position is able to be inserted into the second holding arrangement (15, 16) or released through the second holding arrangement (15, 16), wherein through holes (12, 17) arranged on the connector part and the holding part are aligned in the holding position enabling the cleaning device to be mounted onto a piping system and be secured by a clip which extends through holes of the piping system and through the aligned through holes (12, 17) of the cleaning device.
A method for enhanced security modes for blocking network access, the method comprising: receiving, from a user, a first indication of an away security mode controlled by an away mode button on a user interface displayed as part of an app running on a mobile device, the away security mode selected from a plurality of security modes; selecting a first predetermined set of devices based on the away security mode, the first predetermined set of devices connected to a local network; in response to the first indication of the away security mode: blocking the first predetermined set of devices from accessing a wide area network; and blocking a new device from joining the local network based on the away security mode. receiving, from a user, a first indication of an away security mode controlled by an away mode button on a user interface displayed as part of an app running on a mobile device, the away security mode selected from a plurality of security modes; selecting a first predetermined set of devices based on the away security mode, the first predetermined set of devices connected to a local network; in response to the first indication of the away security mode: blocking the first predetermined set of devices from accessing a wide area network; and blocking a new device from joining the local network based on the away security mode. blocking the first predetermined set of devices from accessing a wide area network; and blocking a new device from joining the local network based on the away security mode.
A method for determining whether a patient suffering from rhabdomyolysis achieves a response with a TLR9 antagonist comprising i) determining the amount of mitochondrial DNA (mtDNA) in a blood sample obtained from the patient, ii) comparing the amount determined at step i) with a predetermined reference value and iii) concluding that the patient achieves a response when the amount determined at step i) is lower that the predetermined reference value.
An apparatus for identifying a user of a display unit, the apparatus comprising: a processor configured to: receive a physiological measurement for a first user; obtain a plurality of time series comprising multiple physiological measurements, each time series corresponding to one of a plurality of users; fit the physiological measurements of each time series to a curve using a fitting function; determine, based on the fitted measurements, a predicted range for each of the plurality of users; compare the received physiological measurement with the predicted range for each of the plurality of users; and determine, based on the comparison, an identity of the first user. receive a physiological measurement for a first user; obtain a plurality of time series comprising multiple physiological measurements, each time series corresponding to one of a plurality of users; fit the physiological measurements of each time series to a curve using a fitting function; determine, based on the fitted measurements, a predicted range for each of the plurality of users; compare the received physiological measurement with the predicted range for each of the plurality of users; and determine, based on the comparison, an identity of the first user.