mhurhangee/ep-ind-claims huggingface dataset:
A method of wirelessly transmitting data from a first transceiver (60, 61) to a second transceiver (60, 61), the method comprising the steps of: establishing a first Time Division Duplex, TDD, connection between the first and second transceivers on a first carrier frequency; establishing a second TDD connection between the first and second transceivers on a second carrier frequency; selecting by the first transceiver, subframes from at least one set of subframes for transmitting the data to the second transceiver during a single radio frame duration, wherein the subframes are initially selected only from a first set of subframes in the first TDD connection, wherein the first set of subframes is designated for downlink transmission in the first TDD connection, and are selected from a second set of subframes in the second TDD connection, to supplement the subframes selected from the first set, only when the subframes selected from the first set are insufficient to accommodate the data to be sent during the single radio frame duration, wherein the second set of subframes is designated for uplink transmission in the second TDD connection; and transmitting the data from the first transceiver to the second transceiver utilizing the selected subframes. establishing a first Time Division Duplex, TDD, connection between the first and second transceivers on a first carrier frequency; establishing a second TDD connection between the first and second transceivers on a second carrier frequency; selecting by the first transceiver, subframes from at least one set of subframes for transmitting the data to the second transceiver during a single radio frame duration, wherein the subframes are initially selected only from a first set of subframes in the first TDD connection, wherein the first set of subframes is designated for downlink transmission in the first TDD connection, and are selected from a second set of subframes in the second TDD connection, to supplement the subframes selected from the first set, only when the subframes selected from the first set are insufficient to accommodate the data to be sent during the single radio frame duration, wherein the second set of subframes is designated for uplink transmission in the second TDD connection; and transmitting the data from the first transceiver to the second transceiver utilizing the selected subframes.
A sensor chip assembly comprising: an optical detector configured to collect electromagnetic radiation incident thereon; a complementary metal-oxide semiconductor (CMOS) read-out integrated circuit (ROIC); and a radiation-shielding wafer interposed between the optical detector and the CMOS ROIC, the radiation-shielding wafer including a plurality of through wafer vias (TWVs) electrically coupled to the optical detector and the CMOS ROIC, the radiation-shielding wafer being positioned to prevent radiative transfer between the CMOS ROIC and the optical detector, characterized in that the radiation-shielding wafer includes a semiconductor absorber deposited on a silicon wafer. an optical detector configured to collect electromagnetic radiation incident thereon; a complementary metal-oxide semiconductor (CMOS) read-out integrated circuit (ROIC); and a radiation-shielding wafer interposed between the optical detector and the CMOS ROIC, the radiation-shielding wafer including a plurality of through wafer vias (TWVs) electrically coupled to the optical detector and the CMOS ROIC, the radiation-shielding wafer being positioned to prevent radiative transfer between the CMOS ROIC and the optical detector, characterized in that the radiation-shielding wafer includes a semiconductor absorber deposited on a silicon wafer.
A method of wireless transmission performing a handshake with a node prior to data transmission to the node, the method comprising: sending a request to the node; receiving from the node grant of a channel assignment responsive to the request; sending a pilot to the node utilizing the granted channel assignment; receiving from the node a rate assignment based on a signal to interference noise ratio of the pilot; and transmitting data to the node at the assigned rate. sending a request to the node; receiving from the node grant of a channel assignment responsive to the request; sending a pilot to the node utilizing the granted channel assignment; receiving from the node a rate assignment based on a signal to interference noise ratio of the pilot; and transmitting data to the node at the assigned rate.
An auto-balancing transportation device (10,110,210, 410) comprising: a first wheel (20,120,220,420), a first foot platform (40,140,240,440) associated with the first wheel, and a first drive motor that drives the first wheel; a second wheel (30,130,230,430), a second foot platform (50,150,250,450) associated with the second wheel, and a second drive motor that drives the second wheel; a control circuit; a first sensor (45,145,281,282) and a second sensor (55,155,281,282) configured with the control circuit and the first and second drive motors to afford independent driving of the first (20,120,220,420) and second (30,130,230,430,530) wheels; and a coupling structure (70,170,270,470) that couples the first wheel to the second wheel, wherein the coupling structure (70,170,270,470) affords fore-aft rotational movement of the foot platforms relative to one another; and wherein the coupling structure (70,170,270,470) affords tilting of the first and second wheels while the first and second wheels each maintain contact with a horizontal surface; and characterised in that the coupling structure (70,170,270,470) includes support members that are sufficiently flexible to afford the fore-aft rotational movement of the foot platforms relative to one another. a first wheel (20,120,220,420), a first foot platform (40,140,240,440) associated with the first wheel, and a first drive motor that drives the first wheel; a second wheel (30,130,230,430), a second foot platform (50,150,250,450) associated with the second wheel, and a second drive motor that drives the second wheel; a control circuit; a first sensor (45,145,281,282) and a second sensor (55,155,281,282) configured with the control circuit and the first and second drive motors to afford independent driving of the first (20,120,220,420) and second (30,130,230,430,530) wheels; and a coupling structure (70,170,270,470) that couples the first wheel to the second wheel, wherein the coupling structure (70,170,270,470) affords fore-aft rotational movement of the foot platforms relative to one another; and wherein the coupling structure (70,170,270,470) affords tilting of the first and second wheels while the first and second wheels each maintain contact with a horizontal surface; and characterised in that the coupling structure (70,170,270,470) includes support members that are sufficiently flexible to afford the fore-aft rotational movement of the foot platforms relative to one another.
Actuator for an activation of a parking lock in a gearing mechanism, in particular for automatic gears in motor vehicles, having a piston, guided in a cylinder, having an adjusting rod, wherein by means of the adjusting rod a retaining pawl for a parking ratchet wheel in the gearing mechanism can be operated, wherein the piston, which can be hydraulically actuated, disengages the parking lock against the force (P F) of an integrated preload spring and in depressurised state the preload spring engages the parking lock and wherein furthermore a locking mechanism which can be actuated by means of an electromagnet is provided, which by means of radially extendable locking elements fixes the piston relatively to a guide sleeve fastened on the cylinder and which fixes in a form-fitting manner at the piston in the setting corresponding to the disengaged position (Paus) of the parking lock, wherein the piston has a sleeve-shaped portion and the locking mechanism with the electromagnets and the guide sleeve is disposed within the sleeve-shaped portion, characterised in that by means of the locking mechanism the piston can be form-fittingly fixed also in the setting (Pein) corresponding to the engaged state of the parking lock, and that in the sleeve-shaped portion of the piston are incorporated two inner grooves (16b, 16c) corresponding to the piston end settings, into which the locking elements engage form-fittingly through recesses of the guide sleeve when current flows through the electromagnets, wherein the two piston end settings correspond to the disengaged (Paus) and the engaged position (Pein) of the parking lock.
Polymer encapsulated solid particulate material that is 100 microns or less in size, wherein: (a) said solid particulate material is encapsulated in a substantially uniform and continuous coating of a polymer that has at least in part been formed under the control of a hydrophilic RAFT agent; or (b) the encapsulating polymer has at least in part been formed under the control of a hydrophilic RAFT agent, and wherein the solid particulate material is substantially uniformly dispersed throughout the encapsulating polymer. (a) said solid particulate material is encapsulated in a substantially uniform and continuous coating of a polymer that has at least in part been formed under the control of a hydrophilic RAFT agent; or (b) the encapsulating polymer has at least in part been formed under the control of a hydrophilic RAFT agent, and wherein the solid particulate material is substantially uniformly dispersed throughout the encapsulating polymer.
A flexible color-changing fiber comprising: a hollow fiber comprising at least two electrically-isolated conductive wires that are integrated into the wall of the hollow fiber; and an electro-optic medium disposed inside the hollow fiber, the electro-optic medium comprising a non-polar solvent and first charged pigment particles. a hollow fiber comprising at least two electrically-isolated conductive wires that are integrated into the wall of the hollow fiber; and an electro-optic medium disposed inside the hollow fiber, the electro-optic medium comprising a non-polar solvent and first charged pigment particles.
A camshaft phaser comprising: - a housing and - a rotor arranged in the housing and including a base portion having at least one increased diameter step formed along at least one section of the at least one base portion and - the increased diameter step formed along at least one circumferential segment of the base portion with a larger diameter relative to the other circumferential segments of the base portion and - a locking pin assembly bore formed through said base portion at said increased diameter step and - a plurality of vanes extending from said base portion, characterized in that - the increased diameter step of base portion of rotor is interacting with reduced diameter housing protrusion in housing. - a housing and - a rotor arranged in the housing and including a base portion having at least one increased diameter step formed along at least one section of the at least one base portion and - the increased diameter step formed along at least one circumferential segment of the base portion with a larger diameter relative to the other circumferential segments of the base portion and - a locking pin assembly bore formed through said base portion at said increased diameter step and - a plurality of vanes extending from said base portion, characterized in that - the increased diameter step of base portion of rotor is interacting with reduced diameter housing protrusion in housing.
Improved vertical clothes drying rack comprising: - a frame comprising two uprights and a lower crossbar that connects said two uprights in lower position; each upright comprising a base suitable for facing the ground; - two opposite pairs of revolving feet that are connected to the frame wherein each revolving foot has a vertical axis; - at least one tilting grille supported by said uprights and supported by an opposite coaxial pair of pins that protrude from said two uprights, in such a way that said at least one tilting grille is configured to be movable between an idle position, wherein said at least one tilting grille is in a vertical position, and an operating position, wherein said at least one tilting grille is in a horizontal projecting position relative to said two uprights, wherein said lower crossbar comprises two end sections and two transverse end sections, wherein the end sections of said lower crossbar comprise pivoting means for pivoting said opposite pairs of revolving feet, around respective vertical axes, and said transverse end sections of said lower crossbar comprise connection means for connecting the lower crossbar to the two uprights; each upright being provided, in correspondence of its base, with connection means that are configured in such a way to cooperate with said connection means provided in the transverse end section of said lower crossbar, characterized in that said lower crossbar is moulded in one piece from plastic material and reinforced with an internal metal core and a rib that runs along the upper edge of the lower crossbar. - a frame comprising two uprights and a lower crossbar that connects said two uprights in lower position; each upright comprising a base suitable for facing the ground; - two opposite pairs of revolving feet that are connected to the frame wherein each revolving foot has a vertical axis; - at least one tilting grille supported by said uprights and supported by an opposite coaxial pair of pins that protrude from said two uprights, in such a way that said at least one tilting grille is configured to be movable between an idle position, wherein said at least one tilting grille is in a vertical position, and an operating position, wherein said at least one tilting grille is in a horizontal projecting position relative to said two uprights, wherein said lower crossbar comprises two end sections and two transverse end sections, wherein the end sections of said lower crossbar comprise pivoting means for pivoting said opposite pairs of revolving feet, around respective vertical axes, and said transverse end sections of said lower crossbar comprise connection means for connecting the lower crossbar to the two uprights; each upright being provided, in correspondence of its base, with connection means that are configured in such a way to cooperate with said connection means provided in the transverse end section of said lower crossbar, characterized in that said lower crossbar is moulded in one piece from plastic material and reinforced with an internal metal core and a rib that runs along the upper edge of the lower crossbar.
An apparatus (18, 180, 181), for wireless coupling comprising: a first conductive layer defining a first slot having an open end and a closed end, the first slot being configured to receive an inductive coupler therein; a capacitive member (68, 681, 682, 683) positioned at the first slot and configured to tune the first conductive layer to resonate in an operational frequency band; and a second conductive layer defining a second slot having an open end and a closed end and configured to receive the inductive coupler therein, the second conductive layer being electrically coupled to the first conductive layer, wherein the first conductive layer and the second conductive layer are electrically coupled via a conductive connector and the second conductive layer at least partially overlays the first conductive layer, and wherein the first slot and the second slot extend in different and opposite directions for at least part of their lengths, and wherein the first conductive layer, the second conductive layer and the conductive connector form a coil shape. a first conductive layer defining a first slot having an open end and a closed end, the first slot being configured to receive an inductive coupler therein; a capacitive member (68, 681, 682, 683) positioned at the first slot and configured to tune the first conductive layer to resonate in an operational frequency band; and a second conductive layer defining a second slot having an open end and a closed end and configured to receive the inductive coupler therein, the second conductive layer being electrically coupled to the first conductive layer, wherein the first conductive layer and the second conductive layer are electrically coupled via a conductive connector and the second conductive layer at least partially overlays the first conductive layer, and wherein the first slot and the second slot extend in different and opposite directions for at least part of their lengths, and wherein the first conductive layer, the second conductive layer and the conductive connector form a coil shape.
A dental device used during restoration of a tooth, the dental device comprising: a. a dental wedge; and b. a first light emitting diode operatively associated with the dental wedge for curing a first amount of dental restorative material at a restoration site on the tooth, the first light emitting diode affixed to or embedded in the dental wedge. a. a dental wedge; and b. a first light emitting diode operatively associated with the dental wedge for curing a first amount of dental restorative material at a restoration site on the tooth, the first light emitting diode affixed to or embedded in the dental wedge.
A base station apparatus for selecting a core network in a mobile communication system, the base station apparatus comprising: a service information acquisition unit configured to obtain, from a service information database in which a service information, to which a user subscribed from a terminal device and which is mapped to identification information of the terminal device, is stored, the service information, and a dedicated core network selection unit configured to select a dedicated core network for use in providing a type of service to which the user subscribed by using the service information obtained by the service information acquisition unit, wherein the service information includes a dedicated core network identifier. a service information acquisition unit configured to obtain, from a service information database in which a service information, to which a user subscribed from a terminal device and which is mapped to identification information of the terminal device, is stored, the service information, and a dedicated core network selection unit configured to select a dedicated core network for use in providing a type of service to which the user subscribed by using the service information obtained by the service information acquisition unit, wherein the service information includes a dedicated core network identifier.
A variable force key, comprising a housing, a centra shaft, and a magnetic ring, wherein the central shaft extends into the housing, a top end of the center shaft is fixedly provided with a key cap seat, a return spring is arranged between a bottom end of the central shaft and an inner bottom surface of the housing, the central shaft is able to reciprocate in the housing in a vertical direction, the bottom end of the central shaft is further fixedly provided with a limit member, an outer wall of a bottom end of the limit member is provided with a flange in a circumferential direction, the magnetic ring is sleeved on an outer wall of the limit member and located at an upper end of the flange, or an inner wall of the bottom end of the limit member is provided with a flange in the circumferential direction, and the magnetic ring is arranged inside the limit member and located at the upper end of the flange, and the magnetic ring is a permanent magnet magnetized along an axial direction of the limit member, wherein the variable force key further comprises an electromagnet or a hollow coil, the electromagnet or the hollow coil is arranged at a bottom in the housing, and when the central shaft is moved downward, the electromagnet or the hollow coil is able to penetrate inside the limit member, and both a magnitude and a direction of current of the electromagnet or the hollow coil are able to be adjusted.
Strainer component for a suction apparatus, which is configured to suck up impurities (141, 142) from a floor by means of an air flow; wherein the strainer component comprises - a strainer part with a strainer surface; wherein the strainer part is embodied such that the air flow passes therethrough, so that impurities from the air flow are trapped on an underside of the strainer part; and - at least one tapping-off body, which is embodied to rest on a top side of the strainer part in several differently oriented positions; wherein the differently oriented positions are formed by differently oriented surfaces of the tapping-off body and/or by different feet of the tapping-off body; and wherein the tapping-off body is embodied to carry out a rolling over the differently oriented positions on the top side of the strainer part as the tapping-off movement; characterised in that - the strainer component is embodied such that the tapping-off body is caused, on account of the mass inertia of the tapping-off body, to carry out a tapping-off movement on the top side of the strainer part in response to a change of movement of the strainer component, as a result of which the impurities trapped on the underside of the strainer part are tapped off from the strainer part. - a strainer part with a strainer surface; wherein the strainer part is embodied such that the air flow passes therethrough, so that impurities from the air flow are trapped on an underside of the strainer part; and - at least one tapping-off body, which is embodied to rest on a top side of the strainer part in several differently oriented positions; wherein the differently oriented positions are formed by differently oriented surfaces of the tapping-off body and/or by different feet of the tapping-off body; and wherein the tapping-off body is embodied to carry out a rolling over the differently oriented positions on the top side of the strainer part as the tapping-off movement; - the strainer component is embodied such that the tapping-off body is caused, on account of the mass inertia of the tapping-off body, to carry out a tapping-off movement on the top side of the strainer part in response to a change of movement of the strainer component, as a result of which the impurities trapped on the underside of the strainer part are tapped off from the strainer part.
A method for determining sensitivity to a CDK4/6 inhibitor, comprising the steps of: measuring activity of at least one CDK selected from CDK4 and CDK6 in a sample collected from a subject to obtain a value based on the measured CDK activity, comparing the value based on the CDK activity, with a threshold level corresponding to the CDK, and determining that the subject is insensitive to the CDK4/6 inhibitor when the value based on the CDK activity is less than the threshold level, wherein the value based on the CDK activity is a ratio value of specific activity value of the CDK in the sample treated with the CDK4/6 inhibitor to specific activity value of the CDK in the sample not treated with the CDK4/6 inhibitor. measuring activity of at least one CDK selected from CDK4 and CDK6 in a sample collected from a subject to obtain a value based on the measured CDK activity, comparing the value based on the CDK activity, with a threshold level corresponding to the CDK, and determining that the subject is insensitive to the CDK4/6 inhibitor when the value based on the CDK activity is less than the threshold level,