mhurhangee/ep-ind-claims huggingface dataset:
A control panel (100, 306) for a heating, ventilation, air conditioning, and refrigeration (HVACR) unit, comprising: a control panel housing having an open side; an inner layer disposed within the control panel housing; a plurality of high-voltage components disposed on the inner layer; an outer layer disposed closer to the open side of the control panel housing than the inner layer; a plurality of low-voltage components disposed on the outer layer; characterized in that: the outer layer is configured to be movable between: a closed position where the outer layer covers the plurality of high-voltage components with respect to the open side of the control panel housing, and an open position where the plurality of high-voltage components are accessible through the open side of the control panel housing, and all high-voltage components included in the control panel are disposed only on the inner layer; and all low-voltage components included in the control panel are disposed only on the outer layer. a control panel housing having an open side; an inner layer disposed within the control panel housing; a plurality of high-voltage components disposed on the inner layer; an outer layer disposed closer to the open side of the control panel housing than the inner layer; a plurality of low-voltage components disposed on the outer layer; characterized in that: the outer layer is configured to be movable between: a closed position where the outer layer covers the plurality of high-voltage components with respect to the open side of the control panel housing, and an open position where the plurality of high-voltage components are accessible through the open side of the control panel housing, and all high-voltage components included in the control panel are disposed only on the inner layer; and all low-voltage components included in the control panel are disposed only on the outer layer. the outer layer is configured to be movable between: a closed position where the outer layer covers the plurality of high-voltage components with respect to the open side of the control panel housing, and an open position where the plurality of high-voltage components are accessible through the open side of the control panel housing, and a closed position where the outer layer covers the plurality of high-voltage components with respect to the open side of the control panel housing, and an open position where the plurality of high-voltage components are accessible through the open side of the control panel housing, and all high-voltage components included in the control panel are disposed only on the inner layer; and all low-voltage components included in the control panel are disposed only on the outer layer.
Tensioning roller for a belt of a motor vehicle engine, comprising: - a support plate pivotable about a roller foot fixed securely to a crankcase of the engine, from an angular stop position, said roller comprising elastic means for automatically returning said support plate to the stop position, - a tubular rotation arm extending from said plate substantially parallel to the roller foot, - a sealing dish fixed to the tubular arm, said roller comprises a device for coupling the sealing dish with the support plate and characterized in that the sealing dish bears a maintenance finger extending orthogonally to said dish on the opposite side to the crankcase of the engine. - a support plate pivotable about a roller foot fixed securely to a crankcase of the engine, from an angular stop position, said roller comprising elastic means for automatically returning said support plate to the stop position, - a tubular rotation arm extending from said plate substantially parallel to the roller foot, - a sealing dish fixed to the tubular arm,
Circuit arrangement for a photovoltaic inverter with: - two bus lines (8, 9), - input terminals for connecting at least one photovoltaic generator to the bus lines (8, 9), - at least one DC/AC converter connected to the bus lines (8, 9), - in each case an isolation switch between each DC/AC converter and the bus lines (8, 9), and - at least one short-circuit path for short-circuiting a voltage applied between the bus lines (8, 9), in which a short-circuit switch is arranged, wherein the at least one short-circuit path between the bus lines (8, 9) is arranged upstream of all isolation switches, characterized in that - the short-circuit switch in the at least one short-circuit path between the bus lines (8, 9) is connected in series with a fuse; and - at least one further short-circuit path (16 to 18) for short-circuiting the voltage applied between the bus lines (8, 9) exist, in which also a short-circuit switch is arranged, wherein the at least one further short-circuit path (16, 17) is arranged downstream of the isolation switch and between the connecting lines (13, 14) of the at least one DC/AC converter. - two bus lines (8, 9), - input terminals for connecting at least one photovoltaic generator to the bus lines (8, 9), - at least one DC/AC converter connected to the bus lines (8, 9), - in each case an isolation switch between each DC/AC converter and the bus lines (8, 9), and - at least one short-circuit path for short-circuiting a voltage applied between the bus lines (8, 9), in which a short-circuit switch is arranged, wherein the at least one short-circuit path between the bus lines (8, 9) is arranged upstream of all isolation switches, - the short-circuit switch in the at least one short-circuit path between the bus lines (8, 9) is connected in series with a fuse; and - at least one further short-circuit path (16 to 18) for short-circuiting the voltage applied between the bus lines (8, 9) exist, in which also a short-circuit switch is arranged, wherein the at least one further short-circuit path (16, 17) is arranged downstream of the isolation switch and between the connecting lines (13, 14) of the at least one DC/AC converter.
Arrangement for emitting light, having • several, essentially point-shaped light sources (100, 200) as well as • a light controlling element with a limiting area or a limiting area section, which is arranged in the ray path of the light of both a first light source and a second light source, characterized in that the limiting area or the limiting area section forms a light entry area for the light of the first light source into the light controlling element and the limiting area or the limiting area section at the same time forms on its side facing away from the light entry area a reflection area for the light of the second light source. • several, essentially point-shaped light sources (100, 200) as well as • a light controlling element with a limiting area or a limiting area section, which is arranged in the ray path of the light of both a first light source and a second light source,
Device for generative manufacturing of three-dimensional objects from powdery construction material by introducing radiation energy in a construction process, wherein the device is a laser sintering and/or laser melting device, comprising at least one housing having a process chamber in which an exchangeable container having a height-adjustable construction platform is arranged, onto which the powdery construction material, provided for hardening by means of radiation energy, can be applied, characterized by a memory chip which can be removed from process chamber of the device together with the exchangeable container and can be read out via an electronic reading device, wherein the exchangeable container is provided with the memory chip, on which data for controlling at least one drive motor of the exchangeable container for moving the exchangeable container are stored.
A wireless communication method in a mobile terminal for supporting feedback of precoding matrix including precoding vectors for multi-user and single-user multiple-input and multiple-output (MIMO) systems, comprising: a) obtaining, at the mobile terminal, channel state information comprising at least gain information and relative-phase information; b) generating B-bit precoding matrices (C_B) comprising precoding vectors defined by b g, p1, p2, and p3 bit groups, the b g bit group being specified for a joint gain vector and permutation for a joint gain-permutation codebook, the permutation assigning various antennas to gain values of sub-vectors, the p1 and p2 groups being respectively specified for two intra-subvectors relative phase scalars θ 1, θ 2 for two intra-subvector phase codebooks and the p3 bit group representing an inter-subvector phase scalar θ 3 for an inter-subvector phase code book and b g + p1 + p2 + p3 = B, wherein each of the precoding matrices are generated by quantization using at least the gain information and the relative-phase information between antenna elements; c) selecting the best precoding matrix among the generated precoding matrices; and d) transmitting the bit sequence representing the selected precoding matrix to a base station. a) obtaining, at the mobile terminal, channel state information comprising at least gain information and relative-phase information; b) generating B-bit precoding matrices (C_B) comprising precoding vectors defined by b g, p1, p2, and p3 bit groups, the b g bit group being specified for a joint gain vector and permutation for a joint gain-permutation codebook, the permutation assigning various antennas to gain values of sub-vectors, the p1 and p2 groups being respectively specified for two intra-subvectors relative phase scalars θ 1, θ 2 for two intra-subvector phase codebooks and the p3 bit group representing an inter-subvector phase scalar θ 3 for an inter-subvector phase code book and b g + p1 + p2 + p3 = B, wherein each of the precoding matrices are generated by quantization using at least the gain information and the relative-phase information between antenna elements; c) selecting the best precoding matrix among the generated precoding matrices; and d) transmitting the bit sequence representing the selected precoding matrix to a base station.
A method for dynamically adjusting a size of a buffer of a user device, the method comprising: buffering a first segment of a media asset in a buffer having a first buffer size; retrieving metadata associated with a second segment of the media asset; determining, based on retrieved metadata of the second segment of the media asset and a user profile, whether a rewind request is likely to be received during the second segment of the media asset by: identifying a complexity score of the second segment; retrieving a complexity tolerance of a user from a user profile; and in response to determining that the complexity score of the second segment exceeds the complexity tolerance of the user, determining that the rewind request is likely to be received; in response to determining that the rewind request is likely to be received: increasing the size of the buffer to a second buffer size; and buffering the second segment of the media asset in the buffer having the second buffer size; and in response to detecting an end of the second segment, reducing the size of the buffer to the first buffer size. buffering a first segment of a media asset in a buffer having a first buffer size; retrieving metadata associated with a second segment of the media asset; determining, based on retrieved metadata of the second segment of the media asset and a user profile, whether a rewind request is likely to be received during the second segment of the media asset by: identifying a complexity score of the second segment; retrieving a complexity tolerance of a user from a user profile; and in response to determining that the complexity score of the second segment exceeds the complexity tolerance of the user, determining that the rewind request is likely to be received; identifying a complexity score of the second segment; retrieving a complexity tolerance of a user from a user profile; and in response to determining that the complexity score of the second segment exceeds the complexity tolerance of the user, determining that the rewind request is likely to be received; in response to determining that the rewind request is likely to be received: increasing the size of the buffer to a second buffer size; and buffering the second segment of the media asset in the buffer having the second buffer size; and increasing the size of the buffer to a second buffer size; and buffering the second segment of the media asset in the buffer having the second buffer size; and in response to detecting an end of the second segment, reducing the size of the buffer to the first buffer size.
A method for addressing and identifying a response from a client in a mobile data digital interface, MDDI, communication system, the method comprising the steps of: inserting a client identification, ID, field in a data packet transmitted by the client to a host in response to a request; decoding the data packet and evaluating the client ID; and taking action on the response if the evaluated client ID is validated. inserting a client identification, ID, field in a data packet transmitted by the client to a host in response to a request; decoding the data packet and evaluating the client ID; and taking action on the response if the evaluated client ID is validated.
Apparatus for charging the electrical batteries of single-track vehicles, in particular bicycles, having an electrical auxiliary motor, comprising at least one socket which is connected via a power switch and a current measuring device to an electrical supply network, and comprising a control device for the power switch, said control device being able to be activated via an input and display device, characterised in that the socket is arranged in a housing which receives a vehicle and of which the door comprises a lock which locks automatically when the door is closed and can be opened via an actuator, and in that the actuator of the lock can be activated in dependence upon the activation of the control device by the input and display device and the power switch can be activated additionally in dependence upon the closed position of the lock.
An arc discharge prevention connector, comprising: a cylindrical case; a connector body that is slidably accommodated in a front half part of the cylindrical case and has a power terminal (10T1) and a signal terminal (10T2), a lever rotatably attached to the cylindrical case; a handle; and a release lever that prevents a returning operation of the lever in a state that the connector body is fitted with a mating connector by a rotational operation of the lever, wherein the connector body is movable in the cylindrical case in accordance with the rotational operation of the lever; wherein the release lever has an action arm extending in an axial direction of the connector body, characterized in that the release lever further has a provisional latch arm provided on a tip portion of the action arm, and a complete latch arm provided on a tip portion of the provisional latch arm (11 B); wherein a provisional latch piece which is engageable with the provisional latch arm at a half fitted position of the connector body and a complete latch piece which is engageable with the complete latch arm at a completely fitted position of the connector body are provided on either one of the handle and the connector body; and wherein in a state that the provisional latch arm (11 B) is engaged with the provisional latch piece, the power terminal (10T1) is in contact with a power terminal of the mating connector and the signal terminal (10T2) is in non-contact with a signal terminal of the mating connector. a cylindrical case; a connector body that is slidably accommodated in a front half part of the cylindrical case and has a power terminal (10T1) and a signal terminal (10T2), a lever rotatably attached to the cylindrical case; a handle; and a release lever that prevents a returning operation of the lever in a state that the connector body is fitted with a mating connector by a rotational operation of the lever, wherein the connector body is movable in the cylindrical case in accordance with the rotational operation of the lever; wherein the release lever has an action arm extending in an axial direction of the connector body, characterized in that the release lever further has a provisional latch arm provided on a tip portion of the action arm, and a complete latch arm provided on a tip portion of the provisional latch arm (11 B); wherein a provisional latch piece which is engageable with the provisional latch arm at a half fitted position of the connector body and a complete latch piece which is engageable with the complete latch arm at a completely fitted position of the connector body are provided on either one of the handle and the connector body; and wherein in a state that the provisional latch arm (11 B) is engaged with the provisional latch piece, the power terminal (10T1) is in contact with a power terminal of the mating connector and the signal terminal (10T2) is in non-contact with a signal terminal of the mating connector.
A silicon carbide semiconductor device comprising: a substrate of a n type conductivity made of silicon carbide and having a dislocation density of 1 x 10 3 cm -2; and a p-type impurity layer (25, 36, 54) formed by ion-implantation of Al or B in a layer formed on said substrate, a concentration of said p-type conductive impurities being 3 x 10 20 cm -3, an ohmic electrode (11, 55) formed so as to be in contact with said impurity layer (25, 36, 54); wherein the ohmic electrode is made of Ni, Ti, Al, or a silicide thereof, wherein a contact resistance is 2 x 10 -3 ohm/cm 2. a substrate of a n type conductivity made of silicon carbide and having a dislocation density of 1 x 10 3 cm -2; and a p-type impurity layer (25, 36, 54) formed by ion-implantation of Al or B in a layer formed on said substrate, a concentration of said p-type conductive impurities being 3 x 10 20 cm -3, an ohmic electrode (11, 55) formed so as to be in contact with said impurity layer (25, 36, 54); wherein the ohmic electrode is made of Ni, Ti, Al, or a silicide thereof, wherein a contact resistance is 2 x 10 -3 ohm/cm 2.
A composite-steel hybrid mast for a rotorcraft, comprising: a tubular, steel portion having an internal surface defining a space therein; and a composite portion disposed within the space defined by the internal surface of the steel portion and held in a fixed spatial relationship with respect to the internal surface of the steel portion, wherein the composite portion has an internal surface defining a space therein; and wherein the internal surface of the steel portion defines at least one groove. a tubular, steel portion having an internal surface defining a space therein; and a composite portion disposed within the space defined by the internal surface of the steel portion and held in a fixed spatial relationship with respect to the internal surface of the steel portion, wherein the composite portion has an internal surface defining a space therein; and wherein the internal surface of the steel portion defines at least one groove.
A user equipment for being scheduled with uplink radio resources, wherein at least one unlicensed cell is configured for communication between the user equipment and a radio base station that is responsible for scheduling uplink radio resources on the unlicensed cell, wherein the user equipment comprises: a receiver, which in operation, is configured to receive from the radio base station a first-stage uplink resource scheduling message, indicating uplink radio resources usable by the user equipment to perform an uplink transmission via the unlicensed cell, the receiver, which in operation, is configured to receive from the radio base station a second-stage uplink resource scheduling message, which is related to the first-stage uplink resource scheduling message, a processor, which in operation, is configured to determine whether the first-stage uplink resource scheduling message is valid or not, the processor, which in operation, is configured to determine, when receiving the second-stage uplink resource scheduling message, that an uplink transmission is scheduled in case the processor has determined that the first-stage uplink resource scheduling message is valid, wherein the determination if the first-stage uplink resource scheduling message is valid is based on a determination as to whether an uplink transmission has been triggered by another second-stage uplink resource scheduling message within a predetermined time period prior to reception of the second-stage uplink resource scheduling message, and a transmitter, which in operation, and in case the processor has determined that an uplink transmission is scheduled, is configured to perform an uplink transmission via the unlicensed cell. a receiver, which in operation, is configured to receive from the radio base station a first-stage uplink resource scheduling message, indicating uplink radio resources usable by the user equipment to perform an uplink transmission via the unlicensed cell, the receiver, which in operation, is configured to receive from the radio base station a second-stage uplink resource scheduling message, which is related to the first-stage uplink resource scheduling message, a processor, which in operation, is configured to determine whether the first-stage uplink resource scheduling message is valid or not, the processor, which in operation, is configured to determine, when receiving the second-stage uplink resource scheduling message, that an uplink transmission is scheduled in case the processor has determined that the first-stage uplink resource scheduling message is valid, wherein the determination if the first-stage uplink resource scheduling message is valid is based on a determination as to whether an uplink transmission has been triggered by another second-stage uplink resource scheduling message within a predetermined time period prior to reception of the second-stage uplink resource scheduling message, and a transmitter, which in operation, and in case the processor has determined that an uplink transmission is scheduled, is configured to perform an uplink transmission via the unlicensed cell.