mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a vehicle, comprising: a friction clutch that is configured to switch between engagement and disengagement between a motor/generator and a drive wheel; a mechanical oil pump that is driven by the motor/generator and supplies hydraulic oil pressure to the friction clutch; and an electric oil pump that is driven by an electric motor and supplies hydraulic oil pressure to the friction clutch, wherein the motor/generator is stopped when the vehicle is stopped, the friction clutch is kept released by the hydraulic pressure from the electric oil pump in a state in which slack in a stroke is eliminated, and a rotational speed of the motor/generator is increased toward a target rotational speed upon receiving a stoppage cancellation request of the motor/generator, characterized in that, when increasing the rotational speed of the motor/generator toward the target rotational speed, a torque of the motor/generator is limited to less than the torque of the motor/generator at which it is possible to maintain the target rotational speed, and if a slip of the friction clutch is detected (S4, S11), then limitation of the torque is canceled. a friction clutch that is configured to switch between engagement and disengagement between a motor/generator and a drive wheel; a mechanical oil pump that is driven by the motor/generator and supplies hydraulic oil pressure to the friction clutch; and an electric oil pump that is driven by an electric motor and supplies hydraulic oil pressure to the friction clutch, wherein the motor/generator is stopped when the vehicle is stopped, the friction clutch is kept released by the hydraulic pressure from the electric oil pump in a state in which slack in a stroke is eliminated, and a rotational speed of the motor/generator is increased toward a target rotational speed upon receiving a stoppage cancellation request of the motor/generator, characterized in that, when increasing the rotational speed of the motor/generator toward the target rotational speed, a torque of the motor/generator is limited to less than the torque of the motor/generator at which it is possible to maintain the target rotational speed, and if a slip of the friction clutch is detected (S4, S11), then limitation of the torque is canceled.
A nonaqueous electrolyte secondary battery comprising: a positive electrode comprising a positive electrode current collector having a first surface and a first positive electrode active material layer (4b, 4b 1) provided on a part of the first surface; a negative electrode comprising a negative electrode current collector having a second surface opposed to the first surface and a first negative electrode active material layer (5b 1) provided on a part of the second surface; and a nonaqueous electrolyte, wherein the negative electrode current collector comprises a second coated portion on which the first negative electrode active material layer (5b 1) is provided and a second noncoated portion which is adjacent to the second coated portion in a direction parallel to the second surface, in which the first negative electrode active material layer (5b 1) is not present; and the second noncoated portion is adjacent to at least an edge of the negative electrode current collector and extends along the at least an edge; the bulk density of the first negative electrode active material layer (5b 1) is within the range of 2.1 g/cm 3 to 2.4 g/cm 3 (2.1 g/cc to 2.4 g/cc); and characterized in that a length from a boundary between the second coated portion and the second noncoated portion to the at least an edge of the negative electrode current collector is within a range of 5 mm to 20 mm; a ratio W1/W2 of a mass of the second coated portion per unit area W1 to a mass of the second noncoated portion per unit area W2 is from 0.997 to 1. a positive electrode comprising a positive electrode current collector having a first surface and a first positive electrode active material layer (4b, 4b 1) provided on a part of the first surface; a negative electrode comprising a negative electrode current collector having a second surface opposed to the first surface and a first negative electrode active material layer (5b 1) provided on a part of the second surface; and a nonaqueous electrolyte, wherein the negative electrode current collector comprises a second coated portion on which the first negative electrode active material layer (5b 1) is provided and a second noncoated portion which is adjacent to the second coated portion in a direction parallel to the second surface, in which the first negative electrode active material layer (5b 1) is not present; and the second noncoated portion is adjacent to at least an edge of the negative electrode current collector and extends along the at least an edge; the bulk density of the first negative electrode active material layer (5b 1) is within the range of 2.1 g/cm 3 to 2.4 g/cm 3 (2.1 g/cc to 2.4 g/cc); and characterized in that a length from a boundary between the second coated portion and the second noncoated portion to the at least an edge of the negative electrode current collector is within a range of 5 mm to 20 mm; a ratio W1/W2 of a mass of the second coated portion per unit area W1 to a mass of the second noncoated portion per unit area W2 is from 0.997 to 1.
A data network suitable for transporting media packets, the network comprising: a master clock device to generate a system time signal for the data network; a plural number of network devices (108, 110, 111) interconnected such that each network device (108, 110, 111) is able to send media packets to other network devices (108, 110, 111), and to receive media packets from other network devices (108, 110, 111); each network device (108, 110, 111) also configured to receive media signals from a media device (112, 114), to transmit media signals to a media device (112, 114), or to do both; and wherein, each network device (108, 110, 111) is connected to the master clock device and is configured to use the system time signal and a network time protocol to generate a local clock signal (126, 128) synchronized to the system time signal for both rate and offset, characterized in that in each network device (108, 110, 111) a media clock signal (130, 132) is synthesized from the local clock signal (126, 128) and is configured to derive any sample rate and to directly govern the rate and offset at which media signals are received or transmitted by the network device (108, 110, 111). a master clock device to generate a system time signal for the data network; a plural number of network devices (108, 110, 111) interconnected such that each network device (108, 110, 111) is able to send media packets to other network devices (108, 110, 111), and to receive media packets from other network devices (108, 110, 111); each network device (108, 110, 111) also configured to receive media signals from a media device (112, 114), to transmit media signals to a media device (112, 114), or to do both; and wherein, each network device (108, 110, 111) is connected to the master clock device and is configured to use the system time signal and a network time protocol to generate a local clock signal (126, 128) synchronized to the system time signal for both rate and offset, characterized in that in each network device (108, 110, 111) a media clock signal (130, 132) is synthesized from the local clock signal (126, 128) and is configured to derive any sample rate and to directly govern the rate and offset at which media signals are received or transmitted by the network device (108, 110, 111).
A non-aqueous electrolyte solution for a lithium secondary battery, the non-aqueous electrolyte solution comprising: a lithium salt; an organic solvent; a first additive; and second additive, wherein the first additive is a compound represented by following chemical formula 1 wherein each of R1 to R3 is a hydrogen or alkyl group having 1 to 3 carbon atoms, wherein the second additive is a compound represented by following chemical formula 2: and wherein L is an alkylene group having 1 to 10 carbon atoms. a lithium salt; an organic solvent; a first additive; and second additive, wherein the first additive is a compound represented by following chemical formula 1 wherein each of R1 to R3 is a hydrogen or alkyl group having 1 to 3 carbon atoms, wherein the second additive is a compound represented by following chemical formula 2: and wherein L is an alkylene group having 1 to 10 carbon atoms. wherein each of R1 to R3 is a hydrogen or alkyl group having 1 to 3 carbon atoms, wherein the second additive is a compound represented by following chemical formula 2: and wherein L is an alkylene group having 1 to 10 carbon atoms.
Device for transporting a cable with a conveyor unit with conveying means (4,5) movable in opposite directions, wherein at least one of the conveying means is driven (4, 5), the cable is conveyable between the conveying means (4, 5) through frictional connection, wherein the conveying unit is designed as a belt drive and comprises two belts as conveying means (4, 5), wherein at least one of the belts is movable by way of a drive roller which can be driven by means of a drive (20, 21), and with a pressing device with which the conveying means (4, 5) are displaceable relative to each other for applying a pressing force to the cable characterised in that the cable transporting device comprises a regulator for controlling the pressing device which takes into account the slippage of the cable in the conveying unit and in that the pressing device comprises two feed motors (11, 12), wherein the feed motors (11, 12) controllable by the regulator are each assigned to one of the conveying means (4, 5) and are movable independently of each other.
A tubular handle for an element closing an object opening, in particular for a door or window wing, comprising a tubular handrail connected to at least one fixing element, an optional masking element in which the fixing element is disposed, and a control cable connecting a first control component disposed in the handrail with a second control component disposed in the closing element or in the object, characterized in that it is provided with a blanking mechanism comprising a blanking flap embedded in an access opening of the handrail, and adjacent to the fixing element, wherein said blanking flap and/or said handrail has/have a cutout(s) (614, 23) for the control cable covered by the fixing element and/or the masking element, a sidewall of said blanking flap, which is distal to the fixing element, and a sidewall of said access opening are at least partially inclined at an obtuse angle (α) with respect to an external surface of said blanking flap, and said blanking flap is pressed against the access opening of the handrail by the fixing element and/or the masking element. said blanking flap and/or said handrail has/have a cutout(s) (614, 23) for the control cable covered by the fixing element and/or the masking element, a sidewall of said blanking flap, which is distal to the fixing element, and a sidewall of said access opening are at least partially inclined at an obtuse angle (α) with respect to an external surface of said blanking flap, and said blanking flap is pressed against the access opening of the handrail by the fixing element and/or the masking element.
A method for the cableless transmission of power between a sender and a receiver comprising a power phase and a measurement phase, wherein the receiver measures a received power during the measurement phase and transmits information about the measured power to the sender, wherein the sender compares the power sent out by it with the power measured by the receiver and determines a power loss on the base of this, wherein the power phase stops, if the power loss exceeds a maximum permitted limit, characterized in that the sender sends out a power during the measurement phase, which power is smaller than the power sent out during the power phase, wherein the sender sends out a power of more then 5 W, in particular 15 W, during the power phase, wherein the sender sends out a power of not more than 5 W during the measurement phase.
A method for configuring radio resources and assigning a grant for device-to-device, D2D, transmissions between a first user equipment, UE, and a second UE, the first UE and the second UE being within D2D proximity and wherein at least one of the first UE or the second UE is outside a network coverage, the method comprising; determining a configuration of D2D radio resources; signaling by the first UE to the second UE a resource allocation configuration capability, the resource allocation configuration capability indicating the support of an extended resource allocation period, wherein the extended resource allocation period is longer than a regular resource allocation period; receiving, at the first UE, a resource request from the second UE comprising QoS information; in response to receiving the resource request from the second UE, and based on the QoS information in the resource request, determining by the first UE, whether the regular resource allocation period or the extended resource allocation period is to be used to allocate radio resources for the second UE; selecting, by the first UE a radio resource from the D2D radio resources; and in response to determining to use the extended resource allocation period, transmitting from the first UE to the second UE the extended resource allocation period indicating a duration for which the selected radio resource is valid; transmitting, from the first UE to the second UE, a resource grant wherein the resource grant includes an indication of the selected radio resource and the selected radio resource is used by the second UE for the transmissions from the second UE to the first UE. determining a configuration of D2D radio resources; signaling by the first UE to the second UE a resource allocation configuration capability, the resource allocation configuration capability indicating the support of an extended resource allocation period, wherein the extended resource allocation period is longer than a regular resource allocation period; receiving, at the first UE, a resource request from the second UE comprising QoS information; in response to receiving the resource request from the second UE, and based on the QoS information in the resource request, determining by the first UE, whether the regular resource allocation period or the extended resource allocation period is to be used to allocate radio resources for the second UE; selecting, by the first UE a radio resource from the D2D radio resources; and in response to determining to use the extended resource allocation period, transmitting from the first UE to the second UE the extended resource allocation period indicating a duration for which the selected radio resource is valid; transmitting, from the first UE to the second UE, a resource grant wherein the resource grant includes an indication of the selected radio resource and the selected radio resource is used by the second UE for the transmissions from the second UE to the first UE.
A system for identifying print quality at a printer, the system comprising: a memory that stores reference data for nozzles of a printer; and a controller configured to acquire measurement data after operation of the nozzles, calculate differences between the reference data and the measurement data, apply the differences as an input to an isolation forest, operate the isolation forest to determine isolation values for the nozzles, identify nozzles having more than a threshold amount of deviation from the reference data based on the isolation values, and generate a report flagging the identified nozzles for maintenance, characterized in that the controller is further configured to determine inverse isolation values for the nozzles based on the isolation values, and to include an aggregation of the inverse isolation values in the report as a print quality metric. a memory that stores reference data for nozzles of a printer; and a controller configured to acquire measurement data after operation of the nozzles, calculate differences between the reference data and the measurement data, apply the differences as an input to an isolation forest, operate the isolation forest to determine isolation values for the nozzles, identify nozzles having more than a threshold amount of deviation from the reference data based on the isolation values, and generate a report flagging the identified nozzles for maintenance, characterized in that the controller is further configured to determine inverse isolation values for the nozzles based on the isolation values, and to include an aggregation of the inverse isolation values in the report as a print quality metric.
A thin data storage device, comprising: At least an integrated circuit module and a carrier, wherein the integrated circuit module is provided with at least an electronic device and a USB metal contact wherein the substrate has an inner surface and an outer surface and the electronic device is installed on the inner surface or the outer surface and electrically connected to the USB metal contact located at the outer surface; characterized by: a driven structure freely installed in the carrier and provided with a supporting segment and a support pad; wherein the supporting segment is adjacent to the support pad and used to carry the integrated circuit module; the support pad has the length greater than or equal to 1.0mm; wherein, when the support pad is moved from the carrier and an interior angle between the supporting segment and the support pad is less than 180 degrees; then the thickness of the driven structure and the length of the support pad posits at the height of a female connector of the USB port of a computer in a way for the supporting segment to be securely supported and the USB metal contact electrically connected to the female connector of the USB port. At least an integrated circuit module and a carrier, wherein the integrated circuit module is provided with at least an electronic device and a USB metal contact wherein the substrate has an inner surface and an outer surface and the electronic device is installed on the inner surface or the outer surface and electrically connected to the USB metal contact located at the outer surface; characterized by: a driven structure freely installed in the carrier and provided with a supporting segment and a support pad; wherein the supporting segment is adjacent to the support pad and used to carry the integrated circuit module; the support pad has the length greater than or equal to 1.0mm;
A method for generating and/or modifying a media channel access list, comprising: a. obtaining a channel list of a plurality of selectively assignable media channels; b. displaying a plurality of channel groups associated with the plurality of selectively assignable media channels; and c. selecting one of the plurality of channel groups; d. selectively assigning one of the plurality of selectively assignable media channels of the selected channel group to the media channel access list; characterized in that e. the plurality of selectively assignable media channels of the selected channel group and the plurality of channel groups are selectably and simultaneously displayed. a. obtaining a channel list of a plurality of selectively assignable media channels; b. displaying a plurality of channel groups associated with the plurality of selectively assignable media channels; and c. selecting one of the plurality of channel groups; d. selectively assigning one of the plurality of selectively assignable media channels of the selected channel group to the media channel access list; characterized in that e. the plurality of selectively assignable media channels of the selected channel group and the plurality of channel groups are selectably and simultaneously displayed.
A method (200, 400, 500, 600), comprising: identifying devices that are associated with a set of users and that are proximate to the same location; obtaining operational information about the identified devices; establishing a private content delivery network, PCDN, for the identified devices at the location, wherein the PCDN is configured to obscure identification of the devices to entities outside the PCDN and to aggregate content that may be requested by individual ones of the set of users among multiple individual ones of the identified devices; and analyzing activities of an individual user across multiple ones of the identified devices of the PCDN and predicting future content usage based upon the activities and prefetching the future content. identifying devices that are associated with a set of users and that are proximate to the same location; obtaining operational information about the identified devices; establishing a private content delivery network, PCDN, for the identified devices at the location, wherein the PCDN is configured to obscure identification of the devices to entities outside the PCDN and to aggregate content that may be requested by individual ones of the set of users among multiple individual ones of the identified devices; and analyzing activities of an individual user across multiple ones of the identified devices of the PCDN and predicting future content usage based upon the activities and prefetching the future content.
A spoon having a handle, a neck, a head, and a spoon or food receiving recess that has a front edge and a rear edge, wherein the rear edge forms an elevated ridge that is raised such that a straight line joining the front edge and the rear edge extends in the same general direction as a straight line extending in the general direction of the length of the handle of the spoon, wherein the cross-sectional size of the spoon is at its smallest at the neck and increases from the neck to a position corresponding to the rear edge of the spoon or food receiving recess with the outer surface being smoothly contoured to provide a smooth contact surface for the lips of a person using same to encircle the spoon between the neck and spoon or food receiving recess, wherein the food receiving recess has a shape in plan view that closely approximates a circular shape with a width of between 18 to 25 mm and a length of between 20 and 30 mm and wherein the neck is spaced from the spoon or food receiving recess by a distance of the same order as the dimension of the spoon or food receiving recess, so that the neck is located rearwards of the rear edge of the spoon or food receiving recess by a distance of between 15 and 25 mm.
A surface temperature sensor, characterized in that comprising: a) a negative temperature coefficient or positive temperature coefficient thermistor; b) a flexible printed circuit or flexible flat cable comprising at least two rows of metal copper wires; and c) two layers of thin films made of a polyimide, a polyethylene terephthalate plastic, an aramid fiber, an aromatic polyamide, or a polyether ether ketone; wherein the NTC or PTC thermistor is provided with thermistor pins, the NTC or PTC thermistor is entirely packed inside the thin films made of a polyimide, a polyethylene terephthalate plastic, an aramid fiber, an aromatic polyamide, or a polyether ether ketone; the thermistor pins of the NTC or PTC thermistor and front end part of the FPC or FFC are connected together to form welding points; the whole thermistor, the welding points and front end part of the FPC or FFC are packed inside the thin films; and the metal copper wires of the FPC or FFC are arranged side by side from left to right in two rows or are stacked together in an upper layer and a lower layer. a) a negative temperature coefficient or positive temperature coefficient thermistor; b) a flexible printed circuit or flexible flat cable comprising at least two rows of metal copper wires; and c) two layers of thin films made of a polyimide, a polyethylene terephthalate plastic, an aramid fiber, an aromatic polyamide, or a polyether ether ketone; wherein