mhurhangee/ep-ind-claims huggingface dataset:
A power conversion device connected to a motor mounted on a vehicle, comprising: an inverter circuit which has a plurality of power conversion elements and converts direct-current power from a direct-current power supply into alternating-current power to drive the motor, using the plurality of power conversion elements; a gate drive substrate which includes a driver circuit to output drive signals to operate the plurality of power conversion elements; and a motor control substrate which includes a first control circuit to output control signals to output the drive signals to the driver circuit and a power supply circuit to supply operation power to the first control circuit, characterised in that when the vehicle is in a non-operation state and a regenerative voltage applied from the motor to the inverter circuit becomes equal to or more than a predetermined first threshold value, the power supply circuit supplies the operation power to the first control circuit, and the first control circuit starts when the operation power is supplied from the power supply circuit and outputs the control signals to the driver circuit, such that regenerative energy according to the regenerative voltage is consumed between the motor and the inverter circuit. an inverter circuit which has a plurality of power conversion elements and converts direct-current power from a direct-current power supply into alternating-current power to drive the motor, using the plurality of power conversion elements; a gate drive substrate which includes a driver circuit to output drive signals to operate the plurality of power conversion elements; and a motor control substrate which includes a first control circuit to output control signals to output the drive signals to the driver circuit and a power supply circuit to supply operation power to the first control circuit, characterised in that a first control circuit to output control signals to output the drive signals to the driver circuit and a power supply circuit to supply operation power to the first control circuit, characterised in that when the vehicle is in a non-operation state and a regenerative voltage applied from the motor to the inverter circuit becomes equal to or more than a predetermined first threshold value, the power supply circuit supplies the operation power to the first control circuit, and the first control circuit starts when the operation power is supplied from the power supply circuit and outputs the control signals to the driver circuit, such that regenerative energy according to the regenerative voltage is consumed between the motor and the inverter circuit.
A mining machine vehicle comprising: a battery for storing electrical energy; a refrigerant circuit of a vehicle for circulating a refrigerant via the battery; a connection for connecting the refrigerant circuit of the mining machine vehicle to a refrigerant circuit of a charging station via a fluid-fluid heat exchanger, characterized in that, the fluid-fluid heat exchanger is on-board the mining machine vehicle as a part of the refrigerant circuit of the mining machine vehicle, the refrigerant circuit of the mining machine vehicle comprises two refrigerant circuits that are connected with each other via the fluid-fluid heat exchanger, the refrigerant circuit of the mining machine vehicle comprises a valve arranged to regulate flow through the fluid-fluid heat exchanger, the connection comprises at least one connector as part of the refrigerant circuit of the mining machine vehicle, a connector on the vehicle arranged to connect with an electrical outlet from the charging station. a battery for storing electrical energy; a refrigerant circuit of a vehicle for circulating a refrigerant via the battery; a connection for connecting the refrigerant circuit of the mining machine vehicle to a refrigerant circuit of a charging station via a fluid-fluid heat exchanger, characterized in that, the fluid-fluid heat exchanger is on-board the mining machine vehicle as a part of the refrigerant circuit of the mining machine vehicle, the refrigerant circuit of the mining machine vehicle comprises two refrigerant circuits that are connected with each other via the fluid-fluid heat exchanger, the refrigerant circuit of the mining machine vehicle comprises a valve arranged to regulate flow through the fluid-fluid heat exchanger, the connection comprises at least one connector as part of the refrigerant circuit of the mining machine vehicle, a connector on the vehicle arranged to connect with an electrical outlet from the charging station.
A content distribution system, comprising: an encoder at a headend comprising a processor and computer instructions stored in a non-transitory computer readable storage medium, wherein the processor is configured to execute the instructions to cause the encoder to: decode a source video content stream into a sequence of uncompressed frames, where each frame in the sequence is marked with an associated presentation time stamp clock value; calculate a number of clock cycles between instantaneous decoder refresh -frames; characterized in that for each frame in the sequence, calculate a remainder after a division of an associated PTS clock value of a given frame by the number of clock cycles between IDR-frames; mark each frame in the sequence as an IDR-frame where the corresponding remainder is strictly less than a number of PTS clock cycles per frame and mark a remainder of the frames in the sequence as an internal frame within a group of pictures to produce a marked set of video frames; and pass the marked set video frames through a video codec to output an output video content stream. decode a source video content stream into a sequence of uncompressed frames, where each frame in the sequence is marked with an associated presentation time stamp clock value; calculate a number of clock cycles between instantaneous decoder refresh -frames; characterized in that for each frame in the sequence, calculate a remainder after a division of an associated PTS clock value of a given frame by the number of clock cycles between IDR-frames; mark each frame in the sequence as an IDR-frame where the corresponding remainder is strictly less than a number of PTS clock cycles per frame and mark a remainder of the frames in the sequence as an internal frame within a group of pictures to produce a marked set of video frames; and pass the marked set video frames through a video codec to output an output video content stream.
Tower of a wind turbine assembly with a connecting portion arranged to interface with a nacelle of a wind turbine, characterized in that the connecting portion comprises a first, exterior, flange at an interface to the nacelle which first flange extends to the exterior of the tower and is realised to be attached to a yaw ring of a yaw motor arranged on the exterior of the tower.
A fishing reel (200, 300), comprising: a housing, including a side plate (208, 308); a gear stud (252, 336) rotatably disposed relative to the housing to rotate about a first axis; a main gear (246, 346) concentrically disposed relative to the gear stud, the main gear interacting with another gear to rotate a spool (206, 316) about a second axis; a drag stack (240, 340) concentrically disposed relative to the gear stud; a one way clutch (238, 338) concentrically disposed relative to the gear stud; a clutch sleeve (236, 336) disposed within and engaging the one-way clutch, the clutch sleeve being constrained to rotate with the gear stud; an adjustment member (228, 328) disposed outside the housing that provides a user interface for adjusting a desired drag; a drag adjuster (272, 352) that transmits drag adjustments from the adjustment member to the drag stack without axially displacing the clutch sleeve; characterized in that the clutch sleeve (236, 336) is substantially axially fixed relative to the side plate (208, 308). a housing, including a side plate (208, 308); a gear stud (252, 336) rotatably disposed relative to the housing to rotate about a first axis; a main gear (246, 346) concentrically disposed relative to the gear stud, the main gear interacting with another gear to rotate a spool (206, 316) about a second axis; a drag stack (240, 340) concentrically disposed relative to the gear stud; a one way clutch (238, 338) concentrically disposed relative to the gear stud; a clutch sleeve (236, 336) disposed within and engaging the one-way clutch, the clutch sleeve being constrained to rotate with the gear stud; an adjustment member (228, 328) disposed outside the housing that provides a user interface for adjusting a desired drag; a drag adjuster (272, 352) that transmits drag adjustments from the adjustment member to the drag stack without axially displacing the clutch sleeve;
A method for producing a tablet for vapor deposition which is made of an indium oxide sintered body containing cerium as a dopant, and which has a relative density of 50% to 80%, both inclusive, the method characterized by comprising: a first step of obtaining a calcined powder by subjecting an indium oxide powder or an indium oxide powder and a cerium oxide powder to a heat treatment at 1300°C or above and 1550°C or below; a second step of obtaining a granulated powder by mixing an uncalcined cerium oxide powder or an uncalcined indium oxide powder and an uncalcined cerium oxide powder with the obtained calcined indium oxide powder or mixing an uncalcined indium oxide powder and/or an uncalcined cerium oxide powder with the obtained calcined indium oxide and cerium oxide powder such that the ratio of the calcined powder is 50% by mass to 80% by mass, both inclusive, followed by granulation; and a third step of obtaining an indium oxide sintered body containing cerium as a dopant by molding the obtained granulated powder, thereby forming a molded body, and then sintering the molded body at a temperature which is 1100°C or above and 1350°C or below, and which is lower than the temperature of the heat treatment on the calcined powder in the first step by 200°C or more. a first step of obtaining a calcined powder by subjecting an indium oxide powder or an indium oxide powder and a cerium oxide powder to a heat treatment at 1300°C or above and 1550°C or below; a second step of obtaining a granulated powder by mixing an uncalcined cerium oxide powder or an uncalcined indium oxide powder and an uncalcined cerium oxide powder with the obtained calcined indium oxide powder or mixing an uncalcined indium oxide powder and/or an uncalcined cerium oxide powder with the obtained calcined indium oxide and cerium oxide powder such that the ratio of the calcined powder is 50% by mass to 80% by mass, both inclusive, followed by granulation; and a third step of obtaining an indium oxide sintered body containing cerium as a dopant by molding the obtained granulated powder, thereby forming a molded body, and then sintering the molded body at a temperature which is 1100°C or above and 1350°C or below, and which is lower than the temperature of the heat treatment on the calcined powder in the first step by 200°C or more.
Optical coupling arrangement, comprising a lightwave circuit, LC,; a coupling element; an optical waveguide element; wherein the LC has a first surface area; wherein the coupling element is attached to the first surface area such that an optical signal can be transmitted from the LC to the coupling element; wherein the optical waveguide element is attached to the coupling element at a first junction zone such that the optical signal can be transmitted from the coupling element to the optical waveguide element; wherein the coupling element is configured to perform mode transformation to the optical signal transmitted from the LC to the optical waveguide element, in particular such that adiabatic coupling of the optical signal to the optical waveguide element is enabled; and characterized in that: the junction zone is arranged at a lateral surface area of the coupling element; the lateral surface area of the coupling element extends perpendicular to the first surface area of the LC; and the coupling element is an element comprising an optical path optically connecting the junction zone with the first surface area of the LC, wherein the coupling element is a glass block used as a mode converter between the LC and the optical waveguide element, and the optical path is a waveguide written for defined in the glass block. the junction zone is arranged at a lateral surface area of the coupling element; the lateral surface area of the coupling element extends perpendicular to the first surface area of the LC; and the coupling element is an element comprising an optical path optically connecting the junction zone with the first surface area of the LC, wherein the coupling element is a glass block used as a mode converter between the LC and the optical waveguide element, and the optical path is a waveguide written for defined in the glass block.
Fan device, with at least one radial fan, with a fan housing in which is mounted an impeller, driven to rotate around a rotation axis, wherein the fan housing has a guide wall extending spirally around the impeller in a circumferential direction of the latter and merging into an air exhaust vent (23a-d), wherein the guide wall has guide wall segments (27a-d) formed spirally in the circumferential direction, each merging into a separate air exhaust vent (23a-d) in such a way that the fan housing has a multiplicity of air exhaust vents (23a-d) distributed in the circumferential direction of the impeller, characterised by an air-conditioning housing in which the radial fan is accommodated, wherein the radial fan is inserted in the air-conditioning housing in such a way that an outflow zone is formed between the air exhaust vents and at least one assigned air-conditioning housing wall of the air-conditioning housing.
A system improving efficiency of a filter-type oil separator, the system comprising: a compressor configured to compress and pressurize a mixture of refrigerant and lubricant; a filter-type oil separator configured to receive a first portion of the compressed mixture of refrigerant and lubricant from the compressor; a bypass line configured to bypass a second portion of the compressed mixture of refrigerant and lubricant around the filter-type oil separator; and a bypass valve included in the bypass line and configured to receive the second portion of the mixture of refrigerant and lubricant and provide a bypass path around the filter-type oil separator for the second portion of the mixture; characterised by further comprising a controller (508,608) configured to: process one or more input signals; determine a speed value of the compressor based on the one or more input signals; and adjust the bypass valve based on the speed value. a compressor configured to compress and pressurize a mixture of refrigerant and lubricant; a filter-type oil separator configured to receive a first portion of the compressed mixture of refrigerant and lubricant from the compressor; a bypass line configured to bypass a second portion of the compressed mixture of refrigerant and lubricant around the filter-type oil separator; and a bypass valve included in the bypass line and configured to receive the second portion of the mixture of refrigerant and lubricant and provide a bypass path around the filter-type oil separator for the second portion of the mixture; characterised by further comprising a controller (508,608) configured to: process one or more input signals; determine a speed value of the compressor based on the one or more input signals; and adjust the bypass valve based on the speed value. process one or more input signals; determine a speed value of the compressor based on the one or more input signals; and adjust the bypass valve based on the speed value.
A method for granular change detection of documents stored in a distributed storage system having multiple servers (104, 105) interconnected to one another via a computer network, each of the documents having multiple properties individually having a value describing or identifying the document, and each of the multiple servers (104, 105) being registered to receive notifications of changes in properties, wherein the registrations individually indicate one or more properties of a document a change of which a corresponding server would like to receive a notification; the method comprising: receiving, at a first server, data representing a new version of a document stored in the distributed storage system; performing, for each property, a comparison of the values of the individual properties of the document in the received new version to corresponding properties in a previous version of the document in the distributed storage system; and in response to detecting that a property has a changed value in the new version of the document when compared to the previous version, selectively transmitting, via the computer network, a notification to those of the multiple servers (103, 104, 105) that are registered to receive a notification regarding a change of said property, without transmitting the notification to those servers that are not registered to receive a notification regarding a change of said property. receiving, at a first server, data representing a new version of a document stored in the distributed storage system; performing, for each property, a comparison of the values of the individual properties of the document in the received new version to corresponding properties in a previous version of the document in the distributed storage system; and in response to detecting that a property has a changed value in the new version of the document when compared to the previous version, selectively transmitting, via the computer network, a notification to those of the multiple servers (103, 104, 105) that are registered to receive a notification regarding a change of said property, without transmitting the notification to those servers that are not registered to receive a notification regarding a change of said property.
Interdental brush, comprising a bristle support stem which defines a longitudinal direction and has an elongate support core, a bristle field with bristles protruding from the bristle support stem and a neck element connecting the support core to a handle, wherein the handle, the support core and the neck element are integrally molded from a first plastics component consisting of hard material, and wherein a second plastics component consisting of soft material in the form of an integral layer with bristles protruding therefrom is molded onto the support core, wherein each of the parts molded from the first plastics component, i.e. the handle, the support core and the neck element, has troughs or channels which enable or at least assist a flow of the second plastics component, wherein the integral layer consisting of soft material is molded onto the support core so as to be flush with the neck element. a bristle field with bristles protruding from the bristle support stem and a neck element connecting the support core to a handle, wherein the handle, the support core and the neck element are integrally molded from a first plastics component consisting of hard material, and wherein a second plastics component consisting of soft material in the form of an integral layer with bristles protruding therefrom is molded onto the support core, wherein each of the parts molded from the first plastics component, i.e. the handle, the support core and the neck element, has troughs or channels which enable or at least assist a flow of the second plastics component, wherein the integral layer consisting of soft material is molded onto the support core so as to be flush with the neck element.
A vibration wave motor comprising: a vibrator including a piezoelectric element and a vibrating body; a friction member including a first surface configured to come into direct contact with the vibrator, and a second surface, which is a surface on the opposite side of the first surface, the vibrator and the friction member moving relative to each other in a driving direction by a vibration generated by the vibrator; a supporting member configured to support the friction member on the second surface side; and a pressure member configured to bring the vibrator and the friction member into pressure contact with each other, a fixing portion configured to fix the friction member to the supporting member is provided in the friction member, wherein the vibrator is configured to move to a position where at least part of the vibrator and the fixing portion overlap each other in a pressure direction of the pressure member, wherein the vibration wave motor further comprises a fastening member configured to fix the friction member and the supporting member, wherein the fixing portion has a hole shape, and wherein the fastening member is configured to be inserted into the fixing portion to fix the friction member and the supporting member, characterized in that the fastening member is configured to be inserted into the fixing portion from the second surface side to fix the supporting member on the friction member. a vibrator including a piezoelectric element and a vibrating body; a friction member including a first surface configured to come into direct contact with the vibrator, and a second surface, which is a surface on the opposite side of the first surface, the vibrator and the friction member moving relative to each other in a driving direction by a vibration generated by the vibrator; a supporting member configured to support the friction member on the second surface side; and a pressure member configured to bring the vibrator and the friction member into pressure contact with each other, a fixing portion configured to fix the friction member to the supporting member is provided in the friction member, wherein the vibrator is configured to move to a position where at least part of the vibrator and the fixing portion overlap each other in a pressure direction of the pressure member, wherein the vibration wave motor further comprises a fastening member configured to fix the friction member and the supporting member, wherein the fixing portion has a hole shape, and wherein the fastening member is configured to be inserted into the fixing portion to fix the friction member and the supporting member, characterized in that the fastening member is configured to be inserted into the fixing portion from the second surface side to fix the supporting member on the friction member.
A multipurpose assembly with variable configuration, for use in the field of accessories for fashion and home appliances, comprising at least one first member in a shape-memory material, having a first base configuration (C b) memorized at a transition temperature (T H) of the material, which based configuration (C b) is mechanically deformable to assume a modified configuration (C m) memorized at a temperature lower than the transition temperature (T H); wherein the assembly comprises at least one second member made of a second non shape-memory material connected to said at least one first shape-memory member, said at least one first shape-memory member having at least one portion (5, 5') with a fixed configuration to allow a stable connection with said at least one second not memory-shaped member; characterized by comprising a plurality of first shape-memory members connected with a plurality of said second members at adjacent positions through appropriate connection means.