mhurhangee/ep-ind-claims huggingface dataset:
A motorcycle comprising: a transmission configured to automatically shift gears between a driving shaft and a driven shaft to transmit power from the driving shaft to the driven shaft; a first measuring unit configured to measure a magnitude of a roll angle of a vehicle body; a second measuring unit configured to measure an angular velocity of the roll angle of the vehicle body; and a controller configured to inhibit the transmission from shifting gears, based on the magnitude and the angular velocity of the roll angle, wherein the controller is configured to allow shifting gears, upon detecting the angular velocity that is at or smaller than a reference value in a direction of returning from an inclined position to the neutral position of the vehicle body. a transmission configured to automatically shift gears between a driving shaft and a driven shaft to transmit power from the driving shaft to the driven shaft; a first measuring unit configured to measure a magnitude of a roll angle of a vehicle body; a second measuring unit configured to measure an angular velocity of the roll angle of the vehicle body; and a controller configured to inhibit the transmission from shifting gears, based on the magnitude and the angular velocity of the roll angle, wherein the controller is configured to allow shifting gears, upon detecting the angular velocity that is at or smaller than a reference value in a direction of returning from an inclined position to the neutral position of the vehicle body.
A washing machine comprising: a plurality of washing tubs (120, 130, 231, 241) loadable with laundry and configured to do the laundry; a container configured to store detergent; a channel housing provided between the container and the plurality of washing tubs and formed with channels (410, 411, 412) to supply the detergent from the container to the plurality of washing tubs; at least one pump (270, 340) configured to perform a pumping operation to move the detergent in the channel; and a controller configured to control the at least one pump to supply the detergent to one selected among the plurality of washing tubs, wherein the channel housing comprises a plurality of channel housing dischargers (430, 440, 500, 600) configured to respectively discharge the detergent moving in the channels to the plurality of washing tubs and a detergent channel extended from the container and branching off (411, 412, 511, 521) respectively corresponding to the plurality of washing tubs, and characterized in that each channel branched (411, 412, 511, 521) from the detergent channel communicates with the plurality of channel housing dischargers. a plurality of washing tubs (120, 130, 231, 241) loadable with laundry and configured to do the laundry; a container configured to store detergent; a channel housing provided between the container and the plurality of washing tubs and formed with channels (410, 411, 412) to supply the detergent from the container to the plurality of washing tubs; at least one pump (270, 340) configured to perform a pumping operation to move the detergent in the channel; and a controller configured to control the at least one pump to supply the detergent to one selected among the plurality of washing tubs, wherein the channel housing comprises a plurality of channel housing dischargers (430, 440, 500, 600) configured to respectively discharge the detergent moving in the channels to the plurality of washing tubs and a detergent channel extended from the container and branching off (411, 412, 511, 521) respectively corresponding to the plurality of washing tubs, and characterized in that each channel branched (411, 412, 511, 521) from the detergent channel communicates with the plurality of channel housing dischargers.
A reference terminal configured to generate: response indexes, RIs, of a plurality of terminals in at least one spatio-temporal stream transmitted to the plurality of terminals, the RIs comprising information associated with a transmission sequence of responses, said responses 2 (121, 131, 141) being responses to be transmitted by the plurality of terminals; wherein a packet count is increased by each of the plurality of terminals, based on a response transmitted from another terminal; and wherein the response is transmitted from a response terminal having an RI corresponding to the packet count; wherein, in response to the response not being received from the response terminal, the reference terminal is configured to transmit, to the plurality of terminals, a filling packet, FP, comprising information to set the packet count to correspond to the RI of the response terminal. response indexes, RIs, of a plurality of terminals in at least one spatio-temporal stream transmitted to the plurality of terminals, the RIs comprising information associated with a transmission sequence of responses, said responses 2 (121, 131, 141) being responses to be transmitted by the plurality of terminals; wherein a packet count is increased by each of the plurality of terminals, based on a response transmitted from another terminal; and wherein the response is transmitted from a response terminal having an RI corresponding to the packet count; wherein, in response to the response not being received from the response terminal, the reference terminal is configured to transmit, to the plurality of terminals, a filling packet, FP, comprising information to set the packet count to correspond to the RI of the response terminal.
A negative electrode material for a battery, comprising: a carbon material, the carbon material including boron from a boron source, the boron source being a diboride, wherein, in a B1s spectrum of the carbon material which is measured by X-ray photoelectron spectroscopy, the ratio of the area of a peak that occurs at a binding energy of 187.0 eV or more and 188.5 eV or less to the total area of peaks (1, 2, 3, 4) that occur at a binding energy of 184.0 eV or more and 196.5 eV or less is 50% or more. a carbon material, the carbon material including boron from a boron source, the boron source being a diboride, wherein, in a B1s spectrum of the carbon material which is measured by X-ray photoelectron spectroscopy, the ratio of the area of a peak that occurs at a binding energy of 187.0 eV or more and 188.5 eV or less to the total area of peaks (1, 2, 3, 4) that occur at a binding energy of 184.0 eV or more and 196.5 eV or less is 50% or more.
A transport vehicle that travels along a container shelf provided with a plurality of levels of shelf portions arranged in a vertical direction and configured to support containers, thereby transporting the containers; the containers being configured to be stackable in the vertical direction; and the transport vehicle comprising: a support region where the containers are supported in a stacked state; a transfer apparatus that transfers the containers supported by the shelf portions to the support region and transfers the containers supported in the support region to the shelf portions; and a lifting mechanism that lifts a container at any height among a container group stacked in the support region with respect to a container lower than the container at that any height, characterized in that a conveyor is provided in the support region, and the container group in the support region is supported on a transport face of the conveyor. the containers being configured to be stackable in the vertical direction; and the transport vehicle comprising: a support region where the containers are supported in a stacked state; a transfer apparatus that transfers the containers supported by the shelf portions to the support region and transfers the containers supported in the support region to the shelf portions; and a lifting mechanism that lifts a container at any height among a container group stacked in the support region with respect to a container lower than the container at that any height, characterized in that a conveyor is provided in the support region, and the container group in the support region is supported on a transport face of the conveyor. a support region where the containers are supported in a stacked state; a transfer apparatus that transfers the containers supported by the shelf portions to the support region and transfers the containers supported in the support region to the shelf portions; and a lifting mechanism that lifts a container at any height among a container group stacked in the support region with respect to a container lower than the container at that any height, characterized in that a conveyor is provided in the support region, and the container group in the support region is supported on a transport face of the conveyor.
A method, comprising: establishing, by a first routing device, a virtual channel with a remote routing device in a G.8032 protocol Ethernet network ring, the first routing device and the remote routing device each being linked to a multi-homed routing device having Layer 2 connectivity to a core network wherein the multi-homed routing device is not configured with the G.8032 protocol; identifying, in the first routing device, a link state from the first routing device to the multi-homed routing device; monitoring connectivity to the core network; and controlling Layer 2 connectivity of the multi-homed routing device to the core network based upon the identified link state of the first routing device and the monitored connectivity to the core network. establishing, by a first routing device, a virtual channel with a remote routing device in a G.8032 protocol Ethernet network ring, the first routing device and the remote routing device each being linked to a multi-homed routing device having Layer 2 connectivity to a core network wherein the multi-homed routing device is not configured with the G.8032 protocol; identifying, in the first routing device, a link state from the first routing device to the multi-homed routing device; monitoring connectivity to the core network; and controlling Layer 2 connectivity of the multi-homed routing device to the core network based upon the identified link state of the first routing device and the monitored connectivity to the core network.
A method for detecting a cancer(s), which is applied to a sample separated from a living body and comprises measuring an expression of at least a polypeptide, wherein the polypeptide: (i) is produced in said living body; (ii) has reactivity to bind to an antibody against a polypeptide having the amino acid sequence shown in SEQ ID NO:2 or 4 by antigen-antibody reaction; and (iii) has the amino acid sequence shown in SEQ ID NO:2 or a homology of not less than 95% thereto, wherein the term "homology" means a value expressed as a percentage which is calculated by aligning two amino acid sequences to be compared such that the number of matched amino acid residues is the maximum, and dividing the number of the matched amino acid residues by the total number of amino acid residues, where applicable counting one gap as one amino acid residue. (i) is produced in said living body; (ii) has reactivity to bind to an antibody against a polypeptide having the amino acid sequence shown in SEQ ID NO:2 or 4 by antigen-antibody reaction; and (iii) has the amino acid sequence shown in SEQ ID NO:2 or a homology of not less than 95% thereto, wherein the term "homology" means a value expressed as a percentage which is calculated by aligning two amino acid sequences to be compared such that the number of matched amino acid residues is the maximum, and dividing the number of the matched amino acid residues by the total number of amino acid residues, where applicable counting one gap as one amino acid residue.
An apparatus for cooling, the apparatus comprising: at least one cooling element (23, 24a-d, 26); at least one enclosure comprising a cavity, the cavity operable for receiving at least a portion of cooling gas from the at least one cooling element (23, 24a-d, 26), wherein the at least one enclosure is operable to maintain a predetermined pressure differential between an inside surface and an outside surface of a molten film tube, the at least one enclosure comprising at least one port; the apparatus being characterised in that the at least one enclosure further comprises a fan in the at least one port, the fan operable for moving a portion of cooling gas from the cavity through the at least one port to a surrounding atmosphere to maintain the predetermined pressure differential; and a variable controller operable to control the fan to maintain the predetermined pressure differential. at least one cooling element (23, 24a-d, 26); at least one enclosure comprising a cavity, the cavity operable for receiving at least a portion of cooling gas from the at least one cooling element (23, 24a-d, 26), wherein the at least one enclosure is operable to maintain a predetermined pressure differential between an inside surface and an outside surface of a molten film tube, the at least one enclosure comprising at least one port; the apparatus being characterised in that the at least one enclosure further comprises a fan in the at least one port, the fan operable for moving a portion of cooling gas from the cavity through the at least one port to a surrounding atmosphere to maintain the predetermined pressure differential; and a variable controller operable to control the fan to maintain the predetermined pressure differential.
A display device comprising: a light source; a reflection sheet configured to reflect light emitted from the light source to a front side that is a display screen side; and a reflection sheet holding member (110, 90a, 90b, 90c) abutting the reflection sheet from the back in the vicinity of an outer peripheral portion of a display area of a display screen and holding the reflection sheet; wherein the reflection sheet holding member (110, 90a, 90b, 90c) is made of a plate-shaped metal member and includes a plurality of reflection sheet holding portions; the plurality of reflection sheet holding portions has a heat sink; and the heat sink has a first projection portion formed to be projected toward the supporting member; the reflection sheet holding member (110, 90a, 90b, 90c) has a drawn portion formed by conducting drawing processing to the plate-shaped metal member; and a boundary portion of the drawn portion with respect to a portion where the reflection sheet and the reflection sheet holding member abut each other has a radius of curvature larger than a thickness of the plate-shaped metal member; characterized in that the reflection sheet holding portions are respectively provided in a frame shape along four sides of the display area, and are configured to press four sides of the reflection sheet. a light source; a reflection sheet configured to reflect light emitted from the light source to a front side that is a display screen side; and a reflection sheet holding member (110, 90a, 90b, 90c) abutting the reflection sheet from the back in the vicinity of an outer peripheral portion of a display area of a display screen and holding the reflection sheet; wherein the reflection sheet holding member (110, 90a, 90b, 90c) is made of a plate-shaped metal member and includes a plurality of reflection sheet holding portions; the plurality of reflection sheet holding portions has a heat sink; and the heat sink has a first projection portion formed to be projected toward the supporting member; the reflection sheet holding member (110, 90a, 90b, 90c) has a drawn portion formed by conducting drawing processing to the plate-shaped metal member; and a boundary portion of the drawn portion with respect to a portion where the reflection sheet and the reflection sheet holding member abut each other has a radius of curvature larger than a thickness of the plate-shaped metal member; characterized in that the reflection sheet holding portions are respectively provided in a frame shape along four sides of the display area, and are configured to press four sides of the reflection sheet.
A cyclone dust collector comprising: a cyclone chamber to centrifugally separate dust by creating rotating airflow; a dust collecting chamber communicating with the cyclone chamber to collect the dust separated through the cyclone chamber; and a ring-shaped indicator provided in the cyclone chamber so as to be rotated by rotating airflow in the cyclone chamber. a cyclone chamber to centrifugally separate dust by creating rotating airflow; a dust collecting chamber communicating with the cyclone chamber to collect the dust separated through the cyclone chamber; and a ring-shaped indicator provided in the cyclone chamber so as to be rotated by rotating airflow in the cyclone chamber.
Use of a palatable amount of a hops acid source selected from the group consisting of hop cones and lupulin for the preparation of an animal feed for altering the microbial population of the gastrointestinal tract of an animal, wherein the hop cones are included in the animal's feed in an amount ranging from 0.4 g to 2.5 g per 45.4 kg (100 pounds) of the animal's feed, or wherein the lupulin is included in the animal's feed in an amount ranging from 0.08 g to 0.5 g per 45.4 kg (100 pounds) of the animal's feed.
A hygiene monitoring system for monitoring hygiene standards compliance by individuals in a facility, the system comprising a surveillance network having a monitoring unit and a plurality of mobile network units, each of the mobile network units having a transmitter for transmitting an identification signal particular to an individual associated with that mobile network unit to the monitoring unit, the surveillance network further comprising a plurality of fixed network units dispersed throughout the facility, each of the fixed network units having a transceiver to receive identification signals from the mobile network units and transmit the identification signals onward to the monitoring unit, the mobile network units and the fixed network units form part of a wireless personal area network (WPAN), the monitoring unit further comprising a processor, an accessible memory and a receiver for receiving the identification signals from the mobile network units, the monitoring unit storing the identification signals in accessible memory and the processor having means to analyse the identification signals in accessible memory and generate a hygiene standards compliance profile for the individual associated with that mobile network unit.
A method for controlling transmit power of a user equipment, UE, wherein the method comprises: reducing a gain factor of an enhanced dedicated channel, E-DCH, dedicated physical data channel, E-DPDCH, of the UE when a first total uplink transmit power of the UE exceeds a maximum allowed transmit power and if the UE is configured with an E-DCH channel; determining a second total uplink transmit power of the UE after reducing the gain factor of the E-DPDCH; and if the second total uplink transmit power of the UE exceeds the maximum allowed transmit power and a transmit power of the E-DPDCH is reduced to 0, reducing a gain factor of an enhanced dedicated physical control channel, E-DPCCH, and a gain factor of a high speed dedicated physical control channel, HS-DPCCH; determining a third total uplink transmit power of the UE after reducing the gain factor of the E-DPCCH and the gain factor of the HS-DPCCH; and reducing, if the third total uplink transmit power of the UE after reducing the gain factor of the E-DPCCH and the gain factor of the HS-DPCCH exceeds the maximum allowed transmit power and the gain factor of the HS-DPCCH is reduced to a first preset gain factor threshold, a gain factor of a dedicated physical control channel, DPCCH, and a gain factor of a dedicated physical data channel, DPDCH, so that a total uplink transmit power of the UE, after reducing the gain factor of the DPCCH and the gain factor of the DPDCH, does not exceed the maximum allowed transmit power. reducing a gain factor of an enhanced dedicated channel, E-DCH, dedicated physical data channel, E-DPDCH, of the UE when a first total uplink transmit power of the UE exceeds a maximum allowed transmit power and if the UE is configured with an E-DCH channel; determining a second total uplink transmit power of the UE after reducing the gain factor of the E-DPDCH; and if the second total uplink transmit power of the UE exceeds the maximum allowed transmit power and a transmit power of the E-DPDCH is reduced to 0, reducing a gain factor of an enhanced dedicated physical control channel, E-DPCCH, and a gain factor of a high speed dedicated physical control channel, HS-DPCCH; determining a third total uplink transmit power of the UE after reducing the gain factor of the E-DPCCH and the gain factor of the HS-DPCCH; and reducing, if the third total uplink transmit power of the UE after reducing the gain factor of the E-DPCCH and the gain factor of the HS-DPCCH exceeds the maximum allowed transmit power and the gain factor of the HS-DPCCH is reduced to a first preset gain factor threshold, a gain factor of a dedicated physical control channel, DPCCH, and a gain factor of a dedicated physical data channel, DPDCH, so that a total uplink transmit power of the UE, after reducing the gain factor of the DPCCH and the gain factor of the DPDCH, does not exceed the maximum allowed transmit power.
An information processing device comprising: a data processing unit configured to acquire a transport stream, TS, file storing data to be processed, acquire video attribute information stored in a Program Map Table, PMT, in PSI/SI data inside the transport stream, TS, file, and execute format conversion applying the acquired video attribute information, wherein the video attribute information is video attribute information in video stream units stored in the transport stream, TS, file, and includes various attribute information related to individual video streams and comprises information enabling identification of whether each video stream is high dynamic range, HDR, video or standard dynamic range, SDR, video, the data processing unit is configured to execute format conversion for converting the transport stream, TS, file to an MP4 file, and to execute conversion control depending on whether the video stream to be subjected to the format conversion is HDR video or SDR video; wherein the data processing unit is further configured to execute a process of acquiring the video attribute information in video stream units stored in the Program Map Table, PMT, in PSI/SI data inside the transport stream, TS, file, and storing the acquired video attribute information in a metadata storage area of the MP4 file based on the conversion control. a data processing unit configured to acquire a transport stream, TS, file storing data to be processed, acquire video attribute information stored in a Program Map Table, PMT, in PSI/SI data inside the transport stream, TS, file, and execute format conversion applying the acquired video attribute information, wherein the video attribute information is video attribute information in video stream units stored in the transport stream, TS, file, and includes various attribute information related to individual video streams and comprises information enabling identification of whether each video stream is high dynamic range, HDR, video or standard dynamic range, SDR, video, the data processing unit is configured to execute format conversion for converting the transport stream, TS, file to an MP4 file, and to execute conversion control depending on whether the video stream to be subjected to the format conversion is HDR video or SDR video; wherein the data processing unit is further configured to execute a process of acquiring the video attribute information in video stream units stored in the Program Map Table, PMT, in PSI/SI data inside the transport stream, TS, file, and storing the acquired video attribute information in a metadata storage area of the MP4 file based on the conversion control.