mhurhangee/ep-ind-claims huggingface dataset:
A travel route guidance device comprising: a route determination unit configured to determine, in a case where a vehicle is traveling in an electric power consumption mode to a destination within a geofencing zone set in advance, whether the vehicle succeeds in reaching the destination in a current state of the vehicle; and a route search unit configured to search for, in a case where the route determination unit determines that the vehicle fails to reach the destination, a route more efficient in electric power consumption than a currently set route, characterized in the case where the vehicle is traveling in an electric power consumption mode to the destination within the geofencing zone, the route determination unit determines, at every predetermined determination timing, whether the vehicle succeeds in reaching the destination in the current state of the vehicle, and the lower the state of charge of the vehicle is or the lower a battery temperature of the vehicle is, the shorter the predetermined determination timing is set. a route determination unit configured to determine, in a case where a vehicle is traveling in an electric power consumption mode to a destination within a geofencing zone set in advance, whether the vehicle succeeds in reaching the destination in a current state of the vehicle; and a route search unit configured to search for, in a case where the route determination unit determines that the vehicle fails to reach the destination, a route more efficient in electric power consumption than a currently set route, characterized in the case where the vehicle is traveling in an electric power consumption mode to the destination within the geofencing zone, the route determination unit determines, at every predetermined determination timing, whether the vehicle succeeds in reaching the destination in the current state of the vehicle, and the lower the state of charge of the vehicle is or the lower a battery temperature of the vehicle is, the shorter the predetermined determination timing is set.
A separator for a battery, which comprises a gel polymer layer formed on a substrate, the gel polymer layer including a plurality of three-dimensional open pores interconnected with each other, characterized in that (i) the pore size of the porous substrate ranges from 20 to 50 μm, and (ii) the three-dimensional open pores have an average diameter of 0.01∼10 μm. (i) the pore size of the porous substrate ranges from 20 to 50 μm, and (ii) the three-dimensional open pores have an average diameter of 0.01∼10 μm.
Heat exchange system for a building, comprising a housing which contains a supply flow passage and a discharge flow passage, a heat exchanger by means of which the supply flow passage and the discharge flow passage are in a heat-exchanging relationship to each other, a main air supply connection at one end of the supply flow passage, at the other end of which supply flow passage at least two secondary air supply connections are located, a main air discharge connection at one end of the discharge flow passage, at the other end of which discharge flow passage at least two secondary air discharge connections are located, a booster for ensuring the flow of air through the main air supply connection via the supply flow passage and the secondary air supply connections, and a second booster for ensuring the flow of air via the secondary air discharge connections, the discharge flow passage and the main air discharge connection, characterized in, that the housing is provided with at least one flow regulator which is located between the heat exchanger and a secondary air supply connection.
Plastics composition comprising - at least one plastics additive selected from polyester-modified, branched organosiloxanes; and - at least one plastic. - at least one plastics additive selected from polyester-modified, branched organosiloxanes; and - at least one plastic.
Use of an excipient, selected from the group consisting of a xanthan gum, carrageenan, sodium alginate, guar gum, water dispersible cellulose and mixtures thereof as an anti-foaming agent in a composition comprising as the active ingredient one or more of a tiacumicin compound, a stereo-isomer thereof, a polymorph thereof or a pharmaceutically acceptable solvate thereof in water.
A method of wireless communication performed by a wireless node, comprising: identifying a first set of synchronization signal blocks, SSBs, within a received synchronization signal, SS, burst set, wherein the first set of SSBs are used to indicate random access channel, RACH, occasions for a first wireless link type, the SS burst set including a second set of SSBs used to indicate RACH occasions for a second wireless link type, wherein the first wireless link type is one of a wireless access link or a wireless backhaul link, and wherein the second wireless link type is the other one of the wireless access link or the wireless backhaul link; and transmitting a RACH message in a RACH occasion corresponding to an SSB index of an SSB included in the first set of SSBs. identifying a first set of synchronization signal blocks, SSBs, within a received synchronization signal, SS, burst set, wherein the first set of SSBs are used to indicate random access channel, RACH, occasions for a first wireless link type, the SS burst set including a second set of SSBs used to indicate RACH occasions for a second wireless link type, wherein the first wireless link type is one of a wireless access link or a wireless backhaul link, and wherein the second wireless link type is the other one of the wireless access link or the wireless backhaul link; and transmitting a RACH message in a RACH occasion corresponding to an SSB index of an SSB included in the first set of SSBs.
A dialysis acid precursor composition for use during preparation of a dialysis acid concentrate solution and for mixing with water, a sodium containing concentrate, and a bicarbonate containing concentrate into a ready-for-use dialysis solution, wherein said dialysis acid precursor composition consist of powder components comprising glucose, at least one dry acid and at least one magnesium salt, and optionally potassium salt, and calcium salt, wherein said glucose is present as anhydrous component in said dialysis acid precursor composition, wherein said at least one magnesium salt is present as magnesium chloride 4.5-hydrate (MgCl 2 ·4.5H 2 O) and wherein said dialysis acid precursor composition is sealed in a moisture-resistant container with a water vapour transmission rate less than 0.2 g/m 2 /d at 38°C/90%RH.
An infant insert to carry an infant comprising: a flexible panel having an inner surface and an outer surface, the flexible panel having side edges (104, 106) that are folded to converge near the bottom of the flexible panel to form a curved shape that narrows toward the bottom of the flexible panel and form a tapered front opening, the tapered front opening providing an opening to an area for holding the infant, the flexible panel sized to provide support along the infant's spine and neck; and a cushion disposed at the bottom of the area for holding an infant, the cushion adapted to support the infant forward of the infant's tailbone when in use including supporting the infant's thighs; wherein the infant insert is sized and configured for placement in a child carrying area of a front wearable child carrier to accommodate an infant in a wearer facing position with the infant's legs extending out of the tapered front opening and the infant's knees raised at least 90 degrees from the coronal plane and wherein the infant insert is adapted to spread the infant's weight across infant's bottom, thighs and back and limit weight on the infant's sacrum. a flexible panel having an inner surface and an outer surface, the flexible panel having side edges (104, 106) that are folded to converge near the bottom of the flexible panel to form a curved shape that narrows toward the bottom of the flexible panel and form a tapered front opening, the tapered front opening providing an opening to an area for holding the infant, the flexible panel sized to provide support along the infant's spine and neck; and a cushion disposed at the bottom of the area for holding an infant, the cushion adapted to support the infant forward of the infant's tailbone when in use including supporting the infant's thighs; wherein the infant insert is sized and configured for placement in a child carrying area of a front wearable child carrier to accommodate an infant in a wearer facing position with the infant's legs extending out of the tapered front opening and the infant's knees raised at least 90 degrees from the coronal plane and wherein the infant insert is adapted to spread the infant's weight across infant's bottom, thighs and back and limit weight on the infant's sacrum.
A method of capturing an image with an image sensor that includes a plurality of pixels, each pixel comprising a first light sensing element with a first well capacity, a second light sensing element with a second well capacity, wherein the first well capacity is greater than the second well capacity, and one or more common transistors (225, 230, 235), wherein the first light sensing element and the second light sensing element share the one or more common transistors, the method comprising: determining a first integration time for the first light sensing element of a pixel; determining a second integration time for the second light sensing element of the pixel, where the second integration time is shorter than the first integration time; at the end of the first integration time, performing a readout of the accumulated charge on the first light sensing element, and storing the readout information for the first light sensing element in a buffer; 1⁄2 line time after the end of the first integration time, and at the end of the second integration time, performing a readout of the accumulated charge on the second light sensing element as readout information for the second light sensing element; and combining the readout information from the first light sensing element of the pixel with the readout information from the second light sensing element to form a final pixel output value for the pixel, and forming an image based, at least in part, on the final pixel output values for the plurality of pixels. determining a first integration time for the first light sensing element of a pixel; determining a second integration time for the second light sensing element of the pixel, where the second integration time is shorter than the first integration time; at the end of the first integration time, performing a readout of the accumulated charge on the first light sensing element, and storing the readout information for the first light sensing element in a buffer; 1⁄2 line time after the end of the first integration time, and at the end of the second integration time, performing a readout of the accumulated charge on the second light sensing element as readout information for the second light sensing element; and combining the readout information from the first light sensing element of the pixel with the readout information from the second light sensing element to form a final pixel output value for the pixel, and forming an image based, at least in part, on the final pixel output values for the plurality of pixels.
A method for data processing comprising: communicating (240, 272) with at least one of a plurality of reference nodes (106 1, 106 2, 106 n) worn on body parts to obtain body positioning data relating to relative position between the body parts; and providing (256, 290) body tracking based on the body positioning data, wherein the body positioning data relates to ranging between each of the reference nodes (106 1, 106 2, 106 n) and a reference plane defined by one or more of the reference nodes (106 1, 106 2, 106 n). communicating (240, 272) with at least one of a plurality of reference nodes (106 1, 106 2, 106 n) worn on body parts to obtain body positioning data relating to relative position between the body parts; and providing (256, 290) body tracking based on the body positioning data, wherein the body positioning data relates to ranging between each of the reference nodes (106 1, 106 2, 106 n) and a reference plane defined by one or more of the reference nodes (106 1, 106 2, 106 n).
Method for operating a terminal in a wireless communication network, the method comprising: performing a Listen-Before-Talk, LBT, procedure on at least one LBT communication link of a set of LBT communication links, wherein performing the LBT procedure is based on information received by the terminal, the received information pertaining to operational conditions of the LBT communication links of the set of LBT communications links, wherein the information pertaining to operational conditions pertains to load and/or traffic on the LBT communication links; wherein the terminal receives the information from a network node; wherein the LBT communication links of the set of LBT communication links comprise and/or are D2D communication links; and after performing the LBT procedure on the at least one LBT communications link, transmitting control information to one or both of another terminal and the network node, wherein the control information comprises any one or more out of: - information pertaining to the operational conditions of the LBT communication links, and - a result of a V2X operation. performing a Listen-Before-Talk, LBT, procedure on at least one LBT communication link of a set of LBT communication links, wherein performing the LBT procedure is based on information received by the terminal, the received information pertaining to operational conditions of the LBT communication links of the set of LBT communications links, wherein the information pertaining to operational conditions pertains to load and/or traffic on the LBT communication links; wherein the terminal receives the information from a network node; wherein the LBT communication links of the set of LBT communication links comprise and/or are D2D communication links; and after performing the LBT procedure on the at least one LBT communications link, transmitting control information to one or both of another terminal and the network node, wherein the control information comprises any one or more out of: - information pertaining to the operational conditions of the LBT communication links, and - a result of a V2X operation. - information pertaining to the operational conditions of the LBT communication links, and - a result of a V2X operation.
A cell sorter chip including a substrate, the substrate comprising: a first flow path adapted to allow a sample buffer fluid containing cells to flow down; second and third flow paths (205, 205') which are provided on both respective sides of said first flow path and are adapted to allow a buffer fluid not containing cells to flow down; a first reservoir for supplying the sample buffer fluid to the first flow path; a second reservoir for supplying the buffer fluid to the second and the third flow paths (205, 205'); a fourth flow path adapted to allow a fluid to flow down, the fluid of the fourth flow path being formed by confluence of the sample buffer fluid from the first flow path and the buffer fluid from the second and third flow paths (205, 205'); a cell detecting region provided in the fourth flow path for detecting cells flowing with the fluid flowing down the fourth flow path; a cell sorting region provided downstream of the cell detecting region for sorting the cells according to a type of the cells detected; and two micro flow paths (218, 219) downstream of said cell sorting region adapted to allow sorted cells to flow down; characterised in that the first reservoir is formed within the second reservoir by a boundary wall having a height which is lower than the height of a boundary wall of the second reservoir. a first flow path adapted to allow a sample buffer fluid containing cells to flow down; second and third flow paths (205, 205') which are provided on both respective sides of said first flow path and are adapted to allow a buffer fluid not containing cells to flow down; a first reservoir for supplying the sample buffer fluid to the first flow path; a second reservoir for supplying the buffer fluid to the second and the third flow paths (205, 205'); a fourth flow path adapted to allow a fluid to flow down, the fluid of the fourth flow path being formed by confluence of the sample buffer fluid from the first flow path and the buffer fluid from the second and third flow paths (205, 205'); a cell detecting region provided in the fourth flow path for detecting cells flowing with the fluid flowing down the fourth flow path; a cell sorting region provided downstream of the cell detecting region for sorting the cells according to a type of the cells detected; and two micro flow paths (218, 219) downstream of said cell sorting region adapted to allow sorted cells to flow down; characterised in that the first reservoir is formed within the second reservoir by a boundary wall having a height which is lower than the height of a boundary wall of the second reservoir.
A method for establishing a classic Bluetooth connection between dual-mode Bluetooth devices, comprising: receiving, by a first dual-mode Bluetooth device, a Bluetooth low energy advertising packet sent by a second dual-mode Bluetooth device, determining, by the first dual-mode Bluetooth device, a status of the classic Bluetooth of the second dual-mode Bluetooth device according to the Bluetooth low energy advertising packet; and prompting, by the first dual-mode Bluetooth device according to the status of the classic Bluetooth of the second dual-mode Bluetooth device, a user to operate the first dual-mode Bluetooth device or the second dual-mode Bluetooth device, so as to establish a classic Bluetooth connection between the first dual-mode Bluetooth device and the second dual-mode Bluetooth device; wherein the status of the classic Bluetooth of the second dual-mode Bluetooth device comprises at least one of a searchable status of the classic Bluetooth of the second dual-mode Bluetooth device, a connectable status of the classic Bluetooth of the second dual-mode Bluetooth device, and a status of a connection between another Bluetooth device and the classic Bluetooth of the second dual-mode Bluetooth device. receiving, by a first dual-mode Bluetooth device, a Bluetooth low energy advertising packet sent by a second dual-mode Bluetooth device, determining, by the first dual-mode Bluetooth device, a status of the classic Bluetooth of the second dual-mode Bluetooth device according to the Bluetooth low energy advertising packet; and prompting, by the first dual-mode Bluetooth device according to the status of the classic Bluetooth of the second dual-mode Bluetooth device, a user to operate the first dual-mode Bluetooth device or the second dual-mode Bluetooth device, so as to establish a classic Bluetooth connection between the first dual-mode Bluetooth device and the second dual-mode Bluetooth device; wherein the status of the classic Bluetooth of the second dual-mode Bluetooth device comprises at least one of a searchable status of the classic Bluetooth of the second dual-mode Bluetooth device, a connectable status of the classic Bluetooth of the second dual-mode Bluetooth device, and a status of a connection between another Bluetooth device and the classic Bluetooth of the second dual-mode Bluetooth device.
A robot cleaner to remove dust from a surface to be cleaned, the robot cleaner comprising: a main body having a suction port; a main brush rotatably disposed in the suction port; an auxiliary brush rotatably disposed adjacent to the main brush, the auxiliary brush comprising at least one blade to move the dust from the surface to the suction port; and at least one side brush rotatably installed to move the dust to the suction port, wherein the main brush, the auxiliary brush, and the at least one side brush are driven by a single motor. a main body having a suction port; a main brush rotatably disposed in the suction port; an auxiliary brush rotatably disposed adjacent to the main brush, the auxiliary brush comprising at least one blade to move the dust from the surface to the suction port; and at least one side brush rotatably installed to move the dust to the suction port, wherein the main brush, the auxiliary brush, and the at least one side brush are driven by a single motor.
Lighting device for a motor vehicle, comprising: - a housing, - a printed circuit provided with at least one light source, notably a light source of light-emitting diode type, and provided with an electromagnetic shielding cage, the printed circuit extending along a printed circuit plane and being fixed inside the housing, - an electrical cable harness fixed by a first end to the printed circuit and fixed by a second end to the housing, characterized in that the electrical cable harness has a run whose projection along an axis at right angles to the printed circuit plane does not intersect the projection of the cage along the axis at right angles to the printed circuit plane and in that the electrical cable harness comprises a portion extending along the cage, notably parallel to a lateral edge of the cage. - a housing, - a printed circuit provided with at least one light source, notably a light source of light-emitting diode type, and provided with an electromagnetic shielding cage, the printed circuit extending along a printed circuit plane and being fixed inside the housing, - an electrical cable harness fixed by a first end to the printed circuit and fixed by a second end to the housing,
A method of forming a wire, the method comprising: - providing a base layer - forming a first conductive layer on the base layer; - forming first conductive patterns on the base layer using a photolithography process; - forming grooves in the base layer by removing a portion of the base layer; - forming a seed layer in the grooves of the base layer; and - forming a wire consisting of the seed layer and a plated layer by plating a plating material on the seed layer formed in the grooves of the base layer by an electroless plating method or electroplating method, wherein the forming of the first conductive layer comprises: - forming a photoresist pattern on the first conductive layer by the photolithography process so as to expose a portion of the first conductive layer; and: - removing the portion of the first conductive layer exposed through the photoresist pattern by wet etching using an etching solution to form the first conductive patterns, and wherein the forming of the grooves in the base layer comprises: - etching the portion of the base layer exposed through the photoresist pattern and the first conductive patterns using the photoresist pattern and the first conductive patterns as a mask by dry etching using an etching gas to form the grooves in the base layer. - providing a base layer - forming a first conductive layer on the base layer; - forming first conductive patterns on the base layer using a photolithography process; - forming grooves in the base layer by removing a portion of the base layer; - forming a seed layer in the grooves of the base layer; and - forming a wire consisting of the seed layer and a plated layer by plating a plating material on the seed layer formed in the grooves of the base layer by an electroless plating method or electroplating method, - forming a photoresist pattern on the first conductive layer by the photolithography process so as to expose a portion of the first conductive layer; and: - removing the portion of the first conductive layer exposed through the photoresist pattern by wet etching using an etching solution to form the first conductive patterns, and - etching the portion of the base layer exposed through the photoresist pattern and the first conductive patterns using the photoresist pattern and the first conductive patterns as a mask by dry etching using an etching gas to form the grooves in the base layer.