mhurhangee/ep-ind-claims huggingface dataset:
An object classification system for an automated vehicle, said system comprising: a lidar mounted on a host-vehicle, said lidar determines spot-distances indicated by light-beams that were emitted by the lidar and reflected toward the lidar from an area proximate to the host-vehicle; a controller in communication with the lidar, wherein the controller is configured to determine a lidar-outline of an object in the area based on spot-distances, determine an object-distance to the object based on spot-distances within the lidar-outline of the object, determine a backdrop-distance to a backdrop based on spot-distances outside of the lidar-outline of the object, determine a transparency-characteristic of the object based on instances of spot-distances from within the lidar-outline of the object that correspond to the backdrop-distance rather than a distance comparable to the object-distance, and operate the host-vehicle to avoid the object when the transparency-characteristic is less than a transparency-threshold. a lidar mounted on a host-vehicle, said lidar determines spot-distances indicated by light-beams that were emitted by the lidar and reflected toward the lidar from an area proximate to the host-vehicle; a controller in communication with the lidar, wherein the controller is configured to determine a lidar-outline of an object in the area based on spot-distances, determine an object-distance to the object based on spot-distances within the lidar-outline of the object, determine a backdrop-distance to a backdrop based on spot-distances outside of the lidar-outline of the object, determine a transparency-characteristic of the object based on instances of spot-distances from within the lidar-outline of the object that correspond to the backdrop-distance rather than a distance comparable to the object-distance, and operate the host-vehicle to avoid the object when the transparency-characteristic is less than a transparency-threshold. determine a lidar-outline of an object in the area based on spot-distances, determine an object-distance to the object based on spot-distances within the lidar-outline of the object, determine a backdrop-distance to a backdrop based on spot-distances outside of the lidar-outline of the object, determine a transparency-characteristic of the object based on instances of spot-distances from within the lidar-outline of the object that correspond to the backdrop-distance rather than a distance comparable to the object-distance, and operate the host-vehicle to avoid the object when the transparency-characteristic is less than a transparency-threshold.
Beverage machine for preparing infusion beverages, having a flow line system that has a water supply, a valve arrangement (V1, V2, V3, V4) and a cleaning device for carrying out a cleaning and/or care process, comprising a storage cartridge for storing cleaning agent, and an electrically driven pump (8, M) for supplying the water and cleaning agent or a cleaning solution from the cleaning device into the flow line system, further comprising a controller for activating and deactivating the valve arrangement (V1, V2, V3, V4) and the pump (8, M) for carrying out the beverage preparation and the cleaning or care process, the cleaning device having a spray device that is operated by the pump (8, M) for spraying with water and partially dissolving care agent or cleaning agent which is present in the storage container and arranged in solid or pasty form, and the cleaning device further comprising a mixing container into which the care agent, which has been dissolved by being sprayed, enters, the flow line system also comprising a valve arrangement (V1, V2, V3, V4) which is connected to the controller and is designed to introduce the care agent which has been dissolved as a cleaning solution into the flow line system, characterised in that the spray device has a spray nozzle for providing a spray jet directed approximately vertically upwards into the storage container and at least one further outlet for discharging the water into the mixing container.
A composite cloth including a fabric sheet that has opposite first and second surfaces (11, 12), said composite cloth being characterized by: said fabric sheet defining a plurality of micropores extending through said first and second surfaces (11, 12); and at least one functional film that is bonded to said first surface of said fabric sheet, that conforms said first surface of said fabric sheet and that is formed with a plurality of vacuum-molded protrusions extending into corresponding ones of said micropores, wherein said at least one functional film has at least one functional component, wherein said at least one functional film includes a fabric-sheet binding portion bonded to said first surface of said fabric sheet, and a plurality of protrusion-forming portions connected to said fabric-sheet binding portion and respectively defining said vacuum-molded protrusions, each of said vacuum-molded protrusions having a closed end distal to said first surface of said fabric sheet, and wherein each of said vacuum-molded protrusions has a first height that is measured from said closed end to said fabric-sheet binding portion, the first height being less than half of a minimum distance (d) between said first and second surfaces (11, 12). said fabric sheet defining a plurality of micropores extending through said first and second surfaces (11, 12); and at least one functional film that is bonded to said first surface of said fabric sheet, that conforms said first surface of said fabric sheet and that is formed with a plurality of vacuum-molded protrusions extending into corresponding ones of said micropores, wherein said at least one functional film has at least one functional component, wherein said at least one functional film includes a fabric-sheet binding portion bonded to said first surface of said fabric sheet, and a plurality of protrusion-forming portions connected to said fabric-sheet binding portion and respectively defining said vacuum-molded protrusions, each of said vacuum-molded protrusions having a closed end distal to said first surface of said fabric sheet, and wherein each of said vacuum-molded protrusions has a first height that is measured from said closed end to said fabric-sheet binding portion, the first height being less than half of a minimum distance (d) between said first and second surfaces (11, 12).
A polypeptide selected from the group consisting of Thymosin beta 4 (Tβ4), an isoform of Tβ4, Tβ4 sulfoxide, an LKKTET peptide, an LKKTNT peptide, and an actin polymerization-modulating peptide, for use in a method for preventing tissue damage occurring subsequent to affecting an increase in blood flow through a blood vessel which is in communication with said tissue.
A method for wireless communication at a user equipment, UE, comprising: determining that a serving base station of the UE has obtained access to a wireless channel of a shared radio frequency spectrum band during a transmission opportunity that is separate from a scheduled uplink transmission by the UE; performing, based at least in part on the determination, a clear channel assessment, CCA, procedure on the wireless channel during a designated quiet portion of the transmission opportunity; transmitting an unsolicited CCA status report to the serving base station during the transmission opportunity based at least in part on the CCA procedure; and the method characterized by performing a handover procedure to a non-serving base station based at least in part on the unsolicited CCA status report. determining that a serving base station of the UE has obtained access to a wireless channel of a shared radio frequency spectrum band during a transmission opportunity that is separate from a scheduled uplink transmission by the UE; performing, based at least in part on the determination, a clear channel assessment, CCA, procedure on the wireless channel during a designated quiet portion of the transmission opportunity; transmitting an unsolicited CCA status report to the serving base station during the transmission opportunity based at least in part on the CCA procedure; and the method characterized by performing a handover procedure to a non-serving base station based at least in part on the unsolicited CCA status report.
Composition that is emulsifiable by mixing with water, comprising: ▪ a nonpolar medium; ▪ a compound, for example a phytosanitary active agent, dispersed within said nonpolar medium; ▪ a copolymer of which the backbone is obtained by radical polymerization: • of a fatty substance comprising unsaturations, selected from vegetable oils or oils of vegetable origin, selected from triglycerides of saturated or unsaturated fatty acids comprising at least 12 carbon atoms and preferably from 14 to 22 carbon atoms; esters of triglycerides of saturated or unsaturated fatty acids comprising at least 12 carbon atoms and preferably from 14 to 22 carbon atoms, and in particular the methyl and ethyl esters thereof; or animal oils or oils of animal origin, for example fish oils; or mixtures thereof; and ▪ of at least one monomer comprising at least one function that can be polymerized by radical polymerization and that comprises at least one linear or branched alkyl chain comprising from 16 to 44 carbon atoms; and ▪ an emulsifier. ▪ a nonpolar medium; ▪ a compound, for example a phytosanitary active agent, dispersed within said nonpolar medium; ▪ a copolymer of which the backbone is obtained by radical polymerization: • of a fatty substance comprising unsaturations, selected from vegetable oils or oils of vegetable origin, selected from triglycerides of saturated or unsaturated fatty acids comprising at least 12 carbon atoms and preferably from 14 to 22 carbon atoms; esters of triglycerides of saturated or unsaturated fatty acids comprising at least 12 carbon atoms and preferably from 14 to 22 carbon atoms, and in particular the methyl and ethyl esters thereof; or animal oils or oils of animal origin, for example fish oils; or mixtures thereof; and • of a fatty substance comprising unsaturations, selected from vegetable oils or oils of vegetable origin, selected from triglycerides of saturated or unsaturated fatty acids comprising at least 12 carbon atoms and preferably from 14 to 22 carbon atoms; esters of triglycerides of saturated or unsaturated fatty acids comprising at least 12 carbon atoms and preferably from 14 to 22 carbon atoms, and in particular the methyl and ethyl esters thereof; or animal oils or oils of animal origin, for example fish oils; or mixtures thereof; and ▪ of at least one monomer comprising at least one function that can be polymerized by radical polymerization and that comprises at least one linear or branched alkyl chain comprising from 16 to 44 carbon atoms; and ▪ an emulsifier.
A method for using voice interaction to access call-related information of a companion device, the method comprising: at an electronic device having a processor, memory, and a speaker: receiving a user utterance representing a request for call-related information stored on the companion device, wherein the call-related information comprises information stored on the companion device based on one or more calls received by the companion device prior to the electronic device receiving the user utterance; causing a server to determine, based on the user utterance, a user intent of providing call-related information; receiving, from the server, a command representing a task to satisfy the user intent of providing call-related information; determining, based on the command and contextual information, that the companion device is to execute the command; in accordance with a determination that the companion device is to execute the command, providing instructions to the companion device to retrieve the call-related information and send the call-related information to the electronic device; and in accordance with the instructions successfully causing the companion device to retrieve and send the call-related information to the electronic device, providing an audio output at the speaker, wherein the audio output includes the call-related information received from the companion device. receiving a user utterance representing a request for call-related information stored on the companion device, wherein the call-related information comprises information stored on the companion device based on one or more calls received by the companion device prior to the electronic device receiving the user utterance; causing a server to determine, based on the user utterance, a user intent of providing call-related information; receiving, from the server, a command representing a task to satisfy the user intent of providing call-related information; determining, based on the command and contextual information, that the companion device is to execute the command; in accordance with a determination that the companion device is to execute the command, providing instructions to the companion device to retrieve the call-related information and send the call-related information to the electronic device; and in accordance with the instructions successfully causing the companion device to retrieve and send the call-related information to the electronic device, providing an audio output at the speaker, wherein the audio output includes the call-related information received from the companion device.
A method operating on a computing device, the method comprising: receiving, via a receiver, a first signal that conveys a first packet encoding a command in a first infrared protocol; identifying a controlled device, the controlled device having a controlled device infrared protocol for controlling the controlled device having an associated recovery time after receiving malformed communication; obtaining translation data for the controlled device, the translation data conveying translations from another infrared protocol into the controlled device infrared protocol; performing translation processing of a first command in the another infrared protocol to a second command in the controlled device infrared protocol; determining a duration of the translation processing; configuring a delay based at least on a duration of the translation processing from the another infrared protocol to the controlled device infrared protocol; and transmitting the second command to the controlled device after the delay based on the associated recovery time. receiving, via a receiver, a first signal that conveys a first packet encoding a command in a first infrared protocol; identifying a controlled device, the controlled device having a controlled device infrared protocol for controlling the controlled device having an associated recovery time after receiving malformed communication; obtaining translation data for the controlled device, the translation data conveying translations from another infrared protocol into the controlled device infrared protocol; performing translation processing of a first command in the another infrared protocol to a second command in the controlled device infrared protocol; determining a duration of the translation processing; configuring a delay based at least on a duration of the translation processing from the another infrared protocol to the controlled device infrared protocol; and transmitting the second command to the controlled device after the delay based on the associated recovery time.
A sound-insulating refrigerator vacuum assembly, comprising a sealed box receiving a vacuum pump, wherein, the sealed box comprises an upper sealing body and a lower sealing body, the upper sealing body and the lower sealing body define a receiving cavity, and the vacuum pump is placed in the receiving cavity; the vacuum assembly further comprises an air pipe member, the air pipe member comprises an air inlet pipe, an air outlet pipe and a base plate, the air inlet pipe and the air outlet pipe being disposed through the base plate; a notch portion is provided in the sealed box, and an outer edge of the base plate matches the notch portion in shape; characterized in that the air inlet pipe, the air outlet pipe and the base plate are integrally formed, and in that the vacuum pump is connected with a muffler (300, 400, 600); and wherein there are further provided two metal plates which are respectively attached to two opposite walls of the sealed box; wherein the bottom wall of the lower sealing body is provided with ribs (242, 244) being paralled to side walls (241, 242) and spaced apart a distance; the spacing between the ribs (242, 244) and the side walls (241, 242) forms limiting grooves; the lower sealing body is further provided with a plurality of guide grooves, the guide grooves guide the two metal plates to be mounted to preset positions, wherein the upper sealing body is provided with a plurality of resisting members; and wherein when the upper sealing body and the lower sealing body are snap-fitted, the resisting members are against the top of the two metal plates. the sealed box comprises an upper sealing body and a lower sealing body, the upper sealing body and the lower sealing body define a receiving cavity, and the vacuum pump is placed in the receiving cavity; the vacuum assembly further comprises an air pipe member, the air pipe member comprises an air inlet pipe, an air outlet pipe and a base plate, the air inlet pipe and the air outlet pipe being disposed through the base plate; a notch portion is provided in the sealed box, and an outer edge of the base plate matches the notch portion in shape; characterized in that the air inlet pipe, the air outlet pipe and the base plate are integrally formed, and in that the vacuum pump is connected with a muffler (300, 400, 600); and wherein there are further provided two metal plates which are respectively attached to two opposite walls of the sealed box; wherein the bottom wall of the lower sealing body is provided with ribs (242, 244) being paralled to side walls (241, 242) and spaced apart a distance; the spacing between the ribs (242, 244) and the side walls (241, 242) forms limiting grooves; the lower sealing body is further provided with a plurality of guide grooves, the guide grooves guide the two metal plates to be mounted to preset positions, wherein the upper sealing body is provided with a plurality of resisting members; and wherein when the upper sealing body and the lower sealing body are snap-fitted, the resisting members are against the top of the two metal plates.
Multipart de-stacker wheel for a denester, where said de-stacker wheel comprises: - a wheel member having a first circular cylinder shape provided with a central cavity extending axially through the wheel member, where the central cavity is suitable to accommodate a rotating axle where the wheel member has a top side, - at least one stack carrying member having a carrying surface, where the stack carrying member is arranged on the wheel member covering a first part of the top side and extends away from the wheel member substantially perpendicular to a rotation axis of said wheel member, - a separation member having a wedge shape, where a height of a first end of said separation member is smaller than a height of a second end of said separation member, where the separation member is attached to the top side on the wheel member covering a second part of the top side and where the separation member or part of the separation member extends away from the wheel member substantially perpendicular to the rotation axis of said wheel member, where the second end of said separation member is adjacent to a first end of said stack carrying member, where the first end of said separation member is displaced relative to a second end of said stack carrying member, away from the top side of said stack carrying member, providing a slit between the first end of said separation member and the second end of said stack carrying member so when said multipart de-stacker wheel rotates about the axis of said wheel member, parallel to a stack of containers, where each container has a flange along its perimeter, the containers are de-stacked one by one, when the separation member comes in contact with the flange of said container, and by means of the wedge shaped separation member forces said container away from the stack of containers. - a wheel member having a first circular cylinder shape provided with a central cavity extending axially through the wheel member, where the central cavity is suitable to accommodate a rotating axle where the wheel member has a top side, - at least one stack carrying member having a carrying surface, where the stack carrying member is arranged on the wheel member covering a first part of the top side and extends away from the wheel member substantially perpendicular to a rotation axis of said wheel member, - a separation member having a wedge shape, where a height of a first end of said separation member is smaller than a height of a second end of said separation member, where the separation member is attached to the top side on the wheel member covering a second part of the top side and where the separation member or part of the separation member extends away from the wheel member substantially perpendicular to the rotation axis of said wheel member, where the second end of said separation member is adjacent to a first end of said stack carrying member, where the first end of said separation member is displaced relative to a second end of said stack carrying member, away from the top side of said stack carrying member, providing a slit between the first end of said separation member and the second end of said stack carrying member
A method for reducing sweetness lingering caused by binding of a high-intensity sweetener, being at least one selected from rebaudioside A, rebaudioside D, rebaudioside M, stevioside, neotame, alitame, glycyrrhiza extract, sucrose derivative, acesulfame K and saccharin, to at least one site selected from the following four sites A, B, C, and D: a VFT part of a taste receptor, a linking part of a taste receptor, a transmembrane domain of a taste receptor, and a membrane transporter protein of a taste cell; in which method another sweetener, different from said high-intensity sweetener and being at least one selected from trehalose, glucose, lactose, galactose, xylitol, sucrose, sucralose, thaumatin, brazzein and cyclamic acid, binds to at least one site selected from the sites A, B, C and D, other than the site to which said high-intensity sweetener has bound, to reduce the sweet lingering, said high-intensity sweetener and other sweetener being used at a ratio of from about 1:9 to 9:1 in terms of sweetness intensity. a VFT part of a taste receptor, a linking part of a taste receptor, a transmembrane domain of a taste receptor, and a membrane transporter protein of a taste cell;