mhurhangee/patent-ind-claim-en huggingface dataset:
A method for receiving reference signal configuration information, comprising: receiving , by a user equipment, a channel state information-reference signal, CSI-RS, configuration information code through a downlink channel, wherein the CSI-RS configuration information code comprises a first coding result among multiple first coding results, and a second coding result among multiple second coding results, the first coding result is a result of joint coding on a number of ports of CSI-RS and a pilot pattern, and the second coding result is a result of joint coding on a pilot period and a sub-frame offset; and determining, by the user equipment, CSI-RS configuration information according to the CSI-RS configuration information code and mapping relations between the CSI-RS configuration information code and the CSI-RS configuration information, wherein the mapping relations between the CSI-RS configuration information code and the CSI-RS configuration information are stored by the UE, and the mapping relations comprise a mapping relation between the first coding result and the number of ports and the pilot pattern that are in the CSI-RS configuration information, and a mapping relation between the second coding result and the pilot period and the sub-frame offset that are in the CSI-RS configuration information. receiving , by a user equipment, a channel state information-reference signal, CSI-RS, configuration information code through a downlink channel, wherein the CSI-RS configuration information code comprises a first coding result among multiple first coding results, and a second coding result among multiple second coding results, the first coding result is a result of joint coding on a number of ports of CSI-RS and a pilot pattern, and the second coding result is a result of joint coding on a pilot period and a sub-frame offset; and determining, by the user equipment, CSI-RS configuration information according to the CSI-RS configuration information code and mapping relations between the CSI-RS configuration information code and the CSI-RS configuration information, wherein the mapping relations between the CSI-RS configuration information code and the CSI-RS configuration information are stored by the UE, and the mapping relations comprise a mapping relation between the first coding result and the number of ports and the pilot pattern that are in the CSI-RS configuration information, and a mapping relation between the second coding result and the pilot period and the sub-frame offset that are in the CSI-RS configuration information.
Vehicle door handle assembly comprising: - a housing , the housing comprising an upper part and a lower part delimiting a cavity giving access to the inside of the housing , - a door handle assembly bracket configured to attach the housing to the panel , and - a sliding attachment unit comprising attachment means to the housing and to the bracket , characterized in that the sliding attachment unit is arranged to compress the housing in a direction substantially perpendicular to an extension direction of the lower part of the housing. - a housing , the housing comprising an upper part and a lower part delimiting a cavity giving access to the inside of the housing , - a door handle assembly bracket configured to attach the housing to the panel , and - a sliding attachment unit comprising attachment means to the housing and to the bracket , characterized in that the sliding attachment unit is arranged to compress the housing in a direction substantially perpendicular to an extension direction of the lower part of the housing.
A headrest for a rail vehicle seat , the headrest comprising: - a structure comprising a front wall intended to come into contact with a head of a user and two side walls arranged on either side of the front wall , - at least one first wireless communication unit , the first wireless communication unit being fastened on one of the side walls of the structure , characterized in that the headrest comprises a protective cover of the first communication unit , the cover covering the first communication unit , the headrest comprising a support fastened on one of the side walls of the structure , the support having a base , the base being formed by a flat surface having a recess, the recess delimiting a housing , the housing being complementary with the first communication unit , the first communication unit being received in the housing , the base of the support having a hole in which a screw is introduced to mechanically fasten the support in a hole of the corresponding side wall of the headrest . - a structure comprising a front wall intended to come into contact with a head of a user and two side walls arranged on either side of the front wall , - at least one first wireless communication unit , the first wireless communication unit being fastened on one of the side walls of the structure ,
A dispensing device for release of a volatile material, comprising: a base ; a drive arm coupled to a pendulum based drive mechanism; and a refill coupled to the drive arm , wherein the refill includes: a substrate supported by a frame , wherein the frame comprises a support base and at least one flange , and wherein the substrate is coupled with the at least one flange ; and a use-up cue ; wherein one or more retention mechanisms are disposed on the support base , and characterized in that the one or more retention mechanisms include a groove and one or more support indentations . a base ; a drive arm coupled to a pendulum based drive mechanism; and a refill coupled to the drive arm , wherein the refill includes: a substrate supported by a frame , wherein the frame comprises a support base and at least one flange , and wherein the substrate is coupled with the at least one flange ; and a use-up cue ; wherein one or more retention mechanisms are disposed on the support base , and characterized in that the one or more retention mechanisms include a groove and one or more support indentations . a substrate supported by a frame , wherein the frame comprises a support base and at least one flange , and wherein the substrate is coupled with the at least one flange ; and a use-up cue ; wherein one or more retention mechanisms are disposed on the support base , and characterized in that the one or more retention mechanisms include a groove and one or more support indentations .
A biosensor component for use in analyzing a biological sample, said biosensor component comprising: a substrate; a composite layer deposited on said substrate; and a biological reactant for electrochemically reacting with said biological sample, said biosensor component comprises an electrode chosen from a working electrode or a reference electrode or a counter electrode; and said composite layer comprises a conductive metal component and a resistive material component; wherein said conductive metal component comprises one or more non-noble metals, wherein the conductive metal component can comprise a metal or an alloy chosen from Ni, Cr, Mo, Mn, Cu, Ti, Co, Al, Fe, W, S, P, V, Nb, Zr, or combinations thereof and at least comprises Cr, Ni or an alloy of Cr and Ni; wherein the resistive material component comprises one or more elements chosen from carbon, silicon, boron, oxygen, and combinations thereof; characterized in that the amount of the resistive material component in the composite layer is greater than 20 atomic percent. a substrate; a composite layer deposited on said substrate; and a biological reactant for electrochemically reacting with said biological sample, said biosensor component comprises an electrode chosen from a working electrode or a reference electrode or a counter electrode; and said composite layer comprises a conductive metal component and a resistive material component; wherein said conductive metal component comprises one or more non-noble metals, wherein the conductive metal component can comprise a metal or an alloy chosen from Ni, Cr, Mo, Mn, Cu, Ti, Co, Al, Fe, W, S, P, V, Nb, Zr, or combinations thereof and at least comprises Cr, Ni or an alloy of Cr and Ni; wherein the resistive material component comprises one or more elements chosen from carbon, silicon, boron, oxygen, and combinations thereof; characterized in that the amount of the resistive material component in the composite layer is greater than 20 atomic percent.
A plug assembly for an electromechanical surgical system, the plug assembly comprising: a housing defining a proximal facing bore , the housing including a proximally extending central rib located within the proximal facing bore; a pair of electrical contacts disposed within the housing, wherein the pair of electrical contacts are spaced apart from one another, each electrical contact including: a distal end portion projecting distally from a distal end of the housing; and a proximal end portion disposed within the proximal facing bore of the housing; a ribbon cable having an axially split distal end portion defining a pair of fingers spaced apart from one another by a gap, each finger being electrically connected to the proximal end portion of a respective one of the pair of electrical contacts, and being disposed with the proximal facing bore of the housing, wherein the rib of the housing is disposed within the gap of the ribbon cable; and an encapsulating material filling the proximal facing bore of the housing, characterized in that the housing is at least partially transparent. a housing defining a proximal facing bore , the housing including a proximally extending central rib located within the proximal facing bore; a pair of electrical contacts disposed within the housing, wherein the pair of electrical contacts are spaced apart from one another, each electrical contact including: a distal end portion projecting distally from a distal end of the housing; and a proximal end portion disposed within the proximal facing bore of the housing; a distal end portion projecting distally from a distal end of the housing; and a proximal end portion disposed within the proximal facing bore of the housing; a ribbon cable having an axially split distal end portion defining a pair of fingers spaced apart from one another by a gap, each finger being electrically connected to the proximal end portion of a respective one of the pair of electrical contacts, and being disposed with the proximal facing bore of the housing, wherein the rib of the housing is disposed within the gap of the ribbon cable; and an encapsulating material filling the proximal facing bore of the housing, characterized in that the housing is at least partially transparent.
Insulating glazing unit , extending along a plane, P, defined by a longitudinal axis, X, and a vertical axis, Z; having a width, W, measured along the longitudinal axis, X, and a length, L, measured along the vertical axis, Z, comprising - a first glass pane , facing outside having two majors surfaces extending along a plane, P, an outer surface and an inner surface , - a second glass pane facing inside having two majors surfaces extending along a plane, P, an outer surface and an inner surface facing to the inner surface of the first glass pane , - a spacer , maintaining a distance, D, between the first glass pane and the second glass pane; - an antenna unit comprising an antenna wherein the antenna unit is fixed between the first glass pane and the second glass pane and the antenna unit comprises an antenna and a fixing portion for fixing the antenna to one of the glass panes and for maintaining the antenna at a distance Da1 from the inner surface of the first glass pane to create a space S1 through which gas can circulate and characterized in that the antenna unit is maintained at a distance Da2 from the inner surface of the second glass pane to create a space S2 through which gas can circulate. - a first glass pane , facing outside having two majors surfaces extending along a plane, P, an outer surface and an inner surface , - a second glass pane facing inside having two majors surfaces extending along a plane, P, an outer surface and an inner surface facing to the inner surface of the first glass pane , - a spacer , maintaining a distance, D, between the first glass pane and the second glass pane; - an antenna unit comprising an antenna wherein the antenna unit is fixed between the first glass pane and the second glass pane and the antenna unit comprises an antenna and a fixing portion for fixing the antenna to one of the glass panes and for maintaining the antenna at a distance Da1 from the inner surface of the first glass pane to create a space S1 through which gas can circulate and characterized in that the antenna unit is maintained at a distance Da2 from the inner surface of the second glass pane to create a space S2 through which gas can circulate.
A method for nanocrystal modification, comprising: providing a first nanocrystal having a first size and a first shape; forming a reaction mixture that includes the nanocrystal, at least one ligand capable of selectively interacting with at least one of atoms on one or more faces of the nanocrystal or with ions removed from the nanocrystal, at least one solvent, and an inert gas atmosphere, to provide non-uniform dissolution of ions from selected crystal faces to modify the shape of the nanocrystal; and selectively dissolving the nanocrystal in the reaction mixture to modify the shape of the nanocrystal, wherein the dissolving is conducted for a period of time of at least 1 minute at a reaction temperature in a range from about room-temperature to 240°C so as to produce at least a second nanocrystal having a second shape; wherein the nanocrystal comprises at least one of cadmium selenide, cadmium chalcogenide, lead chalcogenide, lead selenide, zinc chalcogenide, mercury chalcogenide, oxides, phosphides, nitrides, or arsenides of gold, silver, cobalt, platinum, nickel, iron, or copper; wherein the ligand includes at least one of an alkyl carboxylic acid, an alkyl phosphine, an alkyl phosphonic acid, or an alkyl sulfide, and the ligand has an aliphatic chain that includes at least four carbon atoms. providing a first nanocrystal having a first size and a first shape; forming a reaction mixture that includes the nanocrystal, at least one ligand capable of selectively interacting with at least one of atoms on one or more faces of the nanocrystal or with ions removed from the nanocrystal, at least one solvent, and an inert gas atmosphere, to provide non-uniform dissolution of ions from selected crystal faces to modify the shape of the nanocrystal; and selectively dissolving the nanocrystal in the reaction mixture to modify the shape of the nanocrystal, wherein the dissolving is conducted for a period of time of at least 1 minute at a reaction temperature in a range from about room-temperature to 240°C so as to produce at least a second nanocrystal having a second shape; wherein the nanocrystal comprises at least one of cadmium selenide, cadmium chalcogenide, lead chalcogenide, lead selenide, zinc chalcogenide, mercury chalcogenide, oxides, phosphides, nitrides, or arsenides of gold, silver, cobalt, platinum, nickel, iron, or copper; wherein the ligand includes at least one of an alkyl carboxylic acid, an alkyl phosphine, an alkyl phosphonic acid, or an alkyl sulfide, and the ligand has an aliphatic chain that includes at least four carbon atoms.
Handheld electric power tool comprising a drive train assembly arranged along a longitudinal axis of said tool, a housing adapted to receive said drive train assembly and a retaining ring wherein said housing comprises a first portion and a second portion adapted to, when assembled, form said housing including a conical outer surface portion , wherein said retaining ring comprises an inner surface , said inner surface comprising a conical inner surface portion adapted to cooperate with said conical outer surface portion such that a radial force is exerted on the first and second housing portions by means of the ring as the conical inner surface portion and the conical outer surface are axially displaced with respect to one another, thereby urging said first and second housing portion together, characterized in that the conical outer surface portion has a substantially circular cross section and said inner surface of said retaining ring further comprises threads . wherein said housing comprises a first portion and a second portion adapted to, when assembled, form said housing including a conical outer surface portion , wherein said retaining ring comprises an inner surface , said inner surface comprising a conical inner surface portion adapted to cooperate with said conical outer surface portion such that a radial force is exerted on the first and second housing portions by means of the ring as the conical inner surface portion and the conical outer surface are axially displaced with respect to one another, thereby urging said first and second housing portion together, characterized in that the conical outer surface portion has a substantially circular cross section and said inner surface of said retaining ring further comprises threads .
Operating device for operating functional units, in particular in the field of authorities and organisations with vehicles for safety and/or security-related duties, with an operating unit medium on which is arranged an operating unit which can be backlit by a backlighting device , wherein the operating unit has a plurality of operating fields (18a-e), each of which is part of an operating field unit (19a-e) and each of which is allocated a specific function of an associated functional unit, wherein each operating field unit (19a-e) has a switching structure which can be activated by activating the associated operating field (18a-e) in order to activate the function of the allocated functional unit, wherein the backlighting device has a plurality of backlighting devices (21a-e) each being part of one of the operating field units (19a-e), by which backlighting device units respectively the associated operating field (18a-e) can be backlit with several different display colours, wherein each of the operating field units (19a-e) is connected to an electronic control device , designed such that, in unactivated basic state, at least one operating field (18a-e) is backlit by means of a display colour displaying a standby state of the operating field (18a-e) and further operating fields (18a-e) are not backlit, and that the operating field (18a-e) in the standby state can be backlit using a different display colour displaying an activated state upon activation accompanied by colour changeover, and additionally at least one further operating field, previously not backlit, is backlit in the display colour displaying the standby state or in a further display colour displaying a malfunction , characterised in that the electronic control device is designed such that, when an operating field (18a-e) in the standby state , allocated a specific function, is activated, and when no malfunction occurs, a single, thus far not backlit operating field (18a-e) is backlit, the function following the function of the activated operating field (18a-e) is allocated which is logically closest, or several previously non-backlit operating fields (18a-e) are backlit as a selection.
A method of wireless communication, comprising: transmitting first uplink information from a subordinate entity to a scheduling entity in a long burst portion of at least one slot in a plurality of slots; and transmitting second uplink information from the subordinate entity to the scheduling entity in a long burst portion or a combination of long burst and short burst portions of at least two slots in the plurality of slots, wherein the first and the second uplink information is transmitted in one or more physical uplink control channels, PUCCHs, and wherein transmitting the second uplink information comprises: transmitting a first portion of the second uplink information in a long burst of a first slot using first resource blocks; transmitting a second portion of the second uplink information in a long burst portion provided in a second slot using second resource blocks that are different from the first resource blocks; and transmitting a third portion of the second uplink information in a short burst of the first slot. transmitting first uplink information from a subordinate entity to a scheduling entity in a long burst portion of at least one slot in a plurality of slots; and transmitting second uplink information from the subordinate entity to the scheduling entity in a long burst portion or a combination of long burst and short burst portions of at least two slots in the plurality of slots, wherein the first and the second uplink information is transmitted in one or more physical uplink control channels, PUCCHs, and wherein transmitting the second uplink information comprises: transmitting a first portion of the second uplink information in a long burst of a first slot using first resource blocks; transmitting a second portion of the second uplink information in a long burst portion provided in a second slot using second resource blocks that are different from the first resource blocks; and transmitting a third portion of the second uplink information in a short burst of the first slot. transmitting a first portion of the second uplink information in a long burst of a first slot using first resource blocks; transmitting a second portion of the second uplink information in a long burst portion provided in a second slot using second resource blocks that are different from the first resource blocks; and transmitting a third portion of the second uplink information in a short burst of the first slot.
A method for removing soil from a surface to be cleaned comprising applying to the surface to be cleaned a composition for removing soils from a surface to be cleaned, formed from water, a detergent mixture and a rinse aid, wherein the detergent mixture comprises a peroxidation catalyst and wherein the rinse aid comprises an oxygen source; wherein the method is performed in a dish washer and the method comprises the steps of: a) providing one or more soiled ware, particularly soiled dishes, in a dish washer; b) performing a first washing step comprising bringing the one or more soiled ware in contact with the cleaning composition, wherein the cleaning composition contains both a detergent with a peroxidation catalyst and a rinse aid with an oxygen source; c) performing a rinse step in which unused rinse aid solution with an oxygen source is brought in contact with the one or more soiled ware, wherein the ware is covered with the cleaning composition wherein steps b) and c) are performed when the composition is in a cycle steady state. wherein the method is performed in a dish washer and the method comprises the steps of: a) providing one or more soiled ware, particularly soiled dishes, in a dish washer; b) performing a first washing step comprising bringing the one or more soiled ware in contact with the cleaning composition, wherein the cleaning composition contains both a detergent with a peroxidation catalyst and a rinse aid with an oxygen source; c) performing a rinse step in which unused rinse aid solution with an oxygen source is brought in contact with the one or more soiled ware, wherein the ware is covered with the cleaning composition a) providing one or more soiled ware, particularly soiled dishes, in a dish washer; b) performing a first washing step comprising bringing the one or more soiled ware in contact with the cleaning composition, wherein the cleaning composition contains both a detergent with a peroxidation catalyst and a rinse aid with an oxygen source; c) performing a rinse step in which unused rinse aid solution with an oxygen source is brought in contact with the one or more soiled ware, wherein the ware is covered with the cleaning composition wherein steps b) and c) are performed when the composition is in a cycle steady state.