mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting an uplink signal, the method being performed by a terminal, comprising: receiving configuration information of an uplink zero-power demodulation reference signal, DMRS, sent from a network device, wherein the configuration information comprises resource configuration information and activation information, the resource configuration information is used to indicate a plurality of resources configured for the uplink zero-power DMRS, and the activation information is used to indicate: 1) whether to enable the uplink zero-power DMRS; and 2) selecting a resource occupied by the enabled uplink zero-power DMRS in the plurality of resources configured for the uplink zero-power DMRS indicated by the resource configuration information; determining the resource occupied by the uplink zero-power DMRS based on the resource configuration information in the configuration information; and determining, by the terminal according to the configuration information, not to send uplink data on the resource occupied by the uplink zero-power DMRS, and not to send an uplink non-zero-power DMRS on the resource occupied by the uplink zero-power DMRS. receiving configuration information of an uplink zero-power demodulation reference signal, DMRS, sent from a network device, wherein the configuration information comprises resource configuration information and activation information, the resource configuration information is used to indicate a plurality of resources configured for the uplink zero-power DMRS, and the activation information is used to indicate: 1) whether to enable the uplink zero-power DMRS; and 2) selecting a resource occupied by the enabled uplink zero-power DMRS in the plurality of resources configured for the uplink zero-power DMRS indicated by the resource configuration information; 1) whether to enable the uplink zero-power DMRS; and 2) selecting a resource occupied by the enabled uplink zero-power DMRS in the plurality of resources configured for the uplink zero-power DMRS indicated by the resource configuration information; determining the resource occupied by the uplink zero-power DMRS based on the resource configuration information in the configuration information; and determining, by the terminal according to the configuration information, not to send uplink data on the resource occupied by the uplink zero-power DMRS, and not to send an uplink non-zero-power DMRS on the resource occupied by the uplink zero-power DMRS.
A process for removing one or more undesired (hydro)halocarbon compounds from a C 3-7 hydrofluoroalkene, the process comprising contacting a composition comprising the C 3-7 hydrofluoroalkene and one or more undesired (hydro)halocarbon compounds with activated carbon and optionally an aluminium-containing adsorbent, wherein the C 3-7 hydrofluoroalkene does not contain a =CF 2 moiety, and wherein the or each (hydro)halocarbon is selected from (hydro)fluoroalkanes, (hydro)fluoroalkenes that contain a =CF 2 moiety, (hydro)fluoroalkynes and (hydro)chlorofluorocarbon (CFC) species.
An ophthalmic device comprising a cell of electrically controllable variable amplitude, comprising at least a first transparent layer front-side and a second transparent layer back-side, the first layer having a convex main surface front-side, the device including at least one transparent insert, which is adhesively bonded to a transparent layer of the cell and which has an optical power chosen to respect an ophthalmic prescription of a wearer of the device, each transparent layer being covered by a conductive coating that extends over a main surface of the transparent layer that is internal to the cell, the device furthermore comprising a control circuit and said cell being connected to the control circuit via two connecting buses of thickness smaller than 5 μm and of width smaller than 1000 μm, each connecting bus being integrally formed between the two transparent layers, and the connecting buses being placed on the periphery of the respective conductive coatings , the device furthermore including a frame comprising at least one aperture housing said cell and having a convex curvature front-side corresponding to a front-side curvature of the first transparent layer.
A point detector for a fire alarm system, the point detector comprising: a fan configured to aspirate air from a surrounding environment; and an inlet in flow communication with the fan ; wherein the inlet is configured to split the incoming airflow into multiple streams ; and wherein each stream of the multiple streams is configured to be in flow communication with a respective sensing device ; characterised by : a smoke detector , a heat detector and a carbon monoxide detector as the sensing devices in respective streams of the multiple streams ; wherein: the smoke detector is for sensing smoke in a first stream of the multiple streams ; the heat detector is for sensing heat in a second stream of the multiple streams ; and the carbon monoxide detector is for sensing carbon monoxide in a third stream of the multiple streams . a fan configured to aspirate air from a surrounding environment; and an inlet in flow communication with the fan ; wherein the inlet is configured to split the incoming airflow into multiple streams ; and wherein each stream of the multiple streams is configured to be in flow communication with a respective sensing device ; characterised by : a smoke detector , a heat detector and a carbon monoxide detector as the sensing devices in respective streams of the multiple streams ; wherein: the smoke detector is for sensing smoke in a first stream of the multiple streams ; the heat detector is for sensing heat in a second stream of the multiple streams ; and the carbon monoxide detector is for sensing carbon monoxide in a third stream of the multiple streams . a smoke detector , a heat detector and a carbon monoxide detector as the sensing devices in respective streams of the multiple streams ; wherein: the smoke detector is for sensing smoke in a first stream of the multiple streams ; the heat detector is for sensing heat in a second stream of the multiple streams ; and the carbon monoxide detector is for sensing carbon monoxide in a third stream of the multiple streams . the smoke detector is for sensing smoke in a first stream of the multiple streams ; the heat detector is for sensing heat in a second stream of the multiple streams ; and the carbon monoxide detector is for sensing carbon monoxide in a third stream of the multiple streams .
A mounting device comprising: a mounting head that has first fiducial marks , second fiducial marks that have a predetermined positional relationship with the first fiducial marks , and a collection member that collects components , and moves the collected components on a board (S); an imaging section that captures an image; and a control section that, during movement of the mounting head , causes the imaging section to capture a first image that includes the components that are collected in the mounting head and the first fiducial marks , causes the imaging section , after capturing the first image , to capture a second image that includes the components that are collected in the mounting head and the second fiducial marks , and generates an image of the components that are collected in the mounting head using the first image and the second image based on the positional relationship of the first fiducial marks and the second fiducial marks . a mounting head that has first fiducial marks , second fiducial marks that have a predetermined positional relationship with the first fiducial marks , and a collection member that collects components , and moves the collected components on a board (S); an imaging section that captures an image; and a control section that, during movement of the mounting head , causes the imaging section to capture a first image that includes the components that are collected in the mounting head and the first fiducial marks , causes the imaging section , after capturing the first image , to capture a second image that includes the components that are collected in the mounting head and the second fiducial marks , and generates an image of the components that are collected in the mounting head using the first image and the second image based on the positional relationship of the first fiducial marks and the second fiducial marks .
Rubber compound for the preparation of pneumatic tyre parts comprising at least one crosslinkable unsaturated-chain polymer base, a filler, a vulcanization system and a dispersing agent; said compound being characterized in that said dispersing agent comprises a functionalized lignin having a plurality of functionalizations of the general formula I wherein R and R' are different from each other and chosen from -OH and -OArLig and n is an integer between 1 and 6.
A beauty care pack comprising: a release film ; and a beauty care sheet which is separably attached to the release film , wherein the beauty care sheet comprises: a support ; a mesh member laminated on the support and having a throughhole size of 0.1 to 5 mm; a fiber layer which is laminated on the mesh member and in which water-soluble polymers are formed in the form of a nanofiber web; a moisturizing layer which is laminated on the fiber layer and made of water-soluble polymers and moisturizing materials, wherein the content of the moisturizing material is in the range of 5 to 50 wt% relative to the water-soluble polymer; and a beauty care layer which is laminated on the moisturizing layer and in which the water-soluble polymers and functional materials are formed in the form of a nanofiber web; wherein the moisturizing layer is formed by electrospraying a spinning solution containing a water-soluble polymer, a moisturizing material, and a solvent on the fiber layer , and wherein the moisturizing material is glycerin. a release film ; and a beauty care sheet which is separably attached to the release film , wherein the beauty care sheet comprises: a support ; a mesh member laminated on the support and having a throughhole size of 0.1 to 5 mm; a fiber layer which is laminated on the mesh member and in which water-soluble polymers are formed in the form of a nanofiber web; a moisturizing layer which is laminated on the fiber layer and made of water-soluble polymers and moisturizing materials, wherein the content of the moisturizing material is in the range of 5 to 50 wt% relative to the water-soluble polymer; and a beauty care layer which is laminated on the moisturizing layer and in which the water-soluble polymers and functional materials are formed in the form of a nanofiber web; wherein the moisturizing layer is formed by electrospraying a spinning solution containing a water-soluble polymer, a moisturizing material, and a solvent on the fiber layer , and wherein the moisturizing material is glycerin. a support ; a mesh member laminated on the support and having a throughhole size of 0.1 to 5 mm; a fiber layer which is laminated on the mesh member and in which water-soluble polymers are formed in the form of a nanofiber web; a moisturizing layer which is laminated on the fiber layer and made of water-soluble polymers and moisturizing materials, wherein the content of the moisturizing material is in the range of 5 to 50 wt% relative to the water-soluble polymer; and a beauty care layer which is laminated on the moisturizing layer and in which the water-soluble polymers and functional materials are formed in the form of a nanofiber web; wherein the moisturizing layer is formed by electrospraying a spinning solution containing a water-soluble polymer, a moisturizing material, and a solvent on the fiber layer , and wherein the moisturizing material is glycerin.
An inkjet recording device comprising: a main body including an ink container that accommodates an ink used to perform printing on a print target, and a cleaning liquid container that accommodates a cleaning liquid; a print head including a nozzle that is connected to the ink container to discharge the ink which is pressurized and supplied, a charging electrode that charges ink particles to be used for the printing, a deflection electrode that deflects the ink particles charged by the charging electrode, and a gutter that recovers the ink particles which are not used for the printing; characterized in that : a head cleaning unit including a cleaning nozzle that discharges the cleaning liquid, and an insertion port into which the print head is insertable, wherein the cleaning liquid container is connected to the cleaning nozzle via a cleaning path, and wherein the head cleaning unit includes a container connection portion allowing the head cleaning unit to be connected to a waste liquid container that accommodates the cleaning liquid which is used for cleaning. a main body including an ink container that accommodates an ink used to perform printing on a print target, and a cleaning liquid container that accommodates a cleaning liquid; a print head including a nozzle that is connected to the ink container to discharge the ink which is pressurized and supplied, a charging electrode that charges ink particles to be used for the printing, a deflection electrode that deflects the ink particles charged by the charging electrode, and a gutter that recovers the ink particles which are not used for the printing; characterized in that : a head cleaning unit including a cleaning nozzle that discharges the cleaning liquid, and an insertion port into which the print head is insertable, wherein the cleaning liquid container is connected to the cleaning nozzle via a cleaning path, and wherein the head cleaning unit includes a container connection portion allowing the head cleaning unit to be connected to a waste liquid container that accommodates the cleaning liquid which is used for cleaning. a head cleaning unit including a cleaning nozzle that discharges the cleaning liquid, and an insertion port into which the print head is insertable, wherein the cleaning liquid container is connected to the cleaning nozzle via a cleaning path, and wherein the head cleaning unit includes a container connection portion allowing the head cleaning unit to be connected to a waste liquid container that accommodates the cleaning liquid which is used for cleaning.
A first ring node arranged to protect against loops in an Ethernet ring by performing Ethernet Ring Protection, ERP, according to an ERP protocol standard, the first ring node being located directly adjacent to at least one second ring node in the Ethernet ring , wherein the at least one second ring node is not configured to perform ERP according to the same ERP protocol standard, characterized in that the first ring node is configured to, upon detection of a link failure event or a recovery event in the Ethernet ring resulting in a flush operation of a filtering database, FDB, in the first ring node in accordance with the ERP protocol standard, send a message to the at least one second ring node , wherein the message is operable to cause said at least one second ring node to perform a flush operation of an FDB in the at least one second ring node .
A beam configuration method, comprising: receiving, by a terminal, beam configuration information from a network device, wherein the beam configuration information indicates the terminal to transmit or receive a signal by using a first beam; and transmitting or receiving, by the terminal, the signal by using at least the first beam when first preset duration starting from a first time point expires, wherein the first time point is an uplink slot (y) in which the terminal sends an acknowledgement, ACK message for the beam configuration information to the network device; wherein a time point at which the signal is transmitted or received by using at least the first beam is: slot y + 3 N slot subframe , μ + 1 , wherein slot ( y ) indicates the uplink slot (y), wherein, 3 N slot subframe , μ is the first preset duration, N slot subframe , μ is a quantity of slots in one subframe, N slot subframe , μ is related to μ , and μ is a system parameter μ UL of an uplink carrier component, an uplink bandwidth part, or an uplink frame that is used by the terminal to send the ACK message to the network device. receiving, by a terminal, beam configuration information from a network device, wherein the beam configuration information indicates the terminal to transmit or receive a signal by using a first beam; and transmitting or receiving, by the terminal, the signal by using at least the first beam when first preset duration starting from a first time point expires, wherein the first time point is an uplink slot (y) in which the terminal sends an acknowledgement, ACK message for the beam configuration information to the network device; wherein a time point at which the signal is transmitted or received by using at least the first beam is: slot y + 3 N slot subframe , μ + 1 , wherein slot ( y ) indicates the uplink slot (y), wherein, 3 N slot subframe , μ is the first preset duration, N slot subframe , μ is a quantity of slots in one subframe, N slot subframe , μ is related to μ , and μ is a system parameter μ UL of an uplink carrier component, an uplink bandwidth part, or an uplink frame that is used by the terminal to send the ACK message to the network device.
A cable connecting structure of a battery pack , the battery pack which is provided in a vehicle , the cable connecting structure comprising: a plurality of cable side connectors which are provided at ends of a plurality of cables , respectively, and which are connected to the battery pack ; and a plurality of battery pack side connectors to which the cable side connectors are detachably mounted, and which are arranged in parallel along a peripheral direction of a peripheral wall of the battery pack , wherein, the peripheral wall includes a front wall directed to a front side of the vehicle, and a rear wall directed to a rear side of the vehicle, a left side wall directed to a left side in a lateral direction, and a right side wall directed to a right side in the lateral direction, and, in a state where the cable side connectors are mounted to the battery pack side connectors , portions of the cables which are respectively withdrawn from the cable side connectors are extended along the peripheral wall . a plurality of cable side connectors which are provided at ends of a plurality of cables , respectively, and which are connected to the battery pack ; and a plurality of battery pack side connectors to which the cable side connectors are detachably mounted, and which are arranged in parallel along a peripheral direction of a peripheral wall of the battery pack , wherein, the peripheral wall includes a front wall directed to a front side of the vehicle, and a rear wall directed to a rear side of the vehicle, a left side wall directed to a left side in a lateral direction, and a right side wall directed to a right side in the lateral direction, and, in a state where the cable side connectors are mounted to the battery pack side connectors , portions of the cables which are respectively withdrawn from the cable side connectors are extended along the peripheral wall .
A method for interactive control using two controllers that each support user interaction with and within a virtual reality, VR, environment implemented by a VR system comprising a processor and a headset for executing the method, the method comprising: detecting a first movement of a first of the two controllers associated with the VR environment; determining an angle of rotation based on the first movement; determining a magnitude of force associated with the first movement; determining a path in the VR environment that corresponds to the angle of rotation and the magnitude of force, wherein the path is used as a guide to move the user in the VR environment and/or as a selection tool to select or retrieve objects in the VR environment; projecting the path in the VR environment by displaying graphical elements that represent the path in the VR environment; detecting a second movement of a second of the two controllers associated with the VR environment; and adjusting the path based on the second movement and displaying graphical elements that represent the adjusted path in the VR environment. detecting a first movement of a first of the two controllers associated with the VR environment; determining an angle of rotation based on the first movement; determining a magnitude of force associated with the first movement; determining a path in the VR environment that corresponds to the angle of rotation and the magnitude of force, wherein the path is used as a guide to move the user in the VR environment and/or as a selection tool to select or retrieve objects in the VR environment; projecting the path in the VR environment by displaying graphical elements that represent the path in the VR environment; detecting a second movement of a second of the two controllers associated with the VR environment; and adjusting the path based on the second movement and displaying graphical elements that represent the adjusted path in the VR environment.
A thermoelectric conditioning arrangement (100; 200; 300), comprising: a first antenna or splitter (102; 202; 302) configured to transmit a power and control signal; a second antenna or splitter (104; 204; 304) configured to receive the power and control signal; a power converter (121; 221; 321) configured to receive the power and control signal from the second antenna or splitter (104; 204; 304) and generate a direct current, DC, signal; and a thermoelectric cooler, TEC, (130; 230; 330) configured to receive the DC signal from the power converter (121; 221; 321), characterised in that the thermoelectric conditioning arrangement (100; 200; 300) comprises a waveguide (110; 210; 310) coupled between the first antenna or splitter (102; 202; 302) and the second antenna or splitter (104; 204; 304), wherein the power and control signal is guided from the first antenna or splitter (102; 202; 302) to the second antenna or splitter (104; 204; 304) via the waveguide (110; 210; 310). a first antenna or splitter (102; 202; 302) configured to transmit a power and control signal; a second antenna or splitter (104; 204; 304) configured to receive the power and control signal; a power converter (121; 221; 321) configured to receive the power and control signal from the second antenna or splitter (104; 204; 304) and generate a direct current, DC, signal; and a thermoelectric cooler, TEC, (130; 230; 330) configured to receive the DC signal from the power converter (121; 221; 321), characterised in that the thermoelectric conditioning arrangement (100; 200; 300) comprises a waveguide (110; 210; 310) coupled between the first antenna or splitter (102; 202; 302) and the second antenna or splitter (104; 204; 304), wherein the power and control signal is guided from the first antenna or splitter (102; 202; 302) to the second antenna or splitter (104; 204; 304) via the waveguide (110; 210; 310).