mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal comprising: a control section configured to: determine uplink control channel resource indexes based on configuration of an active uplink bandwidth part, UL BWP, wherein multiple UL BWPs are configured and the active UL BWP is switched in time; and further configured to determine a resource for an uplink control channel based on an uplink control channel resource index indicated from Physical Uplink Control Channel, PUCCH, resource indicator field in downlink control information out of the uplink control channel resource indexes; and a transmission section configured to transmit the uplink control channel on the resource for the uplink control channel on the active UL BWP, when the resource is included in the active UL BWP, wherein the transmission section is configured not to transmit the uplink control channel, when the resource is not included in the active UL BWP. a control section configured to: determine uplink control channel resource indexes based on configuration of an active uplink bandwidth part, UL BWP, wherein multiple UL BWPs are configured and the active UL BWP is switched in time; and further configured to determine a resource for an uplink control channel based on an uplink control channel resource index indicated from Physical Uplink Control Channel, PUCCH, resource indicator field in downlink control information out of the uplink control channel resource indexes; and determine uplink control channel resource indexes based on configuration of an active uplink bandwidth part, UL BWP, wherein multiple UL BWPs are configured and the active UL BWP is switched in time; and further configured to determine a resource for an uplink control channel based on an uplink control channel resource index indicated from Physical Uplink Control Channel, PUCCH, resource indicator field in downlink control information out of the uplink control channel resource indexes; and a transmission section configured to transmit the uplink control channel on the resource for the uplink control channel on the active UL BWP, when the resource is included in the active UL BWP, wherein the transmission section is configured not to transmit the uplink control channel, when the resource is not included in the active UL BWP.
An electrical coupler , comprising: a slip ring assembly comprising a plurality of continuous electrically-conductive annular paths , wherein each continuous electrically-conductive annular path corresponds to an annular electrically-conductive ring laminated between two non-electrically-conductive rings such that the slip ring assembly comprises a stack of alternating annular electrically-conductive rings and non-electrically-conductive rings; a transverse mounting member in operable engagement with the slip ring assembly and including a transverse circuit trace thereon corresponding to each continuous electrically-conductive annular paths; and an electrical component including a contact corresponding to each of the continuous electrically-conductive annular paths and wherein one of the slip ring assembly and the electrical component is rotatable about an axis (SA-SA) such that each said contact is in electrical contact with the continuous electrically-conductive annular path corresponding thereto during rotation of one of the slip ring assembly and electrical component about the axis. a slip ring assembly comprising a plurality of continuous electrically-conductive annular paths , wherein each continuous electrically-conductive annular path corresponds to an annular electrically-conductive ring laminated between two non-electrically-conductive rings such that the slip ring assembly comprises a stack of alternating annular electrically-conductive rings and non-electrically-conductive rings; a transverse mounting member in operable engagement with the slip ring assembly and including a transverse circuit trace thereon corresponding to each continuous electrically-conductive annular paths; and an electrical component including a contact corresponding to each of the continuous electrically-conductive annular paths and wherein one of the slip ring assembly and the electrical component is rotatable about an axis (SA-SA) such that each said contact is in electrical contact with the continuous electrically-conductive annular path corresponding thereto during rotation of one of the slip ring assembly and electrical component about the axis.
A method for assignment of vehicle control, the method comprising: receiving , by one or more processors associated with a vehicle , route data indicating a route between a starting location of the vehicle and a destination location; determining , by the one or more processors, a vehicle travel configuration for the route based on the route data; receiving , by the one or more processors, a driver requested torque value; determining , by the one or more processors, a passive pedal torque value based on the route data and vehicle powertrain data; and selectively assigning , by the one or more processors, control of the vehicle to a vehicle system or to a driver of the vehicle based on the driver requested torque value and the passive pedal torque value. receiving , by one or more processors associated with a vehicle , route data indicating a route between a starting location of the vehicle and a destination location; determining , by the one or more processors, a vehicle travel configuration for the route based on the route data; receiving , by the one or more processors, a driver requested torque value; determining , by the one or more processors, a passive pedal torque value based on the route data and vehicle powertrain data; and selectively assigning , by the one or more processors, control of the vehicle to a vehicle system or to a driver of the vehicle based on the driver requested torque value and the passive pedal torque value.
An encoding device comprising: an image encoding unit configured to encode image data of each picture constituting image data in an interlacing scheme in an NAL unit structure and generate a video stream having the encoded image data of each picture, wherein the image encoding unit is configured to set an NAL unit type of a slice of encoded image data of a picture, the picture forming a field pair with an intra picture constituting a random access point (IRAP), wherein the NAL unit type is set to a unique type which indicates that the picture is dependent on the intra picture and forms the field pair with the intra picture, and wherein the image encoding unit is configured to classify the image data of each picture constituting the image data in the interlacing scheme into a plurality of layers, encodes image data of a picture of each classified layer, and generates a video stream having the encoded image data of the picture of each layer. an image encoding unit configured to encode image data of each picture constituting image data in an interlacing scheme in an NAL unit structure and generate a video stream having the encoded image data of each picture, wherein the image encoding unit is configured to set an NAL unit type of a slice of encoded image data of a picture, the picture forming a field pair with an intra picture constituting a random access point (IRAP), wherein the NAL unit type is set to a unique type which indicates that the picture is dependent on the intra picture and forms the field pair with the intra picture, and wherein the image encoding unit is configured to classify the image data of each picture constituting the image data in the interlacing scheme into a plurality of layers, encodes image data of a picture of each classified layer, and generates a video stream having the encoded image data of the picture of each layer.
An energy storage device for an orthopaedic device, the energy storage device comprising at least one cylinder in which • a first cylinder chamber , • a second cylinder chamber , which is fluidically connected to the first cylinder chamber by means of at least one fluid line , and • a piston are located, wherein the piston is arranged such that it can be displaced relative to the cylinder in such a way that the displacement of the piston causes a working medium, which is a liquid, to be directed through the at least one fluid line from one cylinder chamber into the other cylinder chamber , wherein the energy storage device comprises at least one compensation volume , which is fluidically connected to the fluid line by way of a fluid connection , and at least one first controllable valve , by way of which the fluid connection can be opened and closed, characterised in that no exchange of fluid can occur between the compensation volume and the first or second cylinder chamber when the first controllable valve is closed. • a first cylinder chamber , • a second cylinder chamber , which is fluidically connected to the first cylinder chamber by means of at least one fluid line , and • a piston
A gait training apparatus comprising: a walking assistance device that is attached to a leg portion of a user and assists walking of the user; a peripheral device used for gait training of the user; a control unit that controls the walking assistance device and the peripheral device ; and a switching unit that switches the control unit between a cooperative control mode for performing a cooperative control of the walking assistance device and the peripheral device based on information output from the walking assistance device , and an operation mode for controlling the peripheral device based on set operation information, characterized in that when the control unit is switched to the operation mode by the switching unit , the control unit executes the control of the peripheral device even when the control unit is in a non-connected state with the walking assistance device . a walking assistance device that is attached to a leg portion of a user and assists walking of the user; a peripheral device used for gait training of the user; a control unit that controls the walking assistance device and the peripheral device ; and a switching unit that switches the control unit between a cooperative control mode for performing a cooperative control of the walking assistance device and the peripheral device based on information output from the walking assistance device , and an operation mode for controlling the peripheral device based on set operation information, characterized in that when the control unit is switched to the operation mode by the switching unit , the control unit executes the control of the peripheral device even when the control unit is in a non-connected state with the walking assistance device .
An optical connector cable assembly, comprising: an optical connector cable (61; 460; 661) comprising a first optical fiber extending therefrom; wherein the optical connector cable (61; 460; 661) includes a distal connector (66; 466; 666) configured to connect to a guidewire , the distal connector (66; 466; 666) comprising an inner housing (74; 474; 674) and a guidewire locking mechanism (72, 88, 90; 478, 498; 672, 698); an actuator (102; 402; 602), wherein actuation of the actuator (102; 402; 602) moves the inner housing (74; 474; 674) from a first position to a second position, wherein the actuator (102; 402; 602) comprises a sliding mechanism; wherein when the inner housing (74; 474; 674) is in the first position the guidewire locking mechanism (72, 88, 90; 478, 498; 672, 698) is configured to secure the guidewire and the guidewire is rotatable with respect to the optical connector cable (61; 460; 661); and wherein when the inner housing (74; 474; 674) is in the second position the guidewire locking mechanism (72, 88, 90; 478, 498; 672, 698) is in an open state for receiving or removing the guidewire . an optical connector cable (61; 460; 661) comprising a first optical fiber extending therefrom; wherein the optical connector cable (61; 460; 661) includes a distal connector (66; 466; 666) configured to connect to a guidewire , the distal connector (66; 466; 666) comprising an inner housing (74; 474; 674) and a guidewire locking mechanism (72, 88, 90; 478, 498; 672, 698); an actuator (102; 402; 602), wherein actuation of the actuator (102; 402; 602) moves the inner housing (74; 474; 674) from a first position to a second position, wherein the actuator (102; 402; 602) comprises a sliding mechanism; wherein when the inner housing (74; 474; 674) is in the first position the guidewire locking mechanism (72, 88, 90; 478, 498; 672, 698) is configured to secure the guidewire and the guidewire is rotatable with respect to the optical connector cable (61; 460; 661); and wherein when the inner housing (74; 474; 674) is in the second position the guidewire locking mechanism (72, 88, 90; 478, 498; 672, 698) is in an open state for receiving or removing the guidewire .
Abase station (200-1) used in a mobile communication system, comprising: a controller configured to cause a user equipment to transition from a radio resource control, RRC, connected state to a specific state, wherein the specific state is a state in which paging area information indicating a paging area used in a paging scheme initiated by the base station (200-1) is configured in the user equipment , transmit a resume identifier used for resuming an RRC connection of the user equipment , to the user equipment when causing the user equipment to transition from the RRC connected state to the specific state, perform a paging for the user equipment by the base station (200-1) with another base station (200-2) in the paging area, when the base station (200-1) receives a non-access stratum signaling from a core network addressed to the user equipment , transmit to the another base station (200-2), a paging request message for paging the user equipment , the paging request including the resume identifier and information indicating DRX configuration configured from the base station (200-1) to the user equipment , receive, from the another base station (200-2), first information indicating that the another base station (200-2) has failed in paging the user equipment , and transmit to the core network, a failure notification indicating the failure of the paging. a controller configured to cause a user equipment to transition from a radio resource control, RRC, connected state to a specific state, wherein the specific state is a state in which paging area information indicating a paging area used in a paging scheme initiated by the base station (200-1) is configured in the user equipment , transmit a resume identifier used for resuming an RRC connection of the user equipment , to the user equipment when causing the user equipment to transition from the RRC connected state to the specific state, perform a paging for the user equipment by the base station (200-1) with another base station (200-2) in the paging area, when the base station (200-1) receives a non-access stratum signaling from a core network addressed to the user equipment , transmit to the another base station (200-2), a paging request message for paging the user equipment , the paging request including the resume identifier and information indicating DRX configuration configured from the base station (200-1) to the user equipment , receive, from the another base station (200-2), first information indicating that the another base station (200-2) has failed in paging the user equipment , and transmit to the core network, a failure notification indicating the failure of the paging.
The use of a water-based agent containing in total more than 50 wt.% of polyfunctional organic oxo compounds which are organic compounds having at least three functional groups selected from hydroxyl, ester and/or ether groups, at least one hydroxyl group always being contained and there being a heteroatom other than oxygen on at most every fifth functional group of this kind, as a carrier medium for separating paint overspray from painting booths, characterized in that , at shear rates in the range of from 10 - 1000 s -1 , the water-based agent has a viscosity which is always above 10 mPas, and the ratio of static viscosity η 10 to process viscosity η 100 is no greater than 10:1, at least 80 wt.% of the polyfunctional organic oxo compounds, based on the total amount of the polyfunctional organic oxo compounds, being selected from low-molecular-weight polyfunctional organic oxo compounds, such low-molecular-weight compounds having no more than 12 carbon atoms.
A wireless communication method, the method comprising: receiving, by a terminal device, an activation signaling sent by a network device, wherein the activation signaling is configured to activate the terminal device to persistently report first channel state information, CSI , and comprises first information configured to indicate content included in the first CSI; reporting, by the terminal device, persistently the first CSI to the network device after receiving the activation signaling until the terminal device receives a deactivation signaling sent by the network device, wherein the deactivation signaling is configured to instruct the terminal device to stop reporting the first CSI , wherein the method further comprises: determining, by the terminal device, at least one of the following according to content included in the first CSI, and performing, based on the determination, persistent CSI measurement according to the at least one of the following to obtain the first CSI: a quantity of channel state information reference signal, CSI-RS, ports used for performing the persistent CSI measurement, and an assumption of a CSI-RS transmission beam on the resource for performing the CSI measurement. receiving, by a terminal device, an activation signaling sent by a network device, wherein the activation signaling is configured to activate the terminal device to persistently report first channel state information, CSI , and comprises first information configured to indicate content included in the first CSI; reporting, by the terminal device, persistently the first CSI to the network device after receiving the activation signaling until the terminal device receives a deactivation signaling sent by the network device, wherein the deactivation signaling is configured to instruct the terminal device to stop reporting the first CSI , wherein the method further comprises: determining, by the terminal device, at least one of the following according to content included in the first CSI, and performing, based on the determination, persistent CSI measurement according to the at least one of the following to obtain the first CSI: a quantity of channel state information reference signal, CSI-RS, ports used for performing the persistent CSI measurement, and an assumption of a CSI-RS transmission beam on the resource for performing the CSI measurement. determining, by the terminal device, at least one of the following according to content included in the first CSI, and performing, based on the determination, persistent CSI measurement according to the at least one of the following to obtain the first CSI: a quantity of channel state information reference signal, CSI-RS, ports used for performing the persistent CSI measurement, and an assumption of a CSI-RS transmission beam on the resource for performing the CSI measurement.
An interlayer film for laminated glass, comprising a first heat-shielding layer containing a thermoplastic resin and at least one component selected from a phthalocyanine compound, a naphthalocyanine compound, and an anthracyanine compound, and at least one second heat-shielding layer containing a thermoplastic resin and metal oxide particles, wherein the second heat-shielding layer contains or does not contain at least one component selected from a phthalocyanine compound, a naphthalocyanine compound, and an anthracyanine compound, and when the second heat-shielding layer contains the component, the amount X2 (% by weight) of the component in the second heat-shielding layer is less than the amount X1 (% by weight) of the component in the first heat-shielding layer. a first heat-shielding layer containing a thermoplastic resin and at least one component selected from a phthalocyanine compound, a naphthalocyanine compound, and an anthracyanine compound, and at least one second heat-shielding layer containing a thermoplastic resin and metal oxide particles, wherein the second heat-shielding layer contains or does not contain at least one component selected from a phthalocyanine compound, a naphthalocyanine compound, and an anthracyanine compound, and when the second heat-shielding layer contains the component, the amount X2 (% by weight) of the component in the second heat-shielding layer is less than the amount X1 (% by weight) of the component in the first heat-shielding layer.
Method for optimising the dewatering of sludge from a biological purification process, in particular from waste water treatment, which sludge is supplied to a dewatering apparatus, wherein, before the sludge is supplied to the dewatering apparatus and dewatered, it is treated with ultrasound having at least a frequency of between 20 and 100 kHz, in particular having a frequency of 25 kHz, and a specific power of 1 to 1000 W/kg of solids contained in the sludge in order to change the sludge structure without cell destruction in such a way that an improved charge equalisation between the sludge and a sludge conditioning agent is created, before or during which at least one sludge conditioning agent is added to the sludge.
A lock , comprising: a lock tongue configured to secure an object; a lock pin configured to block the lock tongue to move along an axial direction of the lock tongue ; a lock shell configured to accommodate at least a portion of the lock tongue or at least a portion of the lock pin , the lock shell including a through-hole , at least a portion of the lock pin being moveable inward or outward the lock shell through the through-hole ; and a waterproof pipe arranged around at least a portion of the lock pin , wherein the waterproof pipe includes a first connection end and a second connection end , the first connection end of the waterproof pipe connects to the lock shell , and the second connection end of the waterproof pipe connects to the lock pin . a lock tongue configured to secure an object; a lock pin configured to block the lock tongue to move along an axial direction of the lock tongue ; a lock shell configured to accommodate at least a portion of the lock tongue or at least a portion of the lock pin , the lock shell including a through-hole , at least a portion of the lock pin being moveable inward or outward the lock shell through the through-hole ; and a waterproof pipe arranged around at least a portion of the lock pin , wherein the waterproof pipe includes a first connection end and a second connection end , the first connection end of the waterproof pipe connects to the lock shell , and the second connection end of the waterproof pipe connects to the lock pin . the waterproof pipe includes a first connection end and a second connection end , the first connection end of the waterproof pipe connects to the lock shell , and the second connection end of the waterproof pipe connects to the lock pin .
A composition comprising 2'-fucosyllactose for use in treating and/or preventing viral diarrhoea caused by rotavirus, said composition not being human milk.