mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, performed by an apparatus, wherein the communication method is applied to a transmit end and comprises: obtaining a frequency hopping parameter and resource allocation information of a to-be-transmitted message, wherein the frequency hopping parameter comprises bandwidth part indication information; determining , based on the resource allocation information and the frequency hopping parameter, a physical resource used to send the to-be-transmitted message, wherein the physical resource comprises a first frequency domain resource and a second frequency domain resource used to transmit the to-be-transmitted message in at least one symbols within one slot, wherein the first frequency domain resource is different from the second frequency domain resource, the to-be-transmitted message comprises first data and second data, the first frequency domain resource is used to transmit the first data and a first reference signal in a first part of the slot, and the second frequency domain resource is used to transmit the second data and a second reference signal in a second part of the slot, wherein the first part of the slot is located before the second part of the slot, the second reference signal occupies the first symbol of the second part of the slot, and the second data occupies the remaining symbols of the second part of the slot; and sending the to-be-transmitted message by using the physical resource. obtaining a frequency hopping parameter and resource allocation information of a to-be-transmitted message, wherein the frequency hopping parameter comprises bandwidth part indication information; determining , based on the resource allocation information and the frequency hopping parameter, a physical resource used to send the to-be-transmitted message, wherein the physical resource comprises a first frequency domain resource and a second frequency domain resource used to transmit the to-be-transmitted message in at least one symbols within one slot, wherein the first frequency domain resource is different from the second frequency domain resource, the to-be-transmitted message comprises first data and second data, the first frequency domain resource is used to transmit the first data and a first reference signal in a first part of the slot, and the second frequency domain resource is used to transmit the second data and a second reference signal in a second part of the slot, wherein the first part of the slot is located before the second part of the slot, the second reference signal occupies the first symbol of the second part of the slot, and the second data occupies the remaining symbols of the second part of the slot; and sending the to-be-transmitted message by using the physical resource.
Printable multicomponent system comprising at least one isocyanate component and at least one isocyanate-reactive component, wherein the isocyanate component comprises at least one compound having aliphatically bonded isocyanate groups and the isocyanate-reactive component comprises at least one compound having isocyanate-reactive groups, characterized in that a mixture of the isocyanate component and isocyanate-reactive component has a pot life at a temperature of 23°C of ≤ 30 minutes, the isocyanate component and the isocyanate-reactive component each have a use life of ≥16 hours at 20°C and a relative humidity of 50%, the isocyanate component and the isocyanate-reactive component each have a viscosity measured at 70°C and a constant shear rate of 100 1/s of ≤ 100 mPas and the gap Ra between the Hansen solubility parameter of the compound having aliphatically bonded isocyanate groups or optionally a mixture of all compounds having isocyanate groups and the Hansen solubility parameter of the compound having isocyanate-reactive groups or optionally a mixture of all compounds having isocyanate-reactive groups is ≤ 25 and wherein the surface tension of the isocyanate and/or isocyanate-reactive component is ≤ 30 mN/m at 23°C determined according to DIN EN 14370:2004-11, measurement with plate, wherein the pot life is the time in which the viscosity of the mixture of the isocyanate component and the isocyanate-reactive component doubles at a temperature of 23°C, wherein the use life is the duration for which a printing operation where the isocyanate component and the isocyanate-reactive component are printed with a printing head may be interrupted at 20°C and 50% relative humidity without printing quality being impaired upon resumption of printing.
A dressing for treating a tissue site , comprising: a tissue interface having a first layer comprising a foam and a second layer comprising a plurality of apertures , the second layer adapted to be positioned between the first layer and the tissue site ; a dressing interface having a housing including a therapy cavity and a component cavity fluidly isolated from the therapy cavity , the therapy cavity having an opening adapted to be in fluid communication with the first layer and a port adapted to be fluidly coupled to a negative-pressure source ; a control device disposed within the component cavity and including a microprocessor; and a first pH sensor having a sensing portion adapted to be positioned between the second layer and the tissue site and electrically coupled to the microprocessor, the first pH sensor configured to detect a pH level of fluid present at the tissue site and to provide a pH output to the microprocessor based on the pH level detected. a tissue interface having a first layer comprising a foam and a second layer comprising a plurality of apertures , the second layer adapted to be positioned between the first layer and the tissue site ; a dressing interface having a housing including a therapy cavity and a component cavity fluidly isolated from the therapy cavity , the therapy cavity having an opening adapted to be in fluid communication with the first layer and a port adapted to be fluidly coupled to a negative-pressure source ; a control device disposed within the component cavity and including a microprocessor; and a first pH sensor having a sensing portion adapted to be positioned between the second layer and the tissue site and electrically coupled to the microprocessor, the first pH sensor configured to detect a pH level of fluid present at the tissue site and to provide a pH output to the microprocessor based on the pH level detected.
A communication control device comprising: an acquirer configured to acquire information related to a change from a second priority lower than the first priority in priority of radio wave use of a communication device to the first priority based on a right to perform radio wave use with the first priority; a receiver configured to receive a frequency use notification notifying that the communication device is performing the radio wave use with the second priority; and a processor configured to update the priority of the radio wave use by the communication device from the second priority to the first priority in a case where the frequency use notification is received after the information related to the change to the first priority is acquired. an acquirer configured to acquire information related to a change from a second priority lower than the first priority in priority of radio wave use of a communication device to the first priority based on a right to perform radio wave use with the first priority; a receiver configured to receive a frequency use notification notifying that the communication device is performing the radio wave use with the second priority; and a processor configured to update the priority of the radio wave use by the communication device from the second priority to the first priority in a case where the frequency use notification is received after the information related to the change to the first priority is acquired.
A method for establishing a path in an optical domain to couple first and second Internet Protocol, IP, routing domains for use by a Virtual Private Network, VPN, the method comprising: receiving at a network controller, NC, an optical path setup command comprising an indication to establish an optical path in an optical domain between first and second Customer Equipment, CE , respectively coupled to first and second termination points, TPs, the optical path coupling the first and second TPs, the optical path setup command comprising an IP address of the first CE; determining an optical path identifier, ID, in response to the optical path setup command, the optical path ID identifying the optical path, the optical path coupling a first router in a first IP routing domain to a second router in a second IP routing domain , the first router coupled to the first TP and the second router coupled to the second TP; sending a mapping command to a first domain controller, DC , associated with the first IP routing domain, the mapping command comprising the optical path ID and an IP address of the first CE; receiving from the first DC routing information comprising a first association comprising the IP address of the first CE, a VPN label, and the optical path ID; and sending a forwarding command to a second DC associated with the second IP routing domain, the forwarding command comprising the routing information received from the first DC, the forwarding command configured to cause the second TP to forward a packet to the optical path identified by the optical path ID when the packet comprises the IP address of the first CE and the VPN label. receiving at a network controller, NC, an optical path setup command comprising an indication to establish an optical path in an optical domain between first and second Customer Equipment, CE , respectively coupled to first and second termination points, TPs, the optical path coupling the first and second TPs, the optical path setup command comprising an IP address of the first CE; determining an optical path identifier, ID, in response to the optical path setup command, the optical path ID identifying the optical path, the optical path coupling a first router in a first IP routing domain to a second router in a second IP routing domain , the first router coupled to the first TP and the second router coupled to the second TP; sending a mapping command to a first domain controller, DC , associated with the first IP routing domain, the mapping command comprising the optical path ID and an IP address of the first CE; receiving from the first DC routing information comprising a first association comprising the IP address of the first CE, a VPN label, and the optical path ID; and sending a forwarding command to a second DC associated with the second IP routing domain, the forwarding command comprising the routing information received from the first DC, the forwarding command configured to cause the second TP to forward a packet to the optical path identified by the optical path ID when the packet comprises the IP address of the first CE and the VPN label.
An aircraft panel which is a wall of a fluid tank when in use, the panel comprising a skin layer with an outer surface which is an aerodynamic surface of an aircraft when in use; an inner layer ; a core having a mass density lower than the inner layer and the skin layer, wherein the core is positioned between the inner layer and the skin layer; and a hole in the skin layer; characterised in that the aircraft panel further comprises an ultrasonic gauge , wherein the gauge is fitted into a hole or recess in the core; and an access panel which fills the hole in the skin layer and can be removed to gain access to the gauge from outside the tank.
A developing cartridge comprising: a housing configured to store a developing agent; a developing roller rotatable about a first axis extending in a first direction, the developing roller positioned at one end portion of the housing in a second direction; a lever swingable between a first position and a second position about a second axis extending in the first direction; and a storage medium swingable together with the lever in a swing direction, the storage medium including an electric contact surface crossing the swing direction, the electric contact surface being swingable between a retreat position and an advance position, the electric contact surface being positioned at the retreat position in a case where the lever is positioned at the first position, the electric contact surface being positioned at the advance position in a case where the lever is positioned at the second position; characterized in that the housing is movable in the second direction relative to the lever and the electric contact surface in a case where the electric contact surface is positioned at the advance position. a housing configured to store a developing agent; a developing roller rotatable about a first axis extending in a first direction, the developing roller positioned at one end portion of the housing in a second direction; a lever swingable between a first position and a second position about a second axis extending in the first direction; and a storage medium swingable together with the lever in a swing direction, the storage medium including an electric contact surface crossing the swing direction, the electric contact surface being swingable between a retreat position and an advance position, the electric contact surface being positioned at the retreat position in a case where the lever is positioned at the first position, the electric contact surface being positioned at the advance position in a case where the lever is positioned at the second position; characterized in that the housing is movable in the second direction relative to the lever and the electric contact surface in a case where the electric contact surface is positioned at the advance position.
An apparatus for use within an interior of an aircraft, comprising: a seat back ; an air pad affixed to the seat back , the air pad comprising: a front face ; a bladder that is inflatable within the air pad ; sides that support the front face of the air pad and surround the bladder , and that constrain the front face of the air pad to extend a uniform distance outward from the seat back when the bladder is inflated; and an inflator that is coupled with the air pad and is configured to inflate the bladder from an undeployed volume to a deployed volume, wherein the air pad further comprises: a gap at a location of a component accessible to a passenger and installed in the seat back ; and an additional bladder at an edge of the gap which is inflated by the inflator and expands into the gap during deployment. a seat back ; an air pad affixed to the seat back , the air pad comprising: a front face ; a bladder that is inflatable within the air pad ; sides that support the front face of the air pad and surround the bladder , and that constrain the front face of the air pad to extend a uniform distance outward from the seat back when the bladder is inflated; and an inflator that is coupled with the air pad and is configured to inflate the bladder from an undeployed volume to a deployed volume, wherein the air pad further comprises: a gap at a location of a component accessible to a passenger and installed in the seat back ; and an additional bladder at an edge of the gap which is inflated by the inflator and expands into the gap during deployment. a front face ; a bladder that is inflatable within the air pad ; sides that support the front face of the air pad and surround the bladder , and that constrain the front face of the air pad to extend a uniform distance outward from the seat back when the bladder is inflated; and an inflator that is coupled with the air pad and is configured to inflate the bladder from an undeployed volume to a deployed volume, wherein the air pad further comprises: a gap at a location of a component accessible to a passenger and installed in the seat back ; and an additional bladder at an edge of the gap which is inflated by the inflator and expands into the gap during deployment. a gap at a location of a component accessible to a passenger and installed in the seat back ; and an additional bladder at an edge of the gap which is inflated by the inflator and expands into the gap during deployment.
Multiple-unit rail vehicle, in particular train , having two or more carriages and one or more accessible carriage transition regions and at least one potential equaliser , characterised in that - the rail vehicle has at least one inner train section (IZ), which is bound by two carriages (ABW1, ABW2) which bound the section, wherein the inner train section (IZ) alone is formed by a single carriage transition region or comprises one or more inner carriages (IW1, IW2, IW) and more than one carriage transition region , - the carriages (ABW1, ABW2) bounding the section are each earthed on the wheel side so that one part (I1) of a rail-side return current (Ir) can flow from the track-side rails , on which the rail vehicle stands or travels, into one of the carriages (ABW1, ABW2) bounding the section and as a return current (Ir) on the vehicle side through the inner train section (IZ) and back from the other carriage (ABW1, ABW2) bounding the section into the rails , namely parallel to another part (I2) of the rail-side return current (Ir) which flows into the track-side rails , and - in all accessible carriage transition regions , which are arranged in the inner train section (IZ), an electric potential equaliser is arranged above the respective carriage transition region , said potential equaliser electrically connecting the carriages coupled to one another by the respective carriage transition region and routing the entire or at least one portion of the vehicle-side return current (Ir) above the accessible carriage transition region hereto. - the rail vehicle has at least one inner train section (IZ), which is bound by two carriages (ABW1, ABW2) which bound the section, wherein the inner train section (IZ) alone is formed by a single carriage transition region or comprises one or more inner carriages (IW1, IW2, IW) and more than one carriage transition region , - the carriages (ABW1, ABW2) bounding the section are each earthed on the wheel side so that one part (I1) of a rail-side return current (Ir) can flow from the track-side rails , on which the rail vehicle stands or travels, into one of the carriages (ABW1, ABW2) bounding the section and as a return current (Ir) on the vehicle side through the inner train section (IZ) and back from the other carriage (ABW1, ABW2) bounding the section into the rails , namely parallel to another part (I2) of the rail-side return current (Ir) which flows into the track-side rails , and - in all accessible carriage transition regions , which are arranged in the inner train section (IZ), an electric potential equaliser is arranged above the respective carriage transition region , said potential equaliser electrically connecting the carriages coupled to one another by the respective carriage transition region and routing the entire or at least one portion of the vehicle-side return current (Ir) above the accessible carriage transition region hereto.
An information processing device , comprising: a sensor (510; 511; 512; 513) configured to detect an object; a processing unit (1724; 1725) configured to process a virtual sound information of a virtual sound source corresponding to the object detected by the sensor (510; 511; 512; 513), wherein the processing unit (1724; 1725) is configured to select, in accordance with a user selection via a user interface , a type of the virtual sound information, the type being indicative of voice data or sound-source data other than voice data, acquire the virtual sound information from an information providing unit (552; 1750; 1726), localize a sound image of the virtual sound source in a three-dimensional acoustic space, and adjust, in accordance with a user selection via the user interface , how frequently the virtual sound information is generated; an open ear style earpiece configured to be worn on an ear of a listener, the open ear style earpiece including an acoustics generation unit configured to generate a sound in accordance with the processed virtual sound information of the virtual sound source, and a sound guide portion configured to transmit the sound generated by the acoustics generation unit into an earhole. a sensor (510; 511; 512; 513) configured to detect an object; a processing unit (1724; 1725) configured to process a virtual sound information of a virtual sound source corresponding to the object detected by the sensor (510; 511; 512; 513), wherein the processing unit (1724; 1725) is configured to select, in accordance with a user selection via a user interface , a type of the virtual sound information, the type being indicative of voice data or sound-source data other than voice data, acquire the virtual sound information from an information providing unit (552; 1750; 1726), localize a sound image of the virtual sound source in a three-dimensional acoustic space, and adjust, in accordance with a user selection via the user interface , how frequently the virtual sound information is generated; select, in accordance with a user selection via a user interface , a type of the virtual sound information, the type being indicative of voice data or sound-source data other than voice data, acquire the virtual sound information from an information providing unit (552; 1750; 1726), localize a sound image of the virtual sound source in a three-dimensional acoustic space, and adjust, in accordance with a user selection via the user interface , how frequently the virtual sound information is generated; an open ear style earpiece configured to be worn on an ear of a listener, the open ear style earpiece including an acoustics generation unit configured to generate a sound in accordance with the processed virtual sound information of the virtual sound source, and a sound guide portion configured to transmit the sound generated by the acoustics generation unit into an earhole. an acoustics generation unit configured to generate a sound in accordance with the processed virtual sound information of the virtual sound source, and a sound guide portion configured to transmit the sound generated by the acoustics generation unit into an earhole.