mhurhangee/patent-ind-claim-en huggingface dataset:
A tire, comprising a tread portion, the tire satisfying the following relationships to : PC ≥ 55 % by mass ; 10 % by mass ≤ Ash ≤ 25 % by mass ; and Ash × G ≤ 250 , wherein PC and Ash represent a polymer content (% by mass) and an ash content (% by mass), respectively, of a rubber composition comprised in the tread portion, and G represents a thickness (mm) of the tread portion measured on an equator in a cross-section taken in a radial direction of the tire, when the polymer content PC is determined in accordance with section <Polymer content (PC)> of the description, when the ash content Ash is determined in accordance with section <Ash content (Ash)> of the description, and when G is determined in accordance with section <Thickness G> of the description. the tire satisfying the following relationships to : PC ≥ 55 % by mass ; 10 % by mass ≤ Ash ≤ 25 % by mass ; and Ash × G ≤ 250 , wherein PC and Ash represent a polymer content (% by mass) and an ash content (% by mass), respectively, of a rubber composition comprised in the tread portion, and G represents a thickness (mm) of the tread portion measured on an equator in a cross-section taken in a radial direction of the tire, when the polymer content PC is determined in accordance with section <Polymer content (PC)> of the description, when the ash content Ash is determined in accordance with section <Ash content (Ash)> of the description, and when G is determined in accordance with section <Thickness G> of the description.
A trampoline comprising a support frame and a jumping mat , the jumping mat having a configuration comprising agenerally flat base portion at a position lower than the periphery of the jumping mat for a user to bounce on, and a side portion around the entire periphery of the base portion and extending to the periphery of the jumping mat, the jumping mat being connected to the frame by at least two connectors that place the jumping mat in said configuration with the jumping mat supported under tension at a position above ground or flooring; the trampoline being characterised in that the jumping mat is formed as a single piece of woven material so that the side portion , against which a user may also bounce, is integral with and continuous with the base portion , and in that the connectors comprise elastic biasing connectors placing the jumping mat under tension and providing tension between the jumping mat and the support frame.
Semiconductor structure comprising close-packed vias and re-distribution layer(s) (RDL) or routings that are essentially flush with surrounding substrate surface, comprising: a substrate of a semiconductor material having a first side (FS) and an opposite second side (BS); at least one conductive wafer-through via comprising metal ; wherein the conductive wafer-through via comprises two parts, a first narrow part extending from the first side, and a second wide part extending from the second side, and wherein the first narrow part is completely filled with metal, whereas the interior of the wide part is coated with metal only on the inner surfaces thereof; characterized in that at least one narrow recess is provided in the surface of the first side of the substrate and in the semiconductor material of the substrate, said recess extending in the plane of the substrate from the via to a point at a distance from the via, the recess being filled with metal to provide routing connected with the wafer-through via; the exposed surfaces of the metal filled via and the metal filled recess are essentially flush with the substrate surface on the first side of the substrate providing a structure which is flat or having minimum topography; and in that there is provided a multi-layered routing structure on the flat substrate surface on said first side of the substrate. a substrate of a semiconductor material having a first side (FS) and an opposite second side (BS); at least one conductive wafer-through via comprising metal ; wherein the conductive wafer-through via comprises two parts, a first narrow part extending from the first side, and a second wide part extending from the second side, and wherein the first narrow part is completely filled with metal, whereas the interior of the wide part is coated with metal only on the inner surfaces thereof; characterized in that at least one narrow recess is provided in the surface of the first side of the substrate and in the semiconductor material of the substrate, said recess extending in the plane of the substrate from the via to a point at a distance from the via, the recess being filled with metal to provide routing connected with the wafer-through via; the exposed surfaces of the metal filled via and the metal filled recess are essentially flush with the substrate surface on the first side of the substrate providing a structure which is flat or having minimum topography; and in that there is provided a multi-layered routing structure on the flat substrate surface on said first side of the substrate.
An image synchronization method, applicable to a server, wherein the method comprises: receiving (101; 201) an image backup request sent by a first terminal logging into a cloud account, the image backup request carrying a first image to be backed up and the image backup request being configured to request to back up the first image; obtaining (102; 202) summary information of the first image based on the image backup request, the summary information being configured to describe the first image; determining (103; 203) whether the summary information is synchronized to a second terminal logging into the cloud account; in response to determining that the summary information is not synchronized to the second terminal, synchronizing (104; 204) the summary information to the second terminal, wherein the method further comprises: obtaining an image synchronization request sent from the second terminal for obtaining a second image, the second image being a version of the first image with a preset resolution; processing the first image to generate the second image having the preset resolution; and sending the second image to the second terminal. receiving (101; 201) an image backup request sent by a first terminal logging into a cloud account, the image backup request carrying a first image to be backed up and the image backup request being configured to request to back up the first image; obtaining (102; 202) summary information of the first image based on the image backup request, the summary information being configured to describe the first image; determining (103; 203) whether the summary information is synchronized to a second terminal logging into the cloud account; in response to determining that the summary information is not synchronized to the second terminal, synchronizing (104; 204) the summary information to the second terminal, wherein the method further comprises: obtaining an image synchronization request sent from the second terminal for obtaining a second image, the second image being a version of the first image with a preset resolution; processing the first image to generate the second image having the preset resolution; and sending the second image to the second terminal. obtaining an image synchronization request sent from the second terminal for obtaining a second image, the second image being a version of the first image with a preset resolution; processing the first image to generate the second image having the preset resolution; and sending the second image to the second terminal.
A power control method, comprising: obtaining radio resource control RRC signaling, wherein the RRC signaling comprises a path loss compensation factor; and obtaining a target power parameter value for a power control parameter for a sounding reference signal, SRS, based on a preamble initial received target power value and a power adjustment value; obtaining downlink control information, DCI; obtaining a closed-loop power control parameter value for the SRS based on the DCI; determining transmit power for the SRS on a first carrier based on the target power parameter value for the SRS, the path loss compensation factor, and the closed-loop power control parameter for the SRS; wherein the first carrier is a carrier on which no physical uplink shared channel, PUSCH is sent; wherein the obtaining the closed-loop power control parameter value for the SRS based on the DCI comprises: obtaining transmission power control, TPC, information, wherein the TPC information is information scrambled with a first radio network temporary identifier, RNTI; and wherein the first RNTI is TPC-SRS-RNTI; parsing out the closed-loop power control parameter value for the SRS from the TPC information based on the first RNTI. obtaining transmission power control, TPC, information, wherein the TPC information is information scrambled with a first radio network temporary identifier, RNTI; and wherein the first RNTI is TPC-SRS-RNTI; parsing out the closed-loop power control parameter value for the SRS from the TPC information based on the first RNTI.
Anaerobic biogas plant comprising a digester for the digestion of fresh organic digestion substrate , said digester having an entry section with a main inlet at a first end, a rear section at a second opposite end, a middle section arranged between the entry section and the rear section , and a stirring unit comprising a shaft extending in the direction from the first end to the second end and having at least one agitating arm for mixing the digestion substrate within the digester , wherein the middle section of the digester includes a main outlet for removal of a major fraction of digestion substrate after a shortened retention time t, the rear section includes an additional outlet for removal of a minor fraction of digestion substrate after an inoculum retention time T, and the digester includes a separate return line leading from the additional outlet back to the entry section of the digester for allowing a direct return of the minor fraction of digestion substrate removed from the rear section back into the entry section of the digester . an entry section with a main inlet at a first end, a rear section at a second opposite end, a middle section arranged between the entry section and the rear section , and a stirring unit comprising a shaft extending in the direction from the first end to the second end and having at least one agitating arm for mixing the digestion substrate within the digester , wherein the middle section of the digester includes a main outlet for removal of a major fraction of digestion substrate after a shortened retention time t, the rear section includes an additional outlet for removal of a minor fraction of digestion substrate after an inoculum retention time T, and the digester includes a separate return line leading from the additional outlet back to the entry section of the digester for allowing a direct return of the minor fraction of digestion substrate removed from the rear section back into the entry section of the digester .
A transmission control method performed by a User Equipment, UE, comprising: receiving a Time Division Multiplexing, TDM, pattern sent by a base station, wherein the TDM pattern is configured to indicate an uplink resource and/or a downlink resource available for the UE, and the base station is a serving base station of the UE; and performing a transmission control according to the TDM pattern; characterized in that the performing the transmission control according to the TDM pattern comprises: in a case that the UE receives Downlink Control Information, DCI, of an uplink, UL, grant and an uplink resource indicated by the DCI conflicts with the uplink resource indicated by the TDM pattern, cancelling performing a scheduling result of the UL grant; wherein the uplink resource indicated by the DCI conflicting with the uplink resource indicated by the TDM pattern comprises: the uplink resource indicated by the DCI is within an uplink resource indicated by a TDM pattern of another base station. receiving a Time Division Multiplexing, TDM, pattern sent by a base station, wherein the TDM pattern is configured to indicate an uplink resource and/or a downlink resource available for the UE, and the base station is a serving base station of the UE; and performing a transmission control according to the TDM pattern; characterized in that the performing the transmission control according to the TDM pattern comprises: in a case that the UE receives Downlink Control Information, DCI, of an uplink, UL, grant and an uplink resource indicated by the DCI conflicts with the uplink resource indicated by the TDM pattern, cancelling performing a scheduling result of the UL grant; wherein the uplink resource indicated by the DCI conflicting with the uplink resource indicated by the TDM pattern comprises: the uplink resource indicated by the DCI is within an uplink resource indicated by a TDM pattern of another base station. in a case that the UE receives Downlink Control Information, DCI, of an uplink, UL, grant and an uplink resource indicated by the DCI conflicts with the uplink resource indicated by the TDM pattern, cancelling performing a scheduling result of the UL grant; wherein the uplink resource indicated by the DCI conflicting with the uplink resource indicated by the TDM pattern comprises: the uplink resource indicated by the DCI is within an uplink resource indicated by a TDM pattern of another base station.
A vehicle having one or more inflatable wheels , the vehicle comprising: an internal combustion engine including a cylinder; a central tire inflation system, CTIS, in fluid communication with and configured to selectively direct compressed air into at least one wheel of the one or more inflatable wheels ; a compressor assembly having an inlet and an outlet , wherein the compressor assembly is operable in a first mode, in which the outlet is in fluid communication with the cylinder of the internal combustion engine , and a second mode, in which the outlet is in fluid communication with the CTIS ; a CTIS feed valve having a first end in fluid communication with the outlet of the compressor assembly and a second end in fluid communication with the cylinder, wherein the CTIS feed valve is adjustable between an open position, in which the first end is in fluid communication with the second end , and a closed position, in which the first end is not in fluid communication with the second end ; and a bypass valve having a first end and a second end , wherein the bypass valve is adjustable between an open position, in which the second end is in fluid communication with the first end , and a closed position, in which the first end is not in fluid communication with the second end ; characterized in that ; the bypass valve has a second end in fluid communication with the inlet and a first end in fluid communication with the second end of the CTIS feed valve . an internal combustion engine including a cylinder; a central tire inflation system, CTIS, in fluid communication with and configured to selectively direct compressed air into at least one wheel of the one or more inflatable wheels ; a compressor assembly having an inlet and an outlet , wherein the compressor assembly is operable in a first mode, in which the outlet is in fluid communication with the cylinder of the internal combustion engine , and a second mode, in which the outlet is in fluid communication with the CTIS ; a CTIS feed valve having a first end in fluid communication with the outlet of the compressor assembly and a second end in fluid communication with the cylinder, wherein the CTIS feed valve is adjustable between an open position, in which the first end is in fluid communication with the second end , and a closed position, in which the first end is not in fluid communication with the second end ; and a bypass valve having a first end and a second end , wherein the bypass valve is adjustable between an open position, in which the second end is in fluid communication with the first end , and a closed position, in which the first end is not in fluid communication with the second end ; characterized in that ; the bypass valve has a second end in fluid communication with the inlet and a first end in fluid communication with the second end of the CTIS feed valve .
A method for determining trace amounts of water in oil, the method comprising the steps of: obtaining a blended sample of a low water content fluid, wherein the low water content fluid comprises an amount of water and an amount of oil, and wherein the amount of water in the blended sample is distributed as water droplets, the water droplets having an average diameter; transferring a portion of the blended sample to a cuvette to create a measurement sample , the cuvette having a laser-receptive surface adjacent to a viewing surface , the viewing surface of the cuvette having an opaque sheet to form a covered side, wherein the opaque sheet contains a slit ; transmitting a pulsed laser beam from a laser source through the laser-receptive surface of the cuvette ; inducing fluorescence in a fluorescence spectrum of the measurement sample , wherein the pulsed laser beam induces fluorescence , and wherein the fluorescence emits from the slit in the opaque sheet on the covered side of the cuvette ; focusing the fluorescence through a collecting lens and transmitting the fluorescence to a spectrometer , wherein the collecting lens is located between the cuvette and the spectrometer , wherein the spectrometer comprises a spectrograph coupled with an intensified charge coupled device ; and measuring the fluorescence with the spectrometer , comprising the steps of: dispersing the fluorescence with the spectrograph ; and intensifying the fluorescence with the intensified charge coupled device. obtaining a blended sample of a low water content fluid, wherein the low water content fluid comprises an amount of water and an amount of oil, and wherein the amount of water in the blended sample is distributed as water droplets, the water droplets having an average diameter; transferring a portion of the blended sample to a cuvette to create a measurement sample , the cuvette having a laser-receptive surface adjacent to a viewing surface , the viewing surface of the cuvette having an opaque sheet to form a covered side, wherein the opaque sheet contains a slit ; transmitting a pulsed laser beam from a laser source through the laser-receptive surface of the cuvette ; inducing fluorescence in a fluorescence spectrum of the measurement sample , wherein the pulsed laser beam induces fluorescence , and wherein the fluorescence emits from the slit in the opaque sheet on the covered side of the cuvette ; focusing the fluorescence through a collecting lens and transmitting the fluorescence to a spectrometer , wherein the collecting lens is located between the cuvette and the spectrometer , wherein the spectrometer comprises a spectrograph coupled with an intensified charge coupled device ; and measuring the fluorescence with the spectrometer , comprising the steps of: dispersing the fluorescence with the spectrograph ; and intensifying the fluorescence with the intensified charge coupled device.
Offshore substation of a wind turbine, - comprising a metal structure , - wherein the metal structure has rained-on regions that are exposed to natural rainfall , - wherein the metal structure has sheltered regions that are not exposed to natural rainfall , or only to a limited extent, - comprising at least one cleaning device , - wherein the cleaning device has at least one accumulation device , at least one line system and outlet openings , - wherein the accumulation device is designed to collect rainwater , - wherein the line system is connected to the accumulation device and is designed to distribute the rainwater , and - wherein the outlet openings are designed to flush the sheltered regions with rainwater . - comprising a metal structure , - wherein the metal structure has rained-on regions that are exposed to natural rainfall , - wherein the metal structure has sheltered regions that are not exposed to natural rainfall , or only to a limited extent, - comprising at least one cleaning device , - wherein the cleaning device has at least one accumulation device , at least one line system and outlet openings , - wherein the accumulation device is designed to collect rainwater , - wherein the line system is connected to the accumulation device and is designed to distribute the rainwater , and - wherein the outlet openings are designed to flush the sheltered regions with rainwater .
A carbon seal assembly comprising: a stator fixable to a static component ; a rotor fixable to a rotating component rotatable relative to the static component ; a carbon ring disposed between the stator and the rotor ; a spring configured to move the carbon ring fore and aft between the stator and the rotor ; and a diaphragm operatively attached to the stator and to the spring and carbon ring combination; characterized by further comprising a casing in which at least one of the spring and the carbon ring is at least partially disposed, wherein the diaphragm is attached to the casing ; a limit stop extending from one of the stator and the rotor toward the other of the stator and the rotor , the limit stop being configured to engage with the casing to limit movement of the carbon ring in the fore and aft directions and to allow high pressure air between the diaphragm and the stator ; and wherein one of the casing and the limit stop has a fore stop and an aft stop extending radially from the one of the casing and the limit stop , and the other of the casing and the limit stop has a lip extending radially from the other of the casing and the limit stop in an opposite direction to the fore stop and the aft stop such that the lip is positioned between the fore stop and the aft stop . a stator fixable to a static component ; a rotor fixable to a rotating component rotatable relative to the static component ; a carbon ring disposed between the stator and the rotor ; a spring configured to move the carbon ring fore and aft between the stator and the rotor ; and a diaphragm operatively attached to the stator and to the spring and carbon ring combination; characterized by further comprising a casing in which at least one of the spring and the carbon ring is at least partially disposed, wherein the diaphragm is attached to the casing ; a limit stop extending from one of the stator and the rotor toward the other of the stator and the rotor , the limit stop being configured to engage with the casing to limit movement of the carbon ring in the fore and aft directions and to allow high pressure air between the diaphragm and the stator ; and wherein one of the casing and the limit stop has a fore stop and an aft stop extending radially from the one of the casing and the limit stop , and the other of the casing and the limit stop has a lip extending radially from the other of the casing and the limit stop in an opposite direction to the fore stop and the aft stop such that the lip is positioned between the fore stop and the aft stop .
Door for a household appliance for preparing food, having a support element , a door pane and a hook arranged on the door pane , wherein the support element has at least one locking device which is embodied for the reception in a locking manner of a hook arranged on the door pane , characterised in that the support element is made of plastic and the locking device is integrally formed with the support element , and the locking device has an actuating element which is arranged integrally on a base support of the support element and can be moved relative to the base support .