mhurhangee/patent-ind-claim-en huggingface dataset:
A method of decontaminating a material, comprising: (a) providing a gas phase of an aqueous hydrogen peroxide source that comprises hydrogen peroxide at an initial concentration; (b) contacting the gas phase of the aqueous hydrogen peroxide source with dry or substantially dry carrier gas, whereby the concentration of hydrogen peroxide in the aqueous hydrogen peroxide source increases to a second concentration that is higher than the initial concentration; (c) adding to the aqueous hydrogen peroxide source, while step (b) is occurring, an aqueous hydrogen peroxide solution comprising hydrogen peroxide at a third concentration that is lower than the second concentration; (d) withdrawing, after step (c) has begun, a gas stream comprising the resulting combined gas phase of the aqueous hydrogen peroxide source and the carrier gas at a stable steady-state concentration of hydrogen peroxide; and (e) delivering the gas stream to the material, thereby decontaminating the material. (a) providing a gas phase of an aqueous hydrogen peroxide source that comprises hydrogen peroxide at an initial concentration; (b) contacting the gas phase of the aqueous hydrogen peroxide source with dry or substantially dry carrier gas, whereby the concentration of hydrogen peroxide in the aqueous hydrogen peroxide source increases to a second concentration that is higher than the initial concentration; (c) adding to the aqueous hydrogen peroxide source, while step (b) is occurring, an aqueous hydrogen peroxide solution comprising hydrogen peroxide at a third concentration that is lower than the second concentration; (d) withdrawing, after step (c) has begun, a gas stream comprising the resulting combined gas phase of the aqueous hydrogen peroxide source and the carrier gas at a stable steady-state concentration of hydrogen peroxide; and (e) delivering the gas stream to the material, thereby decontaminating the material.
A door handle device comprising: a mounting bracket fixed on a door of a vehicle; a door handle pivotally connected to the mounting bracket ; and a switch exposure opening which is provided in the door handle and exposes an operation portion of a switch unit which generates a signal for locking and unlocking a door lock provided on a door of a vehicle, characterised in that the switch unit is held by the mounting bracket and the mounting bracket is covered behind the door handle under the condition that the door handle device is fixed to the door . a mounting bracket fixed on a door of a vehicle; a door handle pivotally connected to the mounting bracket ; and a switch exposure opening which is provided in the door handle and exposes an operation portion of a switch unit which generates a signal for locking and unlocking a door lock provided on a door of a vehicle, characterised in that the switch unit is held by the mounting bracket and the mounting bracket is covered behind the door handle under the condition that the door handle device is fixed to the door .
A method for controlling play of a Customized Ring Back Tone, CRBT, comprising: receiving , by a CRBT platform , a play control instruction sent by a User Equipment, UE, carrying a rights identifier, wherein the rights identifier indicates whether the UE has rights to control CRBT play, and the rights are set by a called party who is called by the UE; and judging , by the CRBT platform , whether the identifier indicates that the UE has the rights to control CRBT play; and, sending , by the CRBT platform , the CRBT to the UE according to the play control instruction, if the identifier indicates that the UE has the rights to control CRBT play. receiving , by a CRBT platform , a play control instruction sent by a User Equipment, UE, carrying a rights identifier, wherein the rights identifier indicates whether the UE has rights to control CRBT play, and the rights are set by a called party who is called by the UE; and judging , by the CRBT platform , whether the identifier indicates that the UE has the rights to control CRBT play; and, sending , by the CRBT platform , the CRBT to the UE according to the play control instruction, if the identifier indicates that the UE has the rights to control CRBT play.
Transparent adhesive having a refractive index in the range of from 1.7 to 1.73 (633 nm) based on thioacrylates of general formula 1 R 1 = H, CH 3 R 2 = C 6 ,H 5 , and a polymerization initiator. R 1 = H, CH 3 R 2 = C 6 ,H 5 ,
A system comprising a driver and a control module , the control module capable of translating a received control signal having a first control scheme into a driver control signal having a predetermined second control scheme, and capable of transmitting the driver control signal and an identity voltage (A i ) to the driver, wherein the identity voltage is an identity of the first control scheme; and wherein the driver is capable of generating a driver output (I A ) based on the identity voltage of the first control scheme and the driver control signal. the control module capable of translating a received control signal having a first control scheme into a driver control signal having a predetermined second control scheme, and capable of transmitting the driver control signal and an identity voltage (A i ) to the driver, wherein the identity voltage is an identity of the first control scheme; and wherein the driver is capable of generating a driver output (I A ) based on the identity voltage of the first control scheme and the driver control signal.
A process for producing food ice, comprising the following steps of: A. storing a predetermined quantity of water in the liquid state within a first tank having a first predetermined volume; B. passing the water contained in the first tank at least through at least one reverse osmosis membrane to reduce the electrical conductivity of the water and transferring the treated water to a second tank; C. adding hydrogen peroxide to the second tank and mixing it as a disinfectant with the treated water from step B to a predetermined hydrogen peroxide concentration in ice; D. at least partially freezing the mixture from step C for producing first ice elements; E. recycling the water formed in step D. to step C. A. storing a predetermined quantity of water in the liquid state within a first tank having a first predetermined volume; B. passing the water contained in the first tank at least through at least one reverse osmosis membrane to reduce the electrical conductivity of the water and transferring the treated water to a second tank; C. adding hydrogen peroxide to the second tank and mixing it as a disinfectant with the treated water from step B to a predetermined hydrogen peroxide concentration in ice; D. at least partially freezing the mixture from step C for producing first ice elements; E. recycling the water formed in step D. to step C.
A method of isolating stem cells from adipose tissue, comprising: providing an adipose tissue sample from a subject; placing the tissue sample into a processing container or cartridge ; subjecting the tissue sample to force from mechanical impacts to break down the tissue; and separating a stem cell fraction from the adipose tissue; wherein: the mechanical impacts are generated by a motor that drives an impact arm that makes physical contact with the container or cartridge containing the adipose tissue; and the impact arm does not physically contact the adipose tissue. providing an adipose tissue sample from a subject; placing the tissue sample into a processing container or cartridge ; subjecting the tissue sample to force from mechanical impacts to break down the tissue; and separating a stem cell fraction from the adipose tissue; wherein: the mechanical impacts are generated by a motor that drives an impact arm that makes physical contact with the container or cartridge containing the adipose tissue; and the impact arm does not physically contact the adipose tissue. the mechanical impacts are generated by a motor that drives an impact arm that makes physical contact with the container or cartridge containing the adipose tissue; and the impact arm does not physically contact the adipose tissue.
A stand-alone thermo regulated casing comprising: • a storage chamber , covered with a thermally insulating material layer , and provided with a support for a product (P) to be stored; • a regulation chamber , separated from the storage chamber by a partition wall provided with two air ports (112a-112b, 213a-213b), and comprising - a piping wall attached between both air ports (112a-112b, 213a-213b), delimiting an air circulation circuit with two air circulation columns and a passage between these two columns; - a determined volume of a phase change material ; characterised by • a heating means (116, 117, 118-119, 221) for the phase change material . • a storage chamber , covered with a thermally insulating material layer , and provided with a support for a product (P) to be stored; • a regulation chamber , separated from the storage chamber by a partition wall provided with two air ports (112a-112b, 213a-213b), and comprising - a piping wall attached between both air ports (112a-112b, 213a-213b), delimiting an air circulation circuit with two air circulation columns and a passage between these two columns; - a determined volume of a phase change material ; characterised by - a piping wall attached between both air ports (112a-112b, 213a-213b), delimiting an air circulation circuit with two air circulation columns and a passage between these two columns; - a determined volume of a phase change material ; • a heating means (116, 117, 118-119, 221) for the phase change material .
Flexible disk for rotationally connecting a transmission shaft to a mechanical component despite a misalignment of said transmission shaft with respect to said mechanical component, said flexible disk being capable of performing a rotary movement about an axis of rotation (AX) and being provided successively from its centre towards its periphery with a recessed central area , a circular base , a transition area provided with an outer face and an inner face , and a peripheral flange , said circular base comprising a shoulder which protrudes from said flexible disk , 54) on the side of said outer face of said transition area , characterised in that said transition area having a minimum thickness (e1) at the edge of said peripheral flange , said minimum thickness (e1) has been determined using the following thickness relationship : e = 1 2 r 2 Q C − 2 ⁢ r r 4 − R 4 where (e) is the thickness of the transition area at a first distance (r) from said axis of rotation, (Q) is a constant depending on said misalignment, (C) is the torque applied to said transmission shaft for which the disk is to be dimensioned, (r) is said first distance and (R) is the radius of said recessed central area:
A method performed by an embedded universal integrated circuit card, eUICC , included in a terminal having an application authorized by an operator in a wireless communication system, the method comprising: receiving , from a local profile assistant, LPA , installed in the terminal , a first function call associated with a challenge of the eUICC , the first function call being received based on a first request from the application authorized by the operator; transmitting , to the LPA , the challenge generated based on the first function call; receiving , from the LPA , a second function call associated with a signature of a server , wherein the second function call includes the signature of the server generated for the challenge and is received based on a second request from the application authorized by the operator; and verifying the signature of the server . receiving , from a local profile assistant, LPA , installed in the terminal , a first function call associated with a challenge of the eUICC , the first function call being received based on a first request from the application authorized by the operator; transmitting , to the LPA , the challenge generated based on the first function call; receiving , from the LPA , a second function call associated with a signature of a server , wherein the second function call includes the signature of the server generated for the challenge and is received based on a second request from the application authorized by the operator; and verifying the signature of the server .
A gas flow control valve , characterized in that , the gas flow control valve comprises a tubular valve body , two valve caps respectively provided at both ends of the valve body , and two flanges respectively provided at both ends of the valve body ; wherein one side of the flange is communicated with a gas injection channel , and the other side of the flange is connected to the valve cap ; the valve body is provided therein with a plurality of tubular passages arranged in sequence along the horizontal direction of the valve body , and the tubular passages comprises a pipe flow passage and a plurality of seepage passages ; a porous cylinder is mounted in each of the seepage passages , each porous cylinder comprises a pipe , and a plurality of pipe bundles filled inside the pipe along a length direction of the pipe , wherein a single flow passage is formed in each of the pipe bundles , such that the seepage passage is formed inside the pipe ; wherein an inner diameter, a length and a permeability of the pipe bundle are determined in advance based on a Reynolds number for characterizing the flow state of the gas flowing through the pipe , and the Reynolds number is a positive number smaller than 2300; a plurality of connection channels are provided in the valve cap , one end of each of the connection channels communicates with an interior of each of the tubular passages, and the other end of each of the connection channels is provided respectively with a valve stem , such that the gas in the gas injection channel flows through the connection channel corresponding to the valve stem in an open state, and flows into the tubular passage communicating with the connection channel . wherein one side of the flange is communicated with a gas injection channel , and the other side of the flange is connected to the valve cap ; the valve body is provided therein with a plurality of tubular passages arranged in sequence along the horizontal direction of the valve body , and the tubular passages comprises a pipe flow passage and a plurality of seepage passages ; a porous cylinder is mounted in each of the seepage passages , each porous cylinder comprises a pipe , and a plurality of pipe bundles filled inside the pipe along a length direction of the pipe , wherein a single flow passage is formed in each of the pipe bundles , such that the seepage passage is formed inside the pipe ; wherein an inner diameter, a length and a permeability of the pipe bundle are determined in advance based on a Reynolds number for characterizing the flow state of the gas flowing through the pipe , and the Reynolds number is a positive number smaller than 2300; a plurality of connection channels are provided in the valve cap , one end of each of the connection channels communicates with an interior of each of the tubular passages, and the other end of each of the connection channels is provided respectively with a valve stem , such that the gas in the gas injection channel flows through the connection channel corresponding to the valve stem in an open state, and flows into the tubular passage communicating with the connection channel .
A method of operating electric brakes for an aircraft, comprising: monitoring at least a voltage in a power system of the aircraft; and adjusting a power provided from the power system to the electric brakes based on at least the monitored voltage to provide a substantially constant first power to the electric brakes over a range of voltages of the power system within a first behavioural zone. monitoring at least a voltage in a power system of the aircraft; and adjusting a power provided from the power system to the electric brakes based on at least the monitored voltage to provide a substantially constant first power to the electric brakes over a range of voltages of the power system within a first behavioural zone.
A wearable location tracking device for providing low power consuming geo-fence service in a wireless network, comprising: a body member ; a first band member and a second band bend member ; a flexible battery having a predetermined length, inserted into a receiving portion of the first and second band members , and disposed so that the remaining length except for the portion inserted in the receiving portion is located inside the body member ; a solar charging module for producing self-power; and a circuit board including a control unit, MCU, for controlling the location tracking device, and a communication module comprisising a Global Positioning System, GPS, module , and at least one of a Bluetooth Low Energy,BLE, , a Wireless Fidelity,WiFi, sniffing , an Ultra-Wide Band, UWB, module and a Low Power Wide Area Network, LPWAN, for a location tracking and communicating with a network; wherein the control unit switches the communication module according to a detected operation of the solar charging module , wherein the control unit is configured to determine that the location of the location tracking device is outdoor and the location tracking data is obtained using the GPS module when the solar charging module is in a charging operation wherein the control unit is configured to determine that the location of the location tracking device is indoor and the location tracking data is obtained by one of the BLE, the WIFI, and the UWB module other than the GPS module when the solar charging module is in a non-charging operation. a body member ; a first band member and a second band bend member ; a flexible battery having a predetermined length, inserted into a receiving portion of the first and second band members , and disposed so that the remaining length except for the portion inserted in the receiving portion is located inside the body member ; a solar charging module for producing self-power; and a circuit board including a control unit, MCU, for controlling the location tracking device, and a communication module comprisising a Global Positioning System, GPS, module , and at least one of a Bluetooth Low Energy,BLE, , a Wireless Fidelity,WiFi, sniffing , an Ultra-Wide Band, UWB, module and a Low Power Wide Area Network, LPWAN, for a location tracking and communicating with a network; wherein the control unit switches the communication module according to a detected operation of the solar charging module , wherein the control unit is configured to determine that the location of the location tracking device is outdoor and the location tracking data is obtained using the GPS module when the solar charging module is in a charging operation wherein the control unit is configured to determine that the location of the location tracking device is indoor and the location tracking data is obtained by one of the BLE, the WIFI, and the UWB module other than the GPS module when the solar charging module is in a non-charging operation.
A method for distributed processing, the method comprising: receiving a processing request at an orchestrator , the orchestrator comprising a processor , a network interface , and a memory , the orchestrator connected via the networking interface to a network of processing nodes (120a-c, 125a-b), the network of processing nodes comprising a token network, wherein the processing nodes (120a-c) that are members of the token network are capable of securely receiving processing tasks apportioned by the orchestrator and are associated with tokens (130a-130c); identifying one or more tasks within the processing request; apportioning , via the network interface , the one or more tasks of the processing request to a set of nodes of the network for processing, the apportioning based on a scorecard for each node of the set of nodes; receiving , via the network interface , a completed task from a node of the set of nodes; performing a determination whether the completed task was processed by a node in the token network; in response to a determination that the completed task was processed by a node not in the token network, updating a value of a progress metric for the node not in the token network; performing a determination whether the value of the progress metric exceeds a predetermined value; and in response to a determination that the value of the progress metric exceeds a predetermined value, adding the node to the token network. receiving a processing request at an orchestrator , the orchestrator comprising a processor , a network interface , and a memory , the orchestrator connected via the networking interface to a network of processing nodes (120a-c, 125a-b), the network of processing nodes comprising a token network, wherein the processing nodes (120a-c) that are members of the token network are capable of securely receiving processing tasks apportioned by the orchestrator and are associated with tokens (130a-130c); identifying one or more tasks within the processing request; apportioning , via the network interface , the one or more tasks of the processing request to a set of nodes of the network for processing, the apportioning based on a scorecard for each node of the set of nodes; receiving , via the network interface , a completed task from a node of the set of nodes; performing a determination whether the completed task was processed by a node in the token network; in response to a determination that the completed task was processed by a node not in the token network, updating a value of a progress metric for the node not in the token network; performing a determination whether the value of the progress metric exceeds a predetermined value; and in response to a determination that the value of the progress metric exceeds a predetermined value, adding the node to the token network.
A motorcycle front suspension comprising: - a steering arm mechanically connected, or adapted to be mechanically connected, to a steering handlebar of a motorcycle ; - a swing arm having a first connection portion which rotatably connects the swing arm to the steering arm and a second connection portion adapted to connect the swing arm to an associable front wheel ; - a shock absorber group having an attachment foot rotatably joined to the swing arm ; wherein the first connection portion rotatably connects the swing arm to the steering arm so that the swing arm rotates with respect to the steering arm about a fulcrum which is movable with respect to the steering arm ; characterized in that the first connection portion is configured so that the swing arm may slide with respect to the steering arm along a defined sliding axis. - a steering arm mechanically connected, or adapted to be mechanically connected, to a steering handlebar of a motorcycle ; - a swing arm having a first connection portion which rotatably connects the swing arm to the steering arm and a second connection portion adapted to connect the swing arm to an associable front wheel ; - a shock absorber group having an attachment foot rotatably joined to the swing arm ;