mhurhangee/patent-ind-claim-en huggingface dataset:
A device for refuelling containers with pressurized gas, notably for refuelling gaseous hydrogen tanks, comprising a pressurized gas source , a transfer circuit comprising one upstream end connected to the gas source and at least one downstream end intended to be removably connected to a container , the device comprising a refrigeration system for cooling the gas flowing from the gas source prior to its entering into the container , the refrigeration system comprising a refrigerant cooling loop circuit comprising, arranged in series, a compressor , a condenser section , an expansion valve and an evaporator section , the refrigeration system comprising a cold source in heat exchange with the condenser section and a heat exchanger located in the transfer circuit and comprising a heat exchange section between the gas flowing in the transfer circuit and the evaporator section , characterized in that the refrigerant cooling loop circuit comprises a bypass conduit comprising an upstream end connected to the outlet of the compressor and a downstream end connected to the refrigerant cooling loop circuit upstream the compressor inlet and bypassing the condenser section and expansion valve , the device comprising a bypass regulating valve for controlling the flow of refrigerant flowing into the by-pass conduit , and in that the downstream end of the bypass conduit is connected to the outlet of the heat exchanger that is to say closer to the refrigerant outlet of the heat exchanger than to the compressor inlet, preferably between one and forty centimeters after the outlet of the evaporator section .
A computer implemented method comprising: receiving, at a transactional server from a plurality of peer-wagering modules (140 i ) embedded in each of a plurality of third party game instances , data characterizing the plurality of third party game instances , a wager amount for each third party game instance (130 i ) and a third party skills based digital gaming competition, each third party game instance (130 i ) enrolled in the third party skills based digital gaming competition; generating, using the transactional server , a stream of pseudo-random numbers for use by each third party game instance (130 i ) to decide game elements and properties of a common gameplay experience; and transmitting, from the transactional server during the third party skills based digital gaming competition, the generated stream as a common stream of pseudo-random numbers to each of the plurality of third party game instances (130 i ) so that the third party game instances (130 i ) initiate a gameplay experience that is common among the third party game instances (130 i ) during the third party skills based digital gaming competition, wherein generating the stream of pseudo-random numbers includes using a tournament identification number as a seed to generate pseudo-random numbers, thus causing gameplay to be different between tournaments and common between game instances involved in a given tournament. receiving, at a transactional server from a plurality of peer-wagering modules (140 i ) embedded in each of a plurality of third party game instances , data characterizing the plurality of third party game instances , a wager amount for each third party game instance (130 i ) and a third party skills based digital gaming competition, each third party game instance (130 i ) enrolled in the third party skills based digital gaming competition; generating, using the transactional server , a stream of pseudo-random numbers for use by each third party game instance (130 i ) to decide game elements and properties of a common gameplay experience; and transmitting, from the transactional server during the third party skills based digital gaming competition, the generated stream as a common stream of pseudo-random numbers to each of the plurality of third party game instances (130 i ) so that the third party game instances (130 i ) initiate a gameplay experience that is common among the third party game instances (130 i ) during the third party skills based digital gaming competition, wherein generating the stream of pseudo-random numbers includes using a tournament identification number as a seed to generate pseudo-random numbers, thus causing gameplay to be different between tournaments and common between game instances involved in a given tournament.
A node , comprising: a processor and a memory having computer-executable instructions stored thereupon which, when executed by the processor, cause a cloud reader agent of the node to: receive a request for a particular portion of data from a client component , the request comprising a current time on said node , a last stubbed time of the particular portion of data which indicates when the particular portion of data was replaced with a reference in a file store of the node to the particular portion of data stored in the cloud , and an identifier of the particular portion of data; when the particular portion of data is stored in a cache of the cloud reader agent , determine whether the particular portion of data stored in the cache is valid if said last stubbed time is before the stored time associated with the particular portion of data stored in the cache ; and when the particular portion of data stored in the cache is determined to be valid, provide the particular portion of data stored in the cache in response to the request; and when the particular portion of data stored in the cache is determined not to be valid: request a current copy of the particular portion of data from the cloud , receive the current copy of the particular portion of data from the cloud , and provide the current copy of the particular portion of data received from the cloud in response to the request from the said client component . receive a request for a particular portion of data from a client component , the request comprising a current time on said node , a last stubbed time of the particular portion of data which indicates when the particular portion of data was replaced with a reference in a file store of the node to the particular portion of data stored in the cloud , and an identifier of the particular portion of data; when the particular portion of data is stored in a cache of the cloud reader agent , determine whether the particular portion of data stored in the cache is valid if said last stubbed time is before the stored time associated with the particular portion of data stored in the cache ; and when the particular portion of data stored in the cache is determined to be valid, provide the particular portion of data stored in the cache in response to the request; and when the particular portion of data stored in the cache is determined not to be valid: request a current copy of the particular portion of data from the cloud , receive the current copy of the particular portion of data from the cloud , and provide the current copy of the particular portion of data received from the cloud in response to the request from the said client component . request a current copy of the particular portion of data from the cloud , receive the current copy of the particular portion of data from the cloud , and provide the current copy of the particular portion of data received from the cloud in response to the request from the said client component .
A compressor , comprising: an electric motor , including: a stator ; and a rotor configured to rotate with respect to the stator, wherein the stator has a length L s and the rotor has a length L r , and wherein the length L r of the rotor is less than the length L s of the stator; at least one impeller configured to be driven by the electric motor via a shaft ; at least one bearing configured to facilitate rotation of the shaft; and at least one balance piston configured to balance aerodynamic forces on the shaft, the aerodynamic forces generally aligned with an axis of the compressor. an electric motor , including: a stator ; and a rotor configured to rotate with respect to the stator, wherein the stator has a length L s and the rotor has a length L r , and wherein the length L r of the rotor is less than the length L s of the stator; a stator ; and a rotor configured to rotate with respect to the stator, wherein the stator has a length L s and the rotor has a length L r , and wherein the length L r of the rotor is less than the length L s of the stator; at least one impeller configured to be driven by the electric motor via a shaft ; at least one bearing configured to facilitate rotation of the shaft; and at least one balance piston configured to balance aerodynamic forces on the shaft, the aerodynamic forces generally aligned with an axis of the compressor.
A method, comprising: at a wireless audio output device configured to be paired with a second wireless device, wherein the second wireless device comprises one of a second wireless audio output device or a user device that is a source of audio data: detecting a state change of at least one of the wireless audio output device or a storage case configured to store the wireless audio output device ; selecting, responsive to the state change, an advertising mode for the wireless audio output device , wherein the advertising mode comprises at least one of an advertising rate or an advertising duration, wherein the state change of the wireless audio output device is related to at least one of i) a position of the wireless audio output device in relation to the storage case or ii) a charging state of the wireless audio output device in the storage case ; and advertising in accordance with the selected advertising mode prior to pairing with the second wireless device . at a wireless audio output device configured to be paired with a second wireless device, wherein the second wireless device comprises one of a second wireless audio output device or a user device that is a source of audio data: detecting a state change of at least one of the wireless audio output device or a storage case configured to store the wireless audio output device ; selecting, responsive to the state change, an advertising mode for the wireless audio output device , wherein the advertising mode comprises at least one of an advertising rate or an advertising duration, wherein the state change of the wireless audio output device is related to at least one of i) a position of the wireless audio output device in relation to the storage case or ii) a charging state of the wireless audio output device in the storage case ; and advertising in accordance with the selected advertising mode prior to pairing with the second wireless device .
Heat exchanger having a housing which defines a first volume (V1) and at least one line which defines a second volume (V2), wherein the housing has an inlet and an outlet and at least a first opening and at least a second opening which is opposite the first opening with respect to the housing , wherein the at least one line connects the at least one first opening of the housing and the at least one second opening of the housing so as to extend through the first volume (V1) and is connected at the two ends thereof to the housing in a fluid-tight manner, wherein the at least one line does not extend in a linear manner within the first volume (V1) and is connected in the region of the first opening thereof and/or the second opening thereof to the housing in a monolithic manner, wherein the elements which are constructed in a monolithic manner are produced by means of additive production, characterised in that the at least one line extends at least partially in an undulating and/or helical and/or zig-zag manner.
A method for a wearable computing device , said wearable computing device comprising one or more processors , a motion sensor , and at least one module executable by the one or more processors, said method comprising: determining, by the one or more processors of the wearable computing device and based on motion data generated by the motion sensor of the wearable computing device, one or more strokes, wherein determining each respective stroke of the one or more strokes comprises: determining, based on the motion data, a respective start point of the respective stroke and a respective end point for the respective stroke; and segmenting the motion data based on the respective start point of the respective stroke and the respective end point of the respective stroke ; generating, by the one or more processors and based on the motion data, a respective attribute vector for each respective stroke from the one or more strokes, each respective attribute vector comprising one or more of spatial attributes, temporal attributes and relational attributes; classifying, by the one or more processors and based on the respective attribute vector and training data, each respective stroke from the one or more strokes into at least one category from a plurality of categories, wherein the training data is based on attribute vectors corresponding to a plurality of strokes with known categories; determining, by the one or more processors and based on a gesture library and the at least one category for each stroke from the one or more strokes, a gesture, wherein the gesture library defines a number and category of strokes corresponding to each of a plurality of gestures; and performing, by the wearable device and based on the gesture, an action. determining, based on the motion data, a respective start point of the respective stroke and a respective end point for the respective stroke; and segmenting the motion data based on the respective start point of the respective stroke and the respective end point of the respective stroke ; generating, by the one or more processors and based on the motion data, a respective attribute vector for each respective stroke from the one or more strokes, each respective attribute vector comprising one or more of spatial attributes, temporal attributes and relational attributes; classifying, by the one or more processors and based on the respective attribute vector and training data, each respective stroke from the one or more strokes into at least one category from a plurality of categories, wherein the training data is based on attribute vectors corresponding to a plurality of strokes with known categories; determining, by the one or more processors and based on a gesture library and the at least one category for each stroke from the one or more strokes, a gesture, wherein the gesture library defines a number and category of strokes corresponding to each of a plurality of gestures; and performing, by the wearable device and based on the gesture, an action.
Method for calibrating a fully hydraulic steering system of a vehicle having steered wheels and a hydraulic steering motor , in which method the steered wheels are moved by the steering motor in one direction until they reach a first end position and are then moved in the opposite direction until they reach a second end position, wherein the hydraulic steering system comprises a wheel angle sensor determining the wheel angle of the steered wheels, wherein the wheel angle sensor outputs the signals in form of a voltage, wherein the wheel angle sensor determines a first signal in the first end position and a second signal in the second end position, wherein a neutral position of the steering motor is determined by determining a neutral signal between the first signal and the second signal, and wherein the difference between the neutral signal and the first signal is substantially equal to the difference between the neutral signal and the second signal, characterized in that the hydraulic steering system is calibrated based on this neutral position, wherein a relationship between the steering angle and the signal of the wheel sensor is described by a non-linear function f , and wherein a virtual steering angle in relation to the respective voltage is repeatedly determined, wherein a relationship between the virtual steering angle and the respective voltage is the non-linear function f .
A tappet for an adjuster assembly of a disc brake comprising: a shaft portion for transmission of a thrust loading from an actuating member to a piston of a disc brake; and a gear portion for transmission of rotary motion to the shaft ; wherein the gear portion is formed as a separate piece from the shaft portion , characterised in that the gear portion is formed from lower strength material than the shaft , wherein the shaft and the gear comprise complementary abutting surfaces in a circumferential direction so as to restrict relative rotation of the gear with respect to the shaft portion , wherein the abutting surfaces are provided in the form of complementary castellations on the shaft portion and the gear portion . a shaft portion for transmission of a thrust loading from an actuating member to a piston of a disc brake; and a gear portion for transmission of rotary motion to the shaft ; wherein the gear portion is formed as a separate piece from the shaft portion , characterised in that the gear portion is formed from lower strength material than the shaft , wherein the shaft and the gear comprise complementary abutting surfaces in a circumferential direction so as to restrict relative rotation of the gear with respect to the shaft portion , wherein the abutting surfaces are provided in the form of complementary castellations on the shaft portion and the gear portion .
A modular heat exchange system comprising: at least two heat exchange units each having at least one first heat exchanger having a closed circuit for cooling the fluid therein; at least one air cooler located upstream of the at least one first heat exchangers located in each of the at least two heat exchange units; at least one first fan arrangement operable to cause air to pass through the at least one air coolers and the at least one first heat exchangers ; wherein the at least one air coolers include moisture absorbent material; and the at least one first heat exchangers of each of the at least two heat exchange units are micro-channel heat exchangers in fluid communication allowing flow of cooling fluid therebetween. at least two heat exchange units each having at least one first heat exchanger having a closed circuit for cooling the fluid therein; at least one air cooler located upstream of the at least one first heat exchangers located in each of the at least two heat exchange units; at least one first fan arrangement operable to cause air to pass through the at least one air coolers and the at least one first heat exchangers ; wherein the at least one air coolers include moisture absorbent material; and the at least one first heat exchangers of each of the at least two heat exchange units are micro-channel heat exchangers in fluid communication allowing flow of cooling fluid therebetween.
Dental suction arrangement for the removal of saliva and other fluids, where the suction arrangement includes a suction line and an absorption body to be placed in the oral cavity of a person for the removal of saliva and other fluids, wherein the suction line includes a suction part which is arranged in the absorption body and which is equipped with hole members communicating with the absorption body , wherein the absorption body and the suction line running through it, i.e. the suction part , are essentially U-shaped and/or parabolic shaped, the suction line exits from the absorption body at one end thereof, characterised in that the suction line has prefabricated shape and size that allows it to be easily placed at the bottom of the mouth and at the same time to cover the lower part of the lower jaw for a secure fixation, and in that the suction part extends along the lower part of the lower jaw so as to be clamped between the tongue and the lower jaw of the person..
Heater assembly for an aerosol-generating system comprising a glass substrate and a heater element , wherein the heater element is provided in or on the glass substrate , and characterised in that the glass substrate is a perforated glass substrate .
A pulse wave detector which is used while being attached to a wrist (W) of a measurement subject, the pulse wave detector comprising: a body portion which includes a detecting section configured to detect a pulse wave from a radial artery (TD) of the measurement subject; a strip-like band which is configured to secure the body portion to the wrist (W); and an attachment auxiliary member (30; 50) which is configured to be attachable to and detachable from the band , wherein the band is contacted with the wrist (W) through the attachment auxiliary member (30; 50) at an attachment position of the attachment auxiliary member (30; 50), wherein the attachment auxiliary member (30; 50) includes, in a contact surface with the wrist (W), both end portions of the attachment auxiliary member (30; 50) in a short-side direction (X) of the band in a state of being attached to the band , and a concave portion (36A; 56A) formed between the both end portions to receive a protrusion of an ulna of the wrist (W), wherein in a secured state where the body portion is secured to the wrist (W) with the band to which the attachment auxiliary member (30; 50) is attached, the attachment auxiliary member (30; 50) is secured such that the protrusion of the ulna is received in the concave portion (36A; 56A) and the both end portions are contacted with the wrist (W), wherein the concave portion (36A; 56A) has a size which allows the protrusion of the ulna in the wrist of the measurement subject to be inserted, and wherein the concave portion functions as a part of a through hole into which the band is inserted. a body portion which includes a detecting section configured to detect a pulse wave from a radial artery (TD) of the measurement subject; a strip-like band which is configured to secure the body portion to the wrist (W); and an attachment auxiliary member (30; 50) which is configured to be attachable to and detachable from the band , wherein the band is contacted with the wrist (W) through the attachment auxiliary member (30; 50) at an attachment position of the attachment auxiliary member (30; 50), wherein the attachment auxiliary member (30; 50) includes, in a contact surface with the wrist (W), both end portions of the attachment auxiliary member (30; 50) in a short-side direction (X) of the band in a state of being attached to the band , and a concave portion (36A; 56A) formed between the both end portions to receive a protrusion of an ulna of the wrist (W), wherein in a secured state where the body portion is secured to the wrist (W) with the band to which the attachment auxiliary member (30; 50) is attached, the attachment auxiliary member (30; 50) is secured such that the protrusion of the ulna is received in the concave portion (36A; 56A) and the both end portions are contacted with the wrist (W), wherein the concave portion (36A; 56A) has a size which allows the protrusion of the ulna in the wrist of the measurement subject to be inserted, and wherein the concave portion functions as a part of a through hole into which the band is inserted.