mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: transmitting, by a user terminal to a state server, a request for state change information of a service provided by a master server to the user terminal, wherein the state server is another server other than the master server, and wherein the master server signals changes in state information to the state server; receiving, by the user terminal, an indication of said state change information from the state server; and using, by the user terminal, said received indication to determine whether or not to suppress a polling relating to said service of the master server. transmitting, by a user terminal to a state server, a request for state change information of a service provided by a master server to the user terminal, wherein the state server is another server other than the master server, and wherein the master server signals changes in state information to the state server; receiving, by the user terminal, an indication of said state change information from the state server; and using, by the user terminal, said received indication to determine whether or not to suppress a polling relating to said service of the master server.
Piston pump for a hydraulic unit of a slip-contollable hydraulic vehicle braking system, having a seal arrangement comprising a cylinder element, a piston which is accommodated in the cylinder element and can be driven to perform an axial reciprocating movement, and a sealing element for sealing a working space delimited by the piston and by the cylinder element, wherein the sealing element has a sealing side, a supporting side opposite the sealing side, a high-pressure side facing the working space to be sealed, and a low-pressure side facing away from the working space, and wherein the sealing side comprises at least one sealing lip (138; 302; 304) formed by two converging sealing flanks (130, 132; 306, 308; 310, 312) of differing flank angles (134, 136), wherein the sealing element is a component which is in the form of a single part, is composed of a standardized elastomer material, preferably of EPDM, in that the sealing element has at least one marking for determining installation of the sealing element in the correct position, wherein said marking is arranged on the high-pressure side of the sealing element, merges seamlessly into the first sealing flank of the sealing side and is embodied in the form of a peripheral bead protruding from the sealing element in the direction of the stroke movement of the piston.
A laundry dryer with a fan, comprising a cabinet and a drying chamber, wherein the fan has a primary air channel formed by a housing, the primary air channel being in fluid communication with the drying chamber and the air heating channel, wherein impellers rotating with a rotator of a motor of the fan are provided in a secondary air channel, the impellers are such disposed that when the impellers rotate with the rotator, air is driven to enter the secondary air channel from an inlet of the secondary air channel and exit from an outlet of the secondary air channel, wherein the fan has both the primary air channel and the secondary air channel, characterized in that the housing is covered by a cover outside, the secondary air channel having the inlet and the outlet is formed between the cover and the housing, the inlet and the outlet of the secondary air channel respectively extend by using a first pipe and a second pipe and an outlet of the second pipe is close to an apparatus (2, 8) that needs to be cooled in the cabinet.
Ultrasound flowmeter, comprising a one-part or multi-part housing, consisting of plastic, which is provided to be connected to a line carrying the medium to be measured and to be flowed through by the medium to be measured, and comprising an ultrasound transducer assembly, wherein two ultrasound transducers are provided which transmit ultrasound through the housing, and comprising: two ultrasound transducer bodies (4, 7) with in each case a first main surface on the side facing the medium and in each case a second main surface on the side facing away from the medium, first, preferably planar, contact means for electrically contacting the first main surfaces of the ultrasound transducer bodies (4, 7), second, preferably planar, contact means for electrically contacting the second main surfaces of the ultrasound transducer bodies (4, 7), wherein the first contact means of the ultrasound transducer bodies (4, 7) are in each case located between the respective ultrasound transducer body (4, 7) and the housing, through which ultrasound is to be transmitted, of the ultrasound flowmeter and are placed or fixed in the plastic housing, in at least one housing part consisting of plastic or in a housing insert receiving both ultrasound transducer bodies (4, 7) and consisting of plastic. two ultrasound transducer bodies (4, 7) with in each case a first main surface on the side facing the medium and in each case a second main surface on the side facing away from the medium, first, preferably planar, contact means for electrically contacting the first main surfaces of the ultrasound transducer bodies (4, 7), second, preferably planar, contact means for electrically contacting the second main surfaces of the ultrasound transducer bodies (4, 7), wherein the first contact means of the ultrasound transducer bodies (4, 7) are in each case located between the respective ultrasound transducer body (4, 7) and the housing, through which ultrasound is to be transmitted, of the ultrasound flowmeter and are placed or fixed in the plastic housing, in at least one housing part consisting of plastic or in a housing insert receiving both ultrasound transducer bodies (4, 7) and consisting of plastic.
A gearshift device for a vehicle transmission comprising: a gear selector operable by a user to control the vehicle transmission; a sensor actuator; an electronics support; and a housing, wherein the sensor actuator comprises a housing end, a gear selector end and a sensor end, wherein the housing end is configured to secure the sensor actuator to the housing, and the gear selector end is configured to be moved by the gear selector such that the sensor actuator rotates about a sensor actuator axis when the gear selector is operated by a user; wherein the electronics support comprises a sensor including a fixed portion with an opening and a movable portion configured to rotate in the opening, wherein the movable portion comprises a sensor contact surface; wherein the sensor end of the sensor actuator is at least partially arranged within the opening of the sensor and wherein the sensor end is configured to rotate within the opening of the sensor about the sensor actuator axis and the sensor actuator axis is defined between the housing end and the sensor end of the sensor actuator in the opening of the sensor; wherein the sensor end of the sensor actuator comprises an actuator contact portion configured to engage the sensor contact surface and move the movable portion of the sensor when the sensor actuator rotates about the sensor actuator axis; and wherein one or more outer surfaces of the sensor end configured to contact the sensor are curved in a plane containing the sensor actuator axis. a gear selector operable by a user to control the vehicle transmission; a sensor actuator; an electronics support; and a housing, wherein the sensor actuator comprises a housing end, a gear selector end and a sensor end, wherein the housing end is configured to secure the sensor actuator to the housing, and the gear selector end is configured to be moved by the gear selector such that the sensor actuator rotates about a sensor actuator axis when the gear selector is operated by a user; wherein the electronics support comprises a sensor including a fixed portion with an opening and a movable portion configured to rotate in the opening, wherein the movable portion comprises a sensor contact surface; wherein the sensor end of the sensor actuator is at least partially arranged within the opening of the sensor and wherein the sensor end is configured to rotate within the opening of the sensor about the sensor actuator axis and the sensor actuator axis is defined between the housing end and the sensor end of the sensor actuator in the opening of the sensor; wherein the sensor end of the sensor actuator comprises an actuator contact portion configured to engage the sensor contact surface and move the movable portion of the sensor when the sensor actuator rotates about the sensor actuator axis; and wherein one or more outer surfaces of the sensor end configured to contact the sensor are curved in a plane containing the sensor actuator axis.
A method for processing Bandwidth Parts, BWPs, comprising: receiving, by a terminal device, Downlink Control Information, DCI, the DCI carrying indication information, the indication information being configured to indicate performing activation processing on a second BWP and deactivation processing on a first BWP; and performing, by the terminal device, activation processing on the second BWP and deactivation processing on the first BWP based on an information field of the indication information; characterized in that the indication information comprises first indication information, the first indication information comprises a first information field, the first information field is 1-bit, and the terminal device performs activation processing on the second BWP and deactivation processing on the first BWP based on a value of the first information field; wherein performing, by the terminal device, activation processing on the second BWP and deactivation processing on the first BWP based on the information field of the indication information comprises: if the first information field is a first value, performing, by the terminal device, deactivation processing on the first BWP when activating the second BWP. receiving, by a terminal device, Downlink Control Information, DCI, the DCI carrying indication information, the indication information being configured to indicate performing activation processing on a second BWP and deactivation processing on a first BWP; and performing, by the terminal device, activation processing on the second BWP and deactivation processing on the first BWP based on an information field of the indication information; characterized in that the indication information comprises first indication information, the first indication information comprises a first information field, the first information field is 1-bit, and the terminal device performs activation processing on the second BWP and deactivation processing on the first BWP based on a value of the first information field; wherein performing, by the terminal device, activation processing on the second BWP and deactivation processing on the first BWP based on the information field of the indication information comprises: if the first information field is a first value, performing, by the terminal device, deactivation processing on the first BWP when activating the second BWP.
A heat storage material composition comprising: a sugar alcohol; and a stabilizer that allows the sugar alcohol to maintain a liquid state and a supercooled state, the stabilizer being one selected from (i) a salt that has a solubility of 9 g or more in 100 mL of 20°C water and gives a monovalent anion, (ii) a polymer prepared by using the salt as a monomer, and (iii) a polymer having a molecular weight of 7,000 or more and 4,000,000 or less prepared by using, as a monomer, an alcohol having a solubility of 9 g or more in 100 mL of 20°C water. a sugar alcohol; and a stabilizer that allows the sugar alcohol to maintain a liquid state and a supercooled state, the stabilizer being one selected from (i) a salt that has a solubility of 9 g or more in 100 mL of 20°C water and gives a monovalent anion, (ii) a polymer prepared by using the salt as a monomer, and (iii) a polymer having a molecular weight of 7,000 or more and 4,000,000 or less prepared by using, as a monomer, an alcohol having a solubility of 9 g or more in 100 mL of 20°C water. (i) a salt that has a solubility of 9 g or more in 100 mL of 20°C water and gives a monovalent anion, (ii) a polymer prepared by using the salt as a monomer, and (iii) a polymer having a molecular weight of 7,000 or more and 4,000,000 or less prepared by using, as a monomer, an alcohol having a solubility of 9 g or more in 100 mL of 20°C water.
A resonant microelectronic structure comprising: - at least one mobile mass mechanically linked to at least one first mechanical element and a second mechanical element which are distinct, by a first mechanical linking device and a second mechanical linking device respectively, the mobile masse being configured to vibrate under the action of an external stimulus, - a source of polarisation of current or voltage of the second mechanical linking device, wherein the second mechanical linking device comprises at least one first and one second linking element and at least one thermal reservoir inserted between the first and second linking elements, at least one of the first and second linking elements being made at least in part of a piezoresistive material, where at least one of the first and second linking elements exhibit thermoelasticity properties, and the thermal reservoir exhibiting a thermal capacity which is different from those of the first and second linking elements, wherein the second linking device and the mobile mass are arranged relative to each other such that a displacement of the mobile mass applies a mechanical stress to the second linking device. - at least one mobile mass mechanically linked to at least one first mechanical element and a second mechanical element which are distinct, by a first mechanical linking device and a second mechanical linking device respectively, the mobile masse being configured to vibrate under the action of an external stimulus, - a source of polarisation of current or voltage of the second mechanical linking device, wherein the second mechanical linking device comprises at least one first and one second linking element and at least one thermal reservoir inserted between the first and second linking elements, at least one of the first and second linking elements being made at least in part of a piezoresistive material, where at least one of the first and second linking elements exhibit thermoelasticity properties, and the thermal reservoir exhibiting a thermal capacity which is different from those of the first and second linking elements, wherein the second linking device and the mobile mass are arranged relative to each other such that a displacement of the mobile mass applies a mechanical stress to the second linking device.
A system for measuring a property of a process fluid in a pipe, the system comprising: a vortex sensing field device (14, 40, 100) adapted to couple to the pipe and to measure a velocity of the fluid flowing in the pipe, the vortex sensing field device (14, 40, 100) having a plurality of configurable terminations (41A-41D); a pressure transmitter (12, 42, 62, 74, 80, 94) operably coupled to the plurality of configurable terminations (41A-41D) to provide an indication of a fluid pressure; and a switch coupled to the plurality of configurable terminations (41A-41D) and to a microprocessor in the field device, wherein the microprocessor controls the switch to selectably couple the configurable terminations (41A-41D) to an analog-to-digital converter in the vortex sensing field device; wherein the vortex sensing field device (14, 40, 100) is configured to calculate the property of the fluid based upon fluid velocity and the fluid pressure provided through the operably coupled configurable terminations (41A-41D). a vortex sensing field device (14, 40, 100) adapted to couple to the pipe and to measure a velocity of the fluid flowing in the pipe, the vortex sensing field device (14, 40, 100) having a plurality of configurable terminations (41A-41D); a pressure transmitter (12, 42, 62, 74, 80, 94) operably coupled to the plurality of configurable terminations (41A-41D) to provide an indication of a fluid pressure; and a switch coupled to the plurality of configurable terminations (41A-41D) and to a microprocessor in the field device, wherein the microprocessor controls the switch to selectably couple the configurable terminations (41A-41D) to an analog-to-digital converter in the vortex sensing field device; wherein the vortex sensing field device (14, 40, 100) is configured to calculate the property of the fluid based upon fluid velocity and the fluid pressure provided through the operably coupled configurable terminations (41A-41D).
A cartridge for storage and delivery of multiple co-reactive materials comprising: an elongated holder body having substantially parallel longitudinal voids (120a, 120b); multiple hollow cylindrical bodies (130a, 130b) disposed substantially parallel within said longitudinal voids; said co-reactive materials separately disposed in said multiple hollow cylindrical bodies, wherein the multiple hollow cylindrical bodies have open proximal ends, nozzles at distal ends thereof, and pistons positioned inside, said pistons sealing the open proximal end and slidably moveable within the hollow cylindrical bodies and having no plungers attached; and characterised in that the cartridge further comprises a removable rear closure cap having plugs (140a, 140b) fitting into the open proximal ends of said multiple hollow cylindrical bodies. an elongated holder body having substantially parallel longitudinal voids (120a, 120b); multiple hollow cylindrical bodies (130a, 130b) disposed substantially parallel within said longitudinal voids; said co-reactive materials separately disposed in said multiple hollow cylindrical bodies, wherein the multiple hollow cylindrical bodies have open proximal ends, nozzles at distal ends thereof, and pistons positioned inside, said pistons sealing the open proximal end and slidably moveable within the hollow cylindrical bodies and having no plungers attached; and characterised in that the cartridge further comprises a removable rear closure cap having plugs (140a, 140b) fitting into the open proximal ends of said multiple hollow cylindrical bodies.
A single-paste type hydraulic endodontic filling composition, comprising: a calcium silicate component as a powder component; and dimethyl sulfoxide (DMSO) as a liquid component, wherein the DMSO is included at 70% or more of weight of liquid components of the single-paste type hydraulic endodontic filling composition, and wherein at least one selected from a group consisting of water, ethanol, monoethylene glycol, and diethylene glycol monoethyl ether (DEGEE) is included at 30% or less of the weight of the liquid components. a calcium silicate component as a powder component; and dimethyl sulfoxide (DMSO) as a liquid component, wherein the DMSO is included at 70% or more of weight of liquid components of the single-paste type hydraulic endodontic filling composition, and wherein at least one selected from a group consisting of water, ethanol, monoethylene glycol, and diethylene glycol monoethyl ether (DEGEE) is included at 30% or less of the weight of the liquid components.
Coating installation for coating components with a coating agent, in particular for painting motor vehicle body components, with a. a nozzle applicator, in particular a print head, having at least one nozzle for dispensing a coating agent jet (13-19; 24-27) of the coating agent onto the component to be coated, b. a filter (2.1, 2.2) upstream of the nozzle for filtering the coating agent, wherein the filter (2.1, 2.2) is a double filter having two individual filters (2.1, 2.2) which are arranged parallel to one another, and c. a selection valve arrangement, wherein the coating installation is configured so that d. the coating agent is passed by the selection valve arrangement selectively into the one individual filter (2.1) or into the other individual filter (2.2), e. the flushing agent is passed by the selection valve arrangement selectively either into the one individual filter (2.1) or into the other individual filter (2.2), and f. during operation, the one individual filter (2.1) is flowed through by the flushing agent, while the other individual filter (2.2) is flowed through by the coating agent. a. a nozzle applicator, in particular a print head, having at least one nozzle for dispensing a coating agent jet (13-19; 24-27) of the coating agent onto the component to be coated, b. a filter (2.1, 2.2) upstream of the nozzle for filtering the coating agent, wherein the filter (2.1, 2.2) is a double filter having two individual filters (2.1, 2.2) which are arranged parallel to one another, and c. a selection valve arrangement, wherein the coating installation is configured so that d. the coating agent is passed by the selection valve arrangement selectively into the one individual filter (2.1) or into the other individual filter (2.2), e. the flushing agent is passed by the selection valve arrangement selectively either into the one individual filter (2.1) or into the other individual filter (2.2), and f. during operation, the one individual filter (2.1) is flowed through by the flushing agent, while the other individual filter (2.2) is flowed through by the coating agent.
A clamping device for a handlebar, including: a clamping base comprising a cavity and a first clamping surface; a clamping arm pivotally connected to the clamping base and having a second clamping surface; a locking arm arranged in the cavity and pivotally connected with the clamping base, the locking arm is connected with the clamping arm and provided with at least one locking hole thereon; a locking assembly mounted on the clamping base and comprising a locking pin, and the clamping device is in a locked state when the locking pin is inserted into the locking hole; a support component detachably mounted on the clamping base for fixing a smart equipment; and it also comprises a holding arm pivotally connected with the clamping arm and characterized in that, the holding arm is pivotally connected to the locking arm. a clamping base comprising a cavity and a first clamping surface; a clamping arm pivotally connected to the clamping base and having a second clamping surface; a locking arm arranged in the cavity and pivotally connected with the clamping base, the locking arm is connected with the clamping arm and provided with at least one locking hole thereon; a locking assembly mounted on the clamping base and comprising a locking pin, and the clamping device is in a locked state when the locking pin is inserted into the locking hole; a support component detachably mounted on the clamping base for fixing a smart equipment; and it also comprises a holding arm pivotally connected with the clamping arm and characterized in that, the holding arm is pivotally connected to the locking arm.
A chemical reactor for use as, or as part of, a breathing apparatus, the reactor including a vented canister for holding a bed of particulate chemical reagent, the canister having a peripheral wall enclosing the interior of the canister and the canister having a floor for the interior of the canister; an air-permeable bed support lining the upper surface of the floor for supporting a bed of particulate reagent in the interior of the canister, the canister having at least one upper air vent at a level above the bed support, and at least one lower air vent below the support and through the floor; the reactor being characterized in that it includes at least one air-permeable air flow guide in the interior of the canister for guiding air flow between the bed support and the upper vent of the canister and through a bed of particulate chemical reagent supported in the interior of the canister on the bed support of the canister, each air flow guide projecting from a lower extremity thereof at or adjacent the bed support of the canister, in an upward direction.