mhurhangee/ep-ind-claims huggingface dataset:
A thermosetting type curable composition comprising 100 parts by weight of a polyoxyalkylene-based polymer and 0.5 to 6 parts by weight of tetravalent monoalkyl tin, wherein the polyoxyalkylene-based polymer has a hydrolyzable silyl group that is represented by the general formula: -Si(OR 1) 3 wherein R 1 s each independently represent a hydrocarbon group having 2 to 6 carbon atoms.
A method for minimisation of drive testing, MDT, comprising, at a user device: controlling the user device to note the time of a request sent from the user device of uplink transmission resources; controlling the user device to measure elapsed time between the request for the uplink transmission resources and fulfilment of the request for the uplink transmission resources; and assembling measurement information for the elapsed time for inclusion in a measurement report to be transmitted to a network. controlling the user device to note the time of a request sent from the user device of uplink transmission resources; controlling the user device to measure elapsed time between the request for the uplink transmission resources and fulfilment of the request for the uplink transmission resources; and assembling measurement information for the elapsed time for inclusion in a measurement report to be transmitted to a network.
Converter electronics unit for a laundry care appliance with DC motor, wherein the converter electronics unit comprises the following: a network supply switching circuit (410, 420) for supplying the laundry care appliance with a network voltage; a first DC intermediate voltage switching circuit, which is embodied to rectify the network voltage into a first intermediate circuit voltage for supplying a power level for phase control of the DC motor (480, 130); a second DC intermediate voltage switching circuit of a switched-mode power supply (470, 310) of the converter electronics unit, wherein the switched-mode power supply (470, 310) provides low operating voltages, wherein the second DC intermediate voltage switching circuit is embodied to rectify the network voltage into a second intermediate circuit voltage for supplying the switched-mode power supply (470, 310) to provide operating voltages for a control logic for actuating the power level, characterised in that the second DC intermediate voltage switching circuit comprises an intermediate circuit capacitor for smoothing the second intermediate circuit voltage, wherein the converter electronics unit has a voltage regulator, which is embodied to regulate the first DC intermediate voltage switching circuit on the basis of a measurement value of the network voltage and to determine the measurement value of the network voltage on the basis of the intermediate circuit capacitor of the second DC intermediate voltage switching circuit. a network supply switching circuit (410, 420) for supplying the laundry care appliance with a network voltage; a first DC intermediate voltage switching circuit, which is embodied to rectify the network voltage into a first intermediate circuit voltage for supplying a power level for phase control of the DC motor (480, 130); a second DC intermediate voltage switching circuit of a switched-mode power supply (470, 310) of the converter electronics unit, wherein the switched-mode power supply (470, 310) provides low operating voltages, wherein the second DC intermediate voltage switching circuit is embodied to rectify the network voltage into a second intermediate circuit voltage for supplying the switched-mode power supply (470, 310) to provide operating voltages for a control logic for actuating the power level, characterised in that the second DC intermediate voltage switching circuit comprises an intermediate circuit capacitor for smoothing the second intermediate circuit voltage, wherein the converter electronics unit has a voltage regulator, which is embodied to regulate the first DC intermediate voltage switching circuit on the basis of a measurement value of the network voltage and to determine the measurement value of the network voltage on the basis of the intermediate circuit capacitor of the second DC intermediate voltage switching circuit.
A secondary battery comprising: an electrode assembly; and an exterior member which seals the electrode assembly, wherein the exterior member comprises: a pouch which is flexible; and a can which is connected to the pouch and is formed of a material having a greater hardness than that of the pouch; the said pouch comprising a first sealing portion; a pouch body which is connected to the first sealing portion; and a second sealing portion which is arranged to face the first sealing portion and is connected to the pouch body; characterised in that the can is inserted into the pouch body and is connected to the first sealing portion, the second sealing portion, and the pouch body. an electrode assembly; and an exterior member which seals the electrode assembly, wherein the exterior member comprises: a pouch which is flexible; and a can which is connected to the pouch and is formed of a material having a greater hardness than that of the pouch; the said pouch comprising a first sealing portion; a pouch body which is connected to the first sealing portion; and a second sealing portion which is arranged to face the first sealing portion and is connected to the pouch body; characterised in that the can is inserted into the pouch body and is connected to the first sealing portion, the second sealing portion, and the pouch body. a pouch which is flexible; and a can which is connected to the pouch and is formed of a material having a greater hardness than that of the pouch; the said pouch comprising a first sealing portion; a pouch body which is connected to the first sealing portion; and a second sealing portion which is arranged to face the first sealing portion and is connected to the pouch body; characterised in that the can is inserted into the pouch body and is connected to the first sealing portion, the second sealing portion, and the pouch body.
A snare assembly (150, 250, 350), comprising: an elongate shaft (155, 255, 355) having a first end (152, 254) and a second end (154, 252); a first loop (172, 274) associated with a first attachment portion (162, 165-168, 274) configured for coupling the first loop (172, 274) to the first end (152, 254) of the shaft (155, 255, 355); and a second loop associated with a second attachment portion (164, 165-168) configured for coupling the second loop to the second end of the shaft (155, 255, 355); characterized in that, the first and second loops (172, 274; 174) are each independently selectively attachable to the shaft (155, 255, 355) by a medical practitioner. an elongate shaft (155, 255, 355) having a first end (152, 254) and a second end (154, 252); a first loop (172, 274) associated with a first attachment portion (162, 165-168, 274) configured for coupling the first loop (172, 274) to the first end (152, 254) of the shaft (155, 255, 355); and a second loop associated with a second attachment portion (164, 165-168) configured for coupling the second loop to the second end of the shaft (155, 255, 355); characterized in that, the first and second loops (172, 274; 174) are each independently selectively attachable to the shaft (155, 255, 355) by a medical practitioner.
A partition extension method, comprising: acquiring (101, 201) an average value of quantities of partitions in all physical nodes in a distributed storage system, wherein one partition is one part of a hash space when the hash space is divided into several equal parts, and the Hash space is circular space connected head-to-tail; performing (102, 203) multiplication on a quantity of partitions in each physical node, if the average value of the quantities of the partitions is less than a preset threshold, wherein the preset threshold is a value that satisfies the average value of the quantities of the partitions in all the physical nodes in the distributed storage system when capacity expansion is performed for the distributed storage system at least once; acquiring a hash value of data in each partition in each physical node; acquiring a modulus value that is obtained by performing modulo operation on the hash value of the data and a quantity that is obtained after extension and is of partitions in the physical node in which the data is located; and determining, according to the modulus value of the data, a destination partition to which the data is to be migrated; and if the destination partition is different from the partition in which the data is currently located, migrating the data to the destination partition; and adding (103, 207) a mapping relationship between a newly added partition after multiplication and a physical node in which the newly added partition is located into a pre-stored distributed hash table, DHT. acquiring (101, 201) an average value of quantities of partitions in all physical nodes in a distributed storage system, wherein one partition is one part of a hash space when the hash space is divided into several equal parts, and the Hash space is circular space connected head-to-tail; performing (102, 203) multiplication on a quantity of partitions in each physical node, if the average value of the quantities of the partitions is less than a preset threshold, wherein the preset threshold is a value that satisfies the average value of the quantities of the partitions in all the physical nodes in the distributed storage system when capacity expansion is performed for the distributed storage system at least once; acquiring a hash value of data in each partition in each physical node; acquiring a modulus value that is obtained by performing modulo operation on the hash value of the data and a quantity that is obtained after extension and is of partitions in the physical node in which the data is located; and determining, according to the modulus value of the data, a destination partition to which the data is to be migrated; and if the destination partition is different from the partition in which the data is currently located, migrating the data to the destination partition; and adding (103, 207) a mapping relationship between a newly added partition after multiplication and a physical node in which the newly added partition is located into a pre-stored distributed hash table, DHT.
A lighting system comprising: a light source having an exit window; and an electrically controllable light processing arrangement, wherein the electrically controllable processing arrangement comprises a grid of cells lying in a plane parallel to the exit window, each cell having a cell wall formed as electrically switchable element which is switchable between at least two processing modes, wherein the cell wall surrounds an opening, such that light emitted in a normal direction from the light source exit window is not processed, and light passing at an angle to the normal direction greater than a threshold angle is processed by the cell wall. a light source having an exit window; and an electrically controllable light processing arrangement, wherein the electrically controllable processing arrangement comprises a grid of cells lying in a plane parallel to the exit window, each cell having a cell wall formed as electrically switchable element which is switchable between at least two processing modes, wherein the cell wall surrounds an opening, such that light emitted in a normal direction from the light source exit window is not processed, and light passing at an angle to the normal direction greater than a threshold angle is processed by the cell wall.
A tetraploid castor plant obtainable by genome multiplication in castor seeds of an isogenic diploid castor progenitor, wherein said genome multiplication is effected by contacting a castor seed with a G2/M phase inhibitor and a targeting agent being a magnetic field for targeted delivery of said G2/M phase inhibitor to chromatin fibers of said castor seed, wherein said tetraploid castor plant is at least as fertile as said diploid castor progenitor when grown under similar conditions, and wherein said tetraploid castor plant has at least 90 % fertile pollen that are stained by acetocarmine; and alternatively or additionally at least 90 % of seeds that germinate on sucrose.
A pretensioning device for pressing a transmission shaft of a transmission having a first transmission member against a toothing of a second transmission member of this transmission, comprising: a housing, an outer bearing cage for receiving a bearing that rotatably mounts the transmission shaft, wherein the outer bearing cage is arranged in the housing, a leaf spring whose end sections are supported on associated supporting flanks of the outer bearing cage and which is suitable for pressing a central section extending between the supporting flanks against the bearing, characterized in that a first adjusting device is provided, by means of which the outer bearing cage is adjustable with respect to the housing in order to move the transmission shaft in the direction of the second transmission member, and/or a second adjusting device is provided, by means of which a stop element can be moved in the direction of the leaf spring, the first and second adjusting devices (20, 25) are each preferably designed as an adjusting screw, wherein the first adjusting device is screwed into the housing and the second adjusting device is screwed into the first adjusting device. a housing, an outer bearing cage for receiving a bearing that rotatably mounts the transmission shaft, wherein the outer bearing cage is arranged in the housing, a leaf spring whose end sections are supported on associated supporting flanks of the outer bearing cage and which is suitable for pressing a central section extending between the supporting flanks against the bearing, characterized in that a first adjusting device is provided, by means of which the outer bearing cage is adjustable with respect to the housing in order to move the transmission shaft in the direction of the second transmission member, and/or a second adjusting device is provided, by means of which a stop element can be moved in the direction of the leaf spring, the first and second adjusting devices (20, 25) are each preferably designed as an adjusting screw, wherein the first adjusting device is screwed into the housing and the second adjusting device is screwed into the first adjusting device.
A hard shell microencapsulated latent heat transport material, comprising; non-porous hollow silica particles, having a phase change material having a phase change temperature at equal to or higher than 80 °C and equal to or lower than 600 °C employed from lithium hydrate-sodium hydrate based molten salt, sodium hydrate-potassium hydrate based molten salt, sodium hydrate-sodium nitrate based molten salt or inorganic hydrates such as magnesium chloride and magnesium nitrate included therein for causing absorption or discharge of latent heat in response to a temperature change, said hard shell microencapsulated latent heat transport material being characterized by having the outer shell of porous hollow silica particles covered with silica.
An elevator door system used in elevators for providing energy saving by means of an improved system that maintains a constant entrance distance between the building floor and the elevator cabin, and thus facilitates maintenance and repair operations, comprising: • a rail system that reduces the distance needed to be travelled for carrying the door panels thereon and thus for providing motion to the door panels, and allowing the movable rails to be retracted or extended within the door mechanism by reducing the distance thereof, and characterized in further comprising • a door skate system motion mechanism comprising a second pulley (6.3) located on said door skate system motion mechanism for transferring the incoming movement to the door skate system, and also comprising a first pulley (6.1) used for increasing the displacement distance of the support force stabilizer, and • the rail system having the same width length as with the elevator door entrance distance. • a rail system that reduces the distance needed to be travelled for carrying the door panels thereon and thus for providing motion to the door panels, and allowing the movable rails to be retracted or extended within the door mechanism by reducing the distance thereof, and characterized in further comprising • a door skate system motion mechanism comprising a second pulley (6.3) located on said door skate system motion mechanism for transferring the incoming movement to the door skate system, and also comprising a first pulley (6.1) used for increasing the displacement distance of the support force stabilizer, and • the rail system having the same width length as with the elevator door entrance distance.
A compound satisfying structural formula I wherein: G represents a group satisfying formula II: HO-{CH 2 -CH -CH 2 -O} m -CH 2 -{C(=O)-O-CH 2} q - formula II each n independently is an integer from 1-30; m is an integer from 2-10; q is 0 or 1. G represents a group satisfying formula II: HO-{CH 2 -CH -CH 2 -O} m -CH 2 -{C(=O)-O-CH 2} q - formula II each n independently is an integer from 1-30; m is an integer from 2-10; q is 0 or 1.
A manufacturing method of a metal panel with the steps of: cutting a metal plate to form a cutaway portion at a specified area of a border and; bending the border on opposite sides of the cutaway portion, inserting a bracket into and coupling the bracket to a cutaway groove formed at the border of the bending, characterized in that, the bracket includes a protruding portion corresponding to the cutaway groove and an extending portion extended from the protruding portion, and the bracket is coupled to the cutaway groove by welding the extending portion to a circumferential side of the cutaway groove. cutting a metal plate to form a cutaway portion at a specified area of a border and; bending the border on opposite sides of the cutaway portion, inserting a bracket into and coupling the bracket to a cutaway groove formed at the border of the bending, characterized in that, the bracket includes a protruding portion corresponding to the cutaway groove and an extending portion extended from the protruding portion, and the bracket is coupled to the cutaway groove by welding the extending portion to a circumferential side of the cutaway groove.
Device for securing an element on a pipe, the device comprising: - a compensating member made from an elastic material, and - two strands (20, 30) that each extend between a first end (21, 31) secured to the compensating member and a second free end (22, 32); where the strands (20, 30) are able, by junction of the second ends (22, 32), to form a strap provided to secure the element to the pipe; and where the compensating member is, on the one hand, stretchable when the device is tightened around the pipe, and on the other hand, shrinkable gradually over time to keep the strap taut when the pipe shrinks; characterized in that the compensating member is overmolded on the first ends (21, 31) of the strands (20, 30); and in that the first ends (21, 31) have recesses receiving material from the compensating member during overmolding. - a compensating member made from an elastic material, and - two strands (20, 30) that each extend between a first end (21, 31) secured to the compensating member and a second free end (22, 32);
A computer-implemented method in an Internet Protocol Multimedia Subsystem, IMS, network to transmit an incoming call request to one or more mobile devices, the method being performed by at least one processor in the IMS network and comprising: receiving, for each of multiple mobile devices, a request to register the device for one or more IMS services, wherein the request includes a first identifier that identifies the mobile device and a second identifier that is associated with a user of the mobile device; receiving an incoming call to a destination mobile device, wherein the incoming call is at least partially received over the IMS network, and wherein the destination mobile device is one of the multiple mobile devices; identifying one or more associated mobile devices, the one or more associated mobile devices having the same second identifier as the destination mobile device; determining one or more forked devices, the one or more forked devices comprising at least one of the destination mobile device and the one or more associated mobile devices; transmitting a first notification to each forked device over the IMS network, wherein the first notification indicates that the forked device may accept or reject the incoming call request; and receiving an acceptance or rejection from at least one of the one or more forked devices, and characterized by: in case the incoming call request is accepted by one forked device, preventing the other forked devices from initiating or receiving a second call while the incoming call is in progress. receiving, for each of multiple mobile devices, a request to register the device for one or more IMS services, wherein the request includes a first identifier that identifies the mobile device and a second identifier that is associated with a user of the mobile device; receiving an incoming call to a destination mobile device, wherein the incoming call is at least partially received over the IMS network, and wherein the destination mobile device is one of the multiple mobile devices; identifying one or more associated mobile devices, the one or more associated mobile devices having the same second identifier as the destination mobile device; determining one or more forked devices, the one or more forked devices comprising at least one of the destination mobile device and the one or more associated mobile devices; transmitting a first notification to each forked device over the IMS network, wherein the first notification indicates that the forked device may accept or reject the incoming call request; and receiving an acceptance or rejection from at least one of the one or more forked devices, and characterized by: in case the incoming call request is accepted by one forked device, preventing the other forked devices from initiating or receiving a second call while the incoming call is in progress.