mhurhangee/patent-ind-claim-en huggingface dataset:
Method for building a high temperature thermal energy storage, wherein the method comprises the steps: to build a thermally insulated foundation for the storage, to build at least one self-supported cassette containing a number of concrete thermal energy storage elements, which cassette is a self-supporting frame or structure with respect to transport and installation, by building said frame or structure, by building a number of individual concrete thermal energy storage elements, some or all of said elements comprising heat exchangers embedded in said concrete, and by arranging said elements in said frame or structure, to arrange and/or build the at least one cassette on said foundation, to build and operatively connect a pipe system, the pipe system comprising an inlet and an outlet for thermal input to and output from the storage, respectively, and connections to the heat exchangers for circulating fluid through said heat exchangers for thermal energy input to or output from said thermal energy storage elements, and to arrange thermal insulation around and on top of the self-supporting cassettes containing concrete thermal energy storage elements. to build a thermally insulated foundation for the storage, to build at least one self-supported cassette containing a number of concrete thermal energy storage elements, which cassette is a self-supporting frame or structure with respect to transport and installation, by building said frame or structure, by building a number of individual concrete thermal energy storage elements, some or all of said elements comprising heat exchangers embedded in said concrete, and by arranging said elements in said frame or structure, by building said frame or structure, by building a number of individual concrete thermal energy storage elements, some or all of said elements comprising heat exchangers embedded in said concrete, and by arranging said elements in said frame or structure, to arrange and/or build the at least one cassette on said foundation, to build and operatively connect a pipe system, the pipe system comprising an inlet and an outlet for thermal input to and output from the storage, respectively, and connections to the heat exchangers for circulating fluid through said heat exchangers for thermal energy input to or output from said thermal energy storage elements, and to arrange thermal insulation around and on top of the self-supporting cassettes containing concrete thermal energy storage elements.
A semiconductor device, comprising: at least one memory cell, the at least one memory cell comprising: a cell core on a substrate , the cell core comprising: a free region between an oxide region and another oxide region , the free region exhibiting a switchable, vertical magnetic orientation; and a magnetic interface region between the oxide region and the another oxide region, the magnetic interface region disposed directly adjacent a magnetic sub-region of the free region and disposed between the magnetic sub-region and another magnetic sub-region of the free region, the magnetic interface region consisting of iron and defining a thickness of less than about ten angstroms, about 1 nm, the magnetic interface region being thinner than regions of the cell core neighboring the magnetic interface region, the oxide region being an electrically insulative region disposed between the free region and a fixed region , the fixed region exhibiting a fixed, vertical magnetic orientation, the oxide region spaced from the magnetic interface region. a free region between an oxide region and another oxide region , the free region exhibiting a switchable, vertical magnetic orientation; and a magnetic interface region between the oxide region and the another oxide region, the magnetic interface region disposed directly adjacent a magnetic sub-region of the free region and disposed between the magnetic sub-region and another magnetic sub-region of the free region, the magnetic interface region consisting of iron and defining a thickness of less than about ten angstroms, about 1 nm, the magnetic interface region being thinner than regions of the cell core neighboring the magnetic interface region, the oxide region being an electrically insulative region disposed between the free region and a fixed region , the fixed region exhibiting a fixed, vertical magnetic orientation, the oxide region spaced from the magnetic interface region.
A disposable receptacle intended to be connected to a gravity feed or suction feed spray gun in order to carry out a painting or spraying job, containing at least one liquid component of the paint, lacquer or cleaning product type for spraying and having a base , at least one peripheral lateral wall extending from the base to an upper peripheral edge forming an open connection end which is spaced from and faces said base , said connection end being closed off by a closing means, the receptacle comprising inside at least one rigid and removable wall; characterized in that the closing means is a sealing film which is stuck and/or heat sealed to both the upper peripheral edge of the peripheral lateral wall and to the upper end of the rigid and removable wall.
Isolated LED driver with combined open-circuit and short-circuit detection at one pin, comprising: - a control unit for controlling at least one switch on a primary side of an isolation stage of the LED driver ; - means for detecting a voltage on a secondary side of the isolation stage and producing a voltage-representing signal; and - a comparator supplied with the voltage-representing signal at its non-inverted input, characterized by a reference level of the comparator and, in synchronization therewith, a polarity of a comparator output signal being switched in order to produce a signal indicating, in time-multiplex, an LED load open-circuit and short-circuit indicating signal. - a control unit for controlling at least one switch on a primary side of an isolation stage of the LED driver ; - means for detecting a voltage on a secondary side of the isolation stage and producing a voltage-representing signal; and - a comparator supplied with the voltage-representing signal at its non-inverted input,
Sinker lock for circular knitting machines, in particular for single jersey machines, comprising at least one lock part arranged on a lock carrier for controlling the drive-out and pull-back movements of sinkers , the lock part being movable relative to the lock carrier in directions of movement of the sinkers , the lock part being arranged directly on the lock carrier , characterized in that a movement part is provided which is integrated in the lock part and by means of which the lock part can be moved relative to the lock carrier .
A photodetecting device comprising: a. a substrate ; b. a gate oxide layer deposited on said substrate; c. a channel layer of graphene deposited on said gate oxide layer; and d. source and drain contact regions (6, 8, 30, 32, 60-67) disposed on said graphene layer; wherein interdigitated fingers (60-67) define multiple source regions (60-63) and drain regions (64-67); and wherein the source and drain fingers (60-67) are made of different metals with different work functions. a. a substrate ; b. a gate oxide layer deposited on said substrate; c. a channel layer of graphene deposited on said gate oxide layer; and d. source and drain contact regions (6, 8, 30, 32, 60-67) disposed on said graphene layer;
A method of monitoring the running behavior and/or the state and/or the load of conveyor belts in operation and loaded with a bulk material in belt conveyors , wherein at least one first radar antenna combination is provided at the belt conveyor , said first radar antenna combination comprising at least one transmission antenna and one reception antenna and being oriented on the conveyor belt , wherein the at least first radar antenna combination is arranged laterally of the conveyor belt and its aperture angle is aligned obliquely from above to the associated side edge of the conveyor belt and to at least some of the adjoining surface of the conveyor belt ; and periodically records the reflection of transmitted radar beams through the side edge of the conveyor belt and through the load boundary of a bulk material disposed on the conveyor belt and transmits corresponding signals to a signal processing unit, - in which the distance between the first radar antenna combination arranged laterally of the conveyor belt and the side edge of the conveyor belt and of the load boundary is determined in the signal processing unit and is compared with a desired value respectively stored in the signal processing unit; and - in which preferably at least one second radar antenna combination is arranged at a distance from the conveyor belt and its aperture angle is oriented on the surface of the conveyor belt and periodically records the reflection of transmitted radar beams by the surface of the conveyor belt , on the one hand, and by reinforcement materials embedded in the conveyor belt , on the other hand, and transmits corresponding signals to a signal processing unit. - in which the distance between the first radar antenna combination arranged laterally of the conveyor belt and the side edge of the conveyor belt and of the load boundary is determined in the signal processing unit and is compared with a desired value respectively stored in the signal processing unit; and - in which preferably at least one second radar antenna combination is arranged at a distance from the conveyor belt and its aperture angle is oriented on the surface of the conveyor belt and periodically records the reflection of transmitted radar beams by the surface of the conveyor belt , on the one hand, and by reinforcement materials embedded in the conveyor belt , on the other hand, and transmits corresponding signals to a signal processing unit.
A network entity for a communication network for providing a plurality of communication services to a plurality of mobile communication devices (105a,b), the network entity comprising: a session manager configured to select a first geographical code from a subset a plurality of geographical codes, wherein the first geographical code is associated with a first geographical region including or in the vicinity of a current geographical position of at least one mobile communication device (105a,b) of the plurality of mobile communication devices (105a,b); an encoder configured to encode, in particular on a MAC level and/or on a physical level, at least a portion of a message intended for the at least one mobile communication device (105a,b) using the first geographical code; and a communication interface configured to send the message with the portion encoded with the first geographical code to the at least one mobile communication device (105a,b), characterized in that the session manager is further configured to select the subset of the plurality of geographical codes on the basis of information about a future trajectory of the at least one mobile communication device (105a,b), and provide the at least one mobile communication device (105a,b) via the communication interface with the subset of the plurality of geographical codes in response to an attach procedure, a location update procedure, a handover procedure or another service request message of the at least one mobile communication device (105a,b). a session manager configured to select a first geographical code from a subset a plurality of geographical codes, wherein the first geographical code is associated with a first geographical region including or in the vicinity of a current geographical position of at least one mobile communication device (105a,b) of the plurality of mobile communication devices (105a,b); an encoder configured to encode, in particular on a MAC level and/or on a physical level, at least a portion of a message intended for the at least one mobile communication device (105a,b) using the first geographical code; and a communication interface configured to send the message with the portion encoded with the first geographical code to the at least one mobile communication device (105a,b), characterized in that the session manager is further configured to select the subset of the plurality of geographical codes on the basis of information about a future trajectory of the at least one mobile communication device (105a,b), and provide the at least one mobile communication device (105a,b) via the communication interface with the subset of the plurality of geographical codes in response to an attach procedure, a location update procedure, a handover procedure or another service request message of the at least one mobile communication device (105a,b).
An assembly of at least two cartridge boxes, each of the at least two cartridge boxes comprising: - a box comprising an inlet and an outlet , the outlet being positioned under the inlet and being separated therefrom by a return roller ; and - a plurality of compartments separated by partitions ; - a belt of cartridges , said belt of cartridges passing through the inlet , then being folded up in the compartments , from the compartment closest to the inlet to the farthest away compartment, the belt then passing through the outlet , over the top of the return roller ; the belt of cartridges leaving the first box being connected to the belt entering the second box. - a box comprising an inlet and an outlet , the outlet being positioned under the inlet and being separated therefrom by a return roller ; and - a plurality of compartments separated by partitions ; - a belt of cartridges , said belt of cartridges passing through the inlet , then being folded up in the compartments , from the compartment closest to the inlet to the farthest away compartment, the belt then passing through the outlet , over the top of the return roller ;
A method to allow a first client device (1-2b) to generate and download an updated application on a second client device (1-2c) comprising: coupling the first client device (1-2b) and the second client device (1-2c) to a server (5-16, 14-13); downloading a dictionary of update commands available to generate the updated application based on a client data model of the application on the second client device from the server (5-16, 14-13) to the first client device (1-2b); selecting an update command from the dictionary of update commands at the first client device (1-2b); using the first client device (1-2b) to send the selected update command to the server (5-16, 14-13); using the server (5-16, 14-13) to generate the updated application from the selected update command; and downloading the updated application from the server (5-16, 14-13) to the second client device (1-2c). coupling the first client device (1-2b) and the second client device (1-2c) to a server (5-16, 14-13); downloading a dictionary of update commands available to generate the updated application based on a client data model of the application on the second client device from the server (5-16, 14-13) to the first client device (1-2b); selecting an update command from the dictionary of update commands at the first client device (1-2b); using the first client device (1-2b) to send the selected update command to the server (5-16, 14-13); using the server (5-16, 14-13) to generate the updated application from the selected update command; and downloading the updated application from the server (5-16, 14-13) to the second client device (1-2c).
A collapsible container, comprising a top cover and a chassis , wherein the four corners of the top cover are provided with a top corner piece which is connected with a top cover corner pillar , and the four corners of the chassis are provided with a bottom corner piece which is connected with a chassis corner pillar , wherein the collapsible container further comprises a connecting mechanism which comprises: a crook lug located at one of the top cover corner pillar and the chassis corner pillar ; and a crook locking plate rotatablely provided at the outer end face of the other of the top cover corner pillar and the chassis corner pillar , the first end of the crook locking plate is provided with a crook part cooperating with the crook lug , characterized in that , the connecting mechanism further comprises an elastic element , one end of which abuts against the outer end face of the other of the top cover corner pillar and the chassis corner pillar and the other end of which abuts against the crook locking plate . a crook lug located at one of the top cover corner pillar and the chassis corner pillar ; and a crook locking plate rotatablely provided at the outer end face of the other of the top cover corner pillar and the chassis corner pillar , the first end of the crook locking plate is provided with a crook part cooperating with the crook lug , characterized in that , the connecting mechanism further comprises an elastic element , one end of which abuts against the outer end face of the other of the top cover corner pillar and the chassis corner pillar and the other end of which abuts against the crook locking plate .
A user equipment , comprising: a receiving unit configured to receive a radio resource control, RRC, message comprising a first parameter used for configuring a periodicity, the receiving unit being configured to receive on a physical downlink control channel, downlink control information, DCI, with cyclic redundancy check, CRC, scrambled by a first radio network temporary identifier, RNTI, that is different from a cell-RNTI, C-RNTI, and a transmitting unit configured to perform, in a case that a second parameter is configured via the RRC message, a first PUSCH transmission based on the periodicity and a first offset value, the first offset value being configured by using the RRC message, wherein the transmitting unit is configured to perform, in a case that the second parameter is not configured via the RRC message, a second PUSCH transmission based on the periodicity and a second offset value, the second offset value being indicated by using the DCI, the second PUSCH transmission being activated by using the DCI. a receiving unit configured to receive a radio resource control, RRC, message comprising a first parameter used for configuring a periodicity, the receiving unit being configured to receive on a physical downlink control channel, downlink control information, DCI, with cyclic redundancy check, CRC, scrambled by a first radio network temporary identifier, RNTI, that is different from a cell-RNTI, C-RNTI, and a transmitting unit configured to perform, in a case that a second parameter is configured via the RRC message, a first PUSCH transmission based on the periodicity and a first offset value, the first offset value being configured by using the RRC message, wherein the transmitting unit is configured to perform, in a case that the second parameter is not configured via the RRC message, a second PUSCH transmission based on the periodicity and a second offset value, the second offset value being indicated by using the DCI, the second PUSCH transmission being activated by using the DCI.
An air compressor comprising: a base including multiple positioning orifices ; a cylinder connected on the base and including an air storage seat communicating on the cylinder ; and a transmission mechanism driving a piston to reciprocately move in the cylinder , thus compressing air; wherein the transmission mechanism including a torque gear and a central orifice defined on the torque gear , and the transmission mechanism further including a connection rod extending from the torque gear , wherein the connection rod of the torque gear is rotatably connected with the piston , and wherein the central orifice has screw threads formed therein, and wherein the torque gear has a counterweight portion and a toothed portion , the counterweight portion being connected on the toothed portion , characterized in that one of the multiple positioning orifices accommodates a bearing , and the central orifice of the torque gear corresponds to the bearing in the one positioning orifice of the base , and a screw bolt is screwed into the central orifice after being inserted through the bearing , thus connecting the transmission mechanism automatedly, wherein the screw bolt is a rotating shaft of the torque gear . a base including multiple positioning orifices ; a cylinder connected on the base and including an air storage seat communicating on the cylinder ; and a transmission mechanism driving a piston to reciprocately move in the cylinder , thus compressing air; wherein the transmission mechanism including a torque gear and a central orifice defined on the torque gear , and the transmission mechanism further including a connection rod extending from the torque gear , wherein the connection rod of the torque gear is rotatably connected with the piston , and wherein the central orifice has screw threads formed therein, and wherein the torque gear has a counterweight portion and a toothed portion , the counterweight portion being connected on the toothed portion , wherein the transmission mechanism including a torque gear and a central orifice defined on the torque gear , and the transmission mechanism further including a connection rod extending from the torque gear , wherein the connection rod of the torque gear is rotatably connected with the piston , and wherein the central orifice has screw threads formed therein, and wherein the torque gear has a counterweight portion and a toothed portion , the counterweight portion being connected on the toothed portion ,
Door comprising an exterior panel , a control for opening and a device for reinforcing with a sandwich plate made up of sheets of composite materials, said plate being bonded to an interior part of the exterior panel , characterized in that the reinforcing device comprises a rigid section piece bonded to the sandwich plate made of composite materials.