mhurhangee/ep-ind-claims huggingface dataset:
A solid electrolytic capacitor comprising: an anode; a dielectric on said anode; a cathode on said dielectric wherein said cathode comprises a material selected from manganese dioxide and conductive polymer; a conductive coating on said cathode wherein said conductive coating comprises a plating wherein said plating is selected from nickel plating and silver plated with nickel; and a cathode lead electrically connected to said conductive coating by metallurgical bonds to said plating by a sintered transient liquid phase sintering adhesive (21, 31) wherein said sintered transient liquid phase sintering adhesive comprises at least one member selected from the group consisting of copper, silver, aluminum, gold, platinum, palladium, beryllium, rhodium, nickel, cobalt, iron and molybdenum or an alloy of said member. an anode; a dielectric on said anode; a cathode on said dielectric wherein said cathode comprises a material selected from manganese dioxide and conductive polymer; a conductive coating on said cathode wherein said conductive coating comprises a plating wherein said plating is selected from nickel plating and silver plated with nickel; and a cathode lead electrically connected to said conductive coating by metallurgical bonds to said plating by a sintered transient liquid phase sintering adhesive (21, 31) wherein said sintered transient liquid phase sintering adhesive comprises at least one member selected from the group consisting of copper, silver, aluminum, gold, platinum, palladium, beryllium, rhodium, nickel, cobalt, iron and molybdenum or an alloy of said member.
An apparatus of a Private Spectrum Access System, SAS, controller, the apparatus comprising interface circuitry and hardware processing circuitry, the hardware processing circuitry to configure the interface circuitry to: receive, from a Public SAS controller, an indicator of channels that are available for secondary usage by a group of base stations, the channels included in shared spectrum reserved for primary usage by an incumbent device; send a first configuration message that indicates a first allocation of the channels to the base stations for communication with User Equipments, UEs; the first configuration message further indicates a first set of transmit power levels to be used by the base stations for the communication with the UEs according to the first allocation of the channels; receive, from the base stations, interference measurements for the first allocation; and send a second configuration message that indicates a second allocation of the channels to the base stations for the communication with the UEs, the second allocation based at least partly on the interference measurements and an interference threshold determined by the Public SAS controller; wherein the second configuration message further indicates a second, different set of transmit power levels to be used by the base stations for the communication with the UEs according to the second allocation of the channels, and the second set of transmit power levels is based at least partly on the interference measurements and the interference threshold. receive, from a Public SAS controller, an indicator of channels that are available for secondary usage by a group of base stations, the channels included in shared spectrum reserved for primary usage by an incumbent device; send a first configuration message that indicates a first allocation of the channels to the base stations for communication with User Equipments, UEs; the first configuration message further indicates a first set of transmit power levels to be used by the base stations for the communication with the UEs according to the first allocation of the channels; receive, from the base stations, interference measurements for the first allocation; and send a second configuration message that indicates a second allocation of the channels to the base stations for the communication with the UEs, the second allocation based at least partly on the interference measurements and an interference threshold determined by the Public SAS controller; wherein the second configuration message further indicates a second, different set of transmit power levels to be used by the base stations for the communication with the UEs according to the second allocation of the channels, and the second set of transmit power levels is based at least partly on the interference measurements and the interference threshold.
A method of obtaining digitally signed data, the method comprising:- sending first data from at least one of a plurality of first participants to at least one second participant, wherein said first data is based on second data accessible to at least one said first participant, and wherein said second data is inaccessible to the or each said second participant; receiving, from at least one said second participant, a digital signature (S 1) of said first data; and processing said digital signature (S 1) of said first data, by a plurality of said first participants, to provide shares of a digital signature of said second data, wherein said digital signature of said second data is accessible by means of a threshold number of said shares and is inaccessible to less than said threshold number of shares. sending first data from at least one of a plurality of first participants to at least one second participant, wherein said first data is based on second data accessible to at least one said first participant, and wherein said second data is inaccessible to the or each said second participant; receiving, from at least one said second participant, a digital signature (S 1) of said first data; and processing said digital signature (S 1) of said first data, by a plurality of said first participants, to provide shares of a digital signature of said second data, wherein said digital signature of said second data is accessible by means of a threshold number of said shares and is inaccessible to less than said threshold number of shares.
A method of preparing a cold brew beverage comprising: providing a flavorant; selecting a brew cycle including a plurality of steep cycles; steeping said flavorant within a volume of water for a predefined length of time, wherein each of said plurality of steep cycles includes said steeping of said flavorant; characterized in that said predefined length of time decreases progressively with each of said plurality of steep cycles to define longer steeps followed by progressively shorter steeps. providing a flavorant; selecting a brew cycle including a plurality of steep cycles; steeping said flavorant within a volume of water for a predefined length of time, wherein each of said plurality of steep cycles includes said steeping of said flavorant; characterized in that said predefined length of time decreases progressively with each of said plurality of steep cycles to define longer steeps followed by progressively shorter steeps.
A rewriting program for use with a microcomputer apparatus in which another rewriting program is stored and in which a user program is stored in blocks of a flash ROM, the user program being rewritable based on a description of a user program for rewriting to be supplied to the microcomputer apparatus and the another rewriting program carrying out a process carrying out a rewriting process including erasing, writing and verifying on the blocks of the flash ROM without regard to a rewriting completion code included in a FLASH status 0 area (200_0A) at a first block of the blocks of the flash ROM, the rewriting program, when run on the microcomputer apparatus, carrying out: a first process controlling, with regard to the rewriting completion code included in the FLASH status 0 area (200_0A), a rewriting process including erasing, writing and verifying on the blocks of the flash ROM; wherein: in the rewriting process on the first block of the blocks of the flash ROM, the first process does not carry out writing on the FLASH status 0 area (200_0A); and the first process is configured to carry out writing on the FLASH status 0 area (200_0A) the rewriting completion code recorded in the rewriting code area of said user program for rewriting after carrying out the rewriting process on a last block of the blocks of the flash ROM. a first process controlling, with regard to the rewriting completion code included in the FLASH status 0 area (200_0A), a rewriting process including erasing, writing and verifying on the blocks of the flash ROM; wherein: in the rewriting process on the first block of the blocks of the flash ROM, the first process does not carry out writing on the FLASH status 0 area (200_0A); and the first process is configured to carry out writing on the FLASH status 0 area (200_0A) the rewriting completion code recorded in the rewriting code area of said user program for rewriting after carrying out the rewriting process on a last block of the blocks of the flash ROM. in the rewriting process on the first block of the blocks of the flash ROM, the first process does not carry out writing on the FLASH status 0 area (200_0A); and the first process is configured to carry out writing on the FLASH status 0 area (200_0A) the rewriting completion code recorded in the rewriting code area of said user program for rewriting after carrying out the rewriting process on a last block of the blocks of the flash ROM.
A method comprising: exposing glycerin to a temperature of greater than 140°C in the presence of a catalyst comprising rhenium trioxide, rhenium dioxide, or a combination thereof to produce a product comprising allyl alcohol; wherein the glycerin is exposed to the temperature of greater than 140°C in a solvent; wherein the solvent comprises a secondary alcohol; wherein the secondary alcohol is 3-octanol and wherein the initial molar ratio of 3-octanol to glycerin is in the range from 5:1 to 1:1.
A method for manufacturing a molded product with fine structure without pressurization, comprising steps of: in a temperature-controlled stamper mold having a fine structure comprising a concavo-convex pattern having a width of 10 nm to 1 μm, forming a thermoplastic molten polymer layer to be in contact with the fine structure of the stamper mold having been kept at a predetermined temperature, so that it is appressed to the stamper mold without pressurization, so that the adhesive force is larger than the thermal stress of a molten polymer in the thermoplastic molten polymer layer; holding the thermoplastic molten polymer layer for a predetermined time between 0 s to 360 s so as to transcribe the fine structure of the stamper mold to the thermoplastic molten polymer layer under gravity so that the fine structure of the stamper mold is transcribed to the thermoplastic molten polymer layer without pressurization by a pressurization apparatus; cooling and solidifying the transcribed thermoplastic molten polymer layer; and subsequently releasing the solidified thermoplastic molten polymer layer from the stamper mold. in a temperature-controlled stamper mold having a fine structure comprising a concavo-convex pattern having a width of 10 nm to 1 μm, forming a thermoplastic molten polymer layer to be in contact with the fine structure of the stamper mold having been kept at a predetermined temperature, so that it is appressed to the stamper mold without pressurization, so that the adhesive force is larger than the thermal stress of a molten polymer in the thermoplastic molten polymer layer; holding the thermoplastic molten polymer layer for a predetermined time between 0 s to 360 s so as to transcribe the fine structure of the stamper mold to the thermoplastic molten polymer layer under gravity so that the fine structure of the stamper mold is transcribed to the thermoplastic molten polymer layer without pressurization by a pressurization apparatus; cooling and solidifying the transcribed thermoplastic molten polymer layer; and subsequently releasing the solidified thermoplastic molten polymer layer from the stamper mold.
Repositioning apparatus which comprises a housing and a handle which is fitted to the housing, a release lever and an elastic compression element, wherein the elastic compression element is respectively connected to the housing and to the release lever and can drive the release lever to move in a second direction, characterized in that the repositioning apparatus also comprises a first connecting lever, a repositioning lever, an elastic repositioning element and a hinge joint shaft, wherein the repositioning lever is connected to the housing by the hinge joint shaft and has a first working surface, wherein the release lever is connected to the housing by the hinge joint shaft and has a second working surface, wherein the first connecting lever is respectively connected to the handle and to the repositioning lever by a hinge joint, wherein the handle can drive the repositioning lever to move in a first direction by means of the first connecting lever, wherein the elastic repositioning element is respectively connected to the housing and to the repositioning lever and can drive the repositioning lever to move in the second direction.
A method for the determination of the presence and/or the amount of an antigen of a bispecific antibody in a sample, whereby the antigen to be detected can be specifically bound by a first binding specificity of the bispecific antibody, and whereby the antigen is complexed to the bispecific antibody (antigen-bispecific antibody-complex), comprising the steps of: - incubating a sample comprising the antigen and the bispecific antibody with an anti-idiotypic antibody, which specifically binds to the second binding specificity of the bispecific antibody, which is different from the first binding specificity, whereby the anti-idiotypic antibody is bound to a solid phase, and - detecting the complex of antigen-bispecific antibody-anti-idiotypic antibody and thereby determining the presence and/or the amount of the complexed antigen of a bispecific antibody. - incubating a sample comprising the antigen and the bispecific antibody with an anti-idiotypic antibody, which specifically binds to the second binding specificity of the bispecific antibody, which is different from the first binding specificity, whereby the anti-idiotypic antibody is bound to a solid phase, and - detecting the complex of antigen-bispecific antibody-anti-idiotypic antibody and thereby determining the presence and/or the amount of the complexed antigen of a bispecific antibody.
A computer input interface comprising a foot pedal, a pneumatic hose, and a pneumatically actuated computer input device; said pneumatically actuated computer input device comprising an input device circuit member having at least one switch member adapted to send electronic signals to a computer terminal, and a pneumatic actuator adapted to be inflated and press against and activate said at least one switch member; said pneumatic hose connected at a distal end to said pneumatic actuator and extending outward at a predetermined length and adapted to supply pressurized air thereto; and said foot pedal connected to said pneumatic hose at an opposite end from said distal end and adapted to control said pressurized air supply through said pneumatic hose to said pneumatic actuator, such that when said foot pedal is pressed the pneumatic actuator is filled with air, expands, and presses against said at least one switch member which then sends an electronic signal to said computer terminal; wherein said pneumatic hose is a pass through having an entry point into said penumatically actuated computer input device different than an exit point.
An operation request allocation method, comprising: obtaining, by a server, an operation request sent by a client device for an operation specific to a blockchain, the operation specific to the blockchain comprising a read operation or a write operation; obtaining attribute information of a user who logs in to the client device; determining a node condition selected by the user based on the attribute information; determining a target link node from a set of nodes of the blockchain keeping a persistent Transmission Control Protocol, TCP, link to the server based on the node condition; and allocating the operation request for the read or write operation to the blockchain to the target link node of the blockchain. obtaining, by a server, an operation request sent by a client device for an operation specific to a blockchain, the operation specific to the blockchain comprising a read operation or a write operation; obtaining attribute information of a user who logs in to the client device; determining a node condition selected by the user based on the attribute information; determining a target link node from a set of nodes of the blockchain keeping a persistent Transmission Control Protocol, TCP, link to the server based on the node condition; and allocating the operation request for the read or write operation to the blockchain to the target link node of the blockchain.
A food article slicing machine, comprising: a slicing station comprising a knife blade and a knife blade drive driving the blade along a cutting path; and a food article feed apparatus supporting one or more food articles for movement along a food article path intersecting the cutting path characterized by a sensor configured to determine a location of an end of the food article loaded onto said food article feed apparatus, wherein said sensor determines the distance between the sensor and the food article. a slicing station comprising a knife blade and a knife blade drive driving the blade along a cutting path; and a food article feed apparatus supporting one or more food articles for movement along a food article path intersecting the cutting path characterized by a sensor configured to determine a location of an end of the food article loaded onto said food article feed apparatus, wherein said sensor determines the distance between the sensor and the food article.
Drinking glass having a cup made of glass and a base, wherein the base at least at the joint with the cup consists of a different material, the material having a coefficient of thermal expansion similar to the one of the glass the cup is made of, characterized in that the joint is formed such that the parts to be connected merge into each other and the part having the higher thermal conductivity has a recess (4, 5) so that this part in the area of the joint comprises a higher resilience and a smaller expansion upon heating with regard to the other part.
A method for displaying information of a battery pack based on a mobile terminal, the battery pack being used to supply electric energy to an electric tool, wherein the method comprises: establishing wireless communication with the battery pack; determining by the battery pack that a distance from the mobile terminal according to a received wireless signal strength or a time of flight is less than or equal to a first threshold; acquiring status information of the battery pack; and displaying the status information on the mobile terminal according to the acquired status information. establishing wireless communication with the battery pack; determining by the battery pack that a distance from the mobile terminal according to a received wireless signal strength or a time of flight is less than or equal to a first threshold; acquiring status information of the battery pack; and displaying the status information on the mobile terminal according to the acquired status information.
A soldering method characterized in that the soldering method comprises: a first step of applying solder paste in which a solder alloy is mixed with residue-free flux to a soldering portion on a circuit board, and mounting an electronic part on the solder paste; a second step of volatilizing the residue-free flux contained in the solder paste by heating the circuit board in a furnace set to be a vacuum state and a first temperature in a range of 150 through 180 °C; a third step of removing an oxide film on at least the soldering portion by heating the circuit board in the furnace set to be a reducing atmospheric state and a second temperature; and a fourth step of melting solder contained in the solder paste by heating the circuit board in the furnace set to be a vacuum state and a third temperature which is higher than the second temperature. a first step of applying solder paste in which a solder alloy is mixed with residue-free flux to a soldering portion on a circuit board, and mounting an electronic part on the solder paste; a second step of volatilizing the residue-free flux contained in the solder paste by heating the circuit board in a furnace set to be a vacuum state and a first temperature in a range of 150 through 180 °C; a third step of removing an oxide film on at least the soldering portion by heating the circuit board in the furnace set to be a reducing atmospheric state and a second temperature; and a fourth step of melting solder contained in the solder paste by heating the circuit board in the furnace set to be a vacuum state and a third temperature which is higher than the second temperature.
A cyclohexane derivative or a stereoisomer or a salt thereof, characterized in that the structure of the cyclohexane derivative is shown by the following formula IB: wherein X is N or CH; R is and R group is optionally substituted with one or more substituents selected from halogen, substituted or unsubstituted C 1 -C 6 alkyl, wherein the substituent is halogen. wherein X is N or CH; R is and R group is optionally substituted with one or more substituents selected from halogen, substituted or unsubstituted C 1 -C 6 alkyl, wherein the substituent is halogen.
An automatic removal system for automatically removing a tape and a resin exposed to an outside of a battery module, the system comprising: a removal assembly including a removal device (54, 504) for removing the tape and the resin; and an automatic multi-axis robot coupled to the removal assembly and configured to drive the removal assembly to remove the tape and the resin of the battery module, wherein the removal assembly includes a first removal device for removing the tape and the resin attached to the tape, wherein the removal assembly further includes a second removal device for removing the resin remaining on the battery module left by the first removal device, characterized in that the first removal device includes rods arranged side by side along one side of a base of the removal assembly and each of the rods extending downward, and a gripper integrally formed at a front end of each of the rods, and the second removal device includes a support bracket or block formed on a second side of the removal device opposite to a first side in which the first removal device is arranged, and a knife or scraper installed on the support bracket or block to remove the resin. a removal assembly including a removal device (54, 504) for removing the tape and the resin; and an automatic multi-axis robot coupled to the removal assembly and configured to drive the removal assembly to remove the tape and the resin of the battery module, wherein the removal assembly includes a first removal device for removing the tape and the resin attached to the tape, wherein the removal assembly further includes a second removal device for removing the resin remaining on the battery module left by the first removal device, characterized in that the first removal device includes rods arranged side by side along one side of a base of the removal assembly and each of the rods extending downward, and a gripper integrally formed at a front end of each of the rods, and the second removal device includes a support bracket or block formed on a second side of the removal device opposite to a first side in which the first removal device is arranged, and a knife or scraper installed on the support bracket or block to remove the resin.