mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling uplink transmit power of user equipment UE, wherein the UE is connected to at least two base stations, and the method comprises: a) determining sub frame configuration information, wherein the sub frame configuration information is used to indicate which base station corresponds to which subframe in a radio frame, and determining static power control parameter of each base station; b) determining a transmit power control TPC adjustment value of a current subframe; and c) determining uplink transmit power of the current subframe according to a static power control parameter corresponding to a base station corresponding to the current subframe and the TPC adjustment value of the current subframe. a) determining sub frame configuration information, wherein the sub frame configuration information is used to indicate which base station corresponds to which subframe in a radio frame, and determining static power control parameter of each base station; b) determining a transmit power control TPC adjustment value of a current subframe; and c) determining uplink transmit power of the current subframe according to a static power control parameter corresponding to a base station corresponding to the current subframe and the TPC adjustment value of the current subframe.
Method, which comprises: producing a first opening which extends into a dielectric bonding compound which connects a first semiconductor chip and a metal plate to one another in a materially bonded manner such that a first load electrode of the first semiconductor chip is exposed in the first opening; and producing a first electrically conductive connection (31, 310) which makes contact with the first load electrode of the first semiconductor chip exposed in first opening and electrically conductively connects same to the metal plate, characterized in that, before the metal plate is connected to the first semiconductor chip in a materially bonded manner by way of the bonding compound, a first substrate unit is produced, in which the first semiconductor chip is connected to a first substrate in a materially bonded manner, the first substrate comprises a dielectric isolation carrier which is designed as a small flat plate and comprises a first main face and a second main face opposite the first main face; and a first substrate metallization is applied to the first main face. producing a first opening which extends into a dielectric bonding compound which connects a first semiconductor chip and a metal plate to one another in a materially bonded manner such that a first load electrode of the first semiconductor chip is exposed in the first opening; and producing a first electrically conductive connection (31, 310) which makes contact with the first load electrode of the first semiconductor chip exposed in first opening and electrically conductively connects same to the metal plate, characterized in that, before the metal plate is connected to the first semiconductor chip in a materially bonded manner by way of the bonding compound, a first substrate unit is produced, in which the first semiconductor chip is connected to a first substrate in a materially bonded manner, the first substrate comprises a dielectric isolation carrier which is designed as a small flat plate and comprises a first main face and a second main face opposite the first main face; and a first substrate metallization is applied to the first main face.
Household appliance with a process chamber for treating ware with different temperatures and with a heat accumulator, comprising a heat coupling tank, which is adjacent to the process chamber on a first side and with a heat accumulator on a second side, and filling means for supplying and discharging a coupling fluid into and from the heat coupling tank, respectively, in a program controlled manner, wherein a heat resistance between the process chamber and the heat accumulator is smaller when the heat coupling tank is filled with the coupling fluid than when the heat coupling tank is not filled with the coupling fluid, characterized in that a heat accumulator liquid is arranged inside the heat accumulator, which has a higher freezing point than the coupling fluid, and in that the filling means is a pump which pumps water from another part of the household appliance into the heat coupling tank and pumps it back from there or in that the filling means is a valve arrangement for filling fresh water into the heat coupling tank and thereafter discharging the water again.
A surgical staple cartridge (940, 940') comprising: a compressible, implantable cartridge body consisting of a compressible hemostatic material, said material supporting a plurality of unformed staples therein; and a cartridge support member coupled to said compressible cartridge body, said cartridge support member configured for removable attachment to a portion of an end effector of a surgical staple instrument; such that after said unformed staples in said cartridge body are formed, said cartridge body and staples are removable from the end effector without detaching the cartridge support member therefrom characterised in that when said unformed staples are formed, said cartridge body is captured within said staples. a compressible, implantable cartridge body consisting of a compressible hemostatic material, said material supporting a plurality of unformed staples therein; and a cartridge support member coupled to said compressible cartridge body, said cartridge support member configured for removable attachment to a portion of an end effector of a surgical staple instrument; a cartridge support member coupled to said compressible cartridge body, said cartridge support member configured for removable attachment to a portion of an end effector of a surgical staple instrument; such that after said unformed staples in said cartridge body are formed, said cartridge body and staples are removable from the end effector without detaching the cartridge support member therefrom characterised in that when said unformed staples are formed, said cartridge body is captured within said staples.
A cassette-type nozzle exchanging unit, comprising: a revolving nozzle station for exchanging a nozzle that picks up a component supplied by a cassette-type feeder which is set on a feeder setting section of a component mounter in a detachable manner, the revolving nozzle station holding multiple nozzles arranged along a revolution path; a revolving drive device configured to cause the revolving nozzle station to revolve with the center thereof facing horizontally; and a cassette case that houses the revolving nozzle station and the revolving drive device, wherein a nozzle exchange port is formed in a top surface of the cassette case, and nozzle exchange is performed between the revolving nozzle station and a mounting head of the component mounter through the nozzle exchange port, and wherein the cassette-type nozzle exchanging unit is configured to be capable of being set on the feeder setting section of the component mounter next to the cassette-type feeder. a revolving nozzle station for exchanging a nozzle that picks up a component supplied by a cassette-type feeder which is set on a feeder setting section of a component mounter in a detachable manner, the revolving nozzle station holding multiple nozzles arranged along a revolution path; a revolving drive device configured to cause the revolving nozzle station to revolve with the center thereof facing horizontally; and a cassette case that houses the revolving nozzle station and the revolving drive device, wherein a nozzle exchange port is formed in a top surface of the cassette case, and nozzle exchange is performed between the revolving nozzle station and a mounting head of the component mounter through the nozzle exchange port, and wherein the cassette-type nozzle exchanging unit is configured to be capable of being set on the feeder setting section of the component mounter next to the cassette-type feeder.
A valve apparatus comprising: a valve main body having a first depressed portion in a circular shape and a second depressed portion in a circular shape separated from the first depressed portion, and a first port, a second port, and a third port each communicating with the first depressed portion, and a fourth port and a fifth port each communicating with the second depressed portion; a shaft body placed in the valve main body and rotatable about an axial direction; a first valve element placed in the first depressed portion, connected to the shaft body, and having a disc shape; and a second valve element placed in the second depressed portion, connected to the shaft body to be located beside the first valve element along the axial direction, and having a disc shape, the first port being allowed to selectively communicate with one of the second port and the third port by closure of one of the second port and the third port by the first valve element rotating about the axial direction, and a flow amount of a fluid flowing between the fourth port and the fifth port being allowed to be variable by closure of the fourth port by the second valve element rotating about the axial direction. a valve main body having a first depressed portion in a circular shape and a second depressed portion in a circular shape separated from the first depressed portion, and a first port, a second port, and a third port each communicating with the first depressed portion, and a fourth port and a fifth port each communicating with the second depressed portion; a first depressed portion in a circular shape and a second depressed portion in a circular shape separated from the first depressed portion, and a first port, a second port, and a third port each communicating with the first depressed portion, and a fourth port and a fifth port each communicating with the second depressed portion; a shaft body placed in the valve main body and rotatable about an axial direction; a first valve element placed in the first depressed portion, connected to the shaft body, and having a disc shape; and a second valve element placed in the second depressed portion, connected to the shaft body to be located beside the first valve element along the axial direction, and having a disc shape, the first port being allowed to selectively communicate with one of the second port and the third port by closure of one of the second port and the third port by the first valve element rotating about the axial direction, and a flow amount of a fluid flowing between the fourth port and the fifth port being allowed to be variable by closure of the fourth port by the second valve element rotating about the axial direction.
A method for producing an olefin, comprising conducting decarbonylation of a carboxylic acid having a β-hydrogen atom or a derivative selected from anhydrides, halides, ester and amides thereof, in the presence of a catalyst comprising at least one metal element selected from the group consisting of Group 9 metals, Group 10 metals and Group 11 metals under conditions with a concentration of carbon monoxide of not less than 41 mmol/L in the gas phase during the reaction.
A vehicle behavior prediction computer implemented method comprising: detecting a position of an object, with respect to a host vehicle, located on a front side or a lateral side of the host vehicle by use of a sensor mounted on the host vehicle; detecting a moving object traveling further than the object from the host vehicle by use of the sensor; calculating, based on the position, a blind spot region from the host vehicle caused by the object in which the sensor cannot detect; presuming a detection-available period from a point when the moving object is detected to a point when the moving object enters the blind spot region in a case in which the moving object travels in a predetermined course after being detected; comparing the presumed detection-available period with an actual detection-available period from the point when the moving object is detected to a point when the moving object actually enters the blind spot region; and predicting a course of the moving object in accordance with a result of the comparison. detecting a position of an object, with respect to a host vehicle, located on a front side or a lateral side of the host vehicle by use of a sensor mounted on the host vehicle; detecting a moving object traveling further than the object from the host vehicle by use of the sensor; calculating, based on the position, a blind spot region from the host vehicle caused by the object in which the sensor cannot detect; presuming a detection-available period from a point when the moving object is detected to a point when the moving object enters the blind spot region in a case in which the moving object travels in a predetermined course after being detected; comparing the presumed detection-available period with an actual detection-available period from the point when the moving object is detected to a point when the moving object actually enters the blind spot region; and predicting a course of the moving object in accordance with a result of the comparison.
A remote controller comprising: a casing including a communication surface for near field radio communication on a front panel of the casing; a storage component stored in the casing and including a shielding part having a property of shielding a magnetic flux; and an antenna for near field radio communication disposed behind the communication surface with a space between the antenna and the communication surface, the antenna including a coil pattern inside which a magnetic flux passing region for passing a magnetic flux in a front-rear direction is formed, wherein a part (41a2) of the coil pattern of the antenna overlaps the storage component in the front-rear direction. a casing including a communication surface for near field radio communication on a front panel of the casing; a storage component stored in the casing and including a shielding part having a property of shielding a magnetic flux; and an antenna for near field radio communication disposed behind the communication surface with a space between the antenna and the communication surface, the antenna including a coil pattern inside which a magnetic flux passing region for passing a magnetic flux in a front-rear direction is formed, wherein a part (41a2) of the coil pattern of the antenna overlaps the storage component in the front-rear direction.
A method for smoltification in Salmonidae, characterized in that the method comprises the steps of: - providing a fish feed comprising protein, fat, carbohydrates, vitamins, and minerals, and Na + from 3.934- 39.340 g/kg by weight, Mg 2+ from 0.026-25.530 g/kg by weight, Ca 2+ from 0.036-36.330 g/kg by weight and further comprising polyvalent cation receptor modulator (PVCR) from 1-10 g/kg by weight, wherein the PVCR modulator is in the form of free amino acid(s); - administering the fish feed, in fresh water, to a population of parr, until the fish achieve a status of smoltification; and - transferring the fish that has achieved a status of smoltification to seawater; wherein the feed is administered in the absence of adding additional ions to the freshwater, said ions consisting of Mg 2+ and Ca 2+ and further in the absence of photo manipulation, said photo manipulation being of the type that comprises subjecting a fish population to artificial winter signals comprising an artificial schedule of light and darkness for the purpose of inducing smoltification. - providing a fish feed comprising protein, fat, carbohydrates, vitamins, and minerals, and Na + from 3.934- 39.340 g/kg by weight, Mg 2+ from 0.026-25.530 g/kg by weight, Ca 2+ from 0.036-36.330 g/kg by weight and further comprising polyvalent cation receptor modulator (PVCR) from 1-10 g/kg by weight, wherein the PVCR modulator is in the form of free amino acid(s); - administering the fish feed, in fresh water, to a population of parr, until the fish achieve a status of smoltification; and - transferring the fish that has achieved a status of smoltification to seawater;
A method for detecting of an unauthorized NFC tag; comprising the steps of: providing a RFID interrogation system with an NFC controller, the interrogation system provided in a frame (102; 202) of a display (100; 200), the frame having an antenna; wherein an authorized tag has prior knowledge of surface conditions of a surface of the display (100; 200) and has authorized RFID device properties to function on the surface; and any unauthorized tags without prior knowledge do not provide their intended communication capabilities; executing a security scan by the system; checking for unauthorized NFC tags by the system; determining a quantity and the identification codes of the unauthorized NFC tags in proximity to the frame (102; 202) by the system; detecting at least one unauthorized NFC tag by the system; and performing at least one action for the at least one unauthorized NFC tag. providing a RFID interrogation system with an NFC controller, the interrogation system provided in a frame (102; 202) of a display (100; 200), the frame having an antenna; wherein an authorized tag has prior knowledge of surface conditions of a surface of the display (100; 200) and has authorized RFID device properties to function on the surface; and any unauthorized tags without prior knowledge do not provide their intended communication capabilities; executing a security scan by the system; checking for unauthorized NFC tags by the system; determining a quantity and the identification codes of the unauthorized NFC tags in proximity to the frame (102; 202) by the system; detecting at least one unauthorized NFC tag by the system; and performing at least one action for the at least one unauthorized NFC tag.
A screw holding type screwdriver bit, comprising: a plurality of blade portions formed with an end edge portion at a tip end of said blade portions; a guide passage which has a specified length and is formed in a part of a shaft portion of said screwdriver bit, said part being on a line that is substantially an extension of said cut-out of said blade portion; and an elastic piece inserted and disposed in said guide passage, said elastic piece, on contacting a bit engagement groove of a head of a screw, when coupling the screw holding type screwdriver bit with the head of the screw being elastically displaced by the bit engagement groove of the head of the screw and having a screw holding function as a result of the interaction of the inserted blade portions with said bit engagement groove; characterized in that a part of one of said blade portions, including the end edge portion, being cut out in a direction of the axis of said screwdriver bit. a plurality of blade portions formed with an end edge portion at a tip end of said blade portions; a guide passage which has a specified length and is formed in a part of a shaft portion of said screwdriver bit, said part being on a line that is substantially an extension of said cut-out of said blade portion; and an elastic piece inserted and disposed in said guide passage, said elastic piece, on contacting a bit engagement groove of a head of a screw, when coupling the screw holding type screwdriver bit with the head of the screw being elastically displaced by the bit engagement groove of the head of the screw and having a screw holding function as a result of the interaction of the inserted blade portions with said bit engagement groove; characterized in that a part of one of said blade portions, including the end edge portion, being cut out in a direction of the axis of said screwdriver bit.
A system for assembling a turbine engine component comprising: a disk comprising a groove, said groove having a bearing surface and an upper wall, wherein said groove is a tangential groove having a plurality of spaced locking slots, each locking slot being positioned at an intersection of said bearing surface and said upper wall and each locking slot having a shaped surface; a plurality of locks having a shape which matches and mates with said shaped surface of said locking slots; and a plurality of blades comprising a blade root, characterised in that: each locking slot provides clearance such that the blade roots can rotate within the locking slots. a disk comprising a groove, said groove having a bearing surface and an upper wall, wherein said groove is a tangential groove having a plurality of spaced locking slots, each locking slot being positioned at an intersection of said bearing surface and said upper wall and each locking slot having a shaped surface; a plurality of locks having a shape which matches and mates with said shaped surface of said locking slots; and a plurality of blades comprising a blade root, characterised in that: each locking slot provides clearance such that the blade roots can rotate within the locking slots.
A liquid self emulsifying oral drug formulation comprising a therapeutically active amount of ospemifene or a pharmaceutically acceptable salt thereof in combination with an oil PEG-8 caprylic/capric glyceride, further comprising Polysorbate 80 as a surfactant and polyethylene glycol 600 as a co-surfactant wherein the surfactant to co-surfactant ratio is from 1:9 to 8:2.
A method for far end crosstalk (FEXT) error correction in a DSL communication system, comprising: receiving data from a central office in the DSL communication system at customer premises equipment (103a, 103b); determining at least one error in the received data; formatting the determined error for communication to the central office; and sending the formatted error from the customer premise equipment (103a, 103b) to the central office via a back channel, characterized in that the back channel is embodied as an embedded operational channel, where a new set of commands are defined specific to the back channel; and the formatted error is sent between a first sync frame and a second sync frame of a discrete multitone superframe, the sync frame being a reference mechanism for identifying specific data symbols for passing of error samples. receiving data from a central office in the DSL communication system at customer premises equipment (103a, 103b); determining at least one error in the received data; formatting the determined error for communication to the central office; and sending the formatted error from the customer premise equipment (103a, 103b) to the central office via a back channel, characterized in that the back channel is embodied as an embedded operational channel, where a new set of commands are defined specific to the back channel; and the formatted error is sent between a first sync frame and a second sync frame of a discrete multitone superframe, the sync frame being a reference mechanism for identifying specific data symbols for passing of error samples.