mhurhangee/ep-ind-claims huggingface dataset:
An electronic circuit (30; 40; 50) comprising a semiconductor substrate having first and second opposite surfaces (8, 10) and electric insulation trenches (12, 14) extending in the substrate from the first surface to the second surface, the trenches delimiting rows of portions of the substrate, electrically insulated from each other, each trench comprising: at least first and second electrically-insulating portions (19A, 19B) of a first electrically-insulating material extending from the first surface to the second surface, first and second intermediate portions (34A, 34B) extending from the first surface to the second surface, made of a first filling material different from the first electrically-insulating material, and a third electrically-insulating portion (32; 42A 42B; 52) extending from the first surface to the second surface, made of the first electrically-insulating material or of a second electrically-insulating material different from the first electrically-insulating material, the first electrically-insulating portion being in contact with the first intermediate portion, the second electrically-insulating portion being in contact with the second intermediate portion, and the third electrically-insulating portion (32; 42A, 42B; 52) being interposed between the first and second intermediate portions (34A, 34B). at least first and second electrically-insulating portions (19A, 19B) of a first electrically-insulating material extending from the first surface to the second surface, first and second intermediate portions (34A, 34B) extending from the first surface to the second surface, made of a first filling material different from the first electrically-insulating material, and a third electrically-insulating portion (32; 42A 42B; 52) extending from the first surface to the second surface, made of the first electrically-insulating material or of a second electrically-insulating material different from the first electrically-insulating material,
A controlling device, comprising: a casing having an opening; and an input device (218, 216) disposed in the opening comprised of a moveable touch sensitive surface positioned above a plurality of switches; wherein the controlling device is configured to respond to an activation of at least one of the plurality of switches caused by a movement of the touch sensitive surface resulting from an input at an input location upon the touch sensitive surface by using the input location to retrieve from a library of command data stored in a memory of the controlling device a command data for use in controlling a functional operation of an appliance and to use the retrieved command data to transmit a command signal to the appliance via use of a transmission protocol recognisable by the appliance. a casing having an opening; and an input device (218, 216) disposed in the opening comprised of a moveable touch sensitive surface positioned above a plurality of switches; wherein the controlling device is configured to respond to an activation of at least one of the plurality of switches caused by a movement of the touch sensitive surface resulting from an input at an input location upon the touch sensitive surface by using the input location to retrieve from a library of command data stored in a memory of the controlling device a command data for use in controlling a functional operation of an appliance and to use the retrieved command data to transmit a command signal to the appliance via use of a transmission protocol recognisable by the appliance.
A method for producing a polyimide film, a polyimide coating composition, a polyimide electric insulating material, or heat resistant polyimide molded articles from a compound containing an imido group, which is obtained by partial hydrolysis of a polyimide molded article and which is capable to be thermally cured under condition with temperature of 200°C or lower to yield a polyimide resin, comprising the following steps to: chopping the polyimide molded article to prepare it with a predetermined size, hydrolyzing the polyimide molded article with the predetermined size under the temperature condition of 50 to 100°C in the presence of water and a basic compound selected from a hydroxide, carbonate or hydrogen carbonate of an alkali metal or alkali earth metal, to give a crude compound containing an imido group, and purifying the crude compound containing an imido group to give a compound containing an imido group which has an absorption peak derived from an imido group at wave number of 1375 cm -1, an absorption peak derived from an amide group at wave number of 1600 cm -1, and an absorption peak derived from a carboxyl group at wave number of 1413 cm -1 in the IR spectrum chart obtained by IR spectroscopic measurement based on ATR method, wherein the compound containing an imido group has a structure represented by the formula below: where, in the formula, the symbol X represents an alkali metal, the subscripts n and l are the symbols representing the amount in molar number of polyamide acid structure present at both sides of a polyimide structure, which have the value within the range of from 0.1 to 0.8, and the subscript m is the symbol representing the amount in molar number of polyimide structure, which has the value within the range of from 0.2 to 0.9. chopping the polyimide molded article to prepare it with a predetermined size, hydrolyzing the polyimide molded article with the predetermined size under the temperature condition of 50 to 100°C in the presence of water and a basic compound selected from a hydroxide, carbonate or hydrogen carbonate of an alkali metal or alkali earth metal, to give a crude compound containing an imido group, and purifying the crude compound containing an imido group to give a compound containing an imido group which has an absorption peak derived from an imido group at wave number of 1375 cm -1, an absorption peak derived from an amide group at wave number of 1600 cm -1, and an absorption peak derived from a carboxyl group at wave number of 1413 cm -1 in the IR spectrum chart obtained by IR spectroscopic measurement based on ATR method,
A vaccine composition comprising a nucleic acid encoding at least one antigen operably linked to an expression control sequence and a recombinant attenuated or nonvirulent vaccine virus vector comprising a nucleic acid sequence encoding IL-15 operably linked to an expression control sequence for use in generating a humoral immune response against said antigen.
A rotary device of a generator or motor comprising: a stator having a hollow portion formed at the inside thereof and a plurality of slots formed to wind coils therearound, each of the plurality of slots being skewed at a predetermined angle; a rotor shaft formed of a nonmagnetic material; a cylindrical rotor body adapted to axially rotate together with the rotor shaft; a plurality of N-polar and S-Polar permanent magnet groups (31a-31d, 32a-32d) insertedly coupled radially along the outside of the centre portion of the rotor body in an alternating arrangement; a plurality of permanent magnets insertedly coupled along on the inside of the rotor body and arranged on the lines of magnetic force formed by the N-polar and S-polar permanent magnet groups, for increasing magnetic flux; and a rotor adapted to be rotatably inserted into the hollow portion of the stator, wherein each of the N-polar and S-polar permanent magnet groups (31,32) of the rotor body comprises a plurality of permanent magnets (31 a-31 d, 32a-32d) formed spaced apart from each other by predetermined intervals, and a nonmagnetic rod is insertedly coupled between the permanent magnets (31a-31d) of each of the N-polar and S-polar permanent magnet groups wherein the rotor body has an elongated hole extended toward the center portion of the rotor body from a position between each of the N-polar permanent magnet groups and each of the S-polar permanent magnet groups, for preventing the lines of magnetic force generated by the plurality of N-polar and S-polar permanent magnet groups from being distorted. a stator having a hollow portion formed at the inside thereof and a plurality of slots formed to wind coils therearound, each of the plurality of slots being skewed at a predetermined angle; a rotor shaft formed of a nonmagnetic material; a cylindrical rotor body adapted to axially rotate together with the rotor shaft; a plurality of N-polar and S-Polar permanent magnet groups (31a-31d, 32a-32d) insertedly coupled radially along the outside of the centre portion of the rotor body in an alternating arrangement; a plurality of permanent magnets insertedly coupled along on the inside of the rotor body and arranged on the lines of magnetic force formed by the N-polar and S-polar permanent magnet groups, for increasing magnetic flux; and a rotor adapted to be rotatably inserted into the hollow portion of the stator, wherein each of the N-polar and S-polar permanent magnet groups (31,32) of the rotor body comprises a plurality of permanent magnets (31 a-31 d, 32a-32d) formed spaced apart from each other by predetermined intervals, and a nonmagnetic rod is insertedly coupled between the permanent magnets (31a-31d) of each of the N-polar and S-polar permanent magnet groups wherein the rotor body has an elongated hole extended toward the center portion of the rotor body from a position between each of the N-polar permanent magnet groups and each of the S-polar permanent magnet groups, for preventing the lines of magnetic force generated by the plurality of N-polar and S-polar permanent magnet groups from being distorted.
A method for processing Internet Protocol packets in a wireless transmission system supporting broadcast transmissions, the method comprising: receiving a first transmission frame having an inner header identifying the source and destination of the first transmission frame, wherein the destination identifies a subscription group; applying an outer header to the first transmission frame and inner header, the outer header identifying a multicast group destination for the first transmission frame, wherein the outer header identifies at least one PCF (1006, 1008, 1026, 1028) corresponding to each of the users in the subscription group and the PCF is adapted to forward packets from a packetized data service network, also referred to as PDSN, to a BSC; and transmitting the first transmission frame with the outer header and inner header to the multicast group. receiving a first transmission frame having an inner header identifying the source and destination of the first transmission frame, wherein the destination identifies a subscription group; applying an outer header to the first transmission frame and inner header, the outer header identifying a multicast group destination for the first transmission frame, wherein the outer header identifies at least one PCF (1006, 1008, 1026, 1028) corresponding to each of the users in the subscription group and the PCF is adapted to forward packets from a packetized data service network, also referred to as PDSN, to a BSC; and transmitting the first transmission frame with the outer header and inner header to the multicast group.
A hollow catheter with a channel and with a supply device for supplying the channel (8a, 8b) with a liquid, and having at least two pumps (10, 19) arranged at points of the channel (8a, 8b) distanced from one another, wherein at least one of the at least two pumps is a diaphragm pump, and having a control device which controls the pumps individually with respect to the generated pressure and/or the delivery rate, wherein a liquid pressure sensor (15, 22) is assigned to each pump or an electric sensor for detecting the power consumption of the pump, in particular the electrical consumption, is assigned to each pump or a flow rate sensor is assigned to each pump.
A method for a network entity configured to control subframe bundling in a system where subframe bundling is based on a set of bundling definitions, characterized in that the method comprises: generating control information for at least one communication device configured to provide subframe bundling, wherein the control information is generated to be at least partially inconsistent with the set of bundling definitions, and sending the control information to the at least one communication device to adjust the state of subframe bundling and/or size of subframe bundled transmission in accordance with a predefined rule by the at least one communication device. generating control information for at least one communication device configured to provide subframe bundling, wherein the control information is generated to be at least partially inconsistent with the set of bundling definitions, and sending the control information to the at least one communication device to adjust the state of subframe bundling and/or size of subframe bundled transmission in accordance with a predefined rule by the at least one communication device.
Internal broaching machine comprising a machine frame in which a machine table having at least one seat for at least one workpiece is arranged, wherein an upper push bridge and a lower pull bridge are movably arranged, each of which having a tool holder, characterised in that the upper push bridge and the lower pull bridge as well as the machine table are arranged so as to be movable independently of one another in the machine frame.
A work vehicle comprising: an engine; a continuously variable transmission configured to convert rotational driving force from the engine, the continuously variable transmission having an operation state changeable for changing a speed of the work vehicle starting and travelling; and an operation control device, wherein an acceleration characteristic is adjustable for a case where the work vehicle starts traveling or a traveling speed is changed by operating the operation control device, wherein the operation control device includes a brake operation device, characterised in that the acceleration characteristic is adjustable for a case where the work vehicle is started traveling by operating the brake operation device. an engine; a continuously variable transmission configured to convert rotational driving force from the engine, the continuously variable transmission having an operation state changeable for changing a speed of the work vehicle starting and travelling; and an operation control device, wherein an acceleration characteristic is adjustable for a case where the work vehicle starts traveling or a traveling speed is changed by operating the operation control device, wherein the operation control device includes a brake operation device, characterised in that the acceleration characteristic is adjustable for a case where the work vehicle is started traveling by operating the brake operation device.
Drain fitting arrangement for a flushing cistern, comprising a valve body having a seal element which interacts with a valve seat, wherein the valve body is movable with the seal element from the valve seat along a movement axis from a rest position into a flushing position and from the flushing position into the rest position, a valve housing in which the valve body is movably mounted, and a holding unit having a continuous outflow opening, wherein said valve seat extends around the outflow opening, and wherein, above the valve seat as seen in the installation position, the holding unit has a mounting section for mounting the valve housing, wherein the drain fitting arrangement comprises an adjustable throttle element for adjustable throttling of the flushing water stream flowing out through the outflow opening, characterized in that the holding unit comprises a receptacle for the throttle element, wherein the receptacle is arranged below the valve seat as seen in the installation position, and wherein the throttle element is able to be inserted into the receptacle.
A radio communication apparatus, comprising: reception means for receiving transmission signals transmitted from a plurality of antennas comprised by another radio communication apparatus as reception signals; parameter acquisition means for measuring a SIR based on the reception signals received by the reception means for each of the antennas; control information creation means for storing SIR target values for each antenna and for creating and storing TPC commands for causing the other radio communication apparatus to control the transmission signals so that the SIR measured by the parameter acquisition means become a predetermined SIR target value for each antenna; and antenna priority setting means for setting the antenna priority for each of the antennas in accordance with the absolute value of the difference between measured SIR and the target SIR; transmission means for comparing absolute values of differences between each of the SIR that is measured by the parameter acquisition means and the SIR target value, and transmits control information corresponding to the antenna for which the antenna priority is high to the other radio communication apparatus with priority over control information corresponding to the antenna for which the antenna priority is low. reception means for receiving transmission signals transmitted from a plurality of antennas comprised by another radio communication apparatus as reception signals; parameter acquisition means for measuring a SIR based on the reception signals received by the reception means for each of the antennas; control information creation means for storing SIR target values for each antenna and for creating and storing TPC commands for causing the other radio communication apparatus to control the transmission signals so that the SIR measured by the parameter acquisition means become a predetermined SIR target value for each antenna; and antenna priority setting means for setting the antenna priority for each of the antennas in accordance with the absolute value of the difference between measured SIR and the target SIR; transmission means for comparing absolute values of differences between each of the SIR that is measured by the parameter acquisition means and the SIR target value, and transmits control information corresponding to the antenna for which the antenna priority is high to the other radio communication apparatus with priority over control information corresponding to the antenna for which the antenna priority is low.
An intermediate node for a transport network comprising at least one remote access node connected to a central hub node configured for baseband processing, wherein: the intermediate node is configured such that traffic flows between the at least one remote access node and the central hub node pass via the intermediate node; wherein traffic flows are carried on one or more optical channel between the remote access node and the intermediate node, and traffic flows are carried on one or more optical channel between the central hub node and the intermediate node, the intermediate node being characterized in that: the intermediate node is configured to selectively carry out one of: baseband process a traffic flow when a latency requirement of the traffic flow requires baseband processing in the intermediate node, and, bypass a traffic flow comprising a traffic flow for baseband processing in the central hub when a latency requirement of the traffic flow does not require baseband processing in the intermediate node.
Hand-operated garden shears having a blade arrangement, which, in an opened condition, is designed to accept material to be cut and, by means of manual force applied to a grip arrangement, can be closed for a cutting process, wherein a drive motor is provided in order to connect a motorized closing force with the blade arrangement, and wherein at least one sensor is provided for determining a parameter for a cutting process, and one control device which, in accordance with a certain parameter value, controls the drive motor and connects the motorized driving force, characterized in that, the sensor is configured as a first sensor for the output of a manual force sensor signal representing the manual force exerted by the user on the grip arrangement, or the sensor is configured as a second sensor for determining the closing velocity of the blade arrangement.
A composition comprising an isolated polypeptide comprising SEQ ID NO: 2, for the use in a method of preventing radiation injury or mitigating the progression of radiation injury in a subject.
Device for storing energy, comprising: - at least one first vessel having a first holding space, - a separating apparatus arranged in the first vessel, by means of which apparatus the first holding space is divided into a first chamber for holding a first medium and a second chamber for holding a gas phase, the separating apparatus being able to be moved relative to the first vessel with a simultaneous change in volume of the chambers (20, 22), - at least one second vessel, which has a second holding space connected to the second chamber, the content of which space undergoes mass transfer with the gas phase, the device characterized by: - a temperature-control apparatus, by means of which heat energy can be supplied to the second vessel and removed from the second vessel, - at least one conveying apparatus, by means of which the medium can be conveyed at a specifiable pressure into the first chamber with a simultaneous removal of heat from the second vessel effected by means of the temperature-control apparatus, and - at least one expansion apparatus, which can be driven by the medium held under pressure in the first chamber with a simultaneous supply of heat to the second vessel effected by means of the temperature-control apparatus. - at least one first vessel having a first holding space, - a separating apparatus arranged in the first vessel, by means of which apparatus the first holding space is divided into a first chamber for holding a first medium and a second chamber for holding a gas phase, the separating apparatus being able to be moved relative to the first vessel with a simultaneous change in volume of the chambers (20, 22), - at least one second vessel, which has a second holding space connected to the second chamber, the content of which space undergoes mass transfer with the gas phase, - a temperature-control apparatus, by means of which heat energy can be supplied to the second vessel and removed from the second vessel, - at least one conveying apparatus, by means of which the medium can be conveyed at a specifiable pressure into the first chamber with a simultaneous removal of heat from the second vessel effected by means of the temperature-control apparatus, and - at least one expansion apparatus, which can be driven by the medium held under pressure in the first chamber with a simultaneous supply of heat to the second vessel effected by means of the temperature-control apparatus.