mhurhangee/ep-ind-claims huggingface dataset:
A single hand timepiece having • a single hand, which is movable into a plurality of hand positions, • a clockwork for mechanically moving the single hand so that the single hand is located in a hand position which corresponds to a current time of day, wherein • the single hand timepiece has an actuating element connected to the clockwork, and • the clockwork is designed to change, upon actuation of the actuating element, from a first operating state into a second operating state, characterized in that • the clockwork is adapted to control the hand so that the hand position in the first operating state displays minute information and in the second operating state displays hour information. • a single hand, which is movable into a plurality of hand positions, • a clockwork for mechanically moving the single hand so that the single hand is located in a hand position which corresponds to a current time of day, wherein • the single hand timepiece has an actuating element connected to the clockwork, and • the clockwork is designed to change, upon actuation of the actuating element, from a first operating state into a second operating state, characterized in that • the clockwork is adapted to control the hand so that the hand position in the first operating state displays minute information and in the second operating state displays hour information.
PTC heating element for an electrical heating device, having a heating element housing which integrates at least a PTC element and contact blades supplying current to the PTC element for the electrical connection of conductor tracks electrically connected to the PTC element as a structural unit, and comprising a housing element formed of a ceramic and a housing counter element formed of a ceramic, characterized in that the two housing elements (6, 12) sealingly abut against each other and enclose the PTC element sealingly therebetween and the contact blades protrude from them.
A torque control method for controlling torque of a motor, comprising: - detecting request of speed control requested from a driver by detecting (S1, S7) an opening of an accelerator using an accelerator opening sensor; - calculating (S3, S8) a request torque based on the request; - controlling (S6, S10) torque generated at the motor based on the request torque; and - performing, when the request torque is smaller than a predetermined torque threshold value, a coast traveling control for setting the request torque to zero and controlling the motor based on the request torque which is set to zero, characterised in that the predetermined torque threshold value when rotation speed of the motor is greater than a first rotation speed threshold value, is greater than the predetermined torque threshold value when the rotation speed of the motor is smaller than the first rotation speed threshold value. - detecting request of speed control requested from a driver by detecting (S1, S7) an opening of an accelerator using an accelerator opening sensor; - calculating (S3, S8) a request torque based on the request; - controlling (S6, S10) torque generated at the motor based on the request torque; and - performing, when the request torque is smaller than a predetermined torque threshold value, a coast traveling control for setting the request torque to zero and controlling the motor based on the request torque which is set to zero, characterised in that the predetermined torque threshold value when rotation speed of the motor is greater than a first rotation speed threshold value, is greater than the predetermined torque threshold value when the rotation speed of the motor is smaller than the first rotation speed threshold value.
A breast pump assembly comprising: - an optical sensor (3, 6, 7, 9, 10, 11, 12) configured for measuring an optical characteristic of milk in a fluid flow of milk that has just been expressed from a breast and has entered the breast pump; - a control unit configured for: - comparing an output signal of the optical sensor (3, 6, 7, 9, 10, 11, 12), representing said measured optical characteristic, with data representing a corresponding optical characteristic of a sample of milk having a known fat content to determine the fat content of said expressed milk; and - determining an indication of the amount of milk remaining in the breast from the determined fat content of said expressed milk. - an optical sensor (3, 6, 7, 9, 10, 11, 12) configured for measuring an optical characteristic of milk in a fluid flow of milk that has just been expressed from a breast and has entered the breast pump; - a control unit configured for: - comparing an output signal of the optical sensor (3, 6, 7, 9, 10, 11, 12), representing said measured optical characteristic, with data representing a corresponding optical characteristic of a sample of milk having a known fat content to determine the fat content of said expressed milk; and - determining an indication of the amount of milk remaining in the breast from the determined fat content of said expressed milk. - comparing an output signal of the optical sensor (3, 6, 7, 9, 10, 11, 12), representing said measured optical characteristic, with data representing a corresponding optical characteristic of a sample of milk having a known fat content to determine the fat content of said expressed milk; and - determining an indication of the amount of milk remaining in the breast from the determined fat content of said expressed milk.
A tilting device provided with a framework supporting a double-acting linear actuator provided with a rod that develops in a given direction, axially delimited by at least two head portions each adjacent to a toothed intermediate portion; said framework supporting a toothed wheel in a freely rotatable manner around a rotation axis skewed with respect to said direction, said wheel meshing with said toothed intermediate portion of said rod; said linear actuator having a tubular member carried by said framework for each of said head portions; said tubular member being longitudinally delimited by two end portions of which at least one is provided with an inner abutment face for a respective head portion of said rod; elastic damping means being associated with said end portion provided with said inner face to absorb, in use, the axial stresses exerted by said relative head portion on the respective said end portion; wherein said end portion is mounted on said tubular member in an axially free manner by means of the interposition of a flange rigidly coupled to said tubular member, said damping means comprising at least one elastic member designed to counter an axial movement of said end portion with respect to said flange.
A method for reporting a power headroom, PH, by a terminal in a mobile communication system, the method comprising: selecting a maximum transmit power, P CMAX, of the terminal, the P cmax being equal to or greater than a lowest maximum transmit power and equal to or less than a highest maximum transmit power; determining a power headroom, PH, of the terminal using the selected maximum transmit power, P CMAX; and transmitting a PHR message including the maximum transmit power, P CMAX, and the power headroom, PH to a base station. selecting a maximum transmit power, P CMAX, of the terminal, the P cmax being equal to or greater than a lowest maximum transmit power and equal to or less than a highest maximum transmit power; determining a power headroom, PH, of the terminal using the selected maximum transmit power, P CMAX; and transmitting a PHR message including the maximum transmit power, P CMAX, and the power headroom, PH to a base station.
Overvoltage protection device characterized in that it comprises: - a printed circuit board, - a varistor, - a gas discharge tube, the varistor and the gas discharge tube being connected in series between a first electrical connection terminal and a second electrical connection terminal of the printed circuit board, wherein: - the varistor is connected to the first electrical connection terminal by a first conductive track of the printed circuit board, - the gas discharge tube is connected to the varistor by a second conductive track of the printed circuit board, - the gas discharge tube is connected to the second electrical connection terminal by a third conductive track of the printed circuit board, and wherein the second conductive track and the third conductive track each have a curved portion (36, 37), said curved portions being connected to the gas discharge tube and situated on either side of the gas discharge tube, said curved portions each having a concavity facing in one and the same orientation with respect to the gas discharge tube, said curved portions (36, 37) each having a thermofusible area (40, 41) able to separate the corresponding track (36, 37) into two separate parts in response to an overcurrent, the distance between said two separate parts of each track (36, 37) being configured so as to allow the generation of an electrical arc between said two separate parts in response firstly to an overvoltage able to activate the gas discharge tube and secondly a current and a voltage that keep said gas discharge tube in the conductive state. - a printed circuit board, - a varistor, - a gas discharge tube, the varistor and the gas discharge tube being connected in series between a first electrical connection terminal and a second electrical connection terminal of the printed circuit board, wherein: - the varistor is connected to the first electrical connection terminal by a first conductive track of the printed circuit board, - the gas discharge tube is connected to the varistor by a second conductive track of the printed circuit board, - the gas discharge tube is connected to the second electrical connection terminal by a third conductive track of the printed circuit board,
A method for transmitting a downlink signal by a base station, BS, in a wireless communication system, the method comprising: modulating a first part of a codeword for a first User Equipment, UE, based on a first Modulation and Coding Scheme, MCS, and a second part of the codeword based on a second MCS; and transmitting the modulated codeword to the first UE, wherein the first part of the codeword is transmitted on a first resource on which the transmission based on a Non-Orthogonal Multiple Access, NOMA, scheme is not performed, wherein the second part of the codeword is transmitted together with a data signal for a second UE on a second resource based on the NOMA scheme, and wherein the second MCS for the second part which is transmitted based on the NOMA scheme, has a modulation order lower than that of the first MCS for the first part. modulating a first part of a codeword for a first User Equipment, UE, based on a first Modulation and Coding Scheme, MCS, and a second part of the codeword based on a second MCS; and transmitting the modulated codeword to the first UE, wherein the first part of the codeword is transmitted on a first resource on which the transmission based on a Non-Orthogonal Multiple Access, NOMA, scheme is not performed, wherein the second part of the codeword is transmitted together with a data signal for a second UE on a second resource based on the NOMA scheme, and wherein the second MCS for the second part which is transmitted based on the NOMA scheme, has a modulation order lower than that of the first MCS for the first part.
Actuator for a component of a motor vehicle, with an adjustment element which is adjustable in a motorized manner, wherein the adjustment element can be brought into a first functional position, wherein a blocking element which is adjustable in a motorized manner is provided and can be brought into engagement in a blocking manner with the adjustment element in a first blocking position in such a manner that the adjustment element can be brought in a first direction of movement in the blocking mode into the first functional position, wherein, by means of an adjustment movement of the blocking element, the adjustment element is adjustable from a second functional position, which lies on the far side of the first functional position with respect to the first direction of movement, back into the first functional position, wherein the adjustment element can be brought into a third functional position, in that the blocking element can be brought in a blocking manner into engagement with the adjustment element in a second blocking position in such a manner that the adjustment element can be brought in a second direction of movement in the blocking mode into the third functional position, in that, by means of an adjustment movement of the blocking element, the adjustment element can be reset from a fourth functional position, which lies on the far side of the third functional position with respect to the second direction of movement, into the third functional position,
A pharmaceutical composition for use in a method of treating or repairing an infarct area injury in a revascularized subject following an acute myocardial infarction, wherein the infarct area injury comprises adverse ventricular remodeling, the composition comprising: (a) an infarct area perfusion-improving amount of a nonexpanded sterile isolated chemotactic hematopoietic stem cell product, the product comprising an enriched population of at least 10 x 10 6 isolated autologous CD34+ hematopoietic stem cells containing a subpopulation of at least 0.5 x 10 6 potent CD34+/CXCR-4+ cells that have SDF-1/CXCR-4 mediated migratory activity; (b) a stabilizing amount of serum at a concentration of at least 10% (v/v); and (c) optionally a therapeutically effective amount of at least one compatible agent that promotes cardiomyocyte growth; wherein the enriched population of isolated CD34+ cells when passed through a catheter and tested in vitro comprises at least 70% of CD34+ cells; and wherein the enriched population of isolated CD34+ cells when passed through a catheter and tested in vitro: retains SDF-1/CXCR-4-mediated migratory activity; is at least 70% viable; and is able to form hematopoietic colonies in vitro for at least 24 hours following acquisition from the subject of the enriched population of CD34+ cells; and wherein the composition is administered to the subject parenterally through a catheter. (a) an infarct area perfusion-improving amount of a nonexpanded sterile isolated chemotactic hematopoietic stem cell product, the product comprising an enriched population of at least 10 x 10 6 isolated autologous CD34+ hematopoietic stem cells containing a subpopulation of at least 0.5 x 10 6 potent CD34+/CXCR-4+ cells that have SDF-1/CXCR-4 mediated migratory activity; (b) a stabilizing amount of serum at a concentration of at least 10% (v/v); and (c) optionally a therapeutically effective amount of at least one compatible agent that promotes cardiomyocyte growth; retains SDF-1/CXCR-4-mediated migratory activity; is at least 70% viable; and is able to form hematopoietic colonies in vitro
A method for transmitting a secondary synchronization, S-SCH, signal by a base station in a communication system, comprising: obtaining a first short code and a second short code corresponding to a cell identifier, ID, or cell group ID in plurality of cell IDs or cell group IDs, wherein the first short code and the second short code forms a codeword [the first short code, the second short code]; and transmitting an S-SCH signal, wherein the S-SCH signal comprises two secondary synchronization code sequences, the first short code and the second short code respectively are indices of the two SSC sequences, and the S-SCH signal is identified by the codeword; characterized in that the ID or cell group ID, and the first short code and the second short code satisfy as follows: when 0≤ID≤29, the first short code is equal to the ID, and the second short code is equal to the first short code plus 1; when 30≤ID≤58, the first short code is equal to the ID minus 30, and the second short code is equal to the first short code plus 2; when 59≤ID≤86, the first short code is equal to the ID minus 59, and the second short code is equal to the first short code plus 3; when 87≤ID≤113, the first short code is equal to the ID minus 87, and the second short code is equal to the first short code plus 4; when 114≤ID≤139, the first short code is equal to the ID minus 114, and the second short code is equal to the first short code plus 5; when 140≤ID≤164, the first short code is equal to the ID minus 140, and the second short code is equal to the first short code plus 6; when 165≤ID≤169, the first short code is equal to the ID minus 165, and the second short code is equal to the first short code plus 7. obtaining a first short code and a second short code corresponding to a cell identifier, ID, or cell group ID in plurality of cell IDs or cell group IDs, wherein the first short code and the second short code forms a codeword [the first short code, the second short code]; and transmitting an S-SCH signal, wherein the S-SCH signal comprises two secondary synchronization code sequences, the first short code and the second short code respectively are indices of the two SSC sequences, and the S-SCH signal is identified by the codeword; when 0≤ID≤29, the first short code is equal to the ID, and the second short code is equal to the first short code plus 1; when 30≤ID≤58, the first short code is equal to the ID minus 30, and the second short code is equal to the first short code plus 2; when 59≤ID≤86, the first short code is equal to the ID minus 59, and the second short code is equal to the first short code plus 3; when 87≤ID≤113, the first short code is equal to the ID minus 87, and the second short code is equal to the first short code plus 4; when 114≤ID≤139, the first short code is equal to the ID minus 114, and the second short code is equal to the first short code plus 5; when 140≤ID≤164, the first short code is equal to the ID minus 140, and the second short code is equal to the first short code plus 6; when 165≤ID≤169, the first short code is equal to the ID minus 165, and the second short code is equal to the first short code plus 7.
A network analysis device, comprising: a first electronic message information collector adapted to collect first electronic message information regarding electronic messages transferred on a first network; a first storage adapted to store the first electronic message information collected by the first electronic message information collector; a second electronic message information collector adapted to collect second electronic message information regarding electronic messages transferred on a second network; a second storage adapted to store the second electronic message information collected by the second electronic message information collector; an electronic message associator adapted to associate the first electronic message information stored in the first storage and the second electronic message information stored in the second storage based on packet session numbers or packet identification numbers obtained as a result of analysis of the electronic messages transferred on the first network and the electronic messages transferred on the second network; and a display adapted to display the results of association by the electronic message associator; wherein the electronic message associator is adapted to determine an electronic message for which no electronic message information to be associated is found to be an abnormal electronic message, and count the number of electronic messages determined to be abnormal electronic messages, and the display is adapted to display the number of counted electronic messages. a first electronic message information collector adapted to collect first electronic message information regarding electronic messages transferred on a first network; a first storage adapted to store the first electronic message information collected by the first electronic message information collector; a second electronic message information collector adapted to collect second electronic message information regarding electronic messages transferred on a second network; a second storage adapted to store the second electronic message information collected by the second electronic message information collector; an electronic message associator adapted to associate the first electronic message information stored in the first storage and the second electronic message information stored in the second storage based on packet session numbers or packet identification numbers obtained as a result of analysis of the electronic messages transferred on the first network and the electronic messages transferred on the second network; and a display adapted to display the results of association by the electronic message associator; wherein the electronic message associator is adapted to determine an electronic message for which no electronic message information to be associated is found to be an abnormal electronic message, and count the number of electronic messages determined to be abnormal electronic messages, and the display is adapted to display the number of counted electronic messages.
Method for determining a bearing state for a bearing in an electric machine, whereby a measured value is determined by means of a sensor unit, whereby the measured value is communicated to a simulation unit, whereby a result value is determined using the simulation unit, whereby the result value is in particular a bearing current value or a value which depends on the bearing current, whereby the result value is communicated to a further unit, whereby the further unit is an evaluation unit, whereby the result value is processed using the evaluation unit in such a way that a bearing state value is determined, characterised in that the evaluation unit is provided to determine at least one of the following values: - an energy transferred through a bearing lubrication gap, - an energy density transferred through a bearing lubrication gap, whereby the simulation unit has a model for simulating the bearing, whereby measurements are used to determine vibrations and a state of the lubricating grease, whereby the measured values are input into a mechanical model, whereby the thickness of the lubricating film is determined on the basis of the mechanical model. whereby a measured value is determined by means of a sensor unit, whereby the measured value is communicated to a simulation unit, whereby a result value is determined using the simulation unit, whereby the result value is in particular a bearing current value or a value which depends on the bearing current, whereby the result value is communicated to a further unit, whereby the further unit is an evaluation unit, whereby the result value is processed using the evaluation unit in such a way that a bearing state value is determined, characterised in that the evaluation unit is provided to determine at least one of the following values: - an energy transferred through a bearing lubrication gap, - an energy density transferred through a bearing lubrication gap, whereby the simulation unit has a model for simulating the bearing, whereby measurements are used to determine vibrations and a state of the lubricating grease, whereby the measured values are input into a mechanical model, whereby the thickness of the lubricating film is determined on the basis of the mechanical model. - an energy transferred through a bearing lubrication gap, - an energy density transferred through a bearing lubrication gap, whereby the simulation unit has a model for simulating the bearing, whereby measurements are used to determine vibrations and a state of the lubricating grease, whereby the measured values are input into a mechanical model, whereby the thickness of the lubricating film is determined on the basis of the mechanical model.