mhurhangee/patent-ind-claim-en huggingface dataset:
A driving device configured to control driving of a piezoelectric element, the driving device comprising: a voltage regulation circuit configured to output a driving voltage; a driving signal generation circuit configured to receive the driving voltage outputted from the voltage regulation circuit and generate a driving signal to the piezoelectric element by using the driving voltage; a current limiting circuit configured to receive a driving current corresponding to the driving voltage outputted from the driving signal generation circuit, limit the driving current to a specified current or less, and generate a current control voltage; a voltage control circuit configured to receive the current control voltage outputted from the current limiting circuit and output a control signal for controlling the driving voltage to the voltage regulation circuit based on the current control voltage, wherein the voltage regulation circuit , the driving signal generation circuit , the current limiting circuit , and the voltage control circuit are mounted on a circuit board, characterized in that the driving device further comprises a temperature detector configured to detect a temperature of the piezoelectric element and generate a temperature regulation voltage, wherein the voltage control circuit outputs the control signal for controlling the driving voltage based on the current control voltage and the temperature regulation voltage, wherein the temperature detector includes a mountable temperature sensor element, and the temperature sensor element is mounted on the circuit board. a voltage regulation circuit configured to output a driving voltage; a driving signal generation circuit configured to receive the driving voltage outputted from the voltage regulation circuit and generate a driving signal to the piezoelectric element by using the driving voltage; a current limiting circuit configured to receive a driving current corresponding to the driving voltage outputted from the driving signal generation circuit, limit the driving current to a specified current or less, and generate a current control voltage; a voltage control circuit configured to receive the current control voltage outputted from the current limiting circuit and output a control signal for controlling the driving voltage to the voltage regulation circuit based on the current control voltage, wherein the voltage regulation circuit , the driving signal generation circuit , the current limiting circuit , and the voltage control circuit are mounted on a circuit board, a temperature detector configured to detect a temperature of the piezoelectric element and generate a temperature regulation voltage, wherein the voltage control circuit outputs the control signal for controlling the driving voltage based on the current control voltage and the temperature regulation voltage,
An assembly for detecting electromagnetic radiation, comprising: a semiconductor device with a main surface , an active-pixel array at the main surface , the semiconductor device comprising a semiconductor wafer and the active-pixel array being integrated in the wafer, a readout circuit chip or plurality of readout circuit chips mounted on the wafer, on the main surface on the periphery of the semiconductor device outside the area of the active-pixel array , the readout circuit chip or plurality of readout circuit chips being configured such as to read out voltages or currents provided by the active-pixel array , and electric connections between the active-pixel array and the readout circuit chip or plurality of readout circuit chips . a semiconductor device with a main surface , an active-pixel array at the main surface , the semiconductor device comprising a semiconductor wafer and the active-pixel array being integrated in the wafer, a readout circuit chip or plurality of readout circuit chips mounted on the wafer, on the main surface on the periphery of the semiconductor device outside the area of the active-pixel array , the readout circuit chip or plurality of readout circuit chips being configured such as to read out voltages or currents provided by the active-pixel array , and electric connections between the active-pixel array and the readout circuit chip or plurality of readout circuit chips .
A method for manufacturing a data carrier with a security feature that is suitable for insertion into a booklet- or book-shaped object, comprising the following steps: (a) providing a data page , the data page comprising, on an outer side, at least one layer of a first plastic material provided for bonding, (b) providing a bonding element , the bonding element comprising a fabric made of a second plastic material , (c) targeted printing of the fabric with at least one ink preparation , (d) bonding the printed bonding element and the data page together, the first plastic material of the data page completely penetrating the meshes of the fabric at least in portions during bonding, thereby completely enclosing the fibers of the fabric at least in portions, so that the at least one printed ink preparation migrates during bonding at least partially from the fabric into the first plastic material of the data page adjoining the fibers , wherein the printed fabric is heated to a heating temperature during printing and/or after printing, and the heating temperature and/or a heating time is determined as a function of a predetermined penetration depth of the at least one ink preparation into the fibers of the fabric and/or wherein a process duration and/or a process parameter for the bonding is determined as a function of a predetermined penetration depth of the at least one ink preparation into the first plastic material of the data page relative to a common interface with the fibers of the fabric . (a) providing a data page , the data page comprising, on an outer side, at least one layer of a first plastic material provided for bonding, (b) providing a bonding element , the bonding element comprising a fabric made of a second plastic material , (c) targeted printing of the fabric with at least one ink preparation , (d) bonding the printed bonding element and the data page together, the first plastic material of the data page completely penetrating the meshes of the fabric at least in portions during bonding, thereby completely enclosing the fibers of the fabric at least in portions, so that the at least one printed ink preparation migrates during bonding at least partially from the fabric into the first plastic material of the data page adjoining the fibers , wherein the printed fabric is heated to a heating temperature during printing and/or after printing, and the heating temperature and/or a heating time is determined as a function of a predetermined penetration depth of the at least one ink preparation into the fibers of the fabric and/or wherein a process duration and/or a process parameter for the bonding is determined as a function of a predetermined penetration depth of the at least one ink preparation into the first plastic material of the data page relative to a common interface with the fibers of the fabric .
A plate cylinder comprising: a plate-mounting surface on which a cylindrical printing plate is fitted from a front end side of the plate cylinder and mounted, a front stopper provided at an end portion of the front end side, a plate fixing member provided on an outer circumferential surface of the plate cylinder so as to move radially inward and outward and configured to bring the printing plate in close contact with the plate-mounting surface to fix the printing plate to the plate-mounting surface , and a rotation shaft , wherein the front stopper and the plate fixing member are provided on the rotation shaft , wherein the front stopper is configured so as to be able to switch between a protruding orientation in which at least a portion of the stopper is positioned so as to protrude to an outside of the plate-mounting surface in a radial direction and a retracted orientation in which the entire stopper is positioned to an inside of the plate-mounting surface in the radial direction, wherein the front stopper switches the orientations in conjunction with a radially outward movement of the plate fixing member , wherein the front stopper switches the orientations in conjunction with a rotational movement of the rotation shaft configured to movably operate the plate fixing member , and wherein, when the printing plate is attached to the plate-mounting surface of the print cylinder and the front stopper is switched to the protruding orientation, an end portion of the printing plate comes into contact with at least a portion of the front stopper . a plate-mounting surface on which a cylindrical printing plate is fitted from a front end side of the plate cylinder and mounted, a front stopper provided at an end portion of the front end side, a plate fixing member provided on an outer circumferential surface of the plate cylinder so as to move radially inward and outward and configured to bring the printing plate in close contact with the plate-mounting surface to fix the printing plate to the plate-mounting surface , and a rotation shaft , wherein the front stopper and the plate fixing member are provided on the rotation shaft , wherein the front stopper is configured so as to be able to switch between a protruding orientation in which at least a portion of the stopper is positioned so as to protrude to an outside of the plate-mounting surface in a radial direction and a retracted orientation in which the entire stopper is positioned to an inside of the plate-mounting surface in the radial direction, wherein the front stopper switches the orientations in conjunction with a radially outward movement of the plate fixing member , wherein the front stopper switches the orientations in conjunction with a rotational movement of the rotation shaft configured to movably operate the plate fixing member , and wherein, when the printing plate is attached to the plate-mounting surface of the print cylinder and the front stopper is switched to the protruding orientation, an end portion of the printing plate comes into contact with at least a portion of the front stopper .
A powder metal compact , comprising: a cellular nanomatrix comprising a nanomatrix material ; a plurality of dispersed particles comprising a particle core material that comprises an Mg-Zr, Mg-Zn-Zr, Mg-Al-Zn-Mn, Mg-Zn-Cu-Mn or Mg-W alloy, or a combination thereof, dispersed in the cellular nanomatrix; wherein the dispersed particles further comprise a plurality of subparticles disposed within the dispersed particles , wherein the subparticles are hard subparticles comprising Ni, Fe, Co or Si, or an oxide, nitride, carbide, intermetallic compound or cermet comprising at least one of the foregoing. a cellular nanomatrix comprising a nanomatrix material ; a plurality of dispersed particles comprising a particle core material that comprises an Mg-Zr, Mg-Zn-Zr, Mg-Al-Zn-Mn, Mg-Zn-Cu-Mn or Mg-W alloy, or a combination thereof, dispersed in the cellular nanomatrix; wherein the dispersed particles further comprise a plurality of subparticles disposed within the dispersed particles , wherein the subparticles are hard subparticles comprising Ni, Fe, Co or Si, or an oxide, nitride, carbide, intermetallic compound or cermet comprising at least one of the foregoing.
A communication method performed by a user equipment wirelessly communicating with a base station according to a 3GPP communication protocol or standard, the user equipment in an engaged mode and the method comprising: receiving , by the user equipment and from the base station , a first message that includes a set of common search space configuration parameters for the user equipment to receive an other system information block, the first message further including an additional set of common search space configuration parameters for the user equipment to receive a system information block type 1; configuring , by the user equipment , a wireless transceiver of the user equipment to monitor a common search space for the other system information block in accordance with the set of common search space configuration parameters; receiving , by the user equipment and from the base station , a second message that includes the other system information block, the second message received through monitoring the common search space; and receiving , by the user equipment and from the base station , additional messages in accordance with system information parameters acquired from the other system information block. receiving , by the user equipment and from the base station , a first message that includes a set of common search space configuration parameters for the user equipment to receive an other system information block, the first message further including an additional set of common search space configuration parameters for the user equipment to receive a system information block type 1; configuring , by the user equipment , a wireless transceiver of the user equipment to monitor a common search space for the other system information block in accordance with the set of common search space configuration parameters; receiving , by the user equipment and from the base station , a second message that includes the other system information block, the second message received through monitoring the common search space; and receiving , by the user equipment and from the base station , additional messages in accordance with system information parameters acquired from the other system information block.
A method for preparing a canagliflozin amorphous form, comprising: adding canagliflozin to an organic solvent to dissolve, distilling to obtain an oil, adding an anti-solvent to the oil, stirring to precipitate a solid, cooling, filtering, and drying to obtain a canagliflozin amorphous form, wherein a mass of the oil is 1.05-1.1 times of a mass of canagliflozin, a ratio of a mass of canagliflozin to a volume of the organic solvent is 1g: (1-5) ml, and a ratio of a mass of canagliflozin to a volume of the anti-solvent is 1g: (3-6) ml.
A method for transmitting state information relating to a user equipment in a communications system, the method performed by the user equipment and comprising: transmitting, to a source radio access node , a first message including state information of the user equipment; receiving a radio resource control, RRC, message including information on a handover from the source radio access node to a target radio access node ; and the method characterized by transmitting a second message including the state information of the user equipment to the target radio access node , in response to detecting that the first message was transmitted during a predetermined time period prior to the receiving of the RRC message. transmitting, to a source radio access node , a first message including state information of the user equipment; receiving a radio resource control, RRC, message including information on a handover from the source radio access node to a target radio access node ; and the method characterized by transmitting a second message including the state information of the user equipment to the target radio access node , in response to detecting that the first message was transmitted during a predetermined time period prior to the receiving of the RRC message.
A baling machine comprising a bale-forming chamber for receiving plant matter (P) and forming it into a bale (B), the bale-forming chamber including one or more rotatable, bale-forming rollers and/or one or more bale-forming belt ; and a feed mechanism for feeding a flexible wrapping material into the bale-forming chamber for wrapping a bale (B) therein, wherein the baling machine includes an acoustic or vibration sensor that is capable of generating an output, the acoustic or vibration sensor sensing a waveform while wrapping material is being fed into the bale-forming chamber , and the output of the acoustic or vibration sensor indicating one or more of whether wrapping material (i) is being wrapped onto a said bale (B) and (ii) is the subject of a wrapping failure, characterised in that one or more said bale-forming rollers and/or one or more said baling-forming belt includes a series of plant matter-engaging external protrusions supported at regular intervals about an external periphery; and in that the acoustic or vibration sensor is capable of sensing a waveform generated using the external protrusions (-38) at a frequency or in a frequency range or at an amplitude or in an amplitude range that is characteristic of wrapping material being wrapped onto a said bale (B) and generates an output signal that is indicative of acceptable wrapping of a bale.
A nutritional drink preparation capsule with a controlled outlet system, where the controlled outlet system comprises: - a spike-shaped body that projects outward from the capsule through the lower base of the capsule, where said spike-shaped body produces a hollow geometry in the shape of a bowl that projects towards the inside of a lower chamber of the capsule; - a flange of the bowl , comprising a plurality of filtering openings of the nutritional drink, where said flange of the bowl is projected, from a bottom of the lower chamber of the capsule towards the inside of the lower chamber of the capsule; - a perimeter flange of the lower chamber of the capsule; wherein the controlled outlet system comprises a membrane , where the membrane is sealed in a first sealing zone on the perimeter flange of the lower chamber of the capsule; - characterised in that the membrane is additionally sealed in a second sealing zone on the flange of the bowl , wherein the membrane comprises a plurality of notches which open as a result of the pressure inside the capsule, wherein the notches are arranged in the form of a ring around of the second sealing zone and wherein the notches comprise an angular geometry, with the vertex thereof pointing towards the first sealing zone . - a spike-shaped body that projects outward from the capsule through the lower base of the capsule, where said spike-shaped body produces a hollow geometry in the shape of a bowl that projects towards the inside of a lower chamber of the capsule; - a flange of the bowl , comprising a plurality of filtering openings of the nutritional drink, where said flange of the bowl is projected, from a bottom of the lower chamber of the capsule towards the inside of the lower chamber of the capsule; - a perimeter flange of the lower chamber of the capsule; wherein the controlled outlet system comprises a membrane , where the membrane is sealed in a first sealing zone on the perimeter flange of the lower chamber of the capsule; - characterised in that the membrane is additionally sealed in a second sealing zone on the flange of the bowl , wherein the membrane comprises a plurality of notches which open as a result of the pressure inside the capsule, wherein the notches are arranged in the form of a ring around of the second sealing zone and wherein the notches comprise an angular geometry, with the vertex thereof pointing towards the first sealing zone .
Socket spanner comprising an output head , which, by means of a substantially annular wall , forms a polygonal profile opening that can be fitted onto a polygonal screw head or a polygonal nut, comprising a holding element which lies in an aperture in the wall of the polygonal profile opening and which is loaded into a forward position on the inside of the wall by a spring element arranged on the outside of the wall, and comprising a restraining element for restraining the spring element in the position in which it loads the holding element , the restraining element being a sleeve which is in tight contact with the outside of the spring element and the outside of the wall , characterised in that the restraining element is a shrink tube shrunk onto the wall.
Method for detecting hydrogen in a heater which has a combustion chamber of a burner , which is supplied with air via an air inlet and with a hydrogen-containing fuel gas via a fuel gas inlet , and wherein the air can be supplied to the air inlet via a fresh air supply through a housing into its interior space , the mixture is burned in the combustion chamber and combustion gases produced in the process are supplied to an exhaust system connected to the combustion chamber , characterised in that the hydrogen escaping into the interior space of the surrounding housing and/or into the exhaust system is collected in at least one collecting region and is detected by means of at least one sensor .
A process for manufacturing insulating products based on mineral wool, comprising - the application, onto mineral wool fibers, of a binder composition containing (a) at least one carbohydrate selected from reducing sugars, nonreducing sugars, hydrogenated sugars and a mixture thereof, (b) at least one crosslinking agent for crosslinking the carbohydrate(s), - the evaporation of the solvent phase of the binder composition and - the thermal curing of the non-volatile fraction of the composition, said process being characterized in that a polysacchande-free oil-in-water emulsion comprising water, a mineral oil and from 0.5 to 5.0 parts by weight per 100 parts by weight of mineral oil of at least one preferably nonionic surfactant, is added to the binder composition, preferably immediately before the application thereof onto the mineral wool fibers, the mean diameter, determined by laser diffraction particle size analysis, of the oil droplets of the oil-in-water emulsion being comprised between more than 5 μm and 400 μm, the proportion of oil in the oil-in-water emulsion being comprised between 30 and 70 weight %, and the amount of mineral oil applied to the mineral wool fibers being comprised between 0,1 and 2,0 %, with respect to the mineral fibers. - the application, onto mineral wool fibers, of a binder composition containing (a) at least one carbohydrate selected from reducing sugars, nonreducing sugars, hydrogenated sugars and a mixture thereof, (b) at least one crosslinking agent for crosslinking the carbohydrate(s), (a) at least one carbohydrate selected from reducing sugars, nonreducing sugars, hydrogenated sugars and a mixture thereof, (b) at least one crosslinking agent for crosslinking the carbohydrate(s), - the evaporation of the solvent phase of the binder composition and - the thermal curing of the non-volatile fraction of the composition,