mhurhangee/patent-ind-claim-en huggingface dataset:
A system that delivers a precisely contoured dose profile and/or fluence profile to a target region of a patient's body of a shape or a size, comprising: a beam-path determination unit configured to define a scan pattern, comprising one or more paths, of an electromagnetic beam to deliver the precisely contoured dose profile and/or fluence profile to the target region, wherein the dose profile or fluence profile is precisely contoured by configuring parameters of the electromagnetic beam, wherein the parameters comprise a scan rate and a beam power delivered at the scan rate for intermittent irradiation of the target region, wherein the scan rate is coupled with a beam power modulation rate to effect irradiation of the target region at the beam power; and an energy delivery system comprising an energy source and director device , coupled to the beam-path determination unit , wherein the energy source is configured to project the electromagnetic beam with the parameters and the director device is configured to direct the electromagnetic beam along the scan pattern to accumulate energy in the target region, resulting in the intermittent irradiation of the target region. a beam-path determination unit configured to define a scan pattern, comprising one or more paths, of an electromagnetic beam to deliver the precisely contoured dose profile and/or fluence profile to the target region, wherein the dose profile or fluence profile is precisely contoured by configuring parameters of the electromagnetic beam, wherein the parameters comprise a scan rate and a beam power delivered at the scan rate for intermittent irradiation of the target region, wherein the scan rate is coupled with a beam power modulation rate to effect irradiation of the target region at the beam power; and an energy delivery system comprising an energy source and director device , coupled to the beam-path determination unit , wherein the energy source is configured to project the electromagnetic beam with the parameters and the director device is configured to direct the electromagnetic beam along the scan pattern to accumulate energy in the target region, resulting in the intermittent irradiation of the target region.
Pharmaceutical composition comprising, as active substance, Saccharomyces boulardii yeast cells, for use for reducing the adipose mass in an individual, wherein the individual is obese.
An optical measurement system to extract the levels of hemoglobin and oxygen saturation in different layers of tissue, comprising: a light source with a plurality of wavelengths, configured to illuminate an area of tissue; a detector configured to capture the light signals reflecting from two or more layers of tissue from the illuminated area of tissue at the plurality of illumination wavelengths; a processor ; a display or communications device ; wherein the processor is configured to compute, based on the captured light signals, one or more estimates of tissue vascular health that correlate to the severity of circulatory complications due to diabetes; and the display or communication device is configured to display or report the one or more estimates of tissue vascular health that correlate to the severity of circulatory complications due to diabetes, wherein the processor is configured to compute based on the captured light signals, hemoglobin and oxygen saturation levels in each of the two or more layers of tissue, and wherein the light source illuminates the tissue with structured light wherein the one or more estimates of tissue vascular health comprises an ulcer risk based on the ratio of the computed hemoglobin levels at superficial and deep levels. a light source with a plurality of wavelengths, configured to illuminate an area of tissue; a detector configured to capture the light signals reflecting from two or more layers of tissue from the illuminated area of tissue at the plurality of illumination wavelengths; a processor ; a display or communications device ; wherein the processor is configured to compute, based on the captured light signals, one or more estimates of tissue vascular health that correlate to the severity of circulatory complications due to diabetes; and the display or communication device is configured to display or report the one or more estimates of tissue vascular health that correlate to the severity of circulatory complications due to diabetes,
Method for short-circuit detection by saturation detection in power semiconductor switches, comprising the following steps: - providing a reference voltage (U ref ) depending on a supply voltage (U VDD ) of a power semiconductor switch , with the result that the reference voltage (U ref ) follows changes in the supply voltage (U VDD ); - generating a differential voltage (U diff ) which corresponds to a difference between a voltage drop (U Δ ) across a load path of the power semiconductor switch and the provided reference voltage (U ref ); - comparing the generated differential voltage (U diff ) with a predetermined limit voltage (U lim ), wherein a short-circuit current is detected in the load path of the power semiconductor switch when the differential voltage (U diff ) exceeds the limit voltage (U lim ); and - opening the power semiconductor switch when a short-circuit current has been detected in the load path of the power semiconductor switch , characterized in that the reference voltage (U ref ) is provided between a Zener diode (13.1), which is electrically connected to the supply current source for the power semiconductor switch , and a parallel circuit comprising a first resistor (13.2) and a first capacitor (13.3), which is electrically connected to ground (GND). - providing a reference voltage (U ref ) depending on a supply voltage (U VDD ) of a power semiconductor switch , with the result that the reference voltage (U ref ) follows changes in the supply voltage (U VDD ); - generating a differential voltage (U diff ) which corresponds to a difference between a voltage drop (U Δ ) across a load path of the power semiconductor switch and the provided reference voltage (U ref ); - comparing the generated differential voltage (U diff ) with a predetermined limit voltage (U lim ), wherein a short-circuit current is detected in the load path of the power semiconductor switch when the differential voltage (U diff ) exceeds the limit voltage (U lim ); and - opening the power semiconductor switch when a short-circuit current has been detected in the load path of the power semiconductor switch ,
Field device used in process automation for determining a process variable, a medium property and/or the composition of a medium, comprising at least a sensor unit , an energy harvester and a display unit , wherein the sensor unit and the display unit are arranged in separate locations at a distance from one another; wherein the display unit and the sensor unit have one or more means of communication , which are designed to establish wireless data transfer between the display unit and the sensor unit of the field device; and wherein at least the means of communication of the sensor unit is operated by the energy harvester , characterized in that the field device has at least two operating modes, wherein I a first operating mode performs intermittent data transfer, wherein the intermittent data transfer is performed with intermissions, wherein the length of the intermissions can be defined by a control unit, wherein an energy limit value is used as the control variable; and II a second operating mode comprises a logout function in the event of deficient energy supply for one of the means of communication, wherein in said second operating mode the sensor unit logs out of the display unit in the event of a deficient energy supply. wherein the sensor unit and the display unit are arranged in separate locations at a distance from one another; wherein the display unit and the sensor unit have one or more means of communication , which are designed to establish wireless data transfer between the display unit and the sensor unit of the field device; and wherein at least the means of communication of the sensor unit is operated by the energy harvester , characterized in that the field device has at least two operating modes, wherein I a first operating mode performs intermittent data transfer, wherein the intermittent data transfer is performed with intermissions, wherein the length of the intermissions can be defined by a control unit, wherein an energy limit value is used as the control variable; and II a second operating mode comprises a logout function in the event of deficient energy supply for one of the means of communication, wherein in said second operating mode the sensor unit logs out of the display unit in the event of a deficient energy supply.
Fluid evacuation device (100; 200) for a fluid container comprising - a hollow main body that is designed to be added to the fluid container , said main body comprising a flow chamber and a tapped opening that communicates with said flow chamber and is intended to open into the fluid container ; - a fluid evacuation duct (3; 4); - a closure screw comprising a threaded part that is intended to engage by screwing with the tapped opening of the hollow main body ; the closure screw being able to move in axial translation in the hollow main body ; - an opening stop consisting of a first stop means mounted in a wall of the main body delimiting the flow chamber, and of a second stop means mounted on the closure screw and located in the flow chamber ; - the opening stop limits the closure screw in a fully open position in which the first stop means is in contact with the second stop means and in which the fluid evacuation duct (3; 4) is left free; said fluid evacuation device (100; 200) being characterized in that - the first stop means mounted through the wall of the main body is radially adjustable. - a hollow main body that is designed to be added to the fluid container , said main body comprising a flow chamber and a tapped opening that communicates with said flow chamber and is intended to open into the fluid container ; - a fluid evacuation duct (3; 4); - a closure screw comprising a threaded part that is intended to engage by screwing with the tapped opening of the hollow main body ; the closure screw being able to move in axial translation in the hollow main body ; - an opening stop consisting of a first stop means mounted in a wall of the main body delimiting the flow chamber, and of a second stop means mounted on the closure screw and located in the flow chamber ; - the opening stop limits the closure screw in a fully open position in which the first stop means is in contact with the second stop means and in which the fluid evacuation duct (3; 4) is left free; said fluid evacuation device (100; 200) being characterized in that - the first stop means mounted through the wall of the main body is radially adjustable.
An inner diameter measuring device, comprising an image pickup unit provided at a base end of a frame unit and for picking up an image of a forward end side, a centering unit provided at a forward end of said frame unit, a laser beam diffusing unit provided on said centering unit and at a forward end side of said centering unit via a light transmitting window , a laser beam emitting unit mounted on a mounting surface of a light emitting unit of said centering unit, and a cone mirror provided on said laser beam diffusing unit and having a conical reflection surface at a forward end, wherein a center line of said cone mirror coincides with an optical axis of said image pickup unit, and said centering unit has a slider base , an X-axis slider disposed slidably on an upper surface of said slider base and being slidable in a direction perpendicularly crossing said optical axis of said image pickup unit, a Y-axis slider disposed slidably on an upper surface of said X-axis slider, perpendicularly crossing said optical axis of said image pickup unit and being slidably in a direction perpendicularly crossing a sliding direction of said X-axis slider, said mounting surface of said light emitting unit formed on an upper surface of said Y-axis slider, an optical path hole formed to penetrate the central portion of said slider base, said X-axis slider and said Y-axis slider, and is adapted to adjust a posture of said laser beam emitting unit so that a laser beam projected from said laser beam emitting unit enters a vertex of said cone mirror through said optical path hole.
Electrical grounding assembly arrangement for reciprocating compressor, comprising: at least one casing capable of housing, inside the same, at least one frequency inverter; at least one electrical grounding connection disposed on the outer face of the reciprocating compressor housing ; wherein, the casing comprises at least one electrical grounding bus integrated by an outer portion and an inner portion ; said inner portion of the electrical grounding bus is specially adapted to cooperate with the complementary electrical grounding circuit and linked to the grounding of the electric power supply network; said electrical grounding assembly arrangement for reciprocating compressor being especially characterized by the fact that: said outer portion of the electrical grounding bus is specially adapted to cooperate with the electrical grounding connection of the housing by means of a fixing metal element ; said fixing metal element being adapted to electrically connect the outer portion of the electrical grounding bus and the electrical grounding connection of the housing and, at the same time, mechanically fixing the casing to the reciprocating compressor housing by physical locking between the outer portion of the electrical grounding bus and the electrical grounding connection of the housing . at least one casing capable of housing, inside the same, at least one frequency inverter; at least one electrical grounding connection disposed on the outer face of the reciprocating compressor housing ; wherein, the casing comprises at least one electrical grounding bus integrated by an outer portion and an inner portion ; said inner portion of the electrical grounding bus is specially adapted to cooperate with the complementary electrical grounding circuit and linked to the grounding of the electric power supply network; said electrical grounding assembly arrangement for reciprocating compressor being especially characterized by the fact that: said outer portion of the electrical grounding bus is specially adapted to cooperate with the electrical grounding connection of the housing by means of a fixing metal element ; said fixing metal element being adapted to electrically connect the outer portion of the electrical grounding bus and the electrical grounding connection of the housing and, at the same time, mechanically fixing the casing to the reciprocating compressor housing by physical locking between the outer portion of the electrical grounding bus and the electrical grounding connection of the housing .
A rotator arrangement for providing a rotating movement, the rotator arrangement comprising a motor with a stator and a rotor arranged inside the stator to rotate with respect to said stator around an axial axis (A), wherein the rotator arrangement comprises a rotor attachment piece connected to the rotor and a stator attachment piece connected to the stator, wherein one of the rotor attachment piece and stator attachment piece is arranged to be attached to a crane arm or the like, and the other is arranged to be attached to a tool implement, wherein an angle meter is arranged to monitor the rotation of the rotor with respect to the stator , wherein the angle meter comprises a rotor part with an angle indicator that is arranged to rotate with the rotor , and a stator part with a sensor arranged to monitor the angular position of said angle indicator , which stator part is connected to the stator , characterised in that the rotor part is arranged centrally along the axial axis (A).
A method performed by a gateway device, comprising: storing a session initiation protocol uniform resource identifier and/or international mobile subscriber identity of a device sending a short message service message; receiving the short message service message from the sending device; retrieving a session initiation protocol uniform resource identifier for a receiving device that is a recipient of the short message service message; delivering the short message service message to the receiving device using an international mobile subscriber identity of the receiving device, and routing information of the receiving device. wherein the receiving device does not have a mobile station international subscriber directory number, characterized by retrieving the session initiation protocol uniform resource identifier of the receiving device from a "to header" of the short message service message, and querying with the session initiation protocol uniform resource identifier retrieved from the "to header" a home subscription server of the receiving device for the international mobile subscriber identity of the receiving device and the routing information of the receiving device. storing a session initiation protocol uniform resource identifier and/or international mobile subscriber identity of a device sending a short message service message; receiving the short message service message from the sending device; retrieving a session initiation protocol uniform resource identifier for a receiving device that is a recipient of the short message service message; delivering the short message service message to the receiving device using an international mobile subscriber identity of the receiving device, and routing information of the receiving device. wherein the receiving device does not have a mobile station international subscriber directory number, characterized by retrieving the session initiation protocol uniform resource identifier of the receiving device from a "to header" of the short message service message, and querying with the session initiation protocol uniform resource identifier retrieved from the "to header" a home subscription server of the receiving device for the international mobile subscriber identity of the receiving device and the routing information of the receiving device.
A charging method comprising: activating a handshake communication between a terminal device and a power supply device through a universal serial bus, USB, interface when, within a preset time period, an output current of the power supply device is higher than or equal to a preset current threshold; determining to charge a battery of the terminal device in a quick charging mode upon receiving, by the power supply device from the terminal device via the handshake communication, an instruction indicating activation of the quick charging mode, wherein the instruction indicating activation of the quick charging mode is generated in response to receiving, from the power supply device, an instruction for querying whether or not the terminal device agrees to activate the quick charging mode via the handshake communication; conducting a handshake communication with the terminal device to determine a charging voltage or a charging current of the quick charging mode; adjusting an output voltage or an output current output to the terminal device according to the charging voltage or the charging current of the quick charging mode to enter a constant current phase; and conducting a handshake communication with the terminal device during the constant current phase to adjust the output current output to the terminal device. activating a handshake communication between a terminal device and a power supply device through a universal serial bus, USB, interface when, within a preset time period, an output current of the power supply device is higher than or equal to a preset current threshold; determining to charge a battery of the terminal device in a quick charging mode upon receiving, by the power supply device from the terminal device via the handshake communication, an instruction indicating activation of the quick charging mode, wherein the instruction indicating activation of the quick charging mode is generated in response to receiving, from the power supply device, an instruction for querying whether or not the terminal device agrees to activate the quick charging mode via the handshake communication; conducting a handshake communication with the terminal device to determine a charging voltage or a charging current of the quick charging mode; adjusting an output voltage or an output current output to the terminal device according to the charging voltage or the charging current of the quick charging mode to enter a constant current phase; and conducting a handshake communication with the terminal device during the constant current phase to adjust the output current output to the terminal device.
Use of a thrips control agent, wherein: the thrips control agent contains prohydrojasmon as an active ingredient at a concentration in a range of 10 ppm to 500 ppm, the thrips control agent being used for a plant which belongs to family Brassicaceae, family Solanaceae, family Rosaceae, family Cucurbitaceae, family Fabaceae, or family Asteraceae.
A base station in a wireless communication system, wherein the wireless communication system comprises at least one first cell and one or more second cells, and at least one of the one or more second cells operates in an unlicensed frequency band, wherein the base station comprises: one or more processing circuits configured to: configure, for a user equipment , the at least one second cell operating in the unlicensed frequency band, for carrier aggregation communication; and generate dynamically or semi-statically energy detection threshold information for each of the at least one second cell operating in the unlicensed frequency band, in order that the user equipment performs energy detection on the unlicensed frequency band based on the energy detection threshold information, the energy detection threshold information being adjusted on a basis of the user equipment; and transmit the energy detection threshold information to the user equipment. configure, for a user equipment , the at least one second cell operating in the unlicensed frequency band, for carrier aggregation communication; and generate dynamically or semi-statically energy detection threshold information for each of the at least one second cell operating in the unlicensed frequency band, in order that the user equipment performs energy detection on the unlicensed frequency band based on the energy detection threshold information, the energy detection threshold information being adjusted on a basis of the user equipment; and transmit the energy detection threshold information to the user equipment.