mhurhangee/patent-ind-claim-en huggingface dataset:
An antenna device comprising a radio frequency transceiver circuit , a matching circuit and a housing , the housing comprising a first housing area , a second housing area , a slit strip and a connecting segment , the slit strip comprising at least one slit , the first housing area and the second housing area being located at two sides of the slit strip , the connecting segment being located at an extending path of the slit strip , the connecting segment electrically conductively coupling the first housing area and the second housing area , wherein the housing is made from a conducting material, the matching circuit is electrically coupled between the radio frequency transceiver circuit and the housing , the first housing area and the second housing area each are metal materials, the connecting segment is electrically coupled with the matching circuit , so as to allow the connecting segment , the first housing area and the second housing area to serve as a radiating part, and characterized in that a number of the slit is at least two, the at least two slits are parallel to and spaced apart from each other, a metal strip is provided between each pair of adjacent slits , and the slit strip has an end adjacent to the connecting segment and isolated from the connecting segment , the antenna device further comprises a switch , the switch is connected with one metal strip of the slit strip and is configured to turn on or off electrical connection between the radiating part and the metal strip .
Method for determining at least one forming process parameter of a servo press, comprising at least the following steps: - determining a torque profile of a motor of the servo press, said torque profile belonging to a first cycle of the servo press, wherein the first cycle describes a forming process without an item to be processed by the servo press; - determining a torque profile of the motor of the servo press, said torque profile belonging to a second cycle of the servo press, wherein the second cycle describes a forming process with an item to be processed by the servo press; - ascertaining the at least one forming process parameter from a comparison of the torque profile belonging to the first cycle with the torque profile belonging to the second cycle, wherein the forming process parameter is ascertained from a deviation existing between the torque profile of the first cycle and the torque profile of the second cycle, wherein the forming process parameter is a function of distance or time or is ascertained from a profile of forming process characteristics, and wherein the ascertained forming process parameter is compared with at least one reference forming process parameter or with a range of reference forming process parameters, and an indication is triggered if the comparison yields a deviation or a deviation by a predetermined threshold value. - determining a torque profile of a motor of the servo press, said torque profile belonging to a first cycle of the servo press, wherein the first cycle describes a forming process without an item to be processed by the servo press; - determining a torque profile of the motor of the servo press, said torque profile belonging to a second cycle of the servo press, wherein the second cycle describes a forming process with an item to be processed by the servo press; - ascertaining the at least one forming process parameter from a comparison of the torque profile belonging to the first cycle with the torque profile belonging to the second cycle, wherein the forming process parameter is ascertained from a deviation existing between the torque profile of the first cycle and the torque profile of the second cycle, wherein the forming process parameter is a function of distance or time or is ascertained from a profile of forming process characteristics, and wherein the ascertained forming process parameter is compared with at least one reference forming process parameter or with a range of reference forming process parameters, and an indication is triggered if the comparison yields a deviation or a deviation by a predetermined threshold value.
A system for delivering a charged particle beam at a target in a patient, the system comprising an output device and data processing hardware, wherein the output device is configured to deliver the charged particle beam at a plurality of control points with respect to the target, wherein the output device is adapted to deliver a substantially continuous charged particle beam about the plurality of control points; wherein the system is configured to, via the data processing hardware: identify a pre-selected control point sampling frequency, the control point sampling frequency indicating an angle or position spread between adjacent control points; using such control point sampling frequency, derive the control points; pre-define energy layers based on one or both of the control points and the control point sampling frequency, wherein each energy layer defines a depth within the target associated with a beam energy which is configured to reach the depth within the target; and sort the energy layers between the control points. identify a pre-selected control point sampling frequency, the control point sampling frequency indicating an angle or position spread between adjacent control points; using such control point sampling frequency, derive the control points; pre-define energy layers based on one or both of the control points and the control point sampling frequency, wherein each energy layer defines a depth within the target associated with a beam energy which is configured to reach the depth within the target; and sort the energy layers between the control points.
A high voltage shore connection (HVSC) system for connection of a vessel in port to electrical supply from the shore-side, said system comprising: a first intake comprising at least one first connecting element ; a second intake comprising at least one second connecting element , said second intake being in electrical connection with said first intake ; said at least one first connecting element and said at least one second connecting element being connectable to a power supply element for supplying onshore electricity; a safety circuit element being in electrical connection with said first intake and said second intake , and characterized in that the safety circuit element comprises at least one safety loop ; wherein said system further comprises at least one protecting element being connectable to said at least one first connecting element or said at least one second connecting element , whichever connecting element not being connected to said power supply element ; said at least one protecting element comprising a safety loop being electrically connectable to said safety circuit element . a first intake comprising at least one first connecting element ; a second intake comprising at least one second connecting element , said second intake being in electrical connection with said first intake ; said at least one first connecting element and said at least one second connecting element being connectable to a power supply element for supplying onshore electricity; a safety circuit element being in electrical connection with said first intake and said second intake , and characterized in that the safety circuit element comprises at least one safety loop ; wherein said system further comprises at least one protecting element being connectable to said at least one first connecting element or said at least one second connecting element , whichever connecting element not being connected to said power supply element ; said at least one protecting element comprising a safety loop being electrically connectable to said safety circuit element .
Medical emergency equipment , comprising: - a load-bearing frame defining at least one supporting surface for a patient's back; - at least one of a defibrillator and means for cardiac massage associated with said frame ; the equipment is characterised by : - a circuit for extracorporeal circulation of the patient's blood associated with said frame and operatively connected to said at least one of a defibrillator and means for cardiac massage - one electronic control unit programmed to control said at least one of a defibrillator and means for cardiac massage and to control said circuit for the extracorporeal circulation, said electronic control unit being adapted to manage the transitional phase occurring between the use of said defibrillator and/or said means for cardiac massage and the autonomous operation of said circuit . - a load-bearing frame defining at least one supporting surface for a patient's back; - at least one of a defibrillator and means for cardiac massage associated with said frame ; the equipment is characterised by : - a circuit for extracorporeal circulation of the patient's blood associated with said frame and operatively connected to said at least one of a defibrillator and means for cardiac massage - one electronic control unit programmed to control said at least one of a defibrillator and means for cardiac massage and to control said circuit for the extracorporeal circulation, said electronic control unit being adapted to manage the transitional phase occurring between the use of said defibrillator and/or said means for cardiac massage and the autonomous operation of said circuit .
A distributed mode loudspeaker, comprising: a flat panel extending in a panel plane; a rigid, elongate member displaced from the flat panel and extending parallel to the panel plane, the elongate member being mechanically coupled to the flat panel at a first position along the elongate member and extending away from the first position to an end of the member free to vibrate in a direction perpendicular to the plane, wherein the elongate member comprises a soft magnetic material; an electromagnet system comprising at least one electrically-conducting coil having an axis perpendicular to the panel plane and displaced from the elongate member; and an electronic control module electrically coupled to the electromagnetic system and programmed to energize the electrically-conducting coil sufficient such that a magnetic field produced by the electrically-conducting coil displaces the free end of the elongate member perpendicular to the panel plane. a flat panel extending in a panel plane; a rigid, elongate member displaced from the flat panel and extending parallel to the panel plane, the elongate member being mechanically coupled to the flat panel at a first position along the elongate member and extending away from the first position to an end of the member free to vibrate in a direction perpendicular to the plane, wherein the elongate member comprises a soft magnetic material; an electromagnet system comprising at least one electrically-conducting coil having an axis perpendicular to the panel plane and displaced from the elongate member; and an electronic control module electrically coupled to the electromagnetic system and programmed to energize the electrically-conducting coil sufficient such that a magnetic field produced by the electrically-conducting coil displaces the free end of the elongate member perpendicular to the panel plane.
Sterilization device for sterilizing plastic containers and in particular plastic preforms , wherein the sterilization device having at least one first sterilization unit which has a rotatable transport carrier and a plurality of first holding devices , arranged on this transport carrier , for holding the plastic preforms, and a plurality of first application devices for acting upon the plastic preforms with a flowable sterilization medium, and the sterilization device has a second sterilization device which follows the first sterilization device in the transport direction of the plastic preforms and which has a rotatable transport carrier and a plurality of second holding devices , arranged on this transport carrier , for holding the plastic preforms , and a plurality of second application devices for acting upon the plastic preforms with a flowable sterilization medium, and the plastic preforms can be transferred directly from the first sterilization unit to the second sterilization unit , characterized in that the first application devices or components of the first application devices are arranged in a first position (P1) with respect to a longitudinal direction (L) of the plastic preforms and the second application devices or components of the second application devices are arranged in a second position (P2) with respect to a longitudinal direction (L) of the plastic preforms and the first and the second positions are different.
An inhalation component generation device comprising: a load configured to vaporize or atomize an inhalation component source with electric power from a power supply ; and a control unit configured to be capable of acquiring a voltage value of the power supply , characterized in that the control unit is configured to be capable of estimating or detecting at least one of degradation and failure of the power supply based on a time period required for the voltage value of the power supply to reach an upper limit from a lower limit of a predetermined voltage range during charging of the power supply , wherein the lower limit of the predetermined voltage range is lower than a discharge termination voltage of the power supply, and wherein the control unit is configured to be capable of performing a degradation diagnosis function that estimates or detects that the power supply is degraded when the voltage value of the power supply is reached, in a predetermined time period, an upper limit from a lower limit of a predetermined voltage range that is equal to or higher than the discharge termination voltage, during charging of the power supply. a load configured to vaporize or atomize an inhalation component source with electric power from a power supply ; and a control unit configured to be capable of acquiring a voltage value of the power supply , characterized in that the control unit is configured to be capable of estimating or detecting at least one of degradation and failure of the power supply based on a time period required for the voltage value of the power supply to reach an upper limit from a lower limit of a predetermined voltage range during charging of the power supply , wherein the lower limit of the predetermined voltage range is lower than a discharge termination voltage of the power supply, and wherein the control unit is configured to be capable of performing a degradation diagnosis function that estimates or detects that the power supply is degraded when the voltage value of the power supply is reached, in a predetermined time period, an upper limit from a lower limit of a predetermined voltage range that is equal to or higher than the discharge termination voltage, during charging of the power supply.
A milk analyser (400; 500; 520) comprising a milk analysis unit (402; 502; 522) having an analysis modality component wherein the milk analysis unit (402; 502; 522) further comprises: a milk classification system (300; 404) having an imaging device (4042,4044; 5102; 534) configured to image milk for generation of digital image data (M); and a processor (3044; 304) adapted to execute a program code: to implement a deep learning neural network classifier trained using milk images labelled with a class from a set of classes to which the imaged milk may be assigned according to class characteristics which are manifest visually in the imaged milk and operable to assign the imaged milk to a class of the set of classes; characterised by : a controller configured to output a control signal in dependence of the assigned class to control the supply of milk to the milk analysis unit (402; 502; 522); wherein the set of classes includes a class indicating that the milk has undesirable characteristics and a class indicating that the milk does not have undesirable characteristics. a milk classification system (300; 404) having an imaging device (4042,4044; 5102; 534) configured to image milk for generation of digital image data (M); and a processor (3044; 304) adapted to execute a program code: to implement a deep learning neural network classifier trained using milk images labelled with a class from a set of classes to which the imaged milk may be assigned according to class characteristics which are manifest visually in the imaged milk and operable to assign the imaged milk to a class of the set of classes; to implement a deep learning neural network classifier trained using milk images labelled with a class from a set of classes to which the imaged milk may be assigned according to class characteristics which are manifest visually in the imaged milk and operable to assign the imaged milk to a class of the set of classes;
A device configured to be insertable through an access manhole opening of a tank designed to contain fuels or other hazardous liquids, the device being configured to carry out maintenance operations, the device comprising a carriage of self-propelled type driven by at least one pneumatic or hydraulic motor, connected by suitable wiring to a remote control panel suitable to be located outside the tank, wherein an articulated arm is rotatably connected by one end thereof to the carriage , said arm comprising a tower hinged on the carriage , said tower having a telescopic device which, through pneumatic pistons or pneumatic or hydraulic motors , is able to raise up to two times the height of said tower , wherein the articulated arm further comprises a gear unit having at least one gear axis of rotation located at the distal end of said telescopic device , as well as at least an articulated telescopic rod equipped with a telescopic device and located on said gear unit in such a way as to be driven by the latter, wherein at least one tool is applied in an interchangeable fashion at the top free end of the at least one articulated telescopic rod , wherein the at least one articulated telescopic rod is configured to be rotated on the axis of the gears of the gear unit by means of a pneumatic or hydraulic piston and wherein the device further comprises a feeler device fixed close to said at least one tool on the end point of the articulated arm and connected to the control panel, the feeler device being configured to automatically adjust the length of the telescopic device of the articulated telescopic rod to control the working distance of said at least one tool from the inside wall of the tank during use of the device.
A mobile asphalt plant with a thermal and acoustic insulation, wherein said mobile asphalt plant comprises: a gas exhaust duct; a dosage system; a rotary dryer ; an exhaust fan; an inertial separator; a baghouse; a mixer; a chimney; a conveyor belt for the transfer of aggregate from the dosage system to the rotary dryer ; a drag conveyor characterised in that said thermal and acoustic insulation comprises: thermally and acoustically-insulating shields installed in a region which comprises the mixer and a burner in the rotary dryer ; wherein the shields are attached to the baghouse and a combustion chamber by fastening elements; in that said thermal and acoustic insulation comprises an articulated system, wherein the articulated system is facilitating necessary interventions to the mixer and burner; and in that said thermal and acoustic insulation further comprises side protectors located on both sides of the conveyor belt , wherein the side protectors are symmetrical and fixed on a chassis structure located on both sides of the asphalt plant. a gas exhaust duct; a dosage system; a rotary dryer ; an exhaust fan; an inertial separator; a baghouse; a mixer; a chimney; a conveyor belt for the transfer of aggregate from the dosage system to the rotary dryer ; a drag conveyor characterised in that said thermal and acoustic insulation comprises: thermally and acoustically-insulating shields installed in a region which comprises the mixer and a burner in the rotary dryer ; wherein the shields are attached to the baghouse and a combustion chamber by fastening elements; in that said thermal and acoustic insulation comprises an articulated system, wherein the articulated system is facilitating necessary interventions to the mixer and burner; and in that said thermal and acoustic insulation further comprises side protectors located on both sides of the conveyor belt , wherein the side protectors are symmetrical and fixed on a chassis structure located on both sides of the asphalt plant.
An aircraft having a fuel tank disposed in a wing and a wireless fuel sensor system comprising: a plurality of wireless fuel sensors (106;200;300) each comprising: a sensor (202;310) configured to measure an indication of an amount of fuel in the fuel tank ; a transmitter coupled to the sensor; an antenna coupled to the transmitter; and a battery and a generator (204;312) configured to provide power to the sensor and the transmitter, wherein the generator is configured to harvest energy from the operating environment of the aircraft; and a controller configured to receive data from each of the plurality of wireless fuel sensors and to responsively calculate the amount of fuel in the fuel tank; wherein the plurality of wireless fuel sensors are mounted on the inside of the fuel tank and the tank wall includes a radio frequency window allowing communication. a plurality of wireless fuel sensors (106;200;300) each comprising: a sensor (202;310) configured to measure an indication of an amount of fuel in the fuel tank ; a transmitter coupled to the sensor; an antenna coupled to the transmitter; and a battery and a generator (204;312) configured to provide power to the sensor and the transmitter, wherein the generator is configured to harvest energy from the operating environment of the aircraft; and a sensor (202;310) configured to measure an indication of an amount of fuel in the fuel tank ; a transmitter coupled to the sensor; an antenna coupled to the transmitter; and a battery and a generator (204;312) configured to provide power to the sensor and the transmitter, wherein the generator is configured to harvest energy from the operating environment of the aircraft; and a controller configured to receive data from each of the plurality of wireless fuel sensors and to responsively calculate the amount of fuel in the fuel tank; wherein the plurality of wireless fuel sensors are mounted on the inside of the fuel tank and the tank wall includes a radio frequency window allowing communication.
A resonance type power transmission device in which a plurality of systems having respective transmitters and receivers are arranged opposite to each other and each of the systems transmits electric power having a single frequency, each of the transmitters and receivers having a transmission antenna and a reception antenna which are fitted to each other, said resonance type power transmission device further comprising a magnetic sheet disposed in a portion between said systems, opposite to said transmitters and receivers at a distance, from each of said transmitters and receivers , of 1/10 or more of a minimum of outer diameters of said transmission antenna and said reception antenna , characterized in that : the transmission antenna and the reception antenna are arranged in a plane.
Air dryer cartridge for an air treatment system , in particular for a compressed-air treatment system of a commercial vehicle, having a desiccant, characterised in that the desiccant is arranged as a coating of a structure in the interior of the air dryer cartridge .