mhurhangee/ep-ind-claims huggingface dataset:
A magnetic cooling apparatus comprising: a plurality of magnets (106, 306, 606a, 606b) arranged to form a magnetic field; a magnetic regeneration unit (102, 104, 302, 304, 602, 604) comprising a magnetocaloric material, provided with coils (302a, 304a, 602a, 604a) for generating an electromagnetic force as kinetic energy for driving the unit; a high temperature flow path formed through the magnetic regeneration unit when the magnetic regeneration unit is magnetized inside the magnetic field; a low temperature flow path formed through the magnetic regeneration unit when the magnetic regeneration unit is demagnetized outside the magnetic field; and a controller arranged to control current supply to the coils of the magnetic regeneration unit to move the magnetic regeneration unit into and out of the magnetic field. a plurality of magnets (106, 306, 606a, 606b) arranged to form a magnetic field; a magnetic regeneration unit (102, 104, 302, 304, 602, 604) comprising a magnetocaloric material, provided with coils (302a, 304a, 602a, 604a) for generating an electromagnetic force as kinetic energy for driving the unit; a high temperature flow path formed through the magnetic regeneration unit when the magnetic regeneration unit is magnetized inside the magnetic field; a low temperature flow path formed through the magnetic regeneration unit when the magnetic regeneration unit is demagnetized outside the magnetic field; and a controller arranged to control current supply to the coils of the magnetic regeneration unit to move the magnetic regeneration unit into and out of the magnetic field.
Method for controlling an agricultural soil preparation implement which is pulled by a tractor and embodied as a plough, comprising the step: - acquiring information about cornering of the tractor and/or of the agricultural soil preparation implement; characterized by the step: - automatic adaptation of the implement setting of the agricultural soil preparation implement in accordance with the information about the cornering of the tractor and/or of the agricultural soil preparation implement. - acquiring information about cornering of the tractor and/or of the agricultural soil preparation implement; - automatic adaptation of the implement setting of the agricultural soil preparation implement in accordance with the information about the cornering of the tractor and/or of the agricultural soil preparation implement.
A method for precise positioning of a marker on a display, the method comprising the following steps: (a) Displaying an image and a marker overlaid on the image on a display, wherein the marker indicates a first point on the display; (b) Obtaining the coordinates of a second point at a second position on the display, in response to a user input event indicating the second position; (c) Determining the coordinates of a third point on the display, said third point being located at a defined distance from the first point in a direction pointing from the first point to the second point, wherein the defined distance is one or several pixels of the display; (d) Moving the marker from the first point to the third point, so that the marker indicates the third point, thereby incrementally correcting the position of the marker on the display by the defined distance in response to each sequentially entered user input event. (a) Displaying an image and a marker overlaid on the image on a display, wherein the marker indicates a first point on the display; (b) Obtaining the coordinates of a second point at a second position on the display, in response to a user input event indicating the second position; (c) Determining the coordinates of a third point on the display, said third point being located at a defined distance from the first point in a direction pointing from the first point to the second point, wherein the defined distance is one or several pixels of the display; (d) Moving the marker from the first point to the third point, so that the marker indicates the third point, thereby incrementally correcting the position of the marker on the display by the defined distance in response to each sequentially entered user input event.
Condenser tumble dryer with a drying chamber for laundry items to be dried, a control device, a drive motor, a process air duct, in which a process air fan for conveying the process air and a heater for heating the process air are arranged, an air-to-air heat exchanger with a cooling air duct, in which a cooling air fan and a throttle flap are arranged, and an actuator system, which contains a hydraulic cylinder, a reciprocating piston and a drive medium, is connected to the throttle flap in a force-fit manner via the reciprocating piston and is in thermal contact with the process air duct, so that it is possible to undertake an adjustment of the throttle flap as a function of a temperature T of the process air, and wherein the drying chamber, the process air duct and the air-to-air heat exchanger form an essentially closed circuit for the process air, characterised in that the thermal contact between actuator system and process air duct consists in a heat exchange being able to take place between warm process air in the process air duct and the drive medium.
A method comprising: - Processing of a computer program or computer program portion contained in a data packet on an electronic device only if the data packet contains a key adapted to the electronic device, wherein the data packet is a data packet from a plurality of data packets, wherein each of the data packets from the plurality of data packets respectively contains the computer program or computer program portion and a key, wherein the computer program or computer program portion contained in the data packets is identical for all data packets and intended for processing on a plurality of electronic devices, wherein the electronic device is an electronic device from the plurality of electronic devices, and wherein the key respectively contained in a data packet is adapted only to one of the electronic devices, but not to any other of the electronic devices, wherein to each of the electronic devices, a respective dedicated encrypted release key is assigned, and wherein the key contained in the data packet is adapted to the electronic device if the encrypted release key assigned to the electronic device can be decrypted with the key contained in the data packet. - Processing of a computer program or computer program portion contained in a data packet on an electronic device only if the data packet contains a key adapted to the electronic device, wherein the data packet is a data packet from a plurality of data packets, wherein each of the data packets from the plurality of data packets respectively contains the computer program or computer program portion and a key, wherein the computer program or computer program portion contained in the data packets is identical for all data packets and intended for processing on a plurality of electronic devices, wherein the electronic device is an electronic device from the plurality of electronic devices, and wherein the key respectively contained in a data packet is adapted only to one of the electronic devices, but not to any other of the electronic devices, wherein to each of the electronic devices, a respective dedicated encrypted release key is assigned, and wherein the key contained in the data packet is adapted to the electronic device if the encrypted release key assigned to the electronic device can be decrypted with the key contained in the data packet.
A light emitting device comprising: a light emitting solid state device emitting blue light; and a Ca 1-w Eu w (Al 1-z Ga z) x S y phosphor that absorbs blue light emitted by the light emitting solid state device and in response emits green light, and the phosphor is coated with a protective barrier layer; wherein 2 ≤ x ≤ 4, 4 ≤ y ≤ 7, 0 ≤ z ≤ 1, and 0 < w ≤ 1. a light emitting solid state device emitting blue light; and a Ca 1-w Eu w (Al 1-z Ga z) x S y phosphor that absorbs blue light emitted by the light emitting solid state device and in response emits green light, and the phosphor is coated with a protective barrier layer; wherein 2 ≤ x ≤ 4, 4 ≤ y ≤ 7, 0 ≤ z ≤ 1, and 0 < w ≤ 1.
A cubic boron nitride sintered body which comprises a binder phase containing titanium nitride and titanium carbonitride, cubic boron nitride and inevitable impurities, a distance between a Bragg angle 2θ of a plane diffraction line of titanium carbonitride and a Bragg angle 2θ of a plane diffraction line of titanium nitride in an X-ray diffraction measurement using a Cu-Kα line is 0.30° or more and 0.60° or less, and a full width at half maximum intensity of the plane diffraction line of titanium carbonitride is 0.30° or more and 0.50° or less, wherein the full width at half maximum intensity of the plane diffraction line of titanium nitride is 0.25° or more and 0.45° or less, wherein the cubic boron nitride sintered body is constituted by, 20 to 80% by volume of a binder phase based on the whole cubic boron nitride sintered body which comprises aluminum oxide: 3 to 30% by volume based on the whole cubic boron nitride sintered body, a sum of titanium nitride and titanium carbonitride: 10 to 60% by volume based on the whole cubic boron nitride sintered body, titanium boride: 1 to 30% by volume based on the whole cubic boron nitride sintered body, one or two kinds of aluminum nitride and aluminum boride: 10% by volume or less based on the whole cubic boron nitride sintered body, 80 to 20% by volume of cubic boron nitride based on the whole cubic boron nitride sintered body and inevitable impurities.
An apparatus for treating obesity of an obese patient having a stomach with a food cavity, the apparatus comprising at least one adjustable volume filling device adapted to be fully invaginated by a stomach wall portion of the patient, wherein the volume filling device is adapted to be placed on the inside of the stomach wall with the outer surface of the volume filling device resting against the inside stomach wall, characterized in that the volume filling device has a maximum circumference of at least 30 millimeters and is adapted to be inserted in a sealed pouch of the food cavity separated from the remaining food cavity, whereby the volume filling device is protected from stomach acids from the remaining food cavity, when implanted in the patient's stomach, wherein the apparatus further comprises an implantable non-invasive control unit for adjusting the volume of the volume filling device non-invasively postoperatively.
A pneumatic tire comprising: a sidewall portion having an outer surface provided with a decorative portion extending in the circumferential direction of the tire in an arc shape, wherein the decorative portion comprises a first pattern area having a surface aspect, and a second pattern area having a surface aspect different from the surface aspect of the first pattern area, wherein when the decorative portion is virtually divided into a number N of decorative zones, N being an integer of 3 or more, by virtual parallel straight lines which are perpendicular to a reference center line which extends in a radial direction of the tire through the center in the tire circumferential direction of the decorative portion when viewed perpendicularly so that, at the position of the reference center line, the decorative portion is divided into the number N equal parts by the virtual parallel straight lines, and percentages of occupied area of the first pattern area in the respective decorative zones are gradually increased from the radially innermost one to the radially outermost one of the number N of the decorative zones at the position of the reference center line, wherein one of the first pattern area and the second pattern area is provided with a plurality of linear pattern elements, or one of the first pattern area and the second pattern area is provided with micro-protrusions, characterized in that the other of the first pattern area and the second pattern area has a substantially smooth surface. a sidewall portion having an outer surface provided with a decorative portion extending in the circumferential direction of the tire in an arc shape, wherein the decorative portion comprises a first pattern area having a surface aspect, and a second pattern area having a surface aspect different from the surface aspect of the first pattern area, wherein when the decorative portion is virtually divided into a number N of decorative zones, N being an integer of 3 or more, by virtual parallel straight lines which are perpendicular to a reference center line which extends in a radial direction of the tire through the center in the tire circumferential direction of the decorative portion when viewed perpendicularly so that, at the position of the reference center line, the decorative portion is divided into the number N equal parts by the virtual parallel straight lines, and percentages of occupied area of the first pattern area in the respective decorative zones are gradually increased from the radially innermost one to the radially outermost one of the number N of the decorative zones at the position of the reference center line, wherein one of the first pattern area and the second pattern area is provided with a plurality of linear pattern elements, or one of the first pattern area and the second pattern area is provided with micro-protrusions, characterized in that the other of the first pattern area and the second pattern area has a substantially smooth surface.
A glazing assembly, comprising: a first glass substrate; a radiation shield covering, directly or indirectly, at least a part of a peripheral edge area of the first glass substrate; and a dual junction solid-state heat flux sensor, comprising: a first junction oriented in the assembly at a first location at which radiation from a radiation source is receivable through the first glass substrate, a second junction oriented in the assembly at a second location that is blocked from the radiation source by the radiation shield, and circuitry configured to generate a signal based on a differential between transduced voltages respectively generated at the first and second junctions. a first glass substrate; a radiation shield covering, directly or indirectly, at least a part of a peripheral edge area of the first glass substrate; and a dual junction solid-state heat flux sensor, comprising: a first junction oriented in the assembly at a first location at which radiation from a radiation source is receivable through the first glass substrate, a second junction oriented in the assembly at a second location that is blocked from the radiation source by the radiation shield, and circuitry configured to generate a signal based on a differential between transduced voltages respectively generated at the first and second junctions. a first junction oriented in the assembly at a first location at which radiation from a radiation source is receivable through the first glass substrate, a second junction oriented in the assembly at a second location that is blocked from the radiation source by the radiation shield, and circuitry configured to generate a signal based on a differential between transduced voltages respectively generated at the first and second junctions.
A quick charging method comprising: determining, with clock signal transmitted from a power adapter to a mobile terminal via a universal serial bus, a communication sequence between the power adapter and the mobile terminal in a process of coupling the power adapter with the mobile terminal; conducting one or more bidirectional communications between the power adapter and the mobile terminal via the USB interface under a control of the communication sequence to transmit an instruction to the mobile terminal for querying the mobile terminal for whether or not to activate a quick charging mode and determine to charge a battery of the mobile terminal in the quick charging mode upon that an instruction indicating to activate the quick charging mode is received by the power adapter from the mobile terminal via the one or more bidirectional communications; conducting a negotiation between the power adapter and the mobile terminal to determine the charging current corresponding to the quick charging mode after the battery of the mobile terminal is determined to be charged in the quick charging mode; and adjusting a charging current output to the mobile terminal according to the charging current corresponding to the quick charging mode to charge the battery of the mobile terminal. determining, with clock signal transmitted from a power adapter to a mobile terminal via a universal serial bus, a communication sequence between the power adapter and the mobile terminal in a process of coupling the power adapter with the mobile terminal; conducting one or more bidirectional communications between the power adapter and the mobile terminal via the USB interface under a control of the communication sequence to transmit an instruction to the mobile terminal for querying the mobile terminal for whether or not to activate a quick charging mode and determine to charge a battery of the mobile terminal in the quick charging mode upon that an instruction indicating to activate the quick charging mode is received by the power adapter from the mobile terminal via the one or more bidirectional communications; conducting a negotiation between the power adapter and the mobile terminal to determine the charging current corresponding to the quick charging mode after the battery of the mobile terminal is determined to be charged in the quick charging mode; and adjusting a charging current output to the mobile terminal according to the charging current corresponding to the quick charging mode to charge the battery of the mobile terminal.
A vehicle comprising: a shift reactor configured to: receive carbon monoxide produced by the vehicle; and process the received carbon monoxide to produce an output comprising hydrogen; and a fuel cell coupled to the shift reactor and configured to: receive the hydrogen from the shift reactor; and produce, using the received hydrogen, electricity for use on the vehicle, and further comprising a fuel store configured to store a fuel, the fuel comprising a hydrocarbon; a fuel reformer coupled to the fuel store and configured to: receive an input comprising the hydrocarbon; and process the received input to produce an output comprising the carbon monoxide; wherein the shift reactor is arranged to receive the carbon monoxide from the fuel reformer, and wherein the fuel reformer is an electrically driven fuel reformer powered by electricity received from the fuel cell. a shift reactor configured to: receive carbon monoxide produced by the vehicle; and process the received carbon monoxide to produce an output comprising hydrogen; and receive carbon monoxide produced by the vehicle; and process the received carbon monoxide to produce an output comprising hydrogen; and a fuel cell coupled to the shift reactor and configured to: receive the hydrogen from the shift reactor; and produce, using the received hydrogen, electricity for use on the vehicle, receive the hydrogen from the shift reactor; and produce, using the received hydrogen, electricity for use on the vehicle, and further comprising a fuel store configured to store a fuel, the fuel comprising a hydrocarbon; a fuel reformer coupled to the fuel store and configured to: receive an input comprising the hydrocarbon; and process the received input to produce an output comprising the carbon monoxide; receive an input comprising the hydrocarbon; and process the received input to produce an output comprising the carbon monoxide; wherein the shift reactor is arranged to receive the carbon monoxide from the fuel reformer, and wherein the fuel reformer is an electrically driven fuel reformer powered by electricity received from the fuel cell.
A voltage regulator, comprising: an operational amplifier; a current buffer driver; an output power driver, wherein the current buffer driver is coupled between the operational amplifier and the output power driver; a current feedback circuit coupled between the output power driver and the current buffer driver; and a feedback loop coupled between the output power driver and the operational amplifier, characterized in that the current buffer driver is a gm enhanced current buffer driver, and wherein the voltage regulator further comprises a biasing circuit coupled to the current buffer driver for providing a gm-boost of the gm enhanced current buffer driver and an enable/disable function to enable/disable the biasing circuit for reducing standby current. an operational amplifier; a current buffer driver; an output power driver, wherein the current buffer driver is coupled between the operational amplifier and the output power driver; a current feedback circuit coupled between the output power driver and the current buffer driver; and a feedback loop coupled between the output power driver and the operational amplifier, characterized in that the current buffer driver is a gm enhanced current buffer driver, and wherein the voltage regulator further comprises a biasing circuit coupled to the current buffer driver for providing a gm-boost of the gm enhanced current buffer driver and an enable/disable function to enable/disable the biasing circuit for reducing standby current.
A flow device for controlling and/or adjusting a counter pressure in a pneumatic sand-conveying device for a rail vehicle, the flow device having at least the following features: - a conveying-channel device for conveying sand; and - at least one controllable counter-pressure device that is coupled to the conveying-channel device and is arranged and/or configured to generate the counter pressure against and/or perpendicular to a direction of conveying of the sand conveyed in the conveying-channel device or against and/or perpendicular to an intended direction of conveying of the sand that can be conveyed in the conveying-channel device. - a conveying-channel device for conveying sand; and - at least one controllable counter-pressure device that is coupled to the conveying-channel device and is arranged and/or configured to generate the counter pressure against and/or perpendicular to a direction of conveying of the sand conveyed in the conveying-channel device or against and/or perpendicular to an intended direction of conveying of the sand that can be conveyed in the conveying-channel device.