mhurhangee/ep-ind-claims huggingface dataset:
A device for measuring tyre parameters of a vehicle with means for detecting a tyre pressure of the vehicle, means for detecting a tyre profile depth of the vehicle and means for outputting measured tyre parameters that include and/or take into account the tyre pressure and the tyre profile depth, wherein the tyre pressure detecting means and the tyre profile depth detecting means have a measuring arrangement which is designed to be driven over by the vehicle and which is configured to measure the tyre pressure and the tyre profile depth in a moving vehicle, and the output means are designed to display a result of the measurement such that an operator driving the vehicle can detect said measurement in the vehicle or from the vehicle directly after driving over said arrangement and/or the output means are designed to transmit the result of the measurement to a data receiving unit by means of an electronic data transmitting network which is public in particular, characterized in that the tyre pressure detecting means and the tyre profile depth detecting means are designed so that the measuring of the tyre pressure and the measuring of the tyre profile depth takes place by shared use of optical measuring means for both measuring processes.
Method of manufacturing a stator segment for a stator of an electrical generator, the stator segment including a segment body and a coil concentrated winding, the method including: - a first step of manufacturing a segment body circumferentially extending between a first end slot and a second end slot, the segment body comprising at least one intermediate slot between the first end slot and the second end slot, each of the first end slot and the second end slot being circumferentially extended between a plurality of teeth of the segment body and a respective first side opening and second side opening, the segment body circumferentially spanning between the first side opening and the second side opening, - a second step of providing the coil concentrated winding in the slots (21, 22, 23) of the segment body, characterised by - a third step of providing a first pressure plate at the first side opening and a second pressure plate at the second side opening for respectively holding the coil concentrated winding in the first end slot and the second end slot, providing mechanical hardware (53, 54) between the pressure plates (51, 52) and the stator segment to connect mechanically the pressure plates (51, 52) to the stator segment at the respective first side opening or second side opening, - a fourth step of applying vacuum pressure impregnation to the coil concentrated winding in the slots (21, 22, 23) of the segment body, - a fifth step of removing the first pressure plate and the second pressure plate for obtaining the stator segment. - a first step of manufacturing a segment body circumferentially extending between a first end slot and a second end slot, the segment body comprising at least one intermediate slot between the first end slot and the second end slot, each of the first end slot and the second end slot being circumferentially extended between a plurality of teeth of the segment body and a respective first side opening and second side opening, the segment body circumferentially spanning between the first side opening and the second side opening, - a second step of providing the coil concentrated winding in the slots (21, 22, 23) of the segment body, characterised by - a third step of providing a first pressure plate at the first side opening and a second pressure plate at the second side opening for respectively holding the coil concentrated winding in the first end slot and the second end slot, providing mechanical hardware (53, 54) between the pressure plates (51, 52) and the stator segment to connect mechanically the pressure plates (51, 52) to the stator segment at the respective first side opening or second side opening, - a fourth step of applying vacuum pressure impregnation to the coil concentrated winding in the slots (21, 22, 23) of the segment body, - a fifth step of removing the first pressure plate and the second pressure plate for obtaining the stator segment.
A dual band printed antenna comprising: a substrate comprising a first surface and a second surface opposite to each other and at least two electrically conductive holes (105A, 105B) penetrating therethrough; a first driver disposed on the first surface and configured to generate a first radiation pattern of a first frequency band; a first reflector disposed on the first surface and apart from the first driver at a first distance; a second driver disposed on the second surface and configured to generate a second radiation pattern of a second frequency band, wherein the second driver is electrically coupled to the first driver through the at least two electrically conductive holes; a second reflector disposed on the second surface corresponding to the position of the first driver and apart from the second driver by a second distance; and a transmission line disposed on the first surface and electrically coupled to a feed point and a ground point of the first driver. a substrate comprising a first surface and a second surface opposite to each other and at least two electrically conductive holes (105A, 105B) penetrating therethrough; a first driver disposed on the first surface and configured to generate a first radiation pattern of a first frequency band; a first reflector disposed on the first surface and apart from the first driver at a first distance; a second driver disposed on the second surface and configured to generate a second radiation pattern of a second frequency band, wherein the second driver is electrically coupled to the first driver through the at least two electrically conductive holes; a second reflector disposed on the second surface corresponding to the position of the first driver and apart from the second driver by a second distance; and a transmission line disposed on the first surface and electrically coupled to a feed point and a ground point of the first driver.
A processor-implemented method, characterized in that, comprising: receiving multiple applications associated with an organization; deriving a purpose for each of the multiple applications associated with the organization, wherein the purpose for each of the multiple applications is derived based on information associated with functions in each of the multiple applications; capturing consents of data subjects for the derived purpose of each of the multiple application in a data subject preference master; and performing reconciliation of the data subject preference master and data subjects' data available in the organization to determine consent lacking information by: sending a read request to the data subject preference master; receiving encrypted information associated with the read request from the data subject preference master in at least two parts; decrypting the information received in the at least two parts using associated decryption keys, wherein one of the at least two parts comprise data subject identity and the remaining part comprise mapping of a hash value of the data subject identity and data sharing preference information; concatenating the information received in the at least two parts upon decryption; and performing reconciliation of the concatenated information and data subjects' data available in the organization to determine the consent lacking information. receiving multiple applications associated with an organization; deriving a purpose for each of the multiple applications associated with the organization, wherein the purpose for each of the multiple applications is derived based on information associated with functions in each of the multiple applications; capturing consents of data subjects for the derived purpose of each of the multiple application in a data subject preference master; and performing reconciliation of the data subject preference master and data subjects' data available in the organization to determine consent lacking information by: sending a read request to the data subject preference master; receiving encrypted information associated with the read request from the data subject preference master in at least two parts; sending a read request to the data subject preference master; receiving encrypted information associated with the read request from the data subject preference master in at least two parts; decrypting the information received in the at least two parts using associated decryption keys, wherein one of the at least two parts comprise data subject identity and the remaining part comprise mapping of a hash value of the data subject identity and data sharing preference information; concatenating the information received in the at least two parts upon decryption; and performing reconciliation of the concatenated information and data subjects' data available in the organization to determine the consent lacking information. concatenating the information received in the at least two parts upon decryption; and performing reconciliation of the concatenated information and data subjects' data available in the organization to determine the consent lacking information.
A straight steel monofilament (10, 20) with circular cross-section, said straight steel monofilament being wound on a spool, said straight steel monofilament being available for reinforcing belt ply (40, 50, 60, 70, 80) of a pneumatic tyre, said straight steel monofilament comprising a steel wire and a brass coating upon said steel wire, characterized in that said straight steel monofilament having been plastically twisted around its own axis by double twisting after wet wire drawing and without roller straightening, the arc-height of the straight steel monofilament (10, 20) is less than 30mm over the length of the straight steel monofilament, the arc-height being determined by first cutting a length of said monofilament between 40 cm and 45 cm, putting said cut monofilament on a board and pushing said cut monofilament toward two pins that are set apart 300 mm, so that said monofilament (10, 20) forms an arc with a height and finally measuring said height.
An air-conditioning control system comprising: A remote control device which is associated with one or more air-conditioning apparatuses each including an indoor unit and an outdoor unit, and controls operation of the air-conditioning apparatuses, wherein the remote control device is connected with an other remote control device associated with an other air-conditioning apparatus, using a first communication system; wherein the remote control device is connected with the indoor unit of each of the associated one or more air-conditioning apparatuses using a second communication system different from the first communication system; characterized in that the remote control device includes a storage unit configured to receive, from the other remote control device connected with the remote control device using the first communication system, information regarding the other air-conditioning apparatus associated with the other remote control device, and store the information, where the information includes the number of other remote control devices connected to the remote control device and the number of air-conditioning apparatuses (30A, 30E) connected to the remote control device or the other remote control devices; and wherein the remote control device controls operation of the other air-conditioning apparatus with the other remote control device, with a master remote control device which is the remoted control device; the plurality of air-conditioning apparatuses; and one or more slave remote control devices including the other remote control device.
A method for measuring a surface profile of a film growing on a surface of a substrate in a chamber, the method comprising: successively or intermittently varying an angle of a pivot mirror by pivoting at a high speed so that the mirror sequentially gives a single laser beam to yield a plurality of irradiation points (P1, P2, P3) on a surface of the film or on the surface of the substrate while varying an incident direction of the laser beam; wherein the plurality of irradiation points are corners (P1, P2, P3) of a triangle containing a certain point on the surface of the film or on the surface of the substrate; detecting a reflection direction of the single laser beam using a beam position sensor, and; calculating, from the reflection direction, an angle of inclination of the surface at each of the plurality of irradiation points and a warpage of the surface within a region including the certain point and the plurality of irradiation points from the calculated angles of inclination. successively or intermittently varying an angle of a pivot mirror by pivoting at a high speed so that the mirror sequentially gives a single laser beam to yield a plurality of irradiation points (P1, P2, P3) on a surface of the film or on the surface of the substrate while varying an incident direction of the laser beam; wherein the plurality of irradiation points are corners (P1, P2, P3) of a triangle containing a certain point on the surface of the film or on the surface of the substrate; detecting a reflection direction of the single laser beam using a beam position sensor, and; calculating, from the reflection direction, an angle of inclination of the surface at each of the plurality of irradiation points and a warpage of the surface within a region including the certain point and the plurality of irradiation points from the calculated angles of inclination.
A core/sheath composite filament (1, 1A) for toothbrushes comprising: a core made of a synthetic resin fiber; and a sheath integrally covering the core, the core/sheath composite filament being characterized in that the sheath is made of an elastomer compatible with the synthetic resin constituting the core, the core/sheath composite filament (1, 1A) has a cross section that is perpendicular to the lengthwise direction of the core/sheath composite filament (1, 1A), the cross section being formed into a quadrangular shape, and the cross section has sides each of which has the length set in the range of 0.14 to 0.30 mm. a core made of a synthetic resin fiber; and a sheath integrally covering the core, the core/sheath composite filament being characterized in that the sheath is made of an elastomer compatible with the synthetic resin constituting the core, the core/sheath composite filament (1, 1A) has a cross section that is perpendicular to the lengthwise direction of the core/sheath composite filament (1, 1A), the cross section being formed into a quadrangular shape, and the cross section has sides each of which has the length set in the range of 0.14 to 0.30 mm.
A refrigerator comprising: a main body in which a storage space is formed; a deep-temperature freezing chamber that forms a heat insulating space which is independent of the storage space; an evaporator that is provided inside the storage space for cooling the storage space; a grill pan assembly which defines the storage space and a space in which the evaporator is accommodated; a thermoelectric element module assembly which is provided at one side of the deep-temperature freezing chamber and includes a thermoelectric element, a heat sink, and a cold sink to cool the deep-temperature freezing chamber to a temperature lower than that of the storage space; characterized by a thermoelectric element module accommodation portion that is formed at one side of the grill pan assembly and in which at least a portion of the thermoelectric element module assembly is accommodated; a defrost water guide that is formed to communicate the thermoelectric element module accommodation portion and the space in which the evaporator is accommodated with each other and to discharge defrost water generated during a defrost operation of the deep-temperature freezing chamber; and a defrost heater which is provided in the thermoelectric element module accommodation portion to melt the ice driven and dropped during the defrosting operation. a main body in which a storage space is formed; a deep-temperature freezing chamber that forms a heat insulating space which is independent of the storage space; an evaporator that is provided inside the storage space for cooling the storage space; a grill pan assembly which defines the storage space and a space in which the evaporator is accommodated; a thermoelectric element module assembly which is provided at one side of the deep-temperature freezing chamber and includes a thermoelectric element, a heat sink, and a cold sink to cool the deep-temperature freezing chamber to a temperature lower than that of the storage space; characterized by a thermoelectric element module accommodation portion that is formed at one side of the grill pan assembly and in which at least a portion of the thermoelectric element module assembly is accommodated; a defrost water guide that is formed to communicate the thermoelectric element module accommodation portion and the space in which the evaporator is accommodated with each other and to discharge defrost water generated during a defrost operation of the deep-temperature freezing chamber; and a defrost heater which is provided in the thermoelectric element module accommodation portion to melt the ice driven and dropped during the defrosting operation.
A crystalline form of tafamidis designated as form V, which is characterized by a PXRD pattern having peaks at 6.0, 19.9, 20.6, 23.9 and 29.2 degrees 2-theta ± 0.2 degrees 2-theta; wherein the PXRD data is measured using a Cu irradiation source with a wavelength of 1.54184 Ǻ.
A tobacco combustor, comprising: a) a cigarette holder assembly; b) a combustor assembly; c) a battery assembly; d) a voltage generator; and e) a control assembly, the control assembly comprising a plastic holder; wherein: the cigarette holder assembly is disposed at a front end of the combustor assembly and is connected to the combustor assembly via screw threads; the combustor assembly is connected to the voltage generator via the plastic holder; the voltage generator and the control assembly are fixed on the plastic holder; and the battery assembly is connected to the voltage generator and the control assembly through the plastic holder, characterized in that the cigarette holder assembly comprises a ceramic filter, silicone, engineering plastics, and a first copper connector; the silicone sleeves the ceramic filter; the silicone and the ceramic filter are inserted into the engineering plastics; and the first copper connector is pressed on the engineering plastics by external force. a) a cigarette holder assembly; b) a combustor assembly; c) a battery assembly; d) a voltage generator; and e) a control assembly, the control assembly comprising a plastic holder; the cigarette holder assembly is disposed at a front end of the combustor assembly and is connected to the combustor assembly via screw threads; the combustor assembly is connected to the voltage generator via the plastic holder; the voltage generator and the control assembly are fixed on the plastic holder; and the battery assembly is connected to the voltage generator and the control assembly through the plastic holder,
A closing device of a building, comprising - a frame, - an adjusting wing adjustably arranged on the frame, which is movable between a closed position, in which the adjusting wing closes an opening defined by the frame, and an open position, in which the adjusting wing at least partly clears the opening, - a locking device for locking the adjusting wing with the frame in the closed position, wherein the locking device is configured to lock the adjusting wing with the frame in a locked position, and in an unlocked position is configured to release the adjusting wing for moving out of the closed position, - an electromotive driving device for actuating the locking device between the locked position and the unlocked position, and - a control device for controlling the driving device, wherein a sensor device (210, 211) is provided to detect an action on the locking device independent of the driving device or a manual actuating device when the adjusting wing is in the closed position, wherein the control device is configured to actuate the driving device to hold the locking device in the locked position when the sensor device (210, 211) detects said action on the locking device, wherein the driving device is formed as a spindle drive with a spindle and a spindle nut in engagement with the spindle, characterized in that the sensor device (210, 211) is configured to detect an inadmissible movement of the spindle and/or the spindle nut. - a frame, - an adjusting wing adjustably arranged on the frame, which is movable between a closed position, in which the adjusting wing closes an opening defined by the frame, and an open position, in which the adjusting wing at least partly clears the opening, - a locking device for locking the adjusting wing with the frame in the closed position, wherein the locking device is configured to lock the adjusting wing with the frame in a locked position, and in an unlocked position is configured to release the adjusting wing for moving out of the closed position, - an electromotive driving device for actuating the locking device between the locked position and the unlocked position, and - a control device for controlling the driving device,
An abutment for a tubular component, said abutment being overlaid with a coating comprising a principal layer constituted by an alloy selected from nickel-phosphorus alloys, copper-nickel alloys and nickel-tungsten alloys, characterized in that the coating further comprises an underlay constituted by an alloy selected from nickel-aluminium alloys.
Calibration device for mass flowmeters having at least one test piece measuring section, into which the mass flowmeter test piece to be calibrated can be inserted, having at least one device for creating a flow of a medium through the test piece measuring section and having at least one temperature-measuring device in the test piece measuring section for detecting the temperature of the medium, characterized in that the temperature-measuring device is designed as an ultrasonic temperature-measuring device, as a result, the temperature of the medium is determined using the speed of an emitted ultrasonic signal in the medium, wherein the ultrasonic temperature-measuring device does not extend into the flow cross-section of the test piece measuring section, so that the flow in the test piece measuring section is essentially unaffected by the ultrasonic temperature-measuring device, in particular in the area of the mass flowmeter test piece, that an invasive reference temperature-measuring device and an associated reference ultrasonic temperature-measuring device are arranged adjacent to one another in the calibration device and are arranged in the calibration device so that the flow in the test piece measuring section in the area of the ultrasonic temperature-measuring device and in the area of the mass flowmeter test piece is essentially unaffected by the invasive reference temperature-measuring device, so that the ultrasonic speed (v ref) in the medium can be determined with the reference ultrasonic temperature-measuring device at the medium temperature (T ref) determined using the invasive reference temperature-measuring device, and that the relation (v ref =f(T ref)) obtained from the reference measurement between the ultrasonic speed (v ref) in the medium and the medium temperature is the basis for the temperature measurement with the ultrasonic temperature-measuring device in the test piece measuring section.