mhurhangee/ep-ind-claims huggingface dataset:
System for monitoring a tyre internal pressure, having a sensor device, wherein the sensor device is provided for detecting a tyre internal pressure, a central control unit, a telematics device, wherein the telematics device is provided for processing and transmitting information, and an evaluation device, wherein the telematics device is configured to receive signals from a global navigation satellite system and is configured to exchange data and signals with the evaluation device, wherein the position data relating to the sensor device can be determined by means of the telematics device on the basis of the signals, and wherein the evaluation device is configured to assign a unique target pressure value range to the position data relating to the sensor device, characterized in that the system has a computer cloud, wherein the computer cloud is configured to exchange data and signals with the telematics device, wherein the computer cloud is also configured to process and analyse the data and signals, and wherein the computer cloud is configured to transmit the data or the processed data to a further device.
A window assembly for a vehicle, said window assembly comprising: an exterior substrate having an inner surface and an outer surface; an interior substrate disposed adjacent said exterior substrate and having an inner surface and an outer surface with said interior and exterior substrates (20, 18) defining a first peripheral boundary; a transparent layer disposed between said inner surfaces (18a, 20a) of said exterior and interior substrates (18, 20) and defining an area covering said window assembly with said area defining a second peripheral boundary, wherein said transparent layer comprises a metal compound such that said transparent layer is electrically conductive; an outer region defined on said window assembly between said first and second peripheral boundaries (22, 28) and being electrically non-conductive, the window assembly being characterised in that: said outer region surrounds said second peripheral boundary to completely separate said transparent layer from a window frame of the vehicle; wherein the window assembly further comprises: a slot defined within said area and opening into said outer region with said slot being devoid of said transparent layer and electrically non-conductive; a wire antenna element disposed within said slot; and a feeding element coupled to said wire antenna element for energizing said wire antenna element; wherein said wire antenna element is electrically disconnected from said transparent layer. an exterior substrate having an inner surface and an outer surface; an interior substrate disposed adjacent said exterior substrate and having an inner surface and an outer surface with said interior and exterior substrates (20, 18) defining a first peripheral boundary; a transparent layer disposed between said inner surfaces (18a, 20a) of said exterior and interior substrates (18, 20) and defining an area covering said window assembly with said area defining a second peripheral boundary, wherein said transparent layer comprises a metal compound such that said transparent layer is electrically conductive; an outer region defined on said window assembly between said first and second peripheral boundaries (22, 28) and being electrically non-conductive, the window assembly being characterised in that: said outer region surrounds said second peripheral boundary to completely separate said transparent layer from a window frame of the vehicle; wherein the window assembly further comprises: a slot defined within said area and opening into said outer region with said slot being devoid of said transparent layer and electrically non-conductive; a wire antenna element disposed within said slot; and a feeding element coupled to said wire antenna element for energizing said wire antenna element; a slot defined within said area and opening into said outer region with said slot being devoid of said transparent layer and electrically non-conductive; a wire antenna element disposed within said slot; and a feeding element coupled to said wire antenna element for energizing said wire antenna element; wherein said wire antenna element is electrically disconnected from said transparent layer.
A connection system for connecting an implement to a work vehicle having a movable arm and an operator control area, the connection system comprising: a lock assembly configured to be coupled to the movable arm, the lock assembly including: a pin configured to engage a portion of the implement, the pin configured to translate from a disengaged position to an engaged position; a resilient member positioned such that the pin is biased toward the engaged position; and an electrically operated actuator coupled to the pin for translating the pin; a control switch positioned for engagement from within the operator control area, the control switch configured to be in selective electrical communication with the actuator; an implement attachment member configured to be pivotally connected to the movable arm, the implement attachment member including an elongated passage and an implement protrusion receiving hole; and wherein activation of the control switch causes the actuator to translate the pin toward the disengaged position against the bias of the resilient member; and wherein the electrically operated actuator includes a solenoid; wherein the lock assembly is coupled to the implement attachment member and is disposed in the elongated passage; and wherein the elongated passage extends orthogonally to the implement protrusion receiving hole. a lock assembly configured to be coupled to the movable arm, the lock assembly including: a pin configured to engage a portion of the implement, the pin configured to translate from a disengaged position to an engaged position; a resilient member positioned such that the pin is biased toward the engaged position; and an electrically operated actuator coupled to the pin for translating the pin; a pin configured to engage a portion of the implement, the pin configured to translate from a disengaged position to an engaged position; a resilient member positioned such that the pin is biased toward the engaged position; and an electrically operated actuator coupled to the pin for translating the pin; a control switch positioned for engagement from within the operator control area, the control switch configured to be in selective electrical communication with the actuator; an implement attachment member configured to be pivotally connected to the movable arm, the implement attachment member including an elongated passage and an implement protrusion receiving hole; and wherein activation of the control switch causes the actuator to translate the pin toward the disengaged position against the bias of the resilient member; and wherein the electrically operated actuator includes a solenoid; wherein the lock assembly is coupled to the implement attachment member and is disposed in the elongated passage; and wherein the elongated passage extends orthogonally to the implement protrusion receiving hole.
A method of a beam failure recovery for a secondary cell, SCell, the method being performed by a user equipment, UE, for which a plurality of SCells have been configured by a base station, wherein the method comprises: receiving a radio resource control, RRC, signaling from the base station, wherein the RRC signaling carries an indication of performing a beam failure recovery on a bandwidth part, BWP, in a first SCell of the plurality of SCells configured by the base station; receiving a higher layer parameter from the base station, wherein the higher layer parameter indicates the UE to request scheduling of a PUSCH transmission carrying a MAC CE message for reporting the index of the first SCell in the event of beam failure in the BWP in the first SCell; transmitting, to the base station, a beam failure recovery request, BFRQ, through a MAC CE message carried in a granted PUSCH transmission to report a beam failure in the BWP in the first SCell; and receiving a physical downlink control channel, PDCCH, wherein the PDCCH carries a beam failure recovery response, BFRR, in response to the BFRQ from the base station. receiving a radio resource control, RRC, signaling from the base station, wherein the RRC signaling carries an indication of performing a beam failure recovery on a bandwidth part, BWP, in a first SCell of the plurality of SCells configured by the base station; receiving a higher layer parameter from the base station, wherein the higher layer parameter indicates the UE to request scheduling of a PUSCH transmission carrying a MAC CE message for reporting the index of the first SCell in the event of beam failure in the BWP in the first SCell; transmitting, to the base station, a beam failure recovery request, BFRQ, through a MAC CE message carried in a granted PUSCH transmission to report a beam failure in the BWP in the first SCell; and receiving a physical downlink control channel, PDCCH, wherein the PDCCH carries a beam failure recovery response, BFRR, in response to the BFRQ from the base station.
A combination of a fastening element for handling an ingredient container and a lid, the fastening element being composed from a rectangular flat body, an upper part of which is intended to be gripped and handled and its bottom part has an attachment section holding an ingredient container; the fastening element being composed of the body and the attachment section with the container, characterised in that the element is arranged in a lid of a cup having a bulge on its upper side with an opening for direct drinking or drinking with a straw; that opposite the bulge with the opening there is an opening that corresponds in its dimensions to the body of the fastening element, said body being arranged in said opening; that the opening comprises at the lateral side of the lid two bulges for a horizontal attachment of the entire fastening element to the bottom section of a side of the cup lid; that in this position, the body with its fastening section and its container does not reach into a cup below the lid; that when the fastening element is used, the part needs to be displaced from bulges, which means that the container together with the part of the body and the fastening section will be inserted into water in the cup; that subsequently in the horizontal position the ingredient container is squeezed or drained against the bottom section of the external wall of the lid; that after a certain period of time the body is reinserted into the bulges and the user may drink the beverage through the bulge with the opening.
Rotating contactor for a motor vehicle steering column, comprising: - at least one flexible electrical connecting tape for powering devices connected to the steering wheel of said vehicle, - means for winding / unwinding the flexible tape comprising a plurality of tracks (37, 37a) for guiding the winding and unwinding of the flexible tape, and - a cassette that can be mounted on the steering column and comprising: • a stationary part, and • a part moving relative to the stationary part that can be rotatably connected to the steering wheel of the vehicle, and defining, with the stationary part, a housing for the flexible tape and the tracks (37, 37a), in which contactor - the stationary part of the cassette has a viewing window, and - one of the tracks is differentiated and has at least one portion designed to be arranged substantially across from the viewing window of the cassette when the rotating contactor is in the neutral position, the neutral position being a position from which the rotating contactor can be turned in one direction and in the other according to a predefined number of turns. - at least one flexible electrical connecting tape for powering devices connected to the steering wheel of said vehicle, - means for winding / unwinding the flexible tape comprising a plurality of tracks (37, 37a) for guiding the winding and unwinding of the flexible tape, and - a cassette that can be mounted on the steering column and comprising: • a stationary part, and • a part moving relative to the stationary part that can be rotatably connected to the steering wheel of the vehicle, and defining, with the stationary part, a housing for the flexible tape and the tracks (37, 37a), • a stationary part, and • a part moving relative to the stationary part that can be rotatably connected to the steering wheel of the vehicle, and defining, with the stationary part, a housing for the flexible tape and the tracks (37, 37a), - the stationary part of the cassette has a viewing window, and - one of the tracks is differentiated and has at least one portion designed to be arranged substantially across from the viewing window of the cassette when the rotating contactor is in the neutral position, the neutral position being a position from which the rotating contactor can be turned in one direction and in the other according to a predefined number of turns.
A hot melt adhesive comprising: a polar functional group-modified polymer, an aliphatic polyester-based resin, a tackifier resin, and a thermoplastic elastomer. a polar functional group-modified polymer, an aliphatic polyester-based resin, a tackifier resin, and a thermoplastic elastomer.
Lighting arrangement, in particular a safety light, including: - at least one lens arrangement, on which at least two different optical elements (21, 22, 23) are installed; - at least one light diode arrangement having at least one light diode installed under the lens arrangement; - with at least one of the arrangements (20, 30) being movable between a locking position and a rotating position by means of an actuating mechanism (40; 50); - with the at least one movable arrangement being engaged with the other arrangement secure against rotating in the locking position and being installed rotatable around a rotating axis in the rotating position; - with it being possible to arrange at least one light diode of the light diode arrangement under one of the optical elements (21, 22, 23) of the lens arrangement by rotating the at least one arrangement in such a way that it is possible to guide light through the optical element (21, 22, 23) installed above the light diode, characterized in that the actuating mechanism includes at least two oppositely installed movable actuating elements, which include at least one ramp section, along which the movable arrangement can be guided, in order to move the movable arrangement from the locking position into the rotating position at the time of actuating the actuating element, and with the movable arrangement being rotatable in the rotating position by means of the actuating element. - at least one lens arrangement, on which at least two different optical elements (21, 22, 23) are installed; - at least one light diode arrangement having at least one light diode installed under the lens arrangement; - with at least one of the arrangements (20, 30) being movable between a locking position and a rotating position by means of an actuating mechanism (40; 50); - with the at least one movable arrangement being engaged with the other arrangement secure against rotating in the locking position and being installed rotatable around a rotating axis in the rotating position; - with it being possible to arrange at least one light diode of the light diode arrangement under one of the optical elements (21, 22, 23) of the lens arrangement by rotating the at least one arrangement in such a way that it is possible to guide light through the optical element (21, 22, 23) installed above the light diode,
A composition being a O/W emulsion comprising: (a) At least one modified starch; (b) At least one emulsifier; (c) An oil phase; (d) At least one thickener; (e) At least one oil-dispersible structuring agent; and (f) An aqueous phase, wherein the composition is aerated with air and/or an inert gas, wherein the oil-dispersible structuring agent (e) is chosen among glyceryl stearate, shea butter, hydrogenated jojoba oil, cocoa butter, cetyl alcohol, stearyl alcohol, beeswax, carnauba wax, candelilla wax, cetyl dimethicone and mixtures thereof and wherein the composition has a relative density ranging from 0.5 to 0.9 g/ml measured at a temperature of 25°C and at atmospheric pressure. (a) At least one modified starch; (b) At least one emulsifier; (c) An oil phase; (d) At least one thickener; (e) At least one oil-dispersible structuring agent; and (f) An aqueous phase, wherein the composition is aerated with air and/or an inert gas, wherein the oil-dispersible structuring agent (e) is chosen among glyceryl stearate, shea butter, hydrogenated jojoba oil, cocoa butter, cetyl alcohol, stearyl alcohol, beeswax, carnauba wax, candelilla wax, cetyl dimethicone and mixtures thereof and wherein the composition has a relative density ranging from 0.5 to 0.9 g/ml measured at a temperature of 25°C and at atmospheric pressure.
A drug delivery composition that enhances the oral absorption of normally difficulty soluble hydrophobic oil or crystalline drug actives, comprising: an emulsifier, said emulsifier being a phospholipid, a lecithin, a lysolecithin or combinations thereof; a plant derived sterol (stand) or ester derived from the sterol (stanol); a drug active effective amount of a hydrophobic drug, in which the weight ratio of the emulsifier to the plant Sterol drug combination is from 0.1 to 3.0; and characterized in that the composition further comprises an antacid. an emulsifier, said emulsifier being a phospholipid, a lecithin, a lysolecithin or combinations thereof; a plant derived sterol (stand) or ester derived from the sterol (stanol); a drug active effective amount of a hydrophobic drug, in which the weight ratio of the emulsifier to the plant Sterol drug combination is from 0.1 to 3.0; and characterized in that the composition further comprises an antacid.
Apparatus for heating and measuring a transparent cylindrical article during its manufacture, said apparatus comprising a high temperature furnace (35; 49; 45; 55, 65) comprising an upper graphite contact and a lower graphite contact, wherein each of the upper and the lower contact (50; 60) has an annular wall (55; 65) and the contacts are part of the heating mechanism for the furnace; and a heated interior positioned between the upper and lower contacts (50; 60), wherein the annular wall of the lower contact has a lateral opening (67; 70) in communication with the heated interior and through which the cylindrical article is visible a digital camera having a lens affixed thereto and a sensing and digital recording device, wherein the lens receives an optical image of the cylindrical article through the opening (67; 70) of the lower annular wall, and directs the optical image to the sensing and digital recording device which converts the optical image to a digital image and records the digital image. wherein the camera is enclosed in a fluid-tight, fluid-cooled housing having a portal, aligned with the opening (67; 70) of the furnace wall, for passage therethrough of the optical image of the cylindrical article; and a digital processor programmed with an algorithm which accesses and interprets the digital image from the sensing and digital recording device, and determines and reports a measurement of the cylindrical article, a high temperature furnace (35; 49; 45; 55, 65) comprising an upper graphite contact and a lower graphite contact, wherein each of the upper and the lower contact (50; 60) has an annular wall (55; 65) and the contacts are part of the heating mechanism for the furnace; and a heated interior positioned between the upper and lower contacts (50; 60), wherein the annular wall of the lower contact has a lateral opening (67; 70) in communication with the heated interior and through which the cylindrical article is visible a digital camera having a lens affixed thereto and a sensing and digital recording device, wherein the lens receives an optical image of the cylindrical article through the opening (67; 70) of the lower annular wall, and directs the optical image to the sensing and digital recording device which converts the optical image to a digital image and records the digital image. wherein the camera is enclosed in a fluid-tight, fluid-cooled housing having a portal, aligned with the opening (67; 70) of the furnace wall, for passage therethrough of the optical image of the cylindrical article; and a digital processor programmed with an algorithm which accesses and interprets the digital image from the sensing and digital recording device, and determines and reports a measurement of the cylindrical article,
A pitch drive system for rotating a wind turbine blade with respect to a wind turbine rotor hub, the blade or hub having an annular gear or annular gear segment, the pitch drive system comprising a motor, a drive pinion operationally connected with the motor, and a lubrication pinion wherein the lubrication pinion is arranged to mesh simultaneously with the drive pinion and with the annular gear or the annular gear segment, and the lubrication pinion comprises a substantially radial channel, the channel (131; 131a; 131b) being adapted to provide a lubricant to a tooth of the lubrication pinion that is in meshing engagement with teeth of the annular gear at least in a predefined blade position for wind speeds at or below nominal wind speed.