mhurhangee/patent-ind-claim-en huggingface dataset:
A battery cell , comprising a cover plate , a housing , and a gas-permeable film , wherein: the housing has an opening and the cover plate covers the opening of the housing ; the cover plate and/or housing have/has at least one through hole , and the inside and the outside of the battery cell are in communication with each other via the through hole ; the gas-permeable film is connected to the inside of the cover plate and/or housing and covers the at least one through hole ; the at least one through hole comprises an accommodating section and an extending section in a direction perpendicular to the plane of the cover plate or housing , the accommodating section having an average bore-diameter greater than the average bore-diameter of the extending section , and the accommodating section being closer to the inside of the battery cell than the extending section ; the battery cell further comprises a backing material , the backing material being at least partially accommodated in the accommodating section and being contained in the through hole ; and the backing material is made of a hydrophobic and gas-permeable material having a gas permeation volume greater than the gas permeation volume of the gas-permeable film , and/or having a melting point greater than the melting point of the gas-permeable film . the housing has an opening and the cover plate covers the opening of the housing ; the cover plate and/or housing have/has at least one through hole , and the inside and the outside of the battery cell are in communication with each other via the through hole ; the gas-permeable film is connected to the inside of the cover plate and/or housing and covers the at least one through hole ; the at least one through hole comprises an accommodating section and an extending section in a direction perpendicular to the plane of the cover plate or housing , the accommodating section having an average bore-diameter greater than the average bore-diameter of the extending section , and the accommodating section being closer to the inside of the battery cell than the extending section ; the battery cell further comprises a backing material , the backing material being at least partially accommodated in the accommodating section and being contained in the through hole ; and the backing material is made of a hydrophobic and gas-permeable material having a gas permeation volume greater than the gas permeation volume of the gas-permeable film , and/or having a melting point greater than the melting point of the gas-permeable film .
A protective structure for fences configured for being fixed on the front of fences to cushion possible impacts, characterised in that it comprises a spongey body , a flat panel made of a rigid and lightweight material and a wrap-around laminar cover by way of a case, wherein the spongey body and the flat panel are attached to one another forming a whole body tightly fit within the laminar cover .
Housing for a motor vehicle heating, ventilation and/or air conditioning system intended for the thermal treatment of an air flow, the housing comprising a joining portion between the housing and a component of the heating, ventilation and/or air conditioning system, said joining portion forming part of a unit called intake unit of the housing , intended to receive the intake fan for moving the air in said housing , and also a control unit for the intake fan, wherein the joining portion is designed to discharge a flow of water from the air flow and comprises at least one water diversion wall disposed along an edge of an orifice in such a way that the water flows between said wall and another part of the housing , said orifice being intended to receive the fan control unit, the housing further comprising: - a curved or sloping portion disposed downstream of the joining portion relative to the flow of water, characterized in that the housing comprises: - a tongue in the extension of the curved portion , and - a receiving unit for receiving a heat exchanger of the heating, ventilation and/or air conditioning system, said receiving unit being secured to the tongue by an interlocking member , the tongue being disposed on the interlocking member while protruding from said interlocking member . - a curved or sloping portion disposed downstream of the joining portion relative to the flow of water, characterized in that the housing comprises: - a tongue in the extension of the curved portion , and - a receiving unit for receiving a heat exchanger of the heating, ventilation and/or air conditioning system, said receiving unit being secured to the tongue by an interlocking member , the tongue being disposed on the interlocking member while protruding from said interlocking member . - a tongue in the extension of the curved portion , and - a receiving unit for receiving a heat exchanger of the heating, ventilation and/or air conditioning system, said receiving unit being secured to the tongue by an interlocking member , the tongue being disposed on the interlocking member while protruding from said interlocking member .
A lightning protection sheet comprising an electrically conductive film having thickness t and an electrically non-conductive first discriminator layer having thickness T DL over the electrically conductive film, where the first discriminator layer is patterned into a plurality of features selected from the group consisting of valley features comprised of inverted cones, inverted hemispheres, inverted humps, inverted pyramids of 3, 4 or more sides, or inverted hard- or soft-edged frusta thereof, the valley features having a depth d of between 50% and 100% of T DL , ridge-and-trench features comprised of alternating ridges and trenches, the ridge-and-trench features having a trench depth d of between 50% and 100% of T DL , or combinations thereof.
Scraping device for a paint brush, comprising a peripheral wall that extends between an upper end and a lower end , and enclosing a scraping space between the upper end and the lower end, and said peripheral wall is provided at the upper end with an upper edge that defines an opening to the scraping space , wherein the scraping device is provided, near the lower end of the peripheral wall , with a bottom , which closes the scraping space at a lower end thereof, and/or near the upper end of the peripheral wall is provided with one or more engaging elements , which are applied on an outer side of the peripheral wall turned away from the scraping space for resting on, preferably for coupling to, an upper edge of a holder, for example a paint tin , wherein the peripheral wall is provided, on an inner side turned towards the scraping space , with a scraping relief , said scraping relief extending along a complete inner perimeter of the peripheral wall , and between an upper end of the scraping relief located near the upper edge of the peripheral wall and a lower end of the scraping relief located at a distance from the upper edge of the peripheral wall , wherein the scraping space is dimensioned for in use receiving the tip of a brush, and the scraping relief is configured for in use providing a scraping direction substantially parallel to the upper edge of the peripheral wall . a peripheral wall that extends between an upper end and a lower end , and enclosing a scraping space between the upper end and the lower end, and said peripheral wall is provided at the upper end with an upper edge that defines an opening to the scraping space , wherein the scraping device is provided, near the lower end of the peripheral wall , with a bottom , which closes the scraping space at a lower end thereof, and/or near the upper end of the peripheral wall is provided with one or more engaging elements , which are applied on an outer side of the peripheral wall turned away from the scraping space for resting on, preferably for coupling to, an upper edge of a holder, for example a paint tin , wherein the peripheral wall is provided, on an inner side turned towards the scraping space , with a scraping relief , said scraping relief extending along a complete inner perimeter of the peripheral wall , and between an upper end of the scraping relief located near the upper edge of the peripheral wall and a lower end of the scraping relief located at a distance from the upper edge of the peripheral wall , wherein the scraping space is dimensioned for in use receiving the tip of a brush, and the scraping relief is configured for in use providing a scraping direction substantially parallel to the upper edge of the peripheral wall .
A method for starting or accelerating the oxygen production of an oxygen generating composition, the method comprising - providing an oxygen source, - providing an ionic liquid, - providing a metal salt, - contacting the oxygen source, the ionic liquid and the metal salt, and - adding the basic compound to one or two out of the oxygen source, the ionic liquid and the metal salt before contacting of the oxygen source, the ionic liquid and the metal salt or starting or accelerating the oxygen production by adding a basic compound to the oxygen source, the ionic liquid and the metal salt, wherein - the oxygen source comprises a peroxide compound, - the ionic liquid is in the liquid state at least in the temperature range from -10°C to +50°C and - the metal salt comprises one single metal or two or more different metals, and an organic and/or an inorganic anion. - providing an oxygen source, - providing an ionic liquid, - providing a metal salt, - contacting the oxygen source, the ionic liquid and the metal salt, and - adding the basic compound to one or two out of the oxygen source, the ionic liquid and the metal salt before contacting of the oxygen source, the ionic liquid and the metal salt or starting or accelerating the oxygen production by adding a basic compound to the oxygen source, the ionic liquid and the metal salt, wherein - the oxygen source comprises a peroxide compound, - the ionic liquid is in the liquid state at least in the temperature range from -10°C to +50°C and - the metal salt comprises one single metal or two or more different metals, and an organic and/or an inorganic anion. - the oxygen source comprises a peroxide compound, - the ionic liquid is in the liquid state at least in the temperature range from -10°C to +50°C and - the metal salt comprises one single metal or two or more different metals, and an organic and/or an inorganic anion.
A brake caliper unit for disc brakes, comprising a support forming the caliper, a pneumatically operated piston-cylinder arrangement arranged in the caliper, the pistons and cylinder of which have a non-circular cross-section, and a brake lining, wherein the pistons and the cylinder of the piston-cylinder arrangement are designed as a tandem-piston subassembly, characterized in that the tandem-piston subassembly is formed by two pot-shaped piston units which are guided in one another, wherein the inner piston unit forms a cylinder chamber for a first piston and is penetrated by a piston rod which is connected to the first piston , wherein the first piston is designed as a pot-shaped piston which, in its interior, forms a cylinder chamber for a further piston , wherein the further piston is guided in a cylinder which is closed by a cylinder head plate , wherein the piston rod penetrates the cylinder head plate , for which purpose the cylinder head plate comprises an opening .
A communication device , comprising: a data receiving unit which receives uncompressed image data, for which conversion has been performed from high luminance dynamic range to standard luminance dynamic range, transmitted from a first external device through a first transmission path (14-1); an information receiving unit which receives dynamic range conversion definition information of the conversion including a parameter required for knee conversion during the conversion; a graphics processor configured to: generate graphics to be combined with the uncompressed image data; adjust luminance of the graphics on the basis of the dynamic range conversion definition information received by the information receiving unit; and combine the graphics with the uncompressed image data received by the data receiving unit; the communication device further comprising a data transmitting unit which transmits the uncompressed image data with which the graphics are combined to a second external device . a data receiving unit which receives uncompressed image data, for which conversion has been performed from high luminance dynamic range to standard luminance dynamic range, transmitted from a first external device through a first transmission path (14-1); an information receiving unit which receives dynamic range conversion definition information of the conversion including a parameter required for knee conversion during the conversion; a graphics processor configured to: generate graphics to be combined with the uncompressed image data; adjust luminance of the graphics on the basis of the dynamic range conversion definition information received by the information receiving unit; and combine the graphics with the uncompressed image data received by the data receiving unit; generate graphics to be combined with the uncompressed image data; adjust luminance of the graphics on the basis of the dynamic range conversion definition information received by the information receiving unit; and combine the graphics with the uncompressed image data received by the data receiving unit; the communication device further comprising a data transmitting unit which transmits the uncompressed image data with which the graphics are combined to a second external device .
Bearing device for bearing a machine in a vibration-isolating manner, wherein the bearing device has a bearing housing and an internal body , wherein the internal body is arranged movably in an internal cavity of the bearing housing and is connected to a support for the machine, which support is arranged outside the bearing housing , through a feed-through opening in the bearing housing , wherein the internal body has a plurality of partitions , wherein gaps are formed between the partitions and vibration-isolating inserts are arranged in the gaps , and the internal body is supported on the bearing housing by means of the inserts in a manner isolated from vibrations.
A pit leveling device for elevators, comprising: a base having supporting portions and a plurality of supporting feet , wherein the plurality of supporting feet are detachably disposed below the supporting portions; and a plurality of lifting devices disposed below the supporting portions for pushing the supporting portions away from at least a part of the supporting feet during an upward movement, characterised in that the pit leveling device further comprises: height compensators detachably disposed in gaps where the supporting portions are pushed away from at least a part of the supporting feet by the lifting devices. a base having supporting portions and a plurality of supporting feet , wherein the plurality of supporting feet are detachably disposed below the supporting portions; and a plurality of lifting devices disposed below the supporting portions for pushing the supporting portions away from at least a part of the supporting feet during an upward movement, characterised in that the pit leveling device further comprises: height compensators detachably disposed in gaps where the supporting portions are pushed away from at least a part of the supporting feet by the lifting devices.
Apparatus for performing a harmonicity-dependent controlling of a harmonic filter tool of an audio codec, comprising a pitch estimator configured to determine a pitch of an audio signal to be processed by the audio codec; a harmonicity measurer configured to determine a measure of harmonicity of the audio signal using the pitch ; a temporal structure analyzer configured to determine, depending on the pitch , at least one temporal structure measure measuring a characteristic of a temporal structure of the audio signal ; a controller configured to control the harmonic filter tool depending on the temporal structure measure and the measure of harmonicity, wherein the pitch estimator , the harmonicity measurer and the temporal structure analyzer perform its determination based on different versions of the audio signal including the original audio signal and some pre-modified version thereof.
An electronic device , comprising: antenna structures ; non-near-field communications circuitry coupled to the antenna structures ; near-field communications circuitry ; and a balun that couples the near-field communications circuitry to the antenna structures ; characterised by: the antenna structures including an inverted-F antenna resonating element arm and an antenna ground . antenna structures ; non-near-field communications circuitry coupled to the antenna structures ; near-field communications circuitry ; and a balun that couples the near-field communications circuitry to the antenna structures ; characterised by: the antenna structures including an inverted-F antenna resonating element arm and an antenna ground .
A method performed at a first user equipment, UE, of a wireless communications network, the method comprising: receiving, by the first UE from a base station, configuration information for the first UE to establish an inter-device session, IDS, between the first UE and a second UE , the configuration information including a first IDS radio network temporary identifier, IDS-RNTI; transmitting, by the first UE , a medium access control, MAC, message to the base station , the MAC message comprising a buffer status report, BSR control element, CE, the BSR MAC CE indicating a total amount of data available to be transmitted across a plurality of logical channels of a logical channel group associated with the IDS between the first UE and the second UE ; receiving, by the first UE from the base station, a control message addressed to the first IDS-RNTI, the control message comprising a radio resource identifier, the radio resource identifier indicating a radio resource to be used for transmitting data directly from the first UE to the second UE , and the control message further comprising a resource for an IDS Transmit Control Channel, IDS-TxCCH, for transmission parameter indication with respect to the IDS between the first UE and the second UE ; transmitting the data by the first UE over the IDS session using the radio resource indicated by the radio resource identifier; transmitting by the first UE to the second UE a transmission parameter using the indicated IDS-TxCCH resource, wherein the transmission parameter indicates a change in a Modulation and Coding Scheme, MCS, of the IDS session. receiving, by the first UE from a base station, configuration information for the first UE to establish an inter-device session, IDS, between the first UE and a second UE , the configuration information including a first IDS radio network temporary identifier, IDS-RNTI; transmitting, by the first UE , a medium access control, MAC, message to the base station , the MAC message comprising a buffer status report, BSR control element, CE, the BSR MAC CE indicating a total amount of data available to be transmitted across a plurality of logical channels of a logical channel group associated with the IDS between the first UE and the second UE ; receiving, by the first UE from the base station, a control message addressed to the first IDS-RNTI, the control message comprising a radio resource identifier, the radio resource identifier indicating a radio resource to be used for transmitting data directly from the first UE to the second UE , and the control message further comprising a resource for an IDS Transmit Control Channel, IDS-TxCCH, for transmission parameter indication with respect to the IDS between the first UE and the second UE ; transmitting the data by the first UE over the IDS session using the radio resource indicated by the radio resource identifier; transmitting by the first UE to the second UE a transmission parameter using the indicated IDS-TxCCH resource, wherein the transmission parameter indicates a change in a Modulation and Coding Scheme, MCS, of the IDS session.
A magnetic flowmeter comprising: a flowtube configured to receive process fluid flow, the flowtube having a plurality of electrodes disposed proximate an inner diameter to contact process fluid; at least one ultrasonic transducer disposed within the flowtube and configured to couple ultrasonic energy to the process fluid proximate at least one electrode ; and flowmeter electronics coupled to the plurality of electrodes and the at least one ultrasonic transducer , characterized in that the flowmeter electronics is configured to detect at least partial electrode coating or buildup and responsively generate a cleaning cycle within the flowtube using the at least one ultrasonic transducer , wherein the at least one ultrasonic transducer includes a pair of ultrasonic transducers for each electrode , and wherein each pair of ultrasonic transducers includes a first ultrasonic transducer spaced from a respective electrode in a first radial direction and a second ultrasonic transducer spaced from the respective electrode in a second radial direction opposite the first radial direction. a flowtube configured to receive process fluid flow, the flowtube having a plurality of electrodes disposed proximate an inner diameter to contact process fluid; at least one ultrasonic transducer disposed within the flowtube and configured to couple ultrasonic energy to the process fluid proximate at least one electrode ; and flowmeter electronics coupled to the plurality of electrodes and the at least one ultrasonic transducer , characterized in that the flowmeter electronics is configured to detect at least partial electrode coating or buildup and responsively generate a cleaning cycle within the flowtube using the at least one ultrasonic transducer , wherein the at least one ultrasonic transducer includes a pair of ultrasonic transducers for each electrode , and wherein each pair of ultrasonic transducers includes a first ultrasonic transducer spaced from a respective electrode in a first radial direction and a second ultrasonic transducer spaced from the respective electrode in a second radial direction opposite the first radial direction.
Use of a control valve in a motor vehicle, wherein the control valve has a housing , which has at least one first opening , at least one second opening and at least one further opening , a first valve seat , which is arranged in the housing between the first and second openings, a further valve seat , which is arranged in the housing between the further and the second opening, and a shank , on which a first cover and a further cover are arranged, wherein the shank is adjustable into a first shank position, in which at least one passage opening of the first valve seat is closed off by the first cover, into a second shank position, in which said passage opening of the first valve seat is not closed off by the first cover, and into a further shank position, in which at least one passage opening of the further valve seat is closed off by the further cover, wherein the shank is mounted in linearly movable manner in a first bearing at the first valve seat and in a further bearing at the further valve seat, and the first cover is fastened to the shank, in particular in a positively locking, frictionally locking and/or cohesive manner, wherein the first and further valve seats are fastened to the housing, in particular in a positively locking, frictionally locking and/or cohesive manner.