mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle interior component, comprising: - a base (B) comprising an opening; - an armrest (A) configured to cover the opening of the base (B) and configured to move around a rotating shaft from a closed position through a load-bearing position to a maximum open position; and - a mechanism connecting the armrest (A) to the base (B) and configured to (a) facilitate the movement of the armrest (A) from the closed position to the load-bearing position, (b) maintain the armrest (A) in the load-bearing position when the armrest (A) moves from the closed position to the load-bearing position, and (c) restrict the armrest (A) from moving from the load-bearing position to the closed position, wherein the mechanism comprises a fixed ring fixed to the rotating shaft and a rotating ring configured to rotate with the armrest (A); characterised in that at least one sprag is disposed between the rotating ring and the fixed ring ; wherein the at least one sprag is eccentrically tangent to the rotating ring and to the fixed ring when the rotating ring is in the locking state forming a self-locking angle respectively; and a gap is formed between the sprag and at least one of the rotating ring and the fixed ring when the rotating ring is in the unlocking state. - a base (B) comprising an opening; - an armrest (A) configured to cover the opening of the base (B) and configured to move around a rotating shaft from a closed position through a load-bearing position to a maximum open position; and - a mechanism connecting the armrest (A) to the base (B) and configured to (a) facilitate the movement of the armrest (A) from the closed position to the load-bearing position, (b) maintain the armrest (A) in the load-bearing position when the armrest (A) moves from the closed position to the load-bearing position, and (c) restrict the armrest (A) from moving from the load-bearing position to the closed position, (a) facilitate the movement of the armrest (A) from the closed position to the load-bearing position, (b) maintain the armrest (A) in the load-bearing position when the armrest (A) moves from the closed position to the load-bearing position, and (c) restrict the armrest (A) from moving from the load-bearing position to the closed position, wherein the mechanism comprises a fixed ring fixed to the rotating shaft and a rotating ring configured to rotate with the armrest (A); characterised in that at least one sprag is disposed between the rotating ring and the fixed ring ; wherein the at least one sprag is eccentrically tangent to the rotating ring and to the fixed ring when the rotating ring is in the locking state forming a self-locking angle respectively; and a gap is formed between the sprag and at least one of the rotating ring and the fixed ring when the rotating ring is in the unlocking state.
A method for recycling discarded eyewear comprising one or more metal(s) and cellulose acetate, said method comprising: a) reducing the temperature of the discarded eyewear to a temperature below the glass transition temperature of the cellulose acetate, b) crushing the discarded eyewear at a temperature below the glass transition temperature of the cellulose acetate to release the cellulose acetate from the metal(s) and obtain a mixture of crushed cellulose acetate and metal(s), and c) subjecting the mixture to a density-based separation to separate the crushed cellulose acetate from the metal(s). a) reducing the temperature of the discarded eyewear to a temperature below the glass transition temperature of the cellulose acetate, b) crushing the discarded eyewear at a temperature below the glass transition temperature of the cellulose acetate to release the cellulose acetate from the metal(s) and obtain a mixture of crushed cellulose acetate and metal(s), and c) subjecting the mixture to a density-based separation to separate the crushed cellulose acetate from the metal(s).
A wound dressing comprising an absorbent layer, characterized in that the absorbent layer comprises a non woven fabric comprising gel forming fibres, and lines of longitudinal warp stitches formed from an inelastic thread or yarn, the absorbent layer being gathered in a longitudinal direction by one or more elastomeric yarns woven about the stitches of inelastic thread or yarn.
An in vitro screening method for identifying a cosmetic test agent as a skin moisturizing agent, the method comprising: a. contacting a skin tissue sample with a cosmetic test agent; b. generating a transcriptional profile for the skin tissue sample, wherein the transcriptional profile comprises data corresponding to the transcription of at least -rel avian reticuloendotheliosis viral oncogene homolog gene ( REL ) and at least one gene selected from integrin beta-1 gene ( ITGB1 ); transforming growth factor beta receptor II gene ( TGFBR2 ); YY1-associated protein 1 gene ( YY1AP1 ); mitogen-activated protein kinase 3 gene ( MAP3K ); caspase 3, apoptosis-related cysteine peptidase gene ( CASP3 ); telomerase reverse transcriptase gene ( TERT ); mdm2 p53 binding protein homolog gene ( MDM2 ); and laminin, gamma 2 gene ( LAMC2 ); c. comparing the transcriptional profile for the skin tissue sample to at least one of a positive control transcriptional profile and a negative control transcriptional profile; and d. identifying the cosmetic test agent as a skin moisturizing agent when the comparison in (c) corresponds to a change in transcription indicative of moisturization. a. contacting a skin tissue sample with a cosmetic test agent; b. generating a transcriptional profile for the skin tissue sample, wherein the transcriptional profile comprises data corresponding to the transcription of at least -rel avian reticuloendotheliosis viral oncogene homolog gene ( REL ) and at least one gene selected from integrin beta-1 gene ( ITGB1 ); transforming growth factor beta receptor II gene ( TGFBR2 ); YY1-associated protein 1 gene ( YY1AP1 ); mitogen-activated protein kinase 3 gene ( MAP3K ); caspase 3, apoptosis-related cysteine peptidase gene ( CASP3 ); telomerase reverse transcriptase gene ( TERT ); mdm2 p53 binding protein homolog gene ( MDM2 ); and laminin, gamma 2 gene ( LAMC2 ); c. comparing the transcriptional profile for the skin tissue sample to at least one of a positive control transcriptional profile and a negative control transcriptional profile; and d. identifying the cosmetic test agent as a skin moisturizing agent when the comparison in (c) corresponds to a change in transcription indicative of moisturization.
A wireless communication device, comprising: a processing system configured to: identify whether the wireless communication device is in a high speed train, HST, scenario; and generate a frequency error by one or more frequency tracking loops, FTLs; and an interface configured to: obtain a tracking reference signal, TRS, during connected mode discontinuous reception, CDRx, when the wireless communication device is in the HST scenario, wherein generating the frequency error by the one or more FTLs includes using the TRS when the wireless communication device is in the HST scenario. identify whether the wireless communication device is in a high speed train, HST, scenario; and generate a frequency error by one or more frequency tracking loops, FTLs; and an interface configured to: obtain a tracking reference signal, TRS, during connected mode discontinuous reception, CDRx, when the wireless communication device is in the HST scenario, wherein generating the frequency error by the one or more FTLs includes using the TRS when the wireless communication device is in the HST scenario. obtain a tracking reference signal, TRS, during connected mode discontinuous reception, CDRx, when the wireless communication device is in the HST scenario, wherein generating the frequency error by the one or more FTLs includes using the TRS when the wireless communication device is in the HST scenario.
An anti-wear, anti-friction and stably-dispersed lubricating oil or grease, wherein the anti-wear, anti-friction and stably-dispersed lubricating oil or grease comprises a main component of a lubricating oil or grease and a sulfonated graphene grafted with long carbon chain; wherein the mass ratio of carbon element to sulfur element in the sulfonated graphene grafted with long carbon chain is 15-50; wherein the number of carbon atoms in the long carbon chain of the sulfonated graphene grafted with long carbon chain is 10-50. wherein the mass ratio of carbon element to sulfur element in the sulfonated graphene grafted with long carbon chain is 15-50; wherein the number of carbon atoms in the long carbon chain of the sulfonated graphene grafted with long carbon chain is 10-50.
Bistatic interferometric radar comprising a main radar unit provided with at least one first transmitting unit and at least one first receiving unit at least one amplifier transponder placed far away from said main unit , provided with ground fixing means and also provided with a second receiving unit and a second transmitting unit , said at least one first transmitting unit and said at least one first receiving unit being respectively arranged to transmit and receive a signal towards and from a target (T) to be monitored or said amplifier transponder , said second receiving unit and second transmitting unit being respectively arranged to receive and transmit a signal towards and from said target (T) to be monitored or said main unit , an acquisition and processing unit of radar signals operatively connected to said main radar unit to acquire in succession or simultaneously at least one monostatic radar image obtained by using the signal received from said target (T), at least one bistatic radar image of the target (T) obtained by using the signal passing through said amplifier transponder , characterized in that said radar is a terrestrial radar provided with ground fixing means of said main radar unit and in that said acquisition and processing unit is operatively connected to said main radar unit to process said monostatic and bistatic images by interferometry to measure two components (c 1 , c 2 ) of the displacement of the target (T) corresponding to said monostatic and bistatic images. a main radar unit provided with at least one first transmitting unit and at least one first receiving unit at least one amplifier transponder placed far away from said main unit , provided with ground fixing means and also provided with a second receiving unit and a second transmitting unit , said at least one first transmitting unit and said at least one first receiving unit being respectively arranged to transmit and receive a signal towards and from a target (T) to be monitored or said amplifier transponder , said second receiving unit and second transmitting unit being respectively arranged to receive and transmit a signal towards and from said target (T) to be monitored or said main unit , an acquisition and processing unit of radar signals operatively connected to said main radar unit to acquire in succession or simultaneously at least one monostatic radar image obtained by using the signal received from said target (T), at least one bistatic radar image of the target (T) obtained by using the signal passing through said amplifier transponder ,
A synergistic fungicidal mixture comprising: a fungicidally effective amount of a compound of Formula I: and at least one additional fungicide, wherein the at least one additional fungicide is (i) a fungicidal multi-site inhibitor, wherein the fungicidal multi-site inhibitor is selected from the group consisting of chlorothalonil, and mancozeb, or (ii) a strobilurin fungicide, wherein the strobilurin fungicide is selected from the group consisting of pyraclostrobin, fluoxastrobin, azoxystrobin, trifloxystrobin, picoxystrobin, and kresoxim-methyl. a fungicidally effective amount of a compound of Formula I: and at least one additional fungicide, wherein the at least one additional fungicide is (i) a fungicidal multi-site inhibitor, wherein the fungicidal multi-site inhibitor is selected from the group consisting of chlorothalonil, and mancozeb, or (ii) a strobilurin fungicide, wherein the strobilurin fungicide is selected from the group consisting of pyraclostrobin, fluoxastrobin, azoxystrobin, trifloxystrobin, picoxystrobin, and kresoxim-methyl.
A powder mix comprising pectin with a calcium content adjusted to 500 ppm or less, with a sodium content adjusted to 5000 ppm or more and with a potassium content adjusted to 5 ppm or more.
A hydraulic pressure medium supply comprising a working vehicle which can be used in the agricultural or construction industry as well as a front attachment or implement which can be coupled thereto, wherein a hydraulic coupling device of a working hydraulic system of the front attachment or implement has a pump pressure line and a reservoir pressure line which are connected to control valves (54 and 55) disposed inside the working hydraulic system to control functions of the front attachment or implement , characterized in that a central hydraulic system of the working vehicle has control valves (29 and 32) for controlling a first pressure medium connection provided for single-acting adjustment functions and two second and third pressure medium connections (18 and 19) which are operated in parallel for double-acting adjustment functions, wherein the pressure medium connections (17, 18 and 19) are provided for hydraulic connection to the working hydraulic system , and in that an adapter valve unit is disposed inside this hydraulic connection which constantly transmits a pressure from the first pressure medium connection as well as from a respective one of the two second and third pressure medium connections to the pump pressure line , wherein one of the two second and third pressure medium connections (18 or 19) which is in the respective unpressurized state is connected to the reservoir pressure line .
A clutch control device comprising: an engine ; a transmission ; a clutch device configured to connect and disconnect motive power transmission between the engine and the transmission ; a clutch actuator configured to drive the clutch device and change a clutch capacity; a hydraulic circuit provided between the clutch device and the clutch actuator ; an air bleeding device configured to perform air bleeding of the hydraulic circuit ; a control unit configured to calculate a control target value of the clutch capacity; characterized by : a control mode changeover switch configured to enable a control mode of the control unit to be switched to an air bleeding mode; and an air bleeding switch configured to enable an air bleeding mode of the control unit ; the air bleeding switch configured to enable a hydraulic pressure of the hydraulic circuit to increase in the air bleeding mode, wherein the clutch control unit is configured to drive the clutch actuator such that the clutch actuator stops an increase in the pressure when the hydraulic pressure has not increased to a predetermined first specified value (pa1) within a predetermined specified time period (ta1) in the air bleeding mode. an engine ; a transmission ; a clutch device configured to connect and disconnect motive power transmission between the engine and the transmission ; a clutch actuator configured to drive the clutch device and change a clutch capacity; a hydraulic circuit provided between the clutch device and the clutch actuator ; an air bleeding device configured to perform air bleeding of the hydraulic circuit ; a control unit configured to calculate a control target value of the clutch capacity; a control mode changeover switch configured to enable a control mode of the control unit to be switched to an air bleeding mode; and an air bleeding switch configured to enable an air bleeding mode of the control unit ; the air bleeding switch configured to enable a hydraulic pressure of the hydraulic circuit to increase in the air bleeding mode, wherein the clutch control unit is configured to drive the clutch actuator such that the clutch actuator stops an increase in the pressure when the hydraulic pressure has not increased to a predetermined first specified value (pa1) within a predetermined specified time period (ta1) in the air bleeding mode.
A device for regulating temperature and for allocating consumption of a heating element , comprising: - a box-shaped body configured for being associated or mounted to a heating element , in particular to a radiator; - heat-regulating organs configured for regulating the operation of the heating element so as to obtain a desired temperature in the environment where the radiant element is installed; - allocating organs configured for calculating the amount of emitted heat, or consumed thermal energy, over time by the heating element; - a first section inside said box-shaped body , selectively accessible from outside with the device mounted and/or installed; - at least a first battery , housed in said first section ; the device being characterised in that it comprises: - a second section inside said box-shaped body , inaccessible from outside with the device mounted and/or installed; - at least a second battery , housed in said second section ; wherein, in a first operating condition in which said first battery is charged, said first battery is configured for supplying at least said heat-regulating organs , and in a second operating condition in which said first battery is low, said second battery is configured for supplying said allocating organs . - a box-shaped body configured for being associated or mounted to a heating element , in particular to a radiator; - heat-regulating organs configured for regulating the operation of the heating element so as to obtain a desired temperature in the environment where the radiant element is installed; - allocating organs configured for calculating the amount of emitted heat, or consumed thermal energy, over time by the heating element; - a first section inside said box-shaped body , selectively accessible from outside with the device mounted and/or installed; - at least a first battery , housed in said first section ; - a second section inside said box-shaped body , inaccessible from outside with the device mounted and/or installed; - at least a second battery , housed in said second section ;
An entertainment system for a vehicle , the entertainment system being configured for providing a video game to an occupant of the vehicle , the entertainment system comprising: - a data processing unit being configured for running a video game software, - a first communication interface being communicatively connected to the data processing unit and being configured for communicatively connecting a mobile device to the data processing unit , and - a second communication interface being communicatively connected to the data processing unit , characterized in that the second communication interface is configured for communicatively connecting an object recognition unit of the vehicle to the data processing unit , in that an object recognition unit is communicatively connected to the second communication interface , and in that the object recognition unit comprises an object identification unit configured to provide identification data related to recognized objects and/or an object classification unit configured to provide classification data related to recognized objects, wherein the identification data and/or the classification data may be received by the data processing unit via the second communication interface such that the recognized objects may be used within the video game. - a data processing unit being configured for running a video game software, - a first communication interface being communicatively connected to the data processing unit and being configured for communicatively connecting a mobile device to the data processing unit , and - a second communication interface being communicatively connected to the data processing unit , in that the second communication interface is configured for communicatively connecting an object recognition unit of the vehicle to the data processing unit , in that an object recognition unit is communicatively connected to the second communication interface , and in that the object recognition unit comprises an object identification unit configured to provide identification data related to recognized objects and/or an object classification unit configured to provide classification data related to recognized objects, wherein the identification data and/or the classification data may be received by the data processing unit via the second communication interface such that the recognized objects may be used within the video game.
Apparatus for forming a box by folding a flat blank (S), the apparatus comprising an inlet region and a moulding station arranged in sequence along a blank feeding linear path (X), the inlet region comprising blank conveyor means for feeding the blank over a feeding plane (α) along said feeding path (X) towards said moulding station , said moulding station comprising mould means slidable along a moulding direction (Z) orthogonal with sad feeding plane (α), and fixed folding means against which said mould means are configured to push said blank to shape it as a box, the apparatus further comprising corner joining means adapted to mutually join respective pairs of blank flaps that are in contact with each other along respective corners of the formed box, said flaps comprising at least a front (S2) and rear (S4) flap adapted to advance in front and rear position along said feeding linear path (X), the apparatus being characterized in that said corner joining means comprise: - label dispensing means for dispensing cold adhesion sticker labels (E), arranged in said inlet region closely to said feeding plane (α), adapted to apply said labels over the flat blank passing through the same region along at least part of the extension of lateral edges (S2a, S2b, S4a, S4b) of said front and rear flaps (S2, S4); and - shaping and smoothening means for shaping and smoothening the labels over the box, arranged in said moulding station , such that a free portion of the label (E) is able to be folded over the edge of the adjacent lateral flap, shaping the label about the corner of the box. - label dispensing means for dispensing cold adhesion sticker labels (E), arranged in said inlet region closely to said feeding plane (α), adapted to apply said labels over the flat blank passing through the same region along at least part of the extension of lateral edges (S2a, S2b, S4a, S4b) of said front and rear flaps (S2, S4); and - shaping and smoothening means for shaping and smoothening the labels over the box, arranged in said moulding station , such that a free portion of the label (E) is able to be folded over the edge of the adjacent lateral flap, shaping the label about the corner of the box.
A bodypart of a motor vehicle , comprising a wall having an external face , an inner face , and at least one opening , the part having an optical element fixed on the inner face opposite the opening , the opening being filled with a transparent or translucent resin so as to ensure a seal between the external face and the optical element , the optical element comprising at least one support fixed on the inner face opposite and along the opening , characterised in that a luminous element is fixed to the support directly opposite the opening , the light element comprising a flexible main body suitable for assembly by insertion into the support , and in that the support comprises a technical area of the inlet of the support configured for inserting a polyurethane injection nozzle for injecting the resin and/or a technical area of the outlet of the support defining a volume serving as a mass in order to constitute an overflow tank of the injected resin .