mhurhangee/patent-ind-claim-en huggingface dataset:
A Bluetooth power supply apparatus, comprising a housing , a USB interface embedded in the housing , and a Bluetooth power supply circuit arranged in the housing and electrically connected to the USB interface , wherein the Bluetooth power supply apparatus is detachable and the Bluetooth power supply circuit comprises a storage battery , a DC power supply module connected to the storage battery , and a Bluetooth control circuit connected to the DC power supply module and the USB interface and wherein the Bluetooth control circuit comprises a power switch chip (U3) for switching on and off the power provided by the storage battery to the USB interface and a Bluetooth chip (U1) for controlling the on-off state of the power switch chip (U3).
Method for the conversion of hydrocarbon feedstocks, implementing a device for the downflow of a hydrocarbon liquid containing solid particles in the bottom of an item of equipment comprising a cylindrical upper part of diameter D1, a frustoconical lower part of angle of inclination α comprised between 5° and 85° with respect to the vertical axis (z) of said cylindrical upper part, and an outlet pipe of diameter D2, characterized in that it comprises: - at least one injection of recirculated and/or makeup liquid into the frustoconical part of the item of equipment ; - at least one injection of recirculated and/or makeup liquid into the cylindrical part of the item of equipment ; said one or more injections situated in said frustoconical part being inclined with respect to the wall of the frustoconical lower part by an angle β1 in the vertical plane (xz) and by an angle β2 in the horizontal plane (xy); said one or more injections situated in said cylindrical part being inclined with respect to the wall of the cylindrical upper part by an angle θ1 in the vertical plane (xz) and by an angle θ2 in the horizontal plane (xy), the angles β1 and θ1 being comprised between 5° and 175°, the angles β2 and θ2 being comprised between 90° and 270°, and wherein the velocity V of the liquid injected in said injections is comprised between 0.05 m.s -1 and 40 m.s -1 , for preference between 0.1 m.s -1 and 30 m.s -1 and very preferably between 0.5 m.s -1 and 10 m.s -1 . - at least one injection of recirculated and/or makeup liquid into the frustoconical part of the item of equipment ; - at least one injection of recirculated and/or makeup liquid into the cylindrical part of the item of equipment ; said one or more injections situated in said frustoconical part being inclined with respect to the wall of the frustoconical lower part by an angle β1 in the vertical plane (xz) and by an angle β2 in the horizontal plane (xy); said one or more injections situated in said cylindrical part being inclined with respect to the wall of the cylindrical upper part by an angle θ1 in the vertical plane (xz) and by an angle θ2 in the horizontal plane (xy), the angles β1 and θ1 being comprised between 5° and 175°, the angles β2 and θ2 being comprised between 90° and 270°, and wherein the velocity V of the liquid injected in said injections is comprised between 0.05 m.s -1 and 40 m.s -1 , for preference between 0.1 m.s -1 and 30 m.s -1 and very preferably between 0.5 m.s -1 and 10 m.s -1 .
Torque transmission arrangement for a drive train of a motor vehicle, comprising - an input region which is rotatable about an axis of rotation (A) and an output region which is rotatable about an axis of rotation (B), - a torque path (M), which runs from the input region to the output region , - wherein first of all a torsional vibration damping unit and subsequently a gearbox unit are positioned along the torque path (M) between the input region and the output region , the torsional vibration damping unit providing a first spatial region and an adjacent second spatial region along the torque path (M), and the gearbox unit providing an adjacent third spatial region , with an absorption unit being provided in the second spatial region in the torque path (M), and a first spring set or an angle-offset-compensating unit being provided in the first spatial region in the torque path (M), characterized in that a second spring set or further spring sets is or are provided in the second spatial region downstream of the absorption unit in the torque path (M), an electric drive assembly having a rotor and a stator being provided in the second spatial region in the torque path (M), the rotor being provided along the torque path from the input region to the output region downstream of the second spring set , and a maximum radial extent of the absorption unit being greater than a maximum radial extent of the rotor . - an input region which is rotatable about an axis of rotation (A) and an output region which is rotatable about an axis of rotation (B), - a torque path (M), which runs from the input region to the output region , - wherein first of all a torsional vibration damping unit and subsequently a gearbox unit are positioned along the torque path (M) between the input region and the output region , the torsional vibration damping unit providing a first spatial region and an adjacent second spatial region along the torque path (M), and the gearbox unit providing an adjacent third spatial region , with an absorption unit being provided in the second spatial region in the torque path (M), and a first spring set or an angle-offset-compensating unit being provided in the first spatial region in the torque path (M), characterized in that a second spring set or further spring sets is or are provided in the second spatial region downstream of the absorption unit in the torque path (M), an electric drive assembly having a rotor and a stator being provided in the second spatial region in the torque path (M), the rotor being provided along the torque path from the input region to the output region downstream of the second spring set , and a maximum radial extent of the absorption unit being greater than a maximum radial extent of the rotor .
A video encoding method for encoding a series of images of original video data into an encoded video stream, the method comprising: setting (S502) a periodic intra refresh pattern for the encoding of the series of images of original video data, wherein the periodic intra refresh pattern defines which region of an intra refresh frame should be forced to be encoded as an intra-coded region, so that all regions of an image are intra refreshed over a set of intra refresh frames in one cycle of the periodic intra refresh pattern; setting (S504) a number of delta frames to be added between consecutive intra refresh frames of the periodic intra refresh pattern, thereby adjusting the intra refresh periodicity of the encoded video stream; and encoding (S506) the series of images of original video data into the encoded video stream using the set periodic intra refresh pattern and the set number of delta frames to be added between consecutive intra refresh frames , characterized in that , during the encoding, the method comprises setting a current intra refresh frame to refer only to a previous intra refresh frame for prediction, and setting each delta frame added in between two consecutive intra refresh frames to only refer to a previous one of the two consecutive intra refresh frames for prediction, either directly or indirectly via one or more of the delta frames added in between the two consecutive intra refresh frames . setting (S502) a periodic intra refresh pattern for the encoding of the series of images of original video data, wherein the periodic intra refresh pattern defines which region of an intra refresh frame should be forced to be encoded as an intra-coded region, so that all regions of an image are intra refreshed over a set of intra refresh frames in one cycle of the periodic intra refresh pattern; setting (S504) a number of delta frames to be added between consecutive intra refresh frames of the periodic intra refresh pattern, thereby adjusting the intra refresh periodicity of the encoded video stream; and encoding (S506) the series of images of original video data into the encoded video stream using the set periodic intra refresh pattern and the set number of delta frames to be added between consecutive intra refresh frames , characterized in that , during the encoding, the method comprises setting a current intra refresh frame to refer only to a previous intra refresh frame for prediction, and setting each delta frame added in between two consecutive intra refresh frames to only refer to a previous one of the two consecutive intra refresh frames for prediction, either directly or indirectly via one or more of the delta frames added in between the two consecutive intra refresh frames .
A flexible heating device in the form of a sheet, for hair shaping, comprising: a heating layer comprising at least one flexible heater which can be supplied with electrical power, a flexible heat conductive layer provided on one surface of the heating layer , and a flexible heat insulation layer provided on the other surface of the heating layer , wherein the device is capable of forming an occlusive or closed space around the hair, characterized in that the flexible heater comprises at least one textile heater , the textile heater being constructed as knitted or woven fabric of conductive yarns , and the flexible heat conductive layer comprises at least one metal-film. a heating layer comprising at least one flexible heater which can be supplied with electrical power, a flexible heat conductive layer provided on one surface of the heating layer , and a flexible heat insulation layer provided on the other surface of the heating layer , wherein the device is capable of forming an occlusive or closed space around the hair, characterized in that the flexible heater comprises at least one textile heater , the textile heater being constructed as knitted or woven fabric of conductive yarns , and the flexible heat conductive layer comprises at least one metal-film.
Decorative panel, in particular a floor panel, ceiling panel or wall panel, comprising: - a core provided with an upper side and a lower side, - a decorative top structure affixed, directly or indirectly, on said upper side of the core, said decorative top structure comprising: • at least one decorative print layer forming at least one décor image depicting a plurality of artificial tiles which are aesthetically separated by one or more grouts, • a substantially transparent or translucent three-dimensional embossing structure at least partially covering said print layer, wherein the embossing structure is a multi-layer embossing structure which comprises: o at least one, at least partially cured base layer provided with a plurality of indentations, and o at least one at least partially cured elevated pattern layer formed by a plurality of elevations printed on top of said base layer, wherein the embossing structure has thicker layer parts covering the artificial tiles and thinner layer parts covering the one or more grouts. - a core provided with an upper side and a lower side, - a decorative top structure affixed, directly or indirectly, on said upper side of the core, said decorative top structure comprising: • at least one decorative print layer forming at least one décor image depicting a plurality of artificial tiles which are aesthetically separated by one or more grouts, • a substantially transparent or translucent three-dimensional embossing structure at least partially covering said print layer, wherein the embossing structure is a multi-layer embossing structure which comprises: o at least one, at least partially cured base layer provided with a plurality of indentations, and o at least one at least partially cured elevated pattern layer formed by a plurality of elevations printed on top of said base layer, wherein the embossing structure has thicker layer parts covering the artificial tiles and thinner layer parts covering the one or more grouts. • at least one decorative print layer forming at least one décor image depicting a plurality of artificial tiles which are aesthetically separated by one or more grouts, • a substantially transparent or translucent three-dimensional embossing structure at least partially covering said print layer, wherein the embossing structure is a multi-layer embossing structure which comprises: o at least one, at least partially cured base layer provided with a plurality of indentations, and o at least one at least partially cured elevated pattern layer formed by a plurality of elevations printed on top of said base layer, wherein the embossing structure has thicker layer parts covering the artificial tiles and thinner layer parts covering the one or more grouts. o at least one, at least partially cured base layer provided with a plurality of indentations, and o at least one at least partially cured elevated pattern layer formed by a plurality of elevations printed on top of said base layer, wherein the embossing structure has thicker layer parts covering the artificial tiles and thinner layer parts covering the one or more grouts.
An electrosurgical instrument comprising: a first jaw having a top and bottom surface, a first electrode , a second electrode , a third electrode and a fourth electrode ; and a second jaw having a top and bottom surface and a fifth electrode , wherein the third electrode is disposed on the top surface of the first jaw facing the fifth electrode , the first and second jaws pivotably coupled together and configured to supply radio frequency (RF) energy to tissue between the third and fifth electrodes, the fourth electrode positioned in the middle of the first jaw and disposed on the bottom surface of the first jaw, characterized in that the fourth electrode has an elongate portion extending lengthwise following along an elongate portion of the first jaw and extending into a distal portion that curves up along a tip of the first jaw, the first electrode, the second electrode and the fourth electrode configured to transmit RF energy there between to cut tissue outside, below and in front of the tip of the second jaw and in contact with the first, second and fourth electrodes. a first jaw having a top and bottom surface, a first electrode , a second electrode , a third electrode and a fourth electrode ; and a second jaw having a top and bottom surface and a fifth electrode , wherein the third electrode is disposed on the top surface of the first jaw facing the fifth electrode , the first and second jaws pivotably coupled together and configured to supply radio frequency (RF) energy to tissue between the third and fifth electrodes, the fourth electrode positioned in the middle of the first jaw and disposed on the bottom surface of the first jaw, characterized in that the fourth electrode has an elongate portion extending lengthwise following along an elongate portion of the first jaw and extending into a distal portion that curves up along a tip of the first jaw, the first electrode, the second electrode and the fourth electrode configured to transmit RF energy there between to cut tissue outside, below and in front of the tip of the second jaw and in contact with the first, second and fourth electrodes.
Use of a spray device for dispensing a plurality of liquids, the device comprising (i) a spray device container , (ii) at least two spray valves , (iii) at least two separate storage bags mounted within the spray device container , a first storage bag communicating with a first spray valve and a second storage bag communicating with a second spray valve , and (iv) a spray head , for the simultaneous spraying of at least two spray solutions, the spray solutions being stored separately from one another in the at least two storage bags and the separately stored solutions being mixed during spraying, for spraying an active cleaning agent, a spray solution comprising hydrogen peroxide being contained in the second storage bag , characterised in that a spray solution comprising at least one catalyst for releasing oxygen from hydrogen peroxide, selected from silver nitrate or from silver nitrate and also potassium iodide, is contained in the first storage bag . (i) a spray device container , (ii) at least two spray valves , (iii) at least two separate storage bags mounted within the spray device container , a first storage bag communicating with a first spray valve and a second storage bag communicating with a second spray valve , and (iv) a spray head , for the simultaneous spraying of at least two spray solutions, the spray solutions being stored separately from one another in the at least two storage bags and the separately stored solutions being mixed during spraying, for spraying an active cleaning agent, a spray solution comprising hydrogen peroxide being contained in the second storage bag , characterised in that a spray solution comprising at least one catalyst for releasing oxygen from hydrogen peroxide, selected from silver nitrate or from silver nitrate and also potassium iodide, is contained in the first storage bag .
Method for the inscription of second order non-linear optical properties on a support comprising an inorganic amorphous material, said inorganic amorphous material comprising cations, said method being characterised in that it comprises: ▪ Heating the support within a temperature range allowing the movement of cations inside said support; ▪ Applying a structured electrode, in contact to said support, said structured electrode comprising a thin conductive film on an insulating substrate, said structured electrode comprising at least one geometric discontinuity, said thin conductive film generating an electrical field designed to induce a localised accumulation of electrons, by each discontinuity, in at least one first zone of the surface of said structured electrode when it is supplied by a voltage, said localised accumulation of electrons generating, by edge effect or peak effect coupled with cations of said support, at least one anisotropy, comprising a modification of the cations density of said support and/or a reorganisation of the molecular structure of said support, structuring a second zone of the support in the form of non-linear optical properties inscribed on the surface of said support; ▪ Cooling the support under the application of the electrical field generated and maintained for a predetermined duration by the application of the electrode. ▪ Heating the support within a temperature range allowing the movement of cations inside said support; ▪ Applying a structured electrode, in contact to said support, said structured electrode comprising a thin conductive film on an insulating substrate, said structured electrode comprising at least one geometric discontinuity, said thin conductive film generating an electrical field designed to induce a localised accumulation of electrons, by each discontinuity, in at least one first zone of the surface of said structured electrode when it is supplied by a voltage, said localised accumulation of electrons generating, by edge effect or peak effect coupled with cations of said support, at least one anisotropy, comprising a modification of the cations density of said support and/or a reorganisation of the molecular structure of said support, structuring a second zone of the support in the form of non-linear optical properties inscribed on the surface of said support; ▪ Cooling the support under the application of the electrical field generated and maintained for a predetermined duration by the application of the electrode.
A method for chromatographically separating a first saccharide from a liquid eluent comprising the first saccharide and a second saccharide by passing the liquid eluent through a bed comprising a polymeric macroporous alkylene-bridged strong acid cation exchange resin in calcium form.
An assembly comprising an epicycloidal gear train having a central pinion , an outer crown and satellite pinions in engagement with the central pinion and the outer crown and each mounted freely in rotation on a satellite carrier , the central pinion surrounding and being rotationally fixed to a shaft and the gear train comprising means for lubricating the teeth and axes of the satellite pinions , these means comprising an annular cup integral with the satellite carrier opened radially inwardly, characterized in that it comprises fixed oil projection means configured to project oil directly towards deflection means able to deflect the oil towards the inside of the annular cup , and in that the means for deflecting are fixed to the shaft.
A method of power management in a contactless microcircuit, the method comprising the steps of: receiving a variable electromagnetic field via an antenna coil (AC) of the contactless microcircuit (IC), extracting a supply current (RC, RCL) for the contactless microcircuit from the received field, triggering a measurement circuit (IMS) in the contactless microcircuit to measure a received field strength, and acquiring a field measurement (LC) using the measurement circuit, and deactivating the measurement circuit when the field measurement is acquired, and controlling a clock circuit (CKC, CKC1) and/or a regulated power supply circuit (PS, PS1) of the contactless microcircuit, coupled to digital circuits (MC) of the contactless microcircuit, as a function of the acquired field measurement, to reduce a power consumption of the digital circuits when the field measurement is below a threshold value (VT). receiving a variable electromagnetic field via an antenna coil (AC) of the contactless microcircuit (IC), extracting a supply current (RC, RCL) for the contactless microcircuit from the received field, triggering a measurement circuit (IMS) in the contactless microcircuit to measure a received field strength, and acquiring a field measurement (LC) using the measurement circuit, and deactivating the measurement circuit when the field measurement is acquired, and controlling a clock circuit (CKC, CKC1) and/or a regulated power supply circuit (PS, PS1) of the contactless microcircuit, coupled to digital circuits (MC) of the contactless microcircuit, as a function of the acquired field measurement, to reduce a power consumption of the digital circuits when the field measurement is below a threshold value (VT).