mhurhangee/patent-ind-claim-en huggingface dataset:
A composite material film comprising: greater than 0 % and less than about 99 % by weight of silicon particles, wherein the silicon particles have surface coatings comprising silicon carbide or a mixture of carbon and silicon carbide, wherein the silicon particles comprise regions extending about 20 nm deep from the surface coatings, wherein the regions comprise an amount of aluminum such that a bulk measurement of the aluminum comprises at least about 0.01% by weight of the silicon particles, and wherein the silicon particles are moisture treated; and greater than 0 % and less than about 90 % by weight of one or more types of carbon phases, wherein at least one of the one or more types of carbon phases is a substantially continuous phase; wherein the bulk measurement is measured according to the description. greater than 0 % and less than about 99 % by weight of silicon particles, wherein the silicon particles have surface coatings comprising silicon carbide or a mixture of carbon and silicon carbide, wherein the silicon particles comprise regions extending about 20 nm deep from the surface coatings, wherein the regions comprise an amount of aluminum such that a bulk measurement of the aluminum comprises at least about 0.01% by weight of the silicon particles, and wherein the silicon particles are moisture treated; and greater than 0 % and less than about 90 % by weight of one or more types of carbon phases, wherein at least one of the one or more types of carbon phases is a substantially continuous phase; wherein the bulk measurement is measured according to the description.
A printing apparatus comprising: printing means arranged to print an image on a sheet; a first exit path (RT1) from which the sheet with the image printed thereon by the printing means is discharged while being reversed; a second exit path (RT2) from which the sheet with the image printed thereon by the printing means is discharged without being reversed; an openable and closable member configured to be pivotably arranged so as to open and close the first exit path or the second exit path, and a switch member configured to be pivotably arranged so as to switch the first exit path and the second exit path, wherein the first exit path (RT1) passes above a pivot center of the switch member , and the second exit path (RT2) passes below the pivot center, characterized in that the switch member and the openable and closable member are arranged so as to be pivotable coaxially. printing means arranged to print an image on a sheet; a first exit path (RT1) from which the sheet with the image printed thereon by the printing means is discharged while being reversed; a second exit path (RT2) from which the sheet with the image printed thereon by the printing means is discharged without being reversed; an openable and closable member configured to be pivotably arranged so as to open and close the first exit path or the second exit path, and a switch member configured to be pivotably arranged so as to switch the first exit path and the second exit path, wherein the first exit path (RT1) passes above a pivot center of the switch member , and the second exit path (RT2) passes below the pivot center, characterized in that the switch member and the openable and closable member are arranged so as to be pivotable coaxially.
Latch for a motor vehicle, in particular a motor vehicle door latch, comprising • a locking mechanism comprising a catch and at least one pawl ; • a drive motor ; • a worm connected to the drive motor ; • a worm wheel , the worm wheel being drivable by means of the drive motor and with the aid of the worm ; • a means for transmitting a torque of the worm wheel to the pawl ; • the transmitting means being a gear stage, preferably a gearwheel stage ; • it being possible for the pawl to be brought into and out of engagement with the catch; • the worm wheel moving in a direction of rotation (P) when the pawl is brought out of engagement with the catch; characterized in that • the worm wheel moves in this direction of rotation (P) when the pawl is brought into engagement with the catch. • a locking mechanism comprising a catch and at least one pawl ; • a drive motor ; • a worm connected to the drive motor ; • a worm wheel , the worm wheel being drivable by means of the drive motor and with the aid of the worm ; • a means for transmitting a torque of the worm wheel to the pawl ; • the transmitting means being a gear stage, preferably a gearwheel stage ; • it being possible for the pawl to be brought into and out of engagement with the catch; • the worm wheel moving in a direction of rotation (P) when the pawl is brought out of engagement with the catch; characterized in that • the worm wheel moves in this direction of rotation (P) when the pawl is brought into engagement with the catch.
A solid-state image pickup apparatus comprising: a pixel array including a plurality of first pixels in which an On Chip Lens of a standard size in a plan view is formed, at least one second pixel in which an On Chip Lens of a size different from the standard size in a plan view is formed, and at least one third pixel adjacent to the at least one second pixel in which a shape of the On Chip Lens is deformed from an original standard size among the plurality of first pixels on the pixel array ; and a correction section configured to correct a color signal of the at least one third pixel to account for a change in sensitivity due to the deformed On Chip Lens. a pixel array including a plurality of first pixels in which an On Chip Lens of a standard size in a plan view is formed, at least one second pixel in which an On Chip Lens of a size different from the standard size in a plan view is formed, and at least one third pixel adjacent to the at least one second pixel in which a shape of the On Chip Lens is deformed from an original standard size among the plurality of first pixels on the pixel array ; and a correction section configured to correct a color signal of the at least one third pixel to account for a change in sensitivity due to the deformed On Chip Lens.
A device for producing hollow tubes , in particular drinking straws or products of the tobacco processing industry, comprising a formatting device which is configured to shape a first material strip and a second material strip during the conveying process through the formatting device into a two-layer hollow tube , wherein a material strip feed device is provided, which is configured to feed the first material strip and the second material strip to the formatting device , wherein a first web tensioning device is provided for the first material strip and a second web tensioning device is provided for the second material strip , wherein a cutting device for cutting a base material strip in a longitudinally axial direction into the first material strip and into the second material strip is provided upstream of the first web tensioning device and the second web tensioning device .
A method for the production of an electron emitter with a coating containing nanorods on a component surface , which comprises the following steps: (I) applying nanorods to the entire coating region via an inorganic and electrically conductive adhesive layer ; (II) applying a liquid polymer mixture to the entire coating region, wherein the polymer mixture contains a crosslinkable polymer and a crosslinking component; (III) curing the polymer film resulting from step (II) of the method to form an elastomer film; (IV) peeling off the elastomer film produced in accordance with step (III) of the method, wherein the polymer mixture used for step (II) of the method is liquid at 20°C and consists of a mixture of two components, of which one component contains a crosslinkable polymer and the other component contains a crosslinking reagent, and the polymer film applied in step (II) of the method is thermally cured to form an elastomer film in step (III) of the method, characterized in that the crosslinkable polymer is a crosslinkable silicone polymer. (I) applying nanorods to the entire coating region via an inorganic and electrically conductive adhesive layer ; (II) applying a liquid polymer mixture to the entire coating region, wherein the polymer mixture contains a crosslinkable polymer and a crosslinking component; (III) curing the polymer film resulting from step (II) of the method to form an elastomer film; (IV) peeling off the elastomer film produced in accordance with step (III) of the method,
Window or door with an electric operating unit for an electric additional device; the window or the door comprising at least one cover frame or one casement which is formed from a plastic hollow profile which has a plurality of hollow chambers and at least one side wall which is to be turned towards the building inner side or the building outer side with a visible surface, characterized - in that at least one slotted recess is made in the cover frame and/or in the casement , which slotted recess extends into at least one hollow chamber which is delimited by way of the rear side of the at least one side wall which is not penetrated in the region of the slotted recess , and - in that the electric operating unit is arranged in the slotted recess and has a bearing plane which bears against the rear side of the side wall , at least one sensing element which is configured for operation through the side wall being arranged so as to adjoin the bearing plane. the window or the door comprising at least one cover frame or one casement which is formed from a plastic hollow profile which has a plurality of hollow chambers and at least one side wall which is to be turned towards the building inner side or the building outer side with a visible surface, characterized - in that at least one slotted recess is made in the cover frame and/or in the casement , which slotted recess extends into at least one hollow chamber which is delimited by way of the rear side of the at least one side wall which is not penetrated in the region of the slotted recess , and - in that the electric operating unit is arranged in the slotted recess and has a bearing plane which bears against the rear side of the side wall , at least one sensing element which is configured for operation through the side wall being arranged so as to adjoin the bearing plane. - in that at least one slotted recess is made in the cover frame and/or in the casement , which slotted recess extends into at least one hollow chamber which is delimited by way of the rear side of the at least one side wall which is not penetrated in the region of the slotted recess , and - in that the electric operating unit is arranged in the slotted recess and has a bearing plane which bears against the rear side of the side wall , at least one sensing element which is configured for operation through the side wall being arranged so as to adjoin the bearing plane.
A high-pressure fuel pump comprising: - a pressurizing chamber to pressurize fuel; - a discharge valve disposed on a downstream side of the pressurizing chamber ; and - a relief valve mechanism that causes fuel in a discharge path on the downstream side of the discharge valve to return to the pressurizing chamber or a low-pressure path, wherein the relief valve mechanism comprises: - a relief path formed to be connected to the discharge path ; - a relief seat face connected to the relief path and formed to be enlarged toward the pressurizing chamber or the low-pressure path; and - a relief valve body seated on the relief seat face , and - an intersection between the relief path and the relief seat face is positioned adjacent to the discharge path , and wherein the relief path is formed substantially in parallel with the extension and contraction direction of the spring portion , characterized in that : an angle between the relief seat face and the relief path is adapted to be 50 degrees or less with respect to the extension and contraction direction of the spring portion . - a pressurizing chamber to pressurize fuel; - a discharge valve disposed on a downstream side of the pressurizing chamber ; and - a relief valve mechanism that causes fuel in a discharge path on the downstream side of the discharge valve to return to the pressurizing chamber or a low-pressure path, wherein the relief valve mechanism comprises: - a relief path formed to be connected to the discharge path ; - a relief seat face connected to the relief path and formed to be enlarged toward the pressurizing chamber or the low-pressure path; and - a relief valve body seated on the relief seat face , and - an intersection between the relief path and the relief seat face is positioned adjacent to the discharge path , and wherein the relief path is formed substantially in parallel with the extension and contraction direction of the spring portion , characterized in that : an angle between the relief seat face and the relief path is adapted to be 50 degrees or less with respect to the extension and contraction direction of the spring portion .
A polymer laminate in which 2-100 layers each containing a biodegradable resin and having a thickness in a range of 10 nm-400 nm are laminated, a thickness of at least one of outermost layers is in a range of 10 nm-180 nm, and said outermost layers are joined to each other by a joint portion at pinpoints, at a part of the end portion of the laminate, at the entire part of the end portion of the laminate, or combinations thereof, wherein the layers other than the outermost layers may be joined or may not be joined to the outermost layer.
A method for determining a synchronization cycle, wherein the method comprises: obtaining (S701), by a network device, a crystal oscillator frequency offset f1 of user equipment, UE; obtaining (S702), by the network device, a crystal oscillator frequency offset f2 of an access node, AN; obtaining (S703), by the network device, a service synchronization precision requirement t of the UE; and calculating (S704), by the network device, a synchronization cycle of clock synchronization between the UE and the AN based on f1, f2, and t. obtaining (S701), by a network device, a crystal oscillator frequency offset f1 of user equipment, UE; obtaining (S702), by the network device, a crystal oscillator frequency offset f2 of an access node, AN; obtaining (S703), by the network device, a service synchronization precision requirement t of the UE; and calculating (S704), by the network device, a synchronization cycle of clock synchronization between the UE and the AN based on f1, f2, and t.
A fluidic torque transfer device , comprising: a pump impeller that includes a pump shell , a pump blade attached to the pump shell , and a pump core attached to the pump blade ; a turbine runner that includes a turbine shell , a turbine blade attached to the turbine shell , and a turbine core attached to the turbine blade ; and a stator that includes a stator blade and rectifies a flow of a hydraulic fluid from the turbine runner to the pump impeller , characterized in that an attachment angle of the turbine blade at a fluid outlet of the turbine runner is smaller than the attachment angle of the turbine blade at a fluid inlet of the turbine runner , and the turbine runner is structured so that a cross-sectional area St of a turbine flow path defined by the turbine shell , adjacent turbine blades , and the turbine core , which is perpendicular to a centerline of the turbine flow path, satisfies |St - Sref|/Sref ≤ 0.2, where a reference area Sref is an average of maximum and minimum values of a cross-sectional area of a pump flow path defined by the pump shell , adjacent pump blades , and the pump core of the pump impeller , which is perpendicular to a centerline of the pump flow path.
A transportable building comprising side-by-side building sections and parallel foundation beams mounted for supporting said building sections on a ground surface, each of said building sections having a roof and opposite vertical wall panels , each of said vertical wall panels has support rolls mounted thereon for rolling engagement onto one of said foundation beams ; said transportable building being characterised in that : each of said vertical wall panels has a skate clamp mounted thereon for sequential sliding and clamping engagements to one of said foundation beams , the skate clamps of each building section being arranged to be tightened to secure the respective building section to the foundation beams ; each one of said foundation beams has a T-shaped rail mounted thereon, and said skate clamp has a T-shaped slot formed therein and said T-shaped slot is slidably engaged with said T-shaped rail . each of said vertical wall panels has a skate clamp mounted thereon for sequential sliding and clamping engagements to one of said foundation beams , the skate clamps of each building section being arranged to be tightened to secure the respective building section to the foundation beams ; each one of said foundation beams has a T-shaped rail mounted thereon, and said skate clamp has a T-shaped slot formed therein and said T-shaped slot is slidably engaged with said T-shaped rail .
Method for producing biofuels from waste and/or biomass, comprising: - gasification of the waste/biomass in anaerobic conditions to produce a gasified biomass/waste material, - injecting the gasified biomass/waste material into an arc discharge zone of a plasma torch, where the plasma torch provides an air jet at a velocity of 600-800 m/s and a temperature in the range from 3000 to 5000 °C in the arc discharge zone, elevating the temperature of the biosyngas to at least 1250 °C, and injecting fresh air into the arc discharge zone to maintain an oxidation degree within 0.2 < CO 2 /(CO+CO 2 ) < 0.4, - injecting the gas stream exiting the arc discharge zone into a decomposition reactor where the residence time of the gas is around 2 seconds and the temperature is maintained at about 1250 °C, - chilling the heat treated gas mixture to a temperature of 150 °C to form a heat treated biosyngas, - subjecting the heat treated biosyngas to cleaning measures for removing elements/compounds which are poisonous towards the catalysts of the Fischer-Tropsch synthesis to at least a tolerable level for the catalysts of the Fischer-Tropsch synthesis, and - passing the cleaned heat treated biosyngas through a Fischer-Tropsch synthesis for production of biofuels. - gasification of the waste/biomass in anaerobic conditions to produce a gasified biomass/waste material, - injecting the gasified biomass/waste material into an arc discharge zone of a plasma torch, where the plasma torch provides an air jet at a velocity of 600-800 m/s and a temperature in the range from 3000 to 5000 °C in the arc discharge zone, elevating the temperature of the biosyngas to at least 1250 °C, and injecting fresh air into the arc discharge zone to maintain an oxidation degree within 0.2 < CO 2 /(CO+CO 2 ) < 0.4, - injecting the gas stream exiting the arc discharge zone into a decomposition reactor where the residence time of the gas is around 2 seconds and the temperature is maintained at about 1250 °C, - chilling the heat treated gas mixture to a temperature of 150 °C to form a heat treated biosyngas, - subjecting the heat treated biosyngas to cleaning measures for removing elements/compounds which are poisonous towards the catalysts of the Fischer-Tropsch synthesis to at least a tolerable level for the catalysts of the Fischer-Tropsch synthesis, and - passing the cleaned heat treated biosyngas through a Fischer-Tropsch synthesis for production of biofuels.
A method comprising: transmitting, by a base station, a first orthogonal frequency division multiple access, OFDMA, sub-frame over a wireless network, wherein the first OFDMA sub-frame carries: a first data field for a first mobile station in a first time segment of a first OFDMA sub-channel, a second data field for a second mobile station in a second time segment of the first OFDMA sub-channel, a first high efficiency wireless local area network, HE WLAN, HEW, short training field, STF, for the first data field, a first set of HEW long training fields, LTFs, for the first data field, a second HEW STF for the second data field, and a second set of HEW LTFs for the second data field; further comprising transmitting, by the base station, a second OFDMA sub-frame over the wireless network, wherein the second OFDMA sub-frame carries a third data field in the first time segment of a second OFDMA sub-channel, a fourth data field in the second time segment of the second OFDMA sub-channel, a third HEW STF for the third data field, a third set of HEW LTFs for the third data field, a fourth HEW STF for the fourth data field, and a fourth set of HEW LTFs for the fourth data field, wherein the third HEW STF is aligned with the first HEW STF in the time domain, and the fourth HEW STF is aligned with the second HEW STF in the time domain, wherein the first set of HEW LTFs is aligned with the third set of HEW LTFs in the time domain, and the second set of HEW LTFs is aligned with the fourth set of HEW LTFs in the time domain.
A portable cleaner comprising: a recovery tank including a container for receiving and storing recovered liquid and/or dirt and an openable tank lid for covering the container, the container and the tank lid removable from the cleaner as a unit; a main housing configured to removably support the recovery tank in a vertical orientation in which the tank lid at least partially defines a top side of the portable extraction cleaner; and a tank latch provided in the tank lid, the tank latch configured to selectively secure and release the tank lid to the main housing when the recovery tank is supported by the main housing. a recovery tank including a container for receiving and storing recovered liquid and/or dirt and an openable tank lid for covering the container, the container and the tank lid removable from the cleaner as a unit; a main housing configured to removably support the recovery tank in a vertical orientation in which the tank lid at least partially defines a top side of the portable extraction cleaner; and a tank latch provided in the tank lid, the tank latch configured to selectively secure and release the tank lid to the main housing when the recovery tank is supported by the main housing.
Use of a polypeptide having fructose-C4-epimerase activity and comprising an amino acid sequence of SEQ ID NO: 1 or an amino acid sequence having at least 85% homology or identity with SEQ ID NO: 1, for preparing tagatose from fructose.
A vehicle system comprising - a V2X unit for operating a vehicle-to-X communication, having a communications module for wireless data transfer, and - a control device for executing a user application, having a communications module for wireless data transfer, which can be coupled with the communications module of the V2X unit , wherein the V2X unit and the control device can be activated in a data transfer mode in order to couple the communications modules for wireless data transfer of the V2X unit and of the control device with each other for a data exchange, wherein the V2X unit and the control device are coupled by means of an interface, wherein the data transfer mode can be activated by means of an activation signal of the V2X unit via the interface. - a V2X unit for operating a vehicle-to-X communication, having a communications module for wireless data transfer, and - a control device for executing a user application, having a communications module for wireless data transfer, which can be coupled with the communications module of the V2X unit ,