mhurhangee/patent-ind-claim-en huggingface dataset:
A roll-to-roll deposition apparatus, comprising: a vacuum chamber capable of maintaining a reduced-pressure state; a film travel mechanism capable of causing a film to travel inside the vacuum chamber; a lithium source capable of evaporating lithium inside the vacuum chamber; a first roller that is disposed between a deposition surface of the film and the lithium source, has a transfer pattern that receives the lithium evaporated from the lithium source , and transfers a pattern of a lithium layer corresponding to the transfer pattern to the deposition surface while rotating; and a second roller that faces the first roller with the film provided between the second roller and the first roller , wherein the lithium source includes a vapor deposition container that stores the lithium, and a third roller that faces the first roller and is disposed such that the lithium is vapor-deposited on the first roller ( and that the lithium evaporated from the vapor deposition container adheres to a part of a roller surface of the third roller , and a temperature control mechanism that adjusts a temperature of the roller surface of the third roller to a lithium melting point or more such that the lithium vapor-deposited on the third roller is supplied to the first roller with the lithium molten on the roller surface . a vacuum chamber capable of maintaining a reduced-pressure state; a film travel mechanism capable of causing a film to travel inside the vacuum chamber; a lithium source capable of evaporating lithium inside the vacuum chamber; a first roller that is disposed between a deposition surface of the film and the lithium source, has a transfer pattern that receives the lithium evaporated from the lithium source , and transfers a pattern of a lithium layer corresponding to the transfer pattern to the deposition surface while rotating; and a second roller that faces the first roller with the film provided between the second roller and the first roller , wherein the lithium source includes a vapor deposition container that stores the lithium, and a third roller that faces the first roller and is disposed such that the lithium is vapor-deposited on the first roller ( and that the lithium evaporated from the vapor deposition container adheres to a part of a roller surface of the third roller , and a temperature control mechanism that adjusts a temperature of the roller surface of the third roller to a lithium melting point or more such that the lithium vapor-deposited on the third roller is supplied to the first roller with the lithium molten on the roller surface . a vapor deposition container that stores the lithium, and a third roller that faces the first roller and is disposed such that the lithium is vapor-deposited on the first roller ( and that the lithium evaporated from the vapor deposition container adheres to a part of a roller surface of the third roller , and a temperature control mechanism that adjusts a temperature of the roller surface of the third roller to a lithium melting point or more such that the lithium vapor-deposited on the third roller is supplied to the first roller with the lithium molten on the roller surface .
A vehicle motion management system for a vehicle, the vehicle motion management system being connectable to a motion support system for communication of control signals therebetween, wherein the vehicle motion management system is configured to: - determine a desired torque for operating the vehicle at a current vehicle operating condition; - determine an offset wheel speed parameter; - obtain a signal indicative of a wheel speed for the vehicle; - determine a wheel slip limit for at least one wheel of the vehicle based on the offset wheel speed parameter when the wheel speed is below a threshold vehicle speed limit; - determine, based at least on the wheel slip limit, a wheel speed limit for the at least one wheel of the vehicle; and - transmit a control signal indicative of the desired torque and the wheel speed limit to the motion support system . - determine a desired torque for operating the vehicle at a current vehicle operating condition; - determine an offset wheel speed parameter; - obtain a signal indicative of a wheel speed for the vehicle; - determine a wheel slip limit for at least one wheel of the vehicle based on the offset wheel speed parameter when the wheel speed is below a threshold vehicle speed limit; - determine, based at least on the wheel slip limit, a wheel speed limit for the at least one wheel of the vehicle; and - transmit a control signal indicative of the desired torque and the wheel speed limit to the motion support system .
A nitrogen-generating composition for fire extinguishing, comprising: alkali metal azide, heavy metal oxide as an oxidizing agent and fuel, and a wetting agent for the dry components, characterized in that the composition further comprises a combustion modifier in the form of aluminium oxide modified with cobalt (II) nitrate (Co(NO 3 ) 2 ), nickel oxide and copper oxide as promoting additives, and carboxylic acid ester as the wetting agent, the mixing ratio in wt. % being as follows: heavy metal oxide 25,0 - 45,0 combustion modifier 12,0 -18,0 alkali metal azide balance to 100 wetting agent (residue after drying) 0,07 - 2,0 above 100%
An induction supply air terminal device that comprises of primary supply air chamber , connected with at least one mixing chamber which opens into an air-conditioned room space , at least one heat exchanger provided connected with each said mixing chamber , wherein an array of multiple nozzles is provided on one surface of the primary supply air chamber in the form of a cluster to supply primary air flow into at least one mixing chamber to induce a secondary air flow heated or cooled as it flows through a heat exchanger and conducted into the mixing chamber , wherein both the primary supply air and secondary air mix, whereby this mixed air is then conducted into the air-conditioned room space with an increased air induction ratio, wherein additionally a venturi device is provided in the air jet zone at a predetermined distance from the cluster nozzle array.
An actuator , comprising: a motor ; a reduction gear having a breakdown torque that is less than a starting torque of the motor; a torque sensor having a sensor breakdown torque that is less than a starting torque of the motor, wherein a breakdown torque is a torque at which breakdown is reached in a case in which a component member is used for a certain amount of time under the load of that torque; and a control device configured to set a limit value with respect to a control value to drive the motor based on the breakdown torque of the reduction gear; wherein a sensor limit value in accordance with the sensor breakdown torque is additionally set with respect to the control value. a motor ; a reduction gear having a breakdown torque that is less than a starting torque of the motor; a torque sensor having a sensor breakdown torque that is less than a starting torque of the motor, wherein a breakdown torque is a torque at which breakdown is reached in a case in which a component member is used for a certain amount of time under the load of that torque; and a control device configured to set a limit value with respect to a control value to drive the motor based on the breakdown torque of the reduction gear; wherein a sensor limit value in accordance with the sensor breakdown torque is additionally set with respect to the control value.
A pipe connecting structure, comprising a first component having a pipe portion , and a second component having a pipe portion and a pipe connector which extends from a longitudinal end of the pipe portion and is arrangeable in the pipe portion of the first component , wherein the pipe portion of the first component and the pipe portion of the second component lie axially against each other when the pipe connector of the second component is arranged in the pipe portion of the first component , wherein the pipe connector of the second component is equipped with an actuatable locking-clamping-mechanism, characterized in that the locking-clamping-mechanism of the pipe connector of the second component is configured to lock and clamp the pipe portion of the first component and the pipe portion of the second component together, such that the pipe portion of the first component and the pipe portion of the second component are connected under compression or tension, whereby the pipe portion of the first component and the pipe portion of the second component are pressed or clamped against one another in such a manner that they have substantially no play relative to one another when the locking-clamping-mechanism is actuated, while the pipe connector of the second component is arranged in the pipe portion of the first component . a first component having a pipe portion , and a second component having a pipe portion and a pipe connector which extends from a longitudinal end of the pipe portion and is arrangeable in the pipe portion of the first component , wherein the pipe portion of the first component and the pipe portion of the second component lie axially against each other when the pipe connector of the second component is arranged in the pipe portion of the first component , wherein the pipe connector of the second component is equipped with an actuatable locking-clamping-mechanism, characterized in that the locking-clamping-mechanism of the pipe connector of the second component is configured to lock and clamp the pipe portion of the first component and the pipe portion of the second component together, such that the pipe portion of the first component and the pipe portion of the second component are connected under compression or tension, whereby the pipe portion of the first component and the pipe portion of the second component are pressed or clamped against one another in such a manner that they have substantially no play relative to one another when the locking-clamping-mechanism is actuated, while the pipe connector of the second component is arranged in the pipe portion of the first component .
A computer-implemented text detecting method, comprising: acquiring (S101) a first image of a text object to be detected; determining (S102) whether the first image contains a predetermined indicator; determining (S103), in response to the first image containing the predetermined indicator, a position of the predetermined indicator, and acquiring (S103) a second image of the text object to be detected; determining (S104) whether the second image contains the predetermined indicator; if it is determined that the second image contains the predetermined indicator, a position of the predetermined indicator is determined; acquiring (S907), in response to the second image not containing the predetermined indicator, a third image of the text object to be detected, wherein the third image does not contain the predetermined indicator, and a resolution of the third image is higher than a resolution of the first image and a resolution of the second image; and determining (S909), based on the position of the predetermined indicator, a text detecting region in the third image. acquiring (S101) a first image of a text object to be detected; determining (S102) whether the first image contains a predetermined indicator; determining (S103), in response to the first image containing the predetermined indicator, a position of the predetermined indicator, and acquiring (S103) a second image of the text object to be detected; determining (S104) whether the second image contains the predetermined indicator; if it is determined that the second image contains the predetermined indicator, a position of the predetermined indicator is determined; acquiring (S907), in response to the second image not containing the predetermined indicator, a third image of the text object to be detected, wherein the third image does not contain the predetermined indicator, and a resolution of the third image is higher than a resolution of the first image and a resolution of the second image; and determining (S909), based on the position of the predetermined indicator, a text detecting region in the third image.
A system for establishing a secure connection between a mobile device container and a number of virtual private networks, VPN, comprising: - a mobile device container , configured to isolate a portion of a mobile device from another portion of the mobile device ; - a number of VPN , each of the number of VPN having a VPN profile ; - a cryptographic token , configured to provide at least part of the VPN profile of at least one of the number of VPN ; - a communication link , configured to link the mobile device container and the cryptographic token ; wherein, to establish a secure connection to at least one first VPN of the number of VPN , the mobile device container is configured to access at least part of the VPN profile of the at least one first VPN of the number of VPN through the communication link configured to link the mobile device container and the cryptographic token ; characterized in that to establish a secure connection to a subsequent VPN of the number of VPN , the system is further configured to selectively provide at least part of the VPN profile of the subsequent VPN only if the connection between the mobile device container and the at least one first VPN has been successfully established. - a mobile device container , configured to isolate a portion of a mobile device from another portion of the mobile device ; - a number of VPN , each of the number of VPN having a VPN profile ; - a cryptographic token , configured to provide at least part of the VPN profile of at least one of the number of VPN ; - a communication link , configured to link the mobile device container and the cryptographic token ;
A dielectric filter, comprising a dielectric block whose outer surface is covered with a metal layer, wherein the dielectric block comprises at least two resonant cavities ; the dielectric block is provided with a via hole , the via hole is located between two adjacent resonant cavities , and an inner wall of the via hole is covered with a metal layer; and a first partition ring is disposed on the outer surface of the dielectric block and is surrounding at least one opening of the via hole , and the dielectric block is exposed in an area enclosed by an inner edge of the first partition ring and an outer edge of the first partition ring ; wherein the inner edge of the first partition ring and an edge of an opening of the via hole are disposed at intervals; wherein a combined structure of the via hole and the first partition ring implements a capacitive coupling between the two adjacent cavities. the dielectric block is provided with a via hole , the via hole is located between two adjacent resonant cavities , and an inner wall of the via hole is covered with a metal layer; and a first partition ring is disposed on the outer surface of the dielectric block and is surrounding at least one opening of the via hole , and the dielectric block is exposed in an area enclosed by an inner edge of the first partition ring and an outer edge of the first partition ring ; wherein the inner edge of the first partition ring and an edge of an opening of the via hole are disposed at intervals; wherein a combined structure of the via hole and the first partition ring implements a capacitive coupling between the two adjacent cavities.
Method for transmitting a function command between a motor vehicle and an off-board device , wherein the function command is transmitted via a communication link between the motor vehicle and the interface device providing the off-board device , wherein an interface is provided by the interface device to provide a plurality of valid function commands , characterised in that the interface device is arranged outside the motor vehicle and outside the off-board device and is in the form of as a stationary server, and the interface is designed as a programming interface, API, or as a function-oriented programming, or as a file-oriented programming interface, or an object-oriented programming interface, or a protocol-oriented programming interface, or as a binary interface, ABI, and the function command is only transmitted between the motor vehicle and the device via the interface of the interface device , and the function command is compared in the interface device with the plurality of valid function commands and, based on this comparison, it is determined whether the function command is interface compliant, wherein the function command is forwarded only if the function command is interface compliant.
A spring control arm for a wheel suspension of a motor vehicle, comprising a first end portion (1.1) for connection to a chassis support, a second end portion (1.2) for connection at the wheel side and a portion (1.3) arranged between the two end portions (1.1, 1.2) and having a central web (1.31) with side webs (1.32, 1.33) projecting therefrom and defining a receptacle (1. 34) for supporting or connecting a spring, and with a spring control arm cover serving as a protective cover and/or as an aerodynamic air guide cover, wherein at least one shoulder (1.42) is formed in each of the two side webs (1.32, 1.33), the respective shoulder (1.42) being arranged between the central web (1.31) and an edge portion (1.321, 1.331) of the respective side web (1.32, 1.33) facing away from the central web (1.31), the respective shoulder (1.42) has a hole (1.41) for connecting the spring control arm cover and thus defines a connection point and bearing surface (1.43) for the spring control arm cover , and the spring control arm cover being fastened to the hole (1.41) of the at least one shoulder (1.42), wherein the edge portion (1.321, 1.331) of the respective side web (1.32, 1.33) facing away from the central web (1.31) being designed in the form of a flange, the bearing surface (1.43) defining a connection plane for the connection of the spring control arm cover , this connection plane being spaced at least 10 mm apart from a tangential plane to which the respective edge portion (1.321, 1.331) of the respective side web (1.32, 1.33) facing away from the central web (1.31) and designed in the form of a flange adjoins.
A method for producing a liquid composition containing a fluoropolymer having sulfonic acid groups, trivalent cerium ions and water, which comprises irradiating a solution containing at least one cerium compound selected from the group consisting of cerium carbonate, cerium hydroxide and cerium oxide, the fluoropolymer and the water, with light at least partially in a wavelength region from 300 to 400 nm so that the ultraviolet irradiance on the surface of the solution is at least 0.1 mW/cm 2 .
A portable, non-invasive glucose measuring apparatus comprising: a probe configured to present an oscillating, non-uniform electric field onto a predetermined part of a human body; said probe also configured to present a collimated light beam onto said predetermined part and to direct scattered light into a detector ; a processor in communication with said probe, said processor executing a program that produces a time autocorrelation related to said scattered light; said program comparing said autocorrelation, or a function of said autocorrelation, against a calibration to determine a glucose level characterized in that said non-uniform electric field is formed by a first and second electrode, said first electrode being a ring or partial ring; said second electrode being located at a point in proximity to a center-point of said ring; a probe configured to present an oscillating, non-uniform electric field onto a predetermined part of a human body; said probe also configured to present a collimated light beam onto said predetermined part and to direct scattered light into a detector ; a processor in communication with said probe, said processor executing a program that produces a time autocorrelation related to said scattered light; said program comparing said autocorrelation, or a function of said autocorrelation, against a calibration to determine a glucose level characterized in that said non-uniform electric field is formed by a first and second electrode, said first electrode being a ring or partial ring; said second electrode being located at a point in proximity to a center-point of said ring;
A grinding head for a floor grinding machine for grinding floor surfaces of stone or stone-like material, the grinding head comprising: a lower casing member , comprising a lower support and an upwardly extending edge portion , and an upper casing member , comprising an upper cover and a downwardly extending edge portion , wherein the upper casing member is joinable to the lower casing member by causing axially distal portions of the edge portions to bear on each other characterised in that : the distal portion of the edge portion of one of the casing members comprises an axial support surface and a radially outwardly facing radial support surface , and the distal portion of the edge portion of the other casing member comprises an axial support surface and a radially inwardly facing radial support surface , such that when the casing members are in a joined state, the axial support surfaces abut each other and the inwardly facing radial support surface is positioned radially outside the outwardly facing radial support surface . a lower casing member , comprising a lower support and an upwardly extending edge portion , and an upper casing member , comprising an upper cover and a downwardly extending edge portion , wherein the upper casing member is joinable to the lower casing member by causing axially distal portions of the edge portions to bear on each other the distal portion of the edge portion of one of the casing members comprises an axial support surface and a radially outwardly facing radial support surface , and the distal portion of the edge portion of the other casing member comprises an axial support surface and a radially inwardly facing radial support surface , such that when the casing members are in a joined state, the axial support surfaces abut each other and the inwardly facing radial support surface is positioned radially outside the outwardly facing radial support surface .