mhurhangee/patent-ind-claim-en huggingface dataset:
A method to be executed within an enclave included within a trusted execution environment, TEE, of a host platform, said enclave comprising a special memory page or partition that can only be accessed and referenced via special TEE instructions, said enclave further comprising an input verification engine, IVE , and a binary translation engine, BTE , the method comprising the following steps: Receiving a trusted first binary object; and Analyzing , by the IVE , the trusted first binary object to identify portions that perform input/output operations; tagging the identified portions to create a tagged trusted binary with tagged portions; and providing the tagged trusted binary to the BTE, characterized in that the BTE is operable for receiving the tagged trusted binary in a first format, and for translating the tagged trusted binary into a second binary object in a second format, the second format being a native binary format of the host platform and suitable for execution within the TEE, and wherein translating comprises reserving the tagged portions for execution within the enclave. Receiving a trusted first binary object; and Analyzing , by the IVE , the trusted first binary object to identify portions that perform input/output operations; tagging the identified portions to create a tagged trusted binary with tagged portions; and providing the tagged trusted binary to the BTE, characterized in that the BTE is operable for receiving the tagged trusted binary in a first format, and for translating the tagged trusted binary into a second binary object in a second format, the second format being a native binary format of the host platform and suitable for execution within the TEE, and wherein translating comprises reserving the tagged portions for execution within the enclave.
Test device for testing a sample liquid with a test stripe , comprising the test stripe comprising a backing and an analytical membrane in the centre portion of the backing; a housing comprising a housing base and a housing lid , which are connected with each other; the housing base comprises an accommodation portion for accommodating the test stripe , the accommodation portion comprises restricting elements that restrict the movement of the test stripe in y-direction; and the housing lid comprises an inlet opening for introducing the sample liquid into the housing, wherein the inlet opening is located opposite to the accommodation portion ; wherein the accommodation portion of the housing base further comprises a plurality of lower bridges on pre-defined positions for supporting the test stripe and the housing lid comprises a plurality of upper bridges on pre-defined positions opposite to the accommodation portion ; characterized in that a recess for receiving a protrusion of a sample collector is provided in the surface of the housing lid adjacent to the inlet opening , wherein the recess has a bottom on which the protrusion of the sample collector can abut. the test stripe comprising a backing and an analytical membrane in the centre portion of the backing; a housing comprising a housing base and a housing lid , which are connected with each other; the housing base comprises an accommodation portion for accommodating the test stripe , the accommodation portion comprises restricting elements that restrict the movement of the test stripe in y-direction; and the housing lid comprises an inlet opening for introducing the sample liquid into the housing, wherein the inlet opening is located opposite to the accommodation portion ; wherein the accommodation portion of the housing base further comprises a plurality of lower bridges on pre-defined positions for supporting the test stripe and the housing lid comprises a plurality of upper bridges on pre-defined positions opposite to the accommodation portion ; characterized in that a recess for receiving a protrusion of a sample collector is provided in the surface of the housing lid adjacent to the inlet opening , wherein the recess has a bottom on which the protrusion of the sample collector can abut.
An intraluminal ablation catheter comprising: a proximal manifold; an elongate shaft coupled to the proximal manifold, the elongate shaft comprising a plurality of lumens extending therethrough, wherein the plurality of lumens comprises a fluid infusion lumen, and wherein the elongate shaft comprises a central longitudinal axis extending along its length; an inner expandable member coupled to at least one of the plurality of lumens , wherein the fluid infusion lumen is configured to infuse cooling fluid into the inner expandable member ; an outer expandable member surrounding the inner expandable member and being coupled to a distal end portion of the elongate shaft , wherein the outer expandable member comprises a plurality of electrodes , and wherein the inner expandable member comprises a plurality of outlet orifices configured to direct jets of the cooling fluid from the inner expandable member toward at least one surface of each of the plurality of electrodes of the outer expandable member so as to cool the plurality of electrodes . a proximal manifold; an elongate shaft coupled to the proximal manifold, the elongate shaft comprising a plurality of lumens extending therethrough, wherein the plurality of lumens comprises a fluid infusion lumen, and wherein the elongate shaft comprises a central longitudinal axis extending along its length; an inner expandable member coupled to at least one of the plurality of lumens , wherein the fluid infusion lumen is configured to infuse cooling fluid into the inner expandable member ; an outer expandable member surrounding the inner expandable member and being coupled to a distal end portion of the elongate shaft , wherein the outer expandable member comprises a plurality of electrodes , and wherein the inner expandable member comprises a plurality of outlet orifices configured to direct jets of the cooling fluid from the inner expandable member toward at least one surface of each of the plurality of electrodes of the outer expandable member so as to cool the plurality of electrodes .
Striking mechanism comprising, coaxially mounted on a same shaft , - a striking spring, one end of which is integral with the shaft and another end of which is integral with a reference frame, and arranged to transmit a torque to the shaft when it is loaded, - an hour striking cam integral with the shaft, - a quarter striking cam , pivoted on the shaft and designed to be driven by the hour striking cam, - a minute striking cam , pivoted on the shaft and designed to be driven by the quarter striking cam, the striking mechanism further comprising disengageable connecting means between the quarter striking cam and the minute striking cam, capable of changing between a disengaged state in which the quarter striking and minute striking cams are free relative to one another, and an engaged state in which the quarter striking and minute striking cams rotate together about said shaft, a control member for switching the disengageable connecting means from one state to another. - a striking spring, one end of which is integral with the shaft and another end of which is integral with a reference frame, and arranged to transmit a torque to the shaft when it is loaded, - an hour striking cam integral with the shaft, - a quarter striking cam , pivoted on the shaft and designed to be driven by the hour striking cam, - a minute striking cam , pivoted on the shaft and designed to be driven by the quarter striking cam, the striking mechanism further comprising disengageable connecting means between the quarter striking cam and the minute striking cam, capable of changing between a disengaged state in which the quarter striking and minute striking cams are free relative to one another, and an engaged state in which the quarter striking and minute striking cams rotate together about said shaft, a control member for switching the disengageable connecting means from one state to another.
A silver powder formed by reducing silver carboxylate, wherein the particle size distribution of primary particles comprises a first peak of a particle size in a range of 20 nm to 70 nm and a second peak of a particle size in a range of 200 nm to 500 nm, wherein the particle size distribution is determined by observation with a scanning electron microscope, particle sizes of 1000 or more silver particles are measured, and the two top peaks having the largest number of particle sizes are defined as the first and the second peak, organic matters covering the dried silver powder are decomposed in an extent of 50 mass% or more at 150°C, gases generated in heating the dried silver powder at 100 °C are: gaseous carbon dioxide; evaporated acetone; and evaporated water.
An optical film , characterized by comprising: a light-reflecting layer R comprising a cholesteric liquid crystal layer having a right-handed helical orientation, a light-reflecting layer L comprising a cholesteric liquid crystal layer having a left-handed helical orientation, and a polarizing element layer comprising a pigment, characterized in that difference of the center reflection wavelength between the light-reflecting layer R and the light-reflecting layer L is within 20 nm. a light-reflecting layer R comprising a cholesteric liquid crystal layer having a right-handed helical orientation, a light-reflecting layer L comprising a cholesteric liquid crystal layer having a left-handed helical orientation, and a polarizing element layer comprising a pigment, characterized in that difference of the center reflection wavelength between the light-reflecting layer R and the light-reflecting layer L is within 20 nm.
A method for manufacturing a wind turbine blade , comprising the steps of: - arranging (S2, S3) a joining portion comprising a fibre lay-up inside a first one and inside a second one of adjacent blade sections , - covering (S4) the joining portion and the adjacent blade sections at least partially with a vacuum bag , and - applying vacuum to a space covered by the vacuum bag , infusing at least the fibre lay-up with a resin and curing (S5) the resin to obtain a cured joining portion joining the blade sections inside such that the cured joining portion joins the blade sections on their inside surfaces. - arranging (S2, S3) a joining portion comprising a fibre lay-up inside a first one and inside a second one of adjacent blade sections , - covering (S4) the joining portion and the adjacent blade sections at least partially with a vacuum bag , and - applying vacuum to a space covered by the vacuum bag , infusing at least the fibre lay-up with a resin and curing (S5) the resin to obtain a cured joining portion joining the blade sections inside such that the cured joining portion joins the blade sections on their inside surfaces.
A sheet flipping device comprising: - a flipping element rotatably disposed adjacent to a sheet receiving plane and having, in its outer periphery, at least two insertion slots for insertion of a respective leading edge of a sheet to be flipped; - a sheet transport device configured for feeding sheets with their respective leading edges into the insertion slots ; and - a controller configured to control the sheet transport device and a rotary drive for the flipping element such that each sheet the leading edge of which has been inserted into one of the insertion slots is temporarily restrained while the sheet transport device continues to feed the sheet, so that the sheet flips over, and the sheet is then dropped onto the receiving plane , wherein each insertion slot has a mouth defined between a peripheral surface of the flipping element and a flexible finger that extends tangentially from said peripheral surface, the controller is configured to move one of the insertion slots into a sheet receiving position regardless of whether or not a trailing edge of a preceding sheet has left the sheet transport device, and the flexible finger has sufficient flexibility to be deflected by a sheet which has its trailing edge still held in the sheet transport device , characterized in that each insertion slot has an inner portion that is outwardly delimited by a rigid arm of the flipping element , and the flexible finger projects from a free end of said arm . - a flipping element rotatably disposed adjacent to a sheet receiving plane and having, in its outer periphery, at least two insertion slots for insertion of a respective leading edge of a sheet to be flipped; - a sheet transport device configured for feeding sheets with their respective leading edges into the insertion slots ; and - a controller configured to control the sheet transport device and a rotary drive for the flipping element such that each sheet the leading edge of which has been inserted into one of the insertion slots is temporarily restrained while the sheet transport device continues to feed the sheet, so that the sheet flips over, and the sheet is then dropped onto the receiving plane ,
Bearing device for a headrest, comprising a guide part with which the retaining bar of the headrest can be positioned on a vehicle seat and, by means of a locking device , can be releasably fixed in a locked position relative to the guide part , wherein the locking device comprises a bolt that can be moved between a bolted position and a released position, said bolt being assigned to the guide part and comprising at least one recess which is assigned to the retaining bar , characterised in that an actuator of the locking device comprises a force transmission connection in the form of a band , in particular a pulley-guided band , in such a way that, when the actuator is adjusted, the bolt can be adjusted into the released position by a resultant actuating force.
A bacterium-containing oral rapidly disintegrating tablet, comprising: bacteria comprising viable bacteria; a saccharide; an excipient; a disintegrant; and a lubricant, the bacterium-containing oral rapidly disintegrating tablet being obtained by compression-forming mixture powder containing the bacteria comprising viable bacteria granulated by a spray-drying method, the saccharide, the excipient, the disintegrant, and the lubricant, the bacterium-containing oral rapidly disintegrating tablet having a tablet hardness of from 15 N to 50 N. bacteria comprising viable bacteria; a saccharide; an excipient; a disintegrant; and a lubricant, the bacterium-containing oral rapidly disintegrating tablet being obtained by compression-forming mixture powder containing the bacteria comprising viable bacteria granulated by a spray-drying method, the saccharide, the excipient, the disintegrant, and the lubricant, the bacterium-containing oral rapidly disintegrating tablet having a tablet hardness of from 15 N to 50 N. the bacterium-containing oral rapidly disintegrating tablet being obtained by compression-forming mixture powder containing the bacteria comprising viable bacteria granulated by a spray-drying method, the saccharide, the excipient, the disintegrant, and the lubricant, the bacterium-containing oral rapidly disintegrating tablet having a tablet hardness of from 15 N to 50 N.
A monitoring device with a safety sensor , which is designed for monitoring a protective field running in a plane in such a way that a safety function is triggered in the event of an object intrusion registered by the safety sensor in the protective field, and with an arrangement of muting sensors , wherein the safety sensor is at least partially bridged when a permissible object is detected by means of the muting sensors , characterised in that the muting sensors are formed by distance sensors which are arranged in the plane of the protective field and by means of which a region lying in the plane of the protective field is detected.
A bale recompression system comprising an actuation system for moving a movable platen of the bale recompression system (100, 100', 100", 100"', 500, 600, 1100), the actuation system comprising: one or more actuators ; characterized by a first scissors linkage having a first link end coupled to a frame of the bale recompression system (100, 100', 100", 100"', 500, 600, 1100) and having a second link end coupled to the movable platen ; a second scissors linkage having a third link end coupled to the frame and having a fourth link end coupled to the movable platen ; and a cross-member (696, 696.1, 696.2) that interconnects the first scissors linkage and the second scissors linkage ; wherein actuation of the one or more actuator pivots the first link end of the first scissors linkage and the third link end of the second scissors linkage relative to the frame and translates the movable platen from a first position to a second position; and wherein the first scissors linkage and the second scissors linkage are configured to maintain a fixed orientation of the movable platen in the first position and in the second position. one or more actuators ; characterized by a first scissors linkage having a first link end coupled to a frame of the bale recompression system (100, 100', 100", 100"', 500, 600, 1100) and having a second link end coupled to the movable platen ; a second scissors linkage having a third link end coupled to the frame and having a fourth link end coupled to the movable platen ; and a cross-member (696, 696.1, 696.2) that interconnects the first scissors linkage and the second scissors linkage ; wherein actuation of the one or more actuator pivots the first link end of the first scissors linkage and the third link end of the second scissors linkage relative to the frame and translates the movable platen from a first position to a second position; and wherein the first scissors linkage and the second scissors linkage are configured to maintain a fixed orientation of the movable platen in the first position and in the second position.
A wireless communication method, comprising: receiving, by a base station from an Access and Mobility Management Function, AMF, , user equipment, UE, paging capability included in Core Network Assistance Information, via a Next Generation Application Protocol, NGAP, interface in a handover process, wherein the UE paging capability comprises at least one of wakeup signals support capability, wake up signal and extended discontinuous reception time, eDRX, related capability, group wakeup signals support capability, or group wakeup signals frequency hopping support; and wherein the UE paging capability is for selecting paging resource for radio access network, RAN, paging; and selecting, by the base station , the paging resource for RAN paging according to the UE paging capability. receiving, by a base station from an Access and Mobility Management Function, AMF, , user equipment, UE, paging capability included in Core Network Assistance Information, via a Next Generation Application Protocol, NGAP, interface in a handover process, wherein the UE paging capability comprises at least one of wakeup signals support capability, wake up signal and extended discontinuous reception time, eDRX, related capability, group wakeup signals support capability, or group wakeup signals frequency hopping support; and wherein the UE paging capability is for selecting paging resource for radio access network, RAN, paging; and
Method for activating a door or window closer which comprises an energy store for providing a closing force for closing a rotatable and/or displaceable door leaf or window casement , a damping device which counteracts the closing force and has an electric motor which can be operated as a generator, and an electronic control device for driving the electric motor , wherein a motor shaft of the electric motor is coupled to the leaf or casement by means of at least one transmission element and therefore can be rotated by moving the leaf or casement , characterized in that the leaf or casement is manually opened at least once in a learning process, the angular position of the motor shaft is detected during the manual opening, a functional relationship between the angular position of the motor shaft and an angular position of the rotatable leaf or casement is determined at least over a region of the opening width of the leaf or casement on the basis of the detected angular position of the motor shaft , and the functional relationship is automatically used as a basis for subsequently driving the electric motor for damping the closing movement of the leaf or casement , wherein the leaf or casement is manually opened up to a reference opening position in the learning process, the angular position of the motor shaft is detected at the reference opening position of the leaf or casement and the functional relationship is selected from a set of predetermined reference functions, which correspond to different designs and/or different installation types of the door or window closer , depending on the angular position of the motor shaft detected at the reference opening position. the leaf or casement is manually opened at least once in a learning process, the angular position of the motor shaft is detected during the manual opening, a functional relationship between the angular position of the motor shaft and an angular position of the rotatable leaf or casement is determined at least over a region of the opening width of the leaf or casement on the basis of the detected angular position of the motor shaft , and the functional relationship is automatically used as a basis for subsequently driving the electric motor for damping the closing movement of the leaf or casement , wherein the leaf or casement is manually opened up to a reference opening position in the learning process, the angular position of the motor shaft is detected at the reference opening position of the leaf or casement and the functional relationship is selected from a set of predetermined reference functions, which correspond to different designs and/or different installation types of the door or window closer , depending on the angular position of the motor shaft detected at the reference opening position.