mhurhangee/patent-ind-claim-en huggingface dataset:
One or more non-transitory machine-readable media storing instructions which, when executed by one or more processors, cause: identifying, by an application, a public cloud user account of a user for using a public cloud service ; characterised in that the instructions when executed further cause: obtaining information, by the application from the public cloud service , indicating a pre-approval for binding (a) the public cloud user account and (b) a personal cloud user account of the user for using a personal cloud device (110, 110a-c, 310); transmitting, by the application to the personal cloud device (110, 110a-c, 310), a request to bind the public cloud user account and the personal cloud user account, the request to bind comprising an identifier associated with the public cloud user account; obtaining, by the application, a confirmation indicating that a binding between the public cloud user account and the personal cloud user account has been generated in response to the request to bind. identifying, by an application, a public cloud user account of a user for using a public cloud service ; characterised in that the instructions when executed further cause: obtaining information, by the application from the public cloud service , indicating a pre-approval for binding (a) the public cloud user account and (b) a personal cloud user account of the user for using a personal cloud device (110, 110a-c, 310); transmitting, by the application to the personal cloud device (110, 110a-c, 310), a request to bind the public cloud user account and the personal cloud user account, the request to bind comprising an identifier associated with the public cloud user account; obtaining, by the application, a confirmation indicating that a binding between the public cloud user account and the personal cloud user account has been generated in response to the request to bind. obtaining information, by the application from the public cloud service , indicating a pre-approval for binding (a) the public cloud user account and (b) a personal cloud user account of the user for using a personal cloud device (110, 110a-c, 310); transmitting, by the application to the personal cloud device (110, 110a-c, 310), a request to bind the public cloud user account and the personal cloud user account, the request to bind comprising an identifier associated with the public cloud user account; obtaining, by the application, a confirmation indicating that a binding between the public cloud user account and the personal cloud user account has been generated in response to the request to bind.
An assembly component for receiving a thread on a shank of a fastener , comprising at least - a body of molded plastics material having two opposing sides , comprising - a bushing secured in the body , the bushing having a circumferential wall including an outer circumferential surface and an inner bore having a first diameter , wherein the bushing comprises at least a wall passage through the circumferential wall extending between the outer circumferential surface and the inner bore , wherein molded plastics material is extending through the at least one wall passage , wherein a segment of the molded plastics material is secured to an inner wall of the bushing , the segment extending axially within the inner bore over at least part of an axial length of the bushing , wherein the segment is connected to and formed by the molded plastics material extending through the wall passage , wherein at least one retention part is radially extending from the inner wall of the bushing and the segment into the inner bore of the body , wherein the retention part is connected to the segment , wherein the retention part is formed as a circular collar around the inner bore and is located on an upper side of the body which is the side which receives the fastener , wherein the bushing is molded with the body , wherein the retention part is formed by the molded plastics material extending through the wall passage , wherein a bore is formed in the retention part , which is sized to receive the thread on the shank of the fastener , when screwed into the retention part , such that the shank of the screw is only fixed to the assembly component on the small axial length where the thread is engaged with the retention part . - a body of molded plastics material having two opposing sides , comprising - a bushing secured in the body , the bushing having a circumferential wall including an outer circumferential surface and an inner bore having a first diameter , wherein the bushing comprises at least a wall passage through the circumferential wall extending between the outer circumferential surface and the inner bore ,
Method for imparting a temperature profile to a sheet steel component , wherein a temperature can be imparted to the sheet steel component that is below the AC3 temperature in one or more first regions and above the AC3 temperature in one or more second regions , in which method the sheet steel component is first heated to a temperature above the AC3 temperature in a production furnace and the sheet steel component is then transferred to a thermal post-treatment station , wherein said component cools to a temperature below the AC3 temperature during the transfer and, in the post-treatment station , the one or more first regions of the sheet steel component are cooled further while the one or more second regions of the sheet steel component are heated to a temperature above the AC3 temperature.
An antiseptic tip cap and syringe combination comprising: a syringe barrel having an access point connection for connection to an access point; and a tip cap characterised by the tip cap having a proximal chamber and a distal cap chamber , the proximal chamber releasably receiving and engaging the access point connection of the syringe barrel, the distal cap chamber removably receiving and engaging an antiseptic cap for the access point; the combination further comprising a removable cover over the distal cap chamber and the antiseptic cap within; and wherein: the distal chamber and the antiseptic cap have a matching geometry; and the antiseptic cap includes an absorbent material holding an antiseptic liquid. a syringe barrel having an access point connection for connection to an access point; and a tip cap characterised by the tip cap having a proximal chamber and a distal cap chamber , the proximal chamber releasably receiving and engaging the access point connection of the syringe barrel, the distal cap chamber removably receiving and engaging an antiseptic cap for the access point; the combination further comprising a removable cover over the distal cap chamber and the antiseptic cap within; and wherein: the distal chamber and the antiseptic cap have a matching geometry; and the antiseptic cap includes an absorbent material holding an antiseptic liquid. the distal chamber and the antiseptic cap have a matching geometry; and the antiseptic cap includes an absorbent material holding an antiseptic liquid.
A polyester film comprising at least one layer mainly including a polyester resin containing a dicarboxylic acid component including furandicarboxylic acid as a main component and a glycol component including ethylene glycol as a main component; wherein the polyester film has a plane orientation coefficient ΔP of not less than 0.005 and not more than 0.200, wherein the plane orientation coefficient (ΔP) is calculated out in accordance with the equation ΔP = nx + ny - 2 nz / 2, wherein nx is the n-plane refractive index of the film in the MD direction, ny is the in-plane refractive index of the film in the TD direction, and nz is the refractive index of the film in the thickness direction, wherein nx, ny and nz are determined in accordance with JIS K 7142-1996 5.1 (method A); wherein the polyester film has a thickness of not less than 1 μm and not more than 300 μm, wherein the polyester film has a heat shrinkage rate of 3.2% or less in the MD direction at 150°C for 30 minutes, and a heat shrinkage rate of 1.2% or less in the TD direction at 150°C for 30 minutes, wherein the heat shrinkage rate is determined according to the method indicated in the description; and wherein the polyester film has a layer containing at least one additive.
Lifting table , having a table top , a lifting unit , a chassis and a push handle , wherein the lifting table is implemented as a purely mechanical hydraulic system, characterized in that the push handle is implemented to be horizontally moveable between an extended position and an inserted position, and in that control elements are proved which are at least partially arranged on the push handle .
Assembly of a synthetic cylindrical pipe and a pipe coupling for connection to the synthetic pipe, wherein the pipe coupling comprises an insertion part having an insertion opening for in an insertion direction (A) inserting the synthetic pipe into the pipe coupling, wherein the insertion part comprises a synthetic casing that is provided with a circumferential insertion wall in which the pipe fits (D1), wherein via a first diameter step the insertion wall merges into a first circumferential accommodation wall having a larger inside diameter (D2) than the insertion wall , wherein the first accommodation wall bounds a first rebate , wherein the insertion part comprises a grip ring that is accommodated in the first rebate and that engages around the inserted pipe, and a pinching ring extending at least partially around the grip ring, wherein the pinching ring is provided with an inner surface oriented towards the grip ring for wedge action onto the grip ring, wherein in the insertion direction (A) the grip ring can be moved in the first rebate relative to the pinching ring between a first position, in which the pipe can be inserted through the grip ring towards the insertion wall , and a second position closer towards the insertion opening , in which the grip ring fixedly engages around and onto the inserted pipe, wherein during the movement from the first position into the second position the inner surface of the pinching ring urges the grip ring into fixed engagement onto the pipe due to the wedge action, wherein the insertion part comprises a circumferential seal within the casing which spaced apart from the grip ring engages around and onto the pipe with a pressure force, and a washer that engages onto the casing and that confines the grip ring in the first rebate via the pinching ring , wherein the washer can be rotated relative to the casing from a predetermined standby position into a predetermined fixed position and/or into a predetermined disassembling position, wherein in the standby position the grip ring in the second position engages fixedly around and onto the inserted pipe , in the fixed position relative to the standby position the pinching ring has been moved towards the grip ring and the wedge action of the pinching ring onto the grip ring has been increased and/or the pressure force of the seal on the pipe has been increased, and in the disassembling position the washer is or gets out of engagement with the casing .
An oxide-ceramic high-temperature fuel cell having one gas channel open at at least one end, whereby the fuel cell has a substrate surrounding the gas channel completely; whereby the substrate forms the anode or the electrolyte or the cathode of the fuel cell, whereby the gas channel and the substrate have changing cross-sections, namely conically tapering cross-sections , seen in the direction of the longitudinal axis of the gas channel , whereby the gas channel tapers from one end to the other end of the cell, whereby the substrate is a tubular substrate , which envelopes the conical gas channel seen in cross-section through the longitudinal axis of the channel , so that a rotationally symmetrical cell is formed and whereby the outer periphery of the fuel cell corresponds to a cylinder. having one gas channel open at at least one end, whereby the fuel cell has a substrate surrounding the gas channel completely; whereby the substrate forms the anode or the electrolyte or the cathode of the fuel cell, whereby the gas channel and the substrate have changing cross-sections, namely conically tapering cross-sections , seen in the direction of the longitudinal axis of the gas channel , whereby the gas channel tapers from one end to the other end of the cell, whereby the substrate is a tubular substrate , which envelopes the conical gas channel seen in cross-section through the longitudinal axis of the channel , so that a rotationally symmetrical cell is formed and whereby the outer periphery of the fuel cell corresponds to a cylinder.
Vacuum-coating system for coating a band-type material of metal, comprising a conveying section with transport means, particularly in the form of rollers, on which the band-type material is movable in a transport direction (T), wherein the transport means of the conveying section are constructed such a way that the band-type material of metal is movable thereon with its width dimension in horizontal alignment in the transport direction (T), a coating chamber , in which a vacuum can be generated, wherein the coating chamber has an inlet region and an outlet region and thereby can be traversed by the band-type material along or on the conveying section in the transport direction (T), an entry lock , which is provided in the inlet region of the coating chamber , an exit lock , which is provided in the outlet region of the coating chamber and at least one band position regulating device by which a position of the band-type material can be adjusted, characterised in that a position of the band-type material can be aligned with respect to a centre (12 M ) of the conveying section by the band position regulating device and the band position regulating device is arranged within the coating chamber . a conveying section with transport means, particularly in the form of rollers, on which the band-type material is movable in a transport direction (T), wherein the transport means of the conveying section are constructed such a way that the band-type material of metal is movable thereon with its width dimension in horizontal alignment in the transport direction (T), a coating chamber , in which a vacuum can be generated, wherein the coating chamber has an inlet region and an outlet region and thereby can be traversed by the band-type material along or on the conveying section in the transport direction (T), an entry lock , which is provided in the inlet region of the coating chamber , an exit lock , which is provided in the outlet region of the coating chamber and at least one band position regulating device by which a position of the band-type material can be adjusted, characterised in that a position of the band-type material can be aligned with respect to a centre (12 M ) of the conveying section by the band position regulating device and the band position regulating device is arranged within the coating chamber .
A robotic system and a rod shaping system (20; 34-37) for shaping an intervertebral connection rod ; wherein the robotic system is configured to assist in performing the insertion into a patient's vertebrae of pedicle screws according to a surgical plan, wherein the surgical plan is based on preoperative images of the patient's spine, and defines the position and orientation of the pedicle screws; wherein the rod shaping system (20, 34-37) has a rod shaping apparatus control system ; wherein the robotic system is configured to generate positional data incorporating the coordinates of the points at which the intervertebral connection rod sits correctly in each desired pedicle screw head , and to provide inputs of said positional data to the rod shaping apparatus control system of the rod shaping system (20, 34-37); wherein the rod shaping system (20, 34-37) is configured to use said generated positional data to bend the intervertebral connection rod inserted therein, such that the intervertebral connection rod adopts a shape that will sit correctly in the desired pedicle screw heads ; and wherein the rod shaping system (20, 34-37) is configured to be actuated to generate a correctly shaped intervertebral connection rod for use in a spinal stabilization procedure. wherein the robotic system is configured to assist in performing the insertion into a patient's vertebrae of pedicle screws according to a surgical plan, wherein the surgical plan is based on preoperative images of the patient's spine, and defines the position and orientation of the pedicle screws; wherein the rod shaping system (20, 34-37) has a rod shaping apparatus control system ; wherein the robotic system is configured to generate positional data incorporating the coordinates of the points at which the intervertebral connection rod sits correctly in each desired pedicle screw head , and to provide inputs of said positional data to the rod shaping apparatus control system of the rod shaping system (20, 34-37); wherein the rod shaping system (20, 34-37) is configured to use said generated positional data to bend the intervertebral connection rod inserted therein, such that the intervertebral connection rod adopts a shape that will sit correctly in the desired pedicle screw heads ; and wherein the rod shaping system (20, 34-37) is configured to be actuated to generate a correctly shaped intervertebral connection rod for use in a spinal stabilization procedure.
Swinging shutter motor assembly consisting of at least a first electromechanical module (M1), the first electromechanical module (M1) consisting of at least a first electric motor (MA), the motorisation unit consisting of at least one mechanical connection (MC) consisting of a first part (MC1) and a second part (MC2), the mechanical connection (MC) consisting of - a mechanical transmission device , - a drive shaft as output of the mechanical transmission device , - an arm , the first electric motor (MA) being designed so as to be connected, in an assembled configuration of the motorisation unit, via the mechanical connection (MC) to one leaf of the shutter in order to move the leaf when the first electric motor (MA) is activated, characterised in that the mechanical connection (MC) comprises also a mechanical fuse , the mechanical fuse comprising a fuse body , connected to the first part (MC1) of the mechanical connection (MC) and a fuse ring connected to the second part (MC2) of the mechanical connection, the fuse body and the fuse ring being connected together by at least one breakable connection bridge , the connection bridge being breakable when subjected to a stress in excess of a predetermined stress value (C2). - a mechanical transmission device , - a drive shaft as output of the mechanical transmission device , - an arm ,
A thrust reverser assembly for a gas turbine engine having a core engine, the thrust reverser assembly comprising: a nacelle surrounding the core engine and defining a bypass duct between the nacelle and the core engine, the nacelle comprising a translating cowl adapted to translate in an aft direction ; a slider assembly operatively coupled to the translating cowl; a translating structure within the nacelle and/or the translating cowl, the translating structure comprising a translating cascade and adapted to translate in the aft direction, the translating structure comprising at least one opening that is exposed to the bypass duct when the translating cowl is translated in the aft direction; and a blocker door , characterised in that the blocker door is pivotally coupled to the translating cascade by one or more pivot assemblies such that the blocker door does not move in the fore and aft directions relative to the translating cascade, but is arranged to pivot with respect to the translating cascade during at least some of the range of translation of the translating cascade, the blocker door comprising a slider track engaging the slider assembly; and in that the slider assembly is mounted to a radially inner wall of the translating cowl, one end of the slider assembly is disposed within the slider track, and the slider track is formed within a radially inner surface of the blocker door. a nacelle surrounding the core engine and defining a bypass duct between the nacelle and the core engine, the nacelle comprising a translating cowl adapted to translate in an aft direction ; a slider assembly operatively coupled to the translating cowl; a translating structure within the nacelle and/or the translating cowl, the translating structure comprising a translating cascade and adapted to translate in the aft direction, the translating structure comprising at least one opening that is exposed to the bypass duct when the translating cowl is translated in the aft direction; and a blocker door , characterised in that the blocker door is pivotally coupled to the translating cascade by one or more pivot assemblies such that the blocker door does not move in the fore and aft directions relative to the translating cascade, but is arranged to pivot with respect to the translating cascade during at least some of the range of translation of the translating cascade, the blocker door comprising a slider track engaging the slider assembly; and in that the slider assembly is mounted to a radially inner wall of the translating cowl, one end of the slider assembly is disposed within the slider track, and the slider track is formed within a radially inner surface of the blocker door.
A stack for an electronic device , the stack comprising: a transparent cover substrate ; at least one white ink layer including white pigments disposed over at least one portion of the transparent cover substrate ; a non-conductive mirror structure disposed over the at least one white ink layer , wherein the non-conductive mirror structure comprises a light reflection stack comprising a plurality of first dielectric layers having a first refractive index interleaved with second dielectric layers having a second refractive index , wherein the first refractive index is different from the second refractive index and wherein, the non-conductive mirror structure is configured to reflect light back to the at least one white ink layer ; and a capacitive sensor , wherein the non-conductive mirror structure is positioned between the capacitive sensor and the at least one white ink layer . a transparent cover substrate ; at least one white ink layer including white pigments disposed over at least one portion of the transparent cover substrate ; a non-conductive mirror structure disposed over the at least one white ink layer , wherein the non-conductive mirror structure comprises a light reflection stack comprising a plurality of first dielectric layers having a first refractive index interleaved with second dielectric layers having a second refractive index , wherein the first refractive index is different from the second refractive index and wherein, the non-conductive mirror structure is configured to reflect light back to the at least one white ink layer ; and a capacitive sensor , wherein the non-conductive mirror structure is positioned between the capacitive sensor and the at least one white ink layer .