mhurhangee/patent-ind-claim-en huggingface dataset:
Folding apparatus of an offset web-fed printing machine, with a first transport device in the form of a belt guide system for a web-shaped printing material, the first transport device being set up in such a way that belts thereof can be driven at a speed which corresponds to the speed of the web-shaped printing material, with a first cutting device , arranged in the region of the first transport device , the first cutting device being set up in such a way that it cuts through the web-shaped printing material in a variable format in those sections which are not covered by the belts of the first transport device , with a second transport device arranged downstream of the first transport device and designed as a belt guide system, the belts of which are offset transversely to the transport direction of the printed material relative to the belts of the first transport device , the second transport device being set up in such a way that belts thereof can be driven at a speed which is greater than the speed of the belts of the first transport device , with a second cutting device arranged in the region of the second transport device , the second cutting device being set up in such a way that, in order to cut off signatures, it cuts through the web-shaped printing material in a variable format in those sections which are covered by the belts of the first transport device , with a signature accelerator in order to accelerate the signatures separated from the web-shaped printing material from the speed of the belts of the first transport device to the speed of the belts of the second transport device . with a first transport device in the form of a belt guide system for a web-shaped printing material, the first transport device being set up in such a way that belts thereof can be driven at a speed which corresponds to the speed of the web-shaped printing material, with a first cutting device , arranged in the region of the first transport device , the first cutting device being set up in such a way that it cuts through the web-shaped printing material in a variable format in those sections which are not covered by the belts of the first transport device , with a second transport device arranged downstream of the first transport device and designed as a belt guide system, the belts of which are offset transversely to the transport direction of the printed material relative to the belts of the first transport device , the second transport device being set up in such a way that belts thereof can be driven at a speed which is greater than the speed of the belts of the first transport device , with a second cutting device arranged in the region of the second transport device , the second cutting device being set up in such a way that, in order to cut off signatures, it cuts through the web-shaped printing material in a variable format in those sections which are covered by the belts of the first transport device , with a signature accelerator in order to accelerate the signatures separated from the web-shaped printing material from the speed of the belts of the first transport device to the speed of the belts of the second transport device .
Apparatus for the continuous ring shaping of a straight thermoplastic tubular casing , an initially non-ring-shaped tubular casing made from thermoplastic material being fed in a locally inflated state to the apparatus for the purpose of ring shaping, and being guided through the apparatus by means of driven guide rollers with heating and with the formation of a spiral casing, a preheating means being provided for heating the tubular casing before entry into the ring shaping mould , characterized in that the ring shaping mould comprises inner slot nozzles which are positioned between the inner guide rollers , and outer slot nozzles which are positioned between the outer guide rollers , the inner slot nozzles feeding heat from the inner pipe and the outer slot nozzles feeding heat from the outer pipe to the tubular casing , the outlet openings of the inner slot nozzles being directed outwards in the radial direction of the ring shaping mould , and the outlet openings of the outer slot nozzles being directed inwards in the radial direction of the ring shaping mould , the inner and outer guide rollers having a friction-generating surface or being constructed overall from a friction-generating material, with the result that additionally a tensile force is exerted on the tubular casing by means of the transmission of force by way of the guide rollers , which tensile force is such that this tubular casing overall is stretched.
Blanket with ventilation holes, comprising at least one flexible layer containing upper and lower fabric with a fiber filler between them, ventilation holes of smaller dimensions and ventilation holes of larger dimensions, wherein the blanket is quilted with stitched seams the intersections of which coincide with the centers of the ventilation holes , wherein the blanked has a length divided in two thirds and one last third, wherein the ventilation holes of smaller dimensions occupy up to the two thirds of the blanket length, and the ventilation holes of larger dimensions occupy the space of up to the last third of the blanket length, and the ventilation holes are finished around the perimeter with blanket stitches.
A pneumatic tire having a tread comprising a block in which a sipe is formed, wherein at least one wall surface of the sipe is formed in a waveform including a plurality of curved portions extending from a block surface side to a block bottom side when viewed from a tire radial direction (Z), the curved portions include an inwardly curved portion that bulges toward the inside of the sipe and an outwardly curved portion that bulges toward the outside of the sipe , and the radii of curvature of the inwardly curved portion and the outwardly curved portion differ on the block surface side in the tire radial direction (Z), characterized in that the radii of curvature of the inwardly curved portion and the outwardly curved portion are identical on the block bottom side in the tire radial direction (Z). at least one wall surface of the sipe is formed in a waveform including a plurality of curved portions extending from a block surface side to a block bottom side when viewed from a tire radial direction (Z), the curved portions include an inwardly curved portion that bulges toward the inside of the sipe and an outwardly curved portion that bulges toward the outside of the sipe , and the radii of curvature of the inwardly curved portion and the outwardly curved portion differ on the block surface side in the tire radial direction (Z), characterized in that the radii of curvature of the inwardly curved portion and the outwardly curved portion are identical on the block bottom side in the tire radial direction (Z).
A tolerance error estimating apparatus for estimating a tolerance error of a rotation drive axis of an X-ray analysis apparatus, the tolerance error being the deviation of the rotation drive axis with respect to the centroid of a sample, the X-ray analysis apparatus rotating an X-ray source and a detector or the sample around the rotation drive axis to acquire an X-ray detection image as a projection image of the sample at each driving time of a rotation, comprising: a specific position calculating section configured to obtain the centroid position of the absorption coefficient in the X-ray detection image as a specific position of a reference sample at each driving time of a rotation from the X-ray detection images acquired by setting the reference sample formed as a sphere of uniform density at a reference position so that the centroid of the reference sample initially coincides with the center of a rotation drive shaft, and a deviation amount calculating section configured to calculate a deviation amount Δx in the x direction and Δy in the y direction of the center position of the rotation drive shaft as the rotation drive axis at each driving time of a rotation from the reference position based on the specific position, when the z direction of an orthogonal coordinate system fixed to a sample is set to the direction parallel to the rotation drive axis, wherein the driving time of a rotation is represented by a parameter t of the rotation angle θ(t). a specific position calculating section configured to obtain the centroid position of the absorption coefficient in the X-ray detection image as a specific position of a reference sample at each driving time of a rotation from the X-ray detection images acquired by setting the reference sample formed as a sphere of uniform density at a reference position so that the centroid of the reference sample initially coincides with the center of a rotation drive shaft, and a deviation amount calculating section configured to calculate a deviation amount Δx in the x direction and Δy in the y direction of the center position of the rotation drive shaft as the rotation drive axis at each driving time of a rotation from the reference position based on the specific position, when the z direction of an orthogonal coordinate system fixed to a sample is set to the direction parallel to the rotation drive axis, wherein the driving time of a rotation is represented by a parameter t of the rotation angle θ(t).
Pipe connection system having a pipe clamp to be placed outside on a pipe line provided with a liner , a pipe connection socket , connectable to a connector , penetrating a bore in the, due to the liner , multi-layer wall of the pipe line in the mounted state of the pipe connection system , the pipe connection socket having a flange collar with a diameter greater than the bore , and having a seal which is arranged between the inner wall of the pipe line and the pipe connection socket in the mounted state of the pipe connection system , wherein the flange collar has at its side facing the liner in the mounted state of the pipe line system , has the shape of a penetration curve of the bore in the pipe line in a circumferential direction of the flange collar , and wherein the pipe connection socket has an anti-rotation device with respect to the pipe clamp , characterized in that the flange collar is a groove on its side facing the liner for accommodating the seal designed as a type of O-ring, wherein the outer leg of the groove is designed to substantially cover the seal in the mounted and sealing state.
An identity verification method, comprising receiving , by a fourth node of a third blockchain, identity verification information from an identity verification server, the identity verification information comprising a first hash value of information to be validated; storing , by the fourth node, the identity verification information on the third blockchain, and spreading the identity verification information to a fifth node of the third blockchain by means of the third blockchain; receiving , by the fifth node, an identity verification request from a first application, the identity verification request comprising a second hash value of the information to be validated; and comparing , by the fifth node, the first hash value and the second hash value, and returning an identity verification result to the first application according to a comparison result; determining , by the application, whether the successfully validated identity verification type in the checking result meets a service requirement, and if not, querying, a second node of a second blockchain comprising an identity verification publishing blockchain, used to publish identity verification services, for an available identity verification service, selecting, from a query result, an identity verification service meeting the service requirement, wherein the fifth node and the identity verification server do not belong to the same country or region. receiving , by a fourth node of a third blockchain, identity verification information from an identity verification server, the identity verification information comprising a first hash value of information to be validated; storing , by the fourth node, the identity verification information on the third blockchain, and spreading the identity verification information to a fifth node of the third blockchain by means of the third blockchain; receiving , by the fifth node, an identity verification request from a first application, the identity verification request comprising a second hash value of the information to be validated; and comparing , by the fifth node, the first hash value and the second hash value, and returning an identity verification result to the first application according to a comparison result; determining , by the application, whether the successfully validated identity verification type in the checking result meets a service requirement, and if not, querying, a second node of a second blockchain comprising an identity verification publishing blockchain, used to publish identity verification services, for an available identity verification service, selecting, from a query result, an identity verification service meeting the service requirement, wherein the fifth node and the identity verification server do not belong to the same country or region.
A spool assembly for a second stage of a servo valve comprising: a spool having an axis (L) and an opening for a feedback member provided in a central region of the spool extending perpendicular to the axis; and an adjustable joint provided within the spool for securing a feedback member relative to the spool, comprising first and second jaw arms being displaceable relative to each other along the axis of the spool, the jaw arms having opposing clamping surfaces, characterised in that the clamping surfaces are arranged to be drawn towards each other as the jaw arms are drawn away from each other, such that a feedback member can be clamped between the opposed clamping surfaces of the jaw arms and thereby secured relative to the spool. a spool having an axis (L) and an opening for a feedback member provided in a central region of the spool extending perpendicular to the axis; and an adjustable joint provided within the spool for securing a feedback member relative to the spool, comprising first and second jaw arms being displaceable relative to each other along the axis of the spool, the jaw arms having opposing clamping surfaces, characterised in that the clamping surfaces are arranged to be drawn towards each other as the jaw arms are drawn away from each other, such that a feedback member can be clamped between the opposed clamping surfaces of the jaw arms and thereby secured relative to the spool.
A method for a first device to perform sidelink communication, comprising: being configured with network scheduling mode for sidelink by a base station ; being configured with a first set of resources with a first time pattern for sidelink transmission through a dedicated signaling ; using the first set of resources to perform sidelink transmission when the first device does not detect beam failure ; detecting a beam failure between the first device and the base station ; and performing sidelink transmission to a second device when the beam failure is not resolved , characterized in that said sidelink transmission to the second device when the beam failure is not resolved is performed using the first set of resources. being configured with network scheduling mode for sidelink by a base station ; being configured with a first set of resources with a first time pattern for sidelink transmission through a dedicated signaling ; using the first set of resources to perform sidelink transmission when the first device does not detect beam failure ; detecting a beam failure between the first device and the base station ; and performing sidelink transmission to a second device when the beam failure is not resolved , characterized in that said sidelink transmission to the second device when the beam failure is not resolved is performed using the first set of resources.
A solid-state battery comprising: a melanin structure formed of at least one melanin material embedded in an inert material; and first and second metal bands which serve as first and second electrodes, respectively, wherein the melanin material is selected from the group consisting of eumelanin, pheomelanin, neuromelanin, alomelanin, sepiomelanins, and synthetic melanin; wherein the inert material is selected from the group consisting of silicon, silica, calcium, aluminum, plastic and glass; and wherein the solid-state battery does not need to be recharged or reloaded. a melanin structure formed of at least one melanin material embedded in an inert material; and first and second metal bands which serve as first and second electrodes, respectively, wherein the melanin material is selected from the group consisting of eumelanin, pheomelanin, neuromelanin, alomelanin, sepiomelanins, and synthetic melanin; wherein the inert material is selected from the group consisting of silicon, silica, calcium, aluminum, plastic and glass; and wherein the solid-state battery does not need to be recharged or reloaded. wherein the melanin material is selected from the group consisting of eumelanin, pheomelanin, neuromelanin, alomelanin, sepiomelanins, and synthetic melanin; wherein the inert material is selected from the group consisting of silicon, silica, calcium, aluminum, plastic and glass; and wherein the solid-state battery does not need to be recharged or reloaded.
A method comprising: maneuvering a satellite that is in an orbit around a space body so that a principle sensitive axis of the satellite is oriented to an orbit frame plane to reduce gravity gradient torques acting upon the satellite, wherein the orbit frame plane is based on an orbit frame vector , wherein the orbit frame vector is defined from the center of gravity of the space body orbited by the satellite to the center of gravity of the satellite , wherein the orbit frame plane is defined at the center of gravity of the satellite and perpendicular to the orbit frame vector , and wherein the principal sensitive axis is an axis of the satellite in which gravity gradients generate the highest amount of torque to the satellite , characterised in that the maneuvering includes orienting a thrust vector of the satellite to the orbit frame plane and rotating the satellite about the thrust vector of the satellite until the principle sensitive axis of the satellite is oriented to the orbit frame plane. maneuvering a satellite that is in an orbit around a space body so that a principle sensitive axis of the satellite is oriented to an orbit frame plane to reduce gravity gradient torques acting upon the satellite, wherein the orbit frame plane is based on an orbit frame vector , wherein the orbit frame vector is defined from the center of gravity of the space body orbited by the satellite to the center of gravity of the satellite , wherein the orbit frame plane is defined at the center of gravity of the satellite and perpendicular to the orbit frame vector , and wherein the principal sensitive axis is an axis of the satellite in which gravity gradients generate the highest amount of torque to the satellite , characterised in that the maneuvering includes orienting a thrust vector of the satellite to the orbit frame plane and rotating the satellite about the thrust vector of the satellite until the principle sensitive axis of the satellite is oriented to the orbit frame plane.
A curable glass ionomer dental composition comprising: a first paste comprising: water, a polyacid, and a non acid-reactive filler; a second paste comprising: water, and an acid-reactive filler; wherein at least one of the first paste and the second paste further comprises crystalline inorganic fibers having a crystallinity index of at least 0.05 as measured by the method set out in the description. a first paste comprising: water, a polyacid, and a non acid-reactive filler; water, a polyacid, and a non acid-reactive filler; a second paste comprising: water, and an acid-reactive filler; water, and an acid-reactive filler; wherein at least one of the first paste and the second paste further comprises crystalline inorganic fibers having a crystallinity index of at least 0.05 as measured by the method set out in the description.
Printed matter, more particularly folder or illustrated card, with a energy source , with a flat carrier , with on at least a first flat side of the carrier provided conducting paths , with a plurality of illuminants electrically connected with the energy source via the conducting paths , and with a covering layer provided on the first flat side of the carrier above the illuminants , which covering layer has an imprint and is at least in certain areas transparent or translucent for an optical interaction of illuminants and imprint , characterized in that the conducting paths on the carrier are arranged at least in certain areas in the form of a conducting paths matrix (9.1, 9.2) of from one another electrically insulated row and column conducting paths , wherein the illuminant is electrically connected to the conducting paths matrix (9.1, 9.2) in the region of at least one crossing point of a row and column conducting path .
An image processing device comprising: a coding unit that codes an image acquired on a basis of a transfer function related to conversion between light and an image signal for enabling display with a luminance of greater than 100 nits; and a control unit that controls a coding amount assigned to each partial region of the image in the coding unit by adjusting a quantization step used for each partial region depending on the intensity of a chrominance component of the partial region; wherein the control unit scales the quantization step used for each partial region such that a larger coding amount is assigned to a partial region with higher chrominance. a coding unit that codes an image acquired on a basis of a transfer function related to conversion between light and an image signal for enabling display with a luminance of greater than 100 nits; and a control unit that controls a coding amount assigned to each partial region of the image in the coding unit by adjusting a quantization step used for each partial region depending on the intensity of a chrominance component of the partial region; wherein the control unit scales the quantization step used for each partial region such that a larger coding amount is assigned to a partial region with higher chrominance.