mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for connecting metal sheets , comprising: a feed unit for feeding a metal sheet and a carrier material with a pre-applied adhesive film in a thermoplastic-solid state; a connection unit for connecting the metal sheet to the carrier material by means of the adhesive film by transforming the adhesive film into a thermoplastic-adhesive state and pressing the carrier material and the adhesive film onto the metal sheet; a detachment unit for detaching the carrier material from the metal sheet, wherein the adhesive film on the metal sheet remains in a thermoplastic-solid state; a punching unit for punching the adhesive film-coated metal sheet into a predefined metal sheet shape; an activation unit for activating the adhesive film on the metal sheet shape; and a pressing unit for connecting multiple metal sheet shapes to produce a metal sheet package by pressing. a feed unit for feeding a metal sheet and a carrier material with a pre-applied adhesive film in a thermoplastic-solid state; a connection unit for connecting the metal sheet to the carrier material by means of the adhesive film by transforming the adhesive film into a thermoplastic-adhesive state and pressing the carrier material and the adhesive film onto the metal sheet; a detachment unit for detaching the carrier material from the metal sheet, wherein the adhesive film on the metal sheet remains in a thermoplastic-solid state; a punching unit for punching the adhesive film-coated metal sheet into a predefined metal sheet shape; an activation unit for activating the adhesive film on the metal sheet shape; and a pressing unit for connecting multiple metal sheet shapes to produce a metal sheet package by pressing.
Jet regulator having a ring-shaped or sleeve-shaped jet regulator housing , in which a jet splitter dividing the inflowing water into a multiplicity of individual jets is provided, and having a manually deformable, dimensionally elastic plastics lining which is provided on the outlet end side of the jet regulator housing and which is of cup-shaped design and, by means of a raised circumferential wall of the cup shape thereof, provides a seal on the housing inner circumference of the jet regulator housing , characterized in that on the outlet end side an outlet disk which is insertable into the jet regulator housing is held, which disk has a perforated, grate and/or mesh structure with throughflow openings , in that the outlet disk bears the manually deformable, dimensionally elastic plastics lining , in that the plastics lining is held releasably on the outlet disk , in that the outlet disk and the plastics lining are held pivotably with each other in the jet regulator housing , in that the plastics lining , by means of its raised circumferential wall , provides a seal between the outer circumference of the outlet disk and the housing inner circumference of the jet regulator housing , and in that a central cam is integrally formed on the jet splitter on the outflow side, which central cam is supported on the outlet disk or on a central cam integrally formed on the inflow side on said outlet disk during the pivoting of said outlet disk .
A method of manufacturing a stent delivery system that includes an inner pipe , an outer pipe that is capable of relatively moving forward and rearward relative to the inner pipe , a self-expanding stent disposed between the inner pipe and the outer pipe , and a pair of operation wires that operates the forward and rearward movement by the outer pipe , the method of manufacturing a stent delivery system comprising: a step of preparing a first tube shaped body and a second tube shaped body that form the outer pipe ; a step of deforming, by disposing an insertion member in a lumen of the first tube shaped body, opposing two locations of the first tube shaped body so as to be brought closer to each other toward an inward side in a radial direction of the first tube shaped body; a step of disposing the respective operation wires in the pair on outer peripheral sides of the opposing two locations of the first tube shaped body; a step of disposing the second tube shaped body at an outer peripheral side of the first tube shaped body so as to surround the first tube shaped body and the pair of the operation wires ; and a step of disposing, in a state where the insertion member has been disposed in the lumen of the first tube shaped body, a retaining member that retains a cross-sectional shape of the first tube shaped body in a space formed between the first tube shaped body and the second tube shaped body. a step of preparing a first tube shaped body and a second tube shaped body that form the outer pipe ; a step of deforming, by disposing an insertion member in a lumen of the first tube shaped body, opposing two locations of the first tube shaped body so as to be brought closer to each other toward an inward side in a radial direction of the first tube shaped body; a step of disposing the respective operation wires in the pair on outer peripheral sides of the opposing two locations of the first tube shaped body; a step of disposing the second tube shaped body at an outer peripheral side of the first tube shaped body so as to surround the first tube shaped body and the pair of the operation wires ; and a step of disposing, in a state where the insertion member has been disposed in the lumen of the first tube shaped body, a retaining member that retains a cross-sectional shape of the first tube shaped body in a space formed between the first tube shaped body and the second tube shaped body.
A counter, comprising: a computing module and N counting modules, each counting module comprising a plurality of counting spaces corresponding to different counting entries, and counting spaces of the same counting entry in different counting modules having the same address, wherein each counting module is arranged to conduct counting in response to a counting application of a counting application source and provide a value for computing to the computing module; and the computing module is arranged to read values of the same counting entry in different counting modules and accumulatively compute the read values to obtain a total count value of the counting entry, N being an integer greater than 1.
A method for controlling soft start of a switching rectifier, comprising: acquiring an external environmental parameter of a switching rectifier and a power supply characteristic parameter of an object to be powered , establishing a voltage start strategy and/or a current start strategy for the switching rectifier according to the external environmental parameter and the power supply characteristic parameter , and controlling a voltage and/or a current of the switching rectifier to start to a full-load voltage and/or a full-load current according to the voltage start strategy and/or the current start strategy , wherein the voltage start strategy comprises: determining at least one intermediate voltage between the initial voltage and the full-load voltage of the switching rectifier according to the external environmental parameter and the power supply characteristic parameter, obtaining voltage boost sections using the initial voltage and the full-load voltage as endpoints and using the at least one intermediate voltage as sectioning point(s), determining a voltage boost duration of each of the voltage boost sections by making a voltage boost section proximate to the initial voltage to have a voltage boost speed larger than a voltage boost speed of a voltage boost section proximate to the full-load voltage, and boosting the voltage of the switching rectifier in sequence according to determined voltage boost durations. acquiring an external environmental parameter of a switching rectifier and a power supply characteristic parameter of an object to be powered , establishing a voltage start strategy and/or a current start strategy for the switching rectifier according to the external environmental parameter and the power supply characteristic parameter , and controlling a voltage and/or a current of the switching rectifier to start to a full-load voltage and/or a full-load current according to the voltage start strategy and/or the current start strategy , wherein the voltage start strategy comprises: determining at least one intermediate voltage between the initial voltage and the full-load voltage of the switching rectifier according to the external environmental parameter and the power supply characteristic parameter, obtaining voltage boost sections using the initial voltage and the full-load voltage as endpoints and using the at least one intermediate voltage as sectioning point(s), determining a voltage boost duration of each of the voltage boost sections by making a voltage boost section proximate to the initial voltage to have a voltage boost speed larger than a voltage boost speed of a voltage boost section proximate to the full-load voltage, and boosting the voltage of the switching rectifier in sequence according to determined voltage boost durations.
A detection system designed to allow the detection of an underground pipe , the system comprising: - a flexible element comprising a downstream free end capable of being inserted into the underground pipe through an upstream opening , the upstream free end remaining outside the underground pipe , - a detection device designed to be positioned above the underground pipe in such a way as to detect the position of the underground pipe by detecting the presence of a section of the flexible element , the flexible element being constituted by a current-supplied electrical wire whose downstream free end is provided with a drive element , the drive element having a drive surface allowing a fluid to drive the drive element with the downstream free end of the wire downstream into the underground pipe characterized in that the drive element has a bell-shaped wall with the apex facing downstream. - a flexible element comprising a downstream free end capable of being inserted into the underground pipe through an upstream opening , the upstream free end remaining outside the underground pipe , - a detection device designed to be positioned above the underground pipe in such a way as to detect the position of the underground pipe by detecting the presence of a section of the flexible element , the flexible element being constituted by a current-supplied electrical wire whose downstream free end is provided with a drive element , the drive element having a drive surface allowing a fluid to drive the drive element with the downstream free end of the wire downstream into the underground pipe characterized in that the drive element has a bell-shaped wall with the apex facing downstream.
Agricultural machine having a frame which is supported on the ground by means of connecting components via a chassis having wheels, wherein a wheel swingarm is assigned to each wheel, and each wheel swingarm can be moved independently in an upright and/or horizontal plane relative to the frame , characterized in that the chassis comprises a front and a rear chassis region , each of which has a continuous main pivot shaft , in that wheel swingarms which are in each case opposite with respect to the center of the machine are arranged in pairs on a continuous, in each case common main pivot shaft extending transversely to the direction of travel (F), specifically in such a way that the front wheel swingarms are arranged on the front continuous main pivot shaft , and the rear wheel swingarms are arranged on the rear continuous main pivot shaft .
A method of generating an access configuration, the method comprising: receiving access data including a plurality of users, a plurality of resources, and actions the plurality of users performed on the plurality of resources into a matrix, wherein an action represents a permission level from a plurality of permission levels a user applied to a resource in an access; assigning expected permission levels, wherein in assigning an expected permission level, the matrix includes each user and each resource once, and the action corresponds with a more restrictive permission level the each user applied to the each resource in a first access than another permission level the each user applied to the each resource in a second access; forming clusters of the matrix to produce a plurality of ranges of the users and ranges of the resources; creating administrator-modifiable security groups based on the plurality of ranges of users and administrator-modifiable resources groups based on the plurality of ranges of resources; and automatically deploying the administrator-modifiable security groups into an access control service. receiving access data including a plurality of users, a plurality of resources, and actions the plurality of users performed on the plurality of resources into a matrix, wherein an action represents a permission level from a plurality of permission levels a user applied to a resource in an access; assigning expected permission levels, wherein in assigning an expected permission level, the matrix includes each user and each resource once, and the action corresponds with a more restrictive permission level the each user applied to the each resource in a first access than another permission level the each user applied to the each resource in a second access; forming clusters of the matrix to produce a plurality of ranges of the users and ranges of the resources; creating administrator-modifiable security groups based on the plurality of ranges of users and administrator-modifiable resources groups based on the plurality of ranges of resources; and automatically deploying the administrator-modifiable security groups into an access control service.
Method for initiating a cashless payment process from a motor vehicle , wherein, in a stationary device outside the vehicle: - order data regarding a product to be provided in and/or on the motor vehicle are received via a radio connection from the motor vehicle , the device having a communication device through which the radio connection to a corresponding communication device of the motor vehicle is established, - an optical detection device of the device generates image data of a representation device arranged on the motor vehicle for optically representing a chassis number of the motor vehicle , - a recognition device of the device recognises the representation device in the image data , and, based on the recognised representation device , determines the chassis number of the motor vehicle , - a retrieval device of the device determines user data of a user from a data storage medium based on the determined chassis number , the user data containing bank account data for a cashless payment, - descriptive data regarding the product to be paid for are transmitted via a radio connection to the motor vehicle in order to verify the ordered product, and - a control device of the device performs the cashless payment process, based on the bank account data , the retrieval of the user data and/or the execution of the payment process taking place only if an authorisation signal is received from a biometric scanning device of the motor vehicle by the device via the radio connection , and the authorisation signal confirming or indicating the identity of a person whose biometric data are received by the scanning device . - order data regarding a product to be provided in and/or on the motor vehicle are received via a radio connection from the motor vehicle , the device having a communication device through which the radio connection to a corresponding communication device of the motor vehicle is established, - an optical detection device of the device generates image data of a representation device arranged on the motor vehicle for optically representing a chassis number of the motor vehicle , - a recognition device of the device recognises the representation device in the image data , and, based on the recognised representation device , determines the chassis number of the motor vehicle , - a retrieval device of the device determines user data of a user from a data storage medium based on the determined chassis number , the user data containing bank account data for a cashless payment, - descriptive data regarding the product to be paid for are transmitted via a radio connection to the motor vehicle in order to verify the ordered product, and - a control device of the device performs the cashless payment process, based on the bank account data , the retrieval of the user data and/or the execution of the payment process taking place only if an authorisation signal is received from a biometric scanning device of the motor vehicle by the device via the radio connection , and the authorisation signal confirming or indicating the identity of a person whose biometric data are received by the scanning device .
A computing device for a surgery assisting device that is configured to hold a surgical instrument on a distal end portion and includes a freely bendable arm portion by including one or a plurality of joint portions , characterized in that the computing device comprising: a computing unit that obtains angle information of at least one of the one or the plurality of joint portions in a state where a distal end of the surgical instrument held by the arm portion is positioned at a predetermined position (Pt) and determines a length of the surgical instrument by a geometric computation using the angle information, wherein the geometric computation is based on a trigonometric function or a matrix calculation.
Clothing accessory consisting of a tie provided with airway protection devices wherein said airway protection devices comprise a mask to be placed covering the nose and mouth of an individual integrated and made in a single body with the tie characterised in that the mask is formed at an openable zone or portion of a rear portion (or tail) of the tie comprising a central face and two pairs of opposite end faces defined, respectively, by a first right face which extends from said central face and a second right face which extends from the first right face and a first left face which extends from the central face on the opposite part with respect to the extension of the first right face and a second left face which extends from the first left face .
A method in a network comprises: transmitting, by a first Radio Link Control, RLC, entity , a Packet Data Convergence Protocol, PDCP, protocol data unit, PDU, or segment of a PDCP PDU on a first link, wherein the first RLC entity is associated with the first link; transmitting, by a second RLC entity , the PDCP PDU or the segment of the PDCP PDU on a second link, wherein the second RLC entity is associated with the second link; scheduling, by the second RLC entity , one or more retransmissions of the PDCP PDU or the segment of the PDCP PDU on the second link; receiving, from a receiver and via the first RLC entity , a positive acknowledgement indicating a successful receipt of the PDCP PDU or the segment of the PDCP PDU on the first link; transmitting, by the first RLC entity an indication to a Packet Data Convergence Protocol, PDCP, entity that the PDCP PDU was received by the receiver; communicating, via a backhaul channel, an indication to the second RLC entity to discard the PDCP PDU or segment of the PDCP PDU, wherein the PDCP entity is not co-located with the second RLC entity ; and in response to receiving the indication to discard the PDCP PDU or segment of the PDCP PDU, cancelling, by the second RLC entity , the one or more retransmissions of the PDCP PDU or the segment of the PDCP PDU on the second link. transmitting, by a first Radio Link Control, RLC, entity , a Packet Data Convergence Protocol, PDCP, protocol data unit, PDU, or segment of a PDCP PDU on a first link, wherein the first RLC entity is associated with the first link; transmitting, by a second RLC entity , the PDCP PDU or the segment of the PDCP PDU on a second link, wherein the second RLC entity is associated with the second link; scheduling, by the second RLC entity , one or more retransmissions of the PDCP PDU or the segment of the PDCP PDU on the second link; receiving, from a receiver and via the first RLC entity , a positive acknowledgement indicating a successful receipt of the PDCP PDU or the segment of the PDCP PDU on the first link; transmitting, by the first RLC entity an indication to a Packet Data Convergence Protocol, PDCP, entity that the PDCP PDU was received by the receiver; communicating, via a backhaul channel, an indication to the second RLC entity to discard the PDCP PDU or segment of the PDCP PDU, wherein the PDCP entity is not co-located with the second RLC entity ; and in response to receiving the indication to discard the PDCP PDU or segment of the PDCP PDU, cancelling, by the second RLC entity , the one or more retransmissions of the PDCP PDU or the segment of the PDCP PDU on the second link.
A computer-implemented method of image processing, comprising: obtaining (S200) an original image and obtaining a to-be-processed image based on the original image; recognizing (S202) the to-be-processed image through an image recognition model to obtain a silhouette array, wherein the silhouette array comprises a plurality of silhouette array elements, and the plurality of silhouette array elements comprise a plurality of first values corresponding to a region of interest of the to-be-processed image and a plurality of second values corresponding to a region of non-interest of the to-be-processed image; generating (S204) a silhouette image based on the silhouette array; generating (S206) a target image based on the original image and the silhouette image, wherein the target image corresponds to a region of interest of the original image; calculating (S900) a silhouette matching degree between the silhouette array and a reference array of a reference image; and inserting (S902) the target image into the reference image if the silhouette matching degree between the silhouette array and the reference array of the reference image is greater than a preset threshold. obtaining (S200) an original image and obtaining a to-be-processed image based on the original image; recognizing (S202) the to-be-processed image through an image recognition model to obtain a silhouette array, wherein the silhouette array comprises a plurality of silhouette array elements, and the plurality of silhouette array elements comprise a plurality of first values corresponding to a region of interest of the to-be-processed image and a plurality of second values corresponding to a region of non-interest of the to-be-processed image; generating (S204) a silhouette image based on the silhouette array; generating (S206) a target image based on the original image and the silhouette image, wherein the target image corresponds to a region of interest of the original image; calculating (S900) a silhouette matching degree between the silhouette array and a reference array of a reference image; and inserting (S902) the target image into the reference image if the silhouette matching degree between the silhouette array and the reference array of the reference image is greater than a preset threshold.