mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing an absorbent article, said method comprising: a. guiding a first sheet material along a rotating member, wherein a surface of said rotating member is provided with a pattern with at least one suction zone and at least one non-suction zone; b. applying an absorbent material on said first sheet material on the rotating member; c. locally removing the absorbent material applied on at least one attachment portion of the first sheet material located above the at least one non-suction zone, such that at least one remaining portion of the first sheet material located above the at least one suction zone is covered with absorbent material and substantially no absorbent material is present on the at least one attachment portion; d. applying a second sheet material on top of the absorbent material on the first sheet material; wherein one of said first and second sheet material is a top core wrap sheet material, and the other one is a back core wrap sheet material; e. attaching said first sheet material to said second sheet material at least in the at least one attachment portion, and such that at least one attachment zone is formed. a. guiding a first sheet material along a rotating member, wherein a surface of said rotating member is provided with a pattern with at least one suction zone and at least one non-suction zone; b. applying an absorbent material on said first sheet material on the rotating member; c. locally removing the absorbent material applied on at least one attachment portion of the first sheet material located above the at least one non-suction zone, such that at least one remaining portion of the first sheet material located above the at least one suction zone is covered with absorbent material and substantially no absorbent material is present on the at least one attachment portion; d. applying a second sheet material on top of the absorbent material on the first sheet material; wherein one of said first and second sheet material is a top core wrap sheet material, and the other one is a back core wrap sheet material; e. attaching said first sheet material to said second sheet material at least in the at least one attachment portion, and such that at least one attachment zone is formed.
A blockchain-based node management method, wherein a node identity table is stored in a distributed database of a blockchain, and is used to record a certificate of a new blockchain node and a unique identifier that is of the new blockchain node and that corresponds to the certificate, and the method comprises the following: receiving, by an existing node of the blockchain having a node identity table management permission in the blockchain and from the new blockchain node, via an out-of-chain communication, a target transaction, wherein the target transaction comprises the certificate of the new blockchain node and the unique identifier of the new blockchain node; propagating, by the existing node of the blockchain having the node identity table management permission in the blockchain, the target transaction in the blockchain; and verifying the target transaction, so that after the target transaction passes consensus verification of the blockchain, the node identity table comprising the unique identifier and the certificate of the new blockchain node is correspondingly recorded to the distributed database of the blockchain. receiving, by an existing node of the blockchain having a node identity table management permission in the blockchain and from the new blockchain node, via an out-of-chain communication, a target transaction, wherein the target transaction comprises the certificate of the new blockchain node and the unique identifier of the new blockchain node; propagating, by the existing node of the blockchain having the node identity table management permission in the blockchain, the target transaction in the blockchain; and verifying the target transaction, so that after the target transaction passes consensus verification of the blockchain, the node identity table comprising the unique identifier and the certificate of the new blockchain node is correspondingly recorded to the distributed database of the blockchain.
A security module comprising: a common host platform configured to co-host a plurality of security certified functions, the common host platform including: a first set of one or more dedicated hardware resources (102a, 104a, 106a); a second set of one or more dedicated hardware resources different from the first set of one or more dedicated hardware resources; and a first set of one or more shared hardware resources (204, 206, 208) different from the first set of one or more hardware resources and the second set of one or more hardware resources, wherein the common host platform is configured to host a first certified function via the first set of dedicated hardware resources and the first set of shared hardware resources, the first certified function certified according to at least one of a first certifying authority or a first set of security certification requirements; wherein the common host platform is further configured to host a second certified function via the second set of one or more dedicated hardware resources and the first set of one or more shared hardware resources, the second certified function certified according to at least one of a second certifying authority or a second set of security certification requirements. a common host platform configured to co-host a plurality of security certified functions, the common host platform including: a first set of one or more dedicated hardware resources (102a, 104a, 106a); a second set of one or more dedicated hardware resources different from the first set of one or more dedicated hardware resources; and a first set of one or more shared hardware resources (204, 206, 208) different from the first set of one or more hardware resources and the second set of one or more hardware resources, a first set of one or more dedicated hardware resources (102a, 104a, 106a); a second set of one or more dedicated hardware resources different from the first set of one or more dedicated hardware resources; and a first set of one or more shared hardware resources (204, 206, 208) different from the first set of one or more hardware resources and the second set of one or more hardware resources, wherein the common host platform is configured to host a first certified function via the first set of dedicated hardware resources and the first set of shared hardware resources, the first certified function certified according to at least one of a first certifying authority or a first set of security certification requirements; wherein the common host platform is further configured to host a second certified function via the second set of one or more dedicated hardware resources and the first set of one or more shared hardware resources, the second certified function certified according to at least one of a second certifying authority or a second set of security certification requirements.
A seal cassette for a roll line in a continuous casting machine, wherein the seal cassette is meant to seal off a space from an outside environment, said seal cassette comprising, - a first circumferential element and a second circumferential element, wherein said first and second circumferential elements (20, 30) are arranged coaxially and rotatably movable relative each other, - at least one third circumferential element, wherein said third circumferential element is arranged coaxially relative the first and the second circumferential elements (20, 30) and further arranged to be rotatably movable relative the second circumferential element, - said first circumferential element being formed as a sleeve or a sleeve-like element extending in an axial direction characterized in that - said second circumferential element presents at least one circumferential seal portion arranged to seal between the second element and the first element, - said at least one third circumferential element presents at least one circumferential seal portion (41, 42) to seal between the third element and the second element, - wherein the at least one third circumferential element further presents a circumferential seal portion which is sealing against the first element, and - wherein the at least one third circumferential element is axially movable relative the first element and radially movable relative the second element. - a first circumferential element and a second circumferential element, wherein said first and second circumferential elements (20, 30) are arranged coaxially and rotatably movable relative each other, - at least one third circumferential element, wherein said third circumferential element is arranged coaxially relative the first and the second circumferential elements (20, 30) and further arranged to be rotatably movable relative the second circumferential element, - said first circumferential element being formed as a sleeve or a sleeve-like element extending in an axial direction characterized in that - said second circumferential element presents at least one circumferential seal portion arranged to seal between the second element and the first element, - said at least one third circumferential element presents at least one circumferential seal portion (41, 42) to seal between the third element and the second element, - wherein the at least one third circumferential element further presents a circumferential seal portion which is sealing against the first element, and - wherein the at least one third circumferential element is axially movable relative the first element and radially movable relative the second element.
A site management system comprising: an unmanned airplane being switchable between an airplane mode for high speed flight and a VTOL mode for low speed flight; a working vehicle working in a civil construction site; a shape detection sensor provided in the unmanned airplane, the shape detection sensor being driven to detect a shape of the civil construction site; characterised by an external control apparatus which is adapted to control flight of the unmanned airplane, driving of the working vehicle, and driving of the shape detection sensor, wherein the external control apparatus is adapted to move the unmanned airplane to an observation area (Ai) in the civil construction site by performing the high speed flight of the unmanned airplane in the airplane mode, and the external control apparatus is adapted to detect a shape of the observation area (Ai) by driving the shape detection sensor while performing the high speed flight of the unmanned airplane in the airplane mode or by driving the shape detection sensor while performing low speed flight of the unmanned airplane by switching from the airplane mode to the VTOL mode. an unmanned airplane being switchable between an airplane mode for high speed flight and a VTOL mode for low speed flight; a working vehicle working in a civil construction site; a shape detection sensor provided in the unmanned airplane, the shape detection sensor being driven to detect a shape of the civil construction site; characterised by an external control apparatus which is adapted to control flight of the unmanned airplane, driving of the working vehicle, and driving of the shape detection sensor, wherein the external control apparatus is adapted to move the unmanned airplane to an observation area (Ai) in the civil construction site by performing the high speed flight of the unmanned airplane in the airplane mode, and the external control apparatus is adapted to detect a shape of the observation area (Ai) by driving the shape detection sensor while performing the high speed flight of the unmanned airplane in the airplane mode or by driving the shape detection sensor while performing low speed flight of the unmanned airplane by switching from the airplane mode to the VTOL mode.
A mobile terminal comprising an antenna, the mobile terminal comprising a first metal frame and a second metal frame, a breaking joint being provided between a first end of the first metal frame and a first end of the second metal frame, a length of the first metal frame being within a range of a quarter wavelength of a specified band, and the length of the first metal frame being greater than a length of the second metal frame, wherein the antenna comprises a first sub-antenna and a second sub-antenna, wherein the first metal frame comprises a feeding point, the feeding point is coupled to a first end of a first capacitive device, a second end of the first capacitive device is coupled to a first end of a changeover switch, a second end of the changeover switch is coupled to a first end of a second capacitive device or a first end of an inductive device, a second end of the second capacitive device and a second end of the inductive device are coupled to a first ground point, and a second end of the first metal frame is coupled to a second ground point, so as to form the first sub-antenna; and a second end of the second metal frame is coupled to a third ground point, so as to form the second sub-antenna, characterized in that: the feeding point is located at a specific position of the first end of the first metal frame. wherein the antenna comprises a first sub-antenna and a second sub-antenna, wherein the first metal frame comprises a feeding point, the feeding point is coupled to a first end of a first capacitive device, a second end of the first capacitive device is coupled to a first end of a changeover switch, a second end of the changeover switch is coupled to a first end of a second capacitive device or a first end of an inductive device, a second end of the second capacitive device and a second end of the inductive device are coupled to a first ground point, and a second end of the first metal frame is coupled to a second ground point, so as to form the first sub-antenna; and a second end of the second metal frame is coupled to a third ground point, so as to form the second sub-antenna, characterized in that: the feeding point is located at a specific position of the first end of the first metal frame.
Method for selecting a primary communication channel in a wireless communication system comprising a first access point managing a first wireless local area network and at least one second access point managing at least one respective second wireless local area network, the transmissions in the first and second wireless local area networks being performed in accordance with a procedure of the CSMA/CA type, each access point among the first and second access points implementing an energy detection mechanism and a preamble detection mechanism in the context of the CSMA/CA procedure, the energy detection mechanism being implemented for accessing the primary communication channel and for accessing each secondary communication channel associated with the primary communication channel, the preamble detection mechanism being implemented for accessing the primary communication channel and optionally for accessing each secondary communication channel associated with the primary communication channel, characterised in that that a decision making unit instructs the first access point and each second access point to use the same primary communication channel, when the first access point communicates with a station in the context of a transmission of real-time sensitive data with a quality of service superior to or equal to any quality of service of transmissions involving each second access point in the second wireless local area network thereof. each access point among the first and second access points implementing an energy detection mechanism and a preamble detection mechanism in the context of the CSMA/CA procedure, the energy detection mechanism being implemented for accessing the primary communication channel and for accessing each secondary communication channel associated with the primary communication channel, the preamble detection mechanism being implemented for accessing the primary communication channel and optionally for accessing each secondary communication channel associated with the primary communication channel, characterised in that that a decision making unit instructs the first access point and each second access point to use the same primary communication channel, when the first access point communicates with a station in the context of a transmission of real-time sensitive data with a quality of service superior to or equal to any quality of service of transmissions involving each second access point in the second wireless local area network thereof.
A three side trimmer comprising: a discharge unit arranged downstream of a trimming unit which perform trimming on one or more booklets to discharge the trimmed booklets; and an accumulating unit arranged between the trimming unit and the discharge unit and including a shelf movable in a vertical direction, the trimmed booklets being placed on the shelf, characterized in that the accumulating unit is configured to deliver a predetermined number of the trimmed booklets to the discharge unit when the predetermined number of the trimmed booklets are accumulated on the shelf during operation of the accumulating unit in a delivery mode and the accumulating unit is configured to accumulate the trimmed booklets on the shelf without delivering the trimmed booklets to the discharge unit during operation of the accumulating unit in an accumulation mode. a discharge unit arranged downstream of a trimming unit which perform trimming on one or more booklets to discharge the trimmed booklets; and an accumulating unit arranged between the trimming unit and the discharge unit and including a shelf movable in a vertical direction, the trimmed booklets being placed on the shelf, characterized in that the accumulating unit is configured to deliver a predetermined number of the trimmed booklets to the discharge unit when the predetermined number of the trimmed booklets are accumulated on the shelf during operation of the accumulating unit in a delivery mode and the accumulating unit is configured to accumulate the trimmed booklets on the shelf without delivering the trimmed booklets to the discharge unit during operation of the accumulating unit in an accumulation mode.
A method for monitoring occupants (108, 112) of a vehicle comprising: obtaining successive images of an interior cabin of the vehicle from an occupant facing camera; identifying a respective body region for one or more occupants of said vehicle within an obtained image; identifying within at least one of said body regions, a plurality of skeletal points including one or more points on an arm of a body; identifying one or more hand regions within said obtained image; determining a hand region to be either a left (312-L) or a right hand (312-R) of an occupant in accordance with its spatial relationship with identified skeletal points of said body region of said occupant; providing at least said determined left or right hand region for said occupant to each of a pair of classifiers (316, 318) to provide a respective provisional activity classification for said occupant, a first classifier of said pair of classifiers being trained with images of hands of occupants in states where objects involved are not visible and a second classifier of said pair of classifiers being trained with images of occupants in said states where objects are visible in at least one hand region, wherein the second classifier is configured to output its provisional activity classification based on an appearance of a detected object; and combining said provisional activity classifications to provide a final state for said occupant. obtaining successive images of an interior cabin of the vehicle from an occupant facing camera; identifying a respective body region for one or more occupants of said vehicle within an obtained image; identifying within at least one of said body regions, a plurality of skeletal points including one or more points on an arm of a body; identifying one or more hand regions within said obtained image; determining a hand region to be either a left (312-L) or a right hand (312-R) of an occupant in accordance with its spatial relationship with identified skeletal points of said body region of said occupant; providing at least said determined left or right hand region for said occupant to each of a pair of classifiers (316, 318) to provide a respective provisional activity classification for said occupant, a first classifier of said pair of classifiers being trained with images of hands of occupants in states where objects involved are not visible and a second classifier of said pair of classifiers being trained with images of occupants in said states where objects are visible in at least one hand region, wherein the second classifier is configured to output its provisional activity classification based on an appearance of a detected object; and combining said provisional activity classifications to provide a final state for said occupant.
A measurement device comprising: neuronal, in particular retinal, tissue grown from stem cells, the neuronal tissue having a three-dimensional shape and neuronal cells that change an electric potential in cells of the neuronal tissue in response to influences that act on the neuronal cells; a read-out device that is configured to measure neuronal responses of the neuronal tissue via changes in the electric potential generated by the neuronal cells; and influencing means configured to exert external influences such as physical, in particular mechanical, and/or optical, and/or chemical influences to the neuronal tissue; wherein the read-out device is configured to measure the neuronal responses of the neuronal tissue, in particular image formation capabilities of the retinal tissue, in response to the external influences exerted by the influencing means; and the influencing means are configured to determine a shape of the neuronal tissue. neuronal, in particular retinal, tissue grown from stem cells, the neuronal tissue having a three-dimensional shape and neuronal cells that change an electric potential in cells of the neuronal tissue in response to influences that act on the neuronal cells; a read-out device that is configured to measure neuronal responses of the neuronal tissue via changes in the electric potential generated by the neuronal cells; and influencing means configured to exert external influences such as physical, in particular mechanical, and/or optical, and/or chemical influences to the neuronal tissue; wherein the read-out device is configured to measure the neuronal responses of the neuronal tissue, in particular image formation capabilities of the retinal tissue, in response to the external influences exerted by the influencing means; and the influencing means are configured to determine a shape of the neuronal tissue.