mhurhangee/patent-ind-claim-en huggingface dataset:
A secondary battery comprising: an electrode assembly comprising an electrode uncoated portion exposed to at least one side; a current collector plate electrically connected to the electrode uncoated portion of the electrode assembly ; a case to accommodate the electrode assembly and the current collector plate ; and a cap assembly to seal the case , wherein the current collector plate comprises an upper coupling portion and a lower coupling portion coupled to the electrode uncoated portion, and a protrusion protruding toward the case between the upper coupling portion and the lower coupling portion , wherein the current collector plate comprises: an electrode connection part welded to the electrode uncoated portion of the electrode assembly and extending along a side of the electrode assembly ; and a terminal connection part comprising an end coupled to an upper end of the electrode connection part, and another end coupled to a terminal protruding through the cap assembly , characterised in that a width of the upper coupling portion is greater than that of other regions of the electrode connection part . an electrode assembly comprising an electrode uncoated portion exposed to at least one side; a current collector plate electrically connected to the electrode uncoated portion of the electrode assembly ; a case to accommodate the electrode assembly and the current collector plate ; and a cap assembly to seal the case , wherein the current collector plate comprises an upper coupling portion and a lower coupling portion coupled to the electrode uncoated portion, and a protrusion protruding toward the case between the upper coupling portion and the lower coupling portion , wherein the current collector plate comprises: an electrode connection part welded to the electrode uncoated portion of the electrode assembly and extending along a side of the electrode assembly ; and a terminal connection part comprising an end coupled to an upper end of the electrode connection part, and another end coupled to a terminal protruding through the cap assembly , characterised in that a width of the upper coupling portion is greater than that of other regions of the electrode connection part . an electrode connection part welded to the electrode uncoated portion of the electrode assembly and extending along a side of the electrode assembly ; and a terminal connection part comprising an end coupled to an upper end of the electrode connection part, and another end coupled to a terminal protruding through the cap assembly , characterised in that a width of the upper coupling portion is greater than that of other regions of the electrode connection part .
Endosseous dental implant with an interface in the cervical area for receiving an abutment (15; 16), a rotationally symmetrical implant core with a thread that extends from the cervical area to an opposite apical area , wherein the diameter of the implant core decreases in the direction of the apical area , moreover the thread has a constant outer diameter in a first section and a tapered outer diameter in a second, apically orientated section , the thread has cutting grooves and/or cutting edges , and the implant core is rounded at the apical end , wherein the thread is designed as a continuous main and cervically adjoining micro-fine thread , wherein the diameter of the micro-fine thread is smaller than the diameter of the immediately adjoining section of the main thread characterized in that the micro-fine thread is designed as a multi-start, left-right counter-directional thread having three to six, preferably five starts, and circular, surface enlarging recesses are formed in the implant core . the thread is designed as a continuous main and cervically adjoining micro-fine thread , wherein the diameter of the micro-fine thread is smaller than the diameter of the immediately adjoining section of the main thread characterized in that the micro-fine thread is designed as a multi-start, left-right counter-directional thread having three to six, preferably five starts, and circular, surface enlarging recesses are formed in the implant core .
An assembly comprising a fixed part and a movable part , said fixed and movable parts configured for relative motion therebetween, said assembly comprising a seal assembly , the seal assembly comprising: a first plurality of fingers each of which being attached to and disposed about one of said fixed part and said movable part , a seal land attached to the other of said fixed part and said movable part , and a seal attached to said seal land and in contact with said plurality of fingers wherein a first surface of one of said plurality of fingers and said seal is metallic and a second surface of another of said seal land or said plurality of fingers is non-metallic. a first plurality of fingers each of which being attached to and disposed about one of said fixed part and said movable part , a seal land attached to the other of said fixed part and said movable part , and a seal attached to said seal land and in contact with said plurality of fingers wherein a first surface of one of said plurality of fingers and said seal is metallic and a second surface of another of said seal land or said plurality of fingers is non-metallic.
A lithium secondary battery comprising: a positive electrode; a negative electrode; a separator provided between the positive electrode and the negative electrode; a gel polymer electrolyte included between the negative electrode and the separator, said gel polymer electrolyte comprising an electrolyte liquid and a polymer matrix, wherein the electrolyte liquid is impregnated into the polymer matrix in an amount of 30% by weight or less with respect to a total weight of the gel polymer electrolyte in the gel polymer electrolyte; and a liquid electrolyte included between the positive electrode and the separator; wherein the negative electrode comprises lithium metal or a lithium alloy; wherein the electrolyte liquid included in the gel polymer electrolyte comprises an ether-based solvent and a lithium salt; wherein the liquid electrolyte included between the positive electrode and the separator comprises a carbonate-based solvent and a lithium salt; and wherein the polymer matrix comprises one or more types of crosslinked polymers selected from the group consisting of acryl-based polymers, urethane-based polymers and ether-based polymers. a positive electrode; a negative electrode; a separator provided between the positive electrode and the negative electrode; a gel polymer electrolyte included between the negative electrode and the separator, said gel polymer electrolyte comprising an electrolyte liquid and a polymer matrix, wherein the electrolyte liquid is impregnated into the polymer matrix in an amount of 30% by weight or less with respect to a total weight of the gel polymer electrolyte in the gel polymer electrolyte; and a liquid electrolyte included between the positive electrode and the separator; wherein the negative electrode comprises lithium metal or a lithium alloy; wherein the electrolyte liquid included in the gel polymer electrolyte comprises an ether-based solvent and a lithium salt; wherein the liquid electrolyte included between the positive electrode and the separator comprises a carbonate-based solvent and a lithium salt; and wherein the polymer matrix comprises one or more types of crosslinked polymers selected from the group consisting of acryl-based polymers, urethane-based polymers and ether-based polymers.
Method for determining a state of wear, in particular for predicting a remaining service life and/or a remaining operating time, of at least one running strand (2; 2a, 18) of an apparatus (1; 1a) using the at least one running strand for its intended use, in which, during operation of the apparatus, a position of strand segments (12; 12a, 23) of the at least one running strand (2; 2a, 18) is determined, wherein at least one wear parameter is determined for each strand segment (12; 12a, 23) of the at least one running strand (2; 2a, 18) when a load position L i of a load (6, 9; 6a) moved by the apparatus (1; 1a) is changed to a subsequent load position Li +1 , from which wear parameter the state of wear of the at least one running strand (2; 2a, 18) is determined, characterized in that adjacent strand segments (12; 12a, 23) of the at least one running strand (2; 2a, 18) with the same number of bending cycles are combined to form a strand section (13-17; 13a, 14a, 15a) forming a strand segment group (S1-S5), and load classes (K1, K2) are formed within each strand segment group (S1-S5), wherein strand segments (12; 12a, 23) with the same wear characteristics, in particular strand segments guided by strand guiding means of the same size and/or loaded with the same longitudinal force, form a load class (K1, K2).
A computer-implemented method (200; 300) for controlling access to a first computer system that controls operations of an intermodal shipping container, the method comprising: generating a secret value at the first computer system that controls operations of the intermodal shipping container ; sharing the secret value with associated computer systems ; choosing a time length for validity ; computing a derived key based on the secret value ; and controlling remote access to the computer system that controls operations of an intermodal shipping container based on the derived key and a unique identifier associated with the first computer system, wherein the unique identifier is a serial number associated with the intermodal shipping container; wherein remote access to the computer system is controlled by: displaying the derived key on the first computer system, allowing a user to read and enter it onto a remote computer system; computing a passkey based on the derived key and unique identifier ; transmitting the passkey to the first computer system , the first computer system comparing the transmitted passkey with a locally generated one; and receiving a session token from the first computer system if the comparison results in a match . generating a secret value at the first computer system that controls operations of the intermodal shipping container ; sharing the secret value with associated computer systems ; choosing a time length for validity ; computing a derived key based on the secret value ; and controlling remote access to the computer system that controls operations of an intermodal shipping container based on the derived key and a unique identifier associated with the first computer system, wherein the unique identifier is a serial number associated with the intermodal shipping container; wherein remote access to the computer system is controlled by: displaying the derived key on the first computer system, allowing a user to read and enter it onto a remote computer system; computing a passkey based on the derived key and unique identifier ; transmitting the passkey to the first computer system , the first computer system comparing the transmitted passkey with a locally generated one; and receiving a session token from the first computer system if the comparison results in a match . displaying the derived key on the first computer system, allowing a user to read and enter it onto a remote computer system; computing a passkey based on the derived key and unique identifier ; transmitting the passkey to the first computer system , the first computer system comparing the transmitted passkey with a locally generated one; and receiving a session token from the first computer system if the comparison results in a match .
A method of forming a nano-porous membrane comprising: - an ion beam generator is provided using a liquid metal ion source , the source being adapted to emit a beam of charged species along an optical axis (X), - a sample holder is provided carrying a membrane facing the source along the optical axis, - a charged particle detector is provided downstream of the membrane, the particle detector being adapted to determine a number of ions transmitted through the membrane, - the ion beam generator is controlled in accordance with said number of ions: In a piercing mode, the ion beam generator is controlled in accordance with said number of ions to etch a pore in the membrane and - in a recapping mode, the ion beam generator is controlled in accordance with said number of ions to recap a pore of the membrane, aiming at an area with the beam so as to diffuse weakly bound atoms of the membrane to its surface and create an aggregation of atoms at the sharp edges of the membrane, the current and energy of the particles arriving at the membrane being kept constant in these different modes, the membrane having a thickness of less than 100 nanometres. - an ion beam generator is provided using a liquid metal ion source , the source being adapted to emit a beam of charged species along an optical axis (X), - a sample holder is provided carrying a membrane facing the source along the optical axis, - a charged particle detector is provided downstream of the membrane, the particle detector being adapted to determine a number of ions transmitted through the membrane, - the ion beam generator is controlled in accordance with said number of ions: In a piercing mode, the ion beam generator is controlled in accordance with said number of ions to etch a pore in the membrane and - in a recapping mode, the ion beam generator is controlled in accordance with said number of ions to recap a pore of the membrane, aiming at an area with the beam so as to diffuse weakly bound atoms of the membrane to its surface and create an aggregation of atoms at the sharp edges of the membrane, the current and energy of the particles arriving at the membrane being kept constant in these different modes, the membrane having a thickness of less than 100 nanometres.
Self-propelled wrapping machine movable on a supporting plane (P) around a load to wrap the latter with a film made of plastic material during a wrapping cycle, comprising a self-propelled carriage and an upright fixed to said carriage and slidably supporting an unwinding unit provided with at least one reel of film , wherein it comprises: - an anchoring element provided with locking means selectively operable in a closed position (C) or in an open position (A) respectively to tighten or to release an initial flap of the film unwound from the reel ; characterized in that the wrapping machine further comprises: - a first gripping unit supported by said carriage , movable and adapted to position and release said anchoring element , which is associated with said initial flap of film tightened by said locking means arranged in the closed position (C), on said supporting plane (P) adjacent to said load in an initial step of said wrapping cycle, and adapted to grasp and lift said anchoring element and activate in the open position (A) said locking means so as to release said initial flap of film after at least one turn travelled by said self-propelled wrapping machine around said load while wrapping the latter with said film delivered by said unwinding unit . - an anchoring element provided with locking means selectively operable in a closed position (C) or in an open position (A) respectively to tighten or to release an initial flap of the film unwound from the reel ; characterized in that the wrapping machine further comprises: - a first gripping unit supported by said carriage , movable and adapted to position and release said anchoring element , which is associated with said initial flap of film tightened by said locking means arranged in the closed position (C), on said supporting plane (P) adjacent to said load in an initial step of said wrapping cycle, and adapted to grasp and lift said anchoring element and activate in the open position (A) said locking means so as to release said initial flap of film after at least one turn travelled by said self-propelled wrapping machine around said load while wrapping the latter with said film delivered by said unwinding unit . - a first gripping unit supported by said carriage , movable and adapted to position and release said anchoring element , which is associated with said initial flap of film tightened by said locking means arranged in the closed position (C), on said supporting plane (P) adjacent to said load in an initial step of said wrapping cycle, and adapted to grasp and lift said anchoring element and activate in the open position (A) said locking means so as to release said initial flap of film after at least one turn travelled by said self-propelled wrapping machine around said load while wrapping the latter with said film delivered by said unwinding unit .
A device for securing a prosthesis to the internal wall of a body lumen, comprising at least two elongate elements , each elongate element comprising a central portion with at least one arm extending therefrom, characterised in that the central portions abut such that the central portions lie side by side and are longitudinally aligned and said central portions are joined by a joining element , wherein the joining element is a hinge and wherein said elongate elements are rotatable about said hinge, and wherein the terminal end of each arm is hooked or barbed.
A packing element for an annular blowout preventer , the packing element comprising: an annular elastomeric member ; a plurality of rigid inserts mounted to the elastomeric member; wherein the rigid inserts include a recess extending along an insert axis and an extendable tip assembly comprising a movable member at least partly disposed within the recess and extending along the insert axis ; and an actuating system or a biasing force configured to extend the movable member along the insert axis ; and wherein the movable member is configured to limit deformation of the elastomeric member . an annular elastomeric member ; a plurality of rigid inserts mounted to the elastomeric member; wherein the rigid inserts include a recess extending along an insert axis and an extendable tip assembly comprising a movable member at least partly disposed within the recess and extending along the insert axis ; and an actuating system or a biasing force configured to extend the movable member along the insert axis ; and wherein the movable member is configured to limit deformation of the elastomeric member .
A computer program having instructions which, when executed by a computing device or system, cause said computing device or system to: - receive a video stream; - access a video picture that includes multiple pictures combined into a single picture , the multiple pictures including a first picture of a first view of a multi-view video and a second picture of a second view of the multi-view video, the video picture being part of the received video stream; - access information indicating how the multiple pictures in the accessed video picture are combined, wherein the accessed information indicates that at least one of the multiple pictures is individually flipped in one or more of a horizontal direction or a vertical direction, and wherein the accessed information is comprised in at least one of a slice header, a sequence parameter set, a picture parameter set, a network abstraction layer unit header, and a supplemental enhancement information message, the first picture of the first view being not flipped and the second picture of the second view being flipped, the first picture of the first view and the second picture of the second view being arranged side-by-side or top-bottom; and - decode the video picture to provide a decoded representation of the combined multiple pictures , wherein the accessed information can be used to post-process the decoded representation to individually flip the at least one of the multiple pictures, wherein the accessed information includes a syntax element indicating that tiling is performed at the picture level. - receive a video stream; - access a video picture that includes multiple pictures combined into a single picture , the multiple pictures including a first picture of a first view of a multi-view video and a second picture of a second view of the multi-view video, the video picture being part of the received video stream; - access information indicating how the multiple pictures in the accessed video picture are combined, wherein the accessed information indicates that at least one of the multiple pictures is individually flipped in one or more of a horizontal direction or a vertical direction, and wherein the accessed information is comprised in at least one of a slice header, a sequence parameter set, a picture parameter set, a network abstraction layer unit header, and a supplemental enhancement information message, the first picture of the first view being not flipped and the second picture of the second view being flipped, the first picture of the first view and the second picture of the second view being arranged side-by-side or top-bottom; and - decode the video picture to provide a decoded representation of the combined multiple pictures , wherein the accessed information can be used to post-process the decoded representation to individually flip the at least one of the multiple pictures,
Lighter comprising: - a lighter body comprising a fuel tank with a valve to release the fuel from it; - an assembly according to a piezoelectric, electric, or friction wheel which could be rotated by a user to produce sparks oriented over the fuel released from said valve, said friction wheel assembly being mounted on said lighter body with at least one portion of it exposed for handling and rotation by the user; - a valve actuator which could be lowered to actuate said valve and release said fuel; - a protective element mounted on said lighter body, and composed of a plurality of layers and comprising an outer protective film composed of a plastic film, characterised in that - the protective element has a thickness of between 25 and 200μm and in that - on the plastic film is added, by coating, an aliphatic polyurethane layer of thickness of between 10 and 75μm, which contains between 30 and 100% of solid according to the softness-to-the-touch degree required. - a lighter body comprising a fuel tank with a valve to release the fuel from it; - an assembly according to a piezoelectric, electric, or friction wheel which could be rotated by a user to produce sparks oriented over the fuel released from said valve, said friction wheel assembly being mounted on said lighter body with at least one portion of it exposed for handling and rotation by the user; - a valve actuator which could be lowered to actuate said valve and release said fuel; - a protective element mounted on said lighter body, and composed of a plurality of layers and comprising an outer protective film composed of a plastic film, characterised in that - the protective element has a thickness of between 25 and 200μm and in that - on the plastic film is added, by coating, an aliphatic polyurethane layer of thickness of between 10 and 75μm, which contains between 30 and 100% of solid according to the softness-to-the-touch degree required.