mhurhangee/ep-ind-claims huggingface dataset:
A method for state synchronization with a base station (550; 650; 750) in a mobile station (500; 600; 700) of a mobile communication system, characterized by comprising the steps of: receiving, by the mobile station (500; 600; 700), a current restart count value indicative of a restart of the base station (550; 650; 750); comparing, by the mobile station (500; 600; 700), the received current restart count value with a previous restart count value stored in the mobile station (500; 600; 700); and performing, by the mobile station (500; 600; 700), a network entry procedure with the base station (550; 650; 750) if the current restart count value is different from the previous restart count,value. receiving, by the mobile station (500; 600; 700), a current restart count value indicative of a restart of the base station (550; 650; 750); comparing, by the mobile station (500; 600; 700), the received current restart count value with a previous restart count value stored in the mobile station (500; 600; 700); and performing, by the mobile station (500; 600; 700), a network entry procedure with the base station (550; 650; 750) if the current restart count value is different from the previous restart count,value.
A mobile communication terminal, having at least a reception section adapted to receive a television airwave, comprising: a setting storage section adapted to store setting information of an operation of the reception section; and a control section adapted to control an operation of the mobile communication terminal at the time when the mobile communication terminal is connected to a cradle, wherein the control section is further adapted to cause the reception section to execute an operation based on the setting information of the setting storage section upon connection to the cradle, characterized in that the setting storage section is adapted to store the setting information in which an arbitrarily designated channel and a reception start time of the channel are made to correspond to each other, and wherein the control section is adapted to cause the reception section to receive the set channel based on the setting information at the time when the time reaches the reception start time. a setting storage section adapted to store setting information of an operation of the reception section; and a control section adapted to control an operation of the mobile communication terminal at the time when the mobile communication terminal is connected to a cradle, wherein the control section is further adapted to cause the reception section to execute an operation based on the setting information of the setting storage section upon connection to the cradle, characterized in that the setting storage section is adapted to store the setting information in which an arbitrarily designated channel and a reception start time of the channel are made to correspond to each other, and wherein the control section is adapted to cause the reception section to receive the set channel based on the setting information at the time when the time reaches the reception start time.
A display apparatus comprising: a case unit (10F, 10R) forming the external portion of the display apparatus; a display module to display an image; and an image processing board installed in the case unit (10F, 10R) and disposed at the rear of the display module, wherein the image processing board includes a substrate, common input terminals (32, 33) installed on the substrate, and an additional input terminal selectively installed on the substrate, wherein the additional input terminal is a card connection terminal to receive data through a card (c), characterized in that the display apparatus further comprises guide rails separated from the substrate and disposed at the outside of the case unit (10F, 10R) so as to guide the card to the card connection terminal; wherein: a connector to which the card connection terminal is connected is disposed on the substrate wherein the card connection terminal includes a terminal for card connection; the card connection terminal is separably installed on the connector; the case unit (10R, 10F) includes a through hole through which the card connection terminal passes; and wherein the guide rails extend integrally from the card connection terminal. a case unit (10F, 10R) forming the external portion of the display apparatus; a display module to display an image; and an image processing board installed in the case unit (10F, 10R) and disposed at the rear of the display module, wherein the image processing board includes a substrate, common input terminals (32, 33) installed on the substrate, and an additional input terminal selectively installed on the substrate, wherein the additional input terminal is a card connection terminal to receive data through a card (c), characterized in that the display apparatus further comprises guide rails separated from the substrate and disposed at the outside of the case unit (10F, 10R) so as to guide the card to the card connection terminal; wherein: a connector to which the card connection terminal is connected is disposed on the substrate wherein the card connection terminal includes a terminal for card connection; the card connection terminal is separably installed on the connector; the case unit (10R, 10F) includes a through hole through which the card connection terminal passes; and wherein the guide rails extend integrally from the card connection terminal. a connector to which the card connection terminal is connected is disposed on the substrate wherein the card connection terminal includes a terminal for card connection; the card connection terminal is separably installed on the connector; the case unit (10R, 10F) includes a through hole through which the card connection terminal passes; and wherein the guide rails extend integrally from the card connection terminal.
An information processing apparatus comprising: a message generating unit that generates N sets of messages based on a multi-order multivariate polynomial set F = (f 1,..., f m) defined on a ring K and a vector s that is an element of a set K n; a first information selecting unit that inputs document M and the N sets of messages to a one-way function that selects one piece of first information from among k (where k ≥ 3) pieces of first information in response to a set of input information, and selects N pieces of first information; a second information generating unit that generate N pieces of second information corresponding to the respective N pieces of first information; and a signature providing unit that provides a verifier holding the multi-order multivariate polynomial set F and a vector y = (y 1,..., y m) = (f 1 (s),..., f m (s)) with the N pieces of first information and the N pieces of second information as a digital signature, wherein the vector s is a signature key, wherein the multi-order multivariate polynomial set F is a public key or a system parameter, wherein the vector y is a public key, and wherein the messages are information obtained by performing a certain operation according to the one piece of first information that corresponds to the second information and is selected from among the k pieces of first information, using the public keys and the second information. a message generating unit that generates N sets of messages based on a multi-order multivariate polynomial set F = (f 1,..., f m) defined on a ring K and a vector s that is an element of a set K n; a first information selecting unit that inputs document M and the N sets of messages to a one-way function that selects one piece of first information from among k (where k ≥ 3) pieces of first information in response to a set of input information, and selects N pieces of first information; a second information generating unit that generate N pieces of second information corresponding to the respective N pieces of first information; and a signature providing unit that provides a verifier holding the multi-order multivariate polynomial set F and a vector y = (y 1,..., y m) = (f 1 (s),..., f m (s)) with the N pieces of first information and the N pieces of second information as a digital signature, wherein the vector s is a signature key, wherein the multi-order multivariate polynomial set F is a public key or a system parameter, wherein the vector y is a public key, and wherein the messages are information obtained by performing a certain operation according to the one piece of first information that corresponds to the second information and is selected from among the k pieces of first information, using the public keys and the second information.
A use of the compound represented by the Formula 1 for manufacturing a medicament for preventing or treating hyperproliferative vascular disorders: wherein R 1, R 2, R 3, R 4, R 5, R 6 and R 7 independently represent hydrogen, halo, nitro, or C 1 -C 4 alkyl, X and Y represent oxygen; Z represents C 1 -C 4 alkyl, or -NH-R 8; R 8 represents halo-substituted phenyl; n is an integer of 0. wherein R 1, R 2, R 3, R 4, R 5, R 6 and R 7 independently represent hydrogen, halo, nitro, or C 1 -C 4 alkyl, X and Y represent oxygen; Z represents C 1 -C 4 alkyl, or -NH-R 8; R 8 represents halo-substituted phenyl; n is an integer of 0.
Novel compressor blade or vane for a gas turbine and having a blade or vane substrate, which consists of a metal alloy and in which the metal alloy is a creep-resistant steel, and has an aluminium diffusion zone on a surface of the blade or vane substrate by virtue of diffusing aluminium into a surface on the blade or vane substrate, in which the aluminium diffusion zone has a thickness of 10 to 30 micrometres, preferably of 15 to 25 micrometres, in which the aluminium diffusion zone has an aluminium proportion of 0.05 to 0.2% by weight, preferably of 0.075 to 0.15% by weight, and a hard material coating arranged on said surface of the blade or vane substrate, in which the hard material coating consists of TiN, TiAlN, AlTiN, CrN as single-layer or multi-layer ceramics or comprises TiN, TiAlN, AlTiN, CrN as single-layer or multi-layer ceramics.
A bicycle handlebar module combining brake levers and derailleur shifter control devices, comprising: a bicycle handlebar, two ends of the bicycle handlebar being respectively formed with a grip part, and a front side of the bicycle handlebar near each of the two ends being respectively formed with a pivoting part and an accommodating part; and two brake levers pivotally connected to the two pivoting parts with one end respectively, and the brake levers being exposed on the front side of the bicycle handlebar; characterized by two derailleur shifter control devices respectively disposed in the accommodating parts of the bicycle handlebar, each derailleur shifter control device comprising at least a gear shift mechanism, a cable, a tension mechanism and a release mechanism, the tension mechanism and the release mechanism being linked to rotation of the gear shift mechanism, the gear shift mechanism being connected to one end of the cable, the tension mechanism being capable of controlling to tension the cable by rotation of the gear shift mechanism, and the release mechanism being capable of controlling to release the cable by rotation of the gear shift mechanism, wherein each derailleur shifter control device is installed in the bicycle handlebar in such a way that the tension mechanism and the release mechanism thereof are exposed outside the bicycle handlebar. a bicycle handlebar, two ends of the bicycle handlebar being respectively formed with a grip part, and a front side of the bicycle handlebar near each of the two ends being respectively formed with a pivoting part and an accommodating part; and two brake levers pivotally connected to the two pivoting parts with one end respectively, and the brake levers being exposed on the front side of the bicycle handlebar; characterized by two derailleur shifter control devices respectively disposed in the accommodating parts of the bicycle handlebar, each derailleur shifter control device comprising at least a gear shift mechanism, a cable, a tension mechanism and a release mechanism, the tension mechanism and the release mechanism being linked to rotation of the gear shift mechanism, the gear shift mechanism being connected to one end of the cable, the tension mechanism being capable of controlling to tension the cable by rotation of the gear shift mechanism, and the release mechanism being capable of controlling to release the cable by rotation of the gear shift mechanism, wherein each derailleur shifter control device is installed in the bicycle handlebar in such a way that the tension mechanism and the release mechanism thereof are exposed outside the bicycle handlebar.
A ground fault detection device configured to be connected to a non-grounded battery and to calculate an insulation resistance of a system with the battery provided therein, comprising: a detection capacitor configured to be operated as a flying capacitor; a switch group (S1-S4) for switching between a first charging path, a second charging path, a third charging path, and a measurement path, the first charging path connecting the battery and the detection capacitor, wherein one of the second charging path and the third charging path is a charging path connecting the battery, a negative side insulation resistance (RLn) and the detection capacitor and another of the second charging path and the third charging path is a charging path connecting the battery, a positive side insulation resistance (RLp) and the detection capacitor, wherein the negative side insulation resistance (RLn) is an insulation resistance for a negative side line of the battery to a ground and the positive side insulation resistance (RLp) is an insulation resistance for a positive side line of the battery to the ground, wherein the measurement path is configured for measuring a charging voltage of the detection capacitor; and a controller configured to control the switch group (S1-S4) and to calculate the insulation resistance based on a charging voltage measured value of the detection capacitor which exists after charging each of the charging paths, characterized by that after measurement of the charging voltage of the second charging path, the controller is configured to cause the switch group (S1-S4) to temporarily switch to the third charging path before switching to the first charging path. a detection capacitor configured to be operated as a flying capacitor; a switch group (S1-S4) for switching between a first charging path, a second charging path, a third charging path, and a measurement path, the first charging path connecting the battery and the detection capacitor, wherein one of the second charging path and the third charging path is a charging path connecting the battery, a negative side insulation resistance (RLn) and the detection capacitor and another of the second charging path and the third charging path is a charging path connecting the battery, a positive side insulation resistance (RLp) and the detection capacitor, wherein the negative side insulation resistance (RLn) is an insulation resistance for a negative side line of the battery to a ground and the positive side insulation resistance (RLp) is an insulation resistance for a positive side line of the battery to the ground, wherein the measurement path is configured for measuring a charging voltage of the detection capacitor; and a controller configured to control the switch group (S1-S4) and to calculate the insulation resistance based on a charging voltage measured value of the detection capacitor which exists after charging each of the charging paths, characterized by that after measurement of the charging voltage of the second charging path, the controller is configured to cause the switch group (S1-S4) to temporarily switch to the third charging path before switching to the first charging path.
Method for displaying a portion of a multimedia content on a screen of a multimedia terminal, the multimedia content being coded by data included in a file, stored on a server remote from the terminal, in a format such that the entire file is required by an application processing this format in order to generate a display of the multimedia content on the screen of the terminal, characterised in that it comprises the following steps: - the step for the terminal of requesting the transmission of an encoding of the display of the portion of the multimedia content in a defined rendering format, - the step for the server of using the file to generate said encoding of the display according to the rendering format defined by the terminal, and - the step for the server of transmitting, to the terminal, said encoding of the display in the form of an image, by means of a graphic interface sharing protocol, thus allowing a user to access the portion of the multimedia content without requiring the transmission of the entire file coding this content. - the step for the terminal of requesting the transmission of an encoding of the display of the portion of the multimedia content in a defined rendering format, - the step for the server of using the file to generate said encoding of the display according to the rendering format defined by the terminal, and - the step for the server of transmitting, to the terminal, said encoding of the display in the form of an image, by means of a graphic interface sharing protocol, thus allowing a user to access the portion of the multimedia content without requiring the transmission of the entire file coding this content.
Fastening tie, in particular a Blitzbinder fastening tie, for providing fastening loops (8, 9), comprising a head part and a strap which is formed in one piece with the head part and extending from the head part, the strap having a plurality of retaining projections extending radially outwardly from the strap, wherein the head part comprises a first eyelet and a second eyelet for passing the strap provided with the retaining projections, wherein the second eyelet is formed of a passage opening and a strap-receiving opening connected thereto, wherein the passage opening comprises dimensions greater than the dimensions of a retaining projection perpendicular to a longitudinal extension of the strap, and the strap-receiving opening has dimensions substantially corresponding to the dimensions of the strap perpendicular to the longitudinal extension thereof, so that the strap can be releasably retained in the strap-receiving opening, characterised in that the first eyelet has a base opening, wherein the base opening has dimensions which are larger than the dimensions of the retaining projections perpendicular to the longitudinal extension of the strap, and a cage element for providing non-detachable retention of a retaining projection extending radially inwardly from an outer contour of the base opening.
Device for generating a negative pressure, comprising a plurality of ejectors and a receiving device for the ejectors, the receiving device comprising at least one connection for a compressed air line, and said connection leading into a compressed air distribution system to which a compressed air channel of each ejector can be connected, each ejector being provided with a negative pressure channel that can be connected to the negative pressure system of the ejector, the receiving device forming a holding frame and a quick-change system for the ejectors, the receiving device being connected to the ejectors and being connectable to a machine control system by means of control lines, characterized in that the ejector comprises a first monitoring device, by means of which the number of regulating operations can be detected, and in that the ejector comprises an evaluation device for the signals detected by the sensors of the ejector.
A system comprising a three-dimensional printer and a printer cartridge, wherein the printer cartridge contains a spool that carries a polymeric material, wherein the polymeric material is formed from a thermoplastic composition containing a continuous phase that includes a matrix polymer, and further wherein a polymeric microinclusion additive and a nanoinclusion additive are dispersed within the continuous phase in the form of discrete domains; wherein the matrix polymer includes a polyester, a polyolefin, a styrenic polymer, or a polyamide; wherein a porous network is defined in the polymeric material.
Strand (10, 10') of a strap for a timepiece, the strand (10, 10') comprising on one side a plurality of links articulated to each other and on the other side a flexible blade which is arranged to be connected with each of said links, said links comprising a central part and two lateral supports (16, 16') arranged on each side of the central part, the flexible blade being configured to cover at least the upper or lower side of the central part of each link so that said blade forms all or almost all of the upper or lower visible part of the strand (10, 10'), the two lateral supports (16, 16') of each link each comprising a groove arranged to receive the lateral edges of the flexible blade, characterised in that the central part of each link comprises a rod which extends between the two lateral supports (16, 16') and a structure in which the rod of an adjacent link is arranged, the flexible blade notably extending above said structure of each link so as to join them to each other.
An electrode assembly having a cathode /separator /anode structure that can be charged and discharged, wherein the separators, which protrude beyond the upper ends of the electrodes /, are bent in one direction, the separators are heat-treated such that the bent state of the separators is fixed, and an insulative coating layer which is continuous and distinct from the separator bents is formed at the bent surfaces of the separators.