mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus comprising: a message generating unit configured to generate a message 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 message providing unit configured to provide the message to a verifier holding the multi-order multivariate polynomial set F and a vector y=(y 1,...,y m)=(f 1 (s),...,f m (s)); and a response providing unit configured to provide the verifier with response information corresponding to a verification pattern selected by the verifier from among k (where k ≥ 3) verification patterns, wherein the vector s is a secret key, wherein the multi-order multivariate polynomial set F is a public key or a system parameter, and the vector y is a public key, wherein the message is information obtained by performing an operation prepared for a verification pattern corresponding to the response information in advance using the public keys and the response information, and wherein the multi-order multivariate polynomial set F is generated using information differing according to a user. a message generating unit configured to generate a message 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 message providing unit configured to provide the message to a verifier holding the multi-order multivariate polynomial set F and a vector y=(y 1,...,y m)=(f 1 (s),...,f m (s)); and a response providing unit configured to provide the verifier with response information corresponding to a verification pattern selected by the verifier from among k (where k ≥ 3) verification patterns, wherein the vector s is a secret key, wherein the multi-order multivariate polynomial set F is a public key or a system parameter, and the vector y is a public key, wherein the message is information obtained by performing an operation prepared for a verification pattern corresponding to the response information in advance using the public keys and the response information, and wherein the multi-order multivariate polynomial set F is generated using information differing according to a user.
A compound reducing microtubule detyrosination in axonal tips selected from tubulin carboxypeptidase inhibitors selected from the group consisting of parthenolide or a racemate, enantiomer, stereoisomer, solvate, hydrate, pharmaceutically acceptable salt, a derivative selected from 13-amino parthenolides, and a structural analogue selected from cnicin or a racemate, enantiomer, stereoisomer, solvate, hydrate and/or pharmaceutically acceptable salt thereof for use in the treatment of axonal damage, wherein the axonal damage is an injury of the peripheral nervous system or a cranial nerve, or is associated with a denervation of an injured or transplanted cornea, and wherein the compound is for use in axonal regeneration.
A chairlift and a rapid-charging device for powering one or more electronic components (230, 450) on the chairlift, the device comprising: a) a first element connected to one or more capacitors (310, 410); wherein the one or more capacitors (310, 410) are connected to one or more electronic components (230, 450) by a conductive link, wherein the first element, capacitors (310, 410), and one or more electronic components (230, 450) are positioned on the chairlift wherein the first element is positioned on a safety bar of the chairlift; and b) a second element, wherein the second element is connected to an electricity source and is positioned at a location other than the chairlift, wherein the first element comes into close proximity of the second element as the chairlift moves to the location of the second element. a) a first element connected to one or more capacitors (310, 410); wherein the one or more capacitors (310, 410) are connected to one or more electronic components (230, 450) by a conductive link, wherein the first element, capacitors (310, 410), and one or more electronic components (230, 450) are positioned on the chairlift wherein the first element is positioned on a safety bar of the chairlift; and b) a second element, wherein the second element is connected to an electricity source and is positioned at a location other than the chairlift, wherein the first element comes into close proximity of the second element as the chairlift moves to the location of the second element.
A method of a base station, BS, in a wireless communication system, the method comprising: generating first control information including a slot indicator and second control information; and transmitting the first control information and the second control information, wherein the slot indicator indicates whether time resources within a slot are downlink time resources or uplink time resources, and characterized in that the second control information includes slot information for transmission of ACK/NACK for downlink data, and the ACK/ NACK for the downlink data is transmitted in a slot indicated by the slot information. generating first control information including a slot indicator and second control information; and transmitting the first control information and the second control information, wherein the slot indicator indicates whether time resources within a slot are downlink time resources or uplink time resources, and characterized in that the second control information includes slot information for transmission of ACK/NACK for downlink data, and the ACK/ NACK for the downlink data is transmitted in a slot indicated by the slot information.
A building installation arrangement, comprising a feedthrough which has a casting body and a first casing tube (5.1) which leads into the casting body, wherein the casting body is installed in a wall element or floor element of a building and the first casing tube (5.1) extends away from the casting body to the outside of the building and extends at least in a section in the floor on the outside of the building, wherein a first media line (25.1), which is a power cable or a water line, extends in the first casing tube (5.1) to the outside of the building, and wherein a consumer or consumer connection is arranged on the first media line (25.1) outside the building, and wherein the first media line (25.1) is connected at its end on the building side opposite the consumer or consumer connection to the end on the consumer side, namely on the inside of the building, of a media house connection via which the medium passes into the building, wherein the feedthrough has a second casing tube (5.2) which likewise leads into the casting body and likewise extends away from the casting body to the outside of the building and extends at least in a section in the floor, and wherein the casing tubes (5.1, 5.2) extend in different directions away from the building. a feedthrough which has a casting body and a first casing tube (5.1) which leads into the casting body, wherein the casting body is installed in a wall element or floor element of a building and the first casing tube (5.1) extends away from the casting body to the outside of the building and extends at least in a section in the floor on the outside of the building, wherein a first media line (25.1), which is a power cable or a water line, extends in the first casing tube (5.1) to the outside of the building, and wherein a consumer or consumer connection is arranged on the first media line (25.1) outside the building, and wherein the first media line (25.1) is connected at its end on the building side opposite the consumer or consumer connection to the end on the consumer side, namely on the inside of the building, of a media house connection via which the medium passes into the building, wherein the feedthrough has a second casing tube (5.2) which likewise leads into the casting body and likewise extends away from the casting body to the outside of the building and extends at least in a section in the floor, and wherein the casing tubes (5.1, 5.2) extend in different directions away from the building.
Hand-tool-case retaining device having a retaining-device housing (12a-e), having a case-accommodating region (14a-e) and having at least one charging coil (16a-e), which is provided to transmit energy into the case-accommodating region (14a-e) in a direction perpendicular to a charging surface (18a-e) of the retaining-device housing (12a-e), characterized in that the retaining-device housing (12a-e) has a case-supporting surface (20a-e, 22c-d), which is provided to create a supporting force at least essentially parallel to the charging surface (18a-e).
A method for selecting a cell to be camped on, comprising: selecting, by a terminal, N cells waiting to be camped on from a candidate cell list (503, 603), wherein N is an integer not less than 2; wherein the candidate cell list comprises cells that can be found by the terminal near a frequency; decoding, by the terminal, a physical broadcast channel, PBCH of each of the N cells waiting to be camped on (504, 604); selecting, by the terminal, from at least one cell whose PBCH is successfully decoded, one cell as a cell continuing waiting to be camped on (506, 606); decoding, by the terminal, remaining minimum system information, RMSI of the cell continuing waiting to be camped on, to obtain an RMSI decoding result (507, 607); and when the RMSI decoding result indicates that the cell continuing waiting to be camped on meets a camping criterion, determining, by the terminal, the cell continuing waiting to be camped on as the cell to be camped on (509, 609). selecting, by a terminal, N cells waiting to be camped on from a candidate cell list (503, 603), wherein N is an integer not less than 2; wherein the candidate cell list comprises cells that can be found by the terminal near a frequency; decoding, by the terminal, a physical broadcast channel, PBCH of each of the N cells waiting to be camped on (504, 604); selecting, by the terminal, from at least one cell whose PBCH is successfully decoded, one cell as a cell continuing waiting to be camped on (506, 606); decoding, by the terminal, remaining minimum system information, RMSI of the cell continuing waiting to be camped on, to obtain an RMSI decoding result (507, 607); and when the RMSI decoding result indicates that the cell continuing waiting to be camped on meets a camping criterion, determining, by the terminal, the cell continuing waiting to be camped on as the cell to be camped on (509, 609).
A tablet guiding path adjusting apparatus for a tablet cassette, the tablet cassette comprising: a rotor rotatably equipped within a cassette body and having a tablet guiding path for receiving at least one of tablets received within the cassette body and guiding to a discharging orifice of the cassette body, a partition member, provided on the upper side of the discharging orifice, for entering the tablet guiding path of the rotor, and being located between a tablet at the lowest part and a tablet at the upper side thereof, the tablet at the lowest part being present on the tablet guiding path, and a tablet guiding path adjusting mechanism (M2, M3, M4) configured to adjust either dimension of the depth, height and width of the tablet guiding path, wherein the depth of the tablet guiding path is defined by a dimension between the bottom face of a recess of the tablet guiding path and the inner face of the cassette body, and the width of the tablet guiding path is defined by a dimension between both side faces (72, 81) of the tablet guiding path, and wherein the height of the tablet guiding path is defined by a dimension between a tablet support stand located at the bottom end of the tablet guiding path and the partition member, and wherein the tablet support stand is provided in the rotor; the tablet guiding path adjusting apparatus for adjusting the tablet guiding path adjusting mechanism (M2, M3, M4) in the tablet cassette comprising: a guiding path adjusting member (33, 52, 64) for engaging with an engaging part of the tablet guiding path adjusting mechanism (M2, M3, M4), a guiding path driving part for driving the guiding path adjusting member (33, 52, 64), and a first zero-point detection part (121, 122, 123) for detecting the zero-point of the tablet guiding path adjusting mechanism (M2, M3, M4); wherein the tablet guiding path adjusting apparatus drives the guiding path adjusting member (33, 52, 64) by the guiding path driving part, and upon detecting the zero-point of the tablet guiding path adjusting mechanism (M2, M3, M4) by the first zero-point detection part (121, 122, 123), operates the tablet guiding path adjusting apparatus for a preset amount in accordance with the shape or size of tablets received within the cassette body.
A machine for printing hollow articles, comprising: a) at least two printing stations (151, 152); b) at least two drying stations (161, 162), a first drying station arranged downstream from a first of the printing stations 1 and being associated to the first of the printing stations and a second drying station arranged downstream from a second of the printing stations 2 and being associated to the second of the printing stations; 1 Originally filed claim 13 c 21 Originally filed claim 13 f c) a transport chain mechanism for transferring the hollow articles between the printing stations (151, 152) and the drying stations (161, 162); and d) a selection mechanism allowing for switching between a first mode, in which hollow articles provided by a previous station pass through the first printing station and the first drying station, omitting the second printing station and the second drying station, and a second mode, in which the hollow articles pass through the second printing station and the second drying station, omitting the first printing station and the first drying station, wherein the selection mechanism comprising a selector station having a first transport chain constituting an infeed and a first outfeed, a second transport chain constituting a second outfeed, and a selectively engageable transfer mechanism for removing hollow articles from the first transport chain and for feeding the removed hollow articles to the second transport chain. 3 3 Originally filed claim 2 a) at least two printing stations (151, 152); b) at least two drying stations (161, 162), a first drying station arranged downstream from a first of the printing stations 1 and being associated to the first of the printing stations and a second drying station arranged downstream from a second of the printing stations 2 and being associated to the second of the printing stations; 1 Originally filed claim 13 c 21 Originally filed claim 13 f c) a transport chain mechanism for transferring the hollow articles between the printing stations (151, 152) and the drying stations (161, 162); and d) a selection mechanism allowing for switching between a first mode, in which hollow articles provided by a previous station pass through the first printing station and the first drying station, omitting the second printing station and the second drying station, and a second mode, in which the hollow articles pass through the second printing station and the second drying station, omitting the first printing station and the first drying station, wherein the selection mechanism comprising a selector station having a first transport chain constituting an infeed and a first outfeed, a second transport chain constituting a second outfeed, and a selectively engageable transfer mechanism for removing hollow articles from the first transport chain and for feeding the removed hollow articles to the second transport chain. 3 3 Originally filed claim 2
A robot cleaner including at least one image obtaining device and a plurality of sound obtaining devices and a sound database, the robot cleaner characterized by comprising: a controller configured to: determine whether a sound obtained through each of the plurality of sound obtaining devices is abnormal by calculating similarity between the sound obtained by the plurality of sound obtaining devices and sounds stored in the sound database; sense a direction in which an abnormal sound is generated; and obtain an image of the direction in which the abnormal sound is generated through the at least one image obtaining device. a controller configured to: determine whether a sound obtained through each of the plurality of sound obtaining devices is abnormal by calculating similarity between the sound obtained by the plurality of sound obtaining devices and sounds stored in the sound database; sense a direction in which an abnormal sound is generated; and obtain an image of the direction in which the abnormal sound is generated through the at least one image obtaining device.
A liquid discharge device comprising: a liquid discharge head; a head tank to store liquid to be supplied to the liquid discharge head, the head tank including: a body having a hole; a film covering the hole and including a fixed portion fixed to the body; and a cover to contact the film from an outer surface of the film, characterized in that the cover includes: a fixing-side cover part to contact a portion adjacent to the fixing portion of the film; and a center-side cover part to contact a portion of the film that is closer to a center of the film than the portion adjacent to the fixing portion of the film. a liquid discharge head; a head tank to store liquid to be supplied to the liquid discharge head, the head tank including: a body having a hole; a film covering the hole and including a fixed portion fixed to the body; and a cover to contact the film from an outer surface of the film, characterized in that the cover includes: a fixing-side cover part to contact a portion adjacent to the fixing portion of the film; and a center-side cover part to contact a portion of the film that is closer to a center of the film than the portion adjacent to the fixing portion of the film. a body having a hole; a film covering the hole and including a fixed portion fixed to the body; and a cover to contact the film from an outer surface of the film, characterized in that the cover includes: a fixing-side cover part to contact a portion adjacent to the fixing portion of the film; and a center-side cover part to contact a portion of the film that is closer to a center of the film than the portion adjacent to the fixing portion of the film. a fixing-side cover part to contact a portion adjacent to the fixing portion of the film; and a center-side cover part to contact a portion of the film that is closer to a center of the film than the portion adjacent to the fixing portion of the film.
A paperboard lid (20; 30) for a container, the paperboard lid comprising: (i) a top wall (21; 31) having: a cover that is disposed transversely relative to a longitudinal axis; and a wall extending upwardly from the cover; (ii) a side wall (22; 32) extending circumferentially about a longitudinal axis, the side wall including longitudinally opposed first and second ends (23, 24); and (iii) a joint section, whereat a portion of the side wall (22; 32) is folded over said wall to receive and seal said wall between said portion of the side wall such that the top wall (21; 31) is connected to the side wall proximate the first end of the side wall, wherein the side wall includes a radially projecting sealing channel formed therein that is sized and shaped for closely receiving a rim of a container; and characterized in that the joint section slopes outward at an angle (α1) relative to a longitudinal axis; and wherein a flared side wall skirt is disposed between the sealing channel and the second end of the side wall and wherein the flared side wall skirt flares outwardly at an additional angle (β1) relative to the side wall slope angle (α1). (i) a top wall (21; 31) having: a cover that is disposed transversely relative to a longitudinal axis; and a wall extending upwardly from the cover; a cover that is disposed transversely relative to a longitudinal axis; and a wall extending upwardly from the cover; (ii) a side wall (22; 32) extending circumferentially about a longitudinal axis, the side wall including longitudinally opposed first and second ends (23, 24); and (iii) a joint section, whereat a portion of the side wall (22; 32) is folded over said wall to receive and seal said wall between said portion of the side wall such that the top wall (21; 31) is connected to the side wall proximate the first end of the side wall,
An airfoil, comprising: a. an interior surface; b. an exterior surface opposed to the interior surface, wherein the exterior surface comprises a pressure side, a suction side opposed to the pressure side, a stagnation line between the pressure and suction sides (20, 22), and a trailing edge between the pressure and suction sides (20, 22) and downstream from the stagnation line; c. a first column of overlapping stagnation trench segments on the exterior surface, wherein the stagnation line passes through at least a portion of each of the overlapping stagnation trench segments; and d. at least one cooling passage in each stagnation trench segment, wherein the cooling passages provide fluid communication from the interior surface to the exterior surface. a. an interior surface; b. an exterior surface opposed to the interior surface, wherein the exterior surface comprises a pressure side, a suction side opposed to the pressure side, a stagnation line between the pressure and suction sides (20, 22), and a trailing edge between the pressure and suction sides (20, 22) and downstream from the stagnation line; c. a first column of overlapping stagnation trench segments on the exterior surface, wherein the stagnation line passes through at least a portion of each of the overlapping stagnation trench segments; and d. at least one cooling passage in each stagnation trench segment, wherein the cooling passages provide fluid communication from the interior surface to the exterior surface.
An electromagnetic shielding tool characterized in that the electromagnetic shielding tool comprises: a metallic cloth that is a metallic thread fabric; and two bracket sets (2,4) that respectively hold, among four outer edge portions of the metallic cloth, a first outer edge portion and a second outer edge portion on a side opposite to the first outer edge portion in a shape of ring that surrounds a periphery of an electrical wire, wherein each of the two bracket sets (2,4) comprises: two elongated portions that are made of a conductive material, are joined to the metallic cloth in a state of being arranged in series along an outer edge portion of the metallic cloth, and form a ring that surrounds the electrical wire due to being combined with each other on two sides of the electrical wire; and a coupling portion (20,4) that couples end portions of the two elongated portions to each other and holds the two elongated portions in a ring shape. a metallic cloth that is a metallic thread fabric; and two bracket sets (2,4) that respectively hold, among four outer edge portions of the metallic cloth, a first outer edge portion and a second outer edge portion on a side opposite to the first outer edge portion in a shape of ring that surrounds a periphery of an electrical wire, two elongated portions that are made of a conductive material, are joined to the metallic cloth in a state of being arranged in series along an outer edge portion of the metallic cloth, and form a ring that surrounds the electrical wire due to being combined with each other on two sides of the electrical wire; and a coupling portion (20,4) that couples end portions of the two elongated portions to each other and holds the two elongated portions in a ring shape.