mhurhangee/ep-ind-claims huggingface dataset:
A battery module, comprising: a battery cell stack having a plurality of battery cells stacked on one another; a casing configured to surround the battery cell stack; and an elastic member coupled to an inner side of the casing while avoiding an interference with the battery cells so that a uniform pressure is formed at the battery cells when swelling occurs at the battery cells, wherein the casing is formed by coupling a plurality of end plates; and wherein the elastic member is prepared using a plurality of springs, and the plurality of springs are coupled to edge portions of the end plates respectively disposed at both sides of the casing, wherein among the plurality of end plates, a first end plate is disposed between other end plates to be movable therein, and the plurality of springs are coupled to the first end plate wherein the first end plate is disposed to be spaced apart from a second end plate, the second end plate is arranged further than the first end plate in the direction in which the springs are extended by movement of the first end plate, and the first end plate and the second end plate come into contact with each other when the first end plate moves. a battery cell stack having a plurality of battery cells stacked on one another; a casing configured to surround the battery cell stack; and an elastic member coupled to an inner side of the casing while avoiding an interference with the battery cells so that a uniform pressure is formed at the battery cells when swelling occurs at the battery cells, wherein the casing is formed by coupling a plurality of end plates; and wherein the elastic member is prepared using a plurality of springs, and the plurality of springs are coupled to edge portions of the end plates respectively disposed at both sides of the casing, wherein among the plurality of end plates, a first end plate is disposed between other end plates to be movable therein, and the plurality of springs are coupled to the first end plate wherein the first end plate is disposed to be spaced apart from a second end plate, the second end plate is arranged further than the first end plate in the direction in which the springs are extended by movement of the first end plate, and the first end plate and the second end plate come into contact with each other when the first end plate moves.
A character input method, implemented by a terminal, comprising: displaying a character input box in a first area of a display screen of the terminal, and the display screen comprises a touchscreen: displaying a first character with a cursor at a right side of the first character in the character input box; displaying a candidate character box in a second area of the display screen, and the candidate character box is a sliding display box displaying a preset quantity of characters, a different candidate character is displayed in the candidate character box in response to a slide operation of a user on the second area of the display screen, the candidate character box comprises a selection box, and a candidate character that enters the selection box in response to a slide operation of the user is a character pre-selected by the user, wherein the sliding operation of the user is performed on the candidate character box; receiving an operation instruction that the user selects the candidate character in the selection box and is triggered when a time for which the candidate character stays in the selection box exceeds a preset time after the candidate character enters the selection box in response to the slide operation of the user; and displaying, in the character input box according to the operation instruction, the first character and the candidate character selected by the user; wherein the terminal is a smart band or a smartwatch. displaying a character input box in a first area of a display screen of the terminal, and the display screen comprises a touchscreen: displaying a first character with a cursor at a right side of the first character in the character input box; displaying a candidate character box in a second area of the display screen, and the candidate character box is a sliding display box displaying a preset quantity of characters, a different candidate character is displayed in the candidate character box in response to a slide operation of a user on the second area of the display screen, the candidate character box comprises a selection box, and a candidate character that enters the selection box in response to a slide operation of the user is a character pre-selected by the user, wherein the sliding operation of the user is performed on the candidate character box; receiving an operation instruction that the user selects the candidate character in the selection box and is triggered when a time for which the candidate character stays in the selection box exceeds a preset time after the candidate character enters the selection box in response to the slide operation of the user; and displaying, in the character input box according to the operation instruction, the first character and the candidate character selected by the user; wherein the terminal is a smart band or a smartwatch.
A method for a network device, comprising: receiving, from a client device, a request to communicate with a network; establishing at least one context with the client device, the at least one context including network state information associated with a connection between the client device and the network, wherein the network state information includes at least a security context and information associated with one or more bearers for the client device, and wherein the security context includes at least an encryption algorithm, an encryption key, an integrity protection algorithm, an integrity protection key, or combinations thereof; generating one or more encrypted client device contexts, wherein the one or more encrypted client device contexts include the network state information and enable reconstruction of the at least one context at the network for communication with the client device; and transmitting the one or more encrypted client device contexts to the client device. receiving, from a client device, a request to communicate with a network; establishing at least one context with the client device, the at least one context including network state information associated with a connection between the client device and the network, wherein the network state information includes at least a security context and information associated with one or more bearers for the client device, and wherein the security context includes at least an encryption algorithm, an encryption key, an integrity protection algorithm, an integrity protection key, or combinations thereof; generating one or more encrypted client device contexts, wherein the one or more encrypted client device contexts include the network state information and enable reconstruction of the at least one context at the network for communication with the client device; and transmitting the one or more encrypted client device contexts to the client device.
A control system for construction machinery, comprising: a smart key configured to store a plurality of authentication codes and activate any one of the authentication codes; and a plurality of construction machines (100A-100F) including a plurality of smart key modules mounted thereon respectively, the smart key modules communicating wirelessly with the smart key and having respective registration authentication codes which match with the authentication codes respectively, wherein the construction machine (100A-100F) including the smart key module having the registration authentication code which matches with the activated authentication code is controlled by the smart key, and wherein the smart key module comprises: an input portion through which information of a password is inputted, the password being inputted by a user for registration of the authentication code; and a module controller configured to authenticate the password inputted by the user and register the authentication code as the registration authentication code based on the authentication result. a smart key configured to store a plurality of authentication codes and activate any one of the authentication codes; and a plurality of construction machines (100A-100F) including a plurality of smart key modules mounted thereon respectively, the smart key modules communicating wirelessly with the smart key and having respective registration authentication codes which match with the authentication codes respectively, wherein the construction machine (100A-100F) including the smart key module having the registration authentication code which matches with the activated authentication code is controlled by the smart key, and wherein the smart key module comprises: an input portion through which information of a password is inputted, the password being inputted by a user for registration of the authentication code; and a module controller configured to authenticate the password inputted by the user and register the authentication code as the registration authentication code based on the authentication result. an input portion through which information of a password is inputted, the password being inputted by a user for registration of the authentication code; and a module controller configured to authenticate the password inputted by the user and register the authentication code as the registration authentication code based on the authentication result.
An anti-human TNFα monoclonal antibody, wherein a light chain amino acid sequence of the anti-human TNFα monoclonal antibody comprises SEQ ID NO: 8; and a heavy chain amino acid sequence of the anti-human TNFα monoclonal antibody comprises SEQ ID NO: 9 or SEQ ID NO: 10.
Image sensor with a chip area of > 100 mm 2, containing an image sensor chip arranged centrally on a chip carrier with series of wire bonding pads arranged at the periphery of said image sensor chip, wherein - the image sensor chip is adhesively bonded onto the chip carrier by means of a ductile adhesive, - on the chip carrier wire bonding pads are situated alongside the image sensor chip, - the chip carrier is adhesively bonded onto the circuit carrier by means of a ductile adhesive, - the image sensor chip is surrounded by a frame outside the wire bonding pads situated alongside said image sensor chip, said frame being integrally formed on the chip carrier or fixedly connected thereto by adhesive bonding by means of a ductile adhesive, - wherein a filter or a glass plate is adhesively bonded on the frame by means of a ductile adhesive, - wire bridges are in each case provided for the electrical connection of wire bonding pads situated on the image sensor chip and wire bonding pads on the chip carrier and wire bonding pads on the circuit carrier, and - the chip carrier and the frame consist of ceramic, glass or silicon, the ceramic, the glass or the silicon having coefficients of thermal expansion similar to that of the image sensor chip. - the image sensor chip is adhesively bonded onto the chip carrier by means of a ductile adhesive, - on the chip carrier wire bonding pads are situated alongside the image sensor chip, - the chip carrier is adhesively bonded onto the circuit carrier by means of a ductile adhesive, - the image sensor chip is surrounded by a frame outside the wire bonding pads situated alongside said image sensor chip, said frame being integrally formed on the chip carrier or fixedly connected thereto by adhesive bonding by means of a ductile adhesive, - wherein a filter or a glass plate is adhesively bonded on the frame by means of a ductile adhesive, - wire bridges are in each case provided for the electrical connection of wire bonding pads situated on the image sensor chip and wire bonding pads on the chip carrier and wire bonding pads on the circuit carrier, and - the chip carrier and the frame consist of ceramic, glass or silicon, the ceramic, the glass or the silicon having coefficients of thermal expansion similar to that of the image sensor chip.
A thermoelectric generating unit which has a thermoelectric transducer, a cooling part on a cold side of the thermoelectric transducer, and a heating part on a hot side of the thermoelectric transducer for supplying steam of a heating medium, and which is configured to generate electric power by a temperature difference between the cold side and the hot side, characterised in that the heating part comprises: a plate-like hollow member provided along a hot-side surface of the thermoelectric transducer, the plate-like hollow member forming a plate-like cavity inside; and a tubular member having two open ends being positioned distantly from each other and connected to the plate-like hollow member, the tubular member forming a tubular cavity communicating the plate-like cavity with the two open ends, the tubular member heated from outside by a hot fluid, and wherein the plate-like cavity and the tubular cavity form a circulation path in which a heating medium charged in the cavities circulates. a plate-like hollow member provided along a hot-side surface of the thermoelectric transducer, the plate-like hollow member forming a plate-like cavity inside; and a tubular member having two open ends being positioned distantly from each other and connected to the plate-like hollow member, the tubular member forming a tubular cavity communicating the plate-like cavity with the two open ends, the tubular member heated from outside by a hot fluid, and
Rubber compound for body ply skim comprising: - A mix of rubber consisting of (i) Epoxidized Natural Rubber acting as polymer base with a cross-linkable unsaturated chain; (ii) Natural Rubber acting as polymer base with a cross-linkable unsaturated chain; (iii) Polyepihalohydrin rubber, - a filler material, and - a vulcanization system; said compound being characterized in that it comprises: 70 to 90 phr of said Polyepihalohydrin rubber; 5 to 25 phr of said Epoxidized Natural Rubber (E-NR); and 5 to 25 phr of said Natural Rubber; the phr ratio between E-NR and NR ranging from 0.2 to 5.0. - A mix of rubber consisting of (i) Epoxidized Natural Rubber acting as polymer base with a cross-linkable unsaturated chain; (ii) Natural Rubber acting as polymer base with a cross-linkable unsaturated chain; (iii) Polyepihalohydrin rubber, - a filler material, and - a vulcanization system;
An orally administered single dose of nordihydroguiaretic acid (NDGA) comprising: a multimodal drug delivery system having: a first portion of the single dose of NDGA that is released in the stomach at a peak pH of 1 to 4 and contains less than 30% of the total NDGA in the single dose of NDGA; a second portion of the single dose of NDGA that is released in the small intestines at a peak pH of 5 to 7.5 and contains more than 30% of the total NDGA in the single dose of NDGA; and multimodal delivery kinetics; wherein the first portion or the second portion of NDGA is given by Formula I: a first portion of the single dose of NDGA that is released in the stomach at a peak pH of 1 to 4 and contains less than 30% of the total NDGA in the single dose of NDGA; a second portion of the single dose of NDGA that is released in the small intestines at a peak pH of 5 to 7.5 and contains more than 30% of the total NDGA in the single dose of NDGA; and multimodal delivery kinetics; wherein the first portion or the second portion of NDGA is given by Formula I:
Apparatus for supporting a workpiece, said apparatus comprising one or more supporting units, each supporting unit comprising: - a carriage that is movable at least in one first direction; - a first element carried by said carriage and movable with respect to said carriage at least in one second direction that is transverse to said first direction; - first actuating means carried by said carriage and arranged for moving said first element in said second direction; - a gripping head carried by said first element with the possibility of orientation in space and arranged for engaging and supporting at least one portion of the workpiece; - a second element carried by said carriage and movable with respect to said carriage at least in one third direction that is transverse to said second direction; - second actuating means carried by said carriage and arranged for moving said second element in said third direction; and - action means carried by said carriage with the possibility of being driven by said second actuating means; characterized in that said apparatus comprising reaction means that is outside said carriage and is operationally associable with said action means, said action means and reaction means selectively adopting an engaged configuration, wherein they are coupled with one another in such a manner that said second actuating means can drive said action means and consequently move said carriage through the effect of the interaction between said action means and said reaction means, and a disengaged configuration, in which they are not coupled with one another in such a manner that said second actuating means can drive said action means without moving said carriage. - a carriage that is movable at least in one first direction; - a first element carried by said carriage and movable with respect to said carriage at least in one second direction that is transverse to said first direction; - first actuating means carried by said carriage and arranged for moving said first element in said second direction; - a gripping head carried by said first element with the possibility of orientation in space and arranged for engaging and supporting at least one portion of the workpiece; - a second element carried by said carriage and movable with respect to said carriage at least in one third direction that is transverse to said second direction; - second actuating means carried by said carriage and arranged for moving said second element in said third direction; and - action means carried by said carriage with the possibility of being driven by said second actuating means;
A method for recycling bituminous materials from roofing material manufacture and/or from bitumen-bonded scrap roofing materials, wherein heating and/or pressing of the roofing materials is performed, characterized in that the roofing material is shredded to a particle size of 20-300 mm, the roofing material is excessively tempered to a temperature of up to 220 °C in a melt vessel during an induced movement of the material to be mixed, the heated roofing material is then melted and/or pressed, the bitumen material that has melted out and/or been pressed out is filtered using a filter with a hole size of 120 μm, fresh bitumen is added to the bitumen material in a proportion of 25-30 %, the bitumen material is cooled in a belt conveyor system and subsequently coated with a separating agent and granulated, or the bitumen material is cast into a block shape and/or suitable additives are mixed into the bitumen material.
Ethanol characterized in that its alcohol by volume is between 85° and 99°, and in that it comprises a Hydroxy-Alkyl-Cellulose, the dosage of Hydroxy-Alkyl-Cellulose being limited so as to obtain a dynamic viscosity of less than 100 Pa•s.
A reader for a document, wherein the reader is provided with: - at least one antenna (117; 117.1, 117.2) for electromagnetic coupling to an antenna of the document to supply energy thereto contactlessly, - means (119; 119.1, 119.2) for identifying a temporal course of movements of the document relative to the antenna of the reader, wherein the means are designed to sense the temporal course of an antenna voltage of the antenna of the reader, and - signal generation means for generating an input signal in dependence on the identified temporal course of the relative movement, characterised in that the antenna voltage is dependent on a load exerted on the antenna by the document on account of the coupling factor of the electromagnetic coupling and the identification means are designed to link a decreasing amplitude of the antenna voltage to a moving of the document closer to the antenna and to link an increasing amplitude of the antenna voltage to a moving of the document away from the antenna. - at least one antenna (117; 117.1, 117.2) for electromagnetic coupling to an antenna of the document to supply energy thereto contactlessly, - means (119; 119.1, 119.2) for identifying a temporal course of movements of the document relative to the antenna of the reader, wherein the means are designed to sense the temporal course of an antenna voltage of the antenna of the reader, and - signal generation means for generating an input signal in dependence on the identified temporal course of the relative movement, characterised in that the antenna voltage is dependent on a load exerted on the antenna by the document on account of the coupling factor of the electromagnetic coupling and the identification means are designed to link a decreasing amplitude of the antenna voltage to a moving of the document closer to the antenna and to link an increasing amplitude of the antenna voltage to a moving of the document away from the antenna.
An electrostatic atomizing apparatus, comprising: a discharge electrode; a water feeder configured to supply water to the discharge electrode; and a high voltage supply configured to generate a high intensity electric field to electrostatically atomize the water supplied to the discharge electrode, wherein the discharge electrode and the high voltage supply are held by an identical circuit substrate, the water feeder comprises: a heat exchanger configured to cool the discharge electrode to generate dew condensation water to be electrostatically atomized on part of the discharge electrode based on air moisture; and a heat-dissipating electrical conductor configured to conduct electricity to the heat exchanger and also to dissipate heat, the discharge electrode and the heat exchanger are embedded in an atomization casing to constitute an electrostatic atomization generator, and the electrostatic atomization generator is held by the circuit substrate with the heat-dissipating electrical conductor fixed to the circuit substrate, characterized in that the heat-dissipating electrical conductor is protruded outside the atomization casing, a tip end of the heat-dissipating electrical conductor is a connection terminal, and the circuit substrate has a connection hole through which the connection terminal of the heat-dissipating electrical conductor is connected to the circuit substrate. a discharge electrode; a water feeder configured to supply water to the discharge electrode; and a high voltage supply configured to generate a high intensity electric field to electrostatically atomize the water supplied to the discharge electrode, wherein the discharge electrode and the high voltage supply are held by an identical circuit substrate, the water feeder comprises: a heat exchanger configured to cool the discharge electrode to generate dew condensation water to be electrostatically atomized on part of the discharge electrode based on air moisture; and a heat-dissipating electrical conductor configured to conduct electricity to the heat exchanger and also to dissipate heat, a heat exchanger configured to cool the discharge electrode to generate dew condensation water to be electrostatically atomized on part of the discharge electrode based on air moisture; and a heat-dissipating electrical conductor configured to conduct electricity to the heat exchanger and also to dissipate heat, the discharge electrode and the heat exchanger are embedded in an atomization casing to constitute an electrostatic atomization generator, and the electrostatic atomization generator is held by the circuit substrate with the heat-dissipating electrical conductor fixed to the circuit substrate, characterized in that the heat-dissipating electrical conductor is protruded outside the atomization casing, a tip end of the heat-dissipating electrical conductor is a connection terminal, and the circuit substrate has a connection hole through which the connection terminal of the heat-dissipating electrical conductor is connected to the circuit substrate.