mhurhangee/ep-ind-claims huggingface dataset:
A charge-and-discharge test apparatus comprising: a charging part for charging and discharging battery cells; a power supply part for applying power to the charging part; a frame part comprising a first installation space in which the power supply part is disposed, a second installation space in which the charging part is disposed, a frame passage located between the first installation space and the second installation space, a first partition wall partitioning the frame passage and the first installation space and having a first flow hole, and a second partition wall partitioning the frame passage and the second installation space and having a second flow hole; a cooling duct disposed in the frame passage and having a supply hole open to the frame passage; one or more duct air supply parts (150, 160) provided to supply cooling air to the cooling duct; a first blowing fan provided to introduce air in the frame passage into the first installation space through the first flow hole; and a second blowing fan provided to introduce air in the second installation space into the frame passage through the second flow hole. a charging part for charging and discharging battery cells; a power supply part for applying power to the charging part; a frame part comprising a first installation space in which the power supply part is disposed, a second installation space in which the charging part is disposed, a frame passage located between the first installation space and the second installation space, a first partition wall partitioning the frame passage and the first installation space and having a first flow hole, and a second partition wall partitioning the frame passage and the second installation space and having a second flow hole; a cooling duct disposed in the frame passage and having a supply hole open to the frame passage; one or more duct air supply parts (150, 160) provided to supply cooling air to the cooling duct; a first blowing fan provided to introduce air in the frame passage into the first installation space through the first flow hole; and a second blowing fan provided to introduce air in the second installation space into the frame passage through the second flow hole.
An electrode assembly (10, 100, 200) for secondary battery comprising: a stacked body (110, 210) that includes a positive electrode (11, 111, 211), a negative electrode(12, 112, 212), and a separator (13, 113, 213, 313) interposed between the positive electrode (11, 111, 211) and the negative electrode (12, 112, 212), with the separator (13, 113, 213, 313) being located at the outermost surface on both sides; and at least two pairs of fixing members (14, 114, 214) attached in the stacking direction for fixing between the separators (13, 113, 213, 313) located at the outermost surface on both sides of the stacked body (110, 210), the separator (13, 113, 213, 313) including at least one pair of notch grooves (115, 215, 315), characterized in that the pair of notch grooves (115, 215, 315) are formed one by one on one surface perpendicular to a protruding direction of an electrode tab (111a, 112a, 211a, 212a) and the other surface located in a diagonal direction thereof. a stacked body (110, 210) that includes a positive electrode (11, 111, 211), a negative electrode(12, 112, 212), and a separator (13, 113, 213, 313) interposed between the positive electrode (11, 111, 211) and the negative electrode (12, 112, 212), with the separator (13, 113, 213, 313) being located at the outermost surface on both sides; and at least two pairs of fixing members (14, 114, 214) attached in the stacking direction for fixing between the separators (13, 113, 213, 313) located at the outermost surface on both sides of the stacked body (110, 210), the separator (13, 113, 213, 313) including at least one pair of notch grooves (115, 215, 315), characterized in that the pair of notch grooves (115, 215, 315) are formed one by one on one surface perpendicular to a protruding direction of an electrode tab (111a, 112a, 211a, 212a) and the other surface located in a diagonal direction thereof.
A device for absorbing vibrations from a surface and storing energy in an energy storage device, characterised in that the device comprises a body including a reaction mass and a magnetostrictive actuator comprising at least one coil surrounding an element of giant magnetostrictive material, the coil being electrically connected to an energy storage device, the actuator having a foot for coupling the vibrations into the element thereby inducing an electric current in the coil, whereby the device removes energy from the surface, wherein the vibrations from the surface are amplified by a mechanical lever system.
A method for heat treatment of a plurality of semiconductor wafers horizontally placed on a supporting member coated with SiC in a vertical heat treatment furnace, the method comprising: performing heat treatments while switching the supporting member and a heat treatment condition such that the supporting member is continuously used in a heat treatment under either one of a first condition and a second condition for a certain period of time and then continuously used in a heat treatment under the other condition for a certain period of time, wherein the heat treatment under the first condition is performed at 1000°C or higher in an atmosphere containing a rare gas and not containing oxygen, and the heat treatment under the second condition is performed at 1000°C or higher in an atmosphere containing oxygen and not containing a rare gas. performing heat treatments while switching the supporting member and a heat treatment condition such that the supporting member is continuously used in a heat treatment under either one of a first condition and a second condition for a certain period of time and then continuously used in a heat treatment under the other condition for a certain period of time, wherein the heat treatment under the first condition is performed at 1000°C or higher in an atmosphere containing a rare gas and not containing oxygen, and the heat treatment under the second condition is performed at 1000°C or higher in an atmosphere containing oxygen and not containing a rare gas.
A polymer composition comprising at least: A) a polyolefin, and B) a free radical generating compound which is a diradical generating compound which contains sites of C-C unsaturation which cyclise to form a diradical. A) a polyolefin, and B) a free radical generating compound which is a diradical generating compound which contains sites of C-C unsaturation which cyclise to form a diradical.
A method of transferring digital rights from a first device to a second device, the method comprising, at the first device: transferring an encrypted target rights management object from the first device to the second device, the method being characterized by: receiving an acknowledgement from the second device that the second device received the encrypted target rights management object; removing the target rights management object from the first device upon receipt of the acknowledgement; after removing the target rights management object, creating a probabilistic data structure that identifies each of a class of rights management objects that are present on the first device; providing the probabilistic data structure to the second device for verifying, by the second device, whether the target rights management object has been removed from the first device. transferring an encrypted target rights management object from the first device to the second device, the method being characterized by: receiving an acknowledgement from the second device that the second device received the encrypted target rights management object; removing the target rights management object from the first device upon receipt of the acknowledgement; after removing the target rights management object, creating a probabilistic data structure that identifies each of a class of rights management objects that are present on the first device; providing the probabilistic data structure to the second device for verifying, by the second device, whether the target rights management object has been removed from the first device. receiving an acknowledgement from the second device that the second device received the encrypted target rights management object; removing the target rights management object from the first device upon receipt of the acknowledgement; after removing the target rights management object, creating a probabilistic data structure that identifies each of a class of rights management objects that are present on the first device; providing the probabilistic data structure to the second device for verifying, by the second device, whether the target rights management object has been removed from the first device.
A double-sided adhesive masking tape with a strip-shaped support element with two parallel continuous longitudinal edges and a predetermined width, which comprises a lower side and an upper side lying opposite the lower side, wherein a lower-side bonding layer is applied on the lower side and an upper-side bonding layer is applied on the upper side, wherein the support element is produced from a material which has a proportion of greater than 50 % by weight and up to 100 % by weight paper and is free from PVC plasticiser, wherein the support element has a thickness of up to 1.0 mm, wherein the upper-side bonding layer extends over a connected part of the width and the lower-side bonding layer extends over the entire width of the support element, characterised in that the part of the width of the support element, over which the upper-sided bonding layer extends, lies centrally on the upper side.
A device for opening/closing the visor of a helmet, comprising a base element, which is configured to be associated stably with the shell of a helmet and is adapted to form a receptacle, and a male element, which is adapted to be associated stably with the visor of the helmet and is adapted to form an elastically flexible tooth which is adapted to be engaged in said receptacle of said base element, characterized by said male element being provided with a tab which protrudes from said base element when said male element is engaged in said base element, for the lifting/lowering of said visor, the receptacle of said base element being provided with retention means adapted to form an undercut for the retention of said male element when said male element is engaged in said receptacle of the base element.
A method of operating a timing recovery loop for signals transmitted via serial links, said method comprising: generating an equalized signal responsive to a digital input signal; generating an estimated signal responsive to said equalized signal according to an estimated channel response comprising applying a Finite Impulse Response filter on said equalized signal; dynamically adapting said estimated channel response based on a current channel response that varies with time comprising adapting tap weights of said FIR filter based on an error signal according to a least-mean-square adaptation process, whereby a step size for the tap weights defines an adaptation time of the timing recovery loop, whereby the timing recovery loop is characterized by a bandwidth, and whereby the step size of the tap weights is selected to be smaller than or equal to ten times a reciprocal of the bandwidth of the timing recovery loop; and generating said error signal representing a difference between said estimated signal and said digital input signal, wherein said dynamically adapting is based on said error signal; generating a recovered clock signal based on said estimated signal. generating an equalized signal responsive to a digital input signal; generating an estimated signal responsive to said equalized signal according to an estimated channel response comprising applying a Finite Impulse Response filter on said equalized signal; dynamically adapting said estimated channel response based on a current channel response that varies with time comprising adapting tap weights of said FIR filter based on an error signal according to a least-mean-square adaptation process, whereby a step size for the tap weights defines an adaptation time of the timing recovery loop, whereby the timing recovery loop is characterized by a bandwidth, and whereby the step size of the tap weights is selected to be smaller than or equal to ten times a reciprocal of the bandwidth of the timing recovery loop; and generating said error signal representing a difference between said estimated signal and said digital input signal, wherein said dynamically adapting is based on said error signal; generating a recovered clock signal based on said estimated signal.
Packaging sheet material including a top closure obturating panel which serves to have a pour spout fitment subsequently applied thereto, said panel being formed with a partial depth cut (4.) in the form of a loop, characterised in that said loop is an approximately circularly arcuate open loop of which one end is at a greater distance from a central zone of said loop than is the other end thereof.
An optical multiplexer comprising a plurality of waveguides provided in a cladding layer, wherein the optical multiplexer is configured to take a plurality of respective light beams having different wavelengths as input from the plurality of waveguides; a directional coupler configured to multiplex the plurality of light beams, wherein the directional coupler includes a discard port configured to output excess light and an output port placed at an output end surface of the optical multiplexer; and a reflection groove configured to reflect the excess light and reduce background light, characterized in that from the reflection groove to the output end surface there is no cladding layer except from a part around the output port. a plurality of waveguides provided in a cladding layer, wherein the optical multiplexer is configured to take a plurality of respective light beams having different wavelengths as input from the plurality of waveguides; a directional coupler configured to multiplex the plurality of light beams, wherein the directional coupler includes a discard port configured to output excess light and an output port placed at an output end surface of the optical multiplexer; and a reflection groove configured to reflect the excess light and reduce background light, characterized in that from the reflection groove to the output end surface there is no cladding layer except from a part around the output port.
Combination of hyaluronic acid or a pharmaceutically acceptable salt thereof, chondroitin sulfate or a pharmaceutically acceptable salt thereof, and magaldrate.
Device for the secure and fast transfer of new glass plates from the production line to a transport vehicle, with the following features: a glass plate roller conveyor with a glass rack gripping and stacking device for receiving glass plates from a production line, at least one, on tracks moving glass rack carriage, with at least one overlying glass rack (4, 6), wherein the glass rack (4, 6) can be loaded with inclined glass plates, and a, in course of the tracks arranged rotating device for rotating the at least one glass rack carriage by 180 degrees for loading each glass rack carriage, characterized by: two parallel, at right angles on the glass plate roller conveyor centered tapered tracks, where in the area between the tracks an underfloor power supply rail is arranged, and where the glass racks (4, 6) can be fixed by a pivoting device in the inclined position. a glass plate roller conveyor with a glass rack gripping and stacking device for receiving glass plates from a production line, at least one, on tracks moving glass rack carriage, with at least one overlying glass rack (4, 6), wherein the glass rack (4, 6) can be loaded with inclined glass plates, and a, in course of the tracks arranged rotating device for rotating the at least one glass rack carriage by 180 degrees for loading each glass rack carriage, characterized by: two parallel, at right angles on the glass plate roller conveyor centered tapered tracks, where in the area between the tracks an underfloor power supply rail is arranged, and where the glass racks (4, 6) can be fixed by a pivoting device in the inclined position. two parallel, at right angles on the glass plate roller conveyor centered tapered tracks, where in the area between the tracks an underfloor power supply rail is arranged, and where the glass racks (4, 6) can be fixed by a pivoting device in the inclined position.
A process for coating surfaces with a polyurea elastomer, wherein a) polyisocyanates comprising diphenylmethane 4,4'-diisocyanate and/or diphenylmethane 2,4'-diisocyanate or prepolymers thereof are mixed with b) polyamines which can be obtained by catalytic amination of polyalcohols, c) optionally amine chain extenders comprising primary or secondary amine groups, d) optionally polyols and e) optionally auxiliaries and additives to form a reaction mixture and the reaction mixture is applied to the surface to be coated and cured, where at least one of the components (a) to (d) comprises dispersed filler particles obtainable by polymerization of monomers selected from the group consisting of styrene, acrylonitrile, butadiene, isoprene, 1,4-pentadiene, 1,6-hexadiene, 1,7-octadiene, alphamethylstyrene, 2-methylstyrene, 3-methylstyrene, 4-methylstyrene, 2,4-dimethylstyrene, ethylstyrene, isopropylstyrene, butylstyrene, phenylstyrene, cyclohexylstyrene, benzylstyrene, cyanostyrene, nitrostyrene, N,N-dimethylaminostyrene, acetoxystyrene, methyl 4-vinylbenzoate, phenoxystyrene, p-vinylphenyl oxide, acrylonitrile, acrylic acid, methacrylic acid, methacrylonitrile, vinyl methyl ketone, vinyl ethyl ketone, vinyl phenyl ketone, vinyl ethyl sulfone, N-methyl-N-vinylacetamide, N-vinylpyrrolidone, vinylimidazole, divinyl sulfoxide, divinyl sulfone, sodium vinylsulfonate, methyl vinylsulfonate, N-vinylpyrrole, vinyl phosphonate, dimethyl fumarate, dimethyl maleate, maleic acid, crotonic acid, fumaric acid, itaconic acid, monomethyl itaconate, allyl alcohol, vinylpyridine and mixtures of two or more of these monomers. a) polyisocyanates comprising diphenylmethane 4,4'-diisocyanate and/or diphenylmethane 2,4'-diisocyanate or prepolymers thereof are mixed with b) polyamines which can be obtained by catalytic amination of polyalcohols, c) optionally amine chain extenders comprising primary or secondary amine groups, d) optionally polyols and e) optionally auxiliaries and additives
A composition for use in treating knee osteoarthritis, comprising: a modified hyaluronic acid or a pharmaceutically acceptable salt thereof having a group of a non-steroidal anti-inflammatory compound, wherein the composition is administered by injection, and is to be administered to a knee joint of a patient suffering from osteoarthritis of the knee once per period of four weeks or more, wherein the non-steroidal anti-inflammatory compound is diclofenac or a pharmaceutically acceptable salt thereof, wherein a dose of 30 mg by weight of the modified hyaluronic acid or a pharmaceutically acceptable salt thereof is administered in a single administration, wherein the modified hyaluronic acid or a pharmaceutically acceptable salt thereof contains a structural unit of the following Formula: in Formula, R 1 is a hydrogen atom; R 2 is an ethylene group; and X is the group of the anti-inflammatory compound. a modified hyaluronic acid or a pharmaceutically acceptable salt thereof having a group of a non-steroidal anti-inflammatory compound, wherein the composition is administered by injection, and is to be administered to a knee joint of a patient suffering from osteoarthritis of the knee once per period of four weeks or more, wherein the non-steroidal anti-inflammatory compound is diclofenac or a pharmaceutically acceptable salt thereof, wherein a dose of 30 mg by weight of the modified hyaluronic acid or a pharmaceutically acceptable salt thereof is administered in a single administration, wherein the modified hyaluronic acid or a pharmaceutically acceptable salt thereof contains a structural unit of the following Formula: in Formula, R 1 is a hydrogen atom; R 2 is an ethylene group; and X is the group of the anti-inflammatory compound.
Drive system for a vessel, wherein the vessel has an onboard electrical system operating at a fixed frequency, said drive system comprising - an electric drive motor (10, 20) for propelling the vessel, - a frequency converter (11, 21) via which electrical power can be supplied to the electric drive motor (10, 20) from the onboard electrical system, - a drive machine (13, 23), - a drive generator (14, 24) that can be driven by the drive machine (13, 23), - an electric shaft (15, 25) for connecting the electric drive motor (10, 20) to the drive generator (14, 24), - wherein the electric drive motor (10, 20) can optionally be driven by -- the frequency converter (11, 21) or -- by the drive generator (14, 24)) or -- the frequency converter (11, 21) and the drive generator (14, 24), - and a synchronization device (16, 26) for synchronizing a generator speed of the drive generator (14, 24) with a motor speed of the electric drive motor (10, 20). - an electric drive motor (10, 20) for propelling the vessel, - a frequency converter (11, 21) via which electrical power can be supplied to the electric drive motor (10, 20) from the onboard electrical system, - a drive machine (13, 23), - a drive generator (14, 24) that can be driven by the drive machine (13, 23), - an electric shaft (15, 25) for connecting the electric drive motor (10, 20) to the drive generator (14, 24), - wherein the electric drive motor (10, 20) can optionally be driven by -- the frequency converter (11, 21) or -- by the drive generator (14, 24)) or -- the frequency converter (11, 21) and the drive generator (14, 24), -- the frequency converter (11, 21) or -- by the drive generator (14, 24)) or -- the frequency converter (11, 21) and the drive generator (14, 24), - and a synchronization device (16, 26) for synchronizing a generator speed of the drive generator (14, 24) with a motor speed of the electric drive motor (10, 20).
A method of initializing a mobile device to operate in a mobile credentialing system, the method comprising: sending an authorization code and a host Universal Resource Locator to a mobile credential library of a mobile application on the mobile device, the mobile device operable to perform a first sync with a credential service to establish an ongoing trust relationship between the mobile credential library and the credential service such that the mobile application is operable to interact with an access control without a user of the mobile device knowing either the authorization code or the host URL of the credential service; and automatically handing-off from a first trust relationship to the ongoing trust relationship between the mobile credential library and the credential service, wherein the first trust relationship is between a loyalty application and a hotel property management system, and there is another trust relationship between the hotel property management system and the credential service based on a service-to-service authorization. sending an authorization code and a host Universal Resource Locator to a mobile credential library of a mobile application on the mobile device, the mobile device operable to perform a first sync with a credential service to establish an ongoing trust relationship between the mobile credential library and the credential service such that the mobile application is operable to interact with an access control without a user of the mobile device knowing either the authorization code or the host URL of the credential service; and automatically handing-off from a first trust relationship to the ongoing trust relationship between the mobile credential library and the credential service, wherein the first trust relationship is between a loyalty application and a hotel property management system, and there is another trust relationship between the hotel property management system and the credential service based on a service-to-service authorization.