mhurhangee/ep-ind-claims huggingface dataset:
A negative electrode for a lithium secondary battery which comprises: a negative electrode current collector; a first negative electrode mixture layer disposed on at least one surface of the negative electrode current collector and comprising a first carbonaceous negative electrode active material, a first polymer binder and a first conductive material; a second negative electrode mixture layer disposed on the top surface of the first negative electrode mixture layer and comprising a silicon-based negative electrode active material, a second polymer binder and a second conductive material; and a third negative electrode mixture layer disposed on the top surface of the second negative electrode mixture layer and comprising a second carbonaceous negative electrode active material, a third polymer binder and a third conductive material, wherein the first carbonaceous negative electrode active material comprises spherical shaped particles, said spherical shaped particles comprising an oxidized surface portion or a carbon-coated surface portion, and the second carbonaceous negative electrode active material comprises flake shaped particles, said flake shaped particles comprising a carbon-coated surface portion. wherein the first carbonaceous negative electrode active material comprises spherical shaped particles, said spherical shaped particles comprising an oxidized surface portion or a carbon-coated surface portion, and the second carbonaceous negative electrode active material comprises flake shaped particles, said flake shaped particles comprising a carbon-coated surface portion.
A method of notching lamina workpieces with a notching press system, the notching press system comprising a base, a press frame, a ram, an indexing spindle, an index motor drivingly attached to the indexing spindle, an upper tooling section, and a lower tooling section, wherein the upper tooling section is attached to the ram and comprises a cutting punch and a piloting device, wherein the lower tooling section comprises a first die opening aligned with the cutting punch, and a second die opening aligned with the piloting device, the method comprising: moving the ram and the upper tooling section to an open position; inserting a lamina workpiece onto the indexing spindle, wherein the workpiece inserted onto the indexing spindle is drivingly attached to the indexing spindle; moving the ram and the upper tooling section to a closed position; cutting a portion of the lamina workpiece with the cutting punch of upper tooling section and the first die opening of the lower tooling section to produce a cut opening in the lamina workpiece; moving the press ram and the upper tooling section back to the open position; characterized by rotating the index motor drivingly attached to the indexing spindle, wherein the cut opening of the lamina workpiece drivingly attached to the indexing spindle is aligned with the piloting device; reducing the torque applied to the index motor; moving the press ram and the upper tooling section to an intermediate position wherein the piloting device cooperates with the cut opening of the workpiece for angular positioning of the lamina workpiece. moving the ram and the upper tooling section to an open position; inserting a lamina workpiece onto the indexing spindle, wherein the workpiece inserted onto the indexing spindle is drivingly attached to the indexing spindle; moving the ram and the upper tooling section to a closed position; cutting a portion of the lamina workpiece with the cutting punch of upper tooling section and the first die opening of the lower tooling section to produce a cut opening in the lamina workpiece; moving the press ram and the upper tooling section back to the open position; characterized by rotating the index motor drivingly attached to the indexing spindle, wherein the cut opening of the lamina workpiece drivingly attached to the indexing spindle is aligned with the piloting device; reducing the torque applied to the index motor; moving the press ram and the upper tooling section to an intermediate position wherein the piloting device cooperates with the cut opening of the workpiece for angular positioning of the lamina workpiece.
Process for producing metal-doped zeolites, which comprises the steps of i) provision of a dry mixture of a) a zeolite, b) a compound of a catalytically active metal, ii) intimate milling of the mixture, iii) heating of the mixture in a reactor, where the duration of heating is from 60 min to 5 h, to a defined temperature in the range from 300°C to 800°C which is maintained for from 8 to 20 hours, iv) holding of the mixture at the defined temperature and v) cooling to room temperature and isolation of the metal-doped zeolite, characterized in that the internal pressure in the reactor is kept in a subatmospheric pressure range from -10 to -100 millibar, so that a slight vacuum always prevails in the interior of the reactor; where a zeolite of the BETA type is used and the catalytically active metal is selected from the group consisting of Cu, Co, Rh, Pd, Ir, Pt, Ru and Fe. i) provision of a dry mixture of a) a zeolite, b) a compound of a catalytically active metal, a) a zeolite, b) a compound of a catalytically active metal, ii) intimate milling of the mixture, iii) heating of the mixture in a reactor, where the duration of heating is from 60 min to 5 h, to a defined temperature in the range from 300°C to 800°C which is maintained for from 8 to 20 hours, iv) holding of the mixture at the defined temperature and v) cooling to room temperature and isolation of the metal-doped zeolite,
Filter insert with a folded filter element, with a first folding section with folds arranged in parallel and a second folding section with folds arranged in parallel, wherein the first and the second folding section (3, 4) feature different inflow sides in the filter element and the folding sections (3, 4) adjoin a common clean room, the outflow side of each folding section (3, 4) adjoining the clean room is designed in a two-dimensional straight plane and the length of the folds of each folding section (3, 4) is designed in such a way that the distance between the outer fold front side (3a, 4a) on the inflow side and a central plane of the filter element increases monotonically from fold to fold or decreases monotonically from fold to fold, so that the edge folds (13, 14) of a folding section (3, 4) feature a different extension between the outer fold front side (3a, 4a) and the central axis, characterized in that the folds of the folding sections (3, 4) assume an angle greater than 0° and less than 90° with respect to the central plane.
A method for information display, comprising: specifying information pertaining to a target location; encoding the specified information in a machine-readable symbol (22, 60) comprising a set of three or more color elements, which have different, respective colors that encode a first part of the information and are contained within a non-rectangular border, which has a shape characteristic that encodes a second part of the information; and positioning the symbol in the target location. specifying information pertaining to a target location; encoding the specified information in a machine-readable symbol (22, 60) comprising a set of three or more color elements, which have different, respective colors that encode a first part of the information and are contained within a non-rectangular border, which has a shape characteristic that encodes a second part of the information; and positioning the symbol in the target location.
A system comprising: a first sampler circuit adapted to generate first samples of a selected signal during a first phase of operation, wherein the first sampler circuit is further adapted to generate second samples of the selected signal during a second phase of operation; characterized by a transmitter circuit (101, 431) adapted to provide an output signal having an alternating pattern of logic high states and logic low states in response to a first periodic signal (CKOUT, CKOUTB); a multiplexer circuit adapted to provide a second periodic signal as the selected signal during the first phase of operation, wherein the multiplexer circuit is further adapted to provide the output signal of the transmitter circuit (101, 431) as the selected signal during the second phase of operation; and a duty cycle control circuit adapted to adjust a duty cycle of the first periodic signal (CKOUT, CKOUTB) based on the first and the second samples. a first sampler circuit adapted to generate first samples of a selected signal during a first phase of operation, wherein the first sampler circuit is further adapted to generate second samples of the selected signal during a second phase of operation; characterized by a transmitter circuit (101, 431) adapted to provide an output signal having an alternating pattern of logic high states and logic low states in response to a first periodic signal (CKOUT, CKOUTB); a multiplexer circuit adapted to provide a second periodic signal as the selected signal during the first phase of operation, wherein the multiplexer circuit is further adapted to provide the output signal of the transmitter circuit (101, 431) as the selected signal during the second phase of operation; and a duty cycle control circuit adapted to adjust a duty cycle of the first periodic signal (CKOUT, CKOUTB) based on the first and the second samples.
A compound of formula I: wherein A is NH 2; and B is H; or pharmaceutically acceptable salt or hydrate thereof, for use in treating, suppressing or preventing a viral infection.
A facade unit mounting apparatus comprising: a first support configured to be attached to a wall and comprising: a first base for extending outwardly from the wall; and a plurality of resilient elements mounted to and/or formed with the first base, that plurality of resilient elements comprising a plurality of projections (33, 34) extending from the first base; and a second support for attachment to the wall above the first support, wherein the first and second supports (11, 12) are configured for gripping at least one facade unit mounted between the first and second supports (11, 12), characterised in that: the plurality of resilient elements are configured to bias the at least one facade unit against the second support by applying a spring force against it; and the plurality of projections (33, 34) are configured to extend towards the wall away from the first base for gripping the at least one facade unit against outward movement from the wall. a first support configured to be attached to a wall and comprising: a first base for extending outwardly from the wall; and a plurality of resilient elements mounted to and/or formed with the first base, that plurality of resilient elements comprising a plurality of projections (33, 34) extending from the first base; and a first base for extending outwardly from the wall; and a plurality of resilient elements mounted to and/or formed with the first base, that plurality of resilient elements comprising a plurality of projections (33, 34) extending from the first base; and a second support for attachment to the wall above the first support, wherein the first and second supports (11, 12) are configured for gripping at least one facade unit mounted between the first and second supports (11, 12), characterised in that: the plurality of resilient elements are configured to bias the at least one facade unit against the second support by applying a spring force against it; and the plurality of projections (33, 34) are configured to extend towards the wall away from the first base for gripping the at least one facade unit against outward movement from the wall. the plurality of resilient elements are configured to bias the at least one facade unit against the second support by applying a spring force against it; and the plurality of projections (33, 34) are configured to extend towards the wall away from the first base for gripping the at least one facade unit against outward movement from the wall.
An antireflection stack comprising a substrate and, stacked on the substrate, an antireflection layer of a four-layer structure which comprises, sequentially from the substrate side, a first refractive index layer, a second refractive index layer, a third refractive index layer and a fourth refractive index layer, wherein the first refractive index layer has a refractive index of from 1.70 to 1.85, the second refractive index layer has a refractive index of from 2.25 to 2.45, the third refractive index layer has a refractive index of from 2.10 to 2.3, the fourth refractive index layer has a refractive index of from 1.25 to 1.5, and the refractive index of the second refractive index layer is larger than the refractive index of the third refractive index layer, wherein the chromaticity coordinates x and y of the reflected color as defined in JIS Z8701 at an incident angle of 60° are 0.25≤x≤0.335 and 0.25≤y≤0.335 using standard light C as the light source.
A method for managing group voice communication in a telecommunications system comprising a telecommunications network (RAN, CN); a user terminal connected to the telecommunications network (RAN, CN); and a communication server capable of providing the user terminal with access to group voice communication via the telecommunications network (RAN, CN); wherein the method comprises: maintaining, in the telecommunications system, information of at least two communication groups (G1, G2) available to the user terminal; receiving, in the communication server, a request message indicating a request from the user terminal to speak to a first communication group; transmitting, from the communication server to the user terminal, a grant message indicating an acceptance of said request; and as a response to said transmitting, setting (3-3, 4-3), in the communication server, the first communication group as a priority communication group of a highest priority for said user terminal, wherein said setting of the priority communication group is temporary; maintaining information of a default priority communication group for the user terminal; and setting, as a response to an expiry of the temporary setting of the highest priority group, the default priority communication group as the priority communication group of the highest priority for the user terminal. maintaining, in the telecommunications system, information of at least two communication groups (G1, G2) available to the user terminal; receiving, in the communication server, a request message indicating a request from the user terminal to speak to a first communication group; transmitting, from the communication server to the user terminal, a grant message indicating an acceptance of said request; and as a response to said transmitting, setting (3-3, 4-3), in the communication server, the first communication group as a priority communication group of a highest priority for said user terminal, wherein said setting of the priority communication group is temporary; maintaining information of a default priority communication group for the user terminal; and setting, as a response to an expiry of the temporary setting of the highest priority group, the default priority communication group as the priority communication group of the highest priority for the user terminal.
A color adjusting arrangement comprising a first wavelength converting material arranged to receive ambient light incident from a viewing position outside the color adjusting arrangement, and capable of converting ambient light of a first wavelength range into light of a second wavelength range, and optionally capable of reflecting ambient light of said second wavelength range, said second wavelength range being part of the visible light spectrum; and a complementary wavelength converting material arranged to receive ambient light and capable of converting part of said ambient light into light of a complementary wavelength range, which is complementary to said second wavelength range, and arranged to allow mixing of light of said second wavelength range and said complementary wavelength range, such that light of said second wavelength range that is emitted, and optionally reflected, by said first wavelength converting material is mixed with light of said complementary wavelength range when leaving the color adjusting arrangement towards said viewing position, the light leaving the color adjusting arrangement having a color point on or near the black body line, wherein said color adjusting arrangement comprises a first domain, such as a layer, comprising said first wavelength converting material, and a complementary domain, such as a layer, comprising said complementary wavelength converting material, characterized in that: a scattering domain (7, 71), such as a scattering layer, is arranged in the path of incident ambient light extending via said complementary domain to said first domain, such that incident ambient light first reaches said complementary domain, subsequently reaches said scattering domain (7, 71), and lastly reaches said first domain.
- Shift by wire shifting device for driving a motor vehicle transmission, the shifting device comprising a shift lever operable to move from a home position into a plurality of different unstable gearshift positions (R, N, D, M, M+, M-), in at least an automatic gearshift mode, for automatically change gear ratios, such that once a given gearshift position has been selected, the shift lever tends to automatically return back to the home position, wherein the shifting device further includes a shift lever locking mechanism comprising a movable locking member that can be positioned at least in: - a first position where the shift lever can be moved into a predetermined gearshift position; and - a second position where the shift lever is releasably retained in the predetermined gearshift position, said predetermined gearshift position being different from the home position, providing a visual indication that the shift lever is in the predetermined position wherein the shift lever has an outwardly extending portion configured as a lever arm intended to be releasably retained by the locking member in the predetermined gearshift position, characterized in that the locking member comprises a slider blocker having a front surface facing the lever arm and a recess defined therein for receiving and retaining the lever arm and configured to allow the lever arm to be moved therein so as to allow other gear ratios to be changed, the recess having a shift lever portion entry ramp that is shaped to facilitate the entry of the lever arm therein, and a shift lever portion exit ramp shaped to retain the lever arm therein. - a first position where the shift lever can be moved into a predetermined gearshift position; and - a second position where the shift lever is releasably retained in the predetermined gearshift position, said predetermined gearshift position being different from the home position, providing a visual indication that the shift lever is in the predetermined position
A medical device for assisting in the fixation of an artificial knee joint or artificial cruciate ligament of a mammal patient, comprising a bone anchoring device, comprising at least one of; i. a tibial bone anchoring device adapted to be introduced through the cortical tibia bone into the bone marrow of the tibia bone at an area distal to the knee joint, and ii. a femoral bone anchoring device, adapted to be introduced through the cortical femur bone into the bone marrow of the femur bone at an area proximal to the knee joint, wherein the bone anchoring device is further adapted to exit the bone marrow through the cortical bone at an area site inside the normal knee joint, wherein the bone anchoring device comprises at least one of; iii. a support for at least one artificial articulating knee joint surface (204a, 204b), iv. a support (251, 252) for at least one artificial articulating knee joint cruciate ligament, and v. at least one artificial articulating knee joint surface (204a, 204b) for creating at least a part of an artificial articulating knee joint, characterized in that the part of the bone anchoring device placed in the bone marrow comprises, along one or more of an elongated portion thereof, at least one radius adjustment device, adapted to adjust a maximum radius substantially transverse to a center axis of the bone anchoring device, for fixating the bone anchoring device towards the cortical bone, from the inside of the bone along one or more of the elongated portions, when implanted in the bone marrow of the femur or tibia bone. i. a tibial bone anchoring device adapted to be introduced through the cortical tibia bone into the bone marrow of the tibia bone at an area distal to the knee joint, and ii. a femoral bone anchoring device, adapted to be introduced through the cortical femur bone into the bone marrow of the femur bone at an area proximal to the knee joint, wherein iii. a support for at least one artificial articulating knee joint surface (204a, 204b), iv. a support (251, 252) for at least one artificial articulating knee joint cruciate ligament, and v. at least one artificial articulating knee joint surface (204a, 204b) for creating at least a part of an artificial articulating knee joint,
A method for alleviating burn-in effect and enabling performing a start-up process in respect of a device comprising a plurality of challengeable memory elements, wherein the memory elements are able to, upon start-up, generate a response pattern of start-up values useful for identification as the response pattern depends on physical characteristics of the memory elements, the memory elements comprising a feedback loop using transistors, the method characterized by the step of, after start-up of the memory elements, writing a data pattern to the memory elements which is inverse to a response pattern that was previously read from the same memory elements, wherein the writing of the data pattern to the memory elements which is inverse to the response pattern that was previously read from the same memory elements is part of a start-up process and follows after start-up and measuring of an initial response pattern.