mhurhangee/ep-ind-claims huggingface dataset:
A lithium-ion battery having a wound electrode configuration comprising: a wound cell element comprising a positive electrode and a negative electrode, the positive electrode comprising a current collector and a first active material and the negative electrode comprising a current collector and a second active material, wherein positive and negative electrodes each have an area defined by a leading edge, a trailing edge, and two lateral edges; wherein the second active material is a lithium titanate material; wherein the first active material is configured to be doped and undoped with lithium cations during cycling of the battery; wherein the current collector of the negative electrode comprises aluminium; and wherein in the wound cell element a first lateral edge of the positive electrode is provided proximate a first lateral edge of the negative electrode and wherein the first active material of the positive electrode extends beyond the second active material of the negative electrode in an axial direction relative to the wound cell element, such that a leading edge, trailing edge and other lateral edge of the first active material are either co-terminal with the corresponding edges of the second active material or extend beyond the respective edges of the second active material, and wherein the first active material of the positive electrode extends over a larger area than that of the second active material. a wound cell element comprising a positive electrode and a negative electrode, the positive electrode comprising a current collector and a first active material and the negative electrode comprising a current collector and a second active material, wherein positive and negative electrodes each have an area defined by a leading edge, a trailing edge, and two lateral edges; wherein the second active material is a lithium titanate material; wherein the first active material is configured to be doped and undoped with lithium cations during cycling of the battery; wherein the current collector of the negative electrode comprises aluminium; and wherein in the wound cell element a first lateral edge of the positive electrode is provided proximate a first lateral edge of the negative electrode and wherein the first active material of the positive electrode extends beyond the second active material of the negative electrode in an axial direction relative to the wound cell element, such that a leading edge, trailing edge and other lateral edge of the first active material are either co-terminal with the corresponding edges of the second active material or extend beyond the respective edges of the second active material, and wherein the first active material of the positive electrode extends over a larger area than that of the second active material.
A location method comprising: storing in memory of a mobile device a current listen list of one or more beacon universally unique identifiers, UUIDs, associated with an application executable on the mobile device; monitoring wirelessly received UUIDs transmitted by one or more beacons within a wireless-reception range of the mobile device, wherein, upon detection of a beacon UUID stored in the current listen list, the mobile device performs a processor-executable operation associated with the detected beacon UUID and the application; detecting a change in one or more user contextual parameters satisfying one or more listen list update trigger conditions; and dynamically updating the current listen list associated with the application and stored in the memory of the mobile device with a different set of one or more beacon UUIDs, responsive to satisfaction of the one or more listen list update trigger conditions. storing in memory of a mobile device a current listen list of one or more beacon universally unique identifiers, UUIDs, associated with an application executable on the mobile device; monitoring wirelessly received UUIDs transmitted by one or more beacons within a wireless-reception range of the mobile device, wherein, upon detection of a beacon UUID stored in the current listen list, the mobile device performs a processor-executable operation associated with the detected beacon UUID and the application; detecting a change in one or more user contextual parameters satisfying one or more listen list update trigger conditions; and dynamically updating the current listen list associated with the application and stored in the memory of the mobile device with a different set of one or more beacon UUIDs, responsive to satisfaction of the one or more listen list update trigger conditions.
Filter cleaning device for an air conditioner, particularly a duct-type air conditioner, the filter cleaning device comprising: a filter to be passed through by an air flow and having a filter surface (13, 14) defining a width and a length of the filter; a brush spanning the filter surface in a direction of a width of the filter and being movable along a length of the filter; a dust box for receiving particulate matter removed from the filter by the brush and being movable together with the brush along the length of the filter, wherein the dust box is arranged below the brush in a direction of gravity, for allowing particulate matter removed from the filter by the brush to fall into the dust box by gravity; characterized by a casing having a suction opening, wherein the dust box has an outlet connectable to the suction opening by said movement of the dust box. a filter to be passed through by an air flow and having a filter surface (13, 14) defining a width and a length of the filter; a brush spanning the filter surface in a direction of a width of the filter and being movable along a length of the filter; a dust box for receiving particulate matter removed from the filter by the brush and being movable together with the brush along the length of the filter, wherein the dust box is arranged below the brush in a direction of gravity, for allowing particulate matter removed from the filter by the brush to fall into the dust box by gravity; characterized by a casing having a suction opening, wherein the dust box has an outlet connectable to the suction opening by said movement of the dust box.
A disulfide-linked multivalent multi-function protein, characterized in that it comprises - one or two antigen presenting domains, - one antibody Fc-region, and - one or more antigen binding sites, wherein the antigen presenting domain comprises in N- to C-terminal direction either (i) a β2-microglobulin, and (ii) the extracellular domains α1, α2, and α3 of a class I MHC molecule with a relative frequency of less than 1 %, or (i) the extracellular domains α1, α2, and α3 of a class I MHC molecule with a relative frequency of less than 1 %, and (ii) a β2-microglobulin, or (i) a T-cell response eliciting peptide, (ii) a β2-microglobulin, and (iii) the extracellular domains α1, α2, and α3 of a class I MHC molecule with a relative frequency of 1 % or more, or (i) a T-cell response eliciting peptide, (ii) the extracellular domains α1, α2, and α3 of a class I MHC molecule with a relative frequency of 1 % or more, and (iii) a β2-microglobulin, wherein the antigen binding site binds to a cancer cell surface antigen, wherein the antigen presenting domain has at least two non-naturally occurring cysteine residues that form an intrachain/interdomain disulfide bond. - one or two antigen presenting domains, - one antibody Fc-region, and - one or more antigen binding sites, (i) a β2-microglobulin, and (ii) the extracellular domains α1, α2, and α3 of a class I MHC molecule with a relative frequency of less than 1 %, (i) the extracellular domains α1, α2, and α3 of a class I MHC molecule with a relative frequency of less than 1 %, and (ii) a β2-microglobulin, (i) a T-cell response eliciting peptide, (ii) a β2-microglobulin, and (iii) the extracellular domains α1, α2, and α3 of a class I MHC molecule with a relative frequency of 1 % or more, (i) a T-cell response eliciting peptide, (ii) the extracellular domains α1, α2, and α3 of a class I MHC molecule with a relative frequency of 1 % or more, and (iii) a β2-microglobulin,
Lining for an A-pillar of a motor vehicle, comprising a mounting designed to secure a dashboard crossbar of the motor vehicle to the lining, characterized in that the mounting comprises a shaped part of the lining and an attached component, each having a half-shell.
A handheld pressing tool, in particular for the crimping of press fittings and/or cable lugs, comprising at least two pressing elements (20, 42) movable with respect to each other, a hydraulically operated piston element acting on at least one pressing element (20, 42) via at least one actuating element to move the same, and a brake element acting on the piston element and/or the actuating element as the same are returned to a short-stroke starting position, characterized in that the braking force exerted by the brake element on the piston element and/or the actuating element is overcome while the actuating element is pushed back to the long-stroke starting position.
A machine for continuously forming a woven composite material comprising: one or more spools for dispensing one or more warp filaments (212a, 212b, 212c, 212d, 212e, 212f, 212g, 212h); a roller assembly configured to receive a composite weave comprising one or more warp filaments and one or more weft filaments; a warp rack comprising a plurality of warp heads (111, 112, 402, 402a, 402b, 402c, 402d) for receiving one or more warp filaments from the one or more spools, wherein, seen in front and rear views of the warp rack, the plurality of warp heads (111, 112, 402, 402a, 402b, 402c, 402d) are aligned adjacent to one another in a vertical plane, each warp head: comprising a plurality of filament channels positioned at different vertical locations along the height of the warp head, each filament channel configured to engage a warp filament suspended between a spool of the one or more spools and the roller assembly; and being capable of independent vertical movement to adjust the height of warp filaments extending from the warp head toward the roller assembly; and a weft inserter stack comprising a plurality of weft inserters (702, 702a, 702b, 702c, 704, 704a) for inserting one or more weft filaments between one or more warp filaments to form the composite weave. one or more spools for dispensing one or more warp filaments (212a, 212b, 212c, 212d, 212e, 212f, 212g, 212h); a roller assembly configured to receive a composite weave comprising one or more warp filaments and one or more weft filaments; a warp rack comprising a plurality of warp heads (111, 112, 402, 402a, 402b, 402c, 402d) for receiving one or more warp filaments from the one or more spools, wherein, seen in front and rear views of the warp rack, the plurality of warp heads (111, 112, 402, 402a, 402b, 402c, 402d) are aligned adjacent to one another in a vertical plane, each warp head: comprising a plurality of filament channels positioned at different vertical locations along the height of the warp head, each filament channel configured to engage a warp filament suspended between a spool of the one or more spools and the roller assembly; and being capable of independent vertical movement to adjust the height of warp filaments extending from the warp head toward the roller assembly; and comprising a plurality of filament channels positioned at different vertical locations along the height of the warp head, each filament channel configured to engage a warp filament suspended between a spool of the one or more spools and the roller assembly; and being capable of independent vertical movement to adjust the height of warp filaments extending from the warp head toward the roller assembly; and a weft inserter stack comprising a plurality of weft inserters (702, 702a, 702b, 702c, 704, 704a) for inserting one or more weft filaments between one or more warp filaments to form the composite weave.
A heat exchanger in plate construction, comprising - at least one stacked plate pair with a first stacked plate and a second stacked plate, so that at least one first fluid channel for a first fluid is comprised between the first and second stacked plate (4, 5), - an inlet and outlet opening (7, 8) for the first fluid, - a second fluid channel, - an inlet and outlet opening (10, 11) for the second fluid, wherein the first fluid channel between the first and second stacked plate (4, 5) is delimited by a first adhesive and the first adhesive is arranged between the first and second stacked plate (4, 5) and wherein the first and/or second stacked plate (4, 5) consists at least partially, in particular completely, of metal, e.g. steel or aluminium, or plastic material, and the heat exchanger comprises at least one additional stacked plate pair with a first additional plate and a second additional plate, so that the second fluid channel is formed between the first and second additional plate (4, 5) and the second fluid channel between the first and second additional plate (4, 5) is delimited by a second adhesive and the second adhesive is arranged between the first and second additional plate (4, 5) and the first fluid channel is partially delimited by the first and/or second plate (4, 5) and the heat exchanger comprises a plurality of stacked plate pairs and additional stacked plate pairs and the stacked plate pairs and additional stacked plate pairs are alternately arranged one above the other, characterised in that between two plates, such as stacked plate(s) and/or additional plate(s), adhesive is locally applied in order to create turbulence generators which wet at least one surface or both opposing surfaces of the adjacent plates. - at least one stacked plate pair with a first stacked plate and a second stacked plate, so that at least one first fluid channel for a first fluid is comprised between the first and second stacked plate (4, 5), - an inlet and outlet opening (7, 8) for the first fluid, - a second fluid channel, - an inlet and outlet opening (10, 11) for the second fluid,
A fuel injection apparatus for a piston engine comprising a fuel injector body in which an injector needle is provided, which injector needle is arranged to prevent or allow fuel injection flow from the injection apparatus based on the position of the injector needle, which position is effected by a pressurized control fluid in a control space, the fuel injector body comprises an injector space, into which the injector needle is arranged, which injector space is provided with a fuel inlet port and fuel injection spray hole orifices at a first end of the injector space, through which the fuel may be injected under control of the injector needle, in which a second end of the injector needle is arranged to border a control space, which control space is connectable with a low pressure side of the fuel injection system via a flow path (80,75,69,85,90,71) for the control fluid, wherein the flow path for the control fluid comprises a restriction section comprising at least two co-operative temperature-effected members (40,65; 69, 90), the first member of which has a different coefficient of thermal expansion than the second member of the members, characterized in that a separate control plate is arranged into the collar part which control plate is provided with an orifice and that the restriction section comprises the orifice in the control plate and the second constriction in the outlet channel of the valve plate, which control plate has a different coefficient of thermal expansion than the valve plate.
A contact record processing method for a smart terminal with an address book function to store phone numbers, the method comprising the steps of: receiving a call connection request from a terminal having a virtual SIM card; acquiring a temporary phone number of the virtual SIM card according to the call connection request; determining that the temporary phone number of the virtual SIM card is not stored in a contact record; acquiring a use term and user information of the virtual SIM card by: uploading the temporary phone number to a service end; and, receiving user information of the virtual SIM card and a use term corresponding to the temporary phone number from the service end, the use term being a time duration starting from the date on which the temporary phone number was bought; adding, to the contact record, the temporary phone number and the use term of the temporary phone number to user information of a target contact corresponding to the user information received from the service end; re-acquiring the use term periodically from the service end, according to a predetermined period; detecting whether a current time that the temporary phone number has been stored in the contact record is greater than the acquired use term of the temporary phone number; and deleting the temporary phone number from the contact record when the use time is greater than the use term. receiving a call connection request from a terminal having a virtual SIM card; acquiring a temporary phone number of the virtual SIM card according to the call connection request; determining that the temporary phone number of the virtual SIM card is not stored in a contact record; acquiring a use term and user information of the virtual SIM card by: uploading the temporary phone number to a service end; and, receiving user information of the virtual SIM card and a use term corresponding to the temporary phone number from the service end, the use term being a time duration starting from the date on which the temporary phone number was bought; uploading the temporary phone number to a service end; and, receiving user information of the virtual SIM card and a use term corresponding to the temporary phone number from the service end, the use term being a time duration starting from the date on which the temporary phone number was bought; adding, to the contact record, the temporary phone number and the use term of the temporary phone number to user information of a target contact corresponding to the user information received from the service end; re-acquiring the use term periodically from the service end, according to a predetermined period; detecting whether a current time that the temporary phone number has been stored in the contact record is greater than the acquired use term of the temporary phone number; and deleting the temporary phone number from the contact record when the use time is greater than the use term.
A photodynamic therapy device, comprising: a cartridge including: a winding core; and a tube arranged so as to be wound around the winding core; a casing configured to accommodate the cartridge; and a light source, which is arranged inside the casing, and is configured to irradiate the tube with light, wherein the tube arranged around the winding core has a cross section taken along a direction orthogonal to an extending direction of the tube, which has a first dimension in a first direction and a second dimension in a second direction orthogonal to the first direction, the second dimension being smaller than the first dimension, and the second direction is directed outward with respect to the winding core. a cartridge including: a winding core; and a tube arranged so as to be wound around the winding core; a winding core; and a tube arranged so as to be wound around the winding core; a casing configured to accommodate the cartridge; and a light source, which is arranged inside the casing, and is configured to irradiate the tube with light, wherein the tube arranged around the winding core has a cross section taken along a direction orthogonal to an extending direction of the tube, which has a first dimension in a first direction and a second dimension in a second direction orthogonal to the first direction, the second dimension being smaller than the first dimension, and the second direction is directed outward with respect to the winding core.
Belt as an endless traction mechanism for conveyor belts of agricultural machines, wherein the belt comprises a polymer reinforced by fabric layers and provided on its inner side with drive cams, wherein at least one fabric layer of each end of the belt, which is folded back on itself, wraps around a thickened section and extends between the thickened section and a stop (9, 10, 18) forming an abutment to the thickened section, such that with a pull on the belt in the recoil direction, this clamps between the thickened section and the stop (9, 10, 18), wherein the thickened sections enclosed by the at least one fabric layer are inserted into a cage formed by a first half-shell arranged on the outer side of the belt and a second half-shell arranged on the inner side of the belt, and either the cage is constructed in one piece, wherein both half-shells (3, 4) are rigidly connected together integrally on one end face of the cage by an end wall while the opposite end face of the cage is open, or else the cage is designed in two pieces, wherein both half-shells (3, 4) are designed as individual parts and are screwed together in the assembled state, wherein in both side walls (9, 10) of the cage facing in the longitudinal direction of the belt a gap is arranged for the passage of the at least one fabric layer that is folded back on itself, and the side walls (9, 10) form the stop for the respective adjacent thickened section with the intervening at least one fabric layer, and the second half-shell takes the form of a drive cam.
Working device, in particular displaceable transfer device, in particular hydraulic excavator, with a basic device, a cabin and a cabin arm articulated at the basic device, via which arm the position of the cabin is alterable relative to the basic device, wherein the cabin arm is pivotable, via at least one hydraulic actuator (4, 6), relative to the basic body, around a horizontal axis, wherein the cabin, at an articulation point arranged above its center of gravity, is articulated at the cabin arm (3, 5) in a suspended manner, and wherein the cabin is pivotably articulated on the cabin arm via a hydraulic inclination adjustment device, characterized by an emergency drain system for the cabin, in which an inclination emergency valve (10, 11) is provided for the inclination adjustment device of the cabin, which device, in the emergency drain event, makes an orienting of cabin into the normal position possible, and wherein the inclination emergency valve (10, 11) is controlled, hydraulically, via the hydraulic pressure in an emergency drain line (12, 13) of the hydraulic actuator (4, 6) of the cabin arm, via which line hydraulic liquid can be drained out of a pressure chamber of the hydraulic actuator (4, 6).
A method of vehicle heat dissipation, comprising: setting an area corresponding to a touch operation of a user on a map interface of a terminal as a safety zone where user properties are not subjected to loss due to a vehicle parking location in accordance with the touch operation of the user on the map interface; determining (201, 303) whether a vehicle is located in the preset safety zone; acquiring (202, 302) environment data in the preset safety zone when the vehicle is located in the preset safety zone, wherein the environment data includes information on vehicle interior environment and vehicle exterior environment; and controlling (203, 304) the vehicle to dissipate heat based on the environment data, if the vehicle is located in the preset safety zone. setting an area corresponding to a touch operation of a user on a map interface of a terminal as a safety zone where user properties are not subjected to loss due to a vehicle parking location in accordance with the touch operation of the user on the map interface; determining (201, 303) whether a vehicle is located in the preset safety zone; acquiring (202, 302) environment data in the preset safety zone when the vehicle is located in the preset safety zone, wherein the environment data includes information on vehicle interior environment and vehicle exterior environment; and controlling (203, 304) the vehicle to dissipate heat based on the environment data, if the vehicle is located in the preset safety zone.