mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a battery pole terminal, in particular for a vehicle battery in a vehicle, the battery pole terminal having a main body with a clamping section for a battery pole of a battery, in particular a vehicle battery, and receptacles, which are provided on the clamping section, for a clamping means, the clamping section enclosing an, in particular substantially cylindrical, receiving space for the battery pole of the battery at least in sections in the circumferential direction and having an interruption with mutually facing edges in the circumferential direction, and a receptacle for the clamping means being provided at each of the edges of the clamping section, comprising the following steps: - providing a flat main body, - forming the clamping section by way of a deep-drawing process, and - forming the receptacles by way of a shaping process, characterized in that the receptacles are each produced by bending over a section of the main body and then caulking a projection, which is provided on the section, in a cutout in the main body, so that the receptacles each form a channel for the clamping means, which channel is closed in a circumferential direction, the longitudinal axes of the channels of the receptacles lying on a common straight line. - providing a flat main body, - forming the clamping section by way of a deep-drawing process, and - forming the receptacles by way of a shaping process,
A battery module, comprising: a plurality of battery cells arranged in a first direction; a first end plate adjacent a first outermost battery cell of the plurality of battery cells; a second end plate adjacent a second outermost battery cell of the plurality of battery cells, the second end plate being spaced apart from the first end plate along the first direction; two side brackets along opposing sides of the plurality of battery cells; a bottom bracket extending along a bottom of the plurality of battery cells; wherein the side brackets and the bottom bracket each have a first end (131, 141) connected to the first end plate and a second end (132, 142) connected to the second end plate; first securing portions (151, 152) securing the first ends of the side brackets and the bottom bracket to the first end plate; and second securing portions securing the second ends of the side brackets and the bottom bracket to the second end plate, the second securing portions having a different configuration from the first securing portions. a plurality of battery cells arranged in a first direction; a first end plate adjacent a first outermost battery cell of the plurality of battery cells; a second end plate adjacent a second outermost battery cell of the plurality of battery cells, the second end plate being spaced apart from the first end plate along the first direction; two side brackets along opposing sides of the plurality of battery cells; a bottom bracket extending along a bottom of the plurality of battery cells; wherein the side brackets and the bottom bracket each have a first end (131, 141) connected to the first end plate and a second end (132, 142) connected to the second end plate; first securing portions (151, 152) securing the first ends of the side brackets and the bottom bracket to the first end plate; and second securing portions securing the second ends of the side brackets and the bottom bracket to the second end plate, the second securing portions having a different configuration from the first securing portions.
A battery unit comprising cells and a circuit board arranged below the cells, characterized by further comprising: an electrolyte receiver in the shape of a box with a bottom, a front wall, a left side wall, a right side wall, a rear wall and an open top arranged between the cells and the circuit board to receive an electrolyte leaking out of the cells, an absorbing member arranged in the electrolyte receiver on an inner bottom surface of the electrolyte receiver, and a cell supporting member arranged in the electrolyte receiver to support the cells, thereby positioning the cells not to contact the absorbing member, wherein the electrolyte receiver has an outlet allowing the electrolyte to flow out of the electrolyte receiver along a specified route before overflowing, wherein the outlet is located below the cells and above the absorbing member. an electrolyte receiver in the shape of a box with a bottom, a front wall, a left side wall, a right side wall, a rear wall and an open top arranged between the cells and the circuit board to receive an electrolyte leaking out of the cells, an absorbing member arranged in the electrolyte receiver on an inner bottom surface of the electrolyte receiver, and a cell supporting member arranged in the electrolyte receiver to support the cells, thereby positioning the cells not to contact the absorbing member,
A memory access apparatus for a message-type memory module, wherein the memory module comprises (M+2) dynamic random access memories, DRAMs, wherein M is equal to m th power of 2, m is a positive integer, data accessed in one read-write cycle and stored in each DRAM is referred to as a single chip burst cluster SCBC, and a set of data that can be accessed in a one read-write cycle and stored in all the DRAMs forms a memory row; and the apparatus comprises: a read-write module, configured to store an SCBC to be stored within a current read-write cycle to a corresponding DRAM, wherein the SCBC is located in a current memory row, and the DRAMs used to store the SCBCs do not comprise an (M+2) th DRAM; and a processing module, configured to: calculate error detecting codes for each SCBC in one memory row by successively calculating a checksum of all the SCBCs in a same memory row, and calculate an error correcting code for all the SCBCs in one memory row; wherein the read-write module is further configured to: store the calculated error detecting codes in an (M+2) th DRAM of a memory row; and store the calculated error correcting code in a Z th DRAM in a memory row, wherein Z is a positive integer, 1 ≤ Z ≤ (M+1), and the calculated error correcting codes in consecutive (M+1) memory rows are stored in different DRAMs; the processing module is further configured to: instruct the read-write module to read a required SCBC and a corresponding error detecting code from the current memory row when a read memory access request is received, check the read SCBC according to the error detecting code, and determine whether there is an SCBC in which an error occurs; when it is determined that there is an SCBC in which an error occurs, acquire a quantity of SCBCs in which an error occurs; and if there is only one SCBC in which an error occurs, instruct the read-write module to read all data of the memory row, and recover the SCBC in which an error occurs according to the error correcting code in the memory row and all other SCBCs in which no error occurs in the memory row. a read-write module, configured to store an SCBC to be stored within a current read-write cycle to a corresponding DRAM, wherein the SCBC is located in a current memory row, and the DRAMs used to store the SCBCs do not comprise an (M+2) th DRAM; and a processing module, configured to: calculate error detecting codes for each SCBC in one memory row by successively calculating a checksum of all the SCBCs in a same memory row, and calculate an error correcting code for all the SCBCs in one memory row; wherein calculate error detecting codes for each SCBC in one memory row by successively calculating a checksum of all the SCBCs in a same memory row, and calculate an error correcting code for all the SCBCs in one memory row; wherein
A porous silicate-ceramic body, optionally with different colors, having a first density that can be sintered to a silicate-ceramic body having a second density, wherein the ratio of the first density to the second density is from 2/5 to 98/100, and the three-point bending strength of said porous silicate-ceramic body having a first density as measured according to ISO 6872:2008 is from 25 to 180 MPa, and wherein the second density approximately corresponds to the theoretically reachable density of the ceramic body.
A telecommunication method in a multi-spot geographic coverage system comprising a forward path to transmit information, via a satellite or aircraft type relay device, from a plurality of terrestrial stations (GW1 to GW4, Figure 4) to a plurality of terminals (Ti to T1) located in spots (spots 1 to spot 16) distributed in a terrestrial geographical coverage area, the forward path comprising a plurality of uplinks, each from one of the terrestrial stations to the relay device, and a plurality of downlinks (3a to 6a), each from the relay device to one of the spots, each of the downlinks being associated with a colour (C 1,d to C 4,d) in a N-colour reuse scheme, with N≥2, each colour corresponding to a distinct frequency band or to a distinct pair associating a frequency band and a polarisation, characterised in that each of N terrestrial stations is dedicated to a specific colour among the N colours, and: * obtains, without establishing a communication link with the other terrestrial stations or a communication link with a single point having knowledge of all information to be transmitted on the downlinks, the entirety of information intended to be transmitted by the relay device with said specific colour; * applies intra-system interference cancellation algorithms to said entirety of information intended to be transmitted by the relay device with said specific colour; and * transmits, to the relay device, said entirety of information intended to be transmitted by the relay device with said specific colour. * obtains, without establishing a communication link with the other terrestrial stations or a communication link with a single point having knowledge of all information to be transmitted on the downlinks, the entirety of information intended to be transmitted by the relay device with said specific colour; * applies intra-system interference cancellation algorithms to said entirety of information intended to be transmitted by the relay device with said specific colour; and * transmits, to the relay device, said entirety of information intended to be transmitted by the relay device with said specific colour.
A method of making a hybrid torque tube for a brake system, comprising: forming a tube portion having a centerline axis (A-A') using a first manufacturing process, the first manufacturing process comprising a non-additive manufacturing technique; forming a conical back-leg extending from the tube portion in a radially outward angled orientation relative to the centerline axis; forming a stator spline on a radially outward surface of the tube portion; and forming a foot extending from a radially inward surface of the tube portion, wherein at least one of the conical back-leg, the stator spline, or the foot is formed using a second manufacturing process different from the first manufacturing process, the second manufacturing process comprising an additive manufacturing technique. forming a tube portion having a centerline axis (A-A') using a first manufacturing process, the first manufacturing process comprising a non-additive manufacturing technique; forming a conical back-leg extending from the tube portion in a radially outward angled orientation relative to the centerline axis; forming a stator spline on a radially outward surface of the tube portion; and forming a foot extending from a radially inward surface of the tube portion, wherein at least one of the conical back-leg, the stator spline, or the foot is formed using a second manufacturing process different from the first manufacturing process, the second manufacturing process comprising an additive manufacturing technique.
A method for producing a spinosyn producing strain of Saccharopolyspora spinosa; the method comprising: modifying a nucleic acid molecule comprising a nucleotide sequence having at least 90% identity to SEQ ID NO:1 by mutating a gene within said nucleotide sequence such that the gene no longer expresses a functional protein; and such that the mutated strain produces less of a compound of Formula: than was produced in the strain before mutation of the gene. modifying a nucleic acid molecule comprising a nucleotide sequence having at least 90% identity to SEQ ID NO:1 by mutating a gene within said nucleotide sequence such that the gene no longer expresses a functional protein; and such that the mutated strain produces less of a compound of Formula: than was produced in the strain before mutation of the gene.
An antenna system, comprising: a first planar array having a first element spacing in an x-dimension and a y-dimension and operable in a first frequency band; and a second planar array having a second element spacing in the x-dimension and the y-dimension, and operable in a second frequency band, wherein the second planar array is displaced from the first planar array in a z-dimension for co-aperture operation of the first planar array and the second planar array, wherein the second planar array is disposed parallel to and in a near-field of the first planar array, characterized in that elements of the second planar array are disposed and steerable, in a u-v plane for interleaving a first plurality of grating lobes generated by the first planar array with a second plurality of grating lobes generated by the second planar array. a first planar array having a first element spacing in an x-dimension and a y-dimension and operable in a first frequency band; and a second planar array having a second element spacing in the x-dimension and the y-dimension, and operable in a second frequency band, wherein the second planar array is displaced from the first planar array in a z-dimension for co-aperture operation of the first planar array and the second planar array, wherein the second planar array is disposed parallel to and in a near-field of the first planar array, characterized in that elements of the second planar array are disposed and steerable, in a u-v plane for interleaving a first plurality of grating lobes generated by the first planar array with a second plurality of grating lobes generated by the second planar array.
An apparatus for separation of a target product from a liquid phase P comprising the target product, where the apparatus is a cooling disk crystallizer, comprising - at least one cooling disk which has a primary space for a heat transfer medium, - at least one first feed unit and one first removal unit for the heat transfer medium W, - at least one secondary space for the liquid phase P, - at least one second feed unit for the liquid phase P, - at least one crystallization surface which divides the primary space and the secondary space, and - at least one second removal unit for the target product, wherein the apparatus has at least one application unit for a liquid phase P 0 directly to the crystallization surface and/or the surfaces of lines that conduct the heat transfer medium W, where the application unit comprises a pipeline system having nozzles for distributing the liquid phase P 0 over the crystallization surface and/or the surfaces of lines that conduct the heat transfer medium W. - at least one cooling disk which has a primary space for a heat transfer medium, - at least one first feed unit and one first removal unit for the heat transfer medium W, - at least one secondary space for the liquid phase P, - at least one second feed unit for the liquid phase P, - at least one crystallization surface which divides the primary space and the secondary space, and - at least one second removal unit for the target product, wherein the apparatus has at least one application unit for a liquid phase P 0 directly to the crystallization surface and/or the surfaces of lines that conduct the heat transfer medium W, where the application unit comprises a pipeline system having nozzles for distributing the liquid phase P 0 over the crystallization surface and/or the surfaces of lines that conduct the heat transfer medium W.
A thrombolytic and an inhibitor of vascular endothelial growth factor (VEGF) receptor-mediated signal transduction (VEGF-RST), wherein the inhibitor is a monoclonal VEGF antibody in a dosage of 0,1-2,5 mg in a 70 kg patient, or 0,5-2,0 mg in a 70 kg patient or 1 mg - 1.5 mg in a 70 kg patient with adjustments for patients of different weight, or an antigen-binding fragment thereof which is bevacizumab which exclusively acts on an acute basis and the inhibitor concentration decreases substantially after 24 to 48 hours for use in a method to reduce neuronal damage caused by a cerebral ischemic event in a human patient.
A build material source container for use in a material management station of a three dimensional, 3D, printer, the source container defining a substantially enclosed space for holding build material and having an aperture for build material ingress and egress; wherein at least part of the build material source container is formed from an electrically conductive material; wherein the conductive material portion of the build material source container is connectable to Earth to discharge static electricity generated within the build material source container; wherein the aperture is part of an outlet structure connectable to a connection unit for extracting build material from the source container by means of air pressure; the outlet structure comprises an adapter to couple to a first end portion of the connection unit, characterised in that the adapter comprises at least one electrically conductive interconnector to electrically couple an electrically conductive portion of the build material source container to an electrically conductive portion of the connection unit; wherein the adapter when connected to the connection unit forms part of a static electricity discharge path; wherein the interconnector further secures the adapter to build material source container; or the interconnector connects the adapter to the first end portion of the connection unit. wherein at least part of the build material source container is formed from an electrically conductive material; wherein the conductive material portion of the build material source container is connectable to Earth to discharge static electricity generated within the build material source container; wherein the aperture is part of an outlet structure connectable to a connection unit for extracting build material from the source container by means of air pressure; the outlet structure comprises an adapter to couple to a first end portion of the connection unit, characterised in that the adapter comprises at least one electrically conductive interconnector to electrically couple an electrically conductive portion of the build material source container to an electrically conductive portion of the connection unit; wherein the adapter when connected to the connection unit forms part of a static electricity discharge path; wherein the interconnector further secures the adapter to build material source container; or the interconnector connects the adapter to the first end portion of the connection unit.
An inspection device (200, 300, 400, 450) that has a substitute currency for gaming of which a value can be specified by an external appearance, a color, or a dimension as an inspection target and inspects a substitute currency for gaming including an RFID in which information of the substitute currency for gaming is recorded, the inspection device (200, 300, 400, 450) comprising: an RFID reading device (308, 408) that reads the information of the substitute currency for gaming from the RFID of the substitute currency for gaming placed at a predetermined location; a camera device that images and records the substitute currency for gaming using a camera; and a management control device that specifies and stores a total number of substitute currency for gaming at the predetermined location by using a result of the imaging performed by the camera device; wherein the management control device has a function of checking the number of the substitute currency for gaming at the predetermined location from information supplied from the RFID reading device (308, 408) and inspecting a mismatch between the number of the substitute currency for gaming acquired from the RFID reading device (308, 408) and the total number of the substitute currency for gaming acquired from the result of the imaging performed by the camera device and uses this inspection for detection of a defect of the substitute currency for gaming or a fake substitute currency for gaming. an RFID reading device (308, 408) that reads the information of the substitute currency for gaming from the RFID of the substitute currency for gaming placed at a predetermined location; a camera device that images and records the substitute currency for gaming using a camera; and a management control device that specifies and stores a total number of substitute currency for gaming at the predetermined location by using a result of the imaging performed by the camera device; wherein the management control device has a function of checking the number of the substitute currency for gaming at the predetermined location from information supplied from the RFID reading device (308, 408) and inspecting a mismatch between the number of the substitute currency for gaming acquired from the RFID reading device (308, 408) and the total number of the substitute currency for gaming acquired from the result of the imaging performed by the camera device and uses this inspection for detection of a defect of the substitute currency for gaming or a fake substitute currency for gaming.
A method for reading at least one attribute stored in an ID token, wherein the ID token is assigned to a user, said method having the following steps: - authenticating the user, to whom a telecommunications chip card having at least one identifier is assigned, to the ID token, - establishing a protected link between the ID token and a first computer system via a mobile communications link, wherein the protected link is established by an interaction of the telecommunications chip card with a server-computer system, wherein the protected link comprises end-to-end encryption between the ID token and the first computer system, - authenticating the first computer system to the ID token via the protected link, and - following successful authentication of the user and the first computer system to the ID token, granting read access of the first computer system to the at least one attribute stored in the ID token in order to transmit the at least one attribute via a network, wherein the at least one attribute read from the ID token by the first computer system is preferably sent from the first computer system to the user computer system. - authenticating the user, to whom a telecommunications chip card having at least one identifier is assigned, to the ID token, - establishing a protected link between the ID token and a first computer system via a mobile communications link, wherein the protected link is established by an interaction of the telecommunications chip card with a server-computer system, wherein the protected link comprises end-to-end encryption between the ID token and the first computer system, - authenticating the first computer system to the ID token via the protected link, and - following successful authentication of the user and the first computer system to the ID token, granting read access of the first computer system to the at least one attribute stored in the ID token in order to transmit the at least one attribute via a network, wherein the at least one attribute read from the ID token by the first computer system is preferably sent from the first computer system to the user computer system.