mhurhangee/ep-ind-claims huggingface dataset:
Battery device, wherein the battery device comprises one or more battery modules, wherein a respective battery module comprises the following: a frame element; a base element; and a plurality of battery cells, wherein the battery modules are arranged or can be arranged along a stacking direction, wherein the frame elements of the respective battery modules form housing portions of the battery device. a frame element; a base element; and a plurality of battery cells, wherein the battery modules are arranged or can be arranged along a stacking direction, wherein the frame elements of the respective battery modules form housing portions of the battery device.
An orthopaedic implant, comprising: an articulating component having an articulating surface and an interface surface opposed to said articulating surface; and a body component connected to said interface surface and having a first surface, a second surface opposed to said first surface and at least one protrusion (148, 150), said first surface connected to said interface surface and said at least one protrusion (148,150) extending away from said second surface and configured to be biased toward an anatomy structure by a tensile force, wherein said body component includes a support component connected to said articulating component and a bone fixation component connected to said support component and wherein said orthopedic implant further comprising a tensioning member including a tension transmitter looped through a closed opening of the at least one protrusion, characterised in that the implant further comprises a button with a larger diameter than the protrusion, the button having two openings for the tension transmitter to pass through, in order to apply a tensile force to the protrusion (148, 150) to fixate the implant against a bone. an articulating component having an articulating surface and an interface surface opposed to said articulating surface; and a body component connected to said interface surface and having a first surface, a second surface opposed to said first surface and at least one protrusion (148, 150), said first surface connected to said interface surface and said at least one protrusion (148,150) extending away from said second surface and configured to be biased toward an anatomy structure by a tensile force, wherein said body component includes a support component connected to said articulating component and a bone fixation component connected to said support component and wherein said orthopedic implant further comprising a tensioning member including a tension transmitter looped through a closed opening of the at least one protrusion, characterised in that the implant further comprises a button with a larger diameter than the protrusion, the button having two openings for the tension transmitter to pass through, in order to apply a tensile force to the protrusion (148, 150) to fixate the implant against a bone.
A resin composition comprising: a saponified ethylene-vinyl ester copolymer; and a sorbic acid ester; wherein the sorbic acid ester is present in a proportion of 0.001 to 10 ppm based on a total weight of the saponified ethylene-vinyl ester copolymer and the sorbic acid ester; wherein the sorbic acid ester is an alkyl sorbic acid ester or an aryl sorbate, or a combination thereof.
A compound represented by formula: wherein R 1 and R 2 are independently alkyl having 1 to 8 carbons or alkenyl having 2 to 8 carbons; ring A 1 is trans-1,4-cyclohexylene or 1,4-cyclohexenylene; ring A 2 is trans-1,4-cyclohexylene, 1,4-cyclohexenylene, 2-fluoro-1,4-phenylene, 3-fluoro-1,4-phenylene, 2,3-difluoro-1,4-phenylene, 2-fluoro-3-chloro-1,4-phenylene or 2-chloro-3-fluoro-1,4-phenylene; Q 1 and Q 2 are independently fluorine or chlorine; and his 0, 1 or 2, and ring A 2 when h is 2 may be identical or different. wherein R 1 and R 2 are independently alkyl having 1 to 8 carbons or alkenyl having 2 to 8 carbons; ring A 1 is trans-1,4-cyclohexylene or 1,4-cyclohexenylene; ring A 2 is trans-1,4-cyclohexylene, 1,4-cyclohexenylene, 2-fluoro-1,4-phenylene, 3-fluoro-1,4-phenylene, 2,3-difluoro-1,4-phenylene, 2-fluoro-3-chloro-1,4-phenylene or 2-chloro-3-fluoro-1,4-phenylene; Q 1 and Q 2 are independently fluorine or chlorine; and his 0, 1 or 2, and ring A 2 when h is 2 may be identical or different.
Method for influencing a determination of a speed of a bicycle having at least two wheels (2, 7), in particular a pedelec, comprising the steps of: - providing a magnetic field that varies in time and/or space by way of a field generation device on the bicycle for the purpose of determining a speed of the bicycle, the field generation device being arranged on a rotating component of the bicycle, the actual speed of the bicycle being at least indirectly represented by the rotation of the component, wherein the magnetic field is detected by a detection device at at least one detection position on the bicycle, a determination device being designed to determine the speed of the bicycle based on at least the detected field, characterized in that the method comprises the further steps of: - influencing the magnetic field by means of an influencing device in such a way that a speed that differs from the actual speed of the bicycle is determined, the influencing device being arranged in a fixed manner on an immobile part of the bicycle, wherein the magnetic field of the field generation device is influenced by providing at least one further electrical and/or magnetic field for at least partially suppressing and/or modifying and/or supplementing or replacing the magnetic field detected by the detection device, the magnetic field being influenced by first measuring it by means of a field measurement unit of the influencing device. - providing a magnetic field that varies in time and/or space by way of a field generation device on the bicycle for the purpose of determining a speed of the bicycle, the field generation device being arranged on a rotating component of the bicycle, the actual speed of the bicycle being at least indirectly represented by the rotation of the component, wherein the magnetic field is detected by a detection device at at least one detection position on the bicycle, a determination device being designed to determine the speed of the bicycle based on at least the detected field, characterized in that the method comprises the further steps of: - influencing the magnetic field by means of an influencing device in such a way that a speed that differs from the actual speed of the bicycle is determined, the influencing device being arranged in a fixed manner on an immobile part of the bicycle, wherein the magnetic field of the field generation device is influenced by providing at least one further electrical and/or magnetic field for at least partially suppressing and/or modifying and/or supplementing or replacing the magnetic field detected by the detection device, the magnetic field being influenced by first measuring it by means of a field measurement unit of the influencing device.
Method for nitrogen recovery from an ammonium comprising fluid, comprising: - providing an anode compartment comprising an anode; - providing a cathode compartment comprising a cathode, wherein the compartments are separated by at least one ion exchange membrane, and wherein a bio-electrode is provided as the anode, with the bio-electrode comprising micro-organisms configured for catalyzing the reactions at the anode; - providing the ammonium comprising fluid having an ammonium nitrogen concentration ≥ 0.5 g/l in the anode compartment and a second fluid in the cathode compartment; - applying a voltage between the anode and the cathode such that nitrogen recovery is achieved; and - extracting nitrogen from the cathode compartment. - providing an anode compartment comprising an anode; - providing a cathode compartment comprising a cathode, wherein the compartments are separated by at least one ion exchange membrane, and wherein a bio-electrode is provided as the anode, with the bio-electrode comprising micro-organisms configured for catalyzing the reactions at the anode; - providing the ammonium comprising fluid having an ammonium nitrogen concentration ≥ 0.5 g/l in the anode compartment and a second fluid in the cathode compartment; - applying a voltage between the anode and the cathode such that nitrogen recovery is achieved; and - extracting nitrogen from the cathode compartment.
Filter system provided by a chromatography column for filtering or binding of a substance present in a liquid or gas, e.g. to filter or bind molecules or proteins, the system containing a filter element which is designed to be filled with an exchangeable filter medium and the filter system is provided with fill means with which a single feed tube external from the filter system is to be connected to an across the filter system distributed fill element, the filter element has a cavity which is designed to contain the filter medium, said cavity has a torus shape providing a fixed central, filter medium free axial channel and said cavity is axially delimited by a first and a second fixed end wall, which are fluid impermeable, and is radially delimited by two concentrically within each other located fixed side walls, which are fluid permeable, the inner side wall of which delimits at its inner side said central axial channel, the outer side wall of which delimits at its outer side an annular, axial flow space within the filter system, which axial flow space connects to a first opening in the filter element to communicate to the outside of the filter element, and which central channel is permanently sealed by a fixed inner land area of the first end wall and connects to a second opening in the second end wall to communicate to the outside of the filter element, such that flow of fluid between the annular axial flow space and the central axial channel passes radially through the filter element, characterized in that the fill element has a continuous or along its length at spaced locations interrupted, slit shaped fill opening or a plurality of mutually spaced fill openings (8a-8f), connecting to the torus shaped cavity of the filter element and provided in the first fixed end wall sealing the central axial channel, which opening or openings (8a-8f) are arranged to provide a continuous or along its length at spaced locations interrupted, loop shaped or annular shaped fill gap (9, 8a-8f) designed to provide homogeneous filling of the cavity, which fill gap (8a-8f, 9) extends around the central channel and also extends around said fixed inner land area of the first end wall, the single feed tube is connected to said fill gap (8a-8f, 9) such that filter medium flowing through the feed tube during filling of the filter system with filter medium, flows through the fill gap and then into the torus shaped cavity of the filter element, and the single feed tube is sealingly connected to the filter system by first sealing means (10, 20, 31) providing a sealing skirt surrounding the fill gap at its radial outer side, the fill gap is opened and closed by second sealing means (10, 12, 13, 32) engaging the fill gap from the side of the first end wall opposite the side facing the torus shaped cavity of the filter element, and which second sealing means in a first position close the fill gap, such that the sealingly connected feed tube is sealed from the cavity and in a second position open the fill gap such that the sealingly connected feed tube is connected to the cavity.
A light wood-containing material having an average density in the range from 200 to 600 kg/m3, comprising, based in each case on the wood-containing material: A) from 30 to 95% by weight of wood particles; B) from 1 to 15% by weight of a filler having a bulk density in the range from 15 to 80 kg/m3 composed of already foamed plastic particles; C) from 3 to 50% by weight of a binder comprising an aminoplast resin and an organic isocyanate having at least two isocyanate groups and optionally D) additives. A) from 30 to 95% by weight of wood particles; B) from 1 to 15% by weight of a filler having a bulk density in the range from 15 to 80 kg/m3 composed of already foamed plastic particles; C) from 3 to 50% by weight of a binder comprising an aminoplast resin and an organic isocyanate having at least two isocyanate groups and optionally D) additives.
Method for simulating a processing machine in cloud computing, wherein cloud computing comprises a plurality of computers which are connected in a communicative manner with one another and are suited to executing web-capable simulation services (24, 26, 28, 30, 32, 34, 36), wherein a digital shadow is formed in cloud computing as a representative of the simulated processing machine, characterised in that a configuration and a state of the simulated processing machine is impressed onto the digital shadow, that with a CAM service made available in cloud computing and the digital shadow of the simulated processing machine, a calculation and validation of a tool path of the simulated processing machine takes place and that following a test of the simulated processing machine in clouding computing, a configuration of the digital shadow is impressed onto the simulated processing machine. wherein cloud computing comprises a plurality of computers which are connected in a communicative manner with one another and are suited to executing web-capable simulation services (24, 26, 28, 30, 32, 34, 36), wherein a digital shadow is formed in cloud computing as a representative of the simulated processing machine, characterised in that a configuration and a state of the simulated processing machine is impressed onto the digital shadow, that with a CAM service made available in cloud computing and the digital shadow of the simulated processing machine, a calculation and validation of a tool path of the simulated processing machine takes place and that following a test of the simulated processing machine in clouding computing, a configuration of the digital shadow is impressed onto the simulated processing machine.
High pressure fuel pump adapted to be arranged in a diesel fuel injection equipment, said pump comprising - a pressurizing assembly wherein a plunger arranged in a bore is adapted to translate along a main axis in order to vary the volume of a compression chamber defined by an extremity of the bore and an extremity of the plunger and, - a fuel transfer assembly comprising an inlet valve assembly, controlling an inlet flow of low pressure fuel in said compression chamber and, an outlet valve assembly controlling an outlet flow of pressurized fuel out of said compression chamber, wherein the pressurizing assembly has a pressurizing body provided with the bore and, the fuel transfer assembly has a fuel transfer body wherein are arranged the inlet and the outlet valve assemblies (70, 96), said pressurizing body and fuel transfer body being distinct parts sealingly fixed to each other along a sealing area and wherein, the bore opens in the pressurizing body sealing face and wherein, the fuel transfer body sealing face closes the opening of the bore and wherein, the pressurizing body is further provided with a counterbore formed at the opening end of the bore, portion of the bore defining the compression chamber, said counterbore forming a gallery in the ceiling of which open the inlet orifice and the outlet orifice and, characterized in that the pressurizing body has a cylindrical barrel shape extending along the main axis, said barrel being threaded on its peripheral outer face and screwed in a complementary threaded another bore provided in the fuel transfer body, the fuel transfer body sealing face being the bottom face of said another bore and, the pressurizing body sealing face being a transverse face of the barrel. - a pressurizing assembly wherein a plunger arranged in a bore is adapted to translate along a main axis in order to vary the volume of a compression chamber defined by an extremity of the bore and an extremity of the plunger and, - a fuel transfer assembly comprising an inlet valve assembly, controlling an inlet flow of low pressure fuel in said compression chamber and, an outlet valve assembly controlling an outlet flow of pressurized fuel out of said compression chamber,
A manipulation method applicable for a non-redundant cluster of Single Gimbal Control Moment Gyroscope SGCMGs, wherein a spacecraft is equipped with n SGCMGs each having a same angular momentum, wherein n is a positive integer greater than or equal to 3; characterised by the fact that the method comprises: 1) determining a nominal gimbal angle vector for a configuration of the n-SGCMGs based on the configuration and a total angular momentum of the n-SGCMGs; 2) determining a Jacobian matrix J acob of a gimbal angle kinematic equation based on real-time gimbal angles of the n-SGCMGs, and determining a deviation Δ δ of a gimbal angle vector from the nominal gimbal angle vector based on the gimbal angle vector and the nominal gimbal angle vector of the n SGCMGs determined in step 1); and 3) determining a gimbal angular velocity command δ̇ r of the SGCMGs based on the Jacobian matrix J acob and the deviation Δ δ determined in step 2). 1) determining a nominal gimbal angle vector for a configuration of the n-SGCMGs based on the configuration and a total angular momentum of the n-SGCMGs; 2) determining a Jacobian matrix J acob of a gimbal angle kinematic equation based on real-time gimbal angles of the n-SGCMGs, and determining a deviation Δ δ of a gimbal angle vector from the nominal gimbal angle vector based on the gimbal angle vector and the nominal gimbal angle vector of the n SGCMGs determined in step 1); and 3) determining a gimbal angular velocity command δ̇ r of the SGCMGs based on the Jacobian matrix J acob and the deviation Δ δ determined in step 2).
An integrated circuit, IC, comprising: a substrate comprising active elements; a middle-of-line, MOL, layer disposed above the substrate; a metal interconnect layer disposed over the MOL layer, the metal interconnect layer comprising a first metal conductive element and a second metal conductive element; and an elongated via disposed in the MOL layer and connecting to the active elements in the substrate, the elongated via disposed in contact with the first metal conductive element and the second metal conductive element to interconnect the first metal conductive element and the second metal conductive element. a substrate comprising active elements; a middle-of-line, MOL, layer disposed above the substrate; a metal interconnect layer disposed over the MOL layer, the metal interconnect layer comprising a first metal conductive element and a second metal conductive element; and an elongated via disposed in the MOL layer and connecting to the active elements in the substrate, the elongated via disposed in contact with the first metal conductive element and the second metal conductive element to interconnect the first metal conductive element and the second metal conductive element.
A safety belt for racing car comprising: - a fastening buckle; - a first pair of band elements (4d, 4s) having the function of shoulder straps each provided with a first end portion configured to be fixed to the bearing structure of the vehicle and a second end portion provided with locking tab adapted to couple with the fastening buckle; - a second pair of band elements (10d, 10s) having the function of the lateral retention of the pilot each provided with a first end portion configured to be fixed to the bearing structure of the vehicle and a second end portion having a locking tab adapted to couple with the fastening buckle; - a third pair of band elements (16d, 16s) having the function of the inguinal retention of the pilot each provided with a first end portion configured to be fixed to the bearing structure of the vehicle and a second end portion forming a ring adapted to be engaged by the second portion of the band elements (4s, 4d) having the function of shoulder straps when the first pair of band elements (4d, 4s) are coupled to the fastening buckle; - belt-guide means carried by the second end portions of the band elements (10d, 10s) having the lateral retention function adapted to enable in their inside the sliding of the band elements (16d, 16s) having the function of inguinal retention, characterized in that said belt-guide means comprise a first/a second ring (20,21) obtained by means of a belt portion sewn on said second end portions of the band elements having the function of lateral retention (10d, 10s). - a fastening buckle; - a first pair of band elements (4d, 4s) having the function of shoulder straps each provided with a first end portion configured to be fixed to the bearing structure of the vehicle and a second end portion provided with locking tab adapted to couple with the fastening buckle; - a second pair of band elements (10d, 10s) having the function of the lateral retention of the pilot each provided with a first end portion configured to be fixed to the bearing structure of the vehicle and a second end portion having a locking tab adapted to couple with the fastening buckle; - a third pair of band elements (16d, 16s) having the function of the inguinal retention of the pilot each provided with a first end portion configured to be fixed to the bearing structure of the vehicle and a second end portion forming a ring adapted to be engaged by the second portion of the band elements (4s, 4d) having the function of shoulder straps when the first pair of band elements (4d, 4s) are coupled to the fastening buckle; - belt-guide means carried by the second end portions of the band elements (10d, 10s) having the lateral retention function adapted to enable in their inside the sliding of the band elements (16d, 16s) having the function of inguinal retention,
A medical device apparatus, comprising: a medical implant including a braided anchor member operatively connected to a delivery system, the delivery system including a handle, an outer sheath extending distally from the handle, and an inner catheter disposed within the outer sheath; and a sheathing aid connecting the delivery system to the medical implant, the sheathing aid being configured to guide the medical implant into the outer sheath upon relative closing movement therebetween; characterized in that the sheathing aid includes a plurality of filaments extending from the inner catheter to a proximal end of the braided anchor member, and a cleat disc disposed within a coupler ring fixedly attached to a distal end of the inner catheter; wherein the plurality of filaments is releasably coupled to the cleat disc; wherein the delivery system further includes at least one actuator element extending from the inner catheter through the cleat disc to the medical implant, the at least one actuator element being configured to reversibly shift the braided anchor member from an elongated delivery configuration to an enlarged deployed configuration. a medical implant including a braided anchor member operatively connected to a delivery system, the delivery system including a handle, an outer sheath extending distally from the handle, and an inner catheter disposed within the outer sheath; and a sheathing aid connecting the delivery system to the medical implant, the sheathing aid being configured to guide the medical implant into the outer sheath upon relative closing movement therebetween; characterized in that the sheathing aid includes a plurality of filaments extending from the inner catheter to a proximal end of the braided anchor member, and a cleat disc disposed within a coupler ring fixedly attached to a distal end of the inner catheter; wherein the plurality of filaments is releasably coupled to the cleat disc; wherein the delivery system further includes at least one actuator element extending from the inner catheter through the cleat disc to the medical implant, the at least one actuator element being configured to reversibly shift the braided anchor member from an elongated delivery configuration to an enlarged deployed configuration.