mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a vehicle tyre having an axis of rotation, in which an annular carcass region which can be filled with compressed air is connected radially on the outside to an outer region having a tread, wherein an annular structural component is arranged between the carcass region and the outer region and is connected in a firmly adhering and frictionally engaging manner to the carcass region along the radially inner circumference and to the outer region along the radially outer circumference, characterized in that the structural component is configured in one piece by a) annular disc-shaped strengthening members being produced which run obliquely to the normal axis in identical division portions (T1, T2) so as to meander between the radially inner circumference and the radially outer circumference of the structural component and are layered parallel and coaxially to one another to form the structural component, wherein in each case adjacent strengthening members are each arranged so as to be offset from one another by a division portion (T1, T2); or b) annular disc-shaped strengthening members being produced which run obliquely to the normal axis in identical division portions (T1, T2) so as to meander between the radially inner circumference and the radially outer circumference of the structural component and are layered parallel and coaxially to one another to form the structural component, wherein in each case two successive strengthening members (114a, 114b) are formed from materials having mutually different coefficients of thermal expansion and have a height offset with respect to the axis of rotation, and the adjacent two successive strengthening members are arranged so as to be offset by a division portion (T1, T2). a) annular disc-shaped strengthening members being produced which run obliquely to the normal axis in identical division portions (T1, T2) so as to meander between the radially inner circumference and the radially outer circumference of the structural component and are layered parallel and coaxially to one another to form the structural component, wherein in each case adjacent strengthening members are each arranged so as to be offset from one another by a division portion (T1, T2); or b) annular disc-shaped strengthening members being produced which run obliquely to the normal axis in identical division portions (T1, T2) so as to meander between the radially inner circumference and the radially outer circumference of the structural component and are layered parallel and coaxially to one another to form the structural component, wherein in each case two successive strengthening members (114a, 114b) are formed from materials having mutually different coefficients of thermal expansion and have a height offset with respect to the axis of rotation, and the adjacent two successive strengthening members are arranged so as to be offset by a division portion (T1, T2).
A method for recycling a hydrogen fuel cell, comprising: discharging and disassembling a hydrogen fuel cell to obtain a hydrogen supply system, an air supply system, a cooling system and a galvanic pile; disassembling the galvanic pile into a catalyst and carbon cloth, and ashing to obtain ash; adding an auxiliary agent into the ash, mixing, introducing inert gas, heating, introducing oxidizing gas, and absorbing tail gas by using an ammonium salt solution; and adding a reducing agent into the ammonium salt solution absorbing the tail gas in step to react, filtering, taking and cleaning a filter residue to obtain Pt, wherein in step, the oxidizing gas is one of chlorine gas or bromine gas, wherein in step, the heating is carried out at a rate of 2°C·min -1 to 6°C·min -1 and a temperature of 1,000°C to 1,200°C; wherein in step, the auxiliary agent is one of NaF, CaF 2, KCl, NaCl or CaCl 2. discharging and disassembling a hydrogen fuel cell to obtain a hydrogen supply system, an air supply system, a cooling system and a galvanic pile; disassembling the galvanic pile into a catalyst and carbon cloth, and ashing to obtain ash; adding an auxiliary agent into the ash, mixing, introducing inert gas, heating, introducing oxidizing gas, and absorbing tail gas by using an ammonium salt solution; and adding a reducing agent into the ammonium salt solution absorbing the tail gas in step to react, filtering, taking and cleaning a filter residue to obtain Pt, wherein in step, the oxidizing gas is one of chlorine gas or bromine gas, wherein in step, the heating is carried out at a rate of 2°C·min -1 to 6°C·min -1 and a temperature of 1,000°C to 1,200°C;
A vibration-reducing component comprising a compressible elastic element and a plurality of individual compression elements, wherein each said individual compression element is connected to said compressible elastic element at first and second locations of said compressible elastic element spaced in the direction of an elastic element axis, extends continuously along said compressible elastic element between said first and second spaced locations, and applies a compressive force for placing said elastic element into compression, wherein said plurality of individual compression elements comprises two said individual compression elements each of which is on a respective opposite side of said compressible elastic element transverse to said elastic element axis, and said two individual compression elements are coplanar, characterized in that each said individual compression element comprises a cable or rope-like device that applies said compressive force in the direction of said elastic element axis.
An item of clothing, particularly of catsuit type, for improving the mechanical stimulation of the connective tissue, made of a knitted fabric, defining open-work stitches and having an isotropic elasticity
A method for generating a solid antigen/carrier protein gel for immunohistochemical staining, the method comprising: (a) mixing a purified antigen with a liquid solution comprising a carrier protein to produce an antigen/carrier protein liquid solution; and (b) heating the antigen/carrier protein liquid solution to form the solid antigen/carrier protein gel, wherein the antigen is a polypeptide antigen, the carrier protein consists of a serum albumin protein, and the antigen/carrier protein liquid solution includes a cross-linking agent. (a) mixing a purified antigen with a liquid solution comprising a carrier protein to produce an antigen/carrier protein liquid solution; and (b) heating the antigen/carrier protein liquid solution to form the solid antigen/carrier protein gel,
A method for continuously casting steel using a mold and an electromagnetic stirrer, the mold being equipped with the electromagnetic stirrer, the method comprising: obtaining a relationship between effective Lorentz force density F (N/m 3) that is calculated by the following formula, and current frequency (Hz) of the electromagnetic stirrer; and using current frequency of the electromagnetic stirrer such that the effective Lorentz force density F is within a range of Fmax to 0.9 Fmax, wherein Fmax is a maximum value of the effective Lorentz force density F, wherein F = Lx − α ⋅ Ly, wherein Lx (N/m 3) is an average value of Lorentz force density components in a direction parallel to a long side of the mold within existence of an iron core, the iron core being a component of the electromagnetic stirrer; Ly (N/m 3) is an average value of Lorentz force density components in a direction parallel to a short side of the mold within existence of the iron core; and α is a coefficient indicating bad influence of electromagnetic repulsion, wherein α is within the range of 3 to 7. obtaining a relationship between effective Lorentz force density F (N/m 3) that is calculated by the following formula, and current frequency (Hz) of the electromagnetic stirrer; and using current frequency of the electromagnetic stirrer such that the effective Lorentz force density F is within a range of Fmax to 0.9 Fmax, wherein Fmax is a maximum value of the effective Lorentz force density F, wherein F = Lx − α ⋅ Ly, wherein Lx (N/m 3) is an average value of Lorentz force density components in a direction parallel to a long side of the mold within existence of an iron core, the iron core being a component of the electromagnetic stirrer; Ly (N/m 3) is an average value of Lorentz force density components in a direction parallel to a short side of the mold within existence of the iron core; and α is a coefficient indicating bad influence of electromagnetic repulsion, wherein α is within the range of 3 to 7. wherein Lx (N/m 3) is an average value of Lorentz force density components in a direction parallel to a long side of the mold within existence of an iron core, the iron core being a component of the electromagnetic stirrer; Ly (N/m 3) is an average value of Lorentz force density components in a direction parallel to a short side of the mold within existence of the iron core; and α is a coefficient indicating bad influence of electromagnetic repulsion, wherein α is within the range of 3 to 7.
Inclined channel solids separator for retaining and recirculating solids from a reactor mixture, comprising the following elements: - an upper region of the solids separator having one or more feed-throughs/fittings for removing a harvest stream separated from the cells (=harvest) from a harvest stream collection region, connected to - a separation region formed by a plate stack composed of single-layer or multilayer plastic web plates, which stack is tilted during operation at an angle of from 30° to 80° with respect to the horizontal, connected to - a lower segment of the solids separator having one or more feed-throughs or fittings for flow distribution of the reactor mixture, above - a solids collection region which is downwardly tapered for collecting the cells by means of gravity, wherein the solids collection region is downwardly tapered in a conical or pyramidical manner. - an upper region of the solids separator having one or more feed-throughs/fittings for removing a harvest stream separated from the cells (=harvest) from a harvest stream collection region, connected to - a separation region formed by a plate stack composed of single-layer or multilayer plastic web plates, which stack is tilted during operation at an angle of from 30° to 80° with respect to the horizontal, connected to - a lower segment of the solids separator having one or more feed-throughs or fittings for flow distribution of the reactor mixture, above - a solids collection region which is downwardly tapered for collecting the cells by means of gravity,
A method for pairing two devices, one of which is a first device, the other is a second device, wherein the method is implemented at the first device, characterized in that the method comprises: generating a tracing pattern to be displayed on either one or both of the first and second devices; generating a pair of indicators for alignment references to be displayed one on the first device and the other on the second device; sending whole or a part of the tracing pattern for displaying the tracing pattern on the second device if any and one of the pair of indicators to the second device; displaying the corresponding tracing pattern and the other of the pair of indicators on the first device (410, 412); receiving information indicating the result of tracing on the second device; and accepting pairing the two devices according to the information, wherein even if the tracing pattern is displayed on only the first device, tracing of the tracing pattern is started in front of the tracing pattern utilizing the pair of indicators so as to swipe the second device in the correctly aligned position with the first device. generating a tracing pattern to be displayed on either one or both of the first and second devices; generating a pair of indicators for alignment references to be displayed one on the first device and the other on the second device; sending whole or a part of the tracing pattern for displaying the tracing pattern on the second device if any and one of the pair of indicators to the second device; displaying the corresponding tracing pattern and the other of the pair of indicators on the first device (410, 412); receiving information indicating the result of tracing on the second device; and accepting pairing the two devices according to the information, wherein even if the tracing pattern is displayed on only the first device, tracing of the tracing pattern is started in front of the tracing pattern utilizing the pair of indicators so as to swipe the second device in the correctly aligned position with the first device.
A process for the chemoselective reduction of a terminally unsaturated carboxylic ester to a terminally unsaturated alcohol wherein A is a divalent radical containing 1 to 30 carbon atoms, which may be linear or branched, substituted or unsubstituted aliphatic, aromatic or contain both aliphatic and aromatic elements; R is a hydrocarbon radical or a radical derived from a hydrocarbon, which may be substituted or unsubstituted and saturated or unsaturated; R 1 is a hydrogen atom or a C 1-20 linear or branched, substituted or unsubstituted alkyl or alkene group; and m is an integer from 1 to 6, by catalytic hydrogenation in the presence of a ruthenium complex with a tetradentate ligand wherein the coordinating groups of said tetradentate ligand consist of at least one imino or amino group and at least one phosphino group, and wherein the concentration of ruthenium complex is less than 0.05 mol %.
An interlayer film for laminated glass, comprising a plastic layer with a Young's modulus of higher than or equal to 1 GPa, a first resin layer directly layered on a first surface of the plastic layer, and a second resin layer directly layered on a second surface opposite to the first surface of the plastic layer, the first resin layer, the plastic layer and the second resin layer being subjected to thermocompression bonding by a roll-to-roll process under conditions of a heating temperature of higher than or equal to 65°C and lower than or equal to 150°C, a pressure at the time of compression bonding of greater than or equal to 0.05 MPa and less than or equal to 0.5 MPa and a tensile force at the time of transportation of less than or equal to 100 N, the plastic layer containing polyethylene terephthalate, the first resin layer containing a polyvinyl acetal resin and a plasticizer and the second resin layer containing a polyvinyl acetal resin and a plasticizer, the content of the plasticizer in the first layer being greater than or equal to 15 parts by weight and less than or equal to 75 parts by weight relative to 100 parts by weight of the polyvinyl acetal resin in the first layer and the content of the plasticizer in the second layer being greater than or equal to 15 parts by weight and less than or equal to 75 parts by weight relative to 100 parts by weight of the polyvinyl acetal resin in the second layer, the second resin layer containing an ultraviolet ray screening agent, having the Young's modulus of the plastic layer higher than the Young's modulus of the first resin layer and having an adhesive force between the plastic layer and the first resin layer measured in accordance with JIS K6854-2 of greater than or equal to 1 N/50 mm and less than or equal to 20 N/50 mm, and having the Young's modulus of the plastic layer higher than the Young's modulus of the second resin layer and having an adhesive force between the plastic layer and the second resin layer measured in accordance with JIS K6854-2 of greater than or equal to 1 N/50 mm and less than or equal to 20 N/50 mm, wherein, the Young's modulus is measured according to the method in the description.
Patient support system arranged to position and support a patient lying on the support system, for example at X-Ray systems, comprising a frame that, in use, is mounted to a floor, an upright column with a table top support system and mounted to the frame and supporting a table top that is movable longitudinally with respect to the column and arranged to accommodate a person, at least one tilt actuator to move and/or maintain the table top in a set tilted position and a control device to control the at least one tilt actuator, the control device comprising an inclination measuring device, a data storage and a processing unit that in use compares data from the inclination measurement device with data from the data storage, wherein the control device comprises a force sensor that, in use, determines a load supported by the table top, characterized in that the control device comprises a position sensor that, in use, determines the longitudinal position of the table top with respect to a reference, wherein the control device in use calculates a set point for the at least one tilt actuator in dependence of at least the load at the table and the longitudinal position of the table top, and actuates the tilt actuator to move or maintain the table top to the set tilted position.
A method of data transmission, comprising: receiving, by user equipment, UE, a transmission of service data sent by a base station, wherein scheduling control data on the transmission of the service data carries scheduling information of service data for which a transmission resource is preempted, comprising: receiving two transmissions of first service data sent by the base station, wherein scheduling control data on the latter transmission of the two transmissions of the first service data carries scheduling information indicating a transmission resource location of the first service data which is preempted by second service data in the former transmission of the two transmissions of the first service data and the first service data corresponding to the transmission resource location, and the scheduling control data is carried on physical downlink control channel; wherein the scheduling information carried by the scheduling control data on the latter transmission of the two transmissions of the first service data is sent by the base station when the base station cannot predict that a transmission resource for the first service data in the former transmission is preempted by the second service data in the former transmission, and scheduling for the second service data is semi-persistent scheduling or grant free; and receiving, by the UE, the service data for which the transmission resource is preempted according to the scheduling information by receiving the first service data corresponding to the transmission resource location according to the scheduling information. receiving two transmissions of first service data sent by the base station, wherein scheduling control data on the latter transmission of the two transmissions of the first service data carries scheduling information indicating a transmission resource location of the first service data which is preempted by second service data in the former transmission of the two transmissions of the first service data and the first service data corresponding to the transmission resource location, and the scheduling control data is carried on physical downlink control channel; wherein the scheduling information carried by the scheduling control data on the latter transmission of the two transmissions of the first service data is sent by the base station when the base station cannot predict that a transmission resource for the first service data in the former transmission is preempted by the second service data in the former transmission, and scheduling for the second service data is semi-persistent scheduling or grant free; and receiving, by the UE, the service data for which the transmission resource is preempted according to the scheduling information by receiving the first service data corresponding to the transmission resource location according to the scheduling information.
A mixed gas composition suitably adapted to provide a condensed phase refrigerant having a normal boiling point below about 80° K and above about 27° K, said composition consisting essentially of: Ar and Ne, wherein the molar weight fraction of Ar ranges from 19% to 40%.
System for connecting a first and a second hose coupling, comprising: - the first and second hose couplings, each comprising respective first and second (105") hose bodies, respectively having a first and second (106") enlarged section integrated with the first and second (105") hose bodies, and a first and second (107") mobile connecting section in relation to the first and second (105") hose bodies; - an intermediate connector comprising a central section and a first and second (201") lateral section, each fitting, respectively, into the first and second (107") mobile connecting sections; - a locking device with a body having a first and second (3") locking section, coupling, respectively, with the first and second (106") enlarged sections of the first and second hose couplings (101', 101"), and a central locking section coupling with the central section of the connector, wherein the first and second (201") lateral sections of the connector comprise a first and second lateral threaded section, and the first and second (107") mobile connecting sections of the first and second hose couplings comprise first and second (110") revolving sections which have internal radially threaded sections (108', 108") suitable for being screwed into the first and second threaded sections of the lateral sections (201', 201") of the connector. - the first and second hose couplings, each comprising respective first and second (105") hose bodies, respectively having a first and second (106") enlarged section integrated with the first and second (105") hose bodies, and a first and second (107") mobile connecting section in relation to the first and second (105") hose bodies; - an intermediate connector comprising a central section and a first and second (201") lateral section, each fitting, respectively, into the first and second (107") mobile connecting sections; - a locking device with a body having a first and second (3") locking section, coupling, respectively, with the first and second (106") enlarged sections of the first and second hose couplings (101', 101"), and a central locking section coupling with the central section of the connector,
Method for automatically selecting a first network clock (N1 ij) of a mobile network comprising at least one group (G i) of first network clocks each having a local clock, belonging to a link-by-link synchronization domain in which they communicate in a link-by-link synchronization scheme and capable of communicating in an end-to-end synchronization scheme with a master clock providing a frequency reference for synchronizing said local clocks, said method comprising, in this order, a step (i) of collecting datasets of the local clocks of said group (G i), a step (ii) of comparing said collected clock datasets to determine the best one according to at least one criterion, then selecting the first network clock (N1 ij) offering said best clock dataset, and a step (iii) of configuring said selected first network clock (N1 ij) as a frequency synchronization gateway for interconnecting said master clock in an end-to-end synchronization domain by using a domain identifier of an end-to-end synchronization domain comprising said master clock.