mhurhangee/ep-ind-claims huggingface dataset:
Crusher having a protective liner, the protective liner comprising a plurality of lining segments (200, 201, 250) which are arranged circumferentially along a wall of the crusher, wherein at least some of the segments (200, 201, 250) have a trapezoidal shape with two bases (202, 204) of different lengths arranged parallel to the circumferential direction of the wall and two non-parallel legs connecting the bases, wherein at least some of the segments (200, 201, 250) are arranged along the circumference of the wall such that long and short bases of adjacent segments (200, 201, 250) alternate, characterised in that at least some of the segments (200, 201, 250) are allowed to vary in their axial position with respect to adjacent segments (200, 201, 250)to compensate for tolerances in diameter of the wall of the crusher.
Method for recycling a reinforced organic-matrix composite material, said material comprising a first component comprising at least one organic matrix polymer and at least one solid second component being compatible with said first component and being structurally different from said first component, wherein said at least one organic polymer comprises an epoxy based polymer or a (meth)acrylate polymer and has thermosetting properties at room temperature, wherein said at least one solid second component is a reinforcing material, and wherein said polymer comprises thermally reversible cross-links which thermally reversible cross-links are based on the reversible Diels-Alder reaction between a diene and a dienophile, said method comprising - heating the reinforced organic-matrix composite material to a temperature at which at least part of the thermally reversible cross-links cleave and at which temperature the first component has a viscosity of at most 500 Pa·s, as measured by oscillatory measurements on an Anton Paar MCR 301 rheometer using parallel plate geometry; and - separating the at least part of said first component from said second component. - heating the reinforced organic-matrix composite material to a temperature at which at least part of the thermally reversible cross-links cleave and at which temperature the first component has a viscosity of at most 500 Pa·s, as measured by oscillatory measurements on an Anton Paar MCR 301 rheometer using parallel plate geometry; and - separating the at least part of said first component from said second component.
A current detection device comprising: a shunt resistor connected in series to a path through which a current (If) flows; a first circuit that is configured to convert a voltage across the shunt resistor into a differential voltage; a second circuit that is configured to amplify an input differential voltage at a predetermined amplification factor, the input differential voltage being input from the first circuit via a pair of wirings; a modulation unit and a demodulation unit; a resistor connected between the pair of wirings; and an arithmetic circuit that operates the current flowing through the path based on the voltage amplified by the second circuit, wherein the first circuit includes the modulation unit, the modulation unit generates a modulation signal produced by modulating the voltage across the shunt resistor and is insulated from the demodulation unit, the resistor is a resistor for current adjustment that adjusts the output voltage of the second circuit, the larger the resistance value of the resistor is, the larger the inclination of a detection voltage of the arithmetic circuit relative to the current flowing through the shunt resistor becomes, characterized in that: the first circuit includes the demodulation unit, the demodulation unit is configured to demodulate the modulation signal to generate the differential voltage. a shunt resistor connected in series to a path through which a current (If) flows; a first circuit that is configured to convert a voltage across the shunt resistor into a differential voltage; a second circuit that is configured to amplify an input differential voltage at a predetermined amplification factor, the input differential voltage being input from the first circuit via a pair of wirings; a modulation unit and a demodulation unit; a resistor connected between the pair of wirings; and an arithmetic circuit that operates the current flowing through the path based on the voltage amplified by the second circuit, wherein the first circuit includes the modulation unit, the modulation unit generates a modulation signal produced by modulating the voltage across the shunt resistor and is insulated from the demodulation unit, the resistor is a resistor for current adjustment that adjusts the output voltage of the second circuit, the larger the resistance value of the resistor is, the larger the inclination of a detection voltage of the arithmetic circuit relative to the current flowing through the shunt resistor becomes, characterized in that: the first circuit includes the demodulation unit, the demodulation unit is configured to demodulate the modulation signal to generate the differential voltage. the first circuit includes the demodulation unit, the demodulation unit is configured to demodulate the modulation signal to generate the differential voltage.
Method for monitoring an engagement process of an engagement pinion of a starter motor for a vehicle drive, in which an armature of the starter motor is moved by a magnet, comprising: detecting a magnet coil signal when a magnet coil of the magnet is energised in order to obtain a signal profile, in particular a current profile; generating a frequency profile by transforming the signal profile with a time-frequency transformation; comparing the frequency profile with at least one reference frequency profile; and monitoring the engagement process on the basis of the comparison. detecting a magnet coil signal when a magnet coil of the magnet is energised in order to obtain a signal profile, in particular a current profile; generating a frequency profile by transforming the signal profile with a time-frequency transformation; comparing the frequency profile with at least one reference frequency profile; and monitoring the engagement process on the basis of the comparison.
A liquid composition comprising polyclonal immunoglobulins, at least one viscosity modulating amino acid, selected from arginine and histidine, and at least one stabilising amino acid, selected from glycine and proline, wherein more than 90% of the polyclonal immunoglobulins are in the form of monomers or dimers and less than 5% in the form of polymers, and wherein the immunoglobulin concentration in the composition is above 160 g/L and the pH is in the range from 5.5 to 5.9.
A nanoscale temperature detector comprising - a diamond sensing probe with a sensing tip having a plurality of colour centres, whose emission count rate show temperature-sensitive features, wherein the diamond sensing probe is configured to optically guide a light emitted by the colour centres, and a - mounting structure for connecting said sensor probe to a detector system, characterized - in that the sensing tip has a curvature radius of less than 100 nanometres, or less than 10 nanometres, or less than 1 nanometre, - in that the diamond sensing probe has a transverse dimension of at least 200 nanometres, and - in that the nanoscale temperature detector further comprises a thermal isolation barrier for thermally decoupling the sensing probe from a detector system. - a diamond sensing probe with a sensing tip having a plurality of colour centres, whose emission count rate show temperature-sensitive features, wherein the diamond sensing probe is configured to optically guide a light emitted by the colour centres, and a - mounting structure for connecting said sensor probe to a detector system, characterized - in that the sensing tip has a curvature radius of less than 100 nanometres, or less than 10 nanometres, or less than 1 nanometre, - in that the diamond sensing probe has a transverse dimension of at least 200 nanometres, and - in that the nanoscale temperature detector further comprises a thermal isolation barrier for thermally decoupling the sensing probe from a detector system.
A wound dressing comprising an ex vivo formed combination of a liquid formulation comprising fibrinogen and/or fibrin and an oxidized cellulose backing, wherein the wound dressing is configured to be applied to a tissue within less than 20 seconds from the combining.
A cooler for a vehicle comprising: a cooler housing having a cooling water passage therein; tubes disposed inside the cooler housing and having exhaust gas passages therein; cooling pins arranged inside each of the tubes in a predetermined pattern; and a cup plate attached to both ends of the cooler housing, characterized in that the cup plate includes a first core material and a first bonding layer that is bonded to both outer surfaces of the first core material, and has a plurality of slots penetrating the first bonding layer and the first core material in a thickness direction, wherein each of the tubes has an end part penetrating each of the plurality of slots and includes a second core material and a second bonding layer that is in contact with an interior surface of each of the plurality of slots, wherein the second bonding layer is in contact with the first bonding layer and the first core material, wherein the first bonding layer includes a material having a corrosion potential lower than that of the second bonding layer, wherein the cup plate has a clad material having a three-layered structure of which the first bonding layer having A4000 series is bonded on both surfaces of the first core material, wherein each of the tubes includes a diffusion preventing layer having A1000 series is respectively bonded on both surfaces of the second core material, and wherein the second bonding layer is respectively bonded on each exterior surface of the diffusion preventing layer. a cooler housing having a cooling water passage therein; tubes disposed inside the cooler housing and having exhaust gas passages therein; cooling pins arranged inside each of the tubes in a predetermined pattern; and a cup plate attached to both ends of the cooler housing, characterized in that the cup plate includes a first core material and a first bonding layer that is bonded to both outer surfaces of the first core material, and has a plurality of slots penetrating the first bonding layer and the first core material in a thickness direction, wherein each of the tubes has an end part penetrating each of the plurality of slots and includes a second core material and a second bonding layer that is in contact with an interior surface of each of the plurality of slots, wherein the second bonding layer is in contact with the first bonding layer and the first core material, wherein the first bonding layer includes a material having a corrosion potential lower than that of the second bonding layer, wherein the cup plate has a clad material having a three-layered structure of which the first bonding layer having A4000 series is bonded on both surfaces of the first core material, wherein each of the tubes includes a diffusion preventing layer having A1000 series is respectively bonded on both surfaces of the second core material, and wherein the second bonding layer is respectively bonded on each exterior surface of the diffusion preventing layer.
Method for combustion of a fuel using an existing air burner, which air burner comprises a first supply opening for fuel and a second supply opening for air, which supply openings (5,7) open out into a combustion zone, characterised in that a gaseous low-grade fuel with a lower heating value of less than 7,5 MJ/Nm 3 is supplied through the second supply opening for air, in that an oxidant comprising at least 85 percentages by weight oxygen is also supplied to the combustion zone through a supply device for oxidant, and in that the gaseous fuel is caused to be combusted with the oxidant in the combustion zone.
A manufacturing method for an extruded rubber member comprising extruding at least one type of rubber from a die, the method comprising the steps of: inserting at least one thread into a flow channel (11..13) of the at least one type of rubber; and embedding the at least one thread in a longitudinal direction of the extruded rubber member, characterized in that a breaking strength of the at least one thread is 100 N or less. inserting at least one thread into a flow channel (11..13) of the at least one type of rubber; and embedding the at least one thread in a longitudinal direction of the extruded rubber member,
A screening apparatus for grading particulate material comprising a grading screen having apertures formed therein for water and/or undersize particles to pass through, the grading screen being supported on a frame mounted on a chassis via resilient linkages, the frame, and thus the grading screen being vibrated by vibrating means to impart circular or reciprocating vibratory motion to the grading screen, the grading screen being arranged at a predetermined slope whereby material to be graded is, in use, delivered onto an upper end of the grading screen, typically entrained in a flow of water, while the grading screen is vibrated by the vibrating means to convey the material over the grading screen and to cause undersize material and water to pass through the apertures of the grading screen, oversize material being discharged from a lower end of the grading screen onto a conveyor or into a collection bay or hopper, a sump being provided beneath the grading screen for receiving under-sized material passing through the openings of the grading screen, a jet pump being provided for conveying material from said sump to a dewatering screen, wherein the grading screen comprises a split screen divided into an upstream section having a relatively small aperture size and a downstream section having a larger aperture size, undersized material passing through the apertures of said downstream section being collected in a separate region of said sump, said jet pump being arranged to pass said undersized material from said separate sump region to the dewatering screen and wherein under-sized material passing through the apertures of said upstream section of the grading screen are received in a main sump region, a pump being provided for pumping material from said main sump region to a hydrocyclone.
A passive solid tumor-targeted anticancer prodrug formed by bonding pectin and doxorubicin, characterized by reacting small molecular pectin with Mw of 5,000 - 45,000 with doxorubicin to obtain a pectin-doxorubicin conjugate with Mw of 100,000 - 1,000,000, preparing the conjugate into a suspension, and treating the suspension in an ultra-high pressure nano homogenizer to obtain the passive solid tumor-targeted anticancer prodrug with particle size of 100nm - 200nm and melting point of 220 - 245°C, wherein the pectin and doxorubicin are linked by an amide bond, and the pectin is linked by an ester bond formed by condensing carboxyl groups and hydroxyl groups of pectin molecules.
A canopy control system comprising: a yoke, comprising a plate and an angle sensor to detect the angle of the yoke with respect to a vehicle, configured to be pivotably securable to the vehicle and securable to a line system of a canopy, the line system securable to the plate via securing points distributed laterally and fore and aft on the plate in use, such that the yoke pivots with respect to the vehicle in a first direction when the canopy is subjected to a wind force; and a control mechanism configured to apply a control force to the canopy line system to cause the canopy to oppose the wind force, such that the yoke pivots with respect to the vehicle in a second direction which is opposite to the first direction. a yoke, comprising a plate and an angle sensor to detect the angle of the yoke with respect to a vehicle, configured to be pivotably securable to the vehicle and securable to a line system of a canopy, the line system securable to the plate via securing points distributed laterally and fore and aft on the plate in use, such that the yoke pivots with respect to the vehicle in a first direction when the canopy is subjected to a wind force; and a control mechanism configured to apply a control force to the canopy line system to cause the canopy to oppose the wind force, such that the yoke pivots with respect to the vehicle in a second direction which is opposite to the first direction.
A nutritional composition containing - a spray-dried powder, wherein the spray-dried powder contains at least 80 %-wt. of at least one lacto-N-fucopentaose which has been produced by microbial fermentation, is free of genetically engineered microorganisms and nucleic acid molecules derived from genetically engineered microorganisms, and contains ≤ 15 %-wt. of water; - at least one probiotic microorganism; and - tyndalized probiotic bacteria. - a spray-dried powder, wherein the spray-dried powder contains at least 80 %-wt. of at least one lacto-N-fucopentaose which has been produced by microbial fermentation, is free of genetically engineered microorganisms and nucleic acid molecules derived from genetically engineered microorganisms, and contains ≤ 15 %-wt. of water; - at least one probiotic microorganism; and - tyndalized probiotic bacteria.
Cosmetic, dermatological and/or pharmaceutical composition, comprising a discontinuous internal phase dispersed in a continuous external phase, one of said phases being an aqueous phase and the other of said phases being an oily phase, said composition being free of surfactant and of preservative, characterized in that it contains 0.3 to 0.7 % by weight, with respect to the total weight of the composition, of a crosslinked copolymer of C 10 -C 30 alkyl acrylate and of acrylic or methacrylic acid, and 2 to 7 % by weight, with respect to the total weight of the composition, of a fatty alcohol.
A blow operation device comprising: a backpack type frame; a battery attached to the frame; a blower body having an electric motor to which power is fed from the battery and having an axial fan driven by the electric motor; and a blower tube connected to a blow side of the blower body, characterised in the blower body being supported pivotally on the frame to be rockable vertically and horizontally, wherein a support part of the blower body with respect to the frame is provided with a rotation restriction part (23A, 23B). a backpack type frame; a battery attached to the frame; a blower body having an electric motor to which power is fed from the battery and having an axial fan driven by the electric motor; and a blower tube connected to a blow side of the blower body, characterised in the blower body being supported pivotally on the frame to be rockable vertically and horizontally, wherein a support part of the blower body with respect to the frame is provided with a rotation restriction part (23A, 23B).
A method for injecting water for an internal combustion engine in the form of a spark-ignition engine, wherein water is injected by first injectors into combustion chambers of the internal combustion engine only in particular load ranges of the internal combustion engine and, subject to the load range, fuel is injected either by the first injectors directly into the combustion chambers of the internal combustion engine or by second injectors into an intake manifold upstream of the combustion chambers, wherein in a third load range which is in a middle speed range substantially at full load, water is injected into the combustion chambers by the first injectors and fuel is injected into the intake manifold exclusively by the second injectors.
Multilayer insulator (1, 11, 21) intended to provide thermal insulation for a building, and incorporating: - a screen that is highly permeable to water vapor contained in the building; - at least one mat (6, 7, 16, 17, 26, 27) formed in an insulating material; - one first reflector grille incorporating perforations allowing the water vapor contained in the building to pass through the said multilayer insulator (1, 11, 21); - at least one stitching thread that assembles the selvedges of the highly-vapor-permeable screen onto the opposing selvedges of the first reflector grille, so as to form a pocket (9, 10) of cushion type, within which is positioned the said mat (6, 7, 16, 17, 26, 27), of which there is at least one; characterized by the fact that it incorporates a second reflector grille having perforations, with the said second reflector grille being positioned between the highly-vapor-permeable screen and the first reflector grille, and assembled by means of the longitudinal stitching to, firstly, the highly-vapor-permeable screen and, secondly, the first reflector grille, so as to form the said pocket. - a screen that is highly permeable to water vapor contained in the building; - at least one mat (6, 7, 16, 17, 26, 27) formed in an insulating material; - one first reflector grille incorporating perforations allowing the water vapor contained in the building to pass through the said multilayer insulator (1, 11, 21); - at least one stitching thread that assembles the selvedges of the highly-vapor-permeable screen onto the opposing selvedges of the first reflector grille, so as to form a pocket (9, 10) of cushion type, within which is positioned the said mat (6, 7, 16, 17, 26, 27), of which there is at least one;
A dialysis system, comprising: a dialysate flow path, the dialysate flow path comprising a dialyzer, dialysate pump, and a bicarbonate source; and a processor programmed to obtain one or more patient parameters and one or more system parameters and to set a flow rate of bicarbonate from the bicarbonate source to the dialysate flow path for achieving a target patient bicarbonate concentration, wherein the processor sets the flow rate of bicarbonate from the bicarbonate source to the dialysate flow path based on a user specified patient post-dialysis bicarbonate level, which user specified patient post-dialysis bicarbonate level corresponds to the target patient bicarbonate concentration and whereby the system is instructed by the user to use this target for setting the bicarbonate flow rate. a dialysate flow path, the dialysate flow path comprising a dialyzer, dialysate pump, and a bicarbonate source; and a processor programmed to obtain one or more patient parameters and one or more system parameters and to set a flow rate of bicarbonate from the bicarbonate source to the dialysate flow path for achieving a target patient bicarbonate concentration,