mhurhangee/ep-ind-claims huggingface dataset:
A flow regulating valve, comprising: a valve seat and a shell connected to the valve seat, wherein a motor is provided in the shell, and the motor is connected to a screw rod via an output shaft of the motor; the screw rod is connected with a nut in a thread cooperation manner; and the nut is connected with a valve rod, and the valve rod is movable in an axial direction to regulate an opening degree of a valve port on the valve seat; and wherein the valve rod is provided therein with a mounting groove, and the whole of the nut or a lower portion of the nut is in clearance fit with the mounting groove in a radial direction; and an internal wall of the mounting groove is provided with an annular position limiting groove, and a position limiting component that limits an axial position of the nut and in clearance fit with an exterior portion of the nut is provided in the annular position limiting groove, wherein the position limiting component comprises a snap ring, and a circumferential side wall of the nut is provided with a position limiting step surface, and wherein the snap ring is mounted in the annular position limiting groove and is supported on the position limiting step surface, and there is a gap between the internal wall of the snap ring and a corresponding side wall of the nut.
A catalytic composition comprising: (i) a reactive compound comprising at least one group selected from acid-functional groups and/or groups that may be converted to acid-functional groups; (ii) a metal compound; and (iii) a compound different from (i) and (ii) that catalyzes an addition reaction between an ethylenically unsaturated compound and a thiol, wherein the metal compound (ii) comprises iron, tin, cobalt, magnesium, manganese or mixtures thereof and wherein the compound (iii) is selected from primary, secondary and tertiary amines and phosphines. (i) a reactive compound comprising at least one group selected from acid-functional groups and/or groups that may be converted to acid-functional groups; (ii) a metal compound; and (iii) a compound different from (i) and (ii) that catalyzes an addition reaction between an ethylenically unsaturated compound and a thiol,
A three-dimensional, 3D, object recognition apparatus comprising: a structured light generator comprising: a light source configured to emit light; and a first meta optical device (121, MS1, 146) comprising a first metasurface comprising nanostructures having sub-wavelength dimensions that are less than a wavelength of the light emitted from the light source; wherein the first metasurface is configured to form a distribution of light rays from the light emitted from the light source to thereby radiate structured light; and wherein the structured light generator is configured to radiate the structured light in a predetermined pattern toward an object; a sensor configured to receive the structured light reflected from the object; and a processor configured to analyze a shape or motion of the object by comparing pattern changes in the structured light radiated by the structured light generator and the structured light received by the sensor. a structured light generator comprising: a light source configured to emit light; and a first meta optical device (121, MS1, 146) comprising a first metasurface comprising nanostructures having sub-wavelength dimensions that are less than a wavelength of the light emitted from the light source; wherein the first metasurface is configured to form a distribution of light rays from the light emitted from the light source to thereby radiate structured light; and wherein the structured light generator is configured to radiate the structured light in a predetermined pattern toward an object; a light source configured to emit light; and a first meta optical device (121, MS1, 146) comprising a first metasurface comprising nanostructures having sub-wavelength dimensions that are less than a wavelength of the light emitted from the light source; wherein the first metasurface is configured to form a distribution of light rays from the light emitted from the light source to thereby radiate structured light; and wherein the structured light generator is configured to radiate the structured light in a predetermined pattern toward an object; a sensor configured to receive the structured light reflected from the object; and a processor configured to analyze a shape or motion of the object by comparing pattern changes in the structured light radiated by the structured light generator and the structured light received by the sensor.
Process for preparing a crosslinked gel of at least one polysaccharide or a salt thereof, comprising at least the steps consisting in: a) providing a solution formed from an aqueous medium comprising at least said polysaccharide(s) or a salt thereof in a non-crosslinked form, at least one difunctional or multifunctional epoxide crosslinking agent chosen from butanediol diglycidyl ether, diepoxyoctane, 1,2-bis(2,3-epoxypropyl)-2,3-ethylene, and mixtures thereof, and at least sodium trimetaphosphate; b) crosslinking the solution from step a) and, where appropriate; c) recovering said crosslinked gel formed. a) providing a solution formed from an aqueous medium comprising at least said polysaccharide(s) or a salt thereof in a non-crosslinked form, at least one difunctional or multifunctional epoxide crosslinking agent chosen from butanediol diglycidyl ether, diepoxyoctane, 1,2-bis(2,3-epoxypropyl)-2,3-ethylene, and mixtures thereof, and at least sodium trimetaphosphate; b) crosslinking the solution from step a) and, where appropriate; c) recovering said crosslinked gel formed.
A vaccine for use in protecting against mycoplasmal disease of a waterfowl comprising at least one inactivated waterfowl mycoplasmal strain, such that the mycoplasmal strain in the vaccine is inactivated and incapable of reproduction or proliferation, wherein the vaccine comprises: (a) inactivated Mycoplasma sp. strain 1220, Mycoplasma anatis, and Mycoplasma anseris, each at 10 6 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (b) inactivated Mycoplasma sp. strain 1220 at 10 6 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (c) inactivated Mycoplasma anatis, Mycoplasma anseris, and Mycoplasma imitans each at 10 5 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (d) inactivated Mycoplasma anatis at 10 5 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (e) inactivated Mycoplasma sp. strain 1220 and Mycoplasma imitans, each at 10 6 cfu, with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (f) inactivated Mycoplasma cloacale and Mycoplasma anatis, each at 10 6 cfu, and killed Escherichia coli bacteria at 10 5 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; or (g) inactivated Mycoplasma sp. strain 1220 and Mycoplasma cloacale each at 10 6 cfu, with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose. (a) inactivated Mycoplasma sp. strain 1220, Mycoplasma anatis, and Mycoplasma anseris, each at 10 6 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (b) inactivated Mycoplasma sp. strain 1220 at 10 6 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (c) inactivated Mycoplasma anatis, Mycoplasma anseris, and Mycoplasma imitans each at 10 5 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (d) inactivated Mycoplasma anatis at 10 5 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (e) inactivated Mycoplasma sp. strain 1220 and Mycoplasma imitans, each at 10 6 cfu, with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (f) inactivated Mycoplasma cloacale and Mycoplasma anatis, each at 10 6 cfu, and killed Escherichia coli bacteria at 10 5 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; or (g) inactivated Mycoplasma sp. strain 1220 and Mycoplasma cloacale each at 10 6 cfu, with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose.
Method for controlling a water pump of a water management system for a core drill, wherein the water management system forms an auxiliary device and the core drill forms a main power tool in a working system, wherein the working system comprises at least one main power tool and an auxiliary device, comprising the following steps: a) determining an operating state of the main power tool, b) producing a wireless communication connection between the main power tool and the auxiliary device, c) transmitting status information from the main power tool to the auxiliary device by means of the wireless communication connection, the status information describing the operating state of the main power tool, d) controlling an operation of the auxiliary device depending on the operating state of the main power tool, wherein the main power tool is configured to automatically connect to the auxiliary device when the auxiliary device is switched on, wherein automatic switching on and off of certain functions of the auxiliary device is made possible with the method. a) determining an operating state of the main power tool, b) producing a wireless communication connection between the main power tool and the auxiliary device, c) transmitting status information from the main power tool to the auxiliary device by means of the wireless communication connection, the status information describing the operating state of the main power tool, d) controlling an operation of the auxiliary device depending on the operating state of the main power tool, wherein the main power tool is configured to automatically connect to the auxiliary device when the auxiliary device is switched on, wherein automatic switching on and off of certain functions of the auxiliary device is made possible with the method.
A hybrid four-wheel drive vehicle including: an engine; a transmission coupled to a rear end of the engine; a torque transfer case coupled to the transmission from behind through a first propeller shaft and located below a floor panel; a second propeller shaft for transmission of driving power from the torque transfer case to rear traction wheels (22R, 22L); a third propeller shaft for transmission of driving power from the torque transfer case to front traction wheels (20R, 20L); a rotary electric machine which can transmit driving power to the rear traction wheels (22R, 22L) and the front traction wheels (20R, 20L), the second propeller shaft and the third propeller shaft being disposed on an axis which is offset in the transverse direction of the vehicle from an axis of the first propeller shaft, wherein, with respect to a rear outer wall of the torque transfer case, the rotary electric machine is coupled to the torque transfer case from that side of the rear outer wall which is located behind, as viewed from above the vehicle, the first propeller shaft, wherein the torque transfer case comprises: a first input shaft coupled to the first propeller shaft; a second input shaft coupled to the rotary electric machine; and an output shaft, which may be given driving power transmitted from the first and second input shaft (62, 69) through a gear train, connectable to the second propeller shaft and the third propeller shaft, wherein the second input shaft is located below the first input shaft when viewing the torque transfer case in an axial direction along an axis of the first input shaft, an axis of the second input shaft and an axis of the output shaft. an engine; a transmission coupled to a rear end of the engine; a torque transfer case coupled to the transmission from behind through a first propeller shaft and located below a floor panel; a second propeller shaft for transmission of driving power from the torque transfer case to rear traction wheels (22R, 22L); a third propeller shaft for transmission of driving power from the torque transfer case to front traction wheels (20R, 20L); a rotary electric machine which can transmit driving power to the rear traction wheels (22R, 22L) and the front traction wheels (20R, 20L), a first input shaft coupled to the first propeller shaft; a second input shaft coupled to the rotary electric machine; and an output shaft, which may be given driving power transmitted from the first and second input shaft (62, 69) through a gear train, connectable to the second propeller shaft and the third propeller shaft, wherein
Method for forming a board-shaped formed element from a wood mixture, wherein at least 95 % of the supplied wood mixture consists of wood slabs whereof the width lies between 1 and 4 cm, the length lies between 2 and 5 cm, and the thickness lies between 0.2 and 2 cm, wherein the supplied wood mixture is mechanically pressed, so that a wood mixture having a moisture content lying between 30 and 45 % is obtained, after which the pressed-out wood mixture is mixed with a polyurethane glue as an adhesive and is form-pressed into a board-shaped formed element, and this without any prior heating of the wood mixture to be pressed, and thermal heat is used at no single moment during the production of the board-shaped formed element.
A method for fabricating a sharp medical instrument (1044, 1091-1094, 2055), comprising: providing a substrate (1011, 2011), patterning and etching the substrate (1011, 2011) to a desired profile, depositing a first material onto the substrate (1011, 2011), patterning the first material and the substrate (1011, 2011) to give the first material a first desired profile, and etching and lifting off the patterned first material to give the medical instrument (1044, 1091-1094, 2055) with the first desired profile. providing a substrate (1011, 2011), patterning and etching the substrate (1011, 2011) to a desired profile, depositing a first material onto the substrate (1011, 2011), patterning the first material and the substrate (1011, 2011) to give the first material a first desired profile, and etching and lifting off the patterned first material to give the medical instrument (1044, 1091-1094, 2055) with the first desired profile.
A vehicle handle device, comprising: a handle base which includes a hinge-forming wall disposed between a pair of mutually facing regions of a peripheral wall of the handle base, and is configured such that hinge receiving parts formed at opposite side faces of an operation handle are rotatably pivoted on hinge receiving parts formed respectively at one of the mutually facing regions of the peripheral wall and the hinge-forming wall, and opposite side faces of a lock lever are pivoted on the hinge-forming wall and the other of the mutually facing regions of the peripheral wall, wherein the operation handle is mountable to the handle base by inserting a shaft-form hinge receiving part which is formed integrally with either one of the handle base and the operation handle, into a hole-form hinge receiving part formed on the other, by sliding the operation handle in an axial direction of a rotation shaft from a position where the hinge-forming wall is laid between a hinge plate in which the hinge receiving part at one of the side faces of the operation handle is formed, and the side face of the operation handle facing the hinge plate, characterized in that an engagement claw protruding from the hinge-forming wall engages elastically with the hinge plate as a result of the mounting operation to thereby restrict movement of the operation handle in a separation direction.
Method for indirectly monitoring tyre pressure or for detecting damage to a wheel suspension, in which a pressure loss detection variable is determined on the basis of an analysis of an oscillation behaviour of a wheel of a motor vehicle, and a pressure loss at the tyre of the wheel or damage to the wheel suspension is detected by comparing a currently determined pressure loss detection variable (DVE akt) with a learnt pressure loss detection variable (DVE soll), wherein dimensional variables (e1, e2, e3) are determined for at least three different frequencies and/or frequency ranges from a wheel rotational speed signal (ω) of the wheel, which dimensional variables (e1, e2, e3) each constitute a dimension for the manifestation of a frequency (f Eigen1, f Eigen2, f Eigen3) or of a frequency range (f unten, f oben, Δf Eigeni) in the oscillation behaviour of the wheel, and in that the three dimensional variables (e1, e2, e3), in particular a ratio between two dimensional variables (e2/e3), are used to detect pressure loss and/or damage, characterized in that the pressure loss detection variable is formed from a ratio between two dimensional variables (e2/e3).
A radio communication device comprising: a beacon cycle determination unit configured to determine a beacon cycle for transmitting a beacon based on a sum of a number of time slots that is included in a beacon transmitted by another radio communication device and that the other radio communication device requests for transmitting data and a number of time slots to be requested by the radio communication device for transmitting data; and a packet transmit and receive control unit configured to control the radio communication device, according to the beacon cycle determined by the beacon cycle determination unit, to transmit a packet at a time slot and to receive a packet from another radio communication device at a time slot different from the time slot for transmission. a beacon cycle determination unit configured to determine a beacon cycle for transmitting a beacon based on a sum of a number of time slots that is included in a beacon transmitted by another radio communication device and that the other radio communication device requests for transmitting data and a number of time slots to be requested by the radio communication device for transmitting data; and a packet transmit and receive control unit configured to control the radio communication device, according to the beacon cycle determined by the beacon cycle determination unit, to transmit a packet at a time slot and to receive a packet from another radio communication device at a time slot different from the time slot for transmission.
A supply system for supplying an engine with fuel, comprising a tank (21, 21'), a conveyor line system (22a, 22b) and one or multiple heat exchangers (10, 10', 10"), which is/are arranged in the interior of the tank and serve/s for cooling fuel by means of a cooling flow, wherein the one or the multiple heat exchangers comprises/comprise a main flow line for feeding through the fuel to be cooled and a secondary flow line, which branches off the main flow line and serves for feeding through the cooling flow, and wherein the conveyor line system is designed for feeding fuel from the tank to the engine through the one or the multiple heat exchangers.
A device binding method, comprising: sending, by a first application program executing a first protocol, a query instruction to a target device, the query instruction being used to query a first device identifier of the target device in a second protocol; receiving, by the first application program, the first device identifier sent by the target device; and providing, by the first application program, the first device identifier, to enable a second application program executing the second protocol to bind a login account of the second application program to the target device based on the first device identifier, wherein the first application program and the second application program are different application programs in the same electronic device. sending, by a first application program executing a first protocol, a query instruction to a target device, the query instruction being used to query a first device identifier of the target device in a second protocol; receiving, by the first application program, the first device identifier sent by the target device; and providing, by the first application program, the first device identifier, to enable a second application program executing the second protocol to bind a login account of the second application program to the target device based on the first device identifier, wherein the first application program and the second application program are different application programs in the same electronic device.
Device for taking a sample of liquid from a flexible bag (13, 14), characterised in that the device comprises a first section which has a base surface and a film perforating element which protrudes from the base surface, and a second section which has a base surface surrounding a cavity which is adapted for receiving the film perforating element of the first section, the first section has an adhesive surface surrounding the film perforating element, and the second section has an adhesive surface surrounding the cavity, and in that one of the sections (20, 23) has an opening in the base surface inside of the adhesive surface (21, 24).
A lottery ticket bin for use in a multi-bin dispenser array in a vertically stacked configuration with other bins, said lottery ticket bin comprising: a housing having a bottom and an open top; a drawer slidable into and out of the housing, the drawer comprising an open top and at least one ticket compartment configured for receipt of a stack of interconnected lottery tickets in a laid-down orientation; and a component section adjacent a front of the drawer that automatically dispenses one or more of the interconnected lottery tickets through a dispense slot upon receipt of a dispense command; characterized by a ramp disposed within the ticket compartment, the ramp angled upwards from a floor of the ticket compartment towards the component section; and a plurality of raised ridges extending across the ramp and spaced longitudinally apart along the ramp, wherein each ridge defines a retaining edge for progressively longer stacks (60a, 60b, 60c, 60d) of interconnected lottery tickets placed within the ticket compartment in the laid-down orientation. a housing having a bottom and an open top; a drawer slidable into and out of the housing, the drawer comprising an open top and at least one ticket compartment configured for receipt of a stack of interconnected lottery tickets in a laid-down orientation; and a component section adjacent a front of the drawer that automatically dispenses one or more of the interconnected lottery tickets through a dispense slot upon receipt of a dispense command; characterized by a ramp disposed within the ticket compartment, the ramp angled upwards from a floor of the ticket compartment towards the component section; and a plurality of raised ridges extending across the ramp and spaced longitudinally apart along the ramp, wherein each ridge defines a retaining edge for progressively longer stacks (60a, 60b, 60c, 60d) of interconnected lottery tickets placed within the ticket compartment in the laid-down orientation.
A polynucleotide comprising a nucleotide sequence of a GPIIIa gene, wherein the nucleotide residue corresponding to that of position 1297 of SEQ ID NO: 1 is a thymine residue, or a fragment thereof comprising said thymine residue and having length of at least 10 bases.