mhurhangee/ep-ind-claims huggingface dataset:
A sink strainer for a sink having a drain, the strainer comprising: a. a base element configured to be located within a sink bowl, b. a strainer element having one or more perforations, c. and a drain cover covering a drain aperture in the base element, d. wherein the drain cover includes a first over element configured for rotation relative to the base element, characterised by e. a second cover element configured for linear movement relative to the first cover element, f. wherein the first cover element includes an elongate slot that extends outwards from the centre of the first cover element, g. and wherein the second cover element includes a mounting aperture for an upstand strainer, h. whereby the position of the mounting aperture can be adjusted in rotational and linear directions relative to the base element by adjusting the positions of the first cover element and the second cover element. a. a base element configured to be located within a sink bowl, b. a strainer element having one or more perforations, c. and a drain cover covering a drain aperture in the base element, d. wherein the drain cover includes a first over element configured for rotation relative to the base element, e. a second cover element configured for linear movement relative to the first cover element, f. wherein the first cover element includes an elongate slot that extends outwards from the centre of the first cover element, g. and wherein the second cover element includes a mounting aperture for an upstand strainer, h. whereby the position of the mounting aperture can be adjusted in rotational and linear directions relative to the base element by adjusting the positions of the first cover element and the second cover element.
A method for controlling the antibody-dependent cellular cytotoxicity (ADCC) of a mixture of F0, F1 and F2 IgG antibodies in a host cell, non-human animal or plant, said method comprising regulating the presence or absence of binding of fucose to the N-acetylglucosamine of the reducing terminus of a biantennary complex type N-glycoside-linked sugar chain by deleting a gene encoding an α1,6-fucosyltransferase in the host cell, non-human animal or plant, or by adding a mutation to the gene to reduce or eliminate the enzyme activity in the host cell, non-human animal or plant, wherein said sugar chain binds to said antibodies and mainly has the following structure: whereby to control ADCC of the mixture of antibodies, wherein the binding region for said N-glycoside-linked sugar chain is present at two positions in the Fc region of said IgG antibodies, and wherein the F0 antibody is an antibody in which the N-glycoside-linked sugar chain in which fucose is not bound to N-acetylglucosamine is added to both of the two sugar chain binding regions, wherein the F1 antibody is an antibody in which the N-glycoside-linked sugar chain in which fucose is not bound to N-acetylglucosamine is added to one of the two sugar chain binding regions and wherein the F2 antibody is an antibody in which the N-glycoside-linked sugar chain in which fucose is bound to N-acetylglucosamine is added to both of the two sugar chain binding regions.
A pharmaceutical composition that comprises (i) a glycopyranosyllipid adjuvant, (ii) an epitope, biomolecule, cell or tissue associated with allergy or asthma and (iii) a pharmaceutically acceptable carrier or excipient, for use in a method for stimulating an antigen-specific immune response for the treatment of allergy or asthma in a host, wherein the GLA has the formula: where: R 1, R 3, R 5 and R 6 are undecyl, and R 2 and R 4 are tridecyl.
A buccal tube, comprising a bottom plate and a main body connected to each other, wherein the main body is provided with a traction hook which is movable relative to the main body, the main body is internally provided with an accommodation space, when the traction hook is not in use, the traction hook is disposed in the accommodation space, when the traction hook is in use, one end of the traction hook outwardly moves away from the accommodation space, and the main body comprises a limiting member configured to limit a movement displacement of the traction hook, characterized in that the limiting member comprises an elastic limiting member disposed in the accommodation space, and two limiting protrusions (30, 31) are formed on a side surface of the traction hook, when the traction hook is not in use, the elastic limiting member abuts against a side wall of a first limiting protrusion to block the traction hook from moving, when the traction hook is in use, a force is applied to move the traction hook, the first limiting protrusion presses the elastic limiting member to deform the elastic limiting member, and the first limiting protrusion then passes over the elastic limiting member, and when the traction hook moves to a use position, the elastic limiting member abuts against a side wall of a second limiting protrusion and blocks the traction hook from moving continuously. the limiting member comprises an elastic limiting member disposed in the accommodation space, and two limiting protrusions (30, 31) are formed on a side surface of the traction hook, when the traction hook is not in use, the elastic limiting member abuts against a side wall of a first limiting protrusion to block the traction hook from moving, when the traction hook is in use, a force is applied to move the traction hook, the first limiting protrusion presses the elastic limiting member to deform the elastic limiting member, and the first limiting protrusion then passes over the elastic limiting member, and when the traction hook moves to a use position, the elastic limiting member abuts against a side wall of a second limiting protrusion and blocks the traction hook from moving continuously.
A medical device comprising: a sheath having a cylindrical shape; a probe having a distal section and a proximal section, passing through an inside of the sheath, and made of a metal material in a shape of a rod; an end effector exposed from the sheath at the distal section of the probe, and having a treatment surface for cauterizing, incising, or both cauterizing and incising a biological tissue; and a first part that is a coating formed on a side of the end effector opposite to the treatment surface, and is made of an electrically insulating resin material, characterized in that the first part is formed by mixing with the resin hollow particles (55, 56) of a plurality of types that differ in particle size distribution, and the coating includes a three-layer structure of which only the middle layer contains the hollow particles (55, 56). a sheath having a cylindrical shape; a probe having a distal section and a proximal section, passing through an inside of the sheath, and made of a metal material in a shape of a rod; an end effector exposed from the sheath at the distal section of the probe, and having a treatment surface for cauterizing, incising, or both cauterizing and incising a biological tissue; and a first part that is a coating formed on a side of the end effector opposite to the treatment surface, and is made of an electrically insulating resin material, characterized in that the first part is formed by mixing with the resin hollow particles (55, 56) of a plurality of types that differ in particle size distribution, and the coating includes a three-layer structure of which only the middle layer contains the hollow particles (55, 56).
A salt inducible kinase inhibitor for use in a method of treating ulcerative colitis, Crohn's disease or discoid lupus by inhibiting SIK, wherein the SIK inhibitor is a 2,4-diaminopyrimidine compound of Formula: wherein: Ar 1 is a 5- or 6-membered, hetero- or homo-cyclic aromatic ring optionally having a C 1 -C 4 alkyl, or a saturated heterocyclic or methyl-heterocyclic substituent; R 2 is or R 3 is hydrogen or and R 4 is hydrogen or, where R 5 is H or C 1 -C 4 alkyl; or R 3 and R 4 together form a pyrrolidine ring, where one or both of the free carbons of the pyrrolidine ring are substituted with an alkyl or oxygen-containing substituent. Ar 1 is a 5- or 6-membered, hetero- or homo-cyclic aromatic ring optionally having a C 1 -C 4 alkyl, or a saturated heterocyclic or methyl-heterocyclic substituent; R 2 is or R 3 is hydrogen or and R 4 is hydrogen or, where R 5 is H or C 1 -C 4 alkyl; or R 3 and R 4 together form a pyrrolidine ring, where one or both of the free carbons of the pyrrolidine ring are substituted with an alkyl or oxygen-containing substituent.
Sheet of heat moldable thermoplastic material for molding a nose mask directly on a subject's nose via thermoforming, said sheet is substantially flat and comprises one or more fixtures for attachment to a strap and a nose opening, characterized in that said nose opening has an substantially inverted T shape comprising a slit which is extending to a lower opening, which opening is substantially perpendicular to the slit, whereby the slit delimits two flanking flaps (4,5), being designed such that said sheet, after thermoforming on a subject's nose, extends across at least part of the cheek bones of the subject, whereby the nose bridge protrudes at least partially through said slit, the nose nostrils protrude at least partially through said lower opening; and each lateral side of the nose is at least partially covered by a flanking flap (4, 5).
A motor drive circuit comprising a motor having a plurality of phases (2, 4, 6), a switching circuit comprising a plurality of electrical switches (16, 18), a motor current controller that generates voltage demand signals to be passed to a drive circuit for the switches (16, 18) that in turn generate pulse width modulated switching signals for the switching circuit that cause the switches (16, 18) to selectively connect the phases (2, 4, 6) to a power supply so as to cause current to flow through the phases (2, 4, 6) of the motor, a motor torque controller that produces a demand signal that is fed to an input of the current controller, the motor current controller responding to an error signal that is at least partially dependent on the value of the demand signal, in which the torque controller in use updates the demand signal at a first sample rate, and characterised in that the motor drive circuit further comprises: a downsampling circuit, including a system condition identifying circuit adapted to identify an operating condition of the system in which the motor is stationary or rotating at a very low speed, that in use modifies the demand signal under said operating conditions so that the demand signal is only updated at a second sample rate that is lower than the first rate.
A solar cell module in which a plurality of solar cells are arranged between a light-receiving surface protection member and a back-surface protection member and in which electrodes (10, 30) of the solar cells are electrically connected to each other through a wiring member, wherein each of the electrodes (10, 30) includes a bus bar electrode, formed of a conductive resin paste, that partially comes into direct contact with the wiring member, so that an electrical connection is provided between the bus bar electrode and the wiring member at the portion where the two come into direct contact with each other, an adhesive layer made of a resin is formed between the bus bar electrode and the wiring member and bonds the bus bar electrode and the wiring member, and an average molecular weight of the resin of the adhesive layer is higher than an average molecular weight of a resin contained in the bus bar electrode.
A method of testing an overload clutch, the method comprising: activating, with a processor of a computer, a motor of a hoist, the motor driving a cable drum through the overload clutch; loading a cable to a minimum clutch slip load with the motor; and sensing a load on the cable and communicating the load to the processor; and monitoring the overload clutch with a sensor, the sensor configured to sense slippage of a friction disc of the overload clutch and to generate a slip signal in response to slippage of the friction disc. activating, with a processor of a computer, a motor of a hoist, the motor driving a cable drum through the overload clutch; loading a cable to a minimum clutch slip load with the motor; and sensing a load on the cable and communicating the load to the processor; and monitoring the overload clutch with a sensor, the sensor configured to sense slippage of a friction disc of the overload clutch and to generate a slip signal in response to slippage of the friction disc.
Swivelling support wheel for a mounted reversible plough, which is connected with the plough frame rotatable around a swivelling shaft that is positioned in the ploughing position approximately horizontally and transverse to the direction of working, whereby the plough frame supports plough bodies on the one side that turn to the right and on the opposite side plough bodies that turn to the left and is connected swivelling around a pivot with a headstock, so that ploughing can be carried out optionally with the side with the plough bodies turning right or with the side with the plough bodies turning left, whereby the swivelling support wheel has a brace that on the one hand is connected via a joint with the support frame of the swivelling support wheel and on the other hand is connected via an additional joint with the swivelling part or the wheel shaft of the swivelling support wheel, on which the plough frame is supported directly on the wheel of the swivelling support wheel to limit the working depth of the mounted reversible plough, whereby the brace has a swivelling stop that is designed to be movable around a guide axle located on the brace during the rotating process of the mounted reversible plough out of the stop position through gravity to cancel the support function and back into the stop position to limit the working depth through gravity during and after the rotating process, whereby with a mounted reversible plough in which the swivelling support wheel is carried underneath the plough frame during the rotating process the guide axle is positioned above the centre of gravity of the swivelling stop in a half-turned turning position and in the working position, characterised in that the brace has a damper that is designed to brake and/or dampen the swivelling process of the swivelling part of the swivelling support wheel.
A dual pneumo-hydraulic pump unit comprising: two hydraulic piston pumps (20, 39) comprising liners (41, 42), wherein the liners (41, 42) are configured to move to perform oil suction and pumping; a central pneumatic cylinder comprising a plunger; a set of hydraulic rods (8, 18, 27, 36); a hydraulic pressure accumulator; hydraulic plungers (15, 31); bearings; an oil reservoir, configured to allow oil being drawn from it and pumped into the hydraulic pressure accumulator; pneumatic directional valves (3, 24), configured to act in the reversal of the central pneumatic cylinder; upper hydraulic holes (6, 38) and upper hydraulic check valves (7, 37), configured to allow the storage of oil in the hydraulic pressure accumulator through the opening of the upper hydraulic check valves (7, 37) that are configured to receive the oil from the upper hydraulic holes (6, 38); wherein the central pneumatic cylinder works in the center of the two hydraulic piston pumps (20, 39); wherein the two hydraulic piston pumps (20, 39) are mounted parallel to the plunger of the central pneumatic cylinder, positioned one on each side; and wherein compressed air or other pressurized gases are used to move the central pneumatic cylinder, as a source of motor energy to pump oil under pressure to the hydraulic pressure accumulator for later activation of hydraulic actuators, wherein the pistons of the two hydraulic pumps (20, 39) work inverted, where the set of hydraulic rods (8, 18, 27, 36) and the hydraulic plungers (15, 31) are static and fixed on bearings. two hydraulic piston pumps (20, 39) comprising liners (41, 42), wherein the liners (41, 42) are configured to move to perform oil suction and pumping; a central pneumatic cylinder comprising a plunger; a set of hydraulic rods (8, 18, 27, 36); a hydraulic pressure accumulator; hydraulic plungers (15, 31); bearings; an oil reservoir, configured to allow oil being drawn from it and pumped into the hydraulic pressure accumulator; pneumatic directional valves (3, 24), configured to act in the reversal of the central pneumatic cylinder; upper hydraulic holes (6, 38) and upper hydraulic check valves (7, 37), configured to allow the storage of oil in the hydraulic pressure accumulator through the opening of the upper hydraulic check valves (7, 37) that are configured to receive the oil from the upper hydraulic holes (6, 38); wherein the central pneumatic cylinder works in the center of the two hydraulic piston pumps (20, 39); wherein the two hydraulic piston pumps (20, 39) are mounted parallel to the plunger of the central pneumatic cylinder, positioned one on each side; and wherein compressed air or other pressurized gases are used to move the central pneumatic cylinder, as a source of motor energy to pump oil under pressure to the hydraulic pressure accumulator for later activation of hydraulic actuators, wherein the pistons of the two hydraulic pumps (20, 39) work inverted, where the set of hydraulic rods (8, 18, 27, 36) and the hydraulic plungers (15, 31) are static and fixed on bearings.
An injector configured for arrangement within a reaction chamber of a substrate processing apparatus to inject gas in the reaction chamber, the injector being substantially elongated along a first axis and configured with an internal gas conduction channel extending along the first axis and provided with at least one gas entrance opening and at least one gas exit opening, whereby the injector has a width extending along a second axis perpendicular to the first axis substantially larger than a depth of the injector extending along a third axis perpendicular to the first and second axis, wherein the wall of the injector has a varying thickness and wherein the internal gas conduction channel has a substantially oval shaped cross section whereby the internal gas conduction channel extends along the second axis substantially larger than the internal gas conduction channel extends along the third axis, wherein the substantially oval shaped cross section is partially pinched off in the middle of the second direction by the wall having an increased thickness.
A method for notifying a network abnormality, comprising: detecting, by an OpenFlow switch, whether an abnormality occurs in an OpenFlow network; sending, by the OpenFlow switch, a second asynchronous message to a controller when it is detected that the abnormality occurs in the OpenFlow network, wherein the second asynchronous message is used to indicate that the OpenFlow network is in an abnormal state; receiving, by the OpenFlow switch, a query request message sent by the controller and generated according to the second asynchronous message, wherein the query request message is used to instruct the OpenFlow switch to send a first asynchronous message; sending, by the OpenFlow switch, the first asynchronous message to a controller, so that the controller processes, according to the first asynchronous message, the abnormality occurring in the OpenFlow network, wherein the first asynchronous message is used to describe the abnormality occurring in the OpenFlow network. detecting, by an OpenFlow switch, whether an abnormality occurs in an OpenFlow network; sending, by the OpenFlow switch, a second asynchronous message to a controller when it is detected that the abnormality occurs in the OpenFlow network, wherein the second asynchronous message is used to indicate that the OpenFlow network is in an abnormal state; receiving, by the OpenFlow switch, a query request message sent by the controller and generated according to the second asynchronous message, wherein the query request message is used to instruct the OpenFlow switch to send a first asynchronous message; sending, by the OpenFlow switch, the first asynchronous message to a controller, so that the controller processes, according to the first asynchronous message, the abnormality occurring in the OpenFlow network, wherein the first asynchronous message is used to describe the abnormality occurring in the OpenFlow network.
A multicolor electrochromic structure, comprising a working electrode, an electrolyte and an auxiliary electrode, wherein the electrolyte is distributed between the working electrode and the auxiliary electrode; the working electrode comprises an electrochromic layer which comprises a dielectric layer and a metal reflective layer on a side of the dielectric layer away from the electrolyte, the dielectric layer being mainly fabricated by an electrochromic material; the electrochromic layer further comprises a first reflective surface and a second reflective surface, which are arranged face to face in parallel; the dielectric layer is arranged between the first reflective surface and the second reflective surface; the first reflective surface, the second reflective surface and the dielectric layer form an optical cavity; when incident light falls in the optical cavity, a phase shift of a reflected light formed on the first reflective surface and a reflected light formed on the second reflective surface is β̃ = (2 π / λ) ñ 1 dcos θ̃ 1; d is a thickness of the dielectric layer; ñ 1 is a refractive index of the dielectric layer; λ is a wavelength of the incident light; θ̃ 1 is an angle of refraction when the incident light passes through the first reflective surface; characterized in that the dielectric layer comprises a thin metal layer or semiconductor material on a surface towards the electrolyte to optimise the color of the multicolor electrochromic structure, the metal being Ag, Al, Cu, or Ni, the thickness of the metal layer being in the range of 0.1-30 nm, the semiconductor material being Al 2 O 3, SiO 2, ZnS, MgF 2, or SiN x, the thickness of the semiconductor material being in the range of 0.1-100 nm. a second reflective surface, which are arranged face to face in parallel; the dielectric layer is arranged between the first reflective surface and the second reflective surface; the first reflective surface, the second reflective surface and the dielectric layer form an optical cavity; when incident light falls in the optical cavity, a phase shift of a reflected light formed on the first reflective surface and a reflected light formed on the second reflective surface is β̃ = (2 π / λ) ñ 1 dcos θ̃ 1; d is a thickness of the dielectric layer; ñ 1 is a refractive index of the dielectric layer; λ is a wavelength of the incident light; θ̃ 1 is an angle of refraction when the incident light passes through the first reflective surface; characterized in that the dielectric layer comprises a thin metal layer or semiconductor material on a surface towards the electrolyte to optimise the color of the multicolor electrochromic structure, the metal being Ag, Al, Cu, or Ni, the thickness of the metal layer being in the range of 0.1-30 nm, the semiconductor material being Al 2 O 3, SiO 2, ZnS, MgF 2, or SiN x, the thickness of the semiconductor material being in the range of 0.1-100 nm.