mhurhangee/ep-ind-claims huggingface dataset:
An interior material comprising a surface layer having a visible light-responsive catalytic activity, wherein the surface layer comprises two types of titanium oxide fine particles: a first type of titanium oxide fine particle which contains in solid solution a tin constituent and a transition metal constituent which is at least one selected from vanadium, chromium, manganese, niobium, molybdenum, rhodium, tungsten and cerium to increase visible light responsiveness, and a second type of titanium oxide fine particle which contains in solid solution an iron group constituent, wherein the interior material is selected from: the following indoor construction materials for use in buildings: wall paper, ceiling materials, flooring, bricks, wooden boards, resin boards, metal plates, tatami mats and bathroom materials; the following interior materials for use in vehicles: ceiling materials, flooring, seats, handles and straps; the following furnishings: curtains, blinds, floor coverings, partition panels, films, desks, chairs, beds, cabinets; and the following household appliances: air purifiers, air conditioners, refrigerators, washing machines, personal computers, printers, tablets, touch panels and telephones. a first type of titanium oxide fine particle which contains in solid solution a tin constituent and a transition metal constituent which is at least one selected from vanadium, chromium, manganese, niobium, molybdenum, rhodium, tungsten and cerium to increase visible light responsiveness, and a second type of titanium oxide fine particle which contains in solid solution an iron group constituent, wherein the interior material is selected from: the following indoor construction materials for use in buildings: wall paper, ceiling materials, flooring, bricks, wooden boards, resin boards, metal plates, tatami mats and bathroom materials; the following interior materials for use in vehicles: ceiling materials, flooring, seats, handles and straps; the following furnishings: curtains, blinds, floor coverings, partition panels, films, desks, chairs, beds, cabinets; and the following household appliances: air purifiers, air conditioners, refrigerators, washing machines, personal computers, printers, tablets, touch panels and telephones. the following indoor construction materials for use in buildings: wall paper, ceiling materials, flooring, bricks, wooden boards, resin boards, metal plates, tatami mats and bathroom materials; the following interior materials for use in vehicles: ceiling materials, flooring, seats, handles and straps; the following furnishings: curtains, blinds, floor coverings, partition panels, films, desks, chairs, beds, cabinets; and the following household appliances: air purifiers, air conditioners, refrigerators, washing machines, personal computers, printers, tablets, touch panels and telephones.
Method for the surface treatment of vehicle bodies or of parts thereof, wherein the vehicle body (14; 66) or a part thereof is provided with a functional pattern by means of a coating procedure, and the vehicle body (14; 66) or a part thereof is provided with the functional pattern in the context of a painting process, in the case of which the vehicle body (14; 66) or a part thereof is provided with a coating in a coating chamber in one or more steps by means of paint application apparatuses that are movably guided by painting robots (24; 28), and the vehicle body (14; 66) or a part thereof is provided with the functional pattern with the aid of a pattern application device that is movably guided by a robot (24; 28), characterized in that the functional pattern is a technical pattern, in the form of a sensor for detecting properties of surroundings in the form of a light sensor, gas sensor, distance sensor, tactile sensor, or in the form of a solar cell or light-emitting diode or organic light-emitting diode (OLED) or an electrical or electronic circuit or an electrical conductor track or an RFID transponder.
Laminated abutment provided with a first armature and a second armature, the laminated abutment comprising an elastomeric member connecting a first face of the first armature to a second face of the second armature by extending in a stacking direction, said elastomeric member comprising a stack of main layers and secondary layers, each main layer comprising at least one elastic material and each secondary layer comprising at least one cup in a rigid material, said second armature having in an extension direction opposite to the stacking direction a first section provided with the second face then a second section which is intended to be attached to a lift assembly, said first armature being a one-piece integral part and comprising in the stacking direction a foot provided with the first face then a connecting shaft followed by a fastener intended to be attached to a hub, said second face being perforated by a through hole which is traversed by the first armature, each main layer and each secondary layer having an opening traversed by the first armature, the foot being arranged in a space delimited by the second armature and the fastener being arranged outside said space, at least one cup surrounding an opening that cannot be traversed by the fastener, this cup comprising at least two distinct portions (331, 332).
Locking member assembly for a locking unit of a door lock, in particular, for an auxiliary locking mechanism of a espagnolette lock designed as an automatic lock, with a striker plate which comprises at least a first opening and a second opening for at least two locking elements (7, 8) of the locking unit, and with at least one bolt receptacle that can be attached or is attached to the rear side of the striker plate, wherein the bolt receptacle comprises at least a first bolt-receptacle section assigned to the first opening for the engagement of a spring-loaded latch bolt and a second bolt-receptacle section assigned to the second opening for the engagement of a swing bolt, wherein the swing bolt in the locking position preferably engages the rear side of the striker plate, characterized in that, in the first bolt-receptacle section assigned to the latch bolt, at least one bolt-receptacle front inner wall facing a bolt tip of the latch bolt is orientated, at least in some areas, at an angle to the central axis of the bolt receptacle in such a way that the latch bolt plunges into the bolt receptacle without contact up to a first plunging depth, which allows the swing bolt to be released, and that the latch bolt, after reaching a second plunging depth greater than the first plunging depth, rests against the bolt-receptacle front inner wall. with a striker plate which comprises at least a first opening and a second opening for at least two locking elements (7, 8) of the locking unit, and with at least one bolt receptacle that can be attached or is attached to the rear side of the striker plate, wherein the bolt receptacle comprises at least a first bolt-receptacle section assigned to the first opening for the engagement of a spring-loaded latch bolt and a second bolt-receptacle section assigned to the second opening for the engagement of a swing bolt, wherein the swing bolt in the locking position preferably engages the rear side of the striker plate, characterized in that, in the first bolt-receptacle section assigned to the latch bolt, at least one bolt-receptacle front inner wall facing a bolt tip of the latch bolt is orientated, at least in some areas, at an angle to the central axis of the bolt receptacle in such a way that the latch bolt plunges into the bolt receptacle without contact up to a first plunging depth, which allows the swing bolt to be released, and that the latch bolt, after reaching a second plunging depth greater than the first plunging depth, rests against the bolt-receptacle front inner wall.
An adjustable centrifugal pump comprising: - a body connected by means of a flange to a volute, said body having a tubular central through portion which, together with the inner cylindrical surface of said body, defines a toroidal shape chamber with an open end facing the volute and a bottom, an inner surface of the tubular central through portion defining a housing for a support; - an appendage having a cylindrical form closed at one end, positioned tangentially and radially relative to the longitudinal direction on the outer diametrical surface of said body 11 and suitable to slidingly house in a gasket the stem of an actuation device; - a shaft rotatably positioned inside said housing by means of the support; a hub placed on the kinematic connection end and a front seal placed on the free key end of said shaft; - an impeller cantilever-fitted onto the free end of said shaft; - a cup-shaped shutter with a perforated bottom slidingly positioned along the rotation axis between two limit positions and suitable to place itself on the outer periphery of said impeller; characterised in that, between the inner diametrical surface of said chamber of the body and the outer diametrical surface of said shutter, a rotor of a cylindrical tubular shape is rotatably positioned, on the inner diametrical surface of which at least one inclined surface is positioned, slidingly cooperating on at least one inclined surface, positioned on the outer diametrical surface of the shutter so that a rotation of said rotor, corresponds to a translation of said shutter. - a body connected by means of a flange to a volute, said body having a tubular central through portion which, together with the inner cylindrical surface of said body, defines a toroidal shape chamber with an open end facing the volute and a bottom, an inner surface of the tubular central through portion defining a housing for a support; - an appendage having a cylindrical form closed at one end, positioned tangentially and radially relative to the longitudinal direction on the outer diametrical surface of said body 11 and suitable to slidingly house in a gasket the stem of an actuation device; - a shaft rotatably positioned inside said housing by means of the support; a hub placed on the kinematic connection end and a front seal placed on the free key end of said shaft; - an impeller cantilever-fitted onto the free end of said shaft; - a cup-shaped shutter with a perforated bottom slidingly positioned along the rotation axis between two limit positions and suitable to place itself on the outer periphery of said impeller;
Gymnic device or kit for the execution of exercises exploiting the elastic reaction of extensible elements, comprising - a pair of elastic straps, presenting a distal or bottom end and a proximal or upper end; - a garment wearable by the user comprising a pair of trousers provided with a pair of channels, extending, along both legs of the trousers in which are inserted said elastic straps, characterized in that it comprises fastening means for fixing said proximal end of the straps to the trousers; each of said channels extending, from top to bottom, according to a curved path that starts from the external area of the trousers leg, in correspondence of the hips and that extends towards the rear area of the trousers leg, so to determine an exercise with an alternation between the push movement exercised by the user and the return movement determined by the elastic reaction of the bands; - a pair of shoes provided with fastening means for said distal end of said elastic straps. - a pair of elastic straps, presenting a distal or bottom end and a proximal or upper end; - a garment wearable by the user comprising a pair of trousers provided with a pair of channels, extending, along both legs of the trousers in which are inserted said elastic straps, characterized in that it comprises fastening means for fixing said proximal end of the straps to the trousers; each of said channels extending, from top to bottom, according to a curved path that starts from the external area of the trousers leg, in correspondence of the hips and that extends towards the rear area of the trousers leg, so to determine an exercise with an alternation between the push movement exercised by the user and the return movement determined by the elastic reaction of the bands; - a pair of shoes provided with fastening means for said distal end of said elastic straps.
A method for controlling a motorized roller shade (20; 120; 220; 320) that includes a shade attached to a shade tube (32; 332), a DC gear motor (55; 150; 250; 350), having a housing (54; 254) fixed to the shade tube (32; 332), an output shaft fixed to a support bracket (5; 7; 15; 17) and a motor shaft, disposed within the shade tube (32; 332) and a microcontroller, characterized in that the method comprises the steps of: detecting a manual movement of the shade using a sensor; determining a displacement associated with the manual movement by measuring a rotation of the motor shaft using a magnetic, an optical or a mechanical encoder; and if the displacement is less than a maximum displacement, moving the shade to a different position by energizing the DC gear motor (55; 150; 250; 350) to rotate the shade tube (32; 332). detecting a manual movement of the shade using a sensor; determining a displacement associated with the manual movement by measuring a rotation of the motor shaft using a magnetic, an optical or a mechanical encoder; and if the displacement is less than a maximum displacement, moving the shade to a different position by energizing the DC gear motor (55; 150; 250; 350) to rotate the shade tube (32; 332).
Method for producing a three-dimensional target structure in a lithography fluid by means of a lithography apparatus, the lithography apparatus comprising - a receiving space for lithography fluid; - a radiation source for emitting a writing beam; - a beam guiding device for defining a beam path for the writing beam from the radiation source to the lithography fluid, comprising an exit optical system having an exit surface through which the writing beam exits along an optical axis, wherein the exit optical system and/or the receiving space are displaceable along the optical axis; - a filling level adjustment device for changing a filling level of the lithography fluid in the receiving space, the method comprising the steps of: - providing a lithography fluid in the receiving space; - irradiating the writing beam into the lithography fluid and locally solidifying the lithography fluid in a focus region of the writing beam, - changing the filling level of the lithography fluid in the receiving space by means of the filling level adjustment device in order to adjust a distance between a surface of the lithography fluid and the exit surface of the exit optical system. - a receiving space for lithography fluid; - a radiation source for emitting a writing beam; - a beam guiding device for defining a beam path for the writing beam from the radiation source to the lithography fluid, comprising an exit optical system having an exit surface through which the writing beam exits along an optical axis, wherein the exit optical system and/or the receiving space are displaceable along the optical axis; - a filling level adjustment device for changing a filling level of the lithography fluid in the receiving space, - providing a lithography fluid in the receiving space; - irradiating the writing beam into the lithography fluid and locally solidifying the lithography fluid in a focus region of the writing beam, - changing the filling level of the lithography fluid in the receiving space by means of the filling level adjustment device in order to adjust a distance between a surface of the lithography fluid and the exit surface of the exit optical system.
A manufacturing method of a metal structure in a multi-layer substrate, comprising steps of: coating at least one photoresist layer on a surface of a dielectric layer; exposing the photoresist layer to define a predetermined position of the metal structure; removing the photoresist layer at the predetermined position; removing a portion of the dielectric layer at the predetermined position such that the dielectric layer at the predetermined position becomes a concave structure; forming the metal structure at the predetermined position; and forming at least one top-cover metal layer above the metal structure; characterized in that the manufacturing method further comprises the steps of: forming an under-cover metal layer at the predetermined position before the step of forming the metal structure; forming an under-cover dielectric layer on the under-cover metal layer after the step of forming under-cover metal layer; and forming a top-cover dielectric layer on the surface of the metal structure before the step of forming the top-cover metal layer, wherein the metal structure, the top-cover dielectric layer, the under-cover dielectric layer, the top-cover metal layer and the under-cover metal layer form a coaxial structure. coating at least one photoresist layer on a surface of a dielectric layer; exposing the photoresist layer to define a predetermined position of the metal structure; removing the photoresist layer at the predetermined position; removing a portion of the dielectric layer at the predetermined position such that the dielectric layer at the predetermined position becomes a concave structure; forming the metal structure at the predetermined position; and forming at least one top-cover metal layer above the metal structure; characterized in that the manufacturing method further comprises the steps of: forming an under-cover metal layer at the predetermined position before the step of forming the metal structure; forming an under-cover dielectric layer on the under-cover metal layer after the step of forming under-cover metal layer; and forming a top-cover dielectric layer on the surface of the metal structure before the step of forming the top-cover metal layer, wherein the metal structure, the top-cover dielectric layer, the under-cover dielectric layer, the top-cover metal layer and the under-cover metal layer form a coaxial structure. forming an under-cover metal layer at the predetermined position before the step of forming the metal structure; forming an under-cover dielectric layer on the under-cover metal layer after the step of forming under-cover metal layer; and forming a top-cover dielectric layer on the surface of the metal structure before the step of forming the top-cover metal layer, wherein the metal structure, the top-cover dielectric layer, the under-cover dielectric layer, the top-cover metal layer and the under-cover metal layer form a coaxial structure.
An oligonucleotide comprising a sequence complementary to the seed region of miR-145, wherein the seed region is 5'-UCCAGUUU-3' (SEQ ID NO: 7), wherein the oligonucleotide consists of sixteen nucleotides, wherein the oligonucleotide comprises at least one non-locked nucleotide, and wherein: a. from the 5'end to the 3' end of the 16-mer, positions 1, 5, 6, 9, 10, 11, 13, 15, and 16 of the 16-mer are LNAs; or b. wherein from the 5'end to the 3' end of the 16-mer, positions 1, 2, 6, 8, 10, 11, 13, 15, and 16 of the 16-mer are LNAs. a. from the 5'end to the 3' end of the 16-mer, positions 1, 5, 6, 9, 10, 11, 13, 15, and 16 of the 16-mer are LNAs; or b. wherein from the 5'end to the 3' end of the 16-mer, positions 1, 2, 6, 8, 10, 11, 13, 15, and 16 of the 16-mer are LNAs.
A method of reducing the aggregate content of a sample comprising a desired protein, the method comprising contacting the sample with an electropositive organic additive and an undissolved ureide, wherein the electropositive organic additive comprises one selected from the group consisting of ethacridine, chlorhexidine, polyethyleneimine, methylene blue, and benzalkonium chloride, and wherein the undissolved ureide is allantoin.
A photocatalytic reaction system by collecting sunlight, characterized in that the system comprises: a light collector, a light conduction device, and a photoreactor capable of transmitting full-spectrum rays of sunlight; a transparent protective cover is disposed on a top of a housing of the light collector, a multi-layer light-collecting convex lens group formed by at least one lens is disposed beneath the protective cover in a transmission direction of the sunlight; the housing of the light collector is provided with a solar radiation measuring device; a bottom of the housing of the light collector is fixed on a free end of a two-degree-of-freedom bracket (2-DOF bracket) formed by connection of a pitch main shaft and an azimuthal main shaft, and the azimuthal main shaft at a bottom of the 2-DOF bracket is connected to a base via a bearing; the azimuthal main shaft and the pitch main shaft are separately provided with servo motors and able to rotate in relation to each other by tracking the sunlight under the control of the separate servo motors; the sunlight collected by the light-collecting convex lens group is converged into a convergent light when passing through the light conduction device and then transmitted to the photoreactor; the photoreactor comprises a light transmitting cylinder and a sealing cover; the sealing cover is disposed on the light transmitting cylinder; the light transmitting cylinder is filled with a reaction solution, and the reaction solution communicates with an external via a reaction gas inlet, reaction gas outlets, a reaction solution inlet, and a reaction solution outlet disposed on the photoreactor; the photoreactor is provided with a temperature sensor (7a1) and a pressure sensor (7a2); the temperature sensor (7a1), the pressure sensor (7a2), and the solar radiation measuring device are in signal connection with a data collection control box configured on the base, and the data collection control box is in electric connection with the servo motors.