mhurhangee/ep-ind-claims huggingface dataset:
A circuit breaker in which a trip mechanism and a movable contact are connected respectively to both ends of a main shaft, the main shaft rotatably installed in a main body, so as to perform a trip operation by transferring a tensile force of the trip mechanism to the movable contact, characterized in that, the circuit breaker is further comprising: a stopping groove engageable with part of the main shaft; and a rebound preventer rotatably installed in the circuit breaker, wherein the stopping groove comprises first and second contact surfaces (32a, 32b) contactable with the part of the main shaft upon the rotation of the main shaft, wherein an extending line of a force applied from the part of the main shaft to the second contact surface passes through the center of the rotation of the rebound preventer upon a reverse rotation of the main shaft. a stopping groove engageable with part of the main shaft; and a rebound preventer rotatably installed in the circuit breaker, wherein the stopping groove comprises first and second contact surfaces (32a, 32b) contactable with the part of the main shaft upon the rotation of the main shaft, wherein an extending line of a force applied from the part of the main shaft to the second contact surface passes through the center of the rotation of the rebound preventer upon a reverse rotation of the main shaft.
An inertial filter placed in a fluid flow path for passage of a fluid containing nano-sized particles to collect the nano-sized particles in the fluid flow path by an effect of particle inertia, the inertial filter collecting the nano-sized particles having smaller particle sizes as a velocity of flow of the fluid is increased, the inertial filter including: a flow quantity adjusting nozzle located on an upstream side of the fluid flow path and having a diametrically-reduced through cavity diametrically smaller in the fluid passage direction, the flow quantity adjusting nozzle adjusting the velocity of fluid flow depending on different diameter reducing ratio of the diametrically-reduced through cavity; and a particle classifying sheet located further on a downstream side of the fluid flow path than the flow quantity adjusting nozzle and having a plurality of particle classifying holes uniformly arranged, the plurality of particle classifying holes being formed to collect the nano-sized particles by an effect of particle inertia, the particle classifying sheet having a sheet area larger than a downstream-side opening of the diametrically-reduced through cavity and being provided in the form of a partition wall dividing the fluid flow path in two sections in the fluid passage direction so as to block the downstream-side opening. a flow quantity adjusting nozzle located on an upstream side of the fluid flow path and having a diametrically-reduced through cavity diametrically smaller in the fluid passage direction, the flow quantity adjusting nozzle adjusting the velocity of fluid flow depending on different diameter reducing ratio of the diametrically-reduced through cavity; and a particle classifying sheet located further on a downstream side of the fluid flow path than the flow quantity adjusting nozzle and having a plurality of particle classifying holes uniformly arranged, the plurality of particle classifying holes being formed to collect the nano-sized particles by an effect of particle inertia, the particle classifying sheet having a sheet area larger than a downstream-side opening of the diametrically-reduced through cavity and being provided in the form of a partition wall dividing the fluid flow path in two sections in the fluid passage direction so as to block the downstream-side opening.
A 3D data analysis apparatus comprising: a data storage unit configured to store measurement data of microparticles; an input unit configured to select four independent variables from the measurement data; a data processing unit configured to calculate a position in a coordinate space using three variables of the selected variables as coordinate axes, the three variables showing optical characteristics of the microparticles, a display unit configured to display a 3D stereoscopic image, the 3D data analysis apparatus being characterized in that the data processing unit is configured to calculate from the residual variable a figure (7A, 7B) corresponding to a microparticle, wherein the residual variable is a variable showing electrical characteristics of the microparticle, calculate the shape, size and/or color of the figure (7A, 7B) from the measurement data of the residual variable, wherein the figure (7A, 7B) is a polyhedron formed of a combination of polygons having a predetermined shape, and create the 3D stereoscopic image showing a plurality of polyhedron formed figures (7A, 7B) corresponding to a characteristic distribution of the microparticles. a data storage unit configured to store measurement data of microparticles; an input unit configured to select four independent variables from the measurement data; a data processing unit configured to calculate a position in a coordinate space using three variables of the selected variables as coordinate axes, the three variables showing optical characteristics of the microparticles, a display unit configured to display a 3D stereoscopic image, the 3D data analysis apparatus being characterized in that the data processing unit is configured to calculate from the residual variable a figure (7A, 7B) corresponding to a microparticle, wherein the residual variable is a variable showing electrical characteristics of the microparticle, calculate the shape, size and/or color of the figure (7A, 7B) from the measurement data of the residual variable, wherein the figure (7A, 7B) is a polyhedron formed of a combination of polygons having a predetermined shape, and create the 3D stereoscopic image showing a plurality of polyhedron formed figures (7A, 7B) corresponding to a characteristic distribution of the microparticles. calculate from the residual variable a figure (7A, 7B) corresponding to a microparticle, wherein the residual variable is a variable showing electrical characteristics of the microparticle, calculate the shape, size and/or color of the figure (7A, 7B) from the measurement data of the residual variable, wherein the figure (7A, 7B) is a polyhedron formed of a combination of polygons having a predetermined shape, and create the 3D stereoscopic image showing a plurality of polyhedron formed figures (7A, 7B) corresponding to a characteristic distribution of the microparticles.
Fully automatic coffee machine comprising a spindle brewing unit with a brewing apparatus consisting of a brewing chamber and a brewing piston, a threaded spindle for driving the brewing chamber via a connecting arm as spindle nut wherein the brewing apparatus is disposed to the side next to the threaded spindle, further comprising a C-shaped housing (8, 88, 89) with a stand section (82, 83, 84) along the threaded spindle, a floor section and also a roof section, which each lie orthogonally to the threaded spindle, wherein the housing (8, 88, 89) serves to support the brewing apparatus and the threaded spindle and is able to be separated into a first segment (81, 84, 88) and a second segment (80, 83, 89), characterised in that a separation plane essentially transverse to the spindle axis divides the housing (8, 88, 89) into a lower segment (81, 84, 88) and an upper segment (80, 83, 89).
A hot melt wetness indicating adhesive composition comprising a blend of the following ingredients: a. a water soluble polymer or a blend of water soluble polymers, in an amount of about 10% to 80% by weight; b. a tackifier or a blend of tackifiers, in an amount of about 20% to 70% by weight; c. a surfactant or a blend of surfactants, in an amount of about 0% to 30% by weight; d. a plasticizer or a blend of plasticizers, in an amount of about 0% to 50% by weight; e. a wax or a blend of waxes, in an amount of about 0% to 50% by weight; f. about 0% to 5% by weight of a stabilizer or antioxidant; g. a wetness indicating agent or a blend of wetness indicating agents, in an amount of about 0% to 5% by weight; and h. a fluorescing agent or a blend of fluorescing agents, in an amount of 0.001% to 10% by weight, wherein said fluorescing agent: - fluoresces only when wet and not when dry; - fluoresces when exposed to ultraviolet or infrared light; and - produces a fluorescence visible to the human eye in the dark; and wherein the ingredients add up to 100% by weight of the composition. a. a water soluble polymer or a blend of water soluble polymers, in an amount of about 10% to 80% by weight; b. a tackifier or a blend of tackifiers, in an amount of about 20% to 70% by weight; c. a surfactant or a blend of surfactants, in an amount of about 0% to 30% by weight; d. a plasticizer or a blend of plasticizers, in an amount of about 0% to 50% by weight; e. a wax or a blend of waxes, in an amount of about 0% to 50% by weight; f. about 0% to 5% by weight of a stabilizer or antioxidant; g. a wetness indicating agent or a blend of wetness indicating agents, in an amount of about 0% to 5% by weight; and h. a fluorescing agent or a blend of fluorescing agents, in an amount of 0.001% to 10% by weight, wherein said fluorescing agent: - fluoresces only when wet and not when dry; - fluoresces when exposed to ultraviolet or infrared light; and - produces a fluorescence visible to the human eye in the dark; - fluoresces only when wet and not when dry; - fluoresces when exposed to ultraviolet or infrared light; and - produces a fluorescence visible to the human eye in the dark;
A compound, including salts, of the Formula: wherein: R 1a, R 1b, R 2a, R 2b, R 4a, R 4b, R 5a, and R 5b, are, independently, H, optionally substituted C1-C6 alkyl, or R 4a and R 4b may cooperate to form a cycloalkyl; and R 3a is -CH 3, and R 3b is -CH 2 CH CH 2 OH. R 1a, R 1b, R 2a, R 2b, R 4a, R 4b, R 5a, and R 5b, are, independently, H, optionally substituted C1-C6 alkyl, or R 4a and R 4b may cooperate to form a cycloalkyl; and R 3a is -CH 3, and R 3b is -CH 2 CH CH 2 OH.
A catalyst composition, expressed in elemental form, having a formula (R p) i (M t) a (L u) b (S v) d (C w) e (H x) f (O y) g (N z) h, wherein the formula refers to the catalyst solids, constituting the catalyst slurry in oil, wherein R is optional, R is at least a lanthanoid element metal or an alkaline earth metal; M is at least a "d" block element metal; L is at least a "d" block element metal different from the "d" block element metal M; 0 < = i < = 1; 0 < b / a = < 5, 0.5 a + b < = d < = 5 a + b, 0 < e < = 11 a + b, 0 < f < = 7 a + b, 0 < g < = 5 a + b, 0 < h < = 2 a + b, p, t, u, v, w, x, y, z, each representing total charge for each of: M, L, S, C, H, O and N, respectively, wherein p i +t a +u b +v d +w e +x j +y g +z h= 0; wherein the catalyst has an X-ray powder diffraction pattern with at least three diffraction peaks located at 2-θ angles of greater than 25°; and wherein M or L is iron and the other of M or L is selected from zinc, titanium, manganese, copper, nickel, and cobalt. R is optional, R is at least a lanthanoid element metal or an alkaline earth metal; M is at least a "d" block element metal; L is at least a "d" block element metal different from the "d" block element metal M; 0 < = i < = 1; 0 < b / a = < 5, 0.5 a + b < = d < = 5 a + b, 0 < e < = 11 a + b, 0 < f < = 7 a + b, 0 < g < = 5 a + b, 0 < h < = 2 a + b, p, t, u, v, w, x, y, z, each representing total charge for each of: M, L, S, C, H, O and N, respectively, wherein p i +t a +u b +v d +w e +x j +y g +z h= 0; wherein the catalyst has an X-ray powder diffraction pattern with at least three diffraction peaks located at 2-θ angles of greater than 25°; and wherein M or L is iron and the other of M or L is selected from zinc, titanium, manganese, copper, nickel, and cobalt. p, t, u, v, w, x, y, z, each representing total charge for each of: M, L, S, C, H, O and N, respectively, wherein p i +t a +u b +v d +w e +x j +y g +z h= 0; wherein the catalyst has an X-ray powder diffraction pattern with at least three diffraction peaks located at 2-θ angles of greater than 25°; and wherein M or L is iron and the other of M or L is selected from zinc, titanium, manganese, copper, nickel, and cobalt.
Floor panel, which, at least at two opposite sides, comprises coupling parts with which two of such floor panels can be coupled to each other; wherein these coupling parts form a horizontally active locking system and a vertically active locking system; wherein the horizontally active locking system comprises a male part in the form of a downwardly directed projection and a female part with a seat open towards the top, which have horizontally active locking surfaces (14, 15); wherein said male part and female part allow that two of such floor panels can be connected to each other at said sides by providing one of these floor panels with the pertaining male part, by means of a downward movement, in the female part of the other floor panel; wherein the vertically active locking system comprises a vertically active locking element, which forms part of an insertion piece provided in the female part; said insertion piece being formed as a synthetic material strip having a continuous cross-section over its entire length; and wherein said insertion piece is formed at least of a bottom part, which, in the coupled condition of two of such floor panels, is situated at least partially underneath said projection, and a back part adjoining thereto; characterized in that said insertion piece is also formed by an elastically movable lock-up body directed downward with a free extremity, which lock-up body, by means of a hinge portion, is connected directly or indirectly to the back part, wherein said lock-up body forms a stop-forming locking portion at said extremity, which locking portion can cooperate with a locking portion of a similar coupled floor panel.
Corrosion-resistant extruded section of an AlSiMg alloy, preferably a multi-chamber hollow section, characterized by the following alloy composition, in % by weight Si 0.30 - 0,60% Mg 0.8 - 1.2% Mn 0.05 - 0.10% Fe 0.1 - 0.3% Cu 0.1 - 0.3% and Ti 0.01 - 0.12% and, optionally, Cr 0.01 - 0.12%; balance pure aluminium containing the impurities conditional to manufacturing; the said extruded section furthermore having a microstructure with globulized intermetallic phases of the alpha-AlFeSi, beta-AlFeSi, Al15FeMn 3 Si 2, Mg 2 Si, theta-AlCu type, and the particles of the intermetallic phases having a globulitic shape and a cross-section of ≤1 μm. Si 0.30 - 0,60% Mg 0.8 - 1.2% Mn 0.05 - 0.10% Fe 0.1 - 0.3% Cu 0.1 - 0.3% Ti 0.01 - 0.12% and, optionally, Cr 0.01 - 0.12%;
A protection case configured to be attachable to a portable wireless terminal, the case comprising a relay unit, wherein the relay unit comprises a closed circuit with a loop antenna and a capacitor for providing a resonance to relay a transmission signal of an external reader and an NFC antenna unit of the portable wireless terminal, wherein loop antenna patterns of the relay unit are formed on an upper surface of a film, and the capacitor is interconnected across the loop antenna patterns of the relay unit, and in that the film of the relay unit is attached to a surface of the case, wherein a distal end terminal and another distal end terminal of the capacitor are oppositely printed on an upper surface and a rear surface of the film, respectively, and the distal end and the other distal end are electrically connected across the loop antenna patterns of the relay unit.
An active material comprising: a composite metal fluoride containing Al, F, and Ti, wherein the active material is capable of occluding and releasing fluoride ions, and the composite metal fluoride is represented by a compositional formula: Al 1-x Ti x F y, where x satisfies 0.01 ≤ x ≤ 0.9 and y satisfies 2 ≤ y ≤ 4. a composite metal fluoride containing Al, F, and Ti, wherein the active material is capable of occluding and releasing fluoride ions, and the composite metal fluoride is represented by a compositional formula: Al 1-x Ti x F y, where x satisfies 0.01 ≤ x ≤ 0.9 and y satisfies 2 ≤ y ≤ 4.
A device for gluing fibres or similar particles, particularly for the production of wooden composite boards, e.g. fibreboards, having a blow line, by means of which the fibres to be glued are transported, wherein a plurality of nozzles opening into the blow line are connected to the blow line, using which nozzles the fibres that are transported through the blow line can be sprayed with glue, wherein the nozzles are constructed as multi-substance nozzles, e.g. two-substance nozzles for steam atomisation and at least one glue supply line and one steam supply line are connected to each nozzle characterised in that at least one glue valve and one flow measuring device are integrated into each glue supply line and in that the glue valves and the flow measuring devices are connected to at least one control and/or regulating device, so that the flow volume for each nozzle can be controlled or regulated separately using the glue valves.
A surface cleaning device comprising: a base; a cleaner housing pivotally coupled to the base, the cleaner housing defining a central longitudinal axis; a plane defined by the central longitudinal axis and the forward-rearward direction of the cleaner housing; and a handle coupled to the cleaner housing at a pivot joint such that the handle is movable relative to the cleaner housing from an operating position downwardly to a storage position, wherein the handle is substantially centered on the central longitudinal axis when the handle is in the operating position, and characterized in that as the handle moves from the operating position to the storage position, the pivot joint is configured to rotatably store the handle at a position offset from the plane. a base; a cleaner housing pivotally coupled to the base, the cleaner housing defining a central longitudinal axis; a plane defined by the central longitudinal axis and the forward-rearward direction of the cleaner housing; and a handle coupled to the cleaner housing at a pivot joint such that the handle is movable relative to the cleaner housing from an operating position downwardly to a storage position, wherein the handle is substantially centered on the central longitudinal axis when the handle is in the operating position, and characterized in that as the handle moves from the operating position to the storage position, the pivot joint is configured to rotatably store the handle at a position offset from the plane.
A closure device for closing a blood vessel puncture site disposed at a distal end of a tissue tract, the device comprising: a shaft having a proximal end and a distal end, the shaft being configured to be advanced through the tissue tract; an expansible member disposed on the distal end of the shaft being deployable within the blood vessel to occlude the blood vessel puncture; wherein the expansible member is collapsible for removal of the closure device from the tissue tract; a sealing member retractably disposed over at least a portion of the shaft proximal to the expansible member; and a chemical and/or biological agent, insoluble in blood and selected to promote hemostasis, disposed under the sealing member and immobilized in a region of the closure device immediately proximal to the expansible member, wherein the sealing member is arranged to expose at least a portion of the agent on retraction of the sealing member and characterized in that the agent is arranged to remain immobilized on the closure device after exposure to blood for the entire time that the closure device remains deployed and following said collapse of the expansible member and removal of the closure device from the tissue tract. a shaft having a proximal end and a distal end, the shaft being configured to be advanced through the tissue tract; an expansible member disposed on the distal end of the shaft being deployable within the blood vessel to occlude the blood vessel puncture; wherein the expansible member is collapsible for removal of the closure device from the tissue tract; a sealing member retractably disposed over at least a portion of the shaft proximal to the expansible member; and a chemical and/or biological agent, insoluble in blood and selected to promote hemostasis, disposed under the sealing member and immobilized in a region of the closure device immediately proximal to the expansible member, wherein the sealing member is arranged to expose at least a portion of the agent on retraction of the sealing member and characterized in that the agent is arranged to remain immobilized on the closure device after exposure to blood for the entire time that the closure device remains deployed and following said collapse of the expansible member and removal of the closure device from the tissue tract.
An input device comprising: an input unit having a plurality of buttons (110L,110R) disposed in a handle of a vehicle; an interface unit configured to receive data concerning the vehicle or to transmit an input signal received via the input unit to an external device; a processor configured to change a function of at least one of the plurality of buttons to a set function based on a manipulation signal from the input unit; and a display configured to display an image corresponding to the set function of the at least one of the plurality of buttons; the input device is characterised in that when a user enters the vehicle and starts the vehicle, the processor is configured to set a first button of the plurality of buttons to a home function, a menu function or a vehicle inner setting function, and to set a second button of the plurality of buttons to a telephone function, in that the interface is configured to receive tunnel entrance information from an audio video navigation, AVN, device mountable on the vehicle, in that when the interface receives tunnel entrance information from the AVN device, the processor is configured to set the first button of the plurality of buttons from the home function to a menu function and the second button of the plurality of buttons from the telephone function to a tunnel mode function, and in that the tunnel mode function includes a vehicle window closing function an input unit having a plurality of buttons (110L,110R) disposed in a handle of a vehicle; an interface unit configured to receive data concerning the vehicle or to transmit an input signal received via the input unit to an external device; a processor configured to change a function of at least one of the plurality of buttons to a set function based on a manipulation signal from the input unit; and a display configured to display an image corresponding to the set function of the at least one of the plurality of buttons; the input device is characterised in that when a user enters the vehicle and starts the vehicle, the processor is configured to set a first button of the plurality of buttons to a home function, a menu function or a vehicle inner setting function, and to set a second button of the plurality of buttons to a telephone function, in that the interface is configured to receive tunnel entrance information from an audio video navigation, AVN, device mountable on the vehicle, in that when the interface receives tunnel entrance information from the AVN device, the processor is configured to set the first button of the plurality of buttons from the home function to a menu function and the second button of the plurality of buttons from the telephone function to a tunnel mode function, and in that the tunnel mode function includes a vehicle window closing function