mhurhangee/ep-ind-claims huggingface dataset:
Device for transporting containers, preferably in a beverage filling system, comprising a transport wheel, which comprises: a central connection which is configured to fasten the transport wheel to a central rotational shaft, so that a rotation of the central rotational shaft about the axis of rotation thereof is able to be transmitted to the transport wheel; multiple discs (20, 30, 40) which are concentrically stacked on top of the other relative to the axis of rotation in the axial direction and which in each case have at least one recess (21, 31, 41), which jointly form a receiving region which is provided on an outer circumference of the transport wheel and which is configured to receive at least partially a container, wherein at least one of the discs (20, 30, 40) is a fixed disc (20, 40) which is fixed via a supporting structure relative to the connection, and at least one of the discs (20, 30, 40) is an adjustment disc which is rotatably mounted about the axis of rotation relative to the fixed disc (20, 40); and an adjustment mechanism which is configured to rotate the adjustment disc by an adjustment angle relative to the fixed disc (20, 40), whereby the size of the receiving region is adjustable, characterized in that the transport wheel comprises exactly three discs (20, 30, 40) having two fixed discs (20, 40) and an adjustment disc, wherein the adjustment disc, when viewed in the axial direction of the axis of rotation, is arranged between the two fixed discs (20, 40). a central connection which is configured to fasten the transport wheel to a central rotational shaft, so that a rotation of the central rotational shaft about the axis of rotation thereof is able to be transmitted to the transport wheel; multiple discs (20, 30, 40) which are concentrically stacked on top of the other relative to the axis of rotation in the axial direction and which in each case have at least one recess (21, 31, 41), which jointly form a receiving region which is provided on an outer circumference of the transport wheel and which is configured to receive at least partially a container, wherein at least one of the discs (20, 30, 40) is a fixed disc (20, 40) which is fixed via a supporting structure relative to the connection, and at least one of the discs (20, 30, 40) is an adjustment disc which is rotatably mounted about the axis of rotation relative to the fixed disc (20, 40); and an adjustment mechanism which is configured to rotate the adjustment disc by an adjustment angle relative to the fixed disc (20, 40), whereby the size of the receiving region is adjustable, characterized in that the transport wheel comprises exactly three discs (20, 30, 40) having two fixed discs (20, 40) and an adjustment disc, wherein the adjustment disc, when viewed in the axial direction of the axis of rotation, is arranged between the two fixed discs (20, 40).
A method of forming a thin-film phosphor layer for use in a light emitting device, the method comprising: forming a first inorganic phosphor powder layer onto a surface of a Light Emitting Diode chip, the first inorganic phosphor powder layer including loosely packed first inorganic phosphor particles that are distributed on the surface of the LED chip, wherein forming the first inorganic phosphor powder layer includes: transporting, using a carrier gas, the first inorganic phosphor particles from a source of the first inorganic phosphor particles to a deposition chamber; and depositing the first inorganic phosphor particles on the LED chip within the deposition chamber so as to substantially uniformly distribute the first inorganic phosphor particles on the surface of the LED chip; and forming, via vapor deposition, a first parylene-based polymer layer adjacent to the first inorganic phosphor powder layer, the first parylene-based polymer layer serving as a binder for the first inorganic phosphor particles. forming a first inorganic phosphor powder layer onto a surface of a Light Emitting Diode chip, the first inorganic phosphor powder layer including loosely packed first inorganic phosphor particles that are distributed on the surface of the LED chip, wherein forming the first inorganic phosphor powder layer includes: transporting, using a carrier gas, the first inorganic phosphor particles from a source of the first inorganic phosphor particles to a deposition chamber; and depositing the first inorganic phosphor particles on the LED chip within the deposition chamber so as to substantially uniformly distribute the first inorganic phosphor particles on the surface of the LED chip; and transporting, using a carrier gas, the first inorganic phosphor particles from a source of the first inorganic phosphor particles to a deposition chamber; and depositing the first inorganic phosphor particles on the LED chip within the deposition chamber so as to substantially uniformly distribute the first inorganic phosphor particles on the surface of the LED chip; and forming, via vapor deposition, a first parylene-based polymer layer adjacent to the first inorganic phosphor powder layer, the first parylene-based polymer layer serving as a binder for the first inorganic phosphor particles.
A cooling and/or heating device for an electric or hybrid motor vehicle battery comprising a battery box provided with an outer envelope consisting of a composition comprising: - 20 to 80% by weight in relation to the total weight of the composition of reinforcing fibres, which do not have thermally conducting properties, - 0 to 20% by weight in relation to the total weight of at least one thermoconductive component, - 0 to 20% by weight in relation to the total weight of at least one impact modifier, - 0 to 20% by weight in relation to the total weight of the composition of additives, - where the complement being a matrix comprising mostly at least one polyamide and at least one flameproofing agent; the one or more polyamides representing 20 to 80% by weight in relation to the total weight of the composition, the composition comprising continuous fibers, the envelope having a thermal conductivity (λ) comprised between 1 and 0.1 W/m·K - a heat transfer fluid inlet; and - a heat transfer fluid outlet, where the compartment delimits a cooling and/or heating volume for the battery. - 20 to 80% by weight in relation to the total weight of the composition of reinforcing fibres, which do not have thermally conducting properties, - 0 to 20% by weight in relation to the total weight of at least one thermoconductive component, - 0 to 20% by weight in relation to the total weight of at least one impact modifier, - 0 to 20% by weight in relation to the total weight of the composition of additives, - where the complement being a matrix comprising mostly at least one polyamide and at least one flameproofing agent; the one or more polyamides representing 20 to 80% by weight in relation to the total weight of the composition, the composition comprising continuous fibers, the envelope having a thermal conductivity (λ) comprised between 1 and 0.1 W/m·K the composition comprising continuous fibers, the envelope having a thermal conductivity (λ) comprised between 1 and 0.1 W/m·K - a heat transfer fluid inlet; and - a heat transfer fluid outlet,
A method comprising: causing display of a list or array of objects on a touch screen, wherein each of the objects is associated with a corresponding target area of an original target area size on the touch screen, the target area being an area of the touch screen where the first object is selected in response to receiving a touch input within the target area; in response to detecting a user's digit at a location hovering over but not touching the touch screen, causing display of a first object at a location corresponding to the location of the digit to be changed from an original size to an enlarged size whilst causing display of other objects to remain substantially or exactly at their original size, wherein when the first object is displayed at the enlarged size, a target area corresponding to the first object is unchanged from the original target area size; and subsequent to detecting the user's digit at the location hovering over but not touching the touch screen and whilst the first object is displayed at the enlarged size, detecting a trigger and responding by increasing the size of the target area corresponding to the first object from the original target area size to an enlarged target area size. causing display of a list or array of objects on a touch screen, wherein each of the objects is associated with a corresponding target area of an original target area size on the touch screen, the target area being an area of the touch screen where the first object is selected in response to receiving a touch input within the target area; in response to detecting a user's digit at a location hovering over but not touching the touch screen, causing display of a first object at a location corresponding to the location of the digit to be changed from an original size to an enlarged size whilst causing display of other objects to remain substantially or exactly at their original size, wherein when the first object is displayed at the enlarged size, a target area corresponding to the first object is unchanged from the original target area size; and subsequent to detecting the user's digit at the location hovering over but not touching the touch screen and whilst the first object is displayed at the enlarged size, detecting a trigger and responding by increasing the size of the target area corresponding to the first object from the original target area size to an enlarged target area size.
Roadway joint to connect two pavement sections (C1, C2) separated by a gap comprising two assemblies (1, 2) anchored respectively in one or other of the pavement sections (C1, C2) on either side of the gap, each assembly (1, 2) comprising a finger plate (10, 20) comprising a series of teeth (11, 21), the teeth (11, 21) of one of the finger plates (10, 20) being interlocked in the teeth (21, 11) of the other finger plate (20, 10) to ensure the continuity of the upper surface of the pavement when the pavement sections (C1, C2) move between a near position where the gap is at its narrowest and a spaced-apart position where the gap is at its widest, the joint being characterised in that it comprises retractable means (3, 3') capable of filling, at least partially, the spaces between an adjacent first and second tooth (11a, 11b) on the same finger plate (10, 20) and a third tooth on the other finger plate (10, 20) inserted between the first and the second tooth (11a, 11b), the retractable means (3, 3') comprising a flexible blade extending between the first and the second tooth (11a, 11b) and passing under the third tooth towards the gap, each assembly (1, 2) further comprising a base plate (12, 22) extending along the gap under the finger plate (10, 20) of said assembly, characterised in that the retractable means (3, 3') comprise a base extending under the flexible blade and attached to the base plate (12, 22).
A liquid electrostatic ink composition, comprising: a liquid carrier; and chargeable toner particles comprising a resin and an aluminium-based color-shifting pigment. a liquid carrier; and chargeable toner particles comprising a resin and an aluminium-based color-shifting pigment.
A surface coating composition for inkjet media, comprising: a binder including at least one of water soluble polymers, water dispersible polymers, or combinations thereof; a pigment including at least one of low surface area inorganic pigments, organic pigments, porous inorganic pigments, or combinations thereof; an optical brightening agent; a metallic salt; and a chemical chelant; and, wherein the chelant is selected from the group consisting of organic phosphonate, organic phosphonate salts, phosphate, phosphate salts, carboxylic acids, carboxylic acid salts, dithiocarbamates, dithiocarbamate salts, sulfites, phosphines, and combinations thereof; and wherein a cation of the metallic salt is selected from the group consisting of potassium, sodium, calcium, magnesium, barium, aluminum, strontium, and combinations thereof; wherein an anion of the metallic salt is selected from the group consisting of fluoride, chloride, iodide, bromide, nitrate, chlorate, acetate and combinations thereof. a binder including at least one of water soluble polymers, water dispersible polymers, or combinations thereof; a pigment including at least one of low surface area inorganic pigments, organic pigments, porous inorganic pigments, or combinations thereof; an optical brightening agent; a metallic salt; and a chemical chelant; and, wherein the chelant is selected from the group consisting of organic phosphonate, organic phosphonate salts, phosphate, phosphate salts, carboxylic acids, carboxylic acid salts, dithiocarbamates, dithiocarbamate salts, sulfites, phosphines, and combinations thereof; and wherein a cation of the metallic salt is selected from the group consisting of potassium, sodium, calcium, magnesium, barium, aluminum, strontium, and combinations thereof; wherein an anion of the metallic salt is selected from the group consisting of fluoride, chloride, iodide, bromide, nitrate, chlorate, acetate and combinations thereof.
A method for dispensing a gas into a first receiving vessel which is part of a car, truck, bus or forklift, the method comprising: (a) withdrawing a first quantity of the gas from a gas source; (b) cooling the first quantity of gas via heat exchange with a first thermal capacitor wherein the first thermal capacitor has a temperature lower than the minimum temperature of a first target temperature range when the first quantity of gas is initially cooled by the first thermal capacitor; characterized by (c) cooling the first quantity of gas via heat exchange with a second thermal capacitor wherein the second thermal capacitor has a temperature lower than the minimum temperature of the first target temperature range when the first quantity of gas is initially cooled by the second thermal capacitor, wherein the first quantity of gas is cooled via heat exchange with the second thermal capacitor after being cooled via heat exchange with the first thermal capacitor; (d) heating or cooling the first quantity of gas via heat exchange with a third thermal capacitor wherein the third thermal capacitor has a temperature within the first target temperature range, wherein the first quantity of gas exchanges heat with the third thermal capacitor after being cooled via heat exchange with the second thermal capacitor; and (e) introducing the first quantity of gas from the third thermal capacitor into the first receiving vessel, the first quantity of gas thereby having a dispensing temperature within the first target temperature range. (a) withdrawing a first quantity of the gas from a gas source; (b) cooling the first quantity of gas via heat exchange with a first thermal capacitor wherein the first thermal capacitor has a temperature lower than the minimum temperature of a first target temperature range when the first quantity of gas is initially cooled by the first thermal capacitor; characterized by (c) cooling the first quantity of gas via heat exchange with a second thermal capacitor wherein the second thermal capacitor has a temperature lower than the minimum temperature of the first target temperature range when the first quantity of gas is initially cooled by the second thermal capacitor, wherein the first quantity of gas is cooled via heat exchange with the second thermal capacitor after being cooled via heat exchange with the first thermal capacitor; (d) heating or cooling the first quantity of gas via heat exchange with a third thermal capacitor wherein the third thermal capacitor has a temperature within the first target temperature range, wherein the first quantity of gas exchanges heat with the third thermal capacitor after being cooled via heat exchange with the second thermal capacitor; and (e) introducing the first quantity of gas from the third thermal capacitor into the first receiving vessel, the first quantity of gas thereby having a dispensing temperature within the first target temperature range.
An EPHEDRAE HERBA-containing pharmaceutical composition for use in the treatment of bronchitis, characterized in that, said pharmaceutical composition is made from the medicinal materials in the following parts by weight: EPHEDRAE HERBA 52-86 GYPSUM FIBROSUM 194-324 FORSYTHIAE FRUCTUS 194-324 SCUTELLARIAE RADIX 78-130 MORI CORTEX 194-324 ARMENIACAE SEMEN AMARUM 78-130 PEUCEDANI RADIX 78-130 PINELLIAE RHIZOMA78-130 CITRI RETICULATAE PERICARPIUM 78-130 FRITILLARIAE THUNBERGII BULBUS 78-130 ARCTII FRUCTUS 78-130 LONICERAE FLOS 78-130 RHEI RADIX ET RHIZOMA 39-65 PLATYCODONIS RADIX 46-76 and GLYCYRRHIZAE RADIX ET RHIZOMA 39-65.
A diagnosis assistance system configured to identify a contour of a biological object in image information, comprising: - a processing unit; wherein the processing unit is configured to: receive image information which has been segmented into super-pixels, to select an initial set of super-pixels in the image information at an initial location in the image information, to determine a first morphological variable of the initial set of super-pixels, to identify a further set of super-pixels adjacent to a super-pixel of the initial set of super-pixels at a further location in the image information, to generate a second morphological variable of the union of the initial set and the further set of super-pixels, and, if a comparison of the second morphological variable to the first morphological variable indicates that the union of the initial set and the further set have an increased shape compactness, to define the contour of a biological object in the image information as the boundary of the union of the initial set and the further set of super-pixels. - a processing unit;
A hydraulic steering comprising a hydraulic steering unit and a priority valve, wherein the hydraulic steering unit and the priority valve are arranged in a common housing, and wherein the hydraulic steering comprises a hydraulic pressure supply port, a low pressure port, two steering connection ports (L, R) and an excess flow port to supply an external implement, and wherein the priority valve distributes hydraulic fluid from the hydraulic pressure supply port between the hydraulic steering unit and the excess flow port, characterized in that, the hydraulic pressure supply port, the low pressure port and the two steering connection ports (L, R) all enter on the same side of the housing, and wherein the priority valve is arranged adjacent to the four ports hydraulic pressure supply port, the low pressure port and the two steering connection ports (L, R) with two of the four ports (P, T, L, R) on either side of the priority valve.
A fan guide unit for a heat exchanger, comprising: a fan guide including: a fitting portion provided along a circumferential direction on a periphery of an opening portion; and at least one protrusion provided on the fitting portion and protruding in a direction intersecting the circumferential direction; and a fan cover including a fitted portion provided corresponding to the fitting portion of the fan guide, wherein the fitted portion of the fan cover is provided with at least one through-hole provided corresponding to the protrusion of the fan guide, wherein: the opening portion of the fan guide is substantially circular; the fitting portion of the fan guide extends in a radial direction from the periphery of the opening portion; and the protrusion extends in the radial direction from a tip of the fitting portion of the fan guide. a fan guide including: a fitting portion provided along a circumferential direction on a periphery of an opening portion; and at least one protrusion provided on the fitting portion and protruding in a direction intersecting the circumferential direction; and a fan cover including a fitted portion provided corresponding to the fitting portion of the fan guide, wherein the fitted portion of the fan cover is provided with at least one through-hole provided corresponding to the protrusion of the fan guide, wherein: the opening portion of the fan guide is substantially circular; the fitting portion of the fan guide extends in a radial direction from the periphery of the opening portion; and the protrusion extends in the radial direction from a tip of the fitting portion of the fan guide. the opening portion of the fan guide is substantially circular; the fitting portion of the fan guide extends in a radial direction from the periphery of the opening portion; and the protrusion extends in the radial direction from a tip of the fitting portion of the fan guide.
Test facility for a vehicle equipped with at least one vehicle tire, comprising an acceleration track, a test section and a return track, wherein the vehicle is guided by a slide running on a guide, characterized in that at least one part of the test facility is located inside a building and the test section is able to be displaced transversely to the direction of travel and/or longitudinally in the direction of travel of the vehicle.
Method of validation of the use of a real finger as support of a fingerprint, implemented by a validation device comprising a capture surface on which said support bears, a sensor intended to capture an image of the fingerprint, a processing module and a decision taking module, said method of validation comprising: - a positioning step during which the support is placed such that it bears against the capture surface, - a capture step during which the sensor captures a so-called captured image of the print, - a filtering step during which the processing module transforms the captured image into a resulting image by passage through a low-pass filter whose cutoff frequency is much lower than the frequency of the ridges of a print, characterized in that the method comprises - a locating step during which the processing module locates on the resulting image, an origin point O, where the intensity of the pixel is representative of the maximum pressure exerted on the support, - a verification step during which the processing module verifies that, on the resulting image, for a plurality of radii issuing from the origin point O, and for each of said radii, for a plurality of points M, the intensity of the pixel of each point M of said radius is representative of a decline in the pressure exerted on the support as the distance from the origin point O to the point M increases, and - a decision taking step during which the decision taking module takes a decision as regards the validity of the support as a function of the results of the verification step. - a positioning step during which the support is placed such that it bears against the capture surface, - a capture step during which the sensor captures a so-called captured image of the print, - a filtering step during which the processing module transforms the captured image into a resulting image by passage through a low-pass filter whose cutoff frequency is much lower than the frequency of the ridges of a print, - a locating step during which the processing module locates on the resulting image, an origin point O, where the intensity of the pixel is representative of the maximum pressure exerted on the support, - a verification step during which the processing module verifies that, on the resulting image, for a plurality of radii issuing from the origin point O, and for each of said radii, for a plurality of points M, the intensity of the pixel of each point M of said radius is representative of a decline in the pressure exerted on the support as the distance from the origin point O to the point M increases, and - a decision taking step during which the decision taking module takes a decision as regards the validity of the support as a function of the results of the verification step.