mhurhangee/ep-ind-claims huggingface dataset:
A device for training or aiding users in a proper mixing of pharmaceutical components, the device comprising: a housing; a microcontroller disposed in the housing; and a user notification device for alerting a user to a status of the device as determined by the microcontroller, wherein the user notification device comprises a display; wherein the microcontroller is configured to indicate via the user notification device as to whether the motion and/or orientation of the housing being shaken during one of a drug mixing and administration, or a training event is sufficient enough for satisfactory mixing of the pharmaceutical components for delivery, and wherein the microcontroller is configured to indicate via the display the state of mixing or simulated mixing of the pharmaceutical components in a real-time manner, characterised in that the microcontroller is configured to change progressively the color and/or pattern of one or more display elements on the display as shaking takes place until sufficient shaking has taken place for satisfactory mixing or satisfactory simulated mixing of the pharmaceutical components for delivery. a housing; a microcontroller disposed in the housing; and a user notification device for alerting a user to a status of the device as determined by the microcontroller, wherein the user notification device comprises a display; wherein the microcontroller is configured to indicate via the user notification device as to whether the motion and/or orientation of the housing being shaken during one of a drug mixing and administration, or a training event is sufficient enough for satisfactory mixing of the pharmaceutical components for delivery, and wherein the microcontroller is configured to indicate via the display the state of mixing or simulated mixing of the pharmaceutical components in a real-time manner, characterised in that the microcontroller is configured to change progressively the color and/or pattern of one or more display elements on the display as shaking takes place until sufficient shaking has taken place for satisfactory mixing or satisfactory simulated mixing of the pharmaceutical components for delivery.
Method for the manufacture of a solid, homogeneous, non-explosive particulate composition, comprising the steps of: a) providing an ammonium nitrate melt; b) adding zinc oxide and a compound selected from the group of limestone, dolomite, gypsum, kaolin clays and mixtures thereof, to the ammonium nitrate melt, to obtain a melt comprising ammonium nitrate, zinc oxide and 10 to 30 weight% of the compound selected from the group of limestone, dolomite, gypsum, kaolin clays and mixtures thereof; c) mixing the melt comprising ammonium nitrate, zinc oxide and the compound selected from the group of limestone, dolomite, gypsum, kaolin clays and mixtures thereof; d) transforming the melt obtained in step c) into a solid, homogeneous, particulate composition. a) providing an ammonium nitrate melt; b) adding zinc oxide and a compound selected from the group of limestone, dolomite, gypsum, kaolin clays and mixtures thereof, to the ammonium nitrate melt, to obtain a melt comprising ammonium nitrate, zinc oxide and 10 to 30 weight% of the compound selected from the group of limestone, dolomite, gypsum, kaolin clays and mixtures thereof; c) mixing the melt comprising ammonium nitrate, zinc oxide and the compound selected from the group of limestone, dolomite, gypsum, kaolin clays and mixtures thereof; d) transforming the melt obtained in step c) into a solid, homogeneous, particulate composition.
An abrasive article comprising: a coated abrasive having a plurality of apertures arranged in an aperture pattern, wherein the aperture pattern has a controlled non-uniform distribution, wherein the aperture pattern is rotationally asymmetric about the center of the aperture pattern, and wherein the aperture pattern is a spiral phyllotactic pattern having a controlled asymmetry, characterized in that the aperture pattern is described in polar co-ordinates by the following equation: φ = n ∗ α, r = c √ n where: n is the ordering number of an aperture, counting outward from the center of the aperture pattern; φ is the angle between a reference direction and a position vector of the nth aperture in a polar coordinate system originating at the center of the aperture pattern, such that the divergence angle between the position vectors of any two successive apertures is a constant angle α; r is the distance from the center of the aperture pattern to the center of the nth aperture; and c is a constant scaling factor, and wherein the aperture pattern divergence angle in polar co-ordinates ranges from 100° to 170°. a coated abrasive having a plurality of apertures arranged in an aperture pattern, wherein the aperture pattern has a controlled non-uniform distribution, wherein the aperture pattern is rotationally asymmetric about the center of the aperture pattern, and wherein the aperture pattern is a spiral phyllotactic pattern having a controlled asymmetry, characterized in that the aperture pattern is described in polar co-ordinates by the following equation: φ = n ∗ α, r = c √ n where: n is the ordering number of an aperture, counting outward from the center of the aperture pattern; φ is the angle between a reference direction and a position vector of the nth aperture in a polar coordinate system originating at the center of the aperture pattern, such that the divergence angle between the position vectors of any two successive apertures is a constant angle α; r is the distance from the center of the aperture pattern to the center of the nth aperture; and c is a constant scaling factor, and wherein the aperture pattern divergence angle in polar co-ordinates ranges from 100° to 170°. n is the ordering number of an aperture, counting outward from the center of the aperture pattern; φ is the angle between a reference direction and a position vector of the nth aperture in a polar coordinate system originating at the center of the aperture pattern, such that the divergence angle between the position vectors of any two successive apertures is a constant angle α; r is the distance from the center of the aperture pattern to the center of the nth aperture; and c is a constant scaling factor, and wherein the aperture pattern divergence angle in polar co-ordinates ranges from 100° to 170°.
A method of preparing an EDTA-free mayonnaise that comprises 5-85 wt.% of dispersed oil phase and 15-95 wt.% of continuous aqueous phase, said method comprising incorporating into the mayonnaise: • reduced grape juice in an amount providing 5-2,000 μg gallic acid equivalents per milliliter of aqueous phase, said reduced grape juice containing at least 50% by weight of dry matter of monosaccharides selected from glucose, fructose and combinations thereof; • a source of acetic acid in an amount providing 0.2-15% acetic acid by weight of the continuous aqueous phase, said source of acetic acid containing at least 20% acetic acid by weight of dry matter; and • egg protein in an amount of 0.02-4% by weight of the mayonnaise, wherein the mayonnaise contains egg yolk. • reduced grape juice in an amount providing 5-2,000 μg gallic acid equivalents per milliliter of aqueous phase, said reduced grape juice containing at least 50% by weight of dry matter of monosaccharides selected from glucose, fructose and combinations thereof; • a source of acetic acid in an amount providing 0.2-15% acetic acid by weight of the continuous aqueous phase, said source of acetic acid containing at least 20% acetic acid by weight of dry matter; and • egg protein in an amount of 0.02-4% by weight of the mayonnaise,
An engine having an engine shaft and a piston (220, 222) configured to reciprocate within a cylinder chamber having an axis, each piston having an first piston part and piston stem to move in unison with or separately from a second piston part to define piston strokes for different thermal functions of the engine, the engine comprising: a linkage assembly (110, 112) having a first end coupled to the engine and a second end coupled to the piston stem defining a copy point; an actuator that engages the linkage assembly; a guide cam that engages a guide cam follower coupled to the linkage assembly; and a return mechanism configured to bias movement of the linkage assembly against one of the actuator or the guide cam, wherein the actuator and the guide cam are operable to control motion of the linkage assembly to thereby define substantially linear movement of the copy point along the cylinder chamber axis. a linkage assembly (110, 112) having a first end coupled to the engine and a second end coupled to the piston stem defining a copy point; an actuator that engages the linkage assembly; a guide cam that engages a guide cam follower coupled to the linkage assembly; and a return mechanism configured to bias movement of the linkage assembly against one of the actuator or the guide cam, wherein the actuator and the guide cam are operable to control motion of the linkage assembly to thereby define substantially linear movement of the copy point along the cylinder chamber axis.
A layered diesel oxidation catalyst composite for the treatment of exhaust gas emissions from a diesel engine comprising: a diesel oxidation catalytic material on a flow-through substrate, the catalytic material comprising a palladium component and two layers: a hydrocarbon trap layer comprising a beta zeolite, gamma alumina, and platinum, the hydrocarbon trap layer being substantially free of palladium; a palladium-containing layer that comprises the palladium component, platinum, and gamma alumina, and is substantially free of a molecular sieve and is substantially free of an oxygen storage component, wherein the Pt/Pd ratio is in the range of 4/1 to 1/2 and the palladium component is located on a high surface area, gamma alumina support; wherein the catalytic material further comprises an undercoat layer located on the flow-through substrate and below the two layers; wherein the catalytic material further comprises an oxygen storage component comprising CeO 2 that is located in the hydrocarbon trap and the undercoat layer; wherein the palladium-containing layer is located on the undercoat layer and the hydrocarbon trap layer is located on the palladium-containing layer; and the undercoat layer comprises gamma alumina, and optionally palladium wherein the catalytic material comprises the palladium component in an amount in the range of 5 to 75 g/ft 3 (0.18 to 2.65 kg/m 3), and wherein the catalytic material comprises the platinum component, in the range of 10 g/ft 3 to 150 g/ft 3 (0.35 to 5.30 kg/m 3), an amount of up to 20% by weight of the platinum component being incorporated into the beta zeolite, and an amount of at least 80% by weight of the platinum component being on the high surface area, gamma alumina support of the palladium containing layer, the layered catalyst composite having a total precious metal component loading in an amount in the range of 15 to 225 g/ft 3 (0.53 to 7.95 kg/m 3). a hydrocarbon trap layer comprising a beta zeolite, gamma alumina, and platinum, the hydrocarbon trap layer being substantially free of palladium; a palladium-containing layer that comprises the palladium component, platinum, and gamma alumina, and is substantially free of a molecular sieve and is substantially free of an oxygen storage component, wherein the Pt/Pd ratio is in the range of 4/1 to 1/2 and the palladium component is located on a high surface area, gamma alumina support;
A leak detection device for detecting a leak in a test zone of a sealing membrane (5, 8) of a sealed and thermally insulating tank, the leak detection device including: - a leak detection dome including a main body intended to be disposed in the test zone and a seal connected to the main body and configured to define a detection chamber between the main body and the test zone, the seal including a peripheral sealing lip configured to come into contact with the sealing membrane and having a closed contour encircling the detection chamber, - a vacuum pump connected to the detection chamber to generate a reduced pressure in the detection chamber, and - an analysis tool connected to the detection chamber to analyze a gas present in the detection chamber, in which the sealing lip is configured to occupy two positions, namely a first position in an initial state, without application of a vacuum in the detection chamber, and a second position in a service state, with application of a vacuum in the detection chamber, characterized in that the sealing lip comprises only in the second position relative to the service state a pinch portion that is pinched between the main body and the sealing membrane (5, 8) over at least a part of the periphery of the detection chamber, the sealing lip having a flexibility allowing the formation of said pinch portion by deformation of the sealing lip towards the detection chamber under the effect of the depression in the detection chamber. - a leak detection dome including a main body intended to be disposed in the test zone and a seal connected to the main body and configured to define a detection chamber between the main body and the test zone, the seal including a peripheral sealing lip configured to come into contact with the sealing membrane and having a closed contour encircling the detection chamber, - a vacuum pump connected to the detection chamber to generate a reduced pressure in the detection chamber, and - an analysis tool connected to the detection chamber to analyze a gas present in the detection chamber,
Housing of a lighting and/or signalling device of a motor vehicle, this housing being arranged to cooperate with an outer lens, and comprising: - an adhesive groove arranged to be able to cooperate with the outer lens, - at least one holding element arranged to hold, at least temporarily, the outer lens on the housing, the holding element of the housing projecting at least partially into the adhesive groove, the adhesive groove being formed between an inner rim and an outer rim, the outer rim at least partially surrounding the inner rim, characterized in that the inner rim has at least one opening facing the holding element. - an adhesive groove arranged to be able to cooperate with the outer lens, - at least one holding element arranged to hold, at least temporarily, the outer lens on the housing,
Packaging for packing welding rods comprising an elongate body having an internal volume which is capable of and designed to receive welding rods, and a cap which is connected to said body by a hinge having a flexible strip, by means of which the cap is movable in translation and so as to pivot relative to the body, characterised in that the flexible strip comprises at least a first or a second free end cooperating with guide means (5; 5a, 5b) which are supported by the body or the cap so as to allow movement in translation of the cap relative to the body.
An image forming method comprising: a step of preparing an ink which contains a coloring material, water, and an organic solvent A having a vapor pressure of 0.20 kPa or less at 20°C and in which a content of the organic solvent A is 10% by mass or greater with respect to a total amount of the ink; a step of preparing an aggregating liquid which contains an aggregating agent aggregating components in the ink and water; a step of preparing an overcoat liquid which contains a resin and an organic solvent B having a vapor pressure of 2.50 kPa or greater at 20°C and in which a content of the organic solvent B is 25% by mass or greater with respect to a total amount of the overcoat liquid; a step of applying the aggregating liquid onto an impermeable base material; a step of applying the ink to at least a portion of a region in the impermeable base material to which the aggregating liquid has been applied according to an ink jet method to form an image; a step of heating and drying the image; and a step of applying the overcoat liquid onto the region to which the aggregating liquid has been applied in the impermeable base material, on which the image has been formed, to form an overcoat layer. a step of preparing an ink which contains a coloring material, water, and an organic solvent A having a vapor pressure of 0.20 kPa or less at 20°C and in which a content of the organic solvent A is 10% by mass or greater with respect to a total amount of the ink; a step of preparing an aggregating liquid which contains an aggregating agent aggregating components in the ink and water; a step of preparing an overcoat liquid which contains a resin and an organic solvent B having a vapor pressure of 2.50 kPa or greater at 20°C and in which a content of the organic solvent B is 25% by mass or greater with respect to a total amount of the overcoat liquid; a step of applying the aggregating liquid onto an impermeable base material; a step of applying the ink to at least a portion of a region in the impermeable base material to which the aggregating liquid has been applied according to an ink jet method to form an image; a step of heating and drying the image; and a step of applying the overcoat liquid onto the region to which the aggregating liquid has been applied in the impermeable base material, on which the image has been formed, to form an overcoat layer.
A method comprising: receiving, by a remote control device, a user command; transmitting, by the remote control device to a first media device (100, 120), information associated with the user command; receiving, by the remote control device from the first media device (100, 120), signal information associated with a signal to operate a target media device (120, 100); and transmitting, by the remote control device to the target media device (120, 100), the signal to operate the target media device (120, 100); characterized in that the first media device (100, 120) automatically selects the target media device (120, 100) associated with the user command based on previous commands received by the first media device (100, 120) from the remote control device. receiving, by a remote control device, a user command; transmitting, by the remote control device to a first media device (100, 120), information associated with the user command; receiving, by the remote control device from the first media device (100, 120), signal information associated with a signal to operate a target media device (120, 100); and transmitting, by the remote control device to the target media device (120, 100), the signal to operate the target media device (120, 100); characterized in that the first media device (100, 120) automatically selects the target media device (120, 100) associated with the user command based on previous commands received by the first media device (100, 120) from the remote control device.
A computerized memory management method, comprising: receiving a video stream in a main thread of a multimedia browsing application; launching a child thread by a specified interface of a multimedia browsing application; and decoding the video frame data by the child thread; allocating a first memory address to video frame data based on a memory multiplexing queue, wherein the memory multiplexing queue records a memory address of video frame data that has been rendered; storing the video frame data in a memory space indicated by the first memory address; rendering the video frame data by the main thread of a multimedia browsing application; and passing the first memory address to the child thread of the multimedia browsing application by the main thread, and adding the first memory address to the memory multiplexing queue by the child thread; or adding the first memory address to the memory multiplexing queue by the main thread. receiving a video stream in a main thread of a multimedia browsing application; launching a child thread by a specified interface of a multimedia browsing application; and decoding the video frame data by the child thread; allocating a first memory address to video frame data based on a memory multiplexing queue, wherein the memory multiplexing queue records a memory address of video frame data that has been rendered; storing the video frame data in a memory space indicated by the first memory address; rendering the video frame data by the main thread of a multimedia browsing application; and passing the first memory address to the child thread of the multimedia browsing application by the main thread, and adding the first memory address to the memory multiplexing queue by the child thread; or adding the first memory address to the memory multiplexing queue by the main thread.
Method for activating a motorized closure element assembly of a motor vehicle, wherein the closure element assembly comprises a closure element, a control assembly, and a sensor assembly, wherein the measured sensor values of the sensor assembly are monitored by means of the control assembly to determine whether a triggering operating situation, which is defined by at least one operating-situation condition, is present, and wherein an activation of the closure element assembly is triggered by means of the control assembly upon detection of the triggering operating situation, characterized in that an operating-situation condition of the triggering operating situation is defined by the orientation of at least one body part of the operator about the vertical axis lying within a predetermined permitted orientation range, and whether the orientation of the at least one body part of the operator about the vertical axis lies within the permitted orientation range is detected by means of the sensor assembly and, depending thereon, the activation of the closure element assembly is triggered, and in that an operating-situation condition of the triggering operating situation is defined by the front side of at least the upper body of the operator facing the closure element by way of the front side of the upper body of the operator deviating from its orientation with respect to a predetermined reference point on the closure element only within the permitted orientation range.