mhurhangee/ep-ind-claims huggingface dataset:
An electric storage device having a positive electrode, a negative electrode, a separator located between the positive electrode and the negative electrode, and a nonaqueous electrolyte, wherein the positive electrode has a positive substrate layer, a positive composite layer containing a positive active material, and an undercoat layer located between the positive substrate layer and the positive composite layer, a density of the positive composite layer is 2.1 g/cm 3 or more and 2.7 g/cm 3 or less, the positive electrode has a rate of increase in sheet resistance after a solvent immersion test of 30% or less, determined according to the description, and the undercoat layer consists of a composition obtained by providing a mixture consisting of a binder selected from chitosan derivatives, a conductive agent, and an organic acid, and heating the mixture to obtain a cross-linked structure, wherein the undercoat layer has a thickness of 0.2 μm or more and 2.0 μm or less.
A battery positioning structure for an electric vehicle which includes a plurality of battery units constituted by battery modules, the battery positioning structure comprising: a pair of brackets (31, 32) configured to be attached to an outer surface of the battery modules, and check plates (34, 35) which are detachably attached to the brackets (31, 32), and include folds (34a, 35a) to be engaged with bolts (23a, 23b), wherein one of the pair of brackets covers an upper portion of the battery modules and the other of the pair of brackets covers a lower portion of the battery modules, wherein the brackets (31; 32) respectively include bolts (36, 37) at their opposite ends (31a, 31b, 32a, 32b) to which the check plates (34, 35) are attached, wherein the check plates (34, 35) have holes (38, 39) at their opposite ends (34b, 34c, 35b, 35c) into which the bolts (36, 37) of the brackets (31, 32) are fitted, and wherein the battery modules and the brackets (31, 32) are positionable on a body of the electric vehicle. a pair of brackets (31, 32) configured to be attached to an outer surface of the battery modules, and check plates (34, 35) which are detachably attached to the brackets (31, 32), and include folds (34a, 35a) to be engaged with bolts (23a, 23b), wherein one of the pair of brackets covers an upper portion of the battery modules and the other of the pair of brackets covers a lower portion of the battery modules, wherein the brackets (31; 32) respectively include bolts (36, 37) at their opposite ends (31a, 31b, 32a, 32b) to which the check plates (34, 35) are attached, wherein the check plates (34, 35) have holes (38, 39) at their opposite ends (34b, 34c, 35b, 35c) into which the bolts (36, 37) of the brackets (31, 32) are fitted, and wherein the battery modules and the brackets (31, 32) are positionable on a body of the electric vehicle.
An external surface cleaning composition comprising: sodium hypochlorite 1wt% to 5.5wt%; potassium silicate 0.3wt% to 3.0wt%; alkali hydroxide 0.01wt% to 0.5wt%; a foaming agent; optional further ingredients; and water balance to 100%
An automatic analyzer for performing the analysis and inspection of various kinds of samples including a parent sample, a diluted sample, and a combination sample in which the diluted sample and the parent sample are used in combination, said automatic analyzer comprising: a parent sample vessel holding unit in which parent sample vessels containing a parent sample are placed; a diluted sample disk in which diluted sample vessels containing a diluted sample made by diluting the parent sample are placed; and a computer configured to control the analyzer and having a display unit for displaying data, wherein said automatic analyzer has means configured to discard, from the diluted sample vessels, the remaining diluted sample that remains after pipetting in the analysis and inspection, and to hold the remaining diluted sample in the diluted sample vessels, the automatic analyser being characterized in that the display unit is configured to display a discard condition setting screen used by an operator to give the analyzer measurement instructions setting diluted sample hold and discard conditions (3-4, 3-5, 3-6, 3-7, 3-8) to discard a diluted sample received in a diluted sample vessel located on the diluted sample disk; and that the computer is configured to control the discarding of a diluted sample received in the diluted sample vessel on the diluted sample disk according to a radio button selected on the discard condition setting screen for automatically discarding a diluted sample, wherein the radio button is configured to set the several discard conditions (3-4, 3-5, 3-6, 3-7, 3-8). a parent sample vessel holding unit in which parent sample vessels containing a parent sample are placed; a diluted sample disk in which diluted sample vessels containing a diluted sample made by diluting the parent sample are placed; and a computer configured to control the analyzer and having a display unit for displaying data, wherein said automatic analyzer has means configured to discard, from the diluted sample vessels, the remaining diluted sample that remains after pipetting in the analysis and inspection, and to hold the remaining diluted sample in the diluted sample vessels, the automatic analyser being characterized in that the display unit is configured to display a discard condition setting screen used by an operator to give the analyzer measurement instructions setting diluted sample hold and discard conditions (3-4, 3-5, 3-6, 3-7, 3-8) to discard a diluted sample received in a diluted sample vessel located on the diluted sample disk; and that the computer is configured to control the discarding of a diluted sample received in the diluted sample vessel on the diluted sample disk according to a radio button selected on the discard condition setting screen for automatically discarding a diluted sample, wherein the radio button is configured to set the several discard conditions (3-4, 3-5, 3-6, 3-7, 3-8).
Use of a packaging system comprising a packaging material, said packaging material comprising a thermoplastic, monolithic film and having a water vapor transmission rate of at least 10 g/m 2.day.atm at 10°C and 85% relative humidity and an oxygen permeability of at most 100 cc/m 2.day.atm at 10°C and 85% relative humidity for improving the shelf life of surface or mould ripened cheese varieties.
An LED indicating device, in particular for a vehicle instrument cluster, the device comprising: - a plate comprising at least one light permeable portion; - a plurality of LED sources arranged in a position spaced apart from a rear surface of said light permeable portion; - light guiding means interposed between said LED sources and said rear surface; - control means configured so as to control the power supply to said LED sources; said light guiding means comprising a body having a first surface facing said LED sources and a second surface facing said rear surface and consisting of: - a matrix made of a light impermeable material; - a plurality of light permeable elements, which are embedded in said matrix and continuously extend from said first surface to said second surface; characterized in that: • said light permeable elements are embedded in said matrix in positions spaced apart from one another; • said second surface is spaced apart from said rear surface. - a plate comprising at least one light permeable portion; - a plurality of LED sources arranged in a position spaced apart from a rear surface of said light permeable portion; - light guiding means interposed between said LED sources and said rear surface; - control means configured so as to control the power supply to said LED sources; - a matrix made of a light impermeable material; - a plurality of light permeable elements, which are embedded in said matrix and continuously extend from said first surface to said second surface; • said light permeable elements are embedded in said matrix in positions spaced apart from one another; • said second surface is spaced apart from said rear surface.
A common rail fuel injection system for a piston engine, the fuel injection system comprising - a fuel rail, - at least one fuel injector connected to the fuel rail, - a first fluid receiver, - a second fluid receiver, - at least one low-pressure pump for supplying fuel into the first fluid receiver, - at least one high-pressure pump for receiving fuel from the second fluid receiver and for supplying the fuel into the fuel rail, and - at least two flow control valves (8a, 8b, 8c) connected in parallel, each of the flow control valves (8a, 8b, 8c) being individually controllable, wherein each of the flow control valves (8a, 8b, 8c) is connected to the first fluid receiver on the upstream side of the flow control valves (8a, 8b, 8c) and to the second fluid receiver on the downstream side of the flow control valves (8a, 8b, 8c). - a fuel rail, - at least one fuel injector connected to the fuel rail, - a first fluid receiver, - a second fluid receiver, - at least one low-pressure pump for supplying fuel into the first fluid receiver, - at least one high-pressure pump for receiving fuel from the second fluid receiver and for supplying the fuel into the fuel rail, and - at least two flow control valves (8a, 8b, 8c) connected in parallel, each of the flow control valves (8a, 8b, 8c) being individually controllable, wherein each of the flow control valves (8a, 8b, 8c) is connected to the first fluid receiver on the upstream side of the flow control valves (8a, 8b, 8c) and to the second fluid receiver on the downstream side of the flow control valves (8a, 8b, 8c).
An internal combustion engine of a compressed self-ignition type that performs combustion by injecting fuel into a compressed combustion chamber, comprising: a fuel injection nozzle having a nozzle hole that injects fuel, the nozzle hole being provided to be exposed to the combustion chamber from a cylinder head of the internal combustion engine; and a hollow duct in which an inlet and an outlet are exposed to the combustion chamber, wherein the duct is provided to penetrate through an inside of the cylinder head so that fuel spray injected from the nozzle hole of the fuel injection nozzle passes from the inlet to the outlet, wherein the cylinder head is configured by including an integrated member (48; 52) integrated with a top surface, and the duct is configured to penetrate through the integrated member (48; 52) wherein the integrated member (48; 52) is configured so that a surface area of a surface contacting the cylinder head is larger than a surface area of a surface exposed to the combustion chamber, and wherein in the integrated member, a periphery of the nozzle hole is formed into a shape that is protruded annularly. a fuel injection nozzle having a nozzle hole that injects fuel, the nozzle hole being provided to be exposed to the combustion chamber from a cylinder head of the internal combustion engine; and a hollow duct in which an inlet and an outlet are exposed to the combustion chamber, wherein the duct is provided to penetrate through an inside of the cylinder head so that fuel spray injected from the nozzle hole of the fuel injection nozzle passes from the inlet to the outlet, wherein the cylinder head is configured by including an integrated member (48; 52) integrated with a top surface, and the duct is configured to penetrate through the integrated member (48; 52) wherein the integrated member (48; 52) is configured so that a surface area of a surface contacting the cylinder head is larger than a surface area of a surface exposed to the combustion chamber, and wherein in the integrated member, a periphery of the nozzle hole is formed into a shape that is protruded annularly.
A bale wrapping machine which applies successive overlying wraps of wrapping material, the bale wrapping machine comprising: a. a wrapping mechanism for applying wrapping material to a bale; b. a bale supporting arrangement; and c. a cut and hold mechanism, wherein the machine comprises three rotating wrapping arms characterised in that, in a repeated working cycle for wrapping successive bales, the three rotating wrapping arms have a first wrapping configuration where they are spaced substantially equally apart, for cooperatively rotationally wrapping a bale with wrapping material, and have a second configuration where, at the start of a wrapping cycle, and at the end of a wrapping cycle, the three working arms are brought together proximate each other so that respective wrapping material from each arm is cut and held by one cut and hold mechanism. a. a wrapping mechanism for applying wrapping material to a bale; b. a bale supporting arrangement; and c. a cut and hold mechanism,
A dry powder inhaler device comprising an outer body, an advancement mechanism housed in an inner part of the outer body, and a guide gear in this mechanism, said guide gear having a body provided with grooves into which blister cavities filled with a powder drug are placed, characterized in that - a planar surface is provided at the upper part of the guide gear, - said guide gear comprises at least one pocket formed on the planar surface of the guide gear, one edge of the pocket being open to at least one of the inner or outer edges of the guide gear, said pocket enabling to release or remove any powder drug accumulated therein, such that, during operation, the powder drug jammed between the upper surface of the guide gear and the inner surface of the outer body is removed. - a planar surface is provided at the upper part of the guide gear, - said guide gear comprises at least one pocket formed on the planar surface of the guide gear, one edge of the pocket being open to at least one of the inner or outer edges of the guide gear, said pocket enabling to release or remove any powder drug accumulated therein, such that, during operation, the powder drug jammed between the upper surface of the guide gear and the inner surface of the outer body is removed.
Method for detecting an icy and/or soiled state of an ultrasonic sensor of a motor vehicle with the aid of an electronic control device of the motor vehicle by - exciting a diaphragm of the ultrasonic sensor to mechanically vibrate for a predetermined excitation time interval by means of the control device, the diaphragm independently settling after expiry of the excitation time interval, and - generating an electrical sensor signal which characterizes the mechanical vibration of the diaphragm by means of a converter element and outputting the sensor signal to the control device, characterized in that a change in the phase of the sensor signal during the transition from the excitation time interval to the independent vibration of the diaphragm is determined by means of the control device and the icy and/or soiled state of the ultrasonic sensor is detected on the basis of the change in the phase. - exciting a diaphragm of the ultrasonic sensor to mechanically vibrate for a predetermined excitation time interval by means of the control device, the diaphragm independently settling after expiry of the excitation time interval, and - generating an electrical sensor signal which characterizes the mechanical vibration of the diaphragm by means of a converter element and outputting the sensor signal to the control device,
System for processing documents of value, in particular banknotes, having - a processing device that is configured to process documents of value at a specifiable processing rate, in particular to separate, transport and/or check them, and to feed them to in each case one of at least two banding devices (23, 33, 43, 53), in particular based on at least one sorting criterion, - at least two banding devices (23, 33, 43, 53) that are configured to provide at least one stack, which is formed by the documents of value each fed to a banding device (23, 33, 43, 53), with a banding, wherein the banding devices (23, 33, 43, 53) are characterized by a respective maximum banding rate (Blmax - B4max) that indicates the maximum number of documents of value that are able to be banded in the respective banding device (23, 33, 43, 53) per unit of time, characterized by a control device for specifying the processing rate based on i) the maximum banding rates (Blmax - B4max) of the banding devices (23, 33, 43, 53) and ii) at least one frequency parameter (h1 - h4) that characterizes a statistical frequency to be expected or assumed, in particular on the basis of the at least one sorting criterion, with which the documents of value processed by the processing device are distributed to the banding devices (23, 33, 43, 53). - a processing device that is configured to process documents of value at a specifiable processing rate, in particular to separate, transport and/or check them, and to feed them to in each case one of at least two banding devices (23, 33, 43, 53), in particular based on at least one sorting criterion, - at least two banding devices (23, 33, 43, 53) that are configured to provide at least one stack, which is formed by the documents of value each fed to a banding device (23, 33, 43, 53), with a banding, wherein the banding devices (23, 33, 43, 53) are characterized by a respective maximum banding rate (Blmax - B4max) that indicates the maximum number of documents of value that are able to be banded in the respective banding device (23, 33, 43, 53) per unit of time, characterized by a control device for specifying the processing rate based on i) the maximum banding rates (Blmax - B4max) of the banding devices (23, 33, 43, 53) and ii) at least one frequency parameter (h1 - h4) that characterizes a statistical frequency to be expected or assumed, in particular on the basis of the at least one sorting criterion, with which the documents of value processed by the processing device are distributed to the banding devices (23, 33, 43, 53).
Process for removing contaminants from contaminated soil with the aid of a stripping gas and with a biologically active layer being present in or on the soil, which process comprises the following steps: a. creating in the soil a medium located above the contaminated soil and beneath an impermeable layer, wherein the flow resistance of the medium to the stripping gas is lower than the flow resistance of the surrounding soil to the stripping gas, b. injecting the stripping gas in the soil at the depth of and/or beneath the contaminants, c. volatilising the contaminants with the stripping gas, whereupon the stripping gas with the contaminants flows to the biologically active layer via the medium which flow resistance to the stripping gas is lower than the flow resistance of the surrounding soil to the stripping gas. a. creating in the soil a medium located above the contaminated soil and beneath an impermeable layer, wherein the flow resistance of the medium to the stripping gas is lower than the flow resistance of the surrounding soil to the stripping gas, b. injecting the stripping gas in the soil at the depth of and/or beneath the contaminants, c. volatilising the contaminants with the stripping gas,
An oscillating cutting blade comprising: a body generally having a shape of a sector of a circle bounded by first, second, and third side edges; an attachment mechanism for coupling with an oscillating power tool, the attachment mechanism enabling the body to be removably coupled to the oscillating power tool to be driven in an oscillating manner by the oscillating power tool; characterized in that the first and second side edges extend generally radially outward from the attachment mechanism and the third side edge has a generally arcuate shape partially extending along a circumference of the circle, the oscillating blade further comprising; a first cutting surface on the body, the first cutting surface configured to cut a workpiece in a pulling direction, wherein the first cutting surface comprises a first hook shaped recess formed in the first side edge and intersecting the third edge at a first cutting tip; and a second cutting surface on the body, the second cutting surface configured to cut the workpiece in a pushing direction, wherein the second cutting surface comprises a second hook shaped recess formed in the third edge and intersecting the second edge at a second cutting tip. a body generally having a shape of a sector of a circle bounded by first, second, and third side edges; an attachment mechanism for coupling with an oscillating power tool, the attachment mechanism enabling the body to be removably coupled to the oscillating power tool to be driven in an oscillating manner by the oscillating power tool; characterized in that the first and second side edges extend generally radially outward from the attachment mechanism and the third side edge has a generally arcuate shape partially extending along a circumference of the circle, the oscillating blade further comprising; a first cutting surface on the body, the first cutting surface configured to cut a workpiece in a pulling direction, wherein the first cutting surface comprises a first hook shaped recess formed in the first side edge and intersecting the third edge at a first cutting tip; and a second cutting surface on the body, the second cutting surface configured to cut the workpiece in a pushing direction, wherein the second cutting surface comprises a second hook shaped recess formed in the third edge and intersecting the second edge at a second cutting tip.
Polyamide polymer composition comprising a) a transparent polyamide PA and b) a multistage polymer in form of core shell particles characterized that the composition fulfils the following formula k − l ≤ t wherein k represents the ratio in mol% of aromatic groups in the polyamide PA, l represents the ratio in mol% of aromatic monomers in the multistage polymer and the parameter t is at most 5 and characterized that the polyamide is amorphous or microcrystalline and the polyamide is transparent by having light transmission of a sheet of 2 mm thickness that is least 80% measured at 560 nm (ISO 13468-1/1996). a) a transparent polyamide PA and b) a multistage polymer in form of core shell particles
Cold film transfer method, in which a cold adhesive, in particular an adhesive that crosslinks under UV radiation, is applied to a substrate and is connected to a transfer ply of a transfer film, wherein a transfer film is guided together with the substrate, said transfer film comprising a carrier film and a transfer ply that can be detached from the carrier film, wherein, starting from the carrier film, the transfer ply has a transparent polymer detachment layer, an optional transparent protective lacquer layer, at least one decorative layer and at least one primer layer, and wherein, in a temperature range from 15 to 35°C, the detaching force of the transfer ply from the carrier film ranges from 15 to 35 cN/cm, in particular ranges from 20 to 30 cN/cm, wherein, when guiding the transfer film together with the substrate, the at least one primer layer of the transfer film shows to the cold adhesive, and wherein, furthermore, the cold adhesive is cured, in particular the adhesive that crosslinks under UV radiation is irradiated and crosslinked, wherein an adhesive connection to the transfer ply of the transfer film is formed.
A functionalized polymer which is a reaction product obtainable by a process comprising steps of reacting a hydrocarbon polymer grafted with an acylating agent with: i) 1-99 mol% of a hydrocarbyl substituted poly(oxyalkylene) amine and/or a hydrocarbyl substituted poly(oxyalkylene) alcohol, and ii) 1-99 mol% of a polyamine, wherein both molar percentages are based on total moles of components i) and ii) and components i) and ii) can be added any order. i) 1-99 mol% of a hydrocarbyl substituted poly(oxyalkylene) amine and/or a hydrocarbyl substituted poly(oxyalkylene) alcohol, and ii) 1-99 mol% of a polyamine,