mhurhangee/ep-ind-claims huggingface dataset:
Process for preparing a mixed oxide of the composition Li x Mn 0.5- a Ni 0.5-b CO a+b O 2, with a) 0.8 ≤ x ≤ 1.2, 0.05 ≤ a ≤ 0.3, 0.05 ≤ b < 0.3, -0.1 ≤ a-b ≤ 0.02 and a + b < 0.5 and b) a BET surface area of from 3 to 20 m 2 /g, c) a multimodal particle size distribution and d) a d 50 of less than or equal to 5 μm, characterized in that a) a stream of a solution containing in each case at least one metal compound of the mixed oxide components comprising lithium, cobalt, manganese and nickel in the required stoichiometric ratio is atomized by means of an atomizer gas to give an aerosol, where a1) the concentration of the solution of metal compounds is at least 10% by weight, in each case calculated as metal oxide, a2) the ratio of the mass stream of the solution/volume stream of the atomizer gas, in g of solution/standard m 3 of atomizer gas, is at least 500, and a3) the average droplet size is 100 μm or less, b) the aerosol is reacted in a reaction space by means of a flame obtained from a fuel gas and an oxygen-containing gas, with the total amount of oxygen being sufficient for at least complete reaction of the fuel gas and of the metal compounds, c) the reaction stream is cooled and d) the solid product is subsequently separated off from the reaction stream. a) 0.8 ≤ x ≤ 1.2, 0.05 ≤ a ≤ 0.3, 0.05 ≤ b < 0.3, -0.1 ≤ a-b ≤ 0.02 and a + b < 0.5 and b) a BET surface area of from 3 to 20 m 2 /g, c) a multimodal particle size distribution and d) a d 50 of less than or equal to 5 μm, characterized in that a) a stream of a solution containing in each case at least one metal compound of the mixed oxide components comprising lithium, cobalt, manganese and nickel in the required stoichiometric ratio is atomized by means of an atomizer gas to give an aerosol, where a1) the concentration of the solution of metal compounds is at least 10% by weight, in each case calculated as metal oxide, a2) the ratio of the mass stream of the solution/volume stream of the atomizer gas, in g of solution/standard m 3 of atomizer gas, is at least 500, and a3) the average droplet size is 100 μm or less, a1) the concentration of the solution of metal compounds is at least 10% by weight, in each case calculated as metal oxide, a2) the ratio of the mass stream of the solution/volume stream of the atomizer gas, in g of solution/standard m 3 of atomizer gas, is at least 500, and a3) the average droplet size is 100 μm or less, b) the aerosol is reacted in a reaction space by means of a flame obtained from a fuel gas and an oxygen-containing gas, with the total amount of oxygen being sufficient for at least complete reaction of the fuel gas and of the metal compounds, c) the reaction stream is cooled and d) the solid product is subsequently separated off from the reaction stream.
Method for controlling an electric saw including: a first motor for driving a saw blade, a second motor for moving the electric saw along a surface to be sawn, and a third motor for raising and lowering the saw blade, an external power supply for delivering a voltage that is phase commuted for driving at least one of the second and third motors (12, 13), and a saw head control unit for monitoring the electrical position and/or electrical positional change ( -) of the second and/or third motor, and for transmitting said monitored electrical position and/or electrical positional change ( -) to the external power supply, the method comprising the steps of: a) monitoring the electrical position and/or electrical positional change ( -) of the second and/or third motor (12, 13) to be driven; b) transmitting said monitored electrical position and /or electrical positional change ( -) to the external power supply; and c) delivering a three phase voltage that is commuted to the second and/or third motor (12,13) to be driven, which phase commutation is based on the electrical position and /or positional change ( -) of the corresponding motor (12, 13). a) monitoring the electrical position and/or electrical positional change ( -) of the second and/or third motor (12, 13) to be driven; b) transmitting said monitored electrical position and /or electrical positional change ( -) to the external power supply; and c) delivering a three phase voltage that is commuted to the second and/or third motor (12,13) to be driven, which phase commutation is based on the electrical position and /or positional change ( -) of the corresponding motor (12, 13).
A sterilization device comprising: a sterilant supply tube which has a sterilant passage inside the sterilant supply tube, through which a discharged sterilant in liquid form passes in a state in which the sterilant supply tube is inserted into a container as a sterilization object; a heating medium which heats and vaporizes the sterilant that passes through the sterilant passage; characterized in that the sterilization device comprises a plurality of ventilation passages which allow the sterilant heated and vaporized by the heating medium to leak out of the sterilant supply tube, wherein the heating medium is disposed to block a downstream side in a direction in which the sterilant in the liquid form is discharged in the sterilant passage, the ventilation passages are formed in a side surface of the sterilant supply tube and are formed closer to an upstream side in the direction, in which the sterilant in the liquid form is discharged, than the heating medium, and the sterilant, which reaches the heating medium and vaporizes, leaks out through the ventilation passages. a sterilant supply tube which has a sterilant passage inside the sterilant supply tube, through which a discharged sterilant in liquid form passes in a state in which the sterilant supply tube is inserted into a container as a sterilization object; a heating medium which heats and vaporizes the sterilant that passes through the sterilant passage; characterized in that the sterilization device comprises a plurality of ventilation passages which allow the sterilant heated and vaporized by the heating medium to leak out of the sterilant supply tube, wherein the heating medium is disposed to block a downstream side in a direction in which the sterilant in the liquid form is discharged in the sterilant passage, the ventilation passages are formed in a side surface of the sterilant supply tube and are formed closer to an upstream side in the direction, in which the sterilant in the liquid form is discharged, than the heating medium, and the sterilant, which reaches the heating medium and vaporizes, leaks out through the ventilation passages.
A valve body housing, in particular for a seat valve, having a built-in valve opening for a servo component for a closing or throttling element, which component cooperates with at least one valve seat in the housing interior, having at least one entrance and at least one exit, wherein the valve body housing is designed in the form of a hollow ball and includes at least two bowl parts (18, 20), wherein one of the bowl parts has the built-in valve opening for the servo component, optionally the valve seat and the at least one entrance or exit, and the other bowl part has the at least one exit or entrance, and the valve body housing is split along a dividing line, which is located outside the built-in valve opening, the at least one entrance and the at least one exit, and the dividing line defines a joining rim (48, 50) on each bowl part (18, 20), wherein the one joining rim has a radially inward-oriented first bayonet-mount toothing and the other joining rim has a radially outward-oriented shoulder, characterized in that a clamping ring engages between the first bayonet-mount toothing and the shoulder.
A method for the measurement of dose distribution in radiotherapy apparatus comprising an apparatus for emitting a beam of therapeutic radiation and an imaging apparatus, one or both apparatuses being mounted to a rotatable gantry adapted in use to rotate around a bore of the radiotherapy apparatus and around an isocentre therein, the method comprising: a) placing a detector holder within a tank, the detector holder comprising a radio-opaque marker and a visual reference point, the marker and the reference point being separated and in a fixed spatial relationship to each other and the tank in use containing a liquid having a surface level uppermost; b) locating the tank within the bore such that the detector holder is in the vicinity of the isocentre; c) rotating the gantry and monitoring the position of the detector holder using the imaging apparatus to determine the position of the marker relative to the isocentre; d) displacing the detector holder vertically, while monitoring its position relative to the isocentre using the imaging apparatus to detect the marker, such that the reference point is positioned at a point level with a desired surface level of the liquid, and e) adding liquid to or removing liquid from the tank until the surface of the liquid is at the same level as the reference point. a) placing a detector holder within a tank, the detector holder comprising a radio-opaque marker and a visual reference point, the marker and the reference point being separated and in a fixed spatial relationship to each other and the tank in use containing a liquid having a surface level uppermost; b) locating the tank within the bore such that the detector holder is in the vicinity of the isocentre; c) rotating the gantry and monitoring the position of the detector holder using the imaging apparatus to determine the position of the marker relative to the isocentre; d) displacing the detector holder vertically, while monitoring its position relative to the isocentre using the imaging apparatus to detect the marker, such that the reference point is positioned at a point level with a desired surface level of the liquid, and e) adding liquid to or removing liquid from the tank until the surface of the liquid is at the same level as the reference point.
An airtightness inspection method for a sealed battery having a battery element sealed in a negative pressure environment into a battery case, the battery case being made of a film and easily deformed, the method comprising: enclosing the sealed battery in an airtight container; measuring a surface shape of the sealed battery in the airtight container; decompressing the airtight container; measuring a surface shape of the sealed battery in the airtight container in a decompressed state; and determining airtightness of the sealed battery based on a change in the surface shape of the sealed battery before decompression of the airtight container and in the decompressed state of the airtight container, characterized in that the decompression of the airtight container is performed under a predetermined negative pressure that is equal to or lower in absolute pressure value than a negative pressure of the negative pressure environment applied for sealing the battery element into the battery case, and the surface shape of the sealed battery in the airtight container in the decompressed state is measured in a state where the predetermined negative pressure is maintained. enclosing the sealed battery in an airtight container; measuring a surface shape of the sealed battery in the airtight container; decompressing the airtight container; measuring a surface shape of the sealed battery in the airtight container in a decompressed state; and determining airtightness of the sealed battery based on a change in the surface shape of the sealed battery before decompression of the airtight container and in the decompressed state of the airtight container, characterized in that the decompression of the airtight container is performed under a predetermined negative pressure that is equal to or lower in absolute pressure value than a negative pressure of the negative pressure environment applied for sealing the battery element into the battery case, and the surface shape of the sealed battery in the airtight container in the decompressed state is measured in a state where the predetermined negative pressure is maintained.
A device for administering electrical stimulation to a patient, the device comprising a pair of electrodes (18,20) located on a flexible substrate, a power supply connectable to the electrodes, and control means for actuating the electrodes, wherein the device further comprises a conductive gel layer overlying the electrodes, and a removable cover overlying the conductive gel layer, characterised in that the removable cover is at least partially conductive such that electrical contact may be formed in use between the electrodes and a patient when the cover is in place.
Method for processing a mixture of cellulose/plastic waste particles comprising cellulose and thermoplastic materials, and wherein the cellulose and thermoplastic material constitutes at least 60 weight% of the waste mixture and wherein the thermoplastic material constitutes at least 20 weight% of the total weight of the waste mixture, which method comprises the following steps: (a) drying the cellulose/plastic waste mixture by treatment with a medium with a temperature in the range of 50 to 150 °C, wherein the water content is reduced to 15 weight% or less; (b) wherein the exit temperature of the drying medium has a temperature of 115 °C or less, (c) feeding the dried cellulose/plastic waste mixture to a purification stage, and (d) subjecting the dried cellulose/plastic waste mixture to the operation of the purification stage, wherein the purification stage comprises at least one separator selected from the group of: wind separator, sieve, metal separator, separator for separating out chlorine-containing components, or a combination thereof. (a) drying the cellulose/plastic waste mixture by treatment with a medium with a temperature in the range of 50 to 150 °C, wherein the water content is reduced to 15 weight% or less; (b) wherein the exit temperature of the drying medium has a temperature of 115 °C or less, (c) feeding the dried cellulose/plastic waste mixture to a purification stage, and (d) subjecting the dried cellulose/plastic waste mixture to the operation of the purification stage, wherein the purification stage comprises at least one separator selected from the group of: wind separator, sieve, metal separator, separator for separating out chlorine-containing components, or a combination thereof. wind separator, sieve, metal separator, separator for separating out chlorine-containing components, or a combination thereof.
A system for stopping rotation of a first gear and a second gear on a shaft, comprising: the first gear and second gear being concentric to and rotatable about said shaft; wherein the first gear and the second gear are driven by the same input system; wherein the system is configured such that the first gear and the second gear rotate at different speeds; wherein the first gear comprises a first end stop and the second gear comprises a second end stop; wherein the first end stop and the second end stop are configured to engage each other when the first gear and the second gear have each rotated a predetermined number of turns; and wherein engagement of the first end stop with the second end stop is configured to prevent rotation of the first gear and the second gear and cause a stall in the system, and wherein said first end stop of the first gear extends radially inwards from a circumferential edge of the first gear, and wherein said second end stop extends radially outwards form a circumferential edge of the second gear.. the first gear and second gear being concentric to and rotatable about said shaft; wherein the first gear and the second gear are driven by the same input system; wherein the system is configured such that the first gear and the second gear rotate at different speeds; wherein the first gear comprises a first end stop and the second gear comprises a second end stop; wherein the first end stop and the second end stop are configured to engage each other when the first gear and the second gear have each rotated a predetermined number of turns; and wherein engagement of the first end stop with the second end stop is configured to prevent rotation of the first gear and the second gear and cause a stall in the system, and wherein said first end stop of the first gear extends radially inwards from a circumferential edge of the first gear, and wherein said second end stop extends radially outwards form a circumferential edge of the second gear..
A portable data storage device with wireless functionality, the portable storage device including: a digital switch circuit for controlling a flow of data in the portable storage device; a non-volatile memory module coupled to the digital switch circuit, the non-volatile memory module being for storing data; an interface coupled to the digital switch circuit for enabling the portable data storage device to be used for data transfer with a host device via an electronic connection; a microcontroller coupled to the digital switch circuit for controlling the digital switch circuit; and a wireless communications module coupled to the microcontroller for wireless transmission/reception of data; wherein the microcontroller is configured to toggle amongst a plurality of discrete modes of the digital switch circuit; the plurality of discrete modes comprising a first mode for data storage/retrieval between the host device and the non-volatile memory module, wherein in the first mode, the digital switch circuit allows data to be channelled through the interface, the digital switch circuit and directly to the non-volatile memory module without passing through the microcontroller, such that the digital switch circuit diverts data away from the microcontroller to reduce a processing load on the microcontroller. a digital switch circuit for controlling a flow of data in the portable storage device; a non-volatile memory module coupled to the digital switch circuit, the non-volatile memory module being for storing data; an interface coupled to the digital switch circuit for enabling the portable data storage device to be used for data transfer with a host device via an electronic connection; a microcontroller coupled to the digital switch circuit for controlling the digital switch circuit; and a wireless communications module coupled to the microcontroller for wireless transmission/reception of data; wherein the microcontroller is configured to toggle amongst a plurality of discrete modes of the digital switch circuit; the plurality of discrete modes comprising a first mode for data storage/retrieval between the host device and the non-volatile memory module, wherein in the first mode, the digital switch circuit allows data to be channelled through the interface, the digital switch circuit and directly to the non-volatile memory module without passing through the microcontroller, such that the digital switch circuit diverts data away from the microcontroller to reduce a processing load on the microcontroller.
A method of producing an automobile fuel tank comprising a tank body, an outer wall of the tank body being formed of a synthetic resin layer composed of a multilayer configuration, wherein the synthetic resin layer includes an inner body layer (28, 30, 32d) and an outer body layer (20, 22, 24) with a barrier layer interposed between the inner body layer and the outer body layer, and the inner body layer includes a base layer and a structural member with an air space internally provided, characterized in that the method comprises: forming the outer wall of the inner body layer (28, 30, 32d) and the outer body layer (20, 22, 24) with the barrier layer interposed between the inner body layer and the outer body layer, exclusive of the structural member that is a foamed layer in which a same resin as the base layer is foamed; and welding the foamed layer only to an inner face of the inner body layer (28, 30). forming the outer wall of the inner body layer (28, 30, 32d) and the outer body layer (20, 22, 24) with the barrier layer interposed between the inner body layer and the outer body layer, exclusive of the structural member that is a foamed layer in which a same resin as the base layer is foamed; and welding the foamed layer only to an inner face of the inner body layer (28, 30).
A perfluoropolyether group-containing silane compound represented by formula, Rf is CF 3 (OC 2 F 4) r (OCF 2) s OCF 2, wherein, r, s are separately integers of 0 or more and 200 or less, the sum of r, s is at least 1, the sequence of each repeating unit noted with r, s and bracketed with brackets is arbitrary in the formula; in the formula, X is C 1-6 alkylidene, -CH 2 C 6 H 4 - or -CH 2 C 6 H 4 - which has a substitutent on phenyl ring; Y 1, Y 2 are separately independent, and are C 1-6 alkylidene; Q 1, Q 2 are separately independent, and are hydroxyl or a group that can be hydrolyzed to hydroxyl group; R 1, R 2 are separately independent, and are C 1-6 alkyl or phenyl; n is an integer of 1-3. Rf is CF 3 (OC 2 F 4) r (OCF 2) s OCF 2, wherein, r, s are separately integers of 0 or more and 200 or less, the sum of r, s is at least 1, the sequence of each repeating unit noted with r, s and bracketed with brackets is arbitrary in the formula; in the formula, X is C 1-6 alkylidene, -CH 2 C 6 H 4 - or -CH 2 C 6 H 4 - which has a substitutent on phenyl ring; Y 1, Y 2 are separately independent, and are C 1-6 alkylidene; Q 1, Q 2 are separately independent, and are hydroxyl or a group that can be hydrolyzed to hydroxyl group; R 1, R 2 are separately independent, and are C 1-6 alkyl or phenyl; n is an integer of 1-3.
A method for deep penetration welding of a workpiece, wherein a surface of the workpiece is irradiated using a first laser beam and a second laser beam, wherein, in a workpiece surface plane, a first beam width B1 of the first laser beam is greater than a second beam width B2 of the second laser beam, and wherein the second laser beam is located inside the first laser beam at least in the workpiece surface plane, wherein the intensity of the first laser beam alone is sufficient to produce a keyhole in the workpiece, and wherein the keyhole produced in the workpiece has a capillary width KB in the workpiece surface plane, wherein KB is substantially equal to B1, and furthermore B2 ≤ 0.75*KB, characterized in that the following applies for a first focusing angle W1 of the first laser beam and a second focusing angle W2 of the second laser beam: W2 ≥ W1.
A composition comprising human insulin and glycerin, for use in a method of delaying the onset of Type 1 diabetes or decreasing the likelihood of Type 1 diabetes in a mammalian subject in need thereof, the method comprising sublingually administering the composition to the subject.
A riser box suitable for housing an optical connection between a riser cable and at least one drop cable of an optical access network, said riser box comprising: - a base having a first channel configured to allow said riser cable passing through said base along a first side thereof, and a second channel substantially parallel to said first channel and configured to allow said riser cable passing through said base along an opposite second side thereof; - at least one splice tray (4-1, 4-2,... 4-8); and - an adapter configured to support said splice tray (4-1, 4-2,... 4-8), said adapter being alternatively connectable to said base according to a first configuration, in which it engages said first channel and leaves said second channel free, and a second configuration, in which it engages said second channel and leaves said first channel free. - a base having a first channel configured to allow said riser cable passing through said base along a first side thereof, and a second channel substantially parallel to said first channel and configured to allow said riser cable passing through said base along an opposite second side thereof; - at least one splice tray (4-1, 4-2,... 4-8); and - an adapter configured to support said splice tray (4-1, 4-2,... 4-8), said adapter being alternatively connectable to said base according to a first configuration, in which it engages said first channel and leaves said second channel free, and a second configuration, in which it engages said second channel and leaves said first channel free.