mhurhangee/ep-ind-claims huggingface dataset:
A flow analyzer comprising: - a sampling device configured to introduce a sample into a tube; - a reagent adding device configured to add a reagent to the sample which is transferred through the tube; and - an analyzing device configured to quantitatively or qualitatively analyze the sample to which the reagent has been added, - said flow analyzer further comprising: - a gas-liquid separating device configured to sequentially remove gas which is present in the tube; - a heating device configured to carry out a heat treatment at a heating temperature of 40°C or higher on the sample to which the reagent has been added; and - a pressurizing device including a compressor for introducing compressed air inside the tube to apply, to the gas which is present in the tube and which expands due to the heat treatment, pressure against the flow of the sample which is transferred, thereby preventing expansion of the gas, - wherein the pressure is one applied against the flow of the sample which is transferred through the tube, and - wherein the quantitative analysis or the qualitative analysis is one targeting a small amount of a metal contained in the sample. - a sampling device configured to introduce a sample into a tube; - a reagent adding device configured to add a reagent to the sample which is transferred through the tube; and - an analyzing device configured to quantitatively or qualitatively analyze the sample to which the reagent has been added, - said flow analyzer further comprising: - a gas-liquid separating device configured to sequentially remove gas which is present in the tube; - a heating device configured to carry out a heat treatment at a heating temperature of 40°C or higher on the sample to which the reagent has been added; and - a pressurizing device including a compressor for introducing compressed air inside the tube to apply, to the gas which is present in the tube and which expands due to the heat treatment, pressure against the flow of the sample which is transferred, thereby preventing expansion of the gas, - wherein the pressure is one applied against the flow of the sample which is transferred through the tube, and - wherein the quantitative analysis or the qualitative analysis is one targeting a small amount of a metal contained in the sample.
A method for treating a plant to prevent the emergence of larvae through the bark of the plant, implementing a step of applying a viscous layer on the surface of the bark of the plant, in such a way as to fill at least one passage going right through the bark.
A growth promoting agent comprising a dry powder of one or more mushrooms selected from the group consisting of lion's mane mushroom ( Hericium erinaceus), maitake ( Grifola frondosa), hon-shimeji ( Lyophyllum shimeji), buna-shimeji ( Hypsizygus marmoreus), oyster mushroom ( Pleurotus ostreatus), agaricus ( Agaricus blazei) and shiitake ( Lentinula edodes), or an extract thereof for use in the treatment or prevention of diseases of the oral cavity by promoting growth of non-pathogenic indigenous oral bacteria, wherein the non-pathogenic indigenous oral bacteria is Mitis group streptococci selected from the group consisting of Streptococcus gordonii, Streptococcus mitis and Streptococcus oralis, and wherein the extract is either extracted directly from the mushroom fruiting body and/or mycelium, or by solvent extraction of the dry mushroom powder.
Method for cutting a running thread, characterised in that a time-pulsed laser beam is spatially focused by means of an optical element (37, 43), the running thread is guided through the area (42, 48) onto which the laser beam is focused, and the time-pulsed laser beam is configured as a laser burst and the shape of the laser burst is adapted as a function of the properties of the thread.
A tool holding system comprising: an abutment, configured to be fixed or fixable relative a drive or driven machine axle at a first axial side of a tool or tool part, and a setting device for setting an axial position of the rotatable tool or tool part (T 1, T 2) wherein the setting device is fixable relative to the axle at a second axial side of the tool or tool part, the setting device comprises: a base member, adapted to be arranged in an axially fixed manner, and at least two separate setting members (1a, 1b, 1c; 1a', 1b', 1c'), mechanically movable, i.e. the movement of the setting member is based on interaction between rigid bodies, relative to the base member, and arranged to provide a respective substantially axial movement transferrable to a respective portion (p a, p b, p c) of the tool or tool part (T 1, T 2), characterized by a synchronization mechanism, arranged to synchronize the axial movements provided by the setting members. an abutment, configured to be fixed or fixable relative a drive or driven machine axle at a first axial side of a tool or tool part, and a setting device for setting an axial position of the rotatable tool or tool part (T 1, T 2) wherein the setting device is fixable relative to the axle at a second axial side of the tool or tool part, the setting device comprises: a base member, adapted to be arranged in an axially fixed manner, and at least two separate setting members (1a, 1b, 1c; 1a', 1b', 1c'), mechanically movable, i.e. the movement of the setting member is based on interaction between rigid bodies, relative to the base member, and arranged to provide a respective substantially axial movement transferrable to a respective portion (p a, p b, p c) of the tool or tool part (T 1, T 2), characterized by a synchronization mechanism, arranged to synchronize the axial movements provided by the setting members. a base member, adapted to be arranged in an axially fixed manner, and at least two separate setting members (1a, 1b, 1c; 1a', 1b', 1c'), mechanically movable, i.e. the movement of the setting member is based on interaction between rigid bodies, relative to the base member, and arranged to provide a respective substantially axial movement transferrable to a respective portion (p a, p b, p c) of the tool or tool part (T 1, T 2), characterized by a synchronization mechanism, arranged to synchronize the axial movements provided by the setting members.
Heating system comprising; - heat exchange devices (20,25) comprising a domestic water heat exchanger and one or more heat exchanger devices like radiators, floor heating devices etc., - branch supply lines, - branch return lines, - a main supply line for feeding a heating fluid to said heat exchanging devices (20, 25) through said branch supply lines, and - one main return line for returning the heating fluid from said heat exchanging devices (20, 25) through said branch return lines, - a controller, and - a by-pass line and a control valve positioned controlling the flow through said by-pass line, said by-pass line connecting said main supply line and said main return line, where the by-pass line is connected to the main supply line upstream to the heat exchanger devices like radiators, floor heating devices etc., but downstream of the domestic water heat exchanger, characterized in that for periods where no heat is supplied to the heat exchanging devices (20, 25), the controller is adapted to regulate the control valve by a re-heating procedure of the fluid in the main supply line or in one of said branch supply lines where the control valve opens for a time period under a given condition. - heat exchange devices (20,25) comprising a domestic water heat exchanger and one or more heat exchanger devices like radiators, floor heating devices etc., - branch supply lines, - branch return lines, - a main supply line for feeding a heating fluid to said heat exchanging devices (20, 25) through said branch supply lines, and - one main return line for returning the heating fluid from said heat exchanging devices (20, 25) through said branch return lines, - a controller, and - a by-pass line and a control valve positioned controlling the flow through said by-pass line, said by-pass line connecting said main supply line and said main return line, where the by-pass line is connected to the main supply line upstream to the heat exchanger devices like radiators, floor heating devices etc., but downstream of the domestic water heat exchanger,
Motor vehicle headlamp having at least one semiconductor light source and an optical system which influences a propagation direction of the light within the headlamp, characterized in that the optical system has a first projection lens which has a main surface and a light entry surface, the semiconductor light source being arranged in a focal point of the first projection lens and the headlamp being adapted to produce a light distribution having a bright region and a dark region separated from the bright region by an at least partially horizontal cut-off, and having an optical axis connecting a central point of the cut-off to the semiconductor light source, the first projection lens being arranged to be inclined relative to the optical axis such that points of the main surface of the first projection lens lying at a radial distance (r) from the optical axis above the optical axis have, in the direction of the optical axis, a smaller axial distance (d_32) from the semiconductor light source than points of the main surface of the first projection lens lying at the same radial distance (y) from the optical axis below the optical axis have, the first projection lens being adapted to direct light of the semiconductor light source incident on the light entry surface directly into the light distribution, in that a course of the focal length of the first projection lens in a plane parallel to the horizon deviates from a course of the focal length of the first projection lens in a vertical plane perpendicular to the horizon, and in that the light-emitting surface of the semiconductor light source lies in a Petzval surface of the vertical cross-section of the projection lens in which the optical axis also extends, the Petzval surface being the surface of all points which are sharply imaged by the projection lens.
A personal care composition comprising: a cationic surfactant; a nonionic surfactant system comprising at least one surfactant chosen from an amine oxide and a fatty acid amide; and a structuring agent comprising polyacrylate-1 crosspolymer in an amount of 3 wt % to 7 wt % by weight of the composition. a cationic surfactant; a nonionic surfactant system comprising at least one surfactant chosen from an amine oxide and a fatty acid amide; and a structuring agent comprising polyacrylate-1 crosspolymer in an amount of 3 wt % to 7 wt % by weight of the composition.
A vehicle braking system comprising a supply line which is adapted to be connected to a supply of pressurised fluid, a pressurised fluid reservoir, a parking brake actuator assembly including a brake actuator having a spring brake chamber which is operable such that the supply of pressurised fluid to the spring brake chamber causes the brake actuator to move to a brake release position and the release of pressurised fluid from the spring brake chamber causes the brake actuator to move a brake apply position, a pilot operated emergency brake apply valve with an inlet which is connected to the pressurised fluid reservoir, an outlet which is connected to the spring brake chamber by a spring brake line, and a control inlet connected to an emergency braking control line, the emergency brake apply valve being movable in accordance with the pressure at its control inlet between a first position in which its inlet is connected to its outlet and a second position in which its inlet is closed and its outlet vents to a low pressure region, there being a pressure sensor provided in the emergency braking control line, characterised in that when the supply line is pressurised, the pressure sensor is directly connected to the pressurised fluid reservoir.
Electronically operated door lock comprising a lock case comprising a through-hole for a cylinder assembly, a cylinder assembly comprising a housing, a cylinder rotatably mounted in the housing and provided with a cam to drive a bolt (8; 9) in the lock case, an electromechanical actuator on one side of the lock case to rotate the cylinder and cam to drive the bolt (8; 9), an electronic module on the other side of the lock case for controlling the electromechanical actuator, and door fittings (6, 7), wherein at least the door fitting on the side of the module comprises an opening, characterized in that the side of the housing of the cylinder assembly facing towards the module contains no keyhole or attachment for a knob or handle and by a mounting element for mounting the module in and/or over the opening in the door fitting, which mounting element fits at least partially in the opening in the door fitting. a lock case comprising a through-hole for a cylinder assembly, a cylinder assembly comprising a housing, a cylinder rotatably mounted in the housing and provided with a cam to drive a bolt (8; 9) in the lock case, an electromechanical actuator on one side of the lock case to rotate the cylinder and cam to drive the bolt (8; 9), an electronic module on the other side of the lock case for controlling the electromechanical actuator, and door fittings (6, 7), wherein at least the door fitting on the side of the module comprises an opening, characterized in that the side of the housing of the cylinder assembly facing towards the module contains no keyhole or attachment for a knob or handle and by a mounting element for mounting the module in and/or over the opening in the door fitting, which mounting element fits at least partially in the opening in the door fitting.
A computer implemented method of remotely updating security systems, for use in a system comprising a storage device, a gateway in communication with a security system panel, and a host system operating as a database server and coordinating access to data stored on the storage device, wherein the storage device stores a database of updates for a plurality of security system panels on the storage device, wherein the database of updates stores information relating to the plurality of security system panels, wherein said information includes a security system panel version identifier, which includes at least one of a module type and a firmware version; wherein the computer implemented method comprises a security update application program executing on the host system carrying out the steps of: identifying an update for the security system panel by searching the database of updates; sending a request to the gateway for a current module type and firmware version; determining whether the current module type and firmware version received from the gateway matches the update; and if the current module type and firmware version received from the gateway match the update, transmitting the update from the host system to the security system panel via the gateway using a data exchange sequence between the host system and the gateway, wherein the data exchange sequence is for enabling communications between the host system and the security system panel via said gateway. identifying an update for the security system panel by searching the database of updates; sending a request to the gateway for a current module type and firmware version; determining whether the current module type and firmware version received from the gateway matches the update; and if the current module type and firmware version received from the gateway match the update, transmitting the update from the host system to the security system panel via the gateway using a data exchange sequence between the host system and the gateway, wherein the data exchange sequence is for enabling communications between the host system and the security system panel via said gateway.
Method for testing an in particular biological sample by means of an analysis system, the analysis system comprising a cartridge for receiving the sample, the analysis system comprising an analysis device for receiving the cartridge and subsequently carrying out a test using the received cartridge, the cartridge supporting different tests on the sample, which can also be carried out separately, wherein at least two different pieces of control information, which are stored in a database, are provided that correspond to the different tests, characterised in that for the different tests, the sample is conveyed and/or treated in different manners specific to the respective tests, and in that the method comprises unblocking only certain of said pieces of control information for the cartridge, thus the certain pieces of control information being enabled for selection, being enabled for retrieval and/or the control using only the certain of said pieces of control information being enabled; and selecting and/or using at least one unblocked piece or certain unblocked pieces of said control information for carrying out the test using the cartridge. unblocking only certain of said pieces of control information for the cartridge, thus the certain pieces of control information being enabled for selection, being enabled for retrieval and/or the control using only the certain of said pieces of control information being enabled; and selecting and/or using at least one unblocked piece or certain unblocked pieces of said control information for carrying out the test using the cartridge.
A process for producing an open-cell rigid polyurethane foam by a slabstock foam process by reacting a reaction mixture comprising a. one or more polyisocyanates; b. one or more compounds comprising groups reactive towards isocyanate groups and having a functionality between 1.9 to 8; c. one or more catalysts; and d. blowing agents; e. in the presence of a stabilizer e2) and a cell opener e1), where the stabilizer e2) is preferably a polyether-polydimethylsiloxane copolymer and the cell opener e1) is a mixture of macromolecular unsaturated hydrocarbons with an ester, and the weight ratio of cell opener e1) to stabilizer e2) is at least 0.2; wherein i. more than 1% by weight, based on the total weight of component b), of at least one compound b-1) is used as a chain extender and/or crosslinking agent, selected from the group of the alkanolamines, diols and/or triols having molecular weights of less than 400 g/mol and a functionality between 2 to 3 and ii. the sole blowing agent is a chemical blowing agent or a mixture of chemical blowing agents, and iii. the isocyanate index is in the range from 130 to 215. a. one or more polyisocyanates; b. one or more compounds comprising groups reactive towards isocyanate groups and having a functionality between 1.9 to 8; c. one or more catalysts; and d. blowing agents; e. in the presence of a stabilizer e2) and a cell opener e1), where the stabilizer e2) is preferably a polyether-polydimethylsiloxane copolymer and the cell opener e1) is a mixture of macromolecular unsaturated hydrocarbons with an ester, and the weight ratio of cell opener e1) to stabilizer e2) is at least 0.2; i. more than 1% by weight, based on the total weight of component b), of at least one compound b-1) is used as a chain extender and/or crosslinking agent, selected from the group of the alkanolamines, diols and/or triols having molecular weights of less than 400 g/mol and a functionality between 2 to 3 and ii. the sole blowing agent is a chemical blowing agent or a mixture of chemical blowing agents, and iii. the isocyanate index is in the range from 130 to 215.
A process for producing a barley protein concentrate and sugar co-products from barley flour, the process comprising: a solubilization step wherein the hammermilled barley flour is mixed with hot water and thermotolerant carbohydrate hydrolytic enzyme preparations to make a slurry containing solubilized carbohydrates, a liquefaction step wherein the slurry is heated and held for a period sufficient to gelatinize starch granules to create a modified slurry, a saccharification step wherein the modified slurry is cooled, mixed with carbohydrate hydrolytic enzyme preparations and held for a period sufficient to hydrolyze dextrins, cellulose and hemicellulose to sugars, at least one separation step wherein the modified slurry is separated into a wet solids fraction and a primary liquid sugars fraction, and a protein concentration step wherein residual sugars in the wet solids fraction are removed as a secondary liquid sugars fraction, a drying step occurring at a temperature and under conditions which do not damage or adversely affect protein structures, thereby producing the barley protein concentrate and the sugar co-products of the primary liquid sugars fraction and the secondary liquid sugars fraction; wherein the sugars created in the saccharification step result in a sugar solution wherein more than 90% of the sugars are glucose; wherein no fermentation occurs in the process for producing the barley protein concentrate; and wherein the barley flour starts with 10%-15% protein concentration and ends with the barley protein concentrate having 55%-70% protein concentration. a solubilization step wherein the hammermilled barley flour is mixed with hot water and thermotolerant carbohydrate hydrolytic enzyme preparations to make a slurry containing solubilized carbohydrates, a liquefaction step wherein the slurry is heated and held for a period sufficient to gelatinize starch granules to create a modified slurry, a saccharification step wherein the modified slurry is cooled, mixed with carbohydrate hydrolytic enzyme preparations and held for a period sufficient to hydrolyze dextrins, cellulose and hemicellulose to sugars, at least one separation step wherein the modified slurry is separated into a wet solids fraction and a primary liquid sugars fraction, and a protein concentration step wherein residual sugars in the wet solids fraction are removed as a secondary liquid sugars fraction, a drying step occurring at a temperature and under conditions which do not damage or adversely affect protein structures, thereby producing the barley protein concentrate and the sugar co-products of the primary liquid sugars fraction and the secondary liquid sugars fraction; wherein the sugars created in the saccharification step result in a sugar solution wherein more than 90% of the sugars are glucose; wherein no fermentation occurs in the process for producing the barley protein concentrate; and wherein the barley flour starts with 10%-15% protein concentration and ends with the barley protein concentrate having 55%-70% protein concentration.
A method for printing on a textile, comprising: generating a print by thermal inkjet printing a thermal inkjet ink on a cotton fabric, the thermal inkjet ink including: a vehicle including a co-solvent, an anti-kogation agent, an anti-decel agent, a surfactant, a biocide, a pH adjuster, or combinations thereof; a pigment; and a balance of water; characterized in that the thermal inkjet ink is including a single dispersant and binder resin, the single dispersant and binder resin being a styrene acrylic resin having an acid number greater than 100 mg KOH/g and a weight average molecular weight less than 50,000; whereby another dispersant or binder resin is not present, and the print is generated without a post-printing curing process. generating a print by thermal inkjet printing a thermal inkjet ink on a cotton fabric, the thermal inkjet ink including: a vehicle including a co-solvent, an anti-kogation agent, an anti-decel agent, a surfactant, a biocide, a pH adjuster, or combinations thereof; a pigment; and a balance of water; a vehicle including a co-solvent, an anti-kogation agent, an anti-decel agent, a surfactant, a biocide, a pH adjuster, or combinations thereof; a pigment; and a balance of water; characterized in that the thermal inkjet ink is including a single dispersant and binder resin, the single dispersant and binder resin being a styrene acrylic resin having an acid number greater than 100 mg KOH/g and a weight average molecular weight less than 50,000; whereby another dispersant or binder resin is not present, and the print is generated without a post-printing curing process.