mhurhangee/ep-ind-claims huggingface dataset:
A battery module comprising: a cartridge assembly comprising a plurality of cartridges, each cartridge accommodating a battery cell; a casing comprising an opening formed therein and accommodating the cartridge assembly through the opening and surrounding the cartridge assembly; a cover coupled to the opening of the casing; and a heat management member, wherein the cover comprises a pressurizing portion pressurizing the battery cell when the battery cell swells, wherein the heat management member contacts the pressurizing portion and radiates heat of the battery cell or transfers heat to the battery cell, characterized in that the battery module further comprises a cooling unit or a heating unit, wherein the heat management member comprises: a first member which contacts the pressurizing portion and is spaced apart from the cooling unit or the heating unit, and a second member which extends inclinedly from the first member and is disposed alongside the pressurizing portion to contact the cooling unit or the heating unit. a cartridge assembly comprising a plurality of cartridges, each cartridge accommodating a battery cell; a casing comprising an opening formed therein and accommodating the cartridge assembly through the opening and surrounding the cartridge assembly; a cover coupled to the opening of the casing; and a heat management member, wherein the cover comprises a pressurizing portion pressurizing the battery cell when the battery cell swells, wherein the heat management member contacts the pressurizing portion and radiates heat of the battery cell or transfers heat to the battery cell, characterized in that the battery module further comprises a cooling unit or a heating unit, wherein the heat management member comprises: a first member which contacts the pressurizing portion and is spaced apart from the cooling unit or the heating unit, and a second member which extends inclinedly from the first member and is disposed alongside the pressurizing portion to contact the cooling unit or the heating unit. a first member which contacts the pressurizing portion and is spaced apart from the cooling unit or the heating unit, and a second member which extends inclinedly from the first member and is disposed alongside the pressurizing portion to contact the cooling unit or the heating unit.
A detection system comprising: - inductive field-type detection means - microwave field imaging-type detection means configured to generate a microwave image, - analysis means configured to analyze the signals coming from the inductive detection means and deduce therefrom the potential presence of metal targets, said analysis means being also configured to determine, in case of identification of a potential presence of at least one metal target by the inductive field-type detection means, a position of the at least one metal target, and to adapt accordingly the sensitivity of the microwave imaging detection means so that said sensitivity is greater in one or several areas of interest corresponding to the position of the at least one metal target than in the rest of the microwave image. - inductive field-type detection means - microwave field imaging-type detection means configured to generate a microwave image, - analysis means configured to analyze the signals coming from the inductive detection means and deduce therefrom the potential presence of metal targets,
Heat exchanger comprising at least a heat exchanger space, a burner space and a water conducting channel, wherein the heat exchanger comprises at least two parts (2, 3) made at least partly by extrusion from light metal or light metal alloy, said at least two parts (2, 3) mutually engaging for forming part of the heat exchanging space and/or the water conducting channel, wherein each of said at least two parts (2, 3) comprises part of said heat exchanging space and/or said water conducting channel and wherein the burner space is formed in one of or between said at least two parts (2, 3), wherein said at least two parts (2, 3) are connected by an elastic bonding agent, in particular an elastic glue, forming a bond and a seal, wherein at least the water conducting channel of the heat exchanger is pressure resistant, said heat exchanger further comprises at least a first end part and a second end part, wherein the at least two parts (2, 3) and end parts (4, 5) are provided with bonding surfaces B, wherein on at least one of said bonding surfaces to be mutually bonded spacer elements are provided, which spacer elements are dimensioned such that when the said bonding surfaces are bonded together, one of said bonding surfaces can rest against said spacer elements on the other of said two bonding surfaces, providing a space between said two bonding surfaces having a substantially constant thickness (t) between said bonding surfaces for housing said elastic bonding agent in a layer of substantially even thickness.
A continuous fermentation device comprising a plurality of fermentation modules, for being continuously fed with objects to be fermented, and for fermenting the objects while they are passed through the fermentation modules, and for continuously discharging the objects after the fermenting, each of the plurality of fermentation modules comprising: a conveyor belt, which transports objects to be fermented that are continuously fed thereinto from one side to the opposite side thereof; agitators, which are located on the conveyor belt; characterised in that it further comprises air diffusers, which are located on one side of the conveyor belt, wherein the air diffusers each comprise: a main supply pipe, which is located across the top side of the conveyor belt on one side of the conveyor belt; and distribution pipes, wherein each distribution pipe extends from one side of the main supply pipe and is located in the longitudinal direction of the top side of the conveyor belt, and a plurality of apertures are formed around the periphery thereof, wherein each of the distribution pipes is provided for injecting air inside the objects to be fermented when the objects to be fermented are transported on the conveyor belt. a conveyor belt, which transports objects to be fermented that are continuously fed thereinto from one side to the opposite side thereof; agitators, which are located on the conveyor belt; characterised in that it further comprises air diffusers, which are located on one side of the conveyor belt, wherein the air diffusers each comprise: a main supply pipe, which is located across the top side of the conveyor belt on one side of the conveyor belt; and distribution pipes, wherein each distribution pipe extends from one side of the main supply pipe and is located in the longitudinal direction of the top side of the conveyor belt, and a plurality of apertures are formed around the periphery thereof, a main supply pipe, which is located across the top side of the conveyor belt on one side of the conveyor belt; and distribution pipes, wherein each distribution pipe extends from one side of the main supply pipe and is located in the longitudinal direction of the top side of the conveyor belt, and a plurality of apertures are formed around the periphery thereof, wherein each of the distribution pipes is provided for injecting air inside the objects to be fermented when the objects to be fermented are transported on the conveyor belt.
A lighting assembly for a dispenser of a refrigerator, comprising: a dispensing body portion including an upper body and a lower body coupled to each other, the dispensing body portion having a cylindrical shape; a light guide (60, 80) disposed between the upper body and the lower body and having a round portion (63, 83) with an arc shape; a light diffusion member disposed between the upper body and the lower body and having an arc shape surrounding an outer circumferential portion of the light guide; and at least one LED disposed to face one end of the light guide (60, 80), wherein a circumferential outer portion of the light diffusion member is exposed to an outside of the dispensing body portion as an exposed portion to emit light. a dispensing body portion including an upper body and a lower body coupled to each other, the dispensing body portion having a cylindrical shape; a light guide (60, 80) disposed between the upper body and the lower body and having a round portion (63, 83) with an arc shape; a light diffusion member disposed between the upper body and the lower body and having an arc shape surrounding an outer circumferential portion of the light guide; and at least one LED disposed to face one end of the light guide (60, 80), wherein a circumferential outer portion of the light diffusion member is exposed to an outside of the dispensing body portion as an exposed portion to emit light.
Method to estimate the wear state of wiper blades of a vehicle windshield wiper unit, said windshield wiper unit comprising: • at least one wiper blade configured to wipe a windshield surface when activated, • at least one motor configured to activate the at least one wiper blade at a wiping speed, • a controller configured to control the at least one motor, said method comprising the step: • deriving a friction coefficient between the at least one wiper blade and the windshield surface, characterized in that said method further comprises the steps: • comparing the derived friction coefficient to a first predetermined threshold value, to determine the wetness of the windshield surface, • if the windshield surface is dry, comparing the derived friction coefficient to a second predetermined threshold value ( B wear), in order to estimate the wear state of the at least one wiper blade. • at least one wiper blade configured to wipe a windshield surface when activated, • at least one motor configured to activate the at least one wiper blade at a wiping speed, • a controller configured to control the at least one motor, said method comprising the step: • deriving a friction coefficient between the at least one wiper blade and the windshield surface, characterized in that said method further comprises the steps: • comparing the derived friction coefficient to a first predetermined threshold value, to determine the wetness of the windshield surface, • if the windshield surface is dry, comparing the derived friction coefficient to a second predetermined threshold value ( B wear), in order to estimate the wear state of the at least one wiper blade. • comparing the derived friction coefficient to a first predetermined threshold value, to determine the wetness of the windshield surface, • if the windshield surface is dry, comparing the derived friction coefficient to a second predetermined threshold value ( B wear), in order to estimate the wear state of the at least one wiper blade.
Adhesive having water vapour barrier properties, comprising an adhesive base composed of - at least one epoxy syrup - at least one elastomer - at least one initiator - optionally at least one tackifier resin - optionally at least one further reactive resin optionally a solvent, characterized in that the adhesive base without solvent has a water vapour permeation rate after activation of the reactive resin component of less than 100 g/m 2 d, measured at 38°C and 90% relative humidity according to ASTM F-1249 and normalized to a thickness of 50 μm, wherein the epoxy syrup contains bisepoxy monomers and high molecular weight uncrosslinked polyepoxides produced therefrom and has a viscosity of at least 1 Pa s measured according to DIN 53019 in a cylinder-type rotational viscometer having a standard geometry according to DIN 53019-1 at a measurement temperature of 23°C and a shear rate of 1s -1. - at least one epoxy syrup - at least one elastomer - at least one initiator - optionally at least one tackifier resin - optionally at least one further reactive resin optionally a solvent,
A fastening structure, in which a pair of fastening members (105, 105A, 105A) joined to each other is coupled with a bolt, wherein the fastening members are made of steel, characterised in that a surface other than joint surfaces (Sa) has a Rockwell hardness of 50 HRC or more, the joint surfaces (Sa) have a Rockwell hardness of 30 HRC or more and less than 50 HRC, and the joint surfaces (Sa) have an arithmetic mean roughness Ra of 0.2 μm or more and 0.5 μm or less. the fastening members are made of steel, characterised in that a surface other than joint surfaces (Sa) has a Rockwell hardness of 50 HRC or more, the joint surfaces (Sa) have a Rockwell hardness of 30 HRC or more and less than 50 HRC, and the joint surfaces (Sa) have an arithmetic mean roughness Ra of 0.2 μm or more and 0.5 μm or less.
A method for performing an operation in response to a read request, the method comprising by a first computing device: receiving a request to read a value (406, 408, 410), wherein the request is received from a second computing device via a wireless communication link between the first computing device and the second computing device; determining an operation (412, 414, 416) corresponding to the value, wherein each of a plurality of readable values corresponds to a different respective operation; and performing the operation corresponding to the value in response to the request and returning the value to the second computing device in response to the request. receiving a request to read a value (406, 408, 410), wherein the request is received from a second computing device via a wireless communication link between the first computing device and the second computing device; determining an operation (412, 414, 416) corresponding to the value, wherein each of a plurality of readable values corresponds to a different respective operation; and performing the operation corresponding to the value in response to the request and returning the value to the second computing device in response to the request.
A method of preparing a beverage product having a pH of less than 5.0 and having the following Lab colour space coordinate values: 20≤L*≤95; a*≥0; b*≥-10, said method comprising combining a juice component, a lactic acid component, water and optionally one or more other food-grade ingredients, wherein: a. the juice component is applied in a concentration of 0.05-99% by weight of the beverage product, said juice component providing 0.1-50 g monosaccharides per liter of beverage product and at least 10 mg anthocyanins per liter of beverage product; and b. the lactic acid component is applied in a concentration that provides 0.05-20 g lactic acid per liter of beverage product; wherein the juice component is obtained from one of more of the following fruits or roots: fruit from a plant species belonging to the genus Vaccinium, fruit from a plant species belonging to the genus Sambucus; fruit from a plant species belonging to the genus Rubus; aronia; elderberry; red grape, blackcurrant; cherry; strawberry; Amazonian palmberry; açaí; red-fleshed peaches; and black carrot ( Daucus carota); and wherein the lactic acid component comprises lactic acid or lactic acid and a precursor of lactic acid. a. the juice component is applied in a concentration of 0.05-99% by weight of the beverage product, said juice component providing 0.1-50 g monosaccharides per liter of beverage product and at least 10 mg anthocyanins per liter of beverage product; and b. the lactic acid component is applied in a concentration that provides 0.05-20 g lactic acid per liter of beverage product; wherein the juice component is obtained from one of more of the following fruits or roots: fruit from a plant species belonging to the genus Vaccinium, fruit from a plant species belonging to the genus Sambucus; fruit from a plant species belonging to the genus Rubus; aronia; elderberry; red grape, blackcurrant; cherry; strawberry; Amazonian palmberry; açaí; red-fleshed peaches; and black carrot ( Daucus carota); and wherein the lactic acid component comprises lactic acid or lactic acid and a precursor of lactic acid.
Method for operating an automatic transmission of a motor vehicle, wherein, when the motor vehicle is travelling with an accelerator pedal actuated and a launch clutch closed, and subsequently coasts with the accelerator pedal not actuated and the launch clutch closed, the automatic transmission, during the coasting with the launch clutch closed, remains in the gear ratio in which the automatic transmission was operated when the accelerator pedal was previously actuated, and wherein, during the coasting, when the transmission input rotational speed of the automatic transmission falls below a threshold value, the launch clutch is opened, wherein, during the coasting with the launch clutch open, a gear ratio suited to the present speed of the motor vehicle is engaged in the automatic transmission in order, upon a subsequent closure of the launch clutch, to provide a gear ratio which is suited to the speed of the motor vehicle prevailing upon the closure of the launch clutch, characterized in that the launch clutch is closed during the coasting when a drive of the motor vehicle stalls.
Display device for a watch movement, the device comprising: A roller arranged in order to be driven in rotation around an axis of rotation by a gear train and comprising a motif on its rim; and characterized in that the device comprises At least one reflective surface arranged to project an image of the motif on a projection surface, the motif varying on the rim of the roller so that the visual aspect of the image of the motif projected on to the projection surface varies according to the angular position of the roller. A roller arranged in order to be driven in rotation around an axis of rotation by a gear train and comprising a motif on its rim; and characterized in that the device comprises At least one reflective surface arranged to project an image of the motif on a projection surface, the motif varying on the rim of the roller so that the visual aspect of the image of the motif projected on to the projection surface varies according to the angular position of the roller.
Apparatus for a vacuum cleaner for compensating air pressure surges, through which apparatus a first air flow can flow in a first flow direction and a second air flow can flow in a second flow direction, characterized by a main body having a first cross-sectional area of flow and at least one flow resistance element (14, 114), a free end (14a, 114a) of which projects at least in some section or sections from the main body in the second flow direction, for producing a second cross-sectional area of flow, wherein the first cross-sectional area of flow is larger than the second cross-sectional area of flow, with the result that the second air flow flowing in the second flow direction is reduced.
Household appliance series, having at least two household appliances with different operating units, which have printed circuit boards with an identical board layout, which are populated with touch sensors (6a, 6b, 6c, 6d, 6e, 6f), which can be populated on the printed circuit board at predefined positions in a variable manner and to which discrete functions can be assigned in a software-controlled manner, characterised in that the touch sensors (6a, 6b, 6c, 6d, 6e, 6f) operate on a capacitive basis and that, for setting the values of a common operating parameter of the household appliances, a fixed group of touch sensors can be assigned different evaluation algorithms in each case, whereby the common operating parameter can be varied in the different household appliances by means of different operating methods, wherein an evaluation algorithm comprises an up/down operation.
A combustion control device for an internal combustion engine which, during a compression stroke in which a premixed gas containing a fuel and air is compressed within a cylinder after being aspirated into the cylinder, injects a fuel having a lower octane value than the fuel forming the premixed gas into the cylinder, and ignites the premixed gas using the injected fuel as an ignition source, characterized by comprising: a first fuel reformer configured to reform the fuel forming the premixed gas; a second fuel reformer configured to reform the fuel serving as the ignition source; and a programmable controller programmed to: detect an internal cylinder pressure in the vicinity of compression top dead center; set the octane value of the fuel serving as the ignition source and the octane value of the fuel forming the premixed gas in accordance with a resulting detection value (S32, S33); and control the first and second fuel reformers (112, 122) on the basis of the set octane values. a first fuel reformer configured to reform the fuel forming the premixed gas; a second fuel reformer configured to reform the fuel serving as the ignition source; and a programmable controller programmed to: detect an internal cylinder pressure in the vicinity of compression top dead center; set the octane value of the fuel serving as the ignition source and the octane value of the fuel forming the premixed gas in accordance with a resulting detection value (S32, S33); and control the first and second fuel reformers (112, 122) on the basis of the set octane values. detect an internal cylinder pressure in the vicinity of compression top dead center; set the octane value of the fuel serving as the ignition source and the octane value of the fuel forming the premixed gas in accordance with a resulting detection value (S32, S33); and control the first and second fuel reformers (112, 122) on the basis of the set octane values.
An engine system including: a plurality of turbochargers (11, 12) arranged in series; an intake bypass passage which bypasses a high-pressure stage compressor of a high-pressure stage turbocharger arranged at a downstream side of an intake passage among the plurality of turbochargers; an intake bypass valve which adjusts a flow rate of intake air passing through the intake air bypass passage; an exhaust bypass passage which bypasses a high-pressure stage turbine of the high-pressure stage turbocharger; and an exhaust bypass valve which adjusts a flow rate of exhaust gas passing through the exhaust bypass passage, the engine system further comprising a control device which controls opening-and-closing of the intake valve and the exhaust bypass valve, wherein at a time when a state where both the intake bypass valve and the exhaust bypass valve are closed and the high-pressure stage turbocharger performs supercharging is switched to a state where both the intake bypass valve and the exhaust bypass valve are opened and supercharging of the high-pressure stage turbocharger is stopped, the control device performs control such that, after only the exhaust bypass valve is opened, the intake bypass valve is also opened, a pressure difference acquisition device which acquires a pressure difference between a pressure at an upstream side and a pressure at a downstream side of the high-pressure stage compressor in the intake passage, wherein the control device is configured to control to open the intake bypass valve when the pressure difference acquired via the pressure difference acquisition device becomes equal to or lower than a preset threshold after only the exhaust bypass valve is opened, characterized by a valve opening state acquiring device which acquires a valve opening state of the exhaust bypass valve, which is opened earlier than the intake bypass valve, as the pressure difference acquisition device, wherein the control device is configured to perform control to adjust a timing at which the intake bypass valve is opened based on the valve opening state acquired via the valve-opening-state acquisition device, wherein the control device is configured to acquire a maintenance time in which an opening degree of the exhaust bypass valve is maintained at a preset allowed opening degree or above as the valve opening state via the valve-opening-state acquisition device and to perform control to open the intake bypass valve when the maintenance time reaches a preset allowed time (ta), and wherein the allowed time (ta) is set to a time required for an intake pressure at a downstream side of the high-pressure stage compressor to become equal to an intake pressure at an upstream side of the high-pressure stage compressor in the intake passage.