mhurhangee/ep-ind-claims huggingface dataset:
A battery pack configured to comprise a first and a second heating components for applying heat to a plurality of cylindrical cells, the battery pack comprising: an upper end cover provided above the plurality of cylindrical cells to protect the inside the battery pack; a first metal panel positioned below the upper end cover and jointed to the upper portion of the cylindrical cells; the first heating component attached between the first metal panel and the upper end cover; a second metal panel jointed to a lower portion of the cylindrical cells; a holder configured to surround and fix an outer side surface of the entire cylindrical cells and the lower portion of the second metal panel; and a lower end cover positioned below the second metal panel and the holder to form a lower end portion of the battery pack, the second heating component attached between the second metal panel and the lower low end cover, wherein the first metal panel and the second metal panel are welded to the cylindrical cells and are electrically connected to the heating component and the second heating component and to a BMS, wherein the BMS is configured to measure the internal temperature of the battery pack and control the first heating component and the second heating component. an upper end cover provided above the plurality of cylindrical cells to protect the inside the battery pack; a first metal panel positioned below the upper end cover and jointed to the upper portion of the cylindrical cells; the first heating component attached between the first metal panel and the upper end cover; a second metal panel jointed to a lower portion of the cylindrical cells; a holder configured to surround and fix an outer side surface of the entire cylindrical cells and the lower portion of the second metal panel; and a lower end cover positioned below the second metal panel and the holder to form a lower end portion of the battery pack, the second heating component attached between the second metal panel and the lower low end cover, wherein the first metal panel and the second metal panel are welded to the cylindrical cells and are electrically connected to the heating component and the second heating component and to a BMS, wherein the BMS is configured to measure the internal temperature of the battery pack and control the first heating component and the second heating component.
Rotor for an electric motor, comprising a laminated core arranged on a shaft, said core consisting of a number of laminations insulated from one another (10, 16), wherein in an axial edge region of the laminated core cutout sections are introduced into a number of laminations and are arranged such that they form a void running around the shaft, characterised in that the laminated core consists of iron.
An apparatus for drying a substance, the apparatus comprising: at least one non-metal roller rotatable about a central axis; a first metal belt having a first and a second side, the first side of the first belt adapted to receive the substance; and one or more heat induction elements arranged proximate to and about a portion of a surface of the roller, where in operation, the one or more heat induction elements induce heat in the first belt to heat the substance to remove fluids from the substance, and do not induce heat in the roller, and wherein the first belt urges via its first side, the substance towards a portion of an exterior circumferential surface of the roller. at least one non-metal roller rotatable about a central axis; a first metal belt having a first and a second side, the first side of the first belt adapted to receive the substance; and one or more heat induction elements arranged proximate to and about a portion of a surface of the roller, where in operation, the one or more heat induction elements induce heat in the first belt to heat the substance to remove fluids from the substance, and do not induce heat in the roller, and wherein the first belt urges via its first side, the substance towards a portion of an exterior circumferential surface of the roller.
A holding sealing material comprising: a laminate of a plurality of mats each comprising inorganic fibers and having a rectangular shape in a plan view, the mats arranged in the order of longitudinal length from the shortest to the longest; and a film adhered to a first main surface and longitudinal side surfaces of the mat with the longest longitudinal length among the mats of the laminate, the first main surface being on the side opposite to a second main surface which is in contact with the next longest mat, the film adhered to the second main surface to allow the second main surface to be partly exposed. a laminate of a plurality of mats each comprising inorganic fibers and having a rectangular shape in a plan view, the mats arranged in the order of longitudinal length from the shortest to the longest; and a film adhered to a first main surface and longitudinal side surfaces of the mat with the longest longitudinal length among the mats of the laminate, the first main surface being on the side opposite to a second main surface which is in contact with the next longest mat, the film adhered to the second main surface to allow the second main surface to be partly exposed.
Solid-bowl centrifuge, in particular a solid-bowl screw-type centrifuge, comprising a) a centrifugal drum rotatable about a horizontal axis of rotation, b) which centrifugal drum has a weir for discharging a liquid from the centrifugal drum, c) which weir has a passage with at least one or more passage openings in an axial end region or drum cover, characterized in that d) there is arranged in front of the drum cover and outside of the centrifugal drum a deflection disc which is stationary during operation, widens at least in certain portions away from the drum cover and has an inner jacket whose distance from the axis of rotation is not constant but widens or increases, wherein e) an annular gap (8, 8') is formed between the passage and a throttle disc outside of the centrifugal drum or between the passage and another component and is preferably completely or partially surrounded over its axial extent by the widening deflection disc. a) a centrifugal drum rotatable about a horizontal axis of rotation, b) which centrifugal drum has a weir for discharging a liquid from the centrifugal drum, c) which weir has a passage with at least one or more passage openings in an axial end region or drum cover, d) there is arranged in front of the drum cover and outside of the centrifugal drum a deflection disc which is stationary during operation, widens at least in certain portions away from the drum cover and has an inner jacket whose distance from the axis of rotation is not constant but widens or increases, wherein e) an annular gap (8, 8') is formed between the passage and a throttle disc outside of the centrifugal drum or between the passage and another component and is preferably completely or partially surrounded over its axial extent by the widening deflection disc.
A variant CBH2 cellulase derived from a precursor protein by substitution at a position corresponding to residue S316 in the mature sequence of CBH2 from Hypocrea jecorina, wherein residue S316 in the mature sequence of CBH2 from Hypocrea jecorina corresponds to residue S340 in Figure 1, and wherein the variant has increased thermostability compared to the precursor protein.
A method for modifying a creping adhesive film disposed on a Yankee dryer, comprising: obtaining a sensor substrate having a creping adhesive film disposed thereon, wherein the creping adhesive film has a composition that is the same as the creping adhesive film disposed on the Yankee dryer; measuring an oscillation frequency of the sensor substrate having the creping adhesive film disposed thereon using a Quartz Crystal Microbalance technique; determining a characteristic of the creping adhesive film; and modifying a composition of the creping adhesive film disposed on the Yankee dryer based on the determination of the characteristic. obtaining a sensor substrate having a creping adhesive film disposed thereon, wherein the creping adhesive film has a composition that is the same as the creping adhesive film disposed on the Yankee dryer; measuring an oscillation frequency of the sensor substrate having the creping adhesive film disposed thereon using a Quartz Crystal Microbalance technique; determining a characteristic of the creping adhesive film; and modifying a composition of the creping adhesive film disposed on the Yankee dryer based on the determination of the characteristic.
Dosing module having a dosing valve for introducing a liquid substance, in particular a reducing agent, into the exhaust gas of an internal combustion engine, having a holding structure by way of which the dosing valve is held at least indirectly on a flange, in particular of an exhaust pipe, and having a cooling device comprising a contact element arranged between dosing valve and holding structure, wherein a ring-shaped duct of the cooling device is connected to an inlet and to an outlet which are formed in the holding structure and is flowed through by a coolant, and wherein the holding structure comprises a radially outwardly extending first region in the region of the valve tip of the dosing valve, a second region which adjoins said first region and which runs altogether axially with a spacing to the dosing valve, and a third region, which adjoins said second region and which in turn extends radially outward, characterized in that the cooling device comprises a sleeve element which at least partially surrounds the holding structure, in that the ring-shaped duct is formed between holding structure and sleeve element, wherein the second region is of thin-walled form, and the first region has a relatively large material thickness.
A component carrier related body, wherein the component carrier related body comprises: a stack comprising a plurality of electrically conductive and/or electrically insulating layer structures (110 to 112); at least two information carrying structures (107 to 109) formed vertically displaced with respect to each other's placement in a stacking direction and on at least two different layer structures (110 to 112); wherein at least two of the at least two information carrying structures (107 to 109) are laterally displaced with respect to each other's placement in a direction perpendicular to a stacking direction in a plan view of the stack, wherein the at least two of the at least two information carrying structures (107 to 109) are laterally displaced with respect to each other's placement in a direction perpendicular to a stacking direction without overlap in the plan view of the stack, characterized in that the at least two information carrying structures (107 to 109) can be simultaneously read by a reader device (118, 118') with a viewing direction perpendicular to a main surface of the component carrier body, the main surface being perpendicular to the stacking direction. a stack comprising a plurality of electrically conductive and/or electrically insulating layer structures (110 to 112); at least two information carrying structures (107 to 109) formed vertically displaced with respect to each other's placement in a stacking direction and on at least two different layer structures (110 to 112); wherein at least two of the at least two information carrying structures (107 to 109) are laterally displaced with respect to each other's placement in a direction perpendicular to a stacking direction in a plan view of the stack, wherein the at least two of the at least two information carrying structures (107 to 109) are laterally displaced with respect to each other's placement in a direction perpendicular to a stacking direction without overlap in the plan view of the stack, characterized in that the at least two information carrying structures (107 to 109) can be simultaneously read by a reader device (118, 118') with a viewing direction perpendicular to a main surface of the component carrier body, the main surface being perpendicular to the stacking direction.
Vehicle seat for a vehicle having a backrest part and a seat part, each having an inner portion (4, 5) and side bolster portions (6a, 6b, 7a, 7b) arranged laterally on both sides of the inner portion (4, 5), the inner portions (4, 5) and the side bolster portions (6a, 6b, 7a, 7b) each having a cushion part and an upholstery part (8a, 8b, 8c, 8d, 8e, 8f) at least partially surrounding the cushion part, wherein an abrasion-resistant coating (10b, 10c, 10d, 10e, 10f) that has a higher hardness and/or stiffness than the at least one upholstery part (8b, 8c, 8d, 8e, 8f) being at least in part arranged on at least one of the upholstery parts (8b, 8c, 8d, 8e, 8f), characterised in that the abrasion-resistant coating (10b, 10c, 10d, 10e, 10f) has particles that are based on glass, ceramic or metal and preferably bound in a binder matrix consisting of a polymer adhesive. wherein an abrasion-resistant coating (10b, 10c, 10d, 10e, 10f) that has a higher hardness and/or stiffness than the at least one upholstery part (8b, 8c, 8d, 8e, 8f) being at least in part arranged on at least one of the upholstery parts (8b, 8c, 8d, 8e, 8f), characterised in that the abrasion-resistant coating (10b, 10c, 10d, 10e, 10f) has particles that are based on glass, ceramic or metal and preferably bound in a binder matrix consisting of a polymer adhesive.
A method for producing a food product based on vinegar cream and cheese cream, comprising the steps of providing at least one vinegar cream and at least one cheese cream; mixing at least said at least one vinegar cream with said at least one cheese cream in respective predetermined amounts, so as to obtain a food product having the characteristics of stability with long periods of preservation, wherein said cheese cream is obtained by mixing, at a predetermined temperature, at least cheese, water, milk and/or at least one milk derivative, emulsifying salt, wherein said vinegar cream is obtained through the steps of mixing grape must and/or grape juice with vinegar and with a condiment either based on vinegar and grape must or based on vinegar and grape juice, adding a first thickener, so as to obtain suitable thickness and viscosity of said vinegar cream, characterised in that the vinegar cream and the cheese cream are mixed at pre-set amounts respectively comprised between 55% and 85% of the total for vinegar cream and comprised between 5% and 35% of the total for cheese cream.
Method for synchronising the illumination of one or more domestic appliances with a reference illumination, the method comprising: - recording the reference illumination using a camera of a mobile terminal in order to obtain a target colour value and a target light intensity value; - connecting the mobile terminal to one of the one or more domestic appliances; - controlling the illumination of the domestic appliance; - recording the illumination of the domestic appliance using the camera of the mobile terminal, in order to obtain an actual colour value and an actual light intensity value; and - adjusting the illumination of the domestic appliance by means of the mobile terminal in order to adapt the actual colour value and the actual light intensity value to the target colour value and the target light intensity value. - recording the reference illumination using a camera of a mobile terminal in order to obtain a target colour value and a target light intensity value; - connecting the mobile terminal to one of the one or more domestic appliances; - controlling the illumination of the domestic appliance; - recording the illumination of the domestic appliance using the camera of the mobile terminal, in order to obtain an actual colour value and an actual light intensity value; and - adjusting the illumination of the domestic appliance by means of the mobile terminal in order to adapt the actual colour value and the actual light intensity value to the target colour value and the target light intensity value.
A solar power generator comprising: - an elongated sheet having three equally distributed folding lines dividing the elongated sheet in four generally equal parts so that the elongated sheet is foldable forming a four-side box frame structure; - four photovoltaic solar panels, wherein each photovoltaic solar panel is mounted onto each respective part of the elongated sheet and wherein four photovoltaic solar panels are faced inwards to each other when the elongated sheet is folded in the four-side box frame structure; - metal contacts embedded in the elongated sheet in an area of the folding lines of the elongated sheet configured to be connected to the photovoltaic solar panels in result of which the metal contacts provide an electrical connection between neighbouring photovoltaic solar panels; - electrodes (6; 7) connected to the photovoltaic solar panels or to the metal contacts; - a cover having a hole and said cover is mounted onto the open side of the four-side box frame structure; - a solar bulb comprising a transparent container filed with a transparent liquid, wherein the solar bulb is mounted in the hole of the cover, and wherein the solar bulb is configured so that a light from outer environment can travel through the solar bulb into the four-side box frame structure made by elongated sheet and onto the photovoltaic solar panels disposed therein generating electricity, and wherein the metal contacts, the electrodes (6; 7) and the photovoltaic solar panels are connected in one common circuit so that the generated electricity can be transferred further from the solar power generator through said electrodes (6; 7). - an elongated sheet having three equally distributed folding lines dividing the elongated sheet in four generally equal parts so that the elongated sheet is foldable forming a four-side box frame structure; - four photovoltaic solar panels, wherein each photovoltaic solar panel is mounted onto each respective part of the elongated sheet and wherein four photovoltaic solar panels are faced inwards to each other when the elongated sheet is folded in the four-side box frame structure; - metal contacts embedded in the elongated sheet in an area of the folding lines of the elongated sheet configured to be connected to the photovoltaic solar panels in result of which the metal contacts provide an electrical connection between neighbouring photovoltaic solar panels; - electrodes (6; 7) connected to the photovoltaic solar panels or to the metal contacts; - a cover having a hole and said cover is mounted onto the open side of the four-side box frame structure; - a solar bulb comprising a transparent container filed with a transparent liquid, wherein the solar bulb is mounted in the hole of the cover, and
A method for inhibiting O 2 - and/or SO 2 -induced amine degradation during CO 2 capture from a gas stream comprising adding to an amine absorbent, an effective amount of an inhibitor of O 2 - and/or SO 2 -induced amine degradation, wherein the inhibitor is a mixture of sodium sulfite (Na 2 SO 3) and potassium sodium tartrate tetrahydrate (KNaC 4 H 4 O 6 ·4H 2 O), wherein the mixture of Na 2 SO 3 and KNaC 4 H 4 O 6 ·4H 2 O is added in an amount of 0.055 kmol/m 3 to 0.6 kmol/m 3, and in the molar ratio of Na 2 SO 3 / KNaC 4 H 4 O 6 ·4H 2 O of 0.15 to 60.
- Computer implemented method for correcting a reservoir model, said reservoir model comprising a stratigraphic grid modeling a reservoir geological formation, said stratigraphic grid corresponding to a 3D grid of cells organized in layers, said reservoir model being used for hydrocarbon recovery from the reservoir geological formation, said method comprising: - obtaining a 3D image representing values of at least one physical property of the reservoir geological formation, said values of the at least one physical property obtained from seismic measurements performed on the reservoir geological formation; said method being characterized in that it comprises: - calculating a skeleton for the values of the at least one physical property, based on the 3D image, said skeleton corresponding to interconnected points describing the topology of the at least one physical property; - associating each point of the skeleton to a respective cell of the stratigraphic grid, based on the coordinates of the points of the skeleton and on the coordinates of the cells of the stratigraphic grid; - determining one reference layer of the stratigraphic grid for at least one set of points of the at least one skeleton; - calculating, for each point of the at least one set, a layer gap between the reference layer and the cell associated to said point; - correcting the reservoir model based on the layer gaps. - obtaining a 3D image representing values of at least one physical property of the reservoir geological formation, said values of the at least one physical property obtained from seismic measurements performed on the reservoir geological formation; - calculating a skeleton for the values of the at least one physical property, based on the 3D image, said skeleton corresponding to interconnected points describing the topology of the at least one physical property; - associating each point of the skeleton to a respective cell of the stratigraphic grid, based on the coordinates of the points of the skeleton and on the coordinates of the cells of the stratigraphic grid; - determining one reference layer of the stratigraphic grid for at least one set of points of the at least one skeleton; - calculating, for each point of the at least one set, a layer gap between the reference layer and the cell associated to said point; - correcting the reservoir model based on the layer gaps.
A process for manufacturing 1,1,1,2,3,3-hexafluoropropane characterized in that (i) hexafluoropropene in gaseous phase is made to react with a superstoichiometric quantity of hydrogen in the presence of a hydrogenation catalyst at a temperature of between 50 and 200°C; (ii) at least 90% by volume is recycled of all of the gaseous effluent from the reactor comprising 1,1,1,2,3,3-hexafluoropropene, unreacted hydrogen and optionally unreacted hexafluoropropene, 1,1,1,2,3-pentafluoropropane and 1,1,1,2-tetrafluoropropane, and (iii) 1,1,1,2,3,3-hexafluoropropane is recovered from the other portion of the gaseous effluent from the reactor, optionally after a purification step, characterized in that the temperature at the input of the reactor is between 30 and 100°C.