mhurhangee/ep-ind-claims huggingface dataset:
Method comprising the steps of: - supplying a flow of plasticised material through an annular channel that is defined between at least one internal core and at least one external annular wall that at least partially surrounds said core, said annular channel ending with an annular outlet; - making said plasticised material exit said annular outlet through the effect of pressure of the plasticised material upstream of said annular channel; - moving a cutting element with respect to said annular wall and to said core so that said cutting element passes in front of said annular outlet to separate an annular dose from said plasticised material; - depositing said annular dose, which is still in contact with said cutting element, on a surface of an object, the capacity of adhesion of said surface to said annular dose being greater than that of said cutting element, to adhesively apply said annular dose to said object, said surface comprising a surface of an element for containers; - distancing reciprocally said surface and said cutting element such that said annular dose is detached from said cutting element remaining adhering to said surface; characterized in that said surface is preventively activated with adhesion promoting means by means of heating and by means of a layer of primer. - supplying a flow of plasticised material through an annular channel that is defined between at least one internal core and at least one external annular wall that at least partially surrounds said core, said annular channel ending with an annular outlet; - making said plasticised material exit said annular outlet through the effect of pressure of the plasticised material upstream of said annular channel; - moving a cutting element with respect to said annular wall and to said core so that said cutting element passes in front of said annular outlet to separate an annular dose from said plasticised material; - depositing said annular dose, which is still in contact with said cutting element, on a surface of an object, the capacity of adhesion of said surface to said annular dose being greater than that of said cutting element, to adhesively apply said annular dose to said object, said surface comprising a surface of an element for containers; - distancing reciprocally said surface and said cutting element such that said annular dose is detached from said cutting element remaining adhering to said surface;
A method of managing a power steering device for a vehicle, said power steering device comprising a steering wheel which allows a driver to maneuver said power steering device by exerting a force, called steering wheel torque, on said steering wheel, as well as an assist motor intended to provide an assist force to assist the maneuver of said power steering device, said method being such that it comprises a step (a) of reconstructing a steering wheel torque during which the steering wheel torque is evaluated, as it is actually exerted by the driver on the steering wheel, by reconstructing a representative information of said steering wheel torque, called estimated steering wheel torque (T3_estim), from data called « external data » (θ3, θ12, θ'3, θ'12) which are collected within the power steering device or within the vehicle, but excluding a steering wheel torque sensor specifically dedicated to measuring of said steering wheel torque, said external data comprising a value called steering wheel angle (θ3) representative of the angular position of the steering wheel, a value called motor angle (θ12) representative of the angular position of the shaft of the assist motor, as well as the time derivatives (θ'3, θ'12) of said steering wheel angle and said motor angle characterized in that, at step (a) of reconstructing a steering wheel torque, on the one hand, a value called steering wheel angle (θ3) representative of the angular position of the steering wheel, and on the other hand, a value called motor angle (θ12) representative of the angular position of the shaft of the assist motor are collected as external data, the difference, called relative displacement (Δθ), between the steering wheel angle and the motor angle is calculated, then the relative displacement (Δθ) is multiplied by a predetermined stiffness coefficient, so as to obtain a first component of the estimated steering wheel angle, called stiffness term (T3_stiff).
A method of removing arsenic from pyrite-free materials, characterized by subjecting the pyrite-free material selected from borate minerals and concentrates to roasting at a temperature of less than 900°C in reducing conditions.
A hardenable dental composition comprising: a polymerizable resin composition comprising at least one multifunctional ethylenically unsaturated monomer; 0.2 to 10 wt-% of one or more fatty mono(meth)acrylate monomers comprising a straight or branched alkyl group having greater than 5 carbon atoms wherein the fatty mono(meth)acrylate monomer phase separates from the polymerizable resin composition such that the fatty mono(meth)acrylate forms microscopic domains; and at least 50 wt-% of inorganic oxide filler. a polymerizable resin composition comprising at least one multifunctional ethylenically unsaturated monomer; 0.2 to 10 wt-% of one or more fatty mono(meth)acrylate monomers comprising a straight or branched alkyl group having greater than 5 carbon atoms wherein the fatty mono(meth)acrylate monomer phase separates from the polymerizable resin composition such that the fatty mono(meth)acrylate forms microscopic domains; and at least 50 wt-% of inorganic oxide filler.
An outer ring guided resin cage (1A, 1B) comprised of two annular ring-shaped parts (2, 3) away from each other in an axial direction, and a plurality of column parts (4, 4,...) for connecting between the annular ring-shaped parts (2, 3), and configured such that rolling elements (C, C,...) of a rolling bearing (A, B) are accommodated in pockets (P, P,...) to be formed between the column parts (4, 4) adjacent to each other, and that the rolling elements (C, C,...) are separated from each other at an equi-distance so that the rolling elements (C, C,...) do not come into contact with each other, the outer ring guided resin cage (1A, 1B) being guided by an inner peripheral surface of an outer ring of the bearing (A, B), characterized in that a radial outer surface facing the outer ring has a regular polygonal shape when viewed in the axial direction, the column part is formed at the middle of an outer surface in a peripheral direction, the outer surface corresponding to a side of the regular polygonal shape, and burrs (PL, PL,...) formed on a parting line extend in the axial direction on a radial outer surface of the column parts (4, 4,...).
An EAS label for attachment to an article by wrapping the EAS label around the article comprising a flexible support having a first side, a second side, a bottom section and a top section; the bottom section having a larger width than the top section and including a soft removable glue area on the first side of the flexible support and said soft removable glue area is adapted to be attached to the article when starting to wrap the EAS label around the article; a security element is attached to the bottom section on the first side or the second side of the flexible support; and the top section has a smaller width than the bottom section and has a strong glue area on the first side of the flexible support, wherein the flexible support is adapted to be wrapped around the article starting with the bottom section of the flexible support and securing the EAS label to the second side of the wrapped EAS label by the strong glue area of the top section of the EAS label.
Use of an absorbent pad for identifying and/or quantifying a biomolecule analyte in a blot assay, the pad comprising: a fibrous material and a liquid formulation which comprises a luminescent substrate; wherein the pad: (i) has a thickness from 0.2 mm to 3 mm; (ii) has an extrinsic absorbency from 150 mL/m 2 to 500 mL/m 2; and (iii) is impregnated with the liquid formulation, wherein the fibrous material comprises a polyester/cellulose polymer blend, a hydroentangled polyester/cellulose blend, a polyamide, or a combination of one or more thereof.
A method of determining whether or not a light chain immunoglobulin is a kappa light chain or a lambda light chain, the method comprising: a. selecting an immunoglobulin light chain precursor ion using a mass spectrometry technique; b. fragmenting a preselected immunoglobulin light chain precursor ion using a tandem mass spectrometry technique to generate a distribution spectrum of fragment ions; and c. comparing the m/z's of one or more of the fragment ions to m/z's of one or more fragment ions that are expected to result from the constant region of the kappa light chain or the lambda light chain, respectively. a. selecting an immunoglobulin light chain precursor ion using a mass spectrometry technique; b. fragmenting a preselected immunoglobulin light chain precursor ion using a tandem mass spectrometry technique to generate a distribution spectrum of fragment ions; and c. comparing the m/z's of one or more of the fragment ions to m/z's of one or more fragment ions that are expected to result from the constant region of the kappa light chain or the lambda light chain, respectively.
A power tool comprising: a housing; an inner mechanism mounted at least partially within the housing and configured to be reciprocally moveable with respect to the housing, the inner mechanism having a motor fan assembly; an air inlet and an air outlet positioned in the housing and a cooling airflow path extending between the air inlet and the air outlet via the motor fan assembly; and at least one air conduit located on the airflow path configured to guide the cooling airflow from the air inlet to the motor fan assembly wherein a first end of the air conduit is fixed and a second end of the at least one air conduit is a free end; wherein, either: 1) the first end of the at least one air conduit is fixed with respect to the motor fan assembly and the second end of the at least one air conduit is moveable with respect to the housing; or 2) the first end of the at least one air conduit is fixed with respect to the internal wall of the housing and the second end of the at least one air conduit is moveable with respect to a motor housing surface of the motor fan assembly; characterised in that the second end (720;1106) of the at least one air conduit (220; 1100) is slidably engageable with an inner surface of the housing or the motor housing surface. a housing; an inner mechanism mounted at least partially within the housing and configured to be reciprocally moveable with respect to the housing, the inner mechanism having a motor fan assembly; an air inlet and an air outlet positioned in the housing and a cooling airflow path extending between the air inlet and the air outlet via the motor fan assembly; and at least one air conduit located on the airflow path configured to guide the cooling airflow from the air inlet to the motor fan assembly wherein a first end of the air conduit is fixed and a second end of the at least one air conduit is a free end; wherein, either: 1) the first end of the at least one air conduit is fixed with respect to the motor fan assembly and the second end of the at least one air conduit is moveable with respect to the housing; or 2) the first end of the at least one air conduit is fixed with respect to the internal wall of the housing and the second end of the at least one air conduit is moveable with respect to a motor housing surface of the motor fan assembly; 1) the first end of the at least one air conduit is fixed with respect to the motor fan assembly and the second end of the at least one air conduit is moveable with respect to the housing; or 2) the first end of the at least one air conduit is fixed with respect to the internal wall of the housing and the second end of the at least one air conduit is moveable with respect to a motor housing surface of the motor fan assembly; characterised in that the second end (720;1106) of the at least one air conduit (220; 1100) is slidably engageable with an inner surface of the housing or the motor housing surface.
A method of separating glycosaminoglycan from a blood cascade protein in a sample derived from a protein production process, the method comprising: subjecting the sample to size-exclusion chromatography using a mobile phase having a pH of less than 3.0, wherein said sample comprises a blood cascade protein.
Small part container for a refrigeration appliance with at least two housing parts (12, 13; 12', 13') which can be moved with respect to one another to open and close the small part container, wherein a first of the housing parts (12, 12') has a hook which can be attached to a vertical wall, wherein the small part container has a shallow cuboid shape and the hook is arranged on a first wide side (17, 22) of the small part container, and wherein the first housing part (12; 12') forms three narrow sides (14, 15; 14', 14", 15') of the small part container, characterised in that the second housing part (13; 13') forms at least a primary part (20, 22; 20', 22') of the two wide sides and a fourth narrow side (21; 21') of the small part container connecting the two wide sides.
An image forming apparatus of a multi-beam type, comprising: an image forming section configured to form a pattern image in which line images extending in a main-scan direction of a photoreceptor are formed periodically while having a predetermined pitch in a sub-scan direction of the photoreceptor by scanning of the photoreceptor with a plurality of light beams emitted from an exposing portion, and also a boundary part (116a, 116b) between line images formed by one light beam and line images formed by another light beam neighboring the one light beam is arranged so as to be shifted from the sub-scan direction of the photoreceptor; a toner concentration detecting section configured to detect a toner concentration of the pattern image on the photoreceptor or the transferred pattern image which has been transferred from the photoreceptor to a transfer material; and a control section configured to calculate exposure timings for the plurality of light beams in the image forming section on the basis of a toner concentration of the boundary part (116a, 116b) and a toner concentration of a part except the boundary part, the toner concentrations being detected by the toner concentration detecting section. an image forming section configured to form a pattern image in which line images extending in a main-scan direction of a photoreceptor are formed periodically while having a predetermined pitch in a sub-scan direction of the photoreceptor by scanning of the photoreceptor with a plurality of light beams emitted from an exposing portion, and also a boundary part (116a, 116b) between line images formed by one light beam and line images formed by another light beam neighboring the one light beam is arranged so as to be shifted from the sub-scan direction of the photoreceptor; a toner concentration detecting section configured to detect a toner concentration of the pattern image on the photoreceptor or the transferred pattern image which has been transferred from the photoreceptor to a transfer material; and a control section configured to calculate exposure timings for the plurality of light beams in the image forming section on the basis of a toner concentration of the boundary part (116a, 116b) and a toner concentration of a part except the boundary part, the toner concentrations being detected by the toner concentration detecting section.
A semiconductor device comprising: a block-module having an embedded power semiconductor element, a first lead and a second lead drawn therefrom; a control board for controlling the power semiconductor element; and a package having an opening and an external connection terminal at a bottom of the package, the external connection terminal being in contact with the first lead of the block-module mounted at the bottom, wherein the second lead is connected to the control board while the first lead is joined to the external connection terminal, and the control board has a through hole at an overlapping position of the first lead and the external connection terminal. a block-module having an embedded power semiconductor element, a first lead and a second lead drawn therefrom; a control board for controlling the power semiconductor element; and a package having an opening and an external connection terminal at a bottom of the package, the external connection terminal being in contact with the first lead of the block-module mounted at the bottom, wherein the second lead is connected to the control board while the first lead is joined to the external connection terminal, and the control board has a through hole at an overlapping position of the first lead and the external connection terminal.
Lid system for a wet-dry vacuum, the lid system comprising: a lid shaped to cover an open end of a container, the lid having a vacuum opening therethrough; a hatch that engages the lid to cover and seal the vacuum opening when the hatch is in a closed position, and disengages from the lid in an open position to uncover the vacuum opening; a vacuum generator mounted on the hatch, and a filter having a flange, the filter mounted on the lid and extending through the vacuum opening such that the flange engages an upper surface of the lid adjacent the vacuum opening to support the filter on the lid; wherein when the hatch is in the closed position, the hatch compresses the flange against the lid to form an airtight seal between the hatch and the flange, and between the flange and the upper surface of the lid, such that the vacuum generator communicates with an interior of the container; and wherein when the hatch is in the open position, the filter is insertable into and removable from the vacuum opening. a lid shaped to cover an open end of a container, the lid having a vacuum opening therethrough; a hatch that engages the lid to cover and seal the vacuum opening when the hatch is in a closed position, and disengages from the lid in an open position to uncover the vacuum opening; a vacuum generator mounted on the hatch, and a filter having a flange, the filter mounted on the lid and extending through the vacuum opening such that the flange engages an upper surface of the lid adjacent the vacuum opening to support the filter on the lid; wherein when the hatch is in the closed position, the hatch compresses the flange against the lid to form an airtight seal between the hatch and the flange, and between the flange and the upper surface of the lid, such that the vacuum generator communicates with an interior of the container; and wherein when the hatch is in the open position, the filter is insertable into and removable from the vacuum opening.
A transparent substrate provided with a stack of thin layers comprising an alternation of n functional layers having reflection properties in the infrared region and/or in solar radiation with n ≥ 2 and of n+1 coatings comprising one or more dielectric layers, so that each functional layer is positioned between two coatings, the coatings and the functional layers are numbered according to their position with respect to the transparent substrate, the lower coating 1 is placed above the transparent substrate and below the functional layer 1, the intermediate coatings 2 to n are placed between two functional layers and the upper coating n+1 is placed above the functional layer n, characterized in that at least one of the upper or intermediate coatings 2 to n+1, preferably intermediate coatings 2 to n, comprises: - at least one barrier coating comprising at least two barrier layers, one layer comprising silicon chosen amongst oxides such as SiO 2, nitrides Si 3 N 4 and oxynitrides SiO x N y and one layer based on aluminum nitride; - each upper, intermediate or lower coating comprises a barrier coating comprising at least one barrier layer comprising silicon chosen amongst oxides such as SiO 2, nitrides Si 3 N 4 and oxynitrides SiO x N y. - at least one barrier coating comprising at least two barrier layers, one layer comprising silicon chosen amongst oxides such as SiO 2, nitrides Si 3 N 4 and oxynitrides SiO x N y and one layer based on aluminum nitride; - each upper, intermediate or lower coating comprises a barrier coating comprising at least one barrier layer comprising silicon chosen amongst oxides such as SiO 2, nitrides Si 3 N 4 and oxynitrides SiO x N y.
Method of operating a battery power management unit in an over-discharge situation, the power management unit being part of a system, which further comprises a battery and a safety circuit connected to the battery, wherein the safety circuit comprises a safety switch and is operable in an active state, in which the safety switch is open, enabling only charging of the battery, an inactive state, in which the safety switch is closed, enabling charging of and drawing current from the battery, during charging of the battery, the method comprising the steps of: detecting an off-state of a device powered by the battery, detecting a state of the power management unit being in inactive state, in which an on/off control of the device is disabled, determining the state of the safety circuit of the battery by stopping the charging of the battery, subsequently loading the battery with a test current to obtain a battery voltage (Vbat) and comparing the battery voltage (Vbat) to a test voltage (Vtest), in response to detecting that the battery voltage (Vbat) is below the test voltage (Vtest) indicative of the safety circuit being in the active state, maintaining the power management unit in the inactive state, in response to detecting that the battery voltage (Vbat) is above the test voltage (Vtest) indicative of the safety circuit being in the inactive state, entering a pre-charge sate, wherein the battery is charged with a specified current (Ipc), entering in an active state by the power management unit on detecting that the battery voltage (Vbat) is equal or above a predefined battery voltage monitor level (Vbvm), wherein the on/off control of the device is enabled, when the power management unit is in the active state. an active state, in which the safety switch is open, enabling only charging of the battery, an inactive state, in which the safety switch is closed, enabling charging of and drawing current from the battery, detecting an off-state of a device powered by the battery, detecting a state of the power management unit being in inactive state, in which an on/off control of the device is disabled, determining the state of the safety circuit of the battery by stopping the charging of the battery, subsequently loading the battery with a test current to obtain a battery voltage (Vbat) and comparing the battery voltage (Vbat) to a test voltage (Vtest), in response to detecting that the battery voltage (Vbat) is below the test voltage (Vtest) indicative of the safety circuit being in the active state, maintaining the power management unit in the inactive state, in response to detecting that the battery voltage (Vbat) is above the test voltage (Vtest) indicative of the safety circuit being in the inactive state, entering a pre-charge sate, wherein the battery is charged with a specified current (Ipc), entering in an active state by the power management unit on detecting that the battery voltage (Vbat) is equal or above a predefined battery voltage monitor level (Vbvm), wherein the on/off control of the device is enabled, when the power management unit is in the active state.