mhurhangee/ep-ind-claims huggingface dataset:
A stacked battery pack comprising a plurality of unit cells stacked in a stacking direction (z), wherein each of the plurality of unit cells includes a resin holder, a flat cell housed in the resin holder, and a metal plate covering the flat cell, thereby the flat cell is sandwiched between the resin holder and the metal plate in the stacking direction (z), wherein each of the metal plates has a protrusion part that does not overlap the resin holder in the stacking direction (z), characterized in that, the resin holder has a side plate part that covers the flat cell in a direction perpendicular to the stacking direction (z), and wherein the side plate part has a step in which the metal plate is positioned. wherein each of the plurality of unit cells includes a resin holder, a flat cell housed in the resin holder, and a metal plate covering the flat cell, thereby the flat cell is sandwiched between the resin holder and the metal plate in the stacking direction (z), wherein each of the metal plates has a protrusion part that does not overlap the resin holder in the stacking direction (z), characterized in that, the resin holder has a side plate part that covers the flat cell in a direction perpendicular to the stacking direction (z), and wherein the side plate part has a step in which the metal plate is positioned.
A closure system for a window, a door or the like, wherein the window, the door or the like has a frame and a leaf movable with respect to the frame, wherein the closure system comprises: a closure unit comprising a closure element, which is movable between a first and at least a second position, for securing the leaf to the frame as required and an electric motor, in particular a single electric motor, drive-effectively coupled to the closure element for adjusting the closure element between the two positions; and a control device coupled to the electric motor for controlling the electric motor; wherein the control device has a first operating mode and at least a second operating mode; and wherein the control device is configured such that it controls the electric motor so that the latter drives the closure element at different speeds depending on the respective operating mode, characterized in that the closure system comprises a mode selection module which is configured to transfer the control device to the first operating mode or to the second operating mode based on a mode selection command received from the mode selection module; wherein the mode selection module comprises a real time clock, wherein the control device is configured to transfer the closure system to the first operating mode or to the second operating mode based on a time indication received from the real time clock. a closure unit comprising a closure element, which is movable between a first and at least a second position, for securing the leaf to the frame as required and an electric motor, in particular a single electric motor, drive-effectively coupled to the closure element for adjusting the closure element between the two positions; and a control device coupled to the electric motor for controlling the electric motor; wherein the control device has a first operating mode and at least a second operating mode; and wherein the control device is configured such that it controls the electric motor so that the latter drives the closure element at different speeds depending on the respective operating mode, characterized in that the closure system comprises a mode selection module which is configured to transfer the control device to the first operating mode or to the second operating mode based on a mode selection command received from the mode selection module; wherein the mode selection module comprises a real time clock, wherein the control device is configured to transfer the closure system to the first operating mode or to the second operating mode based on a time indication received from the real time clock.
An image forming apparatus comprising: an optical system; an acquisition unit (101, S402) configured to acquire an amount of misregistration from data indicating amounts of tilt and curvature of the optical system for each color; a correction unit configured to correct image data output to normal lines at a scan line changing point based on the acquired amount of misregistration; and a printing unit configured to print the corrected image data at a normal process speed in a vertical scanning direction, which normal process speed being set according to a paper type to be printed; characterized in that the correction unit is configured to correct the amount of misregistration by divisionally outputting a part of one line of image data to one or more interpolation lines between normal lines in a range comprising the scan line changing point when a process speed in the vertical scanning direction in use is lower than the normal process speed in the vertical scanning direction. an optical system; an acquisition unit (101, S402) configured to acquire an amount of misregistration from data indicating amounts of tilt and curvature of the optical system for each color; a correction unit configured to correct image data output to normal lines at a scan line changing point based on the acquired amount of misregistration; and a printing unit configured to print the corrected image data at a normal process speed in a vertical scanning direction, which normal process speed being set according to a paper type to be printed;
An optical fiber cable comprising: a core including a plurality of optical fiber units each having a plurality of optical fibers; fibrous fillings (3a,3b) extending in a longitudinal direction in which the optical fiber units extend; and a wrapping tube enclosing the plurality of optical fiber units and the fillings (3a, 3b), said optical fiber cable further comprising: a sheath that accommodates the core therein; and a pair of tension members that are embedded in the sheath, said optical fiber cable further being characterized in that in a transverse cross-sectional view, when a total value of cross-sectional areas of the plurality of optical fibers is Sf, a total value of cross-sectional areas of the fillings (3a, 3b) is Sb, a cross-sectional area of an inner space of the sheath is Sc, and a cross-sectional area of the wrapping tube is Sw, and it is established that 0.16 ≤ Sb/Sf ≤ 0.25 and 0.10 ≤ Sb/(Sc-Sw) ≤ 0.15. a core including a plurality of optical fiber units each having a plurality of optical fibers; fibrous fillings (3a,3b) extending in a longitudinal direction in which the optical fiber units extend; and a wrapping tube enclosing the plurality of optical fiber units and the fillings (3a, 3b), a plurality of optical fiber units each having a plurality of optical fibers; fibrous fillings (3a,3b) extending in a longitudinal direction in which the optical fiber units extend; and a wrapping tube enclosing the plurality of optical fiber units and the fillings (3a, 3b), said optical fiber cable further comprising: a sheath that accommodates the core therein; and a pair of tension members that are embedded in the sheath, said optical fiber cable further being characterized in that in a transverse cross-sectional view, when a total value of cross-sectional areas of the plurality of optical fibers is Sf, a total value of cross-sectional areas of the fillings (3a, 3b) is Sb, a cross-sectional area of an inner space of the sheath is Sc, and a cross-sectional area of the wrapping tube is Sw, and it is established that 0.16 ≤ Sb/Sf ≤ 0.25 and 0.10 ≤ Sb/(Sc-Sw) ≤ 0.15. a sheath that accommodates the core therein; and a pair of tension members that are embedded in the sheath, said optical fiber cable further being characterized in that in a transverse cross-sectional view, when a total value of cross-sectional areas of the plurality of optical fibers is Sf, a total value of cross-sectional areas of the fillings (3a, 3b) is Sb, a cross-sectional area of an inner space of the sheath is Sc, and a cross-sectional area of the wrapping tube is Sw, and it is established that 0.16 ≤ Sb/Sf ≤ 0.25 and 0.10 ≤ Sb/(Sc-Sw) ≤ 0.15.
A device for receiving and/or discharging of a disposal medium from cleaning and/or rinsing processes of an application apparatus, with a separation equipment, the separation equipment comprising a droplet separator which is provided for in order to receive the disposal medium discharged by the application apparatus and to subject it to a droplet separation, wherein the separation equipment comprises a flow conducting equipment in order to deflect the disposal medium discharged from the application apparatus to the droplet separator and/or in order to generate a dynamic component in the direction of the droplet separator, and the flow conducting equipment has a first section tapering towards the droplet separator, characterized in that the separation equipment is provided for in order to subject the disposal medium discharged by the application apparatus to an impact separation, and/or the droplet separator is an impact separator.
Installation for thermally conditioning a series of cold thermoplastic preforms intended to be converted into final containers by forming, each preform having a vertical main axis passing through a neck, the installation comprising: - at least one holding member for holding a preform by its neck in a thermal conditioning zone, the thermal conditioning zone being split vertically into a heating first part which is intended to house a body of the preform, the heating part being exposed to at least one heating member heating the body of the preform and into a cooling second part which is intended to house the neck of the preform; - at least one cooling device for cooling at least a portion of the surface of the preform by producing a stream of gas, notably air, passing through the thermal conditioning zone; characterized in that the cooling device produces a blown curtain of gas with laminar flow through an axial outlet slot orthogonal to its direction of flow. - at least one holding member for holding a preform by its neck in a thermal conditioning zone, the thermal conditioning zone being split vertically into a heating first part which is intended to house a body of the preform, the heating part being exposed to at least one heating member heating the body of the preform and into a cooling second part which is intended to house the neck of the preform; - at least one cooling device for cooling at least a portion of the surface of the preform by producing a stream of gas, notably air, passing through the thermal conditioning zone;
Moulded block for edging a traffic surface with a wearing course, which has a drainage course, in particular of open-pore asphalt, and with a moulded block body which has two opposite moulded block longitudinal sides (48, 50), a moulded block underside for placing on a substrate, and a moulded block upper side, wherein the moulded block upper side is assigned a plurality of surface elements projecting relative thereto, wherein there is arranged between adjacent surface elements at least one recess which is set back therefrom and intended for receiving and/or channelling away surface water in a direction at an angle to the moulded block longitudinal sides, wherein the at least one surface element has a plurality of element side faces (48, 50) which each extend in the region between the moulded block upper side and the element upper side, wherein an outflow edge for laterally channelling away surface water is arranged in the region of a side edge between a first lateral moulded block longitudinal side and the moulded block upper side, wherein an inflow edge for the lateral run-in of surface water is arranged in the region of a side edge between a second moulded block longitudinal side and the moulded block upper side, wherein the inflow edge preferably has virtually no rounding-off, and wherein the inflow edge is interrupted in certain sections by the surface elements, characterized in that the recesses are distinguished, at the level of the moulded block upper side, substantially by a trapezoidal shape corresponding to the trapezoidal shape of the surface elements, wherein the outflow edge is assigned a wider and the inflow edge a narrower base side of the trapezoidal shape of the at least one recess.
Method for generating a virtual image of a vehicle environment, wherein - real images of the vehicle environment are recorded by means of one or more cameras arranged at the vehicle, and - individual image points from the real images which are recorded by means of the cameras are projected onto projection points (P i) of a three-dimensional environment model of the vehicle environment in order to generate the virtual image, wherein the projection points (P i) form a bowl-type projection surface, wherein - the projection points (P i) are arranged equidistantly from one another in a first spatial direction (x) and a second spatial direction (y), which is orthogonal to the first spatial direction, with the result that a constant image resolution with respect to the coordinate plane (E xy), which is defined by the two spatial directions (x, y) and corresponds to a driving surface in the environment model, is achieved for the virtual image, wherein the position (z Pi) of the projection points (P i) in a third spatial direction (z), which corresponds to the height of the projection points (P i) with respect to the driving surface in the environment model, is defined in dependence on a distance (d Pi) from the vehicle in the environment model. - real images of the vehicle environment are recorded by means of one or more cameras arranged at the vehicle, and - individual image points from the real images which are recorded by means of the cameras are projected onto projection points (P i) of a three-dimensional environment model of the vehicle environment in order to generate the virtual image, wherein the projection points (P i) form a bowl-type projection surface, wherein - the projection points (P i) are arranged equidistantly from one another in a first spatial direction (x) and a second spatial direction (y), which is orthogonal to the first spatial direction, with the result that a constant image resolution with respect to the coordinate plane (E xy), which is defined by the two spatial directions (x, y) and corresponds to a driving surface in the environment model, is achieved for the virtual image,
An edible composition comprising 50% to 80% by weight of a cooked saccharide syrup portion and from 10% to 35% by weight of an elastomeric portion, wherein said cooked saccharide syrup portion consists essentially of isomalt, and wherein the elastomeric portion and the cooked saccharide syrup portion form a homogeneous composition.
A method of manufacturing a silicon single crystal by bringing a silicon seed crystal into contact with a silicon melt and pulling up the silicon seed crystal while rotating the crystal to grow the silicon single crystal below the silicon seed crystal, the method comprising: a dopant-adding step of adding a dopant to the silicon melt during growth of a straight body section of the silicon single crystal, wherein the dopant-adding step includes increasing the rotational speed of the silicon single crystal during the dopant-adding step to be larger than the rotational speed of the silicon single crystal before the dopant is added to the melt. a dopant-adding step of adding a dopant to the silicon melt during growth of a straight body section of the silicon single crystal,
A liquid marking agent development assembly comprising: a developer member comprising an outer surface; and a charging assembly adjacent to the outer surface of the developer member, and wherein the charging assembly comprises plural charging roller (44, 45) members, the plural charging roller members configured to provide substantially an entirety of an electrical field relative to the developer member and to subject a liquid marking agent to the electrical field, and which electrical field is used to direct a plurality of ink particles of the liquid marking agent to the outer surface of the developer member and which ink particles upon the outer surface of the developer member are used to develop latent images upon an imaging member, wherein a first of the plural charging roller members is configured to rotate in a direction opposite to and against a direction of movement of the outer surface of the developer member and a second of the plural charging roller members is configured to rotate in a direction with the direction of movement of the surface of the developer member.
A method of producing an optically active cyanohydrin compound represented by formula comprising reacting an aldehyde compound represented by formula with hydrogen cyanide in the presence of (i) a silyl compound selected from the group consisting of a trialkylsilyl halide, a trialkylsilyl cyanide and a silylamine, and (ii) an asymmetric complex which is obtained by reacting an optically active pyridine compound represented by formula with an aluminum halide, wherein * represents that the indicated carbon atom is the optically active center, wherein Q 1 represents a hydrogen atom and Q 2 represents an alkyl group having 1 to 6 carbon atoms which is substituted by a 2,5-dimethylphenoxy group, and wherein, R 1 and R 2 represent each independently a hydrogen atom, alkyl group having 1 to 6 carbon atoms, aryl group having 6 to 10 carbon atoms or aralkyl group having 7 to 11 carbon atoms, provided that R 1 and R 2 are not the same.
A security system, comprising: a security panel operable to communicate with a support site via a lightweight binary-based protocol to echo a security panel user interface at the support site in order that support personnel at the support site see exactly what is shown on the security panel user interface, this binary protocol facilitates screen IDs, Event IDs, UI control IDs, sensor State IDs, events, and other information to be displayed in the client software that is a replica of that of the actual security panel, wherein the data being exchanged between the panel and the client software is controlled to a compact size by the binary protocol that deals mainly with IDs instead of entire screen data wherein, the security panel is operable to provide two-way voice communication between the security panel and the support site.
Painting method for painting a component, namely a motor vehicle bodywork, with the following steps: a) application of a base coat layer onto the component, b) application of a pattern onto the component, wherein the pattern b1) is painted onto the component, b2) is applied onto the base coat layer without an intermediate clear coat layer, and b3) is applied by an applicator which does not emit a coating agent mist but emits a narrowly delimited jet of coating agent, and c) application of a clear coat layer onto the component, characterized in that d) the pattern is a partial area of the motor vehicle bodywork, namely a roof bar, wherein the roof bar shall be painted in a different colour than the rest of the motor vehicle bodywork. a) application of a base coat layer onto the component, b) application of a pattern onto the component, wherein the pattern b1) is painted onto the component, b2) is applied onto the base coat layer without an intermediate clear coat layer, and b3) is applied by an applicator which does not emit a coating agent mist but emits a narrowly delimited jet of coating agent, and b1) is painted onto the component, b2) is applied onto the base coat layer without an intermediate clear coat layer, and b3) is applied by an applicator which does not emit a coating agent mist but emits a narrowly delimited jet of coating agent, and c) application of a clear coat layer onto the component, d) the pattern is a partial area of the motor vehicle bodywork, namely a roof bar, wherein the roof bar shall be painted in a different colour than the rest of the motor vehicle bodywork.
A detachable cover suitable for being used with a socket or switch having a rectangular faceplate secured by screws, the cover comprising a frame having four sides arranged to extend around the perimeter of the faceplate, and a cover panel, the frame comprising at least two frame members (CF1, CF2), one of the frame members is U-shaped and extends on three sides of the faceplate and the other frame member extends on a fourth side of the faceplate and is secured to the ends of the U-shaped member on each side of the frame and the frame extends behind the faceplate so as to be secured in place by the faceplate, wherein the frame members (CF1, CF2) are located and secured in place by partially releasing the screws securing the faceplate to allow the faceplate to be pulled away from a surface to which it is attached a distance sufficient for the frame members (CF1, CF2) to be slid into place and the frame assembled without completely removing the faceplate and without disconnecting electrical connections characterised in that the cover panel is connected to the frame for pivotal movement about a hinge axis along a side of the faceplate between open and closed positions, and wherein a latch is provided such that the cover panel is releasably secured in the closed position by engagement with a latch arm on the frame.
Oil filter of an internal combustion engine in particular for motor vehicles, comprising a filter housing, an exchangeable filter cartridge disposed in an interior space of the filter housing, as well as a drain valve in the filter housing, wherein the drain valve features a valve seat for a valve body in which the valve body is displaceable in an opening direction parallel and in particular coaxially to a longitudinal axis of the oil filter and pointing towards the interior space and wherein the valve body is inserted into the valve seat of the drain valve in a closing direction opposite to the opening direction and wherein the valve body forms together with the filter cartridge a maintenance unit provided for a common replacement, characterized in that the valve body can be pressed out of the filter housing in the closing direction.
A method for producing a coagulation factor conjugate comprising the steps of activating the coagulation factor by contact with an activating agent; removing the activating agent; and conjugating the coagulation factor by reacting the coagulation factor with an activated polymer; wherein the steps of the method are integrated into an integrated tangential flow filtration system, and, wherein the polymer is polyethylene glycol, and wherein the activating agent is a reducing agent.
A method for the preparation of activated carbon from carbonized, renewable carbonaceous biomasses, wherein the carbonized biomasses are subjected to a heat treatment at temperatures between 570°C and 630°C with potassium hydroxide, sodium hydroxide or a mixture of both hydroxides as activator, wherein the activator is present in the form of a melt and wherein the activator and the carbonized biomass are present at the beginning of the heat treatment in a weight ratio of 0.5:1 to 6:1, characterized in that the carbonized biomasses are selected from HTC coal from fruit stones and HTC coal from nutshells which have a specific surface area below 30 m 2 /g and whose particle size is on average 1 mm.