mhurhangee/ep-ind-claims huggingface dataset:
Method of making a colored graphics film, the method comprising: (i) providing a transparent polyester film, (ii) coating thereon a polyvinyl chloride organosol or plastisol composition comprising one or more color pigments, (iii) heating so as to cause film forming of the polyvinyl chloride organosol or plastisol composition thereby obtaining a colored polyvinyl chloride film adhered on one side thereof to a transparent polyester film and (iv) applying an adhesive layer to the side of the polyvinyl chloride film opposite to the side adhering to the transparent polyester film; wherein the thickness of the polyester film is not more than 10 micrometer and wherein a temporary carrier web is provided on the side of the transparent polyester film that is opposite to the side that is being coated with the polyvinyl chloride organosol or plastisol composition and wherein the carrier web is provided on the polyester film prior to coating the polyester film with the polyvinyl chloride organosol or plastisol composition. (i) providing a transparent polyester film, (ii) coating thereon a polyvinyl chloride organosol or plastisol composition comprising one or more color pigments, (iii) heating so as to cause film forming of the polyvinyl chloride organosol or plastisol composition thereby obtaining a colored polyvinyl chloride film adhered on one side thereof to a transparent polyester film and (iv) applying an adhesive layer to the side of the polyvinyl chloride film opposite to the side adhering to the transparent polyester film;
A mechanism for a cosmetic container, characterized in that the mechanism comprises: a cup for receiving the cosmetic; a sleeve, mounted around the cup; and a damping member which is elastically deformable, wherein the damping member is disposed on the cup and located between the cup and the sleeve, the damping member being in contact with an inner wall of the sleeve to generate a frictional resistance against the sleeve when the cup moves within the sleeve, characterized in that the cup comprises: an upper cup, the cosmetic being received inside the upper cup, the damping member being mounted on the upper cup, and a lower cup, the lower cup being connected with the upper cup, the upper cup and the lower cup being separate structures. a cup for receiving the cosmetic; a sleeve, mounted around the cup; and a damping member which is elastically deformable, wherein the damping member is disposed on the cup and located between the cup and the sleeve, the damping member being in contact with an inner wall of the sleeve to generate a frictional resistance against the sleeve when the cup moves within the sleeve, characterized in that the cup comprises: an upper cup, the cosmetic being received inside the upper cup, the damping member being mounted on the upper cup, and a lower cup, the lower cup being connected with the upper cup, the upper cup and the lower cup being separate structures. an upper cup, the cosmetic being received inside the upper cup, the damping member being mounted on the upper cup, and a lower cup, the lower cup being connected with the upper cup, the upper cup and the lower cup being separate structures.
A bioparticle measuring method comprising: detecting signal from a first measurement sample and signal from a second measurement sample by a flow cytometer, wherein the first measurement sample is prepared by mixing: a first sample containing a bioparticle sampled from a specimen; and a detector capable of binding to the bioparticle and containing a fluorescent substance, in the presence of an inhibitor capable of binding to the bioparticle and containing none of the fluorescent substance, wherein the detector binds to a target site contained in a target molecule present in the bioparticle, and the inhibitor binds to the target site to inhibit the detector from binding to the target site, wherein the detector is at least one selected from the group consisting of an antibody and a lectin and wherein the inhibitor contains the antibody which binds to the target site, and the second measurement sample is prepared by mixing: a second sample sampled from the same specimen independently from the first sample; and the detector, under a condition that the inhibitor is substantially absent; and calculating a measurement result of the bioparticle from a detection result of the signals from the first measurement sample and a detection result of the signals from the second measurement sample, wherein the bioparticle is an extracellular vesicle. detecting signal from a first measurement sample and signal from a second measurement sample by a flow cytometer, wherein the first measurement sample is prepared by mixing: a first sample containing a bioparticle sampled from a specimen; and a detector capable of binding to the bioparticle and containing a fluorescent substance, in the presence of an inhibitor capable of binding to the bioparticle and containing none of the fluorescent substance, wherein the detector binds to a target site contained in a target molecule present in the bioparticle, and the inhibitor binds to the target site to inhibit the detector from binding to the target site, wherein the detector is at least one selected from the group consisting of an antibody and a lectin and wherein the inhibitor contains the antibody which binds to the target site, and the second measurement sample is prepared by mixing: a second sample sampled from the same specimen independently from the first sample; and the detector, under a condition that the inhibitor is substantially absent; and calculating a measurement result of the bioparticle from a detection result of the signals from the first measurement sample and a detection result of the signals from the second measurement sample,
Method for starting a variable-speed electric motor, in particular a synchronous or asynchronous motor, having the following method steps: a. identifying a blockage of the motor shaft, b. exciting the motor shaft with an always positive torque, c. continuously changing the always positive torque by continuously changing the frequency of a frequency converter in order to achieve breaking-free of the blockage. a. identifying a blockage of the motor shaft, b. exciting the motor shaft with an always positive torque, c. continuously changing the always positive torque by continuously changing the frequency of a frequency converter in order to achieve breaking-free of the blockage.
Light element for a bodywork component of a motor vehicle, comprising at least one light source and a light guide, the light guide forming a profile of open cross-section, and comprising: - a first element made of injection-molded transparent polycarbonate, defining, along substantially the entire length of the profile, a zone that is transparent to the light emitted by the light source; - at least one second element made of injection-molded black polycarbonate, defining, along substantially the entire length of the profile, a zone that is opaque to the light emitted by the light source; the light source emitting light from inside the profile toward the transparent and opaque zones, characterized in that the light source is integrated into the first element, at one end of the profile. - a first element made of injection-molded transparent polycarbonate, defining, along substantially the entire length of the profile, a zone that is transparent to the light emitted by the light source; - at least one second element made of injection-molded black polycarbonate, defining, along substantially the entire length of the profile, a zone that is opaque to the light emitted by the light source;
An automotive communication system, comprising: - an automotive input device for use in a vehicle and a mobile device which are adapted to be coupled with each other for exchanging signal communication between them, - the mobile device comprising a HMI generating unit for generating a human machine interface, HMI, with a functionality for interaction with a user, characterised in that: - the automotive input device comprises a transmitting unit for transmitting to the HMI generating unit a description of at least one application implemented on the automotive input device and a description of functions supported by the application, - wherein the HMI generating unit is configured to generate the human machine interface, HMI, based on the description of the application and the description of functions supported by the application and to provide the human machine interface, HMI, to the automotive input device for controlling the application and at least one of the functions supported by the application by user interaction on the human machine interface provided on the automotive input device. - an automotive input device for use in a vehicle and a mobile device which are adapted to be coupled with each other for exchanging signal communication between them, - the mobile device comprising a HMI generating unit for generating a human machine interface, HMI, with a functionality for interaction with a user, characterised in that: - the automotive input device comprises a transmitting unit for transmitting to the HMI generating unit a description of at least one application implemented on the automotive input device and a description of functions supported by the application, - wherein the HMI generating unit is configured to generate the human machine interface, HMI, based on the description of the application and the description of functions supported by the application and to provide the human machine interface, HMI, to the automotive input device for controlling the application and at least one of the functions supported by the application by user interaction on the human machine interface provided on the automotive input device.
A hybrid sol-gel coating formulation comprising the following: (a) an organosilane or a mixture of organosilanes, comprising at least the organosilane precursor, 3-(Trimethoxysilyl)propyl methacrylate (MAPTMS); (b) a metal complex, comprising Zirconium and a ligand; (c) an additive and optionally a solvent; wherein the additive comprises bis[3-(trimethoxysilyl)propyl]amine (BTSPA). (a) an organosilane or a mixture of organosilanes, comprising at least the organosilane precursor, 3-(Trimethoxysilyl)propyl methacrylate (MAPTMS); (b) a metal complex, comprising Zirconium and a ligand; (c) an additive and optionally a solvent;
A transport container for helium (He), having an inner container for receiving the helium (He), an insulation element provided on the outside of the inner container, a coolant container for receiving a cryogenic liquid, an outer container in which the inner container and the coolant container are received, and a thermal shield that can be actively cooled with the assistance of the cryogenic liquid (N 2) and in which the inner container is received, wherein a circumferential gap is provided between the insulation element and the thermal shield, wherein the insulation element has a copper layer facing toward the thermal shield, characterized in that the insulation element has a multi-layer insulation layer arranged between the inner container and the copper layer.
A chalcogenide glass material containing, in terms of % by mole, 40 to 95% Te and having an antireflection film formed thereon, wherein the antireflection film comprises a low-refractive index layer and a high-refractive index layer stacked alternately one on top of another in a total of two or more layers, and the material of the outermost layer of the antireflection film is at least one material selected from the group consisting of a metal oxide, hydrogenated carbon, diamond-like carbon. wherein the antireflection film comprises a low-refractive index layer and a high-refractive index layer stacked alternately one on top of another in a total of two or more layers, and the material of the outermost layer of the antireflection film is at least one material selected from the group consisting of a metal oxide, hydrogenated carbon, diamond-like carbon.
Device for the generation, storage and/or transmission of electrical energy, comprising at least one energy source, at least a first storage unit and a second storage unit for storing the energy and a control unit, the second storage unit being connected electrically to the first storage unit in such a way that, in order to electrically charge the first storage unit, electrical energy from the second storage unit can be supplied to said first storage unit, characterized in that the energy source and the storage units (4 and 5) are connected to electrical consumers (2 and 3) of a distributed and autonomous device, it being possible for the electrical energy to be supplied to high-power electrical consumers in the form of communication units by means of the first storage unit and to low-power electrical consumers in the form of sensors by means of the second storage unit, a storage capacitance of the second storage unit being less than that of the first storage unit.
An indoor unit of an air conditioning device that includes a casing containing a fan and comprising a control box and comprising a bottom surface and a side surface, and can be arranged in a first aspect in which a flow port (26A, 26B) configured to cause air to flow by the fan is formed in the bottom surface of the casing, and a second aspect in which a flow port (26A, 26B) is formed in the one side surface of the casing, wherein the control box includes a first side surface in which an inspection port is formed, the control box being disposed in the casing in a state where the inspection port is directed to an inside of the casing in the first aspect, and in a state where the inspection port is directed to an outside of the casing in the second aspect, the control box further comprises a second side surface and a third side surface, wherein in the second side surface and in the third side surface of the control box first leading ports (61, 62) are formed, which are configured to lead external wiring (k, j) into the control box, respectively, the second and third side surfaces (42, 43) being adjacent to the first side surface and opposed to each other, the indoor unit characterized in that the casing is containing the control box and in that in another side surface of the casing, an opening opposed to the inspection port, and second leading ports (35A, 35B) disposed on both side portions of this opening and configured to lead the external wiring (k, j) into the casing in the second aspect are formed.
A sheet storage cassette comprising; a cassette base that stores a sheet; and a cover member that is supported swingably on the cassette base and selectively disposed at a closing positon to cover an upper surface of the cassette base and an opening position to open the upper surface of the cassette base, the cover member being supported swingably at both ends of a side surface portion of the cassette base on a first rotation fulcrum, which is composed of a first engagement hole formed in either one of the cover member and the cassette base and a first boss portion that is formed on the other one of the cover member and the cassette base and engages with the first engagement hole, and on a second rotation fulcrum which is composed of a second engagement hole formed in either one of the cover member and the cassette base and a second boss portion that is formed on the other one of the cover member and the cassette base and engages with the second engagement hole characterized in that a distance from a tip end portion of the second boss portion to an engagement position of the second engagement hole is smaller than a distance from a tip end portion of the first boss portion to an engagement position of the first engagement hole, and a swing limiting portion, which limits an open angle of the cover member at the opening position, is disposed on only a portion of the cassette base near the first rotation fulcrum. a cassette base that stores a sheet; and a cover member that is supported swingably on the cassette base and selectively disposed at a closing positon to cover an upper surface of the cassette base and an opening position to open the upper surface of the cassette base, the cover member being supported swingably at both ends of a side surface portion of the cassette base on a first rotation fulcrum, which is composed of a first engagement hole formed in either one of the cover member and the cassette base and a first boss portion that is formed on the other one of the cover member and the cassette base and engages with the first engagement hole, and on a second rotation fulcrum which is composed of a second engagement hole formed in either one of the cover member and the cassette base and a second boss portion that is formed on the other one of the cover member and the cassette base and engages with the second engagement hole characterized in that a distance from a tip end portion of the second boss portion to an engagement position of the second engagement hole is smaller than a distance from a tip end portion of the first boss portion to an engagement position of the first engagement hole, and a swing limiting portion, which limits an open angle of the cover member at the opening position, is disposed on only a portion of the cassette base near the first rotation fulcrum.
Lighting device for a vehicle comprising a cup-shaped housing body designed to be mounted on a vehicle body and having a front inlet opening facing in use a forward march direction of the vehicle, a transparent cover closing the front inlet opening, a plurality of first and second lighting modules arranged side by side inside the housing body facing the inlet opening and spaced apart from the inlet opening, the lighting modules (5,6) being visible from the outside through the transparent cover, and an aesthetic mask to cover a first gap between the transparent cover and the light modules, the first gap extending in a substantially horizontal direction; wherein the aesthetic mask comprises: a first masking element which is connected integral and rigid with an inner surface of the transparent cover facing towards the lighting modules and overhangingly protrudes from the inner surface of the transparent cover towards the lighting modules (5,6) to such an extent to cover a first part only of the fist gap, on the side of the transparent cover; and a second masking element which is connected integral and rigid with the housing body and which is separate from, and is independent of, both the transparent cover and the first masking element overhanging therefrom; the second masking element overhangingly protruding from the lighting modules (5,6), under and beyond thereto and towards the transparent cover to hide a second part only of the first gap, on the side opposite to said transparent cover; the first and second masking elements (9,11) overlapping over each other such as to completely hide said first gap; and wherein: i)- the first and second masking elements (9,11) are spaced apart in vertical direction so as to define therebetween a second gap arranged below the lighting modules (5,6) and extending vertically upwards, on the side of the lighting modules; characterized in that, in combination with feature i),: ii)- the housing body is integrally provided internally with a baffle element extending upwards at least in part within the second gap and immediately below the first masking element, so as to be arranged between the second masking element and the transparent cover to shield the second masking element towards the transparent cover and below the first masking element. i)- the first and second masking elements (9,11) are spaced apart in vertical direction so as to define therebetween a second gap arranged below the lighting modules (5,6) and extending vertically upwards, on the side of the lighting modules;
Power converter, comprising - a trace module that is configured to record trace signals in accordance with a trace configuration, - a storage unit that is configured to store trace signals recorded by the trace module, and - a web server that is configured to enable the creation of the trace configuration via a web client and to provide the trace signals stored by the storage unit to the web client, - wherein the trace configuration specifies, for each type of trace signal to be recorded, a sampling rate for the recording of the trace signals. - a trace module that is configured to record trace signals in accordance with a trace configuration, - a storage unit that is configured to store trace signals recorded by the trace module, and - a web server that is configured to enable the creation of the trace configuration via a web client and to provide the trace signals stored by the storage unit to the web client, - wherein the trace configuration specifies, for each type of trace signal to be recorded, a sampling rate for the recording of the trace signals.
A method for replacing and/or cloning at least some devices (14, 16, 18, 20, 22) of a machine, the machine comprising several cooperating devices (16, 18, 20, 22), wherein - a root device is used, which comprises a data connection to the cooperating devices (16, 18, 20, 22), - the root device comprises a data model which comprises configuration information of at least some of the cooperating devices (16, 18, 20, 22), wherein the method comprises - performing a discovery with the root device using different communication protocols for detecting at least some of the cooperating devices (16, 18, 20, 22), - gathering the configuration information of at least some of the detected devices (16, 18, 20, 22), wherein the configuration information is retrieved from different cooperating devices (16, 18, 20, 22), and storing the configuration information in the data model, - transferring at least parts of the configuration information onto a new device (22a, 14b, 16b, 18b, 20b, 22b). - a root device is used, which comprises a data connection to the cooperating devices (16, 18, 20, 22), - the root device comprises a data model which comprises configuration information of at least some of the cooperating devices (16, 18, 20, 22), - performing a discovery with the root device using different communication protocols for detecting at least some of the cooperating devices (16, 18, 20, 22), - gathering the configuration information of at least some of the detected devices (16, 18, 20, 22), wherein the configuration information is retrieved from different cooperating devices (16, 18, 20, 22), and storing the configuration information in the data model, - transferring at least parts of the configuration information onto a new device (22a, 14b, 16b, 18b, 20b, 22b).
A self-propelled agricultural machine, for example a self-propelled merger, which self-propelled agricultural machine is provided with at least one motor, at least two elongate units (3a, 3b) for, in use, performing an agricultural operation on the land, a front wheel axle and a rear wheel axle situated at a distance from the front wheel axle, wherein the front wheel axle and/or the rear wheel axle can be driven by means of the motor for displacing the agricultural machine, wherein each elongate unit is displaceable from a transportation position to a working position and vice versa by means of a folding mechanism, so that the maximum width of the self-propelled agricultural machine is smaller in the transportation position of the units than in the working position of the units, wherein, in the working position, the agricultural operation on the land can be performed substantially along the length of each elongate unit, characterized in that at least one of the at least two elongate units is provided with a displacement unit by means of which, in the working position, the distance between the at least two elongate units is adjustable, viewed in the longitudinal direction of the at least two elongate units, wherein the displacement unit comprises a swinging member which is attached to a carrying mechanism of the displacement unit, wherein the swinging member comprises two spaced fastening positions (83, 84) to which the elongate unit is attached.