mhurhangee/ep-ind-claims huggingface dataset:
Effect pigments based on substrates having an outer coating consisting of A) zinc oxide, hydroxide and/or oxide hydrate, B) at least one metal oxide, hydroxide and/or oxide hydrate of the elements selected from zirconium, silicon, and aluminium, and C) at least one organic coupling agent, and wherein the outer coating has a carbon content of 0.5 - 3 % by weight based on the total weight of effect pigment and the proportion of zinc oxide, hydroxide and/or oxide hydrate is 0.1 - 5 % by weight, calculated as ZnO based on the total weight of effect pigment.
A security element intended to be electrically linked to an electronic card, said security element comprising at least: - a metal part, called dome; - a conductive assembly comprising a plurality of conductive tracks not connected to each other and comprising at least one so-called outer track and a so-called central track, said outer and central tracks each having at least one conductive tab (1201, 1221) intended to respectively link said outer and central tracks to said electronic card; - a non-conductive support for said plurality of conductive tracks of said conductive assembly having openings (130, 132) through which said conductive tabs extend from said outer and central tracks towards said electronic card; the end of each of said conductive tabs (1201, 1221) intended to be in contact with said electronic card not extending beyond said non-conductive assembly so that the links between said outer and central tracks and said electronic card are located under the lower face of said non-conductive assembly. - a metal part, called dome; - a conductive assembly comprising a plurality of conductive tracks not connected to each other and comprising at least one so-called outer track and a so-called central track, said outer and central tracks each having at least one conductive tab (1201, 1221) intended to respectively link said outer and central tracks to said electronic card; - a non-conductive support for said plurality of conductive tracks of said conductive assembly having openings (130, 132) through which said conductive tabs extend from said outer and central tracks towards said electronic card;
A cleansing composition comprising an alkyl ether carboxylic acid or a salt thereof represented by the following formula: R 1 -O-(CH 2 CH 2 O) n -CH 2 -COOM wherein R 1 represents an alkyl group having 10 to 16 carbon atoms, n represents a number of from 0 to 12 and the average value of n in in the composition is from 1.5 to 3.5, and M represents a hydrogen atom, alkali metal, alkaline earth metal, ammonium, or organic ammonium, wherein the content of the component having an alkyl chain length which is contained in the highest content is 55 % by mass or more and less than 97 % by mass, wherein R 1 contains two or more alkyl groups and has an average carbon number of 10.8 to 12.5, and wherein, the alkyl ether carboxylic acid or a salt thereof comprises a component in which n = 0 in an amount of from 8 to 27 % by mass, a component in which n = 1 and a component in which n = 2 in a total amount of from 28 to 38% by mass, and components in which n ≥ 6 in a total amount of 10% by mass or more.
A toy construction system for the construction of an interactive toy model from toy construction elements, the toy construction system comprising toy construction elements (401, 411, 501, 610) with coupling members (402, 502) for releasably interconnecting the toy construction elements with each other, the toy construction elements comprising: - conventional toy construction elements; - a plurality of interactive construction elements (401, 501); and - a tag construction element connectable to one of the interactive construction elements; wherein the tag construction element is configured for data communication between the tag construction element and the interactive construction element when the tag construction element is connected to the interactive construction element; wherein the plurality of interactive construction elements comprises one or more function construction elements, each function construction element comprising a function device adapted to perform a controllable function; wherein each function construction element comprises a control circuit; wherein the control circuit is configured to control the function device responsive to a received control signal; characterized in that each function construction element is configured, when the tag construction element is connected to the function construction element, to control the function device of the function construction element responsive to a received control signal and responsive to data received from the tag construction element. - conventional toy construction elements; - a plurality of interactive construction elements (401, 501); and - a tag construction element connectable to one of the interactive construction elements; wherein the tag construction element is configured for data communication between the tag construction element and the interactive construction element when the tag construction element is connected to the interactive construction element; wherein the plurality of interactive construction elements comprises one or more function construction elements, each function construction element comprising a function device adapted to perform a controllable function; wherein each function construction element comprises a control circuit; wherein the control circuit is configured to control the function device responsive to a received control signal; characterized in that each function construction element is configured, when the tag construction element is connected to the function construction element, to control the function device of the function construction element responsive to a received control signal and responsive to data received from the tag construction element.
A liquid discharge head comprising: a nozzle plate having a nozzle from which a liquid is dischargeable; a first housing (21, 37) having a first face fixed to the nozzle plate and having a liquid chamber communicating with the nozzle to supply the liquid to the nozzle; a valve body: movable between a liquid supply position and a liquid block position in a valve moving direction, the valve body: at the liquid supply position separated from the nozzle to allow the liquid flowing from the liquid chamber to the nozzle; and at the liquid block position contacting the nozzle to block the liquid flowing from the liquid chamber to the nozzle; and a second housing (22, 31) over a second face of the first housing (21, 37) opposite to the first face in the valve moving direction, characterised in that the second housing (22, 31) is deformable relative to the first housing (21, 37); and includes a fixing portion to be secured to a support of a liquid discharge apparatus to support the liquid discharge head. a nozzle plate having a nozzle from which a liquid is dischargeable; a first housing (21, 37) having a first face fixed to the nozzle plate and having a liquid chamber communicating with the nozzle to supply the liquid to the nozzle; a valve body: movable between a liquid supply position and a liquid block position in a valve moving direction, the valve body: at the liquid supply position separated from the nozzle to allow the liquid flowing from the liquid chamber to the nozzle; and at the liquid block position contacting the nozzle to block the liquid flowing from the liquid chamber to the nozzle; and at the liquid supply position separated from the nozzle to allow the liquid flowing from the liquid chamber to the nozzle; and at the liquid block position contacting the nozzle to block the liquid flowing from the liquid chamber to the nozzle; and a second housing (22, 31) over a second face of the first housing (21, 37) opposite to the first face in the valve moving direction, characterised in that the second housing (22, 31) is deformable relative to the first housing (21, 37); and includes a fixing portion to be secured to a support of a liquid discharge apparatus to support the liquid discharge head.
An aspheric intraocular lens, comprising: an optical body having first and second opposing surfaces for transmitting light through the optical body; wherein both the first and second surfaces are aspheric; and wherein the IOL provides a reduced spherical aberration to a converging wavefront incident upon and refracted by the IOL, characterised in that the IOL has an inherent spherical aberration in the range from -0.13 to -0.07 micron over a 5 mm aperture. an optical body having first and second opposing surfaces for transmitting light through the optical body; wherein both the first and second surfaces are aspheric; and wherein the IOL provides a reduced spherical aberration to a converging wavefront incident upon and refracted by the IOL, characterised in that the IOL has an inherent spherical aberration in the range from -0.13 to -0.07 micron over a 5 mm aperture.
Treatment machine for containers, in particular a direct printing machine, comprising: a production region having a transport means for the containers and having treatment units for applying and/or curing UV-reactive materials on the containers; an enclosure surrounding the production region; and a lighting means for the production region, the lighting means being able to be controllably changed between a maintenance mode and a production mode, characterised in that a UV emission level of the light emitted by the lighting means is reduced in the production mode as opposed to the maintenance mode.
A method for charging a receiver capable of creating an NFC (near-field communication) field, the method comprising: - providing a pad having a plurality of charging coils arranged in an array and a plurality of NFC antennas (13, 15, 16, 17, 19, 21, 23, 25, 27, 29) arranged in an array; - placing said receiver upon said pad; - causing said receiver to create an NFC field; - measuring said NFC field strength at two or more of said plurality of NFC antennas (13, 15, 16, 17, 19, 21, 23, 25, 27, 29) in said pad; - comparing said NFC field strengths at said two or more NFC antennas (13, 15, 16, 17, 19, 21, 23, 25, 27, 29) to determine at least one NFC antenna with greater field strength; - selecting one or more of said plurality of charging coils associated with said at least one NFC antenna according to a predetermined rule; - activating said one or more charging coils to charge said receiver; wherein the steps of measuring said NFC field strength and comparing said NFC field strength are performed throughout the charging process to determine whether the receiver has moved, and wherein the method further includes selecting at least one different charging coil of said plurality of charging coils for charging said receiver and activating said at least one different charging coil during the charging process; characterised in that, each of said plurality of charging coils has first, second, and third taps; said first and second taps form a coil segment that permits the reception of an NFC signal, wherein said coil segment effectively forms the NFC antenna associated with said charging coil; and said first and third taps are connected to the ends of said charging coil for providing charging energy. - providing a pad having a plurality of charging coils arranged in an array and a plurality of NFC antennas (13, 15, 16, 17, 19, 21, 23, 25, 27, 29) arranged in an array; - placing said receiver upon said pad; - causing said receiver to create an NFC field; - measuring said NFC field strength at two or more of said plurality of NFC antennas (13, 15, 16, 17, 19, 21, 23, 25, 27, 29) in said pad; - comparing said NFC field strengths at said two or more NFC antennas (13, 15, 16, 17, 19, 21, 23, 25, 27, 29) to determine at least one NFC antenna with greater field strength; - selecting one or more of said plurality of charging coils associated with said at least one NFC antenna according to a predetermined rule; - activating said one or more charging coils to charge said receiver;
Lifting mechanism for lifting and lowering a load, comprising a motor which is designed as a three-phase asynchronous motor and by means of which the lifting mechanism can be driven in order to lift and lower the load, and comprising a brake resistor, by means of which power resulting from regenerative operation of the motor taking place during lowering of the load at a lowering speed (v) can be converted into heat, characterised in that the brake resistor is designed for a nominal power which is less than the power (Pmax) resulting with a nominal load and nominal lowering speed.
A multilayered two-dimensional or tubular food casing or food film for food packagings which is produced by the nozzle blast-drawing process and biaxially oriented by the triple-bubble process, characterized by the following laminated structure including at least seven layers that are counted from the outside to the inside, characterized in that: - a first layer from the outside contains polycaprolactame, polyhexamethylene adipinamide, PA6/66, PA11, PA12, or blends of these polyamides; a polyolefin, preferably PP or HDPE, or blends of different polyolefins; COC or a blend of COC and a polyolefin; PC (polycarbonate); or PS (polystyrene) as a layer component, - a second layer from the outside contains an adhesion promoter as a layer component, - a third layer from the outside contains an ionomer as a layer component, - a fourth layer from the outside contains adhesion promoter as a layer component, - a fifth layer from the outside contains EVOH as a layer component, - a sixth layer from the outside contains adhesion promoter as a layer component, - a seventh layer from the outside contains a polyolefin, preferably polyethylene, as a layer component. - a first layer from the outside contains polycaprolactame, polyhexamethylene adipinamide, PA6/66, PA11, PA12, or blends of these polyamides; a polyolefin, preferably PP or HDPE, or blends of different polyolefins; COC or a blend of COC and a polyolefin; PC (polycarbonate); or PS (polystyrene) as a layer component, - a second layer from the outside contains an adhesion promoter as a layer component, - a third layer from the outside contains an ionomer as a layer component, - a fourth layer from the outside contains adhesion promoter as a layer component, - a fifth layer from the outside contains EVOH as a layer component, - a sixth layer from the outside contains adhesion promoter as a layer component, - a seventh layer from the outside contains a polyolefin, preferably polyethylene, as a layer component.
A coating system for coating a workpiece (W1-W5, W5') with a liquid coating product, the coating system including a grounded ultrasonic head for generating droplets of coating product, wherein the coating system further includes: - an electrode (32A-32C) for generating an electrostatic field between the electrode and the ultrasonic spray head, and - a high-voltage generator connected to the electrode for supplying the electrode with high voltage, characterized in that - the high voltage generator is integrated in a sub-module which includes also a discharge resistor and connection means (66, 68, 70), said sub-module defining two housings (56, 58), where the high voltage generator and the discharge resistor are respectively received, and a connection housing where a connector is received to connect the high voltage generator and the discharge resistor and - the electrode (32A-32C) is shaped according to the workpiece geometry and supported by a base part which includes the high-voltage generator. - an electrode (32A-32C) for generating an electrostatic field between the electrode and the ultrasonic spray head, and - a high-voltage generator connected to the electrode for supplying the electrode with high voltage, - the high voltage generator is integrated in a sub-module which includes also a discharge resistor and connection means (66, 68, 70), said sub-module defining two housings (56, 58), where the high voltage generator and the discharge resistor are respectively received, and a connection housing where a connector is received to connect the high voltage generator and the discharge resistor and - the electrode (32A-32C) is shaped according to the workpiece geometry and supported by a base part which includes the high-voltage generator.
An conductive paste including metal fine particles comprising metal fine particles of one or more than two kinds selected from metal and alloy thereof, having mean primary particle diameter from 1 to 150nm, and metal fine particles of same metal as the metal fine particles, having mean primary particle diameter from 1 to 10 μm, mixing ratio of (P1/P2) being from 80 to 95 mass% for P1 and from 20 to 5 mass% for P2 (a total of mass% being 100 mass%); and organic dispersion medium comprising organic solvent, or organic solvent and organic binder, mixing ratio (P/D) of the metal fine particles and the organic dispersion medium being from 50 to 85 mass% for P and from 50 to 15 mass% for D (a total of mass% being 100 mass%).
A system for splicing a replacement web with an outgoing web on the fly, the system comprising: a plurality of rollers facilitating movement of the outgoing web and replacement web; a cutting blade configured to cut a trailing edge of the outgoing web; a web speed sensor sensing the speed of the outgoing web as it moves through the plurality of rollers; a leading edge sensor sensing a location of a leading edge of the replacement web; a first splicer sensor sensing a location of a first adhesive strip; a second splicer sensor sensing a location of a second adhesive strip; and a controller receiving data from the web speed sensor, leading edge sensor, and splicer sensor, the controller further receiving an initiate splice signal; wherein, upon receiving the initiate splice signal, the controller operates the plurality of rollers and cutting blade to form, using the first and second adhesive strips, a splice between the trailing edge of the outgoing web and the leading edge of the replacement web. a plurality of rollers facilitating movement of the outgoing web and replacement web; a cutting blade configured to cut a trailing edge of the outgoing web; a web speed sensor sensing the speed of the outgoing web as it moves through the plurality of rollers; a leading edge sensor sensing a location of a leading edge of the replacement web; a first splicer sensor sensing a location of a first adhesive strip; a second splicer sensor sensing a location of a second adhesive strip; and a controller receiving data from the web speed sensor, leading edge sensor, and splicer sensor, the controller further receiving an initiate splice signal; wherein, upon receiving the initiate splice signal, the controller operates the plurality of rollers and cutting blade to form, using the first and second adhesive strips, a splice between the trailing edge of the outgoing web and the leading edge of the replacement web.
A process for dying wood shavings, woodchips or other solid, particulate materials of organic and/or mineral origin, in which: - in a first drying step, the material is pre-dried by means of a first preheated drying gas, - in a second drying step, the dried material from the first drying step is dried by means of a second drying gas, - in a third drying step, the dried material from the second drying step is dried, - the dried material from the third drying step is cooled by means of a cooling gas, - ambient air is heated and supplied to the third drying step as the second preheated drying gas, - the second drying gas cooled in the third drying step to a temperature above the temperature of the ambient air is supplied to the second drying step as the second drying gas, - the cooling gas heated by cooling the material and/or the second drying gas cooled in the third drying step is/are supplied to the first drying step as the first drying gas. - in a first drying step, the material is pre-dried by means of a first preheated drying gas, - in a second drying step, the dried material from the first drying step is dried by means of a second drying gas, - in a third drying step, the dried material from the second drying step is dried, - the dried material from the third drying step is cooled by means of a cooling gas, - ambient air is heated and supplied to the third drying step as the second preheated drying gas, - the second drying gas cooled in the third drying step to a temperature above the temperature of the ambient air is supplied to the second drying step as the second drying gas, - the cooling gas heated by cooling the material and/or the second drying gas cooled in the third drying step is/are supplied to the first drying step as the first drying gas.
An optical sensor unit for measuring a movement of an object and the optical sensor unit relative to each other, the sensor unit including a laser (3,5) having a laser cavity for generating a measuring beam (13,17), converging means for converging the measuring beam on the object and for converging measuring beam radiation reflected by the object in the laser cavity to generate a self-mixing effect in the laser (3,5) and measuring means for measuring the result of the self-mixing effect, which effect is determined by said movement, characterised in that said converging means is adapted to converge boundary beam portions (40, 41), central beam portion (43, 44) and intermediate beam portions (46, 47) in different axial positions along an axis of the measuring beam (13, 17) defining a range along the measuring beam (13, 17), such that the self-mixing effect is larger than a detection threshold for said range.
A computer implemented method for three-dimensional printing of at least one component for a vehicle (100, 102, 104), the method comprising the steps of: - receiving, at a processing unit, a request to form a first vehicle component, - acquiring, using the processing unit, a first 3D bounding space for the first vehicle component, - forming, using the processing unit, a 3D model for the first vehicle component based on the request and the first 3D bounding space, and - instructing, using the processing unit, a 3D printer to print the 3D model, characterized in that the method further comprises the steps of: - receiving, at the processing unit, a first indication of an undesirable operation of the vehicle, and - identifying, using the processing unit, at least the first vehicle component as relating to the undesirable operation of the vehicle. - receiving, at a processing unit, a request to form a first vehicle component, - acquiring, using the processing unit, a first 3D bounding space for the first vehicle component, - forming, using the processing unit, a 3D model for the first vehicle component based on the request and the first 3D bounding space, and - instructing, using the processing unit, a 3D printer to print the 3D model, characterized in that the method further comprises the steps of: - receiving, at the processing unit, a first indication of an undesirable operation of the vehicle, and - identifying, using the processing unit, at least the first vehicle component as relating to the undesirable operation of the vehicle. - receiving, at the processing unit, a first indication of an undesirable operation of the vehicle, and - identifying, using the processing unit, at least the first vehicle component as relating to the undesirable operation of the vehicle.
A propellant composition, comprising: nitrocellulose; a stabilized, encapsulated red phosphorous; and at least one of hydroxyl-terminated polybutadiene, carboxy-terminated polybutadiene, a glycidyl azide polymer, an oxetane, and an oxirane polymer. nitrocellulose; a stabilized, encapsulated red phosphorous; and at least one of hydroxyl-terminated polybutadiene, carboxy-terminated polybutadiene, a glycidyl azide polymer, an oxetane, and an oxirane polymer.