mhurhangee/ep-ind-claims huggingface dataset:
A high filling high resilient soft foaming polyethylene material, comprising following parts of raw materials by mass fraction: 15-20 parts of polyethylene, 5-20 parts of elastomers, 60-80 parts of modified calcium carbonate, 1-10 parts of chemical foaming agent, 0.5-1.5 parts of crosslinking agent and 1-5 parts of physical foaming agent, wherein the physical foaming agent is swelling microspheres foaming agent.
Device for the controlled opening and/or closing of an opening in a building, this opening being assigned a slider (8, 8.1) for sealing shafts or skylight domes, which slider can be moved transversely to the opening into the opening cross-section, the movement (a) of the slider (8, 8. 1) takes place approximately at right angles to a centre axis of the opening, wherein the slider (8, 8.1) has an outer circumference which corresponds approximately to the cross-section of the opening, wherein the slider (8, 8. 1) is guided on and/or in rails, wherein the rails are part of a frame which is at least partially inserted into the opening, wherein the slider (8, 8.1) consists of at least three layers (11.1 - 11.3), of which one layer (11. 2) is made of a thermoresistant material, wherein the thermoresistant material is or contains mineral wool or calcium silicate or another thermoresistant material, wherein the thermoresistant material is covered on both sides with a metal (11.1, 11.3), wherein the slider (8, 8.1) is operated by an electric motor, characterized in that brush seals are located in guides for sealing the sliders, wherein in a region of a shaft head of a lift shaft the horizontally mounted opening functions as an exhaust air and smoke extraction duct, which connects the lift shaft to the outside with the ambient air located outside the building.
An operating method of a mobile device that can be controlled using a touch and drag operation, the mobile device having a touch screen, the method comprising: displaying, by the device, one or more menu icons in a first zone on the touch screen; sensing, by the device, a touch selection of a menu icon among the one or more menu icons displayed in the first zone on the touch screen; visibly providing, by the device, a boundary of a second zone on the touch screen in response to the sensed touch selection, the boundary of the second zone being visible after the touch selection is sensed; removing the visibly provided boundary of the second zone if the menu icon is dragged from the first zone to the second zone; and executing a function according to the dragging of the menu icon from the first zone to the second zone and displaying information regarding the function. displaying, by the device, one or more menu icons in a first zone on the touch screen; sensing, by the device, a touch selection of a menu icon among the one or more menu icons displayed in the first zone on the touch screen; visibly providing, by the device, a boundary of a second zone on the touch screen in response to the sensed touch selection, the boundary of the second zone being visible after the touch selection is sensed; removing the visibly provided boundary of the second zone if the menu icon is dragged from the first zone to the second zone; and executing a function according to the dragging of the menu icon from the first zone to the second zone and displaying information regarding the function.
A method for automated removal of cells and/or cell colonies from a cell culture comprising the steps - performing a first detection step to identify cells and/or cell colonies based on first parameters to obtain first detection data, wherein the first parameters are selected from the group consisting of surface areas, sizes, contours, spectral parameters and combinations thereof, - detecting position data and storing the detected position data of the identified cells and/or cell colonies in a position data base, - performing at least one second detection step to identify at least one second parameter of the cells and/or cell colonies only in the regions in which cells and/or cell colonies were identified in the first detection step to obtain second detection data, wherein the second parameters are selected from the group consisting of fluorescence, bright-field and phase-contrast parameters, - preparing comparative data from the first and second detection data and assigning the comparative data to the position data, - selecting cells and/or cell colonies based on the comparative data in view of the presence or absence of individual fluorescence, bright-field or phase-contrast signals, - transferring the position data linked to the comparative data from the position database to a harvesting unit, and - removing cells and/or cell colonies from the cell culture by means of a harvesting tool. - performing a first detection step to identify cells and/or cell colonies based on first parameters to obtain first detection data, wherein the first parameters are selected from the group consisting of surface areas, sizes, contours, spectral parameters and combinations thereof, - detecting position data and storing the detected position data of the identified cells and/or cell colonies in a position data base, - performing at least one second detection step to identify at least one second parameter of the cells and/or cell colonies only in the regions in which cells and/or cell colonies were identified in the first detection step to obtain second detection data, wherein the second parameters are selected from the group consisting of fluorescence, bright-field and phase-contrast parameters, - preparing comparative data from the first and second detection data and assigning the comparative data to the position data, - selecting cells and/or cell colonies based on the comparative data in view of the presence or absence of individual fluorescence, bright-field or phase-contrast signals, - transferring the position data linked to the comparative data from the position database to a harvesting unit, and - removing cells and/or cell colonies from the cell culture by means of a harvesting tool.
A method of stabilising an organic sunscreen against oxidative or photooxidative degradation, the method comprising the step of combining 0.1 wt.% to 5 wt.% of a 4- substituted resorcinol derivative of general formula I wherein each R 1 and R 2, independently, represents a hydrogen atom, -CO-R, - COO-R, CONHR; where R represents saturated or unsaturated, linear, branched or cyclic C 1 - C 18 hydrocarbon groups; and R 3 represents an alkyl group having from 1 to 18 carbon atoms or a group of the general formula wherein X is hydrogen; OR 1, wherein R 1 represents hydrogen, (C 1 -C 6)alkyl or aryl-(C 1 -C 6)alkyl; OCOR 2 wherein R 2 represents (C 1 -C 6)alkyl, aryl-(C 1 -C 6)alkyl or phenyl; halogen; (C 1 -C 6)alkyl; aryl-(C 1 -C 6)alkyl, or aryl-(C 1 -C 6)alkyl; or NHR 1 wherein R 1 is defined as above; wherein n is 0 to 3 such that the structure of general formula II is a 5, 6, 7 or 8 membered ring; wherein the dashed line indicates an optional double bond; and a cosmetically acceptable carrier; with 0.01 wt. to 20 wt.% of an organic sunscreen in a personal care composition; wherein the 4-substituted resorcinol derivative is present in at least an effective amount to inhibit oxidation of the organic sunscreens.
A vehicle monitoring system comprising a vehicle monitoring apparatus, the vehicle monitoring system further comprising: an imager that comprises a first imager that images an image of a front of a vehicle approaching a predefined location, a second imager that images an image of a top of a vehicle passing through the predefined location and a third imager that images an image of a rear of a vehicle moving away from the predefined location, a determiner that determines whether or not a specific portion of a vehicle exists at least in an area of the image imaged by the imager, the area being one of multiple areas into which the image is divided by one or more dividing lines that are orthogonal to a direction of travel of the vehicle and are parallel to a road surface on which the vehicle travels; a reader that reads information on a license plate mounted to the vehicle from the area in case that the determiner determines the specific portion of the vehicle exists in the area; a vehicle location estimator that identifies a location of the vehicle in vicinity of the area at each time measurement based on the image imaged by the second imager, the vehicle being detected from the image imaged by the first imager; and a vehicle type allocator that allocates information at the location of the vehicle, the information read from the image imaged by the first imager. an imager that comprises a first imager that images an image of a front of a vehicle approaching a predefined location, a second imager that images an image of a top of a vehicle passing through the predefined location and a third imager that images an image of a rear of a vehicle moving away from the predefined location, a determiner that determines whether or not a specific portion of a vehicle exists at least in an area of the image imaged by the imager, the area being one of multiple areas into which the image is divided by one or more dividing lines that are orthogonal to a direction of travel of the vehicle and are parallel to a road surface on which the vehicle travels; a reader that reads information on a license plate mounted to the vehicle from the area in case that the determiner determines the specific portion of the vehicle exists in the area; a vehicle location estimator that identifies a location of the vehicle in vicinity of the area at each time measurement based on the image imaged by the second imager, the vehicle being detected from the image imaged by the first imager; and a vehicle type allocator that allocates information at the location of the vehicle, the information read from the image imaged by the first imager.
Drill bit, which is rotatable around an axis of rotation, having: ▪ a first drill bit portion, configured as a cutting portion, with a ring portion, which is connected to one or several cutting elements at one end and has a first connection device at another end, and ▪ a second drill bit portion, configured as a drill shaft portion, with a cylindrical drill shaft, which has a second connection device at an end facing towards the cutting portion, in which in the connected state the first and second connection device (15, 17) form a detachable connection between the cutting portion and the drill shaft portion and by means of the first and second connection device (15, 17) there is power transmission and torque transmission from the drill shaft portion to the cutting portion, in which the cutting portion has a third connection device that is different from the first connection device, the drill shaft portion has a fourth connection device that is different from the second connection device, in the connected state the third and fourth connection device (31, 32) form a form locking connection between the cutting portion and the drill shaft portion in an axial direction parallel to the axis of rotation and the third and fourth connection device (31, 32) have a projection and a groove, in which the projection may be moved into the groove, in which the first and second drill bit portion (11, 12) comprise an inner plug element and an outer plug element, in the connected state the inner and outer plug element (26, 24) form a plug connection and the outer plug element is provided on the cutting portion and the inner plug element on the drill shaft portion, in which the first and second connection device (15, 17) have at least one pin element and at least one slit-shaped recess, in which the pin element may be moved into the slit-shaped recess, characterised in that the at least one pin element is arranged on an outside of the inner plug element, the outer plug element has at least one slit-shaped recess, the at least one slit-shaped recess completely penetrates the outer plug element in a radial direction perpendicular to the axis of rotation, in the connected state a face of the inner plug element lies on a stop shoulder of the outer plug element, in which the stop shoulder is arranged at the transition between the ring portion and the outer plug element, and the projection is arranged on the outside of the inner plug element and the outer plug element has the groove. ▪ a first drill bit portion, configured as a cutting portion, with a ring portion, which is connected to one or several cutting elements at one end and has a first connection device at another end, and ▪ a second drill bit portion, configured as a drill shaft portion, with a cylindrical drill shaft, which has a second connection device at an end facing towards the cutting portion,
Reversible radiator comprising: - a heat exchanger of the type consisting of a finned body and a manifold through which a heating or refrigerating heat-transfer fluid passes; - a ventilation means intended to suck in ambient air, to force passage thereof through the heat exchanger and to discharge it, heated or cooled, into the room; - a casing, containing said heat exchanger and said ventilation means, provided with at least one air-inlet opening and at least one air-outlet opening; - a plate, for accumulating and diffusing heat or cold, fixed to the front wall of said casing; characterised in that the ventilation means consist of a plurality of helical fans, supplied with low-voltage DC current, disposed, alongside one another, along the axis of symmetry of the front wall of the casing, facing and perpendicular to the longitudinal outlet opening of said front wall; in that the heat exchanger is produced in at least two modules and disposed on each side of the row of fans, parallel to it; in that the air-inlet opening consists of longitudinal openings disposed on each external side of each heat-exchanger module (13, 14), parallel to these; and in that the plate, for accumulation and/or diffusion of heat or cold, is disposed at a distance from the front wall of the casing and is sized so as to allow passage of the blown heated or refrigerated air and diffusion thereof in the room between the periphery of the casing and the periphery of said plate, perpendicular thereto. - a heat exchanger of the type consisting of a finned body and a manifold through which a heating or refrigerating heat-transfer fluid passes; - a ventilation means intended to suck in ambient air, to force passage thereof through the heat exchanger and to discharge it, heated or cooled, into the room; - a casing, containing said heat exchanger and said ventilation means, provided with at least one air-inlet opening and at least one air-outlet opening; - a plate, for accumulating and diffusing heat or cold, fixed to the front wall of said casing; characterised in that the ventilation means consist of a plurality of helical fans, supplied with low-voltage DC current, disposed, alongside one another, along the axis of symmetry of the front wall of the casing, facing and perpendicular to the longitudinal outlet opening of said front wall; in that the heat exchanger is produced in at least two modules and disposed on each side of the row of fans, parallel to it; in that the air-inlet opening consists of longitudinal openings disposed on each external side of each heat-exchanger module (13, 14), parallel to these; and in that the plate, for accumulation and/or diffusion of heat or cold, is disposed at a distance from the front wall of the casing and is sized so as to allow passage of the blown heated or refrigerated air and diffusion thereof in the room between the periphery of the casing and the periphery of said plate, perpendicular thereto.
A method of controlling a wireless power receiver, the method being performed by the wireless power receiver and comprising the steps of: receiving, from a wireless power transmitter, a drive power for initiating a communication unit of the wireless power receiver; after initiating the communication unit, transmitting a wireless power transmitter search signal; receiving, from the wireless power transmitter, a wireless power transmitter search response signal corresponding to the wireless power transmitter search signal; joining, through a pairing which is established between the wireless power receiver and the wireless power transmitter based on the wireless power transmitter search signal and the wireless power transmitter search response signal, a wireless power network that is controlled by the wireless power transmitter while receiving the drive power; receiving (S307, S317) a command signal indicating a charge start command from the wireless power transmitter; and after receiving the command signal, starting charging in correspondence with the command signal and receiving charge power for charging the wireless power receiver from the wireless power transmitter. receiving, from a wireless power transmitter, a drive power for initiating a communication unit of the wireless power receiver; after initiating the communication unit, transmitting a wireless power transmitter search signal; receiving, from the wireless power transmitter, a wireless power transmitter search response signal corresponding to the wireless power transmitter search signal; joining, through a pairing which is established between the wireless power receiver and the wireless power transmitter based on the wireless power transmitter search signal and the wireless power transmitter search response signal, a wireless power network that is controlled by the wireless power transmitter while receiving the drive power; receiving (S307, S317) a command signal indicating a charge start command from the wireless power transmitter; and after receiving the command signal, starting charging in correspondence with the command signal and receiving charge power for charging the wireless power receiver from the wireless power transmitter.
Polyester polyols PAT-PES having a dynamic viscosity of ≤ 8 Pa*s at 25°C which are constructed from units cs derived from acid components and units ak derived from alcoholic components, wherein cs is composed of cs1 40-60 mol%, based on cs, preferably 45-55 mol%, of units derived from terephthalic acid, cs2 8-28 mol%, based on cs, preferably 10-20 mol%, of units derived from at least one further aromatic dicarboxylic acid distinct from a compound selected from the group consisting of terephthalic acid and derivatives of terephthalic acid, cs3 15-35 mol%, based on cs, preferably 25-35 mol%, of units derived from at least one aliphatic dicarboxylic acid, cs4 4-14 mol%, based on cs, of units derived from at least one monocarboxylic acid having a molar weight >100 g/mol and cs5 0-33 mol%, based on cs, of units derived from further carboxylic acids and wherein ak is composed of ak1 25-40 mol%, based on ak, preferably 25-38 mol%, of units derived from one or more diols having a molar weight <100 g/mol, ak2 60-75 mol%, based on ak, of units derived from one or more diols having a molar weight of 100-190 g/mol, where preferably >80 mol% of the OH functions are primary aliphatic OH functions, ak3 0-3 mol%, based on ak, of units derived from one or more diols having a molar weight >190 g/mol, preferably 191-800 g/mol, ak4 0-3 mol%, based on ak, of units derived from one or more polyols having a functionality ≥3 and having a molar weight of 90-190 g/mol, not comprising polyether, ak5 0-15 mol%, based on ak, of units derived from one or more monools, for example nonionic surfactants.
Process chamber with an interior space which comprises a receiving region for workpieces that is designed in the form of a tunnel and has a floor and a ceiling, with an opening (12, 14) for supplying or discharging workpieces and with a device (17, 19, 25, 29, 33, 37, 35) for injecting gaseous fluid into the interior space, which has at least one slot-shaped nozzle (17, 19) or aperture for producing a fluid flow curtain (21, 23) between the opening (12, 14) and the receiving space for workpieces, wherein the slot-shaped nozzle (17, 19) or aperture supplies the gaseous fluid into the interior space by way of the ceiling of the interior space with an oblique direction of flow with respect to the floor along a directing contour characterized in that the directing contour, with a wall of an intake air lock or exit air lock that is arranged on a side of the directing contour that is facing the opening (12, 14), bounds a mixing chamber, which is arranged set back upward with respect to the ceiling, above the opening (12, 14), and from which air coming from the region of the opening (12, 14) is entrained by the gaseous fluid supplied into the interior space through the slot-shaped nozzle (17, 19) or the aperture and is sucked into the interior space.
An image processor comprising: a corrector that corrects deviation of a coordinate in an image photographed by a photographing unit based on a correction parameter stored in a memory; and an updater that generates the correction parameter based on the image photographed by the photographing unit, and updates the correction parameter stored in the memory; a recognizer that recognizes a target in the image photographed by the photographing unit, wherein a recognition flag is set to a value of on when the target is recognized during the recognition process; a tracker that tracks the target recognized by the recognizer, wherein the updater updates the correction parameter according to an updating process condition based on the image corrected by the corrector, wherein the updating process condition is a value of on or off of the recognition flag and the updating process is not executed when the recognition flag has a value of on. a corrector that corrects deviation of a coordinate in an image photographed by a photographing unit based on a correction parameter stored in a memory; and an updater that generates the correction parameter based on the image photographed by the photographing unit, and updates the correction parameter stored in the memory; a recognizer that recognizes a target in the image photographed by the photographing unit, wherein a recognition flag is set to a value of on when the target is recognized during the recognition process; a tracker that tracks the target recognized by the recognizer, wherein the updater updates the correction parameter according to an updating process condition based on the image corrected by the corrector, wherein the updating process condition is a value of on or off of the recognition flag and the updating process is not executed when the recognition flag has a value of on.