mhurhangee/patent-ind-claim-en huggingface dataset:
A Schottky barrier photodetector comprising: a substrate made of n+-type doped germanium; a mesa structure made of n-type doped epitaxial germanium grown on top of the substrate , wherein a doping density of the doped epitaxial germanium is less than a doping density of the doped germanium substrate ; a metal film made of metal deposited on top of the mesa structure ; a metal pad made of metal deposited on top of the mesa structure and in contact with the film; and an ohmic contact layer made of metal deposited on a bottom of the substrate , characterized in that the metal film has a diameter in a range of 450 to 600 microns. a substrate made of n+-type doped germanium; a mesa structure made of n-type doped epitaxial germanium grown on top of the substrate , wherein a doping density of the doped epitaxial germanium is less than a doping density of the doped germanium substrate ; a metal film made of metal deposited on top of the mesa structure ; a metal pad made of metal deposited on top of the mesa structure and in contact with the film; and an ohmic contact layer made of metal deposited on a bottom of the substrate , characterized in that the metal film has a diameter in a range of 450 to 600 microns.
Small electrical appliance with a voltage source (U) and a circuit arrangement for supplying a load (R) from the voltage source (U), wherein the load has a motor or a microcontroller with a controllable switch (S) to which a series circuit comprising a rectifier element (D) and a charge storage element (Z) is connected in parallel, wherein the voltage source (U) is connected in parallel to the controllable switches (S) and the load (R) is to be connected in parallel to the charge storage element (Z), wherein the voltage source (U) is a lithium-ion battery and the parasitic inductor (Li) of the voltage source (U) in an operating state of the circuit arrangement acts as an additional voltage source.
A sealed coupling between at least two pipes mountable on one another of an electrolysis facility, in particular between at least one discharge pipe connected to a cell of the electrolysis facility and at least one collecting pipe, wherein the sealed coupling is formed on at least one pipe pair in an overlap region (5.1, 15.1) of the pipes by lateral surfaces (11.3, 13.1) abutting one another, characterized in that the pipes of the pipe pair are mounted one inside the other in a floating manner to form a seal relative to one another in the axial direction, wherein the axial floating mounting enables a relative displacement of the pipes in case of temperature variations because of different coefficients of thermal expansion, wherein at least one intended deformation point (13.7) is formed at predefined circumferential position (u1, u2) having predefined axial length on a free end (13.5) of the outer pipe of the pipe pair in the overlap region (15.1), wherein a wall or an outer lateral surface (11.3) of the inner pipe has a conicity on which a sealing surface (11.31) is formed.
Intersection member having engageable portions arranged about the periphery of a mounting member thereof, the mounting member being of tubular configuration and the engageable portions being slot-like apertures that extend in an axial direction of the mounting member , and through the wall of the mounting member and being adapted to receive and engage with end protrusions of support members of a suspended ceiling, such that when so received the end protrusions extend outwardly from the intersection member to provide support for ceiling panels , the engageable portions being disposed adjacent an end of the mounting member at which there is provided a base , characterized in that the base extending outwardly around the periphery of the mounting member as a peripheral flange so as to provide support portions for each of the support members when fitted to the intersection member in use.
An oil in water (o/w) micro-emulsion comprising: a. water; b. from about 3% up to about 30%, by weight oil, of the total weight of the emulsion; c. from about 0.1% up to about 10% of a lecithin; d. a sucrose monoester as an emulsifier wherein the ratio, by weight, of the combined amount of the lecithin and sucrose monoester to the oil is less than 1; e. propylene glycol wherein the propylene glycol to water ratio by weight is greater than 1:1; and f. from about 14%, more particularly 17% up to about 40%, by weight, a sugar selected from the group consisting of fructose, glucose, and sucrose, by total weight of the emulsion and combinations thereof; wherein the mean droplet size of the o/w micro-emulsion is about 10 to about 80 nm. a. water; b. from about 3% up to about 30%, by weight oil, of the total weight of the emulsion; c. from about 0.1% up to about 10% of a lecithin; d. a sucrose monoester as an emulsifier wherein the ratio, by weight, of the combined amount of the lecithin and sucrose monoester to the oil is less than 1; e. propylene glycol wherein the propylene glycol to water ratio by weight is greater than 1:1; and f. from about 14%, more particularly 17% up to about 40%, by weight, a sugar selected from the group consisting of fructose, glucose, and sucrose, by total weight of the emulsion and combinations thereof;
An antenna arrangement comprising a large loop antenna ; an antenna circuitry electrically coupled to the large loop antenna ; a first capacitance (C1) coupled in series with the large loop antenna and between the large loop antenna and a ground potential (GND); and a second capacitance (C2) coupled between the ground potential (GND) and a common node between the large loop antenna and the antenna circuitry , characterized in that the antenna arrangement: further comprising a third capacitance (C3) coupled in series with the large loop antenna and between the large loop antenna and the antenna circuitry , and further comprising a fourth capacitance (C4) coupled between the ground potential (GND) and a common node between the large loop antenna and the third capacitance (C3). a large loop antenna ; an antenna circuitry electrically coupled to the large loop antenna ; a first capacitance (C1) coupled in series with the large loop antenna and between the large loop antenna and a ground potential (GND); and a second capacitance (C2) coupled between the ground potential (GND) and a common node between the large loop antenna and the antenna circuitry , characterized in that the antenna arrangement: further comprising a third capacitance (C3) coupled in series with the large loop antenna and between the large loop antenna and the antenna circuitry , and further comprising a fourth capacitance (C4) coupled between the ground potential (GND) and a common node between the large loop antenna and the third capacitance (C3). further comprising a third capacitance (C3) coupled in series with the large loop antenna and between the large loop antenna and the antenna circuitry , and further comprising a fourth capacitance (C4) coupled between the ground potential (GND) and a common node between the large loop antenna and the third capacitance (C3).
Method for producing motor vehicles by means of a device for positioning motor vehicle parts, comprising a base frame , at least one base module arranged on the base frame , and mounts which are configured to hold the motor vehicle parts, wherein the device comprises at least one exchangeable docking plate , wherein the docking plate can be fixed in the base module , wherein the mounts are configured on the docking plate , comprising the steps: - supplying a docking plate to a base frame equipped with at least one base module and fixing the docking plate to the base module in a configuration station , - fitting a motor vehicle part to the docking plate , such that the motor vehicle part is held by the mounts of the docking plate , in a work station , and - equipping the motor vehicle part with add-on parts, wherein the docking plate , for supply to the base frame equipped with the at least one base module in the configuration station, is removed from a store , in particular a rack, by means of a gripping system , in particular a robot, wherein the storage positions for individual docking plates in the store are recorded in a memory unit, characterized in that characteristic values, in particular characteristic tolerance values, for individual docking plates are recorded in a memory unit, wherein a control unit controls the gripping system in such a manner that, in dependence on the recorded measured values and/or on the recorded storage positions, an individual docking plate is removed from the store for supply to the base frame equipped with the at least one base module in the configuration station. - supplying a docking plate to a base frame equipped with at least one base module and fixing the docking plate to the base module in a configuration station , - fitting a motor vehicle part to the docking plate , such that the motor vehicle part is held by the mounts of the docking plate , in a work station , and - equipping the motor vehicle part with add-on parts, wherein the docking plate , for supply to the base frame equipped with the at least one base module in the configuration station, is removed from a store , in particular a rack, by means of a gripping system , in particular a robot, wherein the storage positions for individual docking plates in the store are recorded in a memory unit, characterized in that characteristic values, in particular characteristic tolerance values, for individual docking plates are recorded in a memory unit, wherein a control unit controls the gripping system in such a manner that, in dependence on the recorded measured values and/or on the recorded storage positions, an individual docking plate is removed from the store for supply to the base frame equipped with the at least one base module in the configuration station.
A method for preparation of a myceliated coffee product, comprising: a) providing prepared green coffee beans comprising the steps of: i. providing green coffee beans; ii. sterilizing the green coffee beans to provide prepared green coffee beans; b) providing a prepared fungal component selected from G. lucidum, H. erinaceus, T. versicolor, L. edodes, T. matsutake, F. velutipes, A. blazei, G. frondosa, P. nameko, L. officinalis, M. hortensis, M. angusticeps, A. auricula, T. fuciformis, I. obliquus, F. fomentarius, L. sulfureus, C. sinensis, T. melanosporum as a submerged fungal liquid tissue culture; c) inoculating the prepared green coffee beans with the prepared fungal component; and d) culturing the prepared green coffee beans and prepared fungal component to allow myceliation to prepare the myceliated coffee product, wherein the myceliated coffee beans are capable of being used to prepare a palatable coffee beverage having reduced bitterness for human consumption. a) providing prepared green coffee beans comprising the steps of: i. providing green coffee beans; ii. sterilizing the green coffee beans to provide prepared green coffee beans; i. providing green coffee beans; ii. sterilizing the green coffee beans to provide prepared green coffee beans; b) providing a prepared fungal component selected from G. lucidum, H. erinaceus, T. versicolor, L. edodes, T. matsutake, F. velutipes, A. blazei, G. frondosa, P. nameko, L. officinalis, M. hortensis, M. angusticeps, A. auricula, T. fuciformis, I. obliquus, F. fomentarius, L. sulfureus, C. sinensis, T. melanosporum as a submerged fungal liquid tissue culture; c) inoculating the prepared green coffee beans with the prepared fungal component; and d) culturing the prepared green coffee beans and prepared fungal component to allow myceliation to prepare the myceliated coffee product, wherein the myceliated coffee beans are capable of being used to prepare a palatable coffee beverage having reduced bitterness for human consumption.
An X-ray apparatus comprising: an X-ray generator configured to emit X-rays to the object; an X-ray detector configured to detect the X-rays emitted from the X-ray generator and generate X-ray image data based on the detected X-rays; an image acquirer configured to acquire at least one object image by imaging the object; a display configured to display an X-ray image generated based on the X-ray image data; and at least one processor configured to obtain a thickness of the object based on the at least one object image and control the display to display an irradiation condition based on the thickness of the object; wherein the X-ray generator is configured to emit X-rays to the object based on the irradiation condition. an X-ray generator configured to emit X-rays to the object; an X-ray detector configured to detect the X-rays emitted from the X-ray generator and generate X-ray image data based on the detected X-rays; an image acquirer configured to acquire at least one object image by imaging the object; a display configured to display an X-ray image generated based on the X-ray image data; and at least one processor configured to obtain a thickness of the object based on the at least one object image and control the display to display an irradiation condition based on the thickness of the object; wherein the X-ray generator is configured to emit X-rays to the object based on the irradiation condition.
A drone equipped with fuel cell power pack, comprising: a case including a wing part placed along an outer circumference of the case ; a module frame placed inside the case ; a fuel cell unit placed on the module frame with weight balance; and a gas tank mounted on the module frame and including a regulator valve _connected to the fuel cell unit , wherein the fuel cell unit comprises: a manifold part placed on the module frame and connected to the regulator valve ; and a plurality of stack parts placed on the module frame and connected to the manifold part , and configured to receive fuel gas, wherein the plurality of stack parts are placed inside the case , wherein the gas tank is placed on the center line P in a first direction V1 of the case, wherein the plurality of the stack parts are placed on a position symmetrical to each other on both sides of the module frame based on the gas tank . a case including a wing part placed along an outer circumference of the case ; a module frame placed inside the case ; a fuel cell unit placed on the module frame with weight balance; and a gas tank mounted on the module frame and including a regulator valve _connected to the fuel cell unit , wherein the fuel cell unit comprises: a manifold part placed on the module frame and connected to the regulator valve ; and a plurality of stack parts placed on the module frame and connected to the manifold part , and configured to receive fuel gas, wherein the plurality of stack parts are placed inside the case , wherein the gas tank is placed on the center line P in a first direction V1 of the case, wherein the plurality of the stack parts are placed on a position symmetrical to each other on both sides of the module frame based on the gas tank . a manifold part placed on the module frame and connected to the regulator valve ; and a plurality of stack parts placed on the module frame and connected to the manifold part , and configured to receive fuel gas, wherein the plurality of stack parts are placed inside the case , wherein the gas tank is placed on the center line P in a first direction V1 of the case, wherein the plurality of the stack parts are placed on a position symmetrical to each other on both sides of the module frame based on the gas tank .
Handheld cyclone vacuum cleaner, comprising - a separator container for collecting suctioned material, which has a first and a second filter stage , the first filter stage having a cyclone generated during operation and the second filter stage having a prefilter, the separator container having a longitudinal axis; - a drive unit container which is arranged adjacent to the separator container and which has a drive unit for generating a suction flow and a third filter stage , the third filter stage having a central filter, the drive unit container having a longitudinal axis; - the first filter stage , the second filter stage and the third filter stage being arranged fluidically one behind the other in the specified order; - a suction pipe for guiding the suction flow during operation of the drive unit , the suction pipe having a longitudinal axis, the longitudinal axis of the suction pipe being arranged parallel to the longitudinal axis of the separator container ; the third filter stage being arranged axially to the longitudinal axis of the drive unit container , the central filter being a cylindrical filter which is sealed to the drive unit and to a drive unit container outer housing , characterised in that the central filter is a hollow-cylindrical filter, the central filter forming an outer skirt surface and an inner skirt surface. - a separator container for collecting suctioned material, which has a first and a second filter stage , the first filter stage having a cyclone generated during operation and the second filter stage having a prefilter, the separator container having a longitudinal axis; - a drive unit container which is arranged adjacent to the separator container and which has a drive unit for generating a suction flow and a third filter stage , the third filter stage having a central filter, the drive unit container having a longitudinal axis; - the first filter stage , the second filter stage and the third filter stage being arranged fluidically one behind the other in the specified order; - a suction pipe for guiding the suction flow during operation of the drive unit , the suction pipe having a longitudinal axis, the longitudinal axis of the suction pipe being arranged parallel to the longitudinal axis of the separator container ; the third filter stage being arranged axially to the longitudinal axis of the drive unit container , the central filter being a cylindrical filter which is sealed to the drive unit and to a drive unit container outer housing , characterised in that the central filter is a hollow-cylindrical filter, the central filter forming an outer skirt surface and an inner skirt surface. the third filter stage being arranged axially to the longitudinal axis of the drive unit container , the central filter being a cylindrical filter which is sealed to the drive unit and to a drive unit container outer housing , characterised in that the central filter is a hollow-cylindrical filter, the central filter forming an outer skirt surface and an inner skirt surface.
A controlling device for purifying exhaust gas of an engine which has a catalyst being interposed in an exhaust system of the engine and containing an oxygen occludable material, the controlling device characterized by : a fuel cutting controller configured to, if a predetermined condition for fuel cutting is satisfied, shut off supply of fuel to the engine after a predetermined delay time (B) elapses; a calculator configured to calculate oxygen occludability (A) of the catalyst ; and a setter configured to set a length of the delay time (B) in accordance with the oxygen occludability (A) calculated by the calculator . a fuel cutting controller configured to, if a predetermined condition for fuel cutting is satisfied, shut off supply of fuel to the engine after a predetermined delay time (B) elapses; a calculator configured to calculate oxygen occludability (A) of the catalyst ; and a setter configured to set a length of the delay time (B) in accordance with the oxygen occludability (A) calculated by the calculator .
End cap for at least partially covering a pipe, in particular a glass fibre conduit pipe, having a cylindrical basic shape which along its longitudinal axis has an internal cylindrical receptacle portion having an end-proximal end face and a casing, wherein the receptacle portion has at least one lateral slot which only extends partially over the height of the casing, characterized in that the receptacle portion has a self-tapping internal thread ; the end cap furthermore has an operating head for screwing the end cap directly onto a conduit pipe; the operating head has a concentric opening , in particular for feeding through a glass fibre cable; and the concentric opening is embodied as an anti-kink funnel , the internal contour of the latter preferably being convex at least in portions and/or having a predefined bending radius. the receptacle portion has a self-tapping internal thread ; the end cap furthermore has an operating head for screwing the end cap directly onto a conduit pipe; the operating head has a concentric opening , in particular for feeding through a glass fibre cable; and the concentric opening is embodied as an anti-kink funnel , the internal contour of the latter preferably being convex at least in portions and/or having a predefined bending radius.
A shovel comprising: a traveling body ; a turning body turnably mounted on the traveling body; an attachment attached to the turning body; a hydraulic actuator configured to drive the attachment; and a controller ; characterised in that the controller is configured to control the hydraulic actuator to minimize unintended movement of the shovel, the unintended movement including vibration or a change in orientation of the traveling body or of the turning body, in response to a change in moment caused by an in-air movement of the attachment. a traveling body ; a turning body turnably mounted on the traveling body; an attachment attached to the turning body; a hydraulic actuator configured to drive the attachment; and a controller ; characterised in that the controller is configured to control the hydraulic actuator to minimize unintended movement of the shovel, the unintended movement including vibration or a change in orientation of the traveling body or of the turning body, in response to a change in moment caused by an in-air movement of the attachment.
A method for tagging an asset , comprising: a) positioning the asset with respect to a laser system; b) modifying the asset with a laser beam to create a gentle modification "voxel" consisting of multi-photon absorption by a transparent material of the asset which is invisible at 10× optical magnification, wherein the laser is operated with a wavelength such that the photon energy is less than the bandgap energy of the transparent material of the asset to ensure nonlinear absorption; c) detection of the modification using an optical reading device consisting of a more than 10× magnification, asset holder, positioning system, CCD and software interfaced to a blockchain for tokenization. a) positioning the asset with respect to a laser system; b) modifying the asset with a laser beam to create a gentle modification "voxel" consisting of multi-photon absorption by a transparent material of the asset which is invisible at 10× optical magnification, wherein the laser is operated with a wavelength such that the photon energy is less than the bandgap energy of the transparent material of the asset to ensure nonlinear absorption; c) detection of the modification using an optical reading device consisting of a more than 10× magnification, asset holder, positioning system, CCD and software interfaced to a blockchain for tokenization.