mhurhangee/ep-ind-claims huggingface dataset:
Vending machine for edible products comprising a plurality of shelves each comprising a plurality of lanes which are adapted to accommodate products and are equipped with an opening for loading and unloading products, each lane comprising a displacing device for moving the products along said lane with respect to said opening, said vending machine comprising a loading and unloading device, operable to be flanked selectively to one of said shelves, and that is equipped with a shelf configured to be flanked simultaneously to the openings of all the lanes of said shelf, said loading and unloading device being provided with a plurality of actuating devices, independent from each other, each of said actuating devices being adapted to be coupled to a corresponding of said displacing device of a selected one of said lanes and being configured to actuate said displacing device, to transfer products from/to said shelf to/from said selected lane; the vending machine further comprising: - motor means connected to said loading and unloading device and adapted to move the latter so as to selectively be flanked to a selected one of said shelves; - a control apparatus operable by a user to select at least one product to be unloaded from said shelves, said control apparatus being connected to the motor means and to said loading and unloading device; wherein the control apparatus is configured for operating in parallel a plurality of said actuating devices for actuating the respective displacing devices and thus operating the simultaneous or sequential collection on the shelf of a corresponding plurality of products to selectively, independently and simultaneously unload on the loading and unloading device a plurality of products from different lanes. - motor means connected to said loading and unloading device and adapted to move the latter so as to selectively be flanked to a selected one of said shelves; - a control apparatus operable by a user to select at least one product to be unloaded from said shelves, said control apparatus being connected to the motor means and to said loading and unloading device;
A calibration method for performing calibration in a computer vision system using a three-dimensional reference object, the system including a three-dimensional measurement unit configured to perform three-dimensional measurement and a measurement controller configured to control the three-dimensional measurement unit, the three-dimensional reference object having a shape combining three cylinders each having two hemispherical ends in an axial direction with one end of each cylinder overlapping one end of the other cylinders, being asymmetric as viewed in any direction and having predetermined dimensions to be a reference for recognition of a position and an orientation in the three-dimensional measurement, the method comprising: measuring the three-dimensional reference object by three-dimensional measurement with the three-dimensional measurement unit; calculating, based on data about a three-dimensional shape of the three-dimensional reference object and three-dimensional measurement data obtained through three-dimensional measurement of the three-dimensional reference object, a position and an orientation of the three-dimensional reference object relative to a measurement unit coordinate system defined for the three-dimensional measurement unit; and calculating, based on the position and the orientation of the three-dimensional reference object relative to the measurement unit coordinate system, a reference-measurement unit transformation matrix representing a coordinate transformation between a reference coordinate system defined for the three-dimensional reference object and the measurement unit coordinate system. measuring the three-dimensional reference object by three-dimensional measurement with the three-dimensional measurement unit; calculating, based on data about a three-dimensional shape of the three-dimensional reference object and three-dimensional measurement data obtained through three-dimensional measurement of the three-dimensional reference object, a position and an orientation of the three-dimensional reference object relative to a measurement unit coordinate system defined for the three-dimensional measurement unit; and calculating, based on the position and the orientation of the three-dimensional reference object relative to the measurement unit coordinate system, a reference-measurement unit transformation matrix representing a coordinate transformation between a reference coordinate system defined for the three-dimensional reference object and the measurement unit coordinate system.
A method for adjusting a charge voltage of a capacitor in a system having a charging part associated with the charge voltage and a discharging part having a required energy level W need, the charge voltage being related to an energy level W stored stored in said capacitor, comprising receiving a capacitance value of the capacitor; receiving a value of the required energy level W need; and adjusting the charge voltage of the capacitor based on said capacitance value and said value of the required energy level W need such that the energy level W stored stored in said capacitor is kept essentially constant.
Continuous press for the manufacturing of wood-based board, in particular fibreboards or chipboards, with a press stand with several press frames aligned in a row in the longitudinal direction of the press, wherein within the press frames an upper press plate and a lower press plate are arranged, forming a press gap, wherein acting on the upper press plate or the lower press plate are rows of cylinder piston devices which are distributed in the longitudinal or operating direction of the press and are on the one hand connected to the transverse spars (3a, 3b) of the press frames and on the other hand to the respective press plate (1, 2), wherein the press plate (1, 2) facing away from the cylinder piston device is connected, with the interspersion of pressure distribution plates, to transverse spars (3a, 3b) of the press frames assigned to this press plate (1, 2), wherein supports for the press plate (1,2) are fastened to the pressure distribution plates between two adjacent press frames in the longitudinal direction of the press, characterised in that in a first section of the press plates there is a warming up zone and in a second section of the press plates a calibrating zone, wherein the pressure distribution plates with the supports are arranged both in the area of the calibrating zone and also in the area of the warming up zone, wherein the pressure distribution plates with the supports are arranged or distributed in the longitudinal direction of the press over an area which corresponds to more than 75% of the length of the press plates (1, 2).
A hydraulic fluid supply apparatus for use with an underwater BOP system, comprising: a modular removable valve block having an inlet connected to a hydraulic fluid source and an outlet connected to a valve block stab connection; a plurality of intervention shuttle valves, each having a primary inlet hard piped to a hydraulic fluid supply line, a backup inlet connected to a backup inlet stab connection receiver, an outlet connected to a hydraulically operated BOP function, and a shuttle; and a selectively engageable hose having a first end removably connectable to the valve block stab connection and a second end connectable to any one of the backup inlet stab connection receivers. a modular removable valve block having an inlet connected to a hydraulic fluid source and an outlet connected to a valve block stab connection; a plurality of intervention shuttle valves, each having a primary inlet hard piped to a hydraulic fluid supply line, a backup inlet connected to a backup inlet stab connection receiver, an outlet connected to a hydraulically operated BOP function, and a shuttle; and a selectively engageable hose having a first end removably connectable to the valve block stab connection and a second end connectable to any one of the backup inlet stab connection receivers.
A combination product, comprising a limonoid compound or a pharmaceutically acceptable ester, stereoisomer, or salt thereof, and an α-glucosidase inhibitor, wherein the α-glucosidase inhibitor is selected from the group consisting of acarbose, and the limonoid compound is one ore more selected from the group consisting of limonin, isolimonic acid, limonin glycoside, isolimonic acid glycoside, obacunone, ichangin, ichangensin, ichangin glycoside, nomilin, deacetylnomilin, nomilin acid, deacetylnomilin acid glycoside, nomilin glycoside, deacetylnomilin glycoside, nomilin acid glycoside, isoobacunoic acid, obacunone glycoside, and wherein the α-glucosidase inhibitor is in an amount of 50 mg to 2000 mg, and wherein the limonoid compound is in an amount of 50 mg to 2000 mg.
A method for forming a three-dimensional memory device, comprising: forming a dielectric stack comprising a plurality of first/second dielectric layer pairs (305, 308) over a substrate; forming a drain-select-gate cut opening in a core region of the dielectric stack; forming a staircase structure comprising a plurality of stairs extending along a lateral direction in a staircase region of the dielectric stack; forming, in a different process than the DSG cut opening and after forming the staircase structure, a second DSG cut opening in the staircase region and extending along the lateral direction; and forming, in a same process that forms the second DSG cut opening, a plurality of support openings extending along a vertical direction in the staircase region and being at least partially overlapped with the second DSG cut opening, forming a DSG cut structure in the DSG cut opening and a second DSG cut structure in the second DSG cut opening; and forming a plurality of support structures (414, 426) in the plurality of support openings. forming a dielectric stack comprising a plurality of first/second dielectric layer pairs (305, 308) over a substrate; forming a drain-select-gate cut opening in a core region of the dielectric stack; forming a staircase structure comprising a plurality of stairs extending along a lateral direction in a staircase region of the dielectric stack; forming, in a different process than the DSG cut opening and after forming the staircase structure, a second DSG cut opening in the staircase region and extending along the lateral direction; and forming, in a same process that forms the second DSG cut opening, a plurality of support openings extending along a vertical direction in the staircase region and being at least partially overlapped with the second DSG cut opening, forming a DSG cut structure in the DSG cut opening and a second DSG cut structure in the second DSG cut opening; and forming a plurality of support structures (414, 426) in the plurality of support openings.
A method for managing an electrical vehicle of a fleet of vehicles, with a telematics device being capable of obtaining data from the electric vehicle and of communicating with a server, the method comprising: identifying, using the telematics device, the electric vehicle based on the data obtained from the electric vehicle, wherein said identifying comprises obtaining data from a serial network on-board the electric vehicle, comparing the data obtained from the serial network to a plurality of fingerprints stored on the telematics device to identify a matching fingerprint, wherein each of the plurality of fingerprints is stored in association with a vehicle identification instruction set, identifying a vehicle identification instruction set corresponding to the matching fingerprint, and performing the vehicle identification instruction set corresponding to the matching fingerprint to obtain a vehicle identifier for the electric vehicle; obtaining, using the telematics device, a data definition set for the electric vehicle from the server based on the vehicle identifier for the electric vehicle; and determining, using the telematics device and the data definition set, whether the electric vehicle is in a vehicle mode based on further data obtained from the electric vehicle, wherein the vehicle mode comprises at least one of a charging mode, a driving mode, and a parked mode. identifying, using the telematics device, the electric vehicle based on the data obtained from the electric vehicle, wherein said identifying comprises obtaining data from a serial network on-board the electric vehicle, comparing the data obtained from the serial network to a plurality of fingerprints stored on the telematics device to identify a matching fingerprint, wherein each of the plurality of fingerprints is stored in association with a vehicle identification instruction set, identifying a vehicle identification instruction set corresponding to the matching fingerprint, and performing the vehicle identification instruction set corresponding to the matching fingerprint to obtain a vehicle identifier for the electric vehicle; obtaining, using the telematics device, a data definition set for the electric vehicle from the server based on the vehicle identifier for the electric vehicle; and determining, using the telematics device and the data definition set, whether the electric vehicle is in a vehicle mode based on further data obtained from the electric vehicle, wherein the vehicle mode comprises at least one of a charging mode, a driving mode, and a parked mode.
A method for producing an anti-skid stud comprising a supporting part and a stud pin that is partly arranged in a blind hole in the supporting part, wherein method comprises providing a supporting part that is made of elastic material, which is essentially homogenous and/or is free of fibers, such as of polymer and that has a blind hole, and providing a stud pin having a proximal end and a distal end, the stud pin is provided comprising a protruding grip section and an insertion section having a first holding section, the blind hole of the supporting part is provided having a bottom and a second holding section having a smallest cross-section A that is smaller than a largest cross section B of the first holding section of the insertion section of the stud pin that is provided the method is characterized by providing at least one of i) the insertion section of the stud pin with a first tapering section that tapers toward the distal end of the stud pin, and ii) a mouth of the blind hole of the supporting part with a beveled and/or rounded edge, by pressing the insertion section of the stud pin into the blind hole of the supporting part with the distal end leading the insertion section of the stud pin so that said largest cross section B of the first holding section of the stud pin at least partly passes said smallest cross-section A of the second holding section of the blind hole of the supporting part, by the first holding section of the stud pin that is provided is located at the distal end of the stud pin, and by the inserting section of the stud pin that is provided has between the first holding section of the stud pin and the protruding grip section of the stud pin a top section which cross section which is essentially the same throughout the top section.
A method (300, 400) for compressing In-phase and Quadrature, IQ, data for a high speed transport link, the method comprising: resampling the IQ data, wherein the resampling exploits the guard band to decrease redundancy between samples; updating Probability Distribution Function, PDF, of the IQ data; determining (S310, 450), based on dynamical statistical distribution of the IQ data, one or more parameters of a companding function for a nonlinear companding operation, wherein the one or more parameters are determined by applying curve fitting, wherein the curve fitting is applied based on the dynamical statistical distribution of the IQ data, wherein determining (S310, 450) the one or more parameters of the companding function comprises updating the one or more parameters of the companding function based on a comparison between a previous PDF of the IQ data and the updated PDF of the IQ data, wherein the updating the one or more parameters is performed in response to a determination of a change in the updated PDF of the IQ data in comparison to the previous PDF of the IQ data, and wherein the previous PDF is associated with the IQ data before being resampled and the updated PDF is associated with the IQ data after being resampled; applying (S320, S460) the companding function with the determined one or more parameters on the IQ data; performing (S330, S460) uniform quantization on IQ data on which the companding function has been applied, to generate compressed IQ data; and transmitting the compressed IQ data and the companding function with the determined one or more parameters. resampling the IQ data, wherein the resampling exploits the guard band to decrease redundancy between samples; updating Probability Distribution Function, PDF, of the IQ data; determining (S310, 450), based on dynamical statistical distribution of the IQ data, one or more parameters of a companding function for a nonlinear companding operation, wherein the one or more parameters are determined by applying curve fitting, wherein the curve fitting is applied based on the dynamical statistical distribution of the IQ data, wherein determining (S310, 450) the one or more parameters of the companding function comprises updating the one or more parameters of the companding function based on a comparison between a previous PDF of the IQ data and the updated PDF of the IQ data, wherein the updating the one or more parameters is performed in response to a determination of a change in the updated PDF of the IQ data in comparison to the previous PDF of the IQ data, and wherein the previous PDF is associated with the IQ data before being resampled and the updated PDF is associated with the IQ data after being resampled; applying (S320, S460) the companding function with the determined one or more parameters on the IQ data; performing (S330, S460) uniform quantization on IQ data on which the companding function has been applied, to generate compressed IQ data; and transmitting the compressed IQ data and the companding function with the determined one or more parameters.
System for guiding a plurality of adjacently arranged cables, pipes etc., hereinafter referred to as conduits, which system comprises a frame configuration which is configured to guide the conduits and to form a connection with an attachment surface or attachment points, wherein the frame configuration comprises a ladder-shaped frame having two or more frame sections extending in the longitudinal direction of the conduits, the ladder-shaped frame comprises a plurality of transverse elements extending transversely with respect to the longitudinal direction of the conduits between the frame sections, which transverse elements are provided and configured as support for the conduits; wherein the system further comprises locking elements, which extend transversely with respect to the longitudinal direction of the conduits, wherein the locking elements are able to provide a releasable connection with the frame configuration, characterized, in that the locking elements are connected with the frame sections by means of openings in the frame sections, in which openings the locking elements are inserted; wherein the locking elements and the frame sections are configured such that, after connecting the locking elements to the frame sections, the locking elements extend above the conduits, transverse to the longitudinal direction of the conduits, and that the locking elements are located at about the same level as said transverse elements.
A method of manufacturing a wind turbine blade component in form of a shear web (50, 55), the method comprising the steps of: a) providing a pre-manufactured shear web body (250, 350) having a first side (254, 354) and a second side (258, 358) as well as a first end (253, 353) and a second end; b) providing a first pre-formed web foot flange (70, 170, 270, 370) comprising a fibre-reinforcement material; c) arranging a first fibre layer from the first pre-formed web foot flange and to a part of the first side of the shear web body; d) arranging a second fibre layer from the first pre-formed web foot flange and to a part of the second side of the shear web body; e) supplying a resin to said first fibre layer and second fibre layer simultaneously with or subsequent to steps c) and d); and f) allowing the resin to cure so as to form the shear web (50, 55), wherein the first web foot flange (70, 170) comprises a base part having a first side and a second side, a first projection part projecting from the second side of the base part and a second projection part projecting from the second side of the base part so that a recess is formed between the first projecting part and the second projecting part, wherein the recess formed has a circular cross-section with a first radius and characterised in that the first end of the shear web body is rounded having a second radius substantially equal to or slightly smaller than the first radius. a) providing a pre-manufactured shear web body (250, 350) having a first side (254, 354) and a second side (258, 358) as well as a first end (253, 353) and a second end; b) providing a first pre-formed web foot flange (70, 170, 270, 370) comprising a fibre-reinforcement material; c) arranging a first fibre layer from the first pre-formed web foot flange and to a part of the first side of the shear web body; d) arranging a second fibre layer from the first pre-formed web foot flange and to a part of the second side of the shear web body; e) supplying a resin to said first fibre layer and second fibre layer simultaneously with or subsequent to steps c) and d); and f) allowing the resin to cure so as to form the shear web (50, 55),
Luminous module comprising - a plurality of radiation-emitting semiconductor components, - a connection carrier, on which the radiation-emitting semiconductor components are arranged, and - a heat sink, which, on its front-side surface, is connected to the connection carrier and has a basic body and also a means, which is designed to locally alter the thermal resistance of the heat sink, wherein the average thermal resistance of the heat sink decreases along a main extension direction of the luminous module, the main extension direction, with upright mounting of the luminous module, points in the opposite direction to the force of gravity, a luminous area of the luminous module is subdivided into a lower, middle and upper region, the radiation-emitting semiconductor components are arranged in the lower, middle and upper region of the luminous area, the average thermal resistance is higher in the lower region than in the middle or upper region, characterized in that the means comprises a multiplicity of thermally insulating elements formed from a plastics material and having a greater thermal resistance than the basic body of the heat sink. - a plurality of radiation-emitting semiconductor components, - a connection carrier, on which the radiation-emitting semiconductor components are arranged, and - a heat sink, which, on its front-side surface, is connected to the connection carrier and has a basic body and also a means, which is designed to locally alter the thermal resistance of the heat sink, wherein the average thermal resistance of the heat sink decreases along a main extension direction of the luminous module, the main extension direction, with upright mounting of the luminous module, points in the opposite direction to the force of gravity, a luminous area of the luminous module is subdivided into a lower, middle and upper region, the radiation-emitting semiconductor components are arranged in the lower, middle and upper region of the luminous area, the average thermal resistance is higher in the lower region than in the middle or upper region, characterized in that the means comprises a multiplicity of thermally insulating elements formed from a plastics material and having a greater thermal resistance than the basic body of the heat sink.