mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: transmitting an excitation signal from a stator of a motor to a rotor of the motor, wherein the excitation signal is received at a set of rotor windings, and wherein the excitation signal produces a rotating magnetic flux at the rotor, the rotating magnetic flux generating a first alternating current voltage at a set of stator windings; measuring the first AC voltage at the set of stator windings; measuring the second AC voltage at the AC bus; calculating an amplitude difference, a frequency difference, and a phase difference between the first AC voltage and the second AC voltage; controlling the excitation signal to equalize a first amplitude of the first AC voltage at the set of stator windings to a second amplitude of a second AC voltage at an AC bus and to synchronize the first AC voltage to the second AC voltage; when the amplitude difference falls below a first threshold value, the frequency difference falls below a second threshold value, and the phase difference falls below a third threshold value, determining that the first AC voltage is synchronized with the second AC voltage; after the first AC voltage at the set of stator windings is synchronized with the second AC voltage at the AC bus, electrically connecting the set of stator windings to the AC bus; and reducing an amplitude of the excitation signal to enable current flow from the AC bus to the set of stator windings, thereby generating torque that results in rotation of the rotor. transmitting an excitation signal from a stator of a motor to a rotor of the motor, wherein the excitation signal is received at a set of rotor windings, and wherein the excitation signal produces a rotating magnetic flux at the rotor, the rotating magnetic flux generating a first alternating current voltage at a set of stator windings; measuring the first AC voltage at the set of stator windings; measuring the second AC voltage at the AC bus; calculating an amplitude difference, a frequency difference, and a phase difference between the first AC voltage and the second AC voltage; controlling the excitation signal to equalize a first amplitude of the first AC voltage at the set of stator windings to a second amplitude of a second AC voltage at an AC bus and to synchronize the first AC voltage to the second AC voltage; when the amplitude difference falls below a first threshold value, the frequency difference falls below a second threshold value, and the phase difference falls below a third threshold value, determining that the first AC voltage is synchronized with the second AC voltage; after the first AC voltage at the set of stator windings is synchronized with the second AC voltage at the AC bus, electrically connecting the set of stator windings to the AC bus; and reducing an amplitude of the excitation signal to enable current flow from the AC bus to the set of stator windings, thereby generating torque that results in rotation of the rotor.
A method of transmitting uplink signal in a wireless communication system, the method comprising: mapping the uplink signal comprising control information and transport blocks corresponding to data information to a plurality of layers; and transmitting the uplink signal to a base station by using the plurality of layers, wherein a number of modulated symbols per layer for the control information is determined by the following equation: Q = ceiling Beta offset × 1 / CR data × 1 / Q mod × T where the ceiling(x) is a round-up function of the x, wherein the Beta offset is an offset value, the Q mod is a modulation order, and the T is an input bit number for the control information, wherein the CR data is determined by the following equation: CR data = TBS / N RE × Q mod where the TBS is the size of one transport block, and the N RE is the number of allocated resource elements per layer. mapping the uplink signal comprising control information and transport blocks corresponding to data information to a plurality of layers; and transmitting the uplink signal to a base station by using the plurality of layers, wherein a number of modulated symbols per layer for the control information is determined by the following equation: Q = ceiling Beta offset × 1 / CR data × 1 / Q mod × T where the ceiling(x) is a round-up function of the x, wherein the Beta offset is an offset value, the Q mod is a modulation order, and the T is an input bit number for the control information, wherein the CR data is determined by the following equation: CR data = TBS / N RE × Q mod where the TBS is the size of one transport block, and the N RE is the number of allocated resource elements per layer.
A computer implemented method for controlling a robotic carton unloader, the steps of the method comprising: receiving images of a carton pile from more than one sensors (102, 104, 106) mounted at different locations on the robotic carton unloader and coupled to a computing device of the robotic carton unloader, wherein each image represents a respective overlapping portion of the carton pile comprising colour image data and depth image data; deskewing the images from each of the sensors (102, 104, 106) to be in a consistent global coordinate frame such that all of the images have a common, central reference point; combining the deskewed images into a single image representing an entire face of the carton pile; detecting the position of individual cartons in the entire face of the carton pile using the single image to obtain XYZ coordinate location data, edge data and distance data of the individual carton relative to the robotic carton unloader; sending XYZ coordinate locations of the positions of the individual detected cartons located in the entire face of the carton pile to the computing device; the method further comprising: controlling a robotic arm of the robotic carton unloader to unload the detected individual cartons onto a conveyor of the robotic carton unloader using the XYZ coordinate locations. receiving images of a carton pile from more than one sensors (102, 104, 106) mounted at different locations on the robotic carton unloader and coupled to a computing device of the robotic carton unloader, wherein each image represents a respective overlapping portion of the carton pile comprising colour image data and depth image data; deskewing the images from each of the sensors (102, 104, 106) to be in a consistent global coordinate frame such that all of the images have a common, central reference point; combining the deskewed images into a single image representing an entire face of the carton pile; detecting the position of individual cartons in the entire face of the carton pile using the single image to obtain XYZ coordinate location data, edge data and distance data of the individual carton relative to the robotic carton unloader; sending XYZ coordinate locations of the positions of the individual detected cartons located in the entire face of the carton pile to the computing device;
Holding means for a headrest comprising a headrest cushion which is provided on at least one holding rod supported in the holding means which can be fastened to the frame of a vehicle seat by a connecting means, wherein the holding means and the connecting means are provided in one piece, wherein the holding means is provided in a tubular form, characterized in that the connecting means is cut out from or notched out of the wall material of the tube and then bent into the desired shape.
Fully automatic coffee machine having a bean container with a discharge opening pointing towards a grinder in operation, a grinder with a fill opening pointing towards the discharge opening of the bean container, and a closure element, characterised in that the closure element releases the fill opening of the grinder in an inoperative position of the grinder as an initial position and closes the fill opening in an operating position of the grinder as a final position.
Apparatus for treating bulk material with a gas, the apparatus having a grate through which gas can flow from an under-grate space to the upper side and which conveys a layer of the bulk material from a supply end, in a conveying direction to a discharge end, wherein the grate has a plurality of adjacent rows made up of in each case at least one bar which is elongate in the conveying direction, can be moved alternately forwards and back in the conveying direction and of which the drive is controlled such that the forward displacement of the at least in each case one bar of two adjacent rows takes place at the same time, whereas the return displacement of the at least in each case one bar of two adjacent rows takes place at different times, characterized in that the grate comprises on at least one side, as seen in the conveying direction, a row made up of at least one stationary adapter for the purpose of increasing the grate width, wherein gas can flow through the at least one adapter from the under-grate space to the upper side, wherein a row made up of at least one adapter has a smaller width than a row made up of at least one bar.
Method for guiding a person having mobile communication equipment and having reserved a vehicle, said vehicle being parked in a parking position and comprising a wave communication module and at least one light source installed externally and producing a signalling light when said module detects said communication equipment in its vicinity, the method being characterised in that it comprises a step in which, said communication equipment comprising navigational aid means determining its current position, a definition of said signalling light is transmitted to said communication equipment so that it provides it to said person and said parking position so that said navigational aid means provides said person with information to guide him/her towards said vehicle so that, once he/she has reached the proximity of the latter, he/she is identified by said signalling light produced by said light source.
An in vitro method of diagnosing breast cancer comprising the step of: (a) analyzing a fluid sample from a patient for level of soluble M-CSF receptor, wherein a level of soluble M-CSF receptor above a threshold is correlated with the presence of breast cancer and a level below said threshold indicates that the patient is unlikely to have cancer. (a) analyzing a fluid sample from a patient for level of soluble M-CSF receptor, wherein a level of soluble M-CSF receptor above a threshold is correlated with the presence of breast cancer and a level below said threshold indicates that the patient is unlikely to have cancer.
A communication apparatus comprising: a wireless-direct-printing function means operable to perform wireless direct printing from a terminal station; an adapter function means operable to connect the terminal station to a host computer via a wired interface; characterised by first host control means configured to control the wireless-direct-printing function means; second host control means configured to control the adapter function means; communication means configured to transmit a first broadcast frame including a first identifier for identifying the first host control means and a second broadcast frame including a second identifier for identifying the second host control means over a wireless channel, and configured to receive a connection request frame that requests connection with the first host control means or the second host control means from the terminal station; and selection means configured to select to connect the terminal station to the first host control means if the first identifier has been received and to select to connect the terminal station to the second host control means if the second identifier has been received. a wireless-direct-printing function means operable to perform wireless direct printing from a terminal station; an adapter function means operable to connect the terminal station to a host computer via a wired interface; characterised by first host control means configured to control the wireless-direct-printing function means; second host control means configured to control the adapter function means; communication means configured to transmit a first broadcast frame including a first identifier for identifying the first host control means and a second broadcast frame including a second identifier for identifying the second host control means over a wireless channel, and configured to receive a connection request frame that requests connection with the first host control means or the second host control means from the terminal station; and selection means configured to select to connect the terminal station to the first host control means if the first identifier has been received and to select to connect the terminal station to the second host control means if the second identifier has been received.
A scanner for reading a first surface of a sheet and a second surface opposite to the first surface of the sheet comprising: a first reading section configured to read the first surface; and a second reading section configured to read the second surface of the sheet, wherein the scanner is configured to: receive individual processing setting for a first reading image of the first surface and individual processing setting for a second reading image of the second surface; and execute the individual processing on the first reading image of the first surface and the second reading image of the second surface, the individual processing being one of printing processing, Fax sending processing, Email sending processing and storage processing, characterized in that the scanner is further configured to receive a setting indicating forbiddance of processing in a case there is a ground tint indicating forbiddance of processing, and if the ground tint is detected from one of the first reading image and the second reading image, the processing on the other one of the first reading image and the second reading image is forbidden. a first reading section configured to read the first surface; and a second reading section configured to read the second surface of the sheet, wherein the scanner is configured to: receive individual processing setting for a first reading image of the first surface and individual processing setting for a second reading image of the second surface; and execute the individual processing on the first reading image of the first surface and the second reading image of the second surface, the individual processing being one of printing processing, Fax sending processing, Email sending processing and storage processing, receive individual processing setting for a first reading image of the first surface and individual processing setting for a second reading image of the second surface; and execute the individual processing on the first reading image of the first surface and the second reading image of the second surface, the individual processing being one of printing processing, Fax sending processing, Email sending processing and storage processing, characterized in that the scanner is further configured to receive a setting indicating forbiddance of processing in a case there is a ground tint indicating forbiddance of processing, and if the ground tint is detected from one of the first reading image and the second reading image, the processing on the other one of the first reading image and the second reading image is forbidden.
A biosensor comprising: electrodes that are formed on an insulation substrate, the electrodes comprising a working electrode and a counter electrode disposed side by side in a first direction such that at least a part of the working electrode or at least a part of the counter electrode is sandwiched by the other electrode; a continuous hydrophilic region provided on the electrodes, that has higher hydrophilicity than a surrounding region thereof, the continuous hydrophilic region comprising first ends, in a second direction orthogonal to the first direction, each disposed between both ends of the working electrode and between both ends of the counter electrode, and comprising second ends, in the first direction, each disposed on two parts of the working electrode or on two parts of the counter electrode, which parts are disposed on the outermost side; and a reagent layer on the hydrophilic region, the reagent layer comprising an enzyme and a mediator. electrodes that are formed on an insulation substrate, the electrodes comprising a working electrode and a counter electrode disposed side by side in a first direction such that at least a part of the working electrode or at least a part of the counter electrode is sandwiched by the other electrode; a continuous hydrophilic region provided on the electrodes, that has higher hydrophilicity than a surrounding region thereof, the continuous hydrophilic region comprising first ends, in a second direction orthogonal to the first direction, each disposed between both ends of the working electrode and between both ends of the counter electrode, and comprising second ends, in the first direction, each disposed on two parts of the working electrode or on two parts of the counter electrode, which parts are disposed on the outermost side; and a reagent layer on the hydrophilic region, the reagent layer comprising an enzyme and a mediator.
Method for manufacturing-related hydrometallurgical treatment or manufacturing-related wet-chemical conversion of a solid starting material from the group Si-Al complex, aluminium hydroxide, aluminium chloride and bauxite to form a chemical reaction product and/or a process-related byproduct, wherein the starting material is hydrometallurgically or wet-chemically reacted with a liquid aqueous medium containing Cl ions and the chemical reaction product and/or the byproduct is or are obtained in the form of a solution containing at least the aluminium (Al), which is present as metallic ingredient in the starting material, in the form of polyaluminium chloride hydroxide according to the formula AlCl 3-m m, wherein the hydrometallurgical treatment comprises dissolving the metallic ingredient of aluminium (Al) from a compound, which contains aluminium, of the starting material, characterised in that in the obtained solution and/or the obtained reaction product and/or the obtained byproduct, at least the content and/or concentration of aluminium and/or of a CI ion or CI molecule originating from the aqueous medium containing Cl ions is or are continuously determined on-line during the ongoing production process by means of near-infrared analytics, particularly near-infrared spectroscopic analytics, with time intervals between the individual successive measurements of the near-infrared analytics of between 0.1 seconds and 30 seconds, preferably between 0.5 and 15 seconds, preferably between 1 second and 10 seconds, and based on the determined near-infrared measurement values, particularly near-infrared spectroscopic measurement values, which are transferred in real time to a mathematical regulation model, the hydrometallurgical treatment process, which can be influenced by means of the regulation model, is so controlled and/or regulated on-line with direct influence with respect to time that the obtained polyaluminium chloride hydroxide has a basicity in the range of 30 to 90%, preferably in the range of 64 to 70%.
An autonomous traveling work machine that is configured to detect a current position by each of a first detecting means for detecting the current position and a second detecting means for detecting the current position by a different method from the first detecting means, and to autonomously travel in a working area based on the detected current position, the autonomous traveling work machine comprising: a zone identifying unit for identifying a zone in which position detection accuracy of the second detecting means is relatively high; a travel controlling unit for controlling the autonomous traveling work machine to travel to the zone identified by the zone identifying unit when position detection accuracy of both of the first and second detecting means (62, 63) decreases to less than or equal to a predetermined value; a position correcting unit for correcting a current position used for autonomous traveling to the current position detected by the second detecting means when the autonomous traveling work machine moves to the zone, and the zone identifying unit is adapted to identify a plurality of the zones (Z1, Z2), characterized in that the travel controlling unit is adapted to identify an area of each zone (Z1, Z2), and to control the autonomous traveling work machine to travel to a zone with a largest area of the plurality of the zones (Z1, Z2). a zone identifying unit for identifying a zone in which position detection accuracy of the second detecting means is relatively high; a travel controlling unit for controlling the autonomous traveling work machine to travel to the zone identified by the zone identifying unit when position detection accuracy of both of the first and second detecting means (62, 63) decreases to less than or equal to a predetermined value; a position correcting unit for correcting a current position used for autonomous traveling to the current position detected by the second detecting means when the autonomous traveling work machine moves to the zone, and the zone identifying unit is adapted to identify a plurality of the zones (Z1, Z2), characterized in that the travel controlling unit is adapted to identify an area of each zone (Z1, Z2), and to control the autonomous traveling work machine to travel to a zone with a largest area of the plurality of the zones (Z1, Z2).
A method for fabricating a light emitting diode package, comprising the steps of: firstly mounting a light emitting diode chip on a base (10, 100); secondly forming a housing which is light transmittable for supporting the base; and thirdly forming a light-transmittable encapsulation member for encapsulating the light emitting diode chip, the housing encompassing a side surface of the encapsulation member, wherein the step of forming the encapsulation member comprises the step of molding the encapsulation member using a mold so that the encapsulation member has a desired top surface, wherein the step of forming the housing is performed using a molding material in which a diffuser is mixed into a transparent resin and wherein in the step of forming the housing, a mixing ratio of the diffuser is adjusted to adjust a viewing angle. firstly mounting a light emitting diode chip on a base (10, 100); secondly forming a housing which is light transmittable for supporting the base; and thirdly forming a light-transmittable encapsulation member for encapsulating the light emitting diode chip, the housing encompassing a side surface of the encapsulation member, wherein the step of forming the encapsulation member comprises the step of molding the encapsulation member using a mold so that the encapsulation member has a desired top surface, wherein the step of forming the housing is performed using a molding material in which a diffuser is mixed into a transparent resin and wherein in the step of forming the housing, a mixing ratio of the diffuser is adjusted to adjust a viewing angle.