mhurhangee/ep-ind-claims huggingface dataset:
Electrical circuit for a frequency converter, with a number of semiconductor switches (12.1, 12.2,..., 12.8) and capacitors (14.1, 14.2) or capacitor banks, which are present operating the frequency converter, and with a braking resistance for degrading energy, wherein two or more parallel circuit structures are present, the braking resistance is positioned between a node of one of the circuit structures and a node of one of the circuit structures parallel thereto, the braking resistance is connected to the present semiconductor switches (12.1, 12.2,..., 12.8), without an additional switch being present, and the operation of the frequency converter and the current by means of the braking resistance can be controlled by means of the present semiconductor switches (12.1, 12.2,..., 12.8), wherein the semiconductor switches (12.1, 12.2,..., 12.8) are wired together to form modules (11.1, 11.2, 11.3, 11.4) and the frequency converter is constructed of at least four modules (11.1, 11.2, 11.3, 11.4) comprising semiconductor switches (12.1, 12.2,..., 12.8) connected in each case in series of two, wherein in each case two of the modules (11.1, 11.2 or 11.3, 11.4) are connected in parallel at least one capacitor (14.1, 14.2) or a capacitor bank, in order to define each parallel circuit structure, and wherein the connecting points of the semiconductor switches of the modules, which are not connected in parallel (11.1, 11.2 or 11.3, 11.4), form in each case a terminal point (P1, P2), and to the braking resistance, which is positioned between the terminal points (P1, P2) of the semiconductor switches of the modules, which are not connected in parallel.
A paint cup assembly for a paint sprayer, comprising: a cap engageable with an adapter for attaching the paint cup assembly to a spray gun; a paint reservoir formed with an air inlet port; and a valve assembly in fluid communication with the paint reservoir and engaged with the air inlet, wherein the valve assembly is configured to be operable from a closed configuration, in which air flow through the air inlet port is prevented, and an open configuration, in which air flow through the air inlet port is permitted, upon actuation of a spray gun, wherein the air inlet port is formed in a bottom of the paint reservoir, wherein the valve assembly is affixed to the bottom of the paint reservoir adjacent to the air inlet port, wherein the valve assembly comprises a flexible bleeder adjacent to the air inlet port, and wherein the flexible bleeder is configured to move between a closed configuration in which the bleeder blocks the air inlet port and an open configuration in which the bleeder unblocks the inlet port. a cap engageable with an adapter for attaching the paint cup assembly to a spray gun; a paint reservoir formed with an air inlet port; and a valve assembly in fluid communication with the paint reservoir and engaged with the air inlet, wherein the valve assembly is configured to be operable from a closed configuration, in which air flow through the air inlet port is prevented, and an open configuration, in which air flow through the air inlet port is permitted, upon actuation of a spray gun, wherein the air inlet port is formed in a bottom of the paint reservoir, wherein the valve assembly is affixed to the bottom of the paint reservoir adjacent to the air inlet port, wherein the valve assembly comprises a flexible bleeder adjacent to the air inlet port, and wherein the flexible bleeder is configured to move between a closed configuration in which the bleeder blocks the air inlet port and an open configuration in which the bleeder unblocks the inlet port.
Wedge for vehicle lifts, characterized in that it comprises: a. A core; b. At least one magnet fixed on the core; c. A coating of elastomeric material entirely enveloping the core and the at least one magnet. a. A core; b. At least one magnet fixed on the core; c. A coating of elastomeric material entirely enveloping the core and the at least one magnet.
Method for manufacturing a component from a fiber-composite material, the method comprising the following steps: a) winding fibers along predetermined tracks about at least one winding spool of a winding core; b) introducing a curable resin into the fibers or a mold; c) curing the resin and forming the fiber-composite component; d) removing the at least one winding spool toward the inside into the winding core; e) removing the winding core and releasing the fiber-composite component; characterized in that 0) prior to winding, in order to be connected by way of the subsequent method steps to the fibers so as to form an integral component with the fiber-composite component, one or a plurality of functional elements are positioned at predetermined points on the winding core. a) winding fibers along predetermined tracks about at least one winding spool of a winding core; b) introducing a curable resin into the fibers or a mold; c) curing the resin and forming the fiber-composite component; d) removing the at least one winding spool toward the inside into the winding core; e) removing the winding core and releasing the fiber-composite component; 0) prior to winding, in order to be connected by way of the subsequent method steps to the fibers so as to form an integral component with the fiber-composite component, one or a plurality of functional elements are positioned at predetermined points on the winding core.
A mobile terminal of a necklace type, comprising: a microphone; a necklace strap to be provided on a user; a pendant part configured to move along the necklace strap; characterized by a sensing unit configured to detect a location of the pendant part based on a slide movement of the pendant part along the necklace strap; and a controller configured to recognize a voice command received through the microphone, the controller further configured to perform a first function in response to a first voice command received through the microphone when the detected location of the pendant part is within a first range along the necklace strap, and the controller is configured to perform a second function in response to the first voice command received through the microphone when the detected location of the pendant part is within a second range along the necklace strap. a microphone; a necklace strap to be provided on a user; a pendant part configured to move along the necklace strap; a sensing unit configured to detect a location of the pendant part based on a slide movement of the pendant part along the necklace strap; and a controller configured to recognize a voice command received through the microphone, the controller further configured to perform a first function in response to a first voice command received through the microphone when the detected location of the pendant part is within a first range along the necklace strap, and the controller is configured to perform a second function in response to the first voice command received through the microphone when the detected location of the pendant part is within a second range along the necklace strap.
Machine for the continuous treatment of a fabric comprising: - a first module for the imbibing and relaxing of said fabric arranged in small folds, equipped with a tank to contain the bath; - a second module for the controlled drying of said fabric arranged in small folds, equipped with a means of ventilation (12, 12') and a probe to detect the value of residue humidity and/or temperature of the fabric exiting said module; - a third module comprising a tube equipped with means for the pneumatic transport of said fabric between the openings of said tube until the drying of the fabric; - a system for dragging said fabric between said first, second and thrid modules capable of overfeeding the fabric in said first and second modules to arrange it and move it in small folds; - means of control and regulation of the speed of said dragging system intended to vary the speed of advancement of the fabric inside said first and second modules, based on the values detected by said probe. - a first module for the imbibing and relaxing of said fabric arranged in small folds, equipped with a tank to contain the bath; - a second module for the controlled drying of said fabric arranged in small folds, equipped with a means of ventilation (12, 12') and a probe to detect the value of residue humidity and/or temperature of the fabric exiting said module; - a third module comprising a tube equipped with means for the pneumatic transport of said fabric between the openings of said tube until the drying of the fabric; - a system for dragging said fabric between said first, second and thrid modules capable of overfeeding the fabric in said first and second modules to arrange it and move it in small folds; - means of control and regulation of the speed of said dragging system intended to vary the speed of advancement of the fabric inside said first and second modules, based on the values detected by said probe.
A microplate comprising a base having a matrix of wells and an invagination, arranged to receive a liquid which acts as an evaporation martyr, said microplate being characterized in that said invagination consists of a continuous peripheral channel with walls of its own.
A device for inhaling powdery substances contained in capsules, comprising a housing, a capsule receiver, a closing cover, and a mouthpiece, wherein a closing cap formed to simultaneously cover the mouthpiece, the closing cover, and the capsule receiver is provided, wherein the closing cap, the mouthpiece, and the closing cover are further hinged in a pivotable manner, wherein two pivot axes, which are different but run in the same direction, are formed, a first pivot axis and a second pivot axis, which, with regard to a side view, in which geometric axes of the pivot axes (10, 11) are represented in the form of points, are arranged next to one another and on a same side of the capsule receiver, wherein in a usage state of the device the first pivot axis is further arranged closer to the capsule receiver, the closing cover and the mouthpiece can be pivoted about the first pivot axis, and only the closing cap can be pivoted about the second pivot axis, characterized in that the closing cap, the mouthpiece, and the closing cover are in each case hinged so as to be pivotable about a pivot axis (10, 11), which is fixedly attached to the housing, and that both pivot axes (10, 11) are formed on the housing so as to be immovable relative to one another.
A washing machine comprising a body; a tub which is disposed in the body and wherein the washing process is performed; a housing which is arranged on the body and which is in fluid communication with the tub; a circulation line which enables the water received from the tub to be delivered to the housing; a dispenser which is disposed into the housing; at least one detergent compartment which is arranged on the dispenser and wherein cleaning agents are loaded; and a filtering member having at least one filter (9, 10) through which the water coming through the circulation line is passed and which filters the particles in the water, the filtering member which is disposed at the rear side of the dispenser so as to be positioned out of and behind each detergent compartment in the closing direction where the dispenser is brought from an open position wherein the dispenser extends out of the body from the housing to a closed position wherein the dispenser is almost completely positioned in the body characterized by a partition which is integrally provided on the dispenser and which matches the shape of the filtering member such that the filtering member is seated therein.
A process for the collection of a volume of a liquid analytical sample consisting of a liquid mono-phase or layer, the liquid analytical sample comprising undesired contaminants disposed to a large extent at or near the surface, the process comprising the following steps: a) providing a liquid analytical sample comprising at least one analyte of interest, b) providing a first pipetting device comprising a first reusable pipetting needle, c) aspirating by said first pipetting device a portion of the liquid sample from the surface area comprising undesired contaminants and discarding said portion, d) washing said first reusable needle with washing liquid, e) providing a second pipetting device comprising a second reusable pipetting needle or a pipetting device with a disposable pipetting tip, f) aspirating a volume of liquid analytical sample by said second pipetting device, g) discharging said volume of analytical sample for being analyzed, h) washing said second reusable needle with washing liquid or disposing the disposable tip of said pipetting device. a) providing a liquid analytical sample comprising at least one analyte of interest, b) providing a first pipetting device comprising a first reusable pipetting needle, c) aspirating by said first pipetting device a portion of the liquid sample from the surface area comprising undesired contaminants and discarding said portion, d) washing said first reusable needle with washing liquid, e) providing a second pipetting device comprising a second reusable pipetting needle or a pipetting device with a disposable pipetting tip, f) aspirating a volume of liquid analytical sample by said second pipetting device, g) discharging said volume of analytical sample for being analyzed, h) washing said second reusable needle with washing liquid or disposing the disposable tip of said pipetting device.
A method, comprising: providing for transmission over a random access channel of a radio access network of a wireless communication system from a user equipment to a base station of the radio access network a message burst preamble, and including a signature with the preamble; characterised by the method comprising: receiving from the base station in response one or more messages indicating an acknowledgment of having received the preamble and providing a preamble identifier and a resource allocation of a shared channel; and providing a message burst for transmission on the shared channel according to the resource allocation, but not until receiving the one or more messages indicating the acknowledgment and providing the resource allocation, and including a temporary cell specific address in the message burst for use in identifying the user equipment. providing for transmission over a random access channel of a radio access network of a wireless communication system from a user equipment to a base station of the radio access network a message burst preamble, and including a signature with the preamble; characterised by the method comprising: receiving from the base station in response one or more messages indicating an acknowledgment of having received the preamble and providing a preamble identifier and a resource allocation of a shared channel; and providing a message burst for transmission on the shared channel according to the resource allocation, but not until receiving the one or more messages indicating the acknowledgment and providing the resource allocation, and including a temporary cell specific address in the message burst for use in identifying the user equipment. receiving from the base station in response one or more messages indicating an acknowledgment of having received the preamble and providing a preamble identifier and a resource allocation of a shared channel; and providing a message burst for transmission on the shared channel according to the resource allocation, but not until receiving the one or more messages indicating the acknowledgment and providing the resource allocation, and including a temporary cell specific address in the message burst for use in identifying the user equipment.
A voltage monitoring apparatus, suitable for use in an electric vehicle, wherein the voltage monitoring apparatus comprises a power conversion module and a microcontroller electrically connected to the power conversion module; the power conversion module is configured to output a voltage; the microcontroller comprises an Analog-to-Digital Conversion, ADC module, a monitoring module, and an IO module, wherein the ADC module is configured to obtain an output voltage of the power conversion module, and determine whether the output voltage encounters an exception; and the monitoring module is configured to: when the output voltage encounters an exception, output a control signal through the IO module; and the power conversion module is further configured to stop outputting the voltage based on the control signal; wherein the exception comprises overvoltage and undervoltage; when the output voltage is higher than an upper voltage threshold, the output voltage encounters overvoltage; when the output voltage is lower than a lower voltage threshold, the output voltage encounters undervoltage; and the upper voltage threshold is greater than the lower voltage threshold; characterised in that the microcontroller further comprises a self-checking module, a PWM module, and a low-pass filter circuit; and the self-checking module is configured to control a duty cycle of a voltage of the PWM module during power-on, so that the PWM module outputs an expected voltage, wherein the expected voltage is transmitted to the ADC module after passing through the low-pass filter circuit, to diagnose whether the ADC module encounters an exception. the power conversion module is configured to output a voltage; the microcontroller comprises an Analog-to-Digital Conversion, ADC module, a monitoring module, and an IO module, wherein the ADC module is configured to obtain an output voltage of the power conversion module, and determine whether the output voltage encounters an exception; and the monitoring module is configured to: when the output voltage encounters an exception, output a control signal through the IO module; and the power conversion module is further configured to stop outputting the voltage based on the control signal; wherein the exception comprises overvoltage and undervoltage; when the output voltage is higher than an upper voltage threshold, the output voltage encounters overvoltage; when the output voltage is lower than a lower voltage threshold, the output voltage encounters undervoltage; and the upper voltage threshold is greater than the lower voltage threshold; characterised in that the microcontroller further comprises a self-checking module, a PWM module, and a low-pass filter circuit; and the self-checking module is configured to control a duty cycle of a voltage of the PWM module during power-on, so that the PWM module outputs an expected voltage, wherein the expected voltage is transmitted to the ADC module after passing through the low-pass filter circuit, to diagnose whether the ADC module encounters an exception.
Direct current output device comprising a direct source or a means for connecting to a direct current source, and a first electrode as well as a second electrode for connection with the direct current source, wherein the first electrode is designed as a plurality of needles and the second electrode as a spatial electrode, as a needle or a plurality of needles directly connected with each other in an electrically conductive way, characterised in that the direct current output device comprises one or more means for the respective constant holding of the individual current strengths of the direct currents emitted by individual needles during the individual output of direct current by individual needles of the first electrode, wherein the needles of the first electrode are not directly connected with each other in an electrically conductive way.
A method of manufacturing a sialon phosphor that includes, as a main component, α-type sialon represented by a general expression: x y (Si,Al) 12 (O,N) 16 wherein M1 is one or more elements selected from a group consisting of Li, Mg, Ca, Y, and the lanthanide elements except for La and Ce, and M2 is one or more elements selected from a group consisting of Ce, Pr, Eu, Tb, Yb, and Er, and 0.3 ≤ X + Y ≤ 1.5 and 0 < Y ≤ 0.7 are established, and the sialon phosphor is a powder having a specific surface area of 0.2 to 0.5m 2 /g, said α-type sialon has a lattice constant a in a range from 0.780 to 0.788nm and a lattice constant cin a range from 0.565 to 0.573nm, and when powders consisting of said α-type sialon are evaluated based on an X-ray diffraction method, crystal phases other than that of the α-type sialon are identified, all having diffraction intensities that are 10% or less than a diffraction line intensity of a face of the α-type sialon, comprising: filling a starting raw material which includes α-type sialon in a crucible that is made of boron nitride ceramic and has a density 1.75 g/cm 3 or higher, and heating the starting raw material in a nitrogen gas atmosphere. wherein M1 is one or more elements selected from a group consisting of Li, Mg, Ca, Y, and the lanthanide elements except for La and Ce, and M2 is one or more elements selected from a group consisting of Ce, Pr, Eu, Tb, Yb, and Er, and 0.3 ≤ X + Y ≤ 1.5 and 0 < Y ≤ 0.7 are established, filling a starting raw material which includes α-type sialon in a crucible that is made of boron nitride ceramic and has a density 1.75 g/cm 3 or higher, and heating the starting raw material in a nitrogen gas atmosphere.