mhurhangee/ep-ind-claims huggingface dataset:
An electric valve, comprising a stator assembly, a rotor, a sleeve, and a valve assembly, the stator assembly being provided around the rotor, the sleeve being configured to isolate the stator assembly from the rotor, the electric valve being formed with a valve port, and the rotor being configured to drive the valve assembly to move relative to the valve port, wherein the electric valve further comprises a case and a circuit board assembly, the stator assembly is electrically connected with the circuit board assembly, the circuit board assembly is provided in an inner cavity of the case formed by the case, the case comprises a housing and a cover, the housing is not integrally formed with the cover, the electric valve further comprises a seal ring, the seal ring is compressed between the housing and the cover, and the cover is fixedly connected with the housing by welding; and the housing comprises a side wall and a bottom, characterized in that, an inner cavity of the housing is formed by the side wall and the bottom, the inner cavity of the case includes the inner cavity of the housing and the bottom is formed with an isolation portion configured to isolate the circuit board assembly from the sleeve. the electric valve further comprises a case and a circuit board assembly, the stator assembly is electrically connected with the circuit board assembly, the circuit board assembly is provided in an inner cavity of the case formed by the case, the case comprises a housing and a cover, the housing is not integrally formed with the cover, the electric valve further comprises a seal ring, the seal ring is compressed between the housing and the cover, and the cover is fixedly connected with the housing by welding; and the housing comprises a side wall and a bottom, characterized in that, an inner cavity of the housing is formed by the side wall and the bottom, the inner cavity of the case includes the inner cavity of the housing and the bottom is formed with an isolation portion configured to isolate the circuit board assembly from the sleeve.
Rail for a sliding door, in particular for a glass sliding door, wherein the rail is designed for mounting both on a ceiling and also for mounting on a wall, wherein the rail comprises a main profile, wherein the main profile has a first leg and a second leg in cross section, wherein the two legs (3, 4) in cross section are arranged attached to each other in an attachment area and form a leg groove with an angle α, wherein the first leg has a carriage track, wherein the carriage track is designed such that, in a fastened state of the rail on one of the two room elements - ceiling or wall - a carriage for a door leaf is movable on the carriage track, wherein the second leg has an alternative track for the carriage, characterized in that the alternative track is designed such that, in an alternative state of the rail, the carriage is movable on the alternative track along at least one longitudinal section of the rail, wherein the alternative state consists in the fastening on the respectively other of the two room elements - wall or ceiling, wherein only one of the two legs (3, 4) has at least one mounting element for fastening on a ceiling or wall.
An apparatus for determining an encoding mode, the apparatus comprising: an initial encoding mode determining unit configured to determine an initial encoding mode of a current frame as a spectrum domain encoding mode or a time domain encoding mode by using characteristics of an audio signal, wherein the initial encoding mode of the current frame is determined as the spectrum domain encoding mode when the audio signal is classified to a music signal, and the initial encoding mode of the current frame is determined as the time domain encoding mode when the audio signal is classified to a speech signal; and an encoding mode correcting unit configured to correct the initial encoding mode to a Generic Signal Coding, GSC, mode for excitation encoding based on correction parameters, and determine a final encoding mode of the current frame from among the initial encoding mode and the GSC mode based on encoding modes of frames corresponding to a hangover length so as to prevent a frequent switching of the encoding mode. an initial encoding mode determining unit configured to determine an initial encoding mode of a current frame as a spectrum domain encoding mode or a time domain encoding mode by using characteristics of an audio signal, wherein the initial encoding mode of the current frame is determined as the spectrum domain encoding mode when the audio signal is classified to a music signal, and the initial encoding mode of the current frame is determined as the time domain encoding mode when the audio signal is classified to a speech signal; and an encoding mode correcting unit configured to correct the initial encoding mode to a Generic Signal Coding, GSC, mode for excitation encoding based on correction parameters, and determine a final encoding mode of the current frame from among the initial encoding mode and the GSC mode based on encoding modes of frames corresponding to a hangover length so as to prevent a frequent switching of the encoding mode.
An electronic device (1, 2, 3, 4, 5, 6, 7, 8) comprising: a panel (40, 41); and a press detector configured to detect a press; wherein the press detector is configured to detect the press by detecting a force in a direction different from a press direction of the panel (40, 41) and the press detector is configured to detect the press on the basis of a force in a direction orthogonal to the press direction, characterized in that the panel (40, 41) is configured to be displaced with a displacement component in the press direction and also a displacement component in the direction orthogonal to the press direction in accordance with a press on an interface surface of the panel (40, 41). a panel (40, 41); and a press detector configured to detect a press; wherein the press detector is configured to detect the press by detecting a force in a direction different from a press direction of the panel (40, 41) and
A method for extending a frame time for an image frame, wherein a frame time for an image frame is a time period for processing the image frame, the method comprising: determining, based on a user setting, by an image processor, an amount of permitted focus value contamination for a first frame of an image captured via an image sensor; determining, at the image processor, a first time period which corresponds to a frame exposure time of the first frame of the image captured via the image sensor; and extending the frame time for the first frame by a second time period, the second time period being calculated according to: τ = α − ε * ρ where α indicates an actuator settle time that corresponds to an amount of time for an actuator that is configured to move a lens of the image sensor to complete oscillation during processing of the image frame, ε indicates the determined exposure time, and ρ indicates the amount of permitted focus value contamination, wherein the extended frame time includes the first time period and the second time period. determining, based on a user setting, by an image processor, an amount of permitted focus value contamination for a first frame of an image captured via an image sensor; determining, at the image processor, a first time period which corresponds to a frame exposure time of the first frame of the image captured via the image sensor; and extending the frame time for the first frame by a second time period, the second time period being calculated according to: τ = α − ε * ρ
Accessory device assembly for a low or medium voltage switching device (101, 102) characterised in that it comprises at least a first accessory device comprising a first external housing, first electrical connection means for electrical connection with said switching device, second electrical connection means for electrical connection with outside equipment, third electrical connection means for electrical connection with a second accessory device (4B, 4C, 4D), first mechanical connection means for mechanical connection with said second accessory device and second mechanical connection means for mechanical connection with said switching device.
A remote control method of a remote control mobile terminal, the remote control method for use in a remote control system comprising the remote control mobile terminal and a remote controlled object, the remote control mobile terminal comprising a remote control module and a voice recognition module, and the method comprising: completing pairing between the remote control module and the remote controlled object; receiving a voice control instruction inputted by a user, obtaining a corresponding remote control instruction according to the voice control instruction via the voice recognition module, and sending the remote control instruction to the remote control module; and sending the remote control instruction to the remote controlled object via the remote control module to control the remote controlled object, wherein before completing pairing between the remote control module and the remote controlled object, the method further comprises: receiving a voice remote control enabling instruction sent by the user via the voice recognition module, and sending the voice remote control enabling instruction to the remote control module; and completing, via the remote control module, the pairing with the remote controlled object according to the voice remote control enabling instruction. completing pairing between the remote control module and the remote controlled object; receiving a voice control instruction inputted by a user, obtaining a corresponding remote control instruction according to the voice control instruction via the voice recognition module, and sending the remote control instruction to the remote control module; and sending the remote control instruction to the remote controlled object via the remote control module to control the remote controlled object, wherein before completing pairing between the remote control module and the remote controlled object, the method further comprises: receiving a voice remote control enabling instruction sent by the user via the voice recognition module, and sending the voice remote control enabling instruction to the remote control module; and completing, via the remote control module, the pairing with the remote controlled object according to the voice remote control enabling instruction.
A computing device (100b, 602) comprising: an input/output controller (110, 604) including a flexible port; a system configuration detection module to detect a desired input/output configuration of the computing device (100b, 602) based on a coupling of an interface to the flexible port; a port configuration module to configure the flexible port based on the detected desired input/output configuration; characterised by a general purpose input including a state that changes based on the coupling of the interface; a multiplexer (116, 610), wherein a bus associated with the flexible port is connected to the multiplexer (116, 610), wherein the multiplexer (116, 610) is further connected to a first port connector and a second port connector; wherein if the state indicates that a component associated with the first port connector is not present, the port configuration module is adapted to configure the flexible port to expand bandwidth capacity of a bus associated with the second port connector. an input/output controller (110, 604) including a flexible port; a system configuration detection module to detect a desired input/output configuration of the computing device (100b, 602) based on a coupling of an interface to the flexible port; a port configuration module to configure the flexible port based on the detected desired input/output configuration; characterised by a general purpose input including a state that changes based on the coupling of the interface; a multiplexer (116, 610), wherein a bus associated with the flexible port is connected to the multiplexer (116, 610), wherein the multiplexer (116, 610) is further connected to a first port connector and a second port connector; wherein if the state indicates that a component associated with the first port connector is not present, the port configuration module is adapted to configure the flexible port to expand bandwidth capacity of a bus associated with the second port connector.
Food processing system comprising: - one or a plurality of food containers each comprising a raw food product; - one or a plurality of dispensing and reconstituting chambers each linked to at least one of the food containers, the dispensing and reconstituting chambers receiving the raw food product from the food containers, processing it by hydration and/or texturization, and selectively depositing it in one or a plurality of shapes and/or layers; characterized in that the food processing system further comprises cooking means configured to selectively heat or not parts of the deposited shapes and/or layers. - one or a plurality of food containers each comprising a raw food product; - one or a plurality of dispensing and reconstituting chambers each linked to at least one of the food containers, the dispensing and reconstituting chambers receiving the raw food product from the food containers, processing it by hydration and/or texturization, and selectively depositing it in one or a plurality of shapes and/or layers;
An electronic brake system for a vehicle, comprising: an electromechanical actuator arrangement located at a first location and comprising: an EMA; and an electronic brake actuator controller (EBAC) located at a second location remote from the first location and comprising: a receiver; characterised in that the electromechanical actuator arrangement comprises a transmitter unit which is configured to receive an analog sensor signal, convert the analog sensor signal to a digital sensor signal, and transmit the digital sensor signal to the receiver; wherein the first location is outside a fuselage of the vehicle in response to a landing gear being deployed, and wherein the second location is in the fuselage. an electromechanical actuator arrangement located at a first location and comprising: an EMA; and an electronic brake actuator controller (EBAC) located at a second location remote from the first location and comprising: a receiver; characterised in that the electromechanical actuator arrangement comprises a transmitter unit which is configured to receive an analog sensor signal, convert the analog sensor signal to a digital sensor signal, and transmit the digital sensor signal to the receiver; wherein the first location is outside a fuselage of the vehicle in response to a landing gear being deployed, and wherein the second location is in the fuselage. a receiver; characterised in that the electromechanical actuator arrangement comprises a transmitter unit which is configured to receive an analog sensor signal, convert the analog sensor signal to a digital sensor signal, and transmit the digital sensor signal to the receiver; wherein the first location is outside a fuselage of the vehicle in response to a landing gear being deployed, and wherein the second location is in the fuselage.
A human immunomodulatory fusion protein for converting pro-inflammatory M1 macrophages to anti-inflammatory M2 like phenotypes of macrophages the IFP having at least one component A and at least one component B wherein the component A is comprising or consisting of a binding domain for extra-cellular surface structures of a macrophage that internalizes said immunomodulatory fusion protein upon binding of component A of said immunomodulatory fusion protein, and the component B is murine C/EBPβ, human C/EBPβ.
A proximal end of an implantable lead, wherein the lead includes a first and a second conductor, the proximal end (102, 402) comprising: a connector insulator (116, 416) having a center bore; a unitary connector pin (112, 412) rotatably disposed in the center bore of the connector insulator (116, 416), the unitary connector pin (112, 412) having a socket end configured for insertion into an electrical stimulation device, characterized in that a conductor end of the unitary connector pin (112, 412) is electrically crimped to the first conductor; a unitary ring connector having a band portion concentrically arranged around and insulated from the conductor end of the unitary connector pin (112, 412) and a crimp portion electrically crimped to the second conductor, and wherein the unitary connector pin (112, 412) further comprises a necked-down portion arranged between the socket end and the conductor end. a connector insulator (116, 416) having a center bore; a unitary connector pin (112, 412) rotatably disposed in the center bore of the connector insulator (116, 416), the unitary connector pin (112, 412) having a socket end configured for insertion into an electrical stimulation device, characterized in that a conductor end of the unitary connector pin (112, 412) is electrically crimped to the first conductor; a unitary ring connector having a band portion concentrically arranged around and insulated from the conductor end of the unitary connector pin (112, 412) and a crimp portion electrically crimped to the second conductor, and wherein the unitary connector pin (112, 412) further comprises a necked-down portion arranged between the socket end and the conductor end.
An elevator including a car, comprising car walls and a car door at least on one front side, a first guide device for guiding the car movement, a counterweight, a second guide device for guiding the movement of the counterweight, at least one cable for simultaneously moving the car and the counterweight, and a motor for driving the cable, wherein the cable is stationarily arranged at both ends, forms a downwardly hanging loop next to the car and next to the counterweight, and is guided via at least one upper pulley between the loops, the motor is arranged at the counterweight, the motor comprises an external rotor sheath around the motor axis and the cable runs around the external rotor sheath encircling at least 180° thereof, the motor axis runs substantially parallel to a plane through the car wall facing the counterweight or is aligned parallel to the adjoining car wall, and the diameter of the external rotor sheath is smaller than the extension of the motor in the direction of the motor axis, characterized in that the motor is gearless and, for feeding the motor and for transmitting control signals, a trail cable leads from the counterweight to a stationary control box, and, for controlling the motor, a frequency converter with encoder feedback is arranged at the counterweight. wherein the cable is stationarily arranged at both ends, forms a downwardly hanging loop next to the car and next to the counterweight, and is guided via at least one upper pulley between the loops, the motor is arranged at the counterweight, the motor comprises an external rotor sheath around the motor axis and the cable runs around the external rotor sheath encircling at least 180° thereof, the motor axis runs substantially parallel to a plane through the car wall facing the counterweight or is aligned parallel to the adjoining car wall, and the diameter of the external rotor sheath is smaller than the extension of the motor in the direction of the motor axis, characterized in that the motor is gearless and, for feeding the motor and for transmitting control signals, a trail cable leads from the counterweight to a stationary control box, and, for controlling the motor, a frequency converter with encoder feedback is arranged at the counterweight.
A storage medium location detection system comprising: a storage medium-compatible communications unit that communicates with a storage medium by wireless using electromagnetic waves at a predetermined frequency; a phase detection unit that detects phases of signals received from the storage medium; an antenna; a parameter acquisition section that acquires a distance detection parameter to be used in detecting a storage medium distance from a first position of the antenna to the storage medium, the first position being a position in a range of positions of the antenna from which the distance to the storage medium is shortest, the distance detection parameter being a predetermined value configured to be set in accordance with a positional relationship between the first position and a second position, and the second position being a position of the antenna in the range of positions of the antenna that is different from the first position; and a location detection section that detects the storage medium distance, the location detection section configured to calculate a phase difference between a first phase detected by the phase detection unit at the first position and a second phase detected by the phase detection unit at the second position, and to calculate the storage medium distance with the phase difference thus calculated and the distance detection parameter acquired by the parameter acquisition section, wherein the location detection section identifies the first position at a time at which a trend of changes of phase detected by the phase detection unit in association with movement of the antenna reverses, characterized in that the first position and the second position of the antenna are disposed on a same line of circumference, and the distance detection parameter that the parameter acquisition section acquires includes the radius of the circumference and a central angle of an arc of the circumference whose two ends are the first position and the second position.
Packaging for a product comprising at least one hygroscopic flowable solid, where the packaging has a sealable product bag made from a moisture-permeable material for the accommodation of the product, a transport container surrounding the product bag, and a desiccant, which is arranged outside the product bag and inside the transport container, characterised in that a drying wrapping, made from a moisture-impermeable material, which can be laid subsequently in a transport container that is already present and which surrounds the product bag containing the product, is arranged in the transport container, and in that the desiccant is arranged on an inside of the drying wrapping facing the product bag.