mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a power unit that accommodates a battery; a communication unit that wirelessly communicates with an external device; and a printer unit that prints print data obtained by the communication unit on a recording paper, wherein an outer appearance of the electronic device is a cylindrical shape; and the printer unit includes a mechanical unit; an inner cover that accommodates the mechanical unit; an outer cover provided around the inner cover; an inner feeding opening formed in the inner cover along a longitudinal direction of the inner cover to feed a recording sheet; an inner ejecting opening formed in the inner cover along the longitudinal direction of the inner cover to eject the recording sheet; an outer feeding opening formed in the outer cover along a longitudinal direction of the outer cover to feed the recording sheet; and an outer ejecting opening formed in the outer cover along the longitudinal direction of the outer cover to eject the recording sheet, wherein the outer cover is configured to rotate with respect to the inner cover. a power unit that accommodates a battery; a communication unit that wirelessly communicates with an external device; and a printer unit that prints print data obtained by the communication unit on a recording paper, wherein an outer appearance of the electronic device is a cylindrical shape; and the printer unit includes a mechanical unit; an inner cover that accommodates the mechanical unit; an outer cover provided around the inner cover; an inner feeding opening formed in the inner cover along a longitudinal direction of the inner cover to feed a recording sheet; an inner ejecting opening formed in the inner cover along the longitudinal direction of the inner cover to eject the recording sheet; an outer feeding opening formed in the outer cover along a longitudinal direction of the outer cover to feed the recording sheet; and an outer ejecting opening formed in the outer cover along the longitudinal direction of the outer cover to eject the recording sheet, wherein the outer cover is configured to rotate with respect to the inner cover. a mechanical unit; an inner cover that accommodates the mechanical unit; an outer cover provided around the inner cover; an inner feeding opening formed in the inner cover along a longitudinal direction of the inner cover to feed a recording sheet; an inner ejecting opening formed in the inner cover along the longitudinal direction of the inner cover to eject the recording sheet; an outer feeding opening formed in the outer cover along a longitudinal direction of the outer cover to feed the recording sheet; and an outer ejecting opening formed in the outer cover along the longitudinal direction of the outer cover to eject the recording sheet, wherein the outer cover is configured to rotate with respect to the inner cover.
A decorative sheet comprising: a decoration layer; and an adhesive layer on the decoration layer and arranged to bond the decoration layer onto an object; characterized in that the decoration layer is permeable to air; the decoration layer has an adhesive permeated portion permeated with the adhesive diffused from the adhesive layer; and the thickness of the adhesive permeated portion is one-fifth to one-third as large as the overall thickness of the decoration layer. a decoration layer; and an adhesive layer on the decoration layer and arranged to bond the decoration layer onto an object; characterized in that the decoration layer is permeable to air; the decoration layer has an adhesive permeated portion permeated with the adhesive diffused from the adhesive layer; and the thickness of the adhesive permeated portion is one-fifth to one-third as large as the overall thickness of the decoration layer.
A microwave sending device, comprising: a receiver, configured to receive a common public radio interface, CPRI frame, and send the CPRI frame to a separator; the separator, configured to: receive the CPRI frame from the receiver; separate a control word, CW and antenna-carrier, I/Q data from the CPRI frame, wherein the antenna-carrier I/Q data comprises first I/Q data; and send the CW to a first modulator, and send the first I/Q data to a data processor; the first modulator, configured to: receive the CW from the separator; modulate the CW to obtain a modulated CW; and send the modulated CW to a combiner; the data processor, configured to: receive the first I/Q data from the separator; copy the first I/Q data to obtain two pieces of first I/Q data; modulate a first piece of first I/Q data to obtain modulated first I/Q data; determine whether channel quality of a microwave channel meets a requirement; and if the channel quality of the microwave channel does not meet the requirement, send the modulated first I/Q data to the combiner; the combiner, configured to: receive the modulated CW from the first modulator; receive the modulated first I/Q data from the data processor; generate a first microwave air interface frame based on the modulated first I/Q data and the modulated CW; and send the first microwave air interface frame to a digital transmitter; and the digital transmitter, configured to receive the first microwave air interface frame from the combiner, and send the first microwave air interface frame by using the microwave channel. a receiver, configured to receive a common public radio interface, CPRI frame, and send the CPRI frame to a separator; the separator, configured to: receive the CPRI frame from the receiver; separate a control word, CW and antenna-carrier, I/Q data from the CPRI frame, wherein the antenna-carrier I/Q data comprises first I/Q data; and send the CW to a first modulator, and send the first I/Q data to a data processor; the first modulator, configured to: receive the CW from the separator; modulate the CW to obtain a modulated CW; and send the modulated CW to a combiner; the data processor, configured to: receive the first I/Q data from the separator; copy the first I/Q data to obtain two pieces of first I/Q data; modulate a first piece of first I/Q data to obtain modulated first I/Q data; determine whether channel quality of a microwave channel meets a requirement; and if the channel quality of the microwave channel does not meet the requirement, send the modulated first I/Q data to the combiner; the combiner, configured to: receive the modulated CW from the first modulator; receive the modulated first I/Q data from the data processor; generate a first microwave air interface frame based on the modulated first I/Q data and the modulated CW; and send the first microwave air interface frame to a digital transmitter; and the digital transmitter, configured to receive the first microwave air interface frame from the combiner, and send the first microwave air interface frame by using the microwave channel.
An input/output device comprising: an output unit having a display surface, on which characters or symbols are displayed; a body rotatably provided above the display surface; a body through-hole formed in the body to allow the display surface to be visible from an outside of the body; a signal generation unit configured to generate a control signal according to whether the body is rotated; and a controller configured to control the output unit based on the control signal input from the signal generation unit, characterized in that the controller is further configured to control the output unit so that characters or symbols are displayed in a region outside a projection surface formed as the body through-hole is projected onto the display surface, the characters or symbols displayed in the region outside the projection surface being highlighted in brightness or size sequentially whenever the body is rotated by a reference angle, and the controller is configured to control the output unit so that information regarding the highlighted character or symbol is displayed in a region inside the projection surface whenever the body is rotated by the reference angle. an output unit having a display surface, on which characters or symbols are displayed; a body rotatably provided above the display surface; a body through-hole formed in the body to allow the display surface to be visible from an outside of the body; a signal generation unit configured to generate a control signal according to whether the body is rotated; and a controller configured to control the output unit based on the control signal input from the signal generation unit, characterized in that the controller is further configured to control the output unit so that characters or symbols are displayed in a region outside a projection surface formed as the body through-hole is projected onto the display surface, the characters or symbols displayed in the region outside the projection surface being highlighted in brightness or size sequentially whenever the body is rotated by a reference angle, and the controller is configured to control the output unit so that information regarding the highlighted character or symbol is displayed in a region inside the projection surface whenever the body is rotated by the reference angle.
Dosing apparatus for arrangement on a slab production plant for production of stone and concrete slabs, wherein the dosing apparatus extends in a longitudinal direction, a width direction and a vertical direction and comprises a doser pot to receive material to be dosed, at least one upper doser base disc having at least one discharge opening for discharge of the material into at least one doser unit, with a material inlet opening and a material outlet opening for dosing a discharge amount of the material, wherein the dosing unit is arranged on the upper doser base disc and material from the doser pot can be filled into the dosing unit through the discharge opening, characterised in that the doser unit is arranged between the upper doser base disc and a lower doser base disc, which is arranged in the vertical direction below the upper doser base disc, and a size of the dosing unit can be changed by changing a distance from the upper doser base disc to the lower doser base disc without having to replace the doser unit.
A door for a refrigerator comprising: an upper door member formed with a metal plate having the exterior in a pre-set color; a lower door member formed with a metal plate having the same color as that of the upper door member; a dispenser having a discharge duct for discharging water or ice; a dispenser housing formed with a metal plate having the same color as that of the upper door member; an upper connection member formed of a synthetic resin member and connecting the upper door member and the dispenser housing and having a first housing coupling portion provided at a lower portion of the upper connection member; and a lower connection member formed of a synthetic resin member and connecting the lower door member and the dispenser housing and having a second housing coupling portion provided at an upper portion of the lower connection member, wherein the upper door member, the lower door member, the dispenser housing, the upper connection member, and the lower connection member form an outdoor case, a door liner is coupled to an inner side of the outdoor case, and an insulator is charged in a space between the outdoor case and the door liner, wherein the dispenser housing comprises an inwardly depressed portion in which the dispenser is installed, and includes a take-out pad configured to being pressed or touched for dispensing ice or water, wherein the discharge duct is formed on a ceiling of the inwardly depressed portion, and wherein the take-out-pad is formed in an inner surface of the depressed portion close to a dispensing hole. an upper door member formed with a metal plate having the exterior in a pre-set color; a lower door member formed with a metal plate having the same color as that of the upper door member; a dispenser having a discharge duct for discharging water or ice; a dispenser housing formed with a metal plate having the same color as that of the upper door member; an upper connection member formed of a synthetic resin member and connecting the upper door member and the dispenser housing and having a first housing coupling portion provided at a lower portion of the upper connection member; and a lower connection member formed of a synthetic resin member and connecting the lower door member and the dispenser housing and having a second housing coupling portion provided at an upper portion of the lower connection member, wherein the upper door member, the lower door member, the dispenser housing, the upper connection member, and the lower connection member form an outdoor case, a door liner is coupled to an inner side of the outdoor case, and an insulator is charged in a space between the outdoor case and the door liner, wherein the dispenser housing comprises an inwardly depressed portion in which the dispenser is installed, and includes a take-out pad configured to being pressed or touched for dispensing ice or water, wherein the discharge duct is formed on a ceiling of the inwardly depressed portion, and wherein the take-out-pad is formed in an inner surface of the depressed portion close to a dispensing hole.
A method for generating a first control command, comprising the steps: a) recording of a voice command that comprises a multiplicity of words as an audio data stream by a recording device; b) sending of the audio data stream via a network to a first voice recognition device; c) generation of second control commands and third control commands (B2a) from the recognised words by the first voice recognition device; d) receipt, more especially via the network, of at least one data packet from the first voice recognition device, wherein the data packet contains the second and third control commands (B1, B2a) and information concerning which words in the audio data stream have not been recognised; e) at least partial recognition of the words that have not been recognised by the first voice recognition device by a second voice recognition device using at least one database; f) generation of a fourth control command (B2b) from the at least partially recognised words of the second voice recognition device; g) compilation of the third and fourth control commands (B2a, B2b) to form a fifth control command; h) compilation of the second and fifth control commands (B1, B2) to form the first control command; and i) output of the first control command. a) recording of a voice command that comprises a multiplicity of words as an audio data stream by a recording device; b) sending of the audio data stream via a network to a first voice recognition device; c) generation of second control commands and third control commands (B2a) from the recognised words by the first voice recognition device; d) receipt, more especially via the network, of at least one data packet from the first voice recognition device, wherein the data packet contains the second and third control commands (B1, B2a) and information concerning which words in the audio data stream have not been recognised; e) at least partial recognition of the words that have not been recognised by the first voice recognition device by a second voice recognition device using at least one database; f) generation of a fourth control command (B2b) from the at least partially recognised words of the second voice recognition device; g) compilation of the third and fourth control commands (B2a, B2b) to form a fifth control command; h) compilation of the second and fifth control commands (B1, B2) to form the first control command; and i) output of the first control command.
A method for mapping user plane data, comprising: obtaining, by a user plane higher-layer entity of a user equipment, a Quality of Service, QoS, identifier, ID, from a non-access stratum entity of the user equipment, wherein the QoS ID is used for identifying a QoS parameter of a data packet; matching, by the user plane higher-layer entity, the QoS ID with a stored mapping rule, wherein the mapping rule records a mapping relationship between the QoS ID and a user plane lower-layer entity of the user equipment; upon successful matching of the QoS ID with the stored mapping rule, constructing, by the user plane higher-layer entity, a Protocol Data Unit, PDU containing the data packet and transmitting the constructed PDU to a matched user plane lower-layer entity; and upon unsuccessful matching of the QoS ID with the stored mapping rule, constructing, by the user plane higher-layer entity, the PDU and transmitting the constructed PDU to a default user plane lower-layer entity; wherein the user plane higher-layer entity is an independent entity above a Packet Data Convergence Protocol, PDCP, entity, and the user plane lower-layer entity is the PDCP entity. obtaining, by a user plane higher-layer entity of a user equipment, a Quality of Service, QoS, identifier, ID, from a non-access stratum entity of the user equipment, wherein the QoS ID is used for identifying a QoS parameter of a data packet; matching, by the user plane higher-layer entity, the QoS ID with a stored mapping rule, wherein the mapping rule records a mapping relationship between the QoS ID and a user plane lower-layer entity of the user equipment; upon successful matching of the QoS ID with the stored mapping rule, constructing, by the user plane higher-layer entity, a Protocol Data Unit, PDU containing the data packet and transmitting the constructed PDU to a matched user plane lower-layer entity; and upon unsuccessful matching of the QoS ID with the stored mapping rule, constructing, by the user plane higher-layer entity, the PDU and transmitting the constructed PDU to a default user plane lower-layer entity; wherein the user plane higher-layer entity is an independent entity above a Packet Data Convergence Protocol, PDCP, entity, and the user plane lower-layer entity is the PDCP entity.
A linear compressor, comprising: a shell including a refrigerant suction inlet; a cylinder provided within the shell; a piston reciprocated in the cylinder; a suction muffler movable together with the piston and having a refrigerant passage; a suction guide provided at one side of the piston to guide a refrigerant suctioned through the refrigerant suction inlet to the suction muffler; a back cover coupled to the suction guide; characterized by a coupling guide provided in a space defined by the suction guide and the back cover to allow coupling of the suction guide and the back cover. a shell including a refrigerant suction inlet; a cylinder provided within the shell; a piston reciprocated in the cylinder; a suction muffler movable together with the piston and having a refrigerant passage; a suction guide provided at one side of the piston to guide a refrigerant suctioned through the refrigerant suction inlet to the suction muffler; a back cover coupled to the suction guide; characterized by a coupling guide provided in a space defined by the suction guide and the back cover to allow coupling of the suction guide and the back cover.
Clutch control, comprising: - a clutch pedal, - a transmitting cylinder sending fluid under pressure in a first hydraulic pipe when a user presses on the clutch pedal to set the clutch to declutched position, - an electric actuator being displaced to send fluid under pressure in a second hydraulic pipe when an order aiming to set the clutch to declutched position is received, - a receiving cylinder receiving fluid under pressure via a third hydraulic pipe when seeking to set the clutch to declutched position, and - a force simulator receiving fluid under pressure via a fourth hydraulic pipe and exerting a reaction force capable of opposing the pressing on the clutch pedal or the displacement of the actuator, characterized in that the control comprises a switching system that makes it possible to switch between at least the following two configurations: - a first configuration in which the first pipe is in fluidic communication with the fourth pipe and the second pipe is in fluidic communication with the third pipe, so that the displacement of the actuator to follow an order places the clutch in declutched position while the force simulator exerts a reaction force opposing the pressing on the clutch pedal, and - a second configuration in which the first pipe is in fluidic communication with the third pipe, so that the pressing on the clutch pedal sets the clutch declutched position. - a clutch pedal, - a transmitting cylinder sending fluid under pressure in a first hydraulic pipe when a user presses on the clutch pedal to set the clutch to declutched position, - an electric actuator being displaced to send fluid under pressure in a second hydraulic pipe when an order aiming to set the clutch to declutched position is received, - a receiving cylinder receiving fluid under pressure via a third hydraulic pipe when seeking to set the clutch to declutched position, and - a force simulator receiving fluid under pressure via a fourth hydraulic pipe and exerting a reaction force capable of opposing the pressing on the clutch pedal or the displacement of the actuator, - a first configuration in which the first pipe is in fluidic communication with the fourth pipe and the second pipe is in fluidic communication with the third pipe, so that the displacement of the actuator to follow an order places the clutch in declutched position while the force simulator exerts a reaction force opposing the pressing on the clutch pedal, and - a second configuration in which the first pipe is in fluidic communication with the third pipe, so that the pressing on the clutch pedal sets the clutch declutched position.
A train warning device for transmitting a train warning signal to a motor vehicle, said train warning signal indicating an upcoming traversing of a railroad crossing by a railroad train, with: a first communications interface which is configured to receive a railroad crossing signal which indicates the upcoming traversing of the railroad crossing by the railroad train, and wherein the first communications interface includes a Car2X communications interface, and wherein the first communications interface is configured to receive the train warning signal as the railroad crossing signal from another motor vehicle; and a second communications interface which is configured to transmit the train warning signal to the motor vehicle in response to the reception of the railroad crossing signal. a first communications interface which is configured to receive a railroad crossing signal which indicates the upcoming traversing of the railroad crossing by the railroad train, and wherein the first communications interface includes a Car2X communications interface, and wherein the first communications interface is configured to receive the train warning signal as the railroad crossing signal from another motor vehicle; and a second communications interface which is configured to transmit the train warning signal to the motor vehicle in response to the reception of the railroad crossing signal.
A signalling device for fire extinguishers or hydrants, said signalling device comprising a first valve body connected to a tank of liquid and/or powder product to be dispensed, a second valve body connected to a hose equipped with a nozzle for dispensing product and a handle for activating the dispensing of said product equipped with a control lever, wherein, inside said handle, is housed a safety plug shaped in such a way as to keep said control lever in an inactive position, said plug having, at a relative end portion, a magnet, which activates a sensor present on an electronic card located inside said control lever, designed to detect the presence of said safety plug, characterised in that said plug is made of transparent plastic material and at least one LED is positioned on a base facing a lower portion of said plug, in such a way that said LED produces a luminous emission which spreads for the entire plug, said plug thereby operating as a luminous wave guide.