mhurhangee/ep-ind-claims huggingface dataset:
A power tool comprising: a housing; a motor supported within the housing, the motor having an output shaft operable at maximum speed greater than 10,000 revolutions per minute; a battery configured to power the motor, the battery having an output voltage greater than 40 volts; a support arm extending from the housing and defining a longitudinal axis, the support arm including a first arm portion coupled to the housing and a second arm portion coupled to the first arm portion; a drive pulley coupled to the output shaft, which is rotatably coupled to the first arm portion, the drive pulley defining a first axis; a driven pulley coupled to the second arm portion, the driven pulley defining a second axis spaced from the first axis; a synchronous belt connecting the drive pulley and the driven pulley; and a cutting wheel coupled to the driven pulley, the cutting wheel having a diameter greater than 22.9 cm (9 inches), wherein the second arm portion is movable relative to the first arm portion between a first configuration and a second configuration offset 180 degrees from the first configuration about the longitudinal axis, thereby relocating the cutting wheel to another side of the support arm, and wherein a distance between the first axis and the second axis is substantially the same in both the first configuration and the second configuration. a housing; a motor supported within the housing, the motor having an output shaft operable at maximum speed greater than 10,000 revolutions per minute; a battery configured to power the motor, the battery having an output voltage greater than 40 volts; a support arm extending from the housing and defining a longitudinal axis, the support arm including a first arm portion coupled to the housing and a second arm portion coupled to the first arm portion; a drive pulley coupled to the output shaft, which is rotatably coupled to the first arm portion, the drive pulley defining a first axis; a driven pulley coupled to the second arm portion, the driven pulley defining a second axis spaced from the first axis; a synchronous belt connecting the drive pulley and the driven pulley; and a cutting wheel coupled to the driven pulley, the cutting wheel having a diameter greater than 22.9 cm (9 inches), wherein the second arm portion is movable relative to the first arm portion between a first configuration and a second configuration offset 180 degrees from the first configuration about the longitudinal axis, thereby relocating the cutting wheel to another side of the support arm, and wherein a distance between the first axis and the second axis is substantially the same in both the first configuration and the second configuration.
A service device for displaying interest and closeness information, the service device comprising: a communication unit configured to transmit and receive data with a plurality of terminal devices; a storage unit configured to store event information generated between the terminal devices; and a control unit configured to perform control such that event information generated between a terminal device of a user and a terminal device of a partner is collected when a request for interest information and closeness information of a specific partner is received from any terminal device, activity information of the partner is collected from at least one preset community service device, interest information and closeness information between the user and the partner are analyzed based on the event information and activity information, and an icon corresponding to the interest information in which the closeness information is reflected, and the event information and activity information are transmitted to the terminal device, characterized in that the control unit analyzes content of the event information and activity information, and when there are a plurality of preset keywords in the content, extracts the most frequently extracted keyword as interest information, and when closeness information is analyzed based on the number of occurrences of the event information, the control unit analyzes the closeness information by assigning a different weight according to generation time. a communication unit configured to transmit and receive data with a plurality of terminal devices; a storage unit configured to store event information generated between the terminal devices; and a control unit configured to perform control such that event information generated between a terminal device of a user and a terminal device of a partner is collected when a request for interest information and closeness information of a specific partner is received from any terminal device, activity information of the partner is collected from at least one preset community service device, interest information and closeness information between the user and the partner are analyzed based on the event information and activity information, and an icon corresponding to the interest information in which the closeness information is reflected, and the event information and activity information are transmitted to the terminal device, characterized in that the control unit analyzes content of the event information and activity information, and when there are a plurality of preset keywords in the content, extracts the most frequently extracted keyword as interest information, and when closeness information is analyzed based on the number of occurrences of the event information, the control unit analyzes the closeness information by assigning a different weight according to generation time.
A device (30; 300A-M) for releasing a connection between an electric plug and a socket connectable to an electrical signal, the socket including (a) a socket body having (b) at least one internal cavity therein, (c) at least one electrically conductive contact terminal disposed within the cavity for establishing an electrical connection between the electrical signal and the socket, and (d) a cylinder having an internal ridge, the plug comprising (a) a plug body having (b) at least one electrically conductive ring insertable into the internal cavity of the socket to form an electrical connection between the electrically conductive ring and the electrically conductive contact of the socket, (c) a spindle (24A, 24B) having a portion insertable into the socket cylinder, (d) one or more balls movable within the insertable portion of the spindle (24A, 24B) and displaceable radially to be positionable adjacent the internal ridge of the socket when the spindle portion is inserted into the socket, (e) a rod movable within the spindle portion and including one or more recesses positionable in a releasing first position adjacent to the one or more balls, and positionable in a locking second position away from the one or more balls, when the rod is slid axially within the spindle (24A, 24B), the balls moveable away from the internal ridge of the socket when the rod is in the first position, the device (30; 300A-M) comprising: a cam follower connectable to an end of the rod; at least one slide support (184; 184A, 184B; 184A', 184B') affixed with respect to the plug body; the device being characterized by a lever supported by and slideable within the at least one slide support (184; 184A, 184B; 184A', 184B'), the lever including a cam surface contactable with the cam follower when the lever is slid within the channel, whereby the lever can be slid to push the cam surface against the cam follower to move the follower and thereby move the rod to position the rod into the releasing first position. a cam follower connectable to an end of the rod; at least one slide support (184; 184A, 184B; 184A', 184B') affixed with respect to the plug body; the device being characterized by a lever supported by and slideable within the at least one slide support (184; 184A, 184B; 184A', 184B'), the lever including a cam surface contactable with the cam follower when the lever is slid within the channel, whereby the lever can be slid to push the cam surface against the cam follower to move the follower and thereby move the rod to position the rod into the releasing first position.
A glass fiber fabric reinforcement comprising: a) a glass fabric having multiple yarns containing glass filaments; and b) a polymeric coating disposed onto said multiple yarns to form a coated glass fabric, said polymeric coating comprising a polyolefin based copolymer composition, wherein the polyolefin based copolymer composition comprises i) 70-80 wt% heterophasic polypropylene copolymer; ii) 10-30 wt% polypropylene homopolymer; iii) 0-5 wt% ethylene-olefin copolymer; iv) 2-4 wt% maleic anhydride-g-polypropylene; v) 0-20 wt% inorganic filler; and vi) 500-1500 ppm vinylidene fluoride-hexafluoroalkene copolymer, said coated glass fabric having a Gurley Stiffness measurement of 100-3000 mg and an ASTM D 638 (2% Secant) modulus of compression of 1-100 MPa, and said reinforcement being sufficiently drapeable and lacking in shape memory so as to be curved around the edge of a product that is to be reinforced by said reinforcement, during the manufacturing of same. a) a glass fabric having multiple yarns containing glass filaments; and b) a polymeric coating disposed onto said multiple yarns to form a coated glass fabric, said polymeric coating comprising a polyolefin based copolymer composition, wherein the polyolefin based copolymer composition comprises i) 70-80 wt% heterophasic polypropylene copolymer; ii) 10-30 wt% polypropylene homopolymer; iii) 0-5 wt% ethylene-olefin copolymer; iv) 2-4 wt% maleic anhydride-g-polypropylene; v) 0-20 wt% inorganic filler; and vi) 500-1500 ppm vinylidene fluoride-hexafluoroalkene copolymer, said coated glass fabric having a Gurley Stiffness measurement of 100-3000 mg and an ASTM D 638 (2% Secant) modulus of compression of 1-100 MPa, and said reinforcement being sufficiently drapeable and lacking in shape memory so as to be curved around the edge of a product that is to be reinforced by said reinforcement, during the manufacturing of same.
A method of operating a network controller (150; 1000; 1600) for a satellite communications system, the method comprising: receiving a reverse-link data communication from a user terminal (400; 401; 1700) via a first beam of a satellite; performing an inter-beam handover by switching communications with the user terminal (400; 401; 1700) from the first beam to a second beam of the satellite; generating a reverse-link grant message based on the reverse-link data communication, the reverse-link grant message comprising a request for retransmission of data transmitted via the first beam prior to the inter-beam handover; transmitting the reverse-link grant message to the user terminal (400; 401; 1700) via the second beam after the inter-beam handover is completed; and receiving retransmitted data from the user terminal via the second beam as a new transmission in response to the request. receiving a reverse-link data communication from a user terminal (400; 401; 1700) via a first beam of a satellite; performing an inter-beam handover by switching communications with the user terminal (400; 401; 1700) from the first beam to a second beam of the satellite; generating a reverse-link grant message based on the reverse-link data communication, the reverse-link grant message comprising a request for retransmission of data transmitted via the first beam prior to the inter-beam handover; transmitting the reverse-link grant message to the user terminal (400; 401; 1700) via the second beam after the inter-beam handover is completed; and receiving retransmitted data from the user terminal via the second beam as a new transmission in response to the request.
Method for controlling a ventilation system comprising a fan and a control unit characterised in that the control method comprises at least the following steps: - selecting an operating program for the operation of the fan from among a plurality of operating programs pre-recorded in the control unit, and the operating programs comprise at least a first and second control data for the fan; - and transmitting by the control unit of a control signal including at least the first control data to control a motor, which are correlated with at least the second control data to control at least one secondary device of the fan selected from among: - A lighting device; - A gas or liquid spraying device; - An acoustic device - A video device. - selecting an operating program for the operation of the fan from among a plurality of operating programs pre-recorded in the control unit, and the operating programs comprise at least a first and second control data for the fan; - and transmitting by the control unit of a control signal including at least the first control data to control a motor, which are correlated with at least the second control data to control at least one secondary device of the fan selected from among: - A lighting device; - A gas or liquid spraying device; - An acoustic device - A video device. - A lighting device; - A gas or liquid spraying device; - An acoustic device - A video device.
A comb head with double vibrating comb comprising: - a first oscillating comb and a second oscillating comb, with opposing movements, pivotally received on at least one oscillation pivot (24a, 24b), - a motor shaft for driving the first and second oscillating combs (22a, 22b), and - a comb transmission connecting the motor shaft to the first and to the second combs, the comb transmission comprising a first connecting rod and a second connecting rod, the first connecting rod and the second connecting rod being connected respectively to a first actuation pivot and to a second actuation pivot respectively of the first comb and of the second comb, the first actuation pivot and the second actuation pivot being offset with respect to the oscillation pivot (24a, 24b), and wherein: - the comb transmission comprises a first eccentric and a second eccentric, the second eccentric being rotationally connected to the first eccentric, the first eccentric and the second eccentric being connected to the first actuation pivot and to the second actuation pivot respectively by the first connecting rod and the second connecting rod, characterised in that the first connecting rod and the second connecting rod respectively have a first length and a second length, the second length being different from the first length. - a first oscillating comb and a second oscillating comb, with opposing movements, pivotally received on at least one oscillation pivot (24a, 24b), - a motor shaft for driving the first and second oscillating combs (22a, 22b), and - a comb transmission connecting the motor shaft to the first and to the second combs, the comb transmission comprising a first connecting rod and a second connecting rod, the first connecting rod and the second connecting rod being connected respectively to a first actuation pivot and to a second actuation pivot respectively of the first comb and of the second comb, the first actuation pivot and the second actuation pivot being offset with respect to the oscillation pivot (24a, 24b), - the comb transmission comprises a first eccentric and a second eccentric, the second eccentric being rotationally connected to the first eccentric, the first eccentric and the second eccentric being connected to the first actuation pivot and to the second actuation pivot respectively by the first connecting rod and the second connecting rod,
Electronic circuit (200, 300) of a blind spot monitoring display with: a provided interconnect device, comprising at least one first lighting means having a first wavelength mounted on the interconnect device, at least one second lighting means of a second wavelength different from the first wavelength, mounted on the interconnect device, and having circuit connections (201, 202) attached to the interconnect device 210) for applying a voltage, the circuit connections being coupled to the at least one first lighting means and to the at least one second lighting means, said electronic circuit (200, 300) further comprising a first circuit means operatively associated with said at least one first lighting means and a second circuit means operatively associated with said at least one second lighting means and mounted on said interconnect device, characterized in in that the electronic circuit has two of the circuit connections; wherein said first and second circuit means each having an inverse-polarity protection diode (205, 206); wherein the first and second circuit means (205, 206) are further configured such that the at least one first lighting means and the at least one second lighting means are inversely coupled to each other such that either the at least first lighting means or the at least second lighting means can be supplied with current depending on a polarity of the applied voltage, the at least one first lighting means and the at least one second lighting means radiating light with the respective wavelength during operation. a provided interconnect device, comprising at least one first lighting means having a first wavelength mounted on the interconnect device, at least one second lighting means of a second wavelength different from the first wavelength, mounted on the interconnect device, and having circuit connections (201, 202) attached to the interconnect device 210) for applying a voltage, the circuit connections being coupled to the at least one first lighting means and to the at least one second lighting means, said electronic circuit (200, 300) further comprising a first circuit means operatively associated with said at least one first lighting means and a second circuit means operatively associated with said at least one second lighting means and mounted on said interconnect device, characterized in in that the electronic circuit has two of the circuit connections; wherein said first and second circuit means each having an inverse-polarity protection diode (205, 206); wherein the first and second circuit means (205, 206) are further configured such that the at least one first lighting means and the at least one second lighting means are inversely coupled to each other such that either the at least first lighting means or the at least second lighting means can be supplied with current depending on a polarity of the applied voltage, the at least one first lighting means and the at least one second lighting means radiating light with the respective wavelength during operation.
An electrosurgical instrument for delivering energy to resurface biological tissue in a patient's gastrointestinal tract, the instrument comprising: a flexible coaxial cable for conveying microwave energy from a generator located externally to the patient to a treatment site located inside the patient's gastrointestinal tract; and an applicator located at a distal end of the flexible coaxial cable, the applicator having an energy delivery structure connected to receive microwave energy from the coaxial cable; and a gas feed arranged to convey gas to the applicator from a gas supply located externally to the patient, wherein the applicator is arranged to deliver the received microwave energy into the gas received at the applicator to strike or sustain a plasma for delivery to biological tissue at the treatment site; wherein the applicator comprises a probe housing that defines an internal lumen which encloses the coaxial cable and forms a gas flow path in communication with the gas feed; characterised in that a distal end of the probe housing has one or more gas exit apertures formed in a side wall thereof. a flexible coaxial cable for conveying microwave energy from a generator located externally to the patient to a treatment site located inside the patient's gastrointestinal tract; and an applicator located at a distal end of the flexible coaxial cable, the applicator having an energy delivery structure connected to receive microwave energy from the coaxial cable; and a gas feed arranged to convey gas to the applicator from a gas supply located externally to the patient, wherein the applicator is arranged to deliver the received microwave energy into the gas received at the applicator to strike or sustain a plasma for delivery to biological tissue at the treatment site; wherein the applicator comprises a probe housing that defines an internal lumen which encloses the coaxial cable and forms a gas flow path in communication with the gas feed; characterised in that a distal end of the probe housing has one or more gas exit apertures formed in a side wall thereof.
A device for diagnosing a malfunction of a hydraulic pump that includes a plurality of pistons (M1 to M9) comprising: a pressure detection section for detecting a pressure value of liquid discharged from the hydraulic pump in rotation; a rotation phase detection section for detecting a rotation phase of the hydraulic pump at the time when a pressure value of liquid is detected by the pressure detection section; and a rendering section for rendering a model of a relationship between pressure values of liquid detected by the pressure detection section and rotation phases of the hydraulic pump detected by the rotation phase detection section to thereby obtain pulsating waveform data, characterized in that the plurality of pistons is arranged in a circumferential direction and discharges liquid with rotation in the circumferential direction and the rendering section configured to perform superimposing detections for each rotation of the hydraulic pump on one another at specific phases to thereby obtain the relationship between pressure values of liquid detected by the pressure detection section and rotation phases of the hydraulic pump detected by the rotation phase detection section; mapping the obtained relationship in a space in which a frequency is defined with reference to one rotation of the hydraulic pump; and superimposing waveforms, the number of which is whole number times the frequency, the whole number being the number of rotations of the hydraulic pump, on one another to render the model of the relationship, thereby obtaining the pulsating waveform data. a pressure detection section for detecting a pressure value of liquid discharged from the hydraulic pump in rotation; a rotation phase detection section for detecting a rotation phase of the hydraulic pump at the time when a pressure value of liquid is detected by the pressure detection section; and a rendering section for rendering a model of a relationship between pressure values of liquid detected by the pressure detection section and rotation phases of the hydraulic pump detected by the rotation phase detection section to thereby obtain pulsating waveform data, characterized in that the plurality of pistons is arranged in a circumferential direction and discharges liquid with rotation in the circumferential direction and the rendering section configured to perform superimposing detections for each rotation of the hydraulic pump on one another at specific phases to thereby obtain the relationship between pressure values of liquid detected by the pressure detection section and rotation phases of the hydraulic pump detected by the rotation phase detection section; mapping the obtained relationship in a space in which a frequency is defined with reference to one rotation of the hydraulic pump; and superimposing waveforms, the number of which is whole number times the frequency, the whole number being the number of rotations of the hydraulic pump, on one another to render the model of the relationship, thereby obtaining the pulsating waveform data.