mhurhangee/ep-ind-claims huggingface dataset:
An oral cavity washing device comprising: a nozzle; a first flow passage and a second flow passage; and a pump that supplies a liquid to the nozzle, wherein the nozzle comprises: a nozzle flow passage; and a reduced part in a middle of the nozzle flow passage, the reduced part being smaller in cross-sectional area than a rest part of the nozzle flow passage, the first flow passage has a first valve that causes the first flow passage to be opened only when the pump sucks the liquid the second flow passage has a second valve that causes the second flow passage to be opened only when the pump discharges the liquid, and the first flow passage and the second flow passage are in parallel to each other and disposed between the nozzle and the pump, such that the opening of the first flow passage allows the pump to suck the liquid from the nozzle; and the opening of the second flow passage allows the pump to discharge the liquid from the nozzle. a nozzle; a first flow passage and a second flow passage; and a pump that supplies a liquid to the nozzle, wherein the nozzle comprises: a nozzle flow passage; and a reduced part in a middle of the nozzle flow passage, the reduced part being smaller in cross-sectional area than a rest part of the nozzle flow passage, the first flow passage has a first valve that causes the first flow passage to be opened only when the pump sucks the liquid the second flow passage has a second valve that causes the second flow passage to be opened only when the pump discharges the liquid, and the first flow passage and the second flow passage are in parallel to each other and disposed between the nozzle and the pump, such that the opening of the first flow passage allows the pump to suck the liquid from the nozzle; and the opening of the second flow passage allows the pump to discharge the liquid from the nozzle. a nozzle flow passage; and a reduced part in a middle of the nozzle flow passage, the reduced part being smaller in cross-sectional area than a rest part of the nozzle flow passage, the first flow passage has a first valve that causes the first flow passage to be opened only when the pump sucks the liquid the second flow passage has a second valve that causes the second flow passage to be opened only when the pump discharges the liquid, and the first flow passage and the second flow passage are in parallel to each other and disposed between the nozzle and the pump, such that the opening of the first flow passage allows the pump to suck the liquid from the nozzle; and the opening of the second flow passage allows the pump to discharge the liquid from the nozzle.
An insulated bag comprising: a bag main body including a bottom surface portion and a side surface portion; a lid body attached to the bag main body; a bottom surface insulating member and a side surface insulating member provided to the bag main body; an extending portion extending in a vertical direction from the side surface insulating member and a step portion formed in the bottom surface insulating member being in contact with the extending portion for increasing a contact area between the side surface insulating member and the bottom surface insulating member, wherein the step portion is provided to have a side surface in contact with a side portion of the extending portion, characterized in that a bottom surface of the extending portion is in contact with an upper surface of the bottom surface insulating member. a bag main body including a bottom surface portion and a side surface portion; a lid body attached to the bag main body; a bottom surface insulating member and a side surface insulating member provided to the bag main body; an extending portion extending in a vertical direction from the side surface insulating member and a step portion formed in the bottom surface insulating member being in contact with the extending portion for increasing a contact area between the side surface insulating member and the bottom surface insulating member, wherein the step portion is provided to have a side surface in contact with a side portion of the extending portion, characterized in that a bottom surface of the extending portion is in contact with an upper surface of the bottom surface insulating member.
Special brass alloy with 60 - 62 % by weight Cu; 2.1 - 2.5 % by weight Mn; 0.2 - 0.6 % by weight Ni; 2.9 - 3.1 % by weight Al; 0.35 - 0.65 % by weight Si; ≤ 0.1 % by weight Fe; ≤ 0.1 % by weight Sn; ≤ 0.1 % by weight Pb; and contains as the remainder Zn as well as unavoidable impurities. 60 - 62 % by weight Cu; 2.1 - 2.5 % by weight Mn; 0.2 - 0.6 % by weight Ni; 2.9 - 3.1 % by weight Al; 0.35 - 0.65 % by weight Si; ≤ 0.1 % by weight Fe; ≤ 0.1 % by weight Sn; ≤ 0.1 % by weight Pb;
An adjustable valve comprising: a valve body comprising a valve seat; a valve member movable relative to the valve seat; a first valve cap; a second valve cap; and a biasing element provided between the first valve cap and the valve member such that the valve member is biased away from the first valve cap by a biasing force from the biasing element; wherein the first valve cap is movable within a defined range of motion relative to the valve body such that movement of the first valve cap in a first direction increases the biasing force applied by the biasing element; and characterised in that the second valve cap is engageable with the first valve cap at a plurality of positions of the first valve cap within its defined range of motion to prevent movement of the first valve cap in said first direction beyond a selected one of said plurality of positions but to allow movement of the first valve cap in a second direction, opposite to said first direction, within said defined range of motion. a valve body comprising a valve seat; a valve member movable relative to the valve seat; a first valve cap; a second valve cap; and a biasing element provided between the first valve cap and the valve member such that the valve member is biased away from the first valve cap by a biasing force from the biasing element; wherein the first valve cap is movable within a defined range of motion relative to the valve body such that movement of the first valve cap in a first direction increases the biasing force applied by the biasing element; and characterised in that the second valve cap is engageable with the first valve cap at a plurality of positions of the first valve cap within its defined range of motion to prevent movement of the first valve cap in said first direction beyond a selected one of said plurality of positions but to allow movement of the first valve cap in a second direction, opposite to said first direction, within said defined range of motion.
A work vehicle comprising: a drive source; a travel device for causing the vehicle to travel by drive force from the drive source; a hydraulic pump driven by drive force from the drive source; a work implement driven by hydraulic fluid from the hydraulic pump; a traction force detector (91, 93) for detecting traction force of the vehicle; and a lift force detector for detecting lift force for raising the work implement; characterized by a controller configured for comparing a predetermined threshold and a ratio between the lift force and the traction force, and executing traction force reduction control for reducing the traction force in the case that an increase in the lift force is required. a drive source; a travel device for causing the vehicle to travel by drive force from the drive source; a hydraulic pump driven by drive force from the drive source; a work implement driven by hydraulic fluid from the hydraulic pump; a traction force detector (91, 93) for detecting traction force of the vehicle; and a lift force detector for detecting lift force for raising the work implement;
A rotary apparatus for load pick-up means such as excavator grabs and the like having one fixed component and one component connected thereto and rotatably movable about an axis, in particular a stator and a rotor; having a rotary drive, in particular a hydraulic rotary drive, acting between the fixed component and the moving component; and having means for locking the moving component with regard to the fixed component in at least one rotational position with respect to one another, wherein a ring of engagement receivers, namely an outer or inner toothed ring, is fastened to at least one of the two components and whose receivers are arranged distributed about an axis which coincides with an axis of rotation of the moving component; and wherein a ring of engagement elements, namely an inner or outer toothed ring, is rotationally fixedly arranged at the other component and whose engagement elements are arranged distributed about an axis which coincides with the axis of rotation of the moving component, wherein the inner or outer toothed ring of the second component is axially displaceable between a first position in which its teeth engage into the teeth of the outer or inner toothed ring at the first component and a second position in which it releases them, characterized in that at least one engagement element fastened to the second component engages into the teeth of the axially displaceable inner or outer toothed ring in both positions such that it blocks rotation.
Underfloor guide for guiding an extractable furniture part movable relative to a body with a guide unit arranged underneath a base of the extractable furniture part, wherein the guide unit comprises a body rail which can be secured to the body, an extraction rail which can be attached to the extractable furniture part and a central rail operating between the body rail and the extraction rail, wherein the guide unit comprises first load-transmitting bearing means (13, 23) between the central rail and the body rail and comprises second load-transmitting bearing means (12, 23) between the central rail and the extraction rail, each with a main body and roller means mounted thereon for movably supporting the rails (5, 6, 7) relative to one another and synchronisation means for synchronising the guide unit, characterised in that the synchronisation means comprise at least one synchronisation element which cooperates with the main body of the respective bearing means, wherein the synchronisation element engages through at least one recess of the central rail and on each side of the recess cooperates with the main body of the respective bearing means.
A method, comprising: receiving, by a circuit, a signal resulting in a received signal, the signal comprising an uplink signal generated by a communication device and a passive intermodulation interference signal generated by two or more transmitters, the uplink signal having an expected peak-to-average-power ratio, PAPR, wherein the passive intermodulation interference signal is associated with a higher PAPR and the higher PAPR is defined by a signaling protocol used by the two or more transmitters, and wherein the two or more transmitters are unassociated with the communication device generating the uplink signal; and clipping peaks of the received signal exceeding a PAPR threshold so as to reduce passive intermodulation interference introduced by the passive intermodulation interference signal, wherein the PAPR threshold is determined from the expected PAPR of the uplink signal that is not subject to the passive intermodulation interference. receiving, by a circuit, a signal resulting in a received signal, the signal comprising an uplink signal generated by a communication device and a passive intermodulation interference signal generated by two or more transmitters, the uplink signal having an expected peak-to-average-power ratio, PAPR, wherein the passive intermodulation interference signal is associated with a higher PAPR and the higher PAPR is defined by a signaling protocol used by the two or more transmitters, and wherein the two or more transmitters are unassociated with the communication device generating the uplink signal; and clipping peaks of the received signal exceeding a PAPR threshold so as to reduce passive intermodulation interference introduced by the passive intermodulation interference signal, wherein the PAPR threshold is determined from the expected PAPR of the uplink signal that is not subject to the passive intermodulation interference.
Industrial truck, comprising at least one load roller unit at a free end of a wheel arm of the industrial truck, the load roller unit comprising - at least one unpowered load roller, which is rotatably arranged around an essentially horizontal roller axis, and - an adjustment assembly which on one hand supports the roller axis and on the other hand is designed to adjust the position of the roller axis in the vertical direction relative to a bearing element, wherein the bearing element is formed integrally with or connected to the wheel arm, wherein the adjustment assembly comprises a substantially horizontally extending swing element supporting the roller axis, which is pivotable on the bearing element about a substantially horizontally extending pivot axis, characterized in that on one of the elements, bearing element or swing element, at least one adjustable stop element is provided, which is designed to interact with a stop surface provided on the respective other element, swing element or bearing element, to limit the pivoting movement of the swing element. - at least one unpowered load roller, which is rotatably arranged around an essentially horizontal roller axis, and - an adjustment assembly which on one hand supports the roller axis and on the other hand is designed to adjust the position of the roller axis in the vertical direction relative to a bearing element, wherein the bearing element is formed integrally with or connected to the wheel arm,
Cover plate for a hotplate, with a flat planar base section, which spans a plane, which is defined by a first spatial direction (x) and a second spatial direction (y) which differs from the first spatial direction (x), two reinforcing sections, which are bent out from the flat planar base section, and which are provided on two mutually opposing edge sections (7, 8) of the base section, wherein the base section and the reinforcing sections are formed from a shaped flat planar sheet metal blank, and a reinforcing element separated from the base section and attached hereto, wherein the reinforcing section and the reinforcing element are arranged so that the cover plate is reinforced in the first spatial direction (x) with the aid of the reinforcing section and in the second spatial direction (y) which differs from the first spatial direction (x) with the aid of the reinforcing element such that the reinforcing section prevents the cover plate from bending about the first spatial direction (x) as a bending axis and that the reinforcing element prevents the cover plate from bending about the second spatial direction (y) as a bending axis, wherein the reinforcing section is provided on an edge section (7, 8) of the base section, and wherein the reinforcing element is attached to a cutting edge (12, 13) of the base section arranged at right angles to the edge section (7, 8).
A method for controlling reactance in the primary conductor of an inductive power transfer, IPT, system, the method comprising: determining a variable reactance in the primary conductor caused by a pick-up circuit inductively coupled therewith; and controlling a first reactive element ( Ceq, Leq) associated with a resonant circuit of a compensation device inductively coupled with the primary conductor, dependent on the sensed reactance, to reflect a controlled compensatory reactance ameliorating the reactance in the primary conductor; characterised in that the method further comprises determining a magnitude or range of magnitude of the power drawn by the compensation device for a magnitude or range of magnitude of the reflected reactance achieved, and controlling the first reactive element (Ceq, Leq) to provide the controlled compensatory reactance for the least power drawn from the primary supply dependent on the magnitude or range of magnitude of the power drawn from the primary conductor by the compensation device. determining a variable reactance in the primary conductor caused by a pick-up circuit inductively coupled therewith; and controlling a first reactive element ( Ceq, Leq) associated with a resonant circuit of a compensation device inductively coupled with the primary conductor, dependent on the sensed reactance, to reflect a controlled compensatory reactance ameliorating the reactance in the primary conductor; characterised in that the method further comprises determining a magnitude or range of magnitude of the power drawn by the compensation device for a magnitude or range of magnitude of the reflected reactance achieved, and controlling the first reactive element (Ceq, Leq) to provide the controlled compensatory reactance for the least power drawn from the primary supply dependent on the magnitude or range of magnitude of the power drawn from the primary conductor by the compensation device.
A laundry treatment apparatus comprising: a cabinet; a drawer configured to be extracted from and retracted into the cabinet; an accommodation unit (4, 5) provided in the drawer to store water therein; a water supply channel connecting a water supply source and the accommodation unit; a water discharge channel configured to discharge water in the accommodation unit to the outside of the cabinet; a drainpipe to connect the water discharge channel and a sewage outlet; and characterized by a communication pipe configured to connect the water supply channel with the water discharge channel directly. a cabinet; a drawer configured to be extracted from and retracted into the cabinet; an accommodation unit (4, 5) provided in the drawer to store water therein; a water supply channel connecting a water supply source and the accommodation unit; a water discharge channel configured to discharge water in the accommodation unit to the outside of the cabinet; a drainpipe to connect the water discharge channel and a sewage outlet; and characterized by a communication pipe configured to connect the water supply channel with the water discharge channel directly.
A method for controlling aerosol production in an aerosol-generating device, the aerosol-generating device comprising a heating arrangement and a power source for providing power to the heating arrangement, and the method comprising: performing a calibration process for measuring calibration values associated with a susceptor, wherein the heating arrangement is configured to inductively heat the susceptor based on the calibration values, and wherein the calibration process comprises the steps of: i) controlling the power provided to the heating arrangement to cause an increase of the temperature of the susceptor; ii) monitoring a conductance value or a resistance value associated with the susceptor; iii) interrupting provision of power to the heating arrangement when the conductance value reaches a maximum or interrupting provision of power to the heating arrangement when the resistance value reaches a minimum, wherein the conductance value at maximum conductance or the resistance value at minimum resistance is a second calibration value associated with the susceptor; and iv) monitoring the conductance value associated with the susceptor until the conductance value reaches a minimum, or monitoring the resistance value associated with the susceptor until the resistance value reaches a maximum, wherein the conductance value at minimum conductance or the resistance value at maximum resistance is a first calibration value associated with the susceptor, characterised in that the calibration process is performed in response to detecting a control signal associated with the end of a pre-heating process, wherein the pre-heating process has a predetermined duration. i) controlling the power provided to the heating arrangement to cause an increase of the temperature of the susceptor; ii) monitoring a conductance value or a resistance value associated with the susceptor; iii) interrupting provision of power to the heating arrangement when the conductance value reaches a maximum or interrupting provision of power to the heating arrangement when the resistance value reaches a minimum, wherein the conductance value at maximum conductance or the resistance value at minimum resistance is a second calibration value associated with the susceptor; and iv) monitoring the conductance value associated with the susceptor until the conductance value reaches a minimum, or monitoring the resistance value associated with the susceptor until the resistance value reaches a maximum, wherein the conductance value at minimum conductance or the resistance value at maximum resistance is a first calibration value associated with the susceptor,
A joining jig comprising: a pair of flat-plate sandwiching portions (17,18) including sandwiching faces which, in use, sandwich therebetween a platy member laminate prepared by laminating two platy members (2,3) while a solder is arranged on a joined face between the platy members; a plurality of vapor inflow ports provided in the sandwiching face so that, in use surplus solder vapor on the joined face flows into the vapor inflow ports in a case where the platy member laminate is heated while the platy member laminate is sandwiched between the pair of sandwiching portions; vapor flow paths provided so that the vapor flow paths communicate with the vapor inflow ports to constitute the flow paths of the vapor of the solder; characterized in that it further comprises: vapor discharge ports provided in the side surface of the joining jig so that the vapor discharge ports communicate with the vapor flow paths to discharge, in use, the vapor of the solder to the outside. a pair of flat-plate sandwiching portions (17,18) including sandwiching faces which, in use, sandwich therebetween a platy member laminate prepared by laminating two platy members (2,3) while a solder is arranged on a joined face between the platy members; a plurality of vapor inflow ports provided in the sandwiching face so that, in use surplus solder vapor on the joined face flows into the vapor inflow ports in a case where the platy member laminate is heated while the platy member laminate is sandwiched between the pair of sandwiching portions; vapor flow paths provided so that the vapor flow paths communicate with the vapor inflow ports to constitute the flow paths of the vapor of the solder; characterized in that it further comprises: vapor discharge ports provided in the side surface of the joining jig so that the vapor discharge ports communicate with the vapor flow paths to discharge, in use, the vapor of the solder to the outside.
Remotely operable door opener having a blocking device, wherein the door opener has a door opener latch which can be switched between a release position and a locking position via a locking means, and a receiving space for insertion of the blocking device, wherein the blocking device is loaded by a lock latch in the closing position and, in turn, loads the locking means or an element of the locking means of the door opener in such a manner that it holds the door opener in the release position mechanically after a remotely operated switching of the door opener latch into the release position, until either the door opener latch is pivoted and/or the lock latch disengages from the blocking device, characterised in that the blocking device has a blocking body which has a blocking pin at its one end and a push bolt at its opposite end, the door opener latch has the receiving space into which the blocking device can be inserted, and the door opener latch has a detachable and transversely adjustable screw-on piece and the blocking pin engages through an elongated hole of the screw-on piece and extends in the direction of a lock latch, and the screw-on piece fixes the blocking body in the door opener latch, and wherein the blocking body displaceably supports both the blocking pin and the push bolt in an axial direction relative to each other.