mhurhangee/ep-ind-claims huggingface dataset:
A power tool comprising: a housing (542, 544) which comprises a first head housing, a second head housing, a first motor housing which is fixedly connected to the first head housing, a second motor housing fixedly connected to the second head housing and a motor housing vibration damping device disposed between the first motor housing and the second motor housing, a motor received in the housing (542, 544), wherein the first motor housing is used for mounting the motor; and an output shaft driven by the motor and used for mounting a cutting tool, wherein the first head housing is used for receiving part of the output shaft and a maximal length of the first head housing along an axial direction of the output shaft is L, wherein a plane where the axis of the output shaft is positioned is defined as a middle plane, and on at least one side of the middle plane, N vibration damping elements are disposed between the first head housing and the second head housing, wherein each vibration damping element comprises a vibration damping part contacting with the first head housing and the second head housing and a sum of the lengths of the N vibration damping parts along the axial direction of the output shaft is larger than or equal to 0.2L and smaller than or equal to L, wherein on one side of the middle plane, the motor housing vibration damping device and the N vibration damping elements form at least one triangle and the N vibration damping elements form one side of the triangle. a housing (542, 544) which comprises a first head housing, a second head housing, a first motor housing which is fixedly connected to the first head housing, a second motor housing fixedly connected to the second head housing and a motor housing vibration damping device disposed between the first motor housing and the second motor housing, a motor received in the housing (542, 544), wherein the first motor housing is used for mounting the motor; and an output shaft driven by the motor and used for mounting a cutting tool, wherein the first head housing is used for receiving part of the output shaft and a maximal length of the first head housing along an axial direction of the output shaft is L, wherein a plane where the axis of the output shaft is positioned is defined as a middle plane, and on at least one side of the middle plane, N vibration damping elements are disposed between the first head housing and the second head housing, wherein each vibration damping element comprises a vibration damping part contacting with the first head housing and the second head housing and a sum of the lengths of the N vibration damping parts along the axial direction of the output shaft is larger than or equal to 0.2L and smaller than or equal to L, wherein on one side of the middle plane, the motor housing vibration damping device and the N vibration damping elements form at least one triangle and the N vibration damping elements form one side of the triangle.
A bogey for supporting a hanger bolt with a threaded shaft and side flats, the hanger bolt being suitable to support a folding panel such as a door panel, the bogey including a body with a threaded retainer, for screw threaded engagement and height adjustment of the bolt by rotation and resultant axial movement of the bolt relative to the retainer, and a lock mechanism comprising a moveable keeper arranged to engage the side flats of the bolt to restrict axial movement of the bolt resulting from relative rotation between the bolt and the retainer, characterised in that the lock mechanism is mounted in a housing at a base of the body.
A method of producing at least one halogenated propene selected from the group consisting of 1,3,3,3-tetrafluoro-1-propene (HFO-1234ze), 1-chloro-3,3,3-trifluoro-1-propene (HCFO-1233zd), and 2-chloro-3,3,3-trifluoro-1-propene (HCFO-1233xf), said method comprising: removing water from an acid-free stream of the at least one halogenated propene with concentrated sulfuric acid to produce a composition comprising the at least one halogenated propene and at least one acid impurity selected from hydrogen fluoride and hydrogen chloride (HCl); and removing the at least one acid impurity, wherein removing the at least one acid impurity comprises passing a liquid or gas stream of the composition through a solid adsorbent bed comprising at least one acid reactive agent and at least one water absorbing agent. removing water from an acid-free stream of the at least one halogenated propene with concentrated sulfuric acid to produce a composition comprising the at least one halogenated propene and at least one acid impurity selected from hydrogen fluoride and hydrogen chloride (HCl); and removing the at least one acid impurity, wherein removing the at least one acid impurity comprises passing a liquid or gas stream of the composition through a solid adsorbent bed comprising at least one acid reactive agent and at least one water absorbing agent.
A method of operating a power system, the method comprising: operating a rotor side converter of the power system with a minimal current, wherein the minimal current comprises approximately zero flux current; calculating a grid reactive power (Q gsc) generated by a grid side converter of the power system; calculating a maximum reactive power (Q gsc_max) of the grid side converter based on a rotor active power (P rotor), a supply voltage, and a grid side converter current; comparing the calculated grid reactive power with the calculated maximum reactive power of the grid side converter; setting a reactive power command (Q gsc cmd) of the grid side converter to the calculated maximum reactive power of the grid side converter when the calculated grid reactive power is greater than the calculated maximum reactive power of the grid side converter; calculating a stator reactive power (Q stator) based on a total reactive power of the power system and the reactive power command of the grid side converter (Q gsc cmd); and adjusting the minimal current to generate the stator reactive power. operating a rotor side converter of the power system with a minimal current, wherein the minimal current comprises approximately zero flux current; calculating a grid reactive power (Q gsc) generated by a grid side converter of the power system; calculating a maximum reactive power (Q gsc_max) of the grid side converter based on a rotor active power (P rotor), a supply voltage, and a grid side converter current; comparing the calculated grid reactive power with the calculated maximum reactive power of the grid side converter; setting a reactive power command (Q gsc cmd) of the grid side converter to the calculated maximum reactive power of the grid side converter when the calculated grid reactive power is greater than the calculated maximum reactive power of the grid side converter; calculating a stator reactive power (Q stator) based on a total reactive power of the power system and the reactive power command of the grid side converter (Q gsc cmd); and adjusting the minimal current to generate the stator reactive power.
In a base station, a mode adaptation method for performing mode switching between a single-user MIMO (SU-MIMO) mode and a multi-user MIMO (MU-MIMO) mode, the method comprising: receiving a preferred MIMO mode related information from a mobile station; determining a MIMO mode based on the preferred MIMO mode related information; reporting the MIMO mode to the mobile station; and receiving a feedback information of the MIMO mode from the mobile station. receiving a preferred MIMO mode related information from a mobile station; determining a MIMO mode based on the preferred MIMO mode related information; reporting the MIMO mode to the mobile station; and receiving a feedback information of the MIMO mode from the mobile station.
A peptide selected from the group consisting of the GLP-1 peptide, the GIP peptide and analogues thereof resistant to dipeptidyl peptidase IV (DPP-IV), for use in the treatment of osteoarthritis.
Apparatus for measuring and/or adjusting a tool, having a reference plate, which is situated in a reference plane and has optical marks, a first camera that is to be directed at the tool and is carried by a measurement head that is movable parallel to the reference plane, relative to the tool, and a position sensor, attached to or in the measurement head (16, 42), for ascertaining the position of the measurement head relative to the reference plate, characterized in that the measurement head is supported in a gliding manner on a surface of the reference plate, in that the reference plate defines a horizontal reference plane, over which the measurement head is freely guidable, and the position sensor is designed in the form of a second camera for recording the optical marks to ascertain the position of the measurement head on the reference plane. having a reference plate, which is situated in a reference plane and has optical marks, a first camera that is to be directed at the tool and is carried by a measurement head that is movable parallel to the reference plane, relative to the tool, and a position sensor, attached to or in the measurement head (16, 42), for ascertaining the position of the measurement head relative to the reference plate, characterized in that the measurement head is supported in a gliding manner on a surface of the reference plate, in that the reference plate defines a horizontal reference plane, over which the measurement head is freely guidable, and the position sensor is designed in the form of a second camera for recording the optical marks to ascertain the position of the measurement head on the reference plane.
A method in a wireless device, comprising: obtaining information related to a signal transmission configuration for autonomous uplink transmission by the wireless device, the information comprising: a set of pre-allocated resources for use by the wireless device in performing autonomous uplink transmission on at least one secondary cell established between the wireless device and a network node and operating in unlicensed spectrum; and a periodicity associated with the set of pre-allocated resources; and performing autonomous uplink transmission according to the obtained information related to the signal transmission configuration, wherein the information related to the signal transmission configuration for autonomous uplink transmission by the wireless device further comprises information about one or more subframes that should be avoided by the wireless device when performing autonomous uplink transmission. obtaining information related to a signal transmission configuration for autonomous uplink transmission by the wireless device, the information comprising: a set of pre-allocated resources for use by the wireless device in performing autonomous uplink transmission on at least one secondary cell established between the wireless device and a network node and operating in unlicensed spectrum; and a periodicity associated with the set of pre-allocated resources; and a set of pre-allocated resources for use by the wireless device in performing autonomous uplink transmission on at least one secondary cell established between the wireless device and a network node and operating in unlicensed spectrum; and a periodicity associated with the set of pre-allocated resources; and performing autonomous uplink transmission according to the obtained information related to the signal transmission configuration, wherein the information related to the signal transmission configuration for autonomous uplink transmission by the wireless device further comprises information about one or more subframes that should be avoided by the wireless device when performing autonomous uplink transmission.
A medical device comprising: a housing configured to be moved along a surface of a target tissue in a longitudinal direction; one or more supply lines (22, 25) configured to conduct air and water to the housing; a pulse emitter configured to emit electromagnetic pulses toward the surface at a repetition rate for the pulses to produce ablation holes in the tissue, wherein the pulse emitter includes optical components (41, 43, 44) and is configured to direct the air against the optical components (41, 43, 44) to keep the optical components (41, 43, 44) clean; characterized in that the medical device further comprises one or more nozzles (24, 27) configured to emit the air and the water in an air/water spray to moisturize and cool the target tissue prior to laser application. a housing configured to be moved along a surface of a target tissue in a longitudinal direction; one or more supply lines (22, 25) configured to conduct air and water to the housing; a pulse emitter configured to emit electromagnetic pulses toward the surface at a repetition rate for the pulses to produce ablation holes in the tissue, wherein the pulse emitter includes optical components (41, 43, 44) and is configured to direct the air against the optical components (41, 43, 44) to keep the optical components (41, 43, 44) clean; characterized in that the medical device further comprises one or more nozzles (24, 27) configured to emit the air and the water in an air/water spray to moisturize and cool the target tissue prior to laser application.
A wiper connector assembly for a vehicle, comprising a wiper blade connector part and a wiper arm connector part, wherein one of the wiper arm connector part and the wiper blade connector part is a male connector and the other one a female connector for connecting the wiper blade connector part to the wiper arm connector part, wherein the connector has a biased protrusion extending from an exterior of the male connector in a radial direction of the male connector and having a visual indicator portion, said male connector further comprising a user-operable arm configured to cooperate with the biased protrusion and having a tab portion reachable by a user from an outside of the male connector; characterized in that - the female connector defines an interior surface and comprises a groove disposed on the interior surface, said groove defining a path for the biased protrusion of the male connector and having a groove end comprising a through hole for said biased protrusion; - the groove path having at least a first path section extending substantially in an axial direction and a subsequent second path section extending from the first path section and substantially in a circumferential direction along said interior surface of said female connector; - wherein the male connector is connectable to the female connector by inserting a front end of said male connector in a receiving end of said female connector and displacing the biased protrusion in the first path section and subsequently in the second path section to the groove end, whereby the biased protrusion is permitted to move outwards in the radial direction, thereby fixating the male connector relative the female connector, while providing a visible indication of a fixation position to a user by the visual indicator portion. - the female connector defines an interior surface and comprises a groove disposed on the interior surface, said groove defining a path for the biased protrusion of the male connector and having a groove end comprising a through hole for said biased protrusion; - the groove path having at least a first path section extending substantially in an axial direction and a subsequent second path section extending from the first path section and substantially in a circumferential direction along said interior surface of said female connector; - wherein the male connector is connectable to the female connector by inserting a front end of said male connector in a receiving end of said female connector and displacing the biased protrusion in the first path section and subsequently in the second path section to the groove end, whereby the biased protrusion is permitted to move outwards in the radial direction, thereby fixating the male connector relative the female connector, while providing a visible indication of a fixation position to a user by the visual indicator portion.
A heat exchange module, comprising: a flexible frame having one or more openings; a thermally conductive tile attached within each of said one or more openings in said flexible frame, wherein each said thermally conductive tile is positionable against a body part of a user; one or more thermoelectric coolers (TECs), each said thermoelectric cooler having a user side and a reference side; wherein said user side of each said thermoelectric cooler is in thermal conductive relation with one of said thermally conductive tiles; wherein each of said thermally conductive tile is in thermal communication with a temperature sensor for detecting temperature of the body part; a liquid chamber assembly positioned proximal the reference side of said thermoelectric cooler, said liquid chamber assembly having a liquid chamber box, a first pipe exiting the box, and a second pipe exiting the box and spaced apart from the first pipe; wherein said liquid chamber box comprises a first and second sheet of thermoplastic material that are formed and adhered together forming a fluid flow channel therebetween, and in which one of said sheets of thermoplastic material is configured with one or more openings; one or more thermally conductive plates, in which each of said thermally conductive plates are adhered into one of said openings in said second sheet of thermoplastic material forming a seal thereof, and wherein said thermally conductive plates are coupled to a reference side of one of said thermoelectric coolers (TECs). a flexible frame having one or more openings; a thermally conductive tile attached within each of said one or more openings in said flexible frame, wherein each said thermally conductive tile is positionable against a body part of a user; one or more thermoelectric coolers (TECs), each said thermoelectric cooler having a user side and a reference side; wherein said user side of each said thermoelectric cooler is in thermal conductive relation with one of said thermally conductive tiles; wherein each of said thermally conductive tile is in thermal communication with a temperature sensor for detecting temperature of the body part; a liquid chamber assembly positioned proximal the reference side of said thermoelectric cooler, said liquid chamber assembly having a liquid chamber box, a first pipe exiting the box, and a second pipe exiting the box and spaced apart from the first pipe; wherein said liquid chamber box comprises a first and second sheet of thermoplastic material that are formed and adhered together forming a fluid flow channel therebetween, and in which one of said sheets of thermoplastic material is configured with one or more openings; one or more thermally conductive plates, in which each of said thermally conductive plates are adhered into one of said openings in said second sheet of thermoplastic material forming a seal thereof, and wherein said thermally conductive plates are coupled to a reference side of one of said thermoelectric coolers (TECs).
A dishwasher, comprising: a case having a dishwashing space disposed therein; a door openably attached to the case; a base on which the case is supported; and a single sound-insulation member that substantially prevents noise discharge between a lower end of the door and a front frame of the case, through a front side of the base, and between the base and the floor, characterized in that the single sound-insulation member is formed with a bent portion, to maintain the toe kick space below the door, wherein the bent portion is formed at a portion of the sound-insulation member corresponding to the front upper end of the base and is configured such that the end of the sound-insulation member extends horizontally to the lower end of the door and the other end of the sound-insulation member extends vertically to the installation plane of the dishwasher. a case having a dishwashing space disposed therein; a door openably attached to the case; a base on which the case is supported; and a single sound-insulation member that substantially prevents noise discharge between a lower end of the door and a front frame of the case, through a front side of the base, and between the base and the floor, characterized in that the single sound-insulation member is formed with a bent portion, to maintain the toe kick space below the door, wherein the bent portion is formed at a portion of the sound-insulation member corresponding to the front upper end of the base and is configured such that the end of the sound-insulation member extends horizontally to the lower end of the door and the other end of the sound-insulation member extends vertically to the installation plane of the dishwasher.
An in-wheel electric motor comprising a stator with at a vehicle side a connector member, a cylindrical hollow stator body connected to the connector member; an outer surface of the stator body being equipped with stator windings, and further comprising a cylindrical rotor body coaxially enclosing the stator; the electric motor further comprising a power electronics device for powering the stator windings, characterized in that the hollow stator body is provided with a stator body opening at a road side of the electric motor for receiving the power electronics device, and the enclosing rotor body is provided with a removable cover plate covering a rotor body opening of the rotor body at the road side and covering the stator body opening.
A filter medium comprising - a first conductive fibrous substrate, - a second conductive fibrous substrate spaced apart from the first conductive substrate and - a third insulation substrate fitted between the first and the second substrates for electrically separating the first conductive substrate from the second conductive substrate, wherein the first conductive fibrous substrate comprises - a first layer with first fibers having a first average diameter; - a second layer with second fibers having a second average diameter; and - a third layer with third fibers having a third average diameter; wherein the second layer comprises activated carbon in an amount sufficient to render the first fibrous substrate conductive. - a first conductive fibrous substrate, - a second conductive fibrous substrate spaced apart from the first conductive substrate and - a third insulation substrate fitted between the first and the second substrates for electrically separating the first conductive substrate from the second conductive substrate, - a first layer with first fibers having a first average diameter; - a second layer with second fibers having a second average diameter; and - a third layer with third fibers having a third average diameter;