mhurhangee/patent-ind-claim-en huggingface dataset:
An electric wire with terminal , comprising: an electric wire comprising a conductor comprising an aluminum material and an insulation layer coating the conductor ; and a terminal comprising an aluminum material and including a hollow portion into which the conductor exposed from an end of the electric wire is inserted, which is connected to the conductor by compressing the hollow portion while the conductor is inserted into the hollow portion , wherein the terminal comprises three or more compressed portions along a longitudinal direction of the conductor , and wherein said terminal is connected to the conductor by the first and second compressed portions which have been formed by compressing along an entire circumference of the hollow portion in a circumference direction, characterized in that a tensile strength of aluminum material used for the conductor is higher than a tensile strength of aluminum material used for terminal , and that said terminal is further connected to the conductor by the third compressed portion which has been formed between said first and second compressed portions by compressing along an entire circumference of the hollow portion in a circumference direction to suppress the decrease in contact force between the conductor and the terminal caused by stress relaxation between the conductor and the terminal , so that low electric resistance between the conductor and the terminal can be maintained. an electric wire comprising a conductor comprising an aluminum material and an insulation layer coating the conductor ; and a terminal comprising an aluminum material and including a hollow portion into which the conductor exposed from an end of the electric wire is inserted, which is connected to the conductor by compressing the hollow portion while the conductor is inserted into the hollow portion , wherein the terminal comprises three or more compressed portions along a longitudinal direction of the conductor , and wherein said terminal is connected to the conductor by the first and second compressed portions which have been formed by compressing along an entire circumference of the hollow portion in a circumference direction, characterized in that a tensile strength of aluminum material used for the conductor is higher than a tensile strength of aluminum material used for terminal , and that said terminal is further connected to the conductor by the third compressed portion which has been formed between said first and second compressed portions by compressing along an entire circumference of the hollow portion in a circumference direction to suppress the decrease in contact force between the conductor and the terminal caused by stress relaxation between the conductor and the terminal , so that low electric resistance between the conductor and the terminal can be maintained.
A composition for use in the treatment of ischemic disease, the composition containing poly-sialylated neural cell adhesion molecule (PSA-NCAM)-positive neural precursor cells as an active ingredient wherein the PSA-NCAM-positive neural precursor cells are separated from neural rosettes differentiated from pluripotent stem cells wherein the pluripotent stem cells are embryonic stem cells, or induced pluripotent stem cells (iPSCs), wherein the ischemic disease is selected from the group consisting of ischemic cerebrovascular disease, ischemic heart disease, myocardial infarction, angina pectoris, lower limb artery ischemic disease, and distal limb ischemic disease.
An arrangement including a male connector designed for connection to a female connector to form a watertight connection , said male connector having a plug connector body of hard urethane material and a connector overmold disposed about a cable , said overmold being of soft urethane material, wherein said connector overmold is disposed about a portion of a cylindrical exterior surface of said plug connector body ; said connector overmold and said plug connector body are heated during fabrication when fitted together such that a partial re-melt of the hard urethane material of the plug connector body fuses with the soft urethane material of the connector overmold thereby providing strength of connection and protection from water leakage between the connector overmold and the plug connector body ; said plug connector body is molded with no mold parting line prior to its partial fusing with said connector overmold during connection of said plug connector body and said connector overmold ; said plug connector body has a first cylindrical portion about which said connector overmold is placed and a second cylindrical portion, said first cylindrical portion defined by a smaller radius than that of said second cylindrical portion, characterized in that an annular shoulder is defined between the two cylindrical portions; and an "O" ring groove is defined between an end of said connector overmold and said shoulder of said plug body .
A method of producing a collagen surgical implant, the method comprising: forming a gas-cluster ion-beam (GCIB) in a reduced-pressure chamber; introducing a collagen surgical implant into the reduced-pressure chamber; and irradiating the surface of said collagen surgical implant with a GCIB beam wherein the GCIB is being accelerated by an voltage of approximately 30kV or more and the irradiation having a dosage of approximately 5x 10 13 ions/cm 2 or more on all exterior surfaces of the collagen surgical implant. forming a gas-cluster ion-beam (GCIB) in a reduced-pressure chamber; introducing a collagen surgical implant into the reduced-pressure chamber; and irradiating the surface of said collagen surgical implant with a GCIB beam wherein the GCIB is being accelerated by an voltage of approximately 30kV or more and the irradiation having a dosage of approximately 5x 10 13 ions/cm 2 or more on all exterior surfaces of the collagen surgical implant.
Agricultural seed drill having a plurality of sowing coulters which are each designed as double disc coulters, wherein in each case two coulter discs are arranged in a V-shaped manner with respect to each other, and having a scraping element which is arranged between the in each case two coulter discs of the double disc coulter in the rear region of the double disc coulter in the sowing direction, wherein the scraping element is formed elastically and is clamped releasably, in a U-shaped manner, in the fastening element provided for accommodating it, wherein the open ends of the scraping element clamped in a U-shaped manner are oriented counter to the sowing direction and are placed against the in each case two coulter discs of the double disc coulter under a restoring force, characterized in that the scraping element has a pattern of holes not serving for the fastening of the scraping element to the fastening element, wherein the shape, size and distribution of the holes of the pattern of holes of the scraping element is suitable for bringing about a defined restoring force of the scraping element.
An incontinence device insertable into and removable from a vaginal canal of a human user to apply pressure upon a urethra comprising: a distal body member including a central core , a first arcuate arm on a first side of the central core and a second arcuate arm on a second opposite side of the central core, the first and second arcuate arms flexing inward toward the central core into a first compressed position during insertion and expanding outward away from the central core into a second in use position to fill the space in the middle and superior thirds of the vaginal canal in order to retain the incontinence device in the vaginal canal ; a proximal pressure member extending from the body member for resilient movement relative to the body member; wherein the pressure member is suitable to apply pressure to support the urethra for controlling incontinence; and an actuation mechanism composed a single flexible cord connected to both the first and second arcuate arms as well as the central core and the pressure member such that when the cord is pulled the arcuate arms move toward the central core into the first compressed position, characterized in that the body member s S-shaped. a distal body member including a central core , a first arcuate arm on a first side of the central core and a second arcuate arm on a second opposite side of the central core, the first and second arcuate arms flexing inward toward the central core into a first compressed position during insertion and expanding outward away from the central core into a second in use position to fill the space in the middle and superior thirds of the vaginal canal in order to retain the incontinence device in the vaginal canal ; a proximal pressure member extending from the body member for resilient movement relative to the body member; wherein the pressure member is suitable to apply pressure to support the urethra for controlling incontinence; and an actuation mechanism composed a single flexible cord connected to both the first and second arcuate arms as well as the central core and the pressure member such that when the cord is pulled the arcuate arms move toward the central core into the first compressed position, characterized in that the body member s S-shaped.
A twin-engine system , comprising: a gas turbine engine comprising a core and a first output shaft drivable by the core ; an electric engine having an electric motor configured to drive a second output shaft ; and a reduction gear box (RGB) having an RGB input drivingly engaged with both the first output shaft and the second output shaft , the RGB having an RGB output to provide rotational output to a rotatable load , characterised in that : the system further comprises an electric generator configured to provide electrical power to the electric motor , the electric generator aligned with the electric motor within the twin-engine system ; and the electric generator is drivingly engaged to the gas turbine engine via the RGB in order to convert a mechanical output from the gas turbine engine into electrical power that is supplied to the electric motor . a gas turbine engine comprising a core and a first output shaft drivable by the core ; an electric engine having an electric motor configured to drive a second output shaft ; and a reduction gear box (RGB) having an RGB input drivingly engaged with both the first output shaft and the second output shaft , the RGB having an RGB output to provide rotational output to a rotatable load , characterised in that : the system further comprises an electric generator configured to provide electrical power to the electric motor , the electric generator aligned with the electric motor within the twin-engine system ; and the electric generator is drivingly engaged to the gas turbine engine via the RGB in order to convert a mechanical output from the gas turbine engine into electrical power that is supplied to the electric motor . the system further comprises an electric generator configured to provide electrical power to the electric motor , the electric generator aligned with the electric motor within the twin-engine system ; and the electric generator is drivingly engaged to the gas turbine engine via the RGB in order to convert a mechanical output from the gas turbine engine into electrical power that is supplied to the electric motor .
A tire position learning apparatus for a tire pressure monitoring system comprising: a plurality of tire module units(210- 240) mounted on a tire of the vehicle respectively so as to detect pressure information and transmit same via an ultra-wide band (UWB) signal; and a vehicle module unit operable to communicate with the plurality of tire module units (210- 240) via UWB signals so as to detect individual tire pressures and any tire in a position where low pressure has occurred and notifies the user of same, characterized in that the vehicle module unit comprises: a plurality of vehicle UWB communication units operable to respectively communicate with the plurality of tire module units (210- 240) via UWB signals. a plurality of tire module units(210- 240) mounted on a tire of the vehicle respectively so as to detect pressure information and transmit same via an ultra-wide band (UWB) signal; and a vehicle module unit operable to communicate with the plurality of tire module units (210- 240) via UWB signals so as to detect individual tire pressures and any tire in a position where low pressure has occurred and notifies the user of same, characterized in that the vehicle module unit comprises: a plurality of vehicle UWB communication units operable to respectively communicate with the plurality of tire module units (210- 240) via UWB signals.
A beer maker including: a container including an opening , the container providing a storage space; an accommodating apparatus removably mounted to the storage space through the opening , the accommodating apparatus providing a space for storing contents; a capsule mounting part communicating with the accommodating apparatus ; at least one capsule removably provided in the capsule mounting part ; and a temperature sensor provided in the container and configured to measure a temperature in the container to provide appropriate temperatures in a primary fermenting step and a secondary fermenting step; wherein the accommodating apparatus comprises: an accommodating body part ; a stopper part having a flow hole through which contents are filled or discharged; and a storage part connected to the stopper part , the storage part having a volume changeable when contents are filled or discharged through the flow hole ; wherein the beer maker further includes a discharge flow path through which gas in the accommodating apparatus is discharged; wherein a discharge valve configured to control a flow rate of gas discharged from the accommodating apparatus is provided in the discharge flow path ; and wherein a pressure sensor is provided in the discharge flow path . a container including an opening , the container providing a storage space; an accommodating apparatus removably mounted to the storage space through the opening , the accommodating apparatus providing a space for storing contents; a capsule mounting part communicating with the accommodating apparatus ; at least one capsule removably provided in the capsule mounting part ; and a temperature sensor provided in the container and configured to measure a temperature in the container to provide appropriate temperatures in a primary fermenting step and a secondary fermenting step; wherein the accommodating apparatus comprises: an accommodating body part ; a stopper part having a flow hole through which contents are filled or discharged; and a storage part connected to the stopper part , the storage part having a volume changeable when contents are filled or discharged through the flow hole ; wherein the beer maker further includes a discharge flow path through which gas in the accommodating apparatus is discharged; wherein a discharge valve configured to control a flow rate of gas discharged from the accommodating apparatus is provided in the discharge flow path ; and wherein a pressure sensor is provided in the discharge flow path . an accommodating body part ; a stopper part having a flow hole through which contents are filled or discharged; and a storage part connected to the stopper part , the storage part having a volume changeable when contents are filled or discharged through the flow hole ; wherein the beer maker further includes a discharge flow path through which gas in the accommodating apparatus is discharged; wherein a discharge valve configured to control a flow rate of gas discharged from the accommodating apparatus is provided in the discharge flow path ; and wherein a pressure sensor is provided in the discharge flow path .
An apparatus, comprising: a floating base comprising an exteroceptive observation system (LPMS,TPMS) configured to measure a position or velocity of at least one target with respect to a reference coordinate frame (xr, yr, zr) moving with the floating base , wherein the floating base further comprises an inertial measurement unit (IMU) configured to measure at least one inertial state of the floating base with respect to an inertial reference coordinate frame (xi, yi, zi); and means for performing position or velocity compensation for the at least one target, characterized in that said position or velocity compensation is based on statistical inference on the measured position or velocity of the at least one target and the at least one inertial state of the floating base .
An unmanned vessel having a coupling apparatus comprises: a heaving line launcher which is provided on one side of a bow of the unmanned vessel; a coupling apparatus which is provided at a center of gravity of the unmanned vessel and is coupled to a coupling member of a crane provided on a mother vessel; a first winch, which is provided on at least one side of either the bow or a stern of the unmanned vessel, a first tow line being wounded around the same; and a second winch around which a second tow line, which passes one side of the coupling apparatus, is wound. a heaving line launcher which is provided on one side of a bow of the unmanned vessel; a coupling apparatus which is provided at a center of gravity of the unmanned vessel and is coupled to a coupling member of a crane provided on a mother vessel; a first winch, which is provided on at least one side of either the bow or a stern of the unmanned vessel, a first tow line being wounded around the same; and a second winch around which a second tow line, which passes one side of the coupling apparatus, is wound.
A polyolefin formulation comprising (A) a polyolefin polymer; at least one and at most two different (B) an acetoarenone compound of formula (I): , wherein Ar 1 is a naphthyl or an anthracenyl; and (C) a benzophenone compound of formula (II): wherein Ar 2 is phenyl or an alkylphenyl.
A process to form solid polymer particles from a polymer melt, said process comprising pastillating the polymer melt using an apparatus to batch or continuously form solid polymer particles, the apparatus comprising the following components: A) at least one pastillation unit comprising a pastillation head, said unit used to form discrete molten polymer particles from a polymer melt; B) a moving belt to receive and transfer the discrete molten polymer particles from the pastillation head; C) a means to transfer water onto the moving belt, such that the water comes into contact with the discrete molten polymer particles on the moving belt to form the solid polymer particles; and wherein the water of component C is sprayed onto the discrete molten polymer particles, such that the ratio of "the rate of water spray" to "the discharge rate" is ≥ 3.0; and wherein the belt residence time is ≤ 50 seconds. A) at least one pastillation unit comprising a pastillation head, said unit used to form discrete molten polymer particles from a polymer melt; B) a moving belt to receive and transfer the discrete molten polymer particles from the pastillation head; C) a means to transfer water onto the moving belt, such that the water comes into contact with the discrete molten polymer particles on the moving belt to form the solid polymer particles; and wherein the water of component C is sprayed onto the discrete molten polymer particles, such that the ratio of "the rate of water spray" to "the discharge rate" is ≥ 3.0; and wherein the belt residence time is ≤ 50 seconds. wherein the water of component C is sprayed onto the discrete molten polymer particles, such that the ratio of "the rate of water spray" to "the discharge rate" is ≥ 3.0; and wherein the belt residence time is ≤ 50 seconds.
An in-ear headphone device for insertion in an ear canal of a person, said in-ear headphone device comprising: a noise microphone , a loudspeaker and a signal processor arranged to provide an active noise control signal (ANCS) on the basis of a recorded audio signal (RAS) from said noise microphone , wherein said loudspeaker is arranged to reproduce said active noise control signal (ANCS) in said ear canal ; and a damped vent comprising one or more vent elements and one or more dampening elements , said damped vent being arranged to couple said ear canal to an external acoustic environment ; wherein said damped vent is characterized by an inward vent transfer function H VI from said external acoustic environment to said ear canal ; characterized in that said damped vent by means of said one or more dampening elements is arranged to dampen an acoustic resonance of said one or more vent elements such that a resonance magnitude of said inward vent transfer function H VI of said damped vent in a resonance frequency range from 100Hz to 2kHz is maximally 3dB greater than a reference magnitude of said inward vent transfer function H VI in a reference frequency range from 20Hz to 100Hz. a noise microphone , a loudspeaker and a signal processor arranged to provide an active noise control signal (ANCS) on the basis of a recorded audio signal (RAS) from said noise microphone , wherein said loudspeaker is arranged to reproduce said active noise control signal (ANCS) in said ear canal ; and a damped vent comprising one or more vent elements and one or more dampening elements , said damped vent being arranged to couple said ear canal to an external acoustic environment ; wherein said damped vent is characterized by an inward vent transfer function H VI from said external acoustic environment to said ear canal ;
System comprising a test vehicle which is equipped with at least one test device and is conceived to be inserted into the air gap between a rotor and a stator of an electric machine , in particular of a generator, which stator has axially extending laminated core teeth and copper rods disposed between the laminated core teeth , and to be rectilinearly displaced along the laminated core teeth of the stator so as to test the state of the stator in the region of the internal circumferential face and/or the state of the rotor in the region of the external circumferential face while using the at least one test device , characterized in that the system furthermore has a track changeover unit which is insertable into the air gap between the rotor and the stator and is displaceable in the circumferential direction (U) on the stator , comprising a parking cassette which is conceived for receiving the test vehicle and which the test vehicle can move into and out of in the axial direction (A) through a parking cassette opening , at least one drive unit which is preferably pivotably connected to the parking cassette and has at least one motor and is conceived to move the track changeover unit , conjointly with the test vehicle received in the parking cassette , in the circumferential direction (U), and a controller for controlling at least the track changeover unit .
Rear bicycle wheel hub comprising a first cylindrical body that surrounds an axle , wherein at a distal end the hub comprises a distal stop and at a proximal end the hub comprises a freehub body attached by means of a connecting mechanism , where the freehub body comprises a second cylindrical body that surrounds a freewheel system and a proximal stop at a proximal end of the freehub body that closes and fixes the hub , where the hub is characterized in that : - the connecting mechanism between the first body and the freewheel system of the freehub body comprises a connecting crown and an elastic ring , where the connecting crown comprises a lateral surface with a circular groove where the elastic ring is fitted so that it can expand towards the internal surface of the first body and fix the connecting crown inside the first body . - the connecting mechanism between the first body and the freewheel system of the freehub body comprises a connecting crown and an elastic ring , where the connecting crown comprises a lateral surface with a circular groove where the elastic ring is fitted so that it can expand towards the internal surface of the first body and fix the connecting crown inside the first body .