mhurhangee/patent-ind-claim-en huggingface dataset:
A welding accessory , comprising: - a first port to receive input power via a first weld cable ; - a power converter to convert the input power to output power; - a second port to output the input power via a second weld cable ; and - one or more output switches to selectively divert the input power from the power converter to the second port . characterized by a controller comprising a current sensor , the controller , in use, monitoring the current flowing from the input port to the second port vis the current sensor , a current watchdog for identifying that the second weld cable has not conducted welding current for at least a threshold time period, wherein the controller being further configured to control the one or more output switches to divert or re-direct the input power to the power converter . - a first port to receive input power via a first weld cable ; - a power converter to convert the input power to output power; - a second port to output the input power via a second weld cable ; and - one or more output switches to selectively divert the input power from the power converter to the second port .
A flying artefact for aerial advertising which includes: an element of elevation and suspension in the air which is built in a very light and resistant material and designed to be directed and pulled from the surface, with the shape of an aerodynamic profile that has an opening at its front part or leading edge, having a curved upper surface , a flat lower surface and two vertical lateral surfaces , which acquires its shape when the air passes through its four surfaces, whose front opening edge is rigidified, at least in some parts, by a frame of tubes and/or rods of a very light and resistant material, and wherein an advertising message is placed on both sides and all along the element of elevation and suspension in the air ; a pulling or clamping line which is tied up to a chosen pulling means or fixed point; and at least three ropes that connect the pulling or clamping line with the front opening in its lower left corner, its lower right corner and in its curved upper edge respectively. an element of elevation and suspension in the air which is built in a very light and resistant material and designed to be directed and pulled from the surface, with the shape of an aerodynamic profile that has an opening at its front part or leading edge, having a curved upper surface , a flat lower surface and two vertical lateral surfaces , which acquires its shape when the air passes through its four surfaces, whose front opening edge is rigidified, at least in some parts, by a frame of tubes and/or rods of a very light and resistant material, and wherein an advertising message is placed on both sides and all along the element of elevation and suspension in the air ; a pulling or clamping line which is tied up to a chosen pulling means or fixed point; and at least three ropes that connect the pulling or clamping line with the front opening in its lower left corner, its lower right corner and in its curved upper edge respectively.
A medical device for treating a hard tissue, the medical device comprising: an extension member comprising an inner member disposed within an outer member ; a handle releasably coupled to the extension member , wherein actuation of the handle is configured to transition a working end portion of the extension member between a deflected configuration and an undeflected configuration, the working end portion disposed adjacent a distal end of the extension member ; and a torque release mechanism, wherein the torque release mechanism is configured to transition the medical device between a torque release configuration and a torque retention configuration, characterised in that the torque release mechanism is coupled to the handle and the inner member . an extension member comprising an inner member disposed within an outer member ; a handle releasably coupled to the extension member , wherein actuation of the handle is configured to transition a working end portion of the extension member between a deflected configuration and an undeflected configuration, the working end portion disposed adjacent a distal end of the extension member ; and a torque release mechanism, wherein the torque release mechanism is configured to transition the medical device between a torque release configuration and a torque retention configuration, characterised in that the torque release mechanism is coupled to the handle and the inner member .
NMR rotor comprising a receptacle for introducing a sample container having a sample substance for NMR measurements in a homogeneous region of an NMR magnetic field with flux density B, the field vector of which in the homogeneous region extends in the vertical direction along a z-axis , the NMR rotor passing through regions with inhomogeneous magnetic field components and at least one flux density gradient dB/dz when the sample container is introduced into the homogeneous region of the magnetic field, characterized in that the NMR rotor is composed of at least two different materials, of which one material has diamagnetic properties and another material has non-diamagnetic properties, and in that the different materials are arranged so as to be geometrically distributed in the NMR rotor in such a way that the magnetic force on the NMR rotor under the effect of a product Φ z of magnetic flux density B and flux density gradient dB/dz, the magnitude of which exceeds the value of 1400 T 2 /m, either acts in the same direction as the weight force of the NMR rotor or is smaller in magnitude than the weight force of the NMR rotor .
Sensor unit for identifying fault currents in a power supply network, at least having: - a current transformer (SW) which is used to both determine a current (I) in a conductor (L), to be monitored, of the power supply network in a measuring phase and also to charge the sensor unit (SE) in a charging phase; - a charging resistor (Rb), by way of which the current (I) in the conductor (L) to be monitored can be determined in the measuring phase; - an energy buffer (EB) for an internal power supply of the sensor unit (SE), which is charged by way of a charging circuit (HS) in the charging phase; - and an electronic unit (MMT) for controlling the sensor unit and for evaluating and transmitting measuring results; wherein the electronic unit (MMT) is designed to monitor a charging voltage (LP) on the energy buffer (EB) and to compare the same with an upper threshold value; characterised in that the electronic unit is further designed to compare the charging voltage with a lower threshold value, and that the sensor unit (SE) has two switching elements (S1, S2) which are controlled by the electronic unit (MMT) in such a way that a first switching element (S1) is closed and a second switching element (S2) is opened when the upper threshold value is reached and/or exceeded by the charging voltage (LP) on the energy buffer (EB), as a result of which the sensor unit (SE) is moved into the measuring phase, and that the first switching element (S1) is opened and the second switching element (S2) is closed when the lower threshold value is reached and/or not met by the charging voltage (LP) on the energy buffer (EB), as a result of which the sensor unit (SE) is moved into the charging phase, wherein the electronic unit is designed to use the charging voltage (LP) on the energy buffer (EB) to derive the current in the conductor (L) to be monitored during the charging phase. - a current transformer (SW) which is used to both determine a current (I) in a conductor (L), to be monitored, of the power supply network in a measuring phase and also to charge the sensor unit (SE) in a charging phase; - a charging resistor (Rb), by way of which the current (I) in the conductor (L) to be monitored can be determined in the measuring phase; - an energy buffer (EB) for an internal power supply of the sensor unit (SE), which is charged by way of a charging circuit (HS) in the charging phase; - and an electronic unit (MMT) for controlling the sensor unit and for evaluating and transmitting measuring results;
A sink comprising: tub ; a splash board having a pair of openings therein and connected to and extending upwardly from a rear of said tub ; a faucet assembly secured to the splash board and comprising a one-piece body having a first inlet port for connection to a source of cold water, a second inlet port for connection to a source of hot water and an outlet port for an outflow of water from each said inlet port, a housing removably mounted over said body to enclose said body therein, a spigot in communication with said outlet port for delivering water therefrom; a first valve assembly mounted on said body in communication with said first inlet port for selectively controlling a supply of water from said first inlet port to said spigot ; a second valve assembly mounted on said body in communication with said second inlet port for selectively controlling a supply of water from said second inlet port to said spigot wherein the first valve assembly , the second valve assembly and the spigot project through the housing ; characterized in a gasket disposed in sealing relation between said housing of said faucet assembly and said splash board and in having a pair of connectors received in said openings of said splash board , each said connector having a nut threaded onto the respective inlet port for securing said respective inlet port to the respective source of hot water and cold water; and further characterized in having a pair of mounting brackets on said body securing said body to said splash board. tub ; a splash board having a pair of openings therein and connected to and extending upwardly from a rear of said tub ; a faucet assembly secured to the splash board and comprising a one-piece body having a first inlet port for connection to a source of cold water, a second inlet port for connection to a source of hot water and an outlet port for an outflow of water from each said inlet port, a housing removably mounted over said body to enclose said body therein, a spigot in communication with said outlet port for delivering water therefrom; a first valve assembly mounted on said body in communication with said first inlet port for selectively controlling a supply of water from said first inlet port to said spigot ; a second valve assembly mounted on said body in communication with said second inlet port for selectively controlling a supply of water from said second inlet port to said spigot wherein the first valve assembly , the second valve assembly and the spigot project through the housing ; characterized in a gasket disposed in sealing relation between said housing of said faucet assembly and said splash board and in having a pair of connectors received in said openings of said splash board , each said connector having a nut threaded onto the respective inlet port for securing said respective inlet port to the respective source of hot water and cold water; and further characterized in having a pair of mounting brackets on said body securing said body to said splash board.
Keyboard for musical instruments comprising: per octave, seven white keys and five short keys shorter than the white keys, the keys arranged in a piano configuration and characterized in that in least one octave of the keyboard: - the short keys DO# and RE# have a width (AB) of 11.10 ± 0.20 mm at the plane (Y-Y') defined by the surface of the white keys, and a width (DC) of 9.90 ± 0.20 mm at the top surface; and - the short keys FA#, SOL#, and LA# have a width (EF) of 10.40 ± 0.20 mm at the plane (Y-Y') defined by the surface of the white keys, and a width (D'C') of 9.90 ± 0.20 mm at the top surface. - the short keys DO# and RE# have a width (AB) of 11.10 ± 0.20 mm at the plane (Y-Y') defined by the surface of the white keys, and a width (DC) of 9.90 ± 0.20 mm at the top surface; and - the short keys FA#, SOL#, and LA# have a width (EF) of 10.40 ± 0.20 mm at the plane (Y-Y') defined by the surface of the white keys, and a width (D'C') of 9.90 ± 0.20 mm at the top surface.
Device for monitoring an extracorporeal blood treatment device comprising an extracorporeal blood circuit which comprises an arterial blood line having an arterial patient connection, and a venous blood line having a venous patient connection, wherein a pump for conveying blood in the extracorporeal blood circuit is arranged in the arterial or venous blood line, wherein the device comprises a monitoring device having a control and arithmetic unit which is programmed and configured to identify an arterial and/or venous needle disconnection, characterised in that the pump is an impeller pump or a centrifugal pump, wherein the control and arithmetic unit is programmed and configured to carry out the following method: - Measuring at least one first pressure amplitude and/or a first curve of a pressure amplitude as a reference value at at least one pressure measuring point of the extracorporeal blood circuit, - Calculating at least one pressure threshold value on the basis of the first pressure amplitude assumed as a reference value, and/or setting a reference pressure curve on the basis of the first curve of the pressure amplitude, - Measuring at least one second pressure amplitude and/or a second curve of the pressure amplitude at the at least one pressure measuring point of the extracorporeal blood circuit, - Comparing the second pressure amplitude with the at least one pressure threshold value, and/or comparing the second curve of the pressure amplitude with the reference pressure curve, and - Stopping or throttling the blood pump, and/or closing the venous tubing clamp if an inadmissible deviation from the reference value and/or the reference pressure curve is identified. - Measuring at least one first pressure amplitude and/or a first curve of a pressure amplitude as a reference value at at least one pressure measuring point of the extracorporeal blood circuit, - Calculating at least one pressure threshold value on the basis of the first pressure amplitude assumed as a reference value, and/or setting a reference pressure curve on the basis of the first curve of the pressure amplitude, - Measuring at least one second pressure amplitude and/or a second curve of the pressure amplitude at the at least one pressure measuring point of the extracorporeal blood circuit, - Comparing the second pressure amplitude with the at least one pressure threshold value, and/or comparing the second curve of the pressure amplitude with the reference pressure curve, and - Stopping or throttling the blood pump, and/or closing the venous tubing clamp if an inadmissible deviation from the reference value and/or the reference pressure curve is identified.
A device for repairing a hole in a wall structure, the device comprising: a body ; a plurality of arm members mounted relative to the body , wherein a webbing member extends between two or more of the arm members ; and a displaceable member associated with the body ; and a sleeve member slidably engaged with the body , wherein the displaceable member can be displaced, which displacement causes the sleeve member to slide along at least a portion of the length of the body , actuating the plurality of arm members to move relative to the body between a retracted condition and an extended condition in which the webbing member is stretched relatively tightly between the arm members to form a substantially planar surface, and wherein the device is configured to be collapsible upon impact to the device , characterized in that the displaceable member comprises guide members and an actuation portion , the displacement of the displaceable member can be achieved by pulling the actuating portion out and away from a first end of the body causing the guide members to engage with and move the sleeve member along at least part of the length of the body towards a first end of the body , whereby, when the device is locked in position, i.e., when inserted into the hole located in the wall structure, with the arm members in the extended condition, and the webbing member moved towards and against an inner surface of the damaged wall structure, the actuating portion of the displaceable member can be pushed back towards the first end of the body so that the surface of the webbing member is relatively planar. a body ; a plurality of arm members mounted relative to the body , wherein a webbing member extends between two or more of the arm members ; and a displaceable member associated with the body ; and a sleeve member slidably engaged with the body , wherein the displaceable member can be displaced, which displacement causes the sleeve member to slide along at least a portion of the length of the body , actuating the plurality of arm members to move relative to the body between a retracted condition and an extended condition in which the webbing member is stretched relatively tightly between the arm members to form a substantially planar surface, and wherein the device is configured to be collapsible upon impact to the device , characterized in that the displaceable member comprises guide members and an actuation portion , the displacement of the displaceable member can be achieved by pulling the actuating portion out and away from a first end of the body causing the guide members to engage with and move the sleeve member along at least part of the length of the body towards a first end of the body , whereby, when the device is locked in position, i.e., when inserted into the hole located in the wall structure, with the arm members in the extended condition, and the webbing member moved towards and against an inner surface of the damaged wall structure, the actuating portion of the displaceable member can be pushed back towards the first end of the body so that the surface of the webbing member is relatively planar.
Device for processing and applying pieces for making absorbent articles comprising: a supporting shaft rotating about its own axis of rotation; a plurality of anvils rotating about the axis of rotation of the shaft ; a cutting unit operating in conjunction with a respective contact surface of an anvil for defining a cutting station for cutting a continuous web for making absorbent articles in single pieces ; a plurality of pads , each having a respective retaining surface for a piece , which are moved about the axis of rotation of the shaft for conveying a respective piece from the cutting station to a releasing station for releasing it onto a receiving substrate ; each pad having a rotating movement about its own axis for varying the respective orientation from the cutting station , where the larger side of the pad is parallel to the line of feed of the continuous web , to the releasing station , where the larger side of the pad is transversal to the line of feed of the receiving substrate , and vice versa; each pad having a translating movement, along a line parallel to the respective axis of rotation, away from and towards the axis of rotation of the shaft ; characterized in that each pad has an oscillating movement about its own axis of oscillation; the axis of oscillation of the pad being eccentric relative to the axis of rotation of the shaft and having a line of extension parallel to the axis of rotation of the shaft ; the axis of rotation of the respective pad being radial relative to the axis of oscillation. a supporting shaft rotating about its own axis of rotation; a plurality of anvils rotating about the axis of rotation of the shaft ; a cutting unit operating in conjunction with a respective contact surface of an anvil for defining a cutting station for cutting a continuous web for making absorbent articles in single pieces ; a plurality of pads , each having a respective retaining surface for a piece , which are moved about the axis of rotation of the shaft for conveying a respective piece from the cutting station to a releasing station for releasing it onto a receiving substrate ; each pad having a rotating movement about its own axis for varying the respective orientation from the cutting station , where the larger side of the pad is parallel to the line of feed of the continuous web , to the releasing station , where the larger side of the pad is transversal to the line of feed of the receiving substrate , and vice versa; each pad having a translating movement, along a line parallel to the respective axis of rotation, away from and towards the axis of rotation of the shaft ; characterized in that each pad has an oscillating movement about its own axis of oscillation; the axis of oscillation of the pad being eccentric relative to the axis of rotation of the shaft and having a line of extension parallel to the axis of rotation of the shaft ; the axis of rotation of the respective pad being radial relative to the axis of oscillation.
An electric machine , in particular for an electrically operated drive train of a motor vehicle, comprising a rotor which is rotatably mounted relative to a stator , wherein the rotor has a rotor shaft with at least one first rotor body arranged on the rotor shaft in a non-rotatable and non-displaceable manner, wherein the stator comprises a first stator body and a second stator body which are spaced apart from one another, and the first stator body has a first stator winding and the second stator body has a second stator winding , wherein the first stator winding is arranged within a first hydraulic chamber and the second stator winding is arranged within a second hydraulic chamber , within which the respective stator windings can each be contacted by a hydraulic fluid at least in sections, characterized in that the electric machine comprises a hydraulic connecting element , which hydraulically connects the first hydraulic chamber to the second hydraulic chamber , wherein at least one electrical conductor of the first stator winding and/or the second stator winding is arranged within the hydraulic connecting element .