mhurhangee/patent-ind-claim-en huggingface dataset:
Screw compressor, comprising a compressor housing with two rotor screws mounted therein in an axially parallel manner, which mesh with one another in a compression space , can be driven by means of a drive and are synchronized with one another in their rotational movement, wherein the rotor screws each comprise a single-part or multi-part main body with two end faces and a profiled surface extending therebetween, as well as shaft ends projecting beyond the end faces , wherein at least the profiled surface is formed in a multi-layer manner, comprising a first, inner layer as well as a second, outer layer , characterized in that the first, inner layer and the second, outer layer both comprise or are made from a thermoplastic material, wherein particles or pores promoting a running-in process are embedded in the second, outer layer , and the thermoplastic material defines a matrix for receiving the particles or for forming the pores .
A sensing system for a computer input device, wherein the computer input device is a computer keyboard or mouse or joystick or game controller, the sensing system comprising: an actuator , wherein the actuator is configured to attach to or comprises or consists of a key top or button, wherein the actuator is moveable along an axis or wherein the actuator is a hinged actuator; an actuator motion sensor associated with the actuator to detect motion of the actuator, the actuator motion sensor comprising: a passive resonant circuit configured to be moved by the actuator and having a resonant frequency; an active resonant circuit configured to excite the passive resonant circuit at the resonant frequency of the passive resonant circuit; a biasing element configured to exert a biasing force on the actuator, wherein the biasing force is directed along the axis and/or wherein the biasing element is configured to exert a biasing force on the actuator directed to bias the passive resonant circuit of the actuator away from the active resonant circuit; at least one sensor driver to drive the active resonant circuit with an RF drive signal at the resonant frequency of the passive resonant circuit; at least one detector to detect a level of RF signal from a driven actuator motion sensor for sensing a position and/or velocity of the actuator associated with the actuator motion sensor. an actuator , wherein the actuator is configured to attach to or comprises or consists of a key top or button, wherein the actuator is moveable along an axis or wherein the actuator is a hinged actuator; an actuator motion sensor associated with the actuator to detect motion of the actuator, the actuator motion sensor comprising: a passive resonant circuit configured to be moved by the actuator and having a resonant frequency; an active resonant circuit configured to excite the passive resonant circuit at the resonant frequency of the passive resonant circuit; a passive resonant circuit configured to be moved by the actuator and having a resonant frequency; an active resonant circuit configured to excite the passive resonant circuit at the resonant frequency of the passive resonant circuit; a biasing element configured to exert a biasing force on the actuator, wherein the biasing force is directed along the axis and/or wherein the biasing element is configured to exert a biasing force on the actuator directed to bias the passive resonant circuit of the actuator away from the active resonant circuit; at least one sensor driver to drive the active resonant circuit with an RF drive signal at the resonant frequency of the passive resonant circuit; at least one detector to detect a level of RF signal from a driven actuator motion sensor for sensing a position and/or velocity of the actuator associated with the actuator motion sensor.
A method performed by a synchronisation report module for providing paths to a synchronisation module for being utilised when selecting which one of a first Synchronisation Master reference and a second Synchronisation Master reference to be applied by a first access network node and a second access network node , the synchronisation report module being associated with a network node of a communication network, the communication network comprising at least one Synchronisation Master entity , the method comprising: • receiving a request for two paths of the first Synchronisation Master reference and two paths of the second Synchronisation Master reference from the synchronisation module , the two paths of the first Synchronisation Master reference extend between a Synchronisation Master entity of the first Synchronisation Master reference and respective ones of the first access network node and the second access network node , and the two paths of the second Synchronisation Master reference extending between a/the Synchronisation Master entity of the second Synchronisation Master reference and the respective ones of the first access network node and the second access network node , wherein the request comprises endpoints of paths of the plurality of Synchronisation Master references; • in response to the received request, determining the two paths of the first Synchronisation Master reference and the two paths of the second Synchronisation Master reference based on a Path Computation Engine, PCE, and • sending the determined paths to the synchronisation module . • receiving a request for two paths of the first Synchronisation Master reference and two paths of the second Synchronisation Master reference from the synchronisation module , the two paths of the first Synchronisation Master reference extend between a Synchronisation Master entity of the first Synchronisation Master reference and respective ones of the first access network node and the second access network node , and the two paths of the second Synchronisation Master reference extending between a/the Synchronisation Master entity of the second Synchronisation Master reference and the respective ones of the first access network node and the second access network node , wherein the request comprises endpoints of paths of the plurality of Synchronisation Master references; • in response to the received request, determining the two paths of the first Synchronisation Master reference and the two paths of the second Synchronisation Master reference based on a Path Computation Engine, PCE, and • sending the determined paths to the synchronisation module .
A capsular tension ring inserter comprising: a cannula having at least one opening or port with said cannula adapted for use with a syringe; a capsular tension ring (CTR) disposed within said cannula and having a leading eyelet and a trailing eyelet ; a hook element disposed within said cannula that engages said trailing eyelet and moves the CTR during deployment; and a suture placed on the leading eyelet and fed back through said cannula with said suture also fed through at least one of said opening or port in said cannula to allow a user to control said leading eyelet of said CTR by pulling on said suture and creating tension on said suture between said leading eyelet and said cannula during deployment of said CTR . a cannula having at least one opening or port with said cannula adapted for use with a syringe; a capsular tension ring (CTR) disposed within said cannula and having a leading eyelet and a trailing eyelet ; a hook element disposed within said cannula that engages said trailing eyelet and moves the CTR during deployment; and a suture placed on the leading eyelet and fed back through said cannula with said suture also fed through at least one of said opening or port in said cannula to allow a user to control said leading eyelet of said CTR by pulling on said suture and creating tension on said suture between said leading eyelet and said cannula during deployment of said CTR .
Method for winding a metal strip , in which a metal strip is provided, in which the metal strip is fed to a winding roller via contact with at least one contact roller , and in which the metal strip is wound onto the winding roll to form a winding body or a coil, and the temperature of the metal strip , at which the metal strip is wound onto the winding roller , is set at least partially by controlling the temperature of the at least one contact roller characterised in that a temperature profile is set in the winding body, the temperature of the metal strip being measured before, during and/or after contact with the at least one contact roller . in which a metal strip is provided, in which the metal strip is fed to a winding roller via contact with at least one contact roller , and in which the metal strip is wound onto the winding roll to form a winding body or a coil, and the temperature of the metal strip , at which the metal strip is wound onto the winding roller , is set at least partially by controlling the temperature of the at least one contact roller characterised in that a temperature profile is set in the winding body, the temperature of the metal strip being measured before, during and/or after contact with the at least one contact roller .
Nozzle suitable for being releasably connected to a suction source of a vacuum cleaner, comprising: - a nozzle tube 1 having an upper opening 2, and a lower opening 4, the upper opening 2 being configured to be connected to a suction source of a vacuum cleaner, - a side opening 3 being attached to an outward projecting tube 5, wherein the side opening 3 and the outward projecting tube 5 are arranged on the nozzle tube 1 or on the topside 8 of the nozzle head 6, - a conduit 12 connected both to the outlet 13 of the nozzle head 6 and the lower opening 4 of the nozzle tube 1, - a power generation device mounted in the outward projecting tube 5, the power generation device being configured to generate electrical current from the sucked air flow, the power generation device being electrically connected with a light source 14 by an electrical wire, and the light source 14 being powered by the electrical current generated by the power generation device, characterized in that the light source 14 having one or more lamps 15 positioned on the nozzle head 6 and configured to project light to illuminate the surface to be cleaned, and the nozzle further comprises: - a slim nozzle head 6, wherein the height of the nozzle head 6 is 9 mm up to 45 mm, and wherein the nozzle head 6 has an underside 7, topside 8, frontside 9 and backside 10 and - a flexible joint 11 connected both to the nozzle head 6 and the lower opening 4 of the nozzle tube 1, wherein the flexible joint is configured to provide a freedom of movement, wherein said freedom of movement is a movement in the direction of (i) upwards, (ii) downwards, (iii) leftwards, (iv) rightwards, and (v) upwards or downwards in combination with leftwards or rightwards. - a nozzle tube 1 having an upper opening 2, and a lower opening 4, the upper opening 2 being configured to be connected to a suction source of a vacuum cleaner, - a side opening 3 being attached to an outward projecting tube 5, wherein the side opening 3 and the outward projecting tube 5 are arranged on the nozzle tube 1 or on the topside 8 of the nozzle head 6, - a conduit 12 connected both to the outlet 13 of the nozzle head 6 and the lower opening 4 of the nozzle tube 1, - a power generation device mounted in the outward projecting tube 5, the power generation device being configured to generate electrical current from the sucked air flow, the power generation device being electrically connected with a light source 14 by an electrical wire, and the light source 14 being powered by the electrical current generated by the power generation device, - a slim nozzle head 6, wherein the height of the nozzle head 6 is 9 mm up to 45 mm, and wherein the nozzle head 6 has an underside 7, topside 8, frontside 9 and backside 10 and - a flexible joint 11 connected both to the nozzle head 6 and the lower opening 4 of the nozzle tube 1, wherein the flexible joint is configured to provide a freedom of movement, wherein said freedom of movement is a movement in the direction of (i) upwards, (ii) downwards, (iii) leftwards, (iv) rightwards, and (v) upwards or downwards in combination with leftwards or rightwards.
A physiological sensor device to detect physiological signals, comprising: a substrate formed of an electrically insulative material and structured to allow physical contact of the device with the frontal region of the head of a user; a first electrode configured at a first location on the substrate to acquire an electrophysiological signal of the user that includes a signal of interest; a second electrode configured at a second location on the substrate to acquire a second electrophysiological signal of the user as a reference signal to the electrophysiological signal, such that the reference signal includes a potential difference to facilitate differentiation of the signal of interest; and a third electrode configured on the substrate to acquire a third electrophysiological signal of the user as an electrical ground signal, wherein the third electrode is configured at a third location at least partially between the first and the second locations on the substrate , and the first location is configured posterior to the second and third locations, and the first electrode , the second electrode and the third electrode are aligned along a straight line along a vertical direction in the middle of the frontal region when the physiological sensor device is properly placed on the forehead of the user, and wherein the device is operable when electrically coupled to an electrical circuit to detect physiological signals of the user. a substrate formed of an electrically insulative material and structured to allow physical contact of the device with the frontal region of the head of a user; a first electrode configured at a first location on the substrate to acquire an electrophysiological signal of the user that includes a signal of interest; a second electrode configured at a second location on the substrate to acquire a second electrophysiological signal of the user as a reference signal to the electrophysiological signal, such that the reference signal includes a potential difference to facilitate differentiation of the signal of interest; and a third electrode configured on the substrate to acquire a third electrophysiological signal of the user as an electrical ground signal, wherein the third electrode is configured at a third location at least partially between the first and the second locations on the substrate , and the first location is configured posterior to the second and third locations, and the first electrode , the second electrode and the third electrode are aligned along a straight line along a vertical direction in the middle of the frontal region when the physiological sensor device is properly placed on the forehead of the user, and wherein the device is operable when electrically coupled to an electrical circuit to detect physiological signals of the user.
An apparatus for the treatment of an epilepsy-associated disorder in a living being , comprising, in an operatively linked manner: - an electrode set capable of obtaining an electroencephalogram (EEG) of a living being; - an audio output device capable of delivering an audio signal to the living being; - an analysis and control unit capable of: (i) detecting interictal epileptic discharges (IED) in the EEG of the living being, and (ii) causing the audio output device to deliver the audio signal in time dependence of a detected IED, wherein the analysis and control unit is configured to cause the audio output device to deliver the audio signal to the living being at a time delay after a detected IED, and wherein the time delay is between approx. 1 to 3 seconds relative to the negative peak of the detected lED. - an electrode set capable of obtaining an electroencephalogram (EEG) of a living being; - an audio output device capable of delivering an audio signal to the living being; - an analysis and control unit capable of: (i) detecting interictal epileptic discharges (IED) in the EEG of the living being, and (ii) causing the audio output device to deliver the audio signal in time dependence of a detected IED, (i) detecting interictal epileptic discharges (IED) in the EEG of the living being, and (ii) causing the audio output device to deliver the audio signal in time dependence of a detected IED, wherein the analysis and control unit is configured to cause the audio output device to deliver the audio signal to the living being at a time delay after a detected IED, and wherein the time delay is between approx. 1 to 3 seconds relative to the negative peak of the detected lED.
An antenna of a mobile terminal, comprising a dielectric substrate , a ground plate located on one side of the dielectric substrate , and a near-feed unit , a near-ground unit and a coupling unit that are arranged on the other side of the dielectric substrate , wherein one end of the near-ground unit is connected to the coupling unit , and the other end of the near-ground unit is connected to the ground plate ; the coupling unit and the near-ground unit are configured to be equivalent to a Left-Handed, LH inductor; the near-feed unit is configured to be equivalent to a Right-Handed, RH, inductor; the coupling unit is coupled to the near-feed unit and is configured to be equivalent to an LH capacitor; the coupling unit is coupled to the ground plate and is configured to be equivalent to an RH capacitor; and the near-feed unit , the near-ground unit , the coupling unit and the ground plate are configured to form a Composite Right-Left-Handed Transmission Line, CRLH-TL, structure, the antenna being characterized in that the near-feed unit comprises an annular portion and a feed line that are connected, and one end of the feed line is connected to the annular portion , and the other end of the feed line is connected to a feed point . one end of the near-ground unit is connected to the coupling unit , and the other end of the near-ground unit is connected to the ground plate ; the coupling unit and the near-ground unit are configured to be equivalent to a Left-Handed, LH inductor; the near-feed unit is configured to be equivalent to a Right-Handed, RH, inductor; the coupling unit is coupled to the near-feed unit and is configured to be equivalent to an LH capacitor; the coupling unit is coupled to the ground plate and is configured to be equivalent to an RH capacitor; and the near-feed unit , the near-ground unit , the coupling unit and the ground plate are configured to form a Composite Right-Left-Handed Transmission Line, CRLH-TL, structure, the antenna being characterized in that the near-feed unit comprises an annular portion and a feed line that are connected, and one end of the feed line is connected to the annular portion , and the other end of the feed line is connected to a feed point .
Pressure vessel comprising an inner vessel that has an inner and an outer face and is made of an inner-vessel material that is at least partially plastically deformable under pressure and has a cylinder axis (ZA) and at least two pole caps that together form the inner vessel , for providing a storage volume (SV) in the pressure vessel, comprising an outer layer applied to the inner vessel for the reinforcement thereof, and comprising a valve-connection piece having a sealing cone and outer piece arranged on one of the pole caps for receiving a valve and for sealing the storage volume from the inner vessel , the inner vessel comprising, for connecting the valve-connection piece , a protrusion that is inwardly open towards the storage volume (SV) and projects cylindrically from the outer face of the pole cap , the sealing cone being positioned on an inner face of the protrusion and the outer piece for generating a sealing pressure (AD) between the sealing cone , the protrusion and the outer piece on an outer face of the protrusion , the outer piece comprising, on the face thereof oriented towards the protrusion , a suitably shaped groove having a first edge facing the storage volume (SV) and a second edge provided in the opposite direction for receiving a sealing ring that seals under the sealing pressure (AD), characterised in that the groove and the sealing ring are dimensioned such that and the inner-vessel material is provided such that, under the sealing pressure (AD) and due to the plastic deformability thereof, first and second sealing beads that project at least into two gaps (L1, L2) between the sealing ring and the first and second edge are formed.
A disposable absorbent hygiene article, comprising a liquid permeable topsheet, a backsheet and an absorbent core disposed between the topsheet and the backsheet, wherein: (a) a liquid permeable and nonabsorbent layer is disposed between said topsheet and said absorbent core and wherein at least one layer selected from said topsheet and said liquid permeable and nonabsorbent layer is provided with a dry coating comprising at least one lactone selected from the group consisting of γ- and δ-lactones; or (b) said topsheet is provided with a dry coating comprising at least one lactone selected from the group consisting of γ- and δ-lactones. (a) a liquid permeable and nonabsorbent layer is disposed between said topsheet and said absorbent core and wherein at least one layer selected from said topsheet and said liquid permeable and nonabsorbent layer is provided with a dry coating comprising at least one lactone selected from the group consisting of γ- and δ-lactones; or (b) said topsheet is provided with a dry coating comprising at least one lactone selected from the group consisting of γ- and δ-lactones.
A synthetic resin stent comprising: a stent main body part formed in a cylindrical shape by fibers made of synthetic resin and being deformable from a state of contracted diameter to a state of expanded diameter; and a diameter expansion mechanism that is connected to the stent main body part , deforms the stent main body part from a state of contracted diameter to a state of expanded diameter and holds the stent main body part in the state of expanded diameter, wherein the diameter expansion mechanism comprises: a ring-shaped member attached to a distal end side of the stent main body part ; a string-shaped member , one end portion of which is connected to a proximal end side of the stent main body part and inserted through the ring-shaped member , and an other end side of which extends to the proximal end side of the stent main body part ; and a locking part disposed at a connecting portion of the string-shaped member and the stent main body part or in the vicinity of the connecting portion and is capable of locking the ring-shaped member ; and wherein in a state of the stent main body part being contracted, upon pulling the string-shaped member toward the proximal end side of the stent main body part , the ring-shaped member and the locking part move in approaching directions, and additionally the ring-shape member and the locking part are engaged with each other to hold the stent main body part in the state of expanded diameter. a ring-shaped member attached to a distal end side of the stent main body part ; a string-shaped member , one end portion of which is connected to a proximal end side of the stent main body part and inserted through the ring-shaped member , and an other end side of which extends to the proximal end side of the stent main body part ; and a locking part disposed at a connecting portion of the string-shaped member and the stent main body part or in the vicinity of the connecting portion and is capable of locking the ring-shaped member ; and wherein in a state of the stent main body part being contracted, upon pulling the string-shaped member toward the proximal end side of the stent main body part , the ring-shaped member and the locking part move in approaching directions, and additionally the ring-shape member and the locking part are engaged with each other to hold the stent main body part in the state of expanded diameter.