mhurhangee/ep-ind-claims huggingface dataset:
A system for measuring the interface pressure exerted on the skin, useful in compression therapy, comprising: - a supporting member bearing sensors, including at least two pressure sensors (P 1, P 2) placed apart on the supporting member, so as to be able to measure the pressure being exerted at two locations, one of which (B 1) is predetermined; and - an electronic system connected to the sensors and capable of acquiring the values simultaneously measured by these sensors (P 1, P 2); each pressure sensor (P 1, P 2) comprising a transducer element, which is preferably substantially flat characterized in that said transducer element has a surface covered by an intermediate layer intended to come into contact with the skin in the use position, said intermediate layer having a compressive elastic modulus, measured at the surface of said intermediate layer intended to come into contact with the skin, comprised between 30 and 500 kPa, preferably between 80 and 400 kPa and more preferably between 200 and 400 kPa. - a supporting member bearing sensors, including at least two pressure sensors (P 1, P 2) placed apart on the supporting member, so as to be able to measure the pressure being exerted at two locations, one of which (B 1) is predetermined; and - an electronic system connected to the sensors and capable of acquiring the values simultaneously measured by these sensors (P 1, P 2); each pressure sensor (P 1, P 2) comprising a transducer element, which is preferably substantially flat characterized in that said transducer element has a surface covered by an intermediate layer intended to come into contact with the skin in the use position, said intermediate layer having a compressive elastic modulus, measured at the surface of said intermediate layer intended to come into contact with the skin, comprised between 30 and 500 kPa, preferably between 80 and 400 kPa and more preferably between 200 and 400 kPa.
Intravaginal DHEA for use in a method for the treatment of at least one condition selected from the group consisting of female hypoactive sexual desire disorder, female sexual arousal disorder, female orgasm disorder and female sexual interest arousal disorder in a woman who is not suffering from symptoms of vulvo-vaginal atrophy; wherein the symptoms of vulvo-vaginal atrophy are selected from the group consisting of vaginal dryness, burning and itching, and dyspareunia.
A reader suitable for contactless reading of a chip card, said reader comprising two electronic cards (31, 32) secured to one another via electrical connectors, an antenna for sending/receiving electromagnetic signals comprising a coil comprising a plurality of coaxial windings, said reader being characterized in that a winding of the coil is made up of: • a first track drawn on the first electronic card, • a second track on the second electronic card, a first end of the second track being electrically connected to a first end of the first track by an internal connection element of a first connector and a second end of the second track being electrically connected to an internal connection element of a second connector. • a first track drawn on the first electronic card, • a second track on the second electronic card, a first end of the second track being electrically connected to a first end of the first track by an internal connection element of a first connector and a second end of the second track being electrically connected to an internal connection element of a second connector.
Wind turbine installation comprising a turbine carrier which is supported on tower supports (4, 4', 4", 4"'), characterized in that at least two turbines (7, 7', 7", 7"', 7"", 7""', 7""") are provided on the turbine carrier and the tower supports (4, 4', 4", 4"') are arranged rotatably by means of a rotating pedestal on a tower console.
Stem of a valve for a container for dispensing pressurized fluid, said stem having an inner channel inside a cylindrical housing connecting the at least one lateral inlet opening at its lower end and an outlet opening at its upper end, characterized in that the inner channel has a parabolic shape at its lower end.
Furniture fitting for a movable furniture part, in particular for driving a furniture flap, a door or a drawer, with a stop device which has at least one stop element which to specify a certain open position of the movable furniture part cooperates with a counter-stop arranged on a furniture body or on a fitting part of the furniture fitting, wherein the stop element has a plurality of stop surfaces (47a, 47b, 47c) which can be used for specifying different open positions, and wherein the stop element has a base in the form of a polygon, characterised in that holding means are provided, by means of which the stop element is held in a fixed position in its set stop position, wherein the holding means are designed as locking means, and the set stop position is held by locking a locking element with a locking opening.
A coupling assembly, comprising: a first member; a second member, the second member including a second member flange; a release sleeve movably connected to the first member; a retainer sleeve, and a spring, the spring configured to apply a spring force to the retainer sleeve; wherein the spring force biases the retainer sleeve into a positive engagement with the second member flange; characterized in that: the retainer sleeve includes a plurality of flexible locking lugs configured to engage a plurality of slots disposed in the second member flange. a first member; a second member, the second member including a second member flange; a release sleeve movably connected to the first member; a retainer sleeve, and a spring, the spring configured to apply a spring force to the retainer sleeve; wherein the spring force biases the retainer sleeve into a positive engagement with the second member flange; characterized in that: the retainer sleeve includes a plurality of flexible locking lugs configured to engage a plurality of slots disposed in the second member flange.
A method of printing a digital image resulting in an elevated print on a support, said elevated print having a surface of varying height, by a printing system configured to print a number of pass images on top of each other in a number of passes, the method comprising the steps of: - defining the digital image comprising color data for each pixel of the digital image and height data for indicating a height of each pixel of the digital image, - a raster image processor connected to the printing system rasterizing the digital image into a raster image, - a digital slicer connected to the printing system deriving from the raster image a number of pass images to be printed on top of each other, and - printing the pass images on top of each other by applying a number of recording materials on the support, characterized in that the method comprises the steps of - receiving digital information related to the print order of the recording materials in the pass images for each pixel, - transferring the digital information to the digital slicer - deriving from the digital information the print order of the recording materials in the pass images for each pixel, and - applying the recording materials for each pixel for each pass image derived by the digital slicer, wherein the step of transferring the digital information to the digital slicer comprises the sub-step of the raster image processor receiving the digital information and transferring the digital information unchanged to the digital slicer by using a spot color image (SPOT1) comprising a QR code or a URL at which details of the digital information are stored. - defining the digital image comprising color data for each pixel of the digital image and height data for indicating a height of each pixel of the digital image, - a raster image processor connected to the printing system rasterizing the digital image into a raster image, - a digital slicer connected to the printing system deriving from the raster image a number of pass images to be printed on top of each other, and - printing the pass images on top of each other by applying a number of recording materials on the support, - receiving digital information related to the print order of the recording materials in the pass images for each pixel, - transferring the digital information to the digital slicer - deriving from the digital information the print order of the recording materials in the pass images for each pixel, and - applying the recording materials for each pixel for each pass image derived by the digital slicer, wherein the step of transferring the digital information to the digital slicer comprises the sub-step of the raster image processor receiving the digital information and transferring the digital information unchanged to the digital slicer by using a spot color image (SPOT1) comprising a QR code or a URL at which details of the digital information are stored.
A directional seated valve with a conical member, which is pressable in a blocking position by a spring against a seat and which may be forced directly against the spring by means of an energised magnet away from the seat into a flow position, and including a switch actuable by the conical member at a switching point associated with the blocking or flow position, wherein the directional seated valve is sealed in a leak-free manner in the blocking position of the conical member on the seat, characterised in that incorporated into the directional seated valve between the conical member and the switch there is a check valve, which may be held closed in a leak-free manner by the spring and which, in the blocking position of the conical member, is movable into an open position bypassing the seat and thus actuates the switch instead of the conical member.
A vehicle surface scanning system for assessing damages affecting the surface of a vehicle, comprising: a scanning booth constructed in the form of a tunnel-like structure adapted for movement and having an interior chamber sized to cover the vehicle, said booth being assembled having a plurality of deflection screen panels deployed along opposite sides and across the top of the chamber for use in conducting non-planar deflectometry; locomotion means operatively connected to said scanning booth for providing controlled incremental movement of the booth longitudinally over the vehicle; and a plurality of scanner modules mounted in fixed positions around the chamber at opposite ends of said scanning booth and operatively directed inwardly of the chamber for conducting a combined hybrid methodology of active stereo 3D reconstruction and deflectometry in conjunction with the deflection screen panels to acquire incremental data measurements along the surfaces of the vehicle as the booth is moved over the vehicle. a scanning booth constructed in the form of a tunnel-like structure adapted for movement and having an interior chamber sized to cover the vehicle, said booth being assembled having a plurality of deflection screen panels deployed along opposite sides and across the top of the chamber for use in conducting non-planar deflectometry; locomotion means operatively connected to said scanning booth for providing controlled incremental movement of the booth longitudinally over the vehicle; and a plurality of scanner modules mounted in fixed positions around the chamber at opposite ends of said scanning booth and operatively directed inwardly of the chamber for conducting a combined hybrid methodology of active stereo 3D reconstruction and deflectometry in conjunction with the deflection screen panels to acquire incremental data measurements along the surfaces of the vehicle as the booth is moved over the vehicle.
A gearbox assembly for a wind turbine, the gearbox assembly comprising: a gearbox having an installed width (Iw) and a transport width (Tw), the installed width (Iw) being greater than the transport width (Tw), the gearbox comprising: a gearbox housing comprising an exterior surface and an inner cavity, the exterior surface defining the transport width (Tw); and, a gearing arrangement arranged within the inner cavity; a first torque arm coupled to a first side of the gearbox housing; a second torque arm coupled to an opposing, second side of the gearbox housing, each of the first and second torque arms (212, 214) comprising a proximal end (224, 226) and a distal end (228, 230), the proximal ends (224, 226) removably coupled to the exterior surface of the gearbox housing such that a distance between the distal ends (228, 230) of the first and second torque arms (212, 214) define the installed width (Iw); and, at least one support element configured to couple a plurality of torque arms (212, 214) to a bedplate of a wind turbine. a gearbox having an installed width (Iw) and a transport width (Tw), the installed width (Iw) being greater than the transport width (Tw), the gearbox comprising: a gearbox housing comprising an exterior surface and an inner cavity, the exterior surface defining the transport width (Tw); and, a gearing arrangement arranged within the inner cavity; a gearbox housing comprising an exterior surface and an inner cavity, the exterior surface defining the transport width (Tw); and, a gearing arrangement arranged within the inner cavity; a first torque arm coupled to a first side of the gearbox housing; a second torque arm coupled to an opposing, second side of the gearbox housing, each of the first and second torque arms (212, 214) comprising a proximal end (224, 226) and a distal end (228, 230), the proximal ends (224, 226) removably coupled to the exterior surface of the gearbox housing such that a distance between the distal ends (228, 230) of the first and second torque arms (212, 214) define the installed width (Iw); and, at least one support element configured to couple a plurality of torque arms (212, 214) to a bedplate of a wind turbine.
A masonry anchor of the expansion type, comprising an anchor member having a socket formed in an end which is accessible after installation, the socket being configured to releasably receive a mounting portion of a correspondingly shaped mounting fastener, characterised in that the socket includes resiliently displaceable locking formations configured to be received against the mounting portion in that the locking formations extend partially into a void of the socket and are configured to be received in a groove formed in the mounting portion, the locking formations being urged radially inwardly for securing the anchor member and the mounting fastener together.
Hydraulic hose connection comprising: a connecting nipple, a hydraulic hose for accommodating and transporting a hydraulic fluid, and at least one swelling element that is arranged between the connecting nipple and the hydraulic hose, and that is swellable in the hydraulic fluid, the connecting nipple having an annular groove that is open in the radial direction for accommodating the swelling element, characterised in that the cross-section of the swelling element in the non-swollen state is greater than the cross-section of the annular groove. a connecting nipple, a hydraulic hose for accommodating and transporting a hydraulic fluid, and at least one swelling element that is arranged between the connecting nipple and the hydraulic hose, and that is swellable in the hydraulic fluid,
A fuel gas removal system comprising: a venturi configured to reduce a pressure of a fuel; an inlet line in fluid communication with said venturi, a bubble separator containing media to assist in a formation of gas bubbles within the fuel to separate the gas bubbles therefrom, and a port to remove gas bubbles created by the reduction of the pressure of the fuel and said bubble separator; characterised in that said venturi further comprises: a variable opening operable to control a flow of fuel therethrough, whereby the flow of fuel therethrough is maintained at a relatively constant static pressure; and by further comprising: a sensor for sensing a rate of fuel flow in said inlet line, and a controller for receiving signals from said sensor and for controlling said variable opening in response to said signals so that the fuel in said inlet line flows at a relatively constant rate through said venturi. a venturi configured to reduce a pressure of a fuel; an inlet line in fluid communication with said venturi, a bubble separator containing media to assist in a formation of gas bubbles within the fuel to separate the gas bubbles therefrom, and a port to remove gas bubbles created by the reduction of the pressure of the fuel and said bubble separator; characterised in that said venturi further comprises: a variable opening operable to control a flow of fuel therethrough, whereby the flow of fuel therethrough is maintained at a relatively constant static pressure; and by further comprising: a sensor for sensing a rate of fuel flow in said inlet line, and a controller for receiving signals from said sensor and for controlling said variable opening in response to said signals so that the fuel in said inlet line flows at a relatively constant rate through said venturi. a variable opening operable to control a flow of fuel therethrough, whereby the flow of fuel therethrough is maintained at a relatively constant static pressure; and by further comprising: a sensor for sensing a rate of fuel flow in said inlet line, and a controller for receiving signals from said sensor and for controlling said variable opening in response to said signals so that the fuel in said inlet line flows at a relatively constant rate through said venturi. a sensor for sensing a rate of fuel flow in said inlet line, and a controller for receiving signals from said sensor and for controlling said variable opening in response to said signals so that the fuel in said inlet line flows at a relatively constant rate through said venturi.
A caster braking assembly for a wheeled seat, comprising a base section; a first caster assembly coupled to the base section and having at least one wheel; a second caster assembly coupled to the base section and having at least one wheel; and characterized by a brake switch pivotally repositionable between an engaged position and a disengaged position and positioned on a central caster support configured to be positioned between a user's feet; and a front caster assembly pivotally coupled to the base section at the central caster support and extending in the front direction; wherein, the brake switch is positioned along the central caster support that extends along a substantially central vertical plane defined through a central portion of a seat section; wherein, when the brake switch is in the engaged position at least one wheel of both the first caster assembly and the second caster assembly are substantially restricted from rotating. a base section; a first caster assembly coupled to the base section and having at least one wheel; a second caster assembly coupled to the base section and having at least one wheel; and characterized by a brake switch pivotally repositionable between an engaged position and a disengaged position and positioned on a central caster support configured to be positioned between a user's feet; and a front caster assembly pivotally coupled to the base section at the central caster support and extending in the front direction; wherein, the brake switch is positioned along the central caster support that extends along a substantially central vertical plane defined through a central portion of a seat section; wherein, when the brake switch is in the engaged position at least one wheel of both the first caster assembly and the second caster assembly are substantially restricted from rotating.
A breastpump for expressing human breastmilk, wherein the breastpump comprises a pump housing with a drive unit, a pump chamber with a flexible pump membrane, driven by the drive unit, for producing a vacuum, and a breast shield with an interior for receiving breastmilk, wherein a cyclically changing negative pressure is appliable to the interior by means of the pump chamber, wherein a milk channel leads from the interior into the pump chamber through a first passage opening, wherein expressed milk flows from the interior of the breast shield into the pump chamber through the milk channel and wherein the pump chamber has an outlet opening, through which the expressed milk flows from the pump chamber into a milk collection container,wherein a multipart hygiene module is present, wherein the hygiene module comprises a first part with a flow opening (25, 28) for connecting to the interior, a valve body with at least one valve and a second part as an adapter part with a first rigid cup for forming the pump chamber, wherein the hygiene module as a whole is connectable to the pump housing in a sealing and detachable manner, characterized in that the breast shield comprises a flange for detachably connecting to the pump housing. wherein a cyclically changing negative pressure is appliable to the interior by means of the pump chamber, wherein a milk channel leads from the interior into the pump chamber through a first passage opening, wherein expressed milk flows from the interior of the breast shield into the pump chamber through the milk channel and wherein the pump chamber has an outlet opening, through which the expressed milk flows from the pump chamber into a milk collection container,wherein a multipart hygiene module is present, wherein the hygiene module comprises a first part with a flow opening (25, 28) for connecting to the interior, a valve body with at least one valve and a second part as an adapter part with a first rigid cup for forming the pump chamber, wherein the hygiene module as a whole is connectable to the pump housing in a sealing and detachable manner, characterized in that the breast shield comprises a flange for detachably connecting to the pump housing.