mhurhangee/patent-ind-claim-en huggingface dataset:
A bathroom screen comprising at least: - a fixed panel provided with fastening means for fastening to a supporting wall (P); - a mobile panel movable between an open position and a closed position, parallel to the fixed panel ; - upper and lower fixed supports for guiding the mobile panel without the possibility of a lateral rocking motion; wherein - the fastening means of the fixed panel comprise, corresponding to one vertical end of said fixed panel , a securing profile with a U-shaped cross section, intended to be fixed to the supporting wall (P); characterized in that the fastening means of the fixed panel comprise - an edge profile fixed by gluing to said vertical end of the fixed panel and able to be frontally coupled to the securing profile ; and - means for adjusting the position of the edge profile with respect to the securing profile ; wherein - the mobile panel is provided with at least one upper support and one lower support , each one of which is provided with at least one movement wheel for moving along horizontal guides , wherein - one horizontal guide is mounted on the upper end of the fixed panel and one horizontal guide is mounted on the floor; and wherein - the upper and lower supports , provided with movement wheels, comprise impermeable protective covers which cover the top and sides of said movement wheels . - a fixed panel provided with fastening means for fastening to a supporting wall (P); - a mobile panel movable between an open position and a closed position, parallel to the fixed panel ; - upper and lower fixed supports for guiding the mobile panel without the possibility of a lateral rocking motion; wherein - the fastening means of the fixed panel comprise, corresponding to one vertical end of said fixed panel , a securing profile with a U-shaped cross section, intended to be fixed to the supporting wall (P); characterized in that the fastening means of the fixed panel comprise - an edge profile fixed by gluing to said vertical end of the fixed panel and able to be frontally coupled to the securing profile ; and - means for adjusting the position of the edge profile with respect to the securing profile ; wherein - the mobile panel is provided with at least one upper support and one lower support , each one of which is provided with at least one movement wheel for moving along horizontal guides , wherein - one horizontal guide is mounted on the upper end of the fixed panel and one horizontal guide is mounted on the floor; and wherein - the upper and lower supports , provided with movement wheels, comprise impermeable protective covers which cover the top and sides of said movement wheels .
A steer-by-wire steering system for a vehicle, comprising: a beam axle ; a steering gear housing coupled with a first end of said beam axle ; an input shaft assembly at least partially disposed within said steering gear housing ; a steering knuckle having a kingpin boss ; and an output shaft laterally spaced from said beam axle traverse to a longitudinal axis of said vehicle, wherein said output shaft includes a first end disposed within said kingpin boss and a second end disposed within said steering gear housing . a beam axle ; a steering gear housing coupled with a first end of said beam axle ; an input shaft assembly at least partially disposed within said steering gear housing ; a steering knuckle having a kingpin boss ; and an output shaft laterally spaced from said beam axle traverse to a longitudinal axis of said vehicle, wherein said output shaft includes a first end disposed within said kingpin boss and a second end disposed within said steering gear housing .
An aircraft comprising: a landing gear comprising a wheel assembly ; a system for reducing oxidation of a friction disk, the system comprising: a braking assembly operatively coupled to the wheel assembly, the braking assembly comprising the friction disk; and a coolant loop coupled in heat exchange communication with the braking assembly, wherein the coolant loop is configured to circulate liquid coolant such that heat is transferred from the friction disk to the liquid coolant; the aircraft further comprises: a heat exchanger coupled to the landing gear; and the coolant loop extending between the braking assembly and the heat exchanger, wherein the coolant loop is configured to circulate liquid coolant between the braking assembly and the heat exchanger such that heat is transferred from the friction disk to the liquid coolant. a landing gear comprising a wheel assembly ; a system for reducing oxidation of a friction disk, the system comprising: a braking assembly operatively coupled to the wheel assembly, the braking assembly comprising the friction disk; and a coolant loop coupled in heat exchange communication with the braking assembly, wherein the coolant loop is configured to circulate liquid coolant such that heat is transferred from the friction disk to the liquid coolant; the aircraft further comprises: a braking assembly operatively coupled to the wheel assembly, the braking assembly comprising the friction disk; and a coolant loop coupled in heat exchange communication with the braking assembly, wherein the coolant loop is configured to circulate liquid coolant such that heat is transferred from the friction disk to the liquid coolant; the aircraft further comprises: a heat exchanger coupled to the landing gear; and the coolant loop extending between the braking assembly and the heat exchanger, wherein the coolant loop is configured to circulate liquid coolant between the braking assembly and the heat exchanger such that heat is transferred from the friction disk to the liquid coolant.
A wearable actuation device for the assisted movement of fingers of a user's hand, comprising - a supporting platform positionable on the back of the hand and provided with fixing means for wearing in a removable way the device on the hand, - at least an articulated first finger module , connected with one end to the supporting platform and positionable and connectable to a finger of the hand for guiding a movement of flexion or extension of the finger itself, - a motor provided with an output shaft, supported by the supporting platform and suitable to generate a rotational motion in two opposite directions of the motor shaft , - first transmission means of the first finger module to allow an actuation at least of the first finger module , said transmission means comprising - a first movable member displaceable at least in translation in two opposite directions, - an actuation flexible element coupled with the movable member and wrapped on a motor pulley connected to the motor shaft , wherein the actuation flexible element is coupled with the first movable member , and wherein said first transmission means also comprise at least a pair of cables formed by a main cable and a return cable both coupled at one end thereof to the first finger module and at their other end to the first movable member in such a way that a translation in a direction of the first movable member corresponds to a movement of the main cable and of the return cable to which corresponds the actuation in flexion or extension of the first finger module , depending on the rotation direction of the motor shaft , characterized in that said first movable member comprises an upper pulley and a lower pulley axially connected through a pin interposed between the upper and lower pulley and comprises a slider , coupled with said pin in freely rotatable way and fixed to the actuation flexible element , so as to move said first movable member in the two opposite directions depending on the rotation direction of the motor shaft . - a supporting platform positionable on the back of the hand and provided with fixing means for wearing in a removable way the device on the hand, - at least an articulated first finger module , connected with one end to the supporting platform and positionable and connectable to a finger of the hand for guiding a movement of flexion or extension of the finger itself, - a motor provided with an output shaft, supported by the supporting platform and suitable to generate a rotational motion in two opposite directions of the motor shaft , - first transmission means of the first finger module to allow an actuation at least of the first finger module , said transmission means comprising - a first movable member displaceable at least in translation in two opposite directions, - an actuation flexible element coupled with the movable member and wrapped on a motor pulley connected to the motor shaft , - a first movable member displaceable at least in translation in two opposite directions, - an actuation flexible element coupled with the movable member and wrapped on a motor pulley connected to the motor shaft ,
A method of measuring physiologically relevant motion of a subject; said method comprising: a) measuring automatically micromovements of a subject not easily recognizable by the naked eye and measuring automatically at least one non-motion biometric of the subject, wherein the micromovements of the subject and the at least one biometric are measured simultaneously over a period of time; b) determining automatically a noise-to-signal ratio for the micromovements measured in step a) for each of a plurality of time intervals within the period of time and for each of a plurality of ranges of values for the biometric measured in step a); and c) identifying automatically at least one range of the plurality of ranges of values for the biometric and at least one time interval of the plurality of time intervals in which the noise-to-signal ratio is less than one as having micromovements of a physiologically relevant motion. a) measuring automatically micromovements of a subject not easily recognizable by the naked eye and measuring automatically at least one non-motion biometric of the subject, wherein the micromovements of the subject and the at least one biometric are measured simultaneously over a period of time; b) determining automatically a noise-to-signal ratio for the micromovements measured in step a) for each of a plurality of time intervals within the period of time and for each of a plurality of ranges of values for the biometric measured in step a); and c) identifying automatically at least one range of the plurality of ranges of values for the biometric and at least one time interval of the plurality of time intervals in which the noise-to-signal ratio is less than one as having micromovements of a physiologically relevant motion.
A build material supply unit for a 3D printing system, the build material supply unit comprising: - a tray comprising a build material supply opening that defines a spreading plane in which a recoater of the 3D printing system spreads build material; and - a double vane rotatably mounted inside the tray with the rotation axis extending along the tray below the spreading plane and with each vane having a convex front side and a rear side , and - a controller , wherein the controller is to rotate the double vane - into a trimming position in which the front side of one vane approaches the spreading plane such that a predetermined dose of build material loaded on the front side is enclosed between the front side of the one vane and the spreading plane and in which excess build material to be trimmed by the recoater will be accumulated on the rear side of the other vane and lowered into the tray upon further rotation of the double vane; and - into a supplying position in which the predetermined dose of build material is supplied with the front side of the one vane to the spreading plane to be spread by the recoater over the spreading plane. - a tray comprising a build material supply opening that defines a spreading plane in which a recoater of the 3D printing system spreads build material; and - a double vane rotatably mounted inside the tray with the rotation axis extending along the tray below the spreading plane and with each vane having a convex front side and a rear side , and - a controller , wherein the controller is to rotate the double vane - into a trimming position in which the front side of one vane approaches the spreading plane such that a predetermined dose of build material loaded on the front side is enclosed between the front side of the one vane and the spreading plane and in which excess build material to be trimmed by the recoater will be accumulated on the rear side of the other vane and lowered into the tray upon further rotation of the double vane; and - into a trimming position in which the front side of one vane approaches the spreading plane such that a predetermined dose of build material loaded on the front side is enclosed between the front side of the one vane and the spreading plane and in which excess build material to be trimmed by the recoater will be accumulated on the rear side of the other vane and lowered into the tray upon further rotation of the double vane; and - into a supplying position in which the predetermined dose of build material is supplied with the front side of the one vane to the spreading plane to be spread by the recoater over the spreading plane.
Electrical machine having: a shaft which is divided into two and has a first and a second shaft part between which a rotor with at least one magnetic element is arranged and is connected to the two shaft parts , wherein an axial bearing is provided on the first shaft part , a connecting rod on which the two shaft parts and the rotor are arranged, and a first and a second impeller , wherein a first air gap is formed between the first impeller and a first housing , wherein a second air gap is formed between the second impeller and a second housing , characterized in that the first and the second impeller are arranged at the ends of the connecting rod in a manner situated opposite the respectively associated first and second shaft parts , in that a thermal compensation device is provided between the second shaft part and its associated impeller for compensating for an expansion of the first and second shaft parts and of the rotor , which is arranged between them, in the axial direction, and in that the connecting rod is produced from a material or a material combination which has as low a coefficient of thermal expansion as possible and as high a mechanical strength as possible.
Vehicle , in particular transport vehicle, with a vehicle frame and a drive motor, in particular internal combustion engine and/or electric motor and/or hydraulic motor, a vehicle frame and at least two wheel axles being provided and the vehicle frame comprising at least one load receptacle that can be pivoted about a tilting axis with a first adjustment unit , said load receptacle taking the form of a trough or the like for receiving/storing material, in particular bulk building material, and being arranged at least in part within an intermediate region formed by two planes running perpendicular to a connecting line of the two wheel axles through the wheel axles, and being pivotable into a tilted position which lies at least in part in an edge region of the vehicle that is located on one side, opposite the intermediate region , of one of the two planes delimiting the intermediate region , the vehicle comprising at least one support unit arranged in this edge region and having at least one ground contact surface for supporting the vehicle or the vehicle frame on the ground side and at least one second adjustment unit for adjusting/changing a length and/or position of the support unit , characterised in that an automatic control unit is provided that actuates the second adjustment unit depending on a cylinder pressure of the first adjustment unit and/or on the machine inclination and/or a braking deceleration or a braking pressure in a brake unit of the vehicle and/or an axle relief.
A liquid crystal display device provided with a liquid crystal layer , an array substrate and a color filter substrate which face each other via the liquid crystal layer , having a touch panel function, wherein the color filter substrate includes: a transparent substrate ; a first transparent electrode layer formed on a first surface of the transparent substrate for touch sensing; a second transparent electrode layer formed on a second surface of the transparent substrate for the touch sensing; a color filter (CF) formed on the first transparent electrode layer , including a red filter (RF), a green filter (GF), and a blue filter (BF); and a transparent resin layer formed on the color filter (CF), wherein the second transparent electrode layer is formed on a display surface side; the transparent resin layer is formed on a liquid crystal layer side, the liquid crystal layer includes liquid crystal molecules having negative dielectric anisotropy and an initial state alignment which is parallel to a substrate surface, the liquid crystal molecules rotating parallel with respect to the substrate surface when a liquid crystal drive voltage is applied, and a total film thickness of the color filter (CF) and the transparent resin layer is within a range from 2.5 μm to 9 μm. a transparent substrate ; a first transparent electrode layer formed on a first surface of the transparent substrate for touch sensing; a second transparent electrode layer formed on a second surface of the transparent substrate for the touch sensing; a color filter (CF) formed on the first transparent electrode layer , including a red filter (RF), a green filter (GF), and a blue filter (BF); and a transparent resin layer formed on the color filter (CF), wherein the second transparent electrode layer is formed on a display surface side; the transparent resin layer is formed on a liquid crystal layer side, the liquid crystal layer includes liquid crystal molecules having negative dielectric anisotropy and an initial state alignment which is parallel to a substrate surface, the liquid crystal molecules rotating parallel with respect to the substrate surface when a liquid crystal drive voltage is applied, and a total film thickness of the color filter (CF) and the transparent resin layer is within a range from 2.5 μm to 9 μm.
A surgical cannula for illuminating a surgical cavity using light emitted by a light source , the surgical cannula comprising: an optically transparent walled passageway having an interior working channel , an entrance , an open tip , an inner surface , an outer surface , and light-extracting features; whereby the light source comprises multiple light emitters configured to emit the light , wherein each of the light emitters is positioned along the entrance of the walled passageway , such that the light emitted by each of the light emitters is transported via total internal reflection towards the open tip of the walled passageway ; and wherein the light-extracting features are configured to extract the transported light from the walled passageway , such that the extracted light is emitted from the inner surface of the walled passageway into the working channel and illuminates an area bounded by the open tip of the walled passageway . an optically transparent walled passageway having an interior working channel , an entrance , an open tip , an inner surface , an outer surface , and light-extracting features; whereby the light source comprises multiple light emitters configured to emit the light , wherein each of the light emitters is positioned along the entrance of the walled passageway , such that the light emitted by each of the light emitters is transported via total internal reflection towards the open tip of the walled passageway ; and wherein the light-extracting features are configured to extract the transported light from the walled passageway , such that the extracted light is emitted from the inner surface of the walled passageway into the working channel and illuminates an area bounded by the open tip of the walled passageway .
Electrically conductive contact connection between a first and a second circuit board , comprising the first and the second circuit board and a connection pin , the first circuit board being a rigid circuit board and the second circuit board being a flexible circuit board, the first circuit board comprising the connection pin in the region of the contact connection and the second circuit board comprising an insertion opening in the region of the contact connection , the connection pin of the first circuit board being at least partially formed from an electrically conductive material and being inserted through the insertion opening of the second circuit board , the connection pin being formed in a portion protruding through the insertion opening of the second circuit board beyond the second circuit board by a forming process, in particular a bending process or a riveting process, in such a way that that a form-fitting connection is formed between the first and the second circuit board , characterized in that the connection pin is connected to the first circuit board by means of a pin-in-paste soldering process or by means of an SMT (surface mounting technology) soldering process.
A terminal device communicating with a base station device , the terminal device being capable of coverage enhancement and configured to: when receiving, from the base station device , a Radio Resource Control, RRC, connection reconfiguration message indicating a handover of the terminal device to a coverage enhanced target cell, the RRC connection reconfiguration message including common radio resource configuration information on the target cell, a physical cell ID of the target cell, a cell-radio network temporary identity, C-RNTI, random access information relating to a coverage enhancement level of the target cell, and a timer relating to the handover, start the timer relating to the handover, wherein the maximum value configurable for the timer relating to the handover is longer than a value configured for a timer relating to a handover in another terminal device that does not support coverage enhancement; and execute a random access to the target cell using the random access information relating to the coverage enhancement level of the target cell. when receiving, from the base station device , a Radio Resource Control, RRC, connection reconfiguration message indicating a handover of the terminal device to a coverage enhanced target cell, the RRC connection reconfiguration message including common radio resource configuration information on the target cell, a physical cell ID of the target cell, a cell-radio network temporary identity, C-RNTI, random access information relating to a coverage enhancement level of the target cell, and a timer relating to the handover, start the timer relating to the handover, wherein the maximum value configurable for the timer relating to the handover is longer than a value configured for a timer relating to a handover in another terminal device that does not support coverage enhancement; and execute a random access to the target cell using the random access information relating to the coverage enhancement level of the target cell.
A pharmaceutical composition comprising an effective amount of plasminogen for use in treating diabetes mellitus by reducing secretion of glucagon in a diabetic subject, wherein the plasminogen: (a) has at least 90%, 95%, 96%, 97%, 98% or 99% sequence identity with SEQ ID No. 2; or (b) has at least 95%, 96%, 97%, 98% or 99% sequence identity with SEQ ID No. 6, 8, 10 or 12, and still has the activity of plasminogen. (a) has at least 90%, 95%, 96%, 97%, 98% or 99% sequence identity with SEQ ID No. 2; or (b) has at least 95%, 96%, 97%, 98% or 99% sequence identity with SEQ ID No. 6, 8, 10 or 12,