mhurhangee/patent-ind-claim-en huggingface dataset:
A portable sampling device for collecting particles in a stream (S) of exhaled breath comprising: an inlet and an outlet , a housing , and a collecting device holder removably arranged at least partially inside the housing , wherein the housing and holder are arranged to guide the stream (S) of exhaled breath through the device from the inlet to the outlet , wherein said collecting device holder comprises at least two flow paths in fluid connection with the inlet , arranged side-by-side and extending parallel to a longitudinal axis of the sampling device in a downstream direction from the inlet towards the outlet , wherein a collecting device is arranged in each flow path , the collecting device being adapted to collect the particles in the exhaled breath, wherein the collecting device has a diameter (d1) smaller than the flow path diameter (d2) and is movably arranged in the collecting device holder , characterised in that each collection device is in the form of a cylinder with a diameter (d1) and comprises at least four partition walls for accumulation of particles, arranged at a distance from each other and extending in a direction essentially perpendicular to the cylinder walls, partly covering the inner cross section of the collecting device . an inlet and an outlet , a housing , and a collecting device holder removably arranged at least partially inside the housing , wherein the housing and holder are arranged to guide the stream (S) of exhaled breath through the device from the inlet to the outlet , wherein said collecting device holder comprises at least two flow paths in fluid connection with the inlet , arranged side-by-side and extending parallel to a longitudinal axis of the sampling device in a downstream direction from the inlet towards the outlet , wherein a collecting device is arranged in each flow path , the collecting device being adapted to collect the particles in the exhaled breath, wherein the collecting device has a diameter (d1) smaller than the flow path diameter (d2) and is movably arranged in the collecting device holder , characterised in that each collection device is in the form of a cylinder with a diameter (d1) and comprises at least four partition walls for accumulation of particles, arranged at a distance from each other and extending in a direction essentially perpendicular to the cylinder walls, partly covering the inner cross section of the collecting device .
An apparatus for providing an ionic fluid antenna used in secure communications, comprising: a body configured to contain an ionic fluid; an acoustic transducer coupled to the body ; and a power supply coupled to the acoustic transducer ; characterised in that : the power supply is configured to drive the acoustic transducer based on an encryption of data using polarized photons for quantum key distribution, wherein the encryption is extended based on the use of a frequency scheduling table for the ionic fluid antenna and a second ionic fluid antenna. a body configured to contain an ionic fluid; an acoustic transducer coupled to the body ; and a power supply coupled to the acoustic transducer ; characterised in that : the power supply is configured to drive the acoustic transducer based on an encryption of data using polarized photons for quantum key distribution, wherein the encryption is extended based on the use of a frequency scheduling table for the ionic fluid antenna and a second ionic fluid antenna.
An elevator safety system , comprising a plurality of elevator safety chain sections connected in series and assigned to individual floors (110, 120, 130; 21, 22; 410, 420, 430) of an elevator, the elevator safety chain section comprising: a hall door switch (1101, 1102, 1201, 1202, 1301, 1302; 211, 221), which is configured to detect an opening and closing state of a hall door of a current floor, and which is conducted when the hall door of the current floor is closed, and is opened when the hall door is opened; characterized in that the elevator safety chain further comprises: an inter-floor limit switch (1103, 1203, 1303; 212, 222; 411, 421), which is configured to be opened in a controlled manner when a car is in a preset interval (T) between the current floor and an adjacent floor, and which is conducted when the car (44; 51; 61) is in other positions; a hall door bypass switch (1106, 1206, 1306; 214, 224) and a limit bypass switch (1105, 1107, 1205, 1207; 213, 215, 223, 225) arranged in series; and a processing circuit which is configured to: control the hall door bypass switch to be conducted and the limit bypass switch to be opened when the hall door switch is in an abnormally opened state, so that the elevator safety chain section can be conducted at the current floor via the hall door bypass switch and the inter-floor limit switch. an inter-floor limit switch (1103, 1203, 1303; 212, 222; 411, 421), which is configured to be opened in a controlled manner when a car is in a preset interval (T) between the current floor and an adjacent floor, and which is conducted when the car (44; 51; 61) is in other positions; a hall door bypass switch (1106, 1206, 1306; 214, 224) and a limit bypass switch (1105, 1107, 1205, 1207; 213, 215, 223, 225) arranged in series; and a processing circuit which is configured to: control the hall door bypass switch to be conducted and the limit bypass switch to be opened when the hall door switch is in an abnormally opened state, so that the elevator safety chain section can be conducted at the current floor via the hall door bypass switch and the inter-floor limit switch.
Wheel hub , in particular wheel hub for a commercial vehicle, comprising - a brake element contact surface against which a brake element , in particular a brake disc or a brake drum, rests in a mounted state, and - a form-fitting means which, in the assembled state, as seen in the direction of rotation (U), interacts positively with the brake element , and/or - a receiving region for a positive-locking means which, in the assembled state, as seen in the direction of rotation (U), interacts positively with the brake element , wherein a primary recess is provided for axially fixing the brake element , wherein the primary recess opens into the braking element contact surface . - a brake element contact surface against which a brake element , in particular a brake disc or a brake drum, rests in a mounted state, and - a form-fitting means which, in the assembled state, as seen in the direction of rotation (U), interacts positively with the brake element , and/or - a receiving region for a positive-locking means which, in the assembled state, as seen in the direction of rotation (U), interacts positively with the brake element ,
A method for information exchange in online charging, comprising: detecting , by a charging trigger function device , that a first chargeable event corresponding to a non-real-time trigger happens; storing , by the charging trigger function device after the detecting of the first chargeable event, first charging information recorded before the first chargeable event happens, wherein the first charging information comprises first quota usage information of a rating group; recording , by the charging trigger function device , second charging information after the first chargeable event happens, wherein the second charging information comprises second quota usage information of the rating group; and sending , by the charging trigger function device when a second chargeable event corresponding to a real-time trigger happens, a charging request message to a charging system , wherein the second chargeable event happens after the first chargeable event happens, and wherein the charging request message comprises the first charging information and the second charging information; wherein the non-real-time trigger is used to enable the charging trigger function device to store, but not report to the charging system , when a chargeable event corresponding to the non-real-time trigger happens, charging information recorded before the chargeable event corresponding to the non-real-time trigger happens. detecting , by a charging trigger function device , that a first chargeable event corresponding to a non-real-time trigger happens; storing , by the charging trigger function device after the detecting of the first chargeable event, first charging information recorded before the first chargeable event happens, wherein the first charging information comprises first quota usage information of a rating group; recording , by the charging trigger function device , second charging information after the first chargeable event happens, wherein the second charging information comprises second quota usage information of the rating group; and sending , by the charging trigger function device when a second chargeable event corresponding to a real-time trigger happens, a charging request message to a charging system , wherein the second chargeable event happens after the first chargeable event happens, and wherein the charging request message comprises the first charging information and the second charging information; wherein the non-real-time trigger is used to enable the charging trigger function device to store, but not report to the charging system , when a chargeable event corresponding to the non-real-time trigger happens, charging information recorded before the chargeable event corresponding to the non-real-time trigger happens.
Holding apparatus for a levelling apparatus , having a first and a second holding element for arranging a first and second lenses , characterized in that the first and second holding elements in each case have a disc-shaped main body , wherein the first lens is arranged on the first holding element and the second lens is arranged on the second holding element , and wherein the holding apparatus is designed to orient the first and second lenses at least substantially perpendicularly to one another by way of the first holding element and the second holding element being capable of being rotated relative to one another and the holding elements being fixed with respect to one another in their oriented positions via an adhesive bond, wherein at least one holding element has at least one recess for arranging an adhesive agent.
A catheter assembly comprising: a catheter hub ; a needle hub ; a needle attached to the needle hub and inserted through the catheter hub ; a tip shield having a resilient clip compartment , the tip shield being connectable to the needle hub ; a resilient clip within the resilient clip compartment , the resilient clip being connectable to the catheter hub ; and a covering that blocks an opening of the resilient clip compartment to minimize fluid leakage from the tip shield upon release of the resilient clip from the catheter hub characterized in that the covering is a film, or a high viscosity fluid, or an extension of the resilient clip . a catheter hub ; a needle hub ; a needle attached to the needle hub and inserted through the catheter hub ; a tip shield having a resilient clip compartment , the tip shield being connectable to the needle hub ; a resilient clip within the resilient clip compartment , the resilient clip being connectable to the catheter hub ; and a covering that blocks an opening of the resilient clip compartment to minimize fluid leakage from the tip shield upon release of the resilient clip from the catheter hub characterized in that the covering is a film, or a high viscosity fluid, or an extension of the resilient clip .
A method for protecting porous aluminum coatings comprising the steps of: providing an ormosil suspension; and infiltrating said porous aluminum coating with said orsomil suspension, and drying said infiltrated ormosil suspension to leave a solid film on aluminum surfaces within said porous aluminum coating, characterized in that said ormosil suspension contains tetraethylorthosilicate, vinyltrimethoxysilane, 3-(trimethoxysilyl) propylmethacrylate, and hexyltrimethoxysilane. providing an ormosil suspension; and infiltrating said porous aluminum coating with said orsomil suspension, and drying said infiltrated ormosil suspension to leave a solid film on aluminum surfaces within said porous aluminum coating, characterized in that said ormosil suspension contains tetraethylorthosilicate, vinyltrimethoxysilane, 3-(trimethoxysilyl) propylmethacrylate, and hexyltrimethoxysilane.
A filter press for separating solid components from liquid components of a slurry, the filter press comprising: a frame ; a stationary pressure plate being coupled to the frame ; a displaceable pressure plate being displaceable along a longitudinal dimension of the filter press ; a plurality of filter plates oriented perpendicular to the longitudinal dimension of the filter press , a compression system coupled to the stationary pressure plate , wherein the compression system comprises at least one electrically operated compression actuator comprising a planetary screw assembly , wherein the compression system is configured to provide a closing pressure to the filter plates , and a transport system coupled to the displaceable pressure plate , wherein the transport system comprises at least one electrically operated transport actuator comprising a rack and pinion drive assembly , characterized in that the compression system rigidly connects to the transport system so as to form, for each respective pair of compression actuators and transport actuators , a common actuator link which extends linearly from the stationary pressure plate to the displaceable pressure plate along the longitudinal dimension . a frame ; a stationary pressure plate being coupled to the frame ; a displaceable pressure plate being displaceable along a longitudinal dimension of the filter press ; a plurality of filter plates oriented perpendicular to the longitudinal dimension of the filter press , a compression system coupled to the stationary pressure plate , wherein the compression system comprises at least one electrically operated compression actuator comprising a planetary screw assembly , wherein the compression system is configured to provide a closing pressure to the filter plates , and a transport system coupled to the displaceable pressure plate , wherein the transport system comprises at least one electrically operated transport actuator comprising a rack and pinion drive assembly , characterized in that the compression system rigidly connects to the transport system so as to form, for each respective pair of compression actuators and transport actuators , a common actuator link which extends linearly from the stationary pressure plate to the displaceable pressure plate along the longitudinal dimension .
Printing machine for printing images on articles (A), comprising a supporting structure , stationary in operation, a thermal transfer assembly movable in a predetermined horizontal direction and comprising a rotatable motorized transfer roller and heating means associated to the transfer roller , wherein the transfer roller has at least one outer layer of synthetic material with a peripheral surface facing the path of the articles (A) and wherein the transfer roller and the associated heating means are movable vertically in said thermal transfer assembly towards and away from said path of the articles (A), supply means (2; 12-16, 33-40) arranged to advance, along a predetermined path (F) extending in part between the active surface of the transfer roller and the path of the articles (A), a flexible printing ribbon (N) which on a side facing the articles (A) carries at predetermined intervals images formed of a thermally transferable ink, and control means (ECU), wherein the thermal transfer assembly further comprises first and second deviation rollers , whose axes of rotation are horizontal and substantially parallel with one another and with the axis of rotation (x) of the transfer roller and are also orthogonal to said horizontal direction , said first and second deviation rollers being placed one upstream and the other one downstream of the transfer roller on the path of said printing ribbon (N) and being vertically movable in the thermal transfer assembly towards and away from said path of the articles (A), characterized in that it further comprises first and second motor means associated with said first and second deviation rollers , respectively, said first and second motor means being controllable independently of one another such that each of said first and second deviation rollers is selectively movable vertically independently of the other one, and in that said control means (ECU) are arranged to cause in operation a joint vertical downward displacement of the transfer roller and said first and second deviation rollers , such that the length of the printing ribbon (N) extending between said first and second deviation rollers is kept at a distance from the transfer roller , a vertical downward displacement of the transfer roller relative to said first and second deviation rollers towards said length of the printing ribbon (N) until the transfer roller contacts said length of the printing ribbon (N), a subsequent vertical upward displacement, selectively simultaneous or sequential, of said first and second deviation rollers while the transfer roller is still in contact with said length of the printing ribbon (N), and then a lifting of the transfer roller from said length of the printing ribbon (N) once the printing process has been completed.
Method for monitoring a sensor of the linear variable differential transformer type comprising two secondary circuits (B1, B2) in which there is respectively induced a voltage varying linearly according to the movement of a core, characterised in that it comprises the iterative steps of: - calculating (E1) the difference between the voltages at the terminals of one of the secondary circuits at a given instant and at a previous instant, - calculating (E1) the difference between the voltages at the terminals of the other one of the secondary circuits at the given instant and at the previous instant, - calculating (E2) the sum of the two differences previously calculated, - modifying (E3) the value of an indicator indicating a fault of the sensor varying between two terminals, one of which indicates that the sensor is functioning normally and the other one of which indicates that the sensor is faulty, by incrementing the value of the indicator if the previously calculated sum is close to zero and by decrementing the value of the indicator if the previously calculated sum is distant from zero, and - comparing (E4) the value of the indicator with at least one predetermined threshold. - calculating (E1) the difference between the voltages at the terminals of one of the secondary circuits at a given instant and at a previous instant, - calculating (E1) the difference between the voltages at the terminals of the other one of the secondary circuits at the given instant and at the previous instant, - calculating (E2) the sum of the two differences previously calculated, - modifying (E3) the value of an indicator indicating a fault of the sensor varying between two terminals, one of which indicates that the sensor is functioning normally and the other one of which indicates that the sensor is faulty, by incrementing the value of the indicator if the previously calculated sum is close to zero and by decrementing the value of the indicator if the previously calculated sum is distant from zero, and - comparing (E4) the value of the indicator with at least one predetermined threshold.
A luminous signage device comprising: - a casing having a cavity , at least one reflective sidewall , and a light emitting wall that covers one side of said cavity , - at least one lighting module comprising: - a planar printed circuit folded into a three-dimensional structure having three or more planar faces extending around a main axis (A), - three or more electrically powered light radiation sources fixed to respective faces of said three-dimensional structure and having respective light emitting surfaces facing outwards of said three-dimensional structure , wherein the light radiation sources are angularly equidistant from each other in a plane orthogonal to said main axis (A) along an angle of 360°, said at least one lighting module being disposed in said cavity with said main axis (A) orthogonal to said light emitting wall and with said emitting surfaces of said light radiation sources directed toward said side wall , characterized in that said printed circuit board comprises three or more rigid portions forming said faces and connected together by flexible portions . - a casing having a cavity , at least one reflective sidewall , and a light emitting wall that covers one side of said cavity , - at least one lighting module comprising: - a planar printed circuit folded into a three-dimensional structure having three or more planar faces extending around a main axis (A), - three or more electrically powered light radiation sources fixed to respective faces of said three-dimensional structure and having respective light emitting surfaces facing outwards of said three-dimensional structure , wherein the light radiation sources are angularly equidistant from each other in a plane orthogonal to said main axis (A) along an angle of 360°, said at least one lighting module being disposed in said cavity with said main axis (A) orthogonal to said light emitting wall and with said emitting surfaces of said light radiation sources directed toward said side wall , characterized in that said printed circuit board comprises three or more rigid portions forming said faces and connected together by flexible portions . wherein the light radiation sources are angularly equidistant from each other in a plane orthogonal to said main axis (A) along an angle of 360°, said at least one lighting module being disposed in said cavity with said main axis (A) orthogonal to said light emitting wall and with said emitting surfaces of said light radiation sources directed toward said side wall , characterized in that said printed circuit board comprises three or more rigid portions forming said faces and connected together by flexible portions .
An adjustable antenna mounting system for installation of antennas on a surface of a vehicle, the system comprising at least one beam segment adapted to receive at least one antenna for mounting thereon, and at least two leg members each comprising means for fastening the leg member to the vehicle, characterised in that : the beam segment has a substantially C-shaped cross section, and each of the at least two leg members is arranged to be removably fastened to the beam segment at any longitudinal position along the length of the beam segment and dimensioned to elevate the beam segment from the surface of the vehicle when the leg members are fastened to the vehicle. the beam segment has a substantially C-shaped cross section, and each of the at least two leg members is arranged to be removably fastened to the beam segment at any longitudinal position along the length of the beam segment and dimensioned to elevate the beam segment from the surface of the vehicle when the leg members are fastened to the vehicle.