mhurhangee/ep-ind-claims huggingface dataset:
A method of evaluating a dielectric structure covering a plurality of sensing structures comprised in a fingerprint sensor and defining a finger receiving surface of the fingerprint sensor, the method comprising the steps of, without placing anything on the finger receiving surface of the fingerprint sensor: a) controlling the fingerprint sensor to change a potential difference (ΔV) between each sensing structure in a first set of sensing structures and each sensing structure in a second set of sensing structures, and to provide, for each sensing structure in the first set of sensing structures, a sensing signal indicative of a strength of a capacitive coupling between each sensing structure in the second set of sensing structures and the sensing structure in the first set of sensing structures; b) controlling the fingerprint sensor to assign other sensing structures to the first set of sensing structures and the second set of sensing structures; c) performing step a) and step b) until a respective sensing signal has been provided for each sensing structure in the plurality of sensing structures; and d) providing an evaluation result for the dielectric structure covering the plurality of sensing structures based on the respective sensing signals provided for each sensing structure in the plurality of sensing structures. a) controlling the fingerprint sensor to change a potential difference (ΔV) between each sensing structure in a first set of sensing structures and each sensing structure in a second set of sensing structures, and to provide, for each sensing structure in the first set of sensing structures, a sensing signal indicative of a strength of a capacitive coupling between each sensing structure in the second set of sensing structures and the sensing structure in the first set of sensing structures; b) controlling the fingerprint sensor to assign other sensing structures to the first set of sensing structures and the second set of sensing structures; c) performing step a) and step b) until a respective sensing signal has been provided for each sensing structure in the plurality of sensing structures; and d) providing an evaluation result for the dielectric structure covering the plurality of sensing structures based on the respective sensing signals provided for each sensing structure in the plurality of sensing structures.
An electronic apparatus, comprising: a touch module, comprising: a cover having at least one transparent icon; a touch sensor layer disposed under the cover; and a flexible printed circuit board, disposed under the cover and electrically connected to the touch sensor layer; a light-emitting element mounted on the flexible printed circuit board, wherein the flexible printed circuit board is located between the cover and the light-emitting element; and a light guide film, disposed under the touch sensor layer and under the flexible printed circuit board, wherein the touch sensor layer is located between the cover and the light guide film, and wherein light emittable by the light-emitting element is transmitted to the transparent icon through the light guide film by the light-emitting element being adjacent to an edge of the light guide film, and the light emitted by the light-emitting element enters the light guide film from the edge of the light guide film; and a housing having a housing opening, wherein the cover of the touch module is disposed on the housing and covering the housing opening of the housing so as to construct an accommodating space with the housing, and wherein the touch sensor layer, the flexible printed circuit board, the light-emitting element and the light guide film of the touch module are located in the accommodating space. a touch module, comprising: a cover having at least one transparent icon; a touch sensor layer disposed under the cover; and a flexible printed circuit board, disposed under the cover and electrically connected to the touch sensor layer; a cover having at least one transparent icon; a touch sensor layer disposed under the cover; and a flexible printed circuit board, disposed under the cover and electrically connected to the touch sensor layer; a light-emitting element mounted on the flexible printed circuit board, wherein the flexible printed circuit board is located between the cover and the light-emitting element; and a light guide film, disposed under the touch sensor layer and under the flexible printed circuit board, wherein the touch sensor layer is located between the cover and the light guide film, and wherein light emittable by the light-emitting element is transmitted to the transparent icon through the light guide film by the light-emitting element being adjacent to an edge of the light guide film, and the light emitted by the light-emitting element enters the light guide film from the edge of the light guide film; and a housing having a housing opening, wherein the cover of the touch module is disposed on the housing and covering the housing opening of the housing so as to construct an accommodating space with the housing, and wherein the touch sensor layer, the flexible printed circuit board, the light-emitting element and the light guide film of the touch module are located in the accommodating space.
A proctoscope comprising: a translucent housing having an opening for access to the rectum surface; and a housing head; an ultrasonic sensor; a light source; and a hand grip; characterized in that the proctoscope includes, in a lower part of the housing, a compartment having internal side walls, said compartment having disposed therein a plate or panel which has light-emitting diodes arranged in the lower part thereof, along its length, and functioning as the light source, wherein said light-emitting diodes are arranged in such a way that the light flux therefrom is oriented primarily perpendicularly to the internal side walls of the compartment, while the ultrasonic sensor is accommodated in an upper part of said plate or panel, said sensor having an outlet to the outer surface of the housing in the terminal part thereof located between the opening and the housing head, and wherein the sensor is tilted towards the opening.
A rocker system comprising a summation lever and at least one valve actuating lever for use in a valve train of the type having two cams, the summation lever having followers engaging with both cams and the valve actuating lever being pivotally connected to the summation lever for opening and closing an engine valve in dependence upon the sum of the lifts of the two cams, characterised in that the summation lever is assembled from opposed face plates (214a; 314a; 414a; 514a; 614a; 714a) and a separately formed hub (214b; 314b; 414b; 514b; 614b; 714b).
Apparatus for ships for picking up and releasing watercraft, having a holding cradle with fixing elements, by means of which the watercraft can be retained in the holding cradle, and having a connecting element in the upper region as an engagement point for on-board lifting devices, wherein the holding cradle is in the form of a three-dimensional frame assembly, characterised in that the upper region of the frame assembly is formed by telescopic frame members attached in crosswise manner which are connected at the intersection point by the connecting element, each frontal end of the frame assembly is formed by U-shaped frame members which consist of a lower base strut and vertical supports, creating a pickup opening, wherein a lower telescopic connecting strut is arranged between the respective base struts, and wherein the base struts are displaceable in guides on the vertical supports when the telescopic frame members attached in crosswise manner are shifted, so that the frame assembly is adjustable in the lengthwise direction with an alteration of length on both sides of the connecting element, and the vertical supports each include containers as buoyancy bodies and/or ballast tanks, and fenders in the form of controllable, variable volume cushion elements are also arranged to secure the watercraft that is being picked up.
A method for controlling a diffusion pump comprising a housing, a boiling chamber connected to said housing, a heating element arranged in the area of said boiling chamber, a nozzle (20, 22) arranged in said housing and connected to said boiling chamber, a condenser arranged at an inner surface of said housing in the area of said nozzle (20, 22), and a cooling system configured for cooling said condenser and arranged in the area of said condenser, characterized in that during the pumping process the heating element temperature is adjusted to the upper value of the boiling range of the propellant used. a housing, a boiling chamber connected to said housing, a heating element arranged in the area of said boiling chamber, a nozzle (20, 22) arranged in said housing and connected to said boiling chamber, a condenser arranged at an inner surface of said housing in the area of said nozzle (20, 22), and a cooling system configured for cooling said condenser and arranged in the area of said condenser, characterized in that during the pumping process the heating element temperature is adjusted to the upper value of the boiling range of the propellant used.
A system for lifting an object, the system comprising: a first floor and a second floor, the first floor being directly above the second floor and securing an assembling body and the second floor; an object rack supported on the second floor, wherein the object rack is configured to support a plurality of objects, the plurality of objects configured to be attached to the assembling body; an object advance apparatus coupled with the object rack, the object advance apparatus configured to advance one object from the plurality of objects from an advancing position to a lifting position; a lifting cylinder supported by the second floor and positioned in line with the lifting position on the object rack, the lifting cylinder configured to extend from a retracted position below the lifting position on the object rack to an extended position above the first floor, such that as the lifting cylinder is extended from the retracted position the one object in the lifting position is removed from the object rack and lifted adjacent to the assembling body; and a floor flap in the first floor directly above the lifting cylinder, the floor flap configured to open and close in synchronization with the extension and retraction of the lifting cylinder such that the floor flap is opened as the lifting cylinder is extended toward the first floor and remains opened while the lifting cylinder is in the extended position and is closed when the lifting cylinder is retracted below the first floor toward the retracted position and remains closed while the lifting cylinder is in the retracted position. a first floor and a second floor, the first floor being directly above the second floor and securing an assembling body and the second floor; an object rack supported on the second floor, wherein the object rack is configured to support a plurality of objects, the plurality of objects configured to be attached to the assembling body; an object advance apparatus coupled with the object rack, the object advance apparatus configured to advance one object from the plurality of objects from an advancing position to a lifting position; a lifting cylinder supported by the second floor and positioned in line with the lifting position on the object rack, the lifting cylinder configured to extend from a retracted position below the lifting position on the object rack to an extended position above the first floor, such that as the lifting cylinder is extended from the retracted position the one object in the lifting position is removed from the object rack and lifted adjacent to the assembling body; and a floor flap in the first floor directly above the lifting cylinder, the floor flap configured to open and close in synchronization with the extension and retraction of the lifting cylinder such that the floor flap is opened as the lifting cylinder is extended toward the first floor and remains opened while the lifting cylinder is in the extended position and is closed when the lifting cylinder is retracted below the first floor toward the retracted position and remains closed while the lifting cylinder is in the retracted position.
Machine to bend tubular elements (11, 211) comprising bending means provided with at least a bending arm and a bend core disposed, when in use, inside said tubular element (11, 211), the bend core comprising a support bar, a contrasting ogive and a possible bend-follower element disposed articulated at the head of the contrasting ogive, the machine also comprising movement means (13, 113), to move said tubular element (11, 211) in a direction toward said bending means, and cutting means (22, 122) to cut a segment of tube, characterized in that it also comprises holding means (15, 115) disposed on the perimeter around said tubular element (11, 211) and configured to maintain said bend core in a condition of substantial suspension inside said tubular element (11, 211) and in that the movement means are of the type with an unwinding reel and the holding means are of the magnetic type and comprise at least a magnetic element disposed downstream of said unwinding reel in the direction and outside and around the tubular element, so as to generate a magnetic field cooperating with said support bar and to keep the bend core in magnetic suspension inside said tubular element.
A compressor comprising - a casing carrying the components therein, - a cylinder wherein the compression process is performed, - a cylinder head disposed on the cylinder, - a valve table situated between the cylinder and the cylinder head, - at least one exhaust chamber disposed below the cylinder head and wherein the pumped circulating fluid fills, and - at least one suction chamber wherein the circulating fluid fills, characterized in that - the cylinder head is produced over the valve table by implementing the overmolding method, wherein the valve table is produced from metal material and the cylinder head produced from plastic material, and wherein an opening (6, 106,206) is arranged on the valve table, providing the cylinder head to be fixed to the valve table by being filled during the overmolding process. - a casing carrying the components therein, - a cylinder wherein the compression process is performed, - a cylinder head disposed on the cylinder, - a valve table situated between the cylinder and the cylinder head, - at least one exhaust chamber disposed below the cylinder head and wherein the pumped circulating fluid fills, and - at least one suction chamber wherein the circulating fluid fills, - the cylinder head is produced over the valve table by implementing the overmolding method,
A carbon nanotube dispersion solution, comprising: a semiconductor type single-walled carbon nanotube; a polymer as a carbon nanotube dispersing agent, wherein the polymer is a conjugated polymer and comprises a homopolymer or a copolymer selected from at least one of polycarbazole, polyfluorene, polythiophene and polyphenylene ethylene, and a copolymerization unit of the copolymer comprises one selected from the group consisting of benzene, thiophene, pyridine, triarylamine, benzothiadiazole and one alkylated derivative of the benzene, the thiophene, the pyridine, the triarylamine and the benzothiadiazole,; an aromatic molecule, wherein the aromatic molecule has a condensed ring aromatic conjugated structure and atoms or substituents with positive charges or negative charges; and an organic solvent, wherein the organic solvent comprises a combination of any one or more than two of haloalkane, aromatic hydrocarbon and aryl halide. a semiconductor type single-walled carbon nanotube; a polymer as a carbon nanotube dispersing agent, wherein the polymer is a conjugated polymer and comprises a homopolymer or a copolymer selected from at least one of polycarbazole, polyfluorene, polythiophene and polyphenylene ethylene, and a copolymerization unit of the copolymer comprises one selected from the group consisting of benzene, thiophene, pyridine, triarylamine, benzothiadiazole and one alkylated derivative of the benzene, the thiophene, the pyridine, the triarylamine and the benzothiadiazole,; an aromatic molecule, wherein the aromatic molecule has a condensed ring aromatic conjugated structure and atoms or substituents with positive charges or negative charges; and an organic solvent, wherein the organic solvent comprises a combination of any one or more than two of haloalkane, aromatic hydrocarbon and aryl halide.
An alarm box comprising: a receiver configured to receive a RF wireless signal from one or more signal-emitting retail display devices; an alarm box emitter configured to emit an audible signal indicative of the RF wireless signal received from the one or more signal-emitting retail display devices; one or more terminals for connecting the alarm box to an output receiving device; charaterized in that the alarm box further comprises a control circuitry configured to cause the alarm box emitter to emit a first audible signal when a first wireless signal from the one or more signal-emitting retail display devices indicates no-theft condition, and is configured to emit a second audible signal, different from the first audible signal, when a second wireless signal from the one or more signal-emitting retail display devices indicates a theft condition, and wherein the control circuitry is configured to cause the alarm box emitter to emit the second audible signal when the first wireless signal is absent for a threshold amount of time. a receiver configured to receive a RF wireless signal from one or more signal-emitting retail display devices; an alarm box emitter configured to emit an audible signal indicative of the RF wireless signal received from the one or more signal-emitting retail display devices; one or more terminals for connecting the alarm box to an output receiving device; charaterized in that the alarm box further comprises a control circuitry configured to cause the alarm box emitter to emit a first audible signal when a first wireless signal from the one or more signal-emitting retail display devices indicates no-theft condition, and is configured to emit a second audible signal, different from the first audible signal, when a second wireless signal from the one or more signal-emitting retail display devices indicates a theft condition, and wherein the control circuitry is configured to cause the alarm box emitter to emit the second audible signal when the first wireless signal is absent for a threshold amount of time.
A network component, the network component being a packet-aware transport box (204, 304, 432, 440) which is a device that is adapted to interface between a physical layer and a higher layer, and the network component comprising: at least one processor configured to implement a method comprising: receiving and analyzing a plurality of frames each comprising a path identifier; determining each of the plurality of frames is data frame or control frame, and diverting at least some of the plurality of frames, which are determined to be data frames, away from a router, wherein the path identifier in the diverted frames matches a reserved path identifier, wherein the diverted frames are forwarded on a bypass path, characterized in that: before the step of receiving and analyzing the plurality of frames each comprising a path identifier the method further includes: configuring the bypass path by receiving and snooping a path reservation message comprising the reserved path identifier. at least one processor configured to implement a method comprising: receiving and analyzing a plurality of frames each comprising a path identifier; determining each of the plurality of frames is data frame or control frame, and diverting at least some of the plurality of frames, which are determined to be data frames, away from a router, wherein the path identifier in the diverted frames matches a reserved path identifier, wherein the diverted frames are forwarded on a bypass path, characterized in that: before the step of receiving and analyzing the plurality of frames each comprising a path identifier the method further includes: configuring the bypass path by receiving and snooping a path reservation message comprising the reserved path identifier. receiving and analyzing a plurality of frames each comprising a path identifier; determining each of the plurality of frames is data frame or control frame, and diverting at least some of the plurality of frames, which are determined to be data frames, away from a router, wherein the path identifier in the diverted frames matches a reserved path identifier, wherein the diverted frames are forwarded on a bypass path, characterized in that: before the step of receiving and analyzing the plurality of frames each comprising a path identifier the method further includes: configuring the bypass path by receiving and snooping a path reservation message comprising the reserved path identifier. before the step of receiving and analyzing the plurality of frames each comprising a path identifier the method further includes: configuring the bypass path by receiving and snooping a path reservation message comprising the reserved path identifier.
A device for introducing an additive fluid into a container such as a bottle, wherein the device comprises a support disk, a plurality of fluid lines, each comprising a fluid outlet situated on the perimeter of the support disk, a fluid manifold fixed on the support disk configured to feed the fluid lines with additive fluid, and dosing valves, a dosing valve equipping each fluid line, and wherein the device is adapted to be arranged over a transfer wheel for a bottling machine, the device further comprising a pairing assembly for pairing the device with said transfer wheel, said pairing assembly being configured to synchronise a rotation of the support disk with a rotation of the transfer wheel with which it is paired, characterized in that said device further comprises a motor configured to rotate the support disk, and the pairing assembly comprises electronic circuitry configured to acquire data on the rotation of the transfer wheel with which the device is paired, and, based on the acquired data, to control the motor to synchronise the rotation of the support disk with the rotation of the transfer wheel.