mhurhangee/ep-ind-claims huggingface dataset:
A magnetic field detection device (1, 10) comprising: a first magnetic field source configured such that it generates a magnetic field; a first magnetic body provided so as to surround the first magnetic field source; and a magnetic field detection element (4, 11) that detects a magnetic field, wherein a first gap is formed in the first magnetic body, and the magnetic field detection element (4, 11) is disposed at a position where a magnetic field generated from the first magnetic field source can be detected, the position being outside the first gap, such that the detection element is able to detect the magnetic flux going in and out of the the first magnetic body through side surfaces in vicinity of the first gap, characterized by further comprising: a second magnetic field source configured such that it generates a magnetic field; and a second magnetic body provided so as to surround the second magnetic field source, wherein a second gap is formed in the second magnetic body, and the magnetic field detection element (4, 11) is disposed at a position where a magnetic field generated from the second magnetic field source can be detected, the position being outside the second gap such that the detection element is able to detect the magnetic flux going in and out of the the second magnetic body through side surfaces in vicinity of the second gap, a first magnetic field source configured such that it generates a magnetic field; a first magnetic body provided so as to surround the first magnetic field source; and a magnetic field detection element (4, 11) that detects a magnetic field, wherein a first gap is formed in the first magnetic body, and the magnetic field detection element (4, 11) is disposed at a position where a magnetic field generated from the first magnetic field source can be detected, the position being outside the first gap, such that the detection element is able to detect the magnetic flux going in and out of the the first magnetic body through side surfaces in vicinity of the first gap, a second magnetic field source configured such that it generates a magnetic field; and a second magnetic body provided so as to surround the second magnetic field source, wherein a second gap is formed in the second magnetic body, and the magnetic field detection element (4, 11) is disposed at a position where a magnetic field generated from the second magnetic field source can be detected, the position being outside the second gap such that the detection element is able to detect the magnetic flux going in and out of the the second magnetic body through side surfaces in vicinity of the second gap,
A lens measurement device configured to measure an optical characteristic of a lens, comprising: a first light source configured to irradiate a lens with a first light flux having a first wavelength; a second light source configured to irradiate the lens with a second light flux having a second wavelength different from the first wavelength; an index plate that includes a light transmitting part configured to allow the first light flux and the second light flux to pass through, and a light blocking part configured to shield an area different from the light transmitting part by blocking the light flux having the first wavelength and transmitting the light flux having the second wavelength; a first image-capturing element configured to capture an index pattern image based on the first light flux which has passed through the lens and the index plate; and a second image-capturing element configured to capture a lens image based on the second light flux which has passed through the lens and the index plate; characterized by the fact that it further comprises acquisition means configured to acquire the optical characteristic of the lens based on the index pattern image captured by the first image-capturing element and to acquire lens information based on the lens image captured by the second image-capturing element, the lens information being different from the optical characteristic of the lens. a first light source configured to irradiate a lens with a first light flux having a first wavelength; a second light source configured to irradiate the lens with a second light flux having a second wavelength different from the first wavelength; an index plate that includes a light transmitting part configured to allow the first light flux and the second light flux to pass through, and a light blocking part configured to shield an area different from the light transmitting part by blocking the light flux having the first wavelength and transmitting the light flux having the second wavelength; a first image-capturing element configured to capture an index pattern image based on the first light flux which has passed through the lens and the index plate; and a second image-capturing element configured to capture a lens image based on the second light flux which has passed through the lens and the index plate; characterized by the fact that it further comprises acquisition means configured to acquire the optical characteristic of the lens based on the index pattern image captured by the first image-capturing element and to acquire lens information based on the lens image captured by the second image-capturing element, the lens information being different from the optical characteristic of the lens.
A method for multiplexing of uplink data-non-associated control signaling information using SC-FDMA, comprising: using a cyclic shift of a pre-determined sequence to generate an individual control symbol sequence; block spreading the individual control symbol sequence, wherein the block spreading comprises Hadamard spreading; mapping the block spread control symbol sequence; adding a cyclic prefix to the block spread control symbol sequence to form a data-non-associated control signaling information; and transmitting the data-non-associated control signaling information, wherein different data-non-associated control signaling information is separated by the cyclic shift of the pre-determined sequence and a block spreading code. using a cyclic shift of a pre-determined sequence to generate an individual control symbol sequence; block spreading the individual control symbol sequence, wherein the block spreading comprises Hadamard spreading; mapping the block spread control symbol sequence; adding a cyclic prefix to the block spread control symbol sequence to form a data-non-associated control signaling information; and transmitting the data-non-associated control signaling information, wherein different data-non-associated control signaling information is separated by the cyclic shift of the pre-determined sequence and a block spreading code.
A brewing cartridge holder, comprising: a generally horizontal base attachable to a bottom surface of a cabinet, the base comprising: generally vertical side walls on each side of the base; slots in interior surfaces of the sidewalls reaching from proximal to the rear towards the front of the base; and a first magnet attached inside a forward end of the base; and a cartridge rack comprising: a body configured for retaining brewing cartridges; opposing lateral pins proximal to a rear of the cartridge rack and on opposite sides of the cartridge rack, the pins configured to both slide and pivot in the slots; a sloped stop at the rear of the cartridge rack to limit downward tilt of the cartridge rack; and a second magnet attached to a bottom of a forward end of the cartridge rack; wherein the first magnet and the second magnet retain the cartridge rack in a closed position when the cartridge rack is slid fully to the rear and lifted; and wherein the sloped stop rests against the base to hold the cartridge rack in a tilted position. a generally horizontal base attachable to a bottom surface of a cabinet, the base comprising: generally vertical side walls on each side of the base; slots in interior surfaces of the sidewalls reaching from proximal to the rear towards the front of the base; and a first magnet attached inside a forward end of the base; and a cartridge rack comprising: a body configured for retaining brewing cartridges; opposing lateral pins proximal to a rear of the cartridge rack and on opposite sides of the cartridge rack, the pins configured to both slide and pivot in the slots; a sloped stop at the rear of the cartridge rack to limit downward tilt of the cartridge rack; and a second magnet attached to a bottom of a forward end of the cartridge rack; generally vertical side walls on each side of the base; slots in interior surfaces of the sidewalls reaching from proximal to the rear towards the front of the base; and a first magnet attached inside a forward end of the base; and a cartridge rack comprising: a body configured for retaining brewing cartridges; opposing lateral pins proximal to a rear of the cartridge rack and on opposite sides of the cartridge rack, the pins configured to both slide and pivot in the slots; a sloped stop at the rear of the cartridge rack to limit downward tilt of the cartridge rack; and a second magnet attached to a bottom of a forward end of the cartridge rack; a body configured for retaining brewing cartridges; opposing lateral pins proximal to a rear of the cartridge rack and on opposite sides of the cartridge rack, the pins configured to both slide and pivot in the slots; a sloped stop at the rear of the cartridge rack to limit downward tilt of the cartridge rack; and a second magnet attached to a bottom of a forward end of the cartridge rack; wherein the first magnet and the second magnet retain the cartridge rack in a closed position when the cartridge rack is slid fully to the rear and lifted; and wherein the sloped stop rests against the base to hold the cartridge rack in a tilted position.
An agricultural vehicle including components (5, 14) mechanically loaded by forces and/or moments, a control device and a measuring device for detecting the mechanical loading of at least one of the components, wherein the agricultural vehicle has an in particular modular sensor arrangement for the arrangement on at least one component (5, 14) of the vehicle, characterised in that the sensor arrangement has at least one sensor (10, 11) based on the principle of contactless distance measurement for detecting a physical parameter characteristic of a mechanical loading, wherein a relative deformation between the mechanically loaded component and a housing which portion-wise surrounds the component can be measured by means of the sensor arrangement as the characteristic physical parameter.
A nasal mask having a nasal chamber formed by an interior thereof an end-tidal CO 2 port, a pressure-based flow resistor, and an exhalation scoop fixed adjacent a lower portion of mask and adapted to overlie an upper lip of a patient when the mask is worn, the exhalation scoop formed of a material that is flexible relative to a material of the nasal mask such that the exhalation scoop is adapted to be pressed out of the way or folded back on itself to permit access to a mouth of the patient, and the end-tidal CO 2 port comprising a first opening located behind the exhalation scoop to overlie the upper lip of the patient for sampling exhaled CO2 expelled from the mouth of the patient, and a second opening located to underlie a nare of the patient for sampling exhaled CO2 expelled from a nose of the patient, the pressure-based flow resistor communicating with the second opening to maintain substantially constant sampling flow of CO2 expelled from the mouth and the nose of the patient to the end-tidal CO 2 port.
A system for measuring biometric signals that include an electrophysiological signal from the body and a signal for determining respiratory effort based on Respiratory Inductive Plethysmography, the system comprising at least two electrodes that form belts (34, 35) configured to be placed around the torso of a subject for determining respiratory effort, at least one of which belt comprises a capacitive electrode with a flexible structure, wherein a conductor within said at least one belt is insulated, such that the conductor does not come in direct contact with the skin of a subject, when the belt is placed on said subject the system having a circuit (9,38) for measuring the voltage between said at least two electrodes.
Method for authentication of at least one token, in particular an RFID tag, using a challenge-response protocol and for protection of the integrity of data stored on the token, using a symmetrical key, comprising the steps: (a) generation of a challenge by a verifying entity, (b) transmission of the challenge to the token, (c) determination of a response by the token based on the transmitted challenge and a first secret key assigned to the token, wherein (d) from the response determined with a key derivation function, a symmetrical key is derived, (e) a data integrity checksum is determined from the stored data with the aid of the symmetrical key, (f) the data integrity checksum is transmitted in a first checking time window and the response is transmitted to the verifying entity in a second checking time window, so that the first checking time window is chronologically earlier than the second checking time window, (g) on the basis of the data integrity checksum and the response, the verifying entity authenticates the token and checks the data integrity. (a) generation of a challenge by a verifying entity, (b) transmission of the challenge to the token, (c) determination of a response by the token based on the transmitted challenge and a first secret key assigned to the token, wherein (d) from the response determined with a key derivation function, a symmetrical key is derived, (e) a data integrity checksum is determined from the stored data with the aid of the symmetrical key, (f) the data integrity checksum is transmitted in a first checking time window and the response is transmitted to the verifying entity in a second checking time window, so that the first checking time window is chronologically earlier than the second checking time window, (g) on the basis of the data integrity checksum and the response, the verifying entity authenticates the token and checks the data integrity.
Conveying device, comprising: - an axle (11, 21) which extends along a longitudinal axis, - a drum body which is mounted on the axle such that it can rotate about the longitudinal axis, - a drive unit having an electric drive motor, which is arranged inside the drum body and which comprises a rotor and a stator, the rotor is coupled in a torque-transmitting manner to an drive output shaft that is mounted such that it can rotate about a drive axle, and the stator represents a torque support and is coupled to the axle in a torque-resistant manner, - a connecting element, which is arranged inside the drum body and is coupled in a torque-transmitting manner to the drum body and the drive output shaft of the drive motor, characterized in that a first flexible coupling is inserted between the torque support and the axle, and in that a second flexible coupling is inserted between the drive output shaft and the drum body. - an axle (11, 21) which extends along a longitudinal axis, - a drum body which is mounted on the axle such that it can rotate about the longitudinal axis, - a drive unit having an electric drive motor, which is arranged inside the drum body and which comprises a rotor and a stator, the rotor is coupled in a torque-transmitting manner to an drive output shaft that is mounted such that it can rotate about a drive axle, and the stator represents a torque support and is coupled to the axle in a torque-resistant manner, - a connecting element, which is arranged inside the drum body and is coupled in a torque-transmitting manner to the drum body and the drive output shaft of the drive motor,
Device to cover and/or seal a wall aperture determined for feeding through at least one line, having a rigid frame which is able to be fastened to the edge of the wall aperture, said frame having at least one frame opening for feeding through a line, wherein a partition wall made from elastomer material is arranged on and/or in the at least one frame opening, said partition wall being determined to enclose a line fed through the relevant frame opening in a circle, wherein the at least one partition wall closes the respective frame opening completely, and wherein the at least one partition wall has a central region of smaller thickness which is surrounded by an outer region of greater thickness, characterised in that the frame and the partition wall are connected to each other firmly; the central region has a thickness which is smaller than the thickness of the outer region by at least 0.1 mm and preferably by at least 0.2 mm; and the at least one partition wall has a thickness of a maximum of 1.5 mm, preferably of a maximum of 1.2 mm.
Method for spectroscopic analysis of at least one sample implementing a method for analysis of spectroscopic data based on a multi-way statistical model, which method includes: a) the illumination of said or of each sample to be analyzed by a plurality of excitation light radiations with respective wavelengths; b) the acquisition of front-face fluorescence spectra (F 280, F 340, F 429) of said or of each sample, each corresponding to a respective excitation light radiation; c) a pre-processing of the fluorescence spectra acquired; d) for each sample, the calculation of a score vector by application to the pre-processed spectra of said multi-way statistical model, identified by a fluorescence excitation loading vector and by an emission loading vector; and e) the determination of at least one parameter chosen from a quality indicator of said or of each sample and a parameter characterizing a method to which said or each sample has been subjected, on the basis of said score vector; the method being characterized in that the average spectral gap between said excitation light radiations is at least 50 nm over a spectral range of at least 100 nm. a) the illumination of said or of each sample to be analyzed by a plurality of excitation light radiations with respective wavelengths; b) the acquisition of front-face fluorescence spectra (F 280, F 340, F 429) of said or of each sample, each corresponding to a respective excitation light radiation; c) a pre-processing of the fluorescence spectra acquired; d) for each sample, the calculation of a score vector by application to the pre-processed spectra of said multi-way statistical model, identified by a fluorescence excitation loading vector and by an emission loading vector; and e) the determination of at least one parameter chosen from a quality indicator of said or of each sample and a parameter characterizing a method to which said or each sample has been subjected, on the basis of said score vector;
A method of recycling fiber reinforced plastic, comprising: irradiating a laser beam onto a surface of the fiber reinforced plastic to remove thermosetting resin from the fiber reinforced plastic in an irradiated position of the laser beam such that fiber material contained in the fiber reinforced plastic is exposed; and removing the thermosetting resin completely by the laser beam in a thickness direction of the fiber reinforced plastic until only the fiber material is left, characterized in that while the surface of the fiber reinforced plastic is irradiated with the laser beam, the opposite surface of the fiber reinforced plastic is heated by a heating source. irradiating a laser beam onto a surface of the fiber reinforced plastic to remove thermosetting resin from the fiber reinforced plastic in an irradiated position of the laser beam such that fiber material contained in the fiber reinforced plastic is exposed; and removing the thermosetting resin completely by the laser beam in a thickness direction of the fiber reinforced plastic until only the fiber material is left, characterized in that while the surface of the fiber reinforced plastic is irradiated with the laser beam, the opposite surface of the fiber reinforced plastic is heated by a heating source.
Electric buckle comprising - a frame with an insertion slit for inserting a tongue of a safety belt device, and - a locking element, which is moveable from a locking position, in which the tongue is locked, to a releasing position, in which the tongue is released, and vice versa, wherein - the locking element engages in the locking position into a recess of the frame and a recess of a locking section of the tongue, wherein - an electric actuator is provided, which initiates the movement of the locking element when activated characterized in that, - the locking element is designed to be ring-shaped with a central opening through which the tongue extends with its locking section, wherein - a connecting element is provided, which transfers the driving movement of the electric actuator to a rotational movement of the locking element around a rotation axis running in parallel to the insertion direction of the tongue with moving the locking element from the released position to the locked position and vice versa. - a frame with an insertion slit for inserting a tongue of a safety belt device, and - a locking element, which is moveable from a locking position, in which the tongue is locked, to a releasing position, in which the tongue is released, and vice versa, wherein - the locking element engages in the locking position into a recess of the frame and a recess of a locking section of the tongue, wherein - an electric actuator is provided, which initiates the movement of the locking element when activated characterized in that, - the locking element is designed to be ring-shaped with a central opening through which the tongue extends with its locking section, wherein - a connecting element is provided, which transfers the driving movement of the electric actuator to a rotational movement of the locking element around a rotation axis running in parallel to the insertion direction of the tongue with moving the locking element from the released position to the locked position and vice versa.
An electrically actuated device for electric strikes, comprising a pivoting latch and a solenoid connected to an electrical power strip and which when powered electrically moves a core of the solenoid that acts on the locking and unlocking mechanism of the pivoting latch; wherein the electrical power strip (3a - 3d) comprises: - a PCBA circuit (31a-31d) comprising: screw terminals for mounting power screws and, possibly, an element for protecting against voltage surges; characterised in that the electrical power strip (3a-3d) further comprises: - a plastic base (32a - 32d) that can be coupled to the outside of an electric strike and that has clips on the inside surface thereof for the pressure coupling and retention of the PCBA circuit, and through holes for the fitted housing of the screw terminals of the PCBA circuit, such that in the coupling position with the base the PCBA circuit has completely restricted movement and, - rigid pins or connectors that establish an electrical connection between the PCBA circuit and a solenoid coil and mechanically secure the solenoid and the power strip in a solid and/or resistant assembly. - a PCBA circuit (31a-31d) comprising: screw terminals for mounting power screws and, possibly, an element for protecting against voltage surges; characterised in that the electrical power strip (3a-3d) further comprises: - a plastic base (32a - 32d) that can be coupled to the outside of an electric strike and that has clips on the inside surface thereof for the pressure coupling and retention of the PCBA circuit, and through holes for the fitted housing of the screw terminals of the PCBA circuit, such that in the coupling position with the base the PCBA circuit has completely restricted movement and, - rigid pins or connectors that establish an electrical connection between the PCBA circuit and a solenoid coil and mechanically secure the solenoid and the power strip in a solid and/or resistant assembly.