mhurhangee/ep-ind-claims huggingface dataset:
A control method for controlling a supply parameter of a percussion apparatus actuated by a pressurized incompressible fluid, characterized in that it comprises the following steps: - providing a control device arranged to adjust a supply parameter of the percussion apparatus, - providing a control unit arranged to apply a control instruction to the control device, - switching on the percussion apparatus - measuring at least one sound data in the vicinity of a predetermined area which is offset relative to the percussion apparatus, - transmitting the at least one measured sound data to the control unit - comparing the at least one sound data received by the control unit with a predetermined threshold value, - correcting the control instruction of the control device depending on the at least one received sound data, and - applying, by means of the control unit, said corrected control instruction to the control device, so as to adjust the supply parameter of the percussion apparatus depending on the measured sound data, the correction step consisting of correcting the control instruction such that the supply parameter adjusted by the control device induces sound data lower than the predetermined threshold value, and - interrupting the supply of the pressurized incompressible fluid to the percussion apparatus when the at least one sound data received by the control unit is greater than the predetermined threshold value and when simultaneously the supply parameter of the percussion apparatus is adjusted to its minimum by the control device. - providing a control device arranged to adjust a supply parameter of the percussion apparatus, - providing a control unit arranged to apply a control instruction to the control device, - switching on the percussion apparatus - measuring at least one sound data in the vicinity of a predetermined area which is offset relative to the percussion apparatus, - transmitting the at least one measured sound data to the control unit - comparing the at least one sound data received by the control unit with a predetermined threshold value, - correcting the control instruction of the control device depending on the at least one received sound data, and - applying, by means of the control unit, said corrected control instruction to the control device, so as to adjust the supply parameter of the percussion apparatus depending on the measured sound data, the correction step consisting of correcting the control instruction such that the supply parameter adjusted by the control device induces sound data lower than the predetermined threshold value, and - interrupting the supply of the pressurized incompressible fluid to the percussion apparatus when the at least one sound data received by the control unit is greater than the predetermined threshold value and when simultaneously the supply parameter of the percussion apparatus is adjusted to its minimum by the control device.
An imaging lens consisting of: in order from an object side of the imaging lens, a first lens of a positive lens with a convex surface directed to the object side thereof; a second lens having a negative refractive power and having a meniscus shape with a concave surface directed to an image side thereof; a third lens having a positive refractive power and having a meniscus shape with a convex surface directed to the image side thereof; a fourth lens with both surfaces being an aspheric surface, the fourth lens having a concave surface on the image side in the proximity of an optical axis thereof; and a fifth lens of a positive or negative lens with both surfaces (R10, R11) being an aspheric surface, wherein the imaging lens satisfies conditional expressions: νd ⁢ 1 > 50 νd ⁢ 2 < 30 νd ⁢ 4 < 30 wherein vd 1 is an Abbe number of the first lens vd2 is an Abbe number of the second lens, and vd4 is an Abbe number of the fourth lens.
A dental dispensing tip (100, 200, 300), comprising: a body having a first end, a second end, and a fluid passageway extending from the first end toward the second end, the fluid passageway being configured to receive a dental solution therein; a brush cup provided at the second end and having a brush barrel defined therein; a brush applicator configured to be secured within the brush barrel and including a plurality of bristles, wherein a portion of the plurality of bristles extends out of the brush barrel; and a delivery cannula arranged to provide fluid communication between the fluid passageway and the brush applicator to deliver the dental solution to the plurality of bristles, characterized in that the delivery cannula is directed into the bristles at an intermediate location between distal and proximal ends of the brush applicator. a body having a first end, a second end, and a fluid passageway extending from the first end toward the second end, the fluid passageway being configured to receive a dental solution therein; a brush cup provided at the second end and having a brush barrel defined therein; a brush applicator configured to be secured within the brush barrel and including a plurality of bristles, wherein a portion of the plurality of bristles extends out of the brush barrel; and a delivery cannula arranged to provide fluid communication between the fluid passageway and the brush applicator to deliver the dental solution to the plurality of bristles, characterized in that the delivery cannula is directed into the bristles at an intermediate location between distal and proximal ends of the brush applicator.
Miniature safety switch for use in motor vehicle electronics, having a housing formed from a housing base made from insulating material and a housing cover that is or can be placed thereon, - wherein two elongated and flat contact arms (5, 6) are embedded into the housing base in parallel with each other with respect to the longitudinal direction thereof and are guided out of the housing base on the base side, - wherein, on the inner side of the housing, a fixed contact is attached to a first contact arm and a bimetallic snap disc having a moving contact is attached to the second contact arm, and - wherein a PTC resistor is electrically integrated in such a way that, as a consequence of the heat generation thereof, the bimetallic snap disc remains in its open position when released, characterised in that, the PTC resistor is brought into direct contact with the bimetallic snap disc by means of a compression spring, wherein the compression spring is supported beneath the fixed contact on the first contact arm in the longitudinal direction. - wherein two elongated and flat contact arms (5, 6) are embedded into the housing base in parallel with each other with respect to the longitudinal direction thereof and are guided out of the housing base on the base side, - wherein, on the inner side of the housing, a fixed contact is attached to a first contact arm and a bimetallic snap disc having a moving contact is attached to the second contact arm, and - wherein a PTC resistor is electrically integrated in such a way that, as a consequence of the heat generation thereof, the bimetallic snap disc remains in its open position when released,
A multimode launch system to be connected to an Optical Time-Domain Reflectometer (OTDR) for use in performing at least one OTDR measurement on a multimode multi-fiber array Device Under Test, the multimode launch system comprising: an optical switch having an input multimode optical fiber and a plurality of output multimode optical fibers, the optical switch being configured to receive test light from the OTDR into the input multimode optical fiber and to selectively transmit the received test light into one of the plurality of output multimode optical fibers during use, characterized in that the multimode launch system further comprises a launch array device having an end being connected to the plurality of output multimode optical fibers of the optical switch and another end being connected to the multi-fiber array DUT during use, the launch array device having a plurality of multimode launch optical fibers each having at least one first guidance parameter being smaller than a corresponding one of at least one second guidance parameter of at least one of the input multimode optical fiber and the plurality of output multimode optical fibers of the optical switch, the first and second guidance parameters referring to a fiber core diameter and/or a numerical aperture; and a multi-fiber mode conditioner along the launch array device, for the multi-fiber mode conditioner being configured to induce a preferential attenuation of higher-order optical modes of test light propagated into the multi-fiber array DUT during use. an optical switch having an input multimode optical fiber and a plurality of output multimode optical fibers, the optical switch being configured to receive test light from the OTDR into the input multimode optical fiber and to selectively transmit the received test light into one of the plurality of output multimode optical fibers during use, characterized in that the multimode launch system further comprises a launch array device having an end being connected to the plurality of output multimode optical fibers of the optical switch and another end being connected to the multi-fiber array DUT during use, the launch array device having a plurality of multimode launch optical fibers each having at least one first guidance parameter being smaller than a corresponding one of at least one second guidance parameter of at least one of the input multimode optical fiber and the plurality of output multimode optical fibers of the optical switch, the first and second guidance parameters referring to a fiber core diameter and/or a numerical aperture; and a multi-fiber mode conditioner along the launch array device, for the multi-fiber mode conditioner being configured to induce a preferential attenuation of higher-order optical modes of test light propagated into the multi-fiber array DUT during use.
Coupler for contactless signal transmission with high data rates, comprising a first coupler element with a first transmission element (12, 12a-d) and a second coupler element with a second transmission element (18, 18a-d), wherein a first signal contact for connection to a signal conductor is arranged on a first end of the first transmission element (12, 12a-d), wherein a second signal contact for connection to a signal conductor is arranged on a first end of the second transmission element (18, 18a-d), wherein the first transmission element (12, 12a-d) and the second transmission element (18, 18a-d) each extend along mutually complementary surfaces of revolution (56a, 56b, 58a, 58b), wherein the first transmission element (12, 12a-d) forms a plurality of first U-shaped curves between the first end and a second end and in doing so forms a spiral or is wound about a lateral surface of a cylinder, wherein the second transmission element (18, 18a-d) forms a plurality of second U-shaped curves between the first end and a second end and in doing so forms a spiral or is wound about a lateral surface of a cylinder, wherein the first transmission element (12, 12a-d) is configured, in operation, to transmit a signal supplied at the first signal contact to the second transmission element (18, 18a-d) by means of directional coupling and wherein the second transmission element (18, 18a-d) is configured, in operation, to receive the signal from the first transmission element (12, 12a-d) and output it via the second signal contact.
Defrosting apparatus comprising a vessel which is partially filled with the product to be defrosted which rotates about an inclined axis, and comprises means to move the product during defrosting, characterized in that it comprises temperature-measurement-means to contact free determine the surface temperature of the product and/or a liquid surrounding the product, wherein the temperature-measurement-means remain stationary while the vessel rotates and that it comprises vacuum means to apply vacuum to the vessel.
A method for the in vitro diagnosis specific of lung cancer in a biological sample taken from a patient which comprises a step of detecting at least one expression product of at least one nucleic acid sequence, said nucleic acid sequence being selected from the sequences identified in SEQ ID NOs: 4, 5, 7, 9, 10, 12, 20, 25 and 40 or from the sequences which have at least 99% of identity with one of the sequences identified in SEQ ID NOs: 4, 5, 7, 9,10, 12, 20, 25 and 40.
Method for compensating for the temperature of at least one temperature-dependent measurement variable (M, T) which is measured in a measurement environment (30.1), the at least one measurement result (M(T G), T G) measured in the measurement environment (30.1) being distorted by an unwanted temperature change (ΔT), characterized in that the temporal temperature behaviour of a component which is arranged inside the closed measurement environment (30.1) and causes the unwanted temperature change is determined and stored, the at least one measured temperature-dependent measurement variable (M(T G), T G) being mathematically corrected using the determined temporal temperature behaviour of the component in order to output at least one corresponding temperature-compensated measurement variable (M(T G -ΔT), T G -ΔT).
A wet shaving device comprising: a motor; an actuator configured to vary the speed of the motor; a rotary blade module having at least one cutting element; and a drive train assembly including a first shaft, a second shaft, and a third shaft operatively coupling the motor and the rotary blade module, the first, second and third shafts (110, 112, 114) being configured to transfer the rotational movement of the motor to the rotary blade module; characterized in that the third shaft is sealingly connected to the rotary blade module. a motor; an actuator configured to vary the speed of the motor; a rotary blade module having at least one cutting element; and a drive train assembly including a first shaft, a second shaft, and a third shaft operatively coupling the motor and the rotary blade module, the first, second and third shafts (110, 112, 114) being configured to transfer the rotational movement of the motor to the rotary blade module; characterized in that the third shaft is sealingly connected to the rotary blade module.
Dental floss comprising: a floss part that is formed by twisting a plurality of filaments together but not tying up the filaments; and tied-up parts that are provided continuously with the floss part, and are formed by tying up the plurality of the filaments, wherein each of the tied-up parts is formed in such a manner that filaments are covered with a contour part in a cross section thereof, wherein the floss part and the tied-up parts are constituted of the same continuous raw yarn, and wherein in the tied-up parts, a plurality of the filaments are twisted together, and contour parts that are continuous all around the outer circumference of the tied-up parts on the cross section are formed, wherein the filaments are disposed inside the contour parts so as to be denser than in the floss part, and the filaments are tied up with the contour parts. a floss part that is formed by twisting a plurality of filaments together but not tying up the filaments; and tied-up parts that are provided continuously with the floss part, and are formed by tying up the plurality of the filaments, wherein each of the tied-up parts is formed in such a manner that filaments are covered with a contour part in a cross section thereof, wherein the floss part and the tied-up parts are constituted of the same continuous raw yarn, and wherein in the tied-up parts, a plurality of the filaments are twisted together, and contour parts that are continuous all around the outer circumference of the tied-up parts on the cross section are formed, wherein the filaments are disposed inside the contour parts so as to be denser than in the floss part, and the filaments are tied up with the contour parts.
A method of operating a digital camera, the camera storing a plurality of color compensation algorithms, each algorithm being associated with a different type of ambient light, the camera comprising a multiple of different white light LED (light emitting diode) flashes (52, 53, 54), each white light LED flash (52, 53, 54) comprising a LED die that emits visible blue light, a first wavelength conversion material over the LED die being energized by the blue light and wavelength converting the blue light to emit a visible red light, and a second wavelength conversion material over the LED die being energized by the blue light and wavelength converting the blue light to emit a visible green light, wherein the combination of the blue light, red light, and green light produces a white light, and wherein each white light LED flash (52, 53, 54) substantially matches a different one of said ambient light types, the method comprising the steps of: determining the ambient light type illuminating an object; energizing a first of the multiple of white light LED flashes to further illuminate the object, wherein the combination of the blue light, red light, and green light of the first of the multiple of white light LED flashes produces a white light that substantially matches the determined type of ambient light; taking a photograph by the camera of the object illuminated by the determined type of ambient light and by light from the first of the multiple of white light LED flashes; selecting one of the plurality of color compensation algorithms stored in the camera associated with the determined type of ambient light; and applying the color compensation algorithm associated with the determined type of ambient light to the photograph. determining the ambient light type illuminating an object; energizing a first of the multiple of white light LED flashes to further illuminate the object, wherein the combination of the blue light, red light, and green light of the first of the multiple of white light LED flashes produces a white light that substantially matches the determined type of ambient light; taking a photograph by the camera of the object illuminated by the determined type of ambient light and by light from the first of the multiple of white light LED flashes; selecting one of the plurality of color compensation algorithms stored in the camera associated with the determined type of ambient light; and applying the color compensation algorithm associated with the determined type of ambient light to the photograph.
A vortex finder support for fixing a vortex finder in the inlet region of a cyclone which includes a waste gas conduit leading out of the inlet region, comprising a sleeve-shaped support element associated to the vortex finder, which can be arranged inside the waste gas tube, with at least one lateral mounting hole, a ring surrounding the support element, which can be placed onto the cyclone so as to surround the waste gas conduit or be integrated in the same, and at least one bolt (7, 7') extending through a lateral opening of the ring and the mounting hole of the support element for connecting the ring with the support element, characterized in that the bolt (7, 7') and the mounting hole of the support element each have an approximately rectangular cross-section.
Device for energy transmission and for energy storage in a liquid reservoir, the device comprising a water heat exchanger and an air heat exchanger arranged above the water heat exchanger, the water heat exchanger being arranged in a liquid reservoir, and the device having a fresh air inlet from which a fresh air flow can be induced to an air outlet by the air heat exchanger, characterized by a heat exchanger which is designed to direct exhaust air flowing in from an exhaust air inlet for energy transmission via the liquid reservoir to an edge region of the heat exchanger, from which heat exchanger the exhaust air can be supplied to the air heat exchanger as an extract air flow, in which the fresh air flow and the extract air flow mix.
A method for providing an invitation reservation service, IRS, to establish a push to talk over cellular, PoC, group session in a PoC system using a session initiation protocol, SIP/Internet protocol, IP, core network, the method comprising the steps of: generating, by a PoC terminal, IRS-related information defining a session initialization condition and transmitting (500, 502) the IRS-related information to a PoC extensible markup language document management server, XDMS; receiving (504, 506), by the PoC terminal, an IRS ID for mapping the IRS-related information, from the PoC XDMS, and storing the mapping information, wherein the PoC XDMS stores the IRS-related information; retrieving, by the PoC terminal, the stored IRS ID; and transmitting, by the PoC terminal, a message requesting an IRS corresponding to the IRS ID to a PoC server, wherein upon receiving the message, the PoC server transmits a subscription request message to the PoC XDMS for subscribing to information, where the subscription request message includes the IRS ID, receives, from the PoC XDMS, a response message, the IRS-related information being stored in the PoC XDMS while being mapped onto the received IRS ID, receives the IRS-related information, and establishes a session. generating, by a PoC terminal, IRS-related information defining a session initialization condition and transmitting (500, 502) the IRS-related information to a PoC extensible markup language document management server, XDMS; receiving (504, 506), by the PoC terminal, an IRS ID for mapping the IRS-related information, from the PoC XDMS, and storing the mapping information, wherein the PoC XDMS stores the IRS-related information; retrieving, by the PoC terminal, the stored IRS ID; and transmitting, by the PoC terminal, a message requesting an IRS corresponding to the IRS ID to a PoC server, wherein upon receiving the message, the PoC server transmits a subscription request message to the PoC XDMS for subscribing to information, where the subscription request message includes the IRS ID, receives, from the PoC XDMS, a response message, the IRS-related information being stored in the PoC XDMS while being mapped onto the received IRS ID, receives the IRS-related information, and establishes a session.
A battery cell (300, 400) configured to have a structure in which an electrode assembly (310, 410) comprising a separator disposed between a cathode and an anode is mounted in a battery case (320, 420), wherein an asymmetric structure with respect to a central axis crossing the electrode assembly (310, 410) in plane is formed at a portion of at least one side of the electrode assembly (310, 410) constituting an outer circumference of the electrode assembly (310, 410), wherein the asymmetric structure comprises a curved portion (330, 430), wherein the battery case (320, 420) is configured to have a structure (321, 421) in which an outside of the battery case (320, 420) corresponds to the curved portion (330, 430), characterized in that the curved portion of the battery case (321, 421) has a thickness less than that of a sealed portion of the battery case to which the curved portion of the battery case (321,421) is not connected, wherein the battery case (320, 420) is formed of a laminate sheet comprising a metal layer and a resin layer.