mhurhangee/ep-ind-claims huggingface dataset:
An image processing apparatus comprising: an image acquiring section that acquires a plurality of images obtained by imaging, at different times, a subject irradiated with lights intensity-modulated with a plurality of modulation frequencies or modulation frequency bands; and a demodulating section that demodulates pixel values of the plurality of images with a plurality of demodulation frequencies or demodulation frequency bands based on the plurality of modulation frequencies or modulation frequency bands, for each pixel, thereby generating, for each pixel, a plurality of pieces of pixel information indicating subject light amounts from the subject caused by each of the lights intensity-modulated with the plurality of modulation frequencies or modulation frequency bands. an image acquiring section that acquires a plurality of images obtained by imaging, at different times, a subject irradiated with lights intensity-modulated with a plurality of modulation frequencies or modulation frequency bands; and a demodulating section that demodulates pixel values of the plurality of images with a plurality of demodulation frequencies or demodulation frequency bands based on the plurality of modulation frequencies or modulation frequency bands, for each pixel, thereby generating, for each pixel, a plurality of pieces of pixel information indicating subject light amounts from the subject caused by each of the lights intensity-modulated with the plurality of modulation frequencies or modulation frequency bands.
A method for treating a silicon ingot for manufacturing photovoltaic cells comprising the following steps: - providing a load purified via a metallurgical route; - crystallizing the load in order to obtain a silicon ingot, the silicon ingot having a total carbon content comprised between 2.10 18 cm -3 and 10 19 cm -3, preferably a total carbon content of 6.5 10 18 cm -3, carbon being introduced during the manufacturing of the ingot; - during crystallization, annealing the silicon ingot by heating it to a temperature comprised between 880°C and 930°C, for a period comprised between four and one hour, preferably to a temperature of 900°C, to within ±10°C, for two hours, to within ±10 minutes. - providing a load purified via a metallurgical route; - crystallizing the load in order to obtain a silicon ingot, the silicon ingot having a total carbon content comprised between 2.10 18 cm -3 and 10 19 cm -3, preferably a total carbon content of 6.5 10 18 cm -3, carbon being introduced during the manufacturing of the ingot; - during crystallization, annealing the silicon ingot by heating it to a temperature comprised between 880°C and 930°C, for a period comprised between four and one hour, preferably to a temperature of 900°C, to within ±10°C, for two hours, to within ±10 minutes.
A sheath introducer for use with a catheter, comprising: a hub having a proximal end and a distal end, a flexible tube extending from the distal end, the tube adapted for insertion into a patient; an opening that communicates with a lumen extending through the hub and the tube, the lumen adapted to receive the catheter; and a lock assembly having a rotational member and at least one prong comprising a cam portion responsive to rotation of the rotational member wherein the cam portion has an aperture that receives a cam actuator extending from the rotational member, the prong being adapted to contact a portion of the catheter when the rotational member is rotated in one direction and to release the portion of the catheter when the rotational member is rotated in another direction, and wherein each prong is adapted to rotate when actuated by the rotational member a hub having a proximal end and a distal end, a flexible tube extending from the distal end, the tube adapted for insertion into a patient; an opening that communicates with a lumen extending through the hub and the tube, the lumen adapted to receive the catheter; and a lock assembly having a rotational member and at least one prong comprising a cam portion responsive to rotation of the rotational member wherein the cam portion has an aperture that receives a cam actuator extending from the rotational member, the prong being adapted to contact a portion of the catheter when the rotational member is rotated in one direction and to release the portion of the catheter when the rotational member is rotated in another direction, and wherein each prong is adapted to rotate when actuated by the rotational member
A method for manufacturing a part made of a plastic material having a first technical face and a second face, in a tooling comprising a first shell intended to form the first face provided with impressions intended to form technical members of the technical face and a second shell intended to form the second face, the first shell and the second shell delimiting a cavity forming the part, characterized in that the method comprises the following steps of: - providing a porous reinforcing element; - draping the reinforcing element over the first shell by covering the surface of the first shell and the impressions intended to form the technical members, the reinforcing element overhanging the impressions; - retaining the reinforcing element on the first shell by retaining means; - bringing the first shell and the second shell together; - injecting a plastic material to fill the cavity, the plastic material passing through the porous reinforcing element to fill impressions intended to form the technical members; - moving apart the first and second shells and; - ejecting the plastic part. - providing a porous reinforcing element; - draping the reinforcing element over the first shell by covering the surface of the first shell and the impressions intended to form the technical members, the reinforcing element overhanging the impressions; - retaining the reinforcing element on the first shell by retaining means; - bringing the first shell and the second shell together; - injecting a plastic material to fill the cavity, the plastic material passing through the porous reinforcing element to fill impressions intended to form the technical members; - moving apart the first and second shells and; - ejecting the plastic part.
Method for identifying and verifying control software of a rail vehicle, - in which the control software is formed by functions (FKT_1,...), wherein each function (FKT_1,...) performs a task respectively assigned thereto, - in which the functions (FKT_1,...), in their interconnected entirety, form a structure of the control software, - in which a function-dependent checksum (HFKT_1,...) is created for each function (FKT_1,...), - in which a structure-dependent checksum (HSTR) is created for the structure, - in which an overall checksum (HGES) for the control software is created from the function-dependent checksums (HFKT_1,...) and from the structure-dependent checksum (HSTR), - such that the overall checksum (HGES) identifies and verifies the control software for authorization in a country (EU, ZLL), - in which a version number of the control software, which is based on the overall checksum (HGES_EU, HGES_ZLL) of the control software, is displayed to the rail vehicle driver for monitoring purposes. - in which the control software is formed by functions (FKT_1,...), wherein each function (FKT_1,...) performs a task respectively assigned thereto, - in which the functions (FKT_1,...), in their interconnected entirety, form a structure of the control software, - in which a function-dependent checksum (HFKT_1,...) is created for each function (FKT_1,...), - in which a structure-dependent checksum (HSTR) is created for the structure, - in which an overall checksum (HGES) for the control software is created from the function-dependent checksums (HFKT_1,...) and from the structure-dependent checksum (HSTR), - such that the overall checksum (HGES) identifies and verifies the control software for authorization in a country (EU, ZLL), - in which a version number of the control software, which is based on the overall checksum (HGES_EU, HGES_ZLL) of the control software, is displayed to the rail vehicle driver for monitoring purposes.
A X-ray fluoroscopic imaging system for fluoroscopic imaging subjects in at least two inspection channels, characterized by comprising: an electron accelerator, a shielding and collimating device, at least two detector arrays, wherein, the electron accelerator includes an electron emitting unit, an electron accelerating unit and a target; wherein, the shielding and collimating device includes a shielding structure and at least two collimators respectively corresponding to the at least two detector arrays; wherein, each of the at least two detector arrays, the collimator corresponding to this detector array and a target point targeted by the electric beam are located in one plane; characterized in that: each of the at least two collimators is a slit with a thickness, so as to extract a planar fan-shaped X-ray beam with a uniform intensity distribution; wherein, each of the detector arrays is arranged in an arc shape which takes the target point as the arc center; and wherein, each of the extracted X-ray beams has a downward field angle of 15° (-15°) and a upward field angle of 75° (+75°) with respect to the horizontal plane (0°). an electron accelerator, a shielding and collimating device, at least two detector arrays, wherein, the electron accelerator includes an electron emitting unit, an electron accelerating unit and a target; wherein, the shielding and collimating device includes a shielding structure and at least two collimators respectively corresponding to the at least two detector arrays; wherein, each of the at least two detector arrays, the collimator corresponding to this detector array and a target point targeted by the electric beam are located in one plane; characterized in that: each of the at least two collimators is a slit with a thickness, so as to extract a planar fan-shaped X-ray beam with a uniform intensity distribution; wherein, each of the detector arrays is arranged in an arc shape which takes the target point as the arc center; and wherein, each of the extracted X-ray beams has a downward field angle of 15° (-15°) and a upward field angle of 75° (+75°) with respect to the horizontal plane (0°).
An electric vehicle with a power supply device, which comprises a battery case for accommodating battery cells for supplying electric power to an electric motor of the electric vehicle and which can be mounted to and detached from the electric vehicle, wherein the power supply device further comprises a battery case terminal which can be connected from above to a vehicle body terminal accommodated in a terminal base provided on a vehicle body, and a battery case engagement part which can engage from above with a vehicle body engagement part formed at an upper surface of the terminal base; wherein the vehicle body engagement part is offset to one side from the lateral centre of the vehicle; and the battery case engagement part is offset to one side of the battery case from the lateral centre of the vehicle in a state where the battery case is mounted on the electric vehicle, and the battery case engagement part is formed at each of the front and rear side portions of the battery case relative to the vehicle, in order that the battery case engagement part can fit to the vehicle body engagement part; characterized in that the vehicle body engagement part is an engagement projection, the battery case engagement part is an engagement recess into which the engagement projection can fit, and, for mutual positioning, the engagement projection and the engagement recess are provided with wall parts extending parallel to a direction in which the battery case is mounted to and detached from the electric vehicle; and in that the terminal base is formed with a shelf projecting horizontally from a foot portion of the engagement projection constituting the vehicle body engagement part toward the side to which the vehicle body engagement part is offset; and the positions and shapes of the engagement projection as the vehicle body engagement part, the engagement recess as the battery case engagement part, and the shelf are set such that a lower open end portion of the engagement recess makes contact with an upper surface of the shelf when the battery case is in a tentatively placed position wherein a peak portion of the engagement projection makes contact with an inner surface of an uppermost portion of a wall part forming the engagement recess.
A method for forming a conductive circuit comprising the steps of printing a pattern using a conductive ink composition and curing the pattern into a conductive circuit, said conductive ink composition being a substantially solvent-free, liquid, addition curable, conductive circuit-forming ink composition comprising an organopolysiloxane having at least two silicon-bonded alkenyl groups, an organohydrogenpolysiloxane having at least two silicon-bonded hydrogen atoms, conductive particles having an average particle size of at least 5 μm, selected from the group consisting of metal particles, gold-plated particles, silver-plated particles, and copper-plated particles, conductive micro-particles having an average particle size of less than 5 μm, selected from the group consisting of metal particles, gold-plated particles, silver-plated particles, and copper-plated particles, component being present in an amount of at least 1 part by volume per 100 parts by volume of component, a thixotropic agent, and a hydrosilylation catalyst. an organopolysiloxane having at least two silicon-bonded alkenyl groups, an organohydrogenpolysiloxane having at least two silicon-bonded hydrogen atoms, conductive particles having an average particle size of at least 5 μm, selected from the group consisting of metal particles, gold-plated particles, silver-plated particles, and copper-plated particles, conductive micro-particles having an average particle size of less than 5 μm, selected from the group consisting of metal particles, gold-plated particles, silver-plated particles, and copper-plated particles, component being present in an amount of at least 1 part by volume per 100 parts by volume of component, a thixotropic agent, and a hydrosilylation catalyst.
Vehicle system having a mother ship and an unmanned water vehicle which can be received by the mother ship, wherein in order to recover the unmanned water vehicle by means of the mother ship a floating body which is connected to the mother ship via a line can be lowered in the water, wherein a catch device for catching the line is arranged on the unmanned water vehicle, characterized in that there is arranged in the region of the line which faces the floating body a spacer which prevents the floating body from moving into abutment with the unmanned water vehicle.
A material pressure feeding apparatus including a container having a top opening for receiving a bag, in which a viscous material is contained, a press member having a through-hole communicable with an aperture formed in an upper portion of the bag positioned within the container, the press member being positioned on the bag, and a pressure feeder including a pressure feed passage that is in communication with the through-hole, and feeding with pressure the material within the bag by lowering the press member, comprising: an annular member positioned on the outer peripheral side of the press member to be capable to pressing an inner periphery of the container outward along a radial direction, characterized in that the annular member is supported by the press member while permitted to be relatively moved with respect to the press member, wherein the press member comprises an upper pressing plate, and a lower pressing plate attached to the lower surface side of the upper pressing plate in a state of a supporting space is formed between a lower surface of the outer peripheral side of the upper pressing plate and the lower pressing plate, the annular member includes a plate-shaped ring portion, and an outer peripheral portion provided continuously downward from an outer periphery of the ring portion, the outer peripheral portion being capable of pressing the inner periphery of the container, and the ring portion is movably provided within the supporting space. an annular member positioned on the outer peripheral side of the press member to be capable to pressing an inner periphery of the container outward along a radial direction, characterized in that the annular member is supported by the press member while permitted to be relatively moved with respect to the press member, wherein the press member comprises an upper pressing plate, and a lower pressing plate attached to the lower surface side of the upper pressing plate in a state of a supporting space is formed between a lower surface of the outer peripheral side of the upper pressing plate and the lower pressing plate, the annular member includes a plate-shaped ring portion, and an outer peripheral portion provided continuously downward from an outer periphery of the ring portion, the outer peripheral portion being capable of pressing the inner periphery of the container, and the ring portion is movably provided within the supporting space.
A device for separating notes of value of a value note stack, with a drivable pull-off roller, a first separating roller, a second separating roller, a drive unit for driving the pull-off roller, and a control unit, wherein the pull-off roller contacts the first note of value of the value note stack facing the pull-off roller and transports it in transport direction in the direction of the first separating roller and the second separating roller, the first separating roller or the second separating roller are drivable such that the driven separating roller transports the first note of value in transport direction when the first note of value contacts the driven separating roller, the first separating roller has at least one circumferential recess, the first separating roller and the second separating roller are arranged such that at least a part of the second separating roller is arrangeable within the recess of the first separating roller, and wherein the control unit sets the overlapping depth by which the second separating roller projects into the recess of the first separating roller, characterized in that a thickness sensor is provided for determining the thickness of several overlapping notes of value which are at least in part between and/or, as viewed in transport direction, shortly before the first separating roller and the second separating roller, and that the control unit compares the thickness determined by means of the thickness sensor with a preset maximum thickness and sets a retaining overlapping depth by which the second separating roller projects into the recess of the first separating roller when the determined thickness is greater than the maximum thickness.
Use of an amino-functionalized silicone having an amine number from 0.1 to 0.6 within a conditioning formulation to selectively enhance silicone deposition onto damaged hair; in which the conditioning composition further comprises a cationic surfactant.
A method for signal detection in a display device, the display device comprising a timing controller and a source driver, the method being applied to the timing controller and comprising: transmitting a test code stream to the source driver, the test code stream being obtained through encoding of an initial code stream by the timing controller, the initial code stream representing a test signal; characterised by: determining whether configuration information of the source driver matches with reference information of the timing controller in response to reception of the configuration information from the source driver, wherein the reception of the configuration information indicates detection by the source driver that a decoded code stream is different from the initial code stream, the decoded code stream being obtained by decoding the test code stream by the source driver; and adjusting the configuration information according to the reference information when the configuration information is determined to be different from the reference information, and transmitting the adjusted configuration information to the source driver so that the source driver receives a subsequently transmitted signal according to the adjusted configuration information. transmitting a test code stream to the source driver, the test code stream being obtained through encoding of an initial code stream by the timing controller, the initial code stream representing a test signal; characterised by: determining whether configuration information of the source driver matches with reference information of the timing controller in response to reception of the configuration information from the source driver, wherein the reception of the configuration information indicates detection by the source driver that a decoded code stream is different from the initial code stream, the decoded code stream being obtained by decoding the test code stream by the source driver; and adjusting the configuration information according to the reference information when the configuration information is determined to be different from the reference information, and transmitting the adjusted configuration information to the source driver so that the source driver receives a subsequently transmitted signal according to the adjusted configuration information. determining whether configuration information of the source driver matches with reference information of the timing controller in response to reception of the configuration information from the source driver, wherein the reception of the configuration information indicates detection by the source driver that a decoded code stream is different from the initial code stream, the decoded code stream being obtained by decoding the test code stream by the source driver; and adjusting the configuration information according to the reference information when the configuration information is determined to be different from the reference information, and transmitting the adjusted configuration information to the source driver so that the source driver receives a subsequently transmitted signal according to the adjusted configuration information.