mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanging apparatus, comprising one or more sintered heat pipes, wherein each sintered heat pipe comprises a main pipe with both ends closed and having a first pipe segment and a second pipe segment, wherein the first pipe segment is configured to connect a heat or cold source, and one or more manifolds for radiating heat or transferring cold extend from one or more portions of the second pipe segment of the main pipe respectively, being characterized in that each heat pipe further comprises one or two fin groups, each fin group comprising multiple corresponding fins which are arranged in parallel and with gaps therebetween, and each fin group being installed at the manifold on the main pipe via pipe holes of the respective fins.
A decoding method, comprising: acquiring a demodulation signal, wherein the demodulation signal is a demodulated signal; acquiring a first decoding signal, wherein the first decoding signal is a signal fed back after the i th M-ary differential decoding processing is performed on the demodulation signal, and i is an integer greater than 0; performing M-ary differential decoding processing on the demodulation signal according to the first decoding signal, to obtain a second decoding signal, comprising performing, by using a Bahl-Cocke-Jelinek-Raviv, BCJR, algorithm, M-ary differential decoding processing on the demodulation signal according to a state transition diagram of differential quadrature phase shift keying, DQPSK, differential coding or quadrature amplitude modulation D16QAM differential coding corresponding to the demodulation signal; and obtaining the second decoding signal according to E i c k = L c k / Y → N − E i ′ c k, wherein c k indicates a differential coding input bit at the moment k, Y N → indicates a symbol information sequence corresponding to the demodulation signal before being demodulated, L c k / Y → N is a signal obtained after M-ary differential decoding processing is performed on the demodulation signal by using the BCJR algorithm, E i ′ c k is the first decoding signal, and E i ( c k) is the second decoding signal. acquiring a demodulation signal, wherein the demodulation signal is a demodulated signal; acquiring a first decoding signal, wherein the first decoding signal is a signal fed back after the i th M-ary differential decoding processing is performed on the demodulation signal, and i is an integer greater than 0; performing M-ary differential decoding processing on the demodulation signal according to the first decoding signal, to obtain a second decoding signal, comprising performing, by using a Bahl-Cocke-Jelinek-Raviv, BCJR, algorithm, M-ary differential decoding processing on the demodulation signal according to a state transition diagram of differential quadrature phase shift keying, DQPSK, differential coding or quadrature amplitude modulation D16QAM differential coding corresponding to the demodulation signal; and obtaining the second decoding signal according to E i c k = L c k / Y → N − E i ′ c k, wherein c k indicates a differential coding input bit at the moment k, Y N → indicates a symbol information sequence corresponding to the demodulation signal before being demodulated, L c k / Y → N is a signal obtained after M-ary differential decoding processing is performed on the demodulation signal by using the BCJR algorithm, E i ′ c k is the first decoding signal, and E i ( c k) is the second decoding signal.
A feeding device of electronic components arranged on a tape rolled up to form a reel, comprising: means for supporting and unrolling the reel; means for advancing the unrolled tape along a predefined path; a control logic for the advancing means comprising an electronic board dedicated to the electronic control of said advancing means; means for separating a front electronic component from the remaining electronic components, characterised in that said means for advancing the tape comprise a screw conveyor shaped in such a way as to engage said electronic components, said screw conveyor being designed based on the planar projection of the profile of the electronic components, and in that said device comprises one or more guiding elements arranged along the predefined advancement path of the tape and operatively active on the electronic components so as to limit the deviations due to the engagement with said screw conveyor. means for supporting and unrolling the reel; means for advancing the unrolled tape along a predefined path; a control logic for the advancing means comprising an electronic board dedicated to the electronic control of said advancing means; means for separating a front electronic component from the remaining electronic components, characterised in that said means for advancing the tape comprise a screw conveyor shaped in such a way as to engage said electronic components, said screw conveyor being designed based on the planar projection of the profile of the electronic components, and in that said device comprises one or more guiding elements arranged along the predefined advancement path of the tape and operatively active on the electronic components so as to limit the deviations due to the engagement with said screw conveyor.
Domestic appliance, including - an electrical element, - a number of switching connecting elements connected in an electrically conducting manner to the electrical element, and - a support disposed within a housing of the domestic appliance which is manufactured from an electrically conducting material and is embodied in one piece with the number of switching connecting elements; characterised in that - the individual switching connecting elements are each connected to the support by way of a connecting rib, and - the connecting rib can be separated so that the switching connecting elements are independent of the support. - an electrical element, - a number of switching connecting elements connected in an electrically conducting manner to the electrical element, and - a support disposed within a housing of the domestic appliance which is manufactured from an electrically conducting material and is embodied in one piece with the number of switching connecting elements; - the individual switching connecting elements are each connected to the support by way of a connecting rib, and - the connecting rib can be separated so that the switching connecting elements are independent of the support.
A compound, 3-[2-fluoro-5-(2,3-difluoro-6-methoxybenzyloxy)-4-methoxyphenyl]-2,4-dioxo-1,2,3,4- tetrahydrothieno [3,4d]pyrimidine-5-carboxylic acid, represented by formula or a pharmaceutically acceptable salt thereof, for use in a method of reducing the volume of menstrual blood loss in a female human patient, the method comprising administering the compound to the patient in an amount of about 100 mg per day.
A system for building a three dimensional green compact on a building tray, the system comprising: a printing station comprising: a printing head configured to selectively dispense a solidifiable ink on a building tray to form a mask pattern; and a curing unit configured to cure the mask pattern that is formed on the building tray with UV light; a powder delivery station configured to deliver a layer of powder material on the cured mask pattern; a die compacting station for compacting the powder material and the cured mask pattern; and a precision stage configured to repeatedly advance the building tray to each of the printing station, the powder delivery station and the die compacting station to build a plurality of layers that together form the three dimensional green compact. a printing station comprising: a printing head configured to selectively dispense a solidifiable ink on a building tray to form a mask pattern; and a curing unit configured to cure the mask pattern that is formed on the building tray with UV light; a printing head configured to selectively dispense a solidifiable ink on a building tray to form a mask pattern; and a curing unit configured to cure the mask pattern that is formed on the building tray with UV light; a powder delivery station configured to deliver a layer of powder material on the cured mask pattern; a die compacting station for compacting the powder material and the cured mask pattern; and a precision stage configured to repeatedly advance the building tray to each of the printing station, the powder delivery station and the die compacting station to build a plurality of layers that together form the three dimensional green compact.
A drum comprising a cylindrical body, two circular lids (3, 103) having peripheries bent and brought to a position parallel to and contacting the peripheries of the cylindrical body which are mounted to the front and rear sides of the body by two circular seams which are produced by circumferentially bending and folding outwards the overlapping peripheries of the body and the lids (3, 103) so that a circumferential connecting line between each lid (3, 103) and the cylindrical body on the inside of the drum and a narrow gap in front of each connecting line is formed characterized in that said narrow gaps in front of the connecting lines are covered each by a circular impression set circumferentially extending from the periphery of the drum towards the inside thereof.
An image processing apparatus comprising: a projected image input unit that inputs a projected image formed by light incident on a Fresnel zone plate from a subject; a complex image generation unit that generates a complex image consisting of an image of a real part and an image of an imaginary part by multiplying the projected image with each of a first Fresnel zone pattern and a second Fresnel zone pattern having a same local spatial frequency in each region and a different phase of the local spatial frequency with respect to the first Fresnel zone pattern; and a Fourier transformation unit that reconstructs an image of a spatial domain by performing two-dimensional complex Fourier transformation on the complex image. a projected image input unit that inputs a projected image formed by light incident on a Fresnel zone plate from a subject; a complex image generation unit that generates a complex image consisting of an image of a real part and an image of an imaginary part by multiplying the projected image with each of a first Fresnel zone pattern and a second Fresnel zone pattern having a same local spatial frequency in each region and a different phase of the local spatial frequency with respect to the first Fresnel zone pattern; and a Fourier transformation unit that reconstructs an image of a spatial domain by performing two-dimensional complex Fourier transformation on the complex image.
Cold water baffle, configured for being associated to an inlet tube for the inlet of said cold water into a tank of a storage water heater, comprising a helical spring: - mounted coaxially to an outlet end of said inlet tube, - having the top substantially occluded, preventing the outlet in vertical direction of said cold water, - comprising fixed base coils (2.3), close to each other, and fixed top coils (2.1), close to each other, - having free intermediate coils (2.2), between said fixed base coils (2.3) and said fixed top coils (2.1), spaced from each other and defining openings between one free intermediate coil (2.2) and the adjacent ones, allowing the outlet of said co'd water in horizontal direction. characterised in that it further comprises a cap configured for closing the top of said spring, said cap being internally provided with a cusp (4.1) being inserted into an apical hole (2.4) of said top of said spring. - mounted coaxially to an outlet end of said inlet tube, - having the top substantially occluded, preventing the outlet in vertical direction of said cold water, - comprising fixed base coils (2.3), close to each other, and fixed top coils (2.1), close to each other, - having free intermediate coils (2.2), between said fixed base coils (2.3) and said fixed top coils (2.1), spaced from each other and defining openings between one free intermediate coil (2.2) and the adjacent ones, allowing the outlet of said co'd water in horizontal direction.
Gas turbine component assembly, comprising a first component, particularly a first wall segment of a gas turbine channel housing; a second component connected thereto, particularly a second wall segment of a gas turbine channel housing, with a-particularly chamfered-flange that partially overlaps with the first component; a rocker with an articulating portion that is rotatably supported in a groove on the first component, which groove has two groove flanks in a cross section perpendicular to a groove longitudinal direction that oppose one another in a groove latitudinal direction, a groove base interconnecting these groove flanks, and a groove edge opposite the groove base in a groove depth direction; and a set screw; wherein the flange of the second component is clamped between the first component and an arm of the rocker, which arm is braced by the set screw against the flange, characterized in that the set screw is supported on a rocker-side surface-particularly a surface facing away from a gas channel defined by the components-of the first component on the first component.
A concrete saw comprising: a frame; a motor supported by the frame and including a drive element; a concrete cutting blade driven by the drive element and supported by the frame; a plurality of wheels (24,26) coupled to the frame for supporting the frame on a concrete surface; a handle (3, 3A) supported by the frame and configured to extend rearward of a rear portion of the frame; a first releasable locking element supported by the frame for releasably holding the handle (3, 3A) at a constant length, wherein the locking element includes a lock ring or bushing for receiving a threaded set screw or other fastener for extending through an opening in the ring or bushing and a corresponding opening in a handle support, wherein the fastener is configured to bear against and hold the handle fixed relative to the handle support, so that the locking element allows positioning of the handle at many locations along a continuum relative to the handle support; and a second releasable locking element supported by the frame for releasably holding the handle (3, 3A) at a constant variable angle relative to the frame wherein the second releasable locking element is separate from the first releasable locking element, characterized in that the second releasable locking element is a releasable clamp coupled to a threaded pin, that is moveable in an arc opening of the frame, thus forming an arc support for allowing the constant variable angle to be made between the handle (3, 3A) and the frame and the releasable clamp clamps against a surface of the frame. a frame; a motor supported by the frame and including a drive element; a concrete cutting blade driven by the drive element and supported by the frame; a plurality of wheels (24,26) coupled to the frame for supporting the frame on a concrete surface; a handle (3, 3A) supported by the frame and configured to extend rearward of a rear portion of the frame; a first releasable locking element supported by the frame for releasably holding the handle (3, 3A) at a constant length, wherein the locking element includes a lock ring or bushing for receiving a threaded set screw or other fastener for extending through an opening in the ring or bushing and a corresponding opening in a handle support, wherein the fastener is configured to bear against and hold the handle fixed relative to the handle support, so that the locking element allows positioning of the handle at many locations along a continuum relative to the handle support; and a second releasable locking element supported by the frame for releasably holding the handle (3, 3A) at a constant variable angle relative to the frame wherein the second releasable locking element is separate from the first releasable locking element, characterized in that the second releasable locking element is a releasable clamp coupled to a threaded pin, that is moveable in an arc opening of the frame, thus forming an arc support for allowing the constant variable angle to be made between the handle (3, 3A) and the frame and the releasable clamp clamps against a surface of the frame.
A clutch unit comprising: an input-side clutch part that controls transmission and cutoff of input rotational torque; and an output-side clutch part that transmits rotational torque from the input-side clutch part to an output side and cuts off rotational torque reversely input from the output side, wherein the output-side clutch part comprises: a stationary member whose rotation is restricted; and an output member from which rotation is output, wherein the stationary member is provided with a female gear member that meshes with the output member when rotational torque is cut off and releases a meshing state with the output member when rotational torque is transmitted, wherein the output member is provided with a male gear member that meshes with the female gear member so as to be slightly rotatable, and wherein an alignment part that aligns a phase of the male gear member with a phase of the female gear member when rotational torque is cut off and a centering part that returns the male gear member to a neutral position with respect to the output member when rotational torque is transmitted are provided between the male gear member and the output member. an input-side clutch part that controls transmission and cutoff of input rotational torque; and an output-side clutch part that transmits rotational torque from the input-side clutch part to an output side and cuts off rotational torque reversely input from the output side, wherein the output-side clutch part comprises: a stationary member whose rotation is restricted; and an output member from which rotation is output, wherein the stationary member is provided with a female gear member that meshes with the output member when rotational torque is cut off and releases a meshing state with the output member when rotational torque is transmitted, wherein the output member is provided with a male gear member that meshes with the female gear member so as to be slightly rotatable, and wherein an alignment part that aligns a phase of the male gear member with a phase of the female gear member when rotational torque is cut off and a centering part that returns the male gear member to a neutral position with respect to the output member when rotational torque is transmitted are provided between the male gear member and the output member. a stationary member whose rotation is restricted; and an output member from which rotation is output, wherein the stationary member is provided with a female gear member that meshes with the output member when rotational torque is cut off and releases a meshing state with the output member when rotational torque is transmitted, wherein the output member is provided with a male gear member that meshes with the female gear member so as to be slightly rotatable, and wherein an alignment part that aligns a phase of the male gear member with a phase of the female gear member when rotational torque is cut off and a centering part that returns the male gear member to a neutral position with respect to the output member when rotational torque is transmitted are provided between the male gear member and the output member.
Method for determining the amount of a formaldehyde resin layer applied to a wood-based panel, comprising the steps - Applying the resin layer as liquid application on at least one side of the wood-based panel; - Recording an NIR spectrum of the liquid resin layer applied to the wood-based panel using an NIR detector in a wavelength range between 500 nm and 2500 nm, preferably between 700 nm and 2000 nm, in particular preferably between 900 nm and 1700 nm; - Determining the application amount of the liquid resin layer by comparing the NIR spectrum determined for the application amount of the liquid resin layer to be measured with NIR spectra determined for reference samples with a known application amount of the liquid resin layer, using a calibration model which is established by means of multivariate data analysis, - wherein the NIR spectra determined for the reference samples with a known application amount of liquid resin layer were previously determined using said NIR detector in a wavelength range between 500 nm and 2500 nm, preferably between 700 nm and 2000 nm, in particular preferably between 900 nm and 1700 nm, - wherein the evaluation is restricted to spectral data from the NIR spectral range between 1450 and 1550 nm, which are pretreated by means of suitable mathematical methods and are subsequently fed to the multivariate data analysis. - Applying the resin layer as liquid application on at least one side of the wood-based panel; - Recording an NIR spectrum of the liquid resin layer applied to the wood-based panel using an NIR detector in a wavelength range between 500 nm and 2500 nm, preferably between 700 nm and 2000 nm, in particular preferably between 900 nm and 1700 nm; - Determining the application amount of the liquid resin layer by comparing the NIR spectrum determined for the application amount of the liquid resin layer to be measured with NIR spectra determined for reference samples with a known application amount of the liquid resin layer, using a calibration model which is established by means of multivariate data analysis, - wherein the NIR spectra determined for the reference samples with a known application amount of liquid resin layer were previously determined using said NIR detector in a wavelength range between 500 nm and 2500 nm, preferably between 700 nm and 2000 nm, in particular preferably between 900 nm and 1700 nm, - wherein the evaluation is restricted to spectral data from the NIR spectral range between 1450 and 1550 nm, which are pretreated by means of suitable mathematical methods and are subsequently fed to the multivariate data analysis.
A robot system, comprising: a robot configured to perform an operation on a workpiece, the robot comprising: a turnable portion turnable about a vertical axis of the robot; and a first arm supported by the turnable portion at a base end of the first arm, the first arm being turnable about a first axis of the robot perpendicular to the vertical axis; a traveler on which the robot is placed and which is configured to travel in a horizontal direction along a rail; and a controller configured to control a motion of the robot and a motion of the traveler, characterized in that the controller comprises a determiner configured to, when the robot performs the operation on the workpiece with the traveler traveling and with a posture of the robot fixed to an operation posture on the traveler, determine an angle of an orientation of the first arm in the operation posture relative to a travel direction of the traveler based on whether the turnable portion, the first arm or any other movable portion of the robot is a last movable portion of the robot that makes a last movement to implement the operation posture, the angle being as viewed from above the first arm and the traveler. a robot configured to perform an operation on a workpiece, the robot comprising: a turnable portion turnable about a vertical axis of the robot; and a first arm supported by the turnable portion at a base end of the first arm, the first arm being turnable about a first axis of the robot perpendicular to the vertical axis; a turnable portion turnable about a vertical axis of the robot; and a first arm supported by the turnable portion at a base end of the first arm, the first arm being turnable about a first axis of the robot perpendicular to the vertical axis; a traveler on which the robot is placed and which is configured to travel in a horizontal direction along a rail; and a controller configured to control a motion of the robot and a motion of the traveler,