58results about How to "Fully automatic processing" patented technology

The invention relates to a comprehensive testing device for the anti-clogging performance of drip irrigation emitters. The comprehensive testing device is characterized by comprising a frame, wherein a water supply system is arranged below the frame; a drip irrigation system is arranged above the frame; a composite moving device is arranged below the drip irrigation system; a water collecting tank is arranged under the composite moving device; the water supply system comprises an adjusting water tank; a water pump suction pipe is arranged on the side face of the adjusting water tank; the other end of the water pump suction pipe is connected to a water pump; the water outlet pipe of the water pump is connected to primary shunt pipes and secondary shunt pipes respectively; the primary shuntpipes extend into the adjusting water tank respectively; the tail ends of the secondary shunt pipes are connected to a filter bank respectively; the filter bank is connected to the drip irrigation system respectively; the drip irrigation system comprises a drip irrigation pipe, a plurality of drip irrigation emitters and a plurality of water holding units; and the water holding units are arrangedon the top of the composite moving device. The comprehensive testing device can be used for solving the problems of single function, low intelligent degree, not high test accuracy and the like of thepreceding anti-clogging performance testing device, and can be widely applied to the comprehensive test of the anti-clogging performance of the drip irrigation emitters.

The invention relates to a smart express cabinet and a using method thereof. The express cabinet comprises a cabinet body, trays, inserting plate columns arranged inside the cabinet body and used forsupporting the trays, a mechanical hand moving device, a scanning device and a main control machine. The cabinet body is of a regular prismatic structure and is internally provided with a cavity. Oneside of the cabinet body serves as a cabinet door, and the cabinet door is provided with an article access port. The inserting plate columns are located between two adjacent side faces of the cabinetbody, and the opposite side faces of two adjacent inserting plate columns are provided with evenly-distributed horizontal grooves respectively. The trays are inserted into the horizontal grooves and are perpendicular to the side of the cabinet body, and a plurality of height-adjustable storage compartments are formed by changing the insertion positions of the trays to provide physical storage locations for stored articles. The mechanical hand moving device is connected with a main control computer and used to move the trays. The scanning device is mounted at the position of the article accessport and used to obtain specifications of a stored article. The smart express cabinet achieves full-automatic processing after express articles enter the express cabinet without manual intervention ofthe storage location, and a storage space is automatically adjusted and optimized.

The invention provides a full-automatic coil winding machine for outputting a cable. The full-automatic coil winding mechanism for outputting the cable comprises a pay-off frame, a counting guiding cutting device, a coil winding machine and a PLC. After the cable penetrates through the counting guiding cutting device through the pay-off frame, the cable is connected with the coil winding machine for coil winding. The whole full-automatic coil winding mechanism is automated through control of the PLC. The full-automatic coil winding machine for outputting the cable is simple in structure, reasonable in design, capable of achieving full-automatic processing from pay-off to coil winding, free of manual operation, low in labor investment, low in cost and capable of greatly improving economical benefits and improving the product quality.

The invention discloses a method for extracting a lung lobe contour from a DR image. The method comprises the following steps: a representative template of a lung lobe contour is obtained through offline training; a chest DR image lung lobe area extraction system is initialized; according to the size of a DICOM image, the image is subjected to three-layer pyramid decomposition; a Gabor filter set is used to reconstruct the to-be-processed image, and the residual error of the reconstructed image after Gabor filter is converted into a black and white image; the black and white image is refined with a Zhan-Suen refinement algorithm; with each offline training template called as a convolution kernel operator, the contour image is subjected to convolution; a local optimal convolution value of the optimal possibility is filtered out of the convolution results and subjected to combined evaluation; and a lung lobe contour shape is generated by combining the most matching upper and lower templates and the most matching positions. The method improves the work efficiency and inspection precision of lung disease inspection by doctors, supports further deepening the informatization of tuberculosis monitoring, and facilitates popularization of regular resident infectious disease examination screening of tuberculosis.

The invention discloses a polarization Euler feature fusion deep learning-based marine target identification method. The method comprises the following steps of S1, analyzing a polarization scatteringmechanism of a marine artificial target; S2, based on the analysis result of the step S1, constructing a corresponding offshore geometry polarization distance matrix data set, and performing multi-polarization feature extraction on the samples of the polarization distance matrix data set; S3, based on the step S2, training a multi-polarization feature fusion deep learning model; and S4, carryingout identification, test and verification on the multi-polarization feature fusion deep learning model in the step S3 by adopting the offshore artificial target. The method has the advantages that themethod starts from the basic polarization scattering mechanism of the marine target, utilizes HRRP and polarization information to realize the target identification based on the deep learning fusion,eliminates the adverse effects caused by orientation sensitivity, improves the radar target identification precision, and has the advantages of high detection rate, low false alarm rate, flexible expansion application and full-automatic processing process.

The invention discloses a novel numerical control drilling machine. The novel numerical control drilling machine comprises a rack, wherein a working table is arranged on the rack. The novel numerical control drilling machine further comprises a drilling box, a milling cutter component, an auxiliary supporting device, a push-and-block device which is used for pushing a workpiece and clamping the workpiece, a compression device used for compressing the workpiece, a material feeding clamping claw device used for clamping and moving the workpiece, an X-axis driving device used for driving the material feeding clamping claw device to move along the X-axis, a Y-axis driving device used for driving the milling cutter component, the auxiliary supporting device and the drilling box to move along the Y-axis, an A-axis driving device used for driving the milling cutter component, the auxiliary supporting device and the drilling box to move along the A-axis and a Z-axis driving device used for driving the milling cutter component and the drilling box to move along the Z-axis. The novel numerical control drilling machine is easy to operate; no technical worker is needed for operation; an ordinary worker can work through simple training, so that labor cost can be greatly reduced, and enterprise performance is improved; and workpieces of multiple specifications can be rapidly and continuously machined, and the production efficiency is high.

The invention discloses a full-automatic coffee machine system based on the Internet of Things, which comprises a full-automatic coffee machine, a management terminal, a first mobile terminal, a second mobile terminal and a server, and the first mobile terminal, the second mobile terminal, the full-automatic coffee machine and the management terminal are in wireless network connection with the server; the server sends an order request to the full-automatic coffee machine, the second mobile terminal and the management terminal based on an order placing request of the first mobile terminal, the full-automatic coffee machine automatically makes coffee based on the order request, and the management terminal performs order printing and order management based on the order request. And the second mobile terminal carries out delivery based on the order request. According to the invention, full-automatic processing from customer ordering, coffee making and coffee delivery is realized, and customization can be carried out according to the taste of a user.

The invention discloses an automatic unstacking system comprising a vacuum suction cup whole layer unstacking machine and a differential cargo scattering roller conveyor. A tray conveyor is installedon the left side of the lower portion of the vacuum suction cup whole layer unstacking machine, an empty tray recycling conveyor is arranged on the right side of the lower portion of the vacuum suction cup whole layer unstacking machine, the differential cargo scattering roller conveyor is installed on the upper right portion of the vacuum suction cup whole layer unstacking machine, a downhill belt conveyor is arranged on the right side of the differential cargo scattering roller conveyor, a driving mechanism is installed on the lower right portion of the downhill belt conveyor, and a telescopic conveyor is arranged on the right side of the downhill belt conveyor. The automatic unstacking system is provided with the downhill belt conveyor and the telescopic conveyor, the downhill belt conveyor and the telescopic conveyor cooperate with a telescopic bracket and telescopic legs to be used, and the height and the inclined angle of the downhill belt conveyor and the telescopic conveyor areeffectively adjusted.

The invention provides equipment for treating garbage and supplying water and power for a sweeping and mopping robot, and relates to the technical field of sweeping robots. The equipment comprises a frame main body, a holding assembly, a water supply assembly, an uncovering assembly and a pollution discharge assembly; through the arrangement of the holding assembly, the floor washing robot is fixed and is driven to turn into a supply area, after the floor washing robot is in place, the water supply assembly communicates with a water purification tank of the floor washing robot to supply clear water to the floor washing robot, the cover opening assembly opens a pollution discharge cover on the floor washing robot, and the pollution discharge assembly penetrates through a pollution discharge opening of the floor washing robot to flush the sewage tank in the floor washing robot so as to discharge the sewage, so that the technical effects of fully automatically treating the floor washing robot and effectively saving manpower are achieved, and the technical problem that a floor sweeping robot in the prior art needs manual assistance to work is solved.

The invention discloses a quick manufacturing process of a rotational moulding machine die. The process comprises the following steps of: obtaining a surface area; selecting a material; selecting a thickness; manufacturing lines and controlling; manufacturing a measurement pressure relief hole; manufacturing a flange edge; manufacturing a die frame; and manufacturing a locking device, wherein a numerical control sheet metal incremental forming technology is utilized as a core for manufacturing the die to realize most mechanical characteristics of the die. Compared to casting, the direct sheet mould-free forming does not need to consider the magnification ratio, a die is directly produced according to a required size of a plastic product, and the surface area is obtained through a numerical control mould-free forming device and used as an inventory reference of a rotational moulding raw material. Because most steps in the manufacturing process of the rotational moulding machine die can be finished by utilizing one numerical control mould-free forming device, the automation, the precision, the efficiency and the flexible level in the manufacturing process are greatly improved, and the cost of the manufacturing process is obviously lower than that of a traditional manufacturing process.

The invention discloses production equipment capable of automatically machining a metal pipe body intersecting line. The production equipment comprises a pedestal. The upper end of the pedestal is fixedly connected with a fixing base. A sliding chute is formed in the upper end of the pedestal. The inner wall of the sliding chute is connected with a lead screw nut in a sliding mode, and the upper end of the lead screw nut is fixedly connected with a square plate. A through hole is formed in the side wall of the square plate. A machining part is installed on the inner top of the through hole. Anarc-shaped cavity is formed in the side wall of the square plate. According to the production equipment capable of automatically machining the metal pipe body intersecting line, a conveying belt usedfor conveying metal pipe bodies is made to align a feeding chute, the metal pipe bodies can be conveyed into the feeding chute directly, first rolling wheels can rotate under the action of a drivingdevice so that the metal pipe bodies can be conveyed into a through groove, at the moment, a sensor sends out signals to drive a push rod and a clamping plate to move upwards, the metal pipe bodies can be clamped, and meanwhile the square plate can be pulled to get close to metal pipes so that cutting machining can be performed. No manual operation is required, the whole machining process is fullyautomatic and lots of manpower resources can be saved.

The invention discloses an image processing method for chest X-ray DR (digital radiography) image rib inhibition. The method comprises the following steps: acquiring a chest X-ray DR image; performing pyramid decomposition on the DR image, performing a down sampling process to obtain a Gaussian image pyramid S, and performing an up sampling process to obtain a Laplacian image pyramid difference chart D(S); taking the minimum S as a current to-be-processed image I; performing filtering processing on the image I by using an adjustable Gabor filter bank so as to obtain a reconstructed image R; differencing the to-be-processed image I and the reconstructed image R to obtain a processing result image E with weakened segment-shaped textures under the scale; and doubling the processing result image E, adding the processing result image E and a corresponding Laplacian image pyramid difference chart D(S) under the size together, and repeating the processing procedure until the size is the same as that of an original DR image, thereby obtaining an image after rib inhibition. According to the method disclosed by the invention, the visual saliency of pulmonary shadows is improved, the workload of doctors is reduced, automatic processing can be realized, and an analysis conclusion is more objective and stable.

The invention is an improvement of a coking waste water treatment method. The method comprises steps of oil removal, impurity removal, electrolytic disintegration and A / O technology, and is characterized in that a biological hydrolysis acidification is set after electrolytic disintegration and before A / O technology; the electrolytic disintegration is electrode energizing aerobic strong electrolysis; the A / O technology employs butterfly jet aerators that are arranged in large intervals and have circulating pumps; the waste water is treated with aeration, aeration stopping and forced internal circulation, stationary deposition and water draining period processing successively, so as to realize biological oxidation and nitration-denitrification in a same pool. Cooperative effects and coordination of each technology increase treatment effect, and treated outlet water can stably reach COD no more than 100mg / l and NH3-N no more than 15 mg / l; besides, land occupation is saved undera same treating capacity and is only 80% of that of a common technology; operating cost of per ton of water is low; and a treatment effect is stable.

The invention provides a full-automatic treatment device for saw blade central holes. The full-automatic treatment device for saw blade central holes solves the technical problems that an existing saw blade process is low in efficiency and bigger in occupation area, and labor is wasted. The full-automatic treatment device for saw blade central holes is provided with a working table, which is provided with a feeding device, a reaming machine, a chamfering machine and a material arrangement device in turns, and the working table is further provided with a saw blade walking groove; a saw blade walking block is arranged inside the working table and below the saw blade walking groove; a bulge is formed in the saw blade walking block which drives a saw blade to move on the saw blade walking groove through the bulge, and the upper portion of the working table and the lower portions of the reaming machine and the chamfering machine are connected to a press plate through a press plate cylinder; the press plate is provided with press pate holes. The full-automatic treatment device for saw blade central holes can be used for processing and treating the saw blade central holes.