54results about How to "Realize mechanical automation production" patented technology

The invention discloses a relay aging tester comprising a feeding line, an annular test line, a blanking line, a feeding manipulator, and a non-defective product fetching manipulator. The feeding manipulator is connected between the feeding line and the annular test line. The non-defective product fetching manipulator is connected between the blanking line and the annular test line. A jig and a fixing frame which is used for fixing the jig are placed on the annular test line. The annular test line is provided with an aging test mechanism which comprises an aging test device and a jig clamping and lifting device. In particular, by installation of the fixing frame for fixing the jig on the annular test line, at the same time, by installation of the aging test device and the jig clamping and lifting device on the annular test line, the test stability is increased and the mechanical automation production of relay aging test is realized.

The invention provides automatic rope threading equipment for carry bags. The equipment comprises a rack; a feeding mechanism, box opening mechanisms, perforating mechanisms, rope conveying mechanisms and rope threading mechanisms are arranged on the rack; the feeding mechanism penetrates through the box opening mechanisms; each perforating mechanism comprises an upper-layer perforating assembly and a lower-layer perforating assembly which are arranged vertically symmetrically; each rope threading mechanism comprises an upper-layer rope threading assembly and a lower-layer rope threading assembly which are arranged vertically symmetrically; each rope conveying mechanism comprises an upper-layer rope conveying assembly and a lower-layer rope conveying assembly which are arranged vertically symmetrically; the upper-layer rope conveying assemblies correspond to the upper-layer rope threading assemblies; and the lower-layer rope conveying assemblies correspond to the lower-layer rope threading assemblies. With the equipment, multiple procedures such as feeding, box opening, perforating, rope conveying, rope threading and the like are integrated, mechanical and automatic production is realized, the production time is greatly shortened, the production efficiency is improved, the labor cost is reduced, meanwhile, bad products caused by human factors are avoided, the uniformity of products is guaranteed, and the overall yield of the products is increased.

The invention relates to a bottle-making machine and a production process for manufacturing extra-large glass bottles, and belongs to the field of bottle-making machine equipment. The bottle-making machine comprises a rack, and a primary mold forming mechanism, a formed mold forming mechanism and a turnover mechanism which are arranged on the rack, wherein the primary mold forming mechanism comprises a stamping device, a primary mold and a parallel switching mechanism; the stamping device is mounted on the rack; the parallel switching mechanism comprises a horizontal guide shaft mounted on the rack, a clamp arm which sleeves on the horizontal guide shaft, and a first spline shaft, a first rocker arm, a first connecting rod and a first switching cylinder which vertically sleeve at two sides of the rack; one end of the first connecting rod is hinged with the clamp arm while the other end of the first connecting rod is hinged with the first rocker arm; the first rocker arm is connected with the first switching cylinder through the first spline shaft; the primary mold is mounted on the clamp arm. The bottle-making machine has the beneficial effects that the extra-large glass bottles are produced in a manner of automatic mechanized production for replacing manual production, so that the yield of the extra-large glass bottles is increased and the quality of the extra-large glass bottles is improved.

The invention relates to a mechanical forming process and equipment of a paper pad for a packaging box. The process comprises the following steps of: firstly punching a paperboard into a semi-finished paperboard according to the designated size and style by a punching machine; and then processing the semi-finished paperboard into the finished paper pad by a forming machine of the paper pad for the packaging box. The forming machine of the paper pad for the packaging box comprises a stepping paperboard conveying mechanism, a longitudinal folding and forming mechanism, a transferring platform, a transverse folding and forming mechanism, a finished product receiving platform, a power part and a control platform. The invention aims to realize mechanical production of the paper pad, greatly improve the production speed, efficiency and the finished product quality, save labor and lower cost; and meanwhile, the obtained paper pad can be widely applied to the light packaging box instead of a foam pad so as to prevent environmental pollution resulting from the use of large number of bubble pads.

The invention discloses a rice dumpling which, from inside to outside, sequentially comprises a dumpling body, an inner plastic film, a dumpling leaf and an outer plastic film. The invention also discloses a preparation process of the rice dumpling, which comprises the following steps of hermetically wrapping the dumpling leaf between the inner plastic film and the outer plastic film, taking the cooked dumpling body, attaching the inner plastic film of the dumpling leaf to the dumpling body, folding, and sealing so as to obtain the rice dumpling. According to the invention, through pre-wrapping the dumpling leaf between food-grade plastic films with an easily-torn tape, the dumpling leaf is kept in a clean state; no poaching process is required to be performed, so that the delicate fragrance of the dumpling leaf is kept more completely, and before the rice dumpling is eaten, through a short-term reheating process, the delicate fragrance of the dumpling leaf is emitted; and when the rice dumpling is eaten, an operation of removing the easily-torn tapes is only required to be performed, thereby not only realizing the easy stripping of the dumpling leaf, but also keeping the delicate fragrance of the dumpling leaf well, so that the dumpling leaf is kept in a clean state, and the rice dumpling is eaten more conveniently; and the whole technological process can achieve automated production.

The invention relates to a single-groove inflation stirring type flotation machine and belongs to the technical field of mining machines. The single-groove inflation stirring type flotation machine is composed of a foam scraper blade transmission device (2), a head foam scraper blade (3), a main shaft mechanism (4), a transmission device (6) and groove bodies (17). Air is supplied through an outer air blower, and the air inflating volume of the outer air blower can be adjusted through a valve according to flotation needs; due to the fact that an impeller only performs the function of stirring and does not perform the function of air suction, the rotating speed is low, stirring is not strong, and the argillization phenomenon is not likely to happen when floatation is conducted on fragile objects. The ore pulp surface is stable, a stable foam layer can be easily formed, and thus the grading index can be easily increased; the single-groove inflation stirring type flotation machine is used for separating nonferrous metal, black metal, precious metal and non-metallic minerals, used for rougher flotation, scavenging flotation and fine flotation of chemical materials and used for recycling useful minerals. The single-groove inflation stirring type flotation machine is large in air suction volume, low in power consumption, small in equipment occupied area, convenient to maintain, capable of completely achieving automatic mechanical production, wide in application range and long in service life.

The invention discloses a workbin conveying mechanism and a battery sorting collector. The workbin conveying mechanism comprises a workbin conveying production line, multiple workbin lifting devices and multiple workbin positioning devices; the workbin conveying production line is provided with workbin in-place stop cylinders on the workbin lifting devices; a workbin conveying first sensor and a workbin conveying second sensor are spaced on the workbin conveying production line, and are positioned on the workbin lifting devices; and the workbin lifting devices include workbin lifting cylinders and workbin lifting platforms; and the workbin lifting cylinders drive the workbin lifting platforms to perform a lifting motion in the vertical direction. The battery sorting collector optimizes the structures of all mechanisms, realizes automatic mechanical production, and improves the production efficiency.

The invention discloses a battery sorting and receiving machine. A battery feeding mechanism is used for conveying batteries at one grade to one battery boxing mechanism; a material box feeding mechanism is used for feeding the multiple sequentially-stacked material boxes to a material box conveying mechanism one by one; the material box conveying mechanism is used for independently conveying the multiple material boxes to the multiple battery boxing mechanisms; the battery boxing mechanisms are used for loading the same-grade batteries in the battery feeding mechanism into the material boxes, and each battery boxing mechanism is used for receiving the batteries at one grade; a box stacking mechanism is used for stacking the material boxes of the battery boxing mechanisms, and the material boxes are full of the batteries; and a finished product discharging and carrying mechanism is used for discharging and transferring the multiple material boxes sequentially stacked at the box stacking mechanism. According to the battery sorting and receiving machine, the structures of all mechanisms are optimized, mechanical automation production is achieved, and the production efficiency is improved.

The present invention relates to cell cleaning equipment, which is used for cleaning cells and comprises: a bubbling-liquid circulation tank, a feeding manipulator, a pickling circulation tank, a caustic washing circulation tank, a clean water circulation tank, an unloading manipulator, a constant temperature oven, a transfer manipulator and a discharging line. Delivery manipulators are provided between the pickling circulation tank, the caustic washing circulation tank and the clean water circulation tank; and a turntable, a reversing manipulator, and a cleaning apparatus are provided in each of the pickling circulation tank, the caustic washing circulation tank and the clean water circulation tank. The constant temperature oven is provided with a rotating cell storage chain; the unloading manipulator transfers cells in the clear water circulation tank to the cell storage chain; and the transfer manipulator transfers the cells on the cell storage chain to the discharging line. The cell cleaning equipment completes feeding, cleaning, drying and unloading of cells, thereby realizing mechanical automated production of cells.

The invention relates to a method for repairing a silicide coating on the surface of a Mo alloy sheet. The method comprises the following steps of first, polishing the surface of a peeling-off part ofthe silicide coating on the surface of the Mo alloy sheet, preparing from the following components in percentage by mass: 2%-5% of Nb powder, 3%-5% of Al powder, 1%-2% of Cr powder, 0.5%-1% of W powder, 0.2%-0.5% of B powder, 0.1%-0.2% of Ti powder, and the balance of MoSi2 powder, and performing ball milling to obtain mixed alloy powder mainly based on MoSi2, then using ethanol as a binder to bepre-arranged and attached to the coating peeling-off part, drying to obtain a pre-arranged coating, and finally performing TIG arc cladding on the pre-arranged coating by using TIG arc welding, thereby obtaining an arc cladding repair coating on the surface of the Mo alloy sheet. The method can improve the interface bonding strength and high temperature oxidation resistance of the repaired coating.

The invention discloses an overturning and wire feeding device for waste lead-acid batteries, and is used for carrying out overturning and wire feeding of the waste lead-acid batteries after being cut. The device is characterized by mainly comprising an overturning rack, a battery clamping mechanism, an overturning power mechanism and a pushing mechanism; the battery clamping mechanism, the overturning power mechanism and the pushing mechanism are arranged below the overturning rack, the battery clamping mechanism is connected with the overturning power mechanism, and an overturning action isrealized under the effect of the overturning power mechanism; the battery clamping mechanism is positioned below the pushing mechanism when being in an initial state, and when the battery clamping mechanism is overturned to a horizontal height corresponding to the pushing mechanism through the overturning power mechanism, the pushing mechanism acts to push out the waste lead-acid batteries clampedin the battery clamping mechanism. The wire feeding and overturning problems of a battery jar are effectively solved, mechanical automation production is realized, and the damage of a spent acid solution in the battery jar on the environment and the human bodies of workers is avoided.

The invention discloses a box stacking mechanism and a battery sorting receiver. The box stacking mechanism comprises a stacked box lift driving device, a stacked box lifting platform, a stacked box assembly line and a stacked box separating device. The stacked box lift driving device is used for driving the stacked box lifting platform to do a lift motion along the vertical direction; the stacked box separating device is positioned above the stacked box lifting platform; and the stacked box assembly line is engaged with a battery boxing vertical lifting platform. By optimizing the structure of each mechanism, the batter sorting receiver can realize mechanical automatic production and improve the production efficiency.

The invention discloses an all-electric bottle making machine.The all-electric bottle making machine comprises a frame, an initial mould forming mechanism, an aeration mechanism, a turnover mechanism, a clamp movement mechanism and a forming mould forming mechanism, the initial mould forming mechanism, the aeration mechanism, the turnover mechanism and the clamp movement mechanism are mounted on the frame, and the forming mould forming mechanism is provided with a positive blowing mechanism.The turnover mechanism is positioned between the initial mould forming mechanism and the forming mould forming mechanism.A funnel mechanism comprises a screw rod, a nut, a cam shaft, a funnel support, a funnel arm and a funnel.Each mechanism is connected with a servo motor which is connected with a single-chip microcomputer through a signal line, the servo motor is in transmission connection with one end of the screw rod, the nut is in threaded fit with the screw rod, the funnel is mounted on the funnel arm which is fixed to the funnel support, the funnel support is connected with the cam shaft, and the nut drives the cam shaft so as to drive the funnel arm to move.The all-electric bottle making machine has the advantage that the problem of high production cost caused by high noise, failure in energy saving, poor air pressure stability, mechanism action instability, small product range and inconvenience in maintenance of pneumatic bottle making machines is solved.

The invention discloses a two-way automatic feeding device comprising a workbench; a feed fetching mechanism is arranged on the workbench; two groups of supplying mechanisms are symmetrically locatedat two sides of the feed fetching mechanism; the supplying mechanisms comprise air cylinder vertical plates arranged vertical to the workbench, signaling switches and inclination plates, and a gap islocated between the bottom surface of the inclination plates and the workbench; passages are arranged on the inclination plates; a catching groove is arranged under the tail ends of the passages; andthe other ends of the air cylinder vertical plates are provided with a driving mechanism. By adopting the structure, not only can the automatic feeding be ensured, but also a two-way simultaneous supply is achieved; when the next workshop section is far away, and the feeding travel can be increased through a rodless air cylinder; through the mechanical way, the feeding speed is accelerated, and the efficiency is increased; and the factory is liberated from heavy manual labor, manpower cost is reduced; and mechanical automation production of factories is achieved, and safety hazards of manual feeding is directly avoided.

The invention discloses a material sorting device. The material sorting device comprises a material sorting table; a material storing device with a material guiding opening is arranged on the materialsorting table; a material sorting device body supported by a support is correspondingly arranged below the material guiding opening; a gas source treating device is arranged at the rear of the material sorting device body; and the material sorting device body comprises structures of a material pressing mechanism, a material conveying plate, an infrared counter and the like. Through cooperation among the structures and through monitoring of a monitoring device, the effect that unqualified products are automatically sorted is achieved, meanwhile, the reject rate can be accurately calculated, and thus the equipment quality is further improved; and workpieces are sorted through the mechanical means, the material sorting speed is increased, the material sorting efficiency is improved, workersof factories are liberated from heavy manual labor, the manpower cost is reduced, factory machinery automatic production is achieved, the error of manual sorting is directly avoided, and the product pass rate is directly and effectively increased.