7results about How to "Realize automatic continuous production" patented technology

This utility model relates to the field of food machinery technology, and in particular discloses a fully automatic tray-distributing machine with tray-dropping and tray-separating functions. It includes an upper frame, a lower frame, a tray-dropping and tray-separating assembly, a tray-pushing mechanism, a steamed bun conveying mechanism, and a tray-distributing mechanism. The tray-dropping and tray-separating assembly, the tray-pushing mechanism, and the steamed bun conveying mechanism are all mounted on the lower frame, while the tray-distributing mechanism is mounted on the upper frame and located above the steamed bun conveying mechanism. The tray-dropping and tray-separating assembly includes a lifting and receiving mechanism, a side positioning mechanism, and a storage mechanism. This utility model allows stacked steaming trays to be placed in one piece. Through a series of logical actions such as the extension and retraction of vertical and side cylinders, the stacked steaming trays are separated and transported one by one. The large capacity of the steaming trays reduces the frequency of tray placement and labor intensity. The tray-distributing mechanism, through lifting, translation, and the opening and closing of finger cylinders, drives the clamps to release and pick up the steamed buns, achieving automated continuous production of steamed buns with high efficiency.

The invention belongs to the technical field of fresh corn sterilization processing, and particularly relates to high-temperature sterilization equipment for fresh corn processing, which comprises a screening mechanism, the screening mechanism is placed on the ground, the screening mechanism screens and discharges corn leaves and particles, and the inner center of the screening mechanism is rotatably connected with an auxiliary mechanism. The auxiliary mechanism is used for carrying out pressing and steam sterilization operation on the corn on the inner wall of the corn processing mechanism, and the auxiliary mechanism and the corn processing mechanism rotate reversely, so that deviation-free stable positioning in the fresh corn processing process is realized, and meanwhile, circulating airflow is formed in the equipment to assist in air drying; the defects that a traditional device is prone to deviation in corn rotary processing, dead angles exist in leaf peeling and sterilization, and the air drying efficiency is low are overcome.

The invention discloses welding equipment and a control method and device thereof, and relates to the technical field of welding, the welding equipment comprises a machine table, a vacuum welding chamber, two clamping devices, two lifting devices and a first rotating device; the control method comprises the steps that in response to a station switching instruction, the first rotating device is controlled to rotate, so that one of the two clamping devices moves to the position under the vacuum welding chamber; under the condition that one of the two clamping devices moves to the position under the vacuum welding chamber, a lifting device corresponding to the position under the vacuum welding chamber is controlled to ascend and descend, so that the clamping device enters the vacuum welding chamber; and under the condition that the clamping device enters the vacuum welding chamber, a welding device in the vacuum welding chamber is controlled to weld the workpiece clamped on the clamping device. According to the technical scheme, the welding efficiency of the welding equipment can be improved.

The embodiment of the invention provides an intelligent full-automatic low-pressure injection molding machine which comprises a workbench, an annular guide rail arranged on the workbench, a mold group slidably arranged on the annular guide rail, and a driving mechanism for driving the mold group to slide along the annular guide rail, the feeding assembly, the mold closing assembly, the injection molding assembly, the heat dissipation assembly, the mold opening assembly, the ejection assembly, the water taking opening assembly and the finished product taking assembly are sequentially distributed along the annular guide rail and correspondingly matched with the mold sets, and automation and multi-station operation of product feeding, mold closing, injection molding, heat dissipation, mold opening, ejection, water taking opening and finished product taking can be achieved. The code scanning assembly is used for binding and inputting the mold group and product information in the mold group; and the detection assembly is used for detecting the product feeding state, the mold cleanliness and the finished product qualification degree. According to the intelligent full-automatic low-pressure injection molding machine, disassembly of the injection molding process can be achieved, manual operation is reduced, the working efficiency is improved, product defects caused by personal errors are reduced, and the product yield is greatly increased.

The utility model belongs to the technical field of glove packaging equipment, concretely relates to a glove automatic folding device, including folding frame, packing frame and the transmission mechanism that sets up between packing frame and folding frame, the operating platform of disc structure is rotatively connected on the folding frame, the vertical folding mechanism of longitudinal is equipped with above operating platform, the horizontal folding mechanism that cooperates with longitudinal folding mechanism is equipped with in operating platform side and below it, the output of horizontal folding mechanism is equipped with clamping assembly, clamping assembly sets up on transmission mechanism and removes to the packing station of packing frame from the output of horizontal folding mechanism through transmission mechanism drive. The utility model has realized the whole process automation continuous production of glove from folding to packing, does not need manual intervention, has improved production efficiency greatly, has solved the problem of low efficiency that traditional equipment still needs manual removal glove to packing station after folding completion.

The utility model relates to the technical field of automobile part manufacturing, provides automatic sealing plug cover feeding equipment, and is used for solving the problems of low manual feeding efficiency, positioning deviation and high cost. The equipment comprises an electronic press, a mounting rack, a hopper rack, a distributing mechanism and a feeding assembly. A vibration hopper of the feeding assembly screens the sealing covers and then conveys the sealing covers to the distributing mechanism through a feeding pipe. The material distributing mechanism is composed of an ejection assembly and a telescopic assembly, a second sliding block of the telescopic assembly is provided with a groove, a sealing cover is adsorbed through a negative pressure connector, and the in-place state is detected in cooperation with a photoelectric sensor; and a vacuum suction pressure head of the electronic press sucks the sealing cover after the material distribution mechanism is transferred to the material taking position. Through the collaborative process of automatic feeding of the vibration hopper, accurate positioning and transferring of the material distributing mechanism and automatic material taking of the electronic press, continuous feeding of the sealing cover is achieved, production continuity and positioning accuracy are improved, and labor cost is reduced.

The present application relates to the technical field of metal material surface protection, and in particular, relates to a preparation method of a blue laser cladding additive nickel-copper-based eutectic high-entropy alloy offshore wind power protection material. As one of the core pillar industries of global energy transformation, offshore wind power is long-term served in the extreme marine environment of high temperature, high humidity and high salt mist. The corrosion protection problem of key structural components (such as tower foundation, flange connecting surface, main shaft bearing, gear box shell, etc.) directly determines the operation safety and service life of the wind turbine generator. The present application combines innovative alloy composition design with advanced blue laser cladding technology to prepare a eutectic high-entropy alloy protection layer with excellent mechanical properties and corrosion resistance, providing a new technical solution for long-term protection of offshore wind power equipment. It belongs to the key technical innovation in the cross field of high-end equipment manufacturing and surface engineering.