14results about How to "Realize continuous processing" patented technology

The utility model discloses flour processing device, include: box, be provided with the baffle in the box, the cavity of the box is separated from top to bottom and presents storage area and operation area in proper order by the baffle, a plurality of groups of through -hole no.

This invention discloses a valve core ball grinding processing device for ball valves, specifically relating to the field of grinding technology. It includes a support platform, a housing disposed on the upper part of the support platform, a material handling structure on the top wall of the inner cavity of the housing, and a valve core grinding structure on the bottom wall of the inner cavity. This invention utilizes the driving action of a material handling drive to grip a material handling follower and feed it into a grinding component. A rack drives the grinding component to rotate repeatedly, during which the valve core ball is fixed by a valve core limiting component, thereby achieving the grinding of the valve core ball. After grinding, the material handling drive and follower remove the valve core ball from the grinding component and feed it into a discharge hopper on the rear side. Simultaneously, a new valve core ball is fed from the material handling tray into the grinding component, achieving continuous processing, reducing contact between operators and the valve core ball, grinding fluid, and grinding equipment, and reducing the occurrence of safety accidents.

The utility model relates to the technical field of plastic product processing and polishing, in particular to a polishing device with a turn-over function for plastic product processing, which comprises a base and a polishing mechanism, and two turn-over mechanisms which are respectively positioned in front of the upper end of the base and on the left of the upper end of the base are arranged above the base. The overturning mechanism comprises a fixing plate fixedly connected with the base, a first electric push rod is installed on the outer wall of the fixing plate, the output end of the first electric push rod penetrates through the fixing plate and is fixedly connected with a driving seat, a rectangular groove is formed in the outer wall of the driving seat in a penetrating mode, and a third motor is installed in the rectangular groove; by means of alternate clamping of the double overturning mechanisms which are arranged in an orthogonal mode, continuous machining of multiple surfaces of a workpiece is achieved, the clamping frequency is reduced, the device is particularly suitable for all-directional grinding of a multi-edge-face plastic part, and a closed-loop control system composed of a pressure sensor and a second electric push rod can dynamically adjust the clamping force, control the clamping deformation amount and prevent the plastic part from deforming.

This utility model relates to the field of glass product technology and discloses a laser welding device for glass product processing. It includes a worktable with an annular mounting plate rotatably connected to its top. Multiple equidistantly distributed bases are fixedly connected to the top of the annular mounting plate along its circumference. In use, the glass product is placed in the mounting groove, and a limiting frame is pushed to enter the mounting groove. A pressing frame presses the glass product firmly. Under the elastic reset action of a spring, a locking block moves and enters a locking groove to limit the limiting frame. The output shaft of a first motor rotates, driving a movable block to move, causing a fan-shaped plate to move the preheating cover and laser welding head downwards. The preheating cover preheats the glass product, and the laser welding head performs laser welding on the glass product. This facilitates the installation and disassembly of the glass product and makes replacement easy. Heating the preheating cover via a heating wire further preheats the glass product, improving laser welding efficiency.

The application provides an automatic disassembling and recycling system and method for waste electric energy meters, which comprises a disassembling line and a PCB panel, further comprises a junction box on the PCB panel, a disassembling device is arranged on the disassembling line, the disassembling device comprises a first processing platform and a second processing platform arranged on the disassembling line, the top end of the first processing platform and the second processing platform is provided with an adjusting rail and a processing platform, the processing platform is provided with a lifting assembly, a positioning assembly, a conversion assembly, a collecting assembly, a transfer assembly, an air inlet assembly, an air outlet assembly, a limiting assembly and an output assembly, the application discharges capacitors on the circuit board in the electric meter, collects and utilizes the discharged electric energy to do work, uses the collected electric energy to open holes in the capacitors and collects electrolyte, thereby greatly improving the safety on the disassembling line and reducing pollution.

The utility model relates to a kind of round table surface grinding machine, apply in grinding machine technical field, solve the problem of low production efficiency, equipment investment cost is higher, increase artificial cost, including fuselage and set on the grinding assembly of the fuselage, the grinding assembly is used to grind workpiece to be ground, further include rotary work platform and linear work mechanism, the rotary work platform includes support seat, swivel base is rotatably connected on the support seat by rotating member and driving member, the swivel base is set below the grinding assembly, the swivel base is used to fix the workpiece to be ground and make workpiece to be ground circumferential rotation;Linear work mechanism is used to drive the rotary work platform reciprocating movement along horizontal direction;With the effect of improving processing efficiency, less equipment investment amount of use, also can save artificial cost.

The utility model relates to a kind of automatic tapping machine of multi-station synchronous processing, including operation platform, rotary drive mechanism and processing execution mechanism;Wherein, the rear side of operation platform is feeding area;Rotary drive mechanism, including the drive motor fixed in operation platform inner top wall and the transmission connection of rotary disc with drive motor output end, the rotary disc circumferentially has multiple fixed components for fixing workpiece;Processing execution mechanism, including being sequentially installed with main electric drill and auxiliary electric drill in the downstream of feeding area and located operation platform upper surface, the auxiliary electric drill is adjacent with main electric drill arrangement and constitutes synchronous drilling unit.This automatic tapping machine of multi-station synchronous processing, through six fixed components circumferentially arranged rotary disc, cooperate the multi-station synchronous processing of main electric drill, auxiliary electric drill and tapping machine, realize the continuous processing of workpiece, avoid the waiting time of single-station processing, and processing efficiency is compared traditional single-station equipment to promote several times.

This utility model relates to a continuous stamping die for producing wave-shaped chucks, belonging to the field of stamping die technology. It solves the problems of existing dies requiring numerous molds, occupying a large area, having dimensional errors, and reducing production quality. The lower die plate includes a trimming die, a pre-punching die, a bending die I, a bending die II, a punching die, a stepping die, a wave-shaped punching die, and a blanking die. A wave-shaped punching component is provided on the upper die plate at a position corresponding to the wave-shaped punching die. The wave-shaped punching component includes a punch base and multiple punch blocks. A punch pad is detachably mounted on the bottom end face of each punch block. The wave-shaped punching die includes a forming base and a positioning boss mounted on the upper end face of the forming base. The positioning boss is disc-shaped. The forming base has a groove that mates with the punch pad. This design reduces the number of processes, reduces the number of equipment and dies required, improves production efficiency, increases output per shift, provides more stable dimensions, and reduces deformation.

The utility model provides a kind of for poultry manure's granulating device, including mainframe, and mainframe is equipped with mixing assembly, and one side of mixing assembly is equipped with scattering assembly, and the below of mixing assembly is equipped with granulating assembly, and mainframe includes vertical support, and the above side of vertical support is equipped with side support, and vertical support is used to install mixing assembly, and side support is used to install scattering assembly, and scattering assembly, mixing assembly and granulating assembly are sequentially arranged from high to low ladder type, and the below of mixing assembly is equipped with discharge gate and mixing assembly is connected, and the below of mixing assembly is equipped with discharge port and is connected with granulating assembly, by scattering, mixing and granulating integration in one, the continuous processing of material is realized, greatly improve processing efficiency, and the component arrangement of ladder type makes material can rely on gravity natural flow, solve the problem of traditional scattering, mixing and granulating three kinds of equipment need to cause material loss to lead to mutual turnover.

This invention relates to the field of mineral processing technology, specifically to a continuous controllable shock wave ore crushing device and its operating method. The crushing device includes a feeding unit, an ore pre-cracking unit, a fine powder washing unit, a controllable shock wave crushing unit, and a washing and discharging unit integrated into a rotary crushing chamber. The feeding unit continuously feeds the ore through a feed pipe; the ore pre-cracking unit uses hydraulically driven extrusion rollers to pre-crack the ore, forming internally water-filled micro-cracks in water; the fine powder washing unit promptly separates and discharges the fine particles generated by pre-cracking using inclined water flow; the controllable shock wave crushing unit generates shock waves to crush the ore through needle-plate electrode discharge; and the washing and discharging unit flushes the crushed products to the central discharge hole using high-pressure water flow. This invention achieves highly efficient and selective crushing of ore, and has outstanding advantages such as compact structure, continuous operation, low energy consumption, and minimal over-crushing.

This utility model discloses a drum dryer and cooler, including a drum assembly. One end of the drum assembly has a settling chamber with a feeding port at the bottom and a suction port at the top. The other end of the drum has a discharge chamber. A central hot air duct is located near the center of the discharge end of the drum. A hot air inlet is located at the center of the outer end plate of the discharge chamber, connecting with the inlet of the central hot air duct. A cold air inlet is located at the upper part of the outer end plate of the discharge chamber. The central hot air duct extends to one-third of the depth of the drum. A baffle plate is located at the outlet of the central hot air duct at intervals to diffuse the hot air. After diffusion, the hot air mixes with cold air to form a drying zone. The area from the outer periphery of the central hot air duct to the discharge end is a pure cold air cooling zone. This drum dryer and cooler can improve the uniformity of drying and the flowability of the material, reduce mechanical damage to fructose particles, and lower equipment manufacturing and maintenance costs.

The utility model relates to the technical field of plastic bag processing, concretely is a kind of point break cutting mechanism, it includes the lower rotary cutter and upper cooperation piece installed in point break support, the upper cooperation piece is rotary cutter roll or fixed upper cutter, the edge of the lower rotary cutter is point break blade, simultaneously, the utility model also provides the bag making machine using the point break cutting mechanism, can reduce the cutter damage of point break, reduce maintenance cost.

This invention discloses a composite machining equipment for aero-engine turbine guide vanes, belonging to the field of mechanical combination machining technology. It includes an integrated electrical control box and a composite machining table. The composite machining table integrates a turning unit, an electrolytic roughing unit, a drying and strengthening unit, a finish milling unit, and a closed-loop conveyor system. The closed-loop conveyor system enables precise gripping, positioning, and automatic transfer of workpieces between the various machining units. Roughing is completed by combining turning and electrolytic processes, while hot air drying combined with laser strengthening improves workpiece performance. Finish milling ensures high precision requirements. This equipment achieves integrated continuous machining of turbine guide vanes, shortening the process flow, reducing manual intervention, improving processing efficiency and quality stability, and solving the problems of dispersed processing steps and large precision fluctuations in traditional machining. It is suitable for mass production of aero-engine parts.

The utility model discloses a secondary aluminium ash continuous denitrification system belongs to chemical equipment technical field, including premixer and continuous denitrification reactor, the import of premixer is connected secondary aluminium ash bin and auxiliary material bin respectively, is equipped with feed inlet, denitrogenization aluminium ash export and gas phase export on continuous denitrification reactor, and the outlet of premixer is connected with the feed inlet respectively and initiates material pipe, and denitrogenization aluminium ash export connects the extraction kettle, and gas phase export connects dust removal device, and the dust collection outlet of dust removal device is connected secondary aluminium ash bin. The utility model discloses a premixer and continuous denitrification reactor combination, and the high efficiency of secondary aluminium ash denitrification and the continuity of production are given full consideration to, can shorten the reaction length effectively, improves the denitrification processing capacity of secondary aluminium ash simultaneously.