10results about How to "Realize continuous automatic production" patented technology

The application discloses a motor shell anti-deformation processing device, which comprises a base, two symmetrical punching assemblies slidingly arranged on the base, and a clamping assembly arranged between the two punching assemblies. The clamping assembly comprises two supporting frames and a clamping cylinder. One of the supporting frames is slidingly arranged on the base and connected with the telescopic end of the clamping cylinder. The supporting frame is fixed with a tension cylinder and a tension piece. The tension piece comprises a plurality of split supporting molds and a plurality of tension blocks. When the tension cylinder is driven, the split supporting molds are first expanded radially outward to form an avoiding gap between adjacent split supporting molds, and then the tension blocks are moved radially through the gap until the tension blocks and the outer walls of the split supporting molds jointly form a complete cylindrical surface and abut against the inner wall of the motor shell. When the reverse action is performed, the tension blocks are first retracted, and then the split supporting molds are contracted radially inward. The application realizes large-area rigid support on the inner wall of the shell before drilling, effectively inhibits plastic deformation around the hole, and improves processing efficiency and quality.

The invention discloses a battery piece detecting and packaging production line and method.The production line comprises a battery piece feeding mechanism, a battery piece counting mechanism, a battery piece detecting mechanism, a bagging mechanism, a bag folding mechanism, a box buckling mechanism and a labeling mechanism which are sequentially arranged in the direction of the production line; and a plurality of carrying mechanisms, a packaging box conveying line, a packaging box feeding unit and a packaging bag feeding mechanism are matched to realize full-process automatic operation. According to the invention, efficient and safe battery piece counting and alignment are realized through combination of inclined vibration regulation and a three-side blowing mechanism; the packaging reliability and the appearance uniformity are ensured through the bagging and bag folding mechanism with unique designs such as bag pressing, inner supporting and folding; the problems that traditional battery piece packaging depends on manual work, efficiency is low, damage is prone to occurring, and consistency is poor are solved, full-process automatic and high-flexibility production of battery piece stacks from feeding, defect detection to packaging and labeling is achieved, and production efficiency and product quality are remarkably improved.

The utility model relates to equipment for automatically sticking an expansion sealing element in a door pocket coating process. The equipment comprises a door pocket conveying module, an expansion sealing element sticking module and a core paper rolling module, a covering machine is arranged at the tops of the door pocket conveying module and the expansion sealing piece attaching module, a covering machine conveying wheel is rotationally connected to the middle of the covering machine, a door pocket is conveyed to the top of the covering machine conveying wheel, supporting assemblies are arranged on the two sides of the covering machine, and door pocket conveying wheels are arranged at the attaching positions of the side ends of the supporting assemblies and the door pocket. The release paper winding module is fixed to the top of the expansion sealing piece attaching module and rotationally connected with a fixing shaft, a release paper winding module pressing wheel rotationally connected to the top of the supporting assembly is arranged at the bottom of the release paper winding module, and the release paper winding module pressing wheel is tangent to the top face of the door pocket. The beneficial effects of the utility model are that manual carrying is not needed; door pockets are continuously and automatically produced, and the production environment is kept clean; the accurate fitting position of the sealing element is ensured, the fitting effect is stable, and the overall quality of the door pocket is improved.

The application discloses a continuous production device and production process of cathode copper sheet for copper electrolysis anode sheet, which comprises a copper sheet forming groove and a copper sheet growth groove, and the production process comprises copper sheet forming and automatic stripping, copper sheet thickening growth, and washing and cutting. The application eliminates the problem of high copper sheet manufacturing cost and poor copper sheet quality caused by manual stripping of copper sheet during intermittent production of anode sheet copper sheet between original single sheet seed plates. The application adopts a continuous production process, and the copper sheet can be automatically stripped from the seed plate belt at a specified position. The application realizes continuous and automatic production of the copper sheet and the anode sheet, and provides conditions for unmanned production of the electrolytic copper or the cathode copper. The application can solve the problem of continuous increase of copper ions in the electrolysis system, and balance the copper ion content in the electrolysis system.

The application discloses a hose production line and relates to the technical field of pipelines. The hose production line comprises a first unwinding frame, a first coiling device, a second unwinding frame, a third unwinding frame, a first bonding device, a fourth unwinding frame, a second bonding device and a second coiling device. The first coiling device, the first bonding device, the second bonding device and the second coiling device are sequentially arranged along a discharging direction. The first coiling device is used for coiling an inner liner layer unwound from the first unwinding frame into a cylinder shape and performing bonding. The first bonding device is used for bonding a first reinforcing layer unwound from the second unwinding frame and a second reinforcing layer unwound from the third unwinding frame to the two sides of the inner liner cylinder. The second bonding device is used for bonding an outer protective layer unwound from the fourth unwinding frame to one side of a semi-finished product cylinder. The hose production line provided by the application can realize continuous and automatic production of hoses, has high mechanization degree, saves time cost and labor cost, has short production period and high production efficiency.

The present application relates to packaging box printing processing technical field, specifically disclose a kind of packaging box local printing setting device, including base, rotationally arranged on base rotating platform and fixed on rotating platform upper guide cam;Rotating platform is circumferentially provided with a plurality of follow-up positioning clamping fixtures, and is sequentially provided with feeding, visual inspection, cleaning, printing, setting and discharging station along the direction of rotation;Jig includes radially sliding push rod, its inner end roller is in contact with the profile of guide cam, and outer end is connected with a pair of mirror image symmetrical clamping end plate through inner side strip, and the back surface of clamping end plate is provided with inclined block, and rotating platform is provided with guide that cooperates with inclined block;Roller is opened when clamping end plate is moved along the small diameter arc segment of guide cam, and it is automatically closed and clamped packaging box when clamping end plate is moved along the large diameter arc segment;The present application is automatically clamped and released by mechanical linkage, integrates visual inspection and cleaning function, with the advantages of compact structure, reliable positioning, high printing precision.

The utility model belongs to the technical field of sports equipment manufacturing equipment, concretely relates to a basketball inner bag surface thread winding and gluing integrated device, including support platform, the support platform top is fixedly installed with the casing, is provided with the anti -jump subassembly in the casing top, is provided with a plurality of groups of movement subassembly in the casing inside, is fixedly installed with the support frame in support platform top one side, is provided with the gluing device in support frame near the casing one side, is fixedly installed with the yarn frame in support frame one side, is fixedly installed with a plurality of wire guide shafts in yarn frame far from support frame one side top, is provided with the L type support that is fixedly connected with support frame in yarn frame top, is fixedly connected with the wire guide plate under L type support, can carry out a plurality of working procedures to basketball inner bag simultaneously, increase the production efficiency of equipment, and when gluing to basketball inner bag, can recycle the redundant glue, thereby realize the recycling of glue solution, both save the production cost, and reduce the influence of waste glue to the environment.

The application discloses a die casting machine for die casting machining and relates to the technical field of die casting machines; the die casting machine comprises a box body, and a heating mechanism is arranged above the box body. Through cooperation of the heating mechanism, a die mechanism, a first auxiliary mechanism and a second auxiliary mechanism, one-side die cooling forming is realized, and the other-side die is simultaneously subjected to mold opening, material injection and mold closing, the waiting time is greatly shortened, continuous automatic production is realized, and manual frequent assistance is not needed; through engagement of bevel gears and a key type locking mechanism, the stability of the die during material injection and the smoothness of mold opening are ensured; in cooperation with a first scraper in a cleaning mechanism, not only can the formed die casting be automatically pushed out, but also the residual substances in the inner wall of the die can be synchronously scraped off, the die is kept clean, in addition, the liquid outlet pipe can be cleaned, and the solidified raw materials falling after cleaning are recycled to the heating cylinder for melting, raw material waste is avoided, and a green closed-loop production process is formed.

The utility model belongs to the field of sensor processing, and particularly relates to a conveying and stacking device for sensors, which comprises a bottom plate, a conveying mechanism and a stacking mechanism. The bottom plate is fixedly connected with a supporting rod, a material stacking mechanism is arranged on the supporting rod, a conveying mechanism is arranged on the bottom plate and is connected with the material stacking mechanism, and a sensor is arranged on the conveying mechanism; the stacking mechanism comprises a shell, a circular plate, four first grooves, an air cylinder, a supporting plate and a second motor, the shell is fixedly installed at the top of the supporting rod, the circular plate is rotationally connected into the shell, the four first grooves are formed in the circular plate, a feeding port and a discharging port are formed in the shell, and the air cylinder is arranged in the feeding port. The feeding port and the discharging port both correspond to one of the four first grooves, and the conveying mechanism corresponds to the feeding port. According to the utility model, the effect of automatically conveying and stacking the sensors can be achieved through the cooperation of all the parts.

The invention relates to a magnetic recording imaging hang tag production method and system, and the system comprises a base material supply module which is used for providing a continuous hang tag base material, and carrying out the cleaning and leveling processing; the recording layer coating module is used for coating a magnetic material on the surface of the base material and carrying out preliminary curing to form a magnetic recording layer; the magnetic track pattern generation module is used for generating a corresponding magnetic track layout pattern and a write-in control instruction according to the information data; the magnetic recording write-in module is used for writing magnetic information on the magnetic recording layer according to the control instruction; the imaging module is used for forming a visual image associated with the magnetic information on the surface of the hang tag; the surface treatment module is used for coating the surface of the hang tag with a protective layer; the cutting and forming module is used for cutting the hangtags into single hangtags; and the quality detection module is used for carrying out quality detection and sorting on the finished product hang tags. The automatic production line has the beneficial effects that continuous automatic production of the magnetic recording imaging hang tags can be realized, multi-dimensional quality detection and sorting can be performed on the finished product hang tags, and the production efficiency is improved.