288results about How to "Realize mechanical automation" patented technology

The invention discloses an automatic encasement system for Lilezuan milk bag gift boxes. The automatic encasement system comprises a milk bag integration conveying line (1), a milk bag robot (2) and a milk bag unit conveying line (4), wherein a milk bag clamp (3) at the lower end of a manipulator of the milk bag robot (2) catches a milk bag unit on the milk bag integration conveying line (1) and pushes the milk bag unit into a corresponding milk bag unit separation slot (41) under the condition that the milk bag unit is in a horizontal state; then a small baffle plate insertion machine (5) inserts a small baffle plate into a middle clearance of the milk bag unit, and a horizontal pushing mechanism (6) is used for horizontally pushing the milk bag unit with the inserted small baffle plate into a packaging case already provided with a large lining plate on a packaging case conveying line (9); finally the packaging case already provided with the large lining plate, the small baffle plate and the milk bag unit is covered and encased to finish the whole automatic encasement process. According to the automatic encasement system for the Lilezuan milk bag gift boxes, the milk bag encasement operation is creatively changed from vertical encasement into horizontal encasement, so that the production operation is more stable, the maintenance is easy and convenient, and the workload can be reduced to the maximum extent.

The invention discloses an automatic tin soldering machine. The automatic tin soldering machine comprises a machine base, a soldering tin wire passing mechanism, a control box, an automatic feeding mechanism, a soldering tin assembly mechanism, a soldering tin testing mechanism, a rosin infiltration mechanism, a tin soldering mechanism and a sliding table mechanism, wherein the automatic feeding mechanism, the soldering tin assembly mechanism, the soldering tin testing mechanism, the rosin infiltration mechanism, the tin soldering mechanism and the sliding table mechanism are connected with the control box; the automatic feeding mechanism is connected with the soldering tin assembly mechanism, and the soldering tin wire passing mechanism is connected with the sliding table mechanism; the control box is arranged on the front end face of the machine base; the automatic feeding mechanism, the soldering tin assembly mechanism, the soldering tin testing mechanism, the soldering tin wire passing mechanism and the tin soldering mechanism are sequentially arranged at the top of the machine base from left to right; the sliding table mechanism is arranged at the side edge of the soldering tin wire passing mechanism, a wire material is sequentially conveyed to the soldering tin testing mechanism, the rosin infiltration mechanism and the tin soldering mechanism by the sliding table mechanism after the wire material is conveyed to the soldering tin assembly mechanism by the automatic feeding mechanism, so as to be subjected to an automatic tin soldering process, and automatic discharging is realized. According to the automatic tin soldering machine, mechanical automation for charging, processing and the final discharging can be realized, the production efficiency is increased greatly, and the product quality can be guaranteed.

The invention discloses a follow-up stuffing adding twin-cone roller necking-in machine. The equipment comprises a necking-in machine body on which a crisp cake blank stamping device, a rotary mould circulation turning device, a material injection device and a twin-cone roller necking-in device are sequentially arranged, wherein the rotary mould circulation turning device is arranged below the material injection device and the twin-cone roller necking-in device. The follow-up stuffing adding twin-cone roller necking-in machine is special equipment for simultaneously finishing multiple stages before a crisp cake blank is formed and has the effects of solving the technical problem of incapability of fully-automatic production of the traditional crisp moon cake making process, firstly realizing the mechanical automation of the whole production process, reaching the yield of 40-60/min, greatly increasing the production efficiency, completely changing the traditional manual making process for crisp refreshments and particularly for multilayer stuffed crisp moon cakes, greatly strengthening the standardization and the normalization for the production of the crisp refreshments and obtaining the optimal cost performance. The invention creates a brand new technical field for mechanically and automatically producing crisp foods.

The invention provides a bottle stacking machine capable of feeding and discharging bottles from a low position, which comprises a low-position bottle conveying line, a low-position pallet conveying line, a low-position bottle stack conveying line and a low-position spacer plate conveying line. The bottle stacking machine can feed and discharge bottles from a low position so as to reduce the floor space and the requirements on workshop space, and simultaneously realizes high-speed bottle stacking on the bottle stacking machine. The automatic feeding of a pallet and spacer plates, the automatic discharging of pallet trays and automatic laying of a top plate can be realized on the basis of the bottle stacking machine, and the full mechanical automation during the bottle stacking process is realized. Furthermore, as the bottle stacking machine realizes the mechanical automation during spacer plate taking and laying and is provided with a clamping and positioning mechanism, the bottle stacking machine can adopt spacer plates with bottle positioning baffles, and the quality and the appearance of stacked bottles are greatly improved.

The invention provides a film-type automatic bagging machine. The bagging machine comprises a machine frame, the upper part of the machine frame is provided with a drive motor and a storage hopper, and the drive motor is connected with a feed-in screw rod by a positive and negative rotation transmission device; the feed-in screw rod supported by a bearing base is arranged in the storage hopper, and the lower end of the storage hopper is provided with a feeding pipe sleeved outside the feed-in screw rod; the middle part of the machine frame is provided with a film supply device arranged on the machine frame, and the upper part of the feeding pipe is provided with a curved surface forming machine sleeved outside the feeding pipe; and a film-feeding device is arranged between the feeding pipe and the film supply device, the side part of the feeding pipe is provided with a longitudinal edge-sealing device, the lower part of the feeding pipe is provided with a transverse sealing and cutting device, and the side part of a pressure-bearing platform is provided with a bag conveying system. The device thoroughly changes the process flow of the conventional bagging machines, eliminates the operation of manual sealing and filling of breathable materials after manual bagging and packing are performed and frees operators, and one person can operate a plurality of machines, so that the automaticity and the production efficiency are greatly improved.

The invention relates to a fully automatic precision garlic transplanting machine and a garlic transplanting method. The fully automatic precision garlic transplanting machine comprises a frame, a running mechanism and a gear box, and further comprises a feed mechanism, a garlic clove peeling mechanism, a dispensing mechanism and a transplanting, hole tracking and detecting and replanting mechanism which are arranged on the frame and connected with each other sequentially; a garlic clove positioning peeling method comprises the following steps: the garlic is delivered to the feed mechanism for cutting off the garlic stem, removing fibrous roots of the garlic and dividing the garlic bulb into two parts, and then the garlic is sent to the garlic clove peeling mechanism for peeling off garlic cloves; the garlic clove peeling mechanism peels off the garlic cloves which are called garlic seeds and deliver the garlic cloves to the dispensing mechanism which distributes the garlic seeds to the transplanting, hole tracking and detecting and replanting mechanism to complete the transplanting, hole tracking and detecting and replanting of the garlic seeds. By adopting the fully automatic precision garlic transplanting machine and the garlic transplanting method, two agronomic requirements that the garlic clove tips face upwards and the garlic clove bellies face the same side can be met, and the transplanting precision is high.

The invention relates to the technical field of machining equipment and automation, in particular to a full-automatic sucker rod forging production line. The full-automatic sucker rod forging production line comprises a mechanical transmission heating system, a pneumatic system, a lubricating system and a control component, wherein the control component controls the pneumatic system to provide power for the mechanical transmission heating system, and controls the lubricating system to lubricate the mechanical transmission heating system; and the whole production line is fully automatically controlled through the control component. During production, field workers only need to place bars on a beginning part of the production line, and transfer finished sucker rods at the tail end of the production line, the bars are not required to be carried manually in a production process, full-automatic operation of the production process is realized, labor and materials are saved, full-automatic production of the sucker rod forging production line is realized, the technical problem that an existing sucker rod forging production line is relatively low in degree of automation and relatively high in labor and material consumption is solved, and the full-automatic sucker rod forging production line is provided.

The invention discloses a device for packaging an infusion tube coiled tube. The device comprises a rack. A guiding rail is arranged on the rack. A coiled tube mechanism is movably arranged on the guiding rail. The coiled tube mechanism can move left and right along the guiding rail. A bagging mechanism is fixedly arranged above the guiding rail in an erected mode. When the coiled tube mechanism moves in place, the bagging mechanism is located above the coiled tube mechanism. A bag passing mechanism is arranged on one side of the bagging mechanism. An insertion connecting mechanism is arranged between the bagging mechanism and the coiled tube mechanism. The insertion connecting mechanism is connected with the bagging mechanism. A bag opening mechanism is arranged between the bagging mechanism and the bag passing mechanism. The bag opening mechanism is connected with a bag sealing mechanism. The device for packaging the infusion tube coiled tube can achieve mechanical automation of infusion tube packaging. The invention further discloses a method for packaging the infusion tube coiled tube.

The invention discloses a full-mechanized coal mining coal-pillar-free sublevel filling coal mining method for steeply inclined coal seam strike. According to the principle, the method includes the steps that after a steeply inclined coal seam field is divided into mining areas, a long-wall fully mechanized coal mining face is arranged along the coal seam strike, and after advancing in the coal mining face, a goaf is subjected to sublevel filling along the coal seam strike. According to the rock mechanics principle and the lithology of overlying rock of the coal mining face, the dimensions D and strength of sublevel filling bodies and the limited span L of sublevel filling are determined under the condition that the upper roof of the overlying rock is not broken. A filling-body filling area is divided into inclined sealing filling areas by sublevel small coal pillars and rectangular air bags, and paste filling is conducted in the sealing areas through pipelines. By means of the method, the filling amount can be reduced, the filling cost is lowered, the resource recovery rate is increased, and the safe, environmental-friendly and economical coal mining effects are achieved.

A mechanical pot culture automatic water supply system comprises a water supply mechanism and at least one flowerpot communicated with the water outlet end of the water supply mechanism. The water supply mechanism comprises a closed water storage barrel filled with water. Water storage grooves are formed in the flowerpots respectively. A water outlet and an assembling port located above the water outlet are formed in the bottom of the water storage barrel. A check valve used for blocking water in the water storage barrel from flowing outward is arranged at the assembling port of the water storage barrel. The water storage grooves are provided with water inlets communicated with the water outlet through pipelines. An air inlet formed in the outer portion of the water storage barrel is formed in one end of the check valve, an air outlet formed in the water storage barrel is formed in the other end of the check valve, and the air outlet is located in the position flush with the liquid level of the water storage grooves in height. According to the mechanical pot culture automatic water supply system, water can be supplemented to the water storage grooves through the siphon principle, the liquid level height of the water storage grooves is kept constant, and therefore the automatic pot culture watering function is achieved.

The invention discloses a separating device for pulp and seeds of taxus chinensis and belongs to the field of a fruit processing separating device. The separating device comprises a feeding hopper, a separating box, a fruit residue output pipe and a seed output pipe, wherein a conveying belt mechanism, a roller mechanism and a separating mechanism are successively arranged in the separating box from top to bottom; the roller mechanism comprises a slide rail and a right driving wheel, a first roller shaft and a second roller shaft which are distributed in the form of equilateral triangle; the right driving wheel matches with the first roller shaft for extruding the fruit and also is used for driving the conveying belt; the first roller shaft and the second roller shaft match with each other for extruding the fruit; the slide rail is matched with the second roller shaft for extruding the fruit and also is used for conveying the extruded fruit; and the separating mechanism is used for respectively outputting the fruit and the seeds. The separating device for pulp and seeds of taxus chinensis has an excellent working effect and high working efficiency; the separating device also can directly acquire the pulp and the seeds, can promote the degree of automation and can further save labor force; and the structure is compact, the structure design is reasonable and smart, the inner space of the device is fully utilized and the area occupied by the device is reduced.

The invention discloses a chopstick varnishing mechanism of an automatic chopstick varnishing device. The chopstick varnishing mechanism comprises a first guide rail, wherein the first guide rail is movably provided with a varnishing mechanism support which can be driven by a servo motor to horizontally reciprocate; and the varnishing mechanism support comprises two support side plates and a support baseplate, and a varnish storage barrel is fixedly arranged between the two support side plates; the support baseplate is fixedly connected with a sliding block of the first guide rail; the bottom of the varnish storage barrel is connected with a first air cylinder by which the varnish storage barrel can be inclined for a certain angle; and the support baseplate is fixedly provided with a second guide rail on which a push plate is movably arranged, and the push plate is connected with a second air cylinder capable of driving the push plate to horizontally move. By using the chopstick varnishing mechanism, the mechanical automation of chopstick varnishing can be realized, not only is the work efficiency increased, but also a paint layer with uniform thickness can be formed on the surface of each chopstick.

The invention relates to a manufacturing technology of diodes. The manufacturing technology of the diodes mainly comprises the operation steps that firstly, a left frame strip, a right frame strip, a core granule and a bridge sheet are assembled together through the gumming technology, and then welding, cleaning, drying, packaging, cleaning, drying, detection, tinning on the exposed parts of the frame strips, drying and packaging are carried out. The diodes manufactured according to the manufacturing technology of the diodes are in the straight angle and surface mounting mode, processes such as bent angles forming a hidden danger for the diodes do not exist in the whole production process, and the consistence of the reliability performance of the diodes is high; the bridge connection technology is adopted, and the performance of the diodes is improved. Mechanical automation can be achieved for all the steps, and the manufacturing technology of the diodes is high in production efficiency, stable and reliable.

The invention aims to provide a new large steel tube manufacturing and installation technology and equipment. A unit structure taking tiles as the basis is adopted to transport large space steel tubes as well as install and weld on spot; installing and welding equipment adopts a steel tube positioning method and moves in the mode of flexible boosting or winching lifting of an axial cylinder; steel tube installation girth welding adopts rotation driving to drive an automatic welding device to finish the automatic welding of a space girth; mechanical operation can be realized when the steel tube is horizontal or is in an inclined, upper elbow or lower elbow state to form a set of large steel tube engineering center capable of multi-angle omnibearing moving. The invention replaces a traditional large space steel tube construction technology, is favorable for improving engineering safety, quality and efficiency, protects environment, lowers the integrated manufacturing cost of the steel tube and is especially suitable for large intake steel tube engineering in the cavity or dam of hydropower stations.

The invention discloses a laminator for automatically tearing a film on a lower cover. The laminator comprises a base, wherein a working platform is arranged at the upper end part of the base; a graduator is arranged on the working platform; the graduator is provided with a jig for loading materials; a control device, an aluminum box feeding mechanism, a film feeding mechanism, a pressing mechanism and a discharging mechanism are sequentially arranged round the graduator; a release paper tearing transfer mechanism is arranged on a side edge of the aluminum box feeding mechanism, an aluminum box automatic loading mechanism is arranged in front of the release paper tearing transfer mechanism, and a first positioning mechanism is arranged between the aluminum box feeding mechanism and the release paper tearing transfer mechanism. The laminator disclosed by the invention realizes mechanical automation and is high in precision. Positioning mechanisms arranged for feeding aluminum boxes and films can automatically lift up and down and longitudinally translate and are accurate to position. Moreover, the loss of raw materials is avoided to the maximum extent, and the whole machine is simple in structure, reasonable in layout, easy to manufacture and convenient to operate.

The invention discloses a C type retaining ring feeding device. The C type retaining ring feeding device comprises a rack installed on the ground; the rack is provided with a C type retaining ring supplying mechanism and a C type retaining ring discharging mechanism; the C type retaining ring discharging mechanism is located above the C type retaining ring supplying mechanism; the C type retaining ring supplying mechanism comprises a tray transposition device and a C type retaining ring supplying device which are arranged on the rack, and the C type retaining ring supplying device is located on one side of the tray transposition device; the tray transposition device comprises an installing plate fixed to the rack; the installing plate is provided with a tray displacement assembly and a positioning assembly; and the positioning assembly is arranged on the lower plane of the installing plate. Due to the above manner, the C type retaining ring feeding device can replace manual work to perform automatic feeding on C type retaining rings.

The invention provides a prestressed high-strength concrete hollow support pile and a manufacturing method thereof. The prestressed high-strength concrete hollow support pile comprises a reinforcement cage framework and a concrete pile body. The cross section of the prestressed high-strength concrete hollow support pile is of a polygonal hollow pipe shape. The prestressed high-strength concrete hollow support pile comprises an upper pile body flange plate, a lower pile body flange plate, a left pile body supporting leg, a right pile body supporting leg, a pile body tenon and a pile body mortise, wherein the upper pile body flange plate and the lower pile body flange plate are arranged symmetrically; each pile body flange plate is formed by welding two or more longitudinal prestress main ribs and two or more hoop ribs in a crossed mode; hoop ribs are evenly distributed between the upper pile body flange plate and the lower pile body flange plate in a surrounding mode; the pile body tenon is located on one side of the left pile body supporting leg, the pile body mortise is located in one side of the right pile body supporting leg, and the pile body tenon and the pile body mortise are in engaged fit; reserved grouting slots are formed in the middle of the pile body tenon and the middle of the pile body mortise symmetrically. The prestressed high-strength concrete hollow support pile is firm in structure, good in soil conserving and water stopping effect, easy and convenient to construct and low in project cost, and by adoption of the mechanical and automatic producing and processing procedures, the construction period is short and efficiency is high.

The invention relates to a safflower picking robot. The robot comprises a vehicle body, a mechanical arm and a collecting device; the robot is characterized in that the mechanical arm and a collectingdevice are installed on the vehicle body and located on the upper portion of the vehicle body, and the mechanical arm is located in front of the collecting device. The robot can replace a person forpicking safflower, mechanical automation is achieved, the environmental suitability is high, and the robot has the advantages of being low in labor intensity, capable of liberating the labor force andsaving the manpower resource and the like.

The invention discloses a building material forming mould box. The building material forming mould box comprises a mould box which operates on railways; a front side mould plate and a rear side mould plate which are oppositely arranged on an underframe of the mould box; the space between the front side mould plate and the rear side mould plate is divided into a plurality of mould cavities; end moulds are arranged on the left side and the right side of each mould cavity; a bottom mould is arranged at the bottom of each mould cavity; front-back guide rails and sliding pieces are also arranged on the underframe; the front side mould plate, the bottom mould, partition moulds, and the rear side mould plate are respectively connected with the sliding pieces; adjacent two sliding pieces are movably connected with each other; the rear side mould plate is fixed to the underframe; the end moulds can move horizontally; mechanical automation of mould opening and mould closing is realized through a locking mould of the mould box; and the building material forming mould box disclosed by the invention is applicable to automatic assembly line production of building products, such as bricks, blocks, plates and prefabricated parts.

The invention discloses a cutting system capable of charging and discharging intelligently and a charging and discharging method of the cutting system. The cutting system comprises a material storage cabinet, a cutting bed, and a charging cabinet arranged between the material storage cabinet and the cutting bed. The cutting system further comprises a charging and discharging robot, wherein the charging and discharging robot is arranged between the material storage cabinet and the charging cabinet; the material storage cabinet comprises a plurality of material storage racks; the material storage racks are arranged at one side, facing the charging and discharging robot, of the material storage cabinet; the charging cabinet comprises a plurality of charging racks; and the charging racks are arranged at the two sides of the charging cabinet. The cutting system capable of charging and discharging intelligently is used to carry and cut a flexible material, so that mechanical automation of charging and discharging is realized, the labor intensity of workers is reduced greatly, the layout is reasonable, the charging and discharging are orderly and efficient, and the production efficiency is improved greatly.

The invention relates to an arranging machine, which comprises a frame, a bottle pushing mechanism, a bottle storage area and a frame lifting device, wherein the bottle pushing mechanism comprises a bottle pushing rod and a bottle pushing power mechanism; the bottle storage area is formed on the frame; the bottle pushing mechanism is arranged at one end of the bottle storage area, and the frame lifting device is arranged at the other end of the bottle storage area; a conveyer belt mesh is arranged below the bottle pushing mechanism; the side face of the bottle storage area close to the bottle pushing rod is provided with a bottle feeding screw mechanism; the bottle storage area is provided with a bottle stopping rod and a bottle retaining bar; and air cylinders are arranged on the bottle stopping rod and the bottle retaining bar. The arranging machine has an automatic counting function, and ensures that the bottle feeding is quicker and more stable and the counting is more accurate, so that the automatic operation without human interference can be carried out and all production of products to be packaged or finished products in a batch is recorded.