33results about How to "Realize continuous automation" patented technology

The invention discloses an automatic charge packaging production line for seismic explosive columns of emulsion explosive. The automatic charge packaging production line is composed of an automatic casing machine (1) of seismic explosive columns, a speed chain conveying line (2), an automatic charging machine (3), a seismic explosive column gland device (4), a grabbing mechanism (4-1), an automatic thermal sealing and connecting sleeve assembling machine (5) of seismic explosive columns, an automatic packaging unit (6) and a finished product belt conveyor (7). The automatic charge packaging production line disclosed by the invention has the advantages of improving the preparing, charging and packaging efficiency of the seismic explosive columns and mine blasting explosive columns, realizing automation and serialization and decreasing operators.

The invention provides a continuous carbonization and pyrolysis treatment method of a waste lithium battery. The method adopts the following treatment flow of step 1, preheating, specifically, preheating a carbonization device to a working temperature; step 2, pretreating, specifically, discharging and crushing the lithium battery, wherein firstly, the lithium battery is put into a temporary storage tank after being subjected to full discharge and enters a crusher through a closed conveying device, and after crushing, mixed materials enter the carbonization device; step 3, performing a carbonization and pyrolysis treatment process and a gas combustion process; step 5, performing a tail gas treatment process; and step 6, sorting solid materials discharged from the carbonization device. According to the treatment method of the waste lithium battery, isolation between a carbonization chamber and gas combustion in the carbonization process is realized, the mixed materials obtained after the waste lithium battery is crushed are heated through the indirect heat transfer mode between gas combustion as well as an auxiliary heating device and the carbonization chamber, oxygen is completelyisolated in the carbonization chamber, and oxidation of metal in the carbonization chamber is effectively avoided through the control by means of the pressure difference and a one-way valve, so that the utilization value of the final product is improved.

The invention adopts two cam pulverizers to be installed in series, and the two pulverizers are connected by an ammonium nitrate drying pipeline, and the hot air enters the ammonium nitrate drying pipeline through the two cam pulverizers, and completes the process of being transported to the cyclone separator. Heating and modification of ammonium nitrate. The ammonium nitrate separated by the cyclone separator automatically enters the ammonium nitrate discharge screw, adds the oil phase and wood powder, and is transported by the feed screw to the continuous ball mill mixer for grinding and mixing to obtain the desired product. Reaching the continuous production mode instead of the discontinuous wheel mill production mode.

The invention discloses an ex-warehouse and storage operating method of box blanks. The ex-warehouse and storage operating method comprises the steps of step 1, the box blanks are put into a box blank fixing device one by one; step 2, a forklift sends the box blank fixing device carrying the box blanks to feeding channel openings of the warehouse zone, and a stocker moves the box blank fixing device carrying the box blanks to goods shelves; step 3, during ex-warehouse, the box blank fixing device carrying the box blanks is sent to a roller conveyer sequentially through the stocker and the forklift; and step 4, the roller conveyer is paused when the box blank fixing device moves to the tail end of the roller conveyer, a jacking device jacks up the clearance among the box blanks sequentially through the roller conveyer and a yield hole in a bottom tray, and at the same time, a box blank grabbing device grabs the box blanks one by one and moves the box blanks to corresponding using stations. According to the ex-warehouse and storage operating method of the box blanks disclosed by the invention, the ex-warehouse and storage of the box blanks and the process of transporting the box blanks to assigned stations for use can be fully automated, the labor intensity of workers is reduced, and the efficiency is improved.

The invention discloses a curved-surface self-coupling automatic flaw detector for explosive welding. The curved-surface self-coupling automatic flaw detector is provided with a flaw detection pool, a coupling probe and analyzers. Sliding rails are arranged at the two sides of the flaw detection pool, the analyzers slide on the sliding rails, and the bottom of a rotary rod is connected with the coupling probe. The coupling probe is provided with a plurality of independent probe telescopic air cylinders, a sub-probe is arranged in each probe telescopic air cylinder, and a clearance exists between every two adjacent probe telescopic air cylinders. A water injector is arranged on the upper portions of the probe telescopic air cylinders, and the clearance between every two adjacent probe telescopic air cylinders is communicated with the water injector. The curved-surface self-coupling automatic flaw detector has the advantages that the height of the small probes can be automatically adjusted through the probe of the self-coupling flaw detector according to the curved surface, coupling on the whole curved surface is guaranteed, a rotary joint of the probe can rotate by any angle to guarantee the proper flaw detection angle, the precise reliability of an ultrasonic nondestructive inspection explosive welding composite plate is greatly improved through the automatic flaw detector, and production efficiency is improved.

An unpacking system for the carton containing goods, especially the cigarette carton is composed of carton conveyer, carton turning over unit, goods conveyer, empty carton clamping unit for removing it away, and empty carton folding-stacking unit for reusing them. Its advantage are no damage to carton and reducing stacking space.

The invention discloses an automatic box covering machine. The machine comprises a bracket, and a flat paper box grabbing unit, a paper box spreading unit, a paper box pushing unit and a box covering unit arranged on the bracket in sequence, wherein a product main production line penetrates through the paper box pushing unit and the box covering unit; and a conveying line 1, a conveying line 2 and a conveying line 3 are all conveying lines operated independently. The machine realizes the continuous automation operation of the process from the flat paper box grabbing to the three-dimensional paper box covering through the combined application of the four units of the flat paper box grabbing unit, the paper box spreading unit, the paper box pushing unit and the box covering unit, so that the labor cost is largely reduced, and the production efficiency is improved.

The invention relates to a spring testing system and method and belongs to the technical field of spring testing. The system comprises a conveying device, wherein end positioning devices, direction recognizing devices, testing devices, a color code printing device and an outlet control device are sequentially arranged on the conveying device in the conveying direction, the conveying device, the end positioning devices, the direction recognizing devices, the testing devices, the color code printing device and the outlet control device are all electrically connected with the control device. The system and the method have the advantages that continuous automation of spring production and testing can be realized, the positioning and direction recognizing are accurate, the test result is accurate, and springs can be automatically sorted and marked according to the testing result.

The invention discloses a double-end saddle type welding groove machining production line which comprises a material channel, a fixed saddle beveling machine and a movable saddle beveling machine. Thefixed saddle beveling machine and the movable saddle beveling machine are arranged at the two ends of the material channel correspondingly, and the height of the central axis of the fixed saddle beveling machine and the height of the central axis of the movable saddle beveling machine are equal to the height of the central line of the material channel. The fixed saddle beveling machine is fixed to the ground, the movable saddle beveling machine is fixed to a movable base, the movable base is fixed to a guide rail, the movable base is synchronously connected to a servo motor through a lead screw assembly, and the servo motor drives the lead screw assembly to move, so that the movable base does front-and-back reciprocating motion on the guide rail. The production line is simple in structural design, capable of automatically machining double-end saddle grooves, good in machining quality, high in efficiency, adjustable in parameter, wide in machining range and high in mechanization degree.

The invention provides an automatic system and method for lysine production and crystallization extraction, the system includes a base (1), a support (2), a cooling and separation assembly (3), a feed tank (4) and a liquid collector assembly (5); wherein, the cooling separation assembly (3) includes a cooling separation tank (31), a discharge pipe (32), a drive motor (33), a rotating shaft (34), a separation blade (35) and a feed pipe (36 ), the cooling separation tank (31) is a double-layer structure, including a cooling inner wall (311) and an insulating outer wall (312), and a cooling cavity (310) and a cooling cavity are formed between the cooling inner wall (311) and the insulating outer wall (312). A spiral deflector (313) is arranged inside the (310), and a cavity (341) and a through hole (342) are arranged on the rotating shaft (34). The system can effectively control the cooling temperature to ensure the cooling effect and efficiency; at the same time, the system separates synchronously during the cooling process, which improves the separation efficiency, reduces production costs, and saves manpower and material resources.

The engineering method for separating and extracting xanthan gum is characterized by that the processes of charging materials, mixing, precipitation, separation and regulation of pH value can be continuously uniformly implemented in a closed mechanical equipment. Said ivnention can maximally prevent the organic solvent from producing volatillization in the course of production, under the normal production condition does not produce explosive gas, and can ensure safe production. As compared with ethyl alcohol precipitation method its alcohol consumption can be reduced by 80%, if after extraction vacuum drying process is adopted the ethyl alcohol consumption can be reduced by 95%. Its product quality is high and stable.

Disclosed is an automatic strip-inserting process of heat-insulting bridge cut-off aluminum window and door profiles. The automatic strip-inserting process includes the steps: (1), an automatic feeding process: automatically feeding aluminum profiles placed in a feed frame into a feeding frame of a laminator automatically; (2), a laminating-and-tooth punching linkage process: automatically laminating and delaminating the aluminum profiles by the laminator driven by a tooth punching machine which is used for punching teeth and roughening rabbets for inserting strips of the aluminum profiles; (3), a manipulator delivery process: transversely moving and turning to deliver upper profiles and lower profiles which are punched with teeth into a fixed conveyer to be subjected to strip inserting process by a manipulator; (4), a continuous automatic strip-inserting process: placing the strips in trays in a strip feeding rack, completing strip inserting, strip length determining and strip cutting automatically by the strip feeding rack, the strip cutting detecting platform and an automatic strip-inserting machine in a linkage manner; and (5), a rolling depression process: flattening strip-inserted upper profiles and lower profiles and then conveying the same into a roller press to be rolled and finally discharged. The automatic strip-inserting process has the advantages of realizing completely continuous automation of production of the heat-insulting bridge cut-off aluminum window and door profiles.

The invention provides a continuous explosive manufacturing, filling and packing production line of a thermoplastic seismic explosive column. The continuous explosive manufacturing, filling and packing production line of the thermoplastic seismic explosive column is composed of an A platform (1), a B platform (9), a feeding mechanism, a material plasticizing and transferring mechanism, an explosive filling cover-pressing mechanism, an explosive column transferring and cooling mechanism, a seismic explosive column automatic heat-sealing and connecting sleeve assembly machine (24), an automatic packing machine (22) and a finished product belt conveyor (23). The continuous explosive manufacturing, filling and packing production line of the thermoplastic seismic explosive column has the advantages of improving explosive manufacturing, filling and packing efficiency of the thermoplastic seismic explosive column and a mine blasting explosive column, achieving automation and continuity, and reducing operators.