44results about How to "Adapt to the requirements of mass production" patented technology

A beef packing machine comprises a support, a feeding mechanism and a bag making mechanism. The feeding mechanism and the bag making mechanism are disposed on the support, the feeding mechanism is connected with the bag making mechanism and consists of a hopper, a screw pushing device, a pressing cylinder and a metering cup, the screw pushing device is arranged below the hopper, the pressing cylinder is disposed at one end of the screw pushing device and positioned at the finish end of the pushing direction, and the metering cup is disposed below the pressing cylinder and connected with the bag making mechanism. Beef is quantitatively packed mechanically, manual packing is replaced, squeezing, smashing and stirring of the beef are avoided, moisture and freshness of the beef are guaranteed, the requirements of batch production are met, and the beef packing machine is high in quantitative precision, fast in packing speed and simple in structure and is quite practical.

The trimmed buckwheat sheller includes one outer barrel serving as the casing, one inner bushing, one bearing seat with one rotating shaft, one movable wheel on the shaft, one upper cover, one fixed wheel fitting the movable wheel. It features the upper cover comprising one inner ring and one outer ring connected through threads for easy interval regulating and trimming. The present invention has the advantages of high regulating precision, simple and fast regulation, high production efficiency and capacity of processing buckwheat in different plumpness.

The invention discloses an image space telecentric projection camera lens, which comprises an optical system lens group, wherein the optical system lens group consists of a diverging lens [L1], a converging lens [L2] and an aberration correction group [U] which are arrayed in sequence from a screen side to an image plane side along an optical axis; and the aberration correction group [U] consistsof a first plus lens [L3], a first minus lens [L4], a second plus lens [L5], a second minus lens [L6], a third plus lens [L73] and a fourth plus lens [L8]. Compared with the prior art, the image space telecentric projection camera lens has the characteristic of realizing satisfactory image quality on an image surface with a relatively long post-working distance and is applied to a liquid crystal display (LCD), a liquid crystal on silicon (LCOS), a digital light processor and the like with an image space telecentric optical path system; and the lenses of the whole system are spherical glass lenses, and the image space telecentric projection camera lens has high process performance, low material cost and a simple structure and meets requirements for mass production.

The invention discloses a reaction device for an anode or cathode material of a lithium battery. In the device, the lower end of a preheating section is connected with the upper end of a reaction section; a spiral feeding device passes through the insides of the preheating section and the reaction section; the lower end of the spiral feeding device is connected with a rotating motor; the bottom of the reaction section is connected with a cooling device; the outer wall of the preheating section is provide with a jacket for introducing hot flue gas; the lower part of the preheating section is provided with a hot flue gas inlet communicated with the jacket; the upper part of the preheating section is provided with a hot flue gas outlet communicated with the jacket; the outer wall of the reaction section is provided with a jacket for introducing hot flue gas; the lower part of the reaction section is provided with a hot flue gas inlet communicated with the jacket; the upper part of the reactions section is provided with a hot flue gas outlet communicated with the jacket; the preheating section and the outer wall of the reaction section are provided with loose air holes; the top of the preheating section is provided with a material inlet; a material outlet is formed outside the cooling device; and the top of the preheating section is provided with a gas outlet. The reaction device is easy to operate, runs stably, can be used for continuously and accurately producing anode and cathode materials for lithium batteries, and meets the requirement of large-scale industrial production.

The invention belongs to the technical field of a corrosion resistance treatment for aluminum alloy workpieces, and particularly relates to a corrosion resistance handling method for aluminum alloy workpieces with pipes. The corrosion resistance handling method includes: coating an anti-corrosion material on the inner wall of the pipe of the aluminum alloy workpiece, sintering the aluminum alloy workpiece when the anti-corrosion material is dry, and then cooling. By means of forming a uniform coating material on the inner wall of the pipe via the anti-corrosion material, a corroding mechanism formed by active metallic aluminum and chloride ions as well as water is stopped, so that the corrosion resistance handling method can reach a good corrosion resistance effect and can fundamentally prevent the metallic aluminum from contacting with the chloride ions and the water; furthermore, the anti-corrosion material is resistant to corrosion of the chloride ions and the water, so that the corrosion resistance handling method is high in reliability, and service life of the aluminum alloy workpieces is prolonged. Long-term high-temperature high-pressure sintering to the aluminum alloy workpieces is not required, so that energy consumption and cost are reduced, working efficiency and productivity are improved, and requirements on large-scale production can be well met.

The invention provides a packing box folding device which is used for folding paper. The packing box folding device comprises a machine frame, a shifting pressing device and a folding device. The shifting pressing device is installed on the machine frame and comprises a driving device and a pressing plate, and the pressing plate comprises a folded edge, is in transmission connection with the driving device and performs linear reciprocating motion under the driving of the driving device. The folding device is fixedly connected with the machine frame and comprises a locating block, the locating block comprises a folding plane, the folded edge corresponds to the folding plane, the pressing plate pushes the paper to move towards the folding device under the driving of the driving device, and the paper is folded to form an angle of 90 degrees through the matching of the folded edge and the folding plane. The packing box folding device has the advantages of being reasonable in design, simple in structure, not only high in automation degree, but also capable of meeting the large-scale production requirements and guaranteeing product consistency and improving product quality.

The invention discloses an automatic production device for all-wood discs. Slot milling table, chamfering table, center hole drilling machine, etc. The invention efficiently combines the processes of assembling, nailing, drilling the center hole, drilling the cable hole, milling the cylinder groove, cutting the circle, drilling the designated hole, drilling the threaded hole and chamfering and milling, so as to achieve the automatic production of the whole wooden plate. The purpose of the film, the layout planning is reasonable, the labor cost is greatly saved, and the production preparation time is also effectively shortened.

The invention discloses a preparation method of ultra-long polypyrrole nanofibers. The ultra-long polypyrrole nanofiber comprises the following steps: mixing pyrrole monomer with a solvent, reacting the obtained pyrrole monomer solution with vanadium pentoxide sol, and then reacting with an oxidant to obtain centimeter-level polypyrrole nanofiber. The invention provides a method for preparing polypyrrole nanofibers with a centimeter-level length, and the method has the characteristics of simple operation, easy realization and the like. Compared with conventional powdered polypyrrole nanofibrous particles, this ultralong conductive nanofiber can be directly used in chemical, stress, electrical resistance and other sensing devices.

The invention discloses a manganese oxide reduction system of an internal heating type rotary kiln, which comprises a preheating drying kiln, the internal heating type rotary kiln, a powder spraying type combustor, a water cooling conveyer and a desulphurization dust removing tower, wherein the preheating drying kiln, the internal heating type rotary kiln, the powder spraying type combustor and the water cooling conveyer are connected sequentially in an inclined manner; the preheating drying kiln is a feed end of the system, and the water cooling conveyer is a discharge end of the system; and the desulphurization dust removing tower is connected to a feed end of the preheating drying kiln through a fan and a pipeline. The desulphurization dust removing tower is a countercurrent rotation type water film desulphurization dust removing tower and includes a tower body made of plastic. A lower part of the tower body is provided with an inlet chamber, an upper end is provided with an emptying chimney, and an upper part in the tower body is provided with a spraying device, a multi-layer water diversion sieve plate and a tilting swirling flow plate. The water diversion sieve plate is arranged below the spraying device. The tilting swirling flow plate is arranged between the water diversion sieve plate and the inlet gas. The manganese oxide reduction system of the internal heating type rotary kiln used for producing electrolysis manganese metal largely reduces the production of waste residue, and has advantages of high mechanization degree, high productivity, and strong technique continuity.

The invention discloses an automatic sleeving device of magnetic ring insulating sleeves. The automatic sleeving device comprises a punching machine provided with a base, and magnetic rings arranged between the two insulating sleeves in a sleeved mode. One end face of each insulating sleeve is provided with an opening. The punching machine is provided with a punching head, a mechanical arm, a control panel and a displacement sensor. The bottom of the punching head is provided with a pressure sensor, and the periphery of the base is respectively provided with an automatic feeding device and a discharging and pushing device. The first automatic feeding device is provided with a first conveying rail, a second conveying rail and a third conveying rail. By means of the structure, the magnetic rings and the insulating sleeves can be matched through the automatic feeding device and the mechanical arm, and the magnetic rings and the insulating sleeves can be completely matched through the punching head. The pressure sensor can detect the pressure between the punching head and the insulating sleeves, the pressure is prevented from being excessively large, and the magnetic rings are prevented from being broken. The sleeving process of the magnetic rings and the insulating sleeves is wholly finished automatically, manual work participation is not needed, labor intensity is low, the automation degree is high, production efficiency is high, and the requirement for batched production can be met.

The invention discloses an adiabatic anti-adhesion cavity manufacturing method based on silicon substrates. The method comprises the steps of depositing a SiNX film on the upper surface of a silicon substrate, photoetching and etching the SiNX film so as to form a corrosion window, corroding the upper surface of the silicon substrate where the corrosion window is formed, forming a cavity with silicon protruding points, depositing the SiNX film on the upper surface of the silicon substrate and sealing the corrosion window. The method provided by the invention has the advantages of simple process steps, low cost, high production efficiency, stable process, high practical value and capability of adapting to the requirements of mass production.