30results about How to "Improve the efficiency of production operations" patented technology

The invention provides complex modified starch which is prepared from the following main ingredients in portion by weight: 100 portions of starch, 1-10 portions of 1-25% sodium hypochlorite, 1-10 portions of 1-25% sodium metabisulfite, 1-10 portions of acetyl oxide, 1-40 portions of 1-40% NaOH and 50-250 portions of water. In the reaction process of the complex modified starch, carboxyl and acetyl groups are introduced to the starch molecules, so the starch molecules have the characteristics of hydrophilicity and lipophilicity simultaneously, have the functions of emulsification and dispersion, and can emulsify water and grease brought in the production process of chocolate products to form a very stable structure.

Disclosed is a smart production system of an LED lamp, the system comprising an automatic assembling mechanism (5), an automatic aging mechanism (4) connected to the automatic assembling mechanism (5), an automatic detecting device (2) connected to the automatic aging mechanism (4), an automatic packaging device (1) connected to the automatic detecting device (2), an automatic conveying device (3) connected to the automatic packaging device (1), and a master control unit which is connected to the automatic packaging mechanism (5), the automatic aging mechanism (4), the automatic detecting device (2), the automatic packaging device (1) and the automatic conveying device (3). The system successively, along a guide rail, comprises: a lamp body wiring device, a lamp holder installing device, an electrical board installing device, a wire management device, a wire bending and pressing device, a lamp holder and outer sleeve integrating device, an adhesive coating device, a light source board assembling device, a circuit welding device and a lampshade assembling device. Performing automated design on various processes greatly saves the cost of human resources and enhances the production efficiency.

The invention provides a lifting and transverse moving mechanism for logistics storage. The lifting and transverse moving mechanism comprises a support, the support is connected with a vertical rail, the upper part of the vertical rail is connected with a swing rod, and the lower part of the vertical rail is connected with a vertical sliding block; the vertical sliding block is connected with a transverse sliding block, and the transverse sliding block is arranged on a transverse rail; one end of the swing rod is connected with a swing motor, the other end of the swing rod is connected with a turning sliding block, and the turning sliding block is arranged on a turning rail. The lifting and transverse moving mechanism can move up and down according to actual requirements of a production site and perform non-standard customization according to transverse movement size requirements, and the high-low carrying process of the production site is flexibly and conveniently achieved.

The invention belongs to the field of pipe production lines, in particular to a reducing mold on a pipe production line. The reducing mold on the pipe production line comprises a neck mold and a core mold that are mounted on an extruder body. The reducing mold is characterized by further comprising an end plate and an entirety columnar core mold end head, wherein the end plate is detachably fixed at an extrusion end of the neck mold; a penetrable hole communicated with the neck mold is formed in the end plate; a center convex column is fixedly arranged at one end of the core mold end head and provided with external threads; a tightening part to tightly screw the external threads is arranged at the other end of the core mold end head; internal threads matched with the external threads are formed at one end, close to the neck mold, of the core mold; the center convex column of the core mold end head penetrates through the penetrable hole and is in threaded connection with the core mold; a main body part of the core mold end head traverses into the penetrable hole; and a clearance for extruding a pipe is reserved between the main body part and an internal wall of the penetrable hole. The reducing mold on the pipe production line is more convenient and quicker to use and can improve production efficiency.

The invention provides a gluing mechanism, comprising a support, glue conveying cylinders, a non-return valve, a joint, an air cylinder, a connection support, a sleeve plate and a gluing panel, wherein the glue conveying cylinders are installed on the support, the upper end of each glue conveying cylinder is an input end, the lower end of each glue conveying cylinder is an output end, a dispensing machine is connected with the input ends of the glue conveying cylinders, the input end of the non-return valve is connected with the output ends of the glue conveying cylinders, the output end of the non-return valve is connected with the joint, the joint is mounted on the sleeve plate, the air cylinder is installed on the support, the connection support is connected with the air cylinder, the sleeve plate is mounted on the connection support, and the gluing panel is threadedly fixed with the sleeve plate. The gluing mechanism provided by the invention can realize uniform gluing; a glue solution does not flow back in the process of gluing, repeated conveying is avoided, energy is saved, and power consumption is reduced; through switching between the double glue conveying cylinders, there is sufficient time for filling of the glue conveying cylinders with the glue solution; the residual amount of the glue solution in the cylinders can be sensed. The gluing mechanism has a simple structure and good practicality.

The invention provides a mechanical overturning arm. The mechanical overturning arm comprises a support, a mechanical arm, a motor, an adjusting air cylinder and a clamping device, wherein the motor is fixed to the support, one end of the mechanical arm is rotationally installed on the motor, and the other end of the mechanical arm is provided with the adjusting air cylinder; the clamping device is fixed to the adjusting air cylinder. The mechanical overturning arm can carry workpiece products between different work stations, and even when the work stations or assembly lines are located at positions of different heights, the mechanical overturning arm can fast achieve carry operation. The mechanical overturning arm has the advantages of being simple in structure, complete in function, high in practicality and universality and capable of being applied to automatic industrial production and greatly improving production and operation efficiency.

The invention relates to the technical field of papermaking. Aiming at the problems of not effectively controlling the static range and tensile strength of CTP plate interleaving paper, a preparation method of high-strength and low-static CTP plate interleaving paper is proposed. Including: (1) Preparation of slurry: mixing and beating raw material slurry and auxiliary agents to prepare slurry; (2) Pre-treatment of sizing: Dewatering, pressing and pre-drying the mixed slurry in sequence through the wire part to obtain raw materials (3) Sizing: enter the surface sizing treatment process, and use aminocellulose-vermiculite-modified styrene-acrylic emulsion to perform surface sizing on the raw paper described in step (2); (4) post-sizing treatment: After surface sizing, it is dried in sections, calendered, and rolled up. The CTP version of the backing paper has a suitable moisture content, which ensures that the surface of the backing paper has a certain amount of static electricity and has strong tear resistance. The backing paper has excellent waterproof effect, low stretch rate, high strength and small thickness difference , the preparation process is simple and efficient.

The invention relates to a square nut, which comprises a square nut, wherein the square nut comprises an A-type threaded hole, a B-type threaded hole, a C-type threaded hole and a spherical cavity; the A-type threaded hole, the B-type threaded hole and the C-type threaded hole penetrate through a group of opposite sides of the square nut respectively; the spherical cavity is positioned in the square nut. According to the square nut, the cubic nut with a plurality of threaded holes with different sizes is adopted, so that parameters of the nut are centralized, and the production operating efficiency is improved.