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What fields can be applied to pneumatic components?
Although pneumatic technology has been widely used in various industrial sectors, there are still considerable differences between many applications. Pneumatic components For the application of pneumatic technology, the most basic condition of pneumatic components is to have an air compressor. It is more convenient to apply pneumatic technology to places where air compressors have been used for other purposes. What are the functions of pneumatic components? What are the application range of pneumatic components? Pneumatic components are especially true in some non-production plus T sectors, such as animal husbandry, plantation or clothing. In the field of machine equipment manufacturing, air compressors are used in most occasions, and pneumatic technology has been applied. There are many similarities in each application. Therefore, we can apply pneumatic technology in the manufacture of machinery and equipment. Finalize the induction and list it in tabular form.
Pneumatic technology, a transmission and control technology known as the "muscle" of industrial automation, has received more and more attention in the field of processing and manufacturing, and has been widely used. A few days ago, with the rapid development of microelectronics technology, communication technology and automatic control technology, pneumatic technology is also constantly innovating, with the goal of engineering practical application, and has achieved unprecedented development.
Many new pneumatic control devices have been researched, tested and used in various industrial fields. The following application examples refer only to industrial pneumatic technology, ie using only pneumatic control elements and actuators, such as the use of control valves, cylinders or a combination of these elements. Due to space limitations, not all practical applications can be listed. Therefore, the machining process or operation mode is roughly divided into several aspects. (1) Agriculture
1) Field work
Tilting, lifting and rotating equipment for field work equipment: crop protection and weed control equipment; bag lifts and other handling equipment.
2) Animal breeding
Feed metering and delivery; fecal collection and removal; egg sorting systems; ventilation equipment; shearing and slaughtering.
3) Animal feed production
Handling equipment for the production and packaging of animal feed: metering devices: agitation and weighing systems; storage, counting and monitoring devices.
4) Forestry
Stacking yard control.
5) Planting industry
Greenhouse ventilation: Harvesters: Fruit and vegetable sorting.
(2) Public facilities
1) Thermal power station
Boiler room ventilation equipment; remote control valve: pneumatic switch control.
2) Nuclear power plant
Fuel and absorber feed device; interlock between the port and the manual air lock; test and metering device: automatic operation. 3) Water supply system
Water level control; remote control valve; operation of the jaw gear filter and control valve in sewer and wastewater treatment.
(3) Mining
Auxiliary equipment for mining ore directly or indirectly in open pits and underground mines.
(4) Chemical industry
Container lid seal: metering system: (mixture) stir bar adjustment; laboratory chemical mixing device: lifting device immersed in the electrolytic cell: control valve operation: weighing device control: packaging: molding: water level control and process control system .
(5) The petroleum industry is similar to the chemical industry and is used in auxiliary equipment for factories and laboratories.
(6) Plastics and rubber industry
1) Plastic production
Control system for the transfer and distribution of bulk materials; control valve operation: bin door.
2) Plastic processing
Calender roll adjustment: Cutter operation: Mold closure: Forming, molding and welder closing devices; film feed and transfer monitoring; Forming and bonding devices: Safety devices (eg equipment doors) operation; Disconnect devices.
3) Rubber processing
Safety devices; control and drive in the entire conveyor and production unit: shut-off devices in mixers and vulcanization presses; test equipment. (7) Stone, ceramic and glass industries
1) Rock and ore sawing machine feed drive: clamping device.
2) Bricks, rough stones and tiles
Forming machine drive: bin door; crusher feed device; vibrator for preventing material (sand, cement and pellets) from arching in the hopper; conveying and handling device: kiln door operation; propulsion and sorting device.
3) Glass, pottery and porcelain
Forming machine drive: bin door: decoration machine; blow molding machine.
(8) Heavy industry
1) Steel
Auxiliary equipment for rolling mills; splitter drive: bundler.
2) Non-ferrous metals
Auxiliary equipment for furnaces; clamping and driving devices for cutting machines and sawing machines: binding machines; winding machines; marking machines.
3) Casting
Forming machine; core separation device: stacking and handling device: burr trimming machine: ingot mold capping machine for non-ferrous metals: ladle equipment: auxiliary drive of casting equipment; furnace door control.