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An intelligent switching pneumatic pipeline transceiver device and its delivery method

A technology of pneumatic pipelines and transceivers, which is applied in the field of fully automatic pneumatic container-type pipeline transceivers, can solve problems such as the inability to solve many-to-many transportation problems

Active Publication Date: 2017-03-01
银川东方气力运输设备有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0009] However, none of the above-mentioned existing technologies can solve the many-to-many transportation problem. There is only one working transmission pipeline at the beginning or end, which can only be one-to-many or many-to-one. Multiple working transmission pipelines cannot work together to form interlaced Conveyor network to further improve efficiency and save costs

Method used

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  • An intelligent switching pneumatic pipeline transceiver device and its delivery method
  • An intelligent switching pneumatic pipeline transceiver device and its delivery method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0051]The intelligent switching pneumatic pipeline transceiver device is sequentially number I, II, and III pneumatic transmission pipelines 1 from the left end (a number of pneumatic transmission pipelines 1 can be arranged in sequence according to needs), and the samples in the sample box 2 are transferred from the first pneumatic transmission pipeline 1 Start and arrive at the intelligent switching pneumatic pipeline transceiver device as the end point, No. Ⅱ pneumatic transmission pipeline 1 shows that an empty sample box 2 is needed, and this empty sample box 2 will be sent to No. Ⅱ pneumatic transmission pipeline 1 to receive new samples.

[0052] The sample box 2 will start from the No. 1 pneumatic transmission pipeline 1. The current state is in the upper working position relative to the three-position cylinder 3 of the No. 1 pneumatic transmission pipeline 1. The three-position cylinder 3 is in sealing contact with the pneumatic transmission pipeline 1 to ensure the pne...

Embodiment 2

[0055] The intelligent switching pneumatic pipeline transceiver device is sequentially number I, II, and III pneumatic transmission pipelines 1 from the left end (a number of pneumatic transmission pipelines 1 can be arranged in sequence according to needs), and the samples in the sample box 2 are transferred from the first pneumatic transmission pipeline 1, and the end point is No. Ⅲ pneumatic conveying pipeline 1.

[0056] The sample box 2 will start from the No. 1 pneumatic transmission pipeline 1. The current state is in the upper working position relative to the three-position cylinder 3 of the No. 1 pneumatic transmission pipeline 1. The three-position cylinder 3 is in sealing contact with the pneumatic transmission pipeline 1 to ensure the pneumatic transmission. The airtightness of the pipeline 1, when the sample box 2 reaches the intelligent switching pneumatic pipeline transceiver device, there is a buffer pad on the position of the three-position cylinder 3 that cont...

Embodiment 3

[0059] From the left end, the intelligent switching pneumatic pipeline transceiver device is No. I, No. II, and No. III pneumatic transmission pipelines 1 (a number of pneumatic transmission pipelines 1 can be arranged in sequence according to needs), No. I pneumatic transmission pipeline 1 and No. II pneumatic transmission pipelines 1 At the same time, sample box 2 departs and arrives at the intelligent switching pneumatic pipeline transceiver device, wherein the end point of sample box 2 of No. I pneumatic transmission pipeline 1 is No. III pneumatic transmission pipeline 1, and the end point of sample box 2 of No. II pneumatic transmission pipeline 1 is No. I pneumatic transmission pipeline. Transmission pipeline 1.

[0060] The sample box 2 starting from the No. 1 pneumatic transmission pipeline 1 is named as the No. 1 sample box 2, and the sample box 2 starting from the No. Ⅱ pneumatic transmission pipeline 1 is named as the No. 2 sample box 2. The current state is relativ...

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Abstract

The invention provides an intelligent switching pneumatic pipe transmit-receive apparatus and a conveying method thereof. The intelligent switching pneumatic pipe transmit-receive apparatus comprises at least a sample box, at least two pneumatic conveying pipes used for transmitting the sample boxes, at least two three-position cylinders corresponding to the pneumatic conveying pipes, at least a two-position cylinder, at least a slide trolley capable of moving in a directional manner, an X-direction slide rail and a Y-direction slide rail vertical to each other, two driving devices corresponding to the slide rails, a fixing plate, at least a cover-pulling device, at least a sample-receiving device, and an intelligent control system, the intelligent control system controls and coordinates each work element, the sample boxes are clamped by the slide trolleys and move between the pneumatic conveying pipes, the cover-pulling device, the two-position cylinder, or the sample-receiving device, a plurality of pneumatic conveying pipes can work simultaneously so that many-to-many conveying method is achieved, a complex transmission network is formed, the equipment cost is reduced, and the samples can be processed with higher efficiency.

Description

[0001] Technical field: [0002] The invention relates to a pneumatic container-type pipeline system transceiver device, in particular to a fully automatic pneumatic container-type pipeline transceiver device for centralized control by PLC to realize multi-to-multiple sample delivery. [0003] Background technique: [0004] At present, the pneumatic container pipeline transportation system has been widely used in metallurgy, railway, hospital, postal service, finance, cement, nuclear industry and other industries, and the transportation form has developed from the original simple one-to-one form to the current one-to-two or one For many and other forms, the use of pneumatic container pipeline transportation system can not only save equipment cost, but also save equipment installation space, and at the same time increase equipment functions, energy saving and high efficiency, and process more samples per unit time. [0005] In the existing technology, in order to achieve a one-t...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B65G51/34
Inventor 苏伟慧姬承者吴平良刘振东权少波李鹏前韩智伟赵胜郭宏亮孙鹏飞陈瑞张琼洁王鹏白娟王海娟杨波张新张保辉
Owner 银川东方气力运输设备有限公司