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Environmental air particle sampler and bracket integrated storage structure thereof

A technology for air particles and ambient air, which is applied in the structural field of integrated storage of ambient air particle samplers and their brackets, which can solve the problems of inconvenient storage and large volume, and achieve the effects of convenient storage, convenient operation, and easy operation

Pending Publication Date: 2017-05-31
四川佳怡德环境科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0005] The technical problem to be solved by the present invention is that the existing ambient air particulate matter sampling device is supported by a tripod, but the tripod and the sampling device are stored separately during storage, the volume is relatively large, and the storage is very inconvenient. The purpose is to provide an ambient air particulate matter sampler and The integrated storage structure of the bracket solves the problem of accommodating ambient air particulate matter samplers

Method used

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  • Environmental air particle sampler and bracket integrated storage structure thereof

Examples

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Comparison scheme
Effect test

Embodiment 1

[0026] Such as figure 1 As shown, the ambient air particle sampler and its bracket of the present invention are integrally accommodated, including a sampler 1 and a tripod 12 for collecting air particles. Cloth A2, the other bottom edge below the sampler 1 is connected with a storage cloth B3, and the opposite side connected with the storage cloth B3 under the sampler 1 is connected with a storage cloth C; the two sides of the storage cloth A2 A vertical pull tooth A4 is respectively connected to the bottom of the storage cloth A2, and a pull tooth B5 is connected to the bottom edge of the storage cloth A2. The high length of the side of the storage cloth B3 is the sum of the length and height of the storage cloth A2, and the storage cloth A2 On the side of B3, there is a tooth C8 corresponding to the tooth A4 and a tooth D6 corresponding to the tooth B5, and the tooth C8 is above the tooth D6, and the bottom edge of the storage cloth B3 is connected with a tooth E7; a pull t...

Embodiment 2

[0028] The structure in which the ambient air particle sampler and its bracket are integrally accommodated includes a sampler 1 for collecting air particles and a tripod 12, and a storage cloth A2 is connected to a pair of opposite bottom edges of the sampler 1 below , the other bottom edge below the sampler 1 is connected with a storage cloth B3, and the opposite side connected with the storage cloth B3 under the sampler 1 is connected with a storage cloth C; the two sides of the storage cloth A2 are respectively Connect a vertical pull tooth A4, the bottom edge of the storage cloth A2 is connected with the pull tooth B5, the high length of the side of the storage cloth B3 is the sum of the length and height of the storage cloth A2, and the storage cloth B3 There is a tooth C8 corresponding to the tooth A4 and a tooth D6 corresponding to the tooth B5 on the side, and the tooth C8 is above the tooth D6, and the bottom edge of the storage cloth B3 is connected with the tooth E7;...

Embodiment 3

[0030]The structure in which the ambient air particle sampler and its bracket are integrally accommodated includes a sampler 1 for collecting air particles and a tripod 12, and a storage cloth A2 is connected to a pair of opposite bottom edges of the sampler 1 below , the other bottom edge below the sampler 1 is connected with a storage cloth B3, and the opposite side connected with the storage cloth B3 under the sampler 1 is connected with a storage cloth C; the two sides of the storage cloth A2 are respectively Connect a vertical pull tooth A4, the bottom edge of the storage cloth A2 is connected with the pull tooth B5, the high length of the side of the storage cloth B3 is the sum of the length and height of the storage cloth A2, and the storage cloth B3 There is a tooth C8 corresponding to the tooth A4 and a tooth D6 corresponding to the tooth B5 on the side, and the tooth C8 is above the tooth D6, and the bottom edge of the storage cloth B3 is connected with the tooth E7; ...

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Abstract

The invention discloses an environmental air particle sampler and a bracket integrated storage structure thereof. A pair of opposite bottom edges at the lower part of the sampler are connected with a storage fabric A; another bottom edge at the lower part of the sampler is connected with a storage fabric B; an edge opposite to the edge of the lower part of the sampler, which is connected with the storage fabric B, is connected with a storage fabric C; two lateral edges of the storage fabric A are respectively connected with vertical pulling teeth A; the bottom edge of the storage fabric A is connected with a pulling tooth B; a length of a height of the lateral edge of the storage fabric B is a sum of a length and a height of the storage fabric A; pulling teeth C corresponding to the pulling teeth A and a pulling tooth D corresponding to the pulling tooth B are arranged at the lateral edge of the storage fabric B; the pulling teeth C are positioned above the pulling tooth D; the bottom edge of the storage fabric B is connected with a pulling tooth E; the lateral surface of the storage fabric C is connected with the pulling teeth C; a pulling tooth F corresponding to the pulling tooth E is arranged on the bottom surface of the storage fabric C; a telescopic tripod is connected to the bottom of the sampler; a length of the shortened tripod is smaller than that of the storage fabric B.

Description

technical field [0001] The invention relates to the field of air detection, in particular to a structure in which an ambient air particulate matter sampler and its bracket are integrally accommodated. Background technique [0002] Suspended particulate matter refers to the general term of solid and liquid particles floating in the air, and its particle size ranges from about 0.1 to 100 microns. Some particles can be seen by the naked eye due to their large particle size or black color, such as smoke and dust. Some are so small that they cannot be seen with an electron microscope. Particulate matter with a particle size below 10 microns is usually called PM10, also known as inhalable particulate matter or floating dust. Respirable particulate matter (PM10) persists in the ambient air for a long time and has a great impact on human health and atmospheric visibility. Some particulate matter comes from direct emissions from pollution sources, such as smokestacks and vehicles....

Claims

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Application Information

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IPC IPC(8): G01N1/22G01D11/30
CPCG01D11/30G01N1/2273
Inventor 苏楷清
Owner 四川佳怡德环境科技有限公司