CN205087165U

CN205087165U - Molecular sieve shifts save set after activation

Info

Publication number: CN205087165U
Application number: CN201520772449.XU
Authority: CN
Inventors: 白璞
Original assignee: Luoyang Jianlong Micro-Nano New Materials Co Ltd
Current assignee: Luoyang Jianlong Micro-Nano New Materials Co Ltd
Priority date: 2015-09-23
Filing date: 2015-09-23
Publication date: 2016-03-16
Anticipated expiration: 2025-09-23

Abstract

The utility model provides a molecular sieve shifts save set after activation, glass bottle below is provided with the extraction opening, sets up rubber sleeve on the extraction opening, is provided with the clamp on the rubber sleeve, the glass bottle sets up under the conical hopper transfer device, be favorable to the rapid transfer of molecular sieve after the activation, avoid the influence of external environment condition in the transfer process, avoid preserving moisture or other gaseous interference in the air in container the inside own, be fit for in the laboratory use simple structure for the device that the molecular sieve shift to be preserved after the activation, the accuracy of molecular sieve adsorbance after the activation is guaranteed in the effectively influence of operation of reduction personnel or external environment condition molecular sieve after to the activation.

Description

Molecular sieve transfer save set after a kind of activation

Technical field

The utility model relates to a kind of molecular sieve transfer save set, and after particularly relating to a kind of activation, molecular sieve shifts save set.

Background technology

For the molecular sieve adsorbent after shaping, all need could use after high temperature dehydration activation.After General Requirements roasting dehydration activation, during cooling packing, water content should be less than 1%.For industrialization continuous seepage, the molecular sieve after calcination activation is directly packed after cooling in airtight cooling tank, and whole process contacts with external environment condition hardly, therefore activation after molecular sieve can not because touching water in air part inactivation.But when the experiment of molecular sieve calcination activation is carried out in laboratory, due to the discountinuity of preparation process, the molecular sieve after calcination activation must cool through the receptacle of air transfer to close drying, then sealed package.After calcination activation, in molecular sieve transfer process, inevitable moieties sieve can absorb the moisture content of trace, and in most cases, if transfer velocity is very fast, this trace water partially absorbed can be ignored adsorbance impact.For some extraordinary circumstances, such as, when transfer velocity is comparatively slow or ambient humidity is larger, the molecular sieve water absorbing capacity after activation will increase, and just likely affects molecular sieve adsorption amount, analyzes judgement cause misleading to experimenter.

In view of the foregoing, the structure of existing molecular sieve transfer save set needs to improve.

Utility model content

The utility model is for the above-mentioned deficiency of prior art, provide a laboratory that is adapted to use, structure is simple, for activating the device that the transfer of rear molecular sieve is preserved, can effectively reduce the personnel to operate or external environment condition on the impact of molecular sieve after activation, ensure the accuracy of molecular sieve adsorption amount after activation.

The utility model makes a conical hopper with stainless steel and iron leather, this funnel upper end open radius 8cm, lower ending opening radius 1cm, whole conical hopper height 20cm, weld at lower ending opening place one in the same size with it, the steel pipe be communicated with up and down, the long 3cm of this steel pipe, wall thickness 1mm.Above-mentioned part constitutes the rear molecular sieve transfer device of activation; Wherein, after described one activation, molecular sieve transfer save set, is be made up of conical hopper transfer device, glass bottle, bleeding point, rubber coating, clip; Be provided with bleeding point below described glass bottle, bleeding point is provided with rubber coating, rubber coating is provided with clip; Glass bottle is arranged on immediately below conical hopper transfer device.

The upper end open radius 8cm of described conical hopper transfer device, lower ending opening radius 1cm, whole conical hopper height 20cm; A communication port is welded at the lower ending opening place of described conical hopper transfer device, the long 3cm of described communication port, wall thickness 1mm.

The diameter 5mm of described bleeding point, described bleeding point stretches out the outer 1cm of glass bottle wall.

In transfer process, steel pipe bottom transfer device is inserted glass bottle opening, then the molecular sieve after just calcination activation is poured in glass bottle by transfer device rapidly, rapidly glass bottle is tightened.Facing to bleeding point, process is vacuumized to glass bottle rapidly subsequently, rapidly bleeding point rubber coating is sealed after exhausting vacuum, then with clip, rubber coating is clamped, put into dryer cooling, preserve.

Beneficial effect: after the utility model adopts new roasting, molecular sieve shifts save set, easy to operate, is conducive to the rapid transfer activating rear molecular sieve, avoids the impact of transfer process external environment; Avoid the interference of preserving the moisture in air of receptacle own or other gases.

Accompanying drawing explanation

Below in conjunction with accompanying drawing, the utility model is described in further detail:

Fig. 1 is, general assembly structural representation;

In Fig. 1: conical hopper transfer device 1, glass bottle 2, bleeding point 3, rubber coating 4, clip 5.

Detailed description of the invention

Below in conjunction with accompanying drawing and detailed description of the invention, the utility model is described in further detail:

As shown in the figure, below glass bottle 2, be provided with bleeding point 3, bleeding point 3 be provided with rubber coating 4, rubber coating 4 is provided with clip 5; Glass bottle 2 is arranged on immediately below conical hopper transfer device 1.

The upper end open radius 8cm of described conical hopper transfer device 1, lower ending opening radius 1cm, whole conical hopper height 20cm; A communication port is welded at the lower ending opening place of described conical hopper transfer device 1, the long 3cm of described communication port, wall thickness 1mm.

The diameter 5mm of described bleeding point 3, described bleeding point stretches out the outer 1cm of glass bottle wall.

Claims

1. activation after molecular sieve transfer a save set, be by: conical hopper transfer device (1), glass bottle (2), bleeding point (3), rubber coating (4), clip (5) are formed; It is characterized in that: glass bottle (2) below is provided with bleeding point (3), bleeding point (3) is provided with rubber coating (4), rubber coating (4) is provided with clip (5); Glass bottle (2) is arranged on immediately below conical hopper transfer device (1).

2., according to molecular sieve transfer save set after the one activation described in claim 1, it is characterized in that: the upper end open radius 8cm of described conical hopper transfer device (1), lower ending opening radius 1cm, whole conical hopper height 20cm; A communication port is welded at the lower ending opening place of described conical hopper transfer device (1), the long 3cm of described communication port, wall thickness 1mm.

3. according to molecular sieve transfer save set after the one activation described in claim 1, it is characterized in that: the diameter 5mm of described bleeding point (3), described bleeding point (3) stretches out the outer 1cm of glass bottle wall.