CN200955894Y

CN200955894Y - Adsorption dryer

Info

Publication number: CN200955894Y
Application number: CN 200620017361
Authority: CN
Inventors: 郭应辉
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-08-04
Filing date: 2006-08-04
Publication date: 2007-10-03
Anticipated expiration: 2016-08-04

Abstract

An adsorptive dryer includes a trunk and a foundation bed; the trunk is on the top of the foundation bed, a control panel, a pressure gauge and a swift. The control panel is connected with a control panel. The dryer has characteristics of that a fuselage is provided on the foundation bed of the trunk, a silencer is on one inside of the fuselage and an air-intake installation is provided on the other side. A unilateral foundation and the air-intake installation are on the same side. The utility model is with compact structure, little space occupying, artistic but unaffected; the molecular sieve of each tube is able to be used adequately by adopting the structure of many adsorption tubes, and the tunnel effect is prevented, thereby greatly increasing adsorptive effect; further more, the adsorptive dryer is adopted cylinders as control and operation components, effectively combining the integrated structure closely and is convenient for installing and with low mending cost.

Description

A kind of absorption drier

[technical field]

The utility model relates to air purification field, especially a kind of absorption drier that is applied on the purified treatment of compressed-air actuated rear end.

[background technology]

Absorption drier is mainly used in compressed-air actuated rear end purified treatment, mainly utilizes the characteristic of molecular sieve, the hydrone that exists in the compressed air effectively is adsorbed in the molecular sieve, by the principle of transformation absorption, circular regeneration.

Existing homemade absorption drier is mainly the double-tower type structure, promptly load molecular sieve with two large tanks, allow compressed air alternately from two tank bodies, pass through, under the control of cyclelog, two tank body alternations, a tank body adsorption moisture, another tank body desorption and regeneration, work circularly continuously, believe as Qingdao Korea Spro and agree the absorption drier that spectrum comes flaw machinery Co., Ltd to produce.And the shortcoming of following several respects of this absorption drier ubiquity of using at present:

1. external form is comparatively huge, and inconvenience is installed in transportation, and the external form utmost point is not attractive in appearance;

2. too big owing to tank body, the out-of-date easy generation tunnel-effect of air communication, the molecular sieve utilization rate is low, and adsorption effect is poor;

3. owing to need to adopt the large-scale pneumatic valve as the control executive component, thus the maintenance cost height, and also dismounting is extremely inconvenient.

[summary of the invention]

Shortcomings such as the utility model is intended to overcome that existing absorption drier exists is bulky, easily produces tunnel-effect, maintenance cost height, heat loss are serious provide that a kind of volume is little, non-tunnel effect, absorption drier that energy consumption is little.

For achieving the above object, technical scheme proposed by the invention is:

A kind of absorption drier, comprise casing and pedestal, casing places on the pedestal, control panel, Pressure gauge, switch are arranged on the casing, control panel is connected with control cabinet, it is characterized in that: be equipped with fuselage on the pedestal in the described casing, fuselage comprises adsorption tube, last tracheae, following tracheae, wherein said adsorption tube is that two rows are arranged side by side, the right some adsorption tubes of every row, one side of fuselage is a muffler assembly, and the fuselage opposite side of muffler assembly correspondence is an inlet duct, unidirectional base device and inlet duct homonymy;

Described unidirectional base device and inlet duct homonymy and be fixed in the tracheae bottom or be connected in the tracheae end face;

Described tracheae down is embedded among the pedestal;

Described muffler assembly comprises muffler seat and muffler cover plate and two groups of cylinders and muffler, and described muffler cover plate places on the muffler seat, and two groups of cylinders and muffler are fixed on the muffler cover plate;

Described inlet duct comprises air inlet seat and air inlet cover plate and the two groups of cylinders and the air inlet mouth of pipe, and described air inlet cover plate places on the air inlet seat, and the two groups of cylinders and the air inlet mouth of pipe are fixed on the air inlet cover plate;

Described unidirectional base device comprises unidirectional seat and the unidirectional cover plate and the mouth of pipe of giving vent to anger, and described unidirectional cover plate places on the unidirectional seat, and the mouth of pipe of giving vent to anger is fixed on the unidirectional cover plate;

Described adsorption tube is connected with last tracheae welding or with flange;

Described adsorption tube is connected with following tracheae welding or with flange.

Absorption drier compact overall structure provided by the utility model, equipment volume is less, and is aesthetic in appearance generous; Adopt the structure of a plurality of adsorption tubes, can allow the interior molecular sieve of every pipe be fully used, prevented the generation of tunnel-effect, thereby increased adsorption effect greatly; And absorption drier adopts cylinder as the control executive component, can effectively complete machine be combined closely, and installation and maintenance are very convenient, and maintenance cost is low.

[description of drawings]

Fig. 1 is a front view of the present utility model;

Fig. 2 is a side view of the present utility model;

Fig. 3 is a stereogram of the present utility model;

Fig. 4 is the box inner structure front view;

Fig. 5 is the B-B cutaway view among Fig. 4;

Fig. 6 is the A-A cutaway view among Fig. 4;

Fig. 7 is the box inner structure stereogram;

Fig. 8 is the muffler assembly structural perspective;

Fig. 9 is the muffler assembly structural front view;

Figure 10 is a muffler assembly structure vertical view;

Figure 11 is the C-C cutaway view among Figure 10;

Figure 12 is the front view of inlet duct;

Figure 13 is the vertical view of inlet duct;

Figure 14 is the D-D cutaway view among Figure 13;

Figure 15 is the stereogram of inlet duct;

Figure 16 is the front view of unidirectional base device;

Figure 17 is the E-E cutaway view of unidirectional base device;

Figure 18 is the stereogram of unidirectional base device.

Wherein each numeral is as follows:

1, casing 2, pedestal 3, control panel 4, Pressure gauge

5, switch 6, inlet duct 7, unidirectional base device 8, adsorption tube

9, muffler assembly 10, last tracheae 11, following tracheae 12, charging aperture

13, flange plate

6-1, cylinder 6-2, air inlet cover plate 6-3, air inlet seat

6-4, air inlet pad 6-5, air inlet mouth of pipe 6-1a, A organize cylinder

6-1b, B organize cylinder

7-1, unidirectional seat 7-2, give vent to anger mouth of pipe 7-3, check valve

7-4, unidirectional cover plate 7-3a, A group check valve 7-3b, B organize check valve

8-a, A group adsorption tube 8-b, B organize adsorption tube

9-1, muffler 9-2, muffler cover plate 9-3, cylinder

9-4, sealing gasket 9-5, muffler seat 9-3a, A organize cylinder

9-3b, B organize cylinder

Tracheae on tracheae 10-b, the B group on 10-a, the A group

11-a, A group tracheae 10-b, B is down organized tracheae down

[specific embodiment]

The utility model aims to provide that a kind of volume is little, non-tunnel effect, absorption drier that energy consumption is little.

Below introduce characteristics of the present invention and advantage in detail by specific embodiment of the utility model and figure.

As shown in Figure 1, 2, 3, the external structure of specific embodiment of the utility model comprises casing 1 and pedestal 2, casing 1 places on the pedestal 2, control panel 3, Pressure gauge 4 and switch 5 are arranged on the casing 1, wherein control panel 3 is electrically connected with control cabinet that (control cabinet is partly for known technology, so its structure of not concrete manifestation herein is as long as meet the demand of present embodiment); The feature structure of present embodiment part then can be from Fig. 4-18 as can be seen: as Fig. 4,5,6,7 is inner principal character structure, be mainly in the described casing 1 and be equipped with fuselage on the pedestal 2, fuselage then comprises adsorption tube 8, last tracheae 10, following tracheae 11, one side of fuselage is a muffler assembly 9, the fuselage opposite side of muffler assembly 9 correspondences is an inlet duct 6, unidirectional base device 7 and inlet duct 6 homonymies, in the eigen structure, outstanding feature is two rows of adsorption tube 8 for arranging side by side, and every row has a plurality of adsorption tubes, its feature is that the interior molecular sieve of every pipe can be fully used, prevent the generation of tunnel-effect, thereby increased adsorption effect greatly; And the utility model absorption drier compact overall structure, equipment volume is less, and is aesthetic in appearance generous, adopts cylinder as the control executive component, effectively complete machine combined closely, and installation and maintenance are very convenient, and maintenance cost is low.

Shown in Fig. 8,9,10,11, muffler assembly 9 comprises muffler 9-1, muffler seat 9-5 and muffler cover plate 9-2 and A group cylinder 9-3a and B group cylinder 9-3b, wherein noise reduction cover plate 9-2 places on the muffler seat 9-5, two groups of cylinders and muffler seat 9-5 are fixed on the muffler cover plate 9-2, and sealing gasket 9-4 plays the effect of sealing gas.

Figure 12,13,14,15 are the primary structure schematic diagrames of inlet duct 6, inlet duct 6 main air inlet seat 6-3 and air inlet cover plate 6-2 and two groups of cylinder 6-1 and air inlet mouth of pipe 6-5, described air inlet cover plate 6-2 places on the air inlet seat 6-3, A group cylinder 6-1a and B group cylinder 6-1b and air inlet mouth of pipe 6-5 are fixed on the air inlet cover plate, and air inlet pad 6-4 also is the effect of playing sealing.

Figure 16,17,18 is the primary structure schematic diagram of unidirectional base device 7, it comprises unidirectional seat 7-1 and unidirectional cover plate 7-4 and gives vent to anger the check valve 7-3 of mouth of pipe 7-2 and unidirectional seat 7-1 inside, described unidirectional cover plate 7-4 places on the unidirectional seat 7-1, and the mouth of pipe 7-2 that gives vent to anger is fixed on the unidirectional cover plate 7-4.

In said structure, wherein adsorption tube 8 can be connected for welding or with flange with last tracheae 10, following tracheae 11, adopt flange plate 13 (Fig. 7 as seen) to connect in the present embodiment; Following tracheae 11 then is embedded among the pedestal 2 (in Fig. 5 cutaway view structure as seen).

Certainly more than only is a preferred embodiment of the present utility model, can also be other similar structures.

Below by Fig. 4,5,7,11,14, five accompanying drawings such as 15 course of work of the present utility model is described:

At first fill adsorbent by charging aperture 12 at adsorption tube 8, compressed air enters inlet duct by air inlet mouth of pipe 6-5, this moment, A organized cylinder 6-1a valve open, B group cylinder 6-1b valve closing, A group cylinder 9-3a valve closing in the muffler assembly 9, B group cylinder 9-3b valve open, compressed air is organized adsorption tube 8-a through tracheae 10-a on the A group of flowing through after the adsorption dry from A again via following tracheae 11, and this moment, A organizes check valve 7-3a valve open and B group check valve 7-3b valve closing, compressed air is flowed out by the mouth of pipe 7-2 that gives vent to anger, simultaneously, tracheae 10-b on the partial regeneration gas flow B group is arranged, flow to muffler assembly via B group adsorption tube 8-b and discharge.This process hockets after by programme-control.

In sum, the absorption drier compact overall structure that the utility model provides, equipment volume is less, and is aesthetic in appearance generous; Adopt the structure of a plurality of adsorption tubes, the interior molecular sieve of every pipe can be fully used, prevented the generation of tunnel-effect, thereby increased adsorption effect greatly; And absorption drier adopts cylinder as the control executive component, effectively complete machine combined closely, and installation and maintenance are very convenient, and maintenance cost is low.

Claims

1, a kind of absorption drier, comprise casing and pedestal, described casing places on the pedestal, casing is provided with control panel, Pressure gauge, switch, control panel is connected with control cabinet, it is characterized in that: be equipped with fuselage on the interior pedestal of described casing, fuselage comprises adsorption tube, last tracheae, following tracheae, wherein said adsorption tube two rows are set up in parallel, every row has some adsorption tubes, one side of fuselage is a muffler assembly, and the fuselage opposite side of muffler assembly correspondence is an inlet duct, unidirectional base device and inlet duct homonymy.

2, a kind of absorption drier according to claim 1 is characterized in that: described unidirectional base device and inlet duct homonymy and be fixed in the tracheae bottom or be connected in the tracheae end face.

3, a kind of absorption drier according to claim 1 is characterized in that: described tracheae down is embedded among the pedestal.

4, a kind of absorption drier according to claim 1, it is characterized in that: described muffler assembly comprises muffler seat and muffler cover plate and two groups of cylinders and muffler, described muffler cover plate places on the muffler seat, and two groups of cylinders and muffler are fixed on the muffler cover plate.

5, a kind of absorption drier according to claim 1 and 2, it is characterized in that: described inlet duct comprises air inlet seat and air inlet cover plate and the two groups of cylinders and the air inlet mouth of pipe, described air inlet cover plate places on the air inlet seat, and the two groups of cylinders and the air inlet mouth of pipe are fixed on the air inlet cover plate.

6, a kind of absorption drier according to claim 1 and 2 is characterized in that: described unidirectional base device comprises unidirectional seat and the unidirectional cover plate and the mouth of pipe of giving vent to anger, and described unidirectional cover plate places on the unidirectional seat, and the mouth of pipe of giving vent to anger is fixed on the unidirectional cover plate.

7, a kind of absorption drier according to claim 1 is characterized in that: described adsorption tube is connected with last tracheae welding or with flange.

8, a kind of absorption drier according to claim 1 is characterized in that: described adsorption tube is connected with following tracheae welding or with flange.