CN208296150U - A kind of vapor phase decontamination system - Google Patents

Abstract

The utility model discloses a kind of vapor phase decontamination systems, it is related to air cleaning unit, including casing, runs through in casing and offer inlet channel and exhaust passage, total-heat exchanger is provided at the interaction of inlet channel and exhaust passage, it is characterized in that, air inlet pipe is arranged in inlet channel, air inlet inside pipe wall is fitted with spongy layer, blower is provided in exhaust passage and inlet channel, blower is fixedly connected with link block, and link block two sides are respectively and fixedly provided with support rod, and support rod is flexibly set in casing.There are problems that noise the prior art, the utility model absorbs the vibration that air column generates using spongy layer, pass through the they sup-port blower of elasticity, buffer vibration when blower work, noise, energy conservation and environmental protection, the sponge structure that furthermore spongy layer has are reduced as much as possible, granular absorption tiny in gas can be improved the quality of air cleaning.

Description

A kind of vapor phase decontamination system

Technical field

The utility model relates to air cleaning units, more specifically, it relates to a kind of vapor phase decontamination system.

Background technique

With the raising of people's lives level and quality, there are higher requirement, miscellaneous gas to living space Phase clearing machine come into existence as the situation requires as home air quality purify good assistant, be widely used in air-conditioned room for example office, hotel, Residential houses, hospital ward and other need to purify the places such as the laboratory of air, computer floor, it for improve it is indoor Air quality is greatly beneficial.

For existing gas phase purifying machine structure, such as the Chinese patent that patent announcement number is CN204704983U, disclosure A kind of new blower of gas phase purifying Total heat exchange, including casing offer inlet channel and exhaust passage, inlet channel in casing The intersection of exhaust passage is provided with total-heat exchanger, set gradually on inlet channel primary efficient filter screen, medium air filtration net, Efficient HEPA filter screen, gas molecule in space sieve fillter section and ventilating fan, exhaust passage is interior to be arranged air exhauster.

Above-mentioned patent in use, due to that can be made a sound in casing internal vibration when exhaust fan and air intake blower fan work, this Outside, when gas flows in inlet channel and exhaust passage, since the vibration of air column can also make a sound, therefore the prior art makes Used time, there are noises, influenced indoor occupant rest, there are shortcomings to be modified.

Utility model content

There are problems that noise the prior art, the purpose of the utility model is to provide a kind of vapor phase decontamination system, tools There is the advantage of low noise.

The above-mentioned technical purpose of the utility model has the technical scheme that

A kind of vapor phase decontamination system, including casing, it is described through offering inlet channel and exhaust passage in the casing It is provided with total-heat exchanger at the interaction of inlet channel and the exhaust passage, air inlet pipe is set in the inlet channel, it is described Air inlet inside pipe wall is fitted with spongy layer, and blower is provided in the exhaust passage and the inlet channel, and the blower is fixed It is connected with link block, the link block two sides are respectively and fixedly provided with support rod, and the support rod is flexibly set in the casing.

Through the above technical solutions, starting blower, outdoor is discharged by exhaust passage in indoor gas by blower, meanwhile, By outdoor gas by realizing the purification to room air in inlet channel input chamber.In use, blower will be by that will vibrate biography It moves to support rod, support mitigates the noise that blower vibration generates, it is logical that gas flows into air inlet again by elastic buffer by absorption of vibrations Behind road, the vibration that air column generates is absorbed by spongy layer, as much as possible reduction noise；By the way that Total heat exchange is arranged in casing Device while two-way replacement aeration, generates energy exchange using the temperature difference and wet difference of indoor and outdoor air, reduces purification air Energy consumption, energy conservation and environmental protection；By being arranged spongy layer in air inlet inside pipe wall, the sponge structure that spongy layer has can will be thin in gas Small granular absorption improves the quality of air cleaning.

Further, one end of the support rod slidably connects matrix, and the matrix is towards the side of the support rod Sliding slot is offered, one end that the support rod is positioned in the chute is fixed with connection sheet, is additionally provided with elasticity in the sliding slot Part, the matrix are fixed in the casing.

Through the above technical solutions, the vibration that blower work generates is driven to support rod, support vibration of bar by elastic component Snubber mitigates noise when utility model works

Further, bearing piece is arranged on the support rod, the bearing piece is fixed on the link block simultaneously, the branch The two sides that strut is located at the bearing piece are threaded with location nut.

Through the above technical solutions, location nut adjusts the height of location nut, changes for fixing supporting block and bearing piece Become link block and is fixed on the position on support rod.

Further, the support rod is fixed with rubber pad far from one end of the elastic component, and the rubber pad is far from institute The one end for stating support rod is abutted with the casing.

Through the above technical solutions, rubber pad is abutted with casing, mitigates support rod using friction and move along the radial, simultaneously Cushioning supportive bar is along its axial vibration.

Further, the spongy layer inner wall has been wholely set multiple convex bodys, opens along its length in the spongy layer Equipped with storage dirt slot.

Through the above technical solutions, convex body is used to increase the attracting performance of spongy layer, tiny in air inlet pipe in gas Grain is easily fallen into spongy layer, stores dirt slot for storing fine particle.

Further, primary efficient filter screen, medium air filtration net, efficient HEPA filter screen are disposed in the inlet channel Filter section is sieved through with gas molecule in space.

Through the above technical solutions, primary efficient filter screen, medium air filtration net, efficient HEPA filter screen and gas molecule in space are sieved through filter Section improves for carrying out multi-filtering purification to gas and inputs indoor gaseous mass

Further, the sliding slot opening is fixed with rubber ring, and the air inlet pipe outer wall is fixed with along its length Strip, the inlet channel inner wall offer the card slot being engaged by clamping with the strip.

Through the above technical solutions, rubber ring utilizes strip and card slot for the collision between cushioning supportive bar and matrix Between clamping engagement, the position of fixed air inlet pipe in the intake channel.

Further, the casing screwing is connected with the fixinig plate for facilitating fixed installation, opens on the fixinig plate Equipped with fixing groove.

Through the above technical solutions, screw is passed through fixing groove, the fixed installation to the utility model is realized.

Compared with prior art, the beneficial effects of the utility model are as follows:

(1) vibration that blower work generates is absorbed by elastic component and rubber pad, spongy layer absorbs air column in air inlet pipe Noise when interior vibration, as much as possible mitigation utility model works；

(2) dirt slot is stored by opening up in spongy layer, the fine particle in air falls into spongy layer, is accumulated in storage dirt In slot, spongy layer can adsorb more dust granules；

(3) total-heat exchanger utilizes the temperature difference and wet difference of indoor and outdoor air, while two-way replacement aeration, absorbs energy Amount, energy consumption needed for reducing air-treatment, energy conservation and environmental protection.

Detailed description of the invention

Fig. 1 is a kind of overall structure diagram of vapor phase decontamination system；

Fig. 2 is the cross-sectional view of the line A-A along Fig. 1；

Fig. 3 is the portion B partial enlarged view in Fig. 3;

Fig. 4 is the cross-sectional view of the line C-C along Fig. 3;

Fig. 5 is the portion D partial enlarged view in Fig. 4；

Fig. 6 is the connection schematic diagram between matrix and support rod；

Fig. 7 is the cross-sectional view of the E-E line along Fig. 6.

Appended drawing reference: 1, casing；2, inlet channel；3, exhaust passage；4, total-heat exchanger；5, air inlet pipe；6, spongy layer； 7, blower；8, link block；9, support rod；10, matrix；11, sliding slot；12, connection sheet；13, elastic component；14, bearing piece；15, it positions Nut；16, rubber pad；17, primary efficient filter screen；18, medium air filtration net；19, efficient HEPA filter screen；20, gas molecule in space is sieved through Filter section；21, convex body；22, dirt slot is stored；23, rubber ring；24, fixinig plate；25, fixing groove；26, strip；27, card slot.

Specific embodiment

In order to keep the purpose of this utility model, technical scheme and beneficial effects clearer, below with reference to embodiment and attached The utility model is described in further detail for figure, but the embodiments of the present invention is not limited only to this.

As shown in figures 1 and 3, a kind of vapor phase decontamination system, the casing 1 including rectangular-shape, through offering in casing 1 Cross section is circular inlet channel 2 and exhaust passage 3, and air inlet pipe 5,5 side wall of air inlet pipe are coaxially installed in inlet channel 2 It is fixed with strip 26 along its length, 2 inner wall of inlet channel offers the card slot 27 being engaged by clamping with strip 26, air inlet pipe 5 Outer wall abutted with 5 inner wall of air inlet pipe, 5 inner wall of air inlet pipe is fitted with spongy layer 6, and 6 inner wall of spongy layer is integrally fixed with multiple convex Body 21 offers in spongy layer 6 along its length and stores dirt slot 22.In use, convex body 21 can effectively absorb the vibration of air column, Mitigate air column as much as possible in 5 internal vibration sounding of air inlet pipe, air flows in air inlet pipe 5, tiny be mingled in gas Grain part is fallen into spongy layer 6, stores dirt slot 22 for accommodating these particles, in addition, by by air inlet pipe 5 out of inlet channel 2 Extraction replacement, cleaning store the dust granule in dirt slot 22.

As shown in Figure 2 and Figure 5, total-heat exchanger 4, Total heat exchange are fixed at the interaction of inlet channel 2 and exhaust passage 3 Device 4 generates energy exchange while two-way replacement aeration using the temperature difference and wet difference of indoor and outdoor air, reduces fresh air and locates in advance The energy consumption of reason, achievees the purpose that energy-saving scavenging.Blower 7, the connection of 7 screw of blower are provided in exhaust passage 3 and inlet channel 2 There is link block 8,8 two sides of link block are respectively and fixedly provided with bearing piece 14, and support rod 9 is equipped in the bearing piece 14, and support rod 9 is located at bearing piece 14 two sides are threaded with location nut 15, and location nut 15 is for fixing position of the bearing piece 14 on support rod 9, together When, make the position of link block 8 that there is certain controllability.

As shown in Figure 6 and Figure 7,9 one end of support rod slidably connects matrix 10, and matrix 10 is fixed on casing 1 by screw Interior, the side of matrix 10 towards support rod 9 offers sliding slot 11, and one end that support rod 9 is located in sliding slot 11 is fixed with connection sheet 12, elastic component 13 is also equipped in sliding slot 11, elastic component 13 is preferably spring, and 11 opening of sliding slot is coaxially fixed with rubber ring 23, rubber ring 23 is used for the collision of 9 side wall of cushioning supportive bar and 11 opening of sliding slot.The one end of support rod 9 far from elastic component 13 It is fixed with rubber pad 16, the one end of rubber pad 16 far from support rod 9 is abutted with casing 1, by supporting rubber pad 16 with casing 1 It connects, increases the frictional force being supported between casing 1, be avoided as much as support rod 9 and move along the radial.

As shown in Figure 3 and Figure 4, be sequentially installed in inlet channel 2 primary efficient filter screen 17, medium air filtration net 18, efficiently HEPA filter screen 19 and gas molecule in space are sieved through filter section 20, for improving input chamber to indoor gas progress multi-filtering is inputted Interior gaseous mass.1 screwing of casing is connected with the fixinig plate 24 for facilitating fixed installation, offers fixation on fixinig plate 24 Slot 25.In use, screw is fixed across fixing groove 25, complete the installation of the utility model.

The working principle and beneficial effect of the utility model is as follows:

When utility model works, starting blower 7, indoor gas is delivered to outdoor by exhaust passage 3, meanwhile, room Outer gas in inlet channel 2, successively by air inlet pipe 5, primary efficient filter screen 17, total-heat exchanger 4, medium air filtration net 18, Efficient HEPA filter screen 19 and gas molecule in space are sieved through filter section 20, after completion air cleaning in input chamber.

When the utility model is used, blower 7 works the vibration generated by 16 snubber of elastic component 13 and rubber pad, thus Mitigate the noise that vibration generates as much as possible, meanwhile, when gas conveys in air inlet pipe 5, the vibration of air column is inhaled by spongy layer 6 It receives, largely mitigates the noise that air column generates, provide a quiet environment for indoor occupant；By in spongy layer 6 Interior setting stores dirt slot 22, and the intracorporal fine grained of gas is fallen into spongy layer 6, saves bit by bit and is storing in dirt slot 22, thus spongy layer 6 is adsorbable More particles improve the ability of purification gas；By the way that total-heat exchanger 4 is arranged at input channel and output channel interaction, Total-heat exchanger 4 generates energy exchange while two-way replacement aeration using the temperature difference and wet difference of indoor and outdoor air, reduces The energy consumption of fresh air reason, energy conservation and environmental protection.

The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.

Claims (8)

1. a kind of vapor phase decontamination system, including casing (1), through offering inlet channel (2) and exhaust is led in the casing (1) Road (3) is provided with total-heat exchanger (4) at the interaction of the inlet channel (2) and the exhaust passage (3), which is characterized in that Air inlet pipe (5) are set in the inlet channel (2), air inlet pipe (5) inner wall is fitted with spongy layer (6), the exhaust passage (3) and in the inlet channel (2) it is provided with blower (7), the blower (7) is fixedly connected with link block (8), the connection Block (8) two sides are respectively and fixedly provided with support rod (9), and the support rod (9) is flexibly set in the casing (1).

2. a kind of vapor phase decontamination system according to claim 1, which is characterized in that slide one end of the support rod (9) It is connected with matrix (10), the side of matrix (10) towards the support rod (9) offers sliding slot (11), the support rod (9) one end being located in the sliding slot (11) is fixed with connection sheet (12), is additionally provided with elastic component (13) in the sliding slot (11), The matrix (10) is fixed in the casing (1).

3. a kind of vapor phase decontamination system according to claim 2, which is characterized in that be arranged with branch on the support rod (9) Block (14), the bearing piece (14) are fixed on the link block (8) simultaneously, and the support rod (9) is located at the bearing piece (14) Two sides are threaded with location nut (15).

4. a kind of vapor phase decontamination system according to claim 3, which is characterized in that the support rod (9) is far from the bullet Property part (13) one end be fixed with rubber pad (16), the rubber pad (16) far from the support rod (9) one end and the machine Shell (1) abuts.

5. a kind of vapor phase decontamination system according to claim 1, which is characterized in that spongy layer (6) inner wall is integrally set It is equipped with multiple convex bodys (21), is offered along its length in the spongy layer (6) and store dirt slot (22).

6. a kind of vapor phase decontamination system according to claim 1, which is characterized in that successively set in the inlet channel (2) It is equipped with primary efficient filter screen (17), medium air filtration net (18), efficient HEPA filter screen (19) and gas molecule in space and is sieved through filter section (20).

7. a kind of vapor phase decontamination system according to claim 2, which is characterized in that sliding slot (11) opening is fixed with Rubber ring (23), air inlet pipe (5) outer wall are fixed with strip (26) along its length, and inlet channel (2) inner wall is opened Equipped with the card slot (27) being engaged by clamping with the strip (26).

8. a kind of vapor phase decontamination system according to any one of claims 1-7, which is characterized in that the casing (1) Screwing is connected with the fixinig plate (24) for facilitating fixed installation, offers fixing groove (25) on the fixinig plate (24).