CN206492380U - Modular drying machine air intake assembly and the modular drying machine using the air intake assembly - Google Patents
Modular drying machine air intake assembly and the modular drying machine using the air intake assembly Download PDFInfo
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- CN206492380U CN206492380U CN201621297620.7U CN201621297620U CN206492380U CN 206492380 U CN206492380 U CN 206492380U CN 201621297620 U CN201621297620 U CN 201621297620U CN 206492380 U CN206492380 U CN 206492380U
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- drying machine
- valve seat
- air intake
- communicating pipe
- intake assembly
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Abstract
The utility model belongs to absorbent-type drying machine technical field, specifically discloses a kind of modular drying machine air intake assembly and the modular drying machine using the air intake assembly.Modular drying machine air intake assembly includes inlet valve seat, regeneration gas delivery valve seat, two two-way valves and two two-way valve drive cylinders；When the expansion link of two-way valve drive cylinder stretches out cylinder block, two-way valve can close the exhaust outlet close to two-way valve, simultaneously turn on the air inlet away from two-way valve；Two two-way valve drive cylinders are acted simultaneously, you can complete the switching of modular drying machine two communicating pipe of bottom enterprising gas port and exhaust outlet working condition.Due to realizing the repertoire of existing air intake assembly and regeneration gas gas deflation assembly using two valves and its drive cylinder, the modular drying machine that the utility model is provided, simplify the structure of drying machine air intake assembly, reduce the complexity of control system, maintenance point and trouble point are reduced, production cost is reduced.
Description
Technical field
The utility model belongs to drying machine technical field, specifically discloses a kind of drying machine air intake assembly and uses the air inlet
The drying machine of component.
Background technology
Referring to Fig. 3, the air intake assembly of modular drying machine generally comprises inlet valve seat 1, the and of intake valve 2 in the prior art
Two-way valve drive cylinder 3.Inlet valve seat 1 was sealingly secured on the drying tube communicating pipe 4 of drying machine bottom；Drying tube communicating pipe 4
For cavity body structure closed at both ends, offered in the top and the bottom cavity wall at two ends it is mutually symmetrical with, for introducing entering for compressed air
Gas port 41 and the exhaust outlet 42 for discharging adsorbent regeneration gas；Being offered on the fitting surface of inlet valve seat 1 is used for and air inlet
The inlet valve seats coordination passages 11 that mouth 41 is worked in coordination, inlet valve seat 1 passes through inlet valve seat and is coordinated passage 11 and air inlet
Cooperation between 41 and connected between communicating pipe 4.Intake valve 2 is arranged in inlet valve seat 1, and two-way valve drive cylinder 3 is fastened on
The top of inlet valve seat 1, its secondary contracting bar 31 pass through be arranged on inlet valve seat 1 secondary contracting bar perforation 12 it is secondary enter inlet valve seat 1 in,
And be fastenedly connected between intake valve 2.Intake valve cylinder 3 it is secondary go out or during retraction cylinder block, can close or open communicating pipe
Air inlet 41.Regeneration gas gas deflation assembly for discharging adsorbent regeneration gas includes regeneration gas regeneration gas air bleeding valve
Seat 5, regeneration gas air bleeding valve 6 and regeneration gas air bleeding valve drive cylinder (not shown).Regeneration gas regeneration gas is vented
Valve seat 5 was fastened on drying machine communicating pipe 4, and was respectively at inlet valve seat 1 both sides of communicating pipe 4.Regeneration gas regeneration gas
The regeneration gas regeneration gas delivery valve seat for working in coordination with exhaust outlet 42 is offered on the fitting surface of body delivery valve seat 5 to match somebody with somebody
Position passage 51, regeneration gas regeneration gas delivery valve seat 5 is coordinated passage 51 by regeneration gas regeneration gas delivery valve seat
Cooperation between exhaust outlet 42 and interconnected between communicating pipe 4.Regeneration gas air bleeding valve 6 was arranged in communicating pipe 4, can be
Closed or for the exhaust outlet 42 opened on communicating pipe in the presence of regeneration gas air bleeding valve drive cylinder.
Said structure can complete the smooth switching of the various working conditions of modular drying machine, but be due to have used four sets
Valve and its drive cylinder, it is complicated, install and safeguard inconvenient, trouble point is more, and cost is also higher.The opposing party
Face, because drying machine requires more strict to the action synchronism of valve and cylinder, also adds control system to a certain extent
The complexity of system.
Utility model content
In view of the above-mentioned problems, main task of the present utility model be to provide it is a kind of it is simple in construction, install and it is easy to maintenance simultaneously
And drying machine air intake assembly with low cost and the drying machine for being integrated with this drying machine air intake assembly, to make up existing equipment
Deficiency, promote industry development.
The utility model is to solve the solution that provides of its technical problem：
A kind of modular drying machine air intake assembly, for performing module formula drying machine two communicating pipe of bottom enterprising gas port and
The switching of exhaust outlet working condition, wherein being provided with the air inlet and one of position in correspondence with each other on each communicating pipe
Individual exhaust outlet, it is characterised in that the modular drying machine air intake assembly includes：Inlet valve seat, closed cavity structure, is set thereon
There is total air inlet for introducing compressed air and for coordinating the inlet valve seat of communicating pipe enterprising gas port to be coordinated passage；Enter
The fitted seal that air valve seat is coordinated between passage and communicating pipe enterprising gas port by inlet valve seat is assemblied in modular drying machine
On the air inlet of two communicating pipe of bottom；Two two-way valves, were arranged in communicating pipe, orientation and the air inlet on communicating pipe and row
Gas port is just right；Two two-way valve drive cylinders, are fastened on inlet valve seat, the secondary contracting bar of cylinder or are connected on the secondary contracting bar of cylinder
Connecting rod be disposed through on inlet valve seat secondary contracting bar perforation and corresponding air inlet it is secondary enter communicating pipe in, and with two-way valve it
Between be fastenedly connected；The secondary contracting bar of two-way valve drive cylinder it is secondary go out cylinder block when, two-way valve can close the row close to two-way valve
Gas port, simultaneously turns on the air inlet away from two-way valve；Two two-way valve drive cylinders are acted simultaneously, you can completed modular and dried
Two communicating pipe of machine bottom enterprising gas port and exhaust outlet working condition switching.
Further, the utility model modular drying machine air intake assembly also includes regeneration gas delivery valve seat, regeneration gas
Body delivery valve seat is closed cavity structure；Total row for discharging adsorbent regeneration gas is provided with regeneration gas delivery valve seat
Gas port and the regeneration gas delivery valve seat coordination passage for coordinating communicating pipe upper exhaust outlet；Regeneration gas delivery valve seat leads to
Cross regeneration gas delivery valve seat coordination passage and the fitted seal on communicating pipe between exhaust outlet is assemblied in modular drying machine
On the exhaust outlet of two communicating pipe of bottom.Preferably, it is additionally provided with exhaust on total exhaust outlet of above-mentioned regeneration gas delivery valve seat
Silencer is provided with pipeline, discharge duct.
Another aspect of the present utility model, also discloses a kind of modular drying machine, and it includes drying machine body, air inlet group
Part, gas deflation assembly and control system；Drying machine body includes communicating pipe, A groups lower communicating tube in A groups, communicating pipe and B groups in B groups
Lower communicating tube；It is provided with A groups between communicating pipe and A group lower communicating tubes and in B groups between communicating pipe and B group lower communicating tubes
At least one drying tube；Communicating pipe in A groups, A groups lower communicating tube, it is symmetrically arranged with number on communicating pipe and B group lower communicating tubes in B groups
The amount drying tube pilot hole consistent with the number of drying tube；At least one drying tube is sealedly connected on drying tube pilot hole
On；The air inlet and exhaust outlet for introducing compressed air are offered on A groups lower communicating tube and B group lower communicating tubes；Exhaust group
Part is used to discharge dried most of compressed air；Control system is used for the operation for coordinating air intake assembly and gas deflation assembly, its
It is characterised by：Air intake assembly can be the modular drying machine air intake assembly described in any of the above-described technical scheme.
The utility model beneficial technique effect compared with prior art：
It is arranged in communicating pipe, can be realized with two valves and its drive cylinder existing using two-way valve and by two-way valve
The repertoire of air intake assembly and regeneration gas gas deflation assembly, simplifies the structure of drying machine air intake assembly, reduces maintenance point
And trouble point, reduce production cost.Also, each group of drying tube is only using drive cylinder, two-way valve is opened or closed beating
While closing air inlet or exhaust outlet, valve can be reduced same simultaneously by corresponding exhaust outlet or inlet close or opening
The difficulty of step, and control system complexity.
It is attached below in conjunction with specification to make the purpose of this utility model, technical scheme and technique effect clearer, clear and definite
Figure and embodiment are to modular drying machine air intake assembly disclosed in the utility model and using the drying of the air intake assembly
Machine elaborates.
Brief description of the drawings
Fig. 1：The structural representation of modular drying machine in the utility model preferred embodiment；
Fig. 2：Section A-A figure in Fig. 1；
Fig. 3：Air intake assembly structural representation in the prior art.
Wherein：
Existing air intake assembly part：1- inlet valve seats, 2- intake valves, 3- two-way valve drive cylinders, 4- drying machines bottom
Communicating pipe, 5- regeneration gas regeneration gas delivery valve seats, 6- regeneration gas air bleeding valves；11- inlet valve seats are coordinated passage, 31-
The secondary contracting bar of two-way valve drive cylinder, the air inlet on 41- communicating pipes, the exhaust outlet on 42- communicating pipes, the regeneration of 51- regeneration gas
Gas exhaust valve seat is coordinated passage；
Air intake assembly part in preferred embodiment：
I- drying machine gas deflation assemblies, II- drying machine air intake assemblies, III- drying machine control systems, IV- drying machine bodies；
10- inlet valve seats, 30- two-way valve drive cylinders, the A group lower communicating tubes of 40A- drying machines bottom, 40B- drying machines
The B group lower communicating tubes of bottom, 50- regeneration gas delivery valve seats, 70- two-way valves；
110- inlet valve seats are coordinated total air inlet on passage, 120- inlet valve seats, and 310- two-way valve drive cylinders are secondary
Contracting bar, the air inlet on 410- communicating pipes, the exhaust outlet on 420- communicating pipes, 510- regeneration gas regeneration gas delivery valve seats are matched somebody with somebody
Total exhaust outlet on position passage, 520- regeneration gas delivery valve seats.
Embodiment
Referring to Fig. 1, disclosing a kind of simple in construction, easy to maintenance and production cost phase in the application embodiment
To cheap drying machine air intake assembly and using the modular drying machine of the air intake assembly.Modular drying machine includes exhaust group
Part I, air intake assembly II, control system III and drying machine body IV.Compressed air enters drying machine body from air intake assembly II
IV, after being dried through the drying tube in drying machine body IV, most is delivered to gas equipment, sub-fraction through gas deflation assembly I
Introduce in drying machine body IV, the regeneration of machine is dried (hereinafter referred to as this portion gas is regeneration gas).
Drying machine body IV includes two groups of lower communicating tube 40A/40B of two groups of upper communicating pipes of A, B and A, B；In A groups communicating pipe and
Eight drying tubes are provided between A group lower communicating tubes 40A and in B groups between communicating pipe and B group lower communicating tubes 40B；In A groups
Of quantity and drying tube is symmetrically arranged with communicating pipe, A group lower communicating tube 40A, B groups on communicating pipe and B group lower communicating tubes 40B
The consistent drying tube pilot hole of number, drying tubes are sealedly connected on the drying tube pilot hole.
Referring to Fig. 2, the modular drying machine air intake assembly disclosed in the application preferred embodiment includes an intake valve
Seat 10, regeneration gas delivery valve seat 50, two two-way valves 70, two two-way valve drive cylinders 30.Under A, B group of drying machine
Communicating pipe 40A and 40B one end it is secondary go out drying machine body IV, inlet valve seat 10, which is fastened under A group lower communicating tube 40A and B groups, to be connected
Siphunculus 40B top, regeneration gas delivery valve seat 50 is arranged on A group lower communicating tube 40A and B group lower communicating tubes 40B bottom, side
Aligned mutually with inlet valve seat 10 on position.
Two groups of lower communicating tube 40A/40B of A, B it is secondary go out portion on be provided with the air inlet 410 of position in correspondence with each other with
And an exhaust outlet 420.With offering inlet valve seat coordination ventilation at the position in correspondence with each other of air inlet 410 on inlet valve seat 10
Hole 110, the fitted seal that inlet valve seat 10 is coordinated between passage 110 and air inlet 410 by inlet valve seat is connected to drying
On communicating pipe 40A/40B of machine bottom (namely A groups lower communicating tube and B groups lower communicating tube).On regeneration gas delivery valve seat 50 with
Regeneration gas regeneration gas delivery valve seat coordination passage 510, regeneration gas are offered at the position of exhaust outlet 420 in correspondence with each other
Regeneration gas delivery valve seat 50 is coordinated the fitted seal between passage 510 and exhaust outlet 420 by regeneration gas delivery valve seat
It is fastened on communicating pipe 40A/40B of drying machine bottom (namely A groups lower communicating tube and B groups lower communicating tube).
Two two-way valves 70 are separately positioned in A group lower communicating tube 40A and B group lower communicating tubes 40B, two-way valve drive cylinder
30 are arranged on the top of inlet valve seat 10, and the secondary contracting bar 310 of inlet valve seat 10 or the connecting rod being connected on secondary contracting bar 310 are passed through and set
Be placed on inlet valve seat 10 secondary contracting bar perforation and corresponding air inlet 410 it is secondary enter drying machine bottom communicating pipe 40A/40B in,
And be fastenedly connected between two-way valve 70.The secondary contracting bar of two-way valve drive cylinder 30 it is secondary go out cylinder block when, two-way valve 70 can be with
The exhaust outlet 420 close to two-way valve 70 is closed, the air inlet 410 away from two-way valve 70 is simultaneously turned on；Two two-way valve driving gas
Cylinder 30 is acted simultaneously, you can complete modular drying machine two communicating pipe of the bottom enterprising gas ports 410 of 40A and 40B and exhaust outlet 420
The switching of working condition.
It is separately provided for introducing total air inlet of compressed air on inlet valve seat 10 and regeneration gas delivery valve seat 50
120 and for discharging total exhaust outlet 520 of adsorbent regeneration gas.Compressed air introduces the lower connection of A groups from total air inlet 120
Pipe 40A or B group lower communicating tube 40B, subsequently into A groups drying tube or B group drying tubes, after drying, most of gas is through drying
Machine gas deflation assembly I is delivered to gas equipment or process, and small part of gas enters B groups drying tube or A group drying tubes are dried
The regeneration of machine, then discharges drying machine through total exhaust outlet 520.
Preferred embodiment of the present utility model is elaborated above in association with Figure of description, it should explanation
It is that protection domain of the present utility model includes but is not limited to above-described embodiment；Concrete structure disclosed in Figure of description is also only
It is preferred embodiment of the present utility model, the technical staff in the field can also develop other embodiment on this basis,
Any simple deformation or equivalent substitution for not departing from the utility model innovative idea, is covered by the utility model, belongs to this reality
With new protection domain.
Claims (4)
1. a kind of modular drying machine air intake assembly, for performing module formula drying machine two communicating pipe of bottom enterprising gas port and row
The switching of gas port working condition, wherein being provided with the air inlet and one of position in correspondence with each other on each communicating pipe
Individual exhaust outlet, it is characterised in that the modular drying machine air intake assembly includes：
Inlet valve seat, closed cavity structure is provided with total air inlet for introducing compressed air and connected for coordinating
The inlet valve seat coordination passage of the enterprising gas port of siphunculus；The inlet valve seat is coordinated passage and on communicating pipe by inlet valve seat
Fitted seal between air inlet is assemblied on the air inlet of two communicating pipe of modular drying machine bottom；
Two two-way valves, were arranged in the communicating pipe, and orientation and air inlet and exhaust outlet on the communicating pipe are just right；
Two two-way valve drive cylinders, are fastened on the inlet valve seat, Telescopic-cylinder bar or are connected on Telescopic-cylinder bar
The expansion link perforation and corresponding air inlet that connecting rod is disposed through on the inlet valve seat were stretched into the communicating pipe, and with
It is fastenedly connected between the two-way valve；
When the expansion link of two-way valve drive cylinder stretches out cylinder block, two-way valve can close the exhaust close to the two-way valve
Mouthful, simultaneously turn on the air inlet away from the two-way valve；
Two two-way valve drive cylinders are acted simultaneously, you can complete modular drying machine two communicating pipe of bottom enterprising gas port and row
The switching of gas port working condition.
2. modular drying machine air intake assembly according to claim 1, it is characterised in that：
The modular drying machine air intake assembly also includes regeneration gas delivery valve seat, and the regeneration gas delivery valve seat is closing chamber
Body structure；
Total exhaust outlet for discharging adsorbent regeneration gas is provided with the regeneration gas delivery valve seat and for coordinating
The regeneration gas delivery valve seat coordination passage of exhaust outlet on communicating pipe；
The regeneration gas delivery valve seat is coordinated on passage and communicating pipe between exhaust outlet by regeneration gas delivery valve seat
Fitted seal is assemblied on the exhaust outlet of two communicating pipe of modular drying machine bottom.
3. modular drying machine air intake assembly according to claim 2, it is characterised in that：The regeneration gas delivery valve seat
Total exhaust outlet on be additionally provided with discharge duct, the discharge duct and be provided with silencer.
4. a kind of modular drying machine, including drying machine body, air intake assembly, gas deflation assembly and control system；
Drying machine body includes communicating pipe, A groups lower communicating tube in A groups, communicating pipe and B group lower communicating tubes in B groups；Connected in A groups
At least one drying tube is provided between communicating pipe and B group lower communicating tubes between pipe and A group lower communicating tubes and in B groups；A groups
Upper communicating pipe, A groups lower communicating tube, it was symmetrically arranged with quantity and the number phase of drying tube on communicating pipe and B group lower communicating tubes in B groups
Consistent drying tube pilot hole；At least one drying tube is sealedly connected on drying tube pilot hole；The A groups lower communicating tube
With the air inlet and exhaust outlet for introducing compressed air are offered on B group lower communicating tubes；
The gas deflation assembly is used to discharge dried most of compressed air；
The control system is used for the operation for coordinating air intake assembly and gas deflation assembly；
It is characterized in that：
The air intake assembly can be the modular drying machine air intake assembly described in any one of claim 1-3 claim.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621297620.7U CN206492380U (en) | 2016-11-29 | 2016-11-29 | Modular drying machine air intake assembly and the modular drying machine using the air intake assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621297620.7U CN206492380U (en) | 2016-11-29 | 2016-11-29 | Modular drying machine air intake assembly and the modular drying machine using the air intake assembly |
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| Publication Number | Publication Date |
|---|---|
| CN206492380U true CN206492380U (en) | 2017-09-15 |
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ID=59801179
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621297620.7U Active CN206492380U (en) | 2016-11-29 | 2016-11-29 | Modular drying machine air intake assembly and the modular drying machine using the air intake assembly |
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| CN (1) | CN206492380U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111577940A (en) * | 2019-02-19 | 2020-08-25 | 深圳市云和床垫有限公司 | Assembled air supply assembly |
-
2016
- 2016-11-29 CN CN201621297620.7U patent/CN206492380U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111577940A (en) * | 2019-02-19 | 2020-08-25 | 深圳市云和床垫有限公司 | Assembled air supply assembly |
| CN111577940B (en) * | 2019-02-19 | 2022-03-11 | 深圳市云和床垫有限公司 | Assembled air supply assembly |
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