CN203335506U - Multifunctional converter capable of controlling cylinder to do double actions or safe reset - Google Patents
Multifunctional converter capable of controlling cylinder to do double actions or safe reset Download PDFInfo
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- CN203335506U CN203335506U CN2013202629841U CN201320262984U CN203335506U CN 203335506 U CN203335506 U CN 203335506U CN 2013202629841 U CN2013202629841 U CN 2013202629841U CN 201320262984 U CN201320262984 U CN 201320262984U CN 203335506 U CN203335506 U CN 203335506U
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Abstract
The utility model provides a multifunctional converter capable of controlling a cylinder to do double actions or safe reset. The multifunctional converter comprises a body, a switching valve, a gulp valve, a distribution valve, a gas chamber connector, a main wind source connector and a check valve. Through the novel design, the multifunctional converter can switch double actions and safe reset with any cylinder, gas chamber and electromagnetic valve sold in the market, and moreover a set of multifunctional converters can be connected with a plurality of cylinders and a plurality of electromagnetic valves, so that the cylinders and the electromagnetic valves do not need to be used at high positions. Through the combination of the gas chamber, gas tightness, gas storage and gas supplement functions are realized, and when a double-action mode is switched to, on the condition of having no wind sources, accurate operation still can be carried out without additionally-arranged gear boxes or springs.
Description
Technical field
But the multifunction converter of the two moving or safe involution of the relevant a kind of control cylinder of the utility model, especially a kind of can in conjunction with or separate an air chamber after, can do the innovation kenel design linked with various types of a plurality of solenoid valves, a plurality of cylinder.
Background technique
Press, the kind of cylinder has many kinds, it all utilizes pressure or torsion to force inner rotor to rotate, and then make this cylinder be controlled this rotor to move back and forth, and then the valve arrangement section driven on this pipeline opens or closes, it is divided into again single action cylinder, double-acting cylinder etc., and wherein, the single action cylinder is for the valve body of the safe involution of needs.Traditional single action cylinder, it is all generally pressured contracting spring, reach the reply power that the compression rear spring is disengaged, with the unlatching of moving valve or close, when the source of the gas supply cylinder is arranged, must first overcome the tension force of spring, the running of ability rotor driven, to open or valve body, so effectively torsion will successively decrease along with the drag of spring, there is no the situation of source of the gas, can utilize the reply power of spring, and then the playback of rotor driven to be to open or throttle down, this is so-called safe involution, and the torsion of all outputs will successively decrease along with the involution of spring; And the running of double-acting cylinder, general is all the condition necessary with being supplied as of source of the gas, when source of the gas being arranged for seasonable, mode with air intake-exhaust, with the unlatching of moving valve or close, but when there is no source of the gas, cylinder just can not move, and or not like the reply power of the reliable spring of single action cylinder, can not open or valve body, but double-acting cylinder is having source of the gas for seasonable, the torsion of switch wants high more than the single action cylinder, and traditional single action and double-acting cylinder generally all must be by solenoid valves, by the cooperation of pneumoelectric, reach the unlatching of valve body or close.Yet in the situation that disconnected wind, if want urgent switching valve body, traditional practice is to install handwheel switch (gear-box) additional in cylinder bottom, can make emergency switch when not having source of the gas to work as power, precisely because the space taken and assembly cost etc. are considered, be its disappearance, moreover, position with production firm and dealer, must produce and stock's single action and two moving two kinds of different cylinders, with the different demands in response to the user, can't provide single product for two moving switchings that reach between safe involution, always always all can increase the lifting of production kind and inventory cost.
Moreover known large-scale pipeline valve body conveyance conduit can a plurality ofly directly connect the mode of establishing and be connected with and make pipeline in eminence and carry gas-liquid to use, yet often because inconvenient maintenance causes, much public security is unexpected to be occurred aloft.
Therefore, for the existing problem points of above-mentioned conventional construction, how to develop a kind of innovation structure that has more desirable practicability, the real Consumer of use eagerly looks forward to, and also relevant dealer must effort research and develop target and the direction broken through.
In view of this, this is engaged in manufacturing development and the design experiences of Related product the creator in for many years, can a plurality ofly directly connect for known large-scale pipeline valve body conveyance conduit the mode of establishing is connected with and makes pipeline in eminence and carry gas-liquid to use, yet often because causing the existing problem points of the unexpected generation of much public security, inconvenient maintenance improved breakthrough aloft, in detail after design and scrupulous assessment, eventually the utility model of a true tool practicability.
The model utility content
But the purpose of this utility model is to provide a kind of multifunction converter of two moving or safe involution of control cylinder; It is simple in structure, easy to operate, can in conjunction with or separate an air chamber after, can link with various types of a plurality of solenoid valves, a plurality of cylinder, use without making a plurality of cylinders and a plurality of solenoid valve be combined in the eminence position, and there is better airtight gas storage and gas compensation function.
To achieve these goals, but the utility model discloses a kind of multifunction converter of two moving or safe involution of control cylinder, the outer conduction pipeline of this multifunction converter and electromagnetic valve unit, air chamber unit and piston-cylinder unit utilization is connected mutually, it is characterized in that this multifunction converter comprises:
One body, the top end face of this body is provided with a connector portions, this connector portions connects to establish and is communicated in this electromagnetic valve unit, the bottom end face of this body is provided with an interface, side end face is provided with a valve and connects end, the adjacent position that this valve connects end is provided with a pivot set part and a valve port, the front-end face of this body is provided with a tonifying Qi interface, the another side end face of this body is provided with an air outlet channel, wherein this valve port side is extended with a valve chamber, this valve chamber inwall is to should connector portions being communicated with a uptake, this valve connects end and is communicated with this air outlet channel, this valve connects end to being provided with a upper port by valve chamber, be communicated with a first passage between this upper port and this valve chamber, the adjacent side of this air outlet channel also is connected with a subaisle, this subaisle and this valve chamber and this tonifying Qi interface are communicated with a second channel, this valve connects end and is provided with a lower port towards this interface position, this lower port and this interface relative position are provided with a third channel,
One switching valve, include a pivot part, and be divided into one first switching part and one second switching part at these pivot part two ends, and this pivot part is pivoted and is linked to this pivot set part of this body;
One aeration valve, this aeration valve is communicated with this tonifying Qi interface that is arranged in this body;
One minute to valve, include a closed loop and a switch head, this minute to valve be spirally connected be mounted on this body this valve port to do adjustable straight-line displacement campaign, this switch head and this closed loop be airtight is located in this valve chamber of this body and this valve port to be mutually and open or to seal two kinds of patterns to this uptake of the straight-line displacement campaign switching of valve and this body by this minute, and this first switching part that two kinds of patterns of valve coordinate this switching valve and this second switching part are opened or seal to this minute to valve aforementioned, and to do rotary-cut urgent to locating;
One air chamber joint, its inside includes that an air chamber connects and the Yi Fujie road, and wherein this air chamber of this air chamber joint connects and establishes this air outlet channel that is communicated in this body, and the Gai Fujie road connects establishes this subaisle that is communicated in this body;
One main air source joint, connect and establish this interface that is communicated in this body;
One check seat, this valve that is mounted on this body connects in end, be provided with a runner in this check seat, this runner one end is provided with an elastomer, this elastomer end elasticity is shored a valve head of check valve one end, this check valve end also spacingly has a chock plug, and this valve that this chock plug spiral shell group is closed in this body connects end.
Wherein, this piston-cylinder unit is combined each other with this air chamber unit or is separated each other the structure state.
Wherein, after this multifunction converter connects and establishes this air chamber unit that is communicated with one group of pressurized container form, more group piston-cylinder units and this plurality of electromagnetic valve cell of being somebody's turn to do in parallel.
Wherein, after this multifunction converter connects and establishes this air chamber unit that is communicated with one group of pressurized container form, then this group of piston-cylinder unit in parallel and this group of electromagnetic valve unit.
Pass through said structure, multifunction converter of the present utility model can be in conjunction with commercially available any cylinder, air chamber and solenoid valve, do two moving switchings that reach safe involution, and can link a plurality of cylinders and a plurality of solenoid valve by one group of multifunction converter, can not need to make a plurality of cylinders and a plurality of solenoid valve to be combined in the eminence position uses, and the utility model has the function of airtight gas storage and tonifying Qi during in conjunction with air chamber, when switching in double action, do not having under the wind regime condition, can not need to see through the gear-box or the spring that install additional and still can operate accurately.
The accompanying drawing explanation
Fig. 1: but the stereogram of the multifunction converter of the two moving or safe involution of the utility model control cylinder.
Fig. 2 A: but sectional view is implemented in the safe involution of the multifunction converter of the two moving or safe involution of the utility model control cylinder.
Fig. 2 B: but the two moving sectional view of implementing of the multifunction converter of the two moving or safe involution of the utility model control cylinder.
Fig. 3: but the three-dimensional exploded view of the multifunction converter of the two moving or safe involution of the utility model control cylinder.
Fig. 4: the stereogram of the utility model body.
Fig. 5: the utility model is in conjunction with the stereogram of piston-cylinder unit, air chamber unit and electromagnetic valve unit.
Fig. 6 A: the safe involution pattern of the utility model and have wind that electric illustrative view is arranged.
Fig. 6 B: the safe involution pattern of the utility model and wind is arranged without electric illustrative view.
Fig. 6 C: the safe involution pattern of the utility model and calm electric illustrative view arranged.
Fig. 7 A: the utility model double action and have wind that electric illustrative view is arranged.
Fig. 7 B: the utility model double action and wind is arranged without electric illustrative view.
Fig. 7 C: the utility model double action and calm electric illustrative view arranged.
Fig. 8: another embodiment's of the utility model illustrative view.
Fig. 9: the another embodiment's of the utility model illustrative view.
Figure 10: the utility model is an embodiment illustrative view again.
Embodiment
Refer to shown in Fig. 1～Figure 10, but the preferred embodiment of the multifunction converter of the two moving or safe involution of the utility model control cylinder, and only these embodiments are only for instructions, are not subject to the restriction of this structure in patent application.
This multifunction converter 1 is interconnected and connects with electromagnetic valve unit C, air chamber unit B and piston-cylinder unit D, after wherein this multifunction converter 1 can be and connects this air chamber unit B of establishing one group of pressurized container form of connection, in parallel being somebody's turn to do organized piston-cylinder unit D and this plurality of electromagnetic valve cell C more again, after perhaps this multifunction converter 1 can be and connects this air chamber unit B of establishing one group of pressurized container form of connection, this group of piston-cylinder unit D in parallel and this group of electromagnetic valve unit C again, this electromagnetic valve unit C upper end is provided with a manual switch C1; Wherein this multifunction converter 1 comprises:
One body 10, these body 10 top end faces are provided with a connector portions 101, this connector portions 101 connects to establish and is communicated in a solenoid valve joint 70, this solenoid valve joint 70 is connected with this electromagnetic valve unit C, bottom end face is provided with an interface 18, side end face is provided with a valve and connects end 103, the adjacent position that this valve connects end 103 is provided with a pivot set part 19 and a valve port 11, the front-end face of this body 10 is provided with a tonifying Qi interface 104, the another side end face of this body 10 is provided with an air outlet channel 102, wherein these valve port 11 sides are extended with a valve chamber 12, these valve chamber 12 inwalls are to should connector portions 101 being communicated with a uptake 105, this valve connects end 103 and is communicated with this air outlet channel 102, this valve connects 103 pairs, end should be provided with a upper port 15 by valve chamber 12, 12 of this upper port 15 and this valve chambers are communicated with a first passage 13, the adjacent side of this air outlet channel 102 also is connected with a subaisle 106, this subaisle 106 is communicated with a second channel 14 with this valve chamber 12 and this tonifying Qi interface 104, this valve connects end 103 and is provided with a lower port 16 towards these interface 18 positions, this lower port 16 is provided with a third channel 17 with these interface 18 relative positions,
One switching valve 20, include a pivot part 21, and be divided into one first switching part 22 and one second switching part 23 at these pivot part 21 two ends, and this pivot part 21 is pivoted and is linked to this pivot set part 19 of this body 10;
One aeration valve 30, this aeration valve 30 is communicated with this tonifying Qi interface 104 that is arranged in this body 10;
One minute to valve 40, include a closed loop 42 and a switch head 41, this minute done adjustable straight-line displacement campaign to valve 40 this valve port 11 that is mounted on this body 10 that is spirally connected, make in airtight this valve chamber 12 and this valve port 11 that is located in this body 10 of this switch head 41 and this closed loop 42, and be mutually and open or seal two kinds of patterns to this uptake 105 of the straight-line displacement campaign of valve 40 switching and this body 10 by this minute, and this minute opened or seal this first switching part 22 that two kinds of patterns of valve coordinate this switching valve 20 and this second switching part 23 to valve 40 aforementioned and do rotary-cut and compel to locating;
One air chamber joint 50, inside includes an air chamber and connects 51 and Yi Fujie road 52, and wherein this air chamber of this air chamber joint 50 connects 51 and connects and establish this air outlet channel 102 that is communicated in this body 10, and Gai Fujie road 52 connects establishes this subaisle 106 that is communicated in this body 10; Wherein this piston-cylinder unit D can be and is combined each other with this air chamber unit B or separates each other the structure state;
One main air source joint 60, connect and establish this interface 18 that is communicated in this body 10, and this main air source joint 60 connects establishes a main air source A;
One check seat 84, this valve that is mounted on this body 10 connects in end 103, be provided with a runner 85 in this check seat 84, these runner 85 1 ends are provided with an elastomer 83, these elastomer 83 ends are the valve head 82 that elasticity is shored check valve 81 1 ends, these check valve 81 ends also spacingly have a chock plug 80, and this valve that these chock plug 80 spiral shell groups are closed in this body 10 connects end 103.
The utility model reality is when safe involution pattern and double action use, cause not start of this electromagnetic valve unit C in because of power failure or other situations, or this main air source A is during air feed, actuator state of the present utility model neither with, in following several situations, be described below:
At first refer to shown in Fig. 2 A and Fig. 6 A, under the normal operation of safe involution pattern, the user needs this switching valve 20 of first rotary-cut to make these the second switching part 23 contrapositions compel to support and locates this minute to valve 40 ends, and make this valve chamber 12 and this first passage 13 and this uptake 105 be relative connected state, now this electromagnetic valve unit C opens because energising makes this position, electromagnetism valve port C21 hole, the part air-flow of this main air source A supply enters in this runner 85 of this check seat 84 via this third channel 17, make air pressure push this check valve 81, make air pressure one end enter this air chamber unit B by this air outlet channel 102, another end is from this first passage 13, this valve chamber 12, this uptake 105, this solenoid valve joint 70 enters this electromagnetic valve unit C via this first adapter S1, this air pressure is also inner and then suppress in this conversion module C3 by this hand switch C1 and this magnetic switch C2, and another part air-flow of this main air source A supply is taken over S4 through this air chamber joint 50 of this multifunction converter 1 via the 4th and is entered this air chamber unit B, and meet end B2 by this second air chamber of this air chamber unit B and enter and be full of this air chamber unit B, the air-flow of this air chamber unit B meets end B1 by this first air chamber and second takes over S2 and enter the 5th and meet the C35 of section via this, the 6th meets the C36 of section promotes the unlatching that this rotor D1 rotates in a counter-clockwise direction the predetermined valve body of drive to this first air flue B3 of this piston-cylinder unit D.
Separately refer to shown in Fig. 2 A and Fig. 6 B, in safe involution pattern situation, when having a power failure or other situations while causing not start of this electromagnetic valve unit C, this electromagnetism valve port C21 of this magnetic switch C2 closes, the part air-flow of this main air source A supply can't enter this hand switch C1 and this magnetic switch C2 inside via this first passage 13 and this uptake 105, now this conversion module C3 is not pressed, another part air-flow that sees through this main air source A supply enters this air chamber unit B through this air chamber joint 50 of this multifunction converter 1, and meet end B2 by this second air chamber of this air chamber unit B and enter and be full of this air chamber unit B, the air-flow of this air chamber unit B meets end B1 by this first air chamber and second takes over S2 and enter the 5th and meet the C35 of section via this, this first meets the C31 of section and rotarily drives in a clockwise direction closing of predetermined valve body to promoting this rotor D1 in this second air flue B4 of this piston-cylinder unit D.
Separately refer to shown in Fig. 2 A and Fig. 6 C, in the C2 start of safe this magnetic switch of involution pattern but this main air source A not in the air feed situation, now also airless passes through this multifunction converter 1, this hand switch C1 and this magnetic switch C2, this conversion module C3 is not pressed, now the air-flow of this air chamber unit B by this first air chamber connect end B1 via this second take over S2 enter the 5th meet the C35 of section, this first meets the C31 of section and rotarily drives in a clockwise direction closing of predetermined valve body to promoting this rotor D1 in this second air flue B4 of this piston-cylinder unit D, this is so-called safe involution.
Separately refer to shown in Fig. 2 B and Fig. 7 A, under the double action normal operation, the user needs this switching valve 20 of first rotary-cut to make these the first switching part 22 contrapositions compel to support and locates this minute to valve 40 ends, and make this valve chamber 12 and this second channel 14 and this uptake 105 be relative opening state, the air-flow of main air source A supply is by this runner 85, this air outlet channel 102, this air chamber connects 51 and enters this air chamber unit B, the airflow reflux of this air chamber unit B to this first air chamber connects end B1 Gai Fujie road 52, this subaisle 106, this second channel 14 enters to this valve chamber 12, make again air-flow enter in this electromagnetic valve unit C via this first adapter S1 via this uptake 105, now this electromagnetic valve unit C opens because energising makes this magnetic switch C2, this air pressure is also inner and then suppress in this conversion module C3 by this hand switch C1 and this magnetic switch C2, and another part air-flow of this main air source A supply enters this air chamber unit B through this air chamber joint 50 of this multifunction converter 1, and meet end B2 by this second air chamber of this air chamber unit B and enter and be full of this air chamber unit B, the air-flow of this air chamber unit B meets end B1 by this first air chamber and second takes over S2 and enter the 5th and meet the C35 of section via this, the 6th meets the C36 of section promotes the unlatching that this rotor D1 rotates in a counter-clockwise direction the predetermined valve body of drive to this first air flue B3 of this piston-cylinder unit D.
Separately refer to shown in Fig. 2 B and Fig. 7 B, in the double action situation when having a power failure or other situations while causing not start of this electromagnetic valve unit C, this electromagnetism valve port C21 of this magnetic switch C2 closes, the part air-flow of this main air source A supply can't enter this hand switch C1 and this magnetic switch C2 inside via this first passage 13 and this uptake 105, now this conversion module C3 is not pressed, another part air-flow that sees through this main air source A supply enters this air chamber unit B through this air chamber joint 50 of this multifunction converter 1, and meet end B2 by this second air chamber of this air chamber unit B and enter and be full of this air chamber unit B, the air-flow of this air chamber unit B meets end B1 by this first air chamber and second takes over S2 and enter the 5th and meet the C35 of section via this, this first meets the C31 of section and rotarily drives in a clockwise direction closing of predetermined valve body to promoting this rotor D1 in this second air flue B4 of this piston-cylinder unit D.
Separately refer to shown in Fig. 2 B and Fig. 7 C, in the C2 start of safe this magnetic switch of involution pattern but this main air source A not in the air feed situation, now also airless passes through this multifunction converter 1, this hand switch C1 and this magnetic switch C2, this conversion module C3 is not pressed, now the user can be by powered-down, and make Fig. 7 C be transformed into Fig. 7 B pattern, make this conversion module C3 not be pressed, the air-flow that sees through this air chamber unit B meets end B1 by this first air chamber and second takes over S2 and enter the 5th and meet the C35 of section via this, this first meets the C31 of section and rotarily drives in a clockwise direction closing of predetermined valve body to promoting this rotor D1 in this second air flue B4 of this piston-cylinder unit D, this is so-called safe involution, if during air chamber unit B airless, but the user air-pot connect this tonifying Qi interface 104 of establishing this body 10, make gas flow enter to this air chamber through this second channel 14 and connect 51, and make gas enter to this air chamber unit B tonifying Qi.
Separately refer to shown in Fig. 8, its safe involution of the present utility model has electricity that another embodiment of wind is arranged, wherein in this piston-cylinder unit of the present embodiment D with this air chamber unit B for separating the structure state, under the normal operation of safe involution pattern, now this electromagnetic valve unit C opens because energising makes this position, electromagnetism valve port C21 hole, the part air-flow of this main air source A supply is from this first passage 13, this uptake 105, this solenoid valve joint 70 enters this electromagnetic valve unit C via this first adapter S1, this air pressure is also inner and then suppress in this conversion module C3 by this hand switch C1 and this magnetic switch C2, and another part air-flow of this main air source A supply enters this air chamber unit B through this air chamber joint 50 of this multifunction converter 1, and meet end B2 by this second air chamber of this air chamber unit B and enter and be full of this air chamber unit B, the air-flow of this air chamber unit B meets end B1 by this first air chamber and takes over S3 via the 3rd and enter the 5th and meet the C35 of section, the 6th meets the C36 of section meets end D6 to this four-cylinder of this piston-cylinder unit D and enters this first cylinder and connect and promote this rotor D1 in end D3 and rotate in a counter-clockwise direction the unlatching that drives predetermined valve body, gas and connect via this second cylinder that end D4 enters that the 3rd cylinder connects that end enters this conversion module C3 after D5 this first meet the C31 of section and second connect the C32 of section release to this.
Separately refer to another embodiment of the present utility model shown in Fig. 9, the utility model can one group multifunction converter 1 in conjunction with the air chamber unit B of a pressurized container form, a plurality of piston-cylinder unit D in parallel and a plurality of electromagnetic valve unit C, can not need to make a plurality of piston-cylinder unit D and a plurality of electromagnetic valve unit C to be combined in the eminence position and use.
Separately refer to an embodiment more of the present utility model shown in Figure 10, the utility model can one group multifunction converter 1 in conjunction with the air chamber unit B of a pressurized container form, a plurality of electromagnetic valve unit C in parallel are in home nearby, make the plurality of tooth type piston-cylinder unit D be located at deathtrap or the eminence position is used.
Innovate by this unique design, make the multifunction converter 1 of the present utility model can be in conjunction with commercially available any cylinder, air chamber and solenoid valve, do two moving switchings that reach safe involution, and can link a plurality of piston-cylinder units and a plurality of electromagnetic valve unit by one group of multifunction converter 1, can not need to make a plurality of piston-cylinder units and a plurality of electromagnetic valve unit to be combined in the eminence position uses, and the utility model has the function of airtight gas storage and tonifying Qi during in conjunction with air chamber, when switching in double action, do not having under the wind regime condition, can not need to see through the gear-box or the spring that install additional and still can operate accurately.
Conclude above-mentioned explanation, design by the utility model said structure, can effectively overcome the disappearance that the habit formula is novel faced, further there is above-mentioned numerous advantage and use value, therefore the utility model is the splendid novel creation of an intention, and have no identical or approximate product creation or open the use in identical technical field, therefore the utility model has met the important document of new patent about " novelty " and " progressive ", be to file an application in accordance with the law.
Claims (4)
- But 1. the multifunction converter of the two moving or safe involution of a control cylinder, this multifunction converter and electromagnetic valve unit, air chamber unit and piston-cylinder unit utilization conduction pipeline are outward connected mutually, it is characterized in that this multifunction converter comprises:One body, the top end face of this body is provided with a connector portions, this connector portions connects to establish and is communicated in this electromagnetic valve unit, the bottom end face of this body is provided with an interface, side end face is provided with a valve and connects end, the adjacent position that this valve connects end is provided with a pivot set part and a valve port, the front-end face of this body is provided with a tonifying Qi interface, the another side end face of this body is provided with an air outlet channel, wherein this valve port side is extended with a valve chamber, this valve chamber inwall is to should connector portions being communicated with a uptake, this valve connects end and is communicated with this air outlet channel, this valve connects end to being provided with a upper port by valve chamber, be communicated with a first passage between this upper port and this valve chamber, the adjacent side of this air outlet channel also is connected with a subaisle, this subaisle and this valve chamber and this tonifying Qi interface are communicated with a second channel, this valve connects end and is provided with a lower port towards this interface position, this lower port and this interface relative position are provided with a third channel,One switching valve, include a pivot part, and be divided into one first switching part and one second switching part at these pivot part two ends, and this pivot part is pivoted and is linked to this pivot set part of this body;One aeration valve, this aeration valve is communicated with this tonifying Qi interface that is arranged in this body;One minute to valve, include a closed loop and a switch head, this minute to valve be spirally connected be mounted on this body this valve port to do adjustable straight-line displacement campaign, this switch head and this closed loop be airtight is located in this valve chamber of this body and this valve port mutually to be the two kind patterns of open or seal to the straight-line displacement campaign switching of valve with this uptake of this body by this minute, and this first switching part that two kinds of patterns of valve coordinate this switching valve and this second switching part are opened or sealed to this minute to valve aforementioned, and to do rotary-cut urgent to locating;One air chamber joint, its inside includes that an air chamber connects and the Yi Fujie road, and wherein this air chamber of this air chamber joint connects and establishes this air outlet channel that is communicated in this body, and the Gai Fujie road connects establishes this subaisle that is communicated in this body;One main air source joint, connect and establish this interface that is communicated in this body;One check seat, this valve that is mounted on this body connects in end, be provided with a runner in this check seat, this runner one end is provided with an elastomer, this elastomer end elasticity is shored a valve head of check valve one end, this check valve end also spacingly has a chock plug, and this valve that this chock plug spiral shell group is closed in this body connects end.
- 2., but the multifunction converter of the two moving or safe involution of control cylinder as claimed in claim 1, is characterized in that, this piston-cylinder unit is combined each other with this air chamber unit or is separated each other the structure state.
- 3. but the multifunction converter of the two moving or safe involution of control cylinder as claimed in claim 1, it is characterized in that, after this multifunction converter connects and establishes this air chamber unit that is communicated with one group of pressurized container form, more group piston-cylinder units and this plurality of electromagnetic valve cell of being somebody's turn to do in parallel.
- 4. but the multifunction converter of the two moving or safe involution of control cylinder as claimed in claim 1, it is characterized in that, after this multifunction converter connects and establishes this air chamber unit that is communicated with one group of pressurized container form, then this group of piston-cylinder unit in parallel and this group of electromagnetic valve unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013202629841U CN203335506U (en) | 2013-05-15 | 2013-05-15 | Multifunctional converter capable of controlling cylinder to do double actions or safe reset |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013202629841U CN203335506U (en) | 2013-05-15 | 2013-05-15 | Multifunctional converter capable of controlling cylinder to do double actions or safe reset |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203335506U true CN203335506U (en) | 2013-12-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013202629841U Expired - Fee Related CN203335506U (en) | 2013-05-15 | 2013-05-15 | Multifunctional converter capable of controlling cylinder to do double actions or safe reset |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203335506U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105757029A (en) * | 2016-05-03 | 2016-07-13 | 胡和萍 | Pressure controlling regulator for hydraulic air cylinder |
-
2013
- 2013-05-15 CN CN2013202629841U patent/CN203335506U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105757029A (en) * | 2016-05-03 | 2016-07-13 | 胡和萍 | Pressure controlling regulator for hydraulic air cylinder |
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