CN105775740A - Soaking device of vacuum continuous soaking and drying machine and continuous soaking method of vacuum continuous soaking and drying machine - Google Patents
Soaking device of vacuum continuous soaking and drying machine and continuous soaking method of vacuum continuous soaking and drying machine Download PDFInfo
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- CN105775740A CN105775740A CN201610117798.7A CN201610117798A CN105775740A CN 105775740 A CN105775740 A CN 105775740A CN 201610117798 A CN201610117798 A CN 201610117798A CN 105775740 A CN105775740 A CN 105775740A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G49/00—Conveying systems characterised by their application for specified purposes not otherwise provided for
- B65G49/02—Conveying systems characterised by their application for specified purposes not otherwise provided for for conveying workpieces through baths of liquid
- B65G49/04—Conveying systems characterised by their application for specified purposes not otherwise provided for for conveying workpieces through baths of liquid the workpieces being immersed and withdrawn by movement in a vertical direction
- B65G49/0409—Conveying systems characterised by their application for specified purposes not otherwise provided for for conveying workpieces through baths of liquid the workpieces being immersed and withdrawn by movement in a vertical direction specially adapted for workpieces of definite length
- B65G49/0413—Conveying systems characterised by their application for specified purposes not otherwise provided for for conveying workpieces through baths of liquid the workpieces being immersed and withdrawn by movement in a vertical direction specially adapted for workpieces of definite length arrangements for conveyance through the bath
- B65G49/0418—Conveying systems characterised by their application for specified purposes not otherwise provided for for conveying workpieces through baths of liquid the workpieces being immersed and withdrawn by movement in a vertical direction specially adapted for workpieces of definite length arrangements for conveyance through the bath chain or belt conveyors
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G2201/00—Indexing codes relating to handling devices, e.g. conveyors, characterised by the type of product or load being conveyed or handled
- B65G2201/02—Articles
- B65G2201/0214—Articles of special size, shape or weigh
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- Treatment Of Fiber Materials (AREA)
- Coating Apparatus (AREA)
Abstract
The invention discloses a soaking device of a vacuum continuous soaking and drying machine and a continuous soaking method of the vacuum continuous soaking and drying machine. The soaking device comprises a vacuum soaking cylinder and circulating chains. Suspension shafts are arranged on the circulating chains. Hanging baskets are hooked on the suspension shafts. A basket supporting station and an unhooking station are arranged below the hanging baskets. The vacuum soaking cylinder comprises a cylinder body and a cylinder cover. The cylinder cover is fixed to the soaking station and connected with a vacuumizing device. A lower base is installed on a machine shell in a horizontally sliding mode. A lifting frame is installed on the lower base. An upper base is installed on the lifting frame. The cylinder body is installed on the upper base. The cylinder body is connected with a liquid inlet device. The lower base is driven by a station switching power device. An upper opening of the cylinder body is matched with the cylinder body in a sealed mode. According to the soaking device, the hanging baskets are hung on the circulating chains more densely, so that the soaking and drying efficiency is higher, the service life of the soaking device of the soaking and drying machine is prolonged, and the soaking device is suitable of soaking a larger number of larger and heavier parts. The continuous soaking method is based on the soaking device and can achieve automatic continuous soaking.
Description
Technical field
The present invention relates to a kind of vacuum and immerse the immersion system of dehydrator continuously, also relate to the continuous dipping method of this immersion system.
Background technology
The workpiece such as motor coil, iron core, transformator are needed to dipping and drying and processing, this mainly uses vacuum and immerses dehydrator continuously, and a kind of vacuum of patent disclosure that the patent No. is ZL201210415126.6 immerses the vacuum impregnation plant of machine continuously, this vacuum impregnation plant is to be suspended on the circulation link chain of casing internal by cylinder cap, by chain-driving circular flow, cylinder body is lifted by recycling lowering or hoisting gear, makes cylinder body fasten with cylinder cap and seals, and cylinder cap upper end is provided with positioning support bracer for holding out against.Right this immersion system has the disadvantage in that 1. is big due to the volume of cylinder cap, and weight ratio is heavier, and chain is soft structure, therefore cylinder cap is inconvenient to hang too heavy part, long-time use rear chain there will be stretching phenomenon simultaneously, causes the operation of chain to have some setbacks, runs location not accurate enough；2. owing to the volume of cylinder cap is big, chain is suspended on the parts meeting below cylinder cap and collides between contiguous cylinder cap when turning is run, and in order to avoid drawbacks described above, the suspension spacing of cylinder cap is bigger, increasing the volume of dipping dehydrator, it is inefficient that dipping is dried.
Summary of the invention
The technical problem to be solved is: provide a kind of vacuum to immerse the immersion system of dehydrator continuously, the endless-chain hanging basket more crypto set of this immersion system, dipping drying efficiency is higher, extend the service life of the immersion system of dehydrator, adapt to the dipping of the parts that volume is bigger, weight is heavier, more.
To be solved by this invention another technical problem is that: provides the continuous dipping method that a kind of vacuum immerses dehydrator continuously, this continuous dipping method is suitable for the dipping of the parts that volume is bigger, weight is heavier or more, make the longer service life of the immersion system of dehydrator, dipping in hgher efficiency.
nullFor solving above-mentioned technical problem，The technical scheme is that a kind of vacuum immerses the immersion system of dehydrator continuously，Including vacuum impregnation cylinder and two endless-chains being parallel to each other，Described endless-chain is installed on casing internal，Article two, between the chain rivet that endless-chain is corresponding, it is connected to suspended axle，Described suspended axle is all hooked with hanging basket，The lower section of a hanging basket is set with holder basket station and unhook station wherein，Described vacuum impregnation cylinder includes cylinder body and cylinder cap，Described cylinder cap is fixed on the impregnation station of casing internal and is connected with vacuum extractor，Between described casing inherence impregnation station and holder basket station, level is slidably fitted with lower bottom base，Described lower bottom base is provided with the crane driven by lifting power plant，Described crane is provided with and is driven the upper bed-plate of switching between holder basket station and unhook station by unhook power set，Described cylinder body is installed on upper bed-plate，Described cylinder body is connected with vacuum extractor and feeding device connects，Described lower bottom base is driven by Switch of working position power set，The suitable for reading sealing with the lower surface of cylinder cap when impregnation station of described cylinder body coordinates.
As the preferred scheme of one, the glide direction of described lower bottom base is identical with the glide direction of upper bed-plate, described unhook power set and Switch of working position power set are same power set, and described upper bed-plate is fixed on crane and is driven switching between holder basket station and unhook station by Switch of working position power set.
As the preferred scheme of one, the glide direction of described lower bottom base is vertical with the glide direction of upper bed-plate, and described unhook power set are cylinder, and described Switch of working position power set are oil cylinder.
As the preferred scheme of one, the conveying downstream slip being in holder basket station in described casing is provided with remaining batea, the glide direction of this remaining batea is consistent with conveying direction, and described remaining batea is by the downstream port edge connecing the upper shed that paint power set drive the moving limit position of the upstream extremity making remaining batea to exceed cylinder body；The downstream of described remaining batea is connected cooperation with collection bucket.
As the preferred scheme of one, the upper surface of described remaining liquid dish is the inclined-plane tilted.
After adopting such scheme, the effect of the present invention is: this immerses suspended axle on the hanging basket of immersion system of dehydrator, and cylinder cap is integrally fixed in casing, so, circulation link chain decreases the weight of cylinder cap, can hanging heavier, more parts in hanging basket, hanging spacing can be less, it is possible to reduce the volume of dehydrator, improve the dipping drying efficiency of drying baker, and the fixing difference of cylinder cap, then the cooperation between cylinder cap and cylinder body can be accurate, and dehydrator is reliable.
Slide and be provided with remaining batea in conveying downstream owing to being in holder basket station in described casing again, the glide direction of this remaining batea is consistent with conveying direction, and described remaining batea is by the downstream port edge connecing the upper shed that paint power set drive the moving limit position of the upstream extremity making remaining batea to exceed cylinder body；The downstream of described remaining batea is connected cooperation with collection bucket, therefore, after some hanging basket has impregnated, cylinder body can drive hanging basket it to be again hooked on suspended axle, then cylinder body decline separates with hanging basket, and when the height that cylinder body declines is lower than the height of the upstream extremity of remaining liquid dish, remaining liquid dish can move horizontally and be between the upper shed of cylinder body and hanging basket, it is made to shelter from the downstream port edge of the upper shed of cylinder body when circulation link chain runs, the liquid that so hanging basket after dipping drips is collected in collection bucket by remaining liquid dish, it thus is avoided that the upper shed of cylinder body is stained with liquid and is affected sealing effectiveness.
In order to solve another technical problem above-mentioned, the present invention adopts the technical scheme to be: the continuous dipping method of a kind of vacuum continuous impregnation dehydrator, and it comprises the following steps:
A. providing a dipping dehydrator with circulation link chain, circulation link chain is provided with suspended axle, the cylinder cap of vacuum impregnation cylinder is fixed on impregnation station, the cylinder body of vacuum impregnation cylinder is arranged on moveable crane；
B. will be equipped with the hanging basket of workpiece to be hooked on suspended axle and run at casing internal recycle by circulation link chain drive；
C. stopping when the hanging basket equipped with workpiece runs to holder basket station, the crane rising being in holder basket station place makes cylinder body make hanging basket separate with suspended axle by being moved horizontally to unhook station after hanging basket picking-up；
D. hanging basket is moved horizontally to impregnation station after dropping to lowest order with cylinder body and crane；
E. crane again rises and makes the suitable for reading of cylinder body and cylinder cap fasten to seal and coordinate final vacuum to impregnate；
F., after vacuum impregnation completes, crane drops to lowest order；
G. cylinder body, hanging basket and crane are moved horizontally to unhook station；
H. crane rise to extreme position after from unhook station be moved horizontally to holder basket station make hanging basket again be hooked on suspended axle；
I. crane carries out next circulation after dropping to extreme position.
Wherein, the glide direction line between described impregnation station and holder basket station is parallel with the glide direction line of holder basket station and unhook station.
Wherein, described impregnation station, unhook station are respectively positioned on the same side holding in the palm basket station.
Wherein, the glide direction line between described impregnation station and holder basket station is vertical with the glide direction line of holder basket station and unhook station.
Wherein, casing internal slides in the downstream of holder basket station and is provided with remaining liquid dish, after hanging basket immersion completes to hang suspended axle again, during the lower section that cylinder body suitable for reading drops to remaining liquid dish, more than before circulation link chain runs, the indirect liquid making downstream port edge suitable for reading that remaining liquid disc portion is in hanging basket and cylinder body drawn close by liquid dish to cylinder body, and major cycle chain stops after the hanging basket removal cylinder body scope after immersion, remaining liquid dish is returned to initial position.
After have employed technique scheme, the effect of the present invention is: this continuous dipping method utilizes moveable cylinder body to realize taking hanging basket to coordinate immersion, extension hanging basket with fixing cylinder cap, cylinder cap is made to maintain static, thus without hanging multiple cylinder cap on circulation link chain, reduce cost, decrease suspended weights and volume, increase the service life, make vacuum-impregnated accurate shape improve, immerse dehydrator and be suitable for the parts dipping that weight is big or quantity is many.
Again owing to casing internal is provided with remaining liquid dish in the downstream slip of holder basket station, after hanging basket immersion completes to hang suspended axle again, during the lower section that cylinder body suitable for reading drops to remaining liquid dish, more than before circulation link chain runs, the indirect liquid making downstream port edge suitable for reading that remaining liquid disc portion is in hanging basket and cylinder body drawn close by liquid dish to cylinder body, and major cycle chain stops after the hanging basket removal cylinder body scope after immersion, remaining liquid dish is returned to initial position, the suitable for reading of cylinder body so can be avoided to be stained with liquid, it is ensured that the sealing stability between cylinder body and cylinder cap.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention is further described.
Fig. 1 is the structural representation that the cylinder body of the embodiment of the present invention is in initial position；
The cylinder body that Fig. 2 is the embodiment of the present invention is in the structural representation holding in the palm basket state；
Fig. 3 is the structural representation that the cylinder body of the embodiment of the present invention is in unhook state；
Fig. 4 is the structural representation that the cylinder body of the embodiment of the present invention drops to extreme lower position；
Fig. 5 is structural representation during embodiment of the present invention impregnation state；
Fig. 6 is the structural representation of another kind of scheme in the embodiment of the present invention；
In accompanying drawing: 1. casing；2. lower bottom base；3. crane；4. cylinder body；5. Switch of working position power set；6. guide rail；7. cylinder cap；8. hanging basket；9. suspended axle；10. remaining liquid dish；11. connect hydraulic power device；12. collection bucket.
Detailed description of the invention
Below by specific embodiment, the present invention is described in further detail.
nullAs shown in Figures 1 to 5，A kind of vacuum immerses the immersion system of dehydrator continuously，Including vacuum impregnation cylinder and two endless-chains being parallel to each other，Described endless-chain is installed on casing 1 inside and is driven in the operation of casing 1 internal recycle by power set，Article two, between the chain rivet that endless-chain is corresponding, it is connected to suspended axle 9，Described suspended axle 9 is all hooked with hanging basket 8，In the present embodiment，The method of operation of endless-chain is to run counterclockwise from left to right，The lower section of a hanging basket 8 is set with holder basket station and unhook station wherein，Described vacuum impregnation cylinder includes cylinder body 4 and cylinder cap 7，Described cylinder cap 7 is fixed on the impregnation station within casing 1 and is connected with vacuum extractor，Between the inherent impregnation station of described casing 1 and holder basket station, level is slidably fitted with lower bottom base 2，Described lower bottom base 2 is provided with the crane 3 driven by lifting power plant，Described crane 3 is provided with and is driven the upper bed-plate of switching between holder basket station and unhook station by unhook power set，Described cylinder body 4 is installed on upper bed-plate，Described cylinder body 4 is connected with feeding device，Described lower bottom base 2 is driven by Switch of working position power set 5，The upper end of described cylinder body 4 seals with the lower surface of cylinder cap 7 when impregnation station and coordinates.
In the present embodiment, the glide direction of described lower bottom base 2 is identical with the glide direction of upper bed-plate, described unhook power set and Switch of working position power set 5 are same power set, described upper bed-plate is fixed on crane 3 and is driven switching between holder basket station and unhook station by Switch of working position power set 5, therefore upper bed-plate is directly just fixed as one with elevating bracket, and move integrally with elevating bracket, now, Switch of working position power set 5 just refer to the effect of unhook power set, it is only necessary to a power.And Switch of working position power set 5 adopt oil cylinder, the bottom of casing 1 to be provided with guide rail 6, lower bottom base 2 is slidably mounted on guide rail 6 and is driven by oil cylinder.And the hook mode of hanging basket 8 has two kinds, one is that the present embodiment is preferred, as it is shown in figure 1, the left side of dehydrator needs to be provided with feeding port, therefore, the power of endless-chain is usually and is arranged on right side, and the top of this hanging basket 8 is provided with hook, and the opening direction of hook is towards feeding port, such endless-chain hanging basket 8 in the process of conveying runs can be more steady, hanging basket 8 not easily drops, and certainly, the opening buckled on hanging basket 8 also can towards right side.
During actual unhook, cylinder body 4 hanging basket 8 that rises drops in cylinder body 4 and is held by cylinder body 4, it is further continued for after holding rising to extreme higher position, make the open lower end of hook higher than suspended axle 9, then cylinder body 4 is driven by oil cylinder and moves horizontally, if the opening direction buckled is towards feeding port, i.e. direction as shown in Figure 1, then cylinder body 4 continues to be moved horizontally to unhook station towards the right side makes the opening of hook decline after departing from suspended axle 9 again；If the opening direction buckled is towards right side, then cylinder body 4 is then moved to the left to unhook station and breaks off relations.
As shown in Figure 6, the glide direction of described lower bottom base 2 is vertical with the glide direction of upper bed-plate, described unhook power set are cylinder, described Switch of working position power set 5 are oil cylinder, that is the glide direction of lower bottom base 2 is not parallel with the conveying direction of circulation link chain, now, as shown in Figure 6, upper bed-plate is slidably mounted on crane 3 exactly, the glide direction of upper bed-plate is parallel with the conveying direction of circulation link chain, unhook power set adopt air cylinder driven, air cylinder driven upper bed-plate slides, cylinder body 4 is made to slide between unhook station and holder basket station, equally, this scheme can also realize taking basket, dipping and Hanging Basket.And the outside of casing 1 is to need to arrange the parts such as regulator cubicle, therefore, horizontally set impregnation station does not increase the width of casing 1.
As shown in Figures 1 to 5, the conveying downstream slip being in holder basket station in described casing 1 is provided with remaining liquid dish 10, the glide direction of this remaining liquid dish 10 is consistent with conveying direction, and described remaining liquid dish 10 is by the downstream port edge of the upper shed connecing hydraulic power device 11 and driving the moving limit position of the upstream extremity making remaining liquid dish 10 to exceed cylinder body 4；The downstream of described remaining liquid dish 10 is connected cooperation with collection bucket 12.The upper surface of described remaining liquid dish 10 is the inclined-plane tilted.The bottom of collection bucket 12 is provided with the tapping mouth of pipe.
It addition, present embodiment discloses the continuous dipping method of a kind of vacuum continuous impregnation dehydrator, it comprises the following steps:
A., the one dipping dehydrator with circulation link chain is provided, circulation link chain is provided with some suspended axles 9, it is generally equidistant suspension, the cylinder cap 7 of vacuum impregnation cylinder is fixed on impregnation station, the cylinder body 4 of vacuum impregnation cylinder is arranged on moveable crane 3, mobile liftable frame 3 described by this place represents, this upgrading frame can rise and fall, also can move horizontally simultaneously, realize the switching of diverse location, for instance, from impregnation station to holder basket station, from holder basket station to unhook station, the movement from unhook station to impregnation station；
B. will be equipped with the hanging basket 8 of workpiece to be hooked on suspended axle 9 and run at casing 1 internal recycle by circulation link chain drive, casing 1 is provided with feeding port for feeding, its feeding can pass through artificial being taken off by hanging basket 8 and is then placed into by parts in hanging basket 8, it is possible to automatic charging；
C. stop when the hanging basket 8 equipped with workpiece runs to holder basket station, be in the crane 3 at holder basket station place and rise and make cylinder body 4 after being held up by hanging basket 8, be moved horizontally to unhook station to make hanging basket 8 separate with suspended axle 9；
D. hanging basket 8 is moved horizontally to impregnation station after dropping to lowest order with cylinder body 4 and crane 3；This place is moved horizontally to impregnation station needs a power source to provide power, and this power source can be same power with the power source broken off relations, as long as the moving direction broken off relations is parallel with the direction that cylinder body 4 moves to impregnation station, if it is not parallel, then above-mentioned power is two independent power.Described impregnation station, unhook station are respectively positioned on the same side of holder basket station.Certainly, impregnation station and unhook station may be alternatively located at the both sides of holder basket station, if located in not homonymy, for Fig. 1, the leftmost side is impregnation station, followed by holder basket station, then it is impregnation station again, then elevating bracket is first to move right to holder basket station, then moves right to unhook station again after holder basket, then impregnation station it is moved to the left to again, then stretching out of the piston rod of oil cylinder has two restraining position.And if be positioned at identical survey, or for Fig. 1, the leftmost side is impregnation station, followed by unhook station, then it is holder basket station again, then elevating bracket is first to move right to holder basket station, and piston rod extends the most extreme position on the right, then be directly moved to the left after holder basket and converge to impregnation station after unhook station, then the piston rod of oil cylinder stretch out the extreme position just having only to reach low order end.In programme-control more convenient.
E. crane 3 again rises and makes the suitable for reading of cylinder body 4 and cylinder cap 7 fasten to seal and coordinates final vacuum impregnate, and its vacuum impregnation step is: system is automatically performed evacuation feed liquor Vaccum Permeating lyolysis and removes vacuum--normal pressure immersion--time drop liquid；
F., after immersion completes, crane 3 drops to lowest order；
G. cylinder body 4, hanging basket 8 and crane 3 are moved horizontally to unhook station, and this unhook station also regards as Hanging Basket station, break off relations and Hanging Basket is the action that two routes are contrary actually；
H. crane 3 rise to extreme position after from unhook station be moved horizontally to holder basket station make hanging basket 8 again be hooked on suspended axle 9；
I. crane 3 carries out next circulation after dropping to extreme position.
Additionally, slide and be provided with remaining liquid dish 10 in the internal downstream at holder basket station of casing 1, when hanging basket 8 immersion completes to hang after suspended axle 9 again, during the lower section that cylinder body 4 suitable for reading drops to remaining liquid dish 10, more than before circulation link chain runs, the indirect liquid making downstream port edge suitable for reading that remaining liquid dish 10 is partially in hanging basket 8 and cylinder body 4 drawn close by liquid dish 10 to cylinder body 4, and the hanging basket 8 after immersion to remove cylinder body 4 scope Posterior circle chain out of service, remaining liquid dish 10 is returned to initial position.So remaining liquid dish 10 can horizontal feed make to catch the liquid dropped after hanging basket 8 immersion, it is to avoid the suitable for reading of cylinder body 4 is stained with liquid and reduces and the sealing of cylinder cap 7.
Embodiment described above is only the description to the preferred embodiment of the present invention; not as limiting the scope of the invention; designing on the basis of spirit without departing from the present invention; the various deformation that technical solution of the present invention is made and transformation, all should fall in the protection domain that claims of the present invention are determined.
Claims (10)
- null1. vacuum immerses the immersion system of dehydrator continuously，Including vacuum impregnation cylinder and two endless-chains being parallel to each other，Described endless-chain is installed on casing internal，Article two, between the chain rivet that endless-chain is corresponding, it is connected to suspended axle，It is characterized in that: described suspended axle is all hooked with hanging basket，The lower section of a hanging basket is set with holder basket station and unhook station wherein，Described vacuum impregnation cylinder includes cylinder body and cylinder cap，Described cylinder cap is fixed on the impregnation station of casing internal and is connected with vacuum extractor，Between described casing inherence impregnation station and holder basket station, level is slidably fitted with lower bottom base，Described lower bottom base is provided with the crane driven by lifting power plant，Described crane is provided with and is driven the upper bed-plate of switching between holder basket station and unhook station by unhook power set，Described cylinder body is installed on upper bed-plate，Described cylinder body is connected with feeding device，Described lower bottom base is driven by Switch of working position power set，The suitable for reading sealing with the lower surface of cylinder cap when impregnation station of described cylinder body coordinates.
- 2. vacuum as claimed in claim 1 immerses the immersion system of dehydrator continuously, it is characterized in that: the glide direction of described lower bottom base is identical with the glide direction of upper bed-plate, described unhook power set and Switch of working position power set are same power set, and described upper bed-plate is fixed on crane and is driven switching between holder basket station and unhook station by Switch of working position power set.
- 3. vacuum as claimed in claim 1 immerses the immersion system of dehydrator continuously, it is characterised in that: the glide direction of described lower bottom base is vertical with the glide direction of upper bed-plate, and described unhook power set are cylinder, and described Switch of working position power set are oil cylinder.
- 4. vacuum immerses the immersion system of dehydrator continuously as claimed in claim 2 or claim 3, it is characterized in that: the conveying downstream slip being in holder basket station in described casing is provided with remaining liquid dish, the glide direction of this remaining liquid dish is consistent with conveying direction, and described remaining liquid dish is by the downstream port edge of the upper shed connecing hydraulic power device and driving the moving limit position of the upstream extremity making remaining liquid dish to exceed cylinder body；The downstream of described remaining liquid dish is connected cooperation with collection bucket.
- 5. vacuum as claimed in claim 4 immerses the immersion system of dehydrator continuously, it is characterised in that: the upper surface of described remaining liquid dish is the inclined-plane tilted.
- 6. a continuous dipping method for vacuum continuous impregnation dehydrator, it comprises the following steps:A. providing a dipping dehydrator with circulation link chain, circulation link chain is provided with suspended axle, the cylinder cap of vacuum impregnation cylinder is fixed on impregnation station, the cylinder body of vacuum impregnation cylinder is arranged on moveable crane；B. will be equipped with the hanging basket of workpiece to be hooked on suspended axle and run at casing internal recycle by circulation link chain drive；C. stopping when the hanging basket equipped with workpiece runs to holder basket station, the crane rising being in holder basket station place makes cylinder body make hanging basket separate with suspended axle by being moved horizontally to unhook station after hanging basket picking-up；D. hanging basket is moved horizontally to impregnation station after dropping to lowest order with cylinder body and crane；E. crane again rises and makes the suitable for reading of cylinder body and cylinder cap fasten to seal and coordinate final vacuum to impregnate；F., after having impregnated, crane drops to lowest order；G. cylinder body, hanging basket and crane are moved horizontally to unhook station；H. crane rise to extreme position after from unhook station be moved horizontally to holder basket station make hanging basket again be hooked on suspended axle；I. crane carries out next circulation after dropping to extreme position.
- 7. the continuous dipping method of a kind of vacuum continuous impregnation dehydrator as claimed in claim 6, it is characterised in that: the glide direction line between described impregnation station and holder basket station is parallel with the glide direction line of holder basket station and unhook station.
- 8. the continuous dipping method of a kind of vacuum continuous impregnation dehydrator as claimed in claim 7, it is characterised in that: described impregnation station, unhook station are respectively positioned on the same side of holder basket station.
- 9. the continuous dipping method of a kind of vacuum continuous impregnation dehydrator as claimed in claim 6, it is characterised in that: the glide direction line between described impregnation station and holder basket station is vertical with the glide direction line of holder basket station and unhook station.
- 10. the continuous dipping method of a kind of vacuum continuous impregnation dehydrator as claimed in claim 6, it is characterized in that: casing internal slides in the downstream of holder basket station and is provided with remaining liquid dish, after hanging basket immersion completes to hang suspended axle again, during the lower section that cylinder body suitable for reading drops to remaining liquid dish, more than before circulation link chain runs, the indirect liquid making downstream port edge suitable for reading that remaining liquid disc portion is in hanging basket and cylinder body drawn close by liquid dish to cylinder body, and major cycle chain stops after the hanging basket removal cylinder body scope after immersion, remaining liquid dish is returned to initial position.
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| CN201610117798.7A CN105775740B (en) | 2016-03-02 | 2016-03-02 | Vacuum continuously immerses the immersion system of dryer and its continuous dipping method |
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| CN201610117798.7A CN105775740B (en) | 2016-03-02 | 2016-03-02 | Vacuum continuously immerses the immersion system of dryer and its continuous dipping method |
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| CN108855791A (en) * | 2018-06-19 | 2018-11-23 | 张家港市益成机械有限公司 | Intelligent vacuum continuously immerses dryer |
| CN109261457A (en) * | 2018-10-17 | 2019-01-25 | 张家港市双成电工设备有限公司 | A kind of environmental protection impregnating equipment and its dipping method |
| CN110053118A (en) * | 2019-04-29 | 2019-07-26 | 盐城工学院 | A kind of reciprocating cotton stalk core-skin separator |
| CN112090682A (en) * | 2020-09-16 | 2020-12-18 | 王乐乐 | Immersion oil cleaning integrated system for machining automobile valve guide pipe |
| CN113277316A (en) * | 2021-06-11 | 2021-08-20 | 南通拓普新型建材有限公司 | Glass fiber yarn circulating infiltration system |
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