CN206025136U - Pneumatic dehydration mechanism - Google Patents
Pneumatic dehydration mechanism Download PDFInfo
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- CN206025136U CN206025136U CN201620599410.7U CN201620599410U CN206025136U CN 206025136 U CN206025136 U CN 206025136U CN 201620599410 U CN201620599410 U CN 201620599410U CN 206025136 U CN206025136 U CN 206025136U
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Abstract
The utility model provides a pneumatic dehydration mechanism, mechanism, absorb water mechanism, switching -over negative pressure suction institution and connect the vegetable dish down absorb water on including. On absorb water the mechanism and locate and connect vegetable dish top and absorb water the mechanism on, and include pneumatic elevating system, sponge water absorber and updraft type water pipe, sponge water absorber with connect the vegetable dish to set up relatively, pneumatic elevating system connects sponge water absorber for controlling sponge water absorber and connecing the vegetable dish to contact or separate, sponge water absorber passes through updraft type water swivel intercommunication updraft type water pipe, and switching -over negative pressure suction institution is connected to the updraft type water pipe other end. Under absorb water the mechanism and locate and connect vegetable dish below, the mechanism that absorbs water down includes water filtering device and downdraught water pipe, water filtering device hugs closely in connecing the vegetable dish bottom plate to the intercommunication connects the drainage hole of vegetable dish bottom plate, and water filtering device passes through downdraught water swivel intercommunication downdraught water pipe, and switching -over negative pressure suction institution is connected to the downdraught water pipe other end. Structure scientific and reasonable, dewatering effect is good.
Description
Technical field
This utility model is related to Thallus Porphyrae technical field of processing equipment, and in particular to a kind of dewatering device.
Background technology
During Thallus Porphyrae is processed, the dehydration of traditional Thallus Porphyrae cake is carried out using machine driving, due to receiving
The impact of mechanical transmission lubrication, inevitably has oil lubrication fat drips to fall and connects in vegetable dish, cause oily pollution to Thallus Porphyrae, make
Thallus Porphyrae hygienic quality into production is poor.
And existing dewatering device is dehydrated using bottom or dehydration is carried out up and down simultaneously, this dewatering type is needed
Using powerful air-introduced machine, and soaking effect is undesirable, and is directly absorbed water using air-introduced machine, also easily makes part water
Divide and enter in air-introduced machine with air, air-introduced machine is damaged.
Utility model content
The pneumatic dewatering device that the purpose of this utility model is to provide, solves above-mentioned one of the prior art or many
It is individual.
This utility model provides pneumatic dewatering device, including upper water-absorption mechanism, lower water-absorption mechanism, commutation negative pressure-pumping machine
Structure and connect vegetable dish.Upper water-absorption mechanism located at connecing above vegetable dish, upper water-absorption mechanism include air lifter, sponge sucks in water device and on
Suction hose, sponge sucks in water, and device is oppositely arranged with vegetable dish is connect, air lifter connection sponge sucks in water device, and for control, sponge sucks in water
Device with connect vegetable dish and contact or separate, by suction hose on upper water suction fittings, the upper suction hose other end connects for sponge sucks in water device
Meet commutation negative pressure-pumping mechanism.Located at connecing below vegetable dish, lower water-absorption mechanism includes water treatment plant and lower suction hose to lower water-absorption mechanism,
Water treatment plant is close to and connects vegetable dish base plate, and connection connects the treatment hole of vegetable dish base plate, and water treatment plant is by lower water suction fittings
Lower suction hose, lower suction hose other end connection commutation negative pressure-pumping mechanism.Commutation negative pressure-pumping mechanism is used for controlling water scooping machine
Structure and lower water-absorption mechanism alternately draw the moisture of the Thallus Porphyrae cake connect on vegetable dish.
The pneumatic dewatering device that this utility model is provided, the moisture for connecing the wet Thallus Porphyrae cake on vegetable dish are replaced by water suction up and down
Carry out, reduce blower fan load, it is only necessary to using the blower fan of lower-wattage, can just reach larger negative pressure, realize to being purple
In rape cake, the pressure of moisture is suctioned out, and makes Thallus Porphyrae cake fast shaping, is reached the shortening dehydration shaping time and is reduced Thallus Porphyrae cake moisture content
Technique effect, so as to reduce the drying cost of Thallus Porphyrae, improve Thallus Porphyrae cake Forming Quality.And whole dehydration is to adopt gas
Dynamic control transmission, it is not necessary to use lubricating oil, it is to avoid oily pollution is caused to Thallus Porphyrae cake.
In some embodiments, commutation negative pressure-pumping mechanism includes air-introduced machine and suction box, and water suction upper box part passes through steel
Pipe is connected with air-introduced machine, and suction box two sides are respectively equipped with the first side water sucking mouth and the second side water sucking mouth, the first side water sucking mouth
Suction hose in connection, the lower suction hose of the second side water sucking mouth connection.
In some embodiments, dividing plate and valve plate is provided with suction box, and dividing plate one end is connected with the bottom fixation of suction box
Connect, the other end is connected with support base, suction box is externally provided with the piston rod of the first cylinder and swing arm, swing arm one end and the first cylinder and cuts with scissors
Connect, the other end is sheathed in rotary shaft, rotary shaft is installed on support base, valve plate is sheathed in rotary shaft, valve plate can left and right pendulum
Dynamic conflict with suction box two side top is connected, and valve plate is used for controlling the upper suction hose of air-introduced machine connection or lower suction hose.
Rotated by the piston rod lift band movable pendulum arm of the first cylinder, so as to axle rotation is rotated, can thus be controlled
The valve plate for being sheathed on rotary shaft swings, and is connected when valve plate turns to contradict with the side wall of the first side water sucking mouth place suction box
When, dividing plate, valve plate, the side wall of suction box and the first side water sucking mouth limit a space, and make the first side water sucking mouth not with suction
The steel pipe connection of water tank upper connection, so that the upper suction hose of the first side water sucking mouth of connection is not connected with the air-introduced machine for connecting steel pipe
It is logical.And now, the steel pipe connection that the second side water sucking mouth is connected with water suction upper box part, so as to connect air-introduced machine, when air-introduced machine air inducing,
Negative pressure is formed, so as to realize the lower suction hose water suction connected with the second side water sucking mouth.Likewise, when valve plate is turned to and the second side
When the side wall of water sucking mouth place suction box contradicts connection, also according to above-mentioned principle, what realization was connected with the first side water sucking mouth
Upper suction hose water suction.So, be achieved that be Thallus Porphyrae cake upper and lower absorption alternately.It is rational in infrastructure, it is easy to operate, and
Because being provided with suction box between upper suction hose and air-introduced machine, lower suction hose and air-introduced machine, thus, it is either upper to absorb water, or under
Water suction, air-water mixture Jing suction boxs are slowed down, and as the proportion of water is heavier than air, water can deposit to the bottom of suction box, so as to
Realize gas-water separation, it is to avoid moisture enters air-introduced machine, air-introduced machine is damaged.
In some embodiments, air lifter includes fixed mount, extruding disk, the second cylinder and two guide posts,
Second vertical cylinder is arranged on fixed mount, and its piston rod connects extruding disk, and guide post upper bar wore leading on fixed mount
Xiang Kongzhong, bottom shaft connection extruding disk, the second cylinder are located between two guide posts, device back side connection extruding that sponge sucks in water
Disk.When absorbing water on needs, the piston rod of the second cylinder declines, and so as to drive extruding disk to decline, sponge sucks in water that device is close to for control
The wet Thallus Porphyrae cake connect in vegetable dish is absorbed water.When going up water suction, the piston rod of the second cylinder rises, so as to drive extruding
Disk rises, and sponge sucks in water that device is separated with vegetable dish is connect for control.Whole work process does not use mechanical transmission mechanism, it is not necessary to use
Lubricating oil, it is to avoid the oily pollution of Thallus Porphyrae cake.
In some embodiments, sponge sucks in water, and device includes sponge seat and sponge, and sponge is fixedly connected with sponge seat, sponge
Extruding tray bottom is fixed at the seat back side, and the plane that sponge seat is contacted with sponge is radially provided with multiple return flumes, and centre is provided with back
Water hole, multiple return flumes connect backwater hole, and backwater hole is by suction hose on upper water suction fittings.Absorbed by sponge and connect vegetable dish
In wet Thallus Porphyrae cake moisture, by sponge seat hydrops, and moisture is taken away by upper suction hose, scientific structure, water suction is uniform,
Thallus Porphyrae cake is avoided to occur the phenomenon of skewness because of dehydration.
In some embodiments, water treatment plant includes pallet and tray seat, and pallet is installed on tray seat, and tray seat sets
Have axially through hollow pipe, tray substrate is evenly distributed with several drainage holes, the drainage hole connection hollow pipe of pallet, pallet
It is connected with connecing vegetable dish bottom and contradicting, the drainage hole connection of pallet connects the treatment hole of vegetable dish, and hollow pipe is by lower water suction fittings
Lower suction hose.The moisture for connecing the wet Thallus Porphyrae cake in vegetable dish is evenly distributed with several drainage holes by tray substrate and is sucked away, and ties
Structure science, water suction are uniform, it is to avoid the phenomenon of skewness occurs because of dehydration in Thallus Porphyrae cake.
Description of the drawings
A kind of structural representation of the pneumatic dewatering device of embodiment that Fig. 1 is provided for this utility model；
A kind of front view of the suction box of embodiment that Fig. 2 is provided for this utility model；
A kind of front view of the air-introduced machine of embodiment that Fig. 3 is provided for this utility model；
A kind of structural representation of embodiment that Fig. 4 is provided for this utility model sponge sucks in water device；
A kind of schematic diagram of the sponge seat of embodiment that Fig. 5 is provided for this utility model.
Specific embodiment
With reference to Figure of description, this utility model is described in more detail：
As shown in figure 1, the utility model discloses pneumatic dewatering device, including upper water-absorption mechanism 10, lower water-absorption mechanism 20,
Commutate negative pressure-pumping mechanism 30 and connect vegetable dish 40.
Wherein, commutate negative pressure-pumping mechanism 30 and replace absorption and connect dish for controlling water-absorption mechanism 10 and lower water-absorption mechanism 20
The moisture of the wet Thallus Porphyrae cake on disk 40.As shown in Figure 2,3, commutation negative pressure-pumping mechanism 30 includes air-introduced machine 31 and suction box 32,
32 top of suction box is connected with air-introduced machine 31 by steel pipe, and 32 two sides of suction box are respectively equipped with the first side water sucking mouth 33 and
Two sides water sucking mouth 34.
The bottom welding of dividing plate 321 and valve plate 322,321 one end of dividing plate and suction box 32, the other end is provided with suction box 32
It has been connected by screw support base 325.Suction box 32 is externally provided with the first cylinder 323 and swing arm 324,324 one end of swing arm and first
The piston rod of cylinder 323 is hinged, and the other end is sheathed in rotary shaft, and is connected with flat key.Rotary shaft is installed on by bearing and is propped up
On support seat 325, valve plate 322 is sheathed in rotary shaft, and is connected with flat key.Valve plate 322 can swing with 32 liang of suction box
The top of side wall contradicts connection, and valve plate 322 is used for controlling the upper suction hose 13 of the connection of air-introduced machine 31 or lower suction hose 22.
In order to ensure the seriality of operation, connect vegetable dish 40 and be arranged on removable handing-over frame, on handing-over frame, be longitudinally provided with number
Group even frame, per group of company's frame are transversely embedded with and several connect vegetable dish 40.When on per group of company's frame connect vegetable dish 40 be dehydrated after the completion of, join frame
It is moved to next group and connects frame continuation dehydration.Preferred version is that per group of company's frame is transversely embedded with 20 and connects vegetable dish 40, equivalent to two
Ten connect vegetable dish 40 and are dehydrated for one group.
Wherein, located at connecing above vegetable dish 40, upper water-absorption mechanism 10 includes air lifter 11, sponge to upper water-absorption mechanism 10
Water aspirator 12 and upper suction hose 13, sponge sucks in water, and device 12 is oppositely arranged with vegetable dish 40 is connect, and connection sponge inhales air lifter 11
Hydrophone 12, for control sponge sucks in water device 12 with connect vegetable dish 40 and contact or separate, sponge sucks in water device 12 is by upper water suction joint
The upper suction hose 13 of 14 connections, 13 other end of upper suction hose connection commutation negative pressure-pumping mechanism 30.
Air lifter 11 includes fixed mount 111, extruding disk 112, the second cylinder 113 and two guide posts 114.Second
Cylinder 113 is vertically mounted on fixed mount 111 by flange, and is fastened with soket head cap screw.The tailpiece of the piston rod of the second cylinder 113
There is external screw thread in portion, is connected with extruding disk 112 by screw, and uses nut positioning and locking.114 upper bar of guide post was worn and was fixed
In pilot hole on frame 111, the bottom shaft screw thread for having copper sheathing, guide post 114 in pilot hole is connected with extruding disk 112, the
Two cylinders 113 are located between two guide posts 114.Guide post 114 ensure that the stablizing in ascending and descending process of extruding disk 112
Property.
As shown in Figure 4,5, sponge sucks in water, and device 12 includes sponge seat 121 and sponge 122.Sponge seat 121 is arranged on extruding disk
112 bottoms, 121 back side of sponge seat and 112 bottom end face seal with O ring of extruding disk, and with four tack sunk screws and spiral shell
Mother is fixedly connected with 112 base plate of extruding disk.121 material of sponge seat is nylon 1010, and sponge seat 121 is evenly equipped with one at periphery
Circle aperture, sponge 122 is stitched together with the uniform aperture on sponge seat with plastic cord, so that sponge 122 and sponge seat
121 are fixedly connected.The plane that sponge seat 121 is contacted with sponge 122 is radially provided with multiple return flumes 123, and centre is provided with backwater
Hole 124, the connection backwater hole 124 of multiple return flumes 123.Upper water suction joint 14 is welded on extruding disk 112, and backwater hole 124 passes through
Upper water suction joint 14 connects upper suction hose 13.The moisture of the wet Thallus Porphyrae cake connect in vegetable dish 40 is absorbed by sponge 122, by sponge
121 hydrops of seat, and moisture is taken away by upper suction hose 13, scientific structure, water suction is uniform, it is to avoid Thallus Porphyrae cake is because of dehydration appearance point
The uneven phenomenon of cloth.
Because the vegetable dish 40 that connects of one group of dehydration is provided with 20, corresponding sponge sucks in water that device 12 is provided with 20, so
Sponge seat 121 just has 20, and so as to the upper water suction joint 14 welded on extruding disk 112 has 20, per ten, upper water suction connects
14 are connected with a C-shaped house steward by transparent wired hose and upper suction hose 13, and so, C-shaped house steward is provided with two sets.Two C
Shape house steward connects the first side water sucking mouth 33 of suction box 32 by PVC transparent wired hose.
When absorbing water on needs, the piston rod of the second cylinder 113 declines, and so as to drive extruding disk 112 to decline, controls sponge
The wet Thallus Porphyrae cake that the sponge 122 of water aspirator 12 is close to connect in vegetable dish 40 is absorbed water.When water suction need not be gone up, the second cylinder
113 piston rod rises, so as to drive extruding disk 112 to rise, the sponge 122 of control sponge sucks in water device 12 with connect 40 points of vegetable dish
From.Whole work process does not use mechanical transmission mechanism, it is not necessary to use lubricating oil, it is to avoid the oily pollution of Thallus Porphyrae cake.
Located at connecing below vegetable dish 40, lower water-absorption mechanism 20 includes water treatment plant 21 and lower suction hose 22 to lower water-absorption mechanism 20,
Water treatment plant 21 is close to and connects 40 base plate of vegetable dish, and connection connects the treatment hole of 40 base plate of vegetable dish, and water treatment plant 21 is by lower water suction
The lower suction hose 22 of the connection of joint 23, lower 22 other end of suction hose connection commutation negative pressure-pumping mechanism 30.
Water treatment plant 21 includes pallet 211 and tray seat 212, and pallet 211 is installed on tray seat 212.211 periphery of pallet
Lower end is stuck in 212 hole of tray seat, and lower surface plane positioning is fixed with tray seat 212 with soket head cap screw, wherein pallet 211
Material is nylon 1010.Tray seat 212 be provided with axially through hollow pipe 213,211 base plate of pallet is evenly distributed with several
Water hole, the drainage hole connection hollow pipe 213 of pallet 211, pallet 211 are connected with connecing 40 bottom of vegetable dish and contradicting, the drainage hole of pallet
Connection connects the treatment hole of vegetable dish 40, and hollow pipe 213 is welded by the lower suction hose 22 of lower water suction joint 23 connection, lower water suction joint 23
In 212 bottom of tray seat.
Because the vegetable dish 40 that connects of one group of dehydration is provided with 20, corresponding pallet 211 is provided with 20, corresponding lower suction
Water pipe 22 is provided with 20, and 22 points four groups of 20 lower suction hoses are connected under one and absorb water in house steward, and lower water suction house steward is four,
The house steward that absorbs water under four connects the second side water sucking mouth 34 of suction box 32 by PVC transparent wired hose.
So, during lower dehydration, the moisture of one group of wet Thallus Porphyrae cake connect in vegetable dish 40 is evenly distributed with by 211 base plate of pallet
Several drainage holes are sucked away, scientific structure, and water suction is uniform, it is to avoid the phenomenon of skewness occurs because of dehydration in Thallus Porphyrae cake.
Operation principle：Rotated by the piston rod lift band movable pendulum arm of the first cylinder 323, so as to axle rotation is rotated,
The valve plate 322 that can thus control to be sheathed on rotary shaft swings.It is located with the first side water sucking mouth 33 when valve plate 322 is turned to
When the side wall of suction box 32 contradicts connection, dividing plate 321, valve plate 322, the side wall of suction box 32 are limited with the first side water sucking mouth 33
One space, and connect the steel pipe that the first side water sucking mouth 33 is not connected with 32 top of suction box, so that the first side of connection is inhaled
The upper suction hose 13 at the mouth of a river 33 is not connected with the air-introduced machine 31 for connecting steel pipe.And now, the second side water sucking mouth 34 and suction box 32
The steel pipe connection of top connection, so as to connect air-introduced machine 31, when 31 air inducing of air-introduced machine, forms negative pressure, so as to realize and the second side
The lower suction hose 22 of the connection of water sucking mouth 34 absorbs water.Likewise, when valve plate 322 is turned to and 34 place suction box of the second side water sucking mouth
When 32 side wall contradicts connection, also according to above-mentioned principle, realize that the upper suction hose 13 connected with the first side water sucking mouth 33 is inhaled
Water.So, be achieved that be Thallus Porphyrae cake upper and lower absorption alternately.It is rational in infrastructure, it is easy to operate, and because upper water suction
Suction box 32 is provided between pipe 13 and air-introduced machine 31, lower suction hose 22 and air-introduced machine 31, thus, it is either upper to absorb water, or under
Water suction, air-water mixture Jing suction boxs 32 are slowed down, and as the proportion of water is heavier than air, water can deposit to the bottom of suction box 32,
So as to realize gas-water separation, it is to avoid moisture enters air-introduced machine 31, and air-introduced machine is damaged.
And, what is absorbed water up and down is realized by the detection signal automatic feedback of photoswitch, the first gas
During the lifting of the piston rod of cylinder 323 by photoswitch detect feedback, so as to realize what is absorbed water up and down, operation automation and
It is accurate.
The pneumatic dewatering device that this utility model is provided, the moisture for connecing the wet Thallus Porphyrae cake on vegetable dish 40 are handed over by water suction up and down
For carrying out, blower fan load is reduced, it is only necessary to using the blower fan of lower-wattage, can just reach larger negative pressure, realize to being
In Thallus Porphyrae cake, the pressure of moisture is suctioned out, and makes Thallus Porphyrae cake fast shaping, reaches the shortening dehydration shaping time and reduction Thallus Porphyrae cake is aqueous
The technique effect of rate, so as to reduce the drying cost of Thallus Porphyrae, improves Thallus Porphyrae cake Forming Quality.And whole dehydration is to adopt
Pneumatic control transmission, it is not necessary to use lubricating oil, it is to avoid oily pollution is caused to Thallus Porphyrae cake.
The above is only some embodiments of the present utility model.For the person of ordinary skill of the art, not
On the premise of departing from this utility model creation design, some deformations and improvement can also be made, these belong to this utility model
Protection domain.
Claims (6)
1. pneumatic dewatering device, it is characterised in that including upper water-absorption mechanism (10), lower water-absorption mechanism (20), commutation negative pressure-pumping
Mechanism (30) and vegetable dish (40) is connect,
Described upper water-absorption mechanism (10) are connect above vegetable dish (40) located at described, and described upper water-absorption mechanism (10) include pneulift
With described, structure (11), sponge sucks in water device (12) and upper suction hose (13), sponge sucks in water the device (12) connect that vegetable dish (40) is relative to be set
Put, described air lifter (11) connection is described sponge sucks in water device (12), for controlling sponge sucks in water device (12) and the institute
State and connect vegetable dish (40) and contact or separate, described sponge sucks in water that device (12) connects the upper suction hose by upper water suction joint (14)
(13), upper suction hose (13) other end connection commutation negative pressure-pumping mechanism (30)；
Described lower water-absorption mechanism (20) are connect below vegetable dish (40) located at described, and described lower water-absorption mechanism (20) include water treatment plant
(21) and lower suction hose (22), water treatment plant (21) be close to it is described connect vegetable dish (40) base plate, and connect vegetable dish described in connecting
(40) treatment hole of base plate, described water treatment plant (21) connect lower suction hose (22) by lower water suction joint (23), described
Lower suction hose (22) other end connection commutation negative pressure-pumping mechanism (30)；
Commutation negative pressure-pumping mechanism (30) is used for controlling upper water-absorption mechanism (10) and the lower water-absorption mechanism (20) is handed over
For the moisture of the Thallus Porphyrae cake connect described in absorption on vegetable dish (40).
2. pneumatic dewatering device according to claim 1, it is characterised in that commutation negative pressure-pumping mechanism (30) include
Air-introduced machine (31) and suction box (32), suction box (32) top are connected with the air-introduced machine (31) by steel pipe, described
Suction box (32) two sides are respectively equipped with the first side water sucking mouth (33) and the second side water sucking mouth (34), first side water sucking mouth
(33) upper suction hose (13) are connected, second side water sucking mouth (34) connects lower suction hose (22).
3. pneumatic dewatering device according to claim 2, it is characterised in that is provided with dividing plate in suction box (32)
(321) and valve plate (322), described dividing plate (321) one end is fixedly connected with the bottom of the suction box (32), and the other end is connected with
Support base (325), suction box (32) are externally provided with the first cylinder (323) and swing arm (324), described swing arm (324) one end with
The piston rod of the first cylinder (323) is hinged, and the other end is sheathed in rotary shaft, and the rotary shaft is installed on the support base
(325) on, valve plate (322) are sheathed in the rotary shaft, and valve plate (322) are can swinging with the suction box
(32) top of two side contradicts connection, and described valve plate (322) are used for controlling the air-introduced machine (31) the connection upper suction hose
Or the lower suction hose (22) (13).
4. pneumatic dewatering device according to claim 1, it is characterised in that described air lifter (11) include fixing
Frame (111), extruding disk (112), the second cylinder (113) and two guide posts (114), the second cylinder (113) right angle setting
On the fixed mount (111), its piston rod connects extruding disk (112), and guide post (114) upper bar wore institute
State in the pilot hole on fixed mount (111), bottom shaft connects extruding disk (112), described second cylinder (113) are located at two
Between individual the guide post (114), sponge sucks in water device (12) back side connects extruding disk (112).
5. pneumatic dewatering device according to claim 4, it is characterised in that described sponge sucks in water that device (12) includes sponge seat
(121) and sponge (122), sponge (122) are fixedly connected with sponge seat (121), and sponge seat (121) back side is fixed on
Extruding disk (112) bottom, the plane that sponge seat (121) are contacted with the sponge (122) are radially provided with multiple times
Tank (123), centre are provided with backwater hole (124), and multiple described return flume (123) connect backwater hole (124), the backwater
Hole (124) connects upper suction hose (13) by upper water suction joint (14).
6. pneumatic dewatering device according to claim 1, it is characterised in that described water treatment plant (21) include pallet
(211) and tray seat (212), pallet (211) are installed on the tray seat (212), and tray seat (212) are provided with axle
To the hollow pipe (213) of insertion, pallet (211) base plate is evenly distributed with several drainage holes, under pallet (211)
Water hole connect hollow pipe (213), pallet (211) with it is described connect vegetable dish (40) bottom contradict be connected, the pallet
The treatment hole of vegetable dish (40) is connect described in drainage hole connection, and described hollow pipe (213) connect institute by lower water suction joint (23)
State lower suction hose (22).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620599410.7U CN206025136U (en) | 2016-06-17 | 2016-06-17 | Pneumatic dehydration mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620599410.7U CN206025136U (en) | 2016-06-17 | 2016-06-17 | Pneumatic dehydration mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206025136U true CN206025136U (en) | 2017-03-22 |
Family
ID=58313447
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620599410.7U Active CN206025136U (en) | 2016-06-17 | 2016-06-17 | Pneumatic dehydration mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206025136U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107059148A (en) * | 2017-05-07 | 2017-08-18 | 浙江聚宝尼龙科技有限公司 | Multi-functional de-watering apparatus is used in fishing monofilament yarn manufacture |
| CN109571922A (en) * | 2018-12-12 | 2019-04-05 | 合肥信达膜科技有限公司 | Water removal device of tube film of film blowing machine |
| CN109770395A (en) * | 2019-03-11 | 2019-05-21 | 任艳平 | A kind of foot-operated seaweed centrifugation tiling water dumping one is mechanical |
| CN113085228A (en) * | 2021-03-23 | 2021-07-09 | 东莞市金恒晟新材料科技有限公司 | From type surface treatment device for membrane production |
-
2016
- 2016-06-17 CN CN201620599410.7U patent/CN206025136U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107059148A (en) * | 2017-05-07 | 2017-08-18 | 浙江聚宝尼龙科技有限公司 | Multi-functional de-watering apparatus is used in fishing monofilament yarn manufacture |
| CN109571922A (en) * | 2018-12-12 | 2019-04-05 | 合肥信达膜科技有限公司 | Water removal device of tube film of film blowing machine |
| CN109770395A (en) * | 2019-03-11 | 2019-05-21 | 任艳平 | A kind of foot-operated seaweed centrifugation tiling water dumping one is mechanical |
| CN109770395B (en) * | 2019-03-11 | 2021-12-03 | 浙江龙谱科技有限公司 | Pedal type laver centrifugal, flat-laying and water-throwing integrated machine |
| CN113085228A (en) * | 2021-03-23 | 2021-07-09 | 东莞市金恒晟新材料科技有限公司 | From type surface treatment device for membrane production |
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