CN209428597U - Vacuum web continuous coating system and its transfer chamber unit used - Google Patents
Vacuum web continuous coating system and its transfer chamber unit used Download PDFInfo
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- CN209428597U CN209428597U CN201822173714.9U CN201822173714U CN209428597U CN 209428597 U CN209428597 U CN 209428597U CN 201822173714 U CN201822173714 U CN 201822173714U CN 209428597 U CN209428597 U CN 209428597U
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Abstract
The utility model discloses a kind of vacuum web continuous coating system and its transfer chamber units used, belong to vacuum continuous coating technical field, a kind of vacuum web continuous coating transition shipping bill member are provided, to realize to vacuum requirement needed for vacuum coating system；A kind of system that can be realized and carry out continuous vacuum coating to band is also provided, needs for all process equipments and cabin need to all be placed in totally enclosed big vacuum cabin in coating system first to solve the problems, such as.Can transfer chamber unit only be arranged on the conveying track of band disengaging vacuum coating area two sides in the utility model, and then transfer passage corresponding to conveying track of the realization to band carries out isolating seal, effectively ensures the vacuum environment formed inside vacuum coating area；Therefore the utility model no setting is required totally enclosed big vacuum cabin is the entire transfer passage etc. of unreeling structure, rolling-up mechanism, vacuum coating area and band to be enclosed in inside the big vacuum chamber body.
Description
Technical field
The utility model relates to vacuum continuous coating technical field more particularly to a kind of vacuum web continuous coating system and
Transfer chamber unit used in the system.
Background technique
Commonly a kind of vacuum web coating apparatus is flush system vacuum equipment for industry at present, and the device is by pretreatment module
Room, plated film cabin, unreeling structure, rolling-up mechanism and vacuum system etc. are constituted；All process equipments of the equipment and cabin need complete
Portion is placed in totally enclosed big vacuum cabin, to meet vacuum coating requirement.The equipment has following defect in actual production:
A, the equipment mechanism is complicated, and system is huge, while needing for armamentarium to be placed in vacuum system, to cause
Equipment takes up a large area, and equipment manufacturing costs are high.
B, the big vacuum cabin of the equipment is larger, vacuumizes difficulty, and one defective material of dismounting can take a substantial amount of time and the energy, because
And the production cost of product is virtually improved, reduce production efficiency.
C, the equipment completely cuts off completely with atmosphere outside, therefore when coiled strip completion plated film needs replacing material,
It just needs vacuum breaker to charge and vacuumize again again, cannot achieve continuous production.
Another common band coating apparatus of industry at present is vertical cylinder vacuum equipment, only one circle of the device
Tubular vacuum chamber, vacuum chamber is interior to include retractable volume mechanism, film guide roller mechanism, film-coating mechanism etc.；The system is in actual production
It is had the following deficiencies: in journey
A, the equipment vacuum interior space is small, therefore is only used for the good softwood matter thin-film material plated film of bending performance, right
It is not applicable in thicker plate material or harder plate.
B, only one Totally enclosed vacuum room of the equipment is as the coating system of front, after completing a coiled strip plated film, needs
It wants vacuum breaker to be dismounted, cannot achieve continuous production.
C, the drying of only one smaller Totally enclosed vacuum room of the equipment, only plated film and two techniques of plated film can be received
Into vacuum chamber, in addition the techniques such as cleaning of film must be handled using other equipment, the processing step quilt of equipment processing
When being split to two equipment, it reduce the quality of coated product.
Utility model content
The technical issues of the utility model solves is to provide a kind of vacuum web continuous coating transition shipping bill member, to reality
Now to vacuum requirement needed for vacuum coating system.In addition the utility model also provides one kind and can be realized to band progress continuously
The system of vacuum coating needs all process equipments and cabin need to all be placed in full envelope in coating system first to solve
Problem in the big vacuum cabin closed.
The technical scheme adopted by the utility model to solve the technical problem is as follows: vacuum web continuous coating transition shipping bill
Member, the transfer chamber unit include the cabin of the both ends open surrounded by the siding of surrounding, are respectively band at the both ends of cabin
Inlet port and outlet port, at least provided with one piece of partition in cabin, on partition penetratingly offer allow band pass through
Band-like through-hole；At least side of every piece of partition is provided with one group of sealing mechanism, the sealing mechanism include upper sealed roller, under
The two sides of the conveying track of band are arranged in mirror symmetry for sealed roller and end part seal plate, upper sealed roller and lower sealed roller,
And the periphery rolling surface of upper sealed roller can simultaneously with the upper edge of band-like through-hole and the cooperation in sealing contact of the upper side of band,
The periphery rolling surface of lower sealed roller can simultaneously with the cooperation in sealing contact of the lower edge of band-like through-hole and the downside of band；In band
The corresponding edge in shape through-hole both ends is respectively arranged with end part seal plate, and the end part seal plate includes rolling with the periphery of upper sealed roller
Move the upper arc surface of face cooperation in sealing contact and the lower arc surface with the periphery rolling surface cooperation in sealing contact of lower sealed roller.
Further, the upper sealed roller can roll, the lower sealed roller can be rolled.
Further, the sealing mechanism further includes upper shaft, lower rotary shaft, upper mounting seat, lower mounting seat, upper connection
Part, lower connector, upper eccentric wheel and lower eccentric wheel；The upper shaft is rotatably mounted in cabin by upper mounting seat,
And one end of upper shaft forms after being hermetically pierced by from the side siding of cabin and drives end；The lower rotary shaft passes through lower installation
Seat is rotatably mounted in cabin, and one end of lower rotary shaft be hermetically pierced by from the side siding of cabin after form lower drive
Moved end；Upper eccentric wheel is prejudicially set in upper shaft, and one end of upper connector is actively set on eccentric wheel, on
The other end of connector is connect with the end of upper sealed roller；Lower eccentric wheel is prejudicially set on lower rotary shaft, and lower connector
One end be actively set on lower eccentric wheel, the other end of lower connector is connect with the end of lower sealed roller.
Further, the sealing mechanism further includes upper supporting piece and lower support element；Pacify one end of the upper supporting piece
In cabin, the other end of upper supporting piece is connect with the end of upper sealed roller, and elastic buffer is provided in the middle part of upper supporting piece
Part；One end of the lower support element is mounted in cabin, and the other end of lower support element is connect with the end of lower sealed roller, in lower branch
Resilient snubber is provided in the middle part of support member.
Further, being respectively arranged with one group of sealing mechanism in the two sides of every piece of partition.
Further, being located at the corresponding end of feed inlet in cabin and/or being located at the corresponding end setting of discharge port
There is partition, and the side inside cabin is provided with one group of sealing mechanism in partition.
Further, upper sealed roller is consistent with the structure of lower sealed roller, the outer diameter of upper sealed roller and lower sealed roller is not small
In the half of the width of band-like through-hole, the length of upper sealed roller and lower sealed roller is greater than the length of band-like through-hole；Upper sealed roller and
The periphery of lower sealed roller is provided with one layer of plastic material layer or rubber material layer.
Further, the through-hole knot that the band-like through-hole is surrounded by the circle baffle being arranged along band-like through-hole wall
Structure, and the baffle extends outwardly setting after being pierced by towards the side for being provided with sealing mechanism from the side of partition, it is described
End part seal plate is a part of the baffle of band-like through-hole both ends corresponding position.
In addition, the utility model also provides a kind of vacuum web continuous coating system, including vacuum coating area, further include on
Transfer chamber unit described in the utility model；It is the feed side of band in the side in vacuum coating area, in the another of vacuum coating area
Side is the exit side of band, has been arranged in series at least one with being tightly connected in vacuum coating area feed side and vacuum coating area
Transfer chamber unit has been arranged in series at least one transition shipping bill with being tightly connected in vacuum coating area exit side and vacuum coating area
Member.
Further, the transfer chamber unit in the setting of vacuum coating area feed side is 4-20, go out in vacuum coating area
The transfer chamber unit for expecting side setting is 4-20；In the transfer chamber unit of vacuum coating area feed side setting and in vacuum coating area
The quantity of the transfer chamber unit of exit side setting is consistent；Feed pretreatment is provided with being sequentially connected in series in vacuum coating area to set
Standby, vacuum coating equipment and discharging processing equipment, are set to the transfer chamber unit and feed pretreatment of vacuum coating area feed side
Equipment is tightly connected, and the transfer chamber unit and discharging processing equipment for being set to vacuum coating area exit side are tightly connected.
The beneficial effects of the utility model are: vacuum web continuous coating system described in the utility model, it can be only in band
Material, which passes in and out, is arranged transfer chamber unit on the conveying track of vacuum coating area two sides, and then realizes corresponding to the conveying track to band
Transfer passage carry out isolating seal, effectively ensure the vacuum environment formed inside vacuum coating area；Therefore this is practical
Novel no setting is required totally enclosed big vacuum cabin with by unreeling structure, rolling-up mechanism, vacuum coating area and its internal unit with
And entire transfer passage of band etc. is enclosed in inside the big vacuum chamber body, and only need in the equipment in vacuum coating area into
Row vacuumizes, while effectively realizing the sealing to band access way by transfer chamber unit.It is practical by using this
After the novel transfer chamber unit, entire coating system can be effectively reduced and vacuumize range and difficulty, the device is complicated for reduction
Degree, and during replace band will not vacuum state in breaking vacuum plated film area, can satisfy continuous coating and produce
Purpose.
Detailed description of the invention
Fig. 1 is the stereoscopic schematic diagram of transfer chamber unit described in the utility model；
Fig. 2 is the cross-sectional view of transfer chamber unit described in the utility model；
Fig. 3 is the cross-sectional view of Section A-A in Fig. 2；
Fig. 4 is the partial enlargement diagram of right part in Fig. 2；
Fig. 5 is that connector and sealed roller are arranged in Fig. 4 is schematic diagram when being connect by eccentric wheel；
Fig. 6 installs structural schematic diagram when sealed roller using supporting element in the case where being Fig. 4；
Fig. 7 is the structural schematic diagram of partition and end part seal plate, and wherein end part seal plate is only arranged in partition unilateral side；
Fig. 8 is the cross-sectional view of Fig. 7；
Fig. 9 is schematic diagram of the end part seal plate when partition two sides are respectively set on the basis of Fig. 8；
Figure 10 is the structural schematic diagram of partition and end part seal plate in the case where being provided with a circle baffle, wherein end part seal
Plate is only arranged in partition unilateral side；
Figure 11 is the cross-sectional view of Fig. 9；
Figure 12 is schematic diagram of the end part seal plate when partition two sides are respectively set on the basis of Figure 11；
Figure 13 is on the basis of fig. 4, while to be provided with corresponding structural schematic diagram in the case where a circle baffle；
Figure 14 is the schematic diagram of vacuum web continuous coating system described in the utility model；
In the figure, it is marked as cabin 1, band 2, partition 3, band-like through-hole 4, upper sealed roller 5, lower sealed roller 6, end part seal plate
7, upper arc surface 71, lower arc surface 72, upper shaft 8, lower rotary shaft 9, upper mounting seat 10, lower mounting seat 11, upper connector 12, lower company
Fitting 13, upper driving end 14, lower driving end 15, baffle 16, vacuum coating area 17, transfer chamber unit 18, upper drive mechanism 19, under
Driving mechanism 20, upper supporting piece 21, lower support element 22, resilient snubber 23, upper eccentric wheel 24, lower eccentric wheel 25.
Specific embodiment
The present invention will be further described below with reference to the accompanying drawings and specific embodiments.
As shown in Fig. 1 to Figure 14, vacuum web continuous coating described in the utility model transition shipping bill member, the mistake
The cabin 1 that shipping bill member includes the both ends open surrounded by the siding of surrounding is crossed, is respectively the charging of band 2 at the both ends of cabin 1
Mouth and discharge port penetratingly offer what permission band 2 passed through at least provided with one piece of partition 3 in cabin 1 on partition 3
Band-like through-hole 4；At least side of every piece of partition 3 is provided with one group of sealing mechanism, the sealing mechanism include upper sealed roller 5,
The conveying track of band 2 is arranged in mirror symmetry for lower sealed roller 6 and end part seal plate 7, upper sealed roller 5 and lower sealed roller 6
Two sides, and the periphery rolling surface of upper sealed roller 5 can simultaneously it is close with the upper edge of band-like through-hole 4 and the upper side of band 2
Envelope is engaged, and the periphery rolling surface of lower sealed roller 6 can be close with the lower edge of band-like through-hole 4 and the downside of band 2 simultaneously
Envelope is engaged；It is respectively arranged with end part seal plate 7 at the corresponding edge in band-like 4 both ends of through-hole, the end part seal plate 7 includes
It is sealed with the upper arc surface 71 of the periphery rolling surface cooperation in sealing contact of upper sealed roller 5 and with the periphery rolling surface of lower sealed roller 6
The lower arc surface 72 being engaged.
Using in transfer chamber unit process, corresponding band 2 enters from the feed end of cabin 1, then going out from cabin 1
Expect end output；In cabin 1, band 2 is passed through from the band-like through-hole 4 on partition 3；Divided by upper sealed roller 5 and lower sealed roller 6
Not with the cooperation in sealing contact of the upper side of band 2 and downside, while by upper sealed roller 5 and lower sealed roller 6 respectively with it is band-like
Upper edge and the lower edge cooperation in sealing contact of through-hole 4, and realized by corresponding end part seal plate 7 by 4 liang of band-like through-hole
End existing gap between partition 3 and upper sealed roller 5 and lower sealed roller 6 is sealed；It finally realizes and band 2 is being passed through
The seal isolation of the transfer passage of 3 front and rear sides of partition.Certainly, without loss of generality, further preferably set in the utility model
Setting sealed roller 5 and lower sealed roller 6 is the consistent roll structure of structure, and the outer diameter of upper sealed roller 5 and lower sealed roller 6 is arranged not
Less than the half of the width of band-like through-hole 4, the length of upper sealed roller 5 and lower sealed roller 6 is greater than the length of band-like through-hole 4, with true
The periphery rolling surface of confidential letter roller 5 can effectively be engaged with the rim seal of corresponding band-like through-hole 4.
Without loss of generality, in order to enable upper sealed roller 5 and lower sealed roller 6 are close with the upper side of band 2 and downside respectively
Fiting effect is touched in sealing-in, and upper sealed roller 5 and lower sealed roller 6 should have certain contact pressure between the surface of band 2, and
And the periphery that upper sealed roller 5 and lower sealed roller 6 can further preferably be arranged is provided with one layer of plastic material layer or rubber material
Layer can have certain deformation in upper sealed roller 5 and lower sealed roller 6 and 2 contact process of band in this way, to improve sealing effect
The materials such as polytetrafluoroethylene PTFE, rubber or polypropylene specifically can be used as corresponding plastic material layer or rubber in fruit
Material layer.Similarly, upper sealed roller 5 and lower sealed roller 6 respectively with the cooperation in sealing contact of the upper edge of band-like through-hole 4 and lower edge
There can be certain contact pressure, to ensure sealing effect.
It is furthermore preferred that since the band 2 in the utility model needs that movement is continuously conveyed, for upper 5 He of sealed roller
Lower sealed roller 6 is preferably installed using the mounting means that can be rolled, in this way can be by upper during conveying band 2
The scrolling realization of sealed roller 5 and lower sealed roller 6 is synchronous with the conveying of band 2, avoids sealed roller 5 and lower sealed roller 6 and band 2
Contact surface between produce relative sliding friction condition.Certainly, without loss of generality, the upper sealed roller 5 in the utility model is under
Sealed roller 6 is natural should to be provided with cylinder, and periphery rolling surface is contacted with surface corresponding on band 2.
More specifically, referring to shown in attached drawing 4, for preferably being used in specific structure the utility model of sealing mechanism
Following specific setting: the sealing mechanism further includes upper shaft 8, lower rotary shaft 9, upper mounting seat 10, lower mounting seat 11, upper connector
12 and lower connector 13；The upper shaft 8 is rotatably mounted in cabin 1 by upper mounting seat 10, and upper shaft 8
One end from the side siding of cabin 1 be hermetically pierced by after formed on drive end 14；The lower rotary shaft 9 passes through lower mounting seat 11
Rotatably be mounted in cabin 1, and one end of lower rotary shaft 9 from the side siding of cabin 1 be hermetically pierced by after formed under
Drive end 15；One end of upper connector 12 is rotatably mounted in upper shaft 8 with upper shaft 8, the other end of upper connector 12 with
The end of upper sealed roller 5 connects；One end of lower connector 13 is rotatably mounted on lower rotary shaft 9 with lower rotary shaft 9, lower connector 13
The other end connect with the end of lower sealed roller 6.
More specifically, referring to shown in attached drawing 5, for also can be used in specific structure the utility model of sealing mechanism as
Lower specific setting: the sealing mechanism further includes upper shaft 8, lower rotary shaft 9, upper mounting seat 10, lower mounting seat 11, upper connector
12, lower connector 13, upper eccentric wheel 24 and lower eccentric wheel 25；The upper shaft 8 is rotatably installed by upper mounting seat 10
In cabin 1, and one end of upper shaft 8 from the side siding of cabin 1 be hermetically pierced by after formed on drive end 14；Under described
Shaft 9 is rotatably mounted in cabin 1 by lower mounting seat 11, and one end of lower rotary shaft 9 is from the side siding of cabin 1
Lower driving end 15 is formed after being hermetically pierced by；Upper eccentric wheel 24 is prejudicially set in upper shaft 8, and upper connector 12
One end is actively set on eccentric wheel 24, and the other end of upper connector 12 is connect with the end of upper sealed roller 5；Lower eccentric wheel
25 are prejudicially set on lower rotary shaft 9, and one end of lower connector 13 is actively set on lower eccentric wheel 25, lower connector
13 other end is connect with the end of lower sealed roller 6.
The above-mentioned specific sealing mechanism being directed in attached drawing 4 and attached drawing 5 respectively, upper mounting seat 10 can be fixedly mounted on cabin
On the inner wall of the siding of body 1, and it may be provided with ball bearing inside mounting base 10, corresponding upper shaft 8 is then from ball axis
It holds inside to pass through, to realize that upper roller bearing 8 is rotatably mounted in mounting base 10；Similarly, for lower mounting seat 11 and under
Same upper mounting seat 10 and the identical mounting structure of upper bearing (metal) 8 can also be used in shaft 9.And then by using above-mentioned specific structure
Sealing mechanism can be sequentially connected, to drive 8 turns of upper shaft with upper driving end 14 by the corresponding upper drive mechanism 19 of mating setting
It is dynamic, and then drive upper sealed roller 5 is mobile to adjust by upper connector 12；When being provided with the upper eccentric wheel 24 of eccentric connection, then
Adjusting is moved back and forth up and down for sealing wheel 5 in driving；The purpose of sealed roller 5 is the upper sealed roller 5 of final control and band 2 in adjusting
Contact pressure between upper surface；It can be connected simultaneously by the corresponding lower drive mechanism 20 of mating setting with the transmission of lower driving end 15
It connects, to drive lower rotary shaft 9 to rotate, and then drives lower sealed roller 6 is mobile to adjust by lower connector 13, when being provided with eccentric connection
Lower eccentric wheel 25 when, then to drive lower sealing wheel 6 to move back and forth up and down adjusting；The purpose for adjusting lower sealed roller 6 is finally to control
Make the contact pressure between lower 2 lower surface of sealed roller 6 and band.It is controlled respectively by the adjusting of upper sealed roller 5 and lower sealed roller 6
With the cooperation in sealing contact of the upper and lower side of band 2 and separate, additionally it is possible to be adapted to the band 2 of different-thickness.More specifically, upper drive
Motivation structure 19 and lower drive mechanism 20 can be used motor, hydraulic pressure unit either cylinder etc. and provide power source.
More specifically, the effect of upper connector 12 is to pass through turning for upper shaft 8 for connecting upper shaft 8 and upper sealed roller 5
It is dynamic, the position of upper sealed roller 5 is adjusted to drive the movement of upper connector 12.Similarly, the effect of lower connector 13 is for connecting
Lower rotary shaft 9 and lower sealed roller 6 are connect, to drive the movement of lower connector 13 to adjust the position of lower sealed roller 6.More specifically, originally
It can be respectively arranged with a upper connector 12 at the both ends of upper sealed roller 5 in utility model, it similarly can also be the two of lower sealed roller 6
End is respectively arranged with a lower connector 13.In this way, can by two connectors respectively with corresponding sealed roller two
End is attached, to improve the support effect to sealed roller.Without loss of generality, when sealed roller needs the installation knot for that can roll
When structure, the connection type that can be rolled should be adopted as between the end and connector of corresponding sealed roller.
In addition, referring to shown in attached drawing 6, for also preferably being used in specific structure the utility model of sealing mechanism such as
Lower specific setting: the sealing mechanism further includes upper supporting piece 21 and lower support element 22；It installs one end of the upper supporting piece 21
In cabin 1, the other end of upper supporting piece 21 is connect with the end of upper sealed roller 5, is arranged in the middle part of upper supporting piece 21 flexible
Bolster 23；One end of the lower support element 22 is mounted in cabin 1, the end of the other end of lower support element 22 and lower sealed roller 6
Portion's connection, is provided with resilient snubber 23 in the middle part of lower support element 22.The benefit being arranged in this way is can directly to pass through elastic buffer
The elastic buffer effect of part 23 is played to the adjusting of the automatic buffer of corresponding sealed roller, so can under certain buffer function, one
Aspect ensure sealed roller and 2 surface of band and with the cooperation in sealing contact of the upper edge of band-like through-hole 4 and lower edge, on the other hand
The band 2 of different-thickness can be adapted to.More specifically, hinged installation can be used in the one end installed on upper supporting piece 21 with cabin 1, together
Hinged installation can be used in the one end installed on reason lower support element 22 with cabin 1.In addition, above-mentioned resilient snubber 23 specifically can be used
For spring, and multiple and column distribution spring can be set as needed or use single spring.
More specifically, the wherein side of every piece of partition 3 can be provided with one group of sealing mechanism in the utility model, such as
Shown in attached drawing 4, to be provided with one group of sealing mechanism in the left side of partition 3；The left side of the partition 3 is provided with end accordingly
Portion's sealing plate 7.Without loss of generality, the utility model can also be respectively arranged with one group of sealing mechanism in the two sides of partition, correspondingly,
It then needs to be respectively arranged with corresponding end part seal plate 7 in the two sides of partition 3, specifically can refer to situation shown in attached drawing 9.
More specifically, referring to shown in attached drawing 2, the utility model is further located at the corresponding end of feed inlet in cabin 1
Portion and/or the corresponding end of discharge port is provided with partition 3, and is provided in partition 3 towards the side inside cabin 1
One group of sealing mechanism.As shown in Fig. 2, as it is located at the corresponding end of feed inlet in cabin 1 simultaneously and is located at discharge port
Corresponding end is provided with partition 3, and two pieces of partitions 3 at both ends are respectively arranged with one group towards the side inside cabin 1
Sealing mechanism；The benefit being arranged in this way is: on the one hand, it can be achieved that single transfer chamber unit includes two groups of sealing mechanisms, can be improved
The sealing performance of single transfer chamber unit；On the other hand, right since two groups of sealing mechanisms are integrally located inside cabin 1
It is relatively more sealed in the outer profile of single cabin 1, the protecting effect to internal sealing mechanism can be played, while also more sharp
Series connection between transfer chamber unit.
More specifically, referring to shown in attached drawing 10,11 and attached drawing 13, lead to improve corresponding sealed roller with along band-like
Contact sealing effect between the corresponding edges in hole 4, in the utility model further the also settable band-like through-hole 4 by edge
The through-hole structure that one circle baffle 16 of band-like 4 inner wall of through-hole setting is surrounded, and the baffle 16 is provided with sealing in direction
The side of mechanism extends outwardly setting after being pierced by from the side of partition 3, and the end part seal plate 7 is that band-like 4 both ends of through-hole are corresponding
A part of the baffle 16 at position；The corresponding edge of band-like through-hole 4 is stretched out by the baffle 16 of setting to the side of partition 3
Setting seals fiting effect to improve the contact between corresponding sealed roller.
In addition, the utility model also provides a kind of vacuum web continuous coating system referring to shown in attached drawing 14 comprising
Vacuum coating area 17, while further including above-mentioned transfer chamber unit 18 described in the utility model；In the side in vacuum coating area 17
Be the exit side of band 2 in the other side in vacuum coating area 17 for the feed side of band 2, in vacuum coating area 17 feed side with
Vacuum coating area 17 be tightly connected ground be arranged in series at least one transfer chamber unit 18, in vacuum coating area 17 exit side with very
Empty plated film area 17 has been arranged in series at least one transfer chamber unit 18 with being tightly connected.When operation, band 2 is successively from positioned at vacuum
Transfer chamber unit 18, vacuum coating area 17 and the transfer chamber unit positioned at 17 exit side of vacuum coating area of 17 feed side of plated film area
18 pass through.
Wherein, the vacuum coating area 17 refers to carrying out band corresponding to the equipment installation of corresponding vacuum coating
Region, the transitional storehouse unit 18 for being set to 17 feed side of vacuum coating area and exit side in the utility model should specifically with
The equipment being set in vacuum coating area 17 is tightly connected；For example, being sequentially connected in series ground in vacuum coating area 17 under normal conditions
It is provided with the multiple equipments such as feed pretreatment equipment, vacuum coating equipment and discharging processing equipment；It will be then set in the case of this
The transfer chamber unit 18 and feed pretreatment equipment of 17 feed side of vacuum coating area are tightly connected, and will be set to vacuum coating area 17
The transfer chamber unit 18 and discharging processing equipment of exit side are tightly connected.Wherein, above-mentioned feed pretreatment equipment, then be to from into
The transfer chamber unit 18 of material side seals off the band delivered into and is pre-processed accordingly, such as carries out strip surface cleaning
Processing, the pre-heat treatment etc.；Band 2 is sent in vacuum coating equipment again after pretreatment and carries out coating film treatment；By plating
Band 2 after film process, which is delivered in discharging processing equipment, carries out subsequent processing, such as carries out cooling treatment, is then re-fed into out
The transfer chamber unit 18 of material side is sealed isolation conveying.
The utility model is ensured corresponding in 17 feed side of vacuum coating area and exit side by corresponding transfer chamber unit 18
Band 2 transfer passage seal isolation；And then ensure to be formed in the relevant device being arranged in vacuum coating region 17
The vacuum condition of effect.
Without loss of generality, in order to improve the feed side in vacuum coating area 17 and the sealing effect of exit side, the utility model
Middle needs are respectively arranged with multiple transfer chamber units 18 being arranged in series in 17 feed side of vacuum coating area and exit side；And it manages
It is better to the seal isolation effect of the transfer passage of band 2 by transfer chamber unit more than 18 that is upper, being arranged in series, for true
The vacuum degree being capable of forming in corresponding equipment in empty plated film area 17 is higher；In general, in the setting of 17 feed side of vacuum coating area
Transfer chamber unit 18 is 4-20, and the transfer chamber unit 18 that 17 exit side is arranged in vacuum coating area is 4-20.And it is specific
The transfer chamber unit 18 that the setting of 17 feed side of vacuum coating area can also further preferably be arranged in discharges in vacuum coating area 17
The quantity of the transfer chamber unit 18 of side setting is consistent；Such as described in attached drawing 14 be vacuum coating area 17 feed side and go out
Material side is respectively arranged with degree shipping bill member 18 more than 4.
Claims (10)
1. vacuum web continuous coating transition shipping bill member, it is characterised in that: the transfer chamber unit includes the siding by surrounding
The cabin (1) of the both ends open surrounded is respectively the inlet port and outlet port of band (2) at the both ends of cabin (1), in cabin
(1) at least provided with one piece of partition (3) in, the band-like through-hole for allowing band (2) to pass through penetratingly is offered on partition (3)
(4)；At least side of every piece of partition (3) is provided with one group of sealing mechanism, the sealing mechanism include upper sealed roller (5), under
Band (2) is arranged in mirror symmetry for sealed roller (6) and end part seal plate (7), upper sealed roller (5) and lower sealed roller (6)
Convey the two sides of track, and the periphery rolling surface of upper sealed roller (5) being capable of upper edge with band-like through-hole (4) and band simultaneously
(2) cooperation in sealing contact of upper side, the lower edge that the periphery rolling surface of lower sealed roller (6) can simultaneously with band-like through-hole (4)
With the downside cooperation in sealing contact of band (2)；End part seal plate is respectively arranged at the corresponding edge in band-like through-hole (4) both ends
(7), the end part seal plate (7) includes the upper arc surface (71) with the periphery rolling surface cooperation in sealing contact of upper sealed roller (5)
With the lower arc surface (72) of the periphery rolling surface cooperation in sealing contact with lower sealed roller (6).
2. vacuum web continuous coating as described in claim 1 transition shipping bill member, it is characterised in that: the upper sealed roller
(5) it can roll, the lower sealed roller (6) can roll.
3. vacuum web continuous coating as described in claim 1 transition shipping bill member, it is characterised in that: the sealing mechanism is also
Including upper shaft (8), lower rotary shaft (9), upper mounting seat (10), lower mounting seat (11), upper connector (12), lower connector (13),
Upper eccentric wheel (24) and lower eccentric wheel (25)；The upper shaft (8) is rotatably mounted on cabin by upper mounting seat (10)
(1) on, and one end of upper shaft (8) from the side siding of cabin (1) be hermetically pierced by after formed on drive end (14)；It is described
Lower rotary shaft (9) is rotatably mounted on cabin (1) by lower mounting seat (11), and one end of lower rotary shaft (9) is from cabin
(1) side siding forms lower driving end (15) after being hermetically pierced by；Upper eccentric wheel (24) is prejudicially set in upper shaft (8)
On, and one end of upper connector (12) is actively set on eccentric wheel (24), the other end of upper connector (12) with it is upper
The end of sealed roller (5) connects；Lower eccentric wheel (25) is prejudicially set on lower rotary shaft (9), and the one of lower connector (13)
End is actively set on lower eccentric wheel (25), and the other end of lower connector (13) is connect with the end of lower sealed roller (6).
4. vacuum web continuous coating as described in claim 1 transition shipping bill member, it is characterised in that: the sealing mechanism is also
Including upper supporting piece (21) and lower support element (22)；One end of the upper supporting piece (21) is mounted on cabin (1), upper supporting piece
(21) the other end is connect with the end of upper sealed roller (5), is provided with resilient snubber (23) in the middle part of upper supporting piece (21)；Institute
The one end for stating lower support element (22) is mounted on cabin (1), and the end of the other end of lower support element (22) and lower sealed roller (6) connects
It connects, is provided with resilient snubber (23) in the middle part of lower support element (22).
5. vacuum web continuous coating as described in claim 1 transition shipping bill member, it is characterised in that: in every piece of partition (3)
Two sides be respectively arranged with one group of sealing mechanism.
6. vacuum web continuous coating as described in claim 1 transition shipping bill member, it is characterised in that: upper in cabin (1)
It is provided with partition (3) in the corresponding end of feed inlet and/or positioned at the corresponding end of discharge port, and in partition (3) towards cabin
The internal side of body (1) is provided with one group of sealing mechanism.
7. vacuum web continuous coating as described in claim 1 transition shipping bill member, it is characterised in that: upper sealed roller (5) and
The structure of lower sealed roller (6) is consistent, and the outer diameter of upper sealed roller (5) and lower sealed roller (6) is not less than the width of band-like through-hole (4)
The length of half, upper sealed roller (5) and lower sealed roller (6) is greater than the length of band-like through-hole (4)；Upper sealed roller (5) and lower sealing
The periphery of roller (6) is provided with one layer of plastic material layer or rubber material layer.
8. vacuum web continuous coating as claimed in any of claims 1 to 7 in one of claims transition shipping bill member, it is characterised in that:
The through-hole structure that the band-like through-hole (4) is surrounded by circle baffle (16) being arranged along band-like through-hole (4) inner wall, and it is described
Baffle (16) extends outwardly setting after being pierced by towards the side for being provided with sealing mechanism from the side of partition (3), the end
Sealing plate (7) is a part of the baffle (16) of band-like through-hole (4) both ends corresponding position.
9. vacuum web continuous coating system, including vacuum coating area (17), it is characterised in that: further include the claims 1
To transfer chamber unit (18) described in any one of 8；It is the feed side of band (2) in the side of vacuum coating area (17),
The other side in vacuum coating area (17) is the exit side of band (2), (17) feed side and vacuum coating area in vacuum coating area
(17) at least one transfer chamber unit (18) has been arranged in series it with being tightly connected, (17) exit side and Vacuum Deposition in vacuum coating area
Film area (17) has been arranged in series at least one transfer chamber unit (18) with being tightly connected.
10. vacuum web continuous coating system as claimed in claim 9, it is characterised in that: fed in vacuum coating area (17)
The transfer chamber unit (18) of side setting is 4-20, and the transfer chamber unit (18) that (17) exit side is arranged in vacuum coating area is 4-
20；In vacuum coating area (17) feed side be arranged transfer chamber unit (18) with vacuum coating area (17) exit side setting
The quantity of transfer chamber unit (18) is consistent；Feed pretreatment equipment, true is provided in vacuum coating area (17) with being sequentially connected in series
Empty filming equipment and discharging processing equipment are set to the transfer chamber unit (18) and the pre- place of charging of vacuum coating area (17) feed side
It manages equipment to be tightly connected, the transfer chamber unit (18) and discharging processing equipment sealing for being set to vacuum coating area (17) exit side connect
It connects.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822173714.9U CN209428597U (en) | 2018-12-24 | 2018-12-24 | Vacuum web continuous coating system and its transfer chamber unit used |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822173714.9U CN209428597U (en) | 2018-12-24 | 2018-12-24 | Vacuum web continuous coating system and its transfer chamber unit used |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109338327A (en) * | 2018-12-24 | 2019-02-15 | 攀枝花学院 | Vacuum web continuous coating system and its transfer chamber unit used |
| CN113865319A (en) * | 2021-09-26 | 2021-12-31 | 浙江理工大学 | Drying device for tailoring |
-
2018
- 2018-12-24 CN CN201822173714.9U patent/CN209428597U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109338327A (en) * | 2018-12-24 | 2019-02-15 | 攀枝花学院 | Vacuum web continuous coating system and its transfer chamber unit used |
| CN113865319A (en) * | 2021-09-26 | 2021-12-31 | 浙江理工大学 | Drying device for tailoring |
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