CN203791131U - Dipping-lifting film plating equipment - Google Patents

Dipping-lifting film plating equipment Download PDF

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Publication number
CN203791131U
CN203791131U CN201320862499.8U CN201320862499U CN203791131U CN 203791131 U CN203791131 U CN 203791131U CN 201320862499 U CN201320862499 U CN 201320862499U CN 203791131 U CN203791131 U CN 203791131U
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Prior art keywords
lifts
sample
dipping
screw mandrel
filming equipment
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CN201320862499.8U
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Chinese (zh)
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徐淑雷
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SHANGHAI SAN-YAN TECHNOLOGY Co Ltd
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SHANGHAI SAN-YAN TECHNOLOGY Co Ltd
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Abstract

The utility model discloses dipping-lifting film plating equipment. The dipping-lifting film plating equipment is characterized by comprising a full-automatic multi-parameter control system, a driving motor, an instrument shell, a sample clamping mechanism and a precise linear transmission device, wherein the driving motor drives the precise linear transmission device; the instrument shell protects all parts; and under the control of the full-automatic multi-parameter control system, a sample to be film-plated is clamped by the sample clamping mechanism to carry out lifting film plating on the sample. Compared with the steel-wire suspended type pulling method and a hydraulic driving mode, the dipping-lifting film plating equipment disclosed by the utility model has the advantages that the instrument shell for protecting the lifting equipment, the precise linear transmission device and the full-automatic multi-parameter control system are adopted, not only is the integrated full-automatic lifting film plating realized and the working efficiency greatly improved, but also the phenomenon that the film plating is not uniform due to vibration of a film plating solution caused by transmission in the lifting film-plating process is effectively avoided, and the film plating effect is improved to a greater extent.

Description

A kind of dipping lifts filming equipment
Technical field
The utility model relates to plated film sample is lifted to plated film field, and particularly a kind of dipping lifts filming equipment.
Background technology
At present, in the research and application of nano material, nano film material, as primary study object, is being applied to the fields such as optics, semiconductor, photovoltaic.One of method of preparing as nano film material, sol-gel dip-coating method, with its simple technique, cheap cost advantage, is extensively reached researcher generally to adopt.But because this kind equipment exists shortcomings in crucial plated film link, and filming equipment in the market mainly contains two classes, a class is import equipment, and price is high; Another kind of be home equipment as steel wire winding suspension type czochralski method, lift sample in process and easily vibrate, greatly affected coating effects, and long-term use can cause steel wire wearing and tearing, fatigue fracture, sample is caused to damage; And for example hydraulic driving mode can be realized straight line and lift motion, but operation is not steady, and velocity accuracy more cannot accurately be controlled, and causes velocity perturbation large, and coating film thickness is inhomogeneous.
Dipping lifts the technical improvement that a lot of these classes have appearred in filming equipment, such as, the patent No. is " 201010515528.4 ", the Chinese patent that name is called " a kind of numerical control lift-type film coating machine " has proposed a kind of numerical control lift-type film coating machine, it comprises frame and rotation platform, corresponding four the station settings of rotation platform, wherein the 3rd station is for lifting plated film station, frame is provided with the solution pulling apparatus mating with the 3rd station, solution pulling apparatus is provided with lifting feed unit, promote on feed unit and be connected with planker, planker is provided with the charging basket frame of fixed solution container, promote feed unit and be also connected with driving mechanism, when plated film, promote feed unit again slow decreasing carry out plated film.
Above-mentioned patent adopts the motionless and coated solution of carrier to move downward to leave carrier fashion carries out plated film.But the numerical control lift-type film coating machine that this patent provides can not carry out Full automatic multiple parameter setting, and reach preferably coating effects.
Therefore, study a kind of high-precision dipping by Full automatic multiple parameter control and lift filming equipment, improve the coating effects of sample surfaces for being badly in need of.
Utility model content
In order to overcome the defect of prior art, the utility model aims to provide one and is lifting the vertical nothing skew of coating process, liquid level friction, and nano thin-film rete is more even and estriate dipping lifts filming equipment.
To achieve these goals, the utility model provides a kind of dipping to lift filming equipment, comprising: shift mechanism, comprise drive motors and accurate linear transmission, and described accurate linear transmission is connected with described drive motors; Sample clamping mechanism, its one end is connected with described shift mechanism, and the other end sample to be coated with is connected; Wherein, the rotation of described drive motors drives described accurate linear transmission rectilinear motion in the vertical direction, described accurate linear transmission rectilinear motion in the vertical direction drives described sample clamping mechanism rectilinear motion in the vertical direction, and then realizes and sample to be coated is entered or depart from coated solution.
Preferably, described dipping lifts filming equipment and also comprises a Full automatic multiple parameter control system, and described Full automatic multiple parameter control system is connected with described shift mechanism, and by the filming parameter of sample to be coated described in the control of described Full automatic multiple parameter control system.
Preferably, described accurate linear transmission comprises:
Pedestal;
Linear motion guide, is fixed on described pedestal, and described linear motion guide comprises guide rail and slide block, and described slide block slides on described guide rail;
High accuracy lead screw device, comprises screw mandrel and nut, and described nut is connected with described slide block, and one end of described screw mandrel is connected with described drive motors;
Screw mandrel supporting seat, is arranged on described pedestal, and is placed in the two ends of described screw mandrel, is fixed and is supported described screw mandrel and rotate by described screw mandrel supporting seat;
Wherein, the rotation of described drive motors drives described screw mandrel to rotate, and the rotation of described screw mandrel drives described nut and described slide block rectilinear motion in the vertical direction.Described nut and described slide block convert the rotation of high accuracy screw mandrel to straight line and decline or lift motion under the drive of drive motors.
Preferably, described accurate linear transmission also comprises the first contiguous block, and described nut is connected by described the first contiguous block with described slide block.
Preferably, described accurate linear transmission can also be set to another mode, and this precision linear transmission comprises:
Two supporting seats;
Two end plates, and described two end plates is separately positioned on the two ends of described accurate linear transmission;
The accurate quiet screw mandrel of the one grinding level with feed screw nut, the accurate quiet screw mandrel of described grinding level is vertically fixed on the centre position of described accurate linear transmission, and the two ends of the accurate quiet screw mandrel of described grinding level are separately fixed on described two end plates by described supporting seat; The equidistant each installation straight line optical axis in described grinding level accurate quiet screw mandrel both sides, described straight line optical axis is connected with described two end plates respectively, and is respectively arranged with a linear bearing on described straight line optical axis;
Wherein, by one second contiguous block, the linear bearing of described feed screw nut and both sides is connected and is fixed together, the described end that grinds the accurate quiet screw mandrel of level connects a drive motors; Drive described rotation of grinding the accurate quiet screw mandrel of level by the rotation of described drive motors, and by described feed screw nut and the linear bearing being connected and fixed rectilinear motion in the vertical direction.
Preferably, described dipping lifts filming equipment and also comprises tool housing and mounting seat, described mounting seat is installed fixed drive motor and accurate linear transmission, and described shift mechanism and Full automatic multiple parameter control system, is arranged in described tool housing; This tool housing avoids described shift mechanism and Full automatic multiple parameter control system to be exposed in air, prevents from being corroded by chemical atmosphere.
Preferably, on described tool housing, be provided with and vertically lift hole slot, described the first contiguous block or described the second contiguous block extend to described tool housing outside by the described hole slot that vertically lifts.
Preferably, described sample clamping mechanism comprises horizontal boom, vertical lifting rod and sample clamp; Wherein, described horizontal boom is connected with one end that described the first contiguous block or described the second contiguous block extend to described tool housing outside, described vertical lifting rod is vertically fixed in described horizontal boom, and described sample clamp is fixed in the lower end of described vertical lifting rod, and sample to be coated is connected with described sample clamp.
Preferably, described dipping lifts filming equipment entirety for " L " type structure, the vertical portion that described " L " type dipping lifts filming equipment is placed described shift mechanism and described sample clamping mechanism, and the horizontal component that described " L " type dipping lifts filming equipment is described mounting seat and described Full automatic multiple parameter control system; Described sample clamp is jaws adjustable type fixture or integral type " ∏ " type fixture, and the sample clamp that described dipping lifts filming equipment is monocyte sample fixture or Multi-example fixture, and the quantity of described vertical lifting rod is consistent with the quantity of described sample clamp.
Preferably, described Full automatic multiple parameter control system comprises Circuits System and touch-screen, and the filming parameter of sample to be coated described in described Circuits System control, and the described touch-screen display control interface line parameter of going forward side by side is selected to control; And described Full automatic multiple parameter control system adopts PLC to realize and lifts plated film step to lifting the control of plated film flow process, completing.
Preferably, described filming parameter lifts the interval time of decrease speed in plated film flow process, dip time, pull rate, plated film size, coating times, different number of times described in comprising; And described in to lift parameters in plated film flow process all adjustable continuously, realize the whole control of coating process to different plated film demands that lifts, by the parameter described in Full automatic multiple parameter control system is regulated to control, can regulate and control the thickness of plated film sample surfaces nano film material.
Compared with prior art, the beneficial effects of the utility model are as follows:
1, adopt high accuracy screw mandrel to coordinate the accurate linear transmission of linear motion guide, and the installation of high accuracy screw mandrel adopts precision bearing supporting seat to support, coating process is vertical decline, lifts motion, can be to any direction skew.
2, Full automatic multiple parameter coating system adopts PLC to realize lifting the control of plated film flow process, and Full automatic multiple parameter control system is that the parameter that lifts the interval time of decrease speed in plated film flow process, dip time, pull rate, plated film size, coating times, different number of times is carried out full-automatic accurate control, and each parameter is all adjustable continuously, realize the fully automatic operation of whole coating process, save manpower man-hour, greatly improve operating efficiency, also avoided, because manual operation is improper, the plated film time is even not, making the plated film rete of plated film sample more even.
3, dipping lifts filming equipment and adopts tool housing, and Full automatic multiple parameter control system and accurate linear transmission are all wrapped up in the enclosure and being protected, and prevents from, because of the corrosion of chemical atmosphere to parts, having improved whole service life.
4, the accurate linear transmission that drive motors drives, high low speed all can even running, and friction phenomenon conducts to plated film sample, thereby plated film sample is lifting liquid level friction in coating process, the coating effects of plated film sample surfaces more evenly, produce without striped, and is guaranteed in nano thin-film surface.
Brief description of the drawings
Fig. 1 is single fixture front view that the utility model L-type structure dipping lifts filming equipment;
Fig. 2 is the profile of the accurate linear transmission of the first of the utility model enforcement;
Fig. 3 is the profile of the accurate linear transmission of the second of the utility model enforcement;
Fig. 4 is the lateral plan that the utility model L-type structure dipping lifts filming equipment;
Fig. 5 is the twin tong front view that the utility model L-type structure dipping lifts filming equipment;
Fig. 6 is integral type " ∏ " the type fixture lateral plan that the utility model dipping lifts filming equipment;
Fig. 7 is the lateral plan that the utility model dipping lifts the jaws adjustable type fixture of filming equipment.
Symbol list:
101-touch-screen, 102-plated film sample, 103-sample clamp, the vertical lifting rod of 104-, 105-horizontal boom, 106-vertically lifts hole slot, 107-the first tool housing, 108-the second tool housing, 109-the first contiguous block, 110-mounting seat, 111-shift mechanism; 201-nut, 202-screw mandrel, 203-slide block, 204-guide rail, 205-pedestal; 206-end plate, 207-grinds the accurate quiet screw mandrel of level, 208-feed screw nut, 209-supporting seat, 210-straight line optical axis, 211-linear bearing, 212-the second contiguous block; 301-rubber blanket, 302-puller bolt, 303-fixture standing part, 304-sliding axle, 305-spring, 306-fastening bolt, 307-fixture movable part.
detailed description of the invention:
Referring to the accompanying drawing that the utility model embodiment is shown, below will describe in more detail the utility model.But the utility model can be with realizations such as multi-form, specifications, and should not be construed as the restriction of the embodiment being subject in this proposition.On the contrary, it is abundant and complete open in order to reach proposing these embodiment, and makes more relevant those skilled in the art person understand scope of the present utility model completely.In these accompanying drawings, for clearly visible, may zoom in or out relative size.
Embodiment 1
Refer now to Fig. 1 to Fig. 4 detailed description and lift filming equipment according to the dipping of the utility model enforcement, as shown in Figure 1, the dipping that the present embodiment provides lifts filming equipment entirety for " L " type structure, should flood the vertical portion placement shift mechanism 111 and the sample clamping mechanism that lift filming equipment by " L " type, the horizontal component that " L " type dipping of being somebody's turn to do lifts filming equipment is base platform and Full automatic multiple parameter control system; Single fixture dipping of a kind of L-type structure that the present embodiment provides lifts filming equipment, and it comprises: shift mechanism 111, comprise drive motors and accurate linear transmission, and this precision linear transmission is connected with drive motors; Sample clamping mechanism, its one end is connected with shift mechanism 111, and the other end sample to be coated with is connected; And Full automatic multiple parameter control system, this Full automatic multiple parameter control system is connected with shift mechanism 111; Wherein, the rotation of this drive motors drives this precision linear transmission rectilinear motion in the vertical direction, this precision linear transmission rectilinear motion in the vertical direction drives this sample clamping mechanism rectilinear motion in the vertical direction, and then realizes and sample to be coated is entered or depart from coated solution; And the filming parameter of Full automatic multiple parameter control system control sample to be coated.
Wherein, this Full automatic multiple parameter control system adopts PLC to realize and lifts plated film step to lifting the control of plated film flow process, completing; This Full automatic multiple parameter control system comprises Circuits System and touch-screen 101, and the filming parameter of Circuits System control sample to be coated, touch-screen 101 display control interfaces go forward side by side line parameter select control.
And, this Full automatic multiple parameter control system adopts PLC realization to carry out full-automatic accurate control to these parameters interval time of the decrease speed in plated film flow process, dip time, pull rate, plated film size, coating times, different number of times, and each parameter is all adjustable continuously, be conducive to realize the fully automatic operation of whole coating process, save manpower man-hour, greatly increase work efficiency.
As shown in Figure 2, this precision linear transmission comprises pedestal 205, linear motion guide, high accuracy lead screw device and screw mandrel supporting seat, and wherein, linear motion guide is fixed on pedestal 205, linear motion guide comprises guide rail 204 and slide block 203, and this slide block 203 slides on guide rail 204; This high accuracy lead screw device comprises screw mandrel 202 and nut 201, and this nut 201 is connected by the first contiguous block 109 with slide block 203, and one end of screw mandrel 202 is connected with drive motors; Screw mandrel supporting seat is arranged on this pedestal 205, and is placed in the two ends of this screw mandrel 202, for the rotation of fixing and support screw 202; And, the rotation of drive motors drives screw mandrel 202 to rotate, the rotation of screw mandrel 202 drives nut 201 and slide block 203 rectilinear motion in the vertical direction, and accurate linear transmission is converted to its rotation straight line decline or lifts motion by nut 201 and slide block 203.
Wherein, dipping lifts filming equipment and also comprises tool housing and mounting seat, this drive motors and accurate linear transmission are fixed in mounting seat, wherein this tool housing comprises the first tool housing 107 and the second tool housing 108, and on this second tool housing 108, be provided with and vertically lift hole slot 106, wherein accurate linear transmission is wrapped in inside by the second tool housing 108; Full automatic multiple parameter control system and mounting seat 110 are wrapped in inside by this first tool housing 107, prevents the corrosion of chemical atmosphere to all parts, effectively protects all parts, improves its service life; The first contiguous block 109 extends in the second tool housing 108 by vertically lifting hole slot 106.And the first tool housing 107 lifts the base platform of filming equipment for this dipping, on base platform, can place coated solution.
In addition, this sample clamping mechanism comprises horizontal boom 105, vertical lifting rod 104 and sample clamp 103, horizontal boom 105 is connected with one end that the first contiguous block 109 extends to the second tool housing 108 outsides, vertical lifting rod 104 is vertically fixed in horizontal boom 105, and vertical lifting rod 104 lower end fixed sample fixtures 103.Rotate by drive motors rotating drive screw mandrel 202, make linear motion guide vertically do rectilinear motion, and drive horizontal boom 105, sample clamp 103 to move simultaneously, the rectilinear motion that rises in vertical direction, declines.Thereby plated film sample 102 is placed on sample clamp 103, realizes sample is flooded and lifts coating operation.And this drive motors drives accurate linear transmission, accurate linear transmission can high low cruise, and operate steadily, friction phenomenon conducts to plated film sample, thereby coated solution liquid level does not vibrate, guarantee that coating effects is better, overlay film surface more evenly and produce without striped; Wherein, solution to be coated is various Nano sol materials, microemulsion or nano material dispersion liquid etc., and this Coating Materials is not as limit, can need to select different Coating Materials according to different plated films.
In specific implementation process, this precision linear transmission is not limited only to the accurate linear transmission of the first shown in Fig. 2 that the present embodiment proposes, as shown in Figure 3, can also replace by other forms of accurate linear transmission, concrete, the accurate linear transmission of this second comprises that two supporting seats 209, two end plates 206 and grind the accurate quiet screw mandrel 207 of level, on the accurate quiet screw mandrel 207 of this grinding level, also comprise a feed screw nut 208, this feed screw nut 208 is changed accurate this grinding level rotatablely moving of quiet screw mandrel 207 into rectilinear motion; Wherein, this two end plates 206 is separately positioned on the two ends of accurate linear transmission; The accurate quiet screw mandrel 207 of this grinding level is vertically fixed on the centre position of accurate linear transmission, and the two ends of the accurate quiet screw mandrel 207 of this grinding level are fixed on two end plates 206 by supporting seat 209 respectively; The accurate quiet screw mandrel 207 equidistant each installation straight line optical axises 210 in both sides of this grinding level, these straight line optical axis 210 upper sleeve throughs have linear bearing 211, linear bearing 211 can reciprocatingly slide on straight line optical axis 210, and the two ends of these two straight line optical axises 210 are separately fixed on two end plates 206; And by adopting one second contiguous block 212 that the linear bearing of feed screw nut 208 and both sides 211 is connected and is fixed together, the end that grinds the accurate quiet screw mandrel 207 of level connects drive motors.
In specific implementation process, as shown in Figure 3, this precision linear transmission connects drive motors, and this precision linear transmission is fixed on to the second tool housing 108, on this second tool housing 108, have and vertically lift together hole slot 106, the second contiguous block 212 vertically lifts by this second tool housing 108 outsides that hole slot 106 stretches, these the second contiguous block 212 fixing horizontal cantilevers 105, vertical lifting rod 104 is vertically fixed in horizontal boom 105, these vertical lifting rod 104 lower end fixed sample fixtures 103.Rotate by the accurate quiet screw mandrel 207 of this grinding level of drive motors rotating drive, the linear bearing 211 that feed screw nut 208 on the accurate quiet screw mandrel 207 of this grinding level is connected and fixed is realized the rectilinear motion of vertical direction, and drive horizontal boom 105, sample clamp 103 to move simultaneously, the rectilinear motion that rises in vertical direction, declines, thereby sample to be coated is placed on sample clamp 103, can realizes sample to be coated is flooded and lifts coating operation.
Embodiment 2
The dipping that is illustrated in figure 5 integral type " ∏ " type fixture lifts filming equipment, and integral type " ∏ " type fixture comprises hypophysis lifting rod 104, sample clamp 103, rubber blanket 301 and puller bolt 302.∏ type fixture inner side is provided with a rubber blanket 301; puller bolt 302 is fixed on plated film sample 102 in ∏ type fixture; by rubber blanket protection plated film sample; plated film sample 102 is fixed and clamped to puller bolt 302, realizes the plated film that lifts to plated film sample 102 by Full automatic multiple parameter control system control plated film sample stable moving both vertically on vertical lifting rod 104.
The dipping that and for example Figure 6 shows that jaws adjustable type fixture lifts filming equipment, and this jaws adjustable type fixture comprises fixture standing part 303 and fixture movable part 307, and fixing jaws fixture 303 is arranged on a vertical lifting rod 104; Activity jaws fixture 307 is connected with fixing jaws fixture 303 by sliding axle 304, and thereby fixing jaws fixture 303 and activity jaws fixture 307 regulate jaws distance clamping plated film sample 102 to carry out coating operation by being provided with the fastening bolt 306 of spring 305 on it, and can arbitrarily regulate according to the thickness of different plated film samples, this jaws adjustable type fixture is provided with rubber blanket 301, this rubber blanket 301 contacts with plated film sample 102 by jaws, prevents from spending and damaging greatly plated film sample 102 because of bed knife.
In the present embodiment, its quantity that need to make that sample clamp and vertical lifting rod can lift filming equipment with dipping changes.As shown in Figures 3 to 6, what the utility model provided respectively lifts filming equipment for " L " type dipping lifts filming equipment twin tong, jaws adjustable type fixture or integral type " ∏ " type fixture dipping, also can select the dipping of multiple clip or other types to lift filming equipment, and coordinate the vertical lifting rod of equal number to carry out the plated film that lifts of plated film sample simultaneously.
The installation method that below dipping is lifted to filming equipment describes, and it is as follows that the dipping that the utility model provides lifts the installation method of filming equipment:
Shift mechanism and mounting seat thereof are fixed on shift mechanism enclosure interior, the hole slot level that vertically lifts that the first contiguous block ledge on accurate linear transmission passes before shift mechanism housing extend out to hull outside, horizontal boom is fixed on the ledge of the first contiguous block, guarantees that horizontal boom is vertical with shift mechanism.And sample clamping mechanism is fixed in horizontal boom by vertical lifting rod, and guarantee vertically with horizontal boom, guarantee parallel with shift mechanism simultaneously.The Circuits System of Full automatic multiple parameter control system is arranged on the base platform inside of tool housing, and the front bevel of base platform is installed power switch and touch display screen.Base platform top is used for placing coated solution.And bottom base platform, four jiaos contour rubber mat is installed, is guaranteed integral level and steadiness that Whole Equipment is placed.
Utilize dipping that the utility model provides to lift the concrete steps that filming equipment carries out plated film to sample to be coated as follows:
(1), open instrument power source, instrument enters duty, carries out control operation on touch-screen;
(2), first enter manual operation interface, press " rising " or " decline " button, adjust horizontal boom and sample clamp to certain position as original position.
(3), sample to be coated is fixed on sample clamp, and by the vessel that fill coated solution be placed on sample to be coated under;
(4) parameter, on touch-screen arranges interface carries out the parameter setting of plated film program, establishment automatic film coating program;
(5), after plated film programming, enter automatic runnable interface, press after START button, sample to be coated moves automatically according to the program setting, complete coating process decline, flood, lift three processes of plated film, and when coating process carries out, the actual motion value of each parameter is presented at automatic runnable interface in real time.After whole coating process completes, plated film sample is got back to original position.
(6), now plated film sample surfaces just forms one deck Coating Materials, and can pass through the adjusting control to parameters, the thickness of regulation and control sample surfaces coated solution.
But should be realized that, the utility model is not as limit, and sample clamp, vertical lifting rod and plated film step can also otherwise occur with quantity, as long as it can improve the coating effects that lifts of the present utility model.
Obviously, those skilled in the art can carry out various changes and distortion and not depart from spirit and scope of the present utility model the utility model.Like this, if these amendments of the present utility model and distortion belong in the scope of the utility model claim and equivalent technologies thereof, the utility model is also intended to comprise these and changes interior.

Claims (10)

1. dipping lifts a filming equipment, it is characterized in that, comprising:
Shift mechanism, comprises drive motors and accurate linear transmission, and described accurate linear transmission is connected with described drive motors;
Sample clamping mechanism, its one end is connected with described shift mechanism, and the other end sample to be coated with is connected;
Wherein, the rotation of described drive motors drives described accurate linear transmission rectilinear motion in the vertical direction, described accurate linear transmission rectilinear motion in the vertical direction drives described sample clamping mechanism rectilinear motion in the vertical direction, and then realizes and sample to be coated is entered or depart from coated solution.
2. dipping according to claim 1 lifts filming equipment, it is characterized in that, described dipping lifts filming equipment and also comprises a Full automatic multiple parameter control system, described Full automatic multiple parameter control system is connected with described shift mechanism, and by the filming parameter of sample to be coated described in the control of described Full automatic multiple parameter control system.
3. dipping according to claim 1 and 2 lifts filming equipment, it is characterized in that, described accurate linear transmission comprises:
Pedestal;
Linear motion guide, is fixed on described pedestal, and described linear motion guide comprises guide rail and slide block, and described slide block slides on described guide rail;
High accuracy lead screw device, comprises screw mandrel and nut, and described nut is connected with described slide block, and one end of described screw mandrel is connected with described drive motors;
Screw mandrel supporting seat, is arranged on described pedestal, and is placed in the two ends of described screw mandrel, is fixed and is supported described screw mandrel and rotate by described screw mandrel supporting seat;
Wherein, the rotation of described drive motors drives described screw mandrel to rotate, and drives described nut and described slide block rectilinear motion in the vertical direction by the rotation of described screw mandrel.
4. dipping according to claim 3 lifts filming equipment, it is characterized in that, described accurate linear transmission also comprises the first contiguous block, and described nut is connected by described the first contiguous block with described slide block.
5. dipping according to claim 1 and 2 lifts filming equipment, it is characterized in that, described accurate linear transmission comprises:
Two supporting seats;
Two end plates, and described two end plates is separately positioned on the two ends of described accurate linear transmission;
The accurate quiet screw mandrel of the one grinding level with feed screw nut, the accurate quiet screw mandrel of described grinding level is vertically fixed on the centre position of described accurate linear transmission, and the two ends of the accurate quiet screw mandrel of described grinding level are separately fixed on described two end plates by described supporting seat; The equidistant each installation straight line optical axis in described grinding level accurate quiet screw mandrel both sides, described straight line optical axis is connected with described two end plates respectively, and is respectively arranged with a linear bearing on described straight line optical axis;
Wherein, by one second contiguous block, the linear bearing of described feed screw nut and both sides is connected and is fixed together, the described end that grinds the accurate quiet screw mandrel of level connects a drive motors; Drive described rotation of grinding the accurate quiet screw mandrel of level by the rotation of described drive motors, and by described feed screw nut and the linear bearing being connected and fixed rectilinear motion in the vertical direction.
6. dipping according to claim 2 lifts filming equipment, it is characterized in that, described dipping lifts filming equipment and also comprises tool housing and mounting seat, described mounting seat is installed fixed drive motor and accurate linear transmission, and described shift mechanism and Full automatic multiple parameter control system, be arranged in described tool housing.
7. dipping according to claim 6 lifts filming equipment, it is characterized in that, on described tool housing, is provided with and vertically lifts hole slot, and described the first contiguous block or described the second contiguous block extend to described tool housing outside by the described hole slot that vertically lifts.
8. dipping according to claim 7 lifts filming equipment, it is characterized in that, described sample clamping mechanism comprises horizontal boom, vertical lifting rod and sample clamp; Wherein, described horizontal boom is connected with one end that described the first contiguous block or described the second contiguous block extend to described tool housing outside, described vertical lifting rod is vertically fixed in described horizontal boom, and described sample clamp is fixed in the lower end of described vertical lifting rod, and sample to be coated is connected with described sample clamp.
9. dipping according to claim 8 lifts filming equipment, it is characterized in that, described dipping lifts filming equipment entirety for " L " type structure, the vertical portion that described " L " type dipping lifts filming equipment is placed described shift mechanism and described sample clamping mechanism, and the horizontal component that described " L " type dipping lifts filming equipment is described mounting seat and described Full automatic multiple parameter control system; Described sample clamp is jaws adjustable type fixture or integral type " ∏ " type fixture, and the sample clamp that described dipping lifts filming equipment is monocyte sample fixture or Multi-example fixture, and the quantity of described vertical lifting rod is consistent with the quantity of described sample clamp.
10. dipping according to claim 2 lifts filming equipment, it is characterized in that, described Full automatic multiple parameter control system comprises Circuits System and touch-screen, the filming parameter of sample to be coated described in described Circuits System control, and the described touch-screen display control interface line parameter of going forward side by side is selected operation; Described in comprising, described filming parameter lifts the interval time of decrease speed in plated film flow process, dip time, pull rate, plated film size, coating times, different number of times; And described in to lift parameters in plated film flow process all adjustable continuously.
CN201320862499.8U 2013-12-25 2013-12-25 Dipping-lifting film plating equipment Active CN203791131U (en)

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Application Number Priority Date Filing Date Title
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Application Number Priority Date Filing Date Title
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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103736623A (en) * 2013-12-25 2014-04-23 上海三研科技有限公司 Dipping lifting coating equipment and dipping lifting coating method
CN105887172A (en) * 2016-03-31 2016-08-24 成都国珈星际固态锂电科技有限公司 Film coating device and film coating method
CN106092709A (en) * 2016-06-07 2016-11-09 武汉钢铁股份有限公司 The preparation method of heat zinc coating plate interface inhibition layer feature detection sample and device

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103736623A (en) * 2013-12-25 2014-04-23 上海三研科技有限公司 Dipping lifting coating equipment and dipping lifting coating method
CN105887172A (en) * 2016-03-31 2016-08-24 成都国珈星际固态锂电科技有限公司 Film coating device and film coating method
CN105887172B (en) * 2016-03-31 2019-04-26 成都国珈星际固态锂电科技有限公司 A kind of filming equipment and film plating process
CN106092709A (en) * 2016-06-07 2016-11-09 武汉钢铁股份有限公司 The preparation method of heat zinc coating plate interface inhibition layer feature detection sample and device

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