CN110295345A - A kind of vacuum coating equipment - Google Patents
A kind of vacuum coating equipment Download PDFInfo
- Publication number
- CN110295345A CN110295345A CN201910692244.3A CN201910692244A CN110295345A CN 110295345 A CN110295345 A CN 110295345A CN 201910692244 A CN201910692244 A CN 201910692244A CN 110295345 A CN110295345 A CN 110295345A
- Authority
- CN
- China
- Prior art keywords
- connecting plate
- plate
- baffle
- material storing
- storing box
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03C—CHEMICAL COMPOSITION OF GLASSES, GLAZES OR VITREOUS ENAMELS; SURFACE TREATMENT OF GLASS; SURFACE TREATMENT OF FIBRES OR FILAMENTS MADE FROM GLASS, MINERALS OR SLAGS; JOINING GLASS TO GLASS OR OTHER MATERIALS
- C03C17/00—Surface treatment of glass, not in the form of fibres or filaments, by coating
- C03C17/001—General methods for coating; Devices therefor
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- C—CHEMISTRY; METALLURGY
- C23—COATING METALLIC MATERIAL; COATING MATERIAL WITH METALLIC MATERIAL; CHEMICAL SURFACE TREATMENT; DIFFUSION TREATMENT OF METALLIC MATERIAL; COATING BY VACUUM EVAPORATION, BY SPUTTERING, BY ION IMPLANTATION OR BY CHEMICAL VAPOUR DEPOSITION, IN GENERAL; INHIBITING CORROSION OF METALLIC MATERIAL OR INCRUSTATION IN GENERAL
- C23C—COATING METALLIC MATERIAL; COATING MATERIAL WITH METALLIC MATERIAL; SURFACE TREATMENT OF METALLIC MATERIAL BY DIFFUSION INTO THE SURFACE, BY CHEMICAL CONVERSION OR SUBSTITUTION; COATING BY VACUUM EVAPORATION, BY SPUTTERING, BY ION IMPLANTATION OR BY CHEMICAL VAPOUR DEPOSITION, IN GENERAL
- C23C14/00—Coating by vacuum evaporation, by sputtering or by ion implantation of the coating forming material
Abstract
The invention discloses a kind of vacuum coating equipments, including material storing box and work box, the first connecting plate is equipped at the top of the material storing box, bottom is equipped with the second connecting plate, first connecting plate is equipped with the feed inlet communicated with the material storing box, second connecting plate is equipped with the discharge port communicated with the material storing box, threaded rod is equipped in the material storing box, the threaded rod is set in the middle part of the material storing box, loading plate is equipped in the material storing box, the loading plate is equipped with multiple material containing slots, the loading plate is equipped with the threaded hole matched with the threaded rod, the threaded hole side wall, which rises, is equipped with opening, first baffle and second baffle are inserted in first connecting plate, third baffle and fourth gear plate are inserted in second connecting plate, the first baffle, second baffle, third baffle and fourth gear plate can move up and down, Vacuum pump is respectively equipped on first connecting plate and second connecting plate.
Description
Technical field
The invention belongs to water drilling processing technique fields, more particularly, to a kind of vacuum coating equipment.
Background technique
Water drilling (crystal, rhinestone) also known as crystal diamond, Rhine-stone.Main component is crystal glass, be by
A kind of ornaments auxiliary that synthetic quartz glass-cutting is obtained at diamond facet, this material is because more economical, while visual effect
The upper brilliant feeling for having diamond again.Therefore very welcomed by the people, water drilling is generally used in the ornaments design of middle-grade.
To make to promote the glossiness on water drilling surface, need to do coating film treatment to water drilling surface, water drilling generally uses Vacuum Deposition
Film machine carries out plated film, has a biggish chamber for placing product to be plated in vacuum coating equipment, existing coating operation is generally
Water drilling is placed on container the container equipped with water drilling of batch is put into coating machine again and does coating film treatment, knot to be coated
It is then turned on hatch door after beam to take out water drilling, the operation of one open-one close makes vacuum pump require to work long hours every time could be by plated film
It is evacuated inside machine, and one open-one close affects plating membrane efficiency, wastes the plenty of time, simultaneously because the material that chamber stacks
Conveying, operator need to bend over to be put into container one by one from lower to being higher by, and operation fatigue feelings easily occur after carrying several times
Condition increases operator's labor burden.
Summary of the invention
The present invention for overcome the deficiencies in the prior art, provides a kind of vacuum coating equipment.
To achieve the goals above, the invention adopts the following technical scheme: a kind of vacuum coating equipment, including material storing box and work
Make case, the first connecting plate is equipped at the top of the material storing box, bottom is equipped with the second connecting plate, and first connecting plate is equipped with and institute
The feed inlet that material storing box communicates is stated, second connecting plate is equipped with the discharge port communicated with the material storing box, the storing
Threaded rod is equipped in case, the threaded rod is set in the middle part of the material storing box, and loading plate, the loading plate are equipped in the material storing box
It is equipped with multiple material containing slots, the loading plate is equipped with the threaded hole that matches with the threaded rod, on the threaded hole side wall
It rises and is equipped with opening, be inserted with first baffle and second baffle in first connecting plate, the is inserted in second connecting plate
Three baffles and fourth gear plate, the first baffle, second baffle, third baffle and fourth gear plate can move up and down, described
Vacuum pump is respectively equipped on first connecting plate and second connecting plate；Inlet port and outlet port are provided separately, loading plate is made
It enters out of feed inlet and is directly discharged from discharge outlet, without manually that material containing board placing is neat, operator need to will only be carried
Flitch fills in the coating film treatment that water drilling can be completed out of feed inlet, reduces the process of switch hatch door, reduces blowing and feeding
Duration, biggish promotion water drilling processing efficiency；Since feed inlet setting is in material storing box top position, worker carries without bending over to stack
Flitch reduces labor intensity of workers, keeps water drilling processing more simple by the way that loading plate to be continuously put into the operation of feed inlet
It is single, greatly promote water drilling processing efficiency；Under the mutual cooperation of baffle and vacuum pump, each loading plate is made to be put into feed inlet
Be respectively formed independent small space with inlet port and outlet port when being discharged from discharge port, by air pressure to small space adjustment to avoid
In charging and discharging, outside air guarantees that the coating operation in material storing box can be carried out continuously to the influence inside material storing box；
Small space air pressure is adjusted by vacuum pump, vacuum pump is avoided directly to be adjusted to the air pressure in material storing box, is reduced true
The burden of sky pump, reduces the duration adjusted to material storing box air pressure inside, carries out water drilling coating operation persistently；By feed inlet into
The mode that discharge port goes out does working process to water drilling, and water drilling can be transported along threaded rod down automatically after entering in feed inlet
It is dynamic, so that loading plate is driven the rotation of water drilling side trailing edge, promotes water drilling and come into full contact with target, guarantee water drilling coating effects；In spiral shell
Under the action of rasp bar, multiple loading plates can be conveyed simultaneously, loading plate is sustainable to be entered from feed inlet, plates water drilling
Film forms pipeline automation operation, greatly promotes water drilling processing efficiency.
First connecting plate is equipped with the first equipment box, is equipped with the first through slot at the top of first connecting plate, and described the
Third connecting plate is equipped in one equipment box, the third connecting plate is arranged in first through slot, on the third connecting plate
Equipped with the first limited block, the third connecting plate bottom is equipped with link slot, is articulated with the link slot at the top of the first baffle
It is interior, the fifth gear plate matched with the first baffle is equipped in the link slot；Resistance is played to first baffle by fifth gear plate
Gear effect makes first baffle can not be towards rotation on the outside of feed inlet, to make first baffle promotion when toward material storing box internal motion
Loading plate one is gone together material storing box internal motion, so that automatically loading plate is sent in material storing box, lifting means automation.
The first air pump is equipped at the top of first connecting plate, first piston rod for air pump is arranged in first equipment box
Interior to be connected with the third connecting plate, first connecting plate is equipped with the first loose slot, when first piston rod for air pump is past
When preceding mobile, the third connecting plate is up moved, when first piston rod for air pump moves backward, the third connecting plate
It is moved together with the first piston rod for air pump；The position of first baffle is controlled by the stretching motion of air cylinder driven piston rod
System, makes first baffle do different motion under the action of the cylinder, keeps loading plate direct so that first baffle generates cooperation with loading plate
It enters in material storing box, reduces the setting of actuator on the first connecting plate, to reduce the weight on the first connecting plate, to first
Connecting plate shields；By way of making first baffle up move a distance, make first baffle bottom and loading plate
Contact pushes first baffle to be overturn, after loading plate passes through from first baffle bottom, first baffle is made to exist convenient for loading plate
Directly overturn to loading plate side under self gravity avoids outside air to material storing box so that feed inlet is isolated from the outside world
Air pressure impacts.
The threaded rod top and bottom is respectively equipped with and first annular groove for being open and matching, the storing chamber interior wall
It is equipped with link block, movable chamber is equipped in the link block, is equipped with transmission shaft in the movable chamber, the transmission shaft is equipped with the
One driving cog, the loading plate side wall are equipped with the second driving cog matched with first driving cog, the transmission shaft top
Portion and bottom are respectively equipped with the second annular groove, and the first driving electricity for driving the transmission shaft rotation is equipped at the top of the material storing box
Machine；Opening diameter is corresponding with the first diameter of ring groove, so loading plate can not be from screw thread after threaded hole is nested on threaded rod
Deviate from bar, promotes the fiting effect of loading plate and threaded rod, move loading plate can only along threaded rod down, to carry
Water drilling on flitch is delivered to discharge outlet；Second annular groove is set at the top and bottom of transmission shaft, loading plate is made to enter storing
It is not direct in case to be in contact with transmission shaft, avoid driving cog from impacting the movement of loading plate, convenient for loading plate to be pushed into
It is formed threaded hole and thread plate on threaded rod to cooperate；Under the mutual cooperation of driving cog, it is nested into threaded hole on threaded rod
It is moved down in rotary course afterwards, guarantees contact effect of the target with water drilling, promote water drilling coating effects.
First connecting plate is equipped with the second equipment box, is equipped with and the second baffle phase at the top of first connecting plate
Second through slot of cooperation, the second baffle are arranged in second through slot, and second equipment box is equipped with the second cylinder,
Second cylinder piston rod is arranged in second equipment box, and the second baffle is set to second cylinder piston rod
On；The elevating movement of second baffle is controlled by the second cylinder, makes second baffle when first baffle is opened in pass
Material storing box is wanted to completely cut off by closed state with outside air, and outside air is avoided to enter in material storing box to the vacuum ring in material storing box
Border impacts.
It is hinged with the 4th connecting plate on the third connecting plate, is hinged with the 5th connecting plate, institute on the 4th connecting plate
It states and is articulated at the top of the 5th connecting plate at the top of first equipment box, the first equipment chamber interior wall is equipped with support spring, institute
It states support spring and the hinged place of the 4th connecting plate and the 5th connecting plate aligns, on first cylinder piston rod
Equipped with pushing block, the hinged place of the pushing block and the 4th connecting plate and the 5th connecting plate aligns, the pushing block and institute
It states support spring and is respectively arranged on the 4th connecting plate and the 5th connecting plate two sides；It is pushed into feed inlet when by loading plate
When, the first air cylinder driven piston rod moves forward, and the hinged place for making pushing block push the 4th connecting plate and the 5th connecting plate is transported forward
Dynamic, the 4th connecting plate and the 5th connecting plate are rotated around hinge joint, make the 4th connecting plate that third connecting plate be driven up to move, the
One baffle up moves together with third connecting plate, and first baffle bottom is made to be in contact with loading plate, and loading plate enters charging
First baffle is pushed to be overturn when at mouthful, so that loading plate enters in feed inlet；After loading plate enters in feed inlet,
First baffle is overturn down under the effect of gravity, and the first cylinder shrinks piston rod after first baffle is placed in loading plate side, is being propped up
The 4th connecting plate and the 5th connecting plate are rotated around tie point under support spring effect, push first baffle to move down, then
The continuation of first air cylinder driven piston rod back moves, and pushing block is in contact with the first equipment chamber interior wall, set pushing block can not from first
Abjection in standby case, piston rod is mobile to drive the first equipment box mobile, and the first equipment box is made to drive the under the effect of the first limited block
One baffle is mobile, and fifth gear plate provides support force for first baffle, makes first baffle that loading plate be pushed to move in material storing box, will
Loading plate is pushed into material storing box, to do coating film treatment to water drilling.
It is equipped with connecting rod in the middle part of the third connecting plate, the connecting rod is by third connecting plate top and the third
Connecting plate bottom links together, and the connecting rod is matched with first loose slot, sets on the first loose slot inner wall
There is movable chamber, the connecting rod side wall is equipped with the sixth gear plate matched with the movable chamber；Loading plate is not put into charging
When at mouthful, the first cylinder pushes piston rod to move forward, moves to third connecting plate at the first through slot position, at first baffle
At feed inlet aperture position, feed inlet to be closed, sixth gear plate moves in movable chamber with the movement of third connecting plate,
The first loose slot is closed under the effect of sixth gear plate, prevents outside air from entering in material storing box；When loading plate enters first
After between baffle and second baffle, the space between first baffle and second baffle is evacuated under vacuum pumping action, first
Air cylinder driven piston rod back moves, and drives third connecting plate to move together when third connecting plate back moves, third connecting plate
It drives sixth gear plate mobile, enters sixth gear plate along movable chamber in the movable chamber of first loose slot one end, avoid the 6th
Baffle causes to hinder to the movement of third connecting plate.
Third loose slot is respectively equipped on the inner wall of the material storing box two sides, being rotatably connected in the third loose slot has
One support plate, first support plate are equipped with the 4th loose slot, sliding block are equipped in the 4th loose slot, is set on the sliding block
There is the second driving motor, second driving motor output shaft is equipped with driving wheel, and the slider side wall is equipped with limit spring,
The adjustment motor for driving the first support plate rotation is equipped in the third loose slot；When loading plate is pushed away in first baffle
After the dynamic lower interior movement toward material storing box, for loading plate by delivery to the first support plate, the second driving motor drives driving wheel rotation, passes
Driving wheel is in contact with loading plate side wall, pushes loading plate continuation to move forward, by the mutual cooperation of sliding block and limit spring, makes
Driving wheel side wall is in contact with loading plate side wall always, guarantees driving wheel to the transmission effect of loading plate；Driving wheel is carried in driving
When flitch moves forward, when the opening of loading plate does not align with threaded rod, loading plate can not continue to move forward, and second drives
Dynamic motor rotation is by drag effect, and the second driving motor on left slider rotates backward at this time, make left side driving wheel and
The driving wheel on right side rotates loading plate according to equidirectional rotation, after loading plate turns an angle, the second of left side
Driving motor drives driving wheel normal rotation, and loading plate is made to continue to be moved along, until will carry after opening aligns with threaded rod
Flitch is pushed on threaded rod, is inserted into threaded rod in threaded hole, and after threaded rod is in the middle part of threaded hole, adjustment motor is driven
Dynamic first support plate rotation, is transferred to the first support plate in third loose slot, the first support plate loses the support to loading plate
Power, loading plate, which is fallen down, makes threaded hole and threaded rod cooperate, and to move loading plate down along threaded rod, will carry
Flitch is conveyed toward discharge outlet.
The second support plate is additionally provided on the storing chamber interior wall, second support plate is matched with the opening, described
It is equipped with the 5th loose slot at the top of second support plate, is equipped with supporting block in the 5th loose slot, the supporting block can be along described the
Five loose slot inner walls are mobile, and the supporting block is two pieces, and two pieces of supporting blocks are in be symmetrically set in the 5th loose slot, institute
Two pieces of supporting blocks are stated to be connected by a connecting spring；Described 5th movable trench bottom is equipped with cavity, is equipped with spool in the cavity,
The cavity side is equipped with equipment cavity, and third driving motor is equipped in the equipment cavity, and the spool drives set on the third
On motor output shaft, the supporting block side wall is equipped with connecting rope, and the connecting rope is set around on the spool；When driving wheel drives
After dynamic load flitch is nested on threaded rod, loading plate is moved at the top of the second support plate, and supporting block increases by the second support board width,
Support force is provided for loading plate by supporting block, under supporting block and the effect of the first support plate, keeps loading plate steady in material storing box
It is fixed mobile, prevent loading plate directly from material storing box bottom dropped out；After loading plate is completely nested on threaded rod, threaded rod is in
In the middle part of threaded hole, third driving motor drives spool rotation, and connecting rope is around on spool, and supporting block is toward in the middle part of the 5th loose slot
Movement, adjustment the first support plate of motor driven rotation, moves the first support plate in third loose slot, loading plate bottom is simultaneously
Horizontal whereabouts after supporting is lost, so that threaded rod and threaded hole form and cooperate, promotes the cooperation effect of threaded rod and threaded hole
Fruit moves loading plate down along threaded rod under threaded function in rotation, so as to easily by loading plate from material storing box
Interior taking-up.
The material storing box bottom is equipped with the second limited block matched with the opening, and the material storing box side wall is equipped with logical
Hole, the through-hole are two, are respectively arranged on second limited block two sides, the material storing box side is equipped with the 4th cylinder, described
4th cylinder piston rod is equipped with the first push rod, and first push rod is equipped with the second push rod, and second push rod is arranged in institute
It states in through-hole, second push rod one end is equipped with push plate, and the storing chamber interior wall is equipped with second matched with the push plate
Groove；The first annular groove apical side height is higher than second annular groove；When thread plate moves to threaded rod along threaded rod down
After at first ring groove position of bottom, the first driving cog and the second driving cog continue to contact, and transmission shaft drives loading plate to continue
Rotation, until loading plate on aperture position turn to it is corresponding with the second limited block position after, loading plate is fallen in material storing box
Bottom, the second limited block are embedded in loading plate opening, and the 4th air cylinder driven piston rod moves forward, and push plate is made to push loading plate past
Preceding movement pushes to loading plate at the second connecting plate, to release loading plate out of material storing box.
The invention has the following advantages that inlet port and outlet port are provided separately, enter loading plate out of feed inlet
It is directly discharged from discharge outlet, without manually that material containing board placing is neat, operator only need to be by loading plate from feed inlet internal plug
Enter the coating film treatment of water drilling can be completed, reduce the process of switch hatch door, reduces blowing and feeding duration, biggish promotion water
Bore processing efficiency.
Detailed description of the invention
Fig. 1 is the structural diagram of the present invention.
Fig. 2 is diagrammatic cross-section one of the invention.
Fig. 3 is enlarged drawing at the A in Fig. 2.
Fig. 4 is enlarged drawing at the B in Fig. 2.
Fig. 5 is diagrammatic cross-section two of the invention.
Fig. 6 is enlarged drawing at the C in Fig. 5.
Fig. 7 is diagrammatic cross-section three of the invention.
Fig. 8 is diagrammatic cross-section four of the invention.
Fig. 9 is enlarged drawing at the D in Fig. 8.
Figure 10 is diagrammatic cross-section five of the invention.
Figure 11 is enlarged drawing at the E in Figure 10.
Figure 12 is enlarged drawing at the F in Figure 10.
Specific embodiment
As shown in figs. 1-12, a kind of vacuum coating equipment, including material storing box 1 and work box (being not drawn into figure), work box be
The specific works component of vacuum coating equipment, i.e. controller, actuator etc., the specific structure of work box and vacuum coating on the market
Machine structure is identical；The first connecting plate 11 is equipped at the top of the material storing box 1, bottom is equipped with the second connecting plate 12, first connection
Plate 11 is equipped with the feed inlet communicated with the material storing box 1, and second connecting plate 12 is equipped with and communicates with the material storing box 1
Discharge port, be equipped with threaded rod 17 in the material storing box 1, the threaded rod 17 is set to 1 middle part of material storing box, the material storing box
Loading plate 4 is equipped in 1, the loading plate 4 is equipped with multiple material containing slots, and the loading plate 4 is equipped with and 17 phase of threaded rod
The threaded hole of cooperation, the threaded hole side wall, which rises, is equipped with opening, is inserted with 27 He of first baffle in first connecting plate 11
Second baffle 141 is inserted with third baffle and fourth gear plate 120, the first baffle 27, second in second connecting plate 12
Baffle 141, third baffle and fourth gear plate 120 can move up and down, first connecting plate 11 and second connecting plate
Vacuum pump 16 is respectively equipped on 12；When doing coating film treatment to water drilling, water drilling is placed on loading plate 4, when all material containing slots
After being inside placed with water drilling, first baffle 27 is opened, and loading plate 4 is pushed into feed inlet, and subsequent first baffle 27 is closed, and is made
Loading plate 4 is placed between first baffle 27 and second baffle 141, and loading plate 4 is placed in enclosed environment, and vacuum pump 16 is taken out outward
Gas makes to form vacuum state in the first connecting plate 11, and after forming vacuum state inside the first connecting plate 11, second baffle 141 is past
Upper movement, loading plate 4 enter in material storing box 1, and threaded hole is nested on threaded rod 17 by opening, and loading plate 4 is along screw thread
Bar 17 moves down, and loading plate 4 moves down during rotation, until loading plate 4 moves to 1 bottom of material storing box, by opening
Mouth deviates from loading plate 4 from threaded rod 17, and third baffle is opened, and enters loading plate 4 in second connecting plate 12, works as material containing
After plate 12 enters between third baffle and fourth gear plate, third baffle moves down, and subsequent fourth gear plate is opened, loading plate 4
It is removed from discharge outlet, loading plate 4 is after discharge outlet removal, and fourth gear plate moves down closes discharge port, by loading plate 4
On water drilling remove, complete to the coating film treatment of water drilling.
Inlet port and outlet port are provided separately, loading plate is entered out of feed inlet and is directly discharged from discharge outlet,
Without manually that material containing board placing is neat, loading plate need to only be filled in the plated film that water drilling can be completed by operator out of feed inlet
Processing reduces the process of switch hatch door, reduces blowing and feeding duration, biggish promotion water drilling processing efficiency；Due to charging
Mouth setting is in material storing box top position, and worker is without bending over to stack loading plate, by the way that loading plate is continuously put into feed inlet
Operation, reduce labor intensity of workers, make water drilling processing it is more simple, greatly promoted water drilling processing efficiency；In baffle and very
Under the mutual cooperation of sky pump, inlet port and outlet port are respectively formed when each loading plate being made to be put into feed inlet and be discharged from discharge port
Independent small space, by air pressure to small space adjustment to avoid in charging and discharging outside air to material storing box inside
It influences, guarantees that the coating operation in material storing box can be carried out continuously；Small space air pressure is adjusted by vacuum pump, is avoided true
Sky pump is directly adjusted the air pressure in material storing box, reduces the burden of vacuum pump, what reduction adjusted material storing box air pressure inside
Duration carries out water drilling coating operation persistently；Working process is done to water drilling in such a way that feed inlet feed inlet and outlet goes out, water drilling exists
It can be moved down along threaded rod automatically after entering in feed inlet, so that loading plate is driven the rotation of water drilling side trailing edge, promoted
Water drilling comes into full contact with target, guarantees water drilling coating effects；Under the action of threaded rod, multiple loading plates can be carried out simultaneously defeated
It send, loading plate is sustainable to be entered from feed inlet, so that water drilling plated film is formed pipeline automation operation, is greatly promoted water drilling
Processing efficiency.
First connecting plate is equipped with the second equipment box 13, is equipped with and the second baffle at the top of first connecting plate
The second through slot matched, the second baffle are arranged in second through slot, and second equipment box is equipped with the second gas
Cylinder 14, second cylinder piston rod are arranged in second equipment box, and the second baffle is living set on second cylinder
On stopper rod；The elevating movement of second baffle is controlled by the second cylinder, make second baffle first baffle open when at
In closed state, material storing box is wanted to completely cut off with outside air, outside air is avoided to enter in material storing box to true in material storing box
Altitude impacts.
First connecting plate 11 is equipped with the first equipment box 22, is equipped with the first through slot at the top of first connecting plate 11,
It is equipped with third connecting plate 26 in first equipment box 22, the third connecting plate 26 is arranged in first through slot, described
Third connecting plate 26 is equipped with the first limited block, and 26 bottom of third connecting plate is equipped with link slot, and the first baffle 27 pushes up
Portion is articulated in the link slot, and the fifth gear plate matched with the first baffle 27 is equipped in the link slot；Described
The first air pump 21 is equipped at the top of one connecting plate 11,21 piston rod of the first air pump is arranged in first equipment box 22 and institute
It states third connecting plate 26 to be connected, first connecting plate 11 is equipped with the first loose slot, when 21 piston rod of the first air pump is past
When preceding mobile, the third connecting plate 26 is up moved, and when 21 piston rod of the first air pump moves backward, the third connects
Fishplate bar 26 moves together with 21 piston rod of the first air pump；After water drilling is placed on loading plate 4, push loading plate 4 toward feed inlet side
To movement, the first cylinder 21 driving piston rod is moved forward, makes third connecting plate 26 that first baffle 27 be driven up to move, material containing
Plate 4 be in contact with 27 side wall of first baffle after push first baffle 27 around tie point overturn, feed inlet is opened, loading plate 4 into
First baffle 27 is overturn down after entering to 11 inside of the first connecting plate, and vacuum pump 16 will be between first baffle 27 and second baffle 141
Vacuumize process is done in the space of formation, and subsequent second baffle 141 up moves, and the first cylinder 21 driving piston rod moves backward,
Make piston rod that third connecting plate 26 be driven back to move, third connecting plate 26 drives first baffle 27 to move along the first loose slot
It is dynamic, make first baffle 27 that loading plate 4 be pushed to move in material storing box 1, loading plate 4, which is pushed into material storing box 1, plates water drilling
Film process；By the hinged cooperation of first baffle and link slot, make loading plate can be directly by first gear when entering opening
Plate is pushed open, is reduced first baffle and is opened difficulty, enters loading plate more easily in feed inlet；By fifth gear plate to first
Baffle plays barrier effect, rotate first baffle can not towards on the outside of feed inlet, to make first baffle toward transporting inside material storing box
Loading plate one is pushed to go together material storing box internal motion, so that automatically loading plate is sent in material storing box, lifting means when dynamic
Automation；The position of first baffle is controlled by the stretching motion of air cylinder driven piston rod, makes first baffle in cylinder
Different motion is done under effect, so that first baffle and loading plate generate cooperation and enter directly into loading plate in material storing box, is reduced
The setting of actuator on first connecting plate shields to the first connecting plate to reduce the weight on the first connecting plate；It is logical
The mode for making first baffle up move a distance is crossed, contacts first baffle bottom with loading plate, is pushed convenient for loading plate
First baffle is overturn, and after loading plate passes through from first baffle bottom, overturns first baffle directly under self gravity
Outside air is avoided to impact the air pressure of material storing box so that feed inlet is isolated from the outside world to loading plate side.
It is hinged with the 4th connecting plate 24 on the third connecting plate, is hinged with the 5th connecting plate on the 4th connecting plate
23, the 5th connecting plate top is articulated at the top of first equipment box, and the first equipment chamber interior wall is equipped with support spring 25,
Support spring and the hinged place of the 4th connecting plate and the 5th connecting plate align, and the first cylinder piston rod is equipped with pushing block 211, push away
The hinged place of block and the 4th connecting plate and the 5th connecting plate aligns, and pushing block and support spring are respectively arranged on the 4th connecting plate and
Five connecting plate two sides；When loading plate to be pushed into feed inlet, the first air cylinder driven piston rod is moved forward, pushes pushing block
The hinged place of 4th connecting plate and the 5th connecting plate moves forward, and the 4th connecting plate and the 5th connecting plate are rotated around hinge joint,
Make the 4th connecting plate that third connecting plate be driven up to move, first baffle up moves together with third connecting plate, makes first
Baffle bottom is in contact with loading plate, when loading plate enters at feed inlet push first baffle overturn, so as to loading plate into
Enter into feed inlet；After loading plate enters in feed inlet, first baffle is overturn down under the effect of gravity, and first baffle is set
Behind loading plate side the first cylinder shrink piston rod, support spring effect under make the 4th connecting plate and the 5th connecting plate around
Tie point rotation, pushes first baffle to move down, and subsequent first air cylinder driven piston rod continuation back moves, pushing block and first
Equipment chamber interior wall is in contact, and deviate from pushing block can not out of first equipment box, and piston rod is mobile to drive the first equipment box mobile,
The first equipment box is set to drive first baffle mobile under the effect of first limited block, fifth gear plate provides support force for first baffle, makes
First baffle pushes loading plate to move in material storing box, loading plate is pushed into material storing box, to do coating film treatment to water drilling.
It is equipped with connecting rod in the middle part of the third connecting plate, connects on third connecting plate top with third under connecting rod effect
Board bottom portion links together, and connecting rod is matched with the first loose slot, and the first loose slot inner wall is equipped with movable chamber, connects bar side
Wall is equipped with the sixth gear plate matched with the movable chamber；When loading plate is not put at feed inlet, the first cylinder, which pushes, lives
Stopper rod moves forward, moves to third connecting plate at the first through slot position, and first baffle is at feed inlet aperture position, will
Feed inlet closing, sixth gear plate move in movable chamber with the movement of third connecting plate, by first under the effect of sixth gear plate
Loose slot closing, prevents outside air from entering in material storing box；After loading plate enters between first baffle and second baffle,
The space between first baffle and second baffle is evacuated under vacuum pumping action, the first air cylinder driven piston rod is past to backhaul
It is dynamic, drive third connecting plate to move together when third connecting plate back moves, third connecting plate drives sixth gear plate mobile, makes the
Six baffles are entered along movable chamber in the movable chamber of first loose slot one end, avoid movement of the sixth gear plate to third connecting plate
It causes to hinder.
The structure of the third baffle and the structure of first baffle are identical, and the second connecting plate is equipped with third cylinder and third
Equipment box, the third cylinder and the third equipment box structure and first cylinder and the first equipment box structure phase
Together；Second connecting plate is equipped with the second loose slot, and third baffle is equipped with sealing film, seals in film one end and the second loose slot
Wall is connected；It is equipped with the first groove at the top of second connecting plate, is articulated with first groove inner wall at the top of the fourth gear plate
On；First recess sidewall provides support force for fourth gear plate, makes that fourth gear plate can only side to overturn can not be toward inside discharge port outward
Overturning, after loading plate is moved between third baffle and fourth gear plate, third cylinder drives third baffle mobile, makes third gear
Plate pushes loading plate to move toward fourth gear plate direction, and loading plate pushes fourth gear plate to overturn around tie point, opens fourth gear plate,
Loading plate is discharged from discharge outlet, after loading plate is released from discharge outlet, fourth gear plate is overturn down, makes fourth gear plate will
Discharge port is closed, and third baffle resets, and the space between third baffle and fourth gear plate is evacuated by vacuum pump, prevent air into
Enter into material storing box.
17 top and bottom of threaded rod is respectively equipped with and first annular groove for being open and matching, the material storing box 1
Inner wall is equipped with link block, and movable chamber is equipped in the link block, is equipped with transmission shaft 18, the transmission shaft 18 in the movable chamber
It is equipped with the first driving cog, 4 side wall of loading plate is equipped with the second driving cog matched with first driving cog, described
It is respectively equipped with the second annular groove at the top and bottom of transmission shaft 18, is equipped at the top of the material storing box 1 for driving 18 turns of the transmission shaft
The first dynamic driving motor 15；After loading plate 4 is placed between first baffle 27 and second baffle 141, vacuum pump 16 connects first
Space in fishplate bar 11 is evacuated, and subsequent loading plate 4 enters in material storing box 1, and loading plate 4 passes through from the second annular groove side,
It is inserted into loading plate 4 on threaded rod 17 under the first annular groove and opening cooperation, when threaded rod 17 is in threaded hole medium position
When, loading plate 4 is fallen down under gravity, matches threaded hole with the screw thread on threaded rod 17, and the first driving motor 15 drives
Dynamic transmission shaft 18 rotates, and transmission shaft 18 drives loading plate 4 to rotate, and rotates loading plate 4 around threaded rod 17, and loading plate 4 is turning
It is moved down during dynamic along threaded rod 17, loading plate 4 is made to move to the coating film treatment that water drilling is completed in 1 bottom of material storing box；?
Under the setting of first annular groove, the diameter of threaded rod is reduced, so that directly loading plate is pushed on threaded rod, is reduced to loading plate
Operation difficulty；Opening diameter is corresponding with the first diameter of ring groove, so after threaded hole is nested on threaded rod, loading plate without
Method is deviate from from threaded rod, is promoted the fiting effect of loading plate and threaded rod, be moved loading plate can only along threaded rod down,
So that the water drilling on loading plate is delivered to discharge outlet；Second annular groove is set at the top and bottom of transmission shaft, make loading plate into
Enter into material storing box it is not direct be in contact with transmission shaft, avoid driving cog from impacting the movement of loading plate, convenient for by material containing
Plate, which is pushed on threaded rod, makes threaded hole and thread plate form cooperation；Under the mutual cooperation of driving cog, it is nested into threaded hole
It is moved down in rotary course after on threaded rod, guarantees contact effect of the target with water drilling, promote water drilling coating effects.
Third loose slot is respectively equipped on the inner wall of material storing box two sides, being rotatably connected in the third loose slot has first
Fagging 130, first support plate are equipped with the 4th loose slot, sliding block are equipped in the 4th loose slot, is set on the sliding block
There is the second driving motor, second driving motor output shaft is equipped with driving wheel 140, and the slider side wall is equipped with limit bullet
Spring 150, the interior adjustment motor being equipped with for driving the first support plate rotation of the third loose slot；When loading plate is first
After baffle pushes the lower interior movement toward material storing box, for loading plate by delivery to the first support plate, the second driving motor drives driving wheel
Rotation, driving wheel is in contact with loading plate side wall, and loading plate is pushed to continue to move forward, passes through the mutual of sliding block and limit spring
Cooperation, makes driving wheel side wall be in contact always with loading plate side wall, guarantees driving wheel to the transmission effect of loading plate；Driving wheel exists
When driving loading plate moves forward, when the opening of loading plate does not align with threaded rod, loading plate can not continue to move forward,
Second driving motor is rotated by drag effect, and the second driving motor on left slider rotates backward at this time, makes the biography in left side
Driving wheel and the driving wheel on right side rotate loading plate according to equidirectional rotation, after loading plate turns an angle, left side
The second driving motor drive driving wheel normal rotation, make loading plate continue to be moved along, until opening align with threaded rod
Afterwards, loading plate is pushed on threaded rod, is inserted into threaded rod in threaded hole, after threaded rod is in the middle part of threaded hole, adjusted
Whole the first support plate of motor driven rotation, is transferred to the first support plate in third loose slot, the first support plate loses to material containing
The support force of plate, loading plate, which is fallen down, makes threaded hole and threaded rod cooperate, so as to make loading plate along threaded rod down
Movement conveys loading plate toward discharge outlet.
The second support plate 19 is additionally provided on the storing chamber interior wall, the second support plate is matched with the opening, and second
It is equipped with the 5th loose slot at the top of fagging, is equipped with supporting block 191 in the 5th loose slot, supporting block can be along the 5th loose slot inner wall
Mobile, supporting block is two pieces, and in being symmetrically set in the 5th loose slot, two pieces of supporting blocks connect two pieces of supporting blocks by one
Spring 192 is connect to be connected；5th movable trench bottom is equipped with cavity, and spool 194 is equipped in cavity, and cavity side is equipped with equipment cavity, if
Standby intracavitary equipped with third driving motor 193, spool is set in the third driving motor output shaft, sets on the supporting block side wall
There is connecting rope, the connecting rope is set around on the spool；After transmission wheel drive loading plate is nested on threaded rod, loading plate
It moving at the top of the second support plate, supporting block increases by the second support board width, support force is provided for loading plate by supporting block,
Under supporting block and the effect of the first support plate, so that loading plate is stablized movement in material storing box, prevent loading plate directly from material storing box bottom
Portion is fallen；After loading plate is completely nested on threaded rod, threaded rod is in the middle part of threaded hole, and third driving motor drives spool
Rotation, connecting rope is around on spool, and supporting block turns toward movement in the middle part of the 5th loose slot, adjustment the first support plate of motor driven
It is dynamic, move the first support plate in third loose slot, loading plate bottom loses horizontal whereabouts after support simultaneously, so as to spiral shell
Rasp bar and threaded hole, which are formed, to be cooperated, and the fiting effect of threaded rod and threaded hole is promoted, and makes loading plate in rotation in threaded function
Under moved down along threaded rod, so that easily loading plate is taken out out of material storing box.
The material storing box bottom is equipped with the second limited block 110 matched with the opening, and material storing box side wall is equipped with logical
Hole, through-hole are two, are respectively arranged on second limited block two sides, and material storing box side is equipped with the 4th cylinder 3, the 4th cylinder piston
Bar is equipped with the first push rod, and first push rod is equipped with the second push rod 31, and the second push rod is arranged in the through-hole, and second pushes away
Bar one end is equipped with push plate 32, and storing chamber interior wall is equipped with the second groove matched with the push plate；First annular groove top surface
Height is higher than second annular groove；At the first ring groove position that thread plate moves to threaded rod bottom along threaded rod down
Afterwards, the first driving cog and the second driving cog continue to contact, and transmission shaft driving loading plate continues to rotate, until opening on loading plate
Mouthful position turn to it is corresponding with the second limited block position after, loading plate is fallen in material storing box bottom, and the second limited block is embedded in carrying
Flitch opening, the 4th air cylinder driven piston rod move forward, make push plate that loading plate be pushed to move forward, loading plate is pushed to
At second connecting plate, so that loading plate is released out of material storing box.
The mode that conveyer belt can be used replaces that manually loading plate being sent at feed inlet, with the automation journey of lifting means
Degree.
Vacuum pump, motor and cylinder in figure are schematic diagram, specific structure and vacuum pump in the prior art, motor
And cylinder is identical.
When doing coating film treatment to water drilling, water drilling is placed in material containing slot, loading plate is pushed at feed inlet, first
Air cylinder driven piston rod is stretched out, and so that loading plate is pushed first baffle open and is entered in the first connecting plate, and subsequent first cylinder resets, the
One baffle closes feed inlet, and vacuum pump extracts the air between first baffle and second baffle out, makes first baffle and second gear
Vacuum state is formed between plate, second baffle up moves, and the first cylinder shrinks piston rod, and first baffle is made to push loading plate toward storage
Hopper internal motion, loading plate move in the first support plate under first baffle effect, and transmission wheel drive loading plate continues past
Preceding movement is in threaded rod in the middle part of threaded hole, and supporting block enters in the middle part of the 5th loose slot, and the first support plate enters third
In loose slot, loading plate is fallen down, and threaded hole and threaded rod is made to mutually form cooperation, and transmission shaft drives loading plate rotation, makes
Loading plate moves down along threaded rod, is put into second loading plate toward discharge outlet, loading plate is made to continue into material storing box
It is interior；After loading plate moves to threaded rod bottom, transmission shaft driving loading plate is continued to rotate, until loading plate upper opening and second
Limited block aligns, and loading plate is in material storing box bottom, and the 4th cylinder pushes push plate to move forward, and push plate is made to push loading plate past
Movement in second connecting plate, after loading plate enters in the second connecting plate, third baffle releases loading plate from discharge outlet,
Complete the coating film treatment of water drilling.
Claims (10)
1. a kind of vacuum coating equipment, including material storing box (1) and work box, material storing box (1) top is equipped with the first connecting plate
(11), bottom is equipped with the second connecting plate (12), and first connecting plate (11) is equipped with the charging communicated with the material storing box (1)
Mouthful, second connecting plate (12) is equipped with the discharge port communicated with the material storing box (1), it is characterised in that: the storing
Threaded rod (17) are equipped in case (1), the threaded rod (17) is set in the middle part of the material storing box (1), is equipped in the material storing box (1)
Loading plate (4), the loading plate (4) are equipped with multiple material containing slots, and the loading plate (4) is equipped with and the threaded rod (17) phase
The threaded hole of cooperation, the threaded hole side wall, which rises, is equipped with opening, is inserted with first baffle in first connecting plate (11)
(27) and second baffle (141), it is inserted with third baffle and fourth gear plate (120) in second connecting plate (12), described the
One baffle (27), second baffle (141), third baffle and fourth gear plate (120) can move up and down, first connecting plate
(11) and on second connecting plate (12) it is respectively equipped with vacuum pump (16).
2. a kind of vacuum coating equipment described in accordance with the claim 1, it is characterised in that: first connecting plate (11) is equipped with the
One equipment box (22), the first connecting plate (11) top are equipped with the first through slot, are equipped with third in first equipment box (22)
Connecting plate (26), the third connecting plate (26) are arranged in first through slot, and the third connecting plate (26) is equipped with the
One limited block, third connecting plate (26) bottom are equipped with link slot, are articulated with the connection at the top of the first baffle (27)
In slot, the fifth gear plate matched with the first baffle (27) is equipped in the link slot.
3. a kind of vacuum coating equipment according to claim 2, it is characterised in that: be equipped at the top of first connecting plate (11)
First air pump (21), the first air pump (21) piston rod are arranged in first equipment box (22) and the third connecting plate
(26) it is connected, first connecting plate (11) is equipped with the first loose slot, when the first air pump (21) piston rod is moved along
When, the third connecting plate (26) up moves, when the first air pump (21) piston rod moves backward, the third connection
Plate (26) moves together with the first air pump (21) piston rod.
4. a kind of vacuum coating equipment described in accordance with the claim 1, it is characterised in that: threaded rod (17) top and bottom point
It She You not be equipped with link block with first annular groove for being open and matching, material storing box (1) inner wall, be set in the link block
There is movable chamber, is equipped with transmission shaft (18) in the movable chamber, the transmission shaft (18) is equipped with the first driving cog, the loading plate
(4) side wall is equipped with the second driving cog matched with first driving cog, difference at the top and bottom of the transmission shaft (18)
The first driving motor for driving the transmission shaft (18) to rotate is equipped with equipped with the second annular groove, at the top of the material storing box (1)
(15).
5. a kind of vacuum coating equipment described in accordance with the claim 1, it is characterised in that: first connecting plate (11) is equipped with the
Two equipment boxs (13), the first connecting plate (11) top are equipped with the second through slot matched with the second baffle (141), institute
It states second baffle (141) to be arranged in second through slot, second equipment box (13) is equipped with the second cylinder (14), described
Second cylinder (14) piston rod is arranged in second equipment box (13), and the second baffle (141) is set to second gas
On cylinder (14) piston rod.
6. a kind of vacuum coating equipment according to claim 2, it is characterised in that: be hinged on the third connecting plate (26)
4th connecting plate (24) is hinged with the 5th connecting plate (23), the 5th connecting plate (23) top on the 4th connecting plate (24)
Portion is articulated at the top of first equipment box (22), and the first equipment box (22) inner wall is equipped with support spring (25), described
Support spring (25) and the hinged place of the 4th connecting plate (24) and the 5th connecting plate (23) align, first gas
Cylinder (21) piston rod is equipped with pushing block (211), the pushing block (211) and the 4th connecting plate (24) and the 5th connecting plate
(23) hinged place aligns, and the pushing block (211) and the support spring (25) are respectively arranged on the 4th connecting plate (24)
With the 5th connecting plate (23) two sides.
7. a kind of vacuum coating equipment according to claim 2, it is characterised in that: be equipped in the middle part of the third connecting plate (26)
Connecting rod, the connecting rod link together third connecting plate (26) top and the third connecting plate (26) bottom,
The connecting rod is matched with first loose slot, and the first loose slot inner wall is equipped with movable chamber, the connection bar side
Wall is equipped with the sixth gear plate matched with the movable chamber.
8. a kind of vacuum coating equipment described in accordance with the claim 1, it is characterised in that: divide on the inner wall of material storing box (1) two sides
Not She You third loose slot, being rotatably connected in the third loose slot has the first support plate (130), first support plate
(130) it is equipped with the 4th loose slot, sliding block is equipped in the 4th loose slot, the sliding block is equipped with the second driving motor, institute
The second driving motor output shaft is stated equipped with driving wheel (140), the slider side wall is equipped with limit spring (150), and described the
The adjustment motor for driving the first support plate rotation is equipped in three loose slots.
9. a kind of vacuum coating equipment described in accordance with the claim 1, it is characterised in that: be additionally provided on material storing box (1) inner wall
Second support plate (19), second support plate (19) match with the opening, are equipped at the top of second support plate (19)
5th loose slot, the 5th loose slot is interior to be equipped with supporting block (191), and the supporting block (191) can be along the 5th loose slot
Inner wall is mobile, and the supporting block (191) is two pieces, and two pieces of supporting blocks (191) are in be symmetrically set in the 5th loose slot,
Two pieces of supporting blocks (191) are connected by a connecting spring (192)；Described 5th movable trench bottom is equipped with cavity, the sky
Intracavitary to be equipped with spool (194), the cavity side is equipped with equipment cavity, is equipped with third driving motor (193) in the equipment cavity, institute
Spool (194) are stated on third driving motor (193) output shaft, supporting block (191) side wall is equipped with connecting rope,
The connecting rope is set around on the spool (194).
10. a kind of vacuum coating equipment described in accordance with the claim 1, it is characterised in that: material storing box (1) bottom is equipped with and institute
The second limited block (110) that opening matches is stated, material storing box (1) side wall is equipped with through-hole, and the through-hole is two, respectively
Set on the second limited block (110) two sides, material storing box (1) side is equipped with the 4th cylinder (3), the 4th cylinder (3)
Piston rod is equipped with the first push rod, and first push rod is equipped with the second push rod (31), and second push rod (31) is arranged in institute
It states in through-hole, described second push rod (31) one end is equipped with push plate (32), and material storing box (1) inner wall is equipped with and the push plate
(32) the second groove matched.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910692244.3A CN110295345A (en) | 2019-07-30 | 2019-07-30 | A kind of vacuum coating equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910692244.3A CN110295345A (en) | 2019-07-30 | 2019-07-30 | A kind of vacuum coating equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110295345A true CN110295345A (en) | 2019-10-01 |
Family
ID=68032160
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910692244.3A Withdrawn CN110295345A (en) | 2019-07-30 | 2019-07-30 | A kind of vacuum coating equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN110295345A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112748278A (en) * | 2021-01-26 | 2021-05-04 | 杭州厚域科技有限公司 | Sensor for electric power monitoring and processing technology thereof |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1372224A (en) * | 2001-02-27 | 2002-10-02 | 华为技术有限公司 | Method for image predenoising |
| CN206173430U (en) * | 2016-08-03 | 2017-05-17 | 浦江和平真空镀膜有限公司 | Cleaning machine before vacuum coating |
-
2019
- 2019-07-30 CN CN201910692244.3A patent/CN110295345A/en not_active Withdrawn
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1372224A (en) * | 2001-02-27 | 2002-10-02 | 华为技术有限公司 | Method for image predenoising |
| CN206173430U (en) * | 2016-08-03 | 2017-05-17 | 浦江和平真空镀膜有限公司 | Cleaning machine before vacuum coating |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112748278A (en) * | 2021-01-26 | 2021-05-04 | 杭州厚域科技有限公司 | Sensor for electric power monitoring and processing technology thereof |
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| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20191001 |