CN205467268U - Double -deck advanceable sheet vacuum plastic former - Google Patents
Double -deck advanceable sheet vacuum plastic former Download PDFInfo
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- CN205467268U CN205467268U CN201620290431.0U CN201620290431U CN205467268U CN 205467268 U CN205467268 U CN 205467268U CN 201620290431 U CN201620290431 U CN 201620290431U CN 205467268 U CN205467268 U CN 205467268U
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Abstract
The utility model relates to a blister equipment field, specific double -deck advanceable sheet vacuum plastic former that says so, including loading attachment, year material cylinder, heating device, forming device and blowing device, loading attachment, heating device, forming device and blowing device turn left to arrange in proper order from the right side and arrange, loading attachment include frame, feeding mechanism, transport mechanism and fueling injection equipment, feeding mechanism including flat actuating cylinder, translation board, rotary column, a pair of porter bar, connecting rod and feed cylinder, transport mechanism is including conveying motor, a feeding gear and no. Two feeding gear, the fueling injection equipment including spouting oil pipe, nozzle, solenoid valve, water pump, oil drum, base and oil spout motor. The utility model discloses can carry out plastic molding to two rolls of plastic sheet simultaneously, its production efficiency is the twice of current conventional art to production efficiency can be greatly improved, considerable economic value is created.
Description
Technical field
This utility model relates to plastic uptake apparatus field, a kind of double-deck advanceable sheet material plastic suction forming apparatus.
Background technology
Plastic uptake: a kind of plastic processing, is widely used in the industries such as plastics package, lamp decoration, advertisement, decoration.
Its ultimate principle is:
It is heated to soft state in the sheet material of rolling is drawn in electric furnace baking oven, takes advantage of heat to move to again above plastics suction mould, mould moves
And evacuation, by the sheet material of softening to die surface, cooling water is sprayed on formed sheet surface with vaporific simultaneously so that it is
Hardening, the sheet material of molding is pulled to material-storing box the most automatically, and pneumatic cut-off knife is by molding and unformed sheet separation, thus completes complete
Portion's process.
The major advantage of plastic uptake product is, saves raw and auxiliary material, lightweight, convenient transportation, good seal performance, meets environmental protection
The requirement of green package；Can pack any special-shaped product, vanning is without separately adding padded coaming；Packaged product is transparent visible,
Good looking appearance, it is simple to sell, and applicable mechanization, automatic packaging, it is simple to modern management, saving manpower, raising effect
Rate.
One roll film material, when rolled sheet material is carried out plastic uptake, the most often can only be inhaled by plastic suction forming apparatus of the prior art
Molded process, there has been no a kind of plastic suction forming apparatus and two roll film materials can once carry out plastics sucking moulding process, but the most only
A roll film material can be processed and do not met the requirement of existing enterprise's high speed development, so being now badly in need of one can improve production efficiency
Plastic suction forming apparatus.
Utility model content
In order to make up the deficiencies in the prior art, this utility model provides a kind of double-deck advanceable sheet material plastic suction forming apparatus, its energy
Enough once volume two plastic sheets are carried out plastics sucking moulding, improve production efficiency, increase economic worth.
This utility model solves its technical problem and be the technical scheme is that a kind of double-deck advanceable sheet material plastic suction forming apparatus,
Including feeding device, material containing cylinder, heater, shaped device and discharging device；Described feeding device, heater,
Shaped device and discharging device are turned left from the right side and are arranged in order layout.
Described feeding device includes frame, feed mechanism, connecting gear and fueling injection equipment；
Described frame include supportive body that first member plate is fixedly connected with first member plate right flank, from supportive body right-hand end to
Underframe that the right side is extended, it is positioned at a cradle above underframe and is positioned on the right side of a cradle and is positioned at above underframe
No. two cradles；
On the left of described supportive body, lower end has been horizontally disposed with a chute, and on the right side of described supportive body, upper end is provided with support
Plate, described gripper shoe is provided with a fixing post and is positioned at the top-right No. two fixing posts of fixing post；
Described underframe left part has been horizontally disposed with No. two chutes, and No. two described chutes include being positioned at first on the left of No. two chutes
Rotate mouth, be positioned on the right side of No. two chutes second rotation mouth and connect first rotation mouth with second rotation mouth in horizontal cloth
No. two slideways put；Described the first rotation mouth and second rotates mouth and is semi-circular groove, and first rotates mouth and the second rotation
The center of circle of mouth is contour with No. two slideway lower surfaces, is horizontally disposed with the spacing of projection along underframe left and right directions inside described underframe
Bar, and positive stop strip is positioned at below No. two chutes；
A described cradle is arc stent, and the arching trajectory of a cradle its right end face and first rotates mouth together
The center of circle, is connected with upper end on the right side of supportive body on the left of a described cradle, and No. one is deposited between cradle and gripper shoe
Having number material containing mouth of circular arc for supporting material containing cylinder, a cradle lower end is fixedly connected with in the middle part of underframe, the described end
No. two chutes of frame are positioned at immediately below a cradle；
No. two described cradles are arc stent, and the arching trajectory of No. two cradle its right end face and second rotates mouth together
The center of circle, is positioned on the left of No. two described cradles on the right side of a cradle upper end and without supporting, and No. two cradle left end
It is provided with No. two material containing mouths of circular arc for supporting material containing cylinder, is positioned on underframe right-hand member on the right side of No. two described cradles
Side, No. two between cradle with underframe, by being shaped as, " connecting plate of [" shape is connected, No. two shapes between cradle and underframe
Become to have the sliding area being available for material containing drum movement；
Described feed mechanism includes translation cylinder, translatory plate, rotary column, a pair feeding rod, connecting rod and feeding cylinder；
Described translation cylinder is horizontally arranged at frame left part, and described translatory plate two ends embed a chute of supportive body
In, described translation cylinder bottom is fixedly connected with the first member plate of frame, and translation cylinder head is fixedly connected with translatory plate；During work,
Translation Telescopic-cylinder drives translatory plate to horizontally slip in a chute.
In No. two chutes of described rotary column rotating embedding underframe, a pair described feeding rod is symmetrical along frame fore-and-aft direction
Arrange, described each feeding rod include one end bar, be arranged on one end bar right-hand member for place material containing cylinder panel end and
The two end bars being fixedly connected with one end bar left end and be arranged in obtuse angle with one end bar, described rotary column runs through one end bar and the company of two end bars
Meet place, thus feeding rod can rotate for center of rotation with rotary column, described panel end is provided with circular arc panel mouth,
It is connected by connecting rod between each two end bars of the pair of feeding rod；
Described feeding cylinder one end is rotationally connected with translatory plate, and the feeding cylinder other end is rotationally connected with connecting rod；Connecting rod
Rotation can drive feeding rod to rotate.
Its radius of arching trajectory of a described cradle its right end face is isometric with one end pole length；
Its radius of arching trajectory of described No. two cradle its right end face is isometric with one end pole length；
Under original state, translation cylinder is in fully collapsed condition, and feeding cylinder is in fully extended state, now, translation
Plate is positioned at a chute leftmost side, and rotary column is positioned at the first rotation mouth of No. two chutes, and one end bar of feeding rod is positioned at and can reach
The bottom arrived, and now one end bar contacts with the positive stop strip inside underframe and cannot continue downwards；
When needing in material containing mouth material containing cylinder being sent on the left of a cradle, then by material containing rollers roll to sending
In the circular arc panel mouth of material bar, then, feeding cylinder shrinks and makes connecting rod rotate counterclockwise for center of rotation with rotary column, from
And drive feeding rod entirety to rotate counterclockwise with rotary column for center of rotation, now, embed the material containing cylinder of feeding rod with feeding rod
Rotate counterclockwise in a material containing mouth on the left of a cradle.
When needing in No. two material containing mouths being sent to by material containing cylinder on the left of No. two cradles, then translation cylinder stretches out so that putting down
Dynamic plate is positioned at a chute low order end, and rotary column is positioned at the second rotation mouth of No. two chutes, and feeding cylinder is still in fully extended
State, one end bar of feeding rod is positioned at the bottom that can reach, and now one end bar contacts with the positive stop strip inside underframe
And cannot continue downwards；
Then, then by the circular arc panel mouth of material containing rollers roll to feeding rod, afterwards, feeding cylinder shrinks and makes connecting rod
Rotate counterclockwise for center of rotation with rotary column, thus drive feeding rod entirety to rotate counterclockwise for center of rotation with rotary column, now,
The material containing cylinder embedding feeding rod rotates counterclockwise in No. two material containing mouths on the left of No. two cradles with feeding rod.
Described connecting gear is positioned on rear side of frame, and connecting gear includes transmitting motor, a feeding gear and No. two feeding teeth
Wheel；A described feeding gear and No. two feeding gears are respectively mounted on the supporting plate, and a described feeding gear is positioned at No. one
Below material containing mouth, No. two described feeding gears are positioned at above No. two material containing mouths；A described feeding gear and No. two feedings
Being connected by conveyer belt between gear, described transmission motor connects a feeding gear, described transmission by conveyer belt
Motor is buncher, it is possible to regulate velocity of rotation at any time, it is simple to when not had sheet material on material containing cylinder, it transmits motor
Can shut down in time and reload；During work, transmit electric machine rotation and drive a feeding gear to rotate, and then drive No. two feeding teeth
Wheel synchronous axial system.
During work, the material containing cylinder being placed in a material containing mouth is had: surround the coiled plastic material water on this material containing cylinder
Put down and extend on the left of frame, and the coiled plastic material on this material containing cylinder is positioned at a fixing post lower end of supportive body；
Material containing cylinder for being placed in No. two material containing mouths has: the coiled plastic material surrounded on this material containing cylinder is fixed from No. two
Column top process, then through a fixing post lower surface, afterwards with the coiled plastic material of the material containing cylinder being positioned at a material containing mouth
Converge on the left of a fixing post, and the coiled plastic material of the material containing cylinder being simultaneously close in a material containing mouth and synchronization are therewith to machine
Extend on the left of frame；
Above-mentioned two layers of plastic coiled material synchronizes from frame through passing through the heater on the left of frame the most again, and two-layer is moulded by heater
Material coiled material carries out heating operation, heated after coiled plastic material carry out plastics sucking moulding, last two formable layers by shaped device again
Later coiled plastic material synchronizes to enter discharging device to carry out follow-up compiling；
Described fueling injection equipment includes spray bar, nozzle, electromagnetic valve, water pump, oil drum, base and oil spout motor；Described
Spray bar front end edge frame fore-and-aft direction is horizontally mounted on the supporting plate, and the oil in spray bar can spray to above-mentioned two layers of plastic simultaneously
Coiled material, so that will not be difficult to follow-up because of bonded to each other in above-mentioned two layers of plastic coiled material traveling process together together
Separating in operation, be positioned on the spray bar in frame and be symmetrically installed with two row nozzles, the quantity of described each column nozzle is no less than
Seven；Described spray bar rear end is connected with oil drum, and is also equipped with electromagnetic valve and water pump on spray bar, and described oil drum can
Rotate is connected on base, and described oil spout motor is connected by belt with oil drum rear end；During work, first, by oil
Filling up oil in Tong, after equipment is started working, then fueling injection equipment synchronous working, the work of oil spout motor drives oil drum to rotate, enters
And drive the spray bar being connected with oil drum to rotate, and now electromagnetic valve is opened, and the fluid in oil drum is extracted into by pump working
In spray bar, then spill from each nozzle rotation spray.
Described material containing cylinder includes roller bearing, surround on roller bearing raw material film and the material containing gear being arranged on roller bearing rear end,
When the roller bearing of material containing cylinder is positioned at a material containing mouth, a feeding gear is meshed with material containing gear, when the rolling of material containing cylinder
When axle is positioned at No. two material containing mouths, No. two feeding gears are meshed with material containing gear；During work, transmit electric machine rotation and synchronize to drive
A number feeding gear and No. two feeding gears rotate, and then drive the material containing cylinder in a material containing mouth and No. two material containing mouths to turn
Dynamic so that a material containing mouth and the material containing cylinder rotation in No. two material containing mouths can synchronized push plastic sheeting toward on the left of frame
Motion.
Beneficial effect: a kind of double-deck advanceable sheet material plastic suction forming apparatus that this utility model provides, its feeding device can be simultaneously
Transport volume two plastic sheets to carry out plastic shaping, and between volume two plastics, be sprayed with fluid, thus will not be because of between volume two plastics
It is difficult to separate for mutually pasting tension, utilizes this utility model that coiled plastic material is carried out plastic shaping process, its production efficiency
It is the twice of existing conventional art such that it is able to production efficiency is greatly improved, creates considerable economic worth.
Accompanying drawing explanation
With embodiment, this utility model is further illustrated below in conjunction with the accompanying drawings.
Fig. 1 is overall schematic of the present utility model；
Fig. 2 is the overall structure schematic diagram of this utility model feeding device；
Fig. 3 is the frame side view of Fig. 2；
Fig. 4 is the feed mechanism motion schematic diagram of Fig. 2；
Fig. 5 is the connecting gear schematic diagram of Fig. 2；
Fig. 6 is the oil injection mechanism structural representation of Fig. 2；
In figure: feeding device 1, material containing cylinder 2, heater 3, shaped device 4, discharging device 5, frame 11, send
Material mechanism 12, connecting gear 13, fueling injection equipment 14, first member plate 111, supportive body 112,113, feeding of underframe
Frame 115, chute 1121 of 114, No. two cradles, gripper shoe 1122, one 1123, No. two fixing posts of fixing post
1124, No. two chutes 1131, first rotate mouth 1132, second rotate 1133, No. two slideways 1134 of mouth, positive stop strip 1135,
1141, No. two material containing mouths 1151 of a number material containing mouth, connecting plate 1152, sliding area 1153, translation cylinder 121, translatory plate 122,
Rotary column 123, feeding rod 124, connecting rod 125, feeding cylinder 126, one end bar 1241, panel end 1242, two end bar
1243, panel mouth 1244, transmit motor 132, No. two feeding gears 133 of 131, feeding gear, spray bar 141,
Nozzle 142, electromagnetic valve 143, water pump 144, oil drum 145, base 146, oil spout motor 147, roller bearing 21, raw material film
22, material containing gear 23.
Detailed description of the invention
For the technological means making this utility model realize, creation characteristic, reach purpose and be easy to understand with effect, below
In conjunction with embodiment, this utility model is expanded on further.
As it is shown in figure 1, a kind of double-deck advanceable sheet material plastic suction forming apparatus described in the utility model, including feeding device 1,
Material containing cylinder 2, heater 3, shaped device 4 and discharging device 5；Described feeding device 1, heater 3, become
Type device 4 and discharging device 5 are turned left from the right side and are arranged in order layout.
As shown in Figure 2, Figure 3 and Figure 4, a kind of double-deck advanceable sheet material plastic suction forming apparatus described in the utility model, described
Feeding device 1 include frame 11, feed mechanism 12, connecting gear 13 and fueling injection equipment 14；
Described frame 11 includes supportive body 112 that first member plate 111 is fixedly connected with first member plate 111 right flank, from support
Underframe 113 that main body 112 right-hand end is extended to the right, it is positioned at cradle 114, a Yi Jiwei above underframe 113
On the right side of a cradle 114 and be positioned at No. two cradles 115 above underframe 113；
On the left of described supportive body 112, lower end has been horizontally disposed with a chute 1121, on the right side of described supportive body 112 on
End is provided with gripper shoe 1122, described gripper shoe 1122 is provided with a fixing post 1123 and is positioned at a fixing post
1123 top-right No. two fixing posts 1124；
Described underframe 113 left part has been horizontally disposed with No. two chutes 1131, and No. two described chutes 1131 include being positioned at No. two
On the left of chute 1131 first rotates mouth 1132, is positioned at the second rotation mouth 1133, Yi Jilian on the right side of No. two chutes 1131
Connect the first rotation mouth 1132 and second rotate mouth 1133 in No. two horizontally disposed slideways 1134；The first described rotation mouth
1132 and second rotate mouth 1133 is semi-circular groove, and first rotate mouth 1132 and second center of circle rotating mouth 1133 and
No. two slideway 1134 lower surfaces are contour, are horizontally disposed with projection along underframe 113 left and right directions inside described underframe 113
Positive stop strip 1135, and positive stop strip 1135 is positioned at below No. two chutes 1131；
A described cradle 114 is arc stent, and the arching trajectory and first of cradle 114 its right end face
Rotate mouth 1132 concentric, be connected with upper end on the right side of supportive body 112 on the left of a described cradle 114, and one
Number between cradle 114 and gripper shoe 1122, there are number material containing mouth 1141 of circular arc for supporting material containing cylinder 2,
Number cradle 114 lower end is fixedly connected with in the middle part of underframe 113, and No. two chutes 1131 of described underframe 113 are positioned at No. one and send
Immediately below bin 114；
Described No. two cradles 115 are arc stent, and the arching trajectory and second of No. two cradle 115 its right end face
Rotate mouth 1133 concentric, be positioned on the left of No. two described cradles 115 on the right side of cradle 114 upper end and without supporting,
And No. two cradle 115 left end are provided with No. two material containing mouths 1151 of circular arc for supporting material containing cylinder 2, described
It is positioned at above underframe 113 right-hand member on the right side of No. two cradles 115, by being shaped as between No. two cradles 115 and underframe 113
" connecting plate 1152 of [" shape is connected, and is formed and is available for material containing cylinder 2 and transports between No. two cradles 115 and underframe 113
Dynamic sliding area 1153；
As shown in Figure 2, Figure 3 and Figure 4, a kind of double-deck advanceable sheet material plastic suction forming apparatus described in the utility model, described
Feed mechanism 12 include translation cylinder 121, translatory plate 122, rotary column 123, a pair feeding rod 124, connecting rod 125
With feeding cylinder 126；
Described translation cylinder 121 is horizontally arranged at frame 11 left part, and described translatory plate 122 two ends embed supportive body
In a number chute 1121 of 112, bottom described translation cylinder 121, the first member plate 111 with frame 11 is fixedly connected with, translation
Cylinder 121 top is fixedly connected with translatory plate 122；During work, translation cylinder 121 is flexible drives translatory plate 122 a cunning
Horizontally slip in groove 1121.
In No. two chutes 1131 of described rotary column 123 rotating embedding underframe 113, described a pair feeding rod 124
Being arranged symmetrically with along frame 11 fore-and-aft direction, described each feeding rod 124 includes one end bar 1241, is arranged on one end bar 1241
Right-hand member for place the panel end 1242 of material containing cylinder 2 and be fixedly connected with one end bar 1241 left end and with one end bar 1241
The two end bars 1243 being arranged in obtuse angle, described rotary column 123 runs through one end bar 1241 and the junction of two end bars 1243, thus
Feeding rod 124 can rotate with rotary column 123 for center of rotation, and described panel end 1242 is provided with circular arc panel
Mouth 1244, is connected by connecting rod 125 between each two end bars 1243 of the pair of feeding rod 124；
Described feeding cylinder 126 one end is rotationally connected with translatory plate 122, feeding cylinder 126 other end and connecting rod 125
It is rotationally connected；Connecting rod 125 rotates and feeding rod 124 can be driven to rotate.
Its radius of arching trajectory of described cradle 114 its right end face is isometric with one end bar 1241 length；
Its radius of arching trajectory of described No. two cradle 115 its right end face is isometric with one end bar 1241 length；
Under original state, translation cylinder 121 is in fully collapsed condition, and feeding cylinder 126 is in fully extended state, this
Time, translatory plate 122 is positioned at chute 1121 leftmost side, and rotary column 123 is positioned at the first rotation mouth 1132 of No. two chutes 1131
In, one end bar 1241 of feeding rod 124 is positioned at the bottom that can reach, and now in one end bar 1241 and underframe 113
The positive stop strip 1135 of side contacts and cannot continue downwards；
When needing in the material containing mouth 1141 material containing cylinder 2 being sent on the left of a cradle 114, then by material containing
Cylinder 2 is rolled in the circular arc panel mouth 1244 of feeding rod 124, and then, feeding cylinder 126 shrinks and makes connecting rod 125
Rotate counterclockwise for center of rotation with rotary column 123, thus drive feeding rod 124 entirety with rotary column 123 for the center of rotation inverse time
Pin rotates, and now, the material containing cylinder 2 embedding feeding rod 124 rotates counterclockwise to a cradle 114 with feeding rod 124
In a number material containing mouth 1141 in left side.
When needing in No. two material containing mouths 1151 material containing cylinder 2 being sent on the left of No. two cradles 115, then translation gas
Cylinder 121 stretches out so that translatory plate 122 is positioned at chute 1121 low order end, and rotary column 123 is positioned at the of No. two chutes 1131
Two rotate in mouth 1133, and feeding cylinder 126 is positioned at institute still in fully extended state, one end bar 1241 of feeding rod 124
The bottom that can reach, and now one end bar 1241 contact with the positive stop strip 1135 inside underframe 113 and cannot continue to
Under；
Then, then material containing cylinder 2 is rolled in the circular arc panel mouth 1244 of feeding rod 124, afterwards, feeding cylinder
126 contractions make connecting rod 125 rotate counterclockwise with rotary column 123 for center of rotation, thus drive feeding rod 124 entirety to turn
Post 123 rotates counterclockwise for center of rotation, and now, the material containing cylinder 2 embedding feeding rod 124 is counterclockwise with feeding rod 124
Rotate in No. two material containing mouths 1151 on the left of No. two cradles 115.
As shown in Fig. 2, Fig. 4 and Fig. 5, a kind of double-deck advanceable sheet material plastic suction forming apparatus described in the utility model, described
Connecting gear 13 be positioned on rear side of frame 11, connecting gear 13 include transmit 131, feeding gear 132 and two of motor
Number feeding gear 133；A described feeding gear 132 and No. two feeding gears 133 are installed in gripper shoe 1122, institute
The feeding gear 132 stated is positioned at below a material containing mouth 1141, and No. two described feeding gears 133 are positioned at No. two loads
Above material mouth 1151；A described feeding gear 132 is connected by conveyer belt between No. two feeding gears 133,
Described transmission motor 131 connects a feeding gear 132 by conveyer belt；During work, transmit motor 131 and rotate drive
A number feeding gear 132 rotates, and then drives No. two feeding gear 133 synchronous axial system.
During work, the material containing cylinder 2 being placed in a material containing mouth 1141 is had: surround on this material containing cylinder 2
Coiled plastic material level extends on the left of frame 11, and the coiled plastic material on this material containing cylinder is positioned at No. of supportive body 112
Fixing post 1123 lower end；
Material containing cylinder 2 for being placed in No. two material containing mouths 1151 has: surround the coiled plastic material on this material containing cylinder 2
From No. two fixing post 1124 top processes, then through fixing post 1123 lower surface, afterwards be positioned at a material containing mouth 1141
The coiled plastic material of interior material containing cylinder 2 converges on the left of a fixing post 1123, and is close in a material containing mouth 1141 simultaneously
Material containing cylinder 2 coiled plastic material and synchronize therewith on the left of frame 11 extend；
Above-mentioned two layers of plastic coiled material synchronizes from frame 11 through passing through the heater 3 on the left of frame 11, heater the most again
3 pairs of two layers of plastic coiled materials carry out heating operation, heated after coiled plastic material carry out plastics sucking moulding by shaped device 4 again,
Coiled plastic material after last two formable layers synchronizes to enter discharging device 5 to carry out follow-up compiling；
As shown in Figure 2 and Figure 6, a kind of double-deck advanceable sheet material plastic suction forming apparatus described in the utility model, described oil spout
Device 14 includes spray bar 141, nozzle 142, electromagnetic valve 143, water pump 144, oil drum 145, base 146 and oil spout electricity
Machine 147；Described spray bar 141 front end edge frame 11 fore-and-aft direction is horizontally arranged in gripper shoe 1122, spray bar 141
Interior oil can spray to above-mentioned two layers of plastic coiled material simultaneously, so that will not in above-mentioned two layers of plastic coiled material traveling process together
It is difficult to separate in subsequent handling because of bonded to each other together, is positioned on the spray bar 141 in frame 11 and is symmetrically installed
Having two row nozzles 142, the quantity of described each column nozzle 142 is no less than seven；Described spray bar 141 rear end and oil drum 145
It is connected, and on spray bar 141, is also equipped with electromagnetic valve 143 and water pump 144, the described rotating connection of oil drum 145
On base 146, described oil spout motor 147 is connected by belt with oil drum 145 rear end；During work, first, will
Filling up oil in oil drum 145, after equipment is started working, then fueling injection equipment 14 works asynchronously, oil spout motor 147 work strip
Dynamic oil drum 145 rotates, and then drives the spray bar 141 being connected with oil drum 145 to rotate, and now electromagnetic valve 143 dozens
Opening, water pump 144 works and is extracted in spray bar 141 by the fluid in oil drum 145, then spills from each nozzle 142 rotation spray.
Described material containing cylinder 2 includes roller bearing 21, surround on roller bearing 21 raw material film 22 and be arranged on roller bearing 21
The material containing gear 23 of rear end, when the roller bearing 21 of material containing cylinder 2 is positioned at a material containing mouth 1141, a feeding gear 132
It is meshed with material containing gear 23, when the roller bearing 21 of material containing cylinder 2 is positioned at No. two material containing mouths 1151, No. two feeding gears
133 are meshed with material containing gear 23；During work, a transmission motor 131 rotation synchronization number feeding gear 132 of drive and No. two
Feeding gear 133 rotates, and then drives a material containing mouth 1141 to rotate with the material containing cylinder 2 in No. two material containing mouths 1151,
So that material containing mouth 1141 and the material containing cylinder 2 in No. two material containing mouths 1151 rotate can synchronized push plastic sheeting past
Move on the left of frame 11.
Under original state, translation cylinder 121 is in fully collapsed condition, and feeding cylinder 126 is in fully extended state, this
Time, translatory plate 122 is positioned at chute 1121 leftmost side, and rotary column 123 is positioned at the first rotation mouth 1132 of No. two chutes 1131
In, one end bar 1241 of feeding rod 124 is positioned at the bottom that can reach, and now in one end bar 1241 and underframe 113
The positive stop strip 1135 of side contacts and cannot continue downwards；
When needing in the material containing mouth 1141 material containing cylinder 2 being sent on the left of a cradle 114, then by material containing
Cylinder 2 is rolled in the circular arc panel mouth 1244 of feeding rod 124, and then, feeding cylinder 126 shrinks and makes connecting rod 125
Rotate counterclockwise for center of rotation with rotary column 123, thus drive feeding rod 124 entirety with rotary column 123 for the center of rotation inverse time
Pin rotates, and now, the material containing cylinder 2 embedding feeding rod 124 rotates counterclockwise to a cradle 114 with feeding rod 124
In a number material containing mouth 1141 in left side.
When needing in No. two material containing mouths 1151 material containing cylinder 2 being sent on the left of No. two cradles 115, then translation gas
Cylinder 121 stretches out so that translatory plate 122 is positioned at chute 1121 low order end, and rotary column 123 is positioned at the of No. two chutes 1131
Two rotate in mouth 1133, and feeding cylinder 126 is positioned at institute still in fully extended state, one end bar 1241 of feeding rod 124
The bottom that can reach, and now one end bar 1241 contact with the positive stop strip 1135 inside underframe 113 and cannot continue to
Under；
Then, then material containing cylinder 2 is rolled in the circular arc panel mouth 1244 of feeding rod 124, afterwards, feeding cylinder
126 contractions make connecting rod 125 rotate counterclockwise with rotary column 123 for center of rotation, thus drive feeding rod 124 entirety to turn
Post 123 rotates counterclockwise for center of rotation, and now, the material containing cylinder 2 embedding feeding rod 124 is counterclockwise with feeding rod 124
Rotate in No. two material containing mouths 1151 on the left of No. two cradles 115；
Meanwhile, transmit motor 131 rotation and synchronize to drive a feeding gear 132 to rotate with No. two feeding gears 133, and then
A material containing mouth 1141 is driven to rotate with the material containing cylinder 2 in No. two material containing mouths 1151, so that a material containing mouth 1141
Rotate can move on the left of frame 11 by synchronized push plastic sheeting with the material containing cylinder 2 in No. two material containing mouths 1151；
Material containing cylinder 2 for being placed in a material containing mouth 1141 has: surround the coiled plastic material on this material containing cylinder 2
Level extends on the left of frame 11, and the coiled plastic material on this material containing cylinder is positioned at a fixing post 1123 of supportive body 112
Lower end；
Material containing cylinder 2 for being placed in No. two material containing mouths 1151 has: surround the coiled plastic material on this material containing cylinder 2
From No. two fixing post 1124 top processes, then through fixing post 1123 lower surface, afterwards be positioned at a material containing mouth 1141
The coiled plastic material of interior material containing cylinder 2 converges on the left of a fixing post 1123, and is close in a material containing mouth 1141 simultaneously
Material containing cylinder 2 coiled plastic material and synchronize therewith on the left of frame 11 extend；
Above-mentioned two layers of plastic coiled material synchronizes from frame 11 through passing through the heater 3 on the left of frame 11, heater the most again
3 pairs of two layers of plastic coiled materials carry out heating operation, heated after coiled plastic material carry out plastics sucking moulding by shaped device 4 again,
Coiled plastic material after last two formable layers synchronizes to enter discharging device 5 to carry out follow-up compiling；
Fueling injection equipment 14 works asynchronously, and fills up oil in oil drum 145, and after equipment is started working, then fueling injection equipment 14 is same
Step work, oil spout motor 147 work drives oil drum 145 to rotate, and then drives the spray bar 141 being connected with oil drum 145
Rotating, and now electromagnetic valve 143 is opened, water pump 144 works and is extracted in spray bar 141 by the fluid in oil drum 145,
Spill from each nozzle 142 rotation spray again, thus the oil in spray bar 141 can spray to above-mentioned two layers of plastic coiled material, enters simultaneously
And make above-mentioned two layers of plastic coiled material traveling process together will not be difficult in subsequent handling because of bonded to each other together
Separate.
And then this equipment realizes two layers of plastic coiled material being carried out plastics sucking moulding by above-mentioned steps simultaneously.
Of the present utility model ultimate principle, principal character and advantage have more than been shown and described.The technical staff of the industry should
Understand, this utility model is not restricted to the described embodiments, the description in above-described embodiment and description this reality is simply described
By novel principle, on the premise of without departing from this utility model spirit and scope, this utility model also have various change and
Improve, in the range of these changes and improvements both fall within claimed this utility model.This utility model claim scope by
Appending claims and equivalent thereof define.
Claims (3)
1. a double-deck advanceable plastic suction forming apparatus, including feeding device (1), material containing cylinder (2), heater (3), becomes
Type device (4) and discharging device (5)；Described feeding device (1), heater (3), shaped device (4) and discharging device (5)
Turn left from the right side and be arranged in order layout, it is characterised in that:
Described feeding device (1) includes frame (11), feed mechanism (12), connecting gear (13) and fueling injection equipment (14)；
Described frame (11) include supportive body (112) that first member plate (111) and first member plate (111) right flank be fixedly connected with,
The underframe (113) extended to the right from supportive body (112) right-hand end, the cradle being positioned at underframe (113) top
And be positioned at cradle (114) right side and be positioned at No. two cradles (115) of underframe (113) top (114)；
Described lower end, supportive body (112) left side has been horizontally disposed with a chute (1121), and described supportive body (112) is right
Upper end, side is provided with gripper shoe (1122), described gripper shoe (1122) is provided with a fixing post (1123) and is positioned at No. one
The fixing top-right No. two fixing posts (1124) of post (1123)；
Described underframe (113) left part has been horizontally disposed with No. two chutes (1131), and No. two described chutes (1131) include being positioned at
The first of No. two chute (1131) left sides rotates mouth (1132), is positioned at the second rotation mouth on No. two chutes (1131) right sides
(1133) and connect first rotation mouth (1132) with second rotate mouth (1133) in No. two horizontally disposed slideways
(1134)；The first described rotation mouth (1132) rotates mouth (1133) with second and is semi-circular groove, and first rotates mouth (1132)
Contour with No. two slideway (1134) lower surfaces with the center of circle of the second rotation mouth (1133), described underframe (113) inner side is along underframe
(113) left and right directions is horizontally disposed with the positive stop strip (1135) of projection, and positive stop strip (1135) is positioned under No. two chutes (1131)
Side；
A described cradle (114) is arc stent, and the arching trajectory of cradle (114) its right end face and
One rotates mouth (1132) concentric, and described cradle (114) left side is connected with upper end, supportive body (112) right side,
And between a cradle (114) and gripper shoe (1122), there are number material containing of circular arc for supporting material containing cylinder (2)
Mouth (1141), cradle (114) lower end is fixedly connected with underframe (113) middle part, No. two chutes of described underframe (113)
(1131) it is positioned at immediately below a cradle (114)；
No. two described cradles (115) are arc stent, and the arching trajectory of No. two cradle (115) its right end face and
Two rotate mouth (1133) concentric, and No. two described cradle (115) left sides are positioned on the right side of cradle (114) upper end and nothing
Support, and No. two cradle (115) left end are provided with No. two material containing mouths of circular arc for supporting material containing cylinder (2)
(1151), No. two described cradle (115) right sides are positioned at above underframe (113) right-hand member, No. two cradles (115) and underframe
(113) between, by being shaped as, " connecting plate (1152) of [" shape is connected, between No. two cradles (115) and underframe (113)
It is formed and is available for the sliding area (1153) that material containing cylinder (2) moves；
Described feed mechanism (12) includes translation cylinder (121), translatory plate (122), rotary column (123), a pair feeding rod
(124), connecting rod (125) and feeding cylinder (126)；
Described translation cylinder (121) is horizontally arranged at frame (11) left part, and described translatory plate (122) two ends embed and support master
In a number chute (1121) of body (112), described translation cylinder (121) bottom is solid mutually with the first member plate (111) of frame (11)
Even, translation cylinder (121) top is fixedly connected with translatory plate (122)；
In No. two chutes (1131) of described rotary column (123) rotating embedding underframe (113), a pair described feeding rod
(124) being arranged symmetrically with along frame (11) fore-and-aft direction, described each feeding rod (124) includes one end bar (1241), is arranged on one
End bar (1241) right-hand member is used for placing the panel end (1242) of material containing cylinder (2) and being fixedly connected with one end bar (1241) left end
And the two end bars (1243) being arranged in obtuse angle with one end bar (1241), described rotary column (123) runs through one end bar (1241) and two ends
The junction of bar (1243), described panel end (1242) is provided with circular arc panel mouth (1244), the pair of feeding rod
(124) it is connected by connecting rod (125) between each two end bars (1243)；
Described feeding cylinder (126) one end is rotationally connected with translatory plate (122), feeding cylinder (126) other end and connecting rod
(125) it is rotationally connected；
Its radius of arching trajectory of described cradle (114) its right end face is isometric with one end bar (1241) length；
Its radius of arching trajectory of described No. two cradle (115) its right end face is isometric with one end bar (1241) length；
Described connecting gear (13) be positioned at frame (11) rear side, connecting gear (13) include transmit motor (131), No. one give
Material gear (132) and No. two feeding gears (133)；A described feeding gear (132) is respectively mounted with No. two feeding gears (133)
In gripper shoe (1122), a described feeding gear (132) is positioned at material containing mouth (1141) lower section, described No. two
Feeding gear (133) is positioned at No. two material containing mouth (1151) tops；A described feeding gear (132) and No. two feeding gears
(133) being connected by conveyer belt between, described transmission motor (131) connects a feeding gear (132) by conveyer belt,
Described transmission motor (131) is buncher.
A kind of double-deck advanceable plastic suction forming apparatus the most according to claim 1, it is characterised in that: described fueling injection equipment
(14) include spray bar (141), nozzle (142), electromagnetic valve (143), water pump (144), oil drum (145), base (146) and
Oil spout motor (147)；Described spray bar (141) front end edge frame (11) fore-and-aft direction is horizontally arranged at gripper shoe (1122)
On, it is positioned on the spray bar (141) in frame (11) and is symmetrically installed with two row nozzles (142), described each column nozzle (142)
Quantity is no less than seven；Described spray bar (141) rear end is connected with oil drum (145), and is also equipped with on spray bar (141)
Electromagnetic valve (143) and water pump (144), described oil drum (145) is rotatably coupled on base (146), described oil spout electricity
Machine (147) is connected by belt with oil drum (145) rear end.
A kind of double-deck advanceable plastic suction forming apparatus the most according to claim 1, it is characterised in that: described material containing cylinder
(2) the raw material film (22) include roller bearing (21), surrounding on roller bearing (21) and the material containing tooth being arranged on roller bearing (21) rear end
Wheel (23), when the roller bearing (21) of material containing cylinder (2) is positioned at material containing mouth (1141), a feeding gear (132) and material containing
Gear (23) is meshed, when the roller bearing (21) of material containing cylinder (2) is positioned at No. two material containing mouth (1151), and No. two feeding gears (133)
It is meshed with material containing gear (23).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620290431.0U CN205467268U (en) | 2016-04-08 | 2016-04-08 | Double -deck advanceable sheet vacuum plastic former |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620290431.0U CN205467268U (en) | 2016-04-08 | 2016-04-08 | Double -deck advanceable sheet vacuum plastic former |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205467268U true CN205467268U (en) | 2016-08-17 |
Family
ID=56643879
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620290431.0U Expired - Fee Related CN205467268U (en) | 2016-04-08 | 2016-04-08 | Double -deck advanceable sheet vacuum plastic former |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205467268U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105729780A (en) * | 2016-04-08 | 2016-07-06 | 安庆市立祥工贸有限责任公司 | Double-layer feeding type sheet vacuum molding machine |
| CN108454075A (en) * | 2018-04-25 | 2018-08-28 | 苏州云康机电有限公司 | Double courages press suction molding machine parallel |
| CN110341168A (en) * | 2019-07-08 | 2019-10-18 | 惠州市博大新材电子科技有限公司 | A kind of bilayer advanceable coiled plastic material plastic suction forming apparatus |
-
2016
- 2016-04-08 CN CN201620290431.0U patent/CN205467268U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105729780A (en) * | 2016-04-08 | 2016-07-06 | 安庆市立祥工贸有限责任公司 | Double-layer feeding type sheet vacuum molding machine |
| CN105729780B (en) * | 2016-04-08 | 2018-10-09 | 重庆三树塑料制品有限公司 | A kind of bilayer advanceable sheet material plastic suction forming apparatus |
| CN108454075A (en) * | 2018-04-25 | 2018-08-28 | 苏州云康机电有限公司 | Double courages press suction molding machine parallel |
| CN110341168A (en) * | 2019-07-08 | 2019-10-18 | 惠州市博大新材电子科技有限公司 | A kind of bilayer advanceable coiled plastic material plastic suction forming apparatus |
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