CN208036811U - Plastic film packing machine - Google Patents
Plastic film packing machine Download PDFInfo
- Publication number
- CN208036811U CN208036811U CN201820345453.1U CN201820345453U CN208036811U CN 208036811 U CN208036811 U CN 208036811U CN 201820345453 U CN201820345453 U CN 201820345453U CN 208036811 U CN208036811 U CN 208036811U
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- Prior art keywords
- plastic film
- transmission mechanism
- cam
- film
- paper product
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Abstract
The utility model discloses plastic film packing machines, including：Transmission mechanism, for being transported to paper product；Sub-material material fetching mechanism is located at transmission mechanism front end, for paper product to be placed on transmission mechanism；Containment device is located on transmission mechanism and on rear side of sub-material material fetching mechanism, and hot pressing is carried out after the bank note that transmission mechanism transports is wrapped up with plastic film, and encapsulating is tied up in realization；Thermal contracting mechanism is located on transmission mechanism and on rear side of containment device, and the paper product for the process of transport to be tied up to encapsulating carries out hot pressing so that plastic film shrinks banding.
Description
Technical field
The utility model is related to a kind of packaging facilities, and in particular to can be packed to paper products such as paper printed matters
Plastic film packing machine.
Background technology
The printed matter of printing house's printing is needed semi-finished product being divided into one and fold, then often folded to be carried out with plastic film
It ties up.Present printing factory mainly uses the form that worker encapsulates by hand, and human cost is high, heavy workload.Now on the market
It can be used for carrying out plastic sealing pack to bank note with plastic packaging machine, primarily directed to the folded packaging of RMB point, be related to the people
The number etc. of coin, procedure structure is more complicated, with high costs, is not suitable for producing paper product the row for needing low cost in this way
Industry.
Therefore, it is badly in need of a kind of low cost, automatic packaged by plastic film that is easy to operate, saving human cost on the market now
Machine.
Utility model content
The first of the utility model is designed to provide containment device, is mainly used for carrying out plastic packaging to paper product, structure is opposite
Simply, low cost, and the automation encapsulating of paper product may be implemented.
To achieve the goals above, the technical solution that the utility model is taken is as follows：
Plastic film packing machine, including：
Transmission mechanism, for being transported to paper product；
Sub-material material fetching mechanism is located at transmission mechanism front end, for paper product to be placed on transmission mechanism；
Containment device is located at the paper that on transmission mechanism and on rear side of sub-material material fetching mechanism, transmission mechanism is transported
Coin carries out hot pressing after wrapping up winding with plastic film, encapsulating is tied up in realization；
Thermal contracting mechanism is located on transmission mechanism and on rear side of containment device, for the process of transport to be tied up packet
The paper product of envelope carries out hot pressing so that plastic film shrinks banding.
The containment device includes film feeding mechanism and banding mechanism as a preferred method, and film feeding mechanism is located at transmission
Above mechanism；Banding mechanism includes solid film traction component, positioning components and pressing assembly；
Gu film traction component is located at below transmission mechanism, the plastic film that film feeding mechanism is provided clamps；Gu film draw groups
Part includes support roller and the contact roller that is bonded with support roller；
Pressing assembly includes briquetting and electric heating blade, and briquetting is located above electrical knife piece, and briquetting and electric heating blade are in power
Distance is furthered and is zoomed out under the action of mechanism；The paper product of transmission mechanism transport passes through between electric heating blade and briquetting；
Positioning components include the friction plate for being bonded with support roller, support roller being driven to one-directionally rotate, and friction plate is servo-actuated
It moves up and down under the drive of piece, follows the activity of briquetting with movable plate and move.
Pressing assembly includes camshaft as a preferred method, and camshaft is equipped with cam A, cam B, and cam A is driven
Part, cam B driven members top connect respectively with briquetting and electric heating blade；The setting direction of cam A and cam B are opposite so that
Cam A compared with protrusion position downward when, cam B compared with protrusion position upward.
Film feeding mechanism includes bellows, belt transport component, contact roller as a preferred method,；Belt transport component is set
It sets in bellows, is driven and rotated by actuating unit；Film-coiling device is removably connected in bellows；Plastic film Scroll is wrapped in volume
In diaphragm, and the reeler for being wound with plastic film is bonded with the belt pulley of belt transport component；Belt pulley is also pasted with contact roller
It closes so that the plastic foil that film feeding mechanism is sent out is exceptionally straight by belt pulley and contact roller.
Sub-material material fetching mechanism includes the material-storing box equipped with discharge port as a preferred method, and material-storing box is equipped with and storage
The L-type baffle of magazine axis connection so that L-type baffle forms lever construction；One end of L-type baffle by return spring be equipped with
The installation frame of cylinder A connects, cylinder A on startup, one end one power of the piston to L-type baffle so that L-type baffle it is another
One end is stretched into discharge port；
Sub-material material fetching mechanism further includes feeding pallet fork, and feeding pallet fork includes the fork body and cylinder B for clamping paper product；Pitch body
Above cylinder B, the piston of cylinder B is towards fork body, and under the action of actuating unit, the two moves in the horizontal simultaneously,
Fork body can be stretched by discharge port in material-storing box；Cylinder B starts, and piston is located above transmission mechanism, and cylinder B is closed, and lives
Plug is located at below transmission mechanism.
Thermal contracting mechanism includes upper electric hot plate, lower electric hot plate as a preferred method, and paper product is under the action of transmission mechanism
Can be by between upper electric hot plate and lower electric hot plate, upper electric hot plate and lower electric hot plate mutual distance under the action of actuating unit
It furthers and zooms out.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 be sub-material material fetching mechanism, containment device, thermal contracting mechanism structural schematic diagram.
Fig. 3 is the structural schematic diagram of containment device.
Fig. 4 is the structural schematic diagram of transmission mechanism.
Fig. 5 is the structural schematic diagram of cam pack.
Fig. 6 is the structural schematic diagram of material-storing box.
Fig. 7 is that plastic film encapsulates paper product schematic diagram.
Fig. 8 is the schematic diagram at the pressing position of plastic film.
Wherein, reference numeral is as described below：1- transmission mechanisms, 11- card lattice, 12- opening I, 13- opening II, 14- openings
III, 2- sub-material material fetching mechanism, 21- material-storing boxs, 211- discharge ports, 212- storings space, 22- cylinders A, 23-L type baffle, 24-
Guiding axis, 25- guide sleeves, 26- cylinders B, 27- pitch body, 3- containment devices, 31- contact rollers, 32- bellows, 321- slots, 33- skins
Belt wheel, 34- film-coiling devices, 341- hold horizontal bar, and 35- support rollers, 36- briquettings, 37- is with movable plate, 38- friction plates, 39- electrical knifes
Piece, 4- thermal contracting mechanisms, the upper electric hot plates of 41-, electric hot plate under 42-, 5- plastic films, the pressing position of 51- plastic films, 6- cams
Component, 61- camshafts, 62- cams A, 63- cam A driven members, 64- cams B, 65- cam B driven members, 7- paper products.
Specific implementation mode
The purpose of the utility model is to overcome the defects of the prior art, provide plastic film packing machine, with reference to implementation
Example is described in further detail the utility model.
Embodiment
As shown in Figure 1, plastic film packing machine, including braced frame and the transmission mechanism 1 on support frame frame, sub-material take
Expect mechanism 2, containment device 3 and thermal contracting mechanism 4.
Hereinafter, being illustrated successively to each structure for constituting plastic film packing machine：
First, as shown in figure 4, transmission mechanism 1 is conventional synchronous belt supply line, in order to ensure the support to paper product 7 and
The effect for driving it to move, synchronous belt supply line includes two synchronous belts, and is all uniformly provided with several protrusions on two synchronous belts,
Respective mutual corresponding two adjacent protrusions collectively form card lattice 11 on two synchronous belts of synchronous belt supply line.Card lattice 11 are deposited
It is divided in the transit domain to synchronous belt supply line, each card lattice 11 transport a stacker product 7, realize the continuous fortune of paper product 7
It is defeated, continuous plastic packaging.Synchronous belt supply line drives work by actuating unit B.
Synchronous belt transports line front end and is equipped with sub-material material fetching mechanism 2, and synchronous belt supply line stage casing is encapsulating region, is equipped with above-mentioned
Containment device 3；There is pyrocondensation region in synchronous belt transport line back end, is equipped with above-mentioned thermal contracting mechanism 4.
Second, as shown in Fig. 2, sub-material material fetching mechanism 2 include setting on the support frame, can be carried out according to 7 size of paper product
The material-storing box 21 of adjustment.
21 lower wall of material-storing box is equipped with discharge port 211.As shown in fig. 6, the size of material-storing box 21 adjusts very simple, due to structure
At its each plank detachably to realize material-storing box 21 212 size of storing space adjustment.On the outer wall of material-storing box 21
Cylinder A22 is installed by installation frame, going back axis connection on material-storing box 21 has the middle part of L-type baffle 23 so that 23 shape of L-type baffle
At lever construction.When cylinder A22 piston retractions, 23 upper end of L-type baffle is agitated so that the lower end of L-type baffle 23 is from discharge port 211
It is interior by 7 sub-material of paper product in material-storing box 21 into material-storing box 21, the paper product 7 for continuing storage being divided into above L-type baffle 23
With the paper product to be taken 7 positioned at 23 lower section of L-type baffle.
Sub-material material fetching mechanism 2 further includes feeding pallet fork, and feeding pallet fork includes guiding axis 24, the guide sleeve on guiding axis 24
25, body 27, cylinder B26 are pitched.
Guiding axis 24 is installed on the support frame, and guide sleeve 25 is equipped with fork body 27 and cylinder B26 by mounting bracket, makes
Cylinder B26 is obtained below fork body 27 and cylinder B26 and fork body 27 move simultaneously.There is opening I12 in the front end of synchronous belt supply line
So that being located at when the piston of cylinder B26 stretches out above opening I12, it is located at when the piston of cylinder B26 is withdrawn below opening I12.
It is moved under the drive of actuating unit A for the mounting bracket of assembling fork body 27 and cylinder B26, actuating unit A bands
Moving fork body 27 stretches into material-storing box 21 so that the cylinder B26 pistons and fork body 27 of stretching will wait taking positioned at 23 lower section of L-type baffle
Paper product 7 is clamped, and then again under the action of actuating unit A, fork body 27A comes out from material-storing box 21, at this point, cylinder B26 pistons are withdrawn,
Below synchronous belt supply line opening I12, paper product 7 is fallen in the card lattice 11 on synchronous belt supply line.
Third, the containment device 3 include banding mechanism and film feeding mechanism.
As shown in Figure 1 and 2, film feeding mechanism is located at the top of synchronous belt supply line, and film feeding mechanism includes that bellows 32, setting exist
The film-coiling device 34 and contact roller 31 that belt transport component and bellows 32 in bellows 32 are detachably connected.Bellows 32 is mounted on branch
On support frame frame, box wall is equipped with the slot 321 that the insertion of horizontal bar 341 is held for film-coiling device 34.5 scroll form of plastic film is wrapped in
On film-coiling device 34, when film-coiling device 34 to be put into bellows 32, the hand-held horizontal bar 341 of film-coiling device 34 is located at the slot of bellows 32
In 321 so that 34 position of film-coiling device is stablized, and larger displacement will not occur under belt transport component movement.Film-coiling device 34 is wound
Plastic film 5 be bonded with the belt of belt transport component so that the transmission of belt drives film-coiling device 34 to rotate, 34 turns of film-coiling device
Dynamic blowing, by the submitting of plastic film 5.
Certainly, as shown in figure 3, belt transport component includes two belt pulleys 33 and the skin that is wound between two belt pulleys 33
Band, belt pulley 33 are connect with the actuating unit C being arranged outside bellows 32, are driven rotation by actuating unit C, are realized plastic film 5
Automatic submitting.
For plastic packaging effect, the plastic film 5 of submitting needs belt pulley 33 that is exceptionally straight, therefore being exported close to 32 film feeding of bellows
On be fitted with contact roller 31.
Contact roller 31 includes the wheel body being arranged on wheel support, wheel support and wheel box axis connection so that lever construction is formed,
It takes turns and is equipped with return spring between box and wheel body.The structure of contact roller 31 allows to manually so that the wheel body and belt of contact roller 31
Has the gap passed through convenient for plastic film 5 between wheel 33, compression retracteding position spring, return spring restores after loosing one's grip so that wheel
Body holding is bonded with belt pulley 33.
The design of 31 structure of contact roller be for the ease of plastic film 5 is put between contact roller 31 and belt pulley 33 or
It releases, plastic film 5 discharges by loose film between contact roller 31 and belt pulley 33 so that plastic film 5 can be exceptionally straight.
The banding mechanism includes solid film traction component, pressing assembly and positioning components.It is synchronized Gu film traction component is located at
Below band supply line, including the support roller 35 being rotatably disposed in braced frame and the contact roller 31 being bonded with support roller 35.
Opening II13 is equipped in the middle part of synchronous belt supply line so that be located at the plastic film that the film feeding mechanism above synchronous belt supply line is sent out
5 sandwich across synchronous belt supply line the support roller 35 and contact roller 31 of solid film traction component.Gu the pressure in film traction component
The effect of bearing up pulley 31 lies also in grip plastic film 5, and to use convenient for being placed and taken out plastic film 5.
Pressing assembly as described in Figure 5 includes briquetting 36, electric heating blade 39, cam pack 6.Wherein briquetting 36 is located at synchronous belt
Above supply line, electric heating blade 39 is located at below synchronous belt supply line.Cam pack 6 includes camshaft 61, cam A62, cam
B64, two cam A62 and cam B64 are all located on camshaft 61, and two cam A62 are located at the both sides of cam B64, and two convex
Take turns A62 and cam B64 direction on the contrary, all camshaft 61 rotate, cam A62 upward compared with convex portion when, cam B64 is compared with protrusion court
Under.63 top of cam A driven members being bonded with cam A62 is connected with briquetting 36, the cam B driven members 65 being bonded with cam B64
Top is connected with electric heating blade 39 so that when cam A62 drive briquetting 36 downward when, cam B64 drives electric heating blade 39 upward.
Camshaft 61 in the cam pack 6 of this banding mechanism drives rotation by actuating unit D.Certainly, cam A driven members 63 and cam
B driven members 65 all pass through the fixation sliding sleeve being arranged in braced frame so that cam A driven members 63 and cam B driven members 65 obtain
Support.
In use, several stacker product 7 are continuously placed sequentially in synchronous belt supply line by more than 2 work of sub-material material fetching mechanism
Card lattice 11 in.As shown in fig. 7, synchronous belt supply line transports backward, when by containment device 3, the contact of paper product 7 is located at film transmitting machine
Exceptionally straight plastic film 5 between structure and solid film traction component is the stress point that plastic film 5 is contacted with paper product 7 at a in Fig. 7,
Then the plastic film 5 above and below paper product 7 forms the gesture of encapsulating, and synchronous belt supply line continues to transport, and transports strapper
When structure position, briquetting 36 is pressed to the plastic film 5 for declining the gesture for forming encapsulating, in such as Fig. 8 of pressing position 51 of plastic film
It is shown.Pressing position is divided into two by electric heating blade 39 upwards, and cutting position is in fig. 8 at b so that encapsulated 7 He of paper product
The separation of containment device 3 continues to be sent to thermal contracting mechanism 4, and plastic film 5 continues to encapsulate the paper product 7 subsequently come.
The stress point of plastic film 5 when positioning components are exactly to change continuous encapsulating is equipped in the present embodiment, such as Fig. 8 institutes
Show, after upper stacker product 7 are encapsulated, compressed portion is divided into two by the cutting of electric heating blade 39 so that paper product 7 is encapsulated, together
When above synchronous belt supply line and synchronous belt supply line below plastic film 5 continue under the adhesive effect of compressed portion
Keep exceptionally straight one.In order to which the stress point of plastic film 5 when next folded paper product 7 for sending encapsulating being allowed to be contacted with plastic film 5 is kept away
Open the cutting position of last electric heating blade 39（In Fig. 8 at b）, therefore containment device 3 further includes that positioning components are moulded for making
Material 5 stress point of film and the cutting position of last electric heating blade 39 are staggered.
The positioning components include that lower end connect friction with the friction plate 38 of the unilateral bearing fitting in support roller 35, stage casing
Piece 38 with movable plate 37, the top of cam A driven members 63 is placed in one end of movable plate 37, with the other end and mounting plate of movable plate 37
Axis connection, positioning components are connect by mounting plate with braced frame.With 37 other end of movable plate and mounting plate axis connection so that one end
Rise and fall can be realized during the rise and decline of cam A driven members 63, to the rise and fall with movable friction plate 38.
Wherein, friction plate 38 is also connect by return spring with mounting plate.The rotation direction of unilateral bearing makes support roller 35 support court
31 direction of the contact roller rotation of Xiang Yuqi fittings.
4th, as shown in Fig. 2, the thermal contracting mechanism 4 includes upper electric hot plate 41, lower electric hot plate 42, cam pack 6；This is convex
Wheel assembly 6 also includes camshaft 61, cam A62 and cam B64；The top of the cam A driven members 63 of this cam pack 6 with it is upper
Electric hot plate 41 connects, and the top of the driven member of the cam B64 of this cam pack 6 is connect with lower electric hot plate 42；Make this cam set
The rotation of camshaft 61 of part 6 drives upper electric hot plate 41 and lower 42 distance of electric hot plate to zoom in or out.Synchronous belt supply line is equipped with
The III14 that is open is placed for lower electric hot plate 42.The camshaft 61 of the cam pack 6 of this thermal contracting mechanism 4 is also carried by above-mentioned actuating unit D
For power.
The paper product 7 encapsulated by plastic film 5 is transported by synchronous belt supply line to thermal contracting mechanism 4, and paper product 7 passes through upper electric heating
When between plate 41 and lower electric hot plate 42, the upper electric hot plate 41 of motor control and lower electric hot plate 42 further, and realize the hot pressing to paper product 7,
Heated lower plastic film 5 is shunk, and banding paper product 7 realizes plastic packaging.
Actuating unit A, B, C, D are motor or are made of motor and transmission system in the present embodiment；All it is entirely conventional
Structure does not elaborate.
Above structure is the mechanical mechanism of plastic film packing machine, and plastic film packing machine further includes being carried out to each mechanical structure
The control system of control；The control system includes controller, sensor I, sensor II, sensor III, sensor IV.
Wherein sensor I, sensor II, sensor III, sensor IV send a signal to controller, by controller control
Brake the startup of force mechanisms A, B, C, D.
Wherein, sensor I and sensor II be used for incude the startup of actuating unit A to control cylinder B26 startup and
It closes, the startup shut-in time of sensor III control actuating units B.The encapsulating region of sensor IV induction synchronous belt supply lines
Whether there is paper product 7 to be encapsulated, if having, control actuating unit C, actuating unit D start, and realize the plastic packaging of product.
The course of work of the present embodiment is as follows：
（1）Before use, the paper product 7 for needing plastic packaging is put into material-storing box 21, by the modeling on the film-coiling device 34 of film feeding mechanism
Continue the solid film draw groups from banding mechanism after being pulled out between the belt pulley 33 and contact roller 31 of film feeding mechanism in material volume film one end
It is passed through in part so that plastic film 5 is by exceptionally straight clamping.
（2）Start control system, controller starts actuating unit A, and actuating unit A starts, sensor I and sensor II roots
According to the startup and closing of the rotational angular velocity intermittence control cylinder B26 of motor in actuating unit A.Controller controls cylinder simultaneously
A22 starts, and cylinder A22 starts so that L-type baffle 23 stretches into discharge port 211 by 7 sub-material of paper product in material-storing box 21, cylinder B26
Start, pallet fork enter under the action of actuating unit A after material storing box feeding back go to synchronous conveyer belt fall paper money position, at this point,
The a certain card lattice 11 of synchronous conveyer belt are placed exactly on synchronous conveyer belt and fall paper money position, and cylinder B26 is closed, and piston is recovered to synchronization
Below opening I12 with supply line so that nipped paper product 7 is fallen on synchronous belt supply line.Due to being continue working, institute
Continue feeding with pallet fork and be put into paper product 7 next to run to synchronous conveyer belt and fall in the card lattice 11 of paper money position；
（3）Under the transport of synchronous belt, paper product 7 is transported to the encapsulating region of synchronous belt supply line, at this time sensor IV
It has sensed that the transport of paper product 7 comes, has controlled actuating unit C and actuating unit D starts.Paper product 7 passes through plastic foil, by plastic foil packet
Wrap up in, at this time under the startup of actuating unit D, the camshaft 61 of pressing assembly rotates, and drives briquetting 36 downward, electric heating blade 39 to
On, briquetting 36 downwards presses plastic film 5, and the nip portion of plastic film 5 is divided into two by electric heating blade 39 upwards so that paper
Product 7 are encapsulated and are detached from containment device 3 under the work of synchronous belt supply line into thermal contracting mechanism 4.After the completion of pressing, pressing group
So that briquetting 36 is upward, electric heating blade 39 is downward for the rotation of camshaft 61 of part, and next folded paper product 7 to be encapsulated is waited for be admitted to packet
Seal region.When briquetting 36 is upward, the upward with movable plate 37 of positioning components has been driven, to upward with movable friction plate 38, to
So that friction plate 38 drives unilateral bearing to rotate with support roller 35, support roller 35 rotates, and plastic film 5 is downward
A distance is drawn, when ensureing pressing next time, it is electric that the stress point of plastic film 5 can avoid 5 nip portion of last plastic film
Remaining part after the segmentation of hot blade 39, avoids plastic film 5 from being broken.
（4）Under the work of synchronous belt supply line, the paper product 7 that encapsulating is tied up by plastic film 5 enters thermal contracting mechanism 4, moves
Force mechanisms D drives the camshaft 61 of thermal contracting mechanism 4 to rotate so that upper electric hot plate 41 and lower 42 distance of electric hot plate further, to passing through
Paper product 7 between upper electric hot plate 41 and lower electric hot plate 42 realizes heating so that plastic film 5 is shunk, by 5 banding of plastic film,
Realize plastic packaging.
Above-listed preferred embodiment has been further described the purpose of this utility model, technical solution and advantage,
It should be understood that the above is only the preferred embodiment of the utility model only, it is not intended to limit the utility model, it is all
Within the spirit and principles of the present invention, any modification, equivalent replacement, improvement and so on should be included in this practicality
Within novel protection domain.
Claims (7)
1. plastic film packing machine, which is characterized in that including：
Transmission mechanism, for being transported to paper product；
Sub-material material fetching mechanism is located at transmission mechanism front end, for paper product to be placed on transmission mechanism；
Containment device is located on transmission mechanism and on rear side of sub-material material fetching mechanism, and the bank note of transmission mechanism transport is used
Hot pressing is carried out after plastic film package winding, encapsulating is tied up in realization.
2. plastic film packing machine according to claim 1, which is characterized in that further include thermal contracting mechanism, be located at conveyer
On structure and on rear side of containment device, the paper product for the process of transport to be tied up to encapsulating carries out hot pressing so that plastics are thin
Film shrinks banding.
3. plastic film packing machine according to claim 1, which is characterized in that the containment device includes film feeding mechanism and bundle
Mechanism is pricked, film feeding mechanism is located above transmission mechanism；Banding mechanism includes solid film traction component, positioning components and pressing assembly；
Gu film traction component is located at below transmission mechanism, the plastic film that film feeding mechanism is provided clamps；Gu film traction component packet
The contact roller for including support roller and being bonded with support roller；
Pressing assembly includes briquetting and electric heating blade, and briquetting is located above electrical knife piece, and briquetting and electric heating blade are in actuating unit
Under the action of distance further and zoom out；The paper product of transmission mechanism transport passes through between electric heating blade and briquetting；
Positioning components include the friction plate for being bonded with support roller, support roller being driven to one-directionally rotate, and friction plate is with movable plate
Lower up and down motion is driven, the activity of briquetting is followed with movable plate and moves.
4. plastic film packing machine according to claim 3, which is characterized in that pressing assembly includes camshaft, on camshaft
Equipped with cam A, cam B, cam A driven members, cam B driven members top connect respectively with briquetting and electric heating blade；Cam A and
The setting direction of cam B is opposite so that cam A compared with protrusion position downward when, cam B compared with protrusion position upward.
5. plastic film packing machine according to claim 3, which is characterized in that film feeding mechanism includes bellows, belt transport group
Part, contact roller；Belt transport component is arranged in bellows, is driven and is rotated by actuating unit；Wound membrane is removably connected in bellows
Device；Plastic film Scroll is wrapped on film-coiling device, and is wound with the belt of the reeler and belt transport component of plastic film
Wheel fitting；Belt pulley is also bonded with contact roller so that the plastic foil that film feeding mechanism is sent out is exceptionally straight by belt pulley and contact roller.
6. plastic film packing machine according to claim 1, which is characterized in that sub-material material fetching mechanism includes being equipped with discharge port
Material-storing box, material-storing box are equipped with the L-type baffle with material-storing box axis connection so that L-type baffle forms lever construction；L-type baffle
One end is connect by return spring with the installation frame for being equipped with cylinder A, cylinder A on startup, piston to L-type baffle one
Hold a power so that the other end of L-type baffle stretches into discharge port；
Sub-material material fetching mechanism further includes feeding pallet fork, and feeding pallet fork includes the fork body and cylinder B for clamping paper product；Fork body is located at
Above cylinder B, the piston of cylinder B is towards fork body, and under the action of actuating unit, the two moves in the horizontal simultaneously, pitches body
It can be stretched into material-storing box by discharge port；Cylinder B starts, and piston is located above transmission mechanism, and cylinder B is closed, piston position
Below transmission mechanism.
7. plastic film packing machine according to claim 2, which is characterized in that thermal contracting mechanism includes upper electric hot plate, lower electric heating
Plate, paper product can be by the way that between upper electric hot plate and lower electric hot plate, upper electric hot plate be with lower electric hot plate dynamic under the action of transmission mechanism
Mutual distance is furthered and is zoomed out under the action of force mechanisms.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820345453.1U CN208036811U (en) | 2018-03-14 | 2018-03-14 | Plastic film packing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820345453.1U CN208036811U (en) | 2018-03-14 | 2018-03-14 | Plastic film packing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208036811U true CN208036811U (en) | 2018-11-02 |
Family
ID=63947675
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820345453.1U Expired - Fee Related CN208036811U (en) | 2018-03-14 | 2018-03-14 | Plastic film packing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208036811U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108454954A (en) * | 2018-03-14 | 2018-08-28 | 侯跃伟 | Plastic film packing machine |
-
2018
- 2018-03-14 CN CN201820345453.1U patent/CN208036811U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108454954A (en) * | 2018-03-14 | 2018-08-28 | 侯跃伟 | Plastic film packing machine |
| CN108454954B (en) * | 2018-03-14 | 2020-09-04 | 侯跃伟 | Plastic film packing machine |
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