CN207956237U - A kind of gas-control packing device delivery type mold conveying mechanism - Google Patents
A kind of gas-control packing device delivery type mold conveying mechanism Download PDFInfo
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- CN207956237U CN207956237U CN201820041652.3U CN201820041652U CN207956237U CN 207956237 U CN207956237 U CN 207956237U CN 201820041652 U CN201820041652 U CN 201820041652U CN 207956237 U CN207956237 U CN 207956237U
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Abstract
The utility model provides a kind of gas-control packing device delivery type mold conveying mechanism, belong to gas-control packing device field, including frame body, the both sides difference of frame body is parallel to be equipped with transmission belt, the transmission belt of both sides is oppositely arranged and is moved synchronously by synchronous roller, several molds are had between two transmission belts, activity is fixed on transmission belt conveyor belt motion is followed to move respectively at the both ends of mold, and the transfer device of the upstream station for mold to be transferred to transmission belt from the downstream process of transmission belt direction of transfer is additionally provided in frame body.Multiple molds by being movably fixed on transmission belt by the application, the mold of downstream process is transmitted to the upstream of transmission belt by transmission belt operation driven mold operating cooperation transfer device, make the continuous alternation of all molds, and then realize the quick replacement of packing box or box to be packaged, jacket efficiency and reducing mechanism volume are improved, structure setting is reasonable, operates steadily.
Description
Technical field
The present invention relates to gas-control packing device field, specifically a kind of gas-control packing device delivery type mold conveying mechanism.
Background technology
Packing box or box to be packaged are mostly placed on chain by gas-control packing device at present, are run by chain and are driven packaging
Box or box to be packaged advance, to achieve the purpose that conveying and packaging.Separately there are a small number of gas-control packing devices to use wheel disc, will pack
Box or box to be packaged are placed on a level tray on wheel disc, then carry out the conveying of alternative by the way of turning round.
That there are volumes is big for above two conveying mechanism, changes or inconvenient maintenance, the problems such as efficiency is low.
Based on this, the application is made.
Invention content
In order to solve the problems, such as that above-mentioned gas-control packing device in the prior art exists, the application provides a kind of gas simple in structure
Control packing device delivery type mold conveying mechanism, it is small, can easily and quickly convey prefabricated box or packing box, and just
In dismounting and replace.
To achieve the above object, the technical solution adopted by the present invention is as follows：A kind of gas-control packing device delivery type mold conveying
Mechanism, including frame body, the both sides difference of frame body is parallel to be equipped with transmission belt, and the transmission belt of both sides is oppositely arranged, two
Have several molds between transmission belt, activity is fixed on transmission belt conveyor belt motion is followed to move respectively for the both ends of mold.
The upstream work for mold to be transferred to transmission belt from the downstream process of transmission belt direction of transfer is additionally provided in the frame body
The transfer device of position.It is connected with synchronous roller between the transmission belt of both sides to move synchronously, it is preferred that the mold number is four.
Above-mentioned mold is the rectangle or strip for offering product accommodating cavity and cavity and agreeing with product to be packaged shape
Shape or rectangular heat-resisting, pressure-resistant plate；Synchronous roller is the company being fixedly connected with the rotating wheel or turning gear connecting on two transmission belts
Bar, it is ensured that two transmission belt synchronous workings.The station is that mold carries out jacket, waits for jacket, takes out prefabricated box and placement
The position when actions such as prefabricated box.Upstream station refers to the prefabricated box of placement for needing to complete before sealing action, waits for jacket
Equal stations, downstream process refer to the prefabricated box of taking-up after sealing action and wait to be passed Deng stations.The activity is fixed
It is fixed on the belt in a manner of referring to transfer device by a kind of convenient for removing or adhering to, it is partable at any time with transmission belt,
Quickly, easily it can take down or install.
As further setting：A template framework being used cooperatively with mold is equipped between in the middle part of two transmission belts,
The both ends of template framework are removably fixed in frame body respectively.Template framework is used for when box-sealing mechanism carries out sealing action
Support mode and box-sealing mechanism.
As further setting：The transmission belt is double-layer structure, is divided into upper and lower two layers.Transfer device is lift
Transfer device transmits mold between upper layer and lower layer.Further, have one between the upper layer and lower layer of each transmission belt
Replacement/box-sealing mechanism of set a distance, the operation and mold that make transmission belt is not interfere with each other, it is ensured that normal work.
As further setting：The lift transfer device includes driver, guide shaft seat board, fixed base plate, driving
Device is mounted on fixed base plate, and fixed base plate is arranged in parallel with guide shaft seat board, and fixed base plate is equipped with several lead with guide shaft seat board
Axis makes guide shaft seat board that can be slided up and down relative to fixed base plate.Fixed base plate is fixed in frame body, the pars contractilis of driver
It is fixedly connected with guide shaft seat board and pushes the movement of guide shaft seat board, it is preferred that the driver is cylinder.Since mold is movable fixation
On the belt, after rising to mold bottom along the direction of guide shaft under the promotion of cylinder when guide shaft seat board and hold up mold
It moves down again, can be moved down into mold on lower layer's transmission belt and mold is movably fixed on transmission belt, to realize mold
Upper and lower layer between lifting.The process that mold is moved to upper layer from lower layer is on the contrary.
As further setting：It is nearby bonded transmission belt along the transmission belt of transmission belt traffic direction and is equipped with directive slide track,
The sliding slot or sliding block that mold is equipped with by its both ends end are equipped with and are slided in directive slide track, it is preferred that the guiding is slided
Rail, by transmission belt or chain shade, is played a certain protective role in semi-surrounding structure.Directive slide track can be provided for mold and be led
To with certain supporting role, make mold held stationary run, and mitigate chain heavy burden, improve the service life of chain.
As further setting：Synchronous roller is sequentially connected with driver, and transmission belt runs under driver driving and drives
Mold movement thereon.
As further setting：It is fixed with driven wheel/driven tooth on the synchronous roller, driving is fixed on driver
Wheel/sliding tooth, is equipped with transmission belt between driving wheel/sliding tooth and driven wheel/driven tooth or chain drive connects.Driving wheel/drive
Moving teeth is arranged on the output shaft of driving motor, and when driving motor works, driving wheel/sliding tooth rotation drives chain or transmission belt
Rotation, driven wheel/driven tooth follows rotation, since driven wheel/driven tooth is fixed on synchronous roller, and then synchronous roller rotation.When
After synchronous roller rotates, rotating wheel/turning gear on synchronous roller also rotates and chain is driven to rotate, and finally realizes mold fortune
Turn.
As further setting：The driver is driving motor, and each transmission belt is separately equipped with electric there are one driving
Machine, and two driving motors are arranged at different ends.
As further setting：The transmission belt is chain, and the both ends of mold are equipped with rack, and rack holding is in chain
On.Two driving motors should be run simultaneously with same rotating speed, therefore can give one rotatory force of synchronization roller at transmission belt both ends,
I.e. each there are one driving sources for synchronous roller, it is ensured that chain operation is smooth, steady.
As further setting：The transfer device is robot.
The present invention has the beneficial effect that：On the one hand the application is enabled and being passed by the way that multiple molds are movably fixed on transmission belt
It is dynamic to carry out the replacement of station with operation driven mold, while transfer device is set, the mold of downstream process is transmitted to transmission belt
Upstream, make the continuous alternation of all molds, and then realize the quick replacement of packing box or box to be packaged, improve jacket, transport
Efficiency, it is simple in structure, compact, it substantially reduces the volume of conveying mechanism and reduces the cost and floor space of conveying mechanism.
And on the belt due to mold activity fixed setting, in dismounting or replacement, it need to only unclamp mold and transmission
Connection between band, keeps mold installation, removal, replacement more convenient.The application can need quickly, conveniently according to using
Ground increases or decreases the number of mold, so that mold is maintained at rational quantity, improves speed as much as possible, to improve conveying or
The efficiency of jacket.
Description of the drawings
Fig. 1 is specific embodiment of the invention overall schematic.
Fig. 2 is Fig. 1 front views of the present invention.
Fig. 3 is transfer device structural schematic diagram of the present invention.
Fig. 4 is inventive die mounting structure schematic diagram.
As shown in the figure：100-1 --- mold one, 100-2 --- mold two, 100-3 --- mold three, 100-4 --- mould
Tool four, 101 --- rack, 102 --- pulley, 110 --- box-sealing mechanism, 120 --- chain, 121 --- sprocket wheel and mounting base,
122 --- directive slide track, 130 --- mould bases support plate, 140 --- motor, 150 --- the first lifting transmission mechanism, 160 ---
Second lifting transmission mechanism, 161 --- guide shaft seat board, 162 --- cylinder seat board, 163 --- guide shaft, 163-1 --- linear axis
Hold, 164 --- cylinder.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
As shown in Figure 1, a kind of gas-control packing device delivery type mold conveying mechanism, including frame body, four molds, driving
The chain 120 1 and chain 120 2 that motor 140, the first elevating mechanism 150, the second elevating mechanism 160 and transmission mold use,
Chain 120 1, chain 120 2 are respectively arranged on the both ends of frame body by upper turning gear, lower turning gear, and chain 120 is one by one
The upper turning gear and chain 120 2 at end are fixedly connected with synchronous roller between the upper turning gear with end, on the other end of chain 120 1
It is equally fixedly connected with synchronous roller between turning gear and the upper turning gear of 120 2 other end of chain.Two synchronous roller sizes are identical
And be arranged in parallel, keep chain 120 1 parallel with chain 120 2 side by side, and operated synchronously under the control of synchronous roller.
One end of each synchronous roller is fixed with driven tooth, and 140 quantity of driving motor is corresponding with synchronous roller, driving motor 140
Output shaft on be fixed with sliding tooth, between sliding tooth and driven tooth be equipped with chain 120 3 be sequentially connected.Preferably one is driven
Dynamic motor 140 is arranged in the front side of a synchronous roller, and the rear side in another synchronization roller is arranged in another driving motor 140, makes
Chain 120 1, the chain 120 2 of both sides can be driven operating.
In conjunction with shown in Fig. 2, each upper turning gear and lower turning gear below are spaced apart.All upper turning gears
Identical, lower turning gear is also identical.And rotating wheel/the turning gear being located above is generally aligned in the same plane and is fixed on synchronous roller,
Underlying rotating wheel/turning gear also is located on same plane.To make 120 2 points of 120 1/chain of chain be upper layer under
Layer, the first elevating mechanism 150 and the second elevating mechanism 160 are divided into the both ends of 120 1/chain of chain 120 2, the first elevator
Structure 150 is used for the lower layer from the upper layer transfers of 120 1/chain of chain 120 2 to 120 1/chain of chain 120 2 by mold.The
Two elevating mechanisms 160 are acted with the first elevating mechanism 150 on the contrary, mold is transmitted from the lower layer of 120 1/chain of chain 120 2
To the upper layer of 120 1/chain of chain 120 2.The action of first elevating mechanism 150, the second elevating mechanism 160 coordinates chain 120
The operating of one/chain 120 2, to realize the upstream that mold is transferred to transmission belt from the downstream process of transmission belt direction of transfer
The conveying of station acts.
In conjunction with shown in Fig. 3, the first elevating mechanism 150 is identical as 160 structure of the second elevating mechanism, includes driver, leads
163 seat board 161 of axis, cylinder seat board 162, cylinder 164 and four guide shafts 163, driver are mounted on cylinder seat board 162, cylinder
Seat board 162 is arranged in parallel with 163 seat board 161 of guide shaft, and cylinder seat board 162 is equipped with several guide shafts 163 with 163 seat board 161 of guide shaft,
Make 163 seat board 161 of guide shaft that can be slided up and down relative to cylinder seat board 162.Cylinder seat board 162 is fixed in frame body, driving
The pars contractilis of device is fixedly connected with 163 seat board 161 of guide shaft pushes the movement of 163 seat board 161 of guide shaft, it is preferred that the driver is
Cylinder 164.Since mold is movably fixed on transmission belt, when 163 seat board 161 of guide shaft under the promotion of cylinder 164 along
The direction of guide shaft 163 rises to after mold bottom holds up mold and moves down again, can be moved down into mold on lower layer's transmission belt
And mold is movably fixed on transmission belt, the lifting between upper and lower layer to realize mold.Mold is moved to from lower layer
The process of layer is on the contrary.
To ensure that sealing action is smoothed out, chain 120 1, chain 120 2 middle part between be equipped with template framework, mould
The both ends of plate framework are removably fixed in frame body respectively, and template framework is located at the upper layer of transmission belt and the lower layer of transmission belt
The spacing of formation（Mainly determined by the spacing between upper turning gear and lower turning gear）In, it is equipped in the top of template framework
Box-sealing mechanism 110, template framework are used for support mode and box-sealing mechanism 110 when box-sealing mechanism 110 carries out sealing action.Between being somebody's turn to do
Away from the thickness required not less than template framework, to make the operation of transmission belt not interfere with each other with box-sealing mechanism 110, it is ensured that normal work
Make.
The identical mold of four structures is located between chain 120 1 and chain 120 2, respectively one 100-1 of mold, mould
Have two 100-2, three 100-3 of mold, four 100-4 of mold.In conjunction with shown in Fig. 4, the both ends of two 100-2 of mold are equipped with rack 101, mould
Have two 100-2 by rack 101 on chain 120, while the end of two 100-2 of mold is additionally provided with pulley 102, pulley
102 are arranged on pulley 102 and are supported by directive slide track 122.Upper turning gear is sprocket wheel in the present embodiment, and sprocket wheel passes through mounting base
It is fixedly mounted on synchronous roller and sprocket wheel is engaged with chain 120.When chain 120 operates, mold follows operating.
Also, to make mold held stationary run, nearby it is equipped with and is oriented to along 120 1/chain of chain 120 2 of traffic direction
Sliding rail 122, mold coordinate sliding by sliding slot provided therewith or sliding block in directive slide track 122.Directive slide track 122 can be mould
Tool provides guiding and certain supporting role, and mold held stationary is made to run, and mitigates the heavy burden of chain 120, improves chain 120
Service life.Meanwhile directive slide track 122 could be provided as semi-surrounding structure by 120 shade of chain, plays certain protection and makees
With.
The present embodiment operational process is as follows：Prefabricated box is placed on the accommodating cavity of mold.Two driving motors 140 synchronize fortune
Row drives output shaft and sliding tooth rotation, sliding tooth on driving motor 140 to drive driven tooth to turn by driving chain 120 3
Dynamic, since driven tooth, synchronous roller, upper turning gear are fixed to each other, upper turning gear rotates and drives chimeric chain thereon
Item 120 2 or chain 120 1 operate, and the mold being fixed on chain 120 follows operating.Chain 120 2 or chain 120 1 are each
The stepping of secondary operating is identical, by taking die location in Fig. 2 as an example, when two 100-2 of mold carries out sealing action, and the first box-sealing mechanism
110 actions by one 100-1 of mold from the upper layer transfers of 120 1/chain of chain 120 2 to lower layer, meanwhile, the second box-sealing mechanism
Three 100-3 of mold is transferred to upper layer by 110.After two 100-2 of mold completes sealing action, 140 drive chain 120 of driving motor
One/chain 120 2 operates, and the right side operating in 120 1/chain of chain, 120 two directed graph, two 100-2 of driven mold is moved to Fig. 2
The position of one 100-1 of middle mold, correspondingly, four 100-4 of mold is moved to the position of three 100-3 of mold in Fig. 2, mould
Has the lower section waiting sealing action that three 100-3 are moved and are moved to box-sealing mechanism 110 to the right, one 100-1 of mold is moved to Fig. 2
Four positions 100-4 of middle mold.It operates each time, primary alternation occurs for the position of mold（One 100-1 of mold is moved to mold
Four positions 100-4, four 100-4 of mold are moved to the position of three 100-3 of mold, and three 100-3 of mold is moved to mold
The position of two 100-2, two 100-2 of mold are moved to the position of one 100-1 of mold）, box-sealing mechanism 110, which declines, to carry out
Sealing action.After the completion of sealing action, drive chain 120 operates driving motor 140 again, substitutes the position of mold, such as
This is constantly recycled.
The placement mechanism and unloading device of prefabricated box can be separately positioned on front and back two of one 100-1 of mold shown in Fig. 1
Side, i.e., in the upstream station or downstream process of 120 1/chain of chain 120 2.When sealing action carries out, placement mechanism or take
Go out mechanism place in time prefabricated box or by it is preset and take out.
In the present embodiment, to enable mold that chain 120 smoothly to be followed to rotate continuous operating, between rack 101 and mold
It is connected by short and small connection rod；For further, to ensure that flexible material may be used in mold smooth movements, rack 101
It is made or is substituted with short hinge.
Based on above-mentioned, the present invention provides a kind of gas-control packing device delivery type mold conveying mechanisms, and multiple molds are arranged
On chain 120, cooperation elevating mechanism is operated by chain 120 and acts continuous driven mold replacement position, utilizes the position of mold
The conveying for realizing packaging is set, the structure of existing gas-control packing device conveying mechanism has effectively been simplified, has reduced the volume of conveying mechanism
And occupied space, and mold is fixed on using dismountable mode on chain 120, is enabled mold easy to disassemble and is replaced, and it is convenient
Different molds are replaced to use；Its is simple in structure, compact, rationally distributed, at low cost, and speed is fast, efficient.
As known by the technical knowledge, the present invention can pass through the embodiment party of other essence without departing from its spirit or essential feature
Case is realized.Therefore, embodiment disclosed above, all things considered are all merely illustrative, not the only.Institute
Have within the scope of the present invention or is included in the invention in the change being equal in the scope of the present invention.
Claims (14)
1. a kind of gas-control packing device delivery type mold conveying mechanism, including frame body, it is characterised in that：The both sides of frame body
Parallel respectively to be equipped with transmission belt, the transmission belt of both sides is oppositely arranged, and has several molds between two transmission belts, and the two of mold
Holding activity to be respectively fixed on transmission belt follows conveyor belt motion to move；Be additionally provided in the frame body for by mold from biography
The dynamic downstream process with direction of transfer is transferred to the transfer device of the upstream station of transmission belt；It is connected between the transmission belt of both sides same
Step roller moves synchronously.
2. a kind of gas-control packing device delivery type mold conveying mechanism as described in claim 1, it is characterised in that：Two transmission belts
A template framework being used cooperatively with mold is equipped between middle part, the both ends of template framework are removably fixed in rack sheet respectively
On body.
3. a kind of gas-control packing device delivery type mold conveying mechanism as described in claim 1, it is characterised in that：The transmission belt
For double-layer structure, it is divided into upper and lower two layers；Transfer device is lift transfer device, and mold is transmitted between upper layer and lower layer.
4. a kind of gas-control packing device delivery type mold conveying mechanism as claimed in claim 3, it is characterised in that：The lift
Transfer device includes driver, guide shaft seat board, fixed base plate, and driver is mounted on fixed base plate, fixed base plate and guide shaft seat
Plate is arranged in parallel, and fixed base plate and guide shaft seat board are equipped with several guide shafts, makes guide shaft seat board can be relative to gliding on fixed base plate
It is dynamic；Fixed base plate is fixed in frame body, and the pars contractilis of driver is fixedly connected with guide shaft seat board pushes the movement of guide shaft seat board.
5. a kind of gas-control packing device delivery type mold conveying mechanism as described in claim 1, it is characterised in that：It is transported along transmission belt
The transmission belt of line direction is nearby bonded transmission belt and is equipped with directive slide track, and the sliding slot or sliding block that mold is equipped with by its both ends end are matched
Setting is closed to slide in directive slide track.
6. a kind of gas-control packing device delivery type mold conveying mechanism as described in claim 1, it is characterised in that：Synchronous roller transmission
It is connected with driver, transmission belt operation under driver driving drives mold movement thereon.
7. a kind of gas-control packing device delivery type mold conveying mechanism as claimed in claim 6, it is characterised in that：The synchronous roller
On be fixed with driven wheel, driving wheel is fixed on driver, transmission belt or chain drive are equipped between driving wheel and driven wheel and is connected
It connects.
8. a kind of gas-control packing device delivery type mold conveying mechanism as claimed in claim 6, it is characterised in that：The driver
For driving motor, each transmission belt is separately equipped with that there are one driving motors, and two driving motors are arranged at different ends.
9. a kind of gas-control packing device delivery type mold conveying mechanism as described in claim 1, it is characterised in that：The transmission belt
Both ends for chain, mold are equipped with rack, and rack holding is on chain.
10. a kind of gas-control packing device delivery type mold conveying mechanism as described in claim 1, it is characterised in that：The transmission
Device is robot.
11. a kind of gas-control packing device delivery type mold conveying mechanism as described in claim 1, it is characterised in that：Mold number
It is four.
12. a kind of gas-control packing device delivery type mold conveying mechanism as claimed in claim 4, it is characterised in that：Driver is
Cylinder.
13. a kind of gas-control packing device delivery type mold conveying mechanism as claimed in claim 5, it is characterised in that：Directive slide track
In semi-surrounding structure by transmission belt or chain shade.
14. a kind of gas-control packing device delivery type mold conveying mechanism as claimed in claim 6, it is characterised in that：The synchronization
It is fixed with driven tooth on roller, sliding tooth is fixed on driver, transmission belt or chain drive are equipped between sliding tooth and driven tooth
Connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820041652.3U CN207956237U (en) | 2018-01-11 | 2018-01-11 | A kind of gas-control packing device delivery type mold conveying mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820041652.3U CN207956237U (en) | 2018-01-11 | 2018-01-11 | A kind of gas-control packing device delivery type mold conveying mechanism |
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| Publication Number | Publication Date |
|---|---|
| CN207956237U true CN207956237U (en) | 2018-10-12 |
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ID=63732542
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820041652.3U Active CN207956237U (en) | 2018-01-11 | 2018-01-11 | A kind of gas-control packing device delivery type mold conveying mechanism |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108163276A (en) * | 2018-01-11 | 2018-06-15 | 浙江佑天元包装机械制造有限公司 | A kind of gas-control packing device delivery type mold conveying mechanism |
| CN109515829A (en) * | 2018-12-13 | 2019-03-26 | 郑汝升 | Mold automatic transfer equipment for fully-automatic thermal-formation vacuum packaging machine |
-
2018
- 2018-01-11 CN CN201820041652.3U patent/CN207956237U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108163276A (en) * | 2018-01-11 | 2018-06-15 | 浙江佑天元包装机械制造有限公司 | A kind of gas-control packing device delivery type mold conveying mechanism |
| CN109515829A (en) * | 2018-12-13 | 2019-03-26 | 郑汝升 | Mold automatic transfer equipment for fully-automatic thermal-formation vacuum packaging machine |
| CN109515829B (en) * | 2018-12-13 | 2024-03-19 | 郑汝升 | Automatic mould switching device for full-automatic thermoforming vacuum gas-filled packaging machine |
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