CN207275659U - Vacuum heating system - Google Patents
Vacuum heating system Download PDFInfo
- Publication number
- CN207275659U CN207275659U CN201721067413.7U CN201721067413U CN207275659U CN 207275659 U CN207275659 U CN 207275659U CN 201721067413 U CN201721067413 U CN 201721067413U CN 207275659 U CN207275659 U CN 207275659U
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- pipeline
- vacuum
- plate
- vertical plate
- heating
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Abstract
The utility model discloses vacuum heating system, including pipeline and heating in vacuum mechanism, it is characterised in that further includes pipeline open/close mechanism；The pipeline includes left side vertical plate and right side riser, and the left side vertical plate and right side riser are respectively provided with the belt of conveying products；The heating in vacuum mechanism is arranged between left side vertical plate and right side riser；The heating in vacuum mechanism has jacking component, the product that to be heated and/or heating is completed can be jacked up the belt for leaving pipeline upwards by the jacking component, and then pipeline open/close mechanism is set to drive left side vertical plate and right side riser to open or close, the product for heating completion can also be placed back into the pipeline after pipeline closes, it need not increase single heating station outside pipeline, and production efficiency is high.
Description
Technical field
The utility model is related to industrial automation, more particularly to one kind can conveying line position directly to workpiece or
Product carries out the automated system of heating in vacuum and corresponding heating means.
Background technology
In industrial automation, some processing or assembly process, involve the need for adding product or workpiece progress vacuum
In heat, such as some gluing process, after dispensing, in order to make glue be more evenly distributed more firmly, generally require to the production after dispensing
Product carry out heating in vacuum.In existing flow production line, heating in vacuum process is required for workpiece transplanting out pipeline, Ran Hou
Heated on one independent station, then transplant feedback line sending again by manipulator etc. again and conveyed, the drawback is that
It is complicated, more being movable into and out for manipulator, and the processes such as positioning and the position correction of process are moved in and out, production effect
Rate is low.
The content of the invention
The purpose of the utility model is to overcome the deficiencies in the prior art, there is provided a kind of vacuum heating system and method, lead to
Single heating station need not be increased outside pipeline by crossing the system, directly can obtain hot product to be added, heating from conveying
After the completion of can quickly put back to pipeline continue subsequent handling.
The utility model aim is realized by following scheme：Vacuum heating system, including pipeline and heating in vacuum mechanism,
It is characterized in that further include pipeline open/close mechanism；The pipeline includes left side vertical plate and right side riser, the left side vertical plate
The belt of conveying products is respectively provided with right side riser；The heating in vacuum mechanism is arranged at left side vertical plate and right side riser
Between；The heating in vacuum mechanism has jacking component, the product that the jacking component can complete to be heated and/or heating
Jack up upwards and leave the belt of pipeline, so enable pipeline open/close mechanism drive left side vertical plate and right side riser open or
Closure, additionally it is possible to the product for heating completion is placed back into the pipeline after pipeline closes.
In to above-mentioned vacuum heating system improvement project, the pipeline open/close mechanism includes cylinder, the first slide
With the wide screw rod of tune；The cylinder is equipped with the second slide, the bottom both ends of left side vertical plate and right side riser respectively by sliding block with
First slide and the second slide are flexibly connected；The cylinder can drive left side vertical plate and right side riser while outwardly or inwardly move
It is dynamic.
In to above-mentioned vacuum heating system improvement project, the right flank of the left side vertical plate and a left side for right side riser
Corresponding position is respectively equipped with a tune width screw rod on side, when the left side vertical plate and right side riser move inward, when two tune are wide
Stop movement when screw rod offsets.
In to above-mentioned vacuum heating system improvement project, the heating in vacuum mechanism further include cover assembly and it is lower plus
Hot component, wherein the lower heating component from top to bottom successively include vacuum shoe, upper thermal insulation board, heat sink, lower thermal insulation board and
Top plate, the cover assembly includes upper cover, upper cover thermal insulation board, push plate and pressing cylinder from bottom to top, described when being heated to product
Pressing cylinder can drive the upper cover of the cover assembly and the lower heating component vacuum shoe cover after enclose that to be formed can
Form the sealing space of vacuum environment.
In to above-mentioned vacuum heating system improvement project, it is described jacking component include the second jacking cylinder, pusher plate,
Slider plate and guide rail；The top plate of lower heating component is arranged at the top of slider plate；Guide rail is vertically fixed on base；Pusher plate hangs down
Directly it is fixed on the side of slider plate and in being horizontally disposed with, one end of the second jacking cylinder is fixed on base, and the other end passes through it
Piston is connected with pusher plate；Second jacking cylinder can be promoted in pusher plate, slider plate and slider plate by its piston
Lower heating component moved up and down along guide rail, complete jacking or reset.
In to above-mentioned vacuum heating system improvement project, also vertically it is equipped with the vacuum shoe of the lower heating component
Backing pin, the jacking component further include the first jacking cylinder, and described first jacking cylinder one end is fixed on base, and the other end leads to
Its piston is crossed to be connected with pusher plate；First jacking cylinder can by lower heating component and above backing pin jacking, make backing pin
Higher than the conveyor surface of pipeline；Hot product to be added is reached above lower heating component with stopping being fed forward after backing pin touching.
In to above-mentioned vacuum heating system improvement project, the left side vertical plate is arranged in parallel with right side riser, left side
The right flank of riser and the left surface of right side riser are respectively equipped with belt and some belt pulleys, and the belt is around shape over pulleys carried
Into the conveyance of loopy moving.
In to above-mentioned vacuum heating system improvement project, the pipeline further includes motor and transmission shaft；The biography
The rotor of moving axis and motor links together, and the other end passes through a belt pulley of left side vertical plate and right side riser；The transmission
Axis can be under motor effect, while controls the belt in left side vertical plate and right side riser to make synchronous rotation.
The utility model also provides a kind of method of heating in vacuum, it carries out product by above-mentioned vacuum heating system
Heating, it is characterised in that comprise the following steps：Product to be heated is jacked up the belt for leaving pipeline by jacking component upwards；
The left side vertical plate and right side riser of pipeline open/close mechanism driving pipeline are opened；The cover assembly of heating in vacuum mechanism adds with lower
After hot component covers together, start to heat product after vacuumizing；After the completion of heating, cover assembly and lower heating component
The product for heating completion is jacked up the belt for leaving pipeline by separation, jacking component upwards；The driving conveying of pipeline open/close mechanism
The inside closure of the left side vertical plate and right side riser of line forms pipeline, jacks heating component under Component driver and declines and then will heat
The product of completion is put back on pipeline.
In the method improvement project to above-mentioned heating in vacuum, the first jacking cylinder of the jacking component is by lower heating
Component and backing pin jacking above, make backing pin be higher than the conveyor surface of pipeline, and then reach product to be heated and rest on
Above lower heating component；Second jacking cylinder of jacking component jacks lower heating component, makes what to be heated and/or heating was completed
Product jacks up the belt for leaving pipeline upwards.
In conclusion compared with existing scheme, the vacuum heating system of the utility model need not be extra outside pipeline
Increase single station, save space；Product is movable into and out from pipeline also without by manipulator, is eliminated from defeated
Line sending is movable into and out the complicated processes such as the position positioning waited and correction, improves production efficiency, reduces production cost；In addition
Also solve and harmful effect of the heating in vacuum process to pipeline is carried out in the space of pipeline.
Brief description of the drawings
Fig. 1 is the structure diagram of pipeline and pipeline open/close mechanism in certain preferred embodiment；
Fig. 2 is the structure diagram of heating in vacuum mechanism in certain preferred embodiment；
Fig. 3 is the overall structure diagram of vacuum heating system in certain preferred embodiment.
Embodiment
Below in conjunction with drawings and embodiments, the utility model is described in further detail.
It should be noted that it is to express for convenience below in relation to descriptions such as front, back, left, right, up, down, X-axis, Y-axis, Z axis
And understanding, with reference to the accompanying drawings and it is conventional understand be defined or describe, they can be different with placement position according to visual angle and correspond to
Synchronous change.
Vacuum heating system includes pipeline and heating in vacuum mechanism.
As shown in figs. 1 and 3：
Pipeline has left side vertical plate 11 and right side riser 12, and the wherein right flank of left side vertical plate 11 is equipped with 13 He of belt
Some belt pulleys 14, belt 13 are wound on belt pulley 14, and it is driving wheel to have one in some belt pulleys 14, by driving driving wheel
Rotation can make belt formed loopy moving conveyance.If the left surface of right side riser 12 is equipped with belt 13 and dry hide
Belt wheel 14, belt 13 are wound on belt pulley 14, and it is driving wheel to have one in same some belt pulleys 14, by driving driving wheel
Rotate the conveyance that belt can be made to form loopy moving.Belt 13 in left side vertical plate 11 and right side riser 12 collectively constitutes
Pipeline, workpiece or 7 both ends of product are individually positioned on corresponding belt 13, as belt 13 rotates and then is fed forward.
Motor 15 and transmission shaft 16 are further included on pipeline, transmission shaft 16 and the rotor of motor 15 link together.Left side
All there is a driving wheel respectively, transmission shaft 16 is also cross left side vertical plate on riser 11 and some belt pulleys 14 of right side riser 12
11 and the driving wheel of right side riser 12.Under the effect of motor 15, transmission shaft 16 controls left side vertical plate 11 and right side riser 12 at the same time
On driving wheel go drive belt 13 make synchronous rotation.
Also there is pipeline open/close mechanism, for making left side vertical plate 11 and right side riser 12 at the same time into both sides on pipeline
Between position direction movement, belt 13 in left side vertical plate 11 and right side riser 12 is formed to have and is adapted to workpiece or product
The pipeline of 7 conveying width, and make left side vertical plate 11 and right side riser 12 while be displaced outwardly, there is heating in vacuum mechanism
Enough space carries out heating in vacuum operation, without individually set outside pipeline single station more also need not by workpiece or
Product carries out transferring load to new station.
Pipeline open/close mechanism includes cylinder 21, the first slide 23 and adjusts wide screw rod 24.Wherein cylinder 21 is equipped with second
Lived respectively by sliding block and the first slide 23 and the second slide 22 at the bottom both ends of slide 22, left side vertical plate 11 and right side riser 12
Dynamic connection.Left side vertical plate 11 and right side riser 12 are parallel to each other.The right flank of left side vertical plate 11 and the left side of right side riser 12
Corresponding position is respectively equipped with the wide screw rod 24 of a tune on face, by rotating the width for adjusting wide screw rod 24 to adjust pipeline, separately
On the one hand by adjust wide screw rod 24 can also limit transport line closure after width.Left side vertical plate 11 can be driven by cylinder 21
It is displaced outwardly with right side riser 12, or moves inward at the same time at the same time；When wherein moving inward at the same time, when two wide 24 phases of screw rod of tune
To when stop movement.
As shown in Figures 2 and 3：
Vacuum heating system includes heating in vacuum mechanism, and heating in vacuum mechanism is arranged on left side vertical plate 11 and the right side of pipeline
Between riser 12.Heating in vacuum mechanism includes cover assembly, lower heating component and jacking component.Wherein, workpiece or product 7 are placed
In lower heating component, after cover assembly is covered in lower heating component, vacuumize and heat.Jacking component is used to drive down and adds
Hot component moves up and then jacks up the workpiece on pipeline or product 7, and workpiece or product 7 leave the belt 13 of pipeline,
To facilitate pipeline open/close mechanism to open pipeline；It is also used for after pipeline closes, drives lower heating component to move down
And then workpiece or product 7 are put back to the belt 13 on pipeline.
Lower heating component includes successively from top to bottom：Vacuum shoe 31, upper thermal insulation board 32, heat sink 33, lower thermal insulation board 34
With top plate 35.31 centre position of vacuum shoe has the placement section of workpiece or platform, in addition also has after being covered with cover assembly
Form the encircling space inside it by workpiece or platform sealing, and tracheae/air flue for vacuumizing, air ports
Deng.There is heating in heating part such as heating wire etc. on vacuum shoe 31（Do not show in figure）.Upper thermal insulation board 32 is used for isolated part vacuum bottom
Heat on plate 31, heat sink 33 are then used to radiate to the heat from upper thermal insulation board 32, and lower thermal insulation board 34 is then further
The heat-insulated heat that top plate 35 is delivered to reduction.And cover assembly includes upper cover 41, upper cover thermal insulation board 42, push plate 43 from bottom to top
With pressing cylinder 44.Upper cover 41 be used for be covered on vacuum shoe 31 it is formed therewith by workpiece or platform sealing inside it
Encircling space.Upper cover thermal insulation board 42 is used to reduce the heat for being delivered to push plate 43 during heating in vacuum.Press cylinder 44 with
Push plate 43 connects, it can promote upper cover 41, upper cover thermal insulation board 42 and push plate 43 to move up or down together, make its complete with
Covering or opening between lower heating component.In certain preferred embodiment, two columns 62 and hanging beam 63 are further included, two columns 62 are distinguished
The outside of left side vertical plate 11 and right side riser 12 is fixed on, hanging beam 63 is installed on the top of two column 62；Cover assembly is then by hanging
Beam 63 is lifted on the surface of lower heating component.
Jacking component includes the first jacking cylinder 51, the second jacking cylinder 52, pusher plate 53, slider plate 54 and guide rail 55；
The top plate 35 of lower heating component is arranged at the top of slider plate 54；Guide rail 55 is vertically fixed on base 61.Pusher plate 53 is vertical
It is fixed on the side of slider plate 54 and in horizontally disposed.One end of first jacking cylinder 51 and the second jacking cylinder 52 is fixed respectively
On base 61, the other end is connected by its piston with pusher plate 53.Slider plate 54 is longitudinally disposed and connects with the activity of guide rail 55
Connect.First jacking cylinder 51 and the second jacking cylinder 52 can promote pusher plate 53, slider plate 54 and sliding block by its piston
Lower heating component on plate 54 is moved up and down along guide rail 55, is completed jacking or is resetted.In certain preferred embodiment, lower heating component
On vacuum shoe 31 also vertically be equipped with backing pin 36, for when workpiece or product 7 process pipeline be transplanted on 36 position of backing pin when, under
Heating component jacks a height in the first jacking cylinder 51, backing pin 36 is blocked workpiece or product 7, it is not moved further along
It is dynamic.In subsequent handling, then continue to jack lower heating component to the height of another higher by the second jacking cylinder 52, make work
Part or product 7 rise and leave the belt 13 of pipeline.
The method that online heating in vacuum is completed by vacuum heating system is described further below：
During original state, pipeline open/close mechanism closes, and the composition of belt 13 in left side vertical plate 11 and right side riser 12 passes
Defeated line；First jacking cylinder 51 and the second jacking cylinder 52 reset（Piston is in inside retracted state）, lower heating component is located at
Below the conveyor surface of pipeline；Cover assembly is upwardly away from lower heating component.
Lower heating component is heated to the temperature needed, and workpiece or product 7 are placed and start to be fed forward on the conveyor line；First
The piston of jacking cylinder 51 jacks upwards, by the lower heating component in pusher plate 53, slider plate 54 and slider plate 54 along guide rail
55 jack a height upwards, and heating component is still located at below the conveyor surface of pipeline at present for this, but backing pin 36 is higher than pipeline
Conveyor surface；
Workpiece or product 7, which are placed, to be started to be fed forward on the conveyor line, when its lower heating component of arrival surface and
When being touched with backing pin 36, pipeline stops rotating, and workpiece or product 7 stop continuing to be fed forward；The work of second jacking cylinder 52
Plug jacking upwards, jacking is continued up by the lower heating component in pusher plate 53, slider plate 54 and slider plate 54 along guide rail 55
The height of one higher, the belt 13 of 7 upward out pipeline of workpiece or product；
The left side vertical plate 11 and right side riser 12 of pipeline open/close mechanism driving pipeline are flared out at the same time；
The piston of first jacking cylinder 51 and the second jacking cylinder 52 is withdrawn downwards, lower heating component especially vacuum shoe
31 drop to lowest order；
The upper cover 41 of the pressing cylinder 44 driving cover assembly of cover assembly is moved down and covered in lower heating component
On vacuum shoe 31, workpiece or the sealing space that product 7 is built in cover assembly and lower heating component encloses.By lower heating component
Vacuumize, then to 7 heated baking of workpiece or product.
After heated baking, the upward return of piston of the pressing cylinder 44 of cover assembly, pressing cylinder 44 drives upper cover
Upper cover 41 of component etc. leaves lower heating component.
The piston of second jacking cylinder 52 jacks upwards, and workpiece or product 7 by lower heating component and above are along guide rail 55
One height of jacking upwards, makes the height of workpiece or product 7 be higher than the conveyor surface of pipeline；
The left side vertical plate 11 and right side riser 12 of pipeline open/close mechanism driving pipeline inwardly close at the same time, until two tune
Wide screw rod 24 offsets, and re-forms pipeline；
The downward return of piston of second jacking cylinder 52, workpiece or product 7 fall on the conveyor line（It is vertical that both ends are placed on left side
The belt 13 of plate 11 and right side riser 12）；
Pipeline turns round, and workpiece or product 7 are conveyed to follow-up mechanism such as receiving mechanism.Current workpiece or product 7 are online
Heating in vacuum process terminates, and device waits the heating to next workpiece or product 7.
The foregoing is merely some or some preferred embodiments of the utility model, not thereby limit the utility model
The scope of the claims, every equivalent structure made based on the specification and figures of the utility model or equivalent transformation, or directly or
Other relevant technical fields are used in indirectly, should all be similarly included in the scope of patent protection of the utility model.In addition, with
Upper word description to the greatest extent part can also reference chart direct expression and conventional understanding and the prior art combine and go to implement.
Claims (8)
1. vacuum heating system, including pipeline and heating in vacuum mechanism, it is characterised in that further include pipeline open/close mechanism；
The pipeline includes left side vertical plate and right side riser, and the left side vertical plate and right side riser are respectively provided with conveying products
Belt；The heating in vacuum mechanism is arranged between left side vertical plate and right side riser；The heating in vacuum mechanism has jacking group
Part, the product that to be heated and/or heating is completed can be jacked up the belt for leaving pipeline upwards by the jacking component, and then be made
Pipeline open/close mechanism can drive left side vertical plate and right side riser opens or closure, additionally it is possible to will heating after pipeline closes
The product of completion is placed back into the pipeline.
2. vacuum heating system according to claim 1, it is characterised in that the pipeline open/close mechanism include cylinder,
First slide and the wide screw rod of tune；The cylinder is equipped with the second slide, and the bottom both ends of left side vertical plate and right side riser lead to respectively
Sliding block is crossed to be flexibly connected with the first slide and the second slide；The cylinder can drive left side vertical plate and right side riser inside at the same time
Or it is displaced outwardly.
3. vacuum heating system according to claim 2, it is characterised in that the right flank of the left side vertical plate and right side
Corresponding position is respectively equipped with a tune width screw rod on the left surface of riser, when the left side vertical plate and right side riser move inward,
Stop movement when two adjust wide screw rod to offset.
4. vacuum heating system according to claim 1 or 2, it is characterised in that the heating in vacuum mechanism further includes
Cap assemblies and lower heating component, wherein the lower heating component includes vacuum shoe, upper thermal insulation board, heat dissipation successively from top to bottom
Plate, lower thermal insulation board and top plate, the cover assembly includes upper cover, upper cover thermal insulation board, push plate and pressing cylinder from bottom to top, to production
When product heat, after the pressing cylinder can drive the upper cover of the cover assembly and the lower heating component vacuum shoe covers
Enclose the sealing space to be formed and can form vacuum environment.
5. vacuum heating system according to claim 4, it is characterised in that further include base, the jacking component includes
Second jacking cylinder, pusher plate, slider plate and guide rail；The top plate of lower heating component is arranged at the top of slider plate；Guide rail is vertical
It is fixed on base；Pusher plate is perpendicularly fixed at the side of slider plate and in being horizontally disposed with, and one end of the second jacking cylinder is fixed
On base, the other end is connected by its piston with pusher plate；Second jacking cylinder can promote push rod by its piston
Lower heating component in plate, slider plate and slider plate is moved up and down along guide rail, is completed jacking or is resetted.
6. vacuum heating system according to claim 5, it is characterised in that on the vacuum shoe of the lower heating component also
Vertical to be equipped with backing pin, the jacking component further includes the first jacking cylinder, and described first jacking cylinder one end is fixed on base,
The other end is connected by its piston with pusher plate；First jacking cylinder can by lower heating component and above backing pin top
Rise, backing pin is higher than the conveyor surface of pipeline；Hot product to be added is reached above lower heating component with stopping forward after backing pin touching
Conveying.
7. vacuum heating system according to claim 5, it is characterised in that the left side vertical plate is parallel with right side riser to be set
Put, the right flank of left side vertical plate and the left surface of right side riser are respectively equipped with belt and some belt pulleys, and the belt is wound on skin
The conveyance of loopy moving is formed on belt wheel.
8. vacuum heating system according to claim 7, it is characterised in that the pipeline further includes motor and transmission
Axis；The rotor of the transmission shaft and motor links together, and the other end passes through a belt pulley of left side vertical plate and right side riser；
The transmission shaft can be under motor effect, while controls the belt in left side vertical plate and right side riser to make synchronous rotation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721067413.7U CN207275659U (en) | 2017-08-24 | 2017-08-24 | Vacuum heating system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721067413.7U CN207275659U (en) | 2017-08-24 | 2017-08-24 | Vacuum heating system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207275659U true CN207275659U (en) | 2018-04-27 |
Family
ID=61983711
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721067413.7U Expired - Fee Related CN207275659U (en) | 2017-08-24 | 2017-08-24 | Vacuum heating system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207275659U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107499884A (en) * | 2017-08-24 | 2017-12-22 | 深圳市策维科技有限公司 | Vacuum heating system and method |
-
2017
- 2017-08-24 CN CN201721067413.7U patent/CN207275659U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107499884A (en) * | 2017-08-24 | 2017-12-22 | 深圳市策维科技有限公司 | Vacuum heating system and method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180427 Termination date: 20200824 |