CN206142291U - Power roller transport mechanism that hold -in range drove - Google Patents
Power roller transport mechanism that hold -in range drove Download PDFInfo
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- CN206142291U CN206142291U CN201621180594.XU CN201621180594U CN206142291U CN 206142291 U CN206142291 U CN 206142291U CN 201621180594 U CN201621180594 U CN 201621180594U CN 206142291 U CN206142291 U CN 206142291U
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- delivery module
- timing belt
- photoelectric sensor
- transfer station
- sensor switch
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Abstract
The utility model discloses a power roller transport mechanism that hold -in range drove, including conveying platform, transmission module piece and photoelectric sensing switch. The transport mechanism of present case sets up motor and initiative synchronous pulley in the side of conveying platform, drives driven round through the hold -in range and rotates and then drive the power roller motion that lies in the conveying bench, and final the drive lies in the product on the power roller. The transmission of traditional belt the microwave effect down easy ageing with decompose the poisonous and harmful material, the transport mechanism of present case, automatic microwave tunnel line that the specially adapted microwave toasted has been avoided directly using the product quality pollution that belt transportation product brought at conveying bench face. Simultaneously a plurality of transmission module pieces receive the control of photoelectric sensing switch, carry the product stage by stage, can accurate control transmission distance and time, and then control toast with the refrigerated time, full process automatic controlling, has guaranteed product quality, has improved work efficiency greatly the degree of automation height.
Description
Technical field
This utility model is related to a kind of roller transmission mechanism, more particularly to a kind of synchronization suitable for automatic microwave tunnel line
Power drum connecting gear with driving.
Background technology
With the development improvement of people's living standards of social economy, traditional microwave tunnel line can not meet people
Demand to producing mass, automatization.Artificial operation is needed when traditional microwave tunnel line is toasted, a collection of product has often been toasted
（It is food mostly）Needing shutdown to wait for a period of time could feeding.Traditional microwave tunnel line is mostly produced by belt transport
Product, as belt long-time is under the radiation of microwave, easily aging or decomposite poisonous and hazardous product, on the one hand easy shadow
The quality of product is rung, another aspect Jing is often changed belt and also increases production cost.And it is required for after having toasted each time temporarily
Device is shut down, product is then manually taken away, automaticity is low, not only expend time and manpower, and it is inefficient, by artificial shakiness
Determining factor affects larger, is not suitable for the baking of typical products in mass production.
Utility model content
For weak point present in above-mentioned technology, this utility model will not produce harmful substance impact there is provided one kind
The power drum connecting gear that product quality, high degree of automation Timing Belt drives.
To achieve these goals, this utility model provides the power drum connecting gear that a kind of Timing Belt drives, bag
Include transfer station, the first delivery module, the second delivery module, the 3rd delivery module and multiple sensing product spaces and control to pass
The photoelectric sensor switch for sending module to open and stop；The plurality of photoelectric sensor switch is sequentially fixed in transfer station；It is described
First delivery module, the second delivery module and the 3rd delivery module are sequentially fixed in transfer station, and the first delivery module, second
Delivery module and the 3rd delivery module are electrically connected with photoelectric sensor switch respectively；First delivery module include the first motor,
First active synchronization belt wheel, the first Timing Belt, multiple first power drums and equal with the first power drum quantity first
Driven pulley；First motor is electrically connected with the first active synchronization belt wheel, and the first active synchronization belt wheel and multiple first from
Driving wheel is connected by the first Timing Belt；First motor drives the motion of the first active synchronization belt wheel, the first active synchronization belt wheel to pass through
First Timing Belt drives the first driven pulley and the motion of the first power drum.
Wherein, second delivery module includes the second motor, the second active synchronization belt wheel, the second Timing Belt, Duo Ge
Two power drums and second driven pulley equal with the second power drum quantity；Second motor and the second active synchronization
Belt wheel is electrically connected, and the second active synchronization belt wheel and multiple second driven pulleys are connected by the second Timing Belt.
Wherein, the 3rd delivery module includes the 3rd motor, the 3rd active synchronization belt wheel, the 3rd Timing Belt, Duo Ge
Three power drums and the three year driven pulley equal with the 3rd power drum quantity；3rd motor is same with the 3rd active
Step belt wheel electrical connection, and the 3rd active synchronization belt wheel and multiple 3rd driven pulleys are by the connection of the 3rd Timing Belt.
Wherein, first delivery module also includes expansion tightening wheel, and the expansion tightening wheel is fixed on transfer station side, and expansion tightening wheel
Between the first active synchronization belt wheel and the first driven pulley；The expansion tightening wheel passes through the first Timing Belt and the first active synchronization
Belt wheel and the connection of the first driven pulley.
First delivery module also includes idle pulley, and the idle pulley is fixed on the side of transfer station；The idle pulley is fixed on
Top between two neighboring first driven pulley, and the first Timing Belt is stuck between idle pulley and the first driven pulley.
The both sides of the transfer station are provided with for limiting Width adjusting device in the stove for transmitting product；In the stove, Width adjusting device is solid
It is scheduled in transfer station, and the both sides rolled positioned at the first power.
Wherein, the photoelectric sensor switch includes the first photoelectric sensor switch, the second photoelectric sensor switch, the 3rd light inductance
Inductive switch and the 4th photoelectric sensor switch；First photoelectric sensor switch be fixed on product feed zone and the first delivery module it
Between transfer station on, electrically connect with the first delivery module；Second photoelectric sensor switch is fixed on the first delivery module and
In transfer station between two delivery modules, and electrically connect with the first delivery module and the second delivery module respectively；3rd light
Inductance inductive switch is fixed in the transfer station between the second delivery module and the 3rd delivery module, and respectively with the second delivery module
Electrically connect with the 3rd delivery module；4th photoelectric sensor switch is fixed between the 3rd delivery module and product discharge area
In transfer station, electrically connect with the 3rd delivery module.
The beneficial effects of the utility model are：Compared with prior art, connecting gear of the present utility model, in transfer station
Side arranges motor and active synchronization belt wheel, drives driven pulley to rotate and then drive the power in transfer station by Timing Belt
Drum movement, may finally drive the product on power drum.Traditional belt transport is easily aging under microwave action
With decompose poisonous and harmful substance, the connecting gear of this case is particularly well-suited to the automatic microwave tunnel line of microwave baking, it is to avoid
Transfer station is polluted using the product quality that belt-conveying product brings immediately above.Multiple delivery modules are opened by optoelectronic induction simultaneously
The control of pass, conveying products, can accurately control transmitting range and time, and then control baking and the time for cooling down stage by stage,
Overall process is automatically controlled, and high degree of automation, be ensure that product quality, is substantially increased work efficiency.
Description of the drawings
Structural representations of the Fig. 1 for this utility model connecting gear；
Fig. 2 is structural representation of this utility model connecting gear in automatic microwave tunnel line.
Main element symbol description is as follows：
1st, transfer station 2, the first delivery module
3rd, the second delivery module 4, the 3rd delivery module
5th, photoelectric sensor switch 6, expansion tightening wheel
7th, Width adjusting device in idle pulley 8, stove
11st, microwave generator 21, the first motor
22nd, the first active synchronization belt wheel 24, the first driven pulley
25th, the first power drum 31, the second motor
32nd, the second active synchronization belt wheel 34, the second driven pulley
35th, the second power drum 41, the 3rd motor
42nd, the 3rd active synchronization belt wheel 44, the 3rd year driven pulley
45th, the 3rd power drum 51, the first photoelectric sensor switch
52nd, the second photoelectric sensor switch 53, the 3rd photoelectric sensor switch
54th, the 4th photoelectric sensor switch 55, the 5th photoelectric sensor switch
56th, the 6th photoelectric sensor switch.
Specific embodiment
In order to more clearly state this utility model, below in conjunction with the accompanying drawings this utility model is further stated.
Refer to Fig. 1, the power drum connecting gear that Timing Belt of the present utility model drives, including transfer station 1, first to pass
Send module 2, the second delivery module 3, the 3rd delivery module 4, and it is multiple sensing product space and control delivery module open and
The photoelectric sensor switch 5 of stopping.Multiple photoelectric sensor switch 5 are sequentially fixed in transfer station 1.First delivery module 2, second
Delivery module 3 and the 3rd delivery module 4 are sequentially fixed in transfer station 1, and the first delivery module 2, the second delivery module 3 and
Three delivery modules 4 are electrically connected with photoelectric sensor switch 5 respectively.First delivery module 2 includes the first motor 21, the first active synchronization
Belt wheel 22, the first Timing Belt（It is not shown）, multiple first power drums 25 and equal with 25 quantity of the first power drum
One driven pulley 24.First motor 21 is electrically connected with the first active synchronization belt wheel 22, and the first active synchronization belt wheel 22 and multiple
First driven pulley 24 is connected by the first Timing Belt.First motor 21 drives the first active synchronization belt wheel 22 to move, and first actively
Synchronous pulley 22 drives the first driven pulley 24 and the first power drum 25 to move by the first Timing Belt.
Compared with prior art, connecting gear of the present utility model, arranges motor and active synchronization in the side of transfer station 1
Belt wheel, drives driven pulley to rotate and then drive the power drum motion in transfer station 1 by Timing Belt, may finally drive
Product on power drum.Traditional belt transport is easily aging under microwave action and decomposes poisonous and harmful substance, this
The connecting gear of case, be particularly well-suited to the automatic microwave tunnel line of microwave baking, it is to avoid uses skin immediately above in transfer station 1
With the product quality pollution that transport product brings.Multiple delivery modules are controlled by photoelectric sensor switch 5 simultaneously, are conveyed stage by stage
Product, same product, some stages, product are heated under the radiation of microwave, and some work-in-processes are under the state of cooling.
And when previous product is under the state of cooling, latter product is in heated condition again, so produced by conveying stage by stage
Product, can accurately control transmitting range and time, and then control baking and the time for cooling down, and overall process is automatically controlled, automatization
Degree is high, ensure that product quality, substantially increase work efficiency.
Fig. 2 is referred to, the second delivery module 3 includes the second motor 31, the second active synchronization belt wheel 32, the second Timing Belt
22nd, multiple second power drums 35 and second driven pulley 34 equal with 35 quantity of the second power drum.Second motor 31
Electrically connect with the second active synchronization belt wheel 32, and the second active synchronization belt wheel 32 and multiple second driven pulleys 34 are synchronous by second
Band（It is not shown）Connection.3rd delivery module 4 includes the 3rd motor 31, the 3rd active synchronization belt wheel 42, the 3rd Timing Belt 4（Figure
Do not show）, multiple 3rd power drums 45 and the three year driven pulley 44 equal with 45 quantity of the 3rd power drum.3rd is electric
Machine 41 is electrically connected with the 3rd active synchronization belt wheel 42, and the 3rd active synchronization belt wheel 42 and multiple 3rd driven pulleys 44 pass through the 3rd
Timing Belt connects.Photoelectric sensor switch 5 includes the first photoelectric sensor switch 51, the second photoelectric sensor switch 52, the 3rd light inductance
Inductive switch 53 and the 4th photoelectric sensor switch 54.First photoelectric sensor switch 51 is fixed on product feed zone and the first delivery module
In transfer station 1 between 2, electrically connect with the first delivery module 2.Second photoelectric sensor switch 52 is fixed on the first delivery module 2
And second in the transfer station 1 between delivery module 3, and electrically connect with the first delivery module 2 and the second delivery module 3 respectively.The
Three photoelectric sensor switch 53 are fixed in the transfer station 1 between the second delivery module 3 and the 3rd delivery module 4, and respectively with
Two delivery modules 3 and the 3rd delivery module 4 are electrically connected.4th photoelectric sensor switch 54 is fixed on the 3rd delivery module 4 and product
In transfer station 1 between discharge zone, electrically connect with the 3rd delivery module 4.
Product of the present utility model is primarily adapted for use in the connecting gear of the automatic microwave tunnel line of roasting plant.First transmission
Microwave tunnel line divide into the first protection zone, baking zone and second and protect by module 2, the second delivery module 3 and the 3rd delivery module 4
Shield area.Wherein the first protection zone is connected with feed zone, and the second protection zone is connected with discharge zone.While the first photoelectric sensor switch 51
Between the first protection zone feed zone, the second photoelectric sensor switch 52 is located between baking zone and the first protection zone, and the 3rd
Photoelectric sensor switch 53 is located between baking zone and the second protection zone, and the 4th photoelectric sensor switch 54 is located at the second protection zone and goes out
Between material area.Microwave generator is provided with baking zone, and interior this of baking zone can arrange multiple photoelectric sensor switch, for example, exist
In Fig. 2, the 5th photoelectric sensor switch 55 and the 6th photoelectric sensor switch 56 are just additionally provided with.With reference to automatic microwave tunnel line
Other structures introduce the workflow of this utility model connecting gear in detail：
1st, product is delivered to feed zone by outside, is now placed in the 7th photoelectric sensor switch of feed zone（It is not shown）Sensing
To signal, and 51 no induced signal of the first photoelectric sensor switch, now the first overhead door is opened, and the first motor 21 starts, will
Product is delivered to the first protection zone；
2nd, product reaches 51 position of the first photoelectric sensor switch, and the first overhead door is closed, and the first motor 21 stops, second liter
Drop door is opened, and the second motor 31 starts, and subsequent first motor 21 starts, and product conveys step pitch second optoelectronic induction of arrival and opens
52 are closed, now the second overhead door is closed, microwave generator is opened, product begins to warm up, and the first motor 21 stops；
3rd, when next product reaches the first 51 position of photoelectric sensor switch, the first overhead door is closed, the first motor 21
Stop, microwave generator is closed, product begins to cool down, the second overhead door is opened, and the first motor 21 starts, while the second motor 31
A step pitch is conveyed, now previous product reaches 55 position of the 5th photoelectric sensor switch, and latter product reaches the second photoelectricity
52 position of inductive switch, the first motor 21 stop, and the second overhead door is closed, and microwave generator is opened, and product begins to warm up；
4th, circulate successively, until product reaches 53 position of the 3rd photoelectric sensor switch, microwave is closed, and product stops heating,
3rd inductive switch 53 has signal, and the 4th overhead door is closed, and the 3rd overhead door receives signal, and the 3rd overhead door is opened, and the 3rd is electric
Machine 41 starts, and the second motor 31 conveys a step pitch, and product reaches 54 position of the 4th photoelectric sensor switch, while feed zone product
The second photoelectric sensor switch position 52 is reached, the 3rd overhead door is closed, while the second overhead door is closed, microwave generator is opened,
4th overhead door is opened；
5th, product is delivered to discharge zone, and the 4th overhead door is closed, and the 3rd motor 41 stops；
6th, circulate successively, realize product seriality automatic baking.
In the present embodiment, the first delivery module 2 also includes expansion tightening wheel 6, and expansion tightening wheel 6 is fixed on 1 side of transfer station, and rises
Bearing up pulley 6 is located between the first active synchronization belt wheel 22 and the first driven pulley 24.Expansion tightening wheel 6 passes through the first Timing Belt and the first master
Dynamic synchronous pulley 22 and the first driven pulley 24 connect.First delivery module 2 also includes idle pulley 7, and idle pulley 7 is fixed on transfer station 1
Side.Idle pulley 7 is fixed on the top between two neighboring first driven pulley 24, and the first Timing Belt is stuck in idle pulley 7 and
Between one driven pulley 24.The both sides of transfer station 1 are provided with for limiting Width adjusting device 8 in the stove for transmitting product.Wide dress is adjusted in stove
Put 8 to be fixed in transfer station 1, and 25 both sides are rolled positioned at the first power.Arrange expansion tightening wheel 6 be in order to Timing Belt collapse more
It is compact, can so improve the effectiveness of toothed belt transmission.It is for the position of limits synchronization band, for specification to arrange idle pulley 7
The position of Timing Belt, arranges idle pulley in the top of two neighboring driven pulley, can prevent Timing Belt from running out of predetermined paths, improves
The stability of transmission.Depending on the spacing of power drum is with the size of product, power drum spacing can guarantee that steady transmission product i.e.
Can.It is, in order to ensure that product is difficult to run out of outside connecting gear in the way of transport, to limit product fortune to arrange Width adjusting device in stove
It is dynamic.Certainly, the second delivery module of the present utility model 3 can also arrange expansion tightening wheel 6, and expansion tightening wheel 6 is fixed on 1 side of transfer station,
And expansion tightening wheel 6 is located between the second active synchronization belt wheel 32 and the second driven pulley 34.Expansion tightening wheel 6 passes through the second Timing Belt and the
Two active synchronization belt wheels 32 and the second driven pulley 34 connect.Second delivery module 3 also includes idle pulley 7, and idle pulley 7 is fixed on transmission
The side of platform 1.Idle pulley 1 is fixed on the top between two neighboring second driven pulley 34, and the second Timing Belt is stuck in 7 He of idle pulley
Between second driven pulley 34.In the same manner, the 3rd delivery module 4 of the present utility model can also arrange expansion tightening wheel 6, and expansion tightening wheel 6 is solid
1 side of transfer station is scheduled on, and expansion tightening wheel 6 is located between the 3rd active synchronization belt wheel 42 and the 3rd driven pulley 44.Expansion tightening wheel 6 leads to
Cross the 3rd Timing Belt to be connected with the 3rd active synchronization belt wheel 42 and the 3rd driven pulley 44.3rd delivery module 4 also includes idle pulley
7, idle pulley 7 is fixed on the side of transfer station 1.Idle pulley 7 is fixed on the top between two neighboring 3rd driven pulley 44, and the 3rd
Timing Belt is stuck between idle pulley 7 and the 3rd driven pulley 44.
Advantage of the present utility model is：
1st, motor and active synchronization belt wheel are set in the side of transfer station 1, drive driven pulley to rotate further by Timing Belt
The power drum motion in the transfer station 1 is driven, the product on power drum may finally be driven, it is to avoid in transmission
Platform 1 is polluted using the product quality that belt-conveying product brings immediately above；
2nd, multiple delivery modules are controlled by photoelectric sensor switch 5, stage by stage conveying products, same product, some ranks
Section, product are heated under the radiation of microwave, and some work-in-processes are under the state of cooling.And work as previous product in cooling
When under state, latter product is in heated condition again, so by conveying products stage by stage, can accurately control transmitting range
And the time, and then baking and the time for cooling down being controlled, overall process automatically controls, and high degree of automation, ensure that product quality, big
Improve greatly work efficiency；
The 3rd, Width adjusting device 8 in stove is set and can ensure that product is difficult to run out of outside connecting gear, so as to limit in the way of transport
Product is moved.
Disclosed above is only several specific embodiments of the present utility model, but this utility model is not limited to this, is appointed
What what those skilled in the art can think change should all fall into protection domain of the present utility model.
Claims (7)
1. the power drum connecting gear that a kind of Timing Belt drives, it is characterised in that including transfer station, the first delivery module, the
Two delivery modules, the 3rd delivery module and multiple sensing product spaces simultaneously control the light inductance that delivery module is opened and stopped
Inductive switch；The plurality of photoelectric sensor switch is sequentially fixed in transfer station；First delivery module, the second delivery module
It is sequentially fixed in transfer station with the 3rd delivery module, and the first delivery module, the second delivery module and the 3rd delivery module point
Do not electrically connect with photoelectric sensor switch；First delivery module includes the first motor, the first active synchronization belt wheel, the first synchronization
Band, multiple first power drums and first driven pulley equal with the first power drum quantity；First motor and
One active synchronization belt wheel is electrically connected, and the first active synchronization belt wheel and multiple first driven pulleys are connected by the first Timing Belt；The
One motor drives the motion of the first active synchronization belt wheel, the first active synchronization belt wheel to drive the first driven pulley by the first Timing Belt
Move with the first power drum.
2. the power drum connecting gear that Timing Belt according to claim 1 drives, it is characterised in that second transmission
Module is included the second motor, the second active synchronization belt wheel, the second Timing Belt, multiple second power drums and is rolled with the second power
The second equal driven pulley of cylinder quantity；Second motor is electrically connected with the second active synchronization belt wheel, and the second active synchronization
Belt wheel and multiple second driven pulleys are connected by the second Timing Belt.
3. the power drum connecting gear that Timing Belt according to claim 1 drives, it is characterised in that the 3rd transmission
Module is included the 3rd motor, the 3rd active synchronization belt wheel, the 3rd Timing Belt, multiple 3rd power drums and is rolled with the 3rd power
The 3rd year equal driven pulley of cylinder quantity；3rd motor is electrically connected with the 3rd active synchronization belt wheel, and the 3rd active is same
Step belt wheel and multiple 3rd driven pulleys are connected by the 3rd Timing Belt.
4. the power drum connecting gear that Timing Belt according to claim 1 drives, it is characterised in that first transmission
Module also includes expansion tightening wheel, and the expansion tightening wheel is fixed on transfer station side, and expansion tightening wheel is located at the first active synchronization belt wheel and the
Between one driven pulley；The expansion tightening wheel is connected with the first active synchronization belt wheel and the first driven pulley by the first Timing Belt.
5. the power drum connecting gear that Timing Belt according to claim 1 drives, it is characterised in that first transmission
Module also includes idle pulley, and the idle pulley is fixed on the side of transfer station；The idle pulley is fixed on two neighboring first driven pulley
Between top, and the first Timing Belt is stuck between idle pulley and the first driven pulley.
6. the power drum connecting gear that Timing Belt according to claim 1 drives, it is characterised in that the transfer station
Both sides are provided with for limiting Width adjusting device in the stove for transmitting product；In the stove, Width adjusting device is fixed in transfer station, and is located at
The both sides that first power is rolled.
7. the power drum connecting gear that Timing Belt according to claim 1 drives, it is characterised in that the optoelectronic induction
Switch includes the first photoelectric sensor switch, the second photoelectric sensor switch, the 3rd photoelectric sensor switch and the 4th photoelectric sensor switch；
First photoelectric sensor switch is fixed in the transfer station between product feed zone and the first delivery module, with the first transmission mould
Block is electrically connected；Second photoelectric sensor switch is fixed in the transfer station between the first delivery module and the second delivery module,
And electrically connect with the first delivery module and the second delivery module respectively；3rd photoelectric sensor switch is fixed on the second transmission mould
In transfer station between block and the 3rd delivery module, and electrically connect with the second delivery module and the 3rd delivery module respectively；It is described
4th photoelectric sensor switch is fixed in the transfer station between the 3rd delivery module and product discharge area, with the 3rd delivery module electricity
Connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621180594.XU CN206142291U (en) | 2016-10-28 | 2016-10-28 | Power roller transport mechanism that hold -in range drove |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621180594.XU CN206142291U (en) | 2016-10-28 | 2016-10-28 | Power roller transport mechanism that hold -in range drove |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206142291U true CN206142291U (en) | 2017-05-03 |
Family
ID=58624689
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621180594.XU Active CN206142291U (en) | 2016-10-28 | 2016-10-28 | Power roller transport mechanism that hold -in range drove |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206142291U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108639703A (en) * | 2018-07-11 | 2018-10-12 | 东莞市敏顺自动化科技有限公司 | A kind of production line delivery connecting mechanism |
| CN108792449A (en) * | 2018-07-11 | 2018-11-13 | 东莞市敏顺自动化科技有限公司 | A kind of production line of high-precision conveying |
-
2016
- 2016-10-28 CN CN201621180594.XU patent/CN206142291U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108639703A (en) * | 2018-07-11 | 2018-10-12 | 东莞市敏顺自动化科技有限公司 | A kind of production line delivery connecting mechanism |
| CN108792449A (en) * | 2018-07-11 | 2018-11-13 | 东莞市敏顺自动化科技有限公司 | A kind of production line of high-precision conveying |
| CN108792449B (en) * | 2018-07-11 | 2023-12-12 | 东莞市敏顺自动化科技有限公司 | Production line for high-precision conveying |
| CN108639703B (en) * | 2018-07-11 | 2023-12-12 | 东莞市敏顺自动化科技有限公司 | Carrying connection mechanism for production line |
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