CN206078847U - Full -automatic pancake production facility is with following shaper in step - Google Patents
Full -automatic pancake production facility is with following shaper in step Download PDFInfo
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- CN206078847U CN206078847U CN201620981171.1U CN201620981171U CN206078847U CN 206078847 U CN206078847 U CN 206078847U CN 201620981171 U CN201620981171 U CN 201620981171U CN 206078847 U CN206078847 U CN 206078847U
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- grooving
- hopper
- shaping
- forming groove
- steel band
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Abstract
The utility model relates to a full -automatic pancake production facility provides a full -automatic pancake production facility is with following shaper in step, include: forming groove, forming groove moving mechanism, forming groove elevating system, hopper and hopper moving mechanism. Forming groove arranges in on the steel band and has the mould portions that take a plurality of die cavitys of pancake that are used for taking shape, forming groove moving mechanism installs in fixed frame and sets to and can drive forming groove and follow steel band synchronous motion to the completion position that takes shape from the initial position that takes shape to can drive the direction of delivery of forming groove from shaping completion position against the steel band after the pancake takes shape returns to the initial position that takes shape, forming groove elevating gear sets to and can drive forming groove and raising the position and lowering and remove between the position, thereby the hopper is arranged forming groove in and is gone up and span above -mentioned mould portion and make the paste -like raw materials of hopper can fill in the die cavity of mould portion, hopper moving mechanism sets up between forming groove and the hopper and can make the hopper transversely remove between holding with packing with accomplishing at the filler initial end of mould portion in the direction of delivery of steel band. The utility model discloses can realize following in step automatic forming, simple structure maintains conveniently.
Description
Technical field
The utility model belongs to technical field of food production, relate in particular to fuel automatic thin cake production equipment it is synchronous with
With building mortion.
Background technology
In food baking industry, tunnel type steel belt furnace has begun to popularize, but matched product shaping device
But it is very few, in particular for the shaping of the pancake of thinner thickness.
The building mortion supporting with tunnel type steel belt furnace need to solve synchronously to follow problem, realize serialization, automated production,
Reduce artificial, improve production efficiency.
Utility model content
For the problem for overcoming prior art to exist, the utility model provide it is a kind of can continuous synchronization follow shaping pancake
Fuel automatic thin cake production equipment synchronously follows building mortion to be favourable.
For this purpose, the utility model provides a kind of fuel automatic thin cake production equipment synchronously follows building mortion, this is full-automatic
Pancake production equipment includes conveying steel band and fixed frame, and its feature is that the synchronization follows building mortion to include：
The grooving being placed on steel band, the grooving has with multiple molds for shaping the die cavity of pancake；
Grooving travel mechanism, it is installed on fixed frame and is arranged to drive grooving from shaping initial position
Follow synchronous steel belt to move to shaping and complete position, and can drive after pancake shaping grooving from shaping complete position against
The conveying direction of steel band returns to shaping initial position；
Grooving lowering or hoisting gear, it is arranged to drive grooving move between position in raised position and to fall；
The hopper being placed on grooving, the hopper is across above-mentioned mold so that the pasty state raw material in hopper can be filled out
It is filled with the die cavity of mold；
Bin displacing arrangement, it is arranged between grooving and hopper and can make hopper transverse to the conveying direction of steel band
Complete to be moved between end in the filler initial end and filler of mold, wherein, in grooving from shaping initial position to having shaped
Move into position and hopper completes to hold during moving from filler initial end to filler, grooving is in falls position simultaneously
And the lower surface of its above-mentioned mold is fitted with the upper surface of steel band；In grooving position is completed to shaping initial position from shaping
Mobile and hopper completes to hold during moving to filler initial end from filler, and grooving is in raised position.
Preferably, above-mentioned grooving travel mechanism includes being rotatably connected with above-mentioned fixed frame and is driven by external motor
The first leading screw and the first leading screw may move and connect so that the rotational motion of the first leading screw to be converted into the supporting plate of linear motion, its
In the supporting plate be slidably connected so as to the supporting plate when the first leading screw is rotated being capable of edge by sliding connection structure with above-mentioned fixed frame
Above-mentioned fixed frame linear slide.
It is further preferred that above-mentioned sliding connection structure includes the guide rail being arranged on above-mentioned fixed frame and is arranged on
Slide block on above-mentioned supporting plate, above-mentioned supporting plate by means of slide block and guide rail cooperation along above-mentioned fixed frame slidably.
It is further preferred that above-mentioned first screw mandrel one end passes through the side of above-mentioned fixed frame and is arranged at above-mentioned supporting plate
The nut connection of bottom, the other end is used to connect external motor.
It is further preferred that above-mentioned grooving lowering or hoisting gear includes the lift cylinder that is fixed on above-mentioned supporting plate, it is above-mentioned into
Shape groove is connected by the projecting block lift cylinder corresponding with above-mentioned supporting plate positioned at its two ends, so that above-mentioned grooving can
With above-mentioned supporting plate together relatively above-mentioned fixed frame linear slide and can by lift cylinder effect rise get up to leave above-mentioned steel band
Complete the demoulding.
Preferably, above-mentioned bin displacing arrangement includes the tooth of the above-mentioned mold both sides being installed in respectively on above-mentioned grooving
Bar, be installed in be adapted with tooth bar on the side bottom of above-mentioned hopper two gear, be installed on above-mentioned hopper both sides and positioned at gear
The nut of top, through nut and matched the second leading screw and the second leading screw of hopper both sides is linked together
Timing Belt, one of them second leading screw is driven so that the rotational motion of above-mentioned second leading screw can be converted to by external motor
Linear motion of the above-mentioned grooving along tooth bar.
Preferably, the said gear and above-mentioned nut being installed on the every side of above-mentioned hopper is respectively two.
Preferably, above-mentioned Timing Belt is located at the above-mentioned filler initial end of above-mentioned mold.
Preferably, above-mentioned die cavity is heart-shaped, square or circle.
The utility model has the advantages that：
Firstth, by hopper in grooving transverse shifting, material can be filled in groove automatically by the effect of gravity, real
The automatic forming of existing product；
Secondth, by being slidably connected grooving and fixed frame, the power that can control external motor causes shaping
Groove and hopper are moved at the same speed with steel band, are matched with online production；
3rd, by using the power of external motor so that grooving and hopper etc. reset, it is possible to achieve serialization, from
Dynamic metaplasia is produced；
4th, by change grooving die cavity shape and size, not only can realize the different product of thickness into
Shape and the shaping of different product can be realized, simple structure, safeguard facility.
By reference to embodiment disclosed below, these and other aspects of the present utility model will be obtained clearly
Illustrate clearly.
Description of the drawings
Structurally and operationally mode of the present utility model and further objects and advantages will pass through below in conjunction with the accompanying drawings
Description is better understood, wherein, identical reference marker mark identical element：
Fig. 1 is synchronously to follow shaping according to the fuel automatic thin cake production equipment of one specific embodiment of the utility model
The schematic perspective view of device；
Fig. 2 is that fuel automatic thin cake production equipment shown in Fig. 1 synchronously follows schematically standing after building mortion decomposed
Body figure；
Fig. 3 is the partial enlarged view that fuel automatic thin cake production equipment shown in Fig. 2 synchronously follows building mortion.
Description of reference numerals
100 synchronously follow the steel band of building mortion 200
300 fixed frames
The hopper of 1 grooving 7
The mold of 9 bin displacing arrangement 10
The projecting block of 11 die cavity 12
The supporting plate of 31 first leading screw 33
The lift cylinder of 35 guide rail 50
The gear of 91 tooth bar 93
The Timing Belt of 95 second leading screw 96
97 nuts
Specific embodiment
Below in conjunction with Description of Drawings preferred embodiment of the present utility model.
Fig. 1 schematically shows the fuel automatic thin cake production equipment according to a specific embodiment of the present utility model
With the stereogram for synchronously following building mortion 100.Fuel automatic thin cake production equipment generally includes conveying steel band 200 and fixed machine
Frame 300.In the present embodiment, building mortion 100 is synchronously followed to include grooving 1, grooving travel mechanism, grooving lifting
Device, hopper 7 and bin displacing arrangement 9.
As shown in figure 1, grooving 1 is placed on steel band 200, it has mold 10, the mold 10 with it is multiple for into
The die cavity 11 of shape pancake, die cavity 11 is preferably heart-shaped, square or circle, and certainly it can needing for any according to pancake shaping
Required shape.
As shown in figure 1, grooving travel mechanism is installed on fixed frame 300, and be arranged to drive grooving 1 from
Shaping initial position（Position as shown in Figure 1, grooving is located at the front end of fixed frame 300）The synchronizing moving of steel band 200 is followed to arrive
Shaping completes position（Grooving is located at the rear end of fixed frame 300）, and after pancake shaping grooving 1 can be driven from shaping
Complete conveying direction of the position against steel band 200（The direction of arrow in Fig. 1）Return to shaping initial position.
As shown in figure 1, and with reference to Fig. 2 and Fig. 3, grooving travel mechanism includes the first leading screw 31, supporting plate 33 and the company of slip
Binding structure.First leading screw 31 is rotatably connected with fixed frame 300, and by external motor（It is not shown）Drive；Supporting plate 33 and
The removable connection of one leading screw 31, so as to the rotational motion of the first leading screw 31 can be converted into the linear motion of supporting plate 33, in this reality
In applying mode, the one end of the first screw mandrel 31 is through the side of fixed frame 300 and the nut of the bottom for being arranged at supporting plate 33（Figure is not
Show）Connection, the other end is used to connect external motor（It is not shown）；Supporting plate 33 is slided with fixed frame 300 by sliding connection structure
Dynamic connection, so as to supporting plate 33 can be along the linear slide of above-mentioned fixed frame 300 when the first leading screw 31 is rotated.In this embodiment party
In formula, sliding connection structure includes the guide rail 35 being arranged on fixed frame 300 and the slide block being arranged on supporting plate 33（Figure is not
Show）, supporting plate 33 by means of slide block and guide rail cooperation along fixed frame 300 slidably.
Again as shown in figure 1, grooving lowering or hoisting gear be arranged to drive grooving 1 raised position and fall position it
Between move.Specifically, in the present embodiment, grooving lowering or hoisting gear includes the lift cylinder 50 being fixed on supporting plate 33, into
Shape groove 1 is connected by the projecting block 12 positioned at its two ends with corresponding lift cylinder 50 on supporting plate 33, so that grooving 1 can
The linear slide of frame 300 is together relatively fixed with supporting plate 33, and can be got up to leave steel band 200 by the effect liter of lift cylinder 50 complete
Into the demoulding.It should be noted that in the present embodiment, four projecting blocks 12 are provided with grooving 1 altogether, that is to say, that shaping
The often end of groove 1 is designed with two projecting blocks 12, correspondingly, four lift cylinders 50 is equiped with supporting plate 33, is respectively intended to support
With four projecting blocks 12 of contact.
As shown in figure 1, hopper 7 is placed on grooving 1 and across the mold 10 of grooving 1, so that in hopper 7
Pasty state raw material can be packed in the die cavity 11 of mold 10；
Again as shown in figure 1, and referring to figs. 2 and 3 bin displacing arrangement 9 is arranged between grooving 1 and hopper 7, and energy
Enough make hopper 7 transverse to steel band 200 conveying direction mold 10 filler initial end（Position as shown in Figure 1, that is, shape
The left end of groove 1）End is completed with filler（The right-hand member of grooving 1）Between move, wherein, grooving 1 from shaping initial position to
Shaping complete position movement, hopper 7 from filler initial end complete to filler end it is mobile during, grooving 1 is in falling position
Put（I.e. lift cylinder 50 is in retracted mode）, and the lower surface of its mold 10 fits with the upper surface of steel band 200, such as schemes
Shown in 1；Position is completed in the arrival shaping of grooving 1 and hopper 7 is while when arrival filler completes end, grooving 1 is in lifting air
The demoulding is risen and completed in the presence of cylinder 50；In grooving 1 in raised position and after completing the demoulding, grooving 1 is in shaping
Under the drive of groove travel mechanism from shaping complete position move back to shaping initial position and hopper 7 in bin displacing arrangement 9
End is completed under drive from filler and move back to the movement of filler initial end, so go round and begin again, continuous production.
Specifically, as shown in Figures 2 and 3, in the present embodiment, bin displacing arrangement 9 includes being installed in grooving 1
The tooth bar 91 of the both sides of mold 10, the gear 93 being adapted with tooth bar 91 being installed on 7 liang of side bottoms of hopper, it is installed in hopper
Nut 97 on 7 both sides and positioned at the top of gear 93, through nut 97 and matched the second leading screw 95 and by hopper 7
The Timing Belt 96 that second leading screw 95 of both sides links together, one of them second leading screw 95 receives external motor（It is not shown）Drive
It is dynamic, so that rotational motion of second leading screw 95 in the case where outside motor belt motor is moved is converted to grooving 1 transporting along the straight line of tooth bar 91
It is dynamic.In the present embodiment, the gear 93 and nut 97 being installed on the every side of hopper 7 is respectively two；Timing Belt 96 is located at into
The filler initial end of the mold 10 of shape groove 1.
The fuel automatic thin cake production equipment for introducing above-mentioned embodiment referring to Fig. 1 synchronously follows building mortion
Specific work process：
1st, along arrow direction shown in Fig. 1, this synchronization follows building mortion 100 to be illustrated in figure 1 initial shape to steel band 200
State；
2nd, after needing to start shaping, lift cylinder 50 is retracted so that the lower surface and steel band of the mold 10 of grooving 1
200 upper surface laminating；
3rd, external motor drives the positive movement of the first leading screw 31 that supporting plate 33 is travelled forward along guide rail 35, same with this
When, external motor drives hopper 7 to move right along tooth bar 91, and the material in hopper 7 is filled under gravity automatically
The shaping of product is realized in the die cavity 11 in grooving 1；
4th, when supporting plate 33 is from one end of guide rail 35（Shape initial position）Move to the other end of guide rail 35（Shape
Into position）When, hopper 7 also just under the drive of the second leading screw 95 from one end of grooving 1 is that filler initial end is moved to into
The other end of shape groove 1 is that filler completes end, and now lift cylinder 50 rises, and grooving 1, hopper 7, bin displacing arrangement 9 are lifted
Rise, product stripping, then the reverse high-speed motion of the first screw mandrel 31 supporting plate 33 is retracted into shaping initial position, at the same time, second
Hopper is retracted filler initial end by the reverse high degree of motion of leading screw 95；
5th, the pancake that steel band 200 is moved to after shaping is waited to leave after the shaping initial position of grooving 1, this synchronization
Building mortion 100 is followed to repeat above step；
6th, reciprocal with this, this synchronization follows building mortion 100 to be capable of achieving the continuous of various thickness and variously-shaped product
Change, automation shapes.
It is only preferable case study on implementation of the present utility model that case is embodied as described in the utility model, is not used for
Limit practical range of the present utility model.The equivalence changes that i.e. all contents according to the utility model claim are made with repair
Decorations, belong to protection domain of the present utility model.
Claims (9)
1. a kind of fuel automatic thin cake production equipment synchronously follows building mortion, and the fuel automatic thin cake production equipment includes that conveying is used
Steel band and fixed frame, it is characterised in that the synchronization follows building mortion to include：
The grooving being placed on steel band, the grooving has with multiple molds for shaping the die cavity of pancake；
Grooving travel mechanism, it is installed on fixed frame and is arranged to drive grooving to follow from shaping initial position
Synchronous steel belt moves to shaping and completes position, and after pancake shaping grooving can be driven to complete position against steel band from shaping
Conveying direction return to shaping initial position；
Grooving lowering or hoisting gear, it is arranged to drive grooving move between position in raised position and to fall；
The hopper being placed on grooving, the hopper is across the mold so that the pasty state raw material in hopper can be packed into
In the die cavity of mold；
Bin displacing arrangement, it is arranged between grooving and hopper and can make hopper transverse to the conveying direction of steel band in mould
The filler initial end in tool portion and filler complete to be moved between end, wherein, complete position to shaping from shaping initial position in grooving
Put mobile and hopper from filler initial end complete to filler end it is mobile during, grooving in fall position and its
The lower surface of the mold is fitted with the upper surface of steel band；Position is completed in grooving from shaping to move to shaping initial position
Dynamic and hopper completes to hold during moving to filler initial end from filler, and grooving is in raised position.
2. fuel automatic thin cake production equipment according to claim 1 synchronously follows building mortion, it is characterised in that described
Grooving travel mechanism includes the first leading screw for being rotatably connected with the fixed frame and being driven by external motor and first
Thick stick may move and connect the rotational motion of the first leading screw is converted into the supporting plate of linear motion, the wherein supporting plate and the fixed machine
Frame is slidably connected so as to when the first leading screw is rotated, supporting plate can be slided along the fixed frame straight line by sliding connection structure
It is dynamic.
3. fuel automatic thin cake production equipment according to claim 2 synchronously follows building mortion, it is characterised in that institute
Sliding connection structure is stated including the guide rail being arranged on the fixed frame and the slide block being arranged on the supporting plate, the support
Plate by means of slide block and guide rail cooperation along the fixed frame slidably.
4. fuel automatic thin cake production equipment according to claim 2 synchronously follows building mortion, it is characterised in that described
First screw mandrel one end is connected through the side of the fixed frame with the nut of the bottom for being arranged at the supporting plate, and the other end is used for
Connection external motor.
5. fuel automatic thin cake production equipment according to claim 2 synchronously follows building mortion, it is characterised in that described
Grooving lowering or hoisting gear includes the lift cylinder being fixed on the supporting plate, and the grooving is by the projecting block positioned at its two ends
Lift cylinder connection corresponding with the supporting plate, so that the grooving can be with the supporting plate together relatively described fixation
Frame linear slide simultaneously can be risen get up to leave the steel band and complete the demoulding by lift cylinder effect.
6. the fuel automatic thin cake production equipment according to any one of claim 1 to 5 synchronously follows building mortion, its feature
It is that the bin displacing arrangement includes the tooth bar of the mold both sides being installed in respectively on the grooving, is installed in
On the side bottom of the hopper two with the gear that tooth bar is adapted, be installed on the hopper both sides and spiral shell above gear
It is female, through nut and matched the second leading screw and Timing Belt that the second leading screw of hopper both sides links together, its
In second leading screw driven so that the rotational motion of second leading screw can be converted to the shaping by external motor
Linear motion of the groove along tooth bar.
7. fuel automatic thin cake production equipment according to claim 6 synchronously follows building mortion, it is characterised in that installing
The gear and the nut on the hopper is per side is respectively two.
8. fuel automatic thin cake production equipment according to claim 6 synchronously follows building mortion, it is characterised in that described
Timing Belt is located at the described filler initial end of the mold.
9. fuel automatic thin cake production equipment according to claim 1 synchronously follows building mortion, it is characterised in that described
Die cavity is heart-shaped, square or circle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620981171.1U CN206078847U (en) | 2016-08-30 | 2016-08-30 | Full -automatic pancake production facility is with following shaper in step |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620981171.1U CN206078847U (en) | 2016-08-30 | 2016-08-30 | Full -automatic pancake production facility is with following shaper in step |
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| Publication Number | Publication Date |
|---|---|
| CN206078847U true CN206078847U (en) | 2017-04-12 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620981171.1U Active CN206078847U (en) | 2016-08-30 | 2016-08-30 | Full -automatic pancake production facility is with following shaper in step |
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| CN (1) | CN206078847U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110169428A (en) * | 2019-06-24 | 2019-08-27 | 东莞市南宝机械有限公司 | A kind of full-automatic continuous scraper thin cake making machine |
-
2016
- 2016-08-30 CN CN201620981171.1U patent/CN206078847U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110169428A (en) * | 2019-06-24 | 2019-08-27 | 东莞市南宝机械有限公司 | A kind of full-automatic continuous scraper thin cake making machine |
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