CN209106065U - Flapjack mechanism - Google Patents
Flapjack mechanism Download PDFInfo
- Publication number
- CN209106065U CN209106065U CN201820909203.6U CN201820909203U CN209106065U CN 209106065 U CN209106065 U CN 209106065U CN 201820909203 U CN201820909203 U CN 201820909203U CN 209106065 U CN209106065 U CN 209106065U
- Authority
- CN
- China
- Prior art keywords
- pedestal
- transmission
- gland
- flapjack
- scraper
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Abstract
The utility model relates to biscuit manufacturing fields, disclose a kind of flapjack mechanism, including cake oven, rotary material taking device, transmission transition apparatus and the finished product transmitting device set gradually, in rotary material taking device, for splicing driving motor (18) for driving receiver (17) to rotate, receiver lateral wall has multiple concave surfaces (1701)；In finished product transmitting device, several isolating frames (29) are equidistantly fixed on endless track (28) lateral wall one week vertically, and the inner sidewall of endless track (28) is engaged with transmission gear (27), and transmission electrical machine (26) is for driving transmission gear (27) rotation.This flapjack mechanism is not necessarily to artificial loading, blanking and transmission, the biscuit come out from cake oven discharge port can be transferred to designated position automatically, and can continuously toast out more biscuit, baking temperature is uniform, and high yield rate, work efficiency is high.
Description
Technical field
The utility model relates to biscuit manufacturing field, in particular to a kind of flapjack mechanism.
Background technique
In biscuit or waffle manufacturing enterprise, flapjack mechanism is essential mechanical equipment, and traditional flapjack mechanism is exactly
The biscuit semifinished product toasted will be needed to be put into oven, start to toast after setting time and temperature, the biscuit quantity toasted every time
It is less, it has baked a batch and has needed manually to take out baked biscuit, then next group biscuit semifinished product has been manually placed into oven again and dried
It is roasting, inefficiency, and since temperature unevenness will cause the shape and taste difference of the biscuit of the different parts baked in oven
Larger, waste product is more.
Utility model content
Purpose of utility model: aiming at the problems existing in the prior art, the utility model provides a kind of flapjack mechanism, is not necessarily to
Artificial loading, blanking, and more biscuit can be continuously toasted out, baking temperature is uniform, high yield rate.
Technical solution: the utility model provides a kind of flapjack mechanism, including cake oven, the rotation splicing dress set gradually
It sets, transmit transition apparatus and finished product transmitting device, the rotary material taking device by lateral wall there is the cylindrical body of multiple concave surfaces to connect
Charging tray and splicing driving motor composition, the splicing driving motor is for driving the receiver to rotate；The finished product transmission dress
It sets and is made of transmission electrical machine, transmission gear, endless track and several isolating frames, several isolating frames are equidistantly fixed on vertically
The endless track lateral wall one week, the inner sidewall of the endless track are engaged with the transmission gear, and the transmission electrical machine is used
In the driving transmission gear rotation.
It preferably, include feed bin, feed pipe, discharge nozzle, gland track, driving motor, oven, heating in the cake oven
Plate, transmission gear, endless conveyor belts and several baking pans, the feed bin are connected to by the feed pipe with the discharge nozzle；It is several
The pedestal of the baking pan is successively horizontally fixed on the horizontal positioned endless conveyor belts lateral wall one week, and the one of each pedestal
End is rotatablely connected a gland respectively, and an idler wheel is respectively set in the other end of each gland, and each idler wheel successively rides over
On the gland track；The heating plate is located inside the endless conveyor belts, the endless conveyor belts and the transmission gear
Engagement, the transmission gear and the driving motor pass through transmission axis connection；The middle rear end of the endless conveyor belts is located at described
In oven, front end is located at outside the oven, between the gland and pedestal of the baking pan outside oven in opened condition, is located at
It is in closed state between the gland and pedestal of the baking pan in oven；The discharge nozzle is located at outside the oven and is parallel to institute
The pedestal setting of baking pan is stated, and the discharge nozzle is located between the pedestal and gland of baking pan.In cake oven work, first turn on
Heating plate preheating starts driving motor, and driving motor drives transmission gear to rotate by transmission shaft, and transmission gear drives annular again
Transmission belt operating, each baking pan operate at the mobile preheating of oven inner-outer circulation with endless conveyor belts, when whole baking pans all by
After being preheating to preset temperature, the biscuit feed liquid in feed bin enters discharge nozzle with feed pipe, is flowed into baking pan from the outlet of discharge nozzle
Pedestal in, due to each baking pan be continuously run and discharge nozzle is static, so by the discharge nozzle baking pan finally all
The gland of the baking pan of biscuit feed liquid can be filled in the guiding of gland track and the band of endless conveyor belts by injection biscuit feed liquid
It is slowly closed between pedestal under dynamic, the baking pan of closure enters in oven under the drive of endless conveyor belts to be toasted, and is dried
After the completion of roasting, the baking pan in oven can be moved out of oven under the drive of endless conveyor belts again, the baking pan operation after removing oven
When to endless conveyor belts front end, under the action of gland track, gland is slowly opened, and biscuit has been roasted well at this time, so that it may
It is cut into fritter to take out to collect biscuit, then completes subsequent packages.It is toasted out as it can be seen that this cake oven can not shut down continuously
Large quantities of biscuits, production efficiency greatly improve, and since the circle transmission of endless conveyor belts acts on, so that each baking pan is being transported always
Dynamic state, can guarantee that heating plate more uniformly heats each baking pan, bake the biscuit finished product uniform color come, taste
Stablize, high yield rate.
It further, further include finished product scraper and scraper driving motor in the cake oven, the scraper driving motor is solid
Determine on the table close to the front position of the endless conveyor belts, one end of the finished product scraper and the scraper driving motor
It is drivingly connected, the other end is parallel to the pedestal of the baking pan and between pedestal and gland.When the pedestal for having baking pan be located at
When below product scraper, finished product scraper can be rotated by an angle in scraper driving motor, more efficiently the bottom of by
Biscuit finished product in seat scrapes off collection, improves the degree of automation of the present apparatus.
It further, further include defective material scraper and strut in the cake oven, the strut is fixed on the workbench,
One end of the defective material scraper is fixed on the strut, the other end close to the baking pan base upper surface and be parallel to pedestal
Setting, and the defective material scraper is between the finished product scraper and the discharge nozzle.Finished product be scraped off after baking pan
Base edge can also remain the cake slag adhered to a little, and pedestal at this time can be through passing through, in defective material scraper below defective material scraper
Under effect, the cake slag for being attached to base edge is scraped, and is not necessarily to manual cleaning.
Preferably, it is parallel to each other between the defective material scraper, the finished product scraper and the discharge nozzle.Three sets in parallel
It sets and is provided to that mobile baking pan is preferably cooperated to be worked accordingly.
Preferably, the feed pipe is connected to the middle part of the discharge nozzle, is opened up along discharge nozzle length direction bottom
Several discharge holes, the discharge nozzle it is closed at both ends.Design enables to biscuit feed liquid to be more uniformly injected into cake in this way
In the pedestal of pan, so that it is uniform to bake the biscuit thickness come.
It preferably, further include feed pump in the cake oven, the feed pump is mounted on the feed pipe.Feed pump
Setting is convenient for feed liquid through being discharged to from discharge nozzle along feed pipe out of feed bin.
Preferably, the pedestal of the baking pan is heated base, and gland is heating gland.The pedestal and gland of each baking pan
Can heat also can accelerate biscuit baking speed, improve production efficiency.
Preferably, the transmission transition apparatus includes pressure roller, rotation axis, transmission driving motor, at least two annular transmission
The runner of band and twice of endless belt conveyer, the both ends of each endless belt conveyer are respectively fitted on two runners,
The runner of wherein one end of each endless belt conveyer is fixedly and coaxially connected in the rotation axis, and the runner of the other end turns
Dynamic to be connected on bracket, for the transmission driving motor for driving the rotation axis to rotate, the pressure roller is located at each annular
It the top of conveyer belt and is vertically arranged with each endless belt conveyer, the pressure roller passes through the driving rotation of pressure roller driving motor.It connects
Charging tray rotates to the biscuit in its concave surface on the endless belt conveyer in transmission transition apparatus, under the driving of transmission driving motor
Rotation axis rotation, the rotation of rotation axis drive the runner rotation being fixed thereon, and the rotation of runner then drives endless belt conveyer
Operating, the operating of endless belt conveyer can then move forward with biscuit disposed thereon, can be pressed when biscuit is moved to pressure roller position
Roll-in is between pressure roller and conveyer belt, and then biscuit is transmitted in finished product transmitting device under pressure roller by conveyer belt again.
It further, further include buffering hairbrush in the transmission transition apparatus, the both ends of the buffering hairbrush are fixed on
Front side on the bracket and positioned at the pressure roller, and the buffering hairbrush is parallel to the pressure roller setting.
Working principle and beneficial effect: when the utility model at work, the splicing driving motor in rotary material taking device drives
Dynamic cylindrical body receiver rotation, since the cambered surface of cylindrical body receiver is located at below cake machine discharge port, so, work as cake oven
By baked biscuit from discharge port releasing after under fall in the concave surface of cylindrical body receiver, it is recessed with the rotation of receiver
Biscuit in face is rotated in transmission transition apparatus, has transmission transition apparatus to be transferred to finished product transmitting device, finished product transmission dress
In setting, the end of any time endless track can all have an isolating frame to be located at below the transmission mouth of transmission transition apparatus, by passing
One piece of biscuit for sending transition apparatus to send can be sent on this isolating frame, drive transmission tooth then as transmission electrical machine
The rotation of wheel, endless track rotate counterclockwise, which are rotated to the top of endless track and horizontal by vertical configuration
State, and biscuit can be clipped in therebetween and be erected with another isolating frame on front side of it by the isolating frame, be caught in the middle
Biscuit then can under the operating of endless track onwards transmission until transmission crawler belt front end be transferred to subsequent processing；Transmit transition
Continuously biscuit is sent in device, then finished product transmitting device endlessly will successively will erect arrangement for biscuit
Between isolating frame two-by-two, realization continuously transmits biscuit.As it can be seen that this flapjack mechanism is not necessarily to artificial loading, blanking and transmission,
The biscuit come out from cake oven discharge port can be transferred to designated position automatically, and can continuously toast out more biscuit, dried
Roasting temperature is uniform, and high yield rate, work efficiency is high.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of flapjack mechanism in the utility model；
Fig. 2 is cake machine structural schematic diagram in the utility model；
Fig. 3 is the structural schematic diagram of discharge nozzle.
Specific embodiment
The utility model is described in detail with reference to the accompanying drawing.
Embodiment 1:
Present embodiments provide for a kind of flapjack mechanisms, as shown in Figure 1, mainly by set gradually cake oven, rotation connect
Expect that device, transmission transition apparatus and finished product transmitting device composition, rotary material taking device are driven by cylindrical body receiver 17 and splicing
Motor 18 forms, and the lateral wall of cylindrical body receiver 17 has multiple concave surfaces 1701, and splicing driving motor 18 is for driving this to connect
Charging tray 17 rotates；Transition apparatus is transmitted mainly by pressure roller 19, rotation axis 20, transmission 21, three endless belt conveyers 22 of driving motor
And six runners 23 form, the both ends of each endless belt conveyer 22 are respectively fitted on two runners 23, three annular transmission
Wherein one end with 22 is located between same, and the runner 23 of this section is fixedly and coaxially connected in rotation axis 20, the other end
Runner 23 is rotatably connected in bracket (not shown), and transmission driving motor 21 is for driving rotation axis 20 to rotate, pressure roller
19 are located at the top of three endless belt conveyers 22 and are arranged close to endless belt conveyer 22, and pressure roller 19 is vertical with each endless belt conveyer 22
It is arranged and by the driving rotation of pressure roller driving motor 24；Finished product transmitting device is mainly by transmission electrical machine 26, transmission gear 27, annular
Crawler belt 28 and several isolating frames 29 form, and several isolating frames 29 are equidistantly fixed on 28 lateral wall of endless track one week vertically, ring
The inner sidewall of shape crawler belt 28 is engaged with transmission gear 27, and transmission electrical machine 26 is for driving transmission gear 27 to rotate.
Such as Fig. 2, cake oven is mainly by feed bin 1, feed pipe 2, discharge nozzle 3, gland track 4, driving motor 5, oven (in figure
Be not shown), heating plate 7, transmission gear 8, endless conveyor belts 9 and several baking pans 10 form, endless conveyor belts 9 it is horizontal positioned and with
Transmission gear 8 engages, and transmission gear 8 and the driving motor 5 are by transmission axis connection, and the pedestal 1001 of several baking pans 10 is successively
It is horizontally fixed on 9 lateral wall of endless conveyor belts one week, the lower section pedestal 1001 and top that each baking pan 10 is rotatablely connected by one end
Gland 1002 forms, and an idler wheel 1003 is respectively set in the free end of each gland 1002, and each idler wheel 1003 successively rides over gland rail
On road 4 and one week of endless conveyor belts 9 can be surround along 4 loopy moving of gland track, gland track 4 and be located at endless conveyor belts
9 one end, heating plate 7 are located inside endless conveyor belts 9；The middle rear end of endless conveyor belts 9 is located in oven, and front end is located at oven
Outside, between the gland 1002 and pedestal 1001 of the baking pan 10 in the endless conveyor belts 9 outside oven in opened condition, it is located at roasting
It is in closed state between the gland 1002 and pedestal 1001 of the baking pan 10 in endless conveyor belts 9 in case；Feed bin 1 passes through feed pipe
2 are connected to discharge nozzle 3, and feed pump 16 is equipped on feed pipe 2, and discharge nozzle 3 is located at outside oven and is parallel to the bottom of baking pan 10
Seat 1001 is arranged, and discharge nozzle 3 is located between the pedestal 1001 and gland 1002 of baking pan 10, and feed pipe 2 is connected to the top of discharge nozzle 3
Portion middle position, the bottom lengths direction of discharge nozzle 3 opens up several discharge holes 301 of a row, such as Fig. 3.
The working principle of flapjack mechanism in present embodiment is as follows:
The heating plate 7 first turned in cake oven preheats, while starting driving motor 5, and driving motor 5 is driven by transmission shaft
Nutating gear 8 rotates clockwise, and transmission gear 8 drives endless conveyor belts 9 to operate again, and each baking pan 10 is with endless conveyor belts 9
Operate at the mobile preheating of oven inner-outer circulation, after whole baking pans 10 is all preheated to preset temperature, in feed pump 16
Under effect, the biscuit feed liquid in feed bin 1 enters discharge nozzle 3 with feed pipe 2, is flowed into from each discharge hole 301 of 3 bottom of discharge nozzle
In the pedestal 1001 of baking pan 10, due to each baking pan 10 be continuously run and discharge nozzle 3 is static, so by the discharge nozzle
3 baking pan 10 finally all can be filled with the gland 1002 of the baking pan 10 of biscuit feed liquid in gland track 4 by injection biscuit feed liquid
It is slowly closed between pedestal 1001 under guiding and the drive of endless conveyor belts 9, the baking pan 10 of closure is in endless conveyor belts 9
It enters in oven and is toasted under drive, after the completion of baking, the baking pan 10 in oven again can be under the drive of endless conveyor belts 9
It is moved out of oven, the baking pan 10 after removing oven runs to its front end again to above it when front end from the bottom of endless conveyor belts 9,
Under the action of gland track 4, gland 1002 is slowly opened, and biscuit has been roasted well at this time, so that it may by biscuit from pedestal
It is dialled in 1001.
The biscuit dialled is fallen into the concave surface 1701 of the receiver 17 in rotary material taking device, and splicing driving motor 18 drives
The dynamic rotation counterclockwise of receiver 17, with the rotation of receiver 17, the biscuit in concave surface 1701 is rotated to transmission transition apparatus
In endless belt conveyer 22 on, rotated in the axis 20 that is rotated by of transmission driving motor 21, the rotation of rotation axis 20 drives solid
The runner 23 being scheduled on thereon rotates, and the rotation of runner 23 then drives 22 left-hand circular of endless belt conveyer to rotate, endless belt conveyer
22 operating can then move forward with biscuit disposed thereon, can be pressed in pressure roller by pressure roller 19 when biscuit is moved to 19 position of pressure roller
Between 19 and endless belt conveyer 22, pressure roller driving motor 24 drives pressure roller 19 to rotate clockwise, in pressure roller 19 and endless belt conveyer
Under 22 double action, biscuit is sent out under pressure roller 19.
When biscuit is sent to the front end of endless belt conveyer 22, the end of endless track 28 has an isolating frame 29 and is located at
The lower section of endless belt conveyer 22 can be sent on this isolating frame 29 by one piece of biscuit that endless belt conveyer 22 is sent,
The rotation of transmission gear 27 is driven then as transmission electrical machine 26, endless track 28 rotates counterclockwise, which is rotated
To endless track 28 top and horizontal by plumbness, and the isolating frame 29 can be with another isolating frame on front side of it
29 by biscuit be clipped in therebetween and erect, the biscuit being caught in the middle then can under the operating of endless track 28 onwards transmission it is straight
Subsequent processing is transferred to the front end of endless track 28；Continuously biscuit is sent in transmission transition apparatus, then
Finished product transmitting device endlessly biscuit will successively will be erected and be arranged between isolating frame 29 two-by-two, realize the company to biscuit
It resumes defeated.
Embodiment 2:
Present embodiment is the further improvement of embodiment 1, mainly thes improvement is that: in the embodiment 1, working as cake
It is dry be roasted well, each baking pan 10 follows endless conveyor belts 9 to be transmitted to outside oven, between the gland 1002 and pedestal 1001 of baking pan 10
When opening, needs manually to take out biscuit baked in pedestal 1001, undoubtedly increase labour in this way, be unfavorable for automatic metaplasia
It produces；And it in the present embodiment then can be to avoid drawbacks described above.
Specifically, also setting up in flapjack mechanism in the present embodiment for scraping off baked biscuit automatically
Finished product scraper 11, and the scraper driving motor 12 for driving 11 timing rotation of finished product scraper, as shown in Figure 1, scraper
Driving motor 12 is fixed on workbench 13, and one end of finished product scraper 11 and scraper driving motor 12 are drivingly connected, another to hold level with both hands
It goes in the pedestal 1001 for each baking pan 10 being located above endless conveyor belts 9, and between pedestal 1001 and gland 1002 more
The position of close pedestal 1001, finished product scraper 11 and scraper driving motor 12 are respectively positioned on the front end of endless conveyor belts 9, finished product scraper
11 is arranged in parallel with discharge nozzle 3 and be located at the front of discharge nozzle 3.The gland of the baking pan 10 come out out of oven through overbaking
After 1002 open, scraper driving motor 12 drives finished product scraper 11 to rotate, and makes the blade of finished product scraper 11 towards pedestal 1001
Direction, when pedestal 1001 runs to finished product 11 lower section of scraper with endless conveyor belts 9, finished product scraper 11 can be by pedestal 1001
Interior baked biscuit scrapes off from 9 front end of endless conveyor belts and falls collection, and after wiping the biscuit in a pedestal 1001 off, scraper is driven
It is parallel with pedestal 1001 that dynamic motor 12 can then drive finished product scraper 11 to rotate backward again, to avoid finished product scraper 11 because of quilt
The pedestal 1001 of operation stops and damages, and when next pedestal 1001 will run to finished product 11 lower section of scraper, repeats above-mentioned
Movement so recycles.
As it can be seen that the flapjack mechanism in present embodiment is directly used without manually taking out baked biscuit out of pedestal
Finished product scraper 11 scrapes, and saves manpower, automates the present apparatus more, improves production efficiency.
In addition to this, present embodiment is identical with embodiment 1, is not repeated herein.
Embodiment 3:
Present embodiment be embodiment 2 further improvement, mainly the improvement is that: in embodiment 2, at
After product scraper 11 wipes biscuit off out of pedestal 1001, the edge of pedestal 1001 can remain the cake slag adhered on a small quantity, need artificial
Cleaning, and can clear up automatically in the present embodiment, save human cost.
Specifically, also setting up defective material scraper 14 and strut 15 in flapjack mechanism in present embodiment, strut 15 is fixed
On workbench 13, one end of defective material scraper 14 is fixed on strut 15, and the other end of defective material scraper 14 is parallel to positioned at ring
The pedestal 1001 of each baking pan 10 of 9 top of shape transmission belt, and closer to pedestal between pedestal 1001 and gland 1002
1001 position, and defective material scraper 14 is between finished product scraper 44 and discharge nozzle 3, defective material scraper 14, finished product scraper 11 and
3 three of discharge nozzle is arranged in parallel.
It is transferred under defective material scraper 14 under the drive of endless conveyor belts 9 by the pedestal 1001 that finished product scraper 11 wipes biscuit off
Fang Hou, with the movement of pedestal 1001, defective material scraper 14 can wipe the cake slag at 1001 edge of pedestal off, wipe the pedestal of cake slag off
1001 are moved to refill new biscuit feed liquid below discharge nozzle 3 again, so recycle.
It can be seen that the flapjack mechanism in present embodiment can clear up automatically, manpower, the production efficiency of raising are saved.
In addition to this, present embodiment is identical with embodiment 2, is not repeated herein.
Embodiment 4:
Present embodiment is the further improvement of embodiment 3, is mainly theed improvement is that: in embodiment 3, biscuit
It can cause to pass there is a situation where jumping out from endless belt conveyer 22 after sending out below pressure roller 19 in transmission transition apparatus
It is unstable to pass through journey, and present embodiment can overcome drawbacks described above.
Specifically, in flapjack mechanism in the present embodiment, the setting buffering hairbrush 25 also in transmission transition apparatus,
Such as Fig. 1, which is located at 19 front side of pressure roller and is arranged in parallel with pressure roller 19, and both ends are fixed on bracket.From pressure roller 19
The biscuit that lower section is sent out can be pushed down first by buffering hairbrush 25 to be buffered, the cake sent out below buffering hairbrush 25
Dry the phenomenon that will smoothly advancing on endless belt conveyer 22 very much, avoid and locate endless belt conveyer 22, stablize transmit process.
In addition to this, present embodiment is identical with embodiment 3, is not repeated herein.
Above embodiment is only to illustrate the technical ideas and features of the present invention, and its object is to allow be familiar with this skill
The people of art can understand the content of the utility model and implement accordingly, not limit the protection scope of the present invention.
It is all according to the spirit of the present invention substantially equivalent transformation that is done or modification, should all cover the protection scope of the utility model it
It is interior.
Claims (10)
1. a kind of flapjack mechanism, which is characterized in that including the cake oven, rotary material taking device, transmission transition apparatus set gradually
With finished product transmitting device, the rotary material taking device by lateral wall have multiple concave surfaces (1701) cylindrical body receiver (17) and
Splicing driving motor (18) composition, the splicing driving motor (18) is for driving the receiver (17) to rotate；The finished product
Transmitting device is made of transmission electrical machine (26), transmission gear (27), endless track (28) and several isolating frames (29), several described
Isolating frame (29) is equidistantly fixed on the endless track (28) lateral wall one week vertically, the inner sidewall of the endless track (28)
It is engaged with the transmission gear (27), the transmission electrical machine (26) is for driving the transmission gear (27) to rotate.
2. flapjack mechanism according to claim 1, which is characterized in that include feed bin (1), feed pipe in the cake oven
(2), discharge nozzle (3), gland track (4), driving motor (5), oven, heating plate (7), transmission gear (8), endless conveyor belts
(9) it is connected to by the feed pipe (2) with the discharge nozzle (3) with several baking pans (10), the feed bin (1)；Several cakes
The pedestal (1001) of pan (10) is successively horizontally fixed on the horizontal positioned endless conveyor belts (9) lateral wall one week, each described
One end of pedestal (1001) is rotatablely connected a gland (1002) respectively, and the other end of each gland (1002) is respectively set one
A idler wheel (1003), each idler wheel (1003) successively ride on the gland track (4), and the gland track (4) is around institute
It states one week of endless conveyor belts (9) and is located at one end setting of the endless conveyor belts (9)；The heating plate (7) is located at described
Endless conveyor belts (9) are internal, and the endless conveyor belts (9) are engaged with the transmission gear (8), the transmission gear (8) and institute
It states driving motor (5) and passes through transmission axis connection；The middle rear end of the endless conveyor belts (9) is located in the oven, and front end is located at
Outside the oven, between the gland (1002) and pedestal (1001) of the baking pan (10) outside oven in opened condition, position
It is in closed state between the gland (1002) and pedestal (1001) of the baking pan (10) in oven；Discharge nozzle (3) position
In outside the oven and being parallel to the pedestal setting of the baking pan (10), and the discharge nozzle (3) is located at the pedestal of baking pan (10)
(1001) between gland (1002).
3. flapjack mechanism according to claim 2, which is characterized in that further include in the cake oven finished product scraper (11) and
Scraper driving motor (12), the scraper driving motor (12) are fixed on workbench (13) close to the endless conveyor belts (9)
Front position, one end of the finished product scraper (11) and the scraper driving motor (12) be drivingly connected, and the other end is parallel to
The pedestal (1001) of the baking pan (10) and between pedestal (1001) and gland (1002).
4. flapjack mechanism according to claim 3, which is characterized in that further include in the cake oven defective material scraper (14) and
Strut (15), the strut (15) are fixed on the workbench (13), and one end of the defective material scraper (14) is fixed on described
On strut (15), the other end close to the baking pan (10) pedestal (1001) upper surface and be parallel to pedestal (1001) be arranged, and
The defective material scraper (14) is between the finished product scraper (11) and the discharge nozzle (3).
5. flapjack mechanism according to claim 4, which is characterized in that the defective material scraper (14), the finished product scraper
(11) and between the discharge nozzle (3) it is parallel to each other.
6. the flapjack mechanism according to any one of claim 2 to 5, which is characterized in that the feed pipe (2) and it is described go out
The middle part of expects pipe (3) is connected to, and opens up several discharge holes (301), the discharge nozzle along the discharge nozzle (3) length direction bottom
(3) closed at both ends.
7. the flapjack mechanism according to any one of claim 2 to 5, which is characterized in that further include material in the cake oven
Liquid pump (16), the feed pump (16) are mounted on the feed pipe (2).
8. the flapjack mechanism according to any one of claim 2 to 5, which is characterized in that the pedestal of the baking pan (10)
It (1001) is heated base, gland (1002) is heating gland.
9. flapjack mechanism according to any one of claim 1 to 5, which is characterized in that the transmission transition apparatus includes
Pressure roller (19), rotation axis (20), transmission driving motor (21), at least two endless belt conveyers (22) and twice of annular pass
The runner (23) of band (22) is sent, the both ends of each endless belt conveyer (22) are respectively fitted on two runners (23), each institute
The runner (23) for stating wherein one end of endless belt conveyer (22) is fixedly and coaxially connected on the rotation axis (20), the other end
Runner (23) is rotatably connected on bracket, and the transmission driving motor (21) is for driving the rotation axis (20) to rotate, institute
Pressure roller (19) are stated to be located at the top of each endless belt conveyer (22) and be vertically arranged with each endless belt conveyer (22), it is described
Pressure roller (19) passes through pressure roller driving motor (24) driving rotation.
10. flapjack mechanism according to claim 9, which is characterized in that further include buffering in the transmission transition apparatus
The front side on the bracket and being located at the pressure roller (19), and institute are fixed in hairbrush (25), the both ends of buffering hairbrush (25)
It states buffering hairbrush (25) and is parallel to the pressure roller (19) setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820909203.6U CN209106065U (en) | 2018-06-13 | 2018-06-13 | Flapjack mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820909203.6U CN209106065U (en) | 2018-06-13 | 2018-06-13 | Flapjack mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209106065U true CN209106065U (en) | 2019-07-16 |
Family
ID=67195656
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820909203.6U Active CN209106065U (en) | 2018-06-13 | 2018-06-13 | Flapjack mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209106065U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108812744A (en) * | 2018-02-05 | 2018-11-16 | 东莞市华美食品有限公司 | The blanking device of walnut cake roller printing machine |
| CN110495480A (en) * | 2019-08-30 | 2019-11-26 | 谢东阳 | A kind of electronic rotation irons steamed bun cake oven |
| CN112425613A (en) * | 2020-11-27 | 2021-03-02 | 郑思思 | Automatic even coating barbecue mechanism of circulation rotation type |
-
2018
- 2018-06-13 CN CN201820909203.6U patent/CN209106065U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108812744A (en) * | 2018-02-05 | 2018-11-16 | 东莞市华美食品有限公司 | The blanking device of walnut cake roller printing machine |
| CN110495480A (en) * | 2019-08-30 | 2019-11-26 | 谢东阳 | A kind of electronic rotation irons steamed bun cake oven |
| CN112425613A (en) * | 2020-11-27 | 2021-03-02 | 郑思思 | Automatic even coating barbecue mechanism of circulation rotation type |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN209106065U (en) | Flapjack mechanism | |
| CN103053634B (en) | Noodle pressing machine | |
| CN208499475U (en) | Conveying device is used in the manufacture of tablet medicine coating tablets powder | |
| CN111887266B (en) | High-efficient bread production line | |
| CN209106058U (en) | Flapjack device | |
| CN111869690B (en) | Bread of intelligence toasts tunnel oven | |
| CN109645048A (en) | A kind of Egg Tarts automatic making device | |
| CN110619715A (en) | On-spot system of thin pancake fruit sells vending machine | |
| CN209106066U (en) | Cake oven | |
| CN112956500A (en) | Device for heating egg liquid into cake | |
| CN111887268B (en) | Automatic bread production line | |
| CN206851885U (en) | A kind of new automatic baker for cakes | |
| CN214710279U (en) | Material scattering device for cakes | |
| CN111887267B (en) | Novel bread production line | |
| CN115024344A (en) | Automatic material scattering device | |
| CN112219872A (en) | Bread production facility of intelligence | |
| CN111727993A (en) | Rotary cake making machine | |
| CN112385692A (en) | Automatic moon cake production line | |
| CN112136842B (en) | Automatic change bread production facility | |
| CN114208859B (en) | Full-automatic printing pancake production line | |
| CN217509776U (en) | Research and development device of sour dough fermentation type biscuit | |
| CN110332774A (en) | A kind of dry automatic assembly line of nut honeycomb | |
| CN218618654U (en) | Bread baking tunnel furnace | |
| CN115281222B (en) | Continuous production line and production method of electric baked cake | |
| CN220123817U (en) | Automatic egg skin machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |