Summary of the invention
The present invention is directed to solve one of above-mentioned technical problem in the related technology at least to a certain extent.For this purpose, this hair
It is bright to propose a kind of Deep-fried bananas piece machine.
The technical solution adopted by the present invention to solve the technical problems is:
A kind of Deep-fried bananas piece machine, including rack, pan feeding section, cut length and processing sections;The pan feeding section, cut length and processing
Section is arranged in rack;
The rack is provided with material taking mouth, feed inlet and discharge port;
For the pan feeding section for transporting into root banana, the discharge end of pan feeding section is corresponding with material taking mouth;
The cut length is used to cut banana, including delivery track and cutter, cutter can protrude into the conveyor track
It is sliced in road and to the banana in delivery track, the feed inlet is corresponding with the feed end of delivery track;
The processing sections are used to carry out frying, including oil cauldron and conveying device to the banana chip after cutting;Conveying device packet
The pipeline that one end is connected to the discharge end of delivery track is included, the pipeline is arranged on oil cauldron far from one end of delivery track, out
Material mouth is corresponding with the discharge end of processing sections.
As an improvement of the above technical solution, the lower section of the cut length, the delivery track is arranged in the processing sections
It is tilted obliquely from feed end to discharge end.
As a further improvement of the above technical scheme, it is also removably connected with mold on the oil cauldron of the processing sections, institute
Stating mold includes the upper mold that the lower die being detachably connected on oil cauldron and cooperation lower die squeeze banana.
Further, the processing sections are provided with the mobile device that the upper mold can be driven to move on X, Y and Z axis.
Further, the discharge end of the pipeline is fixed on any side of the upper mold.
It further, further include control circuit, the control circuit includes MCU, blanking die group and processing mould group, the blank
Mould group and the processing mould group are connect with MCU, and the blanking die group includes cutter motor, sensor, the processing mould group packet
Include X-axis driving motor, Y-axis driving motor, Z axis motor and temperature control mould group;
Sensor: whether there is banana in induction transfer passage and transmit information to MCU;
Temperature control mould group: it tests oily temperature in oil cauldron and transmits information to MCU;
MCU: receiving the information from sensor and controls the positive and negative rotation of cutter motor;Receive the temperature from temperature control mould group
Data simultaneously control oil cauldron oil temperature are adjusted;Control the positive and negative rotation of X-axis driving motor, Y-axis driving motor and Z axis motor;
Temperature control mould group is arranged in oil cauldron, and sensor is arranged in transfer passage;
X-axis driving motor: control upper mold and pipeline move in the X direction;
Y-axis driving motor: control upper mold and pipeline move in the Y direction;
Z axis driving motor: control upper mold and pipeline move in z-direction;
Cutter motor: the direction of feed of cutter is controlled.
Further, the pan feeding section includes storage tank, crawler belt and hopper, and hopper is arranged in rack and is arranged in material taking mouth
Side, the both ends of crawler belt are separately positioned in storage tank and hopper.
It further, further include conveying mould group, conveying mould group is connect with MCU, and conveying mould group includes feeder motor, MCU control
Feeder motor drives crawler belt to convey banana.
Further, the lower die is provided with several putting holes, and the bottom of lower die is additionally provided with several oil leak holes, described
The bottom of the inner cavity of putting hole is provided with oil leak hole.
Further, the lower die is provided with the handle that can stretch out discharge port close to the side of discharge port, lower die it is opposite two
Side is provided with baffle, and the lower end of baffle is provided with the telescopic cylinder abutted with baffle bottom.
The beneficial effects of the present invention are: a kind of Deep-fried bananas piece machine, including rack, pan feeding section, cut length and processing sections;It is described
Pan feeding section, cut length and processing sections are arranged in rack;The rack is provided with material taking mouth, feed inlet and discharge port;It is described
For pan feeding section for transporting into root banana, the discharge end of pan feeding section is corresponding with material taking mouth;The cut length is used to carry out banana
Cutting, including delivery track and cutter, cutter can be protruded into the delivery track and be sliced to the banana in delivery track,
The feed inlet is corresponding with the feed end of delivery track;The processing sections are used to carry out the banana chip after cutting fried, packet
Include oil cauldron and conveying device;Conveying device includes the pipeline that one end is connected to the discharge end of delivery track, and the pipeline is far from defeated
One end of track is sent to be arranged on oil cauldron, discharge port is corresponding with the discharge end of processing sections.User need to only take out from material taking mouth
Banana is simultaneously put into feed inlet, processes the Deep-fried bananas piece that can be taken out from discharge port in oil cauldron automatically by cut length and processing sections,
Whole process realizes full-automatic processing, abandons previous automanual fried mode, user-friendly.
Specific embodiment
Referring to figs. 1 to Fig. 5, a kind of Deep-fried bananas piece machine of the invention, including rack 100, pan feeding section, cut length and processing
Section;The pan feeding section, cut length and processing sections are arranged in rack 100;
The rack 100 is provided with material taking mouth 110, feed inlet 120 and discharge port 130;
For the pan feeding section for transporting into root banana, the discharge end of pan feeding section is corresponding with material taking mouth 110;
The cut length is used to cut banana, including delivery track 310 and cutter 320, cutter 320 can protrude into institute
State in delivery track 310 and the banana in delivery track 310 be sliced, the feed inlet 120 and delivery track 310 into
Expect that end is corresponding;
The processing sections are used to carry out frying, including oil cauldron 410 and conveying device to the banana chip after cutting;Conveying device
The pipeline 430 of the discharge end of delivery track 310 is connected to including one end, the pipeline 430 is set far from one end of delivery track 310
It sets on oil cauldron 410, discharge port 130 is corresponding with the discharge end of processing sections.
In use, can use at any time to meet in routine use, or even it can be applied to self-service purpose, in rack
Pan feeding section is set in 100, and convenient to discharge at any time, banana is output to material taking mouth 110 in pan feeding section, and user is in material taking mouth 110
Feeding is simultaneously put into feed inlet 120, conveys banana by delivery track 310, during conveying, is conveyed using 320 Duis of cutter
Banana in track 310 is sliced, and banana is transported in oil cauldron 410 by pipeline 430 and carries out frying.
Whole process user need to only take out banana from material taking mouth 110 and be put into feed inlet 120, by cut length and processing
Duan Zidong processing can take out the Deep-fried bananas piece in oil cauldron 410 from discharge port 130, and whole process is realized full-automatic processing, abandoned
Previous automanual fried mode, it is user-friendly.
As an improvement of the above technical solution, the lower section of the cut length, the delivery track is arranged in the processing sections
310 tilt obliquely from feed end to discharge end.So that banana is glided automatically using gravity, carries out dissection when gliding, then will cut
Good banana is transported in oil cauldron 410 by gravity along pipeline 430, is not needed remaining driving mechanism conveying banana, is improved device
Succinct degree.
As a further improvement of the above technical scheme, it is also removably connected with mold on the oil cauldron 410 of the processing sections,
The mold includes the upper mold that the lower die 421 being detachably connected on oil cauldron 410 and cooperation lower die 421 squeeze banana
422。
In use, banana section enters lower die 421 under the guidance of pipeline 430, and when banana is placed in oil cauldron 410, by
It is very sliding in the property of oil, it is easy to cause banana to move left and right, is unfavorable for squeezing banana, therefore, implement as preferred
Example, is internally provided with several putting holes 4213 in the lower die 421, is placed using the conveying device control alignment of pipeline 430
Banana is placed in hole 4213 into putting hole 4213, and in turn, it is corresponding with putting hole 4213 that the upper mold 422 is provided with several
And it can be embedded in the protrusion in putting hole 4213, the banana in putting hole 4213 is squeezed, lower die 421 and upper mold 422 are utilized
Cooperation effectively make into the banana of section and flatten and sufficiently fried, make entire banana skin thermally equivalent.
To cooperate oil cauldron 410, the middle part setting of oil cauldron 410 is fluted, and lower die 421 is embedded in fixed in groove, it is preferable that under
The bottom of mould 421 is additionally provided with several oil leak holes 4214, and the bottom of the inner cavity of the putting hole 4213 is provided with oil leak hole
4214.Facilitate the oil in oil cauldron 410 to enter in lower die 421, also convenient for users to taking out lower die 421 when by the oil in lower die 421
Venting.
Preferably, in the present embodiment, the processing sections, which are provided with, can drive the upper mold 422 to move on X, Y and Z axis
Mobile device, the discharge end of the pipeline 430 are fixed on any side of the upper mold 422.On X, Y and Z-direction are mobile
Mould 422 facilitates pipeline 430 to be put into banana section in several putting holes 4213, while being also used for making putting hole 4213 and protrusion
Alignment.
In addition, pipeline 430 can be driven simultaneously to be moved with upper mold 422 by a mobile device, also considerably increase
The terseness of device.
It in the present embodiment, further include control circuit, the control circuit includes MCU, blanking die group and processing mould group, institute
It states blanking die group and the processing mould group is connect with MCU, the blanking die group includes cutter motor, sensor, the processing
Mould group includes X-axis driving motor, Y-axis driving motor, Z axis motor and temperature control mould group;
Sensor: whether there is banana in induction transfer passage and transmit information to MCU;
Temperature control mould group: it tests oily temperature in oil cauldron 410 and transmits information to MCU;
MCU: receiving the information from sensor and controls the positive and negative rotation of cutter motor;Receive the temperature from temperature control mould group
Data simultaneously control oil cauldron 410 oil temperature are adjusted;Control the positive and negative rotation of X-axis driving motor, Y-axis driving motor and Z axis motor;
Temperature control mould group is arranged in oil cauldron 410, and sensor is arranged in transfer passage;
X-axis driving motor: control upper mold 422 and pipeline 430 move in the X direction;
Y-axis driving motor: control upper mold 422 and pipeline 430 move in the Y direction;
Z axis driving motor: control upper mold 422 and pipeline 430 move in z-direction;
Cutter motor: the direction of feed of control cutter 320.
The signal from sensor and temperature control mould group is received by MCU, then feedback information is transmitted in operation element, by
MCU driving cutter motor is automatically cut off and is controlled 410 heating temperature of oil cauldron to reach from the full-automatic work for being cut to frying
Make process.Previous automanual working method is abandoned, convenience is substantially increased.
Preferably, in cut length, sensor is arranged to banana length needed for raw material at a distance from cutter 320, sensed
Device transmits a signal to MCU and banana is truncated by MCU control cutter motor.
In addition, the pan feeding section includes storage tank, crawler belt 210 and hopper 220, and the setting of hopper 220 exists to improve convenience
Rack 100 is interior and the side of material taking mouth 110 is arranged in, and the both ends of crawler belt 210 are separately positioned in storage tank and hopper 220, into
One step further includes conveying mould group, and conveying mould group is connect with MCU, and conveying mould group includes feeder motor, and MCU controls feeder motor and drives
Dynamic crawler belt 210 conveys banana.
User transmits signal to MCU, needs to produce Deep-fried bananas piece, and MCU receives signal and to export control signal driving defeated
Electric motor starting is sent, banana is driven to enter processing part.To in a kind of improvement of above-described embodiment, further including that touch screen and data turn
Block is changed the mold, the data conversion module between touch screen and MCU for carrying out data conversion.By touch screen and user it
Between realize human-computer interaction, can modify in real time to the parameter set in MCU, or control Deep-fried bananas piece machine opens or closes.
Such as to be paid the bill by the man-machine interface of user's operation touch-screen such as barcode scanning, data conversion module transmits information in MCU, and by
MCU drives crawler belt 210 that banana is transported to discharge port 130, is equivalent to MCU and transmits signal, needs to produce Deep-fried bananas piece.
In a kind of embodiment, the lower die 421 is provided with the handle that can stretch out discharge port 130 close to the side of discharge port 130
Hand, the opposite two sides of lower die 421 are provided with baffle 4212, and the lower end of baffle 4212 is provided with to abut with 4212 bottom of baffle
Telescopic cylinder 500.When user needs to process Deep-fried bananas piece, lower die 421 is put into oil cauldron 410 and starts machine is added
Work is abutted with baffle 4212 by telescopic cylinder 500 after processing is completed and jacks up lower die 421, makes handle close to material taking mouth 110,
User further takes out lower die 421, it is preferable that and the two sides of material taking mouth 110 are additionally provided with the fixed block abutted with 4212 bottom of baffle,
The fixed block extends to the front end of oil cauldron 410 from material taking mouth 110, convenient for users to lower die 421 is moved to oil along fixed block
In pot 410.
In a kind of embodiment, to meet self-service demand, it is arranged in the discharge port 130 of the conveying mould group of Deep-fried bananas machine
Have door, when need pay the bill processing when, by manually from discharge port 130 take out banana investment transfer passage in cut off and continued after
Continuous fried processing, therefore, the conveying mould group further include weight induction device, and weight induction device is used to transmit a signal in MCU,
MCU opens or closes the door of feed inlet 120 according to the signal of weight induction device.MCU is transmitted a signal to by weight induction device, is known
Whether other discharge port 130 has banana, to be opened or closed by MCU driving gate, prevents malicious sabotage.
The above specific structure and dimension data are to be illustrated to presently preferred embodiments of the present invention, but the present invention creates
It makes and is not limited to the specific embodiments, those skilled in the art can also make kind on the premise of without prejudice to spirit of the invention
The equivalent deformation or replacement of kind, these equivalent deformations or replacement are all included in the scope defined by the claims of the present application.