A kind of novel intelligent vegetable-chopper
Technical field
The present invention relates to kitchen utensils field, particularly a kind of novel intelligent vegetable-chopper.
Background technology
Usually adopt artificial mode when kitchen or food processing factory cut the dish, the food thickness of cutting is inconsistent, although do not affect the use of food, affects attractive in appearance, and meanwhile, operator uses kitchen knife to add the positions such as trade union's damage finger, has dangerous hidden danger.At present, the development of vegetable-chopper also tends to multifunction, such as notification number is CN204019587U(2014-12-17) disclosed a kind of multifunctional vegetable-cutter, soft dish class is separated with hard dish class and cuts, complex structure, mechanical degrees is large, YQC-Q1000A type multifunctional vegetable-cutter and for example existing commercially on sale, mainly to cut the dish in artificial hand principle, combine with centrifugal section, but its running part adopts cantilevered stepless speed regulation, transmission mechanism is more complicated, stepless speed regulation gearbox difficulty of processing is larger, size of particularly cutting the dish length adjusts, , by adjustable eccentric screw, ground is realized to the side-play amount at eccentric wheel center, must need repeatedly to adjust and just can reach specification of cutting the dish needed for user, operation uses very inconvenient.
Summary of the invention
The object of the invention is to solve the problem, provide a kind of novel intelligent vegetable-chopper, structure is simple, cuts the dish convenient and safe.
Above-mentioned technical purpose of the present invention is achieved by the following technical programs:
A kind of novel intelligent vegetable-chopper, it comprises the chopping block device for cutting the dish, be arranged at the first support portion for supporting described chopping block device below described chopping block device, be arranged at the display operating system on described first support portion and vegetable cutter, be arranged at the control processor in described first support portion, and be connected to described first support portion for receiving the receipts dish portion of the vegetables cut; Described chopping block device comprises the annular chopping block for cutting the dish, being arranged in described chopping block and acting on described chopping block makes described chopping block carry out the runner of circumferential movement, and to be arranged in described runner and to run through the axle center of described runner, and control the first starting drive that described runner rotates.
This programme by installing smart control in plant equipment, make described novel intelligent vegetable-chopper automatically can complete the work of cutting the dish, only need artificial vegetables to be positioned on described chopping block, in described display operating system, the length sheared is wished in input again, and press beginning key, described novel intelligent vegetable-chopper will be started working, in whole service process, can not cause damage to people, even if mechanical breakdown, keep in repair also very easy.
As preferably, described first support portion comprises the cavity volume for holding described control processor, and is arranged at the framework above described cavity volume.
As preferably, described framework comprises described chopping block device, and described axle center is fixed in described framework.The setting of being fixed in described framework of described axle center is to support described chopping block device, enables described chopping block device on described axle center, complete circumference and runs.
As preferably, organizing chopping block unit described chopping block comprises, by being articulated and connected between described adjacent chopping block unit more.Tie point between described adjacent chopping block unit is arranged at described chopping block unit bottom surface, does not namely place the one side of the vegetables of cutting, and only arranges connection in bottom surface, is conducive to the circumferential movement of described chopping block unit like this.
As preferably, described vegetable cutter comprises the cutter of cutting the dish, be arranged at for fixing and support the second support portion of described cutter on described first support portion, and be arranged at the second starting drive performing order of cutting the dish in described second support portion for starting described second support portion and described cutter.The setting of described second starting drive be used for auxiliary described second support portion perform described control processor to order of cutting the dish, described second support portion drives described cutter to cut vegetables, thus complete described control processor to order of cutting the dish.
As preferably, described second support portion comprises the lifting support for being elevated, and connects described lifting support and for the horizontal support of fixing described cutter, and the setting of described lifting support achieves the function that described cutter can fall to cutting the dish.
As preferably, described first starting drive comprises first information receiver module, connects described first information receiver module and the motion module of reacting to information.The information that described first information module transmits for receiving described control processor, the information that described motion module can receive described first information receiver module makes the reaction running or stop, receive when cutting the dish order, described motion module just can act on described runner and start to be rotated counterclockwise, described chopping block circumference is driven to run, and after order of cutting the dish completes, described motion module just can quit work, and runner also stops operating.
As preferably, described second starting drive comprises the 3rd information receiving module, and connects described 3rd information receiving module and the crawl module of reacting to information.The information that described 3rd information receiving module sends for receiving described control processor, described crawl module and described second support portion are equipped with, thus realize the function of lifting, complete instruction of cutting the dish.Such as described crawl module uses drawing method to make lifting support increase, and the gravity then by described second support portion makes lifting support decline; And for example described crawl module uses supercharging to make lifting support increase, reduces pressure lifting support to be declined etc. all can.
As preferably, described cutter comprises the handle of a knife be fixed on described horizontal support, and is arranged at the blade below described handle of a knife.Described blade and described handle of a knife can be integrated, may also be and to be separately formed by connecting, it is space in order to leave selection to the blade of different-thickness, sharpness and weight that described blade and described handle of a knife separate the setting be connected, thus adapts to the difficulty or ease problem of cutting the dish of different vegetable.
As preferably, described control processor comprises the second information receiving module for receiving the information that described display operating system sends, connect the data processing module of the information that described second information receiving module receives for the treatment of described second information receiving module, and be connected to described data processing module for sending information to the second information sending module of described first starting drive and described second starting drive.Described control processor is a terminal in fact, for receiving process information, and feeds back information, thus makes information have source to have process.
In sum, the present invention has following beneficial effect:
1. a kind of novel intelligent vegetable-chopper provided by the invention, by the combination of machine components and chip processor, this work that makes to cut the dish can complete automatically, and the thing injured because cutting the dish that avoiding manually cuts the dish causes occurs.
2. a kind of novel intelligent vegetable-chopper provided by the invention, structure is simple, easy to operate, is applicable to the numerous consumer groups, and convenient and safe when using, and cuts the dish also more convenient.
Accompanying drawing explanation
Fig. 1 is sectional view of the present invention;
Fig. 2 is a portion of the present invention enlarged drawing;
1-chopping block device in figure, 2-first support portion, 3-shows operating system, 4-vegetable cutter, 5-control processor, 6-receives dish portion, 11-chopping block, 12-runner, 13-axle center, 15-first starting drive, 21-cavity volume, 22-framework, 41-cutter, 42-second support portion, 43-second starting drive, 111-chopping block unit, 411-handle of a knife, 412-blade, 421-lifting support, 422-horizontal support.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is described in further detail.
This specific embodiment is only explanation of the invention; it is not limitation of the present invention; those skilled in the art can make to the present embodiment the amendment not having creative contribution as required after reading this description, as long as but be all subject to the protection of Patent Law in right of the present invention.
As shown in Figure 1 or 2, a kind of novel intelligent vegetable-chopper, it comprises the chopping block device 1 for cutting the dish, be arranged at the first support portion 2 for support anvil panel assembly 1 below chopping block device 1, be arranged at the display operating system 3 on the first support portion 2 and vegetable cutter 4, be arranged at the control processor 5 in the first support portion 2, and be connected to the first support portion for receiving the receipts dish portion 6 of the vegetables cut; Chopping block device 1 comprises the annular chopping block 11 for cutting the dish, being arranged in chopping block 11 and acting on chopping block 11 makes chopping block 11 carry out the runner 12 of circumferential movement, and to be arranged in runner 12 and to run through the axle center 13 of runner 12, and control the first starting drive 15 that runner 12 rotates.
This programme by installing smart control in plant equipment, make novel intelligent vegetable-chopper automatically can complete the work of cutting the dish, only need artificial vegetables to be positioned on chopping block 11, in display operating system 3, the length sheared is wished in input again, and press beginning key, novel intelligent vegetable-chopper will be started working, in whole service process, can not cause damage to people, even if mechanical breakdown, keep in repair also very easy.
First support portion 2 comprises the cavity volume 21 for holding control processor 5, and is arranged at the framework 22 above cavity volume 21.Framework 22 comprises chopping block device 1, and axle center 13 is fixed in framework 22.Axle center 13 setting of being fixed in framework 22 is in order to support anvil panel assembly 1, makes chopping block device 1 can complete circumference on axle center 22 and runs.
Chopping block 11 comprises many group chopping block unit 111, by being articulated and connected between adjacent chopping block unit 111.Tie point between adjacent chopping block unit 111 is arranged at chopping block unit 111 bottom surface, does not namely place the one side of the vegetables of cutting, and only arranges connection in bottom surface, is conducive to the circumferential movement of chopping block unit 111 like this.
Vegetable cutter 4 comprises the cutter 41 of cutting the dish, be arranged at for the second support portion 42 that is fixing and support cutter 41 on the first support portion 2, and be arranged at the second starting drive 43 performing order of cutting the dish in the second support portion 42 for starting the second support portion 42 and cutter 41.The setting of the second starting drive 43 be used for auxiliary second support portion 42 perform control processor 5 to order of cutting the dish, the second support portion 42 carry its tools cuts by 41 pairs of vegetables, thus complete control processor 5 to order of cutting the dish.
Second support portion 42 comprises the lifting support 421 for being elevated, and connects lifting support 421 and for the horizontal support 422 of fixed cutting tool 41, and the setting of lifting support 421 achieves the function that cutter 41 can fall to cutting the dish.
First starting drive 15 comprises first information receiver module, connects first information receiver module and the motion module of reacting to information.The information that first information module transmits for receiving control processor 5, the information that motion module can receive first information receiver module makes the reaction running or stop, receive when cutting the dish order, motion module just can act on runner 12 and start to be rotated counterclockwise, chopping block 11 circumference is driven to run, and after order of cutting the dish completes, motion module just can quit work, and runner 12 also stops operating.
Second starting drive 43 comprises the 3rd information receiving module, and connects the 3rd information receiving module and the crawl module of reacting to information.The information that 3rd information receiving module sends for receiving control processor 5, crawl module and the second support portion 42 are equipped with, thus realize the function of lifting, complete instruction of cutting the dish.Such as crawl module uses drawing method to make lifting support increase, and the gravity then by the second support portion makes lifting support decline; And for example crawl module uses supercharging to make lifting support increase, reduces pressure lifting support to be declined etc. all can.
Cutter 41 comprises the handle of a knife 411 be fixed on horizontal support 422, and is arranged at the blade 412 below handle of a knife 411.
Control processor 5 comprises the second information receiving module for receiving the information that display operating system 3 sends, connect the data processing module of the information that the second information receiving module receives for the treatment of the second information receiving module, and be connected to data processing module for sending information to the second information sending module of the first starting drive 15 and the second starting drive 43.Control processor is a terminal in fact, for receiving process information, and feeds back information, thus makes information have source to have process.
In use, only vegetables need be positioned on chopping block 11, then in display operating system 3, input needs the vegetables length of cutting, click start button, to cut the dish order and length of cutting the dish of display operating system 3 is sent to control processor 5, control processor 5 receives after order length analysis of cutting the dish, then the speed of roller 12 rotation and the space-number of lifting support 421 whereabouts is calculated, again information is sent to the first starting drive 15 and the second starting drive 43, start running after first starting drive 15 and the second starting drive 43 receive information, then work of cutting the dish is carried out, only end key need be pressed in display operating system 3 after vegetables cutting is complete, signal out of service just can be sent to control processor 5 by display operating system 3, then control processor 5 sends information to the first starting drive 15 and the second starting drive 43, out of service after first starting drive 15 and the second starting drive 43 reception information, cut the dish complete.Whole process operation is simple, and safely and fast.