CN204191470U - Cake colour print device - Google Patents
Cake colour print device Download PDFInfo
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- CN204191470U CN204191470U CN201420529479.3U CN201420529479U CN204191470U CN 204191470 U CN204191470 U CN 204191470U CN 201420529479 U CN201420529479 U CN 201420529479U CN 204191470 U CN204191470 U CN 204191470U
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Abstract
The utility model discloses a kind of cake colour print device, its use for reference 3D print discrete, merge technical concept, by a complete picture, according to certain resolution ratio, discrete is the polar plot be made up of limited point, adopt quick molding method, these discrete points are printed, shaping with the automatic printing realizing cake.Cake colour print device of the present utility model, integrate image procossing, data collection and analysis, Electric Machine Control, automatic control spraying, its structure is simple, control program is reasonable, the manual hand manipulation of alternative prior art, realize standardization, suitability for industrialized production, significantly reduce labor intensity of operating staff, increase work efficiency.The utility model suitably can also be reequiped by being combined with related art, for mural painting and model surface spraying, and the drafting etc. of toy surface cartoon pattern.
Description
Technical field
The utility model relates to a kind of cake printing equipment, particularly relates to a kind of cake colour print device.
Background technology
Cake plays important role in the celebrating occasion such as wedding, birthday party.In cake production process, mounting worker employed in a plant nursery's sequence is the final steps of adding a crucial touch, behaving excellently.
In prior art, cake needs manually to be completed by skilled millet cake teacher, and its complex steps, wastes time and energy.This considerably increases cost of manufacture and the process-cycle of cake.And the skills involved in the labour of different millet cake teacher differ, individual aesthetic and artistic creation level exist difference, cause cake production cannot realize standardization, large-scale industrial is produced.
Utility model content
The purpose of this utility model is, provides a kind of cake colour print device being suitable for industrialization, standardized production, to enhance productivity, reduces cake production cost.
The technical scheme that the utility model is adopted for achieving the above object is, a kind of cake colour print device, is characterized in that, comprise main body rack, movement executing mechanism, air compressor, compressed air cylinder, storage tank and controlling organization; Wherein,
Described storage tank quantity is some, and its air inlet port is connected with described compressed air cylinder through storage tank air feed pipe fitting respectively by pipeline;
Described compressed air cylinder is connected with described air compressor;
Described main body rack entirety is tower structure, and its top is rectangle frame;
The below of described rectangle frame is provided with cake tray;
Described movement executing mechanism is three-dimensional ball screw framework, is arranged on respectively on main body rack; Wherein, the horizontal edge of the rectangle frame at main body rack top is provided with horizontal ball-screw, the slide unit of described horizontal ball-screw is provided with the longitudinal ball-screw vertical with horizontal ball-screw; The bottom of described main body rack is provided with vertical ball-screw;
The slide unit of described longitudinal ball-screw is provided with nozzle, and described nozzle comprises an outlet and some entrances, and described entrance comprises a centre porosity and some charging holes; Wherein, described centre porosity is connected through the air outlet of magnetic valve with described storage tank air feed pipe fitting by pipeline; Described charging hole to be all positioned on the sidewall near the port of export and to be connected with described centre porosity, and each charging hole is connected with corresponding storage tank by respective conveying pipeline, magnetic valve, check valve respectively successively; Raw material in each storage tank is all via described outlet ejection; ;
Described cake tray is portable plate, and described vertical ball-screw moves up and down for promoting described cake tray;
The installation end of described horizontal ball-screw, longitudinal ball-screw and vertical ball-screw is configured with stepper motor respectively;
Described control section includes single chip control module and host computer processing module, and described single-chip microcomputer is connected with described upper machine communication, and described single-chip microcomputer receives the data sent by host computer, and order implementation status is fed back to host computer;
Described single chip control module comprises driving stepper motor module and solenoid valve control module, each module is powered by power module, and receive the instruction sent by single-chip microcomputer, by controlling each stepper motor, each magnetic valve, drive executing agency to perform predetermined motion;
Described host computer processing module includes host computer interface operational module and picture processing module; Wherein:
Described host computer interface operational module adopts the form of dialog box, for user provides friendly operation interface;
Described picture processing module mainly completes the identification to picture, and carried out layered shaping according to the difference of picture color, print needs with the cake adapting to different colours, then picture is converted into the performing a programme of single-chip microcomputer, and the object command after calculation process is dealt into described control module;
Cake mold that is to be printed and/or that mount flower process is placed in the middle part of described cake tray, controls each stepper motor and each magnetic valve by described control module, so control each ball-screw, pattern that nozzle mechanism performs cake prints and mounts flower and make.
The technique effect that technique scheme is directly brought is, structure is simple, easy and simple to handle, and cake is automatically performed by printing equipment, can realize the industrialization of cake, standardized production.Briefly explain as follows:
1, be that effectively solution cream transporting resistance in pipeline is large, particularly easily there is the technical problems such as obstruction, plug-hole at nozzle exit, technique scheme by adopting, band centre porosity, sidewall offers the nozzle of some charging hole version through with centre bore, and the technological means such as the working method adopting centre porosity and charging hole bilateral air agreement to pressurize, like this, the impact that the drag losses that can reduce pipeline and nozzle place transports raw material, thus effectively solve cream conveying, ejection fluency, successional technical problem; When can be used for again changing different colours raw material, nozzle place last time is printed the raw material that remain empty, prevent the raw material of different colours from producing and mix, affect printing effect;
On the other hand, under appropriate centre porosity air-flow velocity auxiliary blows effect, buttered fluffy degree can be increased and improve mouthfeel, meanwhile, increase further and mount colored third dimension and stereovision.
2, in cake print procedure, the mechanical part of each action executing carries out primarily of ball-screw and stepper motor, can ensure the features such as each printing action executing tool high accuracy, invertibity and high efficiency;
3, adopt the host computer interface of dialog box form, different client mounts floral pattern demand to difference can be met more easily.
As preferably, the axis of above-mentioned charging hole becomes 30-45 degree angle with the axis of described centre porosity.
The technique effect that this optimal technical scheme is directly brought is, the axis of charging hole becomes the employing of this technological means of 30-45 degree angle with the axis of centre porosity, can ensure to mount and spend the unimpeded and even of cream raw material discharging used.
Further preferably, the diameter of above-mentioned centre porosity is 1-2 times of described charging hole diameter.
The technique effect that this optimal technical scheme is directly brought is, can ensure better to mount to spend the unimpeded and even of cream raw material discharging used.
Further preferably, above-mentioned Main Control Tank top board is provided with some grooves for locating storage tank, and described storage tank is placed in described groove.
The technique effect that this optimal technical scheme is directly brought is, whole printing equipment apparatus arrangement is more reasonable, compact.
For understanding the utility model better, now introduce its automation control method in detail: the automation control method of cake colour print device of the present utility model, comprises the following steps:
The first step, after device starts, by the host computer first read operation person picture of specifying, and is carried out layered shaping according to the difference of picture color, by discrete for pattern to be printed be lattice information, and be converted into the performing a programme of single-chip microcomputer;
Second step, host computer byte-by-byte sends order to single-chip microcomputer;
3rd step, after single-chip microcomputer receives the information of host computer transmission, start to perform corresponding program, the convert information received is ordered for corresponding, send to stepper motor or magnetic valve respectively, control the feed motion that shower nozzle does rule on the one hand, Controlling solenoid valve is opened in time in the corresponding moment or closes, to control the conveying of raw material on the other hand;
4th step, single-chip microcomputer often processes a byte, just to host computer feedback once, makes it to start to send next byte; Until all information of picture to be printed are all sent to single-chip microcomputer by host computer.
Above-mentioned picture processing module, for by discrete for picture to be printed be lattice information; These discrete dot matrix print by described control executing agency respectively, form the multicolour pattern of mounting at cake surface.
Above-mentioned control method, employing single-chip microcomputer carries out the control of printing equipment, and its structure is simple, low equipment investment; Be connected by carrying out communication with host computer, host computer interface operational module adopts the form of dialog box, for user provides friendly operation interface.
In host computer, picture processing module mainly completes the identification to picture, and is carried out layered shaping according to the difference of picture color, to adapt to the printing needs of different colours, then picture is converted into the performing a programme of single-chip microcomputer, and the object command after calculation process is dealt into control module;
Single chip control module is made up of driving stepper motor module, solenoid valve control module, single chip machine controlling circuit, and after control module accepts system command, each mechanical part being controlled whole printing equipment by stepper motor and magnetic valve is made mechanical movement.Wherein, the three-dimensional ball screw turns of step motor control, and then control is fixed on the nozzle arrangements motion on ball-screw slide unit; The break-make of the corresponding pipeline transport of solenoid control, realizes selection and the conveying of raw material.Namely drive each moving component and raw material supplying parts to perform respective action, worked in coordination with the printing of cake patterns and mounted flower.
Cake colour print device of the present utility model, owing to adopting above-mentioned this control mode, had thus both been applicable to printing various hollow profile or solid figure, and had been convenient to again carry out hierarchical control to picture.
It should be noted that, the external 220V AC power of cake colour print device palpus of the present utility model, after over commutation, voltage stabilizing and other a series of conversion, 220V alternating voltage is converted into 12V DC voltage, again 12V DC voltage is converted into 5V DC voltage, for each module in device.That is, all operational modules all thus 5V/12V power module are powered.
In sum, cake colour print device of the present utility model, relative to prior art, have that frame for movement is simple, control program is reasonable, the features such as compact equipment, it is suitable for industrialization, the standardized production of cake, can replace the work pattern manually of prior art, thus reduce labor intensity of operating staff, enhance productivity, and reduce the manufacturing cost of cake.
Accompanying drawing explanation
Fig. 1 is the perspective view of the utility model cake colour print device;
Fig. 2 is the main TV structure schematic diagram of the utility model cake colour print device;
Fig. 3 is the left TV structure schematic diagram of the utility model cake colour print device;
Fig. 4 is the main TV structure schematic diagram of each connecting line of the utility model cake colour print device;
Fig. 5 is the left TV structure schematic diagram of each connecting line of the utility model cake colour print device;
Fig. 6 is the plan structure schematic diagram of each connecting line of the utility model cake colour print device;
Fig. 7 is the mounting structure schematic diagram of the vertical ball-screw of the utility model cake colour print device on main body rack;
Fig. 8 to Figure 10 is the utility model cake colour print device Main Control Tank body structure schematic diagram;
Figure 11 is the utility model cake colour print device single chip machine controlling circuit figure;
Figure 12 is the structural representation of the utility model cake colour print device storage tank air feed pipe fitting;
Figure 13 is the main TV structure schematic diagram of the utility model cake colour print device nozzle structure;
Figure 14 is the left TV structure schematic diagram of the utility model cake colour print device nozzle structure;
Figure 15 is the plan structure schematic diagram of the utility model cake colour print device nozzle structure;
Figure 16 is the utility model cake colour print device workflow diagram;
Figure 17 is the control flow chart of each motion of the utility model cake colour print device.
Description of reference numerals: 1, Main Control Tank; 2, storage tank; 3, conveying pipeline; 4, air compressor; 5, horizontal stepper motor; 6, horizontal ball-screw; 7, longitudinal stepper motor; 8, longitudinal ball-screw; 9, main body rack; 10, cake tray; 11, vertical ball screw; 12, vertical stepper motor; 13, Cake mold; 14, nozzle; 15, magnetic valve; 16, pressure regulator valve; 17, check valve; 18, electromagnetic hydraulic valve; 21, storage tank air feed pipe fitting; 41, the interface of giving vent to anger of storage tank air feed pipe fitting; 42, the intake interface of storage tank air feed pipe fitting; 43, the pressure regulator valve interface of storage tank air feed pipe fitting; 64, the charging hole of nozzle.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in detail.
Definition: involved by present specification: " transverse direction ", " longitudinal direction ", " vertically ", all the planes according to paper place in figure, with the left and right directions of paper for transverse direction, with paper from inner outside direction for longitudinal direction, be vertical with paper direction from bottom to up;
Involved in present specification: " X to ", " Y-direction ", " Z-direction " one_to_one corresponding is above-mentioned respectively " transverse direction ", " longitudinal direction ", " vertically ".
As shown in Figures 1 to 7, cake colour print device of the present utility model, it comprises main body rack 9, air compressor 4, movement executing mechanism, compressed air cylinder (omitting in figure, not shown), storage tank 2 and controlling organization; Wherein,
Storage tank 2 quantity is some, and its air inlet port is connected with storage tank air feed pipe fitting 21 respectively, and storage tank air feed pipe fitting 21 is connected by pipeline compressed air cylinder;
Compressed air cylinder is connected with air compressor 4;
Main body rack entirety is tower structure, and its top is rectangle frame;
The below of rectangle frame is provided with cake tray 10;
Above-mentioned movement executing mechanism is three-dimensional ball screw framework, is arranged on main body rack 9 respectively; Wherein, the horizontal edge of the rectangle frame at main body rack top is provided with horizontal ball-screw 6; The slide unit of horizontal ball-screw is provided with the longitudinal ball-screw 8 vertical with horizontal ball-screw; In the bottom of main body rack, vertical ball-screw 11 is installed;
The slide unit of longitudinal ball-screw 8 is provided with nozzle mechanism 14; Nozzle mechanism 14 comprises an outlet and some entrances, and its entrance comprises a centre porosity and some charging holes 64;
Above-mentioned charging hole 64 is positioned on the sidewall of nozzle exit end, and through with centre porosity respectively, to adapt to " parallel gas feed pressurization " means of transportation that raw material transport point adopts; Each charging hole is connected with corresponding storage tank 2 (above-mentioned each storage tank 2, according to using needs, is equipped with the cream raw material of different colours respectively) by respective conveying pipeline 3, electromagnetic hydraulic valve 18, check valve 17 respectively successively;
Above-mentioned cake tray 10 is portable plate, and above-mentioned vertical ball screw 11 moves up and down for promoting cake tray 10;
The installation end of above-mentioned horizontal ball-screw 6, longitudinal ball-screw 8 and vertical ball-screw 11 is configured with stepper motor 5,7,12 respectively;
Be provided with power module, single chip machine controlling circuit and all kinds of valve components in above-mentioned Main Control Tank 1, wherein, single-chip microcomputer is connected with upper machine communication, and above-mentioned single-chip microcomputer receives the data sent by host computer, and order implementation status is fed back to host computer;
Single chip control module comprises driving stepper motor module, solenoid valve control module and single chip machine controlling circuit, each module is powered by power module, and receive the instruction sent by single-chip microcomputer, control executing agency by stepper motor and magnetic valve and perform predetermined motion;
Above-mentioned host computer includes host computer operation interface operational module, picture processing module; Wherein:
Host computer interface operational module adopts the form of dialog box, for user provides friendly operation interface;
Picture processing module mainly completes the identification to picture, and carried out layered shaping according to the difference of picture color, print needs with the cake adapting to different colours, then picture is converted into the performing a programme of single-chip microcomputer, and the object command after calculation process is dealt into control module;
Cake mold 13 that is to be printed and/or that mount flower process is placed in the middle part of above-mentioned cake tray 10, controls each stepper motor and each magnetic valve by above-mentioned control module, and the pattern that each ball-screw, nozzle mechanism perform cake prints and mounts flower and makes.
Above-mentioned control cabinet top board is provided with some grooves (omitting in figure, not shown) for locating storage tank, storage tank is placed in described groove.
Fig. 4 to Fig. 6 basically illustrates the position annexation of each connecting line, as shown in Figures 4 to 6, air press 4 and compressed air cylinder provide Compressed Gas, and compressed air receives the intake interface of storage tank air feed pipe fitting 21 from compressed air cylinder, discharge after gas distribution through different outlets:
A wherein road air flow direction pressure regulator valve 16, and enter air through pressure regulator valve 16;
Another road air flow direction magnetic valve 15, flows to the centre porosity of nozzle 14 through magnetic valve 15;
Other each stock air-flows flow to the entrance that four are equipped with the storage tank 2 of different colours raw material respectively, and be raw material pressurization, the port of export of head tank connects check valve 17, electromagnetic hydraulic valve 18, is connected to the charging hole of nozzle 14 afterwards, realizes feed by pipeline.
As shown in Fig. 8, Fig. 9 and Figure 10, each side of Main Control Tank 1 casing is provided with the slotted eye 31 that some spacing are different, vary in size;
In above-mentioned slotted eye 31, wherein a part is element location and installation hole (Main Control Tank box house is equipped with power supply, circuit board and various valve components etc., is all fixed on casing by corresponding location and installation hole);
Another part is the reserved passage of plastic flexible pipe, wire, is connected for the storage tank of the magnetic valve of box house, control circuit and control cabinet external body, stepper motor.
Main Control Tank roof box is also provided with some for locating the groove (not shown) of placing storage tank, storage tank 2 is placed in groove.
Be provided with magnetic valve in Main Control Tank, hydraulic valve, circuit board, driver module, pressure regulator valve, be connected by flexible pipe between the execution units such as power module, connect (all not shown in figure) by wire between the executive item such as control system and drive motors simultaneously.
Figure 11 is single-chip microcomputer external circuit catenation principle figure.
As shown in figure 11,51 single-chip microcomputers receive the data sent by host computer, and order implementation status is fed back to host computer; By the start and stop of P1 mouth control step motor, realize the feed motion in Z-direction of the regular movement of shower nozzle in XY plane and cake tray; By unlatching and the shutoff of P3 mouth Controlling solenoid valve, thus Shi Ge executing agency cooperatively interacts under the control of single-chip microcomputer, and what realize cake mounts colored printing function.
As shown in figure 12, the version that storage tank air feed pipe fitting 21 adopts " logical five interfaces ", namely an intake interface 42 is connected with air compressor as access port, and air-flow is divided into five parts through storage tank air feed pipe fitting 21 by compressed air, discharges from different interfaces 41 of giving vent to anger.Several of storage tank air feed pipe fitting 21 are given vent to anger in interface 41, and one of them interface of giving vent to anger is connected by the centre porosity of magnetic valve 15 with shower nozzle 14; Realize the conveying to air-flow in " parallel gas feed pressurization ";
Other several interface of giving vent to anger connects different storage tanks and magnetic valve respectively, is controlled respectively to open/stop by magnetic valve, different raw materials is transported to shower nozzle respectively until print ejection.
Pressure regulator valve interface 43 connects pressure regulator valve 16, for initialization system pressure, and as required to atmospheric exhaust pressure release;
It should be noted that, the interface quantity of the storage tank air feed pipe fitting 21 shown in Figure 12 is 5, but the interface quantity that it is not intended storage tank air feed pipe fitting 21 is only limited to 5.Under this version, concrete interface quantity can increase accordingly/subtract according to use needs.
As shown in FIG. 13 to 15, nozzle 14 of the present utility model is version band centre porosity, sidewall offering some charging holes 64 through with central tube, its vertical central tube passage is connected with compressed air cylinder through magnetic valve, storage tank air feed pipe fitting, and each charging hole 64 is connected with corresponding storage tank by respective conveying pipeline, electromagnetic hydraulic valve 18, check valve 17 respectively successively.
Spend the unimpeded and even of cream raw material discharging used for ensureing to mount, the above-mentioned axis of charging hole 64 becomes 30-45 degree angle best with the axis of centre porosity.
Spend the unimpeded and even of cream raw material discharging used for ensureing to mount better, the diameter of above-mentioned centre porosity is preferably the 1-2 of charging hole 64 diameter doubly.
As shown in figure 16, the utility model cake colour print device workflow is mainly, after work starts, first imported by user or selected existing picture, start the picture processing program performed in host computer, picture is carried out layered shaping, and pictorial information is converted to the discernible program of single-chip microcomputer;
Picture layering result can show in operation interface;
Send to single-chip microcomputer afterwards by the program file byte-by-byte of generation, by the start and stop of Single-chip Controlling magnetic valve and stepper motor, then control executing agency and complete corresponding action, realize the printing function to cake surface pattern;
Single-chip microcomputer often executes a byte, just to host computer feedback once, makes it to start to send next byte, until whole program is sent.
As shown in figure 17, the control flow of each motion of the utility model cake colour print device is mainly, and movement executing mechanism, by this flow process, by the movement of a series of control realization shower nozzle in X, Y, Z-direction, realizes the fixed point location of shower nozzle.
When performing printing function, in XY plane, the order sent according to single-chip microcomputer, carries out motion of lining by line scan.
After XY plane motion is finished, judge whether to need to carry out multilayer printing, as needs, then control the feeding that Z axis does certain distance, shower nozzle returns initial point, re-starts the motion in XY plane.
If do not needed, then shower nozzle returns initial point, prints and terminates.
When colored function is mounted in execution, by host computer, the position coordinates of flower is sent to single-chip microcomputer, and then after control step motor movement to relevant position, start to perform fixing flower print routine, carry out mounting colored operation.
Different flower macroscopic features is different, and its performing a programme is also different.
For understanding cake colour print device of the present utility model better, now describe its control method in detail:
The control method of cake colour print device of the present utility model, it comprises the following steps:
The first step, after device starts, by the host computer first read operation person picture of specifying, and is carried out layered shaping according to the difference of picture color, and is converted into the performing a programme of single-chip microcomputer;
Second step, host computer byte-by-byte sends order to single-chip microcomputer;
3rd step, after single-chip microcomputer receives the information of host computer transmission, start to perform corresponding program, the convert information received is ordered for corresponding, send to stepper motor or magnetic valve respectively, control the feed motion that shower nozzle does rule on the one hand, Controlling solenoid valve is opened quickly in the corresponding moment or closes, to control the conveying of raw material on the other hand;
4th step, single-chip microcomputer often processes a byte, just to host computer feedback once, makes it to start to send next byte; Until all information of picture to be printed are all sent to single-chip microcomputer by host computer.
Above-mentioned picture processing module be used for by discrete for pattern to be printed be lattice information; These discrete dot matrix print by above-mentioned control executing agency respectively, form the multicolour pattern of mounting at cake surface.
Picture processing module of the present utility model adopts one based on the image Transformation Program of matlab, mainly complete the identification to picture, process, and the object command after calculation process is dealt into control module, first the picture of being specified by operator is read, and carried out layered shaping according to the difference of picture color, to adapt to the printing needs of different colours; Picture is converted into the performing a programme of single-chip microcomputer, byte-by-byte sends order to single-chip microcomputer, after single-chip microcomputer receives the byte of host computer transmission, start performing a programme, be translated into corresponding instruction, control corresponding mechanism works, single-chip microcomputer often processes a byte, just to host computer feedback once, makes it to start to send next byte, circulation like this performs, until picture in its entirety sends to single-chip microcomputer completely and prints complete.
Control module of the present utility model is made up of power module, driver module, solenoid valve control module and single chip machine controlling circuit, core is 51 single-chip microcomputers, modules is powered by power module, and receives the instruction sent by SCM system, carries out work according to certain rules.
Power module of the present utility model, in the power module access, is translated into 220V AC power 5V/12V DC voltage, normally works for each module of system.
Driving stepper motor module of the present utility model, comprises two parts: the driver module in X, Y plane and the driver module of Z-direction.Adopt shaft coupling as motion transfering device between stepper motor and ball-screw.The order being sent motion by single-chip microcomputer or stopped, the amount of feeding of control step motor.
Driver module in X, Y plane is superposed up and down by the two orthogonal ball-screws of cover and stepper motor combination unit and forms.Wherein, what ball-screw above and stepper motor thereof realized is the motion of shower nozzle in X-direction, and ball-screw below and stepper motor thereof drive top integrated model to do the feed motion of Y direction, thus achieve the feed motion of shower nozzle in Y direction.
The motion of Z-direction is relatively independent, moves without speed ratio requirement with X, Y-direction, by stepper motor and ball-screw apparatus, drives cake print platform to do bottom and top feed motion.
Solenoid valve control module is directly powered by 12V power module, by photoelectric coupling switch Controlling solenoid valve break-make, because photoelectric coupling switch allows the maximum current passed through to be less than the operating current of magnetic valve, therefore electric current is after photoelectric coupling switch, enters triode current amplification circuit.Access magnetic valve again after Current amplifier, form current loop.Photoelectric coupling switch is controlled by SCM program.
Single-chip microcomputer of the present utility model is 51 single-chip microcomputers, and it is the core of whole control system, and Main Function is as follows:
1) receive the data sent by host computer, and order implementation status is fed back to host computer.
2) by the start and stop of P1 mouth control step motor, the feed motion in Z-direction of the regular movement of shower nozzle in XY plane and movement platform is realized.
3) by unlatching and the shutoff of P3 mouth Controlling solenoid valve, the control to cream spraying is realized.
When printing picture, in XY plane, the order sent according to single-chip microcomputer, carries out motion of lining by line scan.
After XY plane motion is finished, Z axis does the feeding of certain distance, and shower nozzle returns initial point, re-starts the motion in XY plane.
When mounting colored, by host computer, the position coordinates of flower is sent to single-chip microcomputer, and then after control step motor movement to relevant position, start to perform fixing flower print routine, carry out mounting colored operation.
Different flower macroscopic features is different, and its performing a programme is also different.
Z-direction kinetic control system is a set of relatively independent kinetic control system, strict speed ratio relation is not had with XY direction, after Motor execution just in XY plane, by single-chip microcomputer automatic decision its need of Z-direction feeding, if needed, then send instruction to Z axis stepper motor, realize the feeding of Z-direction, after feeding, re-execute the motion in XY plane.If do not needed, then terminate Motor execution process.
Paired setting is with the tank connected magnetic valve of each storing, due to the specific demand of " parallel gas feed pressurization " raw material means of transportation, in print procedure, two palpuses of each centering are opened simultaneously, close, this feature is realized automatically by single-chip microcomputer control program simultaneously.
Illustrate: above-mentioned storage tank air feed pipe fitting, all kinds of valve components, control circuit and power module are installed in Main Control Tank inside.
Claims (3)
1. a cake colour print device, is characterized in that, comprises main body rack, movement executing mechanism, air compressor, compressed air cylinder, storage tank and controlling organization; Wherein,
Described storage tank quantity is some, and its air inlet port is connected with described compressed air cylinder through storage tank air feed pipe fitting respectively by pipeline;
Described compressed air cylinder is connected with described air compressor;
Described main body rack entirety is tower structure, and its top is rectangle frame;
The below of described rectangle frame is provided with cake tray;
Described movement executing mechanism is three-dimensional ball screw framework, is arranged on respectively on main body rack; Wherein, the horizontal edge of the rectangle frame at main body rack top is provided with horizontal ball-screw, the slide unit of described horizontal ball-screw is provided with the longitudinal ball-screw vertical with horizontal ball-screw; The bottom of described main body rack is provided with vertical ball-screw;
The slide unit of described longitudinal ball-screw is provided with nozzle, and described nozzle comprises an outlet and some entrances, and described entrance comprises a centre porosity and some charging holes; Wherein, described centre porosity is connected through the air outlet of magnetic valve with described storage tank air feed pipe fitting by pipeline; Described charging hole to be all positioned on the sidewall near the port of export and to be connected with described centre porosity, and each charging hole is connected with corresponding storage tank by respective conveying pipeline, magnetic valve, check valve respectively successively; Raw material in each storage tank is all via described outlet ejection;
Described cake tray is portable plate, and described vertical ball-screw moves up and down for promoting described cake tray;
The installation end of described horizontal ball-screw, longitudinal ball-screw and vertical ball-screw is configured with stepper motor respectively;
Described control section includes single chip control module and host computer processing module, and described single-chip microcomputer is connected with described upper machine communication, and described single-chip microcomputer receives the data sent by host computer, and order implementation status is fed back to host computer;
Described single chip control module comprises driving stepper motor module and solenoid valve control module, each module is powered by power module, and receive the instruction sent by single-chip microcomputer, by controlling each stepper motor, each magnetic valve, drive executing agency to perform predetermined motion;
Cake mold that is to be printed and/or that mount flower process is placed in the middle part of described cake tray, controls each stepper motor and each magnetic valve by described control module, so control each ball-screw, pattern that nozzle mechanism performs cake prints and mounts flower and make.
2. cake colour print device according to claim 1, is characterized in that, the axis of described charging hole becomes 30-45 degree angle with the axis of described centre porosity.
3. cake colour print device according to claim 1, is characterized in that, the diameter of described centre porosity is 1-2 times of described charging hole diameter.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420529479.3U CN204191470U (en) | 2014-09-16 | 2014-09-16 | Cake colour print device |
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| CN201420529479.3U CN204191470U (en) | 2014-09-16 | 2014-09-16 | Cake colour print device |
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| CN204191470U true CN204191470U (en) | 2015-03-11 |
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| CN201420529479.3U Expired - Fee Related CN204191470U (en) | 2014-09-16 | 2014-09-16 | Cake colour print device |
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| CN107801746A (en) * | 2017-11-14 | 2018-03-16 | 江门市神川自动化设备有限公司 | A kind of extrusion device of machine for coating of embossed layer |
| CN107821514A (en) * | 2017-11-14 | 2018-03-23 | 江门市神川自动化设备有限公司 | A kind of bread machine for coating of embossed layer |
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2014
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106818969A (en) * | 2017-02-22 | 2017-06-13 | 谭刚 | Anhydrous cake slip casting machine |
| CN107691555A (en) * | 2017-11-14 | 2018-02-16 | 江门市神川自动化设备有限公司 | A kind of nozzle driving of machine for coating of embossed layer |
| CN107801746A (en) * | 2017-11-14 | 2018-03-16 | 江门市神川自动化设备有限公司 | A kind of extrusion device of machine for coating of embossed layer |
| CN107821514A (en) * | 2017-11-14 | 2018-03-23 | 江门市神川自动化设备有限公司 | A kind of bread machine for coating of embossed layer |
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