CN103414792A - Additive manufacturing resource dispatching system based on cloud computing and corresponding method - Google Patents
Additive manufacturing resource dispatching system based on cloud computing and corresponding method Download PDFInfo
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Abstract
The invention discloses an additive manufacturing resource dispatching system based on cloud computing and a corresponding method. The system comprises a client for requiring an additive manufacturing task and receiving feedback information from a cloud operating system, a service end for executing the additive manufacturing task and receiving the additive manufacturing request from the cloud operating system as well as sending a manufactured product to a receiving party, the cloud operating system for coordinating work between the client and the service end, and the receiving part for receiving the product obtained by an additive manufacturing service. The invention further discloses an additive manufacturing resource dispatching method. According to the invention, automatic packing materials and automatic removing model of a 3D printer are realized by remotely controlling a computer based on cloud computing technology, different parts printed in a same place are automatically assembled according to a client demand, and the resource dispatching optimization problem of existing additive manufacturing industries with 3D printing as a representative, so that a 3D printer is networked from the original single printer, thereby, optimizing the utilization ratio of limited resources.
Description
Technical field
The invention belongs to the automatic control technology field, relate in particular to and a kind ofly based on cloud computing, add formula manufacturing resource scheduling system and corresponding method, the 3D print capacity of these system combination various places, to form the Novell distributed print services network, provide corresponding service for the client easily.
Background technology
Cloud computing is to make Computation distribution on a large amount of distributed computers by network, then with as required, the mode of easily expansion obtains required mode.The characteristics of cloud computing are to realize resource virtualizing and resource distribution mobilism.
The 3D printing technique is to take the 3D model to be source, by software, the 3D model is carried out to the processing of layering discretization, by numerical control molding system, utilized the modes such as laser beam, ultraviolet ray, hot melt that the special materials such as resin, ceramic powders, plastics are carried out to successively moulding scanning on X-Y plane, and pile up and cohere at Z axis, finally be superimposed as entity products.As can be known by definition, 3D prints to belong to and adds formula and manufacture category, and traditional manufacture belongs to and subtracts formula and manufacture category.With traditional manufacture, compare, 3D prints this digitlization manufacturing mode not to be needed complicated technique, need huge lathe, does not need numerous manpowers, do not need tediously long pipelining, directly by computer 3D model data, just can by printer, be produced the part of any shape, make to manufacture the production crowd scope extension be able to wider.
Towards personalized and specificity service, manufacturing under the promotion required, 3D prints and has started to be widely used in design field, especially industrial design, digital product die sinking etc., 3D prints the printing that can complete a mould within a few hours, has saved the development time of a lot of products to market.
Current, the development bottleneck that 3D prints can be classified as following four factors: raw material are limited, and 3D printer price is high, and before and after printing, the phase intractability is larger, and lack industry standard.These factors have caused existing 3D print service to have the problem of print resource finite sum print resource skewness, at present, go back research work that neither one can be for reference be used to addressing the above problem.How merging prior art, realize the print resource dynamic-configuration, reach the resource high-efficiency scheduling, is a problem demanding prompt solution.
Summary of the invention
For current 3D print service, there is the problem of print resource finite sum print resource skewness, the purpose of this invention is to provide and a kind ofly based on cloud computing, add formula manufacturing resource scheduling system and corresponding method, to realize the Optimized Operation of resource, finally effectively solve the subject matter of current existence, and for the client, provide the perfect service of high-quality more on this basis.
For achieving the above object, according to an aspect of the present invention, propose a kind of based on cloud computing add formula manufacturing resource scheduling system, this system comprises: client 101, service end 102, cloud operating system 103, recipient 104, wherein:
Described client 101 adds the formula manufacturing operation for request, it comprises several clients and equipment that can interconnection network, described client 101 is submitted to and is added formula manufacturing service demand to described cloud operating system 103, and accepts to add formula manufacturing service feedback information from described cloud operating system 103;
Described service end 102 adds the formula manufacturing operation for execution, it comprises a large amount of formula manufacturing equipments that add, described service end 102 sends to described cloud operating system 103 by the relevant intrinsic information of every Tai Jiashi manufacturing equipment and state information, reception adds formula manufacture request from described cloud operating system 103, complete and add accordingly the formula manufacturing service, and the product that will make is issued described recipient 104;
Described cloud operating system 103 is for the work between the described client 101 of Coordination Treatment and service end 102, and the line correlation data of going forward side by side are processed;
Described recipient 104 adds for reception the product that the formula manufacturing service obtains.
According to a further aspect in the invention, also propose a kind of formula manufacturing resource scheduling method that adds, the method comprises the following steps:
Step S1, client 101 contact cloud operating systems 103;
Step S2, described client 101 is submitted to and is added formula manufacturing service related needs information to described cloud operating system 103;
Step S3, described cloud operating system 103 receives the related needs information of submitting to from described client 101, and described demand information is processed;
Step S4, described cloud operating system 103 is selected the suitable formula manufacturing equipment that adds according to described demand information, and initiates connection requests to service end 102;
Step S5, after described cloud operating system 103 connected with described service end 102, described service end 102 fed back to described cloud operating system 103 by optional all real-time dynamic informations that add the formula manufacturing equipment;
Step S6, described cloud operating system 103 is according to the demand information of described client 101 and the state information that adds the formula manufacturing equipment of described service end 102, select the suitable formula manufacturing service scheme that adds, and some feasible programs are fed back to described client 101, by described client 101, determine the final formula manufacturing service scheme that adds;
Step S7,101 pairs of feasible formula manufacturing service schemes that add of described client are selected, and the scheme that will finally select sends back to described cloud operating system 103;
Step S8, described cloud operating system 103, according to the scheme of the final selection of described client 101, is called and is added accordingly formula manufacturing service equipment, completes and adds accordingly the formula manufacturing service;
Step S9, the product that described service end 102 will finally make are sent to the preassigned place of delivery of described client 101.
To sum up, the invention provides a kind of based on cloud computing add formula manufacturing resource scheduling system and corresponding method, realized the optimizing scheduling to limited 3D print resource, for, have the people who needs that better 3D print service is provided more; With a large amount of server clusters, form the mass data processing module based on intelligent algorithm, and data memory module, information to the client is carried out data mining and analysis, the 3D printer is reasonably managed and is dispatched, for the client provides faster and better more fully service.Provided by the inventionly add cloud computing server cluster that formula manufacturing resource scheduling system used and have ultra-large, virtual, high reliability, versatility, enhanced scalability, on-demand service and the characteristics such as extremely cheap.
The accompanying drawing explanation
Fig. 1 is for adding according to an embodiment of the invention formula manufacturing resource scheduling system construction drawing;
Fig. 2 is for adding according to an embodiment of the invention formula manufacturing resource scheduling method flow diagram;
Fig. 3 is the workflow diagram of the shown in Figure 1 service end that adds formula manufacturing resource scheduling system;
Fig. 4 is is the workflow diagram that adds formula manufacturing resource scheduling system in a plurality of different parts situations of same object in customer demand according to another embodiment of the present invention.
Embodiment
For making the purpose, technical solutions and advantages of the present invention clearer, below in conjunction with specific embodiment, and with reference to accompanying drawing, the present invention is described in more detail.
The present invention proposes a kind of based on cloud computing add formula manufacturing resource scheduling system, this system is extensively collected client's individual demand information on the one hand, and the limited 3D print resource of maximum using meets vast customer group's demand; On the other hand by cloud operating system intelligent management and call the 3D print resource, for the client provides faster and better service.
Fig. 1 is for adding according to an embodiment of the invention formula manufacturing resource scheduling system construction drawing, and as shown in Figure 1, described system comprises: client 101, service end 102, cloud operating system 103, recipient 104, wherein:
Described client 101 is for adding formula manufacturing service request end, also the described service object who adds formula manufacturing resource scheduling system, it comprises severally take region and manufactures the client of demand and equipment that can interconnection network as having of unit adds formula, as PC, mobile phone etc., for request, add the formula manufacturing operation, the client supports cable network or 3G by use, GPRS, the equipment of the wireless networks such as WIFI contacts (such as the registration login) described cloud operating system 103, and submit to and add formula manufacturing service demand information to described cloud operating system 103, described client 101 is carried out authentication and is gathered relative clients information for the client of login, simultaneously, described client 101 also can accept from described cloud operating system 103 add formula manufacturing service feedback information, to realize the good mutual of client and cloud operating system 103,
Described service end 102 is distributed formula manufacturing service providing end and the actuating station of adding, it comprise various places Jia Shi manufacturer and/or the 3D printer that provides of individual etc. a large amount of add the formula manufacturing equipment, for carrying out, add the formula manufacturing operation, described service end 102 sends to described cloud operating system 103 by the relevant intrinsic information of every Tai Jiashi manufacturing equipment and state information, for described cloud operating system 103, carry out rational management, wherein, the described intrinsic information that adds the formula manufacturing equipment comprises the information such as the model size that adds the formula manufacturing equipment and can manufacture, material, speed; Described state information comprises and adds the current whether information such as existing manufacturing operation, manufacturing operation queue length of formula manufacturing equipment; And receive from described cloud operating system 103 add formula manufacture request, to complete, add accordingly the formula manufacturing service, and the product that will make is issued described recipient 104;
The described formula manufacturing equipment that adds can calculate the materials of current manufacturing operation, and when materials are not enough the automatic Loading materials; Can when completing manufacturing operation, automatically carry out the model removal, for ensuing manufacturing operation is prepared; In an embodiment of the present invention, the described automatic Loading materials that add the formula manufacturing equipment are touched type with automatic removal and are completed by machine, without manual operation;
Described cloud operating system 103 is described cores that add formula manufacturing resource scheduling system, for the work between the described client 101 of Coordination Treatment and service end 102, described client 101 is desired adds formula manufacture work to complete better faster, and can for described client 101, provide more personalized services more easily by Correlation method for data processing, it comprises cloud data processing module and cloud data memory module, wherein:
Described cloud data processing module is connected with described service end 102 with described client 101, it is for carrying out data interaction with described client 101 and described service end 102, such as with described client 101, carrying out the mutual of demand and/or feedback information, and carry out the mutual of resource, scheduling and/or type information with described service end 102, so that described client 101 and the work of described service end 102 are coordinated, make it to form the most efficient service system; And analyze described client 101 demand for services, but solution is provided and carries out final scheme;
Described cloud data memory module is connected with described cloud data processing module, for the relevant information that described cloud operating system 103 is produced, store, demand information and described relevant intrinsic information and the state information that adds the formula manufacturing equipment such as the intrinsic information of relative clients end 101 and log-on message, described client 101, wherein, the intrinsic information of described client 101 comprises for information such as the relevant information of client identity identification, customer personalized information; The log-on message of described client 101 comprises the information such as the time, place of login;
Connection between described client 101, service end 102, cloud data processing module and cloud data memory module all can be cable network or wireless network.
Described recipient 104, for adding formula manufacturing service receiving terminal, adds for reception the product that the formula manufacturing service obtains, and it is the desired product of described client 101 place of delivery, or the location of client 101 own;
Corresponding evaluation is reminded described client 101 to receive in time to confirm and provided to described cloud operating system 103, after described recipient 104 is received goods.
Fig. 2 is for adding according to an embodiment of the invention formula manufacturing resource scheduling method flow diagram, and as described in Figure 2, the method comprises the following steps:
Step 201: client 101 is by cable network or the wireless networks such as 3G, GPRS, WIFI, contact (such as the registration login) cloud operating system 103, the cloud data memory module of described cloud operating system 103 stores relevant client 101 intrinsic informations and log-on message, wherein, described client 101 intrinsic informations comprise for information such as the relevant information of client identity identification, customer personalized information; Described log-on message comprises the information such as the time, place of login;
Step 202: described client 101 is submitted to and is added formula manufacturing service related needs information to described cloud operating system 103, these information comprise: the 3D model of the article that will print, material, whether need colour print, each several part color, the people and Places that related products is paid, and the information such as other specific (special) requirements;
Step 203: described cloud operating system 103 receives the related needs information of submitting to from described client 101, and described demand information is processed, with alternative suitable add formula manufacturing equipment etc.;
Step 204: described cloud operating system 103 is selected the suitable formula manufacturing equipment that adds according to described demand information, and initiates connection requests to service end 102;
In selecting the suitable process that adds the formula manufacturing equipment, 3D model size, the material that at first must submit to according to described client 101, whether need the information such as colour print, select the suitable formula manufacturing equipment that adds; Secondly,, according to the information of receiving of described client 101 submissions, select to add the formula manufacturing equipment nearby.
Step 205: after described cloud operating system 103 connects with described service end 102, described service end 102 feeds back to described cloud operating system 103 by optional all real-time dynamic informations that add the formula manufacturing equipment, so that described cloud operating system 103 can better be selected the suitable formula manufacturing equipment that adds;
Wherein, the described real-time dynamic information that adds the formula manufacturing equipment comprises that current whether idle add the formula manufacturing equipment, and this adds the information such as print out task queue length of formula manufacturing equipment.
Step 206: described cloud operating system 103 is according to the demand information of described client 101 and the state information that adds the formula manufacturing equipment of described service end 102, select the suitable formula manufacturing service scheme that adds, and some feasible programs are fed back to described client 101, by described client 101, determine the final formula manufacturing service scheme that adds;
Step 207: 101 pairs of feasible formula manufacturing service schemes that add of described client are selected, and final selection is sent back to described cloud operating system 103;
Step 208: described cloud operating system 103, according to the final selection of described client 101, is called and is added accordingly formula manufacturing service equipment, completes and adds accordingly the formula manufacturing service;
Wherein, adding formula manufacturing service equipment can be controlled by computer remote, and to realize the functions such as automatic Loading materials, automatic remove model, as shown in Figure 3, described step 208 is further comprising the steps:
Step 2081: 103 pairs of selected formula manufacturing service apparatus remotes that add of described cloud operating system add the formula manufacturing operation;
Step 2082: calculate the current relevant formula that adds such as the required printed material amount of formula manufacturing service, time-write interval that adds and manufacture data;
Step 2083: manufacture required printed material amount and the surplus material amount in data according to the described formula that adds, judge that whether material is sufficient, without filling, directly enters step 2085 as the material abundance, otherwise enters step 2084;
Step 2084: carry out the automatic Loading material to adding formula manufacturing service equipment, to guarantee to add the required material abundance of formula manufacturing service;
Step 2085: carry out add add the formula manufacturing operation;
Step 2086: described add the formula manufacturing operation and complete after, automatically remove the product printed, for the next one adds preparing smoothly of formula manufacturing operation.
Owing in described service end 102, having adopted above-mentioned computer remote to control, so the staff adds formula manufacturing service equipment without direct contact, thereby effectively avoided the generation of contingency; In addition, because the present invention has adopted automated packing and automatically removed product, thereby save the labour, also greatly improved operating efficiency simultaneously.
Step 209: the product that described service end 102 will finally make is sent to the preassigned place of delivery of described client 101;
Described place of delivery can be the location of described client 101 itself, can be also other people location far away from the earth other end.
Step 210: described client 101 reconnects described cloud operating system 103 after receiving product, complete the confirmation work of receiving accordingly, and this service is provided to evaluation;
Wherein, 103 pairs of described cloud operating systems add the related data produced in formula manufacturing service process processes and stores, and thinks that the client provides more and better service.Such as described cloud operating system 103 can be according to the consumption before the client of its storage and personal information etc., to the interested Related product of its possibility of this lead referral.
By said method of the present invention, when the individual demand in the face of becoming increasingly abundant, owing to having adopted the 3D printing technique, to manufacture from large-scale, complicated, expensive traditional industry process, separating, do not need complicated technique, huge lathe, numerous manpowers, just can by printer, be produced the part of any shape, make to manufacture the production crowd scope extension be able to wider.Owing to having adopted the cloud computing means, avoid 3D and printed many bottleneck factors such as raw material are very limited, the printer price is higher, the front post-processed of printing is more complicated, shortage industry standard, maximizedly utilized current limited print resource, make everyone simply by connecting Internet, obtain the 3D print service, thereby meet individual demand widely.
When described client 101 submit to add formula manufacturing service demand and be a plurality of different parts of same object the time, described cloud operating system 103 can add according to the difference of different parts the formula manufacture and require to select reasonably to add the formula manufacture, both can use the formula manufacturing equipment that adds of different location to add respectively formula manufacture work to different parts, and then send respectively the place of goods to described client 101 appointments; Also can the three unities add the formula manufacturing equipment with regard to can meet add when formula is manufactured demand be chosen in that same place carries out each parts add formula manufacture work, and then utilize robot to assemble different parts, then send the place of goods to described client 101 appointments.
Here, the formula manufacturing service demand that adds of described client 101 of take describes providing of above-mentioned service as two parts of same object as example, in two parts, one of them parts is working of plastics, another parts are steel and iron parts, and as shown in Figure 4, the described formula manufacturing service flow process that adds comprises:
Step 301: described client 101 is submitted to and is added formula manufacturing service demand, and described demand is two different parts of same object, and one is working of plastics, and one is steel and iron parts;
Step 302: described cloud operating system 103 adds formula manufacturing service demand according to what described client 101 was submitted to, with described client 101, carries out information feedback and confirmation, in order to select suitable method of service to carry out this subtask;
Step 303: according to described client 101 add formula manufacturing service demand, namely a working of plastics and a steel and iron parts, judge the services whether the formula manufacturing equipment can complete these two kinds of unlike material parts that adds in same place;
Step 304: when the adding the formula manufacturing equipment and can't complete the services of these two kinds of unlike material parts of same place, described cloud operating system 103 is called simultaneously two different local formula manufacturing equipments that add and has been coordinated this service role, namely in place one, carry out when working of plastics adds formula manufacture work, in place two carry out steel and iron parts add formula manufacture work;
Step 305: when same place add the formula manufacturing equipment can complete these two kinds of unlike material parts add formula manufacture work the time, what described cloud operating system 103 selected that these places carry out two kinds of unlike material parts adds formula manufacture work, and add respectively the formula manufacture without minute two places, now, when the parts of two unlike materials add the formula manufacture and complete, because two parts are positioned at same place, therefore can utilize easily robot to carry out appropriate assembling to two parts;
Step 306: will add the place that product that the formula manufacture obtains is sent to described client 101 appointments.
Such as, suppose that Beijing client specifies the recipient that this time adds the formula manufacturing service to be positioned at Guangdong, and its demand for services of submitting to is the different parts of same object: a working of plastics and a steel and iron parts, when this demand for services can be met in same place, the use procedure of system of the present invention is as follows: Beijing client connects cloud operating system by wired or wireless network, and sends demand data; Cloud operating system receives and analyzes demand data, extracts simultaneously the information data that Guangdong adds formula manufacturing service provider, further utilizes the intelligent optimization algorithm analysis to draw feasible program, feeds back to Beijing client; Beijing customer selecting preferred plan, suppose that selection scheme is for completing the print job of two different parts in Guangdong, cloud operating system, according to customer selecting, is dispatched Guangdong 3D print resource, in the situation that the materials deficiency realizes the automatic Loading materials, and the product manufacturing operation of execution client appointment; After completing manufacturing operation, can automatically remove modeling, then by robot, realize the assembling to different parts, finally deliver to the ，Ji Guangdong, recipient location of Beijing customer requirement.
When this printing demand must print in different location, the use procedure of system of the present invention was as follows: Beijing client connects cloud operating system by wired or wireless network, and sends demand data; Cloud operating system receives and analyzes demand data, extracts simultaneously Guangdong and adds formula manufacturing service provider information data, further utilizes the intelligent optimization algorithm analysis to draw feasible program, feeds back to Beijing client; Beijing customer selecting preferred plan, suppose that selection scheme is for carrying out working of plastics manufacture work in Guangdong, in Beijing, carry out steel and iron parts manufacture work, cloud operating system is according to customer selecting, dispatch respectively Guangdong and Beijing 3D and add formula manufacture resource, in the situation that the materials deficiency, the adding the formula manufacturing equipment and all can realize the automatic Loading materials of two places, and carry out the product manufacturing operation of client's appointment; After completing manufacturing operation, all can automatically remove modeling, then deliver to respectively the ，Ji Guangdong, recipient location of Beijing customer requirement.
To sum up, owing to having adopted above technical scheme, different demands for different clients, proposed by the invention add formula manufacturing resource scheduling system and all can satisfy the demands, and under certain condition, according to client's demand for services, different parts are assembled, thereby provided more humane more perfect service for the client.
The described formula manufacturing resource scheduling system that adds has been carried out integration to a certain degree to cloud computing with the emerging formula manufacturing industry that adds that 3D prints to representative, the current emerging bottleneck problems such as the existing resource-constrained of formula manufacturing industry that add that print to representative with 3D have been broken, met the most numerous clients' the many-sided demand of personalization, and advanced and emergingly add formula manufacturing development with what 3D printed to representative.
Above-described specific embodiment; purpose of the present invention, technical scheme and beneficial effect are further described; institute is understood that; the foregoing is only specific embodiments of the invention; be not limited to the present invention; within the spirit and principles in the present invention all, any modification of making, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (10)
- One kind based on cloud computing add formula manufacturing resource scheduling system, it is characterized in that, this system comprises: client (101), service end (102), cloud operating system (103), recipient (104), wherein:Described client (101) adds the formula manufacturing operation for request, it comprises several clients and equipment that can interconnection network, described client (101) is submitted to and to be added formula manufacturing service demand to described cloud operating system (103), and accepts to add formula manufacturing service feedback information from described cloud operating system (103);Described service end (102) adds the formula manufacturing operation for execution, it comprises a large amount of formula manufacturing equipments that add, described service end (102) sends to described cloud operating system (103) by the relevant intrinsic information of every Tai Jiashi manufacturing equipment and state information, reception adds formula manufacture request from described cloud operating system (103), complete and add accordingly the formula manufacturing service, and the product that will make is issued described recipient (104);Described cloud operating system (103) is for the work between the described client of Coordination Treatment (101) and service end (102), and the line correlation data of going forward side by side are processed;Described recipient (104) adds for reception the product that the formula manufacturing service obtains.
- 2. system according to claim 1, is characterized in that, described client (101) is carried out authentication and gathered relative clients information for the client of login.
- 3. system according to claim 1, is characterized in that, the described intrinsic information that adds the formula manufacturing equipment comprises and adds model size, material and/or the speed that the formula manufacturing equipment can manufacture; Described state information comprises and adds formula manufacturing equipment current whether existing manufacturing operation and/or manufacturing operation queue length.
- 4. system according to claim 1, is characterized in that, the described formula manufacturing equipment that adds calculates the materials of current manufacturing operation, and when materials are not enough the automatic Loading materials; When completing manufacturing operation, automatically carry out the model removal.
- 5. system according to claim 1, is characterized in that, described cloud operating system (103) comprises cloud data processing module and cloud data memory module, wherein:Described cloud data processing module is connected with described service end (102) with described client (101), for described client (101) and described service end (102), carrying out data interaction, analyze described client (101) but demand for services, solution is provided and carries out final scheme;Described cloud data memory module is connected with described cloud data processing module, stores for the relevant information that described cloud operating system (103) is produced.
- 6. one kind adds formula manufacturing resource scheduling method, it is characterized in that, the method comprises the following steps:Step S1, client contacts cloud operating system;Step S2, described client is submitted to and is added formula manufacturing service related needs information to described cloud operating system;Step S3, described cloud operating system receives the related needs information of submitting to from described client, and described demand information is processed;Step S4, described cloud operating system is selected the suitable formula manufacturing equipment that adds according to described demand information, and initiates connection request to service end;Step S5, after described cloud operating system and described service end connected, described service end fed back to described cloud operating system by optional all real-time dynamic informations that add the formula manufacturing equipment;Step S6, described cloud operating system is according to the demand information of described client and the state information that adds the formula manufacturing equipment of described service end, select the suitable formula manufacturing service scheme that adds, and some feasible programs are fed back to described client, by described client, determine the final formula manufacturing service scheme that adds;Step S7, described client is selected the feasible formula manufacturing service scheme that adds, and the scheme that will finally select sends back to described cloud operating system;Step S8, described cloud operating system, according to the scheme of the final selection of described client, is called and is added accordingly formula manufacturing service equipment, completes and adds accordingly the formula manufacturing service;Step S9, the product that described service end will finally make are sent to the preassigned place of delivery of described client.
- 7. method according to claim 6, it is characterized in that, the cloud data memory module of described cloud operating system stores relevant client intrinsic information and log-on message, and wherein, described client intrinsic information comprises relevant information and/or the customer personalized information for client identity identification; Described log-on message comprises time and/or the place of login.
- 8. method according to claim 6, is characterized in that, in described step S4, the demand information of at first submitting to according to described client is selected the suitable formula manufacturing equipment that adds; Secondly, according to the information of receiving that described client is submitted to, select to add the formula manufacturing equipment nearby.
- 9. method according to claim 6, is characterized in that, described step S8 is further comprising the steps:Step S81: described cloud operating system adds the formula manufacturing operation to the selected formula manufacturing service apparatus remote that adds;Step S82: calculate and currently add the formula that adds that the formula manufacturing service is relevant and manufacture data;Step S83: manufacture required printed material amount and the surplus material amount in data according to the described formula that adds, judge that whether material is sufficient, without filling, directly enters step S85 as the material abundance, otherwise enters step S84;Step S84: carry out the automatic Loading material to adding formula manufacturing service equipment;Step S85: carry out add add the formula manufacturing operation;Step S86: described add the formula manufacturing operation and complete after, automatically remove the product printed.
- 10. method according to claim 6, is characterized in that, also comprises step S10, and described client reconnects described cloud operating system after receiving product, receives and confirm and service evaluation.
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103885733A (en) * | 2014-03-10 | 2014-06-25 | 亿赞普(北京)科技有限公司 | Three-dimensional printing method and system |
| CN105313331A (en) * | 2015-02-03 | 2016-02-10 | 博纳云智（天津）科技有限公司 | Cloud control program of 3D printer |
| WO2016085334A3 (en) * | 2014-11-24 | 2016-09-29 | Additive Industries B.V. | Apparatus for producing an object by means of additive manufacturing and method for calibrating an apparatus |
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| CN103885733A (en) * | 2014-03-10 | 2014-06-25 | 亿赞普(北京)科技有限公司 | Three-dimensional printing method and system |
| US10618221B2 (en) | 2014-08-29 | 2020-04-14 | Microsoft Technology Licensing, Llc | Print bureau interface for three-dimensional printing |
| CN106575316A (en) * | 2014-08-29 | 2017-04-19 | 微软技术许可有限责任公司 | Three-dimensional printing |
| WO2016085334A3 (en) * | 2014-11-24 | 2016-09-29 | Additive Industries B.V. | Apparatus for producing an object by means of additive manufacturing and method for calibrating an apparatus |
| NL2013866B1 (en) * | 2014-11-24 | 2016-10-11 | Additive Ind Bv | System for managing production of objects by means of additive manufacturing as well as a related apparatus. |
| US11458539B2 (en) | 2014-11-24 | 2022-10-04 | Additive Industries B.V. | Apparatus for producing an object by means of additive manufacturing |
| CN105313331A (en) * | 2015-02-03 | 2016-02-10 | 博纳云智（天津）科技有限公司 | Cloud control program of 3D printer |
| CN107081911A (en) * | 2017-04-21 | 2017-08-22 | 广东云能计算机科技有限公司 | A kind of 3D printing cooperating manufacture system and method based on cloud service |
| CN108170388A (en) * | 2018-01-10 | 2018-06-15 | 北京航空航天大学 | Print out task dispatching method, apparatus and system |
| CN108170388B (en) * | 2018-01-10 | 2021-01-05 | 北京航空航天大学 | Print task scheduling method, device and system |
| CN108803536A (en) * | 2018-07-25 | 2018-11-13 | 浙江工业大学 | One kind manufacturing light-catalysed processing method and processing platform based on cloud |
| CN112917919A (en) * | 2021-02-05 | 2021-06-08 | 湖南汽车工程职业学院 | 3D prints system of processing based on intelligence cloud calculates |
| CN112917919B (en) * | 2021-02-05 | 2022-03-22 | 湖南汽车工程职业学院 | 3D prints system of processing based on intelligence cloud calculates |
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