CN204465591U - A kind of real-time carbon accounting system of textile industry based on Internet of Things and cloud computing platform - Google Patents
A kind of real-time carbon accounting system of textile industry based on Internet of Things and cloud computing platform Download PDFInfo
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- CN204465591U CN204465591U CN201520088985.8U CN201520088985U CN204465591U CN 204465591 U CN204465591 U CN 204465591U CN 201520088985 U CN201520088985 U CN 201520088985U CN 204465591 U CN204465591 U CN 204465591U
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Abstract
The utility model discloses a kind of real-time carbon accounting system of textile industry based on Internet of Things and cloud computing platform, cloud detection identification acquisition terminal, interface server, high in the clouds Resource Storage module, application terminal; The utility model improves the automatic control ability of energy consumption acquisition terminal, adaptive capacity to environment and deployment flexibility; To comprehensively assess textile enterprise's energy consumption, the large data providing all relevant energy consumptions of textile production store, process and analytic function, and provide the mobile access function of analysis result and the cloud computing system for textile enterprise's energy consumption monitoring of user oriented task.The utility model proposes the cloud computing system for textile enterprise's energy consumption monitoring can unifying to coordinate Multi-User Multi-Task; Various textile manufacturing energy consumption can be assessed, and provide comprehensive energy consumption index and existing production line, production technology at the energy consumption level of the same industry; There is storage, process and analyze the ability of the large data of textile production energy consumption and mobile access systemic-function.
Description
Technical field
The utility model belongs to field of cloud computer technology, particularly relates to a kind of real-time carbon accounting system of textile industry based on Internet of Things and cloud computing platform.
Background technology
Energy resource consumption is one of cost of wanting of textile manufacturing corporate boss, and different technology types, production management organizational form, all have appreciable impact to energy resource consumption.Needed for textile manufacturing enterprise, energy source type is numerous, comprehensively grasps enterprise energy consumption situation and energy consumption level residing in the same industry, has larger value to decision-making of production management.At present, in textile manufacturing enterprise energy consumption monitoring technical field, mainly contain energy consumption acquisition terminal technology, energy measurement instrument management technology, the monitoring technology of independent a kind of enterprise energy consumption.For the energy consumption assessing a certain production procedure or technique in the whole industry, also there is no technology in this respect at present, cloud computing is a kind of informationization solution pattern that can provide computational resource as required, and the specific requirement can assessed in industry present position for enterprise energy consumption, develops concrete application system.
Although existing energy consumption acquisition terminal can collection site data, and alarm is carried out to abnormal conditions, but there are 3 aspect problems: 1, alarm threshold needs manual presetting, and workload is large, adjustment cycle is long, to external world the bad adaptability of situation change (as rapidoprint); 2, energy consumption acquisition terminal lacks independently-powered stable-pressure device, when production equipment energy consumption acute variation, can affect the normal work of energy consumption acquisition terminal self, the poor robustness of system; 3, without virtual machine support, all kinds of energy consumption acquisition terminal lacks the ability of collaborative work, the very flexible of system extension.
Although existing energy measurement instrument management technology can to different energy sources medium, the technological process of energy measurement clearing involved by instrument, point position, setup parameter, mter model and configuration, record of examination, inspection standard record show in a computer and are stored in different electrical forms (EXCEL file) and scalar file (AUTO cad file), achieve and dynamically update.But these technology exist 3 aspect problems: 1, for computer monitoring system, lack relevance between each electrical form, automatic analysis and assessment cannot be carried out; 2, owing to adopting computer documents management system to carry out data storage, required memory space is large, and related data easily occurs inconsistent, and automatic analysis capability is poor, needs larger labor workload to safeguard; 3, need ordinary PC to do monitor terminal, cannot monitor whenever and wherever possible under mobile working state.
Although existing enterprise's energy-consumption monitoring system can provide support for decision-making, there are following 4 aspect problems in these technology: the monitoring 1, only providing a kind of energy consumption, as electric energy, steam etc., can comprehensively assess enterprise's energy consumption; 2, unification does not consider all textile production energy consumptions such as water, electricity, gas, oil, coal, for decision-making provides composite index; 3, there is no store historical data, longitudinal energy consumption laws model cannot be provided, cause the experience of the judgement heavy dependence producers of energy consumption state; 4, do not network with other relevant enterprise monitoring systems, cannot Real-Time Monitoring enterprise associated production flow process, technique, position residing for energy consumption type in whole industry.
Existing cloud computing system actualizing technology is design virtual device management module or framework, there is provided virtual computational resource (as virtual cpu), storage resources, secure resources for computer system, these technology do not consider specific requirement and the feature of application.
Existing cloud computing application technology provides the application technical solution scheme of user oriented application technical solution scheme and oriented mission grade, but does not consider the homogeney of user task, goes forward side by side professional etiquette about, to Internet resources and computing resource waste larger.
Utility model content
The purpose of this utility model is to provide a kind of real-time carbon accounting system of textile industry based on Internet of Things and cloud computing platform, is intended to solve the cloud computing system problem can not unifying the energy consumption monitoring coordinating Multi-User Multi-Task in textile manufacturing enterprise energy consumption monitoring technical field.
The utility model realizes like this, based on the real-time carbon accounting system of textile industry of Internet of Things and cloud computing platform, should comprise based on real-time carbon accounting system of textile industry of Internet of Things and cloud computing platform: cloud detection identification acquisition terminal, interface server, high in the clouds Resource Storage module, application terminal;
Cloud detection identification acquisition terminal, for being deployed in each inside plants different in geographical position, can consume measuring equipment by a large amount of power consumption measuring equipments, water, steam consumption measuring equipment, oil consumption measuring equipment, consumption of coal measuring equipment form; To sending data to factor interface server;
Interface server, to be monitored with modbus communication protocol and cloud by industrial bus technology and identifies that acquisition terminal is connected, for realizing the connection of cloud detection identification acquisition terminal and high in the clouds Resource Storage module;
High in the clouds Resource Storage module, is connected with interface server with ICP/IP protocol by RJ45 interface, for providing the cloud application server of user oriented and task, the cloud webserver, large data storage device;
Application terminal, with high in the clouds Resource Storage model calling, for realizing the connection of terminal and high in the clouds Resource Storage module.
Further, Resource Storage module in high in the clouds also comprises cloud application server, the cloud webserver, the large data storage device of user oriented and task;
The cloud application server of user oriented and task, adopt computer programming language exploitation to consider user type, task type, the logic of business functions of task grade and security permission simultaneously, stipulations calculating is carried out to the task that the different user with identical authority proposes, provides service by task grade;
The cloud webserver, for the request of responsible response application terminal, and is supplied to application terminal by operation result;
Large data storage device, stores for responsible the energy consumption data that on-the-spot cloud monitoring identifies acquisition terminal collection;
Further, application terminal also comprises multiple PC terminals and mobile terminal; For supporting that user monitors the energy consumption state of enterprise whenever and wherever possible.
Further, cloud detection identification acquisition terminal also comprises: energy consumption estimates instrument, on-the-spot alarm equipment, converter, alarm threshold automatic regulating module, virtual machine platform, voltage-stabilizing protection device, independent power supply device.
Virtual machine platform, supports the flexible expansion of application;
Independent power supply device and voltage-stabilizing protection device, for ensureing monitoring terminal stable operation.
Further, interface server gathers server by interface and connects high in the clouds Resource Storage module.
Further, mode in parallel or the mode that adopts tree-like forest to connect is adopted to be connected with high in the clouds Resource Storage module between each interface server.
The real-time carbon accounting system of textile industry based on Internet of Things and cloud computing platform that the utility model provides, improves the automatic control ability of energy consumption acquisition terminal, adaptive capacity to environment and dispose flexibility; Textile enterprise's energy consumption be will comprehensively assess, all energy consumption types and the assessment of existing technique in industry present position comprised; The large data providing all relevant energy consumptions of a kind of textile production store, process and analytic function, and provide the mobile access function of analysis result; Provide the cloud computing system for textile enterprise's energy consumption monitoring of user oriented task.The utility model proposes a kind of cloud computing system for textile enterprise's energy consumption monitoring can unifying to coordinate Multi-User Multi-Task; Various textile manufacturing energy consumption can be assessed, and provide comprehensive energy consumption index and existing production line, production technology at the energy consumption level of the same industry; In addition; Also there is storage, process and analyze the ability of the large data of textile production energy consumption and mobile access systemic-function.
Accompanying drawing explanation
Fig. 1 is the textile industry real-time carbon accounting system structural representation based on Internet of Things and cloud computing platform that the utility model embodiment provides;
Fig. 2 is the structural representation of the cloud detection identification acquisition terminal that the utility model embodiment provides;
Fig. 3 is the structural representation that the high in the clouds Resource Storage module that provides of the utility model embodiment and interface gather server;
In figure: 1, cloud detection identification acquisition terminal; 1-1, energy consumption estimate instrument; 1-2, on-the-spot alarm equipment; 1-3, converter; 1-4, alarm threshold automatic regulating module; 1-5, virtual machine platform; 1-6, voltage-stabilizing protection device; 1-7, independent power supply device; 2, interface server; 3, high in the clouds Resource Storage module; The cloud application server of 3-1, user oriented and task; 3-2, the cloud webserver; 3-3, large data storage device; 4, application terminal; 4-1, PC terminal; 4-2, mobile terminal; 5, interface gathers server.
Embodiment
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with embodiment, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.There is not the innovation of method or software in the utility model.
Below in conjunction with drawings and the specific embodiments, application principle of the present utility model is further described.
As shown in Figure 1, the real-time carbon accounting system of textile industry based on Internet of Things and cloud computing platform of the utility model embodiment is primarily of cloud detection identification acquisition terminal 1, interface server 2, high in the clouds Resource Storage module 3, application terminal 4;
Cloud detection identification acquisition terminal 1, for being deployed in each inside plants different in geographical position, can consume measuring equipment by a large amount of power consumption measuring equipments, water, steam consumption measuring equipment, oil consumption measuring equipment, consumption of coal measuring equipment form; To sending data to factor interface server 2;
Interface server 2, to be monitored with modbus communication protocol and cloud by industrial bus technology and identifies that acquisition terminal 1 is connected, for realizing the connection of cloud detection identification acquisition terminal and high in the clouds Resource Storage module;
High in the clouds Resource Storage module 3, is connected with interface server 2 with ICP/IP protocol by RJ45 interface, for providing the cloud application server of user oriented and task, the cloud webserver, large data storage device;
Application terminal 4, is connected with high in the clouds Resource Storage module 3, for realizing the connection of terminal and high in the clouds Resource Storage module 3.
High in the clouds Resource Storage module 3 also comprises cloud application server 3-1, the cloud webserver 3-2 of user oriented and task, large data storage device 3-3;
The cloud application server 3-1 of user oriented and task, adopt computer programming language exploitation to consider user type simultaneously, task type, the logic of business functions of task grade and security permission, stipulations calculating is carried out to the task that the different user with identical authority proposes, provides service by task grade;
Cloud webserver 3-2, for the request of responsible response application terminal 4, and is supplied to application terminal 4 by operation result;
Large data storage device 3-3, stores for responsible the energy consumption data that on-the-spot cloud monitoring identifies acquisition terminal 1 collection;
Application terminal 4 also comprises a large amount of PC terminal 4-1 and mobile terminal 4-2; For supporting that user monitors the energy consumption state of enterprise whenever and wherever possible.
As shown in Figure 2, the cloud detection identification acquisition terminal 1 of the utility model embodiment also comprises: energy consumption estimates instrument 1-1, on-the-spot alarm equipment 1-2, converter 1-3, alarm threshold automatic regulating module 1-4, virtual machine platform 1-5, voltage-stabilizing protection device 1-6, independent power supply device 1-7;
Automatic regulating module 1-4, for automatically adjusting the alarm threshold of alarm threshold;
Virtual machine platform 1-5, that supports application can flexible expansion;
Independent power supply device 1-7 and voltage-stabilizing protection device 1-6, for ensureing monitoring terminal stable operation;
As shown in Figure 3, interface server 2 gathers server 5 by interface and connects high in the clouds Resource Storage module 3.
Operation principle of the present utility model:
The utility model comprises the cloud monitoring being deployed in each factory site and identifies acquisition terminal 1, concentrates the high in the clouds Resource Storage module 3 of disposing, application terminal 4 and the interface server 2 being connected each factory and high in the clouds Resource Storage module 3;
Wherein, on-the-spot cloud monitoring identifies that acquisition terminal 1 is deployed in each different inside plants of geographical position, can consume measuring equipment, steam consumption measuring equipment, oil consumption measuring equipment, consumption of coal measuring equipment etc. form by a large amount of power consumption measuring equipments, water.These energy resource consumption measuring equipments 1-1 except there is different energy consumptions and estimate instrument; all comprise the signal converter 1-3 sending data to factor interface server 2; on-the-spot alarm equipment 1-2; there is the alarm threshold automatic regulating module 1-4 of the automatic adjustment alarm threshold in application high in the clouds; that supports above application can the virtual machine platform 1-5 of flexible expansion, ensures independent power supply device 1-7 and the voltage-stabilizing protection device 1-6 of monitoring terminal stable operation.
Interface server 2 to be monitored with modbus communication protocol and cloud by industrial bus technology and is identified that acquisition terminal 1 is connected, and is connected with ICP/IP protocol by RJ45 interface with high in the clouds Resource Storage module 3.The mode adopting parallel connection between each interface server 2 or the mode adopting tree-like forest to connect are connected with high in the clouds Resource Storage module 3.
When adopting forest mode to connect, the same when the actualizing technology of leaf nodes connects with parallel way, it is all by RJ45 interface and ICP/IP protocol that interface gathers the mode that server 5 node is connected with other parts, plays transfer of data route.
Parallel way connect be applicable to Internet network connect, forest mode connect be applicable to private network connect.
High in the clouds Resource Storage module 3 comprises cloud application server 3-1, the cloud webserver 3-2 of user oriented and task, large data storage device 3-3.
The cloud application server 3-1 of user oriented and task adopts computer programming language exploitation to consider user type, task type, the logic of business functions of task grade and security permission simultaneously.Stipulations calculating is carried out to the task that the different user with identical authority proposes, provides service by task grade, reduce the consumption of Internet resources and computational resource.
Cloud webserver 3-2 is responsible for the request of response application terminal 4, and operation result is supplied to application terminal 4.
Large data storage device 3-3 is responsible for storing on-the-spot cloud monitoring and identifies the energy consumption data that acquisition terminal 1 gathers.
Application terminal 4 comprises a large amount of PC terminal 4-1 and mobile terminal 4-2, supports that user monitors the energy consumption state of enterprise whenever and wherever possible.Specifically comprise different factory, different production process, various processes, different real-time status of producing raw material, different energy sources type, historic state; Existing production process, production technology, production raw material energy consumption level are in decision references data such as the positions of the same industry.
The cloud monitoring that the utility model has training alarm threshold function automatically identifies acquisition terminal; The cloud monitoring with independently-powered stable-pressure device function identifies acquisition terminal; The cloud monitoring with collaborative work ability of loaded virtual machine identifies acquisition terminal; The large data storage technology of textile industry energy consumption monitoring; Textile industry energy consumption monitoring system mobile touch screen terminal; Comprehensive consideration all textile enterprise energy consumption type; Provide the comprehensive monitoring assessment technology of all energy consumptions of a kind of textile enterprise; The storage system of all energy consumption monitoring data of textile enterprise and energy consumption consumption models; Textile industry enterprise energy consumption monitoring system interconnection system, realizes the proficiency assessment of energy resource consumption in the whole industry; There is the textile industry energy consumption monitoring system cloud computing system of homogeneity task stipulations function.
The utility model advantage compared with prior art:
1, prior art: alarm threshold needs manual presetting, and workload is large, and adjustment cycle is long, to external world the bad adaptability of situation change (as rapidoprint); Energy consumption acquisition terminal lacks independently-powered stable-pressure device, when production equipment energy consumption acute variation, can affect the normal work of energy consumption acquisition terminal self, the poor robustness of system; Without virtual machine support, all kinds of energy consumption acquisition terminal lacks the ability of collaborative work, the very flexible of system extension;
The utility model has alarm threshold automatic regulating module, realizes alarm threshold and automatically adjusts; There is independent power supply device and voltage-stabilizing protection device, improve the robustness of system; There is virtual machine platform, improve the flexibility of system extension and the harmoniously working capability of terminal.
2, prior art is for computer monitoring system, lacks relevance between each electrical form, cannot carry out automatic analysis and assessment; Owing to adopting computer documents management system to carry out data storage, required memory space is large, and related data easily occurs inconsistent, and automatic analysis capability is poor, needs larger labor workload to safeguard; Need ordinary PC to do monitor terminal, cannot monitor whenever and wherever possible under mobile working state;
The utility model provides the interface server of large data storage function and factory-level, realizes association and the organic combination of data, reduces memory space, ensures data consistency, facilitates automatic analysis and risk assessment; There is provided mobile terminal, monitoring state whenever and wherever possible.
3, prior art only provides a kind of monitoring of energy consumption, as electric energy, steam etc., can not comprehensively assess enterprise's energy consumption; Unification does not consider all textile production energy consumptions such as water, electricity, gas, oil, coal, for decision-making provides composite index; There is no store historical data, longitudinal energy consumption laws model cannot be provided, cause the experience of the judgement heavy dependence producers of energy consumption state; Do not network with other relevant enterprise monitoring systems, cannot Real-Time Monitoring enterprise associated production flow process, technique, position residing for energy consumption type in whole industry;
The cloud monitoring that the utility model provides the various energy consumption comprising energy consumption monitoring such as electric energy, steam to estimate instrument and converter identifies acquisition terminal, considers the assessment of various energy consumption; There is provided the cloud application server of user oriented and task, unification considers all textile production energy consumptions such as water, electricity, gas, oil, coal, for decision-making provides composite index; Large data storage device store historical data is provided, longitudinal energy consumption laws model is provided, reduce the experience relying on producers and judge energy consumption state.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection range of the present utility model.
Claims (6)
1. the real-time carbon accounting system of textile industry based on Internet of Things and cloud computing platform, it is characterized in that, should comprise based on the real-time carbon accounting system of textile industry of Internet of Things and cloud computing platform: cloud detection identification acquisition terminal, interface server, high in the clouds Resource Storage module, application terminal;
Interface server and cloud are monitored and are identified that acquisition terminal is connected, and high in the clouds Resource Storage module is connected with interface server by RJ45 interface, application terminal and high in the clouds Resource Storage model calling.
2., as claimed in claim 1 based on the real-time carbon accounting system of textile industry of Internet of Things and cloud computing platform, it is characterized in that, high in the clouds Resource Storage module also comprises cloud application server, the cloud webserver, the large data storage device of user oriented and task.
3., as claimed in claim 1 based on the real-time carbon accounting system of textile industry of Internet of Things and cloud computing platform, it is characterized in that, application terminal also comprises for supporting that user monitors multiple PC terminal and the mobile terminal of enterprise's energy consumption state whenever and wherever possible.
4. as claimed in claim 1 based on the real-time carbon accounting system of textile industry of Internet of Things and cloud computing platform; it is characterized in that, cloud detection identification acquisition terminal also comprises: energy consumption estimates instrument, on-the-spot alarm equipment, converter, alarm threshold automatic regulating module, virtual machine platform, voltage-stabilizing protection device, independent power supply device.
5., as claimed in claim 1 based on the real-time carbon accounting system of textile industry of Internet of Things and cloud computing platform, it is characterized in that, interface server gathers server by interface and connects high in the clouds Resource Storage module.
6. as claimed in claim 1 based on the real-time carbon accounting system of textile industry of Internet of Things and cloud computing platform, it is characterized in that, be provided with multiple interface server, the mode adopting parallel connection between each interface server or the mode adopting tree-like forest to connect are connected with high in the clouds Resource Storage module.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105825461A (en) * | 2016-02-04 | 2016-08-03 | 厦门奥普拓自控科技有限公司 | Urban carbon emission intelligent management cloud platform |
| CN109933024A (en) * | 2018-12-25 | 2019-06-25 | 安徽三马信息科技有限公司 | A kind of industrial energy consumption monitoring management system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105825461A (en) * | 2016-02-04 | 2016-08-03 | 厦门奥普拓自控科技有限公司 | Urban carbon emission intelligent management cloud platform |
| CN109933024A (en) * | 2018-12-25 | 2019-06-25 | 安徽三马信息科技有限公司 | A kind of industrial energy consumption monitoring management system |
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Granted publication date: 20150708 Termination date: 20160209 |