CN111445213A - Network management system for incubation service of park enterprise - Google Patents
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- 239000000463 material Substances 0.000 description 8
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Abstract
The invention relates to the technical field of enterprise incubation management, in particular to a network management system for park enterprise incubation service, which comprises: the application module is used for receiving and sending a data request; the management module is used for receiving and detecting the size of the file and sequencing the data requests from low to high according to the size of the file; the coordination module is used for acquiring the residual processing time of the data request and judging the residual processing time and the time threshold value; the processing module is used for sending a data request with the residual processing time less than the time threshold value and then sending a data request with the residual processing time more than or equal to the time threshold value; and the approval module is used for receiving the data requests in sequence and approving the transactions in the data requests. The invention reduces the requirement of bandwidth and solves the technical problems of high network pressure in a park and poor office experience of enterprise employees.
Description
Technical Field
The invention relates to the technical field of enterprise incubation management, in particular to a network management system for park enterprise incubation service.
Background
The enterprise incubator is also called a high and new technology entrepreneurship service center, and provides a series of service support by providing physical space and infrastructure for newly entrepreneurship small and medium-sized scientific and technological enterprises, thereby reducing entrepreneurship risk and entrepreneurship cost of entrepreneurship, improving entrepreneurship success rate, promoting scientific and technological achievement conversion and culturing successful enterprises and entrepreneurs.
The existing enterprise hatching service platform generally has the problems of short creation time, incomplete service function, incomplete construction of the integrity of an industrial chain, poor enterprise relevance and the like. Therefore, enterprises in the parks are easy to be malposed, so that the enterprises are frequently replaced, and the information sharing among the parks is not facilitated. In this regard, document CN110084485A discloses a park-associated enterprise hatching management system; the system comprises an application module, an approval module and a management module, wherein the application module is used for providing a platform for an enterprise needing to be applied for enrollment, supplying enterprise data counted by the management module to the application module for screening and distribution, the approval module is used for approving transactions in a garden, the approval module is used for approving the transactions distributed by the application module during the operation of the enterprise, and the management module comprises a counting unit, an industrial chain unit and a time scheduling unit; according to the method, the management module is arranged, an industrial chain unit in the management module analyzes an industrial chain in a park, a missing link on the industrial chain is determined, then the missing link is issued to the application module, an accessible enterprise is determined, and the construction of the whole industrial chain is completed; the inside of the industrial chain can form an attaching relation with each other, and the normal hatching of enterprises is ensured.
The entrepreneur selects an entrepreneur service park in order to save time and reduce walking in the entrepreneur process, create entrepreneur gathering effect and improve entrepreneur success rate. Particularly, after relevant laws and regulations and policies for encouraging entrepreneurship are released, a large number of entrepreneurs submit applications to the entrepreneurship service park. For example, an entrepreneur in a campus submits an online application at an APP of a mobile terminal, and data requests of the online application are transmitted to a router through an intranet and then transmitted to a server through the intranet or extranet router; and finally, the server sends the data request to the terminal, and the staff performs auditing. Thus, the storage space of the router is relatively small, and the data request of the creator is generally relatively large, so that the router faces a huge bandwidth pressure when sending the data request to the server. In addition, the bandwidth requirement of working in the park is caused to conflict with the bandwidth requirement of data request approval, so that great pressure is caused to a network system of the park, the cost of the park is increased, and the office experience of enterprise staff is reduced.
Disclosure of Invention
The invention provides a network management system for park enterprise incubation service, which solves the technical problems of high network system pressure, high cost and poor office experience of enterprise employees in a entrepreneurship service park.
The network management system for the incubation service of the park enterprise based on the basic scheme provided by the invention comprises the following components: the application module is used for receiving a data request submitted by an enterprise applying for residence and sending the data request, wherein the data request comprises the remaining processing time; the management module is used for receiving the data requests, detecting the sizes of the files, sequencing the data requests according to the sizes of the files from low to high, and sending the data requests according to the sequenced sequence; the coordination module is used for receiving the data requests of the arranged sequence, acquiring the residual processing time of the data requests one by one, and judging the residual processing time and the preset time threshold value; the processing module is used for sending a data request with the residual processing time less than the time threshold value and then sending a data request with the residual processing time more than or equal to the time threshold value; when a data request with the residual processing time smaller than a time threshold is sent, the residual processing time is before short, and the residual processing time is after long; when the data request with the residual processing time larger than or equal to the time threshold is sent, sending the data request according to the arranged sequence; and the approval module is used for receiving the data requests in sequence and approving the transactions in the data requests.
The working principle of the invention is as follows: the peak-off interaction comprises two logics, wherein one logic is used for detecting the size of the files and sequencing according to the size of the files; and secondly, acquiring the residual processing time of the data request, and judging the residual processing time and the time threshold. The peak staggering is realized by: in general, data requests with smaller files are processed preferentially; in a special case, that is, when the remaining processing time is less than the time threshold, it means that the data request is relatively urgent, and the data request with a short remaining processing time is preferentially processed. That is, a priority is given to a small file in general, and a priority is given to a short remaining processing time in a special case (remaining processing time is less than a time threshold). The invention has the advantages that: in normal times, the data request with small file is preferentially processed, so that the bandwidth pressure of a network system of the entrepreneurship service park can be reduced, and the office experience of enterprise staff is improved; and only in special cases, urgent data requests are processed preferentially, so that the influence on the bandwidth pressure is reduced to the maximum extent.
The invention realizes the peak-to-peak interaction through two judgment logics of the file size and the residual processing time, effectively reduces the requirement on the bandwidth, and well solves the technical problems of high network system pressure, high cost and poor office experience of enterprise employees in the entrepreneurship service park.
Furthermore, the application module also comprises an examination unit which is used for carrying out qualification examination on the applied enterprises and filtering out the data requests of the enterprises which do not meet the qualification examination. Has the advantages that: through qualification examination, the basic conditions of the enterprises can be quickly known, so that the enterprises which do not meet the qualification are excluded in advance, and the processing efficiency is improved.
Furthermore, the application module further comprises an accounting unit for accounting the cost occupied by the applied enterprises and filtering out the data requests of the enterprises whose occupied cost exceeds the preset threshold. Has the advantages that: cost accounting is carried out on the applied enterprises, so that the enterprises occupying higher cost can be conveniently removed in advance, and the processing efficiency is improved.
Furthermore, the management module also comprises a statistic unit for counting the resource use condition in the park. Has the advantages that: the method is convenient for knowing the occupation situation of the resources in the park in real time, thereby providing reference for the processing of the data request.
Further, the management module further comprises an industry unit used for analyzing the industry chain in the garden and screening out enterprises with missing industry chains. Has the advantages that: the high-quality enterprises with industrial chain loss can be found conveniently in time.
Further, the management module further comprises a time unit for scheduling and dispatching the working time. Has the advantages that: enterprises with the same working time or working time staggered can be selected conveniently according to needs, and accordingly convenience in approval is provided pertinently.
Furthermore, the examination and approval module also comprises a daily unit and an emergency unit; the daily unit is used for examining and approving daily affairs, and the emergency unit is used for examining and approving emergency affairs. Has the advantages that: and daily and urgent affairs are respectively processed, so that the efficiency is improved.
Furthermore, the examination and approval module also comprises a cooperation unit which is used for examining and approving the affairs needing to be examined and approved together. Has the advantages that: transactions requiring coordinated processing can be processed at the fastest speed.
Further, the coordination module comprises a receiving unit and a judging unit; the receiving unit is used for receiving the data requests of the arranged sequence and obtaining the residual processing time of the data requests; the judging unit is used for judging the residual processing time and the size of the time threshold. Has the advantages that: the system is convenient for each job and reduces the error probability.
Further, the processing module comprises a first unit and a second unit; the first unit sends data before the second unit; the first unit is used for sending a data request with the residual processing time smaller than a time threshold, wherein the residual processing time is short before and long after; the second unit is used for sending the data requests with the residual processing time larger than or equal to the time threshold value according to the arranged sequence. Has the advantages that: and the requirement on the bandwidth is reduced by a peak shifting interaction mode.
Drawings
Fig. 1 is a system configuration block diagram of an embodiment 1 of a network management system for a campus enterprise incubation service according to the present invention.
Detailed Description
The following is further detailed by the specific embodiments:
example 1
An embodiment 1 of the network management system for a campus enterprise incubation service according to the present invention is substantially as shown in fig. 1, and includes: the application module is used for receiving a data request submitted by an enterprise applying for residence and sending the data request; the management module is used for receiving the data requests, detecting the sizes of the files, sequencing the data requests according to the sizes of the files from low to high, and sending the data requests according to the sequenced sequence; the coordination module is used for receiving the data requests of the arranged sequence, acquiring the residual processing time of the data requests and judging the residual processing time and the time threshold value; the processing module is used for sending a data request with the residual processing time less than the time threshold value and then sending a data request with the residual processing time more than or equal to the time threshold value; when a data request with the residual processing time smaller than a time threshold is sent, the residual processing time is before short, and the residual processing time is after long; when the data request with the residual processing time larger than or equal to the time threshold is sent, sending the data request according to the arranged sequence; and the approval module is used for receiving the data requests in sequence and approving the transactions in the data requests.
The application module comprises an examination unit and an accounting unit. And when the application module receives a data request for applying for parking submitted by an enterprise, the examination unit examines the qualification of the enterprise applying for parking in the park. If the enterprise is not qualified according to the law, the enterprise is filtered out and is not processed next, so that the enterprise with relevant qualification is left. For example, the national law has certain limitation on export of semiconductors, and relates to the high and new technology industry of semiconductors, and if the enterprise includes export services of semiconductors and related technologies thereof, the enterprise needs to have certain qualification. Through qualification examination, the basic conditions of the enterprises can be quickly known, the enterprises which do not meet the qualification are excluded in advance, and the processing efficiency is improved. Then, the accounting unit carries out cost accounting on the enterprises meeting the qualification one by one, and estimates and receives various costs spent by the enterprises and the park. If the cost of some enterprises exceeds a preset threshold, they are filtered out. For example, for the enterprises involving polymer materials, the demand for electricity and site is high, and a large amount of capital is spent for disposing of pollution discharge matters. It can be seen that the cost of receiving such enterprises is relatively high. At this point, the highest cost that the campus can accept is established, i.e., a preset cost threshold, say 500 ten thousand dollars/year. When the annual cost of an enterprise which checks out a certain high polymer material is higher than 500 ten thousand yuan per year, for example, 600 ten thousand yuan per year, the enterprise is filtered out and is not considered. Therefore, enterprises with higher cost are removed in advance, the cost of the park can be reduced, and the processing efficiency can be improved. After two rounds of filtering, enterprises which meet qualification conditions and are relatively low in cost are left, and the application module sends data requests for application and enrollment of the enterprises to the management module.
After receiving the data request, the management module detects the sizes of the files one by one; then, the data requests are sorted according to the file size from low to high, and the data requests are sent according to the sorted sequence. For example, the enterprises applying for enrollment include company a, company B, company C, company D, company E, and company F, for a total of 6 enterprises. The document material provided by company A is 2MB, and the examination is required to be completed within 3 days; the document material provided by company B is 1MB, and the examination is required to be completed within 5 days; the document material provided by company C is 5Mb, and the examination is required to be completed within 15 days; the document material provided by company D is 8MB, and the examination is required to be completed within 1 day; the document material provided by company E is 0.5MB, and requires that the examination be completed within 7 days; company F provides 10MB of document material and requests that the review be completed within 2 days.
Thus, the file sizes of the applied materials of these 6 enterprises, i.e., company A-2 MB, company B-1 MB, company C-5 Mb, company D-8 MB, company E-0.5 MB, and company F-10 MB, were checked one by one. The file sizes of the 6 enterprise application materials should be E, B, A, C, D, F in descending order, that is, the management module sends the data requests of the 6 enterprises to the coordination module in E, B, A, C, D, F order.
The coordination module comprises a receiving unit and a judging unit, wherein the receiving unit receives the data requests of the arranged sequence, namely E, B, A, C, D, F; then, the remaining processing time of the 6 enterprise data requests is acquired one by one, namely: company A-3 days, company B-5 days, company C-15 days, company D-1 days, company E-7 days, and company F-2 days. Next, the determination unit determines the sizes of the remaining processing time and the time threshold value for 6 enterprises one by one, and the time threshold value may be set manually, and is set here to 3 days. Thus, the remaining processing time for company D and company F is less than the time threshold, and the remaining processing time for company a, company B, company C, and company E is either equal to or greater than the time threshold.
The processing module comprises a first unit and a second unit, and the first unit sends data before the second unit. The first unit sends a data request with the residual processing time less than a time threshold, wherein the residual processing time is short before and long after; the second unit transmits data requests having a remaining processing time greater than or equal to the time threshold value in the sorted sequence. That is, the first unit transmits data requests of company D and company F, with the data request of company D preceding the data request of company F; the second unit sends the data requests of company A, company B, company C and company E in the order of file size from low to high, that is, sends the data requests of company E, company B, company A and company C in turn.
And the approval module receives the data requests in sequence and approves the transactions in the data requests. That is, the approval module receives data requests of company D, company F, company E, company B, company A and company C in sequence, and then performs approval according to the sequence of the receiving.
Example 2
The only difference from example 1 is that: the management module further comprises a statistic unit, an industry unit and a time unit. After the management module receives the data request for applying for parking, firstly, the statistical unit performs statistics on the resource use condition in the park to know the resource occupation condition in the park. For example, the remaining amount of land and factory building, the available condition of electric power facilities, and the supporting services of environment, security, etc. Therefore, the actual situation of the garden can be fully considered, and the enterprise is suitable to be introduced. For example, when the land margin is small, it is not suitable for introducing into the related enterprises of the manufacturing industry, because of the need to build a large factory building for the manufacturing industry. And then, the industrial unit analyzes the industrial chain in the park, screens out the enterprise with the industrial chain missing, and finds out the high-quality enterprise with the industrial chain missing. A complete industrial chain is beneficial to reducing the cost of enterprises. For example, polycarbonate is needed in the manufacturing process of bullet-proof glass, and if there is no polycarbonate producer in the campus, the bullet-proof glass producer needs to search for a polycarbonate supplier outside the campus. If, at this point, a company that manufactures polycarbonate applies for a park, a loop in the supply and demand chain is just completed. Thus, the bullet-proof glass manufacturer does not need to search out of the campus for suppliers of polycarbonate. Thereby reducing the cost of the enterprise. Then, the time unit schedules and schedules the working time, and enterprises with the same working time or with working time staggered are selected according to needs, so that convenience in examination and approval is provided in a targeted manner. For example, the manufacturing process of some precision parts is automatically controlled by a numerical control machine, and the labor participation is hardly needed, so that the enterprises can completely produce the precision parts at night. Therefore, the influence of noise on other enterprises during production in the daytime is avoided, and the working time of most of enterprises can be staggered by introducing the enterprises.
The approval module further comprises a daily unit, an emergency unit and a cooperation unit. The daily unit approves daily matters, such as changing legal representatives. The emergency unit approves emergency transactions, such as large scale excess electricity usage. The cooperation unit examines and approves the affairs needing to be examined and approved together, for example, the affairs which relate to a plurality of departments and need to be coordinated. The transaction is classified in this way, which is beneficial to improving efficiency.
The foregoing is merely an example of the present invention, and common general knowledge in the field of known specific structures and characteristics is not described herein in any greater extent than that known in the art at the filing date or prior to the priority date of the application, so that those skilled in the art can now appreciate that all of the above-described techniques in this field and have the ability to apply routine experimentation before this date can be combined with one or more of the present teachings to complete and implement the present invention, and that certain typical known structures or known methods do not pose any impediments to the implementation of the present invention by those skilled in the art. It should be noted that, for those skilled in the art, without departing from the structure of the present invention, several changes and modifications can be made, which should also be regarded as the protection scope of the present invention, and these will not affect the effect of the implementation of the present invention and the practicability of the patent. The scope of the claims of the present application shall be determined by the contents of the claims, and the description of the embodiments and the like in the specification shall be used to explain the contents of the claims.
Claims (10)
1. Park enterprise hatching service's network management system, its characterized in that: the method comprises the following steps: the application module is used for receiving a data request submitted by an enterprise applying for residence and sending the data request, wherein the data request comprises the remaining processing time; the management module is used for receiving the data requests, detecting the sizes of the files, sequencing the data requests according to the sizes of the files from low to high, and sending the data requests according to the sequenced sequence; the coordination module is used for receiving the data requests of the arranged sequence, acquiring the residual processing time of the data requests one by one, and judging the residual processing time and the preset time threshold value; the processing module is used for sending a data request with the residual processing time less than the time threshold value and then sending a data request with the residual processing time more than or equal to the time threshold value; when a data request with the residual processing time smaller than a time threshold is sent, the residual processing time is before short, and the residual processing time is after long; when the data request with the residual processing time larger than or equal to the time threshold is sent, sending the data request according to the arranged sequence; and the approval module is used for receiving the data requests in sequence and approving the transactions in the data requests.
2. The network management system for a campus enterprise incubation service of claim 1, wherein: the application module also comprises a review unit which is used for performing qualification review on the applied enterprises and filtering out data requests of the enterprises which do not meet the qualification.
3. The network management system of a campus enterprise incubation service of claim 2, wherein: the application module further comprises an accounting unit, which is used for accounting the cost occupied by the applied enterprises and filtering out the data requests of the enterprises whose occupied cost exceeds the preset threshold.
4. The network management system of campus enterprise incubation services of claim 3, wherein: the management module also comprises a statistic unit used for counting the resource use condition in the park.
5. The network management system of campus enterprise incubation service of claim 4, wherein: the management module further comprises an industry unit used for analyzing the industry chain in the garden and screening out enterprises with missing industry chains.
6. The network management system of campus enterprise incubation services of claim 5, wherein: the management module also includes a time unit for scheduling and scheduling the work time.
7. The network management system of campus enterprise incubation services of claim 6, wherein: the approval module also comprises a daily unit and an emergency unit; the daily unit is used for examining and approving daily affairs, and the emergency unit is used for examining and approving emergency affairs.
8. The network management system for a campus enterprise incubation service of claim 7, wherein: the examination and approval module further comprises a cooperation unit which is used for examining and approving the affairs needing to be examined and approved together.
9. The network management system of campus enterprise incubation services of claim 8, wherein: the coordination module comprises a receiving unit and a judging unit; the receiving unit is used for receiving the data requests of the arranged sequence and obtaining the residual processing time of the data requests; the judging unit is used for judging the residual processing time and the size of the time threshold.
10. The network management system for a campus enterprise incubation service of claim 9, wherein: the processing module comprises a first unit and a second unit; the first unit sends data before the second unit; the first unit is used for sending a data request with the residual processing time smaller than a time threshold, wherein the residual processing time is short before and long after; the second unit is used for sending the data requests with the residual processing time larger than or equal to the time threshold value according to the arranged sequence.
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| CN114186960A (en) * | 2021-11-29 | 2022-03-15 | 海南航众科技有限公司 | Garden-oriented extremely-simple examination and approval service system |
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| CN110032439A (en) * | 2018-01-10 | 2019-07-19 | 广东欧珀移动通信有限公司 | Method for managing resource, device, mobile terminal and computer readable storage medium |
| CN110084485A (en) * | 2019-03-30 | 2019-08-02 | 邵美琪 | A kind of garden affiliated enterprise hatching management system |
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