Ecological environment inspection and detection laboratory management system based on SaaS cloud service

Abstract

The invention relates to the technical field of ecological data processing, in particular to an ecological environment inspection and detection laboratory management system based on SaaS cloud service, which comprises a detection laboratory and a capture laboratory in remote interaction with the detection laboratory. The detection laboratory is used for transmitting ecological detection qualification ecological detection materials to the capture laboratory; the capturing laboratory is used for acquiring an ecological detection qualification ecological detection material and feeding back a qualification feedback ecological detection material according to the ecological detection qualification ecological detection material so as to determine a service mode between the detection laboratory and the capturing laboratory; the detection laboratory is used for obtaining the qualification feedback ecological detection material and transmitting the detection demand ecological detection material to the capture laboratory. According to the invention, the modern SaaS technology is combined to carry out electronic management on the ecological laboratory, the detection efficiency of the ecological detection material is rapidly improved, and the beneficial effect of ensuring that the biological detection material keeps active when being sent to the related detection point is realized.

Description

Technical Field

[0001] The present invention relates to the technical field of ecological data processing, and in particular to an ecological environment inspection and testing laboratory management system based on SaaS cloud service. Background Art

[0002] The expensive development loss of customized electronic systems is one of the important reasons that restrict the development of online electronic systems. The introduction of the SaaS (Software-as-a-Service) model has given researchers an additional low-loss option, namely, an electronic system based on SaaS services. However, the essence of SaaS is reuse and sharing, which is also the reason why it can provide low-loss services. A set of systems is provided to multiple researchers, which will bring a daunting problem, namely, serious homogeneity. The ecological sample container is a device specially used to collect, store and transport ecological samples. These ecological samples may include human biological samples such as blood, saliva, semen stains, urine, and feces, or samples of biological species such as plants, animals or microorganisms. In the actual transportation process of ecological samples, affected by factors such as the characteristics of different samples, collection time, and storage environment, there may be invalid situations such as contamination of ecological samples before they are delivered to relevant testing points. The existing technology lacks efficient ecological laboratory linkage and interaction defects.

[0003] How to electronically manage ecological laboratories based on modern SaaS technology and quickly improve the testing efficiency of ecological samples is an urgent problem to be solved. Summary of the invention

[0004] To achieve the above object, the present invention provides the following technical solutions:

[0005] According to the first aspect of the present invention, the present invention seeks to protect an ecological environment inspection and testing laboratory management system based on SaaS cloud service, comprising:

[0006] a testing laboratory and a capture laboratory that remotely interacts with said testing laboratory;

[0007] The testing laboratory is used to transmit ecological testing qualification ecological test materials to the capture laboratory;

[0008] The capture laboratory is used to obtain the ecological test qualification ecological test materials, and feedback the ecological test materials based on the ecological test qualification ecological test materials to determine the service model between the testing laboratory and the capture laboratory;

[0009] The testing laboratory is used to obtain the qualification feedback ecological test materials and transmit the testing requirement ecological test materials to the capture laboratory;

[0010] The capture laboratory is used to obtain the ecological samples required for testing, obtain captured ecological samples based on the environmental ecological samples found at the location of the ecological samples, and transmit the captured ecological samples to the testing laboratory. The environmental ecological samples found at the location of the ecological samples are ecological samples collected from the ecological environment;

[0011] Among them, the captured ecological sample samples include: the current container of the ecological sample, the characteristics of the captured ecological sample, the number of containers where the captured ecological sample is located, and the captured ecological sample. The characteristics of the captured ecological sample are any one of the feedback ecological sample, quality ecological sample and delayed ecological sample. The feedback ecological sample is all the ecological samples required by the first feedback testing laboratory. The quality ecological sample is the quality ecological sample based on the feedback ecological sample. The characteristics of the captured ecological sample are determined based on the target container in the ecological sample required for testing. The captured ecological sample meets the service model. The delayed ecological sample is the ecological sample collected from the ecological environment during the delay period of the testing laboratory's needs.

[0012] Furthermore, the ecological testing qualification ecological test materials include: current container of ecological test materials, characteristics of ecological test materials, customization of ecological test materials and identity ID;

[0013] Among them, the ecological test material characteristics are standardized and customized characteristics of ecological test materials, which are used to illustrate that the ecological test qualification ecological test materials are standardized and customized ecological test materials;

[0014] The ecological sample customization includes: ecological sample container customization, ecological sample fault customization and ecological sample strategy customization. The ecological sample container customization is used to indicate the number of containers used to store ecological samples. The ecological sample fault container is used to indicate whether the ecological sample has a fault. The ecological sample strategy customization is used to indicate the switching strategy of the ecological sample values ​​indicated by at least two containers.

[0015] The identity ID is used to identify the testing laboratory or the capturing laboratory.

[0016] Furthermore, the qualification feedback ecological test material includes: current container of ecological test material, characteristics of ecological test material, customization of ecological test material and identity ID;

[0017] Among them, the ecological test material characteristics are standardized and customized characteristics of ecological test materials, which are used to illustrate that the ecological test qualification ecological test materials are standardized and customized ecological test materials;

[0018] The ecological sample customization includes: ecological sample container customization, ecological sample fault customization and ecological sample strategy customization. The ecological sample container customization is used to indicate the number of containers used to store ecological samples. The ecological sample fault container is used to indicate whether the ecological sample has a fault. The ecological sample strategy customization is used to indicate the switching strategy of the ecological sample values ​​indicated by at least two containers.

[0019] The identity ID is used to identify the testing laboratory or the capturing laboratory.

[0020] Furthermore, the detection demand ecological test materials include: current container of ecological test materials, demand characteristics of ecological test materials and transmission of ecological test materials;

[0021] The ecological sample demand characteristics include a first demand characteristic and a second demand characteristic;

[0022] The first requirement characteristic description is as follows: the capture laboratory sends all ecological samples found at the location of the ecological samples to the testing laboratory, and when the capture laboratory collects quality ecological samples based on the sent ecological samples, it sends the quality ecological samples to the testing laboratory;

[0023] The second demand feature description is as follows: the capture laboratory sends all ecological samples found at the location of the ecological samples to the testing laboratory, and delays the repeated demand of the testing laboratory. When the capture laboratory obtains the repeated demand of the testing laboratory, it sends all ecological samples collected during the delay period to the testing laboratory;

[0024] The transmitted ecological sample indicates the ecological sample that the testing laboratory has updated to the capture laboratory.

[0025] Furthermore, the capture laboratory is further used for:

[0026] Obtaining a first captured ecological sample sample based on all environmental ecological samples found at the location of the ecological sample, and transmitting the first captured ecological sample sample to the testing laboratory, wherein the captured ecological sample feature in the first captured ecological sample sample is a feedback ecological sample;

[0027] If the ecological sample demand feature is the first demand feature, further collect quality ecological samples based on the captured ecological samples in the first captured ecological sample sample; obtain a second captured ecological sample sample based on the quality ecological sample, and transmit the second captured ecological sample sample to the testing laboratory, and the captured ecological sample feature in the second captured ecological sample sample is a quality ecological sample;

[0028] If the ecological sample demand characteristic is the second demand characteristic, further collect ecological samples and delay the testing laboratory to repeatedly transmit the ecological samples required for testing; based on the identification of the ecological samples required for testing that are repeatedly transmitted by the testing laboratory, obtain a third captured ecological sample sample based on all ecological samples collected during the delay period, and transmit the third captured ecological sample sample to the testing laboratory, and the captured ecological sample characteristic in the third captured ecological sample sample is the delayed ecological sample.

[0029] Furthermore, the ecological environment inspection and testing laboratory management system based on SaaS cloud service also includes: a diagnostic device, which is customized in the testing laboratory or the capture laboratory; the diagnostic device is used to:

[0030] Collecting ecological monitoring samples from the testing laboratory or the capturing laboratory according to a preset period;

[0031] Determine the evaluation record of the monitoring ecological samples according to the monitoring ecological samples collected multiple times;

[0032] Determine the ecological sample update and correction plan between the testing laboratory and the capture laboratory according to the evaluation record of the monitoring ecological sample and the preset environmental ecological sample update request, wherein the ecological sample update and correction plan includes: a correction plan for ecological samples and / or a correction plan for service models;

[0033] The ecological sample update and revision plan is transmitted to the testing laboratory and / or the capture laboratory.

[0034] Furthermore, the evaluation records of monitoring ecological samples include: ecological sample communication quality evaluation records, ecological sample communication recall rate evaluation records, ecological sample transmission evaluation records and ecological sample communication load evaluation records, and the diagnostic device is further used for:

[0035] According to the evaluation record of the monitoring ecological sample, determine whether the ecological sample update between the testing laboratory and the capture laboratory meets the preset environmental ecological sample update request;

[0036] If the ecological sample update between the testing laboratory and the capture laboratory does not meet the preset environmental ecological sample update request, determine the ecological sample update correction plan according to the associated evaluation record that does not meet the preset environmental ecological sample update request;

[0037] If the ecological sample update between the testing laboratory and the capture laboratory meets the preset environmental ecological sample update request, the ecological sample update correction plan is determined according to the associated evaluation records not involved in the preset environmental ecological sample update request.

[0038] Further, the capture laboratory is also used for: judging whether the environmental ecological samples found at the location of the ecological samples are environmental ecological samples that require permission control according to the quantity and confidence level of the ecological samples of the environmental ecological samples found at the location of the ecological samples; if the environmental ecological samples found at the location of the ecological samples are environmental ecological samples that require permission control, obtaining the ecological sample permission control ecological samples according to the quantity of the ecological samples and the confidence level of the ecological samples, and transmitting them to the detection laboratory;

[0039] The detection laboratory is also used for obtaining the ecological sample permission control ecological samples, obtaining the ecological sample permission control feedback ecological samples according to the ecological sample permission control ecological samples, and feeding back the ecological sample permission control feedback ecological samples to the capture laboratory;

[0040] The capture laboratory is further used for obtaining the ecological sample permission control feedback ecological samples, and obtaining the captured ecological sample samples according to the ecological sample permission control feedback ecological samples and the environmental ecological samples found at the location of the ecological samples.

[0041] Further, the ecological sample permission control feedback ecological samples include: the current container of the ecological samples and the ecological sample signature scheme, the ecological sample signature scheme is the first signature scheme or the second signature scheme, the first signature scheme is: in the captured ecological sample samples, the environmental ecological samples found at the location of the ecological samples are subject to permission control with a specified signature scheme; the second signature scheme is: the capture laboratory determines the signature scheme, and controls the permission of the captured ecological sample samples according to the determined signature scheme, and the capture laboratory also needs to transmit the signature scheme ecological samples associated with the determined signature scheme to the detection laboratory.

[0042] Further, the detection laboratory and the capture laboratory are in a one-to-one association relationship. The detection laboratory is also used for: judging whether the real-time capture device of the capture laboratory has a fault based on the recognition that no captured ecological sample samples transmitted by the capture laboratory are obtained within a preset period; if the real-time capture device of the capture laboratory has a fault, marking both the detection laboratory and the capture laboratory as a fault state; if the real-time capture device of the capture laboratory does not have a fault, obtaining the warning ecological samples for explaining the ecological environment fault, and sending the warning ecological samples.

[0043] The present invention relates to the field of ecological data processing technology, and in particular to an ecological environment inspection and testing laboratory management system based on SaaS cloud services, a testing laboratory and a capture laboratory that interacts remotely with the testing laboratory; the testing laboratory is used to transmit ecological testing qualification ecological materials to the capture laboratory; the capture laboratory is used to obtain ecological testing qualification ecological materials, and feedback the ecological testing qualification ecological materials based on the ecological testing qualification ecological materials, so as to determine the service model between the testing laboratory and the capture laboratory; the testing laboratory is used to obtain qualification feedback ecological materials, and transmit the testing demand ecological materials to the capture laboratory. The present invention combines modern SaaS technology to electronically manage ecological laboratories, quickly improve the detection efficiency of ecological materials, and achieve the beneficial effect of ensuring that biological materials remain active when delivered to relevant testing points. BRIEF DESCRIPTION OF THE DRAWINGS

[0044] Figure 1 A first structural diagram of an ecological environment inspection and testing laboratory management system based on SaaS cloud service as claimed in an embodiment of the present invention;

[0045] Figure 2 A second structural diagram of an ecological environment inspection and testing laboratory management system based on SaaS cloud service as claimed in an embodiment of the present invention;

[0046] Figure 3 A workflow diagram of an ecological environment inspection and testing laboratory management method based on SaaS cloud service, which is requested for protection in an embodiment of the present invention. DETAILED DESCRIPTION

[0047] The following will clearly and completely define the technical solutions in the embodiments of the present invention in conjunction with the drawings in the embodiments of the present invention. Obviously, the defined embodiments are only part of the embodiments of the present invention, not all of the embodiments. All other embodiments obtained by ordinary technicians in this field without creative work based on the embodiments of the present invention are within the scope of protection of the present invention.

[0048] The terms "first", "second" and "third" in the present invention are only used for definition purposes, and cannot be understood as indicating or implying relative importance or implicitly indicating the number of indicated technical attributes. Thus, the attributes defined as "first", "second" and "third" can explicitly or implicitly include at least one of the attributes. In the definition of the present invention, the meaning of "multiple" is at least two, such as two, three, etc., unless otherwise clearly and specifically defined. All directional indications (such as up, down, left, right, front, back...) in the embodiments of the present invention are only used to explain the relative position relationship, movement, etc. between the components under a certain specific posture (as shown in the accompanying drawings). If the specific posture changes, the directional indication also changes accordingly. In addition, the terms "including" and "having" and any of their variations are intended to cover non-exclusive inclusions. For example, a process, method, system, product or device that includes a series of steps or units is not limited to the listed steps or units, but optionally also includes steps or units that are not listed, or optionally also includes other steps or units inherent to these processes, methods, products or devices.

[0049] The service models include: Infrastructure-as-a-Service (hereinafter referred to as: IaaS), Platform-as-a-Service (hereinafter referred to as: PaaS), and Software-as-a-Service (hereinafter referred to as: SaaS). The role of IaaS is to provide virtual machines or other resources as services to users, the role of PaaS is to provide a development platform as a service to users, and the role of SaaS is to provide applications as services to users. Therefore, in the calling process of the embodiment of the present invention, the SaaS model can be used to provide the service process to users.

[0050] Please refer to Figure 1 , which is a structural diagram of an ecological environment inspection and testing laboratory management system 10 based on SaaS cloud service provided by an embodiment of the present invention, such as Figure 1 As shown, an ecological environment inspection and testing laboratory management system 10 based on SaaS cloud service includes a testing laboratory 11 and a capture laboratory 12. The testing laboratory 11 and the capture laboratory 12 interact with each other remotely.

[0051] Please refer to Figure 2 , which is another structural diagram of an ecological environment inspection and testing laboratory management system 10 based on SaaS cloud service provided by an embodiment of the present invention, such as Figure 2As shown, an ecological environment inspection and testing laboratory management system 10 based on SaaS cloud service includes multiple groups of testing laboratories 11 and capture laboratories 12; thus, in an ecological environment inspection and testing laboratory management system 10 based on SaaS cloud service, there is a one-to-one relationship between the testing laboratory 11 and the capture laboratory 12. Furthermore, for any device in an ecological environment inspection and testing laboratory management system 10 based on SaaS cloud service, its role is either a testing laboratory 11 or a capture laboratory 12, and there is no situation where it is both a testing laboratory 11 and a capture laboratory 12. Moreover, the one-to-one relationship between the testing laboratory 11 and the capture laboratory 12 cannot be replaced.

[0052] In some embodiments, the capture laboratory 12 collects and captures ecological samples from the ecological environment and maintains them at the location of the ecological samples. During the maintenance, the requirements of the testing laboratory 11 are delayed. After the requirements are obtained, the ecological samples are transmitted to the testing laboratory 11, and the testing laboratory 11 is responsible for capturing the ecological samples maintained by the laboratory 12.

[0053] Please refer to Figure 3 , which is a flow chart of the environmental ecological sample transmission software service provided by an embodiment of the present invention, such as Figure 3 As shown, the transmission process between the capture laboratory 12 and the detection laboratory 11 includes:

[0054] The testing laboratory 11 transmits the ecological testing qualification ecological test materials to the capturing laboratory 12;

[0055] The capture laboratory 12 transmits the ecological test materials for confirming the ecological test qualification to the testing laboratory 11;

[0056] The testing laboratory 11 transmits the required ecological samples to the capturing laboratory 12 and the capturing laboratory 12 transmits the captured ecological samples to the testing laboratory 11 .

[0057] Therefore, in this SaaS cloud service-based ecological environment inspection and testing laboratory management system 10:

[0058] The testing laboratory 11 is used to transmit ecological testing qualification ecological test materials to the capturing laboratory 12.

[0059] The capture laboratory 12 is used to obtain ecological testing qualifications and ecological samples, and feedback the ecological samples based on the ecological testing qualifications to determine the service model between the testing laboratory 11 and the capture laboratory 12.

[0060] The testing laboratory 11 is used to obtain the ecological test materials with qualification feedback and transmit the ecological test materials required for testing to the capturing laboratory 12.

[0061] The capture laboratory 12 is used to obtain ecological samples required for testing, obtain captured ecological sample samples based on the environmental ecological samples found at the location of the ecological samples, and transmit the captured ecological sample samples to the testing laboratory 11. The environmental ecological samples found at the location of the ecological samples are ecological samples collected from the ecological environment.

[0062] Among them, the captured ecological sample samples include: the current container of the ecological sample, the captured ecological sample characteristics, the number of containers in which the captured ecological sample is located, and the captured ecological sample. The captured ecological sample characteristics are any one of the feedback ecological sample, quality ecological sample and delayed ecological sample. The feedback ecological sample is all the ecological samples required by the first feedback testing laboratory 11. The quality ecological sample is the quality ecological sample based on the feedback ecological sample. The captured ecological sample characteristics are determined according to the target container in the ecological sample required for the testing. The captured ecological sample meets the service model. The delayed ecological sample is the ecological sample collected from the ecological environment during the period of the delayed testing laboratory 11's needs.

[0063] In some embodiments, the ecological testing qualification ecological test materials and the qualification feedback ecological test materials can be understood as relevant ecological test materials with customized interaction methods between the testing laboratory 11 and the capture laboratory 12, which are used to confirm the relevant structure of the ecological test materials transmitted by both ends next.

[0064] In some embodiments, ecological testing qualifications of ecological samples include: current container of ecological samples, ecological sample characteristics, ecological sample customization and identity ID; wherein, ecological sample characteristics are standardized customization characteristics of ecological samples, which are used to illustrate that ecological testing qualifications of ecological samples are standardized customized ecological samples; ecological sample customization includes: ecological sample container customization, ecological sample fault customization and ecological sample strategy customization, ecological sample container customization is used to illustrate the number of containers used to store ecological samples, ecological sample fault container is used to illustrate whether the ecological sample has a fault, and ecological sample strategy customization is used to illustrate the switching strategy of the ecological sample values ​​described by at least two containers; the identity ID is used to illustrate the testing laboratory 11 or the capture laboratory 12.

[0065] In some embodiments, the qualification feedback of ecological samples includes: the current container of ecological samples, ecological sample characteristics, ecological sample customization and identity ID; wherein, the ecological sample characteristics are standardized customization characteristics of ecological samples, which are used to illustrate that the ecological testing qualification ecological samples are standardized customized ecological samples; ecological sample customization includes: ecological sample container customization, ecological sample fault customization and ecological sample strategy customization. The ecological sample container customization is used to illustrate the number of containers used to store ecological samples, the ecological sample fault container is used to illustrate whether the ecological sample has a fault, and the ecological sample strategy customization is used to illustrate the switching strategy of the ecological sample values ​​described by at least two containers; the identity ID is used to illustrate the testing laboratory 11 or the capture laboratory 12.

[0066] It can be understood that since both the ecological test qualification ecological test materials and the qualification feedback ecological test materials include ecological test material customization, the ecological test material customization can determine the service model between the testing laboratory 11 and the capture laboratory 12, and the service model can be understood as a software service at the ecological test material processing level. That is, the ecological test materials updated between the two should meet the ecological test material requirements.

[0067] In some embodiments, the ecological material structure of the qualification feedback ecological material is the same as the ecological material structure of the ecological testing qualification ecological material, but the specific ecological material content may be different. For example: the identity ID in the qualification feedback ecological material is the capture laboratory 12ID, and the identity ID in the ecological testing qualification ecological material is the testing laboratory 11ID.

[0068] In some embodiments, the ecological samples required for testing include: the current container of ecological samples, the ecological sample demand characteristics and the transmission of ecological samples; the ecological sample demand characteristics include the first demand characteristics and the second demand characteristics; the first demand characteristic description: the capture laboratory 12 sends all ecological samples found at the location of the ecological samples to the testing laboratory 11, and when the capture laboratory 12 collects quality ecological samples based on the sent ecological samples, the quality ecological samples are sent to the testing laboratory 11; the second demand characteristic description: the capture laboratory 12 sends all ecological samples found at the location of the ecological samples to the testing laboratory 11, and delays the repeated demands of the testing laboratory 11. When the capture laboratory 12 obtains the repeated demands of the testing laboratory 11, all ecological samples collected during the delay period are sent to the testing laboratory 11; the transmission of ecological samples indicates that the testing laboratory 11 has updated the ecological samples to the capture laboratory 12 this time.

[0069] In some embodiments, the ecological sample demand characteristics can be understood as the way in which the capture laboratory 12 transmits the collected environmental ecological samples to the testing laboratory 11.

[0070] For the first demand feature, when the capture laboratory 12 first feeds back to the testing laboratory 11, it first sends all the collected ecological samples found at the location of the ecological samples to the testing laboratory 11. Then, it further collects ecological samples captured by the ecological environment, and when the collected ecological samples have quality (compared with the ecological samples sent for the first time), it sends these quality ecological samples to the testing laboratory 11. That is, for those ecological samples without quality, there is no need to send them to the testing laboratory 11.

[0071] For the second demand feature, when the capture laboratory 12 first feeds back the testing laboratory 11, it first sends all the collected ecological samples found at the location of the ecological samples to the testing laboratory 11. Then, it further collects ecological samples captured by the ecological environment, and delays the repeated demand of the testing laboratory 11. When the testing laboratory 11 initiates the repeated demand, it sends all the ecological samples collected during the delay period to the testing laboratory 11. That is, in this ecological sample transmission method, the testing laboratory 11 decides whether to send the ecological samples.

[0072] Regardless of the first demand feature or the second demand feature, the capture laboratory 12 needs to send the collected ecological samples found at the location of the ecological samples to the testing laboratory 11 at one time based on the current testing needs.

[0073] Furthermore, the capture laboratory 12 is further used for:

[0074] A first captured ecological sample sample is obtained based on all environmental ecological samples found at the location of the ecological sample, and the first captured ecological sample sample is transmitted to the testing laboratory 11. The captured ecological sample feature in the first captured ecological sample sample is the feedback ecological sample; if the ecological sample demand feature is the first demand feature, further collect quality ecological samples based on the captured ecological sample in the first captured ecological sample sample; obtain a second captured ecological sample sample based on the quality ecological sample, and transmit the second captured ecological sample sample to the testing laboratory 11. The captured ecological sample feature in the second captured ecological sample sample is the quality ecological sample; if the ecological sample demand feature is the second demand feature, further collect ecological samples and delay the testing laboratory 11 to repeatedly transmit the testing demand ecological sample; based on the identification of the testing demand ecological sample repeatedly transmitted by the testing laboratory 11, a third captured ecological sample sample is obtained based on all ecological samples collected during the delay period, and the third captured ecological sample sample is transmitted to the testing laboratory 11. The captured ecological sample feature in the third captured ecological sample sample is the delayed ecological sample.

[0075] In this embodiment, the first captured ecological sample can be understood as an ecological sample sample obtained based on all environmental ecological samples collected and found at the location of the ecological sample, and is an ecological sample sample that firstly feeds back the needs of the testing laboratory 11 .

[0076] The second captured ecological sample can be understood as an ecological sample obtained based on quality ecological samples under the first demand characteristics.

[0077] The third capturing of ecological sample samples can be understood as ecological sample samples obtained based on the repeated needs of the testing laboratory 11 and the associated ecological samples under the second demand characteristics.

[0078] Therefore, for the capture laboratory 12, after obtaining the ecological samples required for testing, it is necessary to transmit the ecological samples to the testing laboratory 11 multiple times.

[0079] In some embodiments, the captured ecological sample sample includes: the current container of the ecological sample, the characteristics of the captured ecological sample, the number of containers where the captured ecological sample is located, and the captured ecological sample. In this ecological sample structure, only the captured ecological sample is the ecological sample itself, and the other three items are incidental ecological samples.

[0080] It can be understood that according to the corresponding ecological sample structure, no matter it is the testing laboratory 11 or the capturing laboratory 12, after obtaining the ecological sample, it is necessary to analyze the ecological sample in order to obtain the corresponding ecological sample.

[0081] By using the transmission software service of the present invention, the interaction process is simple. Through two interactions of the testing laboratory 11, the execution of the ecological sample sent by the capture laboratory 12 is confirmed. In addition, the ecological sample is simple and the transmission process is efficient. Other software services require multiple transmission interaction processes, and even the interaction of the testing laboratory 11 will run through the entire life cycle of the connection. With this set of software services, the testing laboratory 11 is only responsible for obtaining ecological samples, and does not need to allocate too many system resources to the processing of ecological sample assembly and transmission, saving resources for other tasks.

[0082] The ecological environment inspection and testing laboratory management system 10 based on SaaS cloud service also includes a diagnostic device 13, which is customized in the testing laboratory 11 or the capture laboratory 12. The customization can be various customization methods, for example: customizing the ecological sample link between the diagnostic device 13 and the testing laboratory 11 or the capture laboratory 12, so that the diagnostic device 13 can collect corresponding ecological samples from the testing laboratory 11 or the capture laboratory 12. If it is customized in the testing laboratory 11, the ecological samples collected by the testing laboratory 11 in the capture laboratory 12 are collected; if it is customized in the capture laboratory 12, the ecological samples collected by the capture laboratory 12 at the ecological environment are collected.

[0083] The diagnostic device 13 is used to: collect monitoring ecological samples from the testing laboratory 11 or the capture laboratory 12 according to a preset period; determine the evaluation records of the monitoring ecological samples based on the monitoring ecological samples collected multiple times; determine the ecological sample update and correction plan between the testing laboratory 11 and the capture laboratory 12 based on the evaluation records of the monitoring ecological samples and the preset environmental ecological sample update request, the ecological sample update and correction plan including: a correction plan for ecological samples and / or a correction plan for service models; transmit the ecological sample update and correction plan to the testing laboratory 11 and / or the capture laboratory 12.

[0084] In some embodiments, the preset period can be determined according to the frequency of capturing ecological samples in the environmental ecological sample scene. The faster the frequency of capturing ecological samples, the shorter the preset period can be. For example, the preset period can be 3 minutes. Then, every 3 minutes, the diagnostic device 13 needs to collect ecological samples from the testing laboratory 11 or the capture laboratory 12, and the collected ecological samples are the monitoring ecological samples.

[0085] It can be understood that, since it is a periodic ecological sample collection method, the diagnostic device 13 will collect ecological samples for multiple times, and thus determine the evaluation record based on the monitoring ecological samples collected multiple times.

[0086] In some embodiments, the evaluation records of monitoring ecological samples include: ecological sample communication quality evaluation records, ecological sample communication recall rate evaluation records, ecological sample transmission evaluation records and ecological sample communication load evaluation records.

[0087] In some embodiments, the ecological sample communication quality evaluation record is used to illustrate the communication quality of the ecological sample. Taking the testing laboratory 11 as an example, the ecological sample communication quality can be determined based on the ecological sample differences between the monitored ecological samples collected multiple times, or the amount of ecological sample in the middle interval. If the difference in ecological samples is large, or the amount of ecological samples in the middle interval is large, the ecological sample communication quality is high.

[0088] In some embodiments, the ecological sample communication completeness evaluation record is used to illustrate the communication completeness of the ecological sample. Taking the testing laboratory 11 as an example, it is determined whether the ecological samples collected for monitoring multiple times cover the ecological samples of a relatively comprehensive ecological environment. If so, the completeness is high; otherwise, the completeness is poor.

[0089] In some embodiments, the transmission evaluation record of the ecological inspection material is used to illustrate the transmission of the ecological inspection material with respect to the ecological inspection material of concern. Taking the testing laboratory 11 as an example, it is determined whether the monitoring ecological inspection materials collected multiple times cover the ecological inspection materials of concern, and the proportion of the ecological inspection materials of concern. If the ecological inspection materials of concern are covered and the proportion is high, the transmission situation is good. Otherwise, the transmission situation is poor.

[0090] In some embodiments, the communication load evaluation record is used to illustrate the communication load of the ecological test material. Taking the testing laboratory 11 as an example, the total amount of ecological test materials collected for monitoring ecological test materials is determined. If the total amount of ecological test materials is large, the associated communication load is also large. Otherwise, the communication load is small.

[0091] It can be understood that the above-mentioned various evaluation records can be quantified into specific values. Therefore, different evaluation standards can be preset, and according to the evaluation standards, the actual situation can be quantified into specific evaluation values; the specifics can refer to the mature technology in this field.

[0092] Thus, the diagnostic device 13 is further used to: determine whether the ecological sample update between the testing laboratory 11 and the capture laboratory 12 meets the preset environmental ecological sample update request based on the evaluation records of the monitored ecological samples; if the ecological sample update between the testing laboratory 11 and the capture laboratory 12 does not meet the preset environmental ecological sample update request, determine the ecological sample update correction plan based on the associated evaluation records that do not meet the preset environmental ecological sample update request; if the ecological sample update between the testing laboratory 11 and the capture laboratory 12 meets the preset environmental ecological sample update request, determine the ecological sample update correction plan based on the associated evaluation records not involved in the preset environmental ecological sample update request.

[0093] In some embodiments, the preset environmental ecological sample update request includes: at least one of the ecological sample communication quality requirement, the ecological sample communication recall rate requirement, the ecological sample transmission requirement and the ecological sample communication load requirement.

[0094] Therefore, the evaluation records of the monitored ecological samples are compared with the preset environmental ecological sample update request. If all evaluation records meet the associated requirements, it is determined that the ecological sample update meets the preset environmental ecological sample update request; otherwise, it is determined that the ecological sample update does not meet the preset environmental ecological sample update request.

[0095] If the requirements are not met, an ecological sample update correction plan will be determined based on the associated evaluation records of the preset environmental ecological sample update requests that do not meet the requirements.

[0096] In some embodiments, different influencing factors associated with different environmental ecological sample update requests can be preset, for example: the influencing factors of ecological sample communication quality are ecological sample materials and service mode; the influencing factors of ecological sample communication recall rate are ecological sample materials; the influencing factors of ecological sample transmission are ecological sample materials; and the influencing factors of ecological sample communication load are ecological sample materials and service mode.

[0097] Furthermore, if the communication quality of ecological inspection materials is poor, or the communication load of ecological inspection materials is large, some unnecessary ecological inspection material processing steps in the service model can be reduced. If the communication check rate of ecological inspection materials is poor, or the transmission of ecological inspection materials is not comprehensive, the content of ecological inspection materials included in the ecological inspection materials can be increased. For example: increase the section of ecological inspection materials, etc.

[0098] In some application scenarios, if the actual ecological sample transmission situation is more complicated than the simple ecological sample transmission, flexible customization can also be achieved by increasing the interaction between the testing laboratory 11 and the capture laboratory 12.

[0099] Therefore, as an optional implementation method, the capture laboratory 12 is also used to: determine whether the environmental ecological samples found at the location of the ecological samples are environmental ecological samples that require authority control based on the ecological sample quantity and the ecological sample confidence of the environmental ecological samples found at the location of the ecological samples; if the environmental ecological samples found at the location of the ecological samples are environmental ecological samples that require authority control, obtain the ecological sample authority control ecological sample based on the ecological sample quantity and the ecological sample confidence and transmit it to the testing laboratory 11; the testing laboratory 11 is also used to obtain the ecological sample authority control ecological sample, and obtain the ecological sample authority control feedback ecological sample based on the ecological sample authority control ecological sample, and feed back the ecological sample authority control feedback ecological sample to the capture laboratory 12; the capture laboratory 12 is further used to obtain the ecological sample authority control feedback ecological sample, and obtain the captured ecological sample sample sample based on the ecological sample authority control feedback ecological sample and the environmental ecological sample found at the location of the ecological sample.

[0100] In some embodiments, the ecological sample authority control may include: the current container of the ecological sample, the amount of the ecological sample, the confidence of the ecological sample, and whether authority control is required.

[0101] In some embodiments, the capture laboratory 12 can customize its own logic on whether permission control is needed to determine whether environmental ecological samples require permission control.

[0102] In some embodiments, the confidence level of ecological samples can be determined based on the confidence level of ecological samples captured in different preset ecological environments; or the confidence level of ecological samples captured in different preset time periods, etc., which is not limited here.

[0103] In some embodiments, the ecological sample quantity standard and ecological sample confidence standard associated with the environmental ecological sample that requires authority control can be preset, and whether the environmental ecological sample requires authority control can be determined based on the standard.

[0104] In some embodiments, the ecological sample authority control feedback ecological sample includes: the current container of the ecological sample and the ecological sample signature scheme. The ecological sample signature scheme is the first signature scheme or the second signature scheme. The first signature scheme is: in the captured ecological sample sample, the environmental ecological sample found at the location of the ecological sample is subject to authority control with a specified signature scheme; the second signature scheme is: the capture laboratory 12 determines the signature scheme, and controls the authority of the captured ecological sample sample according to the determined signature scheme. The capture laboratory 12 also needs to transmit the signature scheme associated with the determined signature scheme to the testing laboratory 11.

[0105] In some embodiments, the first signature scheme may be described by container 01 and the second signature scheme may be described by container 02 .

[0106] In some embodiments, if the ecological sample signature scheme is the second signature scheme, the capture laboratory 12 needs to determine a signature scheme and update it to the testing laboratory 11. The signature scheme can be transmitted to the testing laboratory 11 together with the first transmission of the captured ecological sample, so that the testing laboratory 11 can parse the ecological sample content according to the signature scheme.

[0107] In some embodiments, based on the ecological sample authority control feedback ecological sample, a signature scheme and a signature scheme can be determined, so that, according to the signature scheme and the signature scheme, a captured ecological sample with authority control can be obtained.

[0108] In an embodiment of the present invention, the testing laboratory 11 is also used to: determine whether the real-time capturing device of the capture laboratory 12 is faulty based on the identification that the captured ecological material sample transmitted by the capture laboratory 12 is not obtained within a preset period; if the real-time capturing device of the capture laboratory 12 is faulty, both the testing laboratory 11 and the capture laboratory 12 are marked as faulty.

[0109] In some embodiments, since the connection between the testing laboratory 11 and the capture laboratory 12 cannot be replaced, after a problem occurs in the capture laboratory 12, both the testing laboratory 11 and the capture laboratory 12 need to be marked as faulty, and the ecological sample update between the two needs to be suspended. After the relevant personnel complete the repair, the ecological sample update can be further resumed.

[0110] In some embodiments, the preset period may be half an hour or less.

[0111] In some embodiments, the testing laboratory 11 can transmit the command ecological sample to be responded to by the capture laboratory 12. If the response ecological sample of the capture laboratory 12 is not obtained, it is considered that the real-time capture device has a fault. If it is obtained, it is considered that the real-time capture device has no fault, and it is determined that the lack of ecological sample may be caused by the ecological environment.

[0112] Therefore, when it is determined that the real-time capture device is not faulty, early warning ecological samples for explaining ecological environmental failures can also be obtained and sent to relevant users.

[0113] Reference to an "embodiment" herein means that a particular property, structure, or characteristic defined in connection with the embodiment may be included in at least one embodiment of the present invention. The appearance of the phrase in various places in the specification does not necessarily refer to the same embodiment, nor is it an independent or alternative embodiment that is mutually exclusive with other embodiments. It is explicitly and implicitly understood by those skilled in the art that the embodiments defined herein may be combined with other embodiments.

[0114] In the several embodiments provided by the present invention, it should be understood that the disclosed systems, devices and methods can be implemented in other ways. For example, the device embodiments defined above are only schematic, for example, the division of units is only a logical function division, and there may be other division methods in actual implementation, such as multiple units or components can be combined or can be queued into another system, or some properties can be ignored or not executed. Another point is that the mutual coupling or direct coupling or remote interaction shown or discussed can be through some interfaces, indirect coupling or remote interaction of devices or units, which can be electrical, mechanical or other forms.

[0115] In addition, the functional units in the various embodiments of the present invention can be queued in one analysis unit, or each unit can be physically possessed separately, or two or more units can be queued in one unit. The above-mentioned queued units can be implemented in the form of hardware or in the form of software functional units. The above is only an implementation method of the present invention, and does not limit the patent scope of the present invention. Any equivalent structure or equivalent process transformation made using the contents of the specification and drawings of the present invention, or directly or indirectly used in other related technical fields, are also included in the patent protection scope of the present invention.

[0116] The specific implementation methods of the invention are described in detail above, but they are only examples, and the invention is not limited to the specific implementation methods defined above. For those skilled in the art, any equivalent modification or substitution of the invention is also within the scope of the invention, and therefore, the equalization, modification, improvement, etc. made without departing from the spirit and principle of the invention should be included in the scope of the invention.

Claims

1. An ecological environment inspection and testing laboratory management system based on SaaS cloud service, characterized in that: include: a testing laboratory and a capture laboratory that remotely interacts with said testing laboratory; The testing laboratory is used to transmit ecological testing qualification ecological test materials to the capture laboratory; The capture laboratory is used to obtain the ecological test qualification ecological test materials, and feedback the ecological test materials based on the ecological test qualification ecological test materials to determine the service model between the testing laboratory and the capture laboratory; The testing laboratory is used to obtain the qualification feedback ecological test materials and transmit the testing requirement ecological test materials to the capture laboratory; The capture laboratory is used to obtain the ecological samples required for testing, obtain captured ecological samples based on the environmental ecological samples found at the location of the ecological samples, and transmit the captured ecological samples to the testing laboratory. The environmental ecological samples found at the location of the ecological samples are ecological samples collected from the ecological environment; Among them, the captured ecological sample samples include: the current container of the ecological sample, the characteristics of the captured ecological sample, the number of containers where the captured ecological sample is located, and the captured ecological sample. The characteristics of the captured ecological sample are any one of the feedback ecological sample, quality ecological sample and delayed ecological sample. The feedback ecological sample is all the ecological samples required by the first feedback testing laboratory. The quality ecological sample is the quality ecological sample based on the feedback ecological sample. The characteristics of the captured ecological sample are determined based on the target container in the ecological sample required for testing. The captured ecological sample meets the service model. The delayed ecological sample is the ecological sample collected from the ecological environment during the delay period of the testing laboratory's needs.

2. The ecological environment inspection and testing laboratory management system based on SaaS cloud service as described in claim 1 is characterized in that: The ecological testing qualification ecological test materials include: current container of ecological test materials, characteristics of ecological test materials, customization of ecological test materials and identity ID; Among them, the ecological test material characteristics are standardized and customized characteristics of ecological test materials, which are used to illustrate that the ecological test qualification ecological test materials are standardized and customized ecological test materials; The ecological sample customization includes: ecological sample container customization, ecological sample fault customization and ecological sample strategy customization. The ecological sample container customization is used to indicate the number of containers used to store ecological samples. The ecological sample fault container is used to indicate whether the ecological sample has a fault. The ecological sample strategy customization is used to indicate the switching strategy of the ecological sample values ​​indicated by at least two containers. The identity ID is used to identify the testing laboratory or the capturing laboratory.

3. The ecological environment inspection and testing laboratory management system based on SaaS cloud service as claimed in claim 1 is characterized in that: The qualification feedback ecological test materials include: current container of ecological test materials, characteristics of ecological test materials, customization of ecological test materials and identity ID; Among them, the ecological test material characteristics are standardized and customized characteristics of ecological test materials, which are used to illustrate that the ecological test qualification ecological test materials are standardized and customized ecological test materials; The ecological sample customization includes: ecological sample container customization, ecological sample fault customization and ecological sample strategy customization. The ecological sample container customization is used to indicate the number of containers used to store ecological samples. The ecological sample fault container is used to indicate whether the ecological sample has a fault. The ecological sample strategy customization is used to indicate the switching strategy of the ecological sample values ​​indicated by at least two containers. The identity ID is used to identify the testing laboratory or the capturing laboratory.

4. The ecological environment inspection and testing laboratory management system based on SaaS cloud service as claimed in claim 1, characterized in that: The detection demand ecological test materials include: current container of ecological test materials, demand characteristics of ecological test materials and transmission of ecological test materials; The ecological sample demand characteristics include a first demand characteristic and a second demand characteristic; The first requirement feature description is as follows: the capture laboratory sends all ecological samples found at the location of the ecological samples to the testing laboratory, and when the capture laboratory collects quality ecological samples based on the sent ecological samples, it sends the quality ecological samples to the testing laboratory; The second demand feature description is as follows: the capture laboratory sends all ecological samples found at the location of the ecological samples to the testing laboratory, and delays the repeated demand of the testing laboratory. When the capture laboratory obtains the repeated demand of the testing laboratory, it sends all ecological samples collected during the delay period to the testing laboratory; The transmitted ecological sample indicates the ecological sample that the testing laboratory has updated to the capture laboratory.

5. The ecological environment inspection and testing laboratory management system based on SaaS cloud service as described in claim 4 is characterized in that: The capture lab is further used to: Obtaining a first captured ecological sample sample based on all environmental ecological samples found at the location of the ecological sample, and transmitting the first captured ecological sample sample to the testing laboratory, wherein the captured ecological sample feature in the first captured ecological sample sample is a feedback ecological sample; If the ecological sample demand feature is the first demand feature, further collect quality ecological samples based on the captured ecological samples in the first captured ecological sample sample; obtain a second captured ecological sample sample based on the quality ecological sample, and transmit the second captured ecological sample sample to the testing laboratory, and the captured ecological sample feature in the second captured ecological sample sample is a quality ecological sample; If the ecological sample demand characteristic is the second demand characteristic, further collect ecological samples and delay the testing laboratory to repeatedly transmit the ecological samples required for testing; based on the identification of the ecological samples required for testing that are repeatedly transmitted by the testing laboratory, obtain a third captured ecological sample sample based on all ecological samples collected during the delay period, and transmit the third captured ecological sample sample to the testing laboratory, and the captured ecological sample characteristic in the third captured ecological sample sample is the delayed ecological sample.

6. The ecological environment inspection and testing laboratory management system based on SaaS cloud service as claimed in claim 1, characterized in that: The ecological environment inspection and testing laboratory management system based on SaaS cloud service also includes: a diagnostic device, which is customized in the testing laboratory or the capture laboratory; the diagnostic device is used to: Collecting ecological monitoring samples from the testing laboratory or the capturing laboratory according to a preset period; Determine the evaluation record of the monitoring ecological samples according to the monitoring ecological samples collected multiple times; Determine the ecological sample update and correction plan between the testing laboratory and the capture laboratory according to the evaluation record of the monitoring ecological sample and the preset environmental ecological sample update request, wherein the ecological sample update and correction plan includes: a correction plan for ecological samples and / or a correction plan for service models; The ecological sample update and revision plan is transmitted to the testing laboratory and / or the capture laboratory.

7. The ecological environment inspection and testing laboratory management system based on SaaS cloud service as claimed in claim 6, characterized in that: The evaluation records of monitoring ecological samples include: ecological sample communication quality evaluation records, ecological sample communication recall rate evaluation records, ecological sample transmission evaluation records and ecological sample communication load evaluation records. The diagnostic device is further used for: According to the evaluation record of the monitoring ecological sample, judging whether the ecological sample update between the testing laboratory and the capture laboratory meets the preset environmental ecological sample update request; If the ecological sample update between the testing laboratory and the capture laboratory does not meet the preset environmental ecological sample update request, determine the ecological sample update correction plan according to the associated evaluation record that does not meet the preset environmental ecological sample update request; If the ecological sample update between the testing laboratory and the capture laboratory meets the preset environmental ecological sample update request, the ecological sample update correction plan is determined according to the associated evaluation records not involved in the preset environmental ecological sample update request.

8. The ecological environment inspection and testing laboratory management system based on SaaS cloud service as claimed in claim 1, characterized in that: The capture laboratory is also used to: determine whether the environmental ecological samples found at the location of the ecological samples are environmental ecological samples that require authority control based on the amount of ecological samples and the confidence of the ecological samples; if the environmental ecological samples found at the location of the ecological samples are environmental ecological samples that require authority control, obtain the ecological samples with authority control based on the amount of ecological samples and the confidence of the ecological samples and transmit them to the testing laboratory; The testing laboratory is also used to obtain the ecological sample material of the ecological sample material authority control, and obtain the ecological sample material authority control feedback ecological sample material according to the ecological sample material authority control ecological sample material, and feed back the ecological sample material authority control feedback ecological sample material to the capture laboratory; The capture laboratory is further used to obtain the ecological sample feedback from the ecological sample authority control, and to obtain captured ecological sample samples based on the ecological sample feedback from the ecological sample authority control and the environmental ecological sample found at the location of the ecological sample.

9. The ecological environment inspection and testing laboratory management system based on SaaS cloud service as claimed in claim 8, characterized in that: The ecological sample authority control feedback ecological sample includes: the current container of the ecological sample and the ecological sample signature scheme. The ecological sample signature scheme is the first signature scheme or the second signature scheme. The first signature scheme is: in the captured ecological sample sample, the environmental ecological sample found at the location of the ecological sample is subject to authority control with a specified signature scheme; the second signature scheme is: the signature scheme is determined by the capture laboratory, and the authority of the captured ecological sample sample is controlled according to the determined signature scheme. The capture laboratory is also required to transmit the signature scheme ecological sample associated with the determined signature scheme to the testing laboratory.

10. The ecological environment inspection and testing laboratory management system based on SaaS cloud service as claimed in claim 1, characterized in that: The testing laboratory and the capture laboratory are in a one-to-one association relationship, and the testing laboratory is also used to: determine whether the real-time capture device of the capture laboratory has a fault based on the identification that the captured ecological sample transmitted by the capture laboratory has not been obtained within a preset period; if the real-time capture device of the capture laboratory has a fault, mark both the testing laboratory and the capture laboratory as a faulty state; if the real-time capture device of the capture laboratory has no fault, obtain an early warning ecological sample for explaining the ecological environment fault, and send the early warning ecological sample.

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