CN107147744B - Intelligent tea-sealing pot monitoring and analyzing method and system - Google Patents
Intelligent tea-sealing pot monitoring and analyzing method and system Download PDFInfo
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Abstract
The invention relates to a method and a system for monitoring and analyzing an intelligent tea sealing tank, wherein the method comprises the steps of initializing equipment information of the tea sealing tank, and establishing connection between a monitoring terminal arranged in the tea sealing tank and a service monitoring platform; the service monitoring platform receives the tea sealing command and generates tea sealing information according to tea attribute information of tea sealed and stored in the tea sealing tank; the monitoring terminal collects environmental parameter information in the tea sealing tank, generates tea monitoring information according to the environmental parameter information and sends the tea monitoring information to the service monitoring platform for storage; the service monitoring platform receives the opening command, generates opening information according to the opening tea quality information, and generates a sealing report according to the opening information. According to the invention, the tea leaves sealed in the tea sealing tank are monitored in real time by collecting the environmental parameter information in the tea sealing tank, and the quality information of the tea leaves before and after sealing is analyzed to generate a sealing report for more users to refer, so that the defect of tea waste caused by blind storage of tea is reduced, and the intelligent storage management of the tea is realized.
Description
Technical Field
The invention relates to the technical field of tea monitoring, in particular to an intelligent tea sealing tank monitoring and analyzing method and system.
Background
Along with the improvement of life quality, more and more people drink tea, and the quality requirement of people on tea is higher and higher. Because of the wide variety of tea types, the storage environment of each tea type is different, so that different environmental requirements are required for tea storage. In the prior art, is sealed to the storage of tea all ordinary storage jar, and the storage environment of tea all only requires low temperature, dampproofing, the light-resistant can usually, this does not reach the storage environment requirement of tea far away, especially some tea that require the storage environment ratio highly, need harsher to the storage environment of tea, for example storage temperature, humidity, other and oxygen content etc. current tealeaves storage equipment can not carry out real-time effective monitoring to the environment of storage, thereby lead to the condition such as the tea quality goes bad, extravagant, consumer experiences not good.
Disclosure of Invention
The invention aims to solve the technical problem of providing an intelligent tea can sealing monitoring and analyzing method and system aiming at the defects of the prior art.
The technical scheme for solving the technical problems is as follows:
according to one aspect of the invention, the invention provides an intelligent tea sealing can monitoring and analyzing method, which comprises the following steps:
step 1: initializing equipment information of a tea sealing tank, and establishing connection between a monitoring terminal arranged in the tea sealing tank and a service monitoring platform;
step 2: the service monitoring platform receives a tea sealing command and generates tea sealing information according to tea attribute information of tea sealed and stored in the tea sealing tank;
and step 3: the monitoring terminal collects environmental parameter information in the tea sealing tank, generates tea monitoring information according to the environmental parameter information and sends the tea monitoring information to the service monitoring platform for storage;
and 4, step 4: the service monitoring platform receives the opening command, generates opening information according to the opening tea quality information, and generates a sealing report according to the opening information.
According to the intelligent tea sealing tank monitoring and analyzing method, the tea sealed in the tea sealing tank is monitored in real time by collecting the environmental parameter information in the tea sealing tank, the quality information of the tea before and after sealing is analyzed, a sealing report is generated for more users to refer, the defect of tea waste caused by blind storage of tea is overcome, and intelligent management of the tea is realized.
On the basis of the technical scheme, the invention can be further improved as follows:
further: in the step 2, the generation of the tea sealing information according to the tea attribute information of the tea sealed and stored in the tea sealing can 2 specifically comprises the following steps:
step 21: reading tea attribute information of the tea leaves stored in the tea sealing can in advance;
step 22: sampling the tea before sealing, and identifying the quality information of the tea before sealing;
step 23: and acquiring time for receiving the tea sealing command, setting the time for receiving the tea sealing command as tea sealing time, and packaging the tea sealing time, the tea attribute information and the pre-sealing tea quality information to generate tea sealing information.
The beneficial effects of the further scheme are as follows: through sampling to tea before sealing, can discern tea quality information before sealing, and combine tea attribute information can accurately obtain the tea information of sealing of depositing tealeaves, carries out the comparison of tea quality before sealing before and after the later stage is unsealed when being convenient for, judges the effect of sealing.
Further: and step 3, the service monitoring platform compares the environmental parameter information with preset environmental parameter information and judges whether the environmental parameter information exceeds a preset threshold range, if so, alarm information is generated according to the environmental parameter information and the preset environmental parameter information and is sent to a user terminal corresponding to the tea caddy equipment information.
The beneficial effects of the further scheme are as follows: through the steps, whether the sealed and stored environment is in the set range or not can be judged in the process of monitoring the environment for sealing and storing the tea leaves in real time, alarm information is generated when the environmental parameter information exceeds the range of the preset threshold value and is sent to the corresponding user terminal, the user is reminded in time, measures are taken conveniently by the user, and the problem that the sealed and stored tea leaves are deteriorated due to the fact that the sealed and stored environment does not reach the standard is avoided.
Further: the step 4 specifically includes:
step 41: sampling the unsealed tea leaves, acquiring unsealed tea leaf picture information, and identifying unsealed tea leaf quality information according to the unsealed tea leaf picture information;
step 42: acquiring the time for receiving the opening command, setting the time for receiving the opening command as the opening time, and packaging the opening time, the tea attribute information and the opening tea quality information to generate opening information;
step 43: comparing the unsealing tea quality information with the pre-sealing tea quality information, and judging the sealing tea quality change information during the sealing period;
step 44: and generating a sealed and stored report according to the sealed and stored tea quality change information, the environmental parameter information and the tea attribute information in the sealed and stored period.
The beneficial effects of the further scheme are as follows: through sampling unsealing tea, unsealing tea quality information can be identified, the change condition of tea quality before and after sealing is judged by combining sealing tea quality information, and then the sealing effect is judged.
Further: the method further comprises the steps of:
and 5: acquiring the quality change information of the sealed tea leaves corresponding to each type of tea leaves in the sealing period according to the type of the tea leaves, and determining the optimal sealing environment parameter information of each type of tea leaves;
step 6: and generating a reference sealing scheme according to each type of tea and the corresponding optimal sealing environment parameter information.
The beneficial effects of the further scheme are as follows: through the steps, the tea quality change information in the tea sealing and storing process of all users can be analyzed, the optimal sealing and storing environment of each type of tea can be found, and more accurate reference schemes can be provided for more users conveniently.
Further: the step 5 specifically includes:
step 51: comparing the environmental parameter information with corresponding preset environmental parameter information, and calculating a difference value between the environmental parameter information and the corresponding preset environmental parameter information;
step 52: calculating the comprehensive index value of the sealed tea according to the preset weight of each tea quality parameter;
step 53: and taking the environmental parameter information corresponding to the comprehensive change value closest to the preset standard comprehensive reference index value as the optimal sealed environmental parameter information.
The beneficial effects of the further scheme are as follows: through the steps, the quality change conditions of the tea before and after sealing can be accurately judged, the optimal storage environment suitable for each type of tea can be accurately analyzed, guidance suggestions are provided for a user to store the tea, waste caused by deterioration in the tea storage process is reduced, and intelligent management is realized.
According to another aspect of the invention, an intelligent tea sealing tank monitoring and analyzing system is provided, which comprises a service monitoring platform and a plurality of monitoring terminals; the service monitoring platform specifically comprises an initialization module, a tea sealing module, an unsealing module, an online monitoring module and a storage module, wherein the initialization module is used for initializing equipment information of a tea sealing tank and establishing connection between the monitoring terminal arranged in the tea sealing tank and the service monitoring platform; the tea sealing module is used for receiving a tea sealing command, generating tea sealing information according to tea attribute information of tea sealed and stored in the tea sealing tank and storing the tea sealing information in the storage module; the unsealing module is used for receiving an unsealing command, generating unsealing information according to the quality information of unsealed tea leaves, generating a sealing report according to the unsealing information and storing the sealing report to the storage module; the monitoring terminal one-to-one is arranged in the tea sealing tank and used for acquiring environmental parameter information in the tea sealing tank, generating tea monitoring information according to the environmental parameter information and sending the tea monitoring information to the service monitoring platform, the storage module stores the tea monitoring information, and the online monitoring module is used for identifying the online state of the corresponding tea sealing tank through the monitoring terminal.
According to the intelligent tea sealing tank monitoring and analyzing system, the monitoring terminal is used for collecting the environmental parameter information in the tea sealing tank to monitor the tea sealed in the tea sealing tank in real time, the service monitoring platform is used for analyzing the quality information of the tea before and after sealing to generate a sealing report for more users to refer, the defect of tea waste caused by blind storage of tea is overcome, and intelligent management of the tea is realized.
On the basis of the technical scheme, the invention can be further improved as follows:
further: the tea sealing module comprises a reading submodule for reading the pre-stored tea attribute information of the tea sealed in the tea sealing tank; the tea sealing sampling identification submodule is used for sampling tea before sealing and identifying quality information of the tea before sealing; and the tea sealing information submodule is used for acquiring the time for receiving the tea sealing command, setting the time for receiving the tea sealing command as tea sealing time, and packaging the tea sealing time, the tea attribute information and the tea quality information before sealing to generate tea sealing information.
The beneficial effects of the further scheme are as follows: through sealing tea sampling identification submodule and sampling tea before sealing, can discern tea quality information before sealing, and combine read the submodule and read tea attribute information that seals tealeaves in the tea caddy can accurately obtain the tea information that seals tealeaves, the later stage of being convenient for is sealed the comparison of tea quality around depositing, judges the effect of sealing.
Further: the service monitoring platform further comprises a comparison module for comparing the environmental parameter information with preset environmental parameter information and judging whether the environmental parameter information exceeds a preset threshold range, if so, alarm information is generated according to the environmental parameter information and the preset environmental parameter information and sent to a user terminal corresponding to the tea caddy equipment information.
The beneficial effects of the further scheme are as follows: through compare the module can judge at the environmental process of real time monitoring sealed tealeaves whether sealed environment is in the within range of setting for to generate alarm information when environmental parameter information surpasses and predetermine the threshold value scope, send the user terminal who corresponds, in time remind the user, the user of being convenient for takes measures, avoids leading to sealed tealeaves of depositing rotten because sealed environment is not up to standard.
Further: the unsealing module comprises an unsealing sampling identification submodule and an unsealing sampling identification submodule, wherein the unsealing sampling identification submodule is used for sampling unsealed tea leaves, acquiring unsealing tea leaf picture information and identifying the quality information of the unsealed tea leaves according to the unsealing tea leaf picture information; an unsealing information submodule for acquiring the time of receiving the unsealing command, setting the time of receiving the unsealing command as an unsealing time, and packaging the unsealing time, the tea attribute information and the unsealed tea quality information to generate unsealing information; the quality comparison submodule is used for comparing the unsealing tea quality information with the pre-sealing tea quality information and judging the quality change information of the sealed tea during the sealing period; and the sealing report unit is used for generating a sealing report according to the sealing tea quality change information, the environmental parameter information and the tea attribute information in the sealing period and storing the sealing report.
The beneficial effects of the further scheme are as follows: the unsealing sampling identifier module is used for sampling unsealed tea, so that the unsealing tea quality information can be identified, the change condition of the tea quality before and after sealing is judged conveniently by combining the sealed tea quality information, and the sealing effect is further judged.
Further: the service monitoring platform further comprises an analysis module, wherein the analysis module is used for obtaining the quality change information of the sealed and stored tea leaves corresponding to each type of tea leaves in the sealing and storing period according to the type of the tea leaves, determining the optimal sealing and storing environmental parameter information of each type of tea leaves, and generating a reference sealing and storing scheme according to each type of tea leaves and the corresponding optimal sealing and storing environmental parameter information.
The beneficial effects of the further scheme are as follows: through the analysis module can be to all users' in-process tealeaves quality change information of depositing of sealing and carry out the analysis to find the best environment of depositing of every kind of tealeaves, be convenient for provide more accurate reference scheme for more users.
Further: the intelligent tea sealing tank monitoring and analyzing system further comprises a plurality of user terminals, wherein the user terminals are wirelessly connected with the service monitoring platform, send tea sealing commands, unsealing commands or query commands for querying tea monitoring information to the service monitoring platform, and can display the online state of the tea sealing tank.
The beneficial effects of the further scheme are as follows: the user terminal can conveniently monitor the environmental parameter information in the tea sealing tank in a remote and real-time manner, and the service monitoring platform can conveniently monitor the real-time online state of the tea sealing tank in a real-time manner, so that personalized monitoring and management are realized.
Drawings
FIG. 1 is a schematic flow chart of an intelligent tea-sealing tank monitoring and analyzing method of the present invention;
FIG. 2 is a curve showing the variation of the predetermined standard comprehensive index value of the sealed tea leaves according to the present invention with the sample volume;
FIG. 3 is a schematic structural diagram of an intelligent tea-sealing monitoring and analyzing system according to an embodiment of the present invention;
FIG. 4 is a schematic structural diagram of an intelligent tea-sealing monitoring and analyzing system according to another embodiment of the present invention;
FIG. 5 is a schematic structural diagram of an intelligent tea-sealing monitoring and analyzing system according to another embodiment of the present invention;
fig. 6 is a schematic structural diagram of an intelligent tea-sealing monitoring and analyzing system according to another embodiment of the invention.
Detailed Description
The principles and features of this invention are described below in conjunction with the following drawings, which are set forth by way of illustration only and are not intended to limit the scope of the invention.
In the first embodiment, an intelligent tea-sealing can monitoring and analyzing method according to the present invention will be described in detail with reference to fig. 1.
As shown in fig. 1, an intelligent tea-sealing pot monitoring and analyzing method includes the following steps:
step 1: initializing equipment information of a tea sealing tank, and establishing connection between a monitoring terminal arranged in the tea sealing tank and a service monitoring platform;
step 2: the service monitoring platform receives a tea sealing command and generates tea sealing information according to tea attribute information of tea sealed and stored in the tea sealing tank;
and step 3: collecting environmental parameter information in the tea sealing tank, generating tea monitoring information according to the environmental parameter information, and sending the tea monitoring information to the service monitoring platform for storage;
and 4, step 4: the service monitoring platform receives the opening command, generates opening information according to the opening tea quality information, and generates a sealing report according to the opening information.
According to the intelligent tea sealing tank monitoring and analyzing method, the tea sealed in the tea sealing tank is monitored in real time by collecting the environmental parameter information in the tea sealing tank, the quality information of the tea before and after sealing is analyzed, a sealing report is generated for more users to refer, the defect of tea waste caused by blind storage of tea is overcome, and intelligent management of the tea is realized.
In the step 1, the equipment information of the tea sealing can comprises initial information such as equipment ID, equipment model, equipment name and delivery date.
In this embodiment, in the step 2, the generating of the tea sealing information according to the tea attribute information of the tea sealed and stored in the tea sealing can specifically includes:
step 21: reading pre-stored tea attribute information of tea leaves stored in the tea sealing tank, wherein the tea attribute information comprises a tea leaf name, tea picking time, a tea leaf producing area and a tea leaf type;
step 22: sampling tea leaves before sealing, and identifying quality information of the tea leaves before sealing, wherein the quality information of the tea leaves before sealing comprises color, tenderness, cleanliness, cord tightness and whole breakage degree;
step 23: and acquiring time for receiving the tea sealing command, setting the time for receiving the tea sealing command as tea sealing time, and packaging the tea sealing time, the tea attribute information and the pre-sealing tea quality information to generate tea sealing information.
Through sampling to tea before sealing, can discern tea quality information before sealing, and combine tea attribute information can accurately obtain the tea information of sealing of depositing tealeaves, carries out the comparison of tea quality before sealing before and after the later stage is unsealed when being convenient for, judges the effect of sealing.
The method comprises the steps of sampling tea leaves before sealing, obtaining picture information of the tea leaves before sealing, and carrying out image processing according to the picture information of the tea leaves before sealing, so as to identify the color of the tea leaves before sealing. In practice, the picture information of the tea leaves before sealing needs to be acquired firstly under the standard illumination condition, and the tea leaves before sealing are uniformly laid so as to be capable of acquiring the picture information of the tea leaves before sealing clearly and accurately, thereby identifying the color of the tea leaves before sealing.
Because the tea leaves are the signs of tender and high-quality tea leaves, the tenderness of the tea leaves is usually judged according to the quantity of the tea leaves, in practice, picture information of the tea leaves before sealing is obtained through high-definition equipment and amplified to identify the quantity of the tea leaves, and therefore the tenderness of the tea leaves before sealing is judged.
For the cleanliness of tea before sealing, whether tea leaves are mixed with tea pieces, stems, tea dust and tea seeds and impurities such as bamboo chips, wood chips, lime, silt and the like mixed in the manufacturing process are mainly considered. Because the shape difference of the inclusions and the tea leaves is large, the cleanliness of the tea leaves before sealing can be accurately identified by carrying out image identification processing on the picture information of the tea leaves before sealing.
Because the strip tightness reflects the quality of the tea leaves in appearance, the tea leaves with good quality have tight strips and heavy bones, and the appearance specifications of the tea leaves are as follows: tightness, bending, straightness, thinness, uniformity and the like, so that the appearance quality of the tea can be reflected.
As consumers, the tea leaves are well homogenized and broken into pieces, the tea leaves are placed in a tray, under the action of rotating force, the tea leaves are continuously layered according to shape, size, weight, thickness and fineness, the tea leaves are tightly, finely and solidly concentrated in the middle layer, and the broken and finely broken tea leaves are deposited in the lowest layer. Therefore, the whole degree of breakage of the tea can be identified.
In this embodiment, in step 3, the environmental parameter information includes temperature, humidity, air pressure, oxygen concentration, carbon dioxide concentration, and the like. The environmental parameter information of the sealed tea leaves can be accurately collected through a collecting terminal (such as a sensor) extending into the sealed space.
Preferably, as an embodiment of the present invention, in step 3, the service monitoring platform further compares the environmental parameter information with preset environmental parameter information, and determines whether the environmental parameter information exceeds a preset threshold range, and if so, generates alarm information according to the environmental parameter information and the preset environmental parameter information, and sends the alarm information to a user terminal corresponding to the tea caddy device information; wherein the environmental parameter information includes temperature, humidity, barometric pressure, oxygen concentration, carbon dioxide concentration, time, and geographical location information (mainly including longitude and latitude). Through the steps, whether the sealed and stored environment is in the set range or not can be judged in the process of monitoring the environment for sealing and storing the tea leaves in real time, alarm information is generated when the environmental parameter information exceeds the range of the preset threshold value and is sent to the corresponding user terminal, the user is reminded in time, measures are taken conveniently by the user, and the problem that the sealed and stored tea leaves are deteriorated due to the fact that the sealed and stored environment does not reach the standard is avoided.
In this embodiment, the step 4 specifically includes:
step 41: sampling the unsealed tea leaves, acquiring unsealed tea leaf picture information, and identifying unsealed tea leaf quality information according to the unsealed tea leaf picture information, wherein the unsealed tea leaf quality information also correspondingly comprises color, tenderness, cleanliness, strip tightness and whole breakage degree;
step 42: acquiring the time for receiving the opening command, setting the time for receiving the opening command as the opening time, and packaging the opening time, the tea attribute information and the opening tea quality information to generate opening information;
step 43: comparing the unsealing tea quality information with the pre-sealing tea quality information, and judging the sealing tea quality change information during the sealing period;
step 44: and generating a sealed and stored report according to the sealed and stored tea quality change information, the environmental parameter information and the tea attribute information in the sealed and stored period.
Through sampling unsealing tea, unsealing tea quality information can be identified, the change condition of tea quality before and after sealing is judged by combining sealing tea quality information, and then the sealing effect is judged.
It should be noted that, in practice, the comparison includes longitudinal comparison and transverse comparison, besides comparison of the quality information of the tea leaves before and after sealing, compared with the quality change information of the sealed tea leaves stored in different environments and under different storage conditions as one type of tea, the quality change information of the sealed tea leaves stored in the same environment and under the same storage condition as another type of tea, and the like, the optimal storage scheme is obtained through comprehensive analysis, and the reference of other users in the later period is facilitated.
Preferably, as an embodiment of the present invention, the intelligent tea-sealing can monitoring and analyzing method further includes the following steps:
and 5: acquiring the quality change information of the sealed tea leaves corresponding to each type of tea leaves in the sealing period according to the type of the tea leaves, and determining the optimal sealing environment parameter information of each type of tea leaves;
step 6: and generating a reference sealing scheme according to each type of tea and the corresponding optimal sealing environment parameter information.
Through the steps, the tea quality change information in the tea sealing and storing process of all users can be analyzed, the optimal sealing and storing environment of each type of tea can be found, and more accurate reference schemes can be provided for more users conveniently.
Preferably, the step 5 specifically includes:
step 51: comparing the environmental parameter information with corresponding preset environmental parameter information, and calculating a difference value between the environmental parameter information and the corresponding preset environmental parameter information;
step 52: calculating the comprehensive index value of the sealed tea according to the preset weight of each tea quality parameter;
step 53: and taking the environmental parameter information corresponding to the comprehensive index value closest to the preset standard comprehensive reference index value as the optimal sealed environmental parameter information.
Through the steps, the quality change conditions of the tea before and after sealing can be accurately judged, the optimal storage environment suitable for each type of tea can be accurately analyzed, guidance suggestions are provided for a user to store the tea, waste caused by deterioration in the tea storage process is reduced, and intelligent management is realized.
It should be pointed out that the preset standard comprehensive reference index value needs to be updated regularly or irregularly according to feedback information of users, the sealed data information of all users of the tea is collected by combining big data information fed back by all users, for example, for a certain kind of tea, the sealed data information of all users of the tea comprises pre-sealed tea quality information, unsealed tea quality information, sealed tea quality change information, corresponding environment parameter information and feedback information of corresponding users, the preset standard comprehensive reference index value of the most common drinking requirement of the tea is analyzed according to the feedback information of the users, the preset standard comprehensive reference index value is substituted for the originally set preset standard comprehensive reference index value, so that the sealed environment parameter information corresponding to the closest comprehensive index value can be found according to the new standard comprehensive reference index value, and the originally set optimal sealed environment parameter information is updated according to the sealed environment parameter information, the dynamic updating of the reference value of the preset standard comprehensive index is realized, and the preset standard comprehensive reference index value is ensured to gradually approach to the static preset standard comprehensive reference index value which is most suitable for drinking. As shown in fig. 2, for a certain tea, the abscissa is the sample volume S (i.e. the number of users who feed back the data information of the sealed storage of the tea-like leaf), and the ordinate is the comprehensive index value X thereof, when the number of users storing the tea-like leaf is large enough, the preset standard comprehensive index value X approaches to a constant value X0, so the constant value X0 is the comprehensive standard reference index value that the tea-like leaf most meets the tea tasting consumption of the majority of users. X0 is a comprehensive standard reference index value, and the environmental parameter information corresponding to the comprehensive standard reference index value X0 is the optimal environmental parameter information for sealing the tea leaves. The larger the sample capacity, the closer the composite standard reference index value is to the static preset standard composite reference index value for the most universal drinking needs.
In the second embodiment, an intelligent tea-sealing monitoring device is described in detail below with reference to fig. 2 to 4.
As shown in fig. 3, an intelligent tea-sealing pot monitoring device comprises a service monitoring platform and a plurality of monitoring terminals; the service monitoring platform specifically comprises an initialization module, a tea sealing module, an unsealing module, an online monitoring module and a storage module, wherein the initialization module is used for initializing equipment information of a tea sealing tank and establishing connection between a monitoring terminal arranged in the tea sealing tank and the service monitoring platform; the tea sealing module is used for receiving a tea sealing command, generating tea sealing information according to tea attribute information of tea sealed and stored in the tea sealing tank and storing the tea sealing information in the storage module; the unsealing module is used for receiving an unsealing command, generating unsealing information according to the quality information of unsealed tea leaves, generating a sealing report according to the unsealing information and storing the sealing report to the storage module; the monitoring terminal one-to-one is arranged in the tea sealing tank and used for acquiring environmental parameter information in the tea sealing tank, generating tea monitoring information according to the environmental parameter information and sending the tea monitoring information to the service monitoring platform, the storage module stores the tea monitoring information, and the online monitoring module is used for identifying the online state of the corresponding tea sealing tank through the monitoring terminal.
According to the intelligent tea sealing tank monitoring device, the environmental parameter information in the tea sealing tank is collected through the monitoring terminal to monitor the tea sealed in the tea sealing tank in real time, the quality information of the tea before and after sealing is analyzed through the service monitoring platform to generate a sealing report for more users to refer, the defect of tea waste caused by blind storage of tea is overcome, and intelligent management of the tea is realized.
In this embodiment, the tea sealing module includes a reading sub-module, configured to read pre-stored tea attribute information of tea leaves sealed in the tea sealing can, where the tea attribute information includes a tea leaf name, a tea picking time, a tea leaf producing area, and a tea leaf type; the tea sealing sampling identification submodule is used for sampling tea before sealing, acquiring tea picture information before sealing, and identifying tea quality information before sealing according to the tea picture information before sealing, wherein the tea quality information before sealing comprises color, tenderness, cleanliness, cord tightness and whole breakage; and the tea sealing information submodule is used for acquiring the time for receiving the tea sealing command, setting the time for receiving the tea sealing command as tea sealing time, and packaging the tea sealing time, the tea attribute information and the tea quality information before sealing to generate tea sealing information. Through sealing tea sampling identification submodule and sampling tea before sealing, can discern tea quality information before sealing, and combine read the submodule and read tea attribute information that seals tealeaves in the tea caddy can accurately obtain the tea information that seals tealeaves, the later stage of being convenient for is sealed the comparison of tea quality around depositing, judges the effect of sealing.
As shown in fig. 4, preferably, as an embodiment of the present invention, the service monitoring platform further includes a comparison module, configured to compare the environmental parameter information with preset environmental parameter information, and determine whether the environmental parameter information exceeds a preset threshold range, if yes, generate alarm information according to the environmental parameter information and the preset environmental parameter information, and send the alarm information to a user terminal corresponding to the tea caddy device information; wherein the environmental parameter information includes temperature, humidity, air pressure, oxygen concentration, carbon dioxide concentration, time, and geographical location information. Through compare the module can judge at the environmental process of real time monitoring sealed tealeaves whether sealed environment is in the within range of setting for to generate alarm information when environmental parameter information surpasses and predetermine the threshold value scope, send the user terminal who corresponds, in time remind the user, the user of being convenient for takes measures, avoids leading to sealed tealeaves of depositing rotten because sealed environment is not up to standard.
In this embodiment, the unsealing module includes an unsealing sampling identification submodule, configured to sample unsealed tea leaves, acquire unsealed tea leaf picture information, and identify unsealed tea leaf quality information according to the unsealed tea leaf picture information, where the unsealed tea leaf quality information also includes color, tenderness, cleanliness, strip tightness, and degree of complete breakage; an unsealing information submodule for acquiring the time of receiving the unsealing command, setting the time of receiving the unsealing command as an unsealing time, and packaging the unsealing time, the tea attribute information and the unsealed tea quality information to generate unsealing information; the quality comparison submodule is used for comparing the unsealing tea quality information with the pre-sealing tea quality information and judging the quality change information of the sealed tea during the sealing period; and the sealing report unit is used for generating a sealing report according to the sealing tea quality change information, the environmental parameter information and the tea attribute information in the sealing period and storing the sealing report. The unsealing sampling identifier module is used for sampling unsealed tea, so that the unsealing tea quality information can be identified, the change condition of the tea quality before and after sealing is judged conveniently by combining the sealed tea quality information, and the sealing effect is further judged.
It should be noted that, in practice, the quality comparison submodule includes longitudinal comparison and transverse comparison, in addition to comparison of the quality information of the tea before and after sealing, compared with the quality change information of the sealed tea stored in different environments and different storage conditions like one type of tea, the quality change information of the sealed tea stored in the same environment and the same storage condition in different types, and the like, an optimal storage scheme is obtained through comprehensive analysis, and the reference of other users in the later period is facilitated.
As shown in fig. 5, preferably, as an embodiment of the present invention, the service monitoring platform further includes an analysis module, configured to obtain the quality change information of the sealed tea leaves corresponding to each type of tea leaves during the sealing period according to the type of tea leaves, determine the optimal sealing environment parameter information of each type of tea leaves, and generate a reference sealing scheme according to each type of tea leaves and the corresponding optimal sealing environment parameter information. Through the analysis module can be to all users' in-process tealeaves quality change information of depositing of sealing and carry out the analysis to find the best environment of depositing of every kind of tealeaves, be convenient for provide more accurate reference scheme for more users.
As shown in fig. 6, preferably, as an embodiment of the present invention, the intelligent tea sealing monitoring and analyzing system includes a plurality of user terminals, and the user terminals are wirelessly connected to the service monitoring platform, and send a tea sealing command, an unsealing command or a query command for querying the tea monitoring information to the service monitoring platform, and at the same time, can display an online status of the tea sealing tank.
The user terminal can conveniently monitor the environmental parameter information in the tea sealing tank in a remote and real-time manner, and the service monitoring platform can conveniently monitor the real-time online state of the tea sealing tank in a real-time manner, so that personalized monitoring and management are realized.
It should be pointed out that the preset standard comprehensive reference index value needs to be updated regularly or irregularly according to the feedback information of the user, the service monitoring platform collects the sealed data information of all users of the tea, including the quality information of the tea before sealing, the quality information of the tea after sealing, the quality change information of the sealed tea, the corresponding environmental parameter information and the feedback information of the corresponding user, and analyzes the preset standard comprehensive reference index value of the most common drinking requirement of the tea according to the feedback information of the user, and replaces the originally set preset standard comprehensive reference index value with the preset standard comprehensive reference index value, so as to find the sealed environmental parameter information corresponding to the closest comprehensive index value according to the new standard comprehensive reference index value, and updating the originally set optimal sealed environment parameter information so as to realize dynamic updating of the preset standard comprehensive reference index value and ensure that the preset standard comprehensive reference index value gradually approaches to the static preset standard comprehensive reference index value which is most suitable for drinking requirements.
The intelligent tea sealing tank monitoring and analyzing system can facilitate the user to remotely monitor the environmental parameter information in the tea sealing tank in real time through the user terminal, and also facilitates the service monitoring platform to monitor the real-time online state of the user in real time, thereby realizing personalized monitoring and management.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.
Claims (6)
1. An intelligent tea-sealing pot monitoring and analyzing method is characterized by comprising the following steps:
step 1: initializing equipment information of a tea sealing tank, and establishing connection between a monitoring terminal arranged in the tea sealing tank and a service monitoring platform;
step 2: the service monitoring platform receives a tea sealing command and generates tea sealing information according to tea attribute information of tea sealed and stored in the tea sealing tank; in the step 2, the generating of the tea sealing information according to the tea attribute information of the tea sealed and stored in the tea sealing can specifically comprises the following steps:
step 21: reading tea attribute information of the tea leaves stored in the tea sealing can in advance;
step 22: sampling the tea before sealing, and identifying the quality information of the tea before sealing;
step 23: acquiring time for receiving the tea sealing command, setting the time for receiving the tea sealing command as tea sealing time, and packaging the tea sealing time, tea attribute information and pre-sealing tea quality information to generate tea sealing information;
and step 3: the monitoring terminal collects environmental parameter information in the tea sealing tank, generates tea monitoring information according to the environmental parameter information and sends the tea monitoring information to the service monitoring platform for storage;
and 4, step 4: the service monitoring platform receives an opening command, generates opening information according to the opening tea quality information, and generates a sealing report according to the opening information; the step 4 specifically includes:
step 41: sampling the unsealed tea leaves, acquiring unsealed tea leaf picture information, and identifying unsealed tea leaf quality information according to the unsealed tea leaf picture information;
step 42: acquiring the time for receiving the opening command, setting the time for receiving the opening command as the opening time, and packaging the opening time, the tea attribute information and the opening tea quality information to generate opening information;
step 43: comparing the unsealing tea quality information with the pre-sealing tea quality information, and judging the sealing tea quality change information during the sealing period;
step 44: generating a sealed and stored report according to the sealed and stored tea quality change information, the environmental parameter information and the tea attribute information in the sealed and stored period;
also comprises the following steps:
and 5: the service monitoring platform acquires the quality change information of the sealed tea leaves corresponding to each type of tea leaves in the sealing period according to the type of the tea leaves, and determines the optimal sealing environment parameter information of each type of tea leaves;
step 6: and generating a reference sealing scheme according to each type of tea and the corresponding optimal sealing environment parameter information.
2. The intelligent tea-sealing can monitoring and analyzing method according to claim 1, wherein the step 3 further comprises: and the service monitoring platform compares the environmental parameter information with preset environmental parameter information, judges whether the environmental parameter information exceeds a preset threshold range, and if so, generates alarm information according to the environmental parameter information and the preset environmental parameter information and sends the alarm information to a user terminal corresponding to the tea caddy sealing equipment information.
3. The intelligent tea-sealing can monitoring and analyzing method according to claim 1, wherein the step 5 specifically comprises:
step 51: comparing the environmental parameter information with corresponding preset environmental parameter information, and calculating a difference value between the environmental parameter information and the corresponding preset environmental parameter information;
step 52: calculating the comprehensive index value of the sealed tea according to the preset weight of each tea quality parameter;
step 53: and taking the environmental parameter information corresponding to the comprehensive index value closest to the preset standard comprehensive reference index value as the optimal sealed environmental parameter information.
4. An intelligent tea sealing tank monitoring and analyzing system is characterized by comprising a service monitoring platform and a plurality of monitoring terminals;
the service monitoring platform is used for initializing equipment information of the tea sealing tank and establishing connection between the monitoring terminal arranged in the tea sealing tank and the service monitoring platform; the tea sealing device is used for receiving a tea sealing command, generating tea sealing information according to tea attribute information of tea sealed and stored in the tea sealing tank and storing the tea sealing information; the tea bag opening device is used for receiving an opening command, generating opening information according to the opening tea quality information, and generating and storing a sealing report according to the opening information; the monitoring terminal is also used for identifying the online state of the corresponding tea can;
the monitoring terminals are correspondingly arranged in the tea sealing tank one by one and are used for acquiring environmental parameter information in the tea sealing tank, generating tea monitoring information according to the environmental parameter information and sending the tea monitoring information to the service monitoring platform for storage;
the service monitoring platform comprises a tea sealing module and an unsealing module;
the tea sealing module is specifically used for:
reading tea attribute information of the tea leaves stored in the tea sealing can in advance;
sampling the tea before sealing, and identifying the quality information of the tea before sealing;
acquiring time for receiving the tea sealing command, setting the time for receiving the tea sealing command as tea sealing time, and packaging the tea sealing time, tea attribute information and pre-sealing tea quality information to generate tea sealing information;
the unsealing module is specifically used for:
sampling the unsealed tea leaves, acquiring unsealed tea leaf picture information, and identifying unsealed tea leaf quality information according to the unsealed tea leaf picture information;
acquiring the time for receiving the opening command, setting the time for receiving the opening command as the opening time, and packaging the opening time, the tea attribute information and the opening tea quality information to generate opening information;
comparing the unsealing tea quality information with the pre-sealing tea quality information, and judging the sealing tea quality change information during the sealing period;
and generating a sealed and stored report according to the sealed and stored tea quality change information, the environmental parameter information and the tea attribute information in the sealed and stored period.
5. The intelligent tea-sealing pot monitoring and analyzing system as claimed in claim 4, wherein the service monitoring platform further comprises a comparison module and an analyzing module;
the comparison module is used for comparing the environmental parameter information with preset environmental parameter information and judging whether the environmental parameter information exceeds a preset threshold range, if so, alarm information is generated according to the environmental parameter information and the preset environmental parameter information and is sent to a user terminal corresponding to the tea sealing pot equipment information;
the analysis module is used for acquiring the quality change information of the sealed and stored tea leaves corresponding to each type of tea leaves in the sealing and storing period according to the type of the tea leaves, determining the optimal sealing and storing environmental parameter information of each type of tea leaves, and generating a reference sealing and storing scheme according to each type of tea leaves and the corresponding optimal sealing and storing environmental parameter information.
6. The intelligent tea-sealing pot monitoring and analyzing system according to any one of claims 4 to 5, characterized in that: the tea sealing and unsealing system further comprises a plurality of user terminals, wherein the user terminals are wirelessly connected with the service monitoring platform, send tea sealing commands, unsealing commands or query commands for querying tea monitoring information to the service monitoring platform, and can display the online state of the tea sealing tank.
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| CN102413123B (en) * | 2011-10-10 | 2015-04-08 | 中国联合网络通信集团有限公司 | Remote control method and system |
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| CN1629584A (en) * | 2003-12-18 | 2005-06-22 | 广东科龙电器股份有限公司 | Refrigerator with multi cold sector and food monitoring method thereof |
| CN103238161A (en) * | 2010-10-06 | 2013-08-07 | 韩国食品研究院 | Method and system for monitoring quality of food |
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