Management system and method based on full life cycle of user assets

Abstract

The invention discloses a management system and method based on the full life cycle of user assets, and relates to the technical field of user asset management. Comprising an obtaining module which obtains production information and demand information of target user assets, obtains production information items and demand information items, obtains value data of previous assets corresponding to the demand information items in different periods according to the demand information items of the target user assets, and obtains a previous information set; and the comparison module is used for evaluating the actual value of the target assets through a processing mode based on the past information set and the demand information. According to the method, the value data of the previous target assets corresponding to the demand information in different periods are obtained, the target assets are divided in stages, different value change items are given to each stage, the value of the target assets is evaluated according to the value change items and the demand information, and the evaluation accuracy is improved. Therefore, the actual value of the target assets can be better judged and managed.

Description

Technical Field

[0001] The present invention relates to the technical field of user asset management, and in particular to a management system and method based on the entire life cycle of user assets. Background Art

[0002] Assets refer to resources formed by past transactions or events of an enterprise, owned or controlled by the enterprise, and expected to bring economic benefits to the enterprise. Resources that cannot bring economic benefits cannot be regarded as assets and are the rights of the enterprise. Assets can be divided into current assets, fixed assets, etc. according to liquidity. User asset management refers to the systematic management and optimization of all assets owned by users on a certain platform or system. Its main goal is to enhance user experience, protect user rights, increase user value, and promote business growth of the enterprise. In the process of asset handover and transfer, user assets need to be managed and evaluated.

[0003] Patent publication number CN116523171A discloses a data asset management method and system based on full life cycle management. According to the roles in the data asset management of the full life cycle and the characteristics of the blockchain system, the users in the system are classified into different roles. Relying on the alliance chain, the entire life cycle of the data asset is recorded in the block. On the one hand, the use of the existing blockchain transaction process can greatly reduce the amount of development and facilitate implementation. On the other hand, all users can supervise the flow of data to avoid the distrust of some users in other users when the storage is completely centralized.

[0004] In the process of receiving assets using the above and similar technical solutions, due to the different life cycles of different assets, some assets have a longer life cycle, while some assets have a shorter life cycle. Therefore, when different assets are in different life cycles, their asset values ​​will also change accordingly. At this time, when receiving assets, it is necessary to manage the assets according to the different life cycles of different assets, and it is necessary to increase the maximum rate of return of asset transfer or evaluation based on the real-time status of the assets. In addition, since different environments will have different promoting or inhibiting effects on the life cycle of assets, when receiving assets in different environments, it is also necessary to consider the impact of environmental factors on the asset life cycle in order to evaluate and manage user assets as accurately as possible. Summary of the invention

[0005] The purpose of the present invention is to provide a management system and method based on the entire life cycle of user assets to solve the problems raised in the above background technology.

[0006] To achieve the above objectives, the present invention provides the following technical solutions: a management system and method based on the full life cycle of user assets, comprising:

[0007] Acquisition module: Acquire the production information and demand information of the target user's assets, obtain the production information items and demand information items, and according to the demand information items of the target user's assets, obtain the value data of the past assets corresponding to the demand information items at different periods, and obtain the past information set;

[0008] Comparison module: Based on the previous information set and demand information, the actual value of the target asset is evaluated through processing to obtain the target asset value item, and the actual value of the target asset is obtained more accurately based on the judgment of the life cycle of the target asset;

[0009] Impact module: Set environmental impact factors and divide them into at least two levels. Based on the previous information set, obtain the impact of target assets under environmental factors of different levels to obtain environmental impact items;

[0010] Update module: obtain the real-time environment of the target asset, obtain the real-time environment item, predict the life cycle of the target asset based on the real-time environment item and the environmental impact item, obtain the prediction cycle item, and update the target asset value item through the update method based on the prediction cycle item and demand information to obtain the value update item;

[0011] The processing methods include:

[0012] Step 1: Stage division: Based on the previous information set, the target asset is divided into stages to obtain at least two asset stage items;

[0013] Step 2: Assign changes. Based on the asset stage item and the previous information set, set at least two change items. Based on the asset stage item, assign different change items to different asset stage items.

[0014] Step 3: Stage classification: Based on the demand information, classify the target assets into stages to obtain the target asset stage items and target change items. Based on the target change items, evaluate the value of the target assets to obtain the target asset value items.

[0015] Furthermore, the stage division method includes:

[0016] S1: Information acquisition: Based on the previous information set, the value trend of the target asset in different periods is obtained to obtain the value trend item;

[0017] S2: Trend judgment, setting the fluctuation threshold, based on the value trend item, obtaining the time point corresponding to when the value trend item exceeds the fluctuation threshold, and obtaining the division point;

[0018] S3: The division is determined. The target asset is divided into stages based on the division points to obtain asset stage items.

[0019] Furthermore, the method of stage division also includes: term setting, setting a term threshold, in the process of S2, based on the term threshold, judging the time point corresponding to when the fluctuation threshold is exceeded, when the continuation time of the time point does not exceed the term threshold, then judging the target division point as a rejection point, when the continuation time of the time point exceeds the term threshold, then judging the target division point as an allowed point, and repeating the step of S3, dividing the target asset into stages based on multiple allowed points, and obtaining asset stage items.

[0020] Furthermore, the method for obtaining the change item includes:

[0021] M1: Average value acquisition: based on the previous information set, obtain the average value of each asset stage item to obtain at least two asset average items;

[0022] M2: Difference acquisition, based on the difference of the asset average item, the change difference is obtained, and based on the previous information set and the change difference, the change data between the asset stage items is obtained, and then the change item is obtained.

[0023] Furthermore, the environmental influencing factors include temperature and humidity, and the method for obtaining the environmental influencing items includes:

[0024] N1: First level division, dividing temperature and humidity into at least two levels, each level corresponds to a different temperature and humidity range, and obtaining at least two temperature range items and two humidity range items;

[0025] N2: Range combination, based on the combination results of the temperature range item and the humidity range item, at least four matching result items are obtained;

[0026] N3: Time acquisition: based on the results of stage division, the corresponding values ​​of different stages and the time to reach the next stage are obtained to obtain the stage time item;

[0027] N4: Obtain the first impact value. Based on the previous information set and the matching result items, obtain the time when different matching result items reach the stage time item, obtain multiple first impact time items, and based on the ratio relationship between the stage time item and the first impact time item, obtain multiple environmental impact items.

[0028] Furthermore, the environmental impact factor also includes particle concentration, and the method for obtaining the environmental impact item also includes:

[0029] N5: Second level division, dividing the particle concentration into at least two levels, each level corresponds to a different particle concentration range, and obtaining at least two particle concentration items;

[0030] N6: Obtain the second impact value. Based on the previous information set, obtain the time when different particle concentration items reach the stage time item, obtain multiple second impact time items, and based on the ratio relationship between the stage time item and the second impact time item, obtain multiple environmental impact items.

[0031] Furthermore, the demand information includes the working hours of the target asset, and the method for obtaining the forecast period item includes:

[0032] X1: Environmental matching: matching the environment of the target asset based on the real-time environmental item to obtain the matching environmental item, and then obtaining the environmental impact item corresponding to the matching environmental item, and obtaining the target environmental impact item;

[0033] X2: Duration acquisition, based on real-time environmental items and demand information, obtain the working data of the target asset, obtain the working duration item, based on the target environmental impact item, obtain the forecast data of the target asset, and then obtain the forecast cycle item.

[0034] Furthermore, the updating method includes:

[0035] Z1: Phase update: based on the forecast cycle item and demand information, the target asset’s life cycle stage is updated and judged to obtain the phase update item;

[0036] Z2: Value update: based on the stage update item, the actual value of the target asset is updated and evaluated to obtain the value update item.

[0037] Compared with the prior art, the present invention has the following beneficial effects:

[0038] The management system and method based on the entire life cycle of user assets first obtains the production information and demand information of the user assets, and obtains the past information according to the demand information of the user assets by obtaining the value data of the past target assets corresponding to the demand information at different periods, and divides the target assets into stages according to the past information, and assigns different value change items to each stage, and divides the target assets into stages according to the demand information of the target assets, and evaluates the value of the target assets according to the value change items and the demand information to obtain the target asset value items, so as to better judge and manage the actual value of the target assets.

[0039] At the same time, by setting environmental influencing factors, which include temperature, humidity and dust particle concentration, and dividing environmental factors into at least two levels, based on past information, the impact of target assets under environmental factors of different levels is obtained to obtain environmental impact items, and the real-time environment of the target assets is obtained according to the environmental impact items to obtain real-time environment items, and the life cycle of the target assets is predicted based on the real-time environment items and the environmental impact items to obtain the prediction cycle items, and the stage division results of the target assets are updated according to the prediction cycle items and demand information, and then the target asset value items are updated. BRIEF DESCRIPTION OF THE DRAWINGS

[0040] Figure 1 A schematic diagram of the relationship between the acquisition module, the comparison module, the influence module and the update module of the present invention;

[0041] Figure 2 It is a schematic diagram of the processing method of the present invention;

[0042] Figure 3 It is a schematic diagram of a method for determining a division point of the present invention;

[0043] Figure 4 It is a schematic diagram of the method for setting the rejection points of the present invention;

[0044] Figure 5 It is a schematic diagram of the average values ​​of the first stage, the second stage and the third stage of the present invention. DETAILED DESCRIPTION

[0045] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0046] Different environments will have different promoting or inhibiting effects on the life cycle of assets. For example, in a high temperature and high humidity environment, the life cycle of assets will be accelerated, while in an environment with suitable temperature and humidity, the life cycle of assets will progress slowly and steadily. Therefore, when receiving assets in different environments, it is also necessary to consider the impact of environmental factors on the asset life cycle. When user assets are in different periods, their values ​​will also be different, which will have a certain impact on the value of the received assets and may easily cause certain property damage to the recipient or the handover party. The technical solution provided in this application first obtains the production information and demand information of the user assets to obtain production information items and demand information items. According to the demand information items of the user assets, the value data of the previous target assets corresponding to the demand information items at different periods is obtained to obtain the previous information set, and the target assets are divided into stages according to the previous information set. The target asset is divided into at least two stages, and each stage is assigned a different value change item, and the target asset is divided into stages according to the demand information of the target asset, and the value of the target asset is evaluated according to the value change item and the demand information to obtain the target asset value item, and by setting environmental influencing factors, the environmental influencing factors include temperature, humidity and dust particle concentration, and the environmental factors are divided into at least two levels, based on the previous information set, the impact of the target asset under environmental factors of different levels is obtained to obtain the environmental impact item, and the real-time environment of the target asset is obtained according to the environmental impact item to obtain the real-time environment item, and the life cycle of the target asset is predicted according to the real-time environment item and the environmental impact item to obtain the prediction cycle item, and the stage division result of the target asset is updated according to the prediction cycle item and the demand information, and then the target asset value item is updated.

[0047] like Figure 1-Figure 2As shown, the present invention provides a technical solution: a management system and method based on the entire life cycle of user assets, including: an acquisition module: acquiring production information and demand information of target user assets, obtaining production information items and demand information items, and obtaining value data of past assets corresponding to the demand information items at different periods according to the demand information items of the target user assets to obtain a past information set; a comparison module: based on the past information set and the demand information, evaluating the actual value of the target asset through a processing method to obtain a target asset value item, and judging based on the life cycle of the target asset, thereby more accurately obtaining the actual value of the target asset; an impact module: setting environmental impact factors, and dividing the environmental impact factors into at least two levels, based on the past information set, obtaining the impact of the target asset under environmental factors of different levels to obtain environmental impact items; an update module Block: obtain the real-time environment of the target asset to obtain the real-time environment item, predict the life cycle of the target asset according to the real-time environment item and the environmental impact item to obtain the prediction cycle item, update the target asset value item through the update method according to the prediction cycle item and the demand information to obtain the value update item; the processing method includes: step one: stage division, based on the previous information set, divide the target asset into stages to obtain at least two asset stage items; step two: change assignment, based on the asset stage item and the previous information set, set at least two change items, based on the asset stage item, assign different change items to different asset stage items; step three: stage classification, based on the demand information, classify the target asset into stages to obtain the target asset stage item and the target change item, and evaluate the value of the target asset based on the target change item to obtain the target asset value item.

[0048] It should be noted that the production information and demand information of the target user's assets should be obtained first. The demand information includes the service life, type, material and other information of the target user's assets, and based on the demand information, the value data of the same type of assets in different periods corresponding to the demand information is obtained, and the same type of assets in the past are divided into stages. The assets are divided into at least three stages, namely the first stage, the second stage and the third stage. The value of each stage is different. The target assets are divided into stages based on the real-time situation of the target assets obtained, so that the actual value of the target assets can be obtained more accurately.

[0049] like Figure 3 As shown, the method of stage division includes: S1: information acquisition, based on the previous information set, obtaining the value trend of the target asset in different periods, and obtaining the value trend item; S2: trend judgment, setting the fluctuation threshold, based on the value trend item, obtaining the time point corresponding to the value trend item exceeding the fluctuation threshold, and obtaining the division point; S3: division determination, dividing the target asset into stages based on the division point, and obtaining the asset stage item.

[0050] It should be noted that the value of the target asset in different periods is obtained based on the previous information set, and a fluctuation threshold is set, where the fluctuation threshold is ±5%. As time goes by, the value of the target asset is also constantly fluctuating. When the amplitude of the fluctuation exceeds the fluctuation threshold, the time node corresponding to the time when the fluctuation amplitude exceeds the fluctuation threshold is set as the dividing point, thereby dividing the target asset into stages according to the dividing point.

[0051] In the specific implementation process, the selling price of an item is 100 yuan. In the first year of use, its value is 98, 97 in the second year, 94 in the third year, 93 in the fourth year, 92 in the fifth year, and 89 in the sixth year. Since the decline in its value exceeded the fluctuation threshold of ±5% in the third and sixth years, the third and sixth years are set as dividing points respectively. Therefore, the item is divided into three stages, the first stage is 0-3 years, the second stage is 3-6 years, and the third stage is after 6 years.

[0052] like Figure 4 As shown, the method of stage division also includes: term setting, setting a term threshold, in the process of S2, based on the term threshold, judging the time point corresponding to when the fluctuation threshold is exceeded, when the continuation time of the time point does not exceed the term threshold, then judging the target division point as a rejection point, when the continuation time of the time point exceeds the term threshold, then judging the target division point as an allowed point, and repeating the step of S3, dividing the target asset into stages based on multiple allowed points, and obtaining asset stage items.

[0053] It should be noted that the time point is restricted by setting a time limit threshold, and the set time limit threshold is half a year. When the value exceeds the fluctuation threshold and continues for more than half a year, the division point is determined to be an allowed point and the stage division can be carried out. On the contrary, when the value exceeds the fluctuation threshold but does not exceed half a year and returns to the fluctuation threshold, the division point is determined to be an exclusion point and the stage division is not carried out.

[0054] In the specific implementation process, the selling price of an item is 100 yuan. In the first year of use, its value is 99, in the second year its value is 98, in the third year its value is 94, in the fourth year its value is 93, and in the fifth year its value is 88. However, the value was 88 for only three months, and then the value returned to 92, until the sixth year its value was 89. In the third, fifth and sixth years, the decline in its value exceeded the fluctuation threshold of ±5%. However, in the fifth year, the decline exceeded the fluctuation threshold of ±5% for only three months and did not reach the term threshold. Therefore, the corresponding fifth year time point is not used as the dividing point. Therefore, the third and sixth years are set as dividing points respectively. Therefore, the item is divided into three stages, the first stage is 0-3 years, the second stage is 3-6 years, and the third stage is after 6 years.

[0055] Methods for obtaining change items include: M1: obtaining average values, obtaining the average value of each asset stage item based on the previous information set, and obtaining at least two asset average items; M2: obtaining differences, obtaining change differences based on the differences of asset average items, and obtaining change data between asset stage items based on the previous information set and the change differences, thereby obtaining change items.

[0056] It should be noted that the average value of the target asset in each stage in the previous information set is first obtained, and the difference between the average values ​​of each stage is used as the change term.

[0057] like Figure 5 As shown, in the specific implementation process, the selling price of an item is 100 yuan. In the first year of use, its value is 98, in the second year, its value is 97, in the third year, its value is 94, in the fourth year, its value is 93, in the fifth year, its value is 92, in the sixth year, its value is 89, in the seventh year, its value is 88, in the eighth year, and in the ninth year, its value is 88. Since the decline in its value exceeds the fluctuation threshold of ±5% in the third and sixth years, the third and sixth years are set as the dividing points respectively, so the item is divided There are three stages, the first stage is 0-3 years, the second stage is 3-6 years, and the third stage is after 6 years. In the first stage, the average value is 96.33, in the second stage, the average value is 91.33, and in the third stage, the average value is 88. Therefore, the change item in the first stage is 1-96.33 / 100=3.67%, the change item in the second stage is 1-91.33 / 100=8.67%, and the change item in the third stage is 1-88 / 100=12%.

[0058] Environmental influencing factors include temperature and humidity, and the method for obtaining environmental influencing items includes: N1: first level division, dividing temperature and humidity into at least two levels, each level corresponds to a different temperature and humidity range, and obtaining at least two temperature range items and two humidity range items; N2: range combination, based on the combination results of temperature range items and humidity range items, obtaining at least four matching result items; N3: time acquisition, based on the results of stage division, obtaining the values ​​corresponding to different stages and the time to reach the next stage, and obtaining the stage time item; N4: first impact value acquisition, based on the previous information set and the matching result item, obtaining the time for different matching result items to reach the stage time item, obtaining multiple first impact time items, and based on the ratio relationship between the stage time item and the first impact time item, obtaining multiple environmental impact items.

[0059] It should be noted that temperature and humidity are divided into three levels, namely low temperature, medium temperature, high temperature, low humidity, medium humidity and high humidity. The temperature range item corresponding to low temperature is 0℃-15℃, the temperature range item corresponding to medium temperature is 16℃-25℃, the temperature range item corresponding to high temperature is 26℃-40℃, the humidity range item corresponding to low humidity is 0%-30%, the humidity range item corresponding to medium humidity is 31%-70%, and the humidity range item corresponding to high humidity is 71%-100%, thus obtaining nine combinations of temperature and humidity. The environmental impact item is obtained according to the duration of each stage under normal circumstances and the duration of each stage under different combinations.

[0060] In the specific implementation process, it is obtained that the duration of the first stage of a certain item under moderate temperature and moderate humidity is 10 years. Based on the previous information set, the duration of the remaining combinations in the first stage is obtained, which are: Combination 1: low temperature + low humidity, duration is 15 years; Combination 2: low temperature + medium humidity, duration is 12 years; Combination 3: low temperature + high humidity, duration is 8 years; Combination 4: medium temperature + low humidity, duration is 12 years; Benchmarking group: medium temperature + medium humidity, duration is 10 years; Combination 6: medium temperature + high humidity, duration is 6 years; Combination 7: high temperature + low humidity, duration is 5 years; Combination 8: high temperature + medium humidity, duration is 4 years; Combination 9: high temperature + high humidity, duration is 2 years. At this time, the environmental impact item is the ratio between the benchmarking group and each combination.

[0061] Environmental influencing factors also include particle concentration, and the method for obtaining environmental impact items also includes: N5: second level division, dividing the particle concentration into at least two levels, each level corresponds to a different particle concentration range, and obtaining at least two particle concentration items; N6: second impact value acquisition, based on the previous information set, obtaining the time when different particle concentration items reach the stage time item, obtaining multiple second impact time items, and based on the ratio relationship between the stage time item and the second impact time item, obtaining multiple environmental impact items.

[0062] It should be noted that the particle concentration is divided into three levels: mild, moderate and severe, and the mild level corresponds to a particle concentration of 0 μg / m 3 To 35 μg / m 3 The medium level corresponds to a particle concentration of 36 μg / m 3 To 75 μg / m 3 The severity level corresponds to a particle concentration of 76 μg / m 3 To 150 μg / m 3 , based on the previous information set, the time to reach the stage time item under different high-level particle concentrations is obtained, and then the environmental impact item is obtained.

[0063] During the specific implementation process, it was found that the duration of the first stage of a certain item under a mild level of particulate matter concentration is 10 years, the duration of the first stage under a medium level of particulate matter concentration is 8 years, and the duration of the first stage under a severe level of particulate matter concentration is 6 years. At this time, the environmental impact item is the difference between the mild level and each level.

[0064] The demand information includes the working hours of the target asset, and the method for obtaining the forecast cycle item includes: X1: environment matching, matching the environment of the target asset based on the real-time environment item to obtain the matching environment item, and then obtaining the environmental impact item corresponding to the matching environment item, and then obtaining the target environmental impact item; X2: duration acquisition, based on the real-time environment item and the demand information, obtaining the working data of the target asset, obtaining the working hour item, and based on the target environmental impact item, obtaining the forecast data of the target asset, and then obtaining the forecast cycle item.

[0065] It should be noted that the environmental level of the target asset is matched according to the real-time environment of the target asset, and then the environmental impact item is obtained. Then, the usage time of the target asset is obtained according to the demand information. Based on the usage time and the environmental impact item, the prediction period of the target asset is obtained.

[0066] In the specific implementation process, an object is used for 5 years under low temperature, low humidity and severe particle concentration. Since its environmental impact item is 0.66 under low temperature and low humidity conditions and 1.66 under severe particle concentration conditions, its prediction period is 0.66*5+1.66*5=11.6 years in the five-year working time.

[0067] The update methods include: Z1: stage update, based on the forecast cycle item and demand information, the target asset's life cycle stage is updated and judged to obtain the stage update item; Z2: value update, based on the stage update item, the actual value of the target asset is updated and evaluated to obtain the value update item.

[0068] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is limited by the attached embodiments and their equivalents.

Claims

1. A management system based on the full life cycle of user assets, characterized in that: include: Acquisition module: Acquire the production information and demand information of the target user's assets, obtain the production information items and demand information items, and according to the demand information items of the target user's assets, obtain the value data of the past assets corresponding to the demand information items at different periods, and obtain the past information set; Comparison module: Based on the previous information set and demand information, the actual value of the target asset is evaluated through processing to obtain the target asset value item, and the actual value of the target asset is obtained more accurately based on the judgment of the life cycle of the target asset; Impact module: Set environmental impact factors and divide them into at least two levels. Based on the previous information set, obtain the impact of target assets under environmental factors of different levels to obtain environmental impact items; Update module: obtain the real-time environment of the target asset, obtain the real-time environment item, predict the life cycle of the target asset based on the real-time environment item and the environmental impact item, obtain the prediction cycle item, and update the target asset value item through the update method based on the prediction cycle item and demand information to obtain the value update item; The processing methods include: Step 1: Stage division: Based on the previous information set, the target asset is divided into stages to obtain at least two asset stage items; Step 2: Assign changes. Based on the asset stage item and the previous information set, set at least two change items. Based on the asset stage item, assign different change items to different asset stage items. Step 3: Stage classification: Based on the demand information, classify the target assets into stages to obtain the target asset stage items and target change items. Based on the target change items, evaluate the value of the target assets to obtain the target asset value items.

2. A management system based on the full life cycle of user assets according to claim 1, characterized in that: The stage division method includes: S1: Information acquisition: Based on the previous information set, the value trend of the target asset in different periods is obtained to obtain the value trend item; S2: Trend judgment, setting the fluctuation threshold, based on the value trend item, obtaining the time point corresponding to when the value trend item exceeds the fluctuation threshold, and obtaining the division point; S3: The division is determined. The target asset is divided into stages based on the division points to obtain asset stage items.

3. A management system based on the full life cycle of user assets according to claim 2, characterized in that: The method of stage division also includes: term setting, setting a term threshold. In the process of S2, based on the term threshold, the time point corresponding to the time when the fluctuation threshold is exceeded is judged. When the continuation time of the time point does not exceed the term threshold, the target division point is judged as a rejection point. When the continuation time of the time point exceeds the term threshold, the target division point is judged as an allowed point, and the step of S3 is repeated to divide the target asset into stages based on multiple allowed points to obtain asset stage items.

4. A management system based on the full life cycle of user assets according to claim 1, characterized in that: The method for obtaining the change item includes: M1: Average value acquisition: based on the previous information set, obtain the average value of each asset stage item to obtain at least two asset average items; M2: Difference acquisition, based on the difference of the asset average item, the change difference is obtained, and based on the previous information set and the change difference, the change data between the asset stage items is obtained, and then the change item is obtained.

5. A management system based on the full life cycle of user assets according to claim 1, characterized in that: The environmental influencing factors include temperature and humidity, and the method for obtaining the environmental influencing items includes: N1: First level division, dividing temperature and humidity into at least two levels, each level corresponds to a different temperature and humidity range, and obtaining at least two temperature range items and two humidity range items; N2: Range combination, based on the combination results of the temperature range item and the humidity range item, at least four matching result items are obtained; N3: Time acquisition: based on the results of stage division, the corresponding values ​​of different stages and the time to reach the next stage are obtained to obtain the stage time item; N4: Obtain the first impact value. Based on the previous information set and the matching result items, obtain the time when different matching result items reach the stage time item, obtain multiple first impact time items, and based on the ratio relationship between the stage time item and the first impact time item, obtain multiple environmental impact items.

6. A management system based on the full life cycle of user assets according to claim 5, characterized in that: The environmental impact factor also includes particle concentration, and the method for obtaining the environmental impact item also includes: N5: Second level division, dividing the particle concentration into at least two levels, each level corresponds to a different particle concentration range, and obtaining at least two particle concentration items; N6: Obtain the second impact value. Based on the previous information set, obtain the time when different particle concentration items reach the stage time item, obtain multiple second impact time items, and based on the ratio relationship between the stage time item and the second impact time item, obtain multiple environmental impact items.

7. A management system based on the full life cycle of user assets according to claim 1, characterized in that: The demand information includes the working hours of the target asset, and the method for obtaining the forecast period item includes: X1: Environmental matching: matching the environment of the target asset based on the real-time environmental item to obtain the matching environmental item, and then obtaining the environmental impact item corresponding to the matching environmental item, and obtaining the target environmental impact item; X2: Duration acquisition, based on real-time environmental items and demand information, obtain the working data of the target asset, obtain the working duration item, based on the target environmental impact item, obtain the forecast data of the target asset, and then obtain the forecast cycle item.

8. A management system based on the full life cycle of user assets according to claim 1, characterized in that: The updating method comprises: Z1: Phase update: based on the forecast cycle item and demand information, the target asset’s life cycle stage is updated and judged to obtain the phase update item; Z2: Value update: based on the stage update item, the actual value of the target asset is updated and evaluated to obtain the value update item.

9. A management method based on the entire life cycle of user assets, characterized by: A management system based on the entire life cycle of user assets as described in any one of claims 1-8 is used.

Images