JPH0991352A - Display method for property management information - Google Patents

Abstract

PROBLEM TO BE SOLVED: To display the state of managed property in an easy-to- intuitively-know state through easy operation by relating a display object corresponding to the form of the property with management information on the property and registering it, and changing the display form of the display object with an elapsed time. SOLUTION: A storage device 30 is equipped with a property management table 311 which contains the management information on the managed property, a display object data block 312 which stores data on the display object representing the managed property, a color map 32 which is used to display the display object in colors, and a depreciation rate table 33 which contains depreciation rates of property. To display the registered property, the redemption state is calculated from the elapsed time from when the property was obtained up to now and its life and the composition rate of the display colors of the display object is changed. The display object is displayed in, for example, a 'dark color' to make it possible to intuitively grasp the redemption state.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method of displaying asset management information in an asset management system. More specifically, management information of each managed asset, a display object indicating the managed asset, and an initial display color are registered. The present invention relates to a method of displaying asset management information that visually recognizes management information that changes with time, such as a decrease in the book value of an asset and the degree of aging, depending on the time elapsed since acquisition.

[0002]

2. Description of the Related Art Conventionally, in an asset management system using a device having a graphic display function, a graphic representing the managed asset and the name of the asset are displayed as an object, and the management information of the asset is represented by the object. By storing the attribute information of the object and displaying the attribute information of the object, the acquisition time, the number of days elapsed, the asset value, etc. of the asset can be known in a text format.

Further, by making the shape (or pattern, landscape) of the object similar to the physical shape of the asset managed by the object, or by making the managed asset an abstract pattern (mark), We are making it possible to visually recognize the assets under management.

Further, in the equipment management system, as a method of displaying the deterioration status of the equipment, a deterioration pattern is registered in advance, a deterioration prediction result of the equipment to be predicted is calculated, and the predicted deterioration status is colored. There is a way to display it (March 1993 Software Well-Known Techniques).

[0005]

By the way, in the conventional display method of the asset management system as described above, it is possible to directly know what kind of asset is owned by the object, but When you want to know what kind of state an asset is in, display the management information of the asset stored in association with that object in text format, and check the state of each asset according to the displayed management information. That is, you have to confirm the remaining period until the depreciation date.

Therefore, in a system that manages and displays a large number of assets, in order to know what state each asset is in, the above operation is repeated for each asset object, Alternatively, it is necessary to display the display format in a format such as a list based on specific management information, and investigate the state of the specific asset from among them, which makes the operation and work extremely troublesome. There was a problem.

Here, when a method of visually displaying a state by a pattern or color registered in advance in accordance with the change level of the asset state, such as the facility management system, is assigned to the change level of the asset state. Since it is necessary to previously have the pattern or color as the knowledge of the administrator, there is a problem that the burden on the administrator increases.

When the asset value fluctuates due to factors other than the passage of time due to repair or replacement of parts, the management information of the asset must be corrected by inputting information from a keyboard or the like. There was a problem that maintenance was troublesome.

Further, when managing a plurality of assets collectively, there is a problem that the management information by text information must be viewed on the display screen, and the asset status cannot be intuitively grasped.

An object of the present invention is to provide a method of displaying asset management information, which can display the state of an asset to be managed so as to be intuitively understood by a simple operation.

Another object of the present invention is to provide a method of displaying asset management information, which facilitates maintenance of the asset management information associated with repairs and parts replacements.

[0012]

The asset management information display method according to the present invention is basically such that the shape and color of an asset are registered as a display object in association with an actual asset, and each asset is displayed. For an object, the time lapse from asset acquisition to the present is calculated, and the display mode (color tone, area ratio of a plurality of colors, shape, contour, etc.) is changed according to the time lapse.

Further, an extended object indicating repair or replacement of parts is prepared so that maintenance work can be simplified when the asset value changes due to factors other than the passage of time such as repair or replacement of parts. Is.

Further, regarding an asset group in which a plurality of assets are combined to realize one function, a plurality of management assets are managed by linking, and when displaying, a plurality of managements managed by linking. Assets in a shape close to the actual shape 1
By displaying it on the screen, the relationship between the managed assets can be intuitively grasped.

[0015]

In the asset management information display method of the present invention, when the acquisition time and the initial display color are set in advance for each asset and the management object of the asset is displayed, first, the display is performed prior to the display. , Calculate the number of days elapsed from the acquisition date of the asset and the current date. Then, in displaying, the secondary display information reflecting the initial display information and the elapsed time of the asset is displayed. This allows the manager to intuitively know the management status of the property by comparing the two.

[0016]

1 is a system configuration diagram showing an embodiment of an asset management system according to the present invention. The asset management system of this embodiment comprises a computer main unit 10 and a display unit 1.
1, an input device 12, an image reader 13, a program memory 20, an asset management program 21, a storage device 30, an asset management table 31, a display object data block 312, a color map 32, and an amortization rate table 33. .

The computer main unit 10 controls various devices connected to the computer main unit 10 and executes the asset management program 21 stored in the program memory 20 to execute the asset management information described below. Is displayed.

The storage device 30 stores an asset management table 311 in which management information of managed assets is stored, a display object data block 312 in which data of display objects representing managed assets is stored, and display object data. A color map 32 used for color display and a depreciation rate table 33 storing depreciation rates of assets are provided.

1. Basic Function The basic function and processing method of the present invention will be described. This system is realized by registering assets to be managed and displaying the registered assets in a display mode (color tone, area cost of a plurality of colors, etc.) that reflects the depreciation status.

First, the attribute information and display object of the asset to be managed are registered. In addition, when displaying registered assets, the depreciation status is calculated from the elapsed time from the acquisition of each asset to the present and the useful life, and the composition ratio of the display color of the display object is changed. By displaying in "," it will be possible to intuitively understand the depreciation status.

FIG. 2 shows an example of how the display color of the computer 200, which is a newly purchased management asset, changes with the passage of time. In this display example, when a display object representing the computer 200 is newly purchased, FIG.
It is displayed as shown in (a), and is displayed in a "dull color" as shown in FIG. 2 (b) with the passage of time. It is displayed by "color".

By displaying in this way, the administrator can intuitively understand the depreciation status of the computer 200 by the "dullness" of the display color.

(1) Management Asset Registration Method FIG. 3 shows an example of a management asset registration method.

From the input device 12 to the asset management program 21
Is instructed to register the managed asset, and the asset object 315 to be registered is created. Next, the asset object 31
5, the attribute information 316 such as the name of the asset, the purchase date and the useful life, and the display object 317 are registered.

The display object 317 is registered by inputting a graphic drawing of the shape of the asset or a bitmap image of the image data of the asset input from the image reader 13 such as an image scanner or a digital camera.

For the graphic, the appearance of the asset to be managed is drawn using the drawing function, and this is registered as a display object. In the drawing work, a drawing figure, a color and a pattern to be drawn are selected, a drawing position is designated on the screen, and one or a plurality of figures are combined to create a display object showing the appearance of the managed asset. The drawing program holds the instructed contents as a graphic entry, groups the graphic entries forming the display object according to the grouping instruction, and registers them in the display object data block 312.

On the other hand, the attribute information 316 of each inputted asset
Are stored in the asset management table 311.

In each entry of the asset management table 311, the type of whether the assigned display object 317 is a figure or an image, and the display object data block 31 concerned.
The pointer to 2 is set. Display object 317
The data in each of the two types takes the respective data format according to the object type of the figure or image.

The information of the asset object 315 registered in this manner includes the asset management table 311 as shown in FIG. 4 and the graphic object data as shown in FIGS. 5 (a) and 5 (b). 3121 and image object data 3122 are registered in the display object data block 312.

The asset management table 311 shown in FIG. 4 includes a managed asset identifier field 411 and an asset name field 41.
2, a useful life field 413 that stores the useful life of the asset, an asset acquisition date field 414, an asset acquisition value field 415, and a depreciation method field 416 that stores the depreciation method applied to the asset. It is composed of an object type field 417 and a display object data block pointer field 418 showing a display object data block 312 corresponding to the managed asset, and asset management records "R1" to "Rn" are set for each managed asset. To be done.

FIG. 5A is a diagram showing an example of the structure of the graphic object data 3121 when the display object is a graphic 3123 as shown in the figure. The graphic object data 3121 includes a graphic type field 511 and a graphic type field 511. A foreground color number field 512, a background color number field 513, a figure pattern field 514,
It consists of a graphic vector information field 515. The color number set here is the same as when you purchase a new asset for each property.
That is, it is the color number of the display color (primary display color) in the initial state.

FIG. 5B is a diagram showing an example of the structure of the image object data 3122 in the case where the display object is the image 3124 as shown in the figure. The image display object data 3122 includes a header information section 312121. It consists of a bitmap 31222 part and a header information part 3
The field 1221 has information on the size of image data, the resolution, and the number of bits per dot.

FIG. 6 is a diagram showing an example of the structure of the color map 32 showing the correspondence between the color number and the composition ratio of each color element.

As shown in FIG. 6, the color map 32 is
It is composed of a color number field 61 and a color system field 62 showing a combination method and a combination ratio of colors corresponding to each color number, and each color number indicates a combination ratio for each combination element for each color system. I have it.

Here, R, G, and B when the color system is RGB represent R = red, G = green, and B = blue. Similarly, when the color system is CMY, C, and
M and Y represent C = cyan, M = magenta, and Y = yellow. When the color system is HSL, H, S, and L represent H = lightness, S = saturation, and L = luminance.

FIG. 7 is a diagram showing the depreciation rate table 33. The depreciation rate table 33 stores depreciation rates for one year by depreciation method by useful life. The useful life field 71, the depreciation rate field 72 for the straight-line method, and the depreciation rate for the declining-balance method. And a field 73.

(2) Display Method An embodiment of the display method of the present invention will be specifically described with reference to the drawings.

FIG. 8 and FIG. 9 are flowcharts showing the processing flow of the display processing when the color system is the RGB system in the asset management system. Hereinafter, a method of displaying the asset management information will be described based on this flowchart.

In the asset management information display processing, when the processing is started, first, in step 801, initial setting is performed to set the limit change rate (W) of the asset display color. This is RG
This is because when the B elements are all "0", they become black and are hard to see, so that the display color is set to the "dull" limit. In this embodiment, "0.5" is set.

Next, in step 802, the top entry of the asset management table 311 is obtained.

Next, in step 803, it is checked whether all the assets have been displayed or whether the search of the asset management table 311 has been completed. If they have been completed, the display processing ends.

If there is an unsearched entry in the asset management table 311, then, in step 804, the current date and the elapsed days, elapsed months, and elapsed years from the asset acquisition date of the entry in the asset management table 311 are calculated.

Next, in step 805, the depreciation method of the managed asset is checked, and the processing is branched to each depreciation method (straight line method, declining balance method). If the depreciation method for the managed asset is the straight-line method, the depreciation rate corresponding to the useful life of the managed asset is obtained from the straight-line method field 72 of the depreciation rate table 33 in step 806, and the elapsed years obtained in step 804. And the depreciation rate is calculated as the product of the depreciation rate (step 807).

For example, in the case of amortization method: straight-line method current date: 95.2.1 asset acquisition date: 94.2.1 amortization period: 3 years (36 months), in step 806, the elapsed years n is "95. It is calculated as one year from the difference between “2.1” and “94.2.1”, and in step 807, Is calculated.

On the other hand, when the depreciation method of the managed asset is the declining balance method, the depreciation rate corresponding to the useful life of the asset is obtained from the declining balance method field 73 of the depreciation rate table 33 in step 808, and then step 809. From 811, the depreciation rate of the asset of the asset is calculated.

For example, when the depreciation method is the declining balance method in the above example, the depreciation rate (D) = 0 + (1-0) × 0.536 = 0.5
36 is calculated.

Next, in step 812, the object type is determined, and if it is a figure, in step 813 a figure object is obtained by the display object pointer 418 of the asset management table 311. In step 814, each constituent element of the figure of the management asset concerned is acquired. Primary display color field 51
An entry of the color map 32 is obtained from the color numbers of 2,513, and the values of the composite elements are R1, G1, and B1 respectively.
Then, in step 815, the secondary display color corresponding to each color system is calculated.

Here, a case where the RGB system is used as the color system will be described. R in RGB method
A combined color is generated by combining the three primary colors (red), G (green) and B (blue). The ratio of each RGB synthesis element is 0% to 100
%, And the larger the number, the higher the synthesis rate. The display color is black when all RGB are 0%, and white when all are 100%.

The ratio of each composite element of the primary display color set to the managed asset is changed to the limit change amount (half (50 (50) in this example).
%)) According to the amortization rate to calculate the secondary display color.

For example, the primary display color indicating the initial state is the color number "2", and the depreciation rate (D) is calculated in step 807.
Is calculated as "0.333", the secondary display color indicating the current depreciation rate is as follows.

R: 30 (%) × (1-0.5 × 0.333) = 25 (%) G: 80 (%) × (1-0.5 × 0.333) = 66.68 (% ) B: 80 (%) × (1-0.5 × 0.333) = 66.68 (%) On the other hand, if it is determined in step 812 that the object type is an image, then in step 816, Similarly, the image object data is obtained, and in step 817, the secondary display color of each dot is calculated by the method described later.

Next, in step 818, the display object of the managed asset is displayed on the screen of the display device 12 based on the secondary display color.

Next, in step 819, the next entry in the asset management table 311 is obtained, and the process returns to step 803.

FIG. 10 shows the initial state (primary display color) of the managed asset when the display object type is an image in the examples given in FIGS. 8 and 9 (a) and one year later (secondary display). It is an example (b) of display of (color).

When the display object type is image, the color information of each dot is obtained from the header information 312221. In this example, one dot is 24 bits (R: 8 bits,
(G: 8 bits, B: 8 bits).

RGB of display color assigned to each dot
The 8 bits corresponding to the element ratio are treated as binary numbers, the attenuation amount of each color is calculated, and the color used for the secondary display is determined.

For example, the RGB bit of an arbitrary dot of the primary display color of the header information 312221 is "010011".
00, 11001100, 11001100 ”,
By multiplying each of the 8 bits by (1-0.5 × 0.333), the RGB bits of the dots of the secondary display color are “01000000, 10101010, 1”.
0101010 "is calculated.

As a result, the image object 900 shown in FIG. 10A becomes the image object 901 shown in FIG.
As shown in, it is displayed in a "dull" color compared to the initial state.

In the drawings, the "dull" color is represented by the amount of fine black dots.

11 and 12 are flowcharts showing the processing flow of the display processing when the color system uses the CMY system.

In the CMY system, an intermediate color is generated by combining C (cyan), M (magenta) and Y (yellow). The composition ratio of each of CMY is set to 0% to 100%, and the larger the number, the higher the composition ratio. When each composite element is 100%, it becomes black.

The display processing in the CMY system is the same as that shown in FIG.
It is the same as the processing method in the RGB method of FIGS. 8 and 9 except that the method of calculating the secondary display colors in step 815 and step 817 of the RGB method of FIG. 9 is different.

In the CMY method, the ratio of the composite element of the primary display color is increased to the limit change amount according to the amortization ratio, and the secondary display color is calculated.

For example, the primary display color showing the initial state is the color number "2", the limit change amount is 50%, step 1
When the depreciation rate (D) is calculated to be "0.333" in 007, the secondary display color indicating the current depreciation rate is Step 1
015 is calculated as follows.

C: 70 (%) + (100 (%) − 70 (%)) × 0.5 × 0.333 = 38.75 (%) M: 20 (%) + (100 (%) − 20 (%)) × 0.5 × 0.333 = 33.32 (%) Y: 20 (%) + (100 (%) − 20 (%)) × 0.5 × 0.333 = 33.32 ( %) As a result, the image object is displayed in a "dull" color in accordance with the number of years elapsed, as shown in FIG.

13 and 14 are flowcharts showing the processing flow of the display processing when the color system uses the HSL method. In the HSL system, H (brightness),
An intermediate color is generated by combining S (chroma) and L (luminance).

Among the composite elements of HSL, H is represented by a frequency and is set to "0 to 359", and S and L are set to "0% to 100%". The larger the number, the higher the composition ratio. Is black when 0 is set to 0%.

The display processing in the HSL system is the same as that shown in FIG.
8, except that the calculation method of the secondary display color in step 815 and step 817 of the RGB method of FIG. 9 is different.
This is the same as the processing method in the RGB method of FIG.

In the HSL system, the ratio of the L composite element of the primary display color is increased to the limit change amount according to the amortization ratio,
Calculate the secondary display color.

For example, the primary display color indicating the initial state is color number "2", the limit change amount is 50%, and step 1107
If the depreciation rate (D) is calculated as "0.333" in
The secondary display color showing the current depreciation rate is step 1115.
Is calculated as follows.

H: 180 degrees S: 56% L: 55 (%) × (1-0.5 × 0.333) = 45.
84 (%) (3) Other Display Method As another method of indicating the state of the managed asset, a method of displaying the area corresponding to the depreciation rate of the asset of the display object in a color different from the temporary display color will be described.

FIG. 15 is a block diagram of the asset management table 1200 in the case where the ratio of the applied area of the primary display color of the object display color to the application area of the secondary display color is changed as the display of the change amount, which is shown in FIG. The asset management table 311 has the same configuration as the managed asset identifier field 1201, the asset name field 1202, the useful life field 1203 storing the useful life of the asset, the asset acquisition date field 1204, and the asset acquisition price field 1205. When,
A depreciation method field 1206 storing a depreciation method applied to the asset, a display object type field 1207, and a display object data block pointer field 1208 showing a display object data block 312 corresponding to the managed asset. , Asset management record “R” for each managed asset
1 "to" Rn "are set.

FIG. 16 shows another example of the structure of the graphic object data. The primary foreground color number 1302 is added to the portion corresponding to the foreground color number 512 in FIG. 5A.
5 and that the secondary foreground color number 1303 is set.
Different from.

That is, the graphic object data 1300 of FIG. 16 includes the graphic type field 1301, the primary foreground color number 1302, and the secondary foreground color number 1303.
A background color number field 1304, a graphic pattern field 1305, and a graphic vector information field 1306.

FIGS. 17 and 18 are flowcharts showing the processing flow of the display method in the case of displaying the display object in two colors. Calculation of the secondary display color in steps 815 and 817 of FIGS. 8 and 9. Instead of the display object data block 31 of the entry of the managed asset.
Each composite element of the color map entry corresponding to the secondary display color of No. 2 is stored in R2, G2, B2 (step 141
5) Next, the managed assets are displayed in the primary display color determined by R1, G1, B1 and a part of the display object is re-displayed in the secondary display color determined by R2, G2, B2 according to the depreciation rate. It is characterized in that it is displayed (step 1418).

FIG. 19 shows a display example in which a part of the display object 1501 is displayed in the secondary display color to represent the depreciation rate of assets, and the area ratio between the primary display color and the secondary display color. You can intuitively grasp the depreciation rate.

2. Additional functions (1) Display of depreciated assets Assets for which depreciation is completed within the designated asset valuation period are displayed specially to call attention.

FIG. 20 shows a management period management block 1600 in which the accounting period and the period for evaluating assets are registered in advance.
In the present embodiment, the accounting period 1601 is set by the number of months, and the asset evaluation period 1602 is the accounting period. The number of divisions 1601 is indicated by n.

For example, if the accounting period is 1 year (12 months),
When the asset evaluation is performed every six months, “12” is set in the accounting period 1601 and “1/2” is set in the asset evaluation period 1602.

FIG. 21 shows an asset management table 1700 when specially displaying assets for which depreciation is completed. This asset management table 1700 has a special display period field 1707 in addition to the asset management table 311 of the basic function of FIG. The user sets an arbitrary value in the special display period 1707.

That is, the asset management table 1700 is
Managed asset identifier field 1701, asset name field 1702, useful life field 1703 storing useful life of the asset, and asset acquisition date field 170
4, an asset acquisition price field 1705, a depreciation method field 1706 storing a depreciation method applied to the asset, a special display period field 1707, a display object type field 1708, and a display object corresponding to the managed asset. Data block 312
, Which is a display object data block pointer field 1709 indicating that the asset management records “R1” to “Rn” are set for each managed asset.

In this embodiment, the special display period field 1
In 707, there is an accounting period 1601 and an asset evaluation period 1602.
The number of periods calculated by multiplying by is stored.

The management asset table 170 having such a configuration
When displaying the status of assets registered in 0, check when the depreciation of the managed assets of each entry is completed,
When the asset is displayed or the designated asset evaluation date is within the special display period, the display object of the asset is displayed in a special mode.

For example, in the R1 personal computer, when the asset evaluation period in which depreciation is completed is entered, the display object is displayed in a special mode. In the vehicle of R2, the display object is displayed in a special mode from one period before the period when depreciation is completed.

In this embodiment, blink display is performed. FIG.
2 is an example of the display. The display object (asset) 1801 at the center is blinked because the depreciation is almost completed.

By setting the period for which special display is performed for each management asset, the attention period can be changed depending on the individual management asset and the type of management asset.

(2) Change in asset value When a repair or repair is performed on the managed asset, the repair or the part is registered as an extension object in order to manage the operation of the managed asset together with the asset. When displaying a managed asset, the presence or absence of an operation on the managed asset and the change in the asset value according to the operation are reflected in the display of the asset object.

FIG. 23 shows an outline thereof.
In addition to asset object 1903, repair object 1
901 and extension objects such as the component object 1902 are prepared, and when the repair or replacement of the component is performed, the extension object 1 and the asset object 1903 are used together.
By managing 901 and 1902, it is displayed so that it can be grasped that repair or replacement of parts has been performed.

FIG. 24 is a configuration diagram of the asset management table 2000 used in this example. The asset management table 2000 in this example is different from the asset management table 311 in the basic function of FIG. 4 in that an extension pointer field 2009 indicating the relationship between each management asset and extension object is newly provided.

That is, the asset management table 2000 is
Managed asset identifier field 2001, asset name field 2002, useful life field 2003 storing useful life of the asset, and asset acquisition date field 200
4, an asset acquisition price field 2005, a depreciation method field 2006 storing a depreciation method applied to the asset, and a display object type field 20.
07, a display object data block pointer field 2008 indicating a display object data block 312 corresponding to the managed asset, and an extended pointer field 2009, and an asset management record “R1” to “” for each managed asset. Rn ″ is set.

In this case, for the extension object,
It is managed by the extension object block 2100 shown in FIG.

The extended object block 2100 includes an extended object block link pointer 2101 and an extended object type 2102 indicating repair or replacement of parts.
The display object pointer 2103, the useful life extension years 2104, the asset value update 2105, and the entry for storing the repair or part replacement treatment date 2106 are provided.

An operation example and a processing method of the linking method of the extension object and the asset object will be described with reference to FIG.

First, the extended object block 2100
Then, the extension object 1901 is registered, the object type is set to “repair”, and the useful life extension years 2104, asset value update 2105, and repair or part replacement treatment date 2106 are input as its attribute information.

Next, after selecting the extension object 1901 displayed on the screen, the asset object 1903 subjected to the operation is selected, and the extension object 1901 is selected.
And the asset object 1903 are linked.

In this case, the extension object 1901 and the asset object 1903 may be linked by selecting the extension object 1901 using a pointing device, moving it on the screen, and superimposing it on the asset object 1903.

When the extension object 1903 is linked to the asset object 1901, the information indicating the address of the extension object block 2100 of the extension object 1901 linked to the extension pointer 2009 of the asset management table 2000 of the asset object 1903 is set.

Also, the extension object 1 associated with the operation
If the addition of 901 extends the useful life of the managed asset and increases the asset value, the useful life field 2003 or the asset evaluation field 2 of the managed asset is added.
005 is updated.

When displaying the asset object with the extension object, if the pointer 2009 of the extension object 1901 is set, a mark indicating that the management asset is extended is displayed in addition to the display object of the management asset. In this example, the repair object which is the standard display pattern of the extended object 1901 is shown in FIG.
It is displayed as shown in (c).

In FIG. 22C, the extension object 1
In 901, the extension object 1901 is partially overlapped and displayed on the upper right of the asset object 1903.

When the asset value changes due to the repair or replacement of parts, the display color of the asset object is changed.

(3) Management of complex (built-in) assets When an asset that is a management unit is built in another asset or a box, an external object that is an external asset and an internal object that is an internal asset are linked, Display hierarchically.

FIG. 27 is a schematic diagram showing an example thereof, and FIG. 28 is a configuration diagram of the asset management table 2400 used in this example.

Asset management table 2400 in this example
In addition to the asset management table 311 in the basic function of FIG. 4, an internal object field 2409 and an internal asset object block pointer field 2410.
And a display object pointer field 2411 when opened is different.

That is, the asset management table 2400 is
Managed asset identifier field 2401, asset name field 2402, useful life field 2403 storing useful life of the asset, and asset acquisition date field 240
4, an asset acquisition price field 2405, a depreciation method field 2406 that stores a depreciation method applied to the asset, and a display object type field 24.
07, a display object data block pointer field 2408 indicating the display object data block 312 corresponding to the managed asset, an internal object field 2409, an internal asset object block pointer field 2410, and a display object pointer field 2411 when opened. Asset management record "R1" for each managed asset
~ "Rn" is set.

FIG. 29 shows the structure of an internal object block 2500 which manages the internal relationship with internal objects.
Is the internal object link pointer field 250
1 and the corresponding managed asset table 2 of the internal object
An internal object asset identifier field 2502 for storing the asset identifier in 400, and a relative coordinate field 2503 in the upper object for setting the arrangement position of the internal object on the external object when the internal object is displayed together with the external object. There is.

A method of registering an internal object will be described.

First, as shown in FIG. 30, external and internal asset objects 2301, 302, 230.
Register 3,2304 on the screen. Next, the asset objects displayed on the screen are selected one by one with the cursor of the pointing device, then the external asset object 2304 is selected, and the internal asset object and the external asset object are sequentially linked.

In this case, the internal objects 2301, 2
The links between 302 and 2303 and the external object 2304 may be performed, for example, by selecting an internal object using a pointing device, moving the internal object on the screen, and superimposing it on the external object.

When an operation of linking another internal asset object to one external asset object is performed, an internal object block 2500 is created, and the internal object block pointer field 2410 of the asset management table 2400 of the external asset object is set to the internal object. Information indicating the address of block 2500 is set or chained to the internal object block list.

Information indicating an internally managed asset is set in the internal object field 2409 of the asset management table 2400 of the external asset object linked to another asset object as the internal asset object, and that effect is displayed. In addition, the externally opened appearance is also registered as a display object in the external asset object.

The built-in relationship of such assets is structured to be hierarchically manageable.

A method of displaying an asset object having an internal asset object will be described.

In the management asset display processing, the internal object field 2409 of the entry of the asset management table 2400 is checked to determine whether it is an internal management asset. If it is an internal management asset, display of the management asset is skipped. To do. However, if it is an externally managed asset, it is displayed.

Next, the displayed asset object is selected and the display of the built-in object is instructed.

The instruction for displaying the internal object is, for example,
Use a pointing device that has an instruction mechanism such as buttons, and click the assigned button or double-click the button to display the internally managed assets.

When the display of the internally managed asset is instructed, the internal object block pointer field 2410 of the managed asset table 2400 of the managed asset is checked, and when the managed asset has the internal asset, the internal asset object block list internal The managed asset table entry of the asset corresponding to the value of the object asset identifier field 2502 is obtained, and the internally managed asset is displayed.

In displaying the internal assets, the display color is changed according to the depreciation status of each asset. This processing is performed for each internal asset object block 2500 registered in the internal asset object block list.

FIG. 30 is a display example of management assets including internal management assets. In FIG. 30A, the external asset object 2304 is displayed in a closed state. On the other hand, when the internal asset display instruction is issued, the managed asset table 2
From the information of the internal asset object block 2500 indicated by the information of the internal object block pointer field 2410, the display object of the opened 400 is called from the information of the display object pointer field 2411 when the relevant managed asset is opened. The internal management asset corresponding to the asset object 2601 is called, and the relative coordinate field 250 in the upper object
According to the information of No. 3, the internal asset objects 2301, 3022 and 2303 are arranged and displayed on the external asset object 2304 as shown in FIG.

As a result, it becomes possible to easily grasp the asset status for each asset when a plurality of assets are combined.

In each of the above-mentioned embodiments, the display color of the display object representing the asset according to the depreciation rate,
Alternatively, the depreciation state is displayed by changing the area ratio of the two colors.
As shown in, the shape of the display object 2701 may be displayed so as to collapse according to the depreciation rate.

Further, as shown in FIG. 31B, the display object 2701 may be displayed with a thin outline.

Furthermore, for an asset that has reached the depreciation period, instead of blinking the display object, a sound of a specific frequency may be generated to let the user know by hearing that the depreciation period has been reached.

In addition, in the case of assets such as computers and communication equipment, the number of failures and the operating time are measured in advance,
For an asset with a large number of failures and a long operating time, the color of the display object may be changed to a specific color regardless of the depreciation period so that the asset with a large number of failures and a large operating time may be grasped.

Further, the display mode such as the display color of the display object corresponding to the shape of the asset is not limited to be changed, but a specific symbol is displayed adjacent to the display object and amortized by the change in the color of the symbol. The status may be displayed.

[0126]

As described above, according to the asset management information display method of the present invention, the display mode such as the display color of the display object corresponding to each asset is dynamically determined and displayed according to the depreciation rate and the like. Therefore, when displaying the depreciation status of managed assets, it is not necessary to register the display color or display pattern for each depreciation rank, and even if you do not know the display color or display pattern for each rank, the depreciation status It is possible to intuitively grasp.

Further, since the depreciation status can be grasped by the display color of the display object itself, it is not necessary to display the management information in a text format after selecting the asset object as in the conventional case, and the operability is improved. improves.

Further, by using a graphic or an image depicting the appearance of the managed asset as the display object, it is possible to grasp the depreciation situation with a feeling close to that of the real thing.

Further, since the repair object and the parts object are prepared, even when the management assets are repaired or parts are replaced, the depreciation status of the management assets can be reflected by a simple maintenance process. it can.

Furthermore, by managing the managed assets in a linked manner, a plurality of managed assets can be integrated and managed.

[Brief description of drawings]

FIG. 1 is a system configuration diagram of an asset management system according to the present invention.

FIG. 2 is an explanatory diagram showing a change in display color of a managed asset over time.

FIG. 3 is an explanatory diagram of a method of registering managed assets.

FIG. 4 is a configuration diagram of an asset management table.

FIG. 5 is a configuration diagram of graphic display object data and image display object data.

FIG. 6 is a configuration diagram of a color map.

FIG. 7 is a configuration diagram of an amortization rate table.

FIG. 8 is a flowchart showing display processing in the RGB system.

9 is a flowchart showing a continuation of FIG.

FIG. 10 is an explanatory diagram showing a display example of a managed asset in a primary display color and a display example of a managed asset in a secondary display color.

FIG. 11 is a flowchart showing a display process in the CMY system.

FIG. 12 is a flowchart showing a continuation of FIG. 11;

FIG. 13 is a flowchart showing a display process in the HSL system.

FIG. 14 is a flowchart showing a continuation of FIG.

FIG. 15 is a configuration diagram of an asset management table when displaying display objects in two colors.

FIG. 16 is a configuration diagram of graphic object data when a display object is displayed in two colors.

FIG. 17 is a flowchart showing a display process when a display object is displayed in two colors.

FIG. 18 is a flowchart showing a sequel to FIG. 17;

FIG. 19 is an explanatory diagram showing a display example of managed assets when a display object is displayed in two colors.

FIG. 20 is a configuration diagram of a management period management block.

FIG. 21 is a configuration diagram of an asset management table in the case of specially displaying assets whose depreciation is almost completed.

FIG. 22 is an explanatory diagram showing a display example of managed assets when special display is made on assets whose depreciation is almost complete.

FIG. 23 is an explanatory diagram when an extension object is used.

FIG. 24 is a configuration diagram of an asset management table when an extension object is used.

FIG. 25 is a configuration diagram of an extension object block.

[Fig. 26] Fig. 26 is a schematic explanatory diagram of processing when an extension object is used.

FIG. 27 is an explanatory diagram for managing a plurality of managed assets by linking them.

FIG. 28 is a configuration diagram of an asset management table when a plurality of managed assets are linked and managed.

FIG. 29 is a configuration diagram of an internal asset object block.

FIG. 30 is an explanatory diagram showing a display example of managed assets when a plurality of managed assets are linked and managed.

FIG. 31 is an explanatory diagram showing another display example of the depreciation status of managed assets.

[Explanation of symbols]

10 ... Computer main body device, 11 ... Display device, 12 ... Input device, 13 ... Image reader, 20 ... Program memory,
21 ... Asset management program, 30 ... Storage device, 32 ... Color map, 33 ... Depreciation rate table, 200 ... Display object, 311 ... Asset management table, 312 ... Display object data block, 1600 ... Management period management block, 1901 ... Repair Object, 1902 ... Parts object, 1903 ... Asset object, 2100
... Extended object block, 2500 ... Internal asset object block.

Claims (5)

[Claims] 1. A method of displaying asset management information in an asset management system in which asset management information is registered and the managed asset and its status are displayed based on the registered management information, which corresponds to the shape of the asset. The registered display object is registered in association with the management information of the relevant asset, and the elapsed time from the asset acquisition to the asset display operation or the designated asset evaluation date is calculated based on the asset acquisition information included in the management information. A method of displaying asset management information, characterized in that the display mode of the display object is changed according to the elapsed time. 2. With respect to the occurrence of an event of changing the asset value of an arbitrary asset, the information of the event and the management information of the managed asset are registered in association with each other, and when the display object of the asset is displayed, the asset value is displayed. 2. The method for displaying asset management information according to claim 1, wherein the extended display object corresponding to the change event is displayed at a predetermined position. 3. An asset group in which two or more assets are combined, management information of each asset and a display object are associated with each other in a hierarchical structure and registered, and when displaying a display object of an asset higher than the asset group, 2. The method for displaying asset management information according to claim 1, wherein the display object of the lower asset is arranged and displayed on the display object of the upper asset. 4. The method for displaying asset management information according to claim 1, wherein the display color of the display object is changed according to the elapsed time. 5. The method for displaying asset management information according to claim 1, wherein the area ratio of the two display colors in the display object is changed according to the elapsed time.