CN102736840A - Input method, energy management system and data processing method of table type list - Google Patents

Abstract

The invention provides an input method of a form-type list, an energy management system in the form of a form-type list and a data processing method thereof. Reduces the hassle of inputting data from a personal computer for tabular lists. The indirect input mode (70) is started from the button (81) for starting the indirect input mode in the tabular list screen (80), and multiple condition designation screens (10, 20, 30) for selecting conditions one by one from a plurality of conditions are displayed sequentially. , a numerical input screen (40), an input content confirmation screen (50), and a continuous input confirmation screen (60), allowing the operator to determine conditions and input values to reflect the input content in the table type list screen (80).

Description

Table-type list input method, energy management system and data processing method thereof

technical field

The present invention relates to a data input method for inputting data to a table-type schedule using a personal computer, an energy management system in the form of a table-type schedule, and a data processing method thereof.

Background technique

Conventionally, a personal computer is used to input data of a table-type list, and the input is automatically restricted to reduce erroneous input, which is described in Patent Document 1.

Patent Document 1: Japanese Patent Laid-Open No. 2010-129091

Contents of the invention

However, in the conventional general data input method for tabular lists using a personal computer, the tabular list is specified by using multiple conditions for specifying input locations, such as "Energy Conservation Law Periodic Report Creation Support Software". The vertical and horizontal, and the method of inputting the numerical value in the specified position. In this case, it is necessary to determine two or more conditions at the same time to specify the entry point in the table, so it is complicated and difficult to specify the selection point. The greater the number of conditions, the greater the complexity. Although it is expected to reduce erroneous input by automatically restricting input as in Patent Document 1, it has not eliminated the complication of data input under complex conditions.

An object of the present invention is to provide a method of inputting table-type lists using a personal computer in which an operator can easily and understandably specify a data input location for these table-type lists even if the operation steps are increased.

The present invention provides a table-type list input method, which is a data input method for inputting data to a table-type list screen in a table-type list screen that manages values under a plurality of conditions using a personal computer, and is characterized in that it includes The following steps: display the table type list screen, and at the same time display the indirect input mode selection button; if it is selected, it becomes the indirect input mode, and accurately locates the input data in the table type list screen by independently responding to each condition position; when this mode is terminated, a table-type list screen in which input data is entered is displayed.

In addition, the present invention provides a table-type list input method, which is a data input method for inputting data to a table-type list screen in a table-type list screen that manages values under three or more conditions using a personal computer, and is characterized in that In this method, the method comprises the following steps: displaying the tabular list screen, and at the same time displaying an indirect input mode selection button; if it is selected, it becomes an indirect input mode, and accurately locates the input data in the tabular list by answering each condition independently. position in the screen; when this mode is terminated, a table-type list screen in which input data is entered is displayed.

Furthermore, the present invention also provides an energy management system in the form of a tabular list, characterized in that, for an energy management system using a personal computer, an input operation by an operator is performed, and the usage site used as the input condition of the energy consumption is used. It determines where, what type of energy is used, and when it is used. Through the operation of the operator, the amount of energy input is how much, and the list of the input results is reflected in the form of a table type list managed on the screen of the personal computer. The energy management system screen, in such an input method, by pressing the input detour mode selection button of the energy management system screen in the form of a tabular list, it becomes an indirect input mode, and the input is facilitated by independently responding to each condition, and the input is completed After that, the value input using the input detour mode is reflected on the energy management system screen in the table-type list format.

According to the present invention, even if the number of operation steps increases, the operator can easily grasp and specify the data input location for the table-type list, and can accurately locate the position of the input data on the table-type list screen.

Description of drawings

FIG. 1 is a diagram showing a relational structure of a tabular list screen and an input hold function according to an embodiment of the present invention.

FIG. 2 is a diagram showing a detailed configuration of a condition specifying screen of the embodiment of the present invention.

FIG. 3 is a diagram showing a detailed configuration of a numerical value input screen in an embodiment of the present invention.

FIG. 4 is a diagram showing a detailed configuration of a confirmation screen of the embodiment of the present invention.

FIG. 5 is a diagram showing a detailed configuration of a continuous input confirmation screen of the embodiment of the present invention.

Fig. 6 is a flow chart of the conventional and the input methods of the present invention.

FIG. 7 is an enlarged view of the tabular list screen of FIG. 1 .

(Symbol Description)

10, 20, 30: condition designation screen; 40: numerical value input screen; 50: input content confirmation screen; 60: continuous input confirmation screen; 70: indirect input mode; 80: table type list screen.

Detailed ways

Hereinafter, embodiments of the present invention will be described with reference to the drawings.

【Example】

Using FIG. 1 , the tabular list screen ( 80 ) and the indirect input mode ( 70 ) in the energy management of the invention described in the "Summary of the Invention" section will be described.

Energy management refers to changes in energy consumption for each site (base) used by the "headquarters" and "branches", each type of energy such as "electricity" and "gas", "April 2011", etc. Use year and month, input usage amount such as "100kl", and manage this data as a tabular list screen (80).

In the conventional energy management, on the table-type list screen (80), a plurality of conditional contents "used base (where)", "type of energy used (what)", "used energy type (what)", "Usage date (when)" determines the input position, and directly inputs "used amount (value)" in the form type list screen (80), but in the system of the embodiment of the present invention, it is different from directly inputting in the form type list form. According to different methods, there are multiple (three types) condition designation screens (10, 20, 30) for selecting one by one from multiple conditions, and a numerical input screen (40), an input content confirmation screen (50), and The indirect input mode (70) constituted by continuous input confirmation screen (60).

The detailed configuration of the condition specifying screen (10, 20, 30) will be described using Fig. 2 . In a condition specifying screen (10, 20, 30), by displaying a guide (15, 25, 35) related to one of the conditions "where, what, when" with the condition list (11, 21, 31), And the selection items for the conditions, the user selects the conditions from the selection items, and the next condition designation screen (20, 30) is displayed.

Each condition designation screen (10, 20, 30), numerical value input screen (40), input content confirmation screen (50) has a button (13, 23, 33, 43, 53) to enter the next condition designation screen, through This button sequentially displays a plurality of condition designation screens (10, 20, 30) or numerical value input screens (40) or input content confirmation screens (50), and selects the conditions sequentially, so that complex conditions "where, what , When" selects the conditions step by step. By providing the function of narrowing down the range of conditions while transitioning the screen step by step, it is possible to reduce the complexity of recognizing multiple conditions at the same time on the tabular list screen in the past.

Each condition designation screen (20, 30), numerical value input screen (40), input content confirmation screen (50) has a button (22, 32, 42, 52) to return to the previous screen. In the case of specifying the content, it is possible to return to the previous condition specifying screen (10, 20, 30) or numerical value input screen (40), so that the input data can be easily corrected.

Each condition designation screen (10, 20, 30), numerical value input screen (40), input content confirmation screen (50) is provided with the button (14, 24, 34, 44, 54) of stopping the input operation for interrupting input operation, This button makes it easy to end the setting work when the setting is interrupted.

In the condition specifying screens (10, 20, 30), when input objects are sequentially selected, a numerical value input screen (40) is displayed.

The detailed structure of the numerical value input screen (40) is demonstrated using FIG. 3. FIG. On the numerical value input screen (40), a guide (45) related to the numerical value to be input and an input area (41) in which the numerical value can be input are displayed.

The detailed structure of the input content confirmation screen (50) is demonstrated using FIG. 4. FIG. In the input content confirmation screen (50), the content selected in the condition specification screen (10, 20, 30) and the content (51) input in the numerical value input screen (40) are displayed, and the settings for the display content are confirmed. Guidance (55) of the situation in the tabular list screen (80) for energy management.

The detailed structure of the continuous input confirmation screen (60) is demonstrated using FIG. 5. FIG. The continuous input confirmation screen (60) has a "continue input button" (61) for transitioning to the condition designation screen (10) in order to continuously input values under other conditions, and an indirect input mode (70) for ending the use. The contents entered so far are reflected on the "finish button" (62) of the tabular list screen (80) of energy management. When the "continue input button" (61) is selected, the initial selection state of the condition list (11, 21, 31) in each screen of the subsequent condition designation screen (10, 20, 30) is selected. The status of the content is the same as that selected on each screen last time, thereby eliminating the trouble of continuously inputting data.

Using FIG. 6 , conventional direct input and this system having two modes of direct input and indirect input will be described.

In the previous energy management, the data input method was only direct input (91), but in the system of the embodiment of the present invention, as shown in 92, the user can select the direct input and indirect input modes, so that the input method High degree of freedom.

In FIG. 7, the table-type list screen 80 of FIG. 1 is enlarged and shown.

To sum up, the present invention can also provide the following two embodiments. ＊A data processing method for an energy management system in the form of a tabular list, characterized by comprising the step of: generating a condition specifying screen for responding to an operator's input operation, using information related to energy consumption, i.e. where 1. The step of determining the input conditions by the type of energy used, the year, month, and time of use; the step of generating a numerical input screen so as to respond to the operator's operation, and input the amount of energy under the determined input conditions; A step of reflecting the list of the input results on the energy management system screen in the table-type list format, wherein when the input detour mode selection button of the energy management system screen in the table-type list format is pressed, all The above-mentioned energy management system becomes an indirect input mode, and the operator independently responds to each condition by using the condition designation screen and the numerical value input screen, thereby accurately locating the value to be input in the energy management system screen in the form of a tabular list. As for the position, after the input is completed, the value input using the input detour mode is reflected on the energy management system screen in the table type list format.

＊An energy management system in the form of a tabular list, which is characterized in that it includes a means for generating a condition designation screen for responding to an operator's input operation, using information related to the amount of energy consumption, where the energy is used, and where the energy is used. The type is what, and the year, month, and time are used to determine the input condition; the numerical input screen is generated, so that in response to the operator's operation, the energy amount under the determined input condition is input; the input A list of the results is reflected on the energy management system screen in the form of a tabular list, wherein if the input detour mode selection button of the energy management system screen in the form of a tabular list is pressed, the energy management system becomes The indirect input mode allows the operator to respond independently to each condition through the condition designation screen and the numerical value input screen, thereby accurately locating the position of the value to be input in the energy management system screen in the form of a tabular list. After the user's input is completed, the value input using the input detour mode is reflected on the energy management system screen in the table type list format.

Claims (10)

1. the input method of a form type complete list is to utilize in the form type complete list picture of management numerical value under a plurality of conditions of PC, and the data entry device to form type complete list picture input data is characterized in that, may further comprise the steps:

Show form type complete list picture, meanwhile show indirect input pattern selector button;

If it is selected, then become indirect input pattern, through replying independently to each condition, the position of data in form type complete list picture imported in the location exactly;

If finish this pattern, then show the form type complete list picture of having imported data.

2. the input method of a form type complete list is to utilize in the form type complete list picture of management numerical value under 3 above conditions of PC, and the data entry device to form type complete list picture input data is characterized in that, may further comprise the steps:

Show form type complete list picture, meanwhile show indirect input pattern selector button;

If it is selected, then become indirect input pattern, through replying independently to each condition, the position of data in form type complete list picture imported in the location exactly;

If finish this pattern, then show the form type complete list picture of having imported data.

3. the input method of form type complete list according to claim 1 and 2 is characterized in that,

Under the indirect input pattern of form type complete list picture starting; In the condition assigned picture; Will period promptly when, the place promptly where, what kind is, method promptly how, reason is promptly why as the condition of confirming with condition assigned picture independently; In numerical value input picture, can input quantity what be.

4. the input method of form type complete list according to claim 3 is characterized in that,

Under the indirect input pattern of form type complete list picture starting; Can be after showing that what numerical value input picture, input value be input quantity be; Press the button that enters into ensuing picture; Thereby show to be used for the picture that the operator confirms content, press the button of the picture before getting back to, thereby get back to numerical value input picture once more.

5. the input method of form type complete list according to claim 4 is characterized in that,

From the indirect input pattern of form type complete list picture starting; Can shown be used for content check picture that the operator confirms content after; Press the button that enters into ensuing picture, thereby demonstration selects then to import the continuous input validation picture that operation still finishes to import operation.

6. the input method of form type complete list according to claim 5 is characterized in that,

Under the indirect input pattern of form type complete list picture starting; After having shown that selecting then to import operation still finishes to import the picture of operation; Selected then to import under the situation of operation, shown said condition assigned picture once more, selected to finish to import under the situation of operation; Finish said indirect input pattern, and content is imported in reflection in form type complete list.

7. the input method of form type complete list according to claim 5 is characterized in that,

Under the indirect input pattern of form type complete list picture starting; After having shown that selecting then to import operation still finishes to import the picture of operation; Selected then to import under the situation of operation; Showing said condition assigned picture once more, for the chosen content of condition of this moment, is original state with the content of last time having selected.

8. the energy management system of a form type complete list form is characterized in that,

For the energy management system that has utilized PC; Through operator's input operation, with the initial conditions that becomes energy use amount, use the strong point promptly where, use the kind of the energy what to be, to use promptly when come to confirm days, through operator's operation; How many input quantity of energy is; The guide look of its input results is reflected to the energy management system picture with the form type complete list form of PC picture management, in such input method, the circuitous model selection button of input of the energy management system picture through pressing form type complete list form; Become indirect input pattern; Promote input through replying independently, after input is accomplished, in the energy management system picture of form type complete list form, reflect the value of using the circuitous pattern of input and importing to each condition.

9. the data processing method of the energy management system of a form type complete list form is characterized in that possessing following steps:

Generation condition assigned picture so that in response to operator's input operation, use relevant with energy use amount, use the strong point promptly where, use the kind of the energy that what is, use the step of promptly when coming to confirm initial conditions days;

Produce numerical value input picture, so that in response to operator's operation, what step the quantity of energy of input under determined initial conditions be;

The result's of said input guide look is reflected to the step on the energy management system picture of said form type complete list form, wherein,

If the circuitous model selection button of the input of the energy management system picture of form type complete list form is pressed; Then make said energy management system become indirect input pattern; Utilize condition assigned picture and numerical value input picture; Making the operator be directed against each condition replys independently; Thereby locate the position of value in the energy management system picture of said form type complete list form that will import exactly, after input was accomplished, the value of importing circuitous pattern and importing was used in reflection in the energy management system picture of said form type complete list form.

10. the energy management system of a form type complete list form is characterized in that, possesses with lower component:

Generation condition assigned picture so that in response to operator's input operation, use relevant with energy use amount, use the strong point promptly where, use the kind of the energy that what is, use the parts that promptly when come to confirm initial conditions days;

Produce numerical value input picture, so that in response to operator's operation, what parts the quantity of energy of input under determined initial conditions be;

The result's of said input guide look is reflected to the parts on the energy management system picture of said form type complete list form, wherein,

If the circuitous model selection button of the input of the energy management system picture of form type complete list form is pressed; Then said energy management system becomes indirect input pattern; And through condition assigned picture and numerical value input picture; Making the operator be directed against each condition replys independently; Thereby locate the position of value in the energy management system picture of said form type complete list form that will import exactly, after operator's input was accomplished, reflection was used and is imported the value of making a circulation pattern and importing in the energy management system picture of said form type complete list form.

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