CN103186849A - Automatic work plan calendar generator - Google Patents

Abstract

The invention discloses an automatic work plan calendar generator comprising a solid data module, an information collection module, a treatment module, a storage module and an output module, wherein the solid data module consists of a solid calendar data module and a solid work data module; the information collection module consists of an internal information collection module and an external information collection module; the solid calendar data module and the solid work data module are connected to the internal information collection module in parallel; the internal information collection module and the external information collection module are connected to the treatment module in parallel; and the treatment module, the storage module and the output module are connected in series one after another. The automatic work plan calendar generator disclosed by the invention can be used for collecting, arranging and treating calendar information and work plan information and automatically generating, storing and outputting work plan calendars meeting actual work demands, so that manual arranging time is greatly saved, the efficiency is increased, and the automation level of works is increased.

Description

An Automatic Generator of Work Planning Calendar

technical field

The invention relates to an automatic generator of a work planning calendar.

Background technique

The pace of contemporary work is constantly accelerating, and more and more people's work plan information needs to be recorded on the calendar. At present, most of the existing calendars are reserved blanks, and it is very inconvenient to manually add work plan information temporarily. With the advent of the information age, there is a need for an automatic generator of work plan calendars, which can collect, arrange and process calendar information and work plan information, and automatically generate work plan calendars that meet actual work needs.

Contents of the invention

Aiming at the above-mentioned prior art, the present invention provides an automatic generator of a work plan calendar, which can collect, arrange and process calendar information and work plan information, and automatically generate, store, and output a work plan calendar that meets actual work needs.

The present invention is achieved through the following technical solutions:

An automatic calendar generator for work plans, including a solid-state data module, an information collection module, a processing module, a storage module and an output module, wherein the solid-state data module is composed of a solid-state calendar data module and a solid-state work data module, and the information collection module consists of internal information The collection module and the external information collection module are composed; the solid-state calendar data module and the solid-state working data module are connected to the internal information collection module in parallel, the internal information collection module and the external information collection module are connected to the processing module in parallel, and the processing module, the storage module and the output module are in sequence serial connection.

Further, the solid-state calendar data module is a memory, such as a hard disk or a USB flash drive.

Further, the solid-state working data module is a memory, such as a hard disk or a USB flash drive.

Further, the internal information collection module is a digital information collection device, such as a single-chip microcomputer, and the single-chip microcomputer is loaded with software capable of reading digital information from the solid-state calendar data module and the solid-state working data module.

Further, the external information collection module is selected from digital information collection equipment, audio information collection equipment, video information collection equipment, laser scanning information collection equipment, infrared scanning code information collection equipment or/and two-dimensional code scanning information collection equipment.

Further, the processing module is an embedded micro-controller, such as a single-chip microcomputer, and the single-chip microcomputer is loaded with software capable of performing logical operations, arranging, and generating information such as text and tables according to data.

Further, the storage module is a memory, such as a hard disk or a USB flash drive.

Further, the output module is an output port.

Further, the solid state data module, information collection module, processing module, storage module and output module are integrated in the same hardware.

The function of the solid calendar data module is to store the static information of the calendar date.

The calendar date refers to a set of dates on the calendar in units of days or dates in units of weeks and months.

The function of the solid-state work data module is to store work static information, such as constant information such as the standardized process, steps, duration range of each step, and work nodes of a certain work.

The function of the internal information collection module is to collect calendar static information in the solid-state calendar data module and work static information in the solid-state work data module, and transmit the collected information to the processing module.

The function of the external information collection module is to collect (by inputting or scanning) the dynamic information of the specific work plan, such as variable information such as job name, work plan start time, work plan end time, etc., and then transmit all the collected information to the processing module.

The function of the processing module is: according to the information (static information and dynamic information) transmitted by the internal information collection module and the external information collection module, arrange and process with a certain logical relationship, generate a work plan calendar that meets the actual work needs, and use The electronic version is stored in the storage module.

The function of the storage module is to save the information (the electronic version of the work planning calendar) generated by the processing module.

The function of the output module is to output the information in the storage module to the display device or/and printer after being connected with the display device or/and printer.

When working, first use the internal information collection module to collect the calendar static information in the solid calendar data module and the work static information in the solid work data module (such as work standardization process, steps, the duration range of each step, and work nodes and other constant information ), use the external information collection module to collect the dynamic information of the specific work plan (such as job name, work plan start time, work plan end time and other variable information), and then transmit all the collected information to the processing module. The processing module adopts an embedded operating system, develops relevant application programs on this system, arranges and processes the information transmitted from the front end according to a certain logical relationship, generates a work plan calendar that meets the actual work needs, and stores it in the storage in the form of an electronic version. module. The electronic version of the work plan calendar stored in the storage module can be output to a display device and a printer through the output module for display or/and printing of the work plan calendar.

The work plan calendar generated by the work plan calendar automatic generator of the present invention can contain the planning information of multiple sub-jobs, and can also be split into each of the plan information containing one sub-job, which is convenient for respectively guiding relatively independent sub-jobs Implement as planned. The sub-tasks refer to the relatively independent branch tasks included in a job. A job may include multiple sub-tasks. The two are in a subordinate relationship and have the same working cycle. The set of work steps of each sub-work is all the work steps of the work.

The work planning calendar automatic generator of the present invention can collect, arrange and process calendar information and work planning information, and automatically generate, store, and output a work planning calendar that meets actual work needs, and has the following beneficial effects:

1. It can realize automatic generation of work planning calendar, which greatly saves the time of manual preparation, improves efficiency and improves the level of work automation.

2. The work standard information with work cycle can be databased, which improves the work standardization and informatization level.

3. The generated work plan calendar ensures that every work step in the work cycle will be included in the calendar date according to the plan, and there will be no omission of work nodes and steps, which improves the level of lean work.

4. The generated work plan calendar can intuitively grasp all work plan nodes and steps on a certain date, which is convenient for coordinating and arranging the implementation of the work plan on this date.

5. The generated work plan calendar cycle corresponds to the work plan cycle one by one, excluding dates outside the work plan cycle, and highlights the function of this calendar to guide the implementation of the work according to the plan.

Description of drawings

Fig. 1 is a structural schematic diagram of an automatic generator of a work plan calendar according to the present invention.

Among them, 101, solid-state calendar data module; 102, solid-state working data module; 201, internal information collection module; 202, external information collection module; 3, processing module; 4, storage module; 5, output module.

Detailed ways

The present invention will be further described below in conjunction with the accompanying drawings.

A kind of work plan calendar automatic generator, comprises solid-state data module, information collection module, processing module 3, storage module 4 and output module 5, as shown in Figure 1, wherein, solid-state data module is made up of solid-state calendar data module 101 and solid-state work Data module 102 is formed, and information collection module is made up of internal information collection module 201 and external information collection module 202; Solid-state calendar data module 101, solid-state working data module 102 are connected in parallel to internal information collection module 201, internal information collection module 201, external information The collection module 202 is connected to the processing module 3 in parallel, and the processing module 3, the storage module 4, and the output module 5 are sequentially connected in series.

The solid calendar data module 101 is a hard disk.

The solid-state working data module 102 is a hard disk.

The internal information collection module 201 is a single-chip microcomputer, and the single-chip microcomputer is loaded with software capable of reading digital information from the solid-state calendar data module and the solid-state working data module.

The external information collection module 202 is a digital information collection device, such as a keyboard.

The processing module 3 is a single-chip microcomputer, and the single-chip microcomputer is loaded with software capable of performing logic operations, arranging and generating information such as text and tables according to data.

The storage module 4 is a hard disk.

The output module 5 is an output port.

The solid state data module, information collection module, processing module 3, storage module 4 and output module 5 are integrated in the same hardware.

The function of the solid calendar data module 101 is to store static calendar date information.

The calendar date refers to a set of dates on the calendar in units of days or dates in units of weeks and months.

The function of the solid-state work data module 102 is to store work static information, such as constant information such as the standardized process, steps, duration range of each step, and work nodes of a certain work.

The function of the internal information collection module 201 is to collect calendar static information in the solid-state calendar data module 101 and work static information in the solid-state work data module 102 , and transmit the collected information to the processing module 3 .

The function of the external information collection module 202 is to collect (by typing or scanning) the dynamic information of the specific work plan, such as variable information such as job name, work plan start time, work plan end time, etc., and then collect all the information sent to processing module 3.

The function of the processing module 3 is: according to the information (static information and dynamic information) transmitted by the internal information collection module 201 and the external information collection module 202, arrange and process with a certain logical relationship, and generate a work plan calendar that meets actual work needs , and stored in the storage module 4 in the form of an electronic version.

The function of the storage module 4 is to save the information (the electronic version of the work planning calendar) generated by the processing module 3 .

The function of the output module 5 is to output the information in the storage module 4 to the display device or/and printer after being connected with the display device or/and printer.

During work, first use the internal information collection module 201 to collect the calendar static information in the solid-state calendar data module 101 and the work static information in the solid-state work data module 102 (such as the work standardization process, steps, the duration range of each step and the work node) respectively. constant information), use the external information collection module 202 to collect the dynamic information of the specific work plan (such as variable information such as job name, work plan start time, work plan end time, etc.), and then transmit all the above-mentioned collected information to the processing module 3. The processing module 3 adopts an embedded operating system, develops relevant application programs on this system, arranges and processes the information transmitted from the front end according to a certain logical relationship, generates a work plan calendar that meets the actual work needs, and stores it in the form of an electronic version in the Storage module 4. The electronic version of the work planning calendar stored in the storage module 4 can be output to a display device and a printer through the output module 5 for display or/and printing of the work planning calendar.

The work plan calendar generated by the work plan calendar automatic generator of the present invention can contain the planning information of multiple sub-jobs, and can also be split into each of the plan information containing one sub-job, which is convenient for respectively guiding relatively independent sub-jobs Implement as planned. The sub-tasks refer to the relatively independent branch tasks included in a job. A job may include multiple sub-tasks. The two are in a subordinate relationship and have the same working cycle. The set of work steps of each sub-work is all the work steps of the work.

Although the specific implementation of the present invention has been described above in conjunction with the accompanying drawings, it does not limit the protection scope of the present invention. Those skilled in the art should understand that on the basis of the technical solution of the present invention, those skilled in the art do not need to pay creative work Various modifications or variations that can be made are still within the protection scope of the present invention.

Claims (9)

1. A kind of work planning calendar automatic generator, it is characterized in that: comprise solid-state data module, information acquisition module, processing module, storage module and output module, wherein, solid-state data module is made up of solid-state calendar data module and solid-state work data module, The information collection module is composed of an internal information collection module and an external information collection module; the solid-state calendar data module and the solid-state working data module are connected to the internal information collection module in parallel, and the internal information collection module and the external information collection module are connected to the processing module in parallel, and the processing module, The storage module and the output module are sequentially connected in series. the 2. A kind of work plan calendar automatic generator according to claim 1, is characterized in that: described solid-state calendar data module is memory. the 3. A kind of work planning calendar automatic generator according to claim 1, is characterized in that: described solid-state work data module is memory. 4. The automatic generator of a work planning calendar according to claim 1, wherein the internal information collection module is a digital information collection device. the 5. A kind of work plan calendar automatic generator according to claim 1, is characterized in that: described external information collection module is selected from digital information collection equipment, audio frequency information collection equipment, video information collection equipment, laser scanning information collection equipment , an infrared scanning code information collection device or/and a two-dimensional code scanning information collection device. the 6. The automatic generator of a work planning calendar according to claim 1, characterized in that: the processing module is an embedded microcontroller. the 7. The automatic generator of a work planning calendar according to claim 1, wherein the storage module is a memory. the 8. The automatic generator of a work planning calendar according to claim 1, wherein the output module is an output port. the 9. Utilize the method for generating the electronic version of a work plan calendar by a kind of work plan calendar automatic generator described in any one of claims 1 to 8, it is characterized in that: first utilize internal information collection module to collect respectively in the solid-state calendar data module The calendar static information and the work static information in the solid-state work data module use the external information collection module to collect the dynamic information of the specific work plan, and then transmit all the above-mentioned collected information to the processing module. The processing module arranges and processes the transmitted information, generates a work plan calendar that meets actual work needs, and stores it in the storage module in the form of an electronic version. the

Images