JP7332853B2 - Foundation pile construction work plan creation device and foundation pile construction work plan creation program - Google Patents

Description

The present disclosure relates to a foundation pile construction work plan creation device and a foundation pile construction work plan creation program.

In order to ensure the safety of workers, it is required to create a work plan in accordance with the Ordinance on Industrial Safety and Health, etc. (see Patent Document 1).
Patent Document 2 discloses a construction planning apparatus for a power plant as an apparatus capable of creating this type of work plan. The construction planning device for the power plant can check the construction status and construction status according to the construction process in chronological order. Alternatively, the three-dimensional CAD data can be stored, and the arithmetic processing unit can create heavy lifting machine state data corresponding to the construction process based on the construction process data and output it to the output device.

JP 2006-252226 A JP-A-2002-266498

Patent Literature 2 discloses a construction planning device for a power plant using a heavy lifting machine, but does not disclose a work plan creation device for foundation pile construction. In addition, in the power plant construction planning apparatus disclosed in Patent Document 2, construction process data must be prepared in advance, which complicates preparation of a work plan. The work plan for foundation pile construction needs to be prepared almost every day during the construction period, and it is required that it can be prepared easily.
In addition, Patent Document 2 does not disclose how to deal with when a machine or the like that is not registered in advance in the CAD data storage unit is brought into the construction site, and the power plant disclosed in Patent Document 2 does not. In such a case, it may be difficult to create an accurate work plan with the construction planning apparatus of the above.

In view of the above circumstances, an object of at least one embodiment of the present invention is to provide a foundation pile construction work plan creation device and a foundation pile construction work plan capable of accurately and easily creating a work plan for foundation pile construction. To provide a program for creating.

(1) A foundation pile construction work plan creation device according to at least one embodiment of the present invention,
In a foundation pile construction work plan creation device for creating a work plan containing at least information on machines to be used at a construction site of foundation piles, information on workers, and drawings showing the arrangement of the machines and workers ,
A machine information input field for the creator to enter the information of the machine to be used, a worker information input field for the creator to enter the information of the worker, and corresponding to the drawing of the work plan an input form display function for displaying an input form having drawing fields on a display device;
Based on the information on the machine to be used entered in the machine information input field by the creator, the shape information of the machine to be used is read from the machine information database stored in the first storage device, and the shape information of the machine to be used is read. a mechanical diagram function for displaying a mechanical diagram representing the shape of the
Based on the information of the worker entered in the worker information input field by the creator,
a worker illustration function for displaying a worker figure corresponding to the worker in the drawing column;
A foundation pile illustration function of reading the position information of the foundation pile from the pile construction information database stored in the second storage device and displaying the foundation pile figure representing the construction position of the foundation pile in the drawing column;
a figure moving function for the creator to move the machine figure and the worker figure within the drawing column;
An article shape information creation function that obtains three-dimensional shape information of an article placed at the foundation pile construction site from data of a plurality of aerial photographs taken at the foundation pile construction site using a drone;
an article information writing function for writing the three-dimensional shape information of the article obtained by the article shape information creating function into an article information database stored in a third storage device;
an article illustration function of displaying the shape of the article in the drawing column;
is configured to make a computer realize
The article shape information creation function acquires the shape information of the surplus soil placed at the construction site of the foundation pile,
The shape of the surplus soil obtained by the article shape information creation function is illustrated in the drawing field by the article illustration function.

According to the above configuration (1), when creating a work plan, the creator can move the machine figure and the worker figure within the drawing column, so there is no need to prepare work process data in advance. , you can easily create a work plan.
In addition, according to the above configuration (1), even if an article that does not have shape information in advance is placed at the construction site, the article shape information creation function can be used to create a plurality of aerial photographs taken using a drone. Since the three-dimensional shape of the article can be obtained from the data , an accurate work plan can be created.
And according to the said structure (1), even if the surplus soil which does not have the information about a shape beforehand is put on the construction site of a foundation pile, an accurate work plan can be produced. In particular, at the construction site of foundation piles, the amount of surplus soil discharged from excavating pile holes changes daily, making it difficult to grasp the shape. can be drawn in writing.

(2) In some embodiments, in the above configuration (1),
configured to cause a computer to implement a machine information writing function of writing the shape information of the machine to be used to a machine information database stored in the first storage device;
In the machine information writing function, three-dimensional shape information of the machine is written into the machine information database as shape information of the machine;
A perspective view can be selected as the format of the drawing column.

According to the above configuration (2), by showing the three-dimensional shape of the machine to be used in a perspective view, it is possible to easily create a work plan that enables an instantaneous and accurate grasp of the situation at the construction site of the foundation pile. can.

(3) In some embodiments, in the above configuration (1) or (2),
The input form includes a field information input field for inputting information on the construction site of the foundation pile,
In the foundation pile drawing function, the position information of the foundation pile is read from the pile construction information database based on the information of the construction site of the foundation pile input by the creator in the field information input field.

According to the above configuration (3), the computer reads the position information of the foundation pile from the pile construction information database based on the information on the construction site of the foundation pile input by the creator. It is possible to omit the work of selecting necessary foundation pile construction information from among them, and to easily create a work plan.

(4) In some embodiments, in any one of the above configurations (1) to (3),
It is configured to cause the computer to realize a geological information display function of reading the geological information of the construction site of the foundation pile from the geological information database stored in the third storage device and displaying the geological information on the work plan. ing.

According to the above configuration (4), by displaying the geological information in the work plan, a person who sees the work plan can grasp the details of the work in more detail.

(5) In some embodiments, in any one of the above configurations (1) to (4),
The articles further include machinery, equipment, piling materials or materials located at the construction site of the foundation piles.

According to the above configuration (5), even if machines, equipment, pile materials , or materials that do not have shape information in advance are placed at the foundation pile construction site, an accurate work plan can be created. .

(6) A program for creating a foundation pile construction work plan according to at least one embodiment of the present invention,
A program for creating a foundation pile construction work plan for creating a work plan including at least information on machines to be used at a construction site of foundation piles, information on workers, and drawings showing the arrangement of said machines and said workers. in
A machine information input field for the creator to enter the information of the machine to be used, a worker information input field for the creator to enter the information of the worker, and corresponding to the drawing of the work plan an input form display function for displaying an input form having drawing fields on a display device;
Based on the information on the machine to be used entered in the machine information input field by the creator, the shape information of the machine to be used is read from the machine information database stored in the first storage device, and the shape information of the machine to be used is read. a mechanical diagram function for displaying a mechanical diagram representing the shape of the
a worker illustration function of displaying a worker figure corresponding to the worker in the drawing field based on the worker information input in the worker information input field by the creator;
A foundation pile illustration function of reading the position information of the foundation pile from the pile construction information database stored in the second storage device and displaying the foundation pile figure representing the construction position of the foundation pile in the drawing column;
a figure moving function for the creator to move the machine figure and the worker figure within the drawing column;
An article shape information creation function that obtains three-dimensional shape information of an article placed at the foundation pile construction site from data of a plurality of aerial photographs taken at the foundation pile construction site using a drone;
an article information writing function for writing the three-dimensional shape information of the article obtained by the article shape information creating function into an article information database stored in a third storage device;
an article illustration function of displaying the shape of the article in the drawing column;
is configured to make a computer realize
The article shape information creation function acquires the shape information of the surplus soil placed at the construction site of the foundation pile,
The shape of the surplus soil obtained by the article shape information creation function is illustrated in the drawing field by the article illustration function.

According to the above configuration (6), when creating a work plan, the creator can move the machine figure and the worker figure within the drawing column, so there is no need to prepare work process data in advance. , you can easily create a work plan.
Further, according to the above configuration (6), even if surplus soil that does not have shape information in advance is placed at the construction site, the article shape information creation function can be used to determine the shape of the article from images taken using a drone. Since the dimensional shape can be obtained, an accurate work plan can be created. In particular, at the construction site of foundation piles, the amount of surplus soil discharged from excavating pile holes changes daily, making it difficult to grasp the shape. can be drawn in writing.

According to at least one embodiment of the present invention, a foundation pile construction work plan creation device and a foundation pile construction work plan creation program capable of accurately and easily creating a work plan for foundation pile construction are provided. .

It is a figure showing roughly composition of a foundation pile construction work plan creation device concerning at least one embodiment of the present invention. It is a figure which shows roughly the structure of the work plan produced by the production apparatus. It is a figure which shows roughly an example of the drawing displayed on the drawing column of a work plan. FIG. 4 is a diagram for explaining functions of a creation device; It is a figure which shows an example of the perspective view described in drawing of a work plan. It is a figure which shows an example of the perspective view described in drawing of a work plan.

Several embodiments of the present invention will now be described with reference to the accompanying drawings. However, the dimensions, materials, shapes, relative arrangements, etc. of the components described as embodiments or shown in the drawings are not intended to limit the scope of the present invention, and are merely illustrative examples. do not have.

FIG. 1 is a diagram schematically showing the configuration of a foundation pile construction work plan creation device (hereinafter also referred to as creation device) 1 according to at least one embodiment of the present invention. FIG. 2 is a diagram schematically showing the configuration of a work plan (foundation pile construction work plan) 3 created by the creation device 1. As shown in FIG. FIG. 3 is a diagram schematically showing an example of a drawing 5 displayed in the drawing column of the work plan document 3. As shown in FIG.

The work plan 3 is generally required to be created by foundation pile builders under occupational safety and health regulations, etc., and is required to be created almost every day during the foundation pile construction period. As shown in FIG. 2, the work plan 3 includes a work plan column and a drawing column. The work plan column can be further classified into, for example, a work condition column, a column for the model and performance of the machine to be used, a column for personnel allocation, a column for measures to prevent entry, a column for operation passages in the site, a column for measures to prevent tipping, a column for signal methods, and a column for slinging ropes. etc.

In addition, the drawings drawn in the drawing column of the work plan 3 show the placement of foundation piles, the placement of machines to be used, and the placement of personnel (workers), as shown in FIG. Therefore, the work plan 3 contains information on the machines to be used at the foundation pile construction site, information on workers (slingers, signalers, guides, etc.), and the placement of foundation piles, machines, and workers. including at least the drawings shown. Machines (construction machines) to be used are, for example, crawler cranes, pile drivers, earth drill machines, all-round rotating machines, backhoes, trucks, and the like.
The format of the work plan 3 is not limited to that shown in FIG. 2, and may include necessary information.

The drawing shown in FIG. 3 is, for example, a plan view, and includes the arrangement of foundation piles (pile laying diagram) at the construction site of foundation piles, a crawler crane, a pile driver, a backhoe, a mixing plant, a water tank, and a silo. , a staff room (site office building), pylons and cone bars as a deterrence measure, a pile storage area, a material storage area, surplus soil, sling workers as workers, signalers and guides, and construction workers. An iron plate is described as a measure to prevent the machine from overturning.

As shown in FIG. 1, the creation device 1 includes a computer 7 and a printing device 8. FIG. The computer 7 has, for example, a CPU (Central Processing Unit) 9, a memory 11, a storage device 13, a display device 15, a communication section 17, and an input/output section 19.
The computer 7 may be any computer that can be directly operated by the creator of the work plan 3, and is configured by, for example, a desktop computer, a notebook computer, or a tablet computer. The computer 7 may be composed of a client computer that can be directly operated by the creator of the work plan, and a server computer that can communicate with the client computer. Also, the display device 15 may be provided separately from the computer 7 .

The storage device 13 stores a foundation pile construction work plan creation program (hereinafter also referred to as a work plan creation program) 21. The work plan 3 can be created and printed by operating the program 21 for creating the work plan and inputting necessary items.

The storage device 13 stores a database (DB) that can be read or written as necessary while the work plan creation program 21 is running.
For example, the storage device 13 includes a site information DB 23, a pile information DB 25, a pile construction information DB 27, a machine information DB 29, an equipment information DB 30, a material information DB 31, an excess soil information DB 32, a worker information DB 33, a prohibition measure information DB 34, an overturn prevention A measure information DB 35 and a geological information DB 36 are stored.

The site information DB 23 records information relating to the construction site of the foundation pile, and records position information (longitude, latitude, etc.) of the construction site of the foundation pile.
The pile information DB 25 records the name (pile material name) and specifications (diameter, length, etc.) of the pile material (prefabricated pile) to be used.
The pile construction information DB 27 contains the position (longitude, latitude, etc.) of the foundation pile (pile hole), the specifications of the foundation pile for each pile hole (number, length, pile diameter, type, shape, etc.), and each pile hole specifications (excavation diameter, enlarged excavation diameter, depth, etc.) are recorded.

The machine information DB 29 contains the names (model names) of the machines used (crawler cranes, pile drivers, earth drill machines, all-around rotating machines, backhoes, trucks, etc.), specifications (sizes and shapes, total rated load, maximum ground load lifting height, maximum working radius, bucket capacity, maximum lifting load, etc.) are recorded.
The equipment information DB 30 records information (equipment name, shape information, etc.) of equipment (mixing plant, water tank, silo, office (building of site office), etc.) placed at the construction site of foundation piles.

In the material information DB 31, information (material name, shape information, etc.) of materials to be used (excavation head, yattco, drill pipe, rope, pylon, cone bar, etc. for prohibition measures) is recorded.
The surplus soil information DB 32 records information (shape information, type of soil (presence or absence of chemical solution), etc.) of surplus soil placed at the construction site of the foundation pile.
The worker information DB 33 records information of workers (slingers, signalers, guides, etc.) who construct foundation piles.

The entry prohibition measure information DB 34 records information such as entry prohibition measures (barricades, pylons, cone bars, ropes).
In the overturn prevention measure information DB 35, information on overturn prevention measures for the construction machine (steel plate, floor angle, floor plate, etc.) is recorded.
The geological information DB 36 records information on the geological features of the foundation pile construction site. For example, the geological information DB 36 records geological information (geological data, N-value data, bearing layer depth, groundwater level), geological survey conditions, and geological survey personnel in association with position information.

The storage device 13 also stores an article shape information creation program 22 capable of creating three-dimensional shape information of an article from a plurality of images of the article.
The article shape information creation program 22 is, for example, an SfM (Structure from Motion)/MVS (Multi-View Stereo) analysis program, and creates three-dimensional shape information of an article from a plurality of images (aerial photographs). can be done.
Multiple images can be captured using a drone (unmanned aerial vehicle). The drone may have a built-in imaging device, or may have an imaging device attached later. Image data captured by the imaging device may be transmitted to the computer 7 by communication, or may be transferred to the computer 7 via a recording medium.

FIG. 4 is a diagram for explaining the functions of the creation device 1. As shown in FIG.
As shown in FIG. 4, the creation device 1 has an input form display function, a machine illustration function, a worker illustration function, a foundation pile illustration function, a figure movement function, an article It has at least a shape information creating function, an article information writing function, an article drawing function, and a printing function. The creation device 1 has a no-entry measure illustration function, an overturn prevention measure illustration function (iron plate illustration function), a geological information display function, an equipment illustration function, a pile material illustration function, a material illustration function, and a surplus soil illustration function. Preferably, it further comprises:

The input form display function includes at least a machine information input field for inputting information on the machine used by the creator of the work plan 3, and a worker input field for the creator to input information on workers (staff). This is a function of displaying an input form having information input columns on the display device 15 . The input form further has a drawing column that can be edited by the creator corresponding to the drawing column of the work plan 3 . In addition, the input form includes an entry column for prohibition measures displayed in the drawing column of work plan 3 for the creator to enter the measures to prevent entry, and a tipping prevention measure displayed in the drawing column of work plan 3. and an input field for inputting items to be displayed in the drawing field of the work plan 3, and the like.

As an input method, the creator can directly enter text in the machine information input field, worker information input field, entry prohibition measure input field, fall prevention measure input field, and illustrated article input field, or select from the pull-down menu. You may make it When selecting from the pull-down menu, the machine information DB 29, the equipment information DB 30, the pile information DB 25, the material information DB 31, the worker information DB 33, the entry prohibition measure information DB 34, and the model name and equipment registered in the fall prevention measure information DB 35 name, pile material name, material name, person's name, name of measures to prevent entry, and names of measures to prevent overturning are displayed in the pull-down menu.

Matters that do not have input fields in the input form may be handwritten by the creator after the work plan 3 is printed. The form of the input form may be one in which the fields that require input are displayed all at once, but the input fields are displayed sequentially such that the next field is displayed each time the input of one field is completed. It may be something to do.

In addition, the creation device 1 preferably has a predictive input function realized by the computer 7 (when one field is input, another field related to the field is automatically input). . For example, when the machine model column in the input form is entered, the performance (total rated load, working radius, etc.) corresponding to the model is read from the machine information DB 27 and automatically entered in the performance column of the input form. is preferred.

The machine drawing function reads the shape information of the machine to be used from the machine information DB 27 stored in the storage device 13 based on the information of the machine to be used entered in the machine information input field by the creator, and displays the shape information of the machine to be used. This is a function that displays a mechanical figure that represents the shape in the drawing column of the input form. The position within the drawing column of the machine figure displayed by the machine drawing function is an arbitrary position set in advance. The machine diagramming function may be configured to display a line (such as a dotted line) indicating a working radius within which a boom of a crane or the like can reach around the machine graphic together with the machine graphic. In this case, the machine drawing function is preferably configured to automatically read the working radius information stored in the machine information DB 27 and draw the working radius.

The worker drawing function is a function for displaying a worker figure corresponding to the worker in the drawing column of the input form based on the worker information entered in the worker information input column by the creator. The position within the drawing column of the worker figure displayed by the worker diagramming function is an arbitrary position set in advance. The worker figure may be a human figure, but in the case of a plan view, it may be a simple circle or the like. , Ai, Tama, or Yaku may be included in the circle.

The foundation pile illustration function is a function of reading the position information of the foundation pile from the pile construction information DB 27 stored in the storage device 13 and displaying the foundation pile figure representing the construction position of the foundation pile in the drawing column of the input form. The position within the drawing column of the foundation pile figure displayed by the foundation pile illustration function is set based on the position information of the foundation pile.
In addition, the scale of the pile floor plan in the drawing column may be set appropriately according to the size of the drawing column, or it may be set so that only a part of the pile floor plan related to the work plan is displayed. There may be. Also, it may be possible to automatically or manually hide or change the color of only the foundation pile figure where construction has been completed. Furthermore, it may be possible to set so that the shape of the foundation pile figure can be changed according to the excavation diameter and enlargement ratio of the foundation pile to be constructed. For example, the foundation pile figure is not limited to a circle, and other figures may be selectable.

The entry prohibition measure illustration function displays the entry prohibition measures to be used from the entry prohibition measure information DB 34 stored in the storage device 13 based on the information on the entry prohibition measures entered in the entry form entry form by the creator. This is a function that reads out the shape information and displays the prohibition measure figure corresponding to the prohibition measure in the drawing column of the input form. The position within the drawing column of the prohibition measure graphic displayed by the prohibition measure illustration function is an arbitrary position set in advance.

The overturn prevention measure drawing function displays the overturn prevention measures to be used from the overturn prevention measure information DB 35 stored in the storage device 13 based on the information on the overturn prevention measures entered in the overturn prevention measure column of the input form by the creator. It is a function that reads the shape information and displays the toppling prevention figure corresponding to the toppling prevention measure in the drawing column of the input form. The position within the drawing column of the overturn prevention measure figure displayed by the overturn prevention measure drawing function is an arbitrary position set in advance.

The facility diagramming function extracts the shape information of the facility placed at the construction site of the foundation pile from the facility information DB 30 stored in the storage device 13 based on the information of the facility input by the creator in the input field of the item to be illustrated of the input form. , and displays the facility figure representing the shape of the facility in the drawing column of the input form. The position within the drawing column of the facility graphic displayed by the facility drawing function is an arbitrary position set in advance.

The pile diagramming function is based on the information of the pile material input by the creator in the input column of the item to be illustrated of the input form. It is a function to read the shape information of the pile and display the pile figure representing the shape of the pile in the drawing column of the input form. The position within the drawing column of the pile figure displayed by the pile drawing function is an arbitrary position set in advance.

The material illustration function obtains shape information of materials to be placed at the construction site of the foundation pile from the material information DB 31 stored in the storage device 13 based on the information of the materials entered by the creator in the input column of the article to be shown of the input form. is read out and a material figure representing the shape of the material is displayed in the drawing column of the input form. The position within the drawing column of the material figure displayed by the material illustration function is an arbitrary position set in advance.

The surplus soil illustration function reads the shape information of the surplus soil to be placed at the construction site of the foundation pile from the surplus soil information DB 32 stored in the storage device 13 when the surplus soil is entered in the entry field of the illustrated item of the input form by the creator. , is a function to display surplus soil figures representing the shape of surplus soil in the drawing column of the input form. The position within the drawing column of the surplus soil figure displayed by the surplus soil illustration function is an arbitrary position set in advance.

The figure movement function is the figure displayed in the drawing column of the input form, that is, the machine figure illustrated by the machine illustration function, the worker figure illustrated by the worker illustration function, and the no-entry measure illustration function. This is a function for the creator to move the restricted figure. By using the figure moving function, the creator can arrange machine figures, worker figures, prohibition measure figures, etc. in appropriate positions within the drawing column.

For example, a machine graphic, a worker graphic, a no-entry action graphic, an overturn prevention action graphic, and the like can be moved by specifying and dragging on the screen of the display device 15 with a pointing device. In order to facilitate the designation and dragging of the machine graphic, worker graphic and trespassing prohibited graphic, etc., different graphics are displayed for the machine graphic, worker graphic, trespassing prohibited graphic, anti-tipping graphic, etc. They are preferably displayed in layers independent of layers.

The article shape information creation function uses drones (unmanned aerial vehicles) to create 3D images of articles placed at the foundation pile construction site based on the data of multiple images (aerial photographs) taken at the foundation pile construction site. This is a function for obtaining shape information, and is realized by executing the article shape information creation program 22 . Image data is transferred from the imaging device of the drone to the computer 7 via communication or a recording medium, and is stored in the recording device 13 as necessary.

The article information writing function writes the three-dimensional article shape information obtained by the article shape information creating function into an appropriate DB (for example, the machine information DB 29, etc.) stored in the storage device 13 according to the type of article. It is a function.

The article drawing function is a function for displaying the shape of the article obtained by the article shape information creating function in the drawing column. For example, the creator can select a machine registered in the machine information DB 29 by using the article information writing function and display the shape of the machine in the drawing column. The article drawing function in this case is the same as the machine drawing function.

The print function is a function that causes the printer 8 to print the work plan after the creator completes the entry of the necessary items in the input form and the move of the machine figure and the worker figure by the figure move function by the creator. be.

According to the creating apparatus 1 having the above configuration, when creating the work plan 3, the creator can move the machine figure and the worker figure within the drawing column of the input form, so work process data is prepared in advance. The work plan 3 can be easily created without having to prepare it.
In addition, according to the creating apparatus 1 having the above configuration, even if an article that does not have shape information in advance is placed at the construction site, the article shape information creating function can be used to determine the shape of the article from the image taken using a drone. Since a three-dimensional shape can be obtained, an accurate work plan 3 can be created.

In some embodiments, the creation device 1 further comprises a machine information writing function, as shown in FIG.
According to the machine information writing function, the shape information of the machine to be used can be written in the machine information DB 29 stored in the storage device 13 according to the instruction of the creator. According to the machine information writing function, when a machine that is not registered in the machine information DB 29 is brought into the foundation pile construction site, the shape information of the machine can be obtained later, and the machine figure can be displayed in the drawing column. is.
Machine shape information can be obtained by, for example, a creator downloading it from a machine manufacturer's site via a communication network.
Alternatively, machine shape information can be obtained using the article shape information creation function. In this case, the machine information writing function is the same as the product information writing function.

In some embodiments, the machine information writing function can write three-dimensional machine shape information to the machine information DB 29 as the machine shape information. As the drawing format of the work plan 3, that is, as the format of the drawing column of the input form, a perspective view can be selected in addition to the plan view. The perspective of the perspective view is preferably arbitrarily selectable. In addition, it is preferable that a side view and a cross-sectional view can be selected in addition to the plan view and the perspective view as the format of the drawing column of the input form. Furthermore, it is preferable that some structures in the drawing can be cut out or made transparent so that necessary parts can be displayed.

Here, FIGS. 5 and 6 show examples of perspective views described in the drawings of the work plan document 3. FIG. The perspective view of FIG. 5 is a sky view of the foundation pile construction site. The perspective view of FIG. 6 shows the underground space below the gantry at the foundation pile construction site using the reverse construction method.

According to the above configuration, by showing the three-dimensional shape of the machine to be used in the perspective view of the work plan 3, it is possible to easily create the work plan 3 that can instantly and accurately grasp the situation of the construction site of the foundation pile. can do. In particular, in the case of the reverse construction method, it is difficult to grasp the situation of the underground space, but by displaying the perspective view, the situation of the underground space can be easily grasped.

In some embodiments, as shown in FIG. 4, the creation device 1 further has an arbitrary character/graphic drawing function. The optional character/graphic drawing function is a function for the creator to operate the computer 7 to write any text or graphic in the drawing column of the input form.
At the foundation pile construction site, there are areas where workers other than the foundation pile builder (such as those in charge of boring surveys and root cutting) are working, and the foundation piles should be constructed in these areas. can't. If you use the optional character/graphic drawing function, you can clearly see the construction site situation of the foundation pile by clarifying the area where the foundation pile can be constructed (workable yard) with lines surrounding the area, color-coded display, etc. It becomes possible to grasp easily, and it can be utilized in on-site meetings.

In some embodiments, the entry form includes a site information entry field (not shown) for entering information about the foundation pile construction site. Then, in the foundation pile illustration function, the position information of the foundation pile is read from the pile construction information DB 27 based on the information of the construction site of the foundation pile input by the creator in the field information input field.

According to the above configuration, the computer 7 reads the construction information (position information, etc.) of the foundation pile from the pile construction information DB 27 based on the information of the construction site of the foundation pile input by the creator. It is possible to omit the work of selecting necessary foundation pile construction information from the information DB 27, and the work plan 3 can be easily created.

In some embodiments, the computer 7 realizes a geological information display function of reading the geological information of the construction site of the foundation pile from the geological information DB 36 stored in the storage device 13 and displaying the geological information in the work plan 3. is configured as

According to the above configuration, by displaying the geological information (for example, the depth of the support layer) in the work plan 3, a person who sees the work plan 3 can grasp the details of the work in more detail.

In some embodiments, the article whose shape information is to be acquired by the article shape information creation function is a machine, equipment, pile material, material, or surplus soil placed at the construction site of the foundation pile.
Machines are, for example, crawler cranes, pile drivers, earth drilling machines, all-round rotating machines, backhoes and trucks.
Equipment includes a mixing plant, a water tank, a silo, and a station (building of a field office).
A pile material is a prefabricated pile before being buried in a pile hole.
The materials are items necessary for the construction site of foundation piles (Yatko, drill pipe, ropes, pylons, cone bars, etc. for prohibition measures).
The surplus soil is the soil discharged by excavating pile holes or the like.

According to the above configuration, it is possible to create an accurate work plan even if machines, equipment, pile materials, materials, or surplus soil that do not have shape information in advance are placed at the foundation pile construction site. In particular, at the construction site of foundation piles, the amount of surplus soil discharged from excavating pile holes changes daily, making it difficult to grasp the shape. You can draw in Book 3.

Finally, the present invention is not limited to the above-described embodiments, and includes modifications of the above-described embodiments and modes in which these modes are combined as appropriate.
For example, in the above-described embodiment, the work plan creation program 21 and all DBs are stored in the storage device 13 of the computer 7, but one or both of them may be stored in an external storage device. good. Alternatively, one or both of the work plan creation program 21 and all DBs may be stored in a storage device of a server computer (not shown) communicably connected to the computer 7 . In other words, the work plan creation device 1 may be composed of a plurality of computers, and the storage device 13 is also a single storage device (in this case, the first storage device = the second storage device = the third storage device). It may be composed of a plurality of storage devices.

1 Foundation pile construction work plan creation device 3 Work plan 5 Drawing 7 Computer 8 Printing device 9 CPU
11 memory 13 storage device 15 display device 17 communication unit 19 input/output unit 21 foundation pile construction work plan creation program 22 article shape information creation program 23 site information database 25 pile information database 27 pile construction information database 29 machine information database 30 Equipment information database 31 Materials information database 32 Surplus soil information database 33 Worker information database 34 No entry prevention measures information database 35 Overturn prevention measures information database 36 Geological information database

Claims (6)

In a foundation pile construction work plan creation device for creating a work plan containing at least information on machines to be used at a construction site of foundation piles, information on workers, and drawings showing the arrangement of the machines and workers ,
A machine information input field for the creator to enter the information of the machine to be used, a worker information input field for the creator to enter the information of the worker, and corresponding to the drawing of the work plan an input form display function for displaying an input form having drawing fields on a display device;
Based on the information on the machine to be used entered in the machine information input field by the creator, the shape information of the machine to be used is read from the machine information database stored in the first storage device, and the shape information of the machine to be used is read. a mechanical diagram function for displaying a mechanical diagram representing the shape of the
Based on the information of the worker entered in the worker information input field by the creator,
a worker illustration function for displaying a worker figure corresponding to the worker in the drawing column;
A foundation pile illustration function of reading the position information of the foundation pile from the pile construction information database stored in the second storage device and displaying the foundation pile figure representing the construction position of the foundation pile in the drawing column;
a figure moving function for the creator to move the machine figure and the worker figure within the drawing column;
An article shape information creation function that obtains three-dimensional shape information of an article placed at the foundation pile construction site from data of a plurality of aerial photographs taken at the foundation pile construction site using a drone;
an article information writing function for writing the three-dimensional shape information of the article obtained by the article shape information creating function into an article information database stored in a third storage device;
an article illustration function of displaying the shape of the article in the drawing column;
is configured to make a computer realize
The article shape information creation function acquires the shape information of the surplus soil placed at the construction site of the foundation pile,
A foundation pile construction work plan creation device , wherein the shape of the surplus soil obtained by the article shape information creation function is illustrated in the drawing column by the article illustration function. configured to cause a computer to implement a machine information writing function of writing the shape information of the machine to be used to a machine information database stored in the first storage device;
In the machine information writing function, three-dimensional shape information of the machine is written into the machine information database as shape information of the machine;
2. The foundation pile construction work plan creating apparatus according to claim 1, wherein a perspective view can be selected as a format of the drawing column. The input form includes a field information input field for inputting information on the construction site of the foundation pile,
In the foundation pile illustration function, the position information of the foundation pile is read from the pile construction information database based on the information of the construction site of the foundation pile input by the creator in the field information input field. The foundation pile construction work plan creation device according to claim 1 or 2. It is configured to cause the computer to realize a geological information display function of reading the geological information of the construction site of the foundation pile from the geological information database stored in the third storage device and displaying the geological information on the work plan. The foundation pile construction work plan creation device according to any one of claims 1 to 3, characterized in that: The goods further include machines, equipment, piles or materials placed at the construction site of the foundation piles.
The foundation pile construction work plan preparation device according to any one of claims 1 to 4, characterized in that: A program for creating a foundation pile construction work plan for creating a work plan including at least information on machines to be used at a construction site of foundation piles, information on workers, and drawings showing the arrangement of said machines and said workers. in
A machine information input field for the creator to enter the information of the machine to be used, a worker information input field for the creator to enter the information of the worker, and corresponding to the drawing of the work plan an input form display function for displaying an input form having drawing fields on a display device;
Based on the information on the machine to be used entered in the machine information input field by the creator, the shape information of the machine to be used is read from the machine information database stored in the first storage device, and the shape information of the machine to be used is read. a mechanical diagram function for displaying a mechanical diagram representing the shape of the
Based on the information of the worker entered in the worker information input field by the creator,
a worker illustration function for displaying a worker figure corresponding to the worker in the drawing column;
A foundation pile illustration function of reading the position information of the foundation pile from the pile construction information database stored in the second storage device and displaying the foundation pile figure representing the construction position of the foundation pile in the drawing column;
a figure moving function for the creator to move the machine figure and the worker figure within the drawing column;
An article shape information creation function for obtaining three-dimensional shape information of an article placed at the foundation pile construction site from data of a plurality of aerial photographs taken at the foundation pile construction site using a drone;
an article information writing function for writing the three-dimensional shape information of the article obtained by the article shape information creating function into an article information database stored in a third storage device;
an article illustration function of displaying the shape of the article in the drawing column;
is configured to make a computer realize
The article shape information creation function acquires the shape information of the surplus soil placed at the construction site of the foundation pile,
The shape of the surplus soil obtained by the item shape information creation function is illustrated in the drawing column by the item drawing function.
A program for creating a foundation pile construction work plan characterized by:

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