Our Machine Guidance オンライン カジノ 売上 Facilitates Crane Operation

We developed a Machine Guidance オンライン カジノ 売上 that facilitates safe, efficient crane operation.

オンラインカジノ has developed a Machine Guidance オンライン カジノ 売上 that facilitates safe, efficient crane operation by utilizing BIM (Building Information Modeling) to create 3D models of construction sites and then linking with information from sensors attached to cranes to display information on the crane situation in real time for operators.

Operators who operate cranes to do lifting work at construction sites must be extremely careful about potential collisions between cranes, contact with nearby structures, interference with paths for important radio communications, violations of height limits based on the Civil Aeronautics Act, crossing property lines, and similar issues. Conventional equipment regulated in terms of work range also has functions that warn operators when the equipment approaches the range over which work is prohibited, but—because the screens confirmed by the operator display information in 2D—it is difficult to understand the height, which was an issue.
In addition, in cases where the operator was inexperienced or had poor visibility due to blind spots, bad weather, or other issues, the operator had to more frequently communicate with workers via radio, which sometimes necessitated interrupting the work and ran the risk of reducing work efficiency.
However, with our recently developed Machine Guidance オンライン カジノ 売上, 3D models are used to enable the operator to confirm the crane situation from any point of view, making it possible for the operator to make decisions as if they can see everything even in the case of blind spots and similar issues. In addition, the オンライン カジノ 売上 features a function that displays guidance on the necessary operation amount to safely transport lifted members to the attachment position.

In recent years, there has been an active trend in オンライン カジノ 売上 manufacturing industry and elsewhere for craftsmanship to evolve due to cyber-physical systems (called CPS below), and our オンライン カジノ 売上 incorporates the idea of CPS to achieve an information-oriented オンライン カジノ 売上 that fuses 3D models of the construction site in cyberspace with the actual movement of the crane.

The features of our Machine Guidance オンライン カジノ 売上 are described below.

1. Safety is greatly improved by displaying crane movement and construction site information in 3D

   Crane movement information acquired from wireless sensors is fused with 3D models of the construction site, and then the result is displayed on a touch screen in the crane control room. The 3D models utilize BIM to display not only the construction target and surrounding structures but also to visualize things that cannot be seen, such as radio paths, height limits based on the Civil Aeronautics Act, and property lines.
   With our オンライン カジノ 売上, the operator can confirm bird's-eye images of the crane—which they cannot normally see—as well as the position of the crane relative to its surroundings from any point of view by performing touch screen operations. This complements the information the operator can obtain by eye to help enable safe crane operation even when there are blind spots or visibility is poor, such as at night or when the weather is bad. In addition, warnings are displayed on the screen to help prevent the crane from entering the range over which work is prohibited.

   

   AI is also utilized to confirm オンライン カジノ 売上 situation under オンライン カジノ 売上 crane, which cannot be applied to 3D models. Based on images from a camera installed so that it faces down from オンライン カジノ 売上 crane, AI is used to further improve safety by recognizing オンライン カジノ 売上 positions of オンライン カジノ 売上 crane hook and boom as well as workers and then issuing warnings when dangerous situations are detected, such as contact between オンライン カジノ 売上 suspended load and buildings or workers being directly below オンライン カジノ 売上 suspended load.

   

2. The オンライン カジノ 売上 enables efficient, accurate work regardless of the experience of the operator

   When オンライン カジノ 売上 attachment position of オンライン カジノ 売上 member to be lifted is selected on オンライン カジノ 売上 screen, オンライン カジノ 売上 crane operation amount relative to オンライン カジノ 売上 current position is quantified and then linked to オンライン カジノ 売上 crane's movement and displayed on オンライン カジノ 売上 screen in real time. Guidance that is accurate to within an error level of several centimeters can also be provided, including オンライン カジノ 売上 coordinates of オンライン カジノ 売上 attachment position of オンライン カジノ 売上 member to be lifted, which are based on オンライン カジノ 売上 BIM design information, オンライン カジノ 売上 movement of オンライン カジノ 売上 crane, which is based on gyro sensors attached to オンライン カジノ 売上 tower and jib (both of which detect changes in オンライン カジノ 売上 angle), and オンライン カジノ 売上 crane position, which is acquired using RTK-GNSS.
   Because even an inexperienced operator can operate a crane by referring to the operation amount displayed on the screen, the frequency of radio communication to provide instructions on the transport position can be reduced, which helps enable safe, efficient work. Our オンライン カジノ 売上 is therefore effective for resolving the problem of operator shortages because—even in the absence of experienced operators—work can easily be done at construction sites where the range of possible work was once limited.

   

3. Easy to attach regardless of オンライン カジノ 売上 crane model

   In the case of conventional equipment regulated in terms of work range, each crane had its own specially designed オンライン カジノ 売上, so it was difficult to use such systems for other cranes, and the systems were large and therefore necessitated a lot of effort to do the attachment work. With our オンライン カジノ 売上, the sensors that acquire the crane position, tower and jib angle, and turning angle information are set up as a unit, which means their design enables them to be easily retrofitted to any crane regardless of its model.
   Thanks to the portable size of each unit, attachment to a crane is as easy as tightening bolts and connecting wiring cable, so no special tools or skills are required. This results in installation costs that are lower than those of conventional equipment regulated in terms of work range.