JPH034375Y2 - - Google Patents

Description

[Detailed description of the invention] At civil engineering construction sites, a tassel is used as shown in Figure 1 when tacking.

However, in the applicant's Niigata Prefecture, recently,
For reasons such as beautifying the work site, speeding up work, and speeding up on-site tension inspections by regulatory agencies, we have installed red and white patterned flags with alternating red and white colors (red 20cm, white 20cm). I am using it.

Currently, this chohari is made by arranging several sheets, placing a paper pattern on top of them, and applying red and white paint using a spray gun, but this is a very tedious process, and the back side is the same as the front side. It has to be coated, making it difficult to work with, which hinders mass production, and makes it expensive.

Therefore, the applicant has devised an automatic continuous coating device for chohari that solves these drawbacks. To briefly explain the coating device A, the applicator A is placed in the middle of a conveyor 2 that transports several sheets side by side. Spray gun device a, which intermittently applies white paint, and spray gun device b, which intermittently applies red paint, are installed, and one color 3 (ordinary white paint is applied) is first applied to the rod 1 being transferred. A certain width is coated at regular intervals, and then another color 4 (red paint) is applied between one color 3 to continuously produce red and white patterned stakes 1.

The back side forms a red and white pattern in the same way as the front side.
At this time, drying devices c, d, and e are provided in the middle of the conveyor 2 to quickly dry the applied paint.
Further, a stick reversing device B is provided in the middle of the conveyor 2 to turn over the stick 1 after one side of the stick 1 has been coated and send it again to the conveyor 2.

In the figure, f is a rod supply device.

In the present invention, while the poles are transported by a conveyor, two colors of paint are applied alternately by one or two coating devices installed in the middle of the conveyor, so that the two-color patterned poles are continuously formed. This invention relates to a rod reversing device of an automatic continuous coating device for a pickle, which is manufactured by the company, and its structure will be described in detail with reference to the accompanying drawings as follows. The rod reversing device B shown in the drawing is installed between the two ends of the first conveyor on the infeed side and the two ends of the conveyor on the exit side. The guide rod 5 protrudes above the end of the conveyor 2 on the feeding side, and a rod supporting guide rod 6 is attached to the outside of this rod reversal guide rod 5 through the passage gap of the rod 1, and furthermore, this rod reversal guide rod 5 is attached. A switching guide rod 7 for feeding the finished product onto the conveyor 2 for taking out is located near the base of the
The area is set up in an up and down manner.

8 in the figure is a guide rod.

Since the present invention is constructed as described above, one side is coated with two colors, and the two-color patterned rod 1 is placed halfway along the conveyor 2 (the figure shows the area between the conveyor 2 on the infeed side and the conveyor 2 on the exit side). The rod is reversed (turned inside out) by the rod reversing device B provided at
Since the material is coated in different colors and then coated with a two-color pattern, all that is needed is to feed the material to the conveyor 2, and the rest is automatically able to continuously manufacture the rods 1 with the two-color pattern applied on the front and back sides. Compared to conventional methods, this method has excellent practical effects such as improved work efficiency and the ability to provide finished products at low cost.

[Brief explanation of the drawing]

Figure 1 is a slope view of the red and white log, Figure 2 is a plan view of the automatic continuous coating device, Figure 3 is its side view, Figure 4 is a slope view of the log reversing device, and Figures 5 and 6 are the log reversing device. FIG. A...Coating device, B...Hand reversing device, 1...
Antler, 2...conveyor.

Claims (1)

[Scope of utility model registration request] In the continuous coating device for Chohari-cho, which transfers the bamboo on a conveyor and then applies a two-color pattern to the entire surface of the bamboo using a coating device placed in the middle of the conveyor, A reversing device for an automatic continuous coating device for a pickle, which is characterized by being equipped with a reversing device that reverses it and sends it back to the conveyor.