JPH053281Y2 - - Google Patents

Description

[Detailed description of the invention] Industrial application field This invention relates to an earth dyeing device for rush grass.

Conventional technology Conventionally, when dyeing bundles of rush, an impeller was rotatably supported in a tank that had a semicircular shape when viewed from the side, and a worker located in front of the tank moved the rush rush one by one through the impeller. A rotating impeller mounted on a shaft frame was used to guide the grass bundles from the bottom of the tank to the back and store the grass in the tank. However, since the work efficiency of soil dyeing equipment using the impeller is low, in recent years, as basically proposed in Japanese Patent Application Laid-Open No. 56-2105, about 100 rush bundles are placed in a horizontal container. Then, insert the container into the soil dyeing tank, install a horizontal bar on the top of the tank to prevent the grass bunches from floating up, and then water the soil dyeing liquid with a pump into the soil dyeing tank. The rush bundles in the container are soil-dyed while being stored for about a minute, and then the soil-dying solution in the soil-dying tank is drained by flowing back into the soil-dying solution storage tank from the drain port, and then the container in the soil-dying tank is hoisted. However, I would hang it up, drain the water, and take out the rush bundles.

Problems that the invention aims to solve: However, when soil dyeing liquid is poured into a tank to pack rush bundles horizontally in a container, it is difficult for the air from below to escape, resulting in uneven dyeing of the rush bundles. Moreover, when the container is taken outside to drain the water, there are drawbacks such as the tips of the bushes tending to fall on their sides and come into close contact with each other, causing discoloration.

In order to solve these problems, the rush bundles of the present invention are stored vertically in a container, and a lifting device that also serves as a press plate is attached to the top surface of the container, and then soil dyeing in the soil dyeing dipping pool is carried out. It is a device that dyes the soil by immersing a container in a liquid, and the lower side of the hoisting device that also serves as a holding plate has a plurality of grass tip spaces facing downward.
By providing the adjustment body, it is possible to maintain the air release especially at the tip of the rush, prevent uneven dyeing, and improve drainage performance.

Means for Solving the Problems In order to achieve the above object, the present invention includes a hollow frame-shaped rush storage container 16 with an open top surface for vertically storing rushes, and a base plate 17 that covers the top opening. The rush soil dyeing device includes a presser plate and lifting device 28 equipped with a presser plate and a hoisting device 28, and a plurality of grass tip spacing adjusting bodies are provided downwardly on the lower surface of the base plate 17.

Embodiments Hereinafter, preferred embodiments of the rush soil dyeing apparatus according to the present invention will be described based on the accompanying drawings.

A perforated plate 2 is stretched on the upper surface of the rectangular bottom frame 1, and a pair of left and right leg plates 3, 3 are attached to the lower surface, and a left front and rear support 4a,
At the same time, right front and rear columns 4c and 4d are erected at the front and rear positions of the right side surface, and front and rear circumferential side plates 5a and 5b and left and right circumferential side plates 5c and 5 are attached to the lower inner surface of each column.
d to the upper end of each support, front and rear upper horizontal rods 6a, 6b,
The left and right upper horizontal bars 6c and 6d are connected, respectively, and the left front and rear columns 4a and 4b, the left peripheral side plate 5c, the left upper horizontal bar 6c include a reinforcing vertical frame 7c, an upper and lower reinforcing horizontal bar 8c, a cross-reinforcing diagonal bar 9c, etc. are installed in series, and the left and right rear struts 4b, 4
d, a reinforcing vertical frame 7b, a top and bottom reinforcing horizontal bar 8b, a cross reinforcing diagonal bar 9b, etc. are installed in a row in the rear peripheral side plate 5b and the rear upper horizontal bar 6b, and a top and bottom reinforcing horizontal frame 10 is installed in the right front and rear columns 4c and 4d. A hook 11 is provided at a position near the front end of the lower reinforcing horizontal bar 8c and the lower reinforcing horizontal frame 10, which are arranged in a row and facing each other on the left and right, and both ends of the grass presser pipe 12 are attached to the hook 11, which is bent downward on the inner surface of the upper end of each support. The lifting hook 13 is fixed, and a pin hole 14 for connecting the hoist is drilled in the rear upper horizontal rod 6b and the left upper horizontal rod 6c at the upper ends of the left front column 4a and the right rear column 4d, and the reinforcing horizontal rod is fixed. A grass storage container 16 is formed by opening holes that engage with hooks at both ends of the grass 15 and attaching reinforcing horizontal bars 15 in a detachable manner. Further, a peripheral side frame 18 is attached to the peripheral side of the base plate 17 having the same wide width as the upper surface of the rush storage container 16, and a left side frame 18 is attached to the upper end surface of each support of the rush storage container 16 at the four corners of the peripheral side frame 18. Front and rear support frames 19a, 19b and right front and rear support frame 1
9c and 19d are hung down, and the left front support frame 19a
A pin shaft 20 that fits into the joint pin hole 14 of the rush storage container 16 is provided protruding from the inside of the right rear support frame 19d, and the left front and rear support frames 19a, 19
b. A hook 21 is provided protruding from the lower end of the inner surface of the right front and rear support frames 19c, 19d to engage the suspension link 22, and the suspension link 22 is attached to the coil spring 23 suspended from the peripheral frame 18, and the base plate 17 is A plurality of rush tip adjustment bodies 26 are provided on the lower surface and are formed in a substantially tapered shape downward. That is, a large number of L-shaped rods 24 are fixed to the lower surface of the base plate 17 in the front-rear direction, and shafts 25 are suspended from the L-shaped rods 24 at appropriate intervals in the front and rear. The apparatus also includes a hoisting device 28 which also serves as a presser plate, in which a top-shaped rush head adjustment body 26 is fixed, and hoisting ropes 27 are attached to the upper ends of the four corners of the circumferential frame 18. In this embodiment, the grass tip adjustment body 26 is connected via an L-shaped rod 24 and a shaft 25, and is formed into a conical top shape. In this way, the rush head adjustment body 26 is formed in a substantially tapered shape, and is smoothly inserted between the rush head tips to be stored in the vertical direction, thereby preventing the rush head portions from being concentrated and unevenly distributed. Become. It also maintains the air release at the tip of the rush, prevents uneven dyeing, and improves drainage.

The adjustment body between rush spikes should be formed in a substantially tapered shape, and may be shaped like various pyramids, truncated cones,
It may be formed into a truncated pyramid shape.

Further, a rectangular hole 29 is dug in the ground and concrete is poured into it, and a dipping pool 31 with vertical guide rods 30 provided at the four corners of the hole 29 and a hoist 33 suspended from an overhead crane 32 are constructed. The combination constitutes the soil dyeing device 34 for grass bundles.

In the figure, 35 shows a bundle of rushes, 36 shows a band, and 37 shows a sand bag.

Effects In the soil dyeing device 34 for rush bundles according to the present invention, the presser and hoist 28 is suspended from the hoist 33 of the overhead crane 32 via the hanging rope 27. Then, the rush holding pipe 12 of the rush storage container 16 is removed and about 100 rush bundles 35 are stored vertically through the front opening or top opening, and then both ends of the rush holding pipe 12 are reinforced horizontally again. Hook 1 of rod 8c and lower reinforcing horizontal frame 10
At the same time, the band 36, which has one end fixed to the reinforcing vertical frame 7c, is looped around the front side of the rush bundle and fixed to the upper reinforcing horizontal frame 10 on the right side, and This is to restrain the bundle 35 from moving.

Therefore, the hoist 28 that also serves as a presser plate is lowered onto the upper surface of the rush storage container 16 using a hoist 33, and the lower ends of the four sets of left front and rear support frames 19a, 19b and right front and rear support frames 19c, 19d are lifted into the rush storage container 1.
6 left front and rear columns 4a, 4b, right front and rear columns 4
c, 4d, and left front support frame 19a.
The pin shaft 20 of the right rear support frame 19d is fitted into the joining pin hole 14, and the hanging link 22 provided on the inner surface of the lower end of each support frame is connected to the hanging hook 13 on the inner surface of the upper end of each support column of the rush storage container 16. It is something to be attached to.

At this time, a conical top-shaped rush head spacing adjustment body 26 is inserted from above into the rush head tip portion, thereby adjusting the space appropriately at the inserted portion.
To prevent the tip portion of rush, which is relatively soft while forming a large amount, from being concentrated and unevenly distributed in any direction. As a result, it is possible to maintain air release from the tip of the rush, prevent uneven dyeing, and improve draining properties. In this state, a large number of sandbags 37 are placed on the upper surface of the presser plate hoist 28, and the hoist 33 is used to lift the presser plate hoist 28 upwards as shown in FIG. The rush storage container 16 is suspended together by the engagement of the link 22 and the hanging hook 13, and the rush storage container 16 is moved using the overhead crane 32 above the dipping pool 31 in which the soil dyeing liquid is stored. Grass storage container 16 with hoist
The rush storage container 16 is immersed in the dipping pool 31 as shown in FIG.
After immersing the grass for a few seconds, the rush storage container 16 is again lifted out of the dipping pool 31 and moved, the hanging link 22 is disengaged from the hanging hook 13, and the lifting device 28 which also serves as a presser plate is used. is removed from the rush storage container 16, the rush bundle 35 in the rush storage container 16 is drained, and the presser plate/lifter 28 is moved to the next rush storage container.

Effects of the invention As explained above, according to the rush soil dyeing apparatus according to the present invention, by having the structure having the above features, it is possible to carry out immersion soil dyeing while storing the rushes vertically in the rush storage container. Since the tip of the rush is prevented from being concentrated and unevenly distributed, it is possible to maintain air release in the tip of the rush, prevent uneven dyeing, and improve drainage performance.

[Brief explanation of drawings]

Fig. 1 is a perspective view showing the soil dyeing apparatus according to the embodiment of the present invention, Fig. 2 is a perspective view of a rush storage container immersed in a dipping pool, and Fig. 3 is a perspective view showing a rush storage container immersed in a dipping pool. Fig. 4 is an enlarged perspective view of the rush storage container, Fig. 5 is an enlarged plan view of the hoist that also serves as a presser plate, Fig. 6 is its enlarged front view, Fig. 7 The figure is a partially enlarged front view, Figure 8 is a view taken along the line A-A in Figure 7,
9 is a view taken along the line B-B, FIG. 10 is a view taken along the line C-C in FIG. 9, FIG. 11 is an enlarged plan view of the dipping pool, and FIG. 12 is a view taken along the line D-D This is a perspective view. 1... Bottom frame, 2... Perforated plate, 4... Support column, 5
... Circumference side plate, 6 ... Upper horizontal rod, 12 ... Rush holding pipe, 13 ... Hanging hook, 14 ... Connection pin hole, 16 ... Rush storage container, 17 ... Base plate,
18... Circumferential frame, 19... Support frame, 20... Pin shaft, 22... Hanging link, 26... Conical piece, 2
8... Lifting device that also serves as a presser plate, 31... Immersion pool,
32...Overhead crane, 33...Hoist.

Claims (1)

[Scope of Claim for Utility Model Registration] Includes a hollow frame-shaped rush storage container with an open top to store rushes vertically, and a hoist that doubles as a press plate and is equipped with a base plate that covers the top opening. A rush clay dyeing apparatus, wherein a plurality of rush tip spacing adjusting bodies each formed in a substantially tapered shape downward are provided on the lower surface of the base plate.