JPS6023213B2 - Filling device between two planes - Google Patents

Description

Detailed Description of the Invention For example, in ±crab shoring, filling between the back surface of the uprise and the clay crab is often done with wood acid, except in the case of filling with concrete, etc. Since both sides of the bare shell are parallel, there is little probability of alignment and close contact, and especially when the back surface of the ventral fold and the clay crab are not parallel in plane, it is difficult to perform filling work.

The present invention was proposed for the purpose of providing an improved filling device that achieves highly accurate alignment by inserting a filling material between two non-parallel planes, one end surface of which is formed flat, A first member formed on the end face of the pond is a cylindrical face whose marquee line intersects obliquely with the plane and has the same radius of curvature over the entire length, and one end face is movable on the cylindrical face of the first member. a second member formed of a cylindrical surface that aligns with the cylindrical surface, whose other end plane intersects with the same surface, and has a cylindrical surface that has the same radius of curvature in the joining width direction, and This relates to a filling device between two planes, characterized in that the third member is formed on a cylindrical surface slidably adjacent to the cylindrical surface of the second member, and has a flat end surface. be.

Since the present invention is configured as described above, one end plane of the first member is brought into contact with one of the two planes to be filled, and one end side of the second material is placed on the cylindrical surface of the pond end. The thickness of both the first and second members can be adjusted by inserting iron into the cylindrical surface and adjusting the degree of adjacency thereof.

Furthermore, on the concave cylindrical surface that was missing on the other end plane of the second member, add the 1st Oribe side cylindrical surface of the third section, which is supported by the other end plane on the other of the two planes to be filled. By adding iron and adjusting the iron content, the thicknesses of both the second and third members can be adjusted.

Therefore, by combining the three members, the south plane is filled so that each member is aligned with high precision between the two planes due to the sliding effect of each member.

The cylindrical surface at the end of the first material, the cylindrical surface on one end side of the second member, and the cylindrical surface at the other end of the second material and the cylindrical surface of the third section. Since they are iron-coupled so that they can slide relative to each other, by sliding the first, second, second, and third members relative to each other along the mating surfaces, the second backing material can be removed. Since the intersection angles of the first and third members are adjusted, even if the two planes to be filled are not parallel, each vertical plane of the first and third members can be brought into contact with the two planes. In this state, the two planes can be reliably spaced by the nuclear action of each member.

The present invention will be explained below with reference to illustrated embodiments.

1 is a first member, one end surface of which is formed on a vertical plane la;
The pond end surface is formed into a recessed oblique cylindrical surface lb whose axis line is oblique to the vertical plane, has the same radius of curvature r over the entire length, and whose member thickness gradually decreases as it goes downward. ing.

Reference numeral 2 designates a second member, one end surface of which is formed into an inclined cylindrical surface 2a which is freely engaged with the recessed slanted cylindrical surface lb and whose thickness gradually increases as it goes downward; vertical plane 2b
At the same time, a recessed forehead oblique cylindrical surface 2c having the same radius of curvature r2 over the entire length in the width direction and whose thickness changes gradually in the same direction is cut out in the middle thereof.

Reference numeral 3 designates a third member, and one end thereof is formed with an inclined cylindrical surface 3a which is freely engaged with the recessed inclined cylindrical surface 2c of the second member 2.

1 to 3 show a case in which the space between a pair of parallel planes A and B is filled with the members 1, 2, and 3, and the vertical plane la of the first member 1 is brought into contact with plane A. Both the first and second members 1 are joined by joining the inclined cylindrical surface 2a of the second member 2 to the recessed inclined cylindrical surface ID, and by adjusting the degree of nuclear penetration along the axial direction of the inclined cylindrical surface lb. ,2
The thickness can be adjusted.

(See Fig. 8) Also, the recessed oblique cylindrical surface 2c of the second member 2
Then, the inclined cylindrical surface 3a of the third member 3, which is in contact with the vertical plane 3b, is iron-coupled with the plane B, and the inclined cylindrical surface 2
The thickness of both the second and third members can be adjusted by adjusting the iron content along the axial direction of c. (See FIG. 9) In this way, the space between the planes A and B can be reliably filled with the fruit of each of the members 1, 2.3.

Next, if the planes A and B are not parallel, as shown in FIG. By sliding the first member 1, the vertical plane la of the first member 1 is adjusted so as to come into contact with the plane A. As shown in FIG.
The inclined cylindrical surface 3a is the recessed slanted cylindrical surface 2 of the second section 2.
The vertical plane 3b of the third member 3 is adjusted to come into contact with the plane B by sliding it along the direction c.

Note that if the distance between the planes A and B is large and it is impossible to fill the space with the members 1, 2, and 3, packing of an appropriate thickness is used.

Note that if the third member 3 is omitted and the surface of the second member 2 in contact with the third member is a plane, and the intersection of the two planes is a straight line, the angles can be reliably matched and the thickness It may be possible to make adjustments so that nuclear functions can also be used.

Although the present invention has been described above with reference to embodiments, the present invention is, of course, not limited to such embodiments, and can be modified in various ways without departing from the spirit of the present invention.

[Brief explanation of the drawing]

FIG. 1 is a plan view showing an embodiment of the filling device between two planes according to the present invention, FIG. 2 is a side view thereof, FIG. 3 is a bottom view thereof, and FIGS. Fig. 6 is a plan view showing the angle adjustment state of the first member;
FIG. 7 is a side view showing the angle adjustment state of the third member;
FIG. 9 is a side view showing how the thicknesses of both the first and second members are adjusted, and FIG. 9 is a plan view showing how the thicknesses of both the second and third members are adjusted. 1...First member, la...Vertical plane, l
b: Recessed oblique cylindrical surface, 2: Second capital, 2a: Inclined cylindrical surface, 2b: Vertical plane, 2c: ... Oblique cylindrical surface after recess, 3...
・Third member, 3a... Oblique cylindrical surface, 3b...
...Vertical plane, A, B...plane. Cumulative? Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Figure 9

Claims (1)

[Claims] 1. A first member having one end surface formed as a flat surface and the other end surface being formed as a cylindrical surface having the same radius of curvature over the entire length with its axis obliquely intersecting the plane; The cylindrical surface is formed into a cylindrical surface that is slidably fitted to the cylindrical surface of the cylindrical surface, and the other end plane has a cutout part of the cylindrical surface whose axis intersects with the same surface and has the same radius of curvature in the joining width direction. 2, and a third member formed with a cylindrical surface that slidably fits into the cylindrical surface of the second member, and whose other end surface is flat. Device.