JPS581645A - Laying base for loading concrete pile - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] The present invention is a concrete pile (hereinafter referred to as a pile).

This article relates to a bed for loading concrete piles used when accumulating concrete piles.

Conventionally, when stacking piles in a desired location, multiple slabs made of square wood are placed side by side with appropriate gaps, and multiple piles are placed adjacent to each other in a direction perpendicular to the slabs so that they are horizontally suspended between the upper surfaces of each slab. The piles are placed in contact with each other, and the upper floor plate is placed parallel to the floor plate on top of the pile, and the piles are stacked one after another in several stages, but the weight of the pile varies depending on its diameter and length. Therefore, it is necessary to use a bed board of a size that is strong enough to withstand the weight of the pile type INK, or to increase or decrease the number of bed boards in each tier, which is a very troublesome process. At the same time, since the pile plate is made of wood, the weight of the stacked pile creates an arc-shaped depression at the contact area between the pile and the plate, and when the pile is rolled onto the plate during repeated use, the rotation is obstructed by the depression, making it difficult to load or remove the pile. Because the work involved is heavy, and the floorboards are mainly used outdoors, wooden floorboards have disadvantages such as lack of light for long-term use.

The present invention solves the above drawbacks, and its configuration will be explained with reference to the embodiment shown in the drawings. 1) is by fixing edge materials (3) (3) made of belt-shaped steel plates of appropriate thickness on both sides of the upper mountain (2) in the longitudinal direction, and creating a concave groove (3) between the scissor edge materials (3 bars 8). 4), and a top stopper (6) whose inner surface forms an inclined surface (6) at one end of the upper ffi (2), and an upper surface stopper (6) whose inner surface forms an inclined surface (8) ( For the auxiliary bed made of steel plate, which is approximately the same as the bottom plate (1) of 4 - 9 # fall, by gathering the bottom stoppers (9 bars 6) forming The bottom plate (to) has reinforcing edge material (2) (to) made of a band-shaped steel plate fixed in parallel so that it can be inserted into the concave groove (4) K of the lower surface ano'ik in the hand direction and both side edge directions. The original WAt is composed of an auxiliary base (body and base) and an auxiliary base (B).

Next, the operation of the present invention having the configuration described above will be explained.

The pile loading platform according to the present invention is used appropriately depending on the weight that differs depending on the diameter and length of the pile. Figure 7 shows an example of use when loading heavy piles, and Figures 8 and 4 show that concrete piles (P
Depending on the diameter, length, and weight of the loader, place two or more loading platforms (4...) side by side with an appropriate distance between them, and then ...One point on top - in the direction of the arrow While rolling the pile (Pi) on the bed, the pile at the tip will touch the slope (5) of the top stopper (6 bar 6)... 6) Loading the piles one after another in a state where they are in contact with each other, and after the first stage is finished loading, the loaded piles (Px) (P
x) --- Place the 3rd tier bed (A) on the upper surface, and place the pile loaded last in the 1R on the bottom stopper (9) (9) of the 8th IR bed. ...K to prevent falling, and then use the same method to load the 12 piles in the 8th and 8th stages.

Figure 6 shows a light weight pile (a) t81! This is an example of a case where the first RK bed (using thick), tK8 or more horizontal support bed (using slope), pile (Pg)
(P...--〇The loading method is the same as above, but there are stoppers (stoppers) on the upper surface of both ends of the pedestal to prevent it from falling. (to)...
Use ・, (to) (to)...

This is an example of loading a heavy pile (P), as shown in Figure 6, an auxiliary bed (M4D reinforcing edge material Ql (2) ) are inserted into a single unit, and a nine-pile loading platform is installed, with two to several piles separated at equal intervals depending on the diameter, length, and weight of the piles to be loaded (Ps), and placed on the bottom platform. point - direction of the arrow (
Ps), the pile at the tip of each bed (4 (4)
-----"Top stopper (6) (6)...
The first R
slanted forward and backward, pile (Pyi XP Hatake)......top W
JK Place the 8th tier loading pedestal, which is a combination of the above-mentioned pedestal and auxiliary pedestal, and place the pile loaded at the end of the 1st tier into the 2nd **.

Prevent falling with the stopper on the bottom of the bed (9 d)... and repeat the same method below. Load the required number of piles with the R1 8th stage... The present invention has the above configuration and operation, and can be carried out in several units (4 and 1 and 2 and 4 and 1 and 2, depending on the combination and how many piles are used). It can be used to load various types of piles up to large weights, and since it is made of steel, it is resistant to rounding wear and damage, can withstand long-term use, and can be easily moved using a lift or other convenient means. This invention has excellent practical effects.

[Brief explanation of the drawing]

111 is a perspective view of the present invention O loading platform (with the middle part of the bow omitted), FIG. 1I is a perspective view of the auxiliary platform (with the middle part of the bow omitted), and FIGS. Figure 6 is a loading platform (with a slope, with the middle part omitted, and a side view with the middle part omitted; Figure 6 is an auxiliary loading platform (with a slope, with a part omitted, a negative side view, in good condition). Figure 6 is a perspective view with the middle part omitted of the state in which the base and auxiliary base (Kami) are combined. The figure is: (4 pedestals) Auxiliary pedestal (1) Steel plate pedestal (2) Top surface (3)
Edge material (4) Concave groove (6) Top stopper (7) Bottom surface (bottom part (A) Auxiliary bed plate Ql) Bottom surface (
6) Reinforcement edge material side stop surface and above Fig. 2 11 11 Fig. 3 Bow Fig. 4 Nu

Claims (2)

[Claims] (1) The upper surface (2) of a steel plate bottom plate (1) with an appropriate plate thickness (ri and width) and a length of 4, and a strip-shaped copper plate of varying plate thickness (2) on both sides in the longitudinal direction. fixing edge materials (3) (3) made of aluminum, and forming a concave groove (4) between the edge materials (a) and (3);
A bed for loading concrete piles with an upper surface stopper (6) at one end of the upper surface (2) and lower surface stoppers (9) (4) at both ends of the first restraint (7). (2) The bottom plate (J9O concave groove part ( 4) An auxiliary platform for loading concrete piles with reinforcing edging materials (B) and (B) made of steel strips fixed in parallel so that they can be inserted into the 9th concrete pile.