KR20000056109A - Soil interception panel and automatic projecting machine - Google Patents

Abstract

PURPOSE: A panel for sheeting and a automatic panel distributor is provided to replace wood panels installed between H-beams to prevent soil from crumbling with used plastic ones and automatically transfer the plastic panes to H-beams, thereby it is possible to save working hours and expense, preserve nature environment and prolong the panel's life. CONSTITUTION: A panel for sheeting and an automatic panel distributor comprises: a panel(1) comprising a vertical reinforcement(101), a horizontal reinforcement(101a), a guide rail(102)(102a), a projection(103a) formed inside a connecting groove(103), a fixing hole(9) having a hanger(901): a moving unit(6) which is divided into two steps to make the upper step possible to be rotated and comprises a moving chain(601) joined with a moving part(602) which is connected to a connecting part(602a) by a hinge(603a) and transfers panels; a moving vehicle(3) comprising a driving unit(4) in which moving gear gears into a rack gear(40) installed on a moving rail(402), a guide roller(403) installed at both sides of a driving gear(4a) by a driving device(4), magnetic(405) installed to a moving rail(402) to fix main supports(8); a lift(5) which raises panels up to working height. Thereby, effective and fast process of distributing panels is guaranteed.

Description

SOIL INTERCEPTION PANEL AND AUTOMATIC PROJECTING MACHINE}

The present invention relates to a mudstone panel installed in a construction site and an injector for automatically inserting the panel, and more specifically, to construct a synthetic resin panel having strength and unevenness using waste plastic, and the panel is an automatic injector. By making it possible to input, it is possible to achieve a safer and more efficient clog construction.

In order to prevent the soil from falling down, construction works, including civil engineering, are building structures that prevent H from falling down by setting up H beam props at regular intervals and placing wooden panels between them.

However, the conventional method uses a panel made of wood, which is expensive and easily deformed when hit by snow, so there is a problem of repeated use. In addition, there was a drawback that it takes a lot of time and becomes inefficient.

Therefore, a synthetic resin panel has been developed to improve this, but the reality is that the automatic input method has not been developed and suffers a lot of inconvenience.

The present invention has been made in order to solve the above-mentioned conventional problems to produce a synthetic resin panel using the waste plastic and to be able to input through the feeder to automatically insert it so that the installation of the wall is made efficiently and quickly It will be described in detail by the accompanying drawings as follows.

1 is a perspective view showing a panel of the present invention

Figure 2 is a cross-sectional view showing the form of the various panels of the present invention

Figure 3 is an exemplary side view showing the input device of the present invention

Figure 4 is a front view illustrating the input device of the present invention

5 is an exemplary view showing a driving unit of the mobile truck of the present invention;

6 and 7 are cross-sectional exemplary views showing a transfer state of the panel fitted to the transfer piece of the present invention.

8 is an exemplary view showing a panel input process of the present invention

9 is an exemplary view showing a panel fixing state of the present invention.

* Explanation of symbols for main parts of the drawings

1 panel 101: longitudinal rib

101a: horizontal rib 102,102a: uneven portion

103: connecting groove 103a: step

2: reinforcing material 3: moving cart

4: Drive device 4a: Drive gear

401: Recreational gear 402: Transfer rail

403: guide roller 404: fixed plate

405: magnetic 5: lifting lift

501: information plate 6: transfer tray

601: conveying chain 602: conveying piece

603: Ammunition 604: A Guide

7: cylinder 8: prop

9: fastener 901: bench

The present invention constitutes a panel (1) by a method of extrusion molding from waste plastic as a raw material, the panel of the present invention is provided with a longitudinal tendon (101) and transverse (101a) inside or reinforcement (2) comparable to the force It is made of a configuration in which the strength is reinforced by inserting in the longitudinal direction and the upper and lower surfaces of the panel to form the concave-convex portion 102 (102a) for the corresponding guide and the connecting groove 103 is formed on the side of the panel body The stepped portion 103a is formed inside the groove 103 and the fastener 9 having the hook piece 901 is attached to both sides of the connection groove to configure the panel 1.

On the other hand, the panel automatic feeder of the present invention is a lift table 5 for lifting the panel 1 to the working height, and the transfer table 6 (6a) is provided with a transfer chain 601 to guide the idle of the transfer chain. And a moving trolley 3 having an auxiliary device for supporting and driving them is moved along the conveying rail 402, and the conveying table 6 is connected to the moving trolley 3 and the fluid pressure cylinder 7 in particular. It is driven.

In addition, the conveying piece 602 for feeding the panel 1 into the conveying chain 601 provided on the conveying table is hinged 603a to the connecting piece 602a, and the conveying piece 602 is provided by the bullet piece 603. The upper end is configured toward the panel, and the conveyance stand 6 is divided into two stages as shown in FIG. 4 so that the upper end 6a can be folded and the center is connected to the connecting shaft 61. Guide 604 is attached.

The moving trolley 3 is provided with the drive device 4 so that the drive gear 4a of the drive device is engaged with the rack gear 401 formed on the transfer rail 402, and guide rollers are formed on both sides of the drive gear 4a. 403 is installed to be driven by the drive device 4, and the magnetic rail 405 for fixing the strut 8 is installed at the transfer rail 402.

Reference numeral 62 denotes a drive chain.

The present invention as described above is to produce a panel (1) by the extrusion process in the central portion of the panel (1) to form a variety of longitudinal tenders 101 and transverse tenders (10Oa) can increase the strength of the panel itself On the upper and lower surfaces of (1), the uneven portions 102 and 102a for guiding the stack are formed to correspond to each other so that the panel 1 is laminated by the uneven portions 102 and 102a when the panels 1 overlap vertically. In addition to increasing the bond strength between the two), waste plastic is used as a raw material, which is very effective in protecting the environment and can be used for a long time.

In addition, inserting a separate reinforcing material (2) in the center of the panel (1) formed with a force, as shown in Figure 2 can be used to increase the strength of the panel (1) more used in mountainous areas or places where there is a high risk of falling rocks Even if the panel (1) due to the fall of the falling weight of the heavy body will be able to prevent damage.

When installing the panel 1 manufactured in this way between the posts 8 such as the H-beam, etc., first, a plurality of the panel 1 is laminated on the lifting lift 5 to lift to an easy height, and then the lifting lift 5. Connecting grooves of the panel 1 to the conveying piece 602 installed at regular intervals on the conveying chain 601 of the conveying table 6 by pushing the panel 1 toward the conveying table 6 along the guide plate 501 attached thereto. Let 103 be fitted.

At this time, when the connecting groove 103 inserted into the conveying piece 602 is raised and lowered by the panel 1, the conveying piece 602 is stepped by the weight of the panel 1 as shown in FIG. 5. When the panel 1 is lowered by rotating the uppermost end of the conveyance table 6 while being held perpendicular to the ground, the conveying piece (603) is formed by the bullet piece 603 formed on the hinge joint 603a of the conveying piece 602. As the 602 rotates slightly, the panel 1 is lowered while only the upper end of the conveying piece 602 is caught by the step 103a formed in the connecting groove 103 of the panel 1.

When the lowered panel 1 is placed on the panel laminated at the bottom, the panel does not lower any more, but the conveying piece 602 is continuously lowered and automatically released from the connecting groove of the panel, and then again by the conveying chain 601. By circulating and inserting another panel and inserting it into the inserting portion 8a of the support 8, the panel is automatically inserted.

In order to fix the panel 1 and the index 8 with each other in order to prevent rocking of the panel 1 stacked on the inserting part 8a of the support 8, the joint groove 103 is attached to the connecting groove 103 in advance. When the hook piece 901 of the fastener 9 is fitted to be caught by the outer end of the support 8, and the fastener 9 is fastened to the edge of the panel 1 with the bolt 902, the panel 1 and the support ( The end of 8) is pressed while being coupled to prevent rocking of the panel 1.

In addition, since the transfer table 6 is two-stage and can be folded by rotating the upper end 6a, the transfer stand 3 is easily moved by folding and moving the upper end 6a of the transfer stand and the fluid pressure installed in the transfer cart 3. The cylinder 7 is connected to the feeder 6 so that the angle of the feeder 6 can be adjusted appropriately, and the drive trolley 3 is provided with a drive device 4 to drive the gear 4a of the drive device. And the gear gears 401 of the feed rail 402 are engaged with each other, and when the feed rail is sent to the next work place, the drive gear 3 is fixed and the drive gear is rotated when the drive gear is rotated. The transfer rail 402 having the upper surface 401 is moved to the next workplace, and when the moving trolley 3 is moved to the next workplace after the movement of the transfer rail 402 is completed, the magnetic rail 405 is moved. After fixing to the support (8) using the () actuate the drive gear (4a) Will be the operation of the same gear (4a) and the feed rail 402 recreational gear 401 moves the balance 3 by the coupling of the formed on the upper surface of be fulfilled.

As such, the present invention not only contributes to environmental protection by producing panels using waste plastics, but also is inexpensive to manufacture and has a long service life than wood, which is very economical as well as standardized. Since installation can be performed more quickly and efficiently, there is an advantage that labor and construction costs can be reduced.

Claims (6)

Equipped with a longitudinal rib (10O1) and a horizontal rib (10Oa) or a reinforcing material (2) comparable to the strength of the inside, and separately formed on the upper and lower surface to form a concave-convex portion 102 (102a) for one side In order to form a connecting groove 103 to create a step (103a) to the inner side of the connecting groove 103, the panel for earth retaining affixed to the fastener (9) provided with a hook piece 901 The panel for a clamboard according to claim 1, wherein the fastener 9 includes a structure detachable by a bolt. Lifting lift 5 for lifting the panel 1 to the working height, a transfer piece 602 is installed at a predetermined interval on the transfer chain 601, a transfer table 6a provided with a guide 604, and a transfer table. A mobile trolley 3 having a hydraulic pressure cylinder 7 for operating (6) and a series of power and management devices for supporting and driving them is moved on the transfer rail 402 and attached to the transfer chain 601. Panel automatic feeder, which conveying piece 602 carries panel 1 to be inserted between H beams The panel automatic feeder according to claim 3, wherein the conveyance table 6 has two stages so that its upper end portion 6a can be folded in the shaft rod 61. The panel automatic feeder according to claim 3, wherein the conveying piece 602 is hinged to the connecting piece 602a so that the upper end is turned toward the panel by the bullet piece 603. 4. The moving cart (3) is provided with a driving device (4) in which the driving gear (4a) of the driving device is engaged with the rack gear (401) formed on the conveying rail (402) and the driving gear (4a). Guide rollers 403 are installed on both sides of the panel, and the feed rail 402 has a panel automatic feeder provided with a magnetic 405 for fixing the support 8.