JP2007056479A - Slope only for rooting pile, and perpendicular double-driving switching rooting bar driving machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a slope only for rooting piles and a perpendicular double-driving switching rooting bar driving machine for collapse preventive piles and disaster preventive piles for the slope, the inclined ground, or the like by projecting eight rooting steel plates in a wide range like the roots of a tree from projecting ports in eight required points of a side wall of the rooting pile driven deep underground by a double driving method. <P>SOLUTION: In the slope only for the rooting piles and the perpendicular double-driving switching rooting bar driving machine for use mounted to a crane arm for a construction machine or a vehicle for high lift work, a gradient angle is adjusted by a grounding horizontal stabilizer by adjusting the angle of the crane arm to the inclined ground, and while an operator monitors the field with a fixed point camera, rooting steel plates stored inside the rooting pile are pushed out of the projecting ports provided at the eight required points of the side wall of the rooting pile driven underground, and driven in a wide range like the roots of a tree. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  Important points for the side walls of the optimum timber piles, such as highway, general public roads, railroad slope slope collapse, debris collapse, etc. due to heavy rain such as earthquakes, typhoons, etc. Protruding ports at 8 locations and housed inside the main pile in the manufacturing process with a thick, wide, sharp edged long steel plate that has 8 long piercing steel plates and a vertical double caster switch It is a provision of a pile and a placement machine that reinforces the bottom of the ground widely like tree roots when eight steel plates protrude from a piling pile in a deep underground area when it is placed on a slope slope.

  Civil engineering piles include wood piles, friction piles, steel pipe piles, concrete piles, and other types of piles. The piercing pile of the trademark ("Registered No. 794403") of the civil engineering pile of ("Patent No. 3137243") is a pile of the double casting method. Eight pieces of thick steel strips with wide, sharp edges with long sharp edges are provided at the 8 required points on the side wall of the steel pile made of round steel pipe or square steel, and are housed inside the steel pile in the manufacturing process. It is. In the conventional method, a large plate is necessary to prevent the entire pile from being buried when welding the burial prevention plate on the upper side of the piercing pile and placing it vertically on the soft ground. There was an inconvenience that it was always bent and bent because of the drop-type driving of the heavy hammer of the construction method.

  From the old days, do not cut the slopes and sloped trees, and the roots of the trees are tangled in the basement to reinforce the slopes, like teaching that if you cut the tree, the debris will always collapse. However, because there is nothing to support in the basement of the slope where trees were cut by road expansion work etc., slope collapse occurs even with some rain. Therefore, the piercing pile is a method by projecting eight piercing steel plates as wide as the roots of trees from the eight projections at the necessary locations on the side wall of the piercing pile placed in the underground depth by the double casting method. The purpose is to provide an anti-collapse pile such as plane or sloping ground, a special slope for disaster prevention piles, and a vertical two-placement switching rod driving machine.

  As a method for solving the above-mentioned problems, there was an urgent need to develop a plaster pile driving machine using the double casting method. Mounted a special slope for the timber pile and a vertical two-placement switching rooting device at the tip of the unic arm of the construction machine. Restoration of slopes such as highways, general public roads, and slopes above and below the train tracks, restoration of cracks, etc. It is possible to place a construction pile or a construction pile to prevent slope failure. The upholstery piles cast by the two-casting method of the driving machine according to the present invention are 8 thick and wide tips from the projecting openings of the necessary points on the side walls of the upholstery piles between 1.5 m and 2 m deep. A long-ply steel plate with a sharp angle is stuck extensively in the soil and the basement pile that stabilizes the ground with a strong frictional resistance support force is completely rust-proof and can hold up to eight pile steel plates with a pile length of 2 m, pile weight less than 50 kg It is to provide equipment such as piercing piles and driving machines that are lightweight piles.

  The device of the present invention for the stake pile and the vertical two-placement switching rooting rod driving machine of the present invention mounts a square-headed hammering device on the fall-off preventing rails on both side surfaces of one square groove rail. Although it is possible to drop heavy hammers such as monkens for vertical driving on flat ground, etc., since the slopes of slopes and sloped grounds are all different, the driving hammer device for vertical driving methods against slopes of slopes, etc. Is unusable. Therefore, a method that can be used to replace a hammer with a hydraulic cylinder or a vibration hammer of a square head driving device that can be driven against a slope or an inclined ground. Secure the grounding horizontal stabilizer under the end of the square groove rail. Also, if the two rods of the slide double rod fixed substrate connected to the hydraulic cylinder mounted on the back side of the square groove rail are mounted from under the hinged opening / closing guard at the end of the square groove rail, it becomes a hydraulic chuck device. In addition, the interlocking lever incorporated in the projection drive device of the two deformed plates in the center of the two-rod fixed board and the rooting rod with the 90-degree reversal moving rail connected to the vertical drive lever can be forward or reverse depending on the specifications. Drive repeatedly. The heavy and long rooting bar can be pressed by an electromagnetic opening and closing type rooting bar fixing device that works in conjunction with the fixed arm control device of the safety device that stops movement other than the other placement. With an automatic sensor that turns off the electromagnet power after pressing down to just before placing by the electromagnet pile falling prevention device with a roller on the side or lower part where the root pile of the double casting method is stored in the square groove rail. In the single driving method, the timber pile to be driven with the square head hammering device finishes the placement after leaving the pile head around 20 cm within the end of the square groove rail, and the square head hammering device returns to the upper fixed position. Fix it. In addition, the piercing piles that are driven through the square groove rails are accurately placed in the basement without any deviation in the front, rear, left, or right. At the same time as firmly pinching and fixing, the rooting rod with 90 ° reversal moving rail enters the central part of the square groove rail. The two-place construction method begins. If the impact is applied to the bottom of the root bar with a square-head hammering device, the root bar attached to the moving rail will be used as the base plate steel sheet inside the root pile and the side wall of the root pile. By using the steel plate widely released from the center of a single stake pile under the sloping ground such as the slope, etc. as well as the principle of the tree roots by releasing the steel plate widely in the deep underground from the eight projecting holes provided. This is the end of the two-pile construction method and its placement procedure to prevent the slopes from collapsing with a large bearing force such as frictional resistance. After that, the rooting rod fixed arm is hooked and moved by the lifting rod lifting hook on the side of the square head hammering device that has been driven. When the rooting rod attached to the rail returns to the fixed position, the rooting rod with the reverse 90 ° reversal moving rail from inside the square groove rail is completely controlled by the fixed arm control device and the electromagnet opening / closing rooting rod fixing device. The vertical piling switch and the vertical two-placing switching rooting rod driving machine of the present invention are mounted on the unic arm of an aerial work machine and used for vertical driving on sloped ground or flat ground. The use of the construction machine and the supply of the timber pile to the working construction machine are carried out by an electromagnet pile lifting and feeding device that is lifted by another unit. It also provides a method, mechanism, and device placement machine that allows the operator to monitor the image with a fixed point camera fixed to the front side of the square head rail and confirm the safety.

  As a means to achieve the above-mentioned purpose, there is no problem with the double-piling method of the timber pile on the flat ground, but there is no casting on the slope and the inclined ground. Therefore, the special slope for the piercing pile and the vertical two-placement switching pedestal stick placement machine are small, lightweight and consistently capable of the two-placement construction method. The method for supplying the timber pile that can be easily laid onto the surface or from a low place to a high place is a method and apparatus that uses an electromagnet pile lifting and feeding device on a separate unic arm.

  The construction of the specially constructed piercing pile and the vertical piercing switch piercing rod casting machine constructed as described above is used in the underground placement of the square-headed hammering device for the piercing pile stored in the square groove rail. There are no deviations in the front, back, left and right, and the steel piles with a seismic intensity of 1.5m or less are sloped and the auxiliary piles or disaster prevention piles to support the sloped ground support the frictional resistance, etc. Increase. Also, the operator can monitor the image of the fixed point camera fixed to the tip of the square groove and confirm the safety to work.

  Embodiments of the present invention will be described below with reference to the drawings. 1. 1. On both sides of the square groove rail 2. Anti-drop-off rail 3. 5. Incorporate a square head hammering device and on the side. 3. Install the lifting rod lifting hook. 4. With wire Winding-release wire reels at the bottom of the end of the square groove rail 17. Secure the grounding horizontal stabilizer. 21. 23. A roller is attached to the side or lower part of the rail to store the stakes in the square groove rail. The electromagnet pile will be turned off with an automatic sensor. In the single driving method, the timber pile driven with a square-head hammer device finishes the placement at the position where the pile head is left about 20 cm within the tip of the square groove rail, and the driving hammer device returns to the upper fixed position and is fixed. To do. The timber pile that is driven through the square groove is a pierced pile that is precisely placed in the basement without any deviation from front to back or left and right. Also, the pile head left about 20cm around the end of the square groove rail is 13. Firmly clamped with a hydraulic chuck. Also, this hydraulic chuck is driven. 11. Connect to the hydraulic cylinder of The two rods of the slide two-bar fixed substrate are 12 on both sides of the end of the square groove rail. Hydraulic chuck opening and closing device in which two bars are inserted in the hinged opening and closing guard part. 14. Two deformation plates in the center of the slide two-bar fixed substrate. Fix the protrusion drive plate. 15. The hydraulic chuck is opened and closed by the two rods of the slide two-bar fixed substrate linked with the expansion and contraction of the hydraulic cylinder, and incorporated in the protrusion drive device. The interlocking lever is 16. 6. Connect to the vertical drive lever of The 90-degree reversing rail-equipped rooting rod is a device that repeatedly drives forward and reverse depending on the specifications. A heavy and long rooting rod is a safety device that stops movement other than other driving. 19. Interlocking with the fixed arm control device It can be pressed with an electromagnetic open / close type rooting bar fixing device. When the rooting rod with a 90-degree reversal moving rail enters the central portion of the square groove rail while being firmly sandwiched between the rooting pile and the hydraulic chuck around 20 cm, the two-running construction method is started. When the root of the root bar is strongly struck with a square-headed hammer device and impact is applied, the root steel plate stored inside the root pile piled in the basement by the root rod attached to the moving rail is the key to the side wall of the root pile. When projecting over a wide range from the eight projecting openings provided at the required location, the two-placed construction method is completed. After that, with the lifting rod lifting hook on the side of the square head hammering device that has been driven. The rooting rod attached to the moving rail that pulls up the rooting rod fixing arm reverses when it returns to a fixed position, and when it is turned 90 degrees from the inside of the square groove rail, it is completely fixed by the fixed arm control device and the electromagnetic opening and closing type rooting rod fixing device. To control. This two-piling method for piercing piles automatically has a device for projecting piercing steel plates on slopes and sloped grounds, and below vertical grounds, and a driving device for the construction method. It can be mounted on a UNIC arm, or can be mounted upward or downward, and fixed at the lower end of the square groove rail. If the grounding horizontal stabilizer is used, placing on the slope will be stable. Lift with another unit. Electromagnet pile lifting and feeding device. 18. Provide a method and equipment that can monitor the image with a fixed-point camera and allow the operator to check the safety and work

Japanese Patent No. 3137243 Registration No. 794403

FIG. 2 is a perspective view and a partial cross-sectional view showing the whole of a upholstery pile slope and a vertical double casting switching rooting rod driving machine according to the present invention. It is the top view and sectional drawing which show the rooting pile which the square groove rail which concerns on this invention, and the square-headed hammer apparatus. It is the top view and sectional drawing which show the place which nailed the timber pile accommodated in the square groove rail which concerns on this invention with the square head driving hammer apparatus. It is the top view and sectional drawing which show the place where the rooting rod with a 90-degree reversal moving rail which fixed the root pile in the square groove rail which concerns on this invention with the hydraulic chuck stopped at the square groove rail center. FIG. 5 is a plan view and a cross-sectional view showing a place where a root rod bottom is struck with a square-headed hammer and moved by a moving rail inside a timber pile fixed by a hydraulic chuck according to the present invention. It is the top view and sectional drawing which show attachment of the slide 2 stick fixed board connected with the hydraulic cylinder with which it attached to the back of the square groove rail concerning the present invention, the hinged opening and closing guard, the projection drive board, and the connection lever. It is the side view and sectional drawing which show the connection lever between the square groove rail and drop-off prevention rail which concerns on this invention, a grounding horizontal stabilizer, and a protrusion drive device. FIG. 5 is a side view and a cross-sectional view showing the movement of the connecting lever in the protrusion driving device when the hydraulic cylinder according to the present invention is extended. It is sectional drawing which shows the mechanism of each apparatus in which the rooting rod with a 90 degree inversion moving rail enters in the square groove rail which concerns on this invention. It is sectional drawing which shows the mechanism of the rooting rod with a 90 degree inversion moving rail of the square groove rail side surface based on this invention, and each apparatus. It is a side view which shows the electromagnet pile lifting supply apparatus and rooting pile which concern on this invention. It is a slope view which shows the place where the root pile which concerns on this invention protruded the root steel plate underground.

Explanation of symbols

1. Square groove rail 2. 2. Fall-off prevention rail Square head hammering device 4. Wire 5. 5. Winding and opening wire reel Rooting rod lifting hook 7. Rooting rod with 90 ° reversal moving rail 8. 8. Rooting rod fixing arm Fixed arm controller
Ten. Hydraulic cylinder
11． Slide two-bar fixed board
12． Opening / closing guard with hinge
13. Hydraulic chuck
14. Projection drive device
15． Interlocking lever
16． Vertical drive lever
17． Grounding horizontal stabilizer
18． Fixed point camera
19. Electromagnet opening and closing type root stick fixing device
20． Unic arm
twenty one. Piercing pile
twenty two. Electromagnetic pile lifting and feeding device
twenty three. Electromagnetic pile dropout prevention device

Claims (3)

Dedicated anti-falling rails on both sides of the square groove rails of the vertical slope and vertical two-placement switching rod placement machines used for construction machinery and aerial work platforms. The slope of the slope or the inclined ground to be installed is diversified, and an exchanging device such as a hydraulic cylinder hammer or a vibration hammer can be used according to the work at the site. An electromagnetic pile drop-off prevention device with a roller is attached to the side or lower part of the central portion of the pile pile in the square groove rail, and the device automatically turns off the electromagnet immediately before passing through the placement device. A placement device that can be placed regardless of the size of the round or square root pile. A grounding rod device with a 90 ° reversal moving rail on the lower side of the square groove rail and a grounding horizontal stabilizer fixed to the lower end of the square groove rail, and a hydraulic chuck fixed to the left and right sides of the upper side of the square groove rail. The two rods of the slide double rod fixed board to be mounted on the expansion and contraction mechanism of the hydraulic cylinder to be mounted are mounted from under the hinged opening and closing guard, and the center of the projection double drive fixed plate to the hydraulic chuck drive device and the center of the slide double rod fixed plate The interlocking lever incorporated in is connected to the interlocking lever that moves up and down by the expansion and contraction of the hydraulic cylinder. The vertical driving lever is 90 degrees and the hydraulic chuck that simultaneously interlocks with the hydraulic cylinder expansion and contraction mechanism that drives the rooting rod with the reversing moving rail. A device for a rooting rod with a reversing rail. The left and right hydraulic chucks to be operated next are placed in the basement after the pile heads in the square groove rails are left behind about 20 cm with the square head hammering device. The front and rear pile heads are firmly clamped and fixed at the same time. The rooting rod with 90 ° reversal moving rail stops at the center of the square groove rail. A steel plate stored in a steel pile piled in the basement with a rooting rod attached to the rail is opened to a wide range of deep steel plates in the deep underground from the eight protrusions on the side walls of the steel pile. When the anchoring rod fixing arm part inside the anchoring pile is hooked with the anchoring rod lifting hook attached to the square head hammering device and the anchoring rod is returned to the fixed position, the hydraulic chuck is anchored. Remove the rod head, reverse it and reverse 90 degrees Roots out bar with rails pressed by electromagnet off the roots out rod fixing device in conjunction with a fixed arm control device also includes corner plateau setting hammer device apparatus and method which is secured in place.

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