KR20060086899A - A zigzag elevatory tower ladder - Google Patents

Abstract

The present invention is required to carry a separate ladder to climb for work on electric poles, etc., which are constructed so as not to go up and down for safety in all the cylindrical or climber without a tower device installed on the ground, such a ladder to the vehicle is inconvenient and necessary items It is a device that can be climbed on a limited condition because it is difficult to load and it can be easily and safely climbed when the device is built on a building such as Jeonju.

A lift device equipped with such a restrictor is a multi-level ladder that is connected by a separate spring and pulled out using a long pole and pulled down by a strong spring that can be used as a lift ladder. It was invented as a ladder faithful to KEPCO safety management that it cannot be installed.

U-shaped coil spring, bent square aluminum lift tower, ladder, book bag, multi-stage, electric pole, diagonal hanger zigzag, direct direction ,

Description

Zigzag lift tower ladder {A zigzag elevatory Tower Ladder}

1 is a perspective view of a zigzag climb ladder mounted on a pole;

2 is a side view of a zigzag climb ladder mounted on a pole;

3 is a side view of a zigzag climb ladder mounted on a pole;

4 is a perspective view of the main parts of the zigzag climb ladder;

5 is a perspective view connecting a part of the zigzag climb ladder;

6 is a front view of the zigzag climb tower ladder attached to the pole;

<Explanation of symbols for main parts of drawing>

10: electric pole, 20: ladder attachment band,

22: top hanger, 24: top connecting pin,

30: ladder body, 32: ladder footrest,

34: ladder connection bolt, 40: U (U) coil spring,

42: spring left support pin, 44: spring right support pin,

50: diagonal hanger attachment band, 52: diagonal hanger,

54: diagonal hanger connection pin, 60: lock chain,

Prior to the present invention, Jeonju and the emergency stairway of the building was built and mounted in various ways in each of the nine spheres. He stepped on the bolt-shaped footstool that he laid out, or he climbed up with a hook or non-slip special shoes from scratch.

Recently, we have developed a ladder that can be folded from side to side, but it is difficult to use due to the risk of being exposed to children's mischief. Therefore, the present invention requires stability. Only when it is maintained and used, it is forcibly opened and pulled up and down to allow the ascension tower.

Technical problem pursued by the present invention is to ensure that users who want to climb safe and comfortable to use and usually do not climb the general public, including children, to use the present invention to use a long pole of a certain standard prefabricated. The zigzag ladder's final lower footrest is wound with a spring or connecting chain to allow it to be released and lowered in place of the lock.

Therefore, those who want to use the present invention can take advantage of the two conditions that take time to loosen the chain or special locking device and need to be aware of the principle of loosening. Only those who have reached a state of view are made possible.

In the present invention, unlike the general ladder to be folded and overlapping every step, the length is reduced by connecting the long ladder in zigzag to shrink within only a few tens of millimeters.

Therefore, first, the size of the ladder body 30 is 300mm in length, and the stainless steel or aluminum angle is selected to prevent rust from wind and the angle is cylindrical or bent square. The thickness is horizontal. It is about 5 millimeters in length and the ladder scaffold 32 can be made into a cylindrical or rectangular shape with a diameter of 5 millimeters, but the connection part is fitted with one small side.

The ladder body 30 and the ladder footrest 32 intersect to connect the ends to each other, and the connecting portion is fitted with two to four types of coil springs 40 in advance into the bent interior, and then the body different from the ladder body 30 The body 30 is connected by assembling the bolts 34 by tightening the nuts 34 attached to the footrest 32 so that only the bottom surface thereof is occluded.

According to the first embodiment, the ladder top mounting band 20 is fastened to 2400 mm in height of the pole pole 10, and the top hanger 22 is attached thereto, and the ladder body 30 at the outer end of the top hanger 22 is placed at the first end. After tightening with a connecting pin 24, the body 30 is continuously connected to the ninth stage and the overlapped thickness is narrowed to 4 to 5, and the spacing between the body 30 and 5 mm and the body 30 is between 2 and 30. It is made of 40 millimeters by 3 millimeters.

Therefore, the bottom of the lower body (30) is mounted at a height of 2000 millimeters, so it is mounted higher than the recommended height of 1,800 millimeters. The user who wants to climb a ladder pulls the ladder up to 2400 millimeters in the vertical direction. It can be lowered so that it is not difficult to climb the tower.

In addition, since the length of the upper hanger 22 hanging from the pole 10 is 40 millimeters, the ladder body 30 can accommodate 30 millimeters in length, and the climb direction also rises behind the pole 10 and thus the pole 10. Is going to support the back of the person to go up to prevent the fall and to prepare for the situation to fall apart from Jeonju (10).

If one type coil spring 40 is used, it may be weak or broken. Therefore, the use of multiple coil springs 40 prevents the risk. The parallelism between the spring left support pin 42 and the right support pin 44 causes the body 30 to zigzag to shift. To be stacked.

In addition, the ladder has a separate diagonal hanger attaching band 50 that is horizontally horizontally mounted on the upper attaching band 20 at least 60 millimeters higher than the upper attaching band 20, so that the diagonal hanger 52 attaches to the upper attaching hanger ( 22) The ladder of the present invention is securely and securely attached to the diagonal hanger attachment band 50 at the upper end by connecting with the connecting pin 24 at the outer end. .

In the second embodiment, the ladder pole mounting band 20 is fastened to a height of 3200 mm above the ground pole 10, and the upper hanger 22 is attached thereto, and the ladder body at the outer end of the upper hanger 22 is attached. (30) After tightening the first end with the connecting pin 24, and the body 30 continuously connected to the 11th end, the overlapped thickness is narrowed to 5 to 6, and the body 30 and 5 mm and the body ( The height of the mounted state is reduced to 70-80mm by 2 ~ 3mm interval between 30mm and 2800mm, and it can meet the safety rules to limit the tower to safe and high voltage poles.

After use, the tension is released and it is lifted by the U-shaped coil spring (40) which has two horizontal wings and is attached to different bodies (30) and keeps them horizontally. If it is closed, it will not be lowered without solving it, so unnecessary use can be restricted.

In addition, if more than this can be extended by continuing to connect and using the upper mounting band 20 and hanger 22 and diagonal hanger 52 and the band 50 can be equipped with a separate working scaffolding pole ( 10) and various safety climbers and flat scaffolds are also available for steel poles, and it is easier to join to triangles and polygons that are footnotes other than cylindrical.

The present invention has been required for various safety devices for folding, locking and securing the ladder from the ground for safety reasons, but the present invention is easy to use the method of assembling a long pole and using the hook at the end of the pole easily if the general public Without the equipment, you will not be able to use the ladder and prevent children's mischief, and it will be a daily fixture that facilitates work on the tower and repairs.

In addition, this product is used in accordance with laws and safety rules, rather than the existing tower devices, which are restricted by various safety regulations, so that the safety of workers and the general public who do not need to use it are not easily accessible. It is an excellent invention that can solve the risks of children.

Claims (3)

For the tower of Jeonju etc., the upper band 20 of the ladder is attached at 2400 mm in height, and the upper hanger 22 is fixed. When connecting the ladder torso 30 and the next torso 30, insert several U-shaped coil springs 40 at each end to keep the spring support pin 42 on the left and the other support pin on the right. The two ladder bodies 30 are connected while 44 is kept parallel to the other side, and they are tightened with the connecting bolt 34 together with the ladder footrest 32. After connecting to the body, this end is connected to the hanger 22. Zigzag climb ladder, characterized in that the diagonal hanger attachment band 50 is connected to the end of the upper mounting band 22 to the diagonal hanger 52 at a distance of 3000 mm from the ground of the electric pole 10 for maintaining safety "The method of claim 1" The length of the ladder torso 30 is 300 millimeters and the bending width and thickness are 5 millimeters altogether, so that the joints are occluded using two to four U-shaped coil springs 40 to the torso 30 Zig - zag lift ladder characterized by lowering to an average of 2400 millimeters by connecting nine scaffolds while keeping the torso 30 in parallel The height of the ladder (20) and the upper mounting hanger (22) is fixed to the height of the tower of 2400 mm, and the length of the ladder body (30) is 300 mm. Method of manufacturing a zigzag climb ladder, characterized in that the body coil spring 40 is inserted into the body 30 and the body 30 to be maintained in parallel, and the footrest is connected to 9 to lower to 2400 mm.

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