KR19990004014A - Automatic return device of bogie on dismantling rail - Google Patents

Abstract

The present invention relates to an automatic return device for a trolley from a dismantled vehicle disassembly rail, and more particularly, a lift unit (300) for transporting a waste vehicle (100) and a lift unit (300) for lifting and lowering the truck (200). Is coupled to the upper end of the first rail 400 and the end of the first rail 400 and the trolley 200 is moved to the end of the hinge (810) by the driving force of the motor 700 The second rail 500 moving up and down and the second rail 500 moving downward are coupled to each other so that the upper end of the trolley 200 converted from potential energy into kinetic energy contacts and temporarily stops. The third rail 600 for automatically moving the bracket 410 located at the lower end of the 400 and the trolley 200 temporarily stopped at the bracket 410 to the lifting means 300 by the driving force of the motor 700. ) And a support for supporting the second rail 500 and the third rail 600 from the bottom and the side. By the driving force of the motor 700 formed by the end of the rail (800) to be used for the dismantling work of the scrapped vehicle 100 is automatically returned to prevent excessive waste of power and low cost It is simply to install and use.

Description

Automatic return device of bogie on dismantling rail

The present invention relates to the automatic return device of the trolley from the dismantled railroad car, more specifically to the driving force of the motor installed at the rail end without using the conventional method of winding or unwinding the wire or chain using electric power. The present invention relates to an automatic return device of a truck in a dismantling rail of a dismantled vehicle, which prevents excessive waste of electric power and simply installs and uses it at a low cost by automatically returning a vehicle used in dismantling of a dismantled vehicle.

In general, the trolley on the dismantling rail that carries the dismantled car to achieve the dismantling process of the dismantled car is the first time when the car arrives at the end of the rail after the dismantled car is finished on the dismantled rail. It is designed to move to the beginning of the rail.

Therefore, the circulation of the trolley on the dismantling rail is usually used to move the left and right of the trolley by winding and unwinding the wire or chain using electric power.

However, when using a wire or chain like this, the rail requires a large amount of power to move the truck up and down, and additional equipment is installed to obtain the large amount of power. Not only that, but the installation cost was expensive.

Therefore, the present invention has been made in order to solve the above-mentioned conventional problems, and an object of the present invention is to perform an internal and external dismantling process on a dismantling rail during the dismantling operation of an abandoned vehicle without using wires or chains that require large power. When the truck arrives on the second rail installed to move up and down by the hinge, the second rail moves up and down automatically by the driving force of the motor to automatically return to prevent excessive power consumption. The present invention provides an automatic return device for bogies in a demolition rail for dismantling vehicles that can be installed and used.

Figure 1 is a front view showing the structure of the automatic return device of the bogie when dismantling of a scrapped vehicle according to the present invention

Figure 2 is an enlarged view of the main part showing the configuration of the rail end portion during dismantling work of the abandoned vehicle according to the present invention

Explanation of symbols for main parts of the drawings

100: junk car 200: truck

300: lifting means 400: first rail

410: bracket 500: second rail

600: third rail 700: motor

710: drive shaft 800: support means

810: hinge

In order to achieve the above object, the automatic return device of the trolley when dismantling the scrapped vehicle according to the present invention is coupled to the upper and lower ends of the cart and the lifting means for lifting and lowering the cart from the bottom to the top. By the first rail in a straight line having a predetermined length and the second rail which is coupled to the end of the first rail so as to move the bogie to the end and moves up and down about the hinge by the driving force of the motor and the driving force of the motor. The driving force of the motor is temporarily fixed to the bracket and the bracket located at the lower end of the first rail so that the second rail moved to the bottom is coupled and the potential energy is converted into kinetic energy so that the upper end of the moving bogie contacts and temporarily stops. Bottom surface of the third rail and the second rail and the third rail which automatically moves to the lower end of the lifting means by Including support means for supporting the side it characterized in that a configuration is made.

Hereinafter, the automatic return device of the trolley at the time of dismantling the abandoned vehicle according to the present invention will be described in detail with reference to the accompanying drawings such that a person skilled in the art can easily carry out the present invention. As follows.

Figure 1 is a front view showing the structure of the automatic return device of the vehicle when dismantling of the waste vehicle according to the present invention, Figure 2 is an enlarged view of the main portion showing the configuration of the rail end portion during the dismantling operation of the waste vehicle according to the present invention.

As shown, when the dismantling operation of the junk car 100 according to the present invention, the automatic return device of the cart 200 is provided with a plurality of carts 200 and the cart (100) to be transported by loading the junk car 100 ( It is coupled to the elevating means 300 and the upper and lower ends of the elevating means 300, which in turn, ascend from 200 to the top of the turn in turn, and the bogie 200 is moved to the end so that the dismantling work is performed in a straight line. The second rail 500 and the motor coupled to the formed first rail 400 and the end of the first rail 400 and moved up and down about the hinge 810 by the driving force of the motor 700. The second rail 500 moved downward by the driving force of the 700 is coupled so that the dismantled vehicle 200 completes the dismantling of the trolley 200 by converting the potential energy into kinetic energy and the upper end of the bogie 200 when descending. At the lower end of the first rail 400 so that The third rail 600 and the second to automatically move the bracket 410 located and the trolley 200 temporarily stopped on the bracket 410 to the lower end of the elevating means 300 by the driving force of the motor 700. It consists of a support means 800 to support the rail 500 and the third rail 600 from the bottom and side.

In the drawings, reference numeral A denotes a rail start part, B denotes an inner and outer dismantling process part, and C denotes a rail end part.

In addition, the lifting means 300 is to move the trolley 200 to the first rail 400 by using the electrical power and the second rail 500 is connected to the drive shaft 410 of the motor 700 In order to achieve the up and down movement by the driving force of the motor 700, the second rail 500 is made up and down movement around the hinge 810 fixed to the support means 800, the second rail ( When the lower end of the 500 coincides with the end of the third rail 600, the potential energy of the trolley 200 is converted into kinetic energy and lowered, and at this time, the bogie on the bracket 410 located at the bottom of the first rail 400 The upper end of the 200 is temporarily stopped so that the trolley 200 is automatically moved to the lifting means 300 by the driving force of the motor 700.

Referring to the operation of the automatic return device of the trolley at the time of dismantling the scrap vehicle according to the invention configured as described above are as follows.

First, when the trolley 200 is positioned on the elevating means 300, the trolley 200 is lifted up to the first rail 400 by an electrical operation and the like, and the vehicle 100 is soon loaded on the upper portion of the trolley 200. Dismantling of the junk car 100 is started in a predetermined order while moving along the first rail 400. That is, when the dismantling is completed while the dismantling is completed while following the first rail 400 of the inner and outer dismantling process parts, the lift truck 100 is moved by a clamp (not shown), and only the empty truck 200 is the second rail. It is located at.

At this time, when the user drives the motor 700, the second rail connected to the drive shaft 410 of the motor 700 is lowered to engage with the end of the third rail 600, and at the same time the bogie located on the second rail 500 The 200 converts the potential energy into kinetic energy and moves it to the third rail 600. At this time, when the trolley 200 descends, the upper end of the trolley 200 is temporarily stopped by the bracket 410 located at the lower end of the first rail 400, and at the same time, the lifting means 300 is driven by the driving force of the motor 700. When the trolley 200 automatically moves to the lower end of the), the second rail 500 is raised by the driving force of the motor 700 to be coupled with the first rail 400.

Therefore, while repeating such an operation, the dismantling work of the junk car 100 is to make a continuous operation by repeatedly moving the truck 200 on the heche rail.

The present invention made as described above is to prevent the excessive waste of power and reduce the excessive power by automatically returning the truck used in the dismantling operation of the waste vehicle by the driving force of the motor to the return of the vehicle during the dismantling operation of the waste vehicle It is a very useful invention to install and use.

Claims (2)

A bogie 200 carrying the junk car 100 and an elevating means 300 for elevating the bogie 200 from the lower end to the upper end and the upper end of the elevating means 300 are moved to the end 200. The first rail 400 having a predetermined length so as to be coupled to the end of the first rail 400, the second rail is moved up and down about the hinge 810 by the driving force of the motor 700 500 and the second rail 500 moved to the lower side is coupled to the upper end of the trolley 200 where the potential energy is converted into kinetic energy in contact with the lower end of the first rail 400 to be paused The third rail 600 and the second rail for automatically moving the bracket 410 and the bogie 200 temporarily stopped on the bracket 410 to the lower end of the elevating means 300 by the driving force of the motor 700. And supporting means 800 for supporting the 500 and the third rail 600 from the bottom and side. Automatic return device of the truck in the dismantled rail disassembly rail, characterized in that. The method of claim 1, wherein the hinge 810 is fixed to the support means (800) to support the up and down movement of the second rail 500, the automatic return device of the trolley in the dismantled car rail, characterized in that.