KR20120127373A

KR20120127373A - The ratchet wrench with a variable socket for bolt/nut

Info

Publication number: KR20120127373A
Application number: KR1020120111598A
Authority: KR
Inventors: 이종훈
Original assignee: 이종훈
Priority date: 2012-10-09
Filing date: 2012-10-09
Publication date: 2012-11-21

Abstract

PURPOSE: A ratchet wrench with a variable socket is provided to improve work efficiency by using one variable socket. CONSTITUTION: A variable socket ratchet wrench includes a variable socket(100), a wrench handle(200), a various driver bit and driver connector(300), and a variable socket connector(400). A user unwinds a nut and a bolt of each standard by using one variable socket. The user fixes the ratchet handle in a straight line in case it needs large torque. The user rotates the ratchet handle at 90 degrees in case it needs small torque. Each driver bit and a driver connection handle are fixed to the variable socket. [Reference numerals] (AA) Ratchet wrench set

Description

Variable Socket Latch Wrench {The ratchet wrench with a variable socket for bolt / nut}

This variable socket latch wrench is a wrench used to loosen or tighten a bolt nut and can be used to loosen or tighten bolts of various sizes with one variable socket.

Also, the wrench handle can be rotated 90 degrees to reduce the working time by quickly rotating the bolts when loosening or tightening.In addition, various screw bits can be inserted into the screw bit connector and dryer bit connector can be attached to the variable socket. The screws can also be loosened or fixed.

When working with bolt nut, a tool called latch wrench is used, and a large number of sockets should be provided according to many bolt nut specifications, and the work speed is very high because the wrench handle is twisted about 3 ~ 4 times to rotate the bolt nut once. slow.

This makes it possible to devise a variable socket latch wrench that allows one bolt to loosen or tighten bolts of many sizes and to turn the wrench handle 90 degrees to quickly rotate the bolt nut.

1. Design a socket that can loosen or tighten many bolt nuts with one variable socket.

2. Design the wrench handle to turn the wrench handle 90 degrees and turn it quickly when loosening or tightening the bolt nut.

3. Devise a wrench that can be equipped with a driver bit connector on the variable socket and plug the driver bits into this connector to work with the driver.

1. The bolt fixing element fixing bolt nut can be changed so that bolt nut of various sizes can be fixed with one socket.

2. Use the handle of the wrench in the form of a straight line. When the bolt nut is rotated quickly to reduce the working speed, the handle should be bent 90 degrees. In this case, the handle should be fixed so that it cannot be bent 90 degrees.

3. Plug the screwdriver connector into the variable socket so that it can be secured, and the other end of the screwdriver into the driver bit.

1. By using one variable socket, it is not necessary to find a socket that meets bolt nuts of various standards, which improves work efficiency, and requires only one variable socket for easy storage and portability.

2. The wrench handle can be bent 90 degrees, so it can be quickly loosened or tightened in the section that does not require strong torque when working bolt nut, which can shorten the working time.

3. Screwdriver bit connecting rod is attached to the wrench and various screw bits are inserted into the connecting rod, so the screw size is big and the wrench is used when working with a driver that requires a large torque.

Figure 1 latch wrench set
This figure is a block diagram of a latch wrench set.
Variable socket 100, wrench handle 200, is composed of a variety of driver bits and driver bit connection 300, variable socket connection 400.
<Figure 2> Variable socket part diagram
This figure is a part of the variable socket 100.
The variable socket 100 is composed of a socket body 101, a spiral rotating plate 102, a bolt fixing element 103, a fixing pin 104.
The socket body 101 mechanically fixes the bolt fixing element 103 and serves as a guide with respect to the moving direction and mechanically couples the spiral rotating plate.
The helical rotating plate 102 is inserted into the lower portion of the socket body 101 and has a spiral groove, and the protrusion of the bolt fixing element 103 is coupled to the spiral groove to turn the spiral rotating plate 102 to fix three bolts. The element 103 can be moved to the center or the outside of the circle at the same time to fix bolt nuts of various specifications.
The bolt fixing element 103 is different only from the protruding portion of the bottom surface and is configured in the same shape, and moved to the center or the outside of the circle by the rotation of the helical rotating plate 102, and the bolt fixing element 103 and the six faces of the hexagon bolt and The bolt is fixed in contact with three angles.
The fixing pin 104 may rotate the spiral rotating plate 102 smoothly and mechanically couple the socket body 101 and the spiral rotating plate 102 to each other.
<Figure 3> Wrench handle parts
This figure is a wrench handle 200 component diagram.
The wrench handle 200 includes a wrench handle body 201, a handle 202, a gear 203, a gear fixing element 204, a handle fixing element 205, and a handle fixing pin 206.
The gear 203 is in the form of a right triangle, as shown in the tooth 203 enlarged drawing, and consists of two parts separately according to the rotation direction, and the gear 203 of each part has a right angle and an inclined surface of the right triangle. It is reversed. Here, the latch of the gear fixing element 204 also has two parts, which are different depending on the part to be caught depending on the direction of rotation. The shape of the gear 203 is a right triangle rather than a general isosceles triangle shape, so that the gear 203 and the gear fixing element 204 and the engaging portion thereof exactly coincide with each other so that the gear 203 is securely fixed.
The wrench handle body 201 and the handle 202 are coupled to the handle fixing element 205 and the handle fixing pin 206.
Pushing the handle fixing element 205 upwards allows the pin in the handle fixing element 202 to come out of the hole in the handle 202 so that the handle fixing pin 206 can be turned 90 degrees as shown in the figure by the axis of rotation. When it is unfolded again, the pin of the handle fixing element 205 enters the hole of the handle 202 by the spring force to fix the wrench handle body 201 and the handle 202 in a straight shape.
<Figure 4> Driver bit connecting rod
The driver bit and the connecting rod 300 is in the form that can be inserted into the various driver bits 302 at one end of the driver bit connecting rod 301 and the other side is composed of a hexagonal pillar to be fixed to the variable socket 100 In addition, various driver operations can be performed using this variable latch latch.

As described in [short description of drawings]

1. The variable socket 100 is connected to the projection of the bolt fixing element 103 to the spiral groove of the spiral rotating plate 102 to fix the bolt nut of various specifications with one socket to watch the spiral rotating plate 102 When turned clockwise or counterclockwise, three bolt fixing elements 103 were moved simultaneously to the center or the outside of the circle.

2. The gear 203 teeth forming the gear 203 of the wrench handle 200 is a right triangle, unlike the two-sided triangular shape of the general gear 203 teeth, and the gear 203 teeth are formed in opposite directions according to the rotation direction. It consists of two parts, the part of the gear fixing element 204 fastening according to the rotation direction of the gear 203 is configured separately, and when the gear 203 is fixed to the gear fixing element 204 and gear teeth at right angles The gear 203 is securely fixed.

In addition, the wrench handle body 201 and the handle 202 of the wrench handle 200 is formed in a joint form so that it can be bent at 90 degrees, so that the wrench handle body 201 and the handle 202 are handled by the handle fixing element 205. It was to be fixed in a straight form or to release the fixing to be able to bend the handle 200 by 90 degrees.

3. The driver bit connecting rod 301 allows various driver bits to be plugged into one end, and the other side is in the form of a hexagonal column so that it can be fixed to the variable socket 100 so that the size of the screw is large with this variable latch wrench. It also makes it easy to work with drivers that require large torque.

100: variable socket
101: socket body
102: spiral rotating plate
103: bolt fixing element
104: fixed pin
200: wrench handle
201: Wrench handle body
202 handle
203 gears
204: gear fixing element
205: handle fixing element
206: handle fixing pin
300: Driver bits and driver bit connection
301: Driver bit connector
302: various driver bits
400: Variable Socket Connection

Claims

It is composed of variable socket 100, wrench handle 200, various driver bits and driver connection unit 300, variable socket connection unit 400 can tighten and loosen bolt nuts of various specifications with one variable socket 100, bolt When a large torque is required for nut work, the wrench handle 200 is fixed in a straight line. When a small torque is required, the wrench handle 200 can be rotated 90 degrees to quickly rotate the wrench, and the driver bit connector 301 is variable. "Variable socket latch wrench" fixed to the socket 100 to facilitate various screw operations requiring large torque due to its large size.

The variable socket 100 consists of a socket body 101, a spiral rotating plate 102, a bolt fixing element 103, and a fixing pin 104, so that the bolt is turned when the spiral rotating plate 102 is turned clockwise or counterclockwise. Three of the fixing element 103 is moved to the center or the outside of the circle "variable socket 100 that can fix bolts of various specifications

A part of the wrench handle 200 is composed of the wrench handle body 201 and the handle 202, so that the wrench handle body 201 and the handle 202 are fixed in a straight line according to the amount of torque required for bolt nut work. "Wrench handle (200)" to be able to produce a large torque, bent at a 90-degree angle to quickly turn the wrench in a small torque

The gear 203, which is part of the wrench handle 200, and the gear fixing element 204, is composed of a right triangle instead of a general isosceles triangle, and the gear is rotated clockwise or counterclockwise. Gear 203 for fixing the 203 is configured separately in the opposite direction according to the rotation direction, the latch of the gear fixing element 204 is also configured separately according to the rotation direction to turn the bolt nut clockwise or counterclockwise "Wrench handle 200" which ensures that the teeth of the gear 203 and the latch of the gear fixing element 203 are securely fixed when the gear 203 is fixed.

Since the various driver bits and the driver connecting rod 300 are composed of the driver bit connecting member 301 and various driver bits 302, the driver socket connecting member 301 is mounted on the variable socket 100 so that a large torque is required. "Driver bit connector (301)" that can be easily combined with the variable socket latch wrench for screwdriver when turning various screws.