KR0153233B1 - Five layer loading device of a tire - Google Patents

Abstract

The present invention relates to a five-stage stacking device for tires, wherein when the tires transported along the conveyor (1) are stopped by the stopper (2), the tire position setting means (4) and the cylinder (5) for positioning the tires correctly. Tire loading means (6) for loading tires while moving up and down by means of being installed at a predetermined position of the frame (3), it is possible to automatically accumulate five tires for each vehicle type to improve productivity as well as efficient logistics movement It is possible to.

Description

5-stage loading device of tire

1 is a front view showing a five-stage loading device of a tire of the present invention.

2 is a plan view a in the second direction.

* Explanation of symbols for main parts of the drawings

1: Conveyor 2: Stopper

3: frame 3a: bracket

3b: fog rod 4: tire position setting means

5: cylinder 6: tire loading means

41: cylinder 42: bracket

43: rack 44: pinion

45: setting frame 46: setting roller

61: loading means frame 62: cylinder

63: bracket 64: rack

65: pinion 66: loading means arm

67: bracket 68: roller bracket

69: pressurized roller

The present invention relates to a five-stage stacking device for tires. In particular, after the tires and tire wheels of other factories are assembled in the previous process, the five-stages of the tires can be transported by automatically loading tires corresponding to the number of tires. It relates to a loading device.

Conventionally, tires that are stewed in the entire process of tires and tire wheels and transported along a conveyor are classified by vehicle type and stacked in five tires per vehicle to move the logistics.

However, such a conventional method requires a lot of labor, as well as the continuous management of the person, and does not become an efficient logistics transfer because the automatic transfer by the conveyor is not possible.

Accordingly, the present invention has been made in order to solve the above problems, when the tire transported along the conveyor is stopped by the stopper, the tire positioning position means for positioning the tire and the tire by lifting and lowering by the cylinder to load the tire The tire loading means can be stacked at the predetermined position of the frame to automatically stack five tires for each type of vehicle, thereby providing a five-stage stacking device for tires that can improve productivity and enable efficient logistics movement. have.

The present invention for achieving the above object is a stopper for stopping the tire wheel and the tire is assembled in the previous step and transported along the conveyor, and the frame of the frame to set the tire stopped by the stopper in place Tire guide setting means installed in the lower portion, and the guide rod is installed in the vertical state via a bracket welded to the frame is coupled to the cylinder installed in the upper portion of the frame by the tire set in the center by the tire position setting means; It is made up of a means to load the tire in multiple stages while moving up and down.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a front view showing a five-stage stacking apparatus of the present invention tire, and FIG. 2 is a plan view in the direction A of FIG. A stopper 2 for stopping, a tire position setting means 4 provided in the lower portion of the frame 3 for setting the tire stopped by the stopper 2 in position, and the tire position setting means ( 4) a guide rod 3b installed in a vertical state through a bracket 3a welded to the frame 3 by coupling the tire set at the center thereof to the cylinder 5 installed on the upper portion of the frame 3. It consists of a means (6) that can be loaded in multiple stages while moving up and down along.

Here, the tire position setting means is a cylinder 41 which is fixed to the frame 3 disposed below the tire loading means 6 while being below the conveyor, and a bracket 42 engaged with the cylinder 41. A pair of racks 43 installed to reciprocate by le media, the pinions 44 which are freely rotated by being engaged with the racks 43, and are connected to the ends of the racks 43 and bent in a c-shaped setting. It consists of the frame 45 and the setting roller 46 provided in the C-shaped both ends of this setting frame 45. As shown in FIG.

And, the tire loading means (6) is a loading means frame 61 which is installed to move up and down under the guidance of the guide rod (3b) installed in the frame (3) when the cylinder (5) is operated, and this loading means frame A cylinder 62 installed at a predetermined position of the 61 and operated left and right, and a pair of pins 65 in which the cylinder 62 is coupled to the rack 64 by a bracket 63 coupled to the rod to freely rotate. ), The rack 64 coupled to the pinion 65 and left and right conveyed, the combined loading means arm 66, the bracket 67 bolted to the loading means arm 66, and the bracket ( It is composed of a roller (69) rotatably installed on the bracket (68) bolted to both ends at 67) to grip the tire.

Next, the operation of the present invention configured as described above will be described.

When the tire transported along the conveyor 1 is stopped by the stopper 2, the cylinder 41 of the tire position setting means 4 is operated so that the setting roller 46 installed on the setting frame 45 is the tire. Press on both sides of the tire to set the position of the tire to the right position by pressing on both sides of the tire, then the cylinder (5) is operated, the tire loading means (6) is lowered, the cylinder 62 is operated and loaded When the means arm 66 is moved inward, the pressure roller 69 rotatably provided at both ends of the bracket 67 installed on the loading means arm 66 grips the circular tire to hold the cylinder 5. As the) rises, the tire rises.

At this time, when the tire rises, the tire to be loaded next to the empty space is immediately transferred and waits for loading.

In addition, the stopper 2 is in contact with the tire in the conveying direction of the tire to stop the conveying flow so that the tire conveyed along the conveyor 1 stops at the correct position without passing the stop position.

When the transfer is stopped by the stopper 2, as described above, the tire alignment setting means 4 and the tire loading means 6 are operated to be loaded in two stages, and the third, fourth, and fifth tires When the loading is completed in the same state, the stopper 2 is lowered and one set (5 本) of tires loaded in five stages is transferred to the next assembly process.

As described above, according to the present invention, the tire conveyed through the conveyor 1 is loaded in five stages by a five-stage loading device composed of the tire position setting means 4 and the tire loading means 5, and then proceeds to the next step. As it is transported, productivity is improved, as well as efficient logistics movement.

Claims (1)

The stopper 2 is installed at the front end of the conveyor 1 at the top of the conveyor 1 so that the tire wheel and the tire are assembled in the previous process and the tire transported along the conveyor 1 can be stopped at the correct position. The pinion 44 and the rack that are engaged by a center between two racks 43 reciprocating inward and fixed to a cylinder 41 fixed to a frame at a lower end and a bracket 42 coupled to the cylinder 41. Tire position setting means (4) consisting of a setting frame (45) connected to both ends bent to the end of (43) and a setting roller (46) connected to both ends bent inwardly of the setting frame, and the frame (3) The cylinder 5 installed at the center is installed at a predetermined position of the loading means frame 61 and the loading means frame 61 to be supported by the guide rod 3b to move up and down when operated. Phase with cylinder 62 The rack 64 is coupled to a pair of rack 64 coupled to the rod of the cylinder 62 via a bracket 63 and the pinion 65 freely rotated in engagement with the rack 64 and left and right conveyed. The loading means arm 66 coupled, the bracket 67 bolted to the mounting means arm 66, the bracket 68 is bolted to both ends of the bracket 67 is rotatably installed to the tire A five-stage stacking device for a tire having a tire loading means (6) made of a roller (69) capable of being gripped.