KR19990029169A - Equipment for processing round edges of reinforcement members for ships - Google Patents

Abstract

The present invention relates to a four-point round processing device of the reinforcing member for ships, in particular, it is connected to form a vertical movement by a vertical motion hydraulic cylinder provided on both sides upper, but the upper mold roller is mounted in the inner center The vertical movement block and the horizontal movement of the hydraulic cylinder provided in the front and rear at the lower portion of the vertical movement block to form a horizontal movement, the inner and front, the vertical guide roller and the horizontal guide roller is mounted Reinforcement for ship building by constructing a horizontal motion block equipped with a lower mold roller and a corner (4 point) round processing device integrally formed with a fixed block by directly forming a micromotor connected to one side of the center. After cutting the steel plate to the required size, it is used to process the corners (4Coner), which is a post-process. By making rounding (2R) work easily and accurately, it is possible to maximize production efficiency, improve productivity, and improve product quality and quality according to high-quality products, and at the same time reduce costs by reducing manpower. In addition, it is an invention that can minimize the corrosion of the ship due to sea water, sea winds even when used for a long time, so as to achieve a high-quality coating in the subsequent painting work.

Description

Equipment for processing round edges of reinforcement members for ships

The present invention relates to a four point round processing device of the reinforcing member for ships, in particular, the vertical movement is formed by the vertical motion hydraulic cylinder provided on both sides, the upper mold roller is installed in the inner center, Vertical movement block and the horizontal movement of the hydraulic cylinder provided in the front and rear at the lower portion of the vertical movement block to form a horizontal movement, the inner and front, the vertical guide roller and the horizontal guide roller is mounted In the center, the ship is constructed by constructing a horizontal motion block equipped with a lower mold roller formed directly connected to a micromotor connected to one side, and a 4 point round processing device integrally equipped with a fixing block. After cutting the steel reinforcing steel plate to the required size, it is necessary to process the reinforcing member by the 4Coner processing work, which is a post work process. It is possible to achieve rounding (2R) operation automatically and quickly and accurately, thereby maximizing production efficiency, thereby improving productivity, improving product quality and quality according to high-quality products, and reducing costs by reducing manpower. The edge of the ship reinforcement member (4Point) which minimizes corrosion of the ship due to seawater and sea breezes even when used for a long time, as it enables to achieve high quality paint in the subsequent painting work. ) Relates to a round processing device.

In general, when the edge (4Point) processing of the reinforcing steel sheet for drying the shelf had to be done manually by the worker (grinding processing by abrasive stone), it is not a problem to uniformly process the shape of the product edge produced Wow, there is a problem of excessively consuming production time, and also the processing is possible in a member of a certain thickness. When processing various members, the height of the processing machine can be artificially adjusted according to the situation at that time. There was an inefficient and unproductive problem that had to be converted and adjusted. Moreover, even in the painting operation, the coating layer could not be uniformly formed due to the problems described above. As it is easily damaged, the corrosion of the entire ship can proceed quickly. The key causes various problems, such as a worker's inconvenience, consequently a decrease in productivity, and a decrease in the merchandise and reliability of the whole product.

The present invention has been invented to solve the problems of the prior art as described above, after cutting the reinforcing steel plate for ship drying to the required size (Stripping), it is easy to quickly intrude into the corner (4Coner) machining work after the process In addition, the rounding (2R) work can be done automatically and accurately, thereby maximizing production efficiency, improving productivity, and improving product quality and quality, and reducing labor costs by reducing manpower. Furthermore, by providing high quality painting in the subsequent painting work, it provides a 4 point round processing device for the reinforcement member of the ship to minimize corrosion of the ship due to seawater and sea winds even during long-term use. Its purpose is to.

The object of the present invention is a processing apparatus for rounding the corners of the ship reinforcement member,

Vertical movement hydraulic cylinders provided at both sides of the upper and the vertical movement is connected to form a vertical movement block for mounting the upper mold roller in the inner center, and provided in the front, rear in the lower portion of the vertical movement block The horizontal mold is connected to the horizontal cylinder by the hydraulic cylinder, and the vertical guide roller and the horizontal guide roller are installed at the front and the rear of the inner side, and the lower mold roller formed directly connected to the micromotor is formed at the center. There is a feature to be achieved by the four-point round processing device that is equipped with a horizontal block for mounting and a fixed block integrally.

1 is a perspective view showing the appearance of the present invention the corner processing device

Figure 2 is a front view of the present invention corner processing device

Figure 3 is a side view of the present invention corner processing device

4 is a plan view of the edge processing apparatus of the present inventors;

5 is a detailed cross-sectional view showing a drive device portion of a mold roller corresponding to the main portion of the edge processing apparatus of the present invention.

Figure 6 is an enlarged sectional view of the main portion showing the shape of the left, right mold roller corresponding to the main portion of the edge processing apparatus of the present invention.

7 is a plan view showing an operating state in which the work member is inserted into the edge processing apparatus of the present invention.

(A), (b), (c), (d), and (e) of FIG. 8 are plan views showing an operating state in which a work member is inserted into the corner processing apparatus of the present invention.

9 is an operation view showing an operating state of the present invention the corner processing device.

-Explanation of symbols for the main parts of the drawings-

100; Corner processing device 102; Vertical motion block

104; horizontal motion block 106; fixed block

108; Upper mold roller 110; Lower mold roller

112; Horizontal motion hydraulic cylinder 114; Horizontal motion hydraulic cylinder

116; Membership entry beam sensor 118; Detection beam sensor for center line set

120; drive shaft 122; gear coupling

124; Slope roller bearing 126; Conveyor for member transfer

128; member discharge conveyor 130; processing member

132; Machining groove 134; Vertical guide roller

136; Hydrostatic pilot 138; Micromotor

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

1 to 6 as shown in Figure 1 to form a connection so that the vertical movement by the vertical motion hydraulic cylinder 112 provided on both sides, the vertical movement block for mounting the upper mold roller 108 in the inner center (102) and the horizontal movement of the hydraulic cylinder (114) provided at the lower portion of the vertical movement block (102) to form a horizontal movement by connecting, so that the front and rear inside the vertical guide roller ( 134) and the horizontal guide roller 136 is mounted, the horizontal motion block 104 is mounted to the lower mold roller 110 to form a direct connection with the micromotor 138 is formed on one side of the center, and fixed The 4 point round processing apparatus 100 which has the block 106 integrally is formed.

On the other hand, the front and rear inner portion of the vertical movement block 102 equipped with the upper mold roller 108 is provided with a member inlet detection beam sensor 116 and the center line set beam sensor 118, the horizontal The drive shaft 120 and the gear that connect each other between the movement block 104 and the micromotor 138 directly connected to the lower mold roller 110 mounted on the inner central portion of the fixing block 106, Coupling 122, and the inclined lattice bearing 124 to help to achieve a smooth rotation of the drive shaft 120 has a form of connecting.

7 to 9, when the processing member 130 is conveyed by the member conveying conveyor 126 in the previous process, as shown in the drawings of FIGS. It is guided by the vertical guide roller 134 and the horizontal guide roller 136 of the fixing block 106 to achieve the introduction into the machining position. In this case, the incoming processing member 130 is positioned at the same time by the member retracting beam sensor 116 and the center line set beam sensor 118 installed at the front and rear of the fixing block 106 and at the same time on its own. When the signal is sent to the automatic control device that is held, the horizontal motion block 104 on one side is moved inward to the size of the processing member 130 through the horizontal motion hydraulic cylinder 114, and the processing member 130 Is disposed in place, as well as the processing groove 130 of the lower mold roller 110 is mounted on the inner central portion of the fixing block 106 and the horizontal movement block 104 is the processing member 130. Position at the bottom edge, i.e. machining position.

At the same time, the vertical movement hydraulic cylinder 112 on the vertical movement block 102 formed on both sides of the upper portion is operated to adjust the vertical movement block 102 to the size of the processing member 130. The processing groove 132 of the upper mold roller 108 mounted on the inner central portion by applying a pressure of the lower portion corresponds to the upper edge of the corner of the processing member 130, that is, the processing position.

After such a series of setting operations, the first end of the processing member 130 is rotated by the reverse rotation of the micromotor 138 directly connected to the lower mold roller 110 located inside the lower mold roller. ), The processing is achieved while reciprocating near the centerline of the (110). At this time, the processing member 130 to be reciprocated near the center line of the upper, lower mold rollers 108, 110 is processed by the center line set beam sensor 118 is controlled.

Subsequently, after the processing of the predetermined part is finished, the upper mold roller 108 positioned above by the member withdrawal signal presses the processing member 130 at a predetermined pressure and simultaneously moves the micromotor 138 in the forward direction. By operation, the processing member 130 is drawn out to the conveyor for discharging the member 128 by a predetermined distance to achieve continuous automated processing.

As described above, the present invention cuts the reinforcing steel plate for ship drying to the required size and then performs rounding (2R) work automatically and quickly and precisely when the processing member intrudes into the corner (4Coner) processing work, which is a workman. In order to maximize production efficiency, increase productivity, improve product quality and quality, and reduce cost due to manpower reduction. As the coating can be achieved, it will have the effect of minimizing corrosion of the ship due to sea water and sea winds even when used for a long time.

Claims (3)

In the processing apparatus for rounding the edge of the reinforcing member for ships, Vertical movement hydraulic cylinder 112 provided on both sides to form a connection so as to vertical movement, the vertical movement block 102, the upper mold roller 108 is mounted on the inside, and the vertical movement block In the lower portion of the 102, the front and rear horizontal movement by the hydraulic cylinder 114 is provided to form a connection so that the horizontal movement, the inner front, the rear vertical guide roller 134 and the horizontal guide roller 136 And a horizontal motion block 104 having a lower mold roller 110 formed in direct connection with a micromotor 138 formed to be connected to one side of the center, and a corner having integrally provided with a fixing block 106. (4Point) Round (4Point) round processing device of the ship reinforcement member, characterized in that composed of a round processing device (100). The method of claim 1, wherein the member entrance detection beam sensor 116 and the center line set beam sensor 118 is formed in a predetermined portion of the front and rear inner portion of the vertical movement block 102 equipped with the upper mold roller 108. Round processing device edge (4Point) of the reinforcement member for ships. The method of claim 1, wherein the horizontal motion block 104 and the micromotor 138 directly connected to the lower mold roller 110 to be mounted on the inner central portion of the fixing block 106 is connected to each other Edge of the reinforcing member of the ship reinforcement member characterized in that the drive shaft 120, the gear coupling 122 and the inclined roller bearing 124 to facilitate the rotation of the drive shaft 120 is connected configuration Round processing device.