KR200288976Y1 - system for successively processing v-shaped grooves - Google Patents

Abstract

The present invention is a V-groove continuous processing system to supply the roll roller metal plate continuously and press the metal plate material supplied from the supply roller 140 to correct the curved state to correct the flat state A flat plate guide 160, a settled portion 110 for clamping and fixing the metal plate material continuously supplied from the flat plate guide 160, a front and rear conveying portion 120 moved back and forth to the settled portion, and V-groove is composed of a cutting unit 130 coupled to the front and rear transfer unit to transfer the bite up and down to execute the V-cut, and a control box 170 for controlling the front and rear transfer unit 120 and the cutting unit 130 In processing, it is possible to execute a V-cut operation while continuously supplying the metal sheet in roll state, thereby maximizing production efficiency and work efficiency.

Description

V-groove continuous processing system {system for successively processing v-shaped grooves}

The present invention relates to a V groove continuous processing system, and more particularly, to a V groove continuous processing system for maximizing fish efficiency and work efficiency by cutting the V groove while continuously supplying the processed sheet material in a roll state.

In general, V-cutting works are to bend safely and easily by reducing the bend radius outside the bent portion of the metal sheet. 1/3 or 1/2 of the plate thickness, if necessary, by using a bite, etc. It is to cut the V groove by cutting to 2/3 depth.

All currently used v-groove processing devices are provided with a settled portion for placing and clamping a metal plate to be subjected to a V cut operation, a front and rear conveying portion reciprocating back and forth from the upper side of the settled portion, and movable in the left and right direction of the front and rear conveying portion. It was configured to the cutting unit installed to be installed and coupled to the v-bit bite movable up and down.

The conventional v-groove processing apparatus sets the bite position of the cutting part in a state in which the metal plate member is placed and fixed to the settled part, and then advances the front and rear conveying part to perform a V-cut operation on the surface of the metal plate material to form a v-groove.

However, in the conventional V-groove processing apparatus, a metal plate of a certain size is placed in a processing apparatus and then fixed. Since the V groove is formed by performing the V cut operation, the work efficiency and the production efficiency are greatly reduced due to the replacement of the metal plate.

Therefore, the main object of the present invention is to provide a V-groove continuous processing system that can maximize the production efficiency and work efficiency by executing the V-cut operation while continuously supplying the metal sheet in roll state in the V-groove processing have.

1 is an overall perspective view showing a v-groove continuous processing system according to the present invention.

Figure 2 is a side view showing a v-groove continuous processing system according to the present invention.

Figure 3 is a side view showing another installation state of the V groove continuous machining system according to the present invention.

Figure 4 is a front view showing another v groove processing apparatus according to the present invention.

Explanation of symbols of main part of drawing

100: processing apparatus 110: settle

111: plate 112: clamp

113: guide block 120: front and rear transfer unit

121: side plate 122: motor

123: main gear 124: guide roller

125: timing belt 126: front and rear transfer guide

127: connection block 130: cutting unit

131: left and right feed guide 132: transfer means

133: byte 134: fixed assembly

135 cylinder 140 supply roller

141: loosening prevention means 150: storage roller

151: loosening prevention means 160: flat plate guide

170: control box

In order to achieve the above object, the V-groove continuous processing system of the present invention is to supply a rolled metal sheet material continuously and pressurizes the metal sheet material supplied from the feed roller to correct the curved state to correct the flat state. A flat guide and a settled portion for clamping and fixing the metal plate material continuously supplied from the flatbed guide machine, a front and rear conveying portion moved back and forth to the settle portion, and the bite is conveyed up and down in combination with the front and rear conveying portion to make the V-cut. It is characterized in that the basic configuration on the technical configuration of the cutting unit to be implemented, and the control box for controlling the front and rear transfer unit and the cutting unit.

When described in detail with reference to the accompanying drawings a preferred embodiment of the present invention configured as described above are as follows.

1 is an overall perspective view showing a V groove continuous machining system according to the present invention, Figure 2 is a side view showing a V groove continuous machining system according to the present invention, Figure 3 is another installation of the V groove continuous machining system according to the present invention Figure 4 is a side view showing a state, Figure 4 is a front view showing another v groove processing apparatus according to the present invention.

As shown in Figures 1 to 4, the V-groove continuous processing system of the present invention is to supply the roller in the continuous state of the supply roller 140, and pressurizes the metal sheet supplied from the supply roller 140 A flat plate guide 160 for correcting the flat state by correcting the curved state, a settled portion 110 for clamping and fixing the metal plate material continuously supplied from the flat plate guide 160, and moves back and forth to the settled portion The control unit controls the front and rear conveying unit 120 and the cutting unit 130 coupled to the front and rear conveying unit to transfer the bite up and down to execute the V-cut, and the front and rear conveying unit 120 and the cutting unit 130. It consists of the box 170.

The supply roller 140 is preferably provided with a release preventing means 141 to prevent idle rotation can be accurately supplied when feeding by rotating while supplying the metal sheet of the roll state.

Since the plate guide device 160 is supplied in a rolled state, the metal plate is slightly bent, so that it is flattened by pressurizing it to form a plurality of rollers up and down to flatten the bent metal plate supplied using the upper roller. It is preferable to be able to supply.

The settlement unit 110 is coupled to the guide block 113 on one side of the plate 111 to guide one side of the metal plate material in close contact, and the other side of the plate 111 to form a plurality of clamps (112) close The metal plate material can be fixed.

The front and rear conveying part 120 is inserted into the side plate 121 on the left and right sides of the settled portion 110 to be connected to the upper side by the connecting block 127 to be fixed, but the front and rear conveying guide 126 at the bottom of the side plate 121 Each of them can be combined to move back and forth.

Furthermore, the motor 122 is installed on the upper side of the side plate 121, the main gear 123 is coupled to the rotation shaft of the motor 122, and the guide roller 124 is disposed on the lower left and right sides of the main gear 123. Combine correspondingly.

In this case, the timing belt 125 is coupled to the main gear 123 and guided to the guide roller 124, but the timing belt 125 is installed in the longitudinal direction of the processing apparatus 100.

The cutting unit 130 is coupled to the left and right transport guide 131 to the front side of the front and rear transfer unit 120 and the fixed assembly 134 for attaching and detaching the bite 133 to the left and right transport guide 131 and the left and right transport guide ( Rotation of 131 causes the fixed assembly 134 to be moved left or right to set the position of the bite 133.

Furthermore, the fixed assembly 134 is coupled to the cylinder 135 which is in close contact with the metal plate by lowering the bite 133.

In addition, the left and right transfer guide 131 is coupled to the transfer means 132 such as a servo motor to accurately control the rotation of the left and right transfer guide 131 to set the position of the bite 133.

On the other hand, the metal plate formed with the v-groove in the processing apparatus 100 is wound on the storage roller 150 again on the discharge side to supply the processed metal sheet in a roll state or install a cutting device to cut and supply the processed metal sheet to a predetermined size. Can also

Furthermore, as shown in FIG. 3, the processing apparatus 100 is installed in two upper and lower stages so that the rolled metal sheet material supplied from the supply roller 140 passes through the flat plate guide 160, and then the lower processing apparatus 100. At first, the cutting groove is formed on the upper surface of the metal plate, and the winding is stored in the storage and supply rollers 150 and 140 at the discharge side.

In addition, the metal plate formed on the upper surface stored in the storage and supply rollers 150 and 140 may be supplied to the upper processing apparatus 100 through the flat plate guide 160 to form the V groove on the lower surface of the metal plate. Can also be.

Here, the storage and supply rollers 150 and 140 may be simply passed through to simultaneously execute the V-cut operation on the upper and lower surfaces of the metal plate in the upper and lower processing apparatus 100.

In addition, the processing apparatus 100 is not limited to the installation position, and two or more processing apparatuses 100 may be installed vertically or horizontally as necessary to form a V-groove while continuously supplying a metal sheet in a roll state. It is to include that.

In addition, as shown in FIG. 4, the processing apparatus 100 may form two or more V-grooves in a single process by installing two or more cutting units 130.

Referring to the operation of the present invention is as follows.

First, the metal plate stored in the rolled state to pass through the flat plate guide 160 to flatten the metal plate slightly bent due to the rolled state and then supplied to the processing apparatus 100.

Here, the metal plate material supplied to the processing apparatus is placed on the plate 111 of the settlement unit 110, but one end of the metal plate material is matched with the guide block 113 and the other end is fixed with the clamp 112.

When the fixing of the metal plate is completed, when various data is inputted by operating the control box 170, the left and right feed guide 131 of the forward cutting unit 130 rotates to move the fixed assembly 134, and thus the fixed assembly 134 The position of the bite 133 coupled to the bottom of the is set to the correct V-home working position.

In this state, the cylinder 135 of the cutting unit 130 is operated to bring the bite 133 into close contact with the metal plate to complete the cutting progress preparation state.

Here, the front and rear transfer unit 120 is moved forward by moving the front and rear transfer unit 120 by operating the motor 122 of the front and rear transfer unit 120.

Therefore, the bite 133 is cut to the metal plate to pore the V groove.

When the forward cutting is completed and one V groove is processed in the metal plate, the cutting state is released in the reverse order.

When the forward cutting state is released in this way, the motor 122 of the front and rear transfer unit 120 is reversed to move the front and rear transfer unit 120 to the rear, thereby becoming an initial state.

At the same time, the clamping state is released and the metal plate is connected to the processing apparatus 100 through the flat plate guide 160, and is subjected to the V-cut operation as described above to form the V-groove continuously.

As described above, the V-groove continuous processing system of the present invention pressurizes the supply roller 140 continuously supplying the metal sheet material in a roll state, and pressurizes the metal sheet material supplied from the supply roller 140 to correct the curved state. Flat plate guide 160 for straightening the plate to the plate state, a settled portion 110 for clamping and fixing the metal plate material continuously supplied from the flat plate guide 160, and the front and rear conveying portion moved back and forth to the settled portion ( 120), a cutting unit 130 is coupled to the front and rear transfer unit to transfer the bite up and down to execute the V-cut, and a control box 170 for controlling the front and rear transfer unit 120 and the cutting unit 130 In the V-groove process, the V-cut operation can be executed while continuously supplying the metal sheet in roll state, thereby maximizing production efficiency and work efficiency.

Claims (5)

In the V groove processing apparatus 100, Supply roller 140 for continuously supplying the metal sheet in the roll state, A flat plate guide device 160 for correcting a flat state by pressing the metal plate material supplied from the supply roller 140 and correcting the curved state; Settlement unit 110 for clamping and fixing the metal plate material continuously supplied from the flat plate guide 160, And before and after the transfer unit 120 is installed on the upper side of the mounting portion 110 and moved back and forth, The cutting unit 130 is coupled to the front and rear transfer unit to transfer the bite up and down to execute the V-cut, and V-groove continuous processing system, characterized in that the configuration consisting of a control box 170 for controlling the front and rear transfer unit 120 and the cutting unit 130. The method of claim 1, In the processing apparatus 100, the V-groove is formed on the discharge roller, and the sheet is wound on the storage roller 150 to supply the processed metal sheet in a roll state or by installing a cutting device to cut the processed metal sheet to a predetermined size. V-groove continuous processing system, characterized in that configured to be able. The method of claim 1, The processing apparatus 100 is installed in two upper and lower stages to pass the metal sheet in the roll state supplied from the supply roller 140 through the flat plate guide 160, and then the upper surface of the metal sheet in the lower processing apparatus 100. Forming a cutting groove and the metal groove formed on the upper surface stored in the storage, supply rollers (150, 140) through the storage, supply rollers (150, 140) on the discharge side of the metal plate, the cutting groove is completed on the upper surface A V-groove continuous processing system, characterized in that configured to form a V-groove on the lower surface of the metal plate by supplying the plate to the upper processing device 100 through the flat plate guide (160). The method of claim 3, wherein The storage and supply rollers 150 and 140 are simply passed through the V-groove continuous processing system, characterized in that configured to execute the V-cut operation on the upper and lower surfaces of the metal plate in the upper and lower processing apparatus 100 at the same time. . The method according to claim 1 to 3. The processing apparatus 100 is a V-groove continuous processing system, characterized in that configured to form two or more v-grooves in one progress by installing two or more cutting unit 130.