KR200224038Y1 - a 'v' grooving machine - Google Patents

Abstract

The present invention relates to a cutting part of the V-groove processing device, and to minimize the load of the bite due to cutting when machining the bent groove on the processing member and to fix the configuration by mounting the processing member so as to have the automatic gold interlocking function. The bed portion is provided with a plurality of side clamps on both sides and the front clamp at the front end in the width direction, the processing portion is moved forward and backward in the longitudinal direction by the general conveying means on the bed portion, and the general conveying means in the processing portion A cutting part having a mounting part for mounting a bite on a cylinder rod of a cylinder installed in the upper part of the body conveyed in the width direction by the width direction, and installed in the processing part so that the processing part and the cutting part can be controlled by a known control method. In the v-groove processing apparatus consisting of a control portion, the front of the cutting direction in the mounting portion of the cutting processing portion So that the step from the rear cutting portion and that is formed by fastening one or more bytes; A guide member is formed on the front side of the mounting portion of the cutting processing part, and a guide groove is formed and fixed on one surface thereof, and a cylinder operated by the control part is installed on the cylinder rod. It relates to a cutting processing unit of the v-groove processing apparatus, characterized in that it comprises a sliding guide sphere, and a gold bleeding auxiliary processing unit configured to fix the auxiliary mounting opening to which the gold bleed bite is fastened to the end.

Description

Cutting part of V-groove processing machine {a 'v' grooving machine}

The present invention relates to a cutting processing unit of a v-groove processing device, and more particularly, to minimize the load of the bite due to cutting when machining the bent groove on the processing member and to have the automatic gold interlocking function to interlock with the v-groove processing device. It relates to a cutting part.

In general, when bending the processing member, such as stainless steel plate, iron plate or aluminum plate, the bending groove is used as a device for forming a bending groove so that the shape or shape required can be properly covered.

The conventional V-groove processing apparatus as described above has a bed portion 110 in which front clamps are installed at both ends of the plurality of side clamps and the width direction at both sides so as to mount and fix the processing members as shown in FIGS. 3 and 4. And, the processing unit 120 is moved forward and backward in the longitudinal direction by the general conveying means on the bed portion 110, and the body 131 is conveyed in the width direction by the general conveying means in the processing unit 120 The cutting part 130 having the mounting part 135 to which the bite B is mounted on the cylinder rod of the cylinder 132 installed in the upper part, and the processing part 120 and the cutting part 130 in a known control method. It is composed of a control unit 140 installed in the processing unit 120 to be controlled by.

In the conventional V groove processing apparatus 100 configured as described above, first, the processing member to be processed on the bed unit 110 is placed and fixed using a plurality of side clamps and front clamps, and the control unit 140 is disposed. By setting the cutting processing unit 130 installed in the processing unit 120 to the position to be processed by operating the operation of the cylinder 132 of the cutting processing unit 130, the bite (B) fastened to the mounting portion 135 ) Was lowered and then the processing unit 120 was moved to form a bending groove.

However, in the cutting processing unit 130 of the conventional V-groove processing apparatus 100 as described above, only one bite B is fastened to the mounting portion 135 to form a bending groove having a predetermined depth. In addition to the large load is generated a lot of heat generated by the cutting caused a problem that the smooth cutting operation is not made.

In addition, the use period of the bite due to the large load as described above, as well as deterioration occurs in the processing member due to the generation of a lot of heat caused a problem that significantly lowers the quality of the product manufactured by the processing member.

On the other hand, the processing member is to be pre-set gold cutting to the portion or the required portion to form a bent groove, conventionally no gold cutting means is provided with the above-mentioned gold ripping operation through the manual work of the operator As it is done one by one, not only the workability is significantly reduced, but also a lot of work time is required.

Accordingly, the present invention has been made to solve the conventional problems as described above, its purpose is to mount a plurality of bite stepped to the mounting portion when machining the bent groove on the processing member through the cutting processing portion of the V-groove processing device In order to minimize the load of the bite due to the cutting is to enable a smooth cutting operation.

Still another object of the present invention is to provide a convenience for working by providing a gold-drilling auxiliary processing unit in the cutting processing unit.

The present invention for achieving the above object is a bed portion provided with a plurality of side clamps on both sides and the front clamp to the front end in the width direction so as to mount and fix the processing member, the length by the general conveying means on the bed portion A cutting part having a processing part forward and backward in a direction, a mounting part for mounting a bite on a cylinder rod of a cylinder installed in an upper portion of a body conveyed in the width direction by a general transport means in the processing part, and the processing part and In the v-groove processing apparatus composed of a control unit provided in the processing unit so that the cutting processing unit can be controlled by a known control method, by fastening at least one bite so that the mounting portion of the cutting unit is stepped from the front in the processing direction to the rear. A cutting portion formed; A guide member is formed on the front side of the mounting portion of the cutting processing part, and a guide groove is formed and fixed on one surface thereof, and a cylinder operated by the control part is installed on the cylinder rod. And a gold spooling auxiliary processing unit configured to fix the slidable guide tool and the auxiliary mounting tool to which the gold squeezing bite is fastened to the end.

1 is a side view of the main portion showing the configuration of the present invention.

Figure 2 is a side view of the main portion showing an operating state of the gold-drilling auxiliary processing portion according to FIG.

Figure 3 is a perspective view showing a conventional v groove processing apparatus.

Figure 4 is a side view showing a cutting portion according to FIG.

Explanation of symbols for the main parts of the drawings

10: cutting part

20: gold cutting auxiliary processing department

22: cylinder mounting base 23: guide groove

24: guide member 26: cylinder

27: guide mechanism 28: auxiliary fittings

B: bytes

B1: gold Byte

h, h1: step

100: V groove processing device

110: bed portion 120: processing portion

130: cutting part 131: body

132 cylinder 135 mounting part

140: control part

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention in more detail as follows.

1 is a side view showing main parts of the present invention.

Referring to FIG. 3, the same configuration as described above will be described with reference to the same reference numerals, and the front clamps are installed at both ends and a plurality of side clamps on both sides so as to mount and fix the processing members. The bed 110, the processing unit 120 is moved forward and backward in the longitudinal direction by the general conveying means on the bed portion 110, and is transferred in the width direction by the general conveying means from the processing unit 120 A cutting part 130 having a mounting part 135 on which a bite B is mounted on a cylinder rod of a cylinder 132 installed above the body 131, and the processing part 120 and the cutting part 130. In the V-groove processing apparatus 100 composed of a control unit 140 installed in the processing unit 120 to be controlled by a known control method,

The present invention is so that the step (h, h1) from the front of the machining direction to the mounting portion 135 of the cutting processing unit 130, that is, to be located in a progressively higher position from the upper surface of the processing member in the front of the machining direction A cutting portion 10 formed by fastening at least one bite B by a known method;

The guide member 24 is formed on the front surface of the mounting part 135 of the cutting processing part 130 and the guide groove 23 is formed on one surface thereof to be fixed as a welding or fixing bolt, which is a general fixing method. In addition, by installing the cylinder (26) actuated by the control unit 140 to the cylinder mounting table 22, the guide hole (27) sliding on the guide groove (23) on the cylinder rod, and the general gold drawing to the end It shows that the bite B1 is provided with a gold-plating auxiliary processing unit 20 configured to fix the auxiliary mounting holes 28 are fastened by a known fixing method.

Machining of the bending groove formed of the processing member in the state configured as described above is when the gold bleeding is performed by the gold bleeding auxiliary processing unit 20 to be described later or when the bending groove is directly formed by the cutting processing unit 130. The mounting portion 135 is sequentially cut by the cutting portion 10 composed of a plurality of bytes (B) formed to be a step (h, h1) from the front in the machining direction.

For example, when forming a bent groove of approximately 0.6mm, about 0.2mm is cut by the bite B installed at the tip and about 0.2mm is cut by the bite B formed at the rear end. As 0.2 mm is cut annually by the installed bite B, it has a minimum load. At this time, when cutting the cutting unit 10, it is preferable to minimize the deterioration caused by the cutting by supplying air to the cutting portion by a known method.

Therefore, as a result of processing through the cutting portion 10 composed of a plurality of bites B to process one bending groove, the load applied to the bite B is kept to a minimum and deterioration due to cutting. It can also be minimized.

Meanwhile, when cutting is performed by the cutting part 10 of the cutting part 130, the gold cutting bite B1 of the gold cutting auxiliary processing part 20 is formed as shown in the cutting part 10 of the cutting part 10. It is a state raised above the byte B.

Figure 2 is a side view of the main part showing an operating state of the gold-drilling auxiliary processing portion according to FIG.

As shown in FIG. 1, before the bending groove is formed in the state of FIG. 1, the gold bleeding auxiliary processing unit 20 installed in front of the mounting unit 135 of the cutting processing unit 130 is subjected to gold bleeding or a necessary portion of the gold. When the drawing is to be performed, that is, the cylinder 26 installed by the cylinder mounting table 22 of the guide member 24 fixed to the front of the mounting unit 135 is operated by operating the control unit 140. The auxiliary rod is installed at the end of the cylinder rod of the cylinder 26 is slid from the one-dot chain line to the solid line like the guide hole 27 is coupled to the guide groove 23 of the guide member 24 ( 28) and the gold-drilling bite B1 are lowered to allow gold-drilling to be performed on the upper surface of the processing member. At this time, when the gold bleeding auxiliary processing unit 20 is operated, the mounting unit 135 is in a state of being raised by the control unit 140.

Therefore, the gold bleeding auxiliary processing unit 20 is interlocked with the mounting unit 135 of the cutting processing unit 130 by the control of the control unit 140, first to the gold bleeding auxiliary processing unit 20. After the gold squeezing is performed, the gold slicing auxiliary processing portion 20 is raised, and when the gold slitting auxiliary processing portion 20 is formed to form a bent groove directly with the gold slit portion or the processing member, the mounting portion 135 is lowered to cut the bent groove. Machining work will be performed.

As a result, the convenience of the work and the efficiency of the work can be improved as the cutting operation is automatically performed by the operation of the control unit 140 instead of the manual work.

As described above, the present invention provides a smooth cutting operation by minimizing the load of the bite by mounting a plurality of bites to the mounting part when the bending groove is processed in the processing member through the cutting part of the V-groove processing device. Of course, it has the effect of extending the usage period of the byte accordingly.

In addition, by using a plurality of bites to minimize the deterioration of the processing member due to the cutting, there will be a side effect that can improve the quality of the production of the processing member product.

In addition, according to the operation of the control unit, as shown in the cutting processing unit is provided with a gold bleeding auxiliary processing unit that can automatically perform gold bleeding has the effect of increasing the convenience of work and the resulting work efficiency to the maximum.

Claims (1)

A bed part provided with a plurality of side clamps and front clamps at both ends of the width direction so as to mount and fix the processing member, and a processing part which is moved forward and backward in the longitudinal direction by a general conveying means on the bed part; The cutting part having a mounting part for mounting the bite on the cylinder rod of the cylinder installed in the upper portion of the body conveyed in the width direction by the general conveying means in the processing part, and the processing part and the cutting part can be controlled by a known control method. In the v-groove processing apparatus consisting of a control unit installed in the processing unit so as to be formed, it is formed by fastening at least one bite (B) to the mounting portion 135 of the cutting processing unit 130 to be stepped from the front to the rear in the processing direction Cutting unit 10; A guide member 24 is formed on the front surface of the mounting part 135 of the cutting processing unit 130 and a guide groove 23 is formed and fixed on one surface thereof. A guide hole (27) sliding on the guide groove (23) by installing a cylinder (26) operated by the control unit (140), and an auxiliary mounting hole (1) at which the gold cutting bite (B1) is fastened to the end thereof. A cutting processing part of the v-groove processing apparatus, characterized by comprising a gold-drilling auxiliary processing part (20) fixed to (28).