KR101605658B1

KR101605658B1 - Supply and cut automatically cutting device consisting of a round bar

Info

Publication number: KR101605658B1
Application number: KR1020150114539A
Authority: KR
Inventors: 원태희
Original assignee: 원태희
Priority date: 2015-08-13
Filing date: 2015-08-13
Publication date: 2016-03-23

Abstract

The present invention relates to a cutting device for cutting a round bar made of a metal material such as stainless steel or iron to a predetermined length and automatically repeats a cutting process for cutting the supplied round bar into a predetermined size To provide ease of operation.
A conveying rail for conveying the round bar supplied to the conveying rail to the cutting device; a conveying member for conveying the round bar to the cutting device; And a cutting device for cutting the round bar to be fed through the feeder power section to a predetermined size, wherein the round bar is provided with a round bar, So that a series of processes from the supply to the cutting is automatically performed.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001]

The present invention relates to a cutting apparatus for cutting a round bar made of a metal such as stainless steel or iron to a predetermined length, and more particularly to an automatic cutting apparatus for automatically feeding a round bar and automatically cutting a supplied round bar To provide ease of use.

Generally, the round bar is widely used as a basic material in various fields such as various construction members used in a construction site or a factory for manufacturing a valve body depending on the use range.

In order to cut such a round bar into a predetermined length, it is conventionally cut using a manual saw blade or an automatic saw blade using electricity after marking the position where the cut is conventionally performed. The efficiency is very low, and dangerous situations may arise in which a floating element is generated due to fragmentation in cutting the round bar.

Therefore, in order to solve the above-mentioned problems, recently, a cutting device for cutting a round bar into a certain length has been used. However, this requires complicated operations because the operator has to manually operate various steps in order to cut the round bar. There is a problem that the productivity drops because the worker has to supply another round bar.

Accordingly, there has been proposed a feeder that automatically feeds the round rods to the cutting apparatus one by one using a moving chain in a state where a large number of round rods are stacked on the load chain. However, this is because the feeder is separately provided in the cutting apparatus, And there are several steps for supplying the cutting device, so that the cutting operation speed can not be made quickly and the productivity is lowered.

Registration No. 10-0807072 (2008.02.18) Registration No. 10-0992195 (October 29, 2010)

Accordingly, the present invention is automatically supplied one by one in a state in which a large amount of round rods are loaded, and at the same time, it is cut to a certain size by an automatic line through a cutting device, thereby improving workability and productivity.

In order to achieve the above object, according to the present invention, there is provided a conveying apparatus for conveying a round bar supplied to a conveying rail to a cutting device, a conveying rail for conveying the round bar supplied to the conveying rail to a cutting device, And a cutting device for cutting a round bar to be fed through the feeder power section to a predetermined size after the forward and backward cutting for cutting the feed bar is completed, So that a series of processes from the supply of the round bar to the cutting process are automatically performed.

Therefore, according to the present invention, when the round bar is cut to a certain size and the round bar is cut, the automatic bar feed device is operated as an automated line to improve the productivity of raw materials required for product production So that mass production is possible, which is economical effect.

1 is a perspective view of a round bar cutter according to an embodiment of the present invention;
FIG. 2A is a perspective view showing a rear face of a round bar cutter of the present invention; FIG.
Fig. 2B is a front view of a wire rod cutting machine showing the connection state of the wire for the forward and backward movement of the conveying member of the present invention. Fig.
3 is a perspective view showing a conveying body for conveying a round bar of the present invention.
Fig. 4 is an operation diagram showing a step in which a conveying member is operated simultaneously with the supply of a round bar of the present invention. Fig.
Fig. 5 is an operational view showing a state in which the conveying member of the present invention is advanced by the conveying unit power unit; Fig.
Fig. 6 is an operation diagram of the feeder of the present invention in a state in which the feeder is retracted after completion of the round bar cutting.
7 is a perspective view showing an operating structure of a cutting apparatus for cutting a round bar of the present invention.
8 is an operation diagram of a state in which a fixing bar is operated so that a round bar to be cut according to the present invention does not flow.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 1, the present invention includes a round bar loading unit 100 that feeds a plurality of round bars 700 one by one by the locking means 110 in a state in which a large number of round bars 700 are loaded, The conveying rail 200 on which the round bar 700 is positioned and the round bar 700 positioned on the conveying rail 200 are moved forward to transfer the bar bar 700 to the cutting device 600. When the round bar 200 is completely cut, And a plurality of round rods 700 that are stacked on the stacking unit 100 by the operation of the transferring unit 300 so that only one round rod 700 is supplied to the stacking unit 100 A supply sensor unit 400 for operating the engaging means 110 and a conveying unit 300 for rotating the conveying unit 300 such that the forward movement for cutting the round bar 700 and the cutting of the round bar 700 are completed, A conveying body power unit 500 that operates and a round bar 700 conveyed by the conveying body 300 are sensed, Be configured to include a cutting device 600 for cutting, it is one such that the series of steps done automatically by the process of cutting in the course of a round bar is applied.

At this time, the conveying rail 200 has a long rectangular shape considering the length of the round bar, and on the upper surface thereof, a conveying bar 210 for guiding the conveying member 300 for conveying the round bar is formed, When the conveying member 300 is advanced to the one side of the conveying bar 210 and the rollers 220 for conveying the round bar 700 supplied from the stacking unit 100 are formed at regular intervals, And guided by the roller 220 to be conveyed to the position where the cutting device 600 is located.

A seal 310 is formed at the lower end of the conveying member 300 so as to be in close contact with one end face of the round bar 700. The seal 310 is formed to protrude in the direction of advancing from the conveying member 300 The conveying member 300 conveys the round bar 700 and is cut at a predetermined interval by the cutting device 600. At the same time the reverse sensor 590 is touched and transported while the seal 310 is fully pushed out of the last remaining part of the round bar, The body 300 is retracted and returned to its original position.

At this time, the feed sensor unit 400 is mounted on one end of the feed rail 200 to feed the round bars 700 one by one to the stack unit 100.

The supply sensor unit 400 is provided with an engagement means operation sensor 410 and a round bar 700 for controlling the operation of the engagement means 110 formed on the mount unit 100 until the feed rod 200 is fed to the feed rail 200. [ And a fixing pin operation sensor 230 for operating the fixing pin 420 is provided on the upper surface of the transfer rail 200. The fixing pin 420 is mounted on the upper surface of the transfer rail 200, .

Accordingly, when the conveying body 300 is retracted after the cutting of the round bar 700 is completed, the feed sensor unit 400 is restored and the fixed pin operation sensor 230 formed on the upper surface of the feed rail 200 is touched during the movement The fixing pin 420 is exposed from the supply sensor unit 400 so that the transfer member 300 touches and presses the engaging means operation sensor 410 formed on the supply sensor unit 400 and at the same time, The hooking means 110 formed on the loading unit 100 is opened and a round bar 700 is supplied to the upper surface of the feeding rail 200 and the supplied round bar 700 is moved to the fixing pin operation sensor 230 The fixing pin 420 which has been exposed while being pressed is inserted into the fixing pin 420 to release the engagement of the conveying member 300 which has been hooked to the fixing pin 420,

When the conveying unit 300 is advanced and the retaining unit operation sensor 410 is released, the retaining unit 110 is closed and the round bar 700 is no longer supplied. Then, the conveying unit 300 is advanced, And the round bar 700 is transferred.

The engaging means 110 is axially fixed and operated to be opened and closed by a rotary operation by a valve 120 formed at a lower end of the loading unit 100.

A hook 320 is formed at one side of the conveying member 300 so as to be hinged to be elastically hung for hooking the fixing pin 420 protruding and exposed to the hook 300, Is resiliently pressed and then restored and hooked.

The feeder power unit 500 for moving the feeder 300 forward and backward is provided with an installation bar 510 having a letter shape at one end of the feed rail 200 where the feed sensor unit 400 is formed, A first winding wheel 520 for forward operation in which a small wheel 521 and a large wheel 522 are integrally formed at an upper end of the installation bar 510 and a reverse motor 570 A weight 530 is formed on the small wheel 521 formed on the first winding wheel 520 so as to be wound by the first wire 540 and a large wheel 530 is wound around the small wheel 521, A second wire 550 connected to the conveying member 300 is wound around the second wire winding unit 522 and a third wire 580 connected to the conveying member 300 is connected to the second winding wheel 560 for reverse operation And is formed to be wound.
One end of the second wire 550 is fixed to the projecting pin 300a formed on the other side of the conveying member 300 and the other end of the second wire 550 is fixed to the projecting pin 300a formed on the other side of the conveying member 300, The first guide wheel 523 and the third guide wheel 562 are formed by hooking the second wire 550 to both sides of the conveying rail 200 to advance the conveying member 300 by pulling The first guide wheel 523 is installed on the same installation bar 510 to which the conveying rail 200 is connected so as to be positioned behind the conveying member 300 and the third guide wheel 562 The second wire 550 is disposed on the opposite side of the first guide wheel 523 on which the cutting device 600 is installed so as to be positioned in front of the conveying member 300, The guide bar 562 is wound from the upper end to the lower end of the guide wheel 562 so as to straddle the first guide wheel 523, It is fixed to the take-up a large wheel (522) installed on the top.
When the first wire 540 wound around the small wheel 521 is lowered due to the weight of the weight 530 connected to the weight 530, the first wire 540 wound around the small wheel 521, The second wire 550 is guided by the third guide wheel 562 and the first guide wheel 523 to the large wheel 522 which is integrally rotated with the same rotation axis as the small wheel 521 while the second wheel 550 is released, So that the conveying member 300 is advanced.

When the conveying member 300 is moved backward, one end of the third wire 580 is simultaneously fixed to the projecting pin 300a on which the second wire 550 of the conveying member 300 is fixed, Is wound on a second winding wheel (560) connected to a backward motor (570) located at the rear side of the motor (300).
The reverse motor 570 and the second winding wheel 560 are connected to each other by a belt 571 so that the second winding wheel 560 is rotated and the third wire 580 is wound when the reverse motor 570 is rotated It is.
The third wire 580 is wound on the second winding wheel 560 so that the conveying member 300 is retracted and the weight 530 The connected first wire 540 is wound on the small wheel 521 of the first winding wheel 520 so that the weight 530 is lifted and the second wire 550 is released from the large wheel 522, 300 are operated backward.

A second guide wheel 561 is further provided so that the third wire 580 can be easily wound and unwound on the second winding wheel 560 when the mounting bar 510 and the conveying member 300 are operated backward The second guide wheel 561 is positioned on the same installation bar 510 of the conveying rail 200 in the upper right room of the second winding wheel 560 and the third wire 580 is positioned on the second guide wheel 560. [ (Not shown).

The cutting device 600 includes a cutting knife 610 for cutting the round bar 700 and an operation motor 620 for operating the cutting knife 610. The cutting knife 610 and the operation motor 620 A control bar 640 for controlling the cutting length of the round bar 700 at a lower end of the installation bar 630 and a mounting plate 630 for cutting the bar bar 700 to be conveyed, And a sensing sensor 660 that is touched by a lifting valve 650 for lifting and lowering the lifting and lowering valve 650 and a round bar 700 for lifting the lifting and lowering valve 650.

The round bar 700 of the cutting device 600 is transferred to the entrance of the round bar 700 where the cutting bar 610 is positioned so that the round bar 700 is not moved And the fixing table 670 is operated simultaneously by the sensing sensor 660 that actuates the lifting valve 650. As shown in FIG.

The structure of the fixing table 670 is such that the fixed bar 671 surrounding one side of the round bar 700 and the other side of the bar bar 700 are closely contacted with each other so that the round bar 700 can be cut while being transported, And a punching unit 675 for punching and operating the flow bar 672 and a punching unit 675 for flowing the flow bar 672. In order to prevent the flow action of the flow bar 672 and the round bar 700 from deviating, An elastic support bar 673 protruding by a spring 674 and supporting a round bar is formed in the inside of the flow bar 672 to keep the flow bar 672 apart and the round bar 700 is cut The punching unit 675 punches the flow bar 672 and touches the remaining part of the round bar 700 supported on the one side by the fixing bar 671 So that the round bar 700 does not flow and the cutting operation is easily performed .

100: loading part 110:
200: Feeding rail 210: Feeding bar
220: roller 230: fixed pin operation sensor
300: transfer body 310: sealing
320: Clasp ring
400: supply sensor unit 410: engaging means operation sensor
420: Fixing pin
500: feed body power unit 510: installation bar
520: first winding wheel 521: small wheel
522: large wheel 523: first guide wheel
530: weight 540: first wire
550: second wire 560: second winding wheel
561: second guide wheel 562: third guide wheel
570: Reverse motor 580: Third wire
590: Reverse sensor
600: Cutting device 610: Cutting knife
620: Operation motor 630: Mounting plate
640: Adjusting bar 650: Lift valve
660: Detection sensor 670: Fixture
671: stationary bar 672:
673: elastic support bar 674: spring
675: Punching section

Claims

A round bar loading unit 100 for feeding the plurality of round bars 700 one by one by means of the engaging means 110 and a conveying rail 200 for placing a round bar 700 one by one in the round bar loading unit 100 And a conveying unit 300 which is operated forward to feed the round bar 700 from the conveying rail 200 to the cutting unit 600 and is operated backward when the round bar 200 is cut, A supply sensor unit 400 for operating the engaging means 110 formed on the loading unit 100 so that only one round bar 700 is supplied from the large number of round bars 700 loaded on the loading unit 100 A conveying unit power unit 500 for reciprocating the conveying unit 300 to be returned to its original position upon completion of the advancing operation for cutting the round bar 700 and the cutting of the round bar 700, And a cutting device 600 for cutting the circular bar 700 to a predetermined size Wherein the feed and cut are automatically performed,
The supply sensor unit 400 is provided with an engagement means operation sensor 410 and a round bar 700 for controlling the operation of the engagement means 110 formed in the mount unit 100 until the round bar 700 is positioned on the transfer rail 200. [ A fixing pin 420 is formed to be exposed to the inside of the conveying rail 200 to control the forward movement of the fixing pin 420. A fixing pin operation sensor 230 for operating the fixing pin 420 is mounted on the upper surface of the conveying rail 200 The rotary pin 700 positioned at the conveyance rail 200 touches the pin operation sensor 230 and the fixing pin 420 is inserted and the conveyance body 300 is moved to the conveyance body power unit 500 So that the supply of the round bar (700) is automatically carried out.

The method according to claim 1,
The conveying rail 200 is provided with a conveying bar 210 for guiding the conveying member 300 and is used to convey the rounding bar 700 to one side of the conveying bar 210 close to the loading unit 100 Wherein a roller (220) is formed at a predetermined interval, and a seal (310) for transferring the round bar (700) is formed at the lower end of the transfer bar (300).

delete

The method according to claim 1,
Wherein the feeder body (300) is formed with a hooking ring (320) which is hinged to be elastically hung to engage with the fixed pin (420) projected and exposed.

The method according to claim 1,
The conveying unit power unit 500, which operates the conveying unit 300 forward and backward,
A mounting bar 510 is formed at one end of the conveying rail 200 and a weight 530 is provided at the upper end of the mounting bar 510 as power means for moving the conveying member 300 forward. A first wheel 520 having a small wheel 521 and a large wheel 522 which are rotated integrally with the first and second wheels 521 and 522 is formed at the lower end thereof and a reverse motor 570 are formed on the second winding wheel 560,
The first wire 540 is connected to a small wheel 521 of the first winding wheel 520 that advances the conveying member 300 and is wound and unwound by lifting and lowering the weight 530, A second wheel 550 connected to the conveying member 300 is connected to the second wheel 522 so that the first wheel 540 is rotated or unwound according to the rising and falling of the weight 530, The second wire 550 is wound or loosened on the large wheel 522 rotated at the same time as the first wire 550 and the connection member 300 is connected to the second wire 550, One end of which is connected to the projecting pin 300a formed on the other side of the conveying member 300 and the other end of which is connected to the first guide wheel 523 (left and right in the front and rear directions in which the conveying member advances) And the third guide wheel 562 are formed so that the second wire 550 is first stuck on the third guide wheel 562 positioned in front of the conveying member 300, Rear position And then connected to the large wheel 522 formed at the upper end of the installation bar 510 to be wound or unwound,
One end of the third wire 580 is connected to a protrusion pin 300a having one end of the second wire 550 of the transfer member 300 fixed to the second winding wheel 560 for moving the transfer body 300 backward, The other end is connected to the rear of the conveying member 300 so as to be wound or unwound by the second winding wheel 560 formed at the lower end of the mounting bar 510 so that when the conveying member 300 is advanced, The wire 580 is unwound from the second winding wheel 560 and the backward sensor 590 is touched when the conveying member 300 is retracted and the backward motor 570 is operated at the same time the third wire 580 are wound on the second winding wheel 560 and the first wire 540 is wound on the small wheel 521 of the first winding wheel 520 to raise the weight 530 in the lowered state, Wherein the two wires (550) are unwound from the large wheel (522) so that the feeder (300) is operated backward.

The method of claim 5, wherein
The third wire 580 is mounted on the installation bar 510 which is in a straight line with the second winding wheel 560 and coaxial with the conveying rail 200 so that the third wire 580 can be easily wound and unwound by the second winding wheel 560, And a second guide wheel (561) for guiding and guiding the wire (580) through the guide (580).

The method according to claim 1,
The cutting apparatus 600 includes a cutting knife 610 for cutting the round bar 700 and an operation motor 620 for operating the cutting knife 610. The cutting knife 610 and the operation motor 620 are installed A control bar 640 for controlling the cutting length of the round bar 700 at the lower end of the installation bar 630 and an installation plate 630 for cutting the transferred round bar 700 And a sensing sensor (660) touched by a lifting valve (650) for lifting and lowering the lifting valve (650) and a round bar (700) for moving the lifting valve (650).

8. The method of claim 7,
And a fixing unit 670 for fixing the round bar 700 to be transferred to the round bar 700 where the cutting knife 610 of the cutting device 600 is positioned when the bar bar 700 is cut, A round bar cutting machine that automatically feeds and cuts.

9. The method of claim 8,
The fixing table 670 includes a fixing bar 671 for enclosing a side surface of the round bar 700 and a fixing bar 671 which is in close contact with the other side surface of the round bar 700 so that the bar bar 700 can be cut while being transported, And a punching unit 675 for punching and operating the bar 672 and the flow bar 672. The flow bar 672 is provided with a punching unit 675 for punching the flow bar 672, 672) is provided with an elastic support bar (673) projected by a spring (674) to support a round bar.