KR200195244Y1 - A working devices for wood flap - Google Patents

Abstract

The present invention arranges a plurality of wood pieces in a row, and then cuts the wood pieces by maximizing the processing efficiency and production efficiency of the wood pieces by simultaneously cutting the plurality of wood pieces corresponding to the Carter member having the V groove shape. As for the processing apparatus,

In particular, the base 10 of a predetermined shape; Support means 20 fixedly installed in the middle of the base 10; A slider means (30) having a feed table (32) which is moved forward and backward by a cylinder member (33) on an upper surface of the support means (20); A fixed vise 40 having a fixture 43 and a 46 provided with a cylinder 42 to stably fix a plurality of pieces of wood 7 at the rear and the upper side on one side of the transfer table 32; Fixtures 55 and 58 having a cylinder 54 are installed on the transfer table 32 on one side of the fixing vise 40 so as to stably fix the plurality of wood pieces 7 at the rear and the upper part. A transfer vice 50 installed; Cutting means for rotating the upper portion of the base 10 by the motor 64 and the carter member 66 corresponding to the wood piece 7 fixed to the vise 40, 50 is installed to enable in-situ rotation ( 60); Control means (90) for controlling cylinders installed in each of the motors and the transfer table and the fixing part; It is composed of such features.

The present invention also has a feature that combines the transfer table 73 and the transfer vice 50 as the support 78 so that the transfer vice 50 together with the transfer of the transfer table 73.

In addition, the present invention, the auxiliary fixtures (43a, 55a) in front of the two fasteners (43, 55) are coalesced by the spring (43b, 55b) guide shaft (43c) of the auxiliary fixtures (43a, 55a) ) 55c is characterized in that the front and rear guide holes (43d, 55d) of the fasteners (43, 55).

Description

A piece of wood cutting equipment {A working devices for wood flap}

The present invention relates to a wood piece cutting device, and more particularly to a wood piece cutting device used for cutting the wood piece end of a predetermined length obliquely.

As is well known, by a combination of wood pieces such as Figure 1 on the surface of a typical wooden furniture embossed in a predetermined shape to express the aesthetic beauty.

Wood pieces used as described above should be processed so that the end is inclined by 45 degrees to both sides when the work by hand takes a lot of time as well as its processing is very difficult.

Thus, the root piece is to process the wood piece using a wood cutting machine factory value, the wood piece cutting machine factory vise means (2) capable of fixing the wood piece in the center of the upper body 1 as shown in FIG. Is installed, and the support (3) on both sides of the vise means (2) are installed so that the cylinder (4) having a predetermined inclination angle is sequentially moved forward and backward, and the motor (5) at the end of the cylinder (4) The rotary saw 6 provided is provided, respectively.

That is, the rotary saw 6 installed on the right side in the drawing of FIG. 2 advances first, and then one side of the end of the wood piece 7 fixed to the vise means 2 is inclined at 45 degrees, and is returned to its original position. Then, the rotary saw 6 installed on the left side in the drawing of FIG. 2 is advanced to cut and inclined one end portion of the wood piece 7 fixed to the vise means 2 by 45 degrees and return to its original position.

However, the conventional wood piece cutting cutting machine configured as described above, while two rotary saws 6 alternately move forward and backward in a state where one wood piece 7 is fixed to the vise means 2, the wood piece 7 ), There is a problem that the processing efficiency and production efficiency is very low.

Accordingly, the present invention was devised in view of the above problems, and after arranging a plurality of wooden pieces in a row, the wood pieces were simultaneously cut and processed by corresponding to the Carter member having a V-groove shape. The purpose is to provide wood cutting machine factory value that maximizes the processing efficiency and production efficiency of wood pieces.

Another object of the present invention is to provide a wood cutting cutting plant which doubles the processing efficiency and production efficiency of wood pieces by simultaneously cutting both ends of a plurality of fixed wood pieces by installing the carter member on both sides.

1 is a perspective view of a general wood piece,

Figure 2 is a perspective view of a conventional wood piece cutting device,

3 is a schematic view showing a main part of the cutting state of FIG. 2;

Figure 4 is a perspective view of a wood cutting device according to the present invention,

Figure 5 is an exploded perspective view showing an extract of the Carter member of the wood cutting device according to the present invention,

Figure 6 (a) and (b) is a plan view of the main part showing the operating state of the wood piece cutting processing apparatus according to the present invention,

7 is a front view of FIG. 4,

8 is a perspective view of a wood cutting device according to the present invention.

<Description of the symbols for the main parts of the drawings>

10: gas 20: support means

21: handle 22: vertical feed screw shaft

23: Ruler means 30: Slider means

31: Information stick 32: Conveyor

33: cylinder member 40: fixed vise

41: Fixture 42: cylinder

43: rear fixture 44: support

45: Cylinder 46: upper fixture

50: transfer vice 51: steering wheel

52: feed shaft 53: fixing protrusion

54: cylinder 55: rear fixture

56: support 57: cylinder

58: upper fixture 60: cutting means

61: handle 62: screw shaft

63: vertical carrier 64: motor

65: drive shaft 66: Carter member

70: cutting means 71: steering wheel

72: screw shaft 73: conveyor belt

74: motor 75: drive shaft

76: Carter member 90: Control means

The present invention for achieving the above object is a gas of a predetermined shape; Support means fixedly installed in the middle of the gas; A slider means provided on an upper surface of the supporting means with a conveyance table which is moved forward and backward by a cylinder member; A fixed vise provided with a fixing part provided with a cylinder to stably fix the plurality of wood pieces at the rear and the upper part on one side of the transfer table; A transfer vise installed on one side of the fixed vise and being fixed to the left and right by a transfer shaft, and having a fixed part having a cylinder to stably fix a plurality of wood pieces at the rear and the upper part; Cutting means in which a carter member corresponding to the wood piece fixed to the vise while being rotated by the motor on the upper end of the base is installed to be rotated in place; Control means for controlling cylinders installed in each of the motors and the transfer table and the fixing part; And the like.

The present invention is also characterized in that the bottom of the support means is installed with a vertical feed screw shaft provided with a handle to vertically raise and lower it.

In addition, the present invention is installed on the upper side of the upper side of the carrier by the left and right feed screw shaft, and then the cart member corresponding to the wood piece fixed to the vise while being rotated by the motor to the carriage It characterized in that it comprises a moving cutting means is installed to enable in-situ rotation.

The present invention is also provided with the cutting means, the vertical carriage to be transported vertically in accordance with the rotation of the screw shaft in the base, and then rotated by a motor on the vertical carriage to correspond to the piece of wood fixed to the vise Carter member is characterized in that the rotation is installed in place.

In addition, the present invention is characterized in that the scale means for knowing the transfer distance of the vise and cutting means, and one side of the support means.

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

Figure 4 is a perspective view of the wood piece cutting apparatus according to the present invention, Figure 7 is a front view of FIG.

First, the supporting means 20 is installed in the middle opening of the base 10, and the vertical conveying screw shaft 22 having the handle 21 to raise and lower it vertically at the bottom of the supporting means 20. ), And the scale means 23 is installed on one side of the base 10 of the vertical feed screw shaft 22 to raise and lower the support means 20 to the correct height.

Slider means 30 is installed on the upper surface portion of the support means 20 is provided with a feed table 32 slidably along the guide rod 31 installed in the support means 20 as shown in FIG. The conveyance table 32 is moved forward and backward by the cylinder member 33 behind the base 10.

Fixing vise 40 is installed on one side of the transfer table 32, the fixing projection 41 is formed in the upper front of the fixing vise 40, a plurality of wood in the upper rear of the fixing vise 40 In order to stably support the piece 7, the rear fixture 43 which is operated back and forth by the cylinder 42 is provided.

At this time, the auxiliary fixture (43a) in front of the rear fastener 43 is coalesced by the spring (43b) so that the guide shaft (43c) of the auxiliary fixture (43a) to the front guide hole (43d) of the rear fixture (43) It is desirable to enter and exit. That is, the auxiliary fixing tool (43a) is maintained in a suppressed state in the direction of the fixing projections 41 by the spring 43b, the auxiliary fixing tool (43a) between the auxiliary fixing tool (43a) and the fixing protrusion (41). While retreating the wood piece (7) by mounting one by one to be able to arrange a number of wood pieces (7) without scattering.

In addition, an upper fixture 46 having a cylinder 45 for fixing the wood piece 7 thereon is installed on the support 44 extending from the rear of the fixing vice 40 to a predetermined height in the front. That is, after placing a plurality of wood pieces 7 between the fixing projection 41 and the rear fastener 43, the cylinder 42, 45 is operated, the rear fastener 43 is advanced to the auxiliary fixture ( While pressing the plurality of wood pieces 7 by pressing 43a), the upper fixture 46 is lowered to press the wood pieces 7 so that the plurality of wood pieces 7 can be fixed and supported in a line.

Then, the transfer vise 50 is installed on one side of the fixed table 40 of the fixed vise 40, and the transfer vise 50 is moved left and right by a feed shaft 52 having a handle 51. The fixing protrusion 53 is formed at the upper front of the transfer vise 50, and the cylinder 54 is able to stably support the plurality of wood pieces 7 at the upper rear of the fixing vise 50. Thereby, the rear fixture 55 which is operated before and after is installed.

At this time, the auxiliary fixture (55a) in front of the rear fixture (55) is coalesced by the spring (55b) so that the guide shaft (55c) of the auxiliary fixture (55a) to the front guide hole (55d) of the rear fixture (55) It is desirable to enter and exit. That is, the auxiliary fixing tool 55a is maintained in a suppressed state in the direction of the fixing protrusion 53 by the spring 55b, and the auxiliary fixing tool 55a is disposed between the auxiliary fixing tool 55a and the fixing protrusion 53. While retreating the wood piece (7) by mounting one by one to be able to arrange a number of wood pieces (7) without scattering.

In addition, an upper fixture 58 having a cylinder 57 for fixing the wood piece 7 thereon is installed on the support 56 extending from the rear of the fixing vise 50 to a predetermined height.

The cutting means 60 installed in the body 10 is provided with a vertical transfer table 63 which is vertically transferred according to the rotation of the screw shaft 62 having the handle 61 on the body 10. The motor 64 is installed on the vertical carrier 63, and a drive shaft 65 connected to the motor 640 and a belt (not shown) is installed at one side of the vertical carrier 63. At one end of the drive shaft 65, two Carter members 66 are coupled.

At this time, the Carter member 66 is formed in the outer peripheral portion of the disk-shaped body 66a inclined at a predetermined angle on the outer circumference of the disc body 66a, the two Carter members 66 are driven up and down ( 65, then the nut 66c is coupled to its end to form a V-shaped groove equal to the cutting angle of the wood piece 7 between the two carbonaceous 66b in close proximity to each other. In addition, a guide 66d is installed at the periphery of the cutter 66b so that the sawdust of the cut wood is ejected to the outside of the base 10.

Another cutting means 70 is installed on the other side of the upper portion of the base 10, and the cutting means 70 is operated left and right by a left and right feed screw shaft 72 having a handle 71. The feeder 73 is installed, the motor 74 is installed on the feeder 73, the drive shaft 75 is connected to the motor 74 and the belt (not shown) on one side of the feeder 73. ) Is installed, and two Carter members 76 are coupled to the end of the drive shaft 75.

At this time, the Carter member 76 is formed in the outer peripheral portion of the disk-shaped body (76a) inclined at a predetermined angle on the outer circumference of the disc-shaped body 76a, the two Carter members (76) drive shaft (up and down) 75, and then the nut 76c at its end forms a V-shaped groove equal to the cutting angle of the wood piece 7 between the two carbonaceous 76b in close proximity to each other. In addition, a guide 76d is installed around the carbon 76b so that the sawdust of the cut wood is ejected to the outside of the base 10.

On the other hand, as shown in Figure 8 another embodiment of the transfer table (73) as a support 78 to the transfer table 73 by mutually coupling the transfer vice 50 in accordance with the left and right movement of the transfer table 73 together It is preferred to be transported.

In addition, graduation means 34, 67 and 77 are installed at one side of the transfer table 32 and the cutting means 60 and 70 so as to know their transfer distance, respectively, and the gas 10 Control means 90 for controlling the various cylinders installed in each motor and the transfer table and the fixed portion in place of, and the foot switch 91 may be provided on one side of the base 10.

Referring to the effect of the wood cutting device configured as described above are as follows.

As shown in Figure 6 (a), a plurality of wood pieces (7) are installed on the two vise (40) 50 installed on the feed table 32, first rotating the handle 51 is connected to the feed shaft As 5 2 rotates, the transfer vise 50 opens from the fixed vise 40 at a desired interval.

Then, between the fixing protrusions 41 and 53 of the two vises 40 and 50 and the fixtures 43 and 55, for example, a plurality of wood pieces 7 are arranged in a row. At this time, the auxiliary fixtures 43a and 55a are coalesced by the springs 43b and 55b in front of the two fixtures 43 and 55 to guide guides 43c and 55c of the auxiliary fixtures 43a and 55a. ) Is preferably allowed to enter and exit the front guide hole (43d) (55d) of the fixture (43) (55). That is, the auxiliary fasteners 43a and 55a are maintained in a suppressed state in the direction of the fixing protrusions 41 and 53 by the springs 43b and 55b, and are fixed to the auxiliary fasteners 43a and 55a. By mounting the wood pieces 7 one by one while retreating the auxiliary fixing tools 43a and 55a between the projections 41 and 53, the plurality of wood pieces 7 can be arranged without scattering.

When the wood piece 7 is correctly seated as described above, the operation handle of one side of the fixed vise 40 is operated. At this time, as the air is supplied, the two cylinders 42 and 54 move forward and the fixtures 43 and 55 installed at these ends press-fix the wood pieces 7 and at the top of the vise 40 and 50. Air is also supplied to the two cylinders 45 and 57 so that the fasteners 46 and 58 at these ends press against the wood pieces 7 to prevent their flow.

In addition, by moving the handle 71 of the cutting means 70 to move the feed table 73 connected to the screw shaft 72 is rotated to the left in the drawing, at this time the drive shaft (75) at the end of the cutter blade (76b) The conveyer 73 is conveyed until the pieces of wood 7 correspond to them.

Meanwhile, as shown in FIG. 8, the transfer vice 50 may be moved together when the transfer table 73 is transferred.

Then, press one button of the control means 90 to rotate the two motors 64, 74 of the cutting means 60, 70, and then press another button to press the cylinder 33 behind the base 10. By operating), the conveyance table 32 on the upper part of the supporting means 20 is moved forward again at the same time as the retreat. At this time, the two vises 40 and 50 are also conveyed to the rear, and the wood pieces 7 fixed thereto are fixed. Both sides are cut at predetermined angles by the cutter blades 66b and 76b of the carter members 66 and 76.

The wood as the cutter blades 66b and 76b of the carter members 66 and 76 which are simultaneously cut on both sides of the wooden piece 7 in the state where the plurality of the wooden pieces 7 are fixed as described above and formed into a V-groove shape. By cutting both ends of each end of the piece 7 at the same time, it is possible to increase the work efficiency of several tens of times compared to the conventional wood cutting machine.

After the cutting of the wood pieces 7 is completed, the process proceeds in the reverse order described above, and is fixed between the fixing protrusions 41 and 53 and the fixing members 43 and 55 of the two vises 40 and 50. Pull out the piece of wood (7).

On the other hand, by turning the handle 21 installed in the lower portion of the support means 20 by adjusting the height of the support means 20 connected to the vertical feed screw shaft 22 while looking at the graduation means 23 of the wood piece 7 The angle can be adjusted arbitrarily.

Then, the handle 61 of the cutting means 60 is rotated. Rotating the screw shaft 62 connected thereto adjusts the height of the vertical transfer table (63) while looking at the scale means (67) of one side, and then performs the cutting operation in the order as described above, It is possible to vary the angle formed on both sides of the end.

Therefore, the present invention arranges a plurality of wood pieces in a row, and then corresponds to the Carter member having a V-groove shape, thereby simultaneously cutting a plurality of wood pieces to maximize the processing efficiency and production efficiency of the wood pieces. It has a useful effect.

The present invention also has a useful effect of further double the processing efficiency and production efficiency of the wood piece by simultaneously cutting the both ends of a plurality of fixed wood pieces by installing the Carter member on both sides.

The present invention is not limited to the above-described specific preferred embodiment, and any person having ordinary skill in the art to which the present invention pertains may make various modifications without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

Claims (7)

A predetermined shape gas 10; Support means 20 fixedly installed in the middle of the base 10; A slider means (30) having a feed table (32) which is moved forward and backward by a cylinder member (33) on an upper surface of the support means (20); A fixed vise 40 having a fixture 43 and a 46 provided with a cylinder 42 so as to stably fix the plurality of wood pieces 7 at one side of the transfer table 32; Fixtures 55 and 58 are installed on the transfer table 32 on one side of the fixed vise 40 and provided with a cylinder 54 to stably fix the plurality of wood pieces 7 at the rear and the top. A transfer vice 50 installed; Cutting means for rotating the upper portion of the base 10 by the motor 64 and the carter member 66 corresponding to the wood piece 7 fixed to the vise 40, 50 is installed to enable in-situ rotation ( 60); Control means (90) for controlling cylinders installed in each of the motors and the transfer table and the fixing part; Wood piece cutting processing apparatus, characterized in that consisting of. The method of claim 1, And a vertical feed screw shaft (22) having a handle (21) to lower and lower it vertically at the bottom of the supporting means (20). The method of claim 1, On the upper end side of the base 10 is installed a feed table 73 which is operated left and right by the left and right feed screw shaft 72, and then rotated by the motor 74 in the feed table 73 while the vise ( 40) The wood piece cutting device, characterized in that it comprises a moving cutting means (70) is installed so that the cart member (76) corresponding to the wood piece (7) fixed to the in-situ rotation. The method of claim 1, The cutting means 60 is installed, but the vertical transfer table 63 is vertically transferred according to the rotation of the screw shaft 62 on the base 10, and then the motor 64 is mounted on the vertical transfer table 63. The wood piece cutting device, characterized in that the carter member (66) corresponding to the wood piece (7) fixed to the vise (40) (50) is installed to be rotated in place. The method of claim 1, Wood vise cutting device, characterized in that the vise 40, 50, cutting means 60, 70, and the graduation means for knowing the transfer distance thereof in one place of the support means 20 is installed . The method of claim 3, wherein Wood piece cutting device, characterized in that the transfer table (73) and the transfer vice (50) combined as a support 78 so that the transfer vice (50) together with the transfer of the transfer table (73). The method of claim 1, The auxiliary fixtures 43a and 55a are coalesced by the springs 43b and 55b in front of the two fixtures 43 and 55 so that the guide shafts 43c and 55c of the auxiliary fixtures 43a and 55a Wood piece cutting processing device characterized in that the front guide hole (43d) (55d) of the fixture (43) 55 to enter and exit.