KR200257118Y1 - Welder for Window Aggregate Assembly - Google Patents

Abstract

The present invention relates to a welding machine for assembling window aggregates, wherein the first welder 2 and the second welder 3, which are able to melt-squeeze the window aggregate 1, are paired, and the edges of the window 4 are processed. On the other hand, the first and second welders (2,3) is provided with a clamping portion (5) for fixing the window aggregate (1) for the rework of the window (4), the window (4) outside A moving part 6 for moving the first and second welders 2 and 3 to discharge the gas is installed under the first and second welders 2 and 3, and the first and second welders 2 and 3 are mounted on the first and second welders 2 and 3. Discharge means (7) having a conveyor (7a) is connected to the first and second welders (2,3) so as to automatically discharge the window (4) redesigned by the next process, the discharge means (7) It is connected to the first and second welders (2,3) and the support portion (8) for fixing the moving part 6 from the bottom is installed, the structure is able to take out the completed windows as described above Worker's work efficiency And awards, which will result in the saengsangseong and quality of the windows of the shortened working time can be improved.

Description

A fusion welding machine for assembling of a window frame

The present invention relates to a fusion machine for remaking windows by melting and compressing large windows and door aggregates, and in particular, it is possible to automatically take out the finished windows in the process of assembling windows and aggregates into windows and improve worker's workability. In addition, the present invention relates to a fusion splicer for the assembly of windows and doors to increase the productivity of the windows.

In general, window aggregates used to maintain the skeleton in windows used in homes and offices are to cut raw materials into certain dimensions and shapes, connect them to form windows, and use glass or the like in these windows. As described above, a method of forming a window by connecting the window aggregate is used by assembling a method using a screw or the like and by welding.

Here, as described above, the method of welding the joint portion of the edge of the window aggregate is generally in view of formability or economics, in view of the characteristics of the material of the window aggregate made of a synthetic resin, the joining surface is brought into contact with a high temperature object, slightly melted, and then pressed and joined. The crimping method is used.

In order to renovate the windows using the melt welding method, two-corner fusion machines and four-corner fusion machines are selectively used. Since the size of the chao is too large to produce large windows, the two-corner fusion machine has to be used. The welding process is cumbersome because two workers must turn and hold the middle welding window for the fusion of the opposite corner. Instead, the four corner welding machine is required to rebuild the window by welding four window aggregates in one operation. Is mainly used.

Meanwhile, as shown in FIGS. 2A and 2B, the four corner welder includes two welders 102 and 103 per corner for joining the window aggregates 101 forming the four corners of the window 100. Bars 100 are installed on the first welder 102 and the second welder 103, while the welders 102 and 103 are installed in pairs with the first welder 102 and the second welder 103. The clamping unit 110 for fixing the window aggregate aggregate 101 for reworking, the moving unit 120 for moving the welding machine (102, 103) to discharge the window 100 to the outside, and the welding machine (102, 103) It is composed of a support 130 for fixing the support at the bottom.

Here, the clamping portion 110 of the welding machine (102, 103) is moved up and down by the rotation of the rotary knob 111 and the rotary knob 111 of the welder (102, 103) to clamp the window aggregate (101) ( 112, the moving part 120 of the welding machine (102, 103) is the same as both the first welding machine 102 and the second welding machine (103) can be moved back and forth by the lower working cylinder 121 and the The second welder 103 is configured to be movable left and right by the operation of the driving motor 124 along the lead screw 122 and the guide rail 123 installed in the horizontal direction at the bottom.

In addition, the support unit 130 of the welding machine (102, 103) is provided with a movable support panel 131 at the bottom of the first welder 102 and the second welder 103, respectively, and accommodates the support panel 131 It consists of a bed 132 and a lower frame 133 for supporting the bed 132 from the bottom.

On the other hand, the fusion splicer for assembly of the window and door aggregate composed of the above structure by moving the window aggregate (101) to the welding machine (102, 103), the position of the first welder 102 and the second welder 103 window aggregate (101) ) To the size of the welding machine, and rotate the rotary knob 111 of the upper part of the welding machine 102 and 103 to lower the clamp 112 so as to fix the window and door aggregate 101 and the first welding machine 102 and the second welding machine 102. The heating plate 104 is inserted between the welding machine 103 to melt the adhesive surface of the window aggregate aggregate 101, and after the window aggregate aggregate 101 is sufficiently heated, the heating plate 104 retreats backward and simultaneously to the welding machine 102 and 103. The window aggregate aggregate 101 is pressed and joined.

Then, as shown in FIG. 2C, after passing the cooler for a predetermined time after the operation, the operator releases the clamp 112 of the welder 102 and 103, and then the first welder 102 and the second welder 103 back. By retreating, two workers are to lift the renovated window 100 to move to the next process.

However, since the weight of the window 100 is heavy in the process of taking out the window 100 redesigned as described above, it is very difficult for the worker to move the window 100, and the worker transfers the window 100 to the next process. After coming back to the welding machine (102,103) to proceed to the next work, the work speed is slowed down and productivity is reduced, because the window 100 must be taken out from the welding machine (102,103) by hand, carelessly lift the window 100 There was a problem such that the joint 112 of the window (100) is damaged by contacting the clamp 112 or the rotary knob 111 and the window (100).

Therefore, the present invention was devised to solve the problems as described above, and provided with a means for automatically discharging the windows in the fusion splicer reworking the windows to improve the work efficiency of the operator as well as to improve the quality and productivity. It is an object of the present invention to provide a welding machine for assembling window aggregates.

The present invention for achieving the object as described above, the first welder and the second welder which is capable of squeezing the window aggregate aggregate is installed in the corner processing portion of the window and the pair, while the first and second The welding machine includes a clamping part for fixing the window aggregate for reworking the window, a moving part for moving the first and second welders for discharging the window to the outside, a support part for fixing the welder at the bottom, and the window aggregate. In the welding apparatus for assembling aggregates of windows and doors comprising a storage unit for temporarily storing the window aggregates in order to shorten the setting time, the conveyor is provided to automatically discharge the windows rebuilt by the first and second welders in the next process. The discharge means is a structure characterized in that it is connected to the first and second welders.

In addition, as the discharge means, the Shanghai East cylinder is installed under the conveyor, which can raise the finished window upwards by a certain distance upward with the conveyor, and discharges the window to the outside by driving the belt of the conveyor. A working motor and chain are installed at the tip of the conveyor.

In addition, the discharge means is ascends the completed window upwards and after the fixed welding unit and the longitudinal mobile welding unit is reversed by a predetermined amount respectively to receive and discharge by the conveyor, and completely discharge the completed windows and the said It is possible to return to the original position to reset the window aggregate.

That is, in order to automatically transfer the renovated window to the next process, first, the welding machine is retracted backward through the moving parts of the first and second welders, and the conveyor is lifted by operating the shandong copper cylinder. The motor is rotated to drive the chain, and the belt of the conveyor driven by the chain is moved to automatically discharge the upper window.

Therefore, it is possible to automatically take out the completed windows as described above to improve the work efficiency of the worker, thereby improving the productivity and quality of the windows due to the shortened working time.

Figure 1a is a perspective view schematically showing a fusion splicer for assembling the window aggregate according to the present invention,

Figure 1b is a perspective view schematically showing the welder of Figure 1a,

Figure 1c is a perspective view schematically showing the conveyor of Figure 1a,

1d is a perspective view showing a driving unit for operating a conveyor;

Figure 1e is a schematic diagram schematically showing that the discharge means of Figure 1a is reversed,

Figure 1f is a schematic diagram schematically showing the operating state of the fusion machine according to the present invention,

Figure 2a is a perspective view schematically showing a welding machine for assembling the window aggregate according to the prior art,

Figure 2b is a perspective view schematically showing the welder of Figure 2a,

Figure 2c is a schematic diagram schematically showing the operating state of the fusion machine according to the prior art.

Explanation of symbols on the main parts of the drawings

1: window aggregates 2: first welding machine

3: second welding machine 4: window

5: clamping part 5a: rotation handle

5b: clamp 6: moving part

6a: Operation cylinder 6b: Drive motor

6c: Lead screw 6d: Guide rail

7: discharge means 7a: conveyor

7b: Shanghai East Cylinder 7c: Belt

7d: Operating motor 7e: Chain

7f: Shanghai East Cylinder Rod 8: Support

8a: support panel 8b: bed

8c: lower frame 9: fixed welding unit

10: longitudinal moving welding unit 11: heating plate

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

Figure 1a is a perspective view schematically showing a fusion splicer for assembling the aggregate of the window according to the present invention, Figure 1b is a perspective view schematically showing the welding machine of Figure 1a, the first to be able to squeeze the window aggregate (1) The welder 2 and the second welder 3 are paired and installed in the corner processing portion of the window 4, while the first and second welders 2 and 3 are provided for the rework of the window 4. A clamping part 5 for fixing the aggregate 1 is provided, and the moving part 6 for moving the first and second welders 2 and 3 to discharge the window 4 to the outside is the first and second. Discharge means (7) is installed below the welding machine (2,3), the conveyor (7a) is provided with a conveyor (7a) to automatically discharge the window (4) re-created by the first and second welders (2,3) in the next process ) Is connected to the first and second welders (2,3), and is connected to the discharge means (7) to support and fix the first and second welders (2,3) and the moving part (6) from the bottom 8 installed structure The.

Here, the clamping portion (5) is provided with a clamp (5b) to be movable by the rotation of the rotary knob (5a) to fix the window aggregate (1), the moving part (6) is the first, The operation cylinder 6a and the second welder 3 which move the first and second welders 2 and 3 in the front-rear direction, respectively, in order to discharge the window 4 rebuilt by the welders 2 and 3 to the outside. ) Is composed of a drive motor 6b and a lead screw 6c to move the left and right directions.

In addition, the discharge means 7 is installed in the lower portion of the conveyor (7a) so as to raise the completed window (4) with the conveyor (7a) at a predetermined interval as shown in Figure 1c and 1d. An operating motor 7d and a chain 7e installed at the distal end of the conveyor 7a so as to drive the shanghai copper cylinder 7b and the belt 7c of the conveyor 7a to discharge the window 4 to the outside. )

On the other hand, the support portion 8 connected to the discharge means 7 is installed in the lower part of the first and second welders 2 and 3, respectively, to support the support panel 8a and the support panel 8a. It consists of a receiving bed 8b and a lower frame 8c supporting the bed 8b from below.

Then, as shown in Figure 1e, the discharge means (7) to raise the completed window (4) in the upward direction to move and fixed welding unit 9 and the longitudinal direction to receive and discharge to the conveyor (7a) The welding unit 10 is able to return to the original position in order to set the window aggregate 1 again while completely discharging the completed window 4 by reversing a predetermined amount each backward.

For example, in order to remake the window 4, the first and second welders 2 and 3 are moved to fit the size of the prepared window aggregate 1, and then the window aggregate 1 is fixed by the clamp 5b. The window 4 is rebuilt by melting the window and door aggregate 1 with the heating plate 11 and then compressing the window and door aggregate 1.

In order to maintain the shape of the window 4 thus redesigned, a predetermined cooler is placed, and then the clamp 5b of the first and second welders 2 and 3 is released as shown in FIG. While the rod 7f of the shanghai copper cylinder 7b, which is the discharge means 7 of 4), is raised to raise the window 4 together with the conveyor 7a by a predetermined interval, the first and second welders 2, 3) the rear door 4 is not obstructed from being discharged, and the chain 7e connected thereto is rotated by the operation of the operating motor 7d installed at the tip of the conveyor 7a. The window 7 is automatically discharged by driving the belt 7c.

Therefore, when the window 4 reaches the desired position by the conveyor 7a, the conveyor 7a is automatically stopped to proceed to the next process continuously.

Here, when setting the window aggregate (1) to the fusion splicer as described above, one worker can perform the regeneration and discharge of the window 4 at the same time to shorten the rework time of the window (4).

In addition, a separate motor is built into each of the first and second welders 2 and 3 connected to the conveyor 7a, so that the first welder 2 may move forward and backward only for the operation of the conveyor 7a. The second welder (3) is a structure that can be moved left and right along the lead screw (6c) and the guide rail (6d) installed in parallel with the conveyor (7a).

That is, the second welder (3) is moved back and forth to perform the welding work is the same as the first welder (2), but is moved left and right along the length of the window and door aggregate (1) and the first welder (2) The gap can be widened or narrowed.

On the other hand, the four-corner fusion machine as described above, if the welding machine installed in one corner of the conventional fusion machine failed to rewrite the window 4 as a whole, the two corners that can be produced even if the welding machine of any one corner is broken Since the welding machine can be operated by the same production method as the conventional two-corner welding machine, the damage of the welding machine can be reduced by half.

In addition, by installing a rack (not shown) for moving the window aggregate (1) to the bed (8b) on the first and second welders (2, 3) optionally, the window aggregate (1) fast to the fusion splicer You can also shorten the working time by allowing you to move faster.

As described above, according to the splicer for assembling window aggregates according to the present invention, the worker's work efficiency is improved by providing a means for automatically discharging the rebuilt windows from the splicer so that one worker can make large windows. Not only does it increase the quality and productivity.

Claims (4)

The first welder 2 and the second welder 3, which are capable of melting and compressing the window aggregate 1, are installed in pairs at the corners of the window 4, and the first and second welders (2,3) includes a clamping portion (5) for fixing the window aggregate (1) for the renovation of the window (4), and the first and second welders (2, 3) for discharging the window (4) to the outside Moving part 6 for moving the, support part 8 for fixing the welder at the bottom, and storage for temporarily storing the window aggregate (1) near the setting part in order to shorten the setting time of the window aggregate (1) In the welding machine for assembling window and door aggregate, The first and second welders 2 and 3 are provided with a discharging means 7 equipped with a conveyor 7a so as to automatically discharge the windows 4 prepared by the first and second welders 2 and 3 in the next process. Welder for assembling window aggregates, characterized in that the connection is installed. According to claim 1, The discharge means 7 has a shanghai East cylinder (7b) is provided in the lower portion of the conveyor (7a) to raise the finished window (4) with the conveyor (7a) a predetermined interval in the upward direction A welding machine for assembling window aggregates, characterized in that installed. The operating motor 7d and the chain 7e, which are adapted to drive the belt 7c of the conveyor 7a to discharge the window 4 to the outside, are provided at the front end of the conveyor 7a. A welding machine for assembling window aggregates, characterized in that installed. A fixed welding unit (9) and a longitudinally movable welding unit (10) according to claim 2, wherein said discharge means (7) is provided with a fixed window unit (9) and a longitudinally movable welding unit (10) for receiving and discharging the finished window (4) upward and then receiving and discharging it to the conveyor (7a). The back door aggregate assembly fusion splicer, characterized in that it is possible to return to the original position to reset the window aggregate (1) as well as to completely discharge the completed window (4).