KR102200214B1 - Conveyer line apparatus for convenience of assembly after cutting and processing profile of pvc windows and doors - Google Patents

Abstract

Provided is a conveyer line apparatus for convenience of assembly after a PVC window profile is cut and processed, in which an ID is printed to enable a worker to know the size of a window and whether to use a cut profile as a window leaf or a window frame when the profile, which is a raw material used for making the window, is transferred and cut and/or processed in accordance with the size of the window, such that, as the ID is read, the worker easily checks a position to be processed, the number of positions, and the like in the following working process even if the cut profiles are mixed, and thus the profiles can be automatically processed. More specifically, since the required work is performed while the profiles are transferred through a series of conveyors, the profiles required for making the window frame and the window leaf can be processed, such that precise processing and assembly can be quickly performed through automation, thereby increasing productivity. The conveyor line apparatus comprises a plurality of conveyors, drilling apparatuses, a hardware assembly apparatus, a window leaf assembly table, and a window frame discharge table.

Description

Conveyor line device for convenience of assembly after cutting and processing the profile of PVC windows {CONVEYER LINE APPARATUS FOR CONVENIENCE OF ASSEMBLY AFTER CUTTING AND PROCESSING PROFILE OF PVC WINDOWS AND DOORS}

The present invention relates to a conveyor line device for convenience of assembly after cutting and processing a profile of a PVC window, and more specifically, cutting the profile, which is a raw material, to make various processing required for window production in a series of flows. It has made it possible to increase efficiency. In particular, since ID is assigned to the profile cut to fit the size of the window, it is possible to perform necessary tasks while classifying the window pair and the window frame. I made it possible to do.

In general, PVC (polyvinyl chloride) windows are formed by cutting a long profile in the form of a length member to fit the size of the window, and then welding (fusion) two adjacent profiles to assemble a window pair and a window frame. At this time, in the profile cut to the size of a window prior to fusion bonding, various fastening holes are formed in advance so that handles, locking means, and rollers can be mounted. In the following (Patent Document 1) to (Patent Document 3), a technology for manufacturing a window or door from a profile made of PVC is disclosed.

(Patent Document 1) Korean Laid-Open Patent No. 10-2016-0031725

As the height of the gripper is adjusted, the contact between the gripper and the window profile to be transferred can be made stably, so that a window profile of various sizes can be smoothly inserted into the cutter. A body provided with a horizontal bar leading in the direction; A moving body provided with a moving block moving in a transverse direction along the horizontal bar; And a gripper that is coupled to the moving body and moves together with the moving body and pushes the end of the profile supplied to the lower portion of the moving body, and moves in the longitudinal direction on the moving block to adjust the height.

(Patent Document 2) Korean Laid-Open Patent No. 10-2017-0013663

It is configured so that the adjacent profiles can be kept in close contact with each other as they are transferred without using a cleat and are transferred to the cutter again, so that the most profiles can be placed on a conveyor of a limited length and transferred. In particular, even in the case of profiles having different widths, it is an object of the present invention to provide a profile feeding device for an automatic cutting machine in which neighboring profiles are brought into close contact with each other to secure the maximum number of transfers so that cutting operations can be easily and quickly performed. In addition, the conveyor is stopped before the profile transferred using the stopper falls on the conveyor, and the gripper grabs the front profile and operates the conveyor again as it is moved, so that the profile can be filled with the profile in close contact with the conveyor. Another object is to provide a profile feeding device for an automatic cutting machine that has a simple structure, can be easily manufactured, and can increase productivity. In addition, since this close profile can be supplied to the automatic cutting machine, one for a wide width and two to four profiles for a narrow width, cutting time can be reduced to increase productivity when processing a narrow profile. Another object is to provide a profile feeding device for an automatic cutting machine.

(Patent Document 3) Korean Patent Publication No. 10-2017-0119132

It relates to a profile cutting device having a hair fixing unit that prevents the separation of hair that is inserted into the inner surface of the profile during the cutting process of the profile forming the window, comprising: a working table having a constant height; A cutting blade disposed on the upper surface of the work table, moving forward and backward by operation of a pneumatic device or a hydraulic device, and rotating at a high speed by a motor operation to cut a profile input to the work table; A hair fixing unit that is fixedly installed adjacent to the cutting blade, and when the profile is cut by the cutting blade, a part of the profile is inserted into the inside surface of the profile to press and fix the hair hair inserted and installed on the inside surface of the profile; Include.

However, it is necessary to cut the existing profile to the size of the window and perform various tasks according to the window frame and the window pair. At this time, it is difficult to distinguish between the window frame and the window pair, and there is a problem that continuous work cannot be easily performed even in the subsequent work after separation. Occurs.

Therefore, it is necessary to transfer the finished profile separately between the process and the process, and if the transfer order of the profile is changed during this transfer, the mounting hole that needs to be processed separately between the window frame and the window pair is incorrectly processed, leading to assembly failure. I can.

Korean Patent Publication No. 10-2016-0031725 (Publication date: 2016.03.23) Korean Patent Publication No. 10-2017-0013663 (Publication date: 2017.02.07) Korean Patent Publication No. 10-2017-0119132 (Publication date: 2017.10.26)

The present invention takes these points into consideration, and when the profile, which is a raw material used for window production, is transferred and cut to fit the size of the window or processed with cutting, the ID so that the size of the window and whether to use it as a pair or a window frame Is printed, so even if the cut profile is mixed by reading this ID, the profile of the PVC window is cut and processed so that it can be automatically worked by identifying the location and work location to be easily worked in the next work process. It is an object of the present invention to provide a conveyor line device for convenience of assembly.

In particular, the present invention is configured to be able to process a profile required for manufacturing a window frame and a window pair by allowing the necessary operation to be performed in the middle of sequentially transferring these operations through a series of conveyors, so that it is possible to quickly and accurately process and assemble through automation. Another object is to provide a conveyor line device for convenience of assembly after cutting and processing the profile of the PVC window that enables productivity to be increased.

In addition, the present invention is configured to be processed immediately after transfer by placing each conveyor and processing device adjacent to each other, so the convenience of assembling after cutting and processing the profile of the PVC window that enables a smooth processing flow. Another object is to provide a conveyor line device for.

The conveyor line device for convenience of assembly after cutting and processing the profile of the PVC window according to the [Example 1] of the present invention to achieve this purpose, loads the profile (P) as a raw material to the profile (P) The first conveyor 10 to be transferred in the width direction of the; It includes a pusher 21 that processes a part necessary for assembly while moving the profile P transferred to the first conveyor 10 in the longitudinal direction, and pushes the processed profile P1 to move in the width direction. Processing cutting machine 20; A reinforcing material profile in which an ID 31 is printed while transferring the processed profile P1 pushed by the pusher 21 in the width direction, and a reinforcing material 32 is inserted into the printing profile P2 on which the ID 31 is printed ( A second conveyor 30 for transporting P3); Reinforcing material fastening device 40 for receiving the reinforcing material profile P3 and fastening and fixing the reinforcing material 32, and transferring the fastened and fixed assembly profile P4 in the opposite direction while being parallel to the processing profile P1; And a third conveyor 50 that moves the assembly profile P4 with a pusher 51 to move in the width direction, and guides the reinforcement profile P3 to be loaded by moving in the opposite direction. It is characterized.

In addition, the conveyor line device for convenience of assembly after cutting and processing the profile of the PVC window according to [Example 2] of the present invention, by loading the raw material profile (P) in the width direction of the profile (P) A first conveyor (100a) for transferring; A processing cutter 200 for obtaining a first profile Pa by cutting the profile P so that it can be welded to fit the width of the window and printing the ID 31 on the first profile Pa; A second conveyor (100b) that transfers the first profile (Pa) in the width direction, and transfers the first profile (Pa) in a direction opposite to the first conveyor (100a); While moving the first profile (Pa) in the longitudinal direction parallel to the raw material profile (P), the second profile (Pb) is formed by processing the drain hole and the roller hole by dividing the window pair and the window frame based on the ID 31. A first hole processing apparatus 300a obtained; A third conveyor that transfers in the same direction as the second conveyor 100b, but obtains a third profile Pc by inserting at least one reinforcing material S while transferring the second profile Pb in the width direction. 100c); The reinforcement member S is integrally fixed to the third profile Pc to obtain a fourth profile Pd, and the fourth profile Pd is parallel to the second profile Pb and transferred in the opposite direction. Screw fastening device 400; While transferring the fourth profile Pd in the opposite direction while being parallel to the second profile Pb, through the ID 31, the fourth profile Pd to be used for the window pair is selected to penetrate the anchor hole for window construction. A second hole processing apparatus 300b for forming the formed fifth profile Pe; After transferring the fourth profile Pd and the fifth profile Pe not processed by the second hole processing apparatus 300b in the width direction in the same direction as the third conveyor 100c, the second A direction change conveyor 100d for transferring in the longitudinal direction parallel to the profile Pb; Among the profiles transferred through the direction change conveyor (100d), a fourth profile (Pd) used as a window or door through the ID (31) is classified and transferred in the width direction, but the third conveyor (100c) and A fourth conveyor 100e transferring in the same direction; A third hole processing device (300c) for forming a hole for mounting a handle in the fourth profile (Pd) transferred to the fourth conveyor (100e); A hardware assembly device 500 for obtaining a sixth profile Pf by assembling at least one of a roller and an autolock on the fourth profile Pd transferred to the fourth conveyor 100e; A fifth conveyor (100f) transferring the sixth profile (Pf) in the same direction as the fourth conveyor (100e); A window panel assembly table 600 for completing and discharging the window panel profile Pg by inserting the mohair into the sixth profile Pf transferred to the fifth conveyor 100f; And a seventh profile Pe used as a window frame through the ID 31 among the profiles transferred to the direction change conveyor 100d, and transferred in the width direction, but in the same direction as the fifth conveyor 100f. It characterized in that it comprises a; window frame discharge unit 700 to be transferred to.

The conveyor line device for convenience of assembly after cutting and processing the profile of PVC windows according to the present invention has the following effects.

(1) If a profile, which is a raw material, is inserted, it is cut to fit the size of the window pair and the window frame, and the cut profile is configured so that other work necessary for the production of the window can be sequentially performed, thereby increasing work efficiency.

(2) In particular, since the ID is printed directly on the cut profile so that the ID can be identified in other work processes, the mounting position of the roller, the mounting position of the handle, the mounting position of the windshield, etc. Since you can easily check the location and work on the designated location, it can be automated while increasing work efficiency.

(3) At this time, since the ID is printed by a laser printing method, it is possible to easily print it anywhere, read it whenever necessary, and easily check and work on a work position required for a window.

[Fig. 1] is a plan view schematically showing the overall configuration of a conveyor line device for convenience of assembly after cutting and processing a profile of a PVC window according to [Example 1] of the present invention.
[Fig. 2] is a plan view schematically showing the overall configuration of a conveyor line device for convenience of assembly after cutting and processing a profile of a PVC window according to [Example 2] of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings. Prior to this, terms or words used in the specification and claims should not be construed as being limited to their usual or dictionary meanings, and the inventor should appropriately define the concept of terms in order to describe his own invention in the best way. It should be interpreted as a meaning and concept consistent with the technical idea of the present invention according to the principle that it can be.

Therefore, the embodiments described in the present specification and the configurations shown in the drawings are only one of the most preferred embodiments of the present invention, and do not represent all the technical spirit of the present invention, and thus various equivalents that can replace them at the time of the present application And it should be understood that there may be variations.

A conveyor line device for convenience of assembly after cutting and processing the profile of the PVC window according to [Example 1] of the present invention, as shown in [Fig. 1], a first conveyor 10, a processing cutter 20 , A second conveyor 30, a reinforcement fastening device 40, and a third conveyor 50.

In particular, since this configuration is connected to be made in a series of flows so that the profile P can be moved and various tasks required for windows and doors can be performed, it is possible to increase production efficiency while being safe through automation.

In addition, by giving an ID 31 to the profile P1 cut to fit the size of the window by the processing cutter 20, whether this profile P1 is used for a window pair or a window frame, and As the mounting holes for mounting hardware and the like are different depending on the window frame, it is possible to easily and accurately know the mounting position so that the work efficiency can be increased and the work can be carried out in an accurately determined position.

Hereinafter, this configuration will be described in more detail with reference to the accompanying drawings. Here, the reference numeral "P" denotes a profile used as a raw material for the manufacture of windows, and the reference numeral denoted by "P+number" among the reference numerals denotes a profile that is cut according to each process and a separate processing is applied in the next process. It is to distinguish. In addition, when the profile is transferred in the width direction (or length direction) and the transfer direction changes in the length direction (or width direction), it can be easily pushed through a pusher so that it can be transferred to a neighboring conveyor, or a roller conveyor and a belt Anyone in the technical field to which the present invention belongs can easily know that the conveying direction can be easily changed by combining the conveyor.

end. First conveyor

As shown in FIG. 1, the 1st conveyor 10 is a conveyor for supplying the profile P which is a raw material used for window manufacturing. At this time, the profile P is supplied to the processing cutter 20 to be described later in the longitudinal direction, and the first conveyor 10 moves the profile P in the width direction, and then the processing cutter When transferring to (20), it is desirable to arrange it so that it can move in the longitudinal direction.

This, as shown in Fig. 1, uses a belt conveyor to supply the profile P in the width direction from the side of the processing cutter 20, so that the conveyor line device according to the present invention does not lengthen, while several profiles ( It is to put P) on the first conveyor 10 and supply it stably.

I. Processing cutting machine

As shown in Fig. 1, the processing cutter 20 forms a processing profile P1 by processing the profile P transferred through the above-described first conveyor 10 into a predetermined shape or cutting it into length. It is a device for processing and cutting two adjacent processing profiles P1 to be fused into one by chamfering both ends of the processing profile P1 at a predetermined angle.

In a preferred embodiment of the present invention, the processing cutter 20, as shown in Fig. 1, can perform various processing on the profile P supplied through the above-described first conveyor 10 to a predetermined standard and position. It is desirable to be configured to be able to. For example, the processing cutter 20 distinguishes whether the profile P is to be used for a window pair or a window frame, and accordingly, a drain hole, a handle hole, a position marking of the wind plate, an assembly position of a roller, a welding surface At least one of the cutting, and the assembly position of the part is processed or cut. For example, when the profile (P) is used as a window frame, the location of the drainage hole and the windpipe, or the location to assemble other parts are marked or processed in advance, and when used as a window pair, the assembly location of the roller, the location of the handle and other The assembly position of the part is marked or processed in advance.

Here, the processing cutter 20 should also include a process of cutting both ends at an appropriate angle so that it can be fused (welded) into a window frame or a window paired shape, anyone in the technical field to which the present invention belongs can easily You will know. The cutting for fusion at this time is to chamfer the ends of each processing profile P so that the angle formed by two adjacent processing profiles P is bisected. Since these chamfers are usually the case where two adjacent processing profiles P constituting a window form a right angle, the chamfer angle is most preferably formed at a 45° angle around the length of the processing profile P. .

On the other hand, as shown in Fig. 1, the processing profile P1 cut in this way is moved to the second conveyor 30 to be described later, and the remaining profile P'remaining after cutting with the processing profile P1 is a processing profile ( It is preferable that the discharge is configured to be discharged opposite to the direction traveling in the width direction of P1).

In addition, the processing cutter 20, which forms the processing profile P1 by cutting the profile P to the length of the window as described above, uses a roller conveyor so that the profile P moves in the longitudinal direction, as shown in Fig. 1, It is configured to be easily cut to the length of the processing profile (P1) according to the length of the window.

The processing profile P1 processed by the processing cutter 20 in this way passes through the processing cutter 20 while moving in the longitudinal direction, as shown in [Fig. 1], and a pusher 21 that operates when pushed with an actuator such as a cylinder When the width direction of the processing profile P1 is pushed through the back, it is transferred to the second conveyor 30 and in the width direction of the processing profile P1.

All. 2nd conveyor

As shown in Fig. 1, the second conveyor 30 is configured to transfer the above-described processing profile P1 in the width direction so that several at a time can be transferred sequentially.

Particularly, on the second conveyor 30, as shown in FIG. 1, it is preferable to print the ID 31 on the processing profile P1 with a printing machine to produce the printing profile P2. In this case, the ID 31 is preferably printed on the surface of the processing profile P1 through a laser printing machine, most preferably in an inconspicuous place from the outside when the windows are assembled.

This ID 31 is configured so that it is possible to know whether the processing profile P1 is to be used for a window pair or a window frame, the size (or standard) of the window, etc. The number and location of several handle mounting holes at the location, the number and location of drainage holes for draining rainwater, etc., and the location to assemble the rollers acting on the guides, etc., make it possible to know all the working positions necessary for the manufacture of windows. In this way, the processing that can be obtained through the ID 31 enables the processing and cutting information to be known at a predetermined position according to the type and size of the window in the processing cutter 20 described above.

In a preferred embodiment of the present invention, the ID 31 is formed as a table by pre-determining the size and type of windows, the handle fixing position, the mounting position and number of windshield plates, and the roller assembly position in one ID. By configuring the profile (P1) cut by the cutter to give the ID (31) of the corresponding window, it is desirable to configure it so that anyone can easily and quickly identify these various work positions by simply reading the ID to perform the next work. Do.

In addition, in a preferred embodiment of the present invention, the second conveyor 30 allows the reinforcing member 32 to be inserted during the transfer of the printing profile P2, as shown in FIG. 1. At this time, the second conveyor 30 transfers the printing profile P2 in the width direction, but it is preferable to control the speed at which the reinforcing material 32 can be inserted during the transfer.

And in a preferred embodiment of the present invention, it is preferable that the second conveyor 30 is installed in parallel with the first conveyor 10 and configured to transfer the profile in the same direction as shown in FIG. 1 Do.

la. Reinforcing material fastening device

The reinforcing material fastening device 40 receives the reinforcing material profile (P3) into which the reinforcement material 32 is inserted while being transferred through the second conveyor 30 described above, as shown in [Fig. 1], and performs the work necessary for assembling the window. It is a means to do.

That is, to the reinforcing material fastening device 40, as shown in FIG. 1, the reinforcing material profile P3 is supplied, and the reinforcing material 32 is fastened and fixed. Such a reinforcing material fastening device 40 is manufactured by a conventional technique used in the technical field to which the present invention belongs, and the fastening position and the number of screws or screws may vary according to the length of the reinforcing material profile P3. It will be readily apparent to anyone skilled in the art to which the present invention belongs. By pre-inputting such a fastening position and number into the above-described ID 31, the reinforcement fastening device 40 may be automatically used.

The reinforcing material fastening device 40 made in this way moves the finishing profile P4 in which the reinforcing material 32 is fixed to the reinforcing material profile P3 in the longitudinal direction as shown in FIG. 1. At this time, the finishing profile (P4) is configured to be transported along the longitudinal direction in the opposite direction while being parallel to the printing profile (P2) described above, so that the work flow is made smoothly for the minimum area when the conveyor line is arranged. It is desirable to be able to.

hemp. 3rd conveyor

The third conveyor 50, as shown in FIG. 1, is a conveyor that guides the above-described finishing profile P4 to be transferred and loaded. Accordingly, the third conveyor 50 uses a belt conveyor that allows the finishing profile P4 to be transferred in its width direction, thereby allowing several finishing profiles P4 to be transferred, and stacking several at a time to It can be transferred to the next process at once.

At this time, the finishing profile (P4) passes through the reinforcement fastening device 40 while moving along the longitudinal direction, as shown in [Fig. 1], and thereafter, the cylinder and the cylinder so that it can move in the width direction of the finishing profile (P4). When the same actuator is pushed, it moves to the third conveyor 50 through a pusher 51 or the like, and the finishing profile P4 is configured to move in its width direction.

In a preferred embodiment of the present invention, the third conveyor 50, as shown in [Fig. 1], transfers the finished profile P4 in the width direction, but can be transferred in the opposite direction to the second conveyor 30. By arranging it so that it is possible to minimize the conveyor arrangement as well as the work being carried out while transferring the profiles in sequence according to the work flow.

In the present invention made as described above, since cutting and processing are sequentially performed while the profile passes through the conveyor, productivity can be increased through automation. In particular, the ID is printed on the cut profile, and the use of the profile, the location to be processed, and the location of the profile can be identified through this ID, making it easy to identify the working location that varies depending on the size of the window and work at the exact location do.

A conveyor line device for convenience of assembly after cutting and processing the profile of the PVC window according to [Example 2] of the present invention, as shown in [Fig. 2], a first conveyor (100a), a processing cutter (200) , Second conveyor (100b), first hole processing device (300a), third conveyor (100c), screw fastening device (400), second hole processing device (300b), direction change conveyor (100d), fourth conveyor (100e), a third hole processing device (300c), a hardware assembly device 500, a fifth conveyor (100f), a window frame assembly 600, and a window frame discharging table 700.

In particular, [Embodiment 2] of the present invention, similarly to [Example 1], allows a series of tasks to be carried out sequentially while moving sequentially so that work efficiency and automation can be performed. In addition, through ID identification, window frames and windows The pair is divided, and the work position, location, and type of work can be easily known from these window pairs and window frames, so that they can work quickly at the exact location.

Hereinafter, this configuration will be described in more detail with reference to the accompanying drawings. Here, the reference numeral "P" denotes a profile used as a raw material for the manufacture of windows, and the reference numeral denoted as "P + lowercase" among the reference numerals is a profile in which each profile is cut according to each process and a separate processing is applied in the next process. It is to distinguish between.

end. First conveyor

The first conveyor 100a is a conveyor for supplying the profile P, which is a raw material, to a processing cutting machine 200 to be described later, as shown in FIG. 2. In particular, since the first conveyor 100a uses a belt conveyor capable of transferring the profile P in the width direction, it is preferable to be configured to continuously supply multiple profiles P at a time.

I. Processing cutting machine

As shown in [Fig. 2], the processing cutter 200 receives the above-described profile P and moves it in the longitudinal direction while chamfering both ends at a predetermined angle. (Pa) is obtained. Here, the processing cutter 200 is of the same configuration as the processing cutter 20 of the above-described [Example 1], so a detailed description thereof will be omitted. In addition, the processing cutter 200 may process or cut at least one of a drain hole, a handle hole, a position marking of a wind paper plate, an assembly position of a roller, a cutting of a welding surface, and a component assembly position.

At this time, the processing cutter 200, as shown in [Fig. 2], prints the ID 31 on the first profile (Pa) obtained by cutting, and the ID 31 printed in this way is another configuration according to the present invention When processing in, it is used to distinguish whether the profile is a window frame or a window pair, or to distinguish between a window pair or a window frame. Since the ID 31 has the same configuration as the ID 31 described in [Embodiment 1] described above, a detailed description thereof will be omitted.

All. 2nd conveyor

The second conveyor 100b is a conveyor for transferring the first profile Pa processed by the processing cutter 200 described above in the width direction. In this case, the second conveyor 100b is disposed so that the first profile Pa is parallel to the profile P and can be transferred in the opposite direction.

la. 1st hole processing device

The first hole processing apparatus 300a, as shown in FIG. 2, allows the first profile Pa to be conveyed in the longitudinal direction, and in particular, by forming a drain hole and a roller hole in the first profile Pa It is a processing apparatus manufactured by a conventional technique for manufacturing the second profile Pb. At this time, the first hole processing device 300a processes a drain hole for discharging rainwater to the outside when the first profile Pa is used for the window frame through the ID 31, and the first profile Pa When it is used for this window pair, it is made to process a hole with a rolling roller.

Accordingly, the first hole processing apparatus 300a first checks whether the first profile Pa is to be used for a window pair or a window frame, as shown in [Fig. 2], and a first profile to be used for a window pair A roller hole is formed in the case of (Pa), and a drain hole is formed in the case of the first profile Pa to be used for the window frame to process the second profile Pb. At this time, it is preferable to configure the position and number of the drain hole and the roller hole to be quickly processed at the predetermined position by setting the ID 31 in advance.

In the first hole processing apparatus 300a, as shown in FIG. 2, a third conveyor 100c, which will be described later, is transferred by pushing the second profile Pb moving in the longitudinal direction with a pusher 310.

hemp. 3rd conveyor

The third conveyor 100c is a conveyor for obtaining the third profile Pc by inserting the reinforcing material S while transporting the second profile Pb in the width direction as shown in FIG. 2.

In particular, the third conveyor 100c uses a belt-type conveyor capable of transferring the second profile Pb in the width direction, so that it is possible to transfer several second profiles Pb at a time. In addition, the reinforcing material (S) is easily inserted into the second profile (Pb) along the lengthwise direction during transport, so that the second profile (Pc) can be obtained.

At this time, the third conveyor (100c) is configured to be able to transfer the profile in a direction parallel to the second conveyor (100b), but the third profile (Pc) can be transferred in the same width direction as the second profile (Pb). It is desirable to configure it.

bar. Screw tightening device

The screw fastening device 400 is a fourth profile in which a reinforcing material (S) is integrally fixed by fastening a screw to the third profile (Pc) transferred through the third conveyor (100c) as shown in [Fig. 2] It is an apparatus manufactured by a conventional technique for obtaining (Pd).

In particular, the screw fastening device 400, as shown in [Fig. 2], after fastening the screw, the fourth profile (Pd) is transferred in the longitudinal direction. In this case, the fourth profile Pd is configured to be transferred in parallel and opposite to the traveling direction of the second profile Pb described above.

four. 2nd hole processing device

The second hole processing device 300b is a processing device manufactured by a conventional technique for processing an anchor hole for fastening the anchor to the fourth profile Pd, as shown in FIG. 2. At this time, since the anchor construction hole only needs to be formed in the window frame, holes for anchor construction are formed only in the fourth profile Pd recognized as the window frame through the ID 31, and the fourth profile Pd recognized as a window pair. Let it pass.

The second hole processing apparatus 300b uses a device manufactured by a conventional technique used in the technical field to which the present invention belongs, and in particular, a fourth profile used for manufacturing a window frame through the above-described ID 31 ( For Pd) only, an anchor construction hole is formed.

Therefore, the second hole processing device 300b, as shown in Fig. 2, the fourth profile Pd fixing the reinforcing material through the above-described screw fastening device 400 is parallel to the above-described second profile Pb. The fifth profile (Pe) is obtained by identifying the fourth profile (Pd) corresponding to the window frame among the fourth profiles (Pd) transferred in this way and forming an anchor construction hole. You will be able to. At this time, the remaining fourth profile Pd and the fifth profile Pe identified as described above are changed in direction through a direction change conveyor 100d, which will be described later.

Hereinafter, the fifth profile (Pe) is the fourth profile (Pd) is a profile in which an anchor construction hole is formed among profiles fastened with the screw fastening device 400 by inserting a reinforcing material, and the fourth profile (Pd) is a reinforcing material. It refers to a profile in which an anchor construction hole is not formed among the inserted and fastened profiles.

Ah. Turning conveyor

As shown in FIG. 2, the direction change conveyor 100d transfers the fourth profile Pd with screws and the fifth profile Pe having anchor construction holes in the width direction, and then again the second It is a conveyor that changes direction so that it can be transported in the same direction while being parallel to the profile Pb.

That is, since the fourth profile Pd is operated while passing through the screw fastening device 400 and the second hole processing device 300b in the longitudinal direction, the length of the conveyor line device according to the present invention may be lengthened. Accordingly, by using the direction change conveyor 100d, as shown in FIG. 2, the moving directions of the fourth profile Pd and the fifth profile Pe are changed. To this end, the direction change conveyor 100d is a fourth profile Pe drawn out from the second hole processing device 300b along the lengthwise direction and the fourth The profile Pd is pushed by the pusher 120 so that it moves in the width direction, and then moves in the same direction parallel to the above-described second profile Pb.

Therefore, the direction change conveyor (100d), as shown in [Fig. 2], the fourth and fifth profiles (Pd, Pe) through the belt conveyor to move in the width direction, and again can be moved in the longitudinal direction through the roller conveyor. To be guided.

character. 4th conveyor

The fourth conveyor 100e is, as shown in FIG. 2, among the fourth and fifth profiles Pd and Pe which are conveyed in the longitudinal direction through the above-described direction change conveyor 100d, a fourth used for a pair of windows and doors. It is a conveyor for identifying the profile Pd using the ID 31 and assembling rollers, locking devices, and handles.

To this end, the fourth conveyor 100e is, as shown in FIG. 2, a fourth profile Pd used for a pair of windows and doors among profiles that are transferred in the longitudinal direction through the direction change conveyor 100d using a pusher. Is identified, and the fourth profile Pd is arranged to be transportable in the width direction. At this time, the fourth conveyor 100e is disposed so that the fourth profile Pd can be transferred in the same direction as the third conveyor 100c described above.

car. 3rd hole processing device

The third hole processing device 300c is a conventional technique used in the technical field to which the present invention belongs, such as the first and second hole processing devices 300a and 300b described above, as shown in FIG. It is a device to form a hole to be used when attaching a handle, etc.

The third hole processing apparatus 300c receives the correct mounting position in consideration of the type of window and the shape and shape of the handle, etc., determined through the ID 31 and is arranged to form the mounting hole at the predetermined position.

K. Hardware assembly device

The hardware assembly device 500, as shown in Fig. 2, is disposed at the end of the above-described fourth conveyor 100e to mount hardware used for windows, such as rollers and auto locks, on a fourth profile Pd to be used for a pair of windows and doors. Thus, the sixth profile Pf is assembled, and the assembled sixth profile Pf can be transferred in the longitudinal direction.

Here, a device used for assembling hardware used for windows and doors, such as the roller and the auto lock, is made of a conventional technique used in the technical field to which the present invention belongs.

Get on. 5th conveyor

As shown in FIG. 2, the fifth conveyor 100f is disposed so that the sixth profile Pf assembled by the hardware assembly device 500 described above can be transported in parallel with the fourth conveyor 100e.

wave. Window Assembly table

The window panel assembly 600 is attached to the end of the fifth conveyor 100f described above, as shown in Fig. 2. In this case, the window panel assembly 600 inserts the mohair into the transferred sixth profile Pf so that the window pair can be fused (welded).

Ha. Window frame outlet

Window frame discharge stand 700, as shown in Figure 2, by forming an anchor construction hole among the fourth profile (Pd) transferred through the above-described direction change conveyor (100d), a fifth profile ( Pe) can be loaded in the width direction by using a pusher.

To this end, the window frame discharge stand 700, as shown in [Fig. 2], constitutes a conveyor to be transported in the width direction by pushing the fourth profile Pd in the same direction as the above-described fifth conveyor 100f. And, it is configured to be able to load the transferred fourth profile (Pd) at the end of the conveyor.

The fourth profile (Pd) loaded in this way is transported to a device that welds (welds) the windows and is used to manufacture the window frame.

As described above, in the present invention, the profile used for window production is cut to an appropriate length, and then the type of window, the location of the work, and the type of work are classified through the ID and transferred in order to perform the necessary work. In addition to being able to automate the process of assembling windows, it is possible to assemble them smoothly in the state necessary for assembling windows while moving along a specific path.

10: first conveyor
20: processing cutting machine
30: second conveyor
40: reinforcing material fastening device
50: third conveyor
100a, 100b, 100c, 100e, 100f: 1st, 2nd, 3rd, 4th, 5th conveyor
100d: turning conveyor
200: processing cutter
300a, 300b, 300c: first, second and third hole processing apparatus
400: screw fastening device
500: hardware assembly device
600: window panel assembly
700: window frame outlet

Claims (5)

delete delete delete A first conveyor (100a) for loading the raw material of the profile (P) in the width direction of the profile (P);
A processing cutter 200 for obtaining a first profile Pa by cutting the profile P so that it can be welded to fit the width of the window and printing the ID 31 on the first profile Pa;
A second conveyor (100b) that transfers the first profile (Pa) in the width direction, and transfers the first profile (Pa) in a direction opposite to the first conveyor (100a);
While moving the first profile (Pa) in the longitudinal direction parallel to the raw material profile (P), the second profile (Pb) is formed by processing the drain hole and the roller hole by dividing the window pair and the window frame based on the ID 31. A first hole processing apparatus 300a obtained;
A third conveyor that transfers in the same direction as the second conveyor 100b, but obtains a third profile Pc by inserting at least one reinforcing material S while transferring the second profile Pb in the width direction. 100c);
The reinforcement member S is integrally fixed to the third profile Pc to obtain a fourth profile Pd, and the fourth profile Pd is parallel to the second profile Pb and transferred in the opposite direction. Screw fastening device 400;
While transferring the fourth profile Pd in the opposite direction while being parallel to the second profile Pb, through the ID 31, the fourth profile Pd to be used for the window pair is selected to penetrate the anchor hole for window construction. A second hole processing apparatus 300b for forming the formed fifth profile Pe;
After transferring the fourth profile Pd and the fifth profile Pe not processed by the second hole processing apparatus 300b in the width direction in the same direction as the third conveyor 100c, the second A direction change conveyor 100d for transferring in the longitudinal direction parallel to the profile Pb;
Among the profiles transferred through the direction change conveyor (100d), a fourth profile (Pd) used as a window or door is separated through the ID (31) and transferred in the width direction, but the third conveyor (100c) and A fourth conveyor 100e transferring in the same direction;
A third hole processing device (300c) forming a hole for mounting a handle in the fourth profile (Pd) transferred to the fourth conveyor (100e);
A hardware assembly device 500 for obtaining a sixth profile Pf by assembling at least one of a roller and an autolock on the fourth profile Pd transferred to the fourth conveyor 100e;
A fifth conveyor (100f) for transferring the sixth profile (Pf) in the same direction as the fourth conveyor (100e);
A window panel assembly table 600 for completing and discharging the window panel profile Pg by inserting the mohair into the sixth profile Pf transferred to the fifth conveyor 100f; And
Among the profiles transferred to the direction change conveyor (100d), the seventh profile (Pe) used as a window frame is classified through the ID (31) and transferred in the width direction, but in the same direction as the fifth conveyor (100f). A conveyor line device for convenience of assembling after cutting and processing the profile of a PVC window, characterized in that it includes;
In claim 4,
The ID printing,
A conveyor line device for convenience of assembly after cutting and processing the profile of PVC windows and doors, which are printed with a laser printing machine.

Images