KR20100032062A - Accessories setting machine - Google Patents

Abstract

PURPOSE: An accessory setting machine is provided to automatically supply accessories to a pressing device after arranging and supplying a large number of the accessories and to reduce failures rates when the accessories are attached. CONSTITUTION: An accessory setting machine comprises the following: a table(1); an automatic arranging and supplying device(20) arranging and supplying accessories and arranged on one side of the table; a support(50), on which a curved fixture(51) is fixed on the top, located at a predetermined location on the table; and a pressing device(10) fixing the accessories on an object by pressurizing the accessories to the top of the support. The pressing device is installed on the table by a support stand(100). The pressing device includes an up and down driving cylinder(11), a pressurizing cylinder, a front and back driving cylinder(12), and a front and back piston.

Description

Frow sticking machine {ACCESSORIES SETTING MACHINE}

The present invention relates to a grimacing device for automatically attaching grimacing, which is a kind of decorative tool for imparting a three-dimensional decoration to fabrics such as clothing, and more particularly, grimacing by frowning means by storing a large amount of frowning in an automatic alignment supply device. According to the pressing direction can be automatically supplied to the pressurizing device for pressing the sulcus, and the suction and pressurization of the sulcus does not occur at the same time relates to a sulcus attachment is made sequentially.

One of the ornaments for imparting a three-dimensional decoration to fabrics such as clothing (hereinafter referred to as 'skin attachments') is referred to as so-called sul, which is a hemispherical and two or four pointed wedges. It has a variety of sizes and uses a pom attachment that automatically attaches these flakes.

In general, the conventional sulcus attachment is to press the sulcus on the skin complexes, so that the wedge of the sulcus is bent inward through the skin complex, so that the sulcus is fixed to the skin complex.

Conventional sulcus attachment is called the 'bik' to store the sulcus is integrally coupled to the back of the pressurization device, the turning means is formed with a spiral groove formed so that the wedge of the sulcus into the pressurization device downwards And are coupled by a plurality of separate coupling plates between the pressurizing device.

Such a conventional sulcus attachment has a problem that the turning means for the wedge downwards is made of a spiral groove, the supply is not smooth from the barrel to the pressurizing device, the productivity is reduced due to excessive failure rate.

In addition, in the case of using a rim having a different size, the conventional rim attachment has to separate all the coupling plates in which the pivot means is located between the barrel and the pressurizing device, and has a helical groove corresponding to the size of the corresponding rim. It had to be replaced by a turning means.

In addition, the pressurized bundle coupled to the pressurizing device is also replaced according to the size of the shim. The pressurized mass is separated together with the joining plate to which the pivoting means is coupled. Discomfort followed.

In addition, the conventional sulcus attachment is pressurized at the same time as the adsorption, thereby applying a pressure in the state where the sulcus is not accurately adsorbed to the center of the pressurized bunch was generated a lot of defect rate.

SUMMARY OF THE INVENTION An object of the present invention is to provide a sulcus attacher which can automatically supply a sulcus in an automatic alignment supply device and automatically supply the sulcus to a pressurizing apparatus that presses the sulcus by the reversing means.

In addition, the pressurizing device which sucks and presses the sulcus is moved horizontally by the operation of the forward and backward driving cylinders and the up and down driving cylinders so that the pressurizing action is performed by moving vertically to a position where the pressurizing device is pressurized while being stably adsorbed. In other words, the adsorption and the pressurizing action does not occur at the same time to occur in order to provide a grim attachment device that can reduce the defect rate of grim adhesion.

In addition, the pressure mold is detachably coupled to the pressure piston so that it can be easily replaced with the specifications according to the size and shape of the sul, and a stable posture can be taken when adsorbing the sul and pressing the sul. Does not provide a grim attachment.

In addition, the grim receptacle is connected to the automatic alignment supply device fed sul is provided to provide a rim attachment that can be adjusted to the size and height of the sul by the input plate forming plate.

In addition, without providing a significant structural change to the existing automatic alignment supply (PART'S FEEDER) that is widely used to provide a rim attacher configured by installing a reversing means for inverting the wedge of the sulcus down. have.

In addition, the pressure piston is coupled to the front and rear slide bar, the vertical slide bar, the slide coupling member, and the vertical movement without shaking when reciprocating in the vertical direction and the front and rear direction by the sequential operation of the up and down drive cylinder and the forward and backward drive cylinder In the state to move in the horizontal direction to the adsorption action, and when the pressurized to provide a grim attachment that the center line of the pressing mold always maintains a vertical line.

In addition, there is provided a sorting path for the rim to be inverted by the air injection port, which is a reversal means to form a line to ride on the guide rail, this sorting path using a sorting path spacing control member to fit the size of the sul To provide an adjustable grim attachment.

In addition, the bending support for supporting the wedges of the sulking to be bent at the back of the skin complex is fixed to the adjustment member of the pedestal having a groove according to the size of the sulting at regular intervals, the bending paper corresponding to the sul to be attached The wedges of the freckles are bent at the back of the skin complex by pushing or removing the adjustment member in the forward and backward directions so that the earth's position matches the position on the center line of the pressing mold. Is to provide a grim attachment that is very neat.

According to the present invention for achieving the above object is attached to the table, table; An automatic alignment supply device disposed on one side of the table and configured to supply a wedge having a wedge penetrating through the skin complex and bent at the back of the skin complex so that the wedge faces downward; A pedestal, which is positioned at a predetermined portion of the table and has a bending support fixed to an upper surface thereof to allow the wedge to be bent while the wedge abuts when pressing the upper portion of the frown; It is characterized in that it comprises a pressing device for fixing the sulcus to the skin complex by pressing the sulcus from the upper portion of the pedestal to move the adsorbed after the sulcus supplied from the alignment supply device.

In addition, the pressing device is installed by a support fixed to the table, the support, the side member formed in the 'b' shape arranged on both sides at a predetermined interval in the left, right direction; A front fixing member fixed to the front at an upper portion between the side members; A rear fixing member fixed at a position away from the front fixing member by a predetermined length; The guide rod is connected to the front and rear direction between the front fixing member and the rear fixing member, and is composed of a moving member coupled to the guide rod and movable in the front and rear direction, and the pressing device is fixed to the moving member vertically. Up and down drive cylinders; A pressure piston coupled through the vertical direction of the moving member and extended and contracted by the vertical driving cylinder, and configured to suck and press the sulcus; A front and rear drive cylinder fixed horizontally at the rear of the rear fixing member; It extends and contracts by the front and rear drive cylinder, characterized in that it comprises a front and rear moving piston which is fixed to the moving member through the rear fixed member.

In addition, the automatic alignment supply device can store a large amount of the rim, the bowl is formed with a rising induction road so that the wedge of the rim is aligned upward while gradually progressing upward by the vibration. The guide rail is connected to the end of the, and the wedge of the sul is made of an induction rail to be carried on, the air injecting air to the rim aligned in the end position with the induction direction, the wedge of the sul is turned upside down to the induction rail It characterized in that it comprises a reversing means to be seated on the grimace.

In addition, the pressing mold coupling body is coupled to the lower end of the pressure piston, the suction hole is formed in communication with the inner hole of the pressure piston and has a pressure rod extending downward to apply pressure to the grim; And a press mold moving body spaced apart from the press mold coupling body and coupled to a spring, and having a through hole formed therein in a vertical direction so that the tip end of the press rod is located inside the through hole. In the state where the tip of the pressure bar is located in the through hole of the moving body is sucked by the air negative pressure applied to the suction hole, the pressure mold moving body is brought into the pressure mold coupling body while contacting the skin complex As the moving bar is adsorbed on the tip of the pressure bar is exposed to the outside in the through-hole of the pressure mold moving body, the pressure bar is characterized in that to press the rim.

In addition, the side of the side member of the side member includes a sul jjok leading to the lower space, the sul jim, including the size of the sul connected to the supplied from the automatic alignment supply device in the state where the wedge is downward An input path is formed to have a depth suitable for the height of the input path, and the input path is formed by the first and second input path forming plates that are detachably coupled, so that the input path is made to be adjusted according to the size and height of the mold. It is done.

In addition, the vertical slide bar coupled along the vertical direction of the outer peripheral surface of the pressure piston; A slide coupling member coupled to the upper and lower slide bars, the slide coupling member supporting the pressure piston so as to move in a vertical direction when the pressure piston is extended and contracted; Front and rear slide bars coupled in the front and rear directions on the inner side of one side member facing the upper and lower slide bars; It is coupled to the front and rear slide bar, characterized in that it further comprises a slide coupling member integral with the slide coupling member so that the pressure piston is moved in the horizontal direction when the expansion and contraction of the front and rear movement piston.

In addition, the inverted by the reversing means is selected by the inverting means further comprises a sorting path to form a line to get on the guide rail, the sorting path by the sorting path spacing member having an 'L' shaped cross section Characterized in that it can be adjusted so that the gap does not interfere with the progress of the frown.

The apparatus may further include suction position adjusting means positioned on the front side of the sul in the sulting feeder so as to adsorb only one sul, the suction position adjusting means being left and right on an inner side of the one side member. Left and right adjusters coupled to be adjustable in the direction; A rotary shaft hinged in the vertical direction of the left and right adjusters; An adjustment piece connected in a horizontal direction from a lower portion of the rotating shaft and having a pressing mold front support surface formed on a front surface thereof; And a spring coupled around the rotating shaft to be restored to its original state after the adjusting piece is rotated based on the rotating shaft.

According to the present invention, since a large amount of sul is stored in the automatic alignment supply device and can be automatically supplied to the pressurizing device which presses the sul in accordance with the direction in which the sul is pressed by the reversing means, the working time can be shortened accordingly. As efficiency improves, productivity can be maximized and labor cost can be reduced, resulting in quality improvement and cost reduction.

In addition, since the pressurizing device which sucks and presses the sulcus moves in the horizontal direction by the operation of the front and rear drive cylinders and the vertical drive cylinder, moves in the vertical direction to the position to pressurize in a state where it is stably adsorbed, that is, As the adsorption and pressurization actions are performed at the same time instead of at the same time, the failure rate of the adhesion can be reduced.

In addition, the pressure mold is detachably coupled to the pressure piston so that it can be easily replaced with the specifications according to the size and shape of the sul. When the sul is absorbed, it is adsorbed on the front end surface of the pressure rod inside the through hole of the pressure mold. As a result, a stable posture is applied when pressing the frown so that no defect occurs.

In addition, the grim receptacle fed from the automatic alignment supply device is supplied with the sulcus can be adjusted to the size and height of the sulcus by the input plate forming plate spacing and depth.

In addition, it is possible to easily install a reversing means for reversing the wedge of the frown without changing the structure of the existing automatic alignment supply (PART'S FEEDER) widely used conventionally, reversing means An air jet port for injecting air can be used.

In addition, the pressure piston is coupled to the front and rear slide bar, the vertical slide bar, the slide coupling member, and the vertical movement without shaking when reciprocating in the vertical direction and the front and rear direction by the sequential operation of the up and down drive cylinder and the forward and backward drive cylinder It moves to the horizontal direction in the state to the adsorption action, and during pressurization, the center line of the pressing mold always maintains a vertical line.

In addition, there is provided a sorting path for inverting the rim inverted by the air injector, which is a reversal means, to form a single line to ride on the guide rail, and this sorting path is adapted to the size of the rim using the sorting path spacing control member. Can be adjusted at intervals.

In addition, the bending support for supporting the wedges of the sulking to be bent at the back of the skin complex is fixed to the adjustment member of the pedestal having a groove according to the size of the sulting at regular intervals, the bending paper corresponding to the sul to be attached The position of the earth can be used by pushing or pulling the adjusting member forward and backward to match the position on the center line of the pressing mold, so that the position of the sulcus is bent at the back of the skin complex. It gets very neat.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The present invention is not limited to the embodiments disclosed below, but can be implemented in various different forms, only this embodiment to make the disclosure of the present invention complete and to those skilled in the art to fully understand the scope of the invention It is provided to inform you.

1 is a perspective view showing the overall appearance of the grimacing applicator according to the present invention, Figure 2 is a plan view showing the overall appearance of a grimacing applicator according to the present invention.

As shown in Fig. 1 and 2, the sulcus attachment according to the present invention is a table 1, an automatic alignment supply device 20 disposed on one side of the table 1, a predetermined portion of the table (1) Positioned bending support 51 is made of a base 50 fixed to the upper surface, the pressing device 10 for fixing the rim (3) to the skin complex (4).

Below the pressurizing device 10 is a sultry insert 40 is disposed, the sultry insert 40 is connected to the automatic alignment supply device (20).

The automatic alignment supply device 20 penetrates the skin complexes 4 so that the wedges 3a having the wedges 3a formed at the back of the skin complexes 4 are aligned so that the wedges 3a face downward. It is to supply the reversal means 30 is installed on the inner side of the bowl 21.

The bending support 51 fixed to the upper surface of the pedestal 50 has the wedge 3a abutting when the upper portion of the rim 3 is pressurized by the pressing device 10. To bend.

The pressurizing device 10 absorbs the sulks 3 supplied from the alignment supply apparatus 20 and then moves to press the sulcus 3 from the upper portion of the pedestal 50 to the sulcus 3 on the skin complex 4. Will be fixed.

The pressurizing device 10, automatic alignment supply device 20 and inverting means 30, and a control box 2 for controlling the operation of these devices 10, 20, 30 are installed on the table 1 As shown in FIG. 1, the table 1 may be configured to be supported by a frame mounted upward from a pedestal having an operating scaffold and moving wheels.

As shown in FIG. 1, the pressurizing device 10 includes an up and down drive cylinder 11 and a forward and backward drive cylinder 12 which reciprocates the up and down drive cylinder 11 forward and backward. These 11 and 12 are installed by the support 100.

The pressurizing device 10 is installed by the support 100 on one side of the table 1, the automatic alignment supply device 20 is installed to be placed next to the support 100, the control box (2) ) May be installed behind the support 100 and the automatic alignment supply device 20.

The control box (2) has a circuit board and electronic components, such as a circuit therein, a vacuum pump, an air generator, a solenoid valve, and the like, and an external surface of a power switch and an operation button for testing or operating each device. It is provided.

The automatic alignment supply device 20 is called a part feeder (PART'S FEEDER), a bowl (21) for storing a large amount of rim (3) to be aligned in a certain posture, and the lower side of the bowl (21) It is composed of a vibration generating device 22 to transmit the vibration is located in, in the present invention is made by laying the inverting means 30 on the inner outer side of the bowl 21.

Unexplained reference numeral 37 shown in FIG. 1 is a 'mushing side air injection port', the operation thereof will be described later.

Figure 3 is an exploded perspective view of the pressurizing device configured to the shackle attachment according to the present invention, Figure 4 is a combined perspective view of FIG.

3 and 4, the configuration of the pressing device 10 and the structure installed by the support 100 will be described in detail.

The support 100 has a side member (110a) (110b) and a front side fixing member (120a) in front of the upper side between the side member (110a) (110b) installed on both sides at a predetermined interval in the left, right direction It is fixed, the rear fixing member 120b is fixed to a position away from the rear of the front fixing member (120a) by a predetermined length, between the front fixing member (120a) and the rear fixing member (120b) guide rod ( 140 is connected to the guide rod 140 is made of a moving member 130 which is movable in the front and rear direction.

The pressurizing device 10 includes a vertical drive cylinder 11, a pressure piston 11a, a front and rear drive cylinder 12, and a front and rear movement piston 12a.

The vertical drive cylinder 11 is vertically fixed on the moving member 130, the pressure piston (11a) is extended and contracted by the vertical drive cylinder 11, the movement of the member 130 It is coupled through the up and down direction, and serves to adsorb and press the sulking (3).

The pressure piston (11a) has an inner hole (not shown) is connected to the lower end along the inner center, the suction hose (not shown) is connected to the inner hole in the outer peripheral surface, the air through the suction hose By discharging, that is, the negative pressure of the air is applied to the lower end of the pressure piston (11a) can be formed to be able to adsorb the upper surface of the rim (3). The suction hose is connected to a vacuum pump built in the control box 2 disposed on the table 1.

Here, it is preferable to replace the pressure mold 13 by coupling the pressure mold 13 to the lower end of the pressure piston 11a.

The front and rear movement piston 12a of the front and rear drive cylinder 12 is coupled to penetrate the front and rear direction of the rear fixing member 120b so that the front end thereof is fixed to the rear surface of the moving member 130.

The front and rear drive cylinder 12 is horizontally fixed at the rear of the rear fixing member 120b, the front and rear moving piston 12a is extended and contracted by the front and rear driving cylinder 12, and the rear fixing member The front end of the front and rear moving piston 12a is fixed to the moving member 130 through 120b.

Accordingly, the movable member 130 moves forward and backward as the front and rear pistons 12a expand and contract by the operation of the forward and backward driving cylinder 12, and the vertical driving coupled to the movable member 130 is performed. The cylinder 11 and the pressure piston 11a are movable in the front-back direction.

It comprises a sultry insert 40 leading to the lower space of the 'b' shape of the one side member (110b), the sultry insert 40 is connected and supplied from the automatic alignment supply device 20 Inlet path 41 is formed to have a depth corresponding to the height of the wedge (3a) in the down state, including the size of the received rim (3), the input path 41 is detachably coupled to the first And it is formed by the second input path forming plate 42, 43 is made possible to adjust to the size and height of the sulking (3).

As shown in Figure 3, the side members (110a) (110b) configured in the support 100 is formed in the form of a 'b' when viewed from the side, the reason for the operation of the front and rear drive cylinder 12 As the front and rear movement piston 12a is contracted, the moving member 130 moves backward by riding the guide rod 140 to face the rear fixing member 120b, and the vertical movement moved by the moving member 130 is performed. 'A' shape of one side member (110b) so that the rim (3) is located on the center line of the pressing mold 13 coupled to the lower end of the pressure piston (11a) connected to the cylinder (11) Through the lower space of the sultry 40 is not only to connect with the automatic alignment supply device 20, but also through the `` A '' shaped lower space of both side members (110a) (110b) sul (3) It is to be able to place the skin complex (4) for attaching.

On the other hand, the pressure piston (11a) is a phenomenon that does not form a vertical by shaking while reciprocating in the vertical direction and the front and rear direction by the sequential operation of the up and down drive cylinder 11 and the front and rear drive cylinder 12 Since it may be generated, it is necessary to ensure that the center line of the pressing mold 13 coupled to the lower end always maintains the vertical line.

To this end, the upper and lower slide bars 150 having a predetermined length are coupled to each other in the vertical direction of the outer circumferential surface of the pressure piston 11a, and the upper and lower slide bars 150 are accommodated to expand and contract the pressure piston 11a. Coupling the slide coupling member (150a) to be supported to move in the vertical direction, and combines the front and rear slide bar 16 toward the front and rear direction on the inner side of one side member (110a) facing the upper and lower slide bar (150) , Before and after the slide coupling member 160a is moved from the slide bar 16, the slide coupling members (150a, 160a) are mutually integrally coupled.

Thus, the pressure piston (11a) is coupled to the slide coupling member (160a) to be moved in the front and rear slide bar 160, it is possible to move in the horizontal direction.

The position of the tip portion of the feed tray 40 is the rear side of the movable member 130 by the operation of the forward and backward drive cylinder 12 in the state in which the pressure piston (11a) is contracted by the operation of the up and down drive cylinder (11). Backward toward the fixing member (120b), the rim (3) at the very front is located just below the center line of the pressing mold 13 coupled to the lower end of the pressing piston (11a).

The input tray 40 is the input path 41 is formed so as to have a depth suitable for the height of the wedge (3a) in the down state, including the size (width or diameter) of the rim (3). The input passage 41 may be formed by first and second input passage forming plates 42 and 43 that are detachably coupled to each other.

The first input furnace forming plate 42 is positioned below, and the second input passage forming plate 42 is positioned above, and the first input passage forming plate 42 has a form connected along the longitudinal direction, and The two input furnace forming plates 42 are divided along the longitudinal direction at intervals of the input passage 41 from the first input passage forming plate 42 and have fixing pieces 44 facing upwards, respectively. It is attached to the forming plate 42 by one input.

Here, the input passage 41 formed by the first and second input passage forming plates 42 and 43 may be adjusted according to the size and height of the sulking 3. That is, the length of the second input passage forming plate 43 is separated from the first input passage forming plate 42 and adjusted to fit the size of the rim 3 so that the interval of the input passage 41 is maintained. In joining the fastener to the fixed piece 44 vertically erected from the second input passage forming plate 43 divided into two parts along the direction, the fixing pieces 44 of both the second input passage forming plates 43 respectively. Long holes (not shown) are formed in the vertical direction, through which the fasteners are formed by the first input path forming plate 42 when the fasteners are properly adjusted to each other by adjusting the height of the fixing pieces 44 ( The depth of 41 can be adjusted to the height of the rim (3).

One side of the second input passage forming plate 43 separated along the longitudinal direction may be formed to cover the top of the input passage 41, in which the tip portion of the input tray 40 is opened to a certain length. It may be formed to form. This is to prevent the sul (3) to be separated while moving to the sul jae 40.

On the other hand, the pressing mold 13 is formed so that the pressing mold tip 19 protrudes downwards, the pressing mold tip 19 is located directly above the tip of the frying tray 40, in other words, It may be provided with a suction position adjusting means 60 in order to be able to adsorb only one rim (3) is located just above the front rim (3) in the input path 41 of the base (40).

The suction position adjusting means 60 is coupled to the left and right adjuster 61 is adjustable in the left and right direction on the inner side of one side member (110a), and hinged in the vertical direction of the left and right adjuster (61) The rotating shaft 62, the adjusting piece 64 connected in the horizontal direction from the lower portion of the rotating shaft 62, and the adjusting piece 64 are rotated based on the rotating shaft 62, and then rotated to return to the original state. It is configured to include a spring (63) coupled around.

The front face of the adjusting piece 64 is formed with a pressing mold tip support surface 65 into which the pressing mold tip 19 is fitted.

The adjusting piece 64 is rotated at a predetermined angle toward the front in the initial state by the action of the spring 63 coupled to the rotation shaft 62, the front and rear drive cylinder 12 in this state of rotation As the pressure piston 11a retreats backward by the operation of the pressing mold tip 19, the pressing mold tip 19 naturally pushes the front end of the adjusting piece 64, and the pressing mold tip 19 naturally presses the pressing mold tip of the adjusting piece 64. The stoppage state of the adjusting piece 64 in the state in which the pressure piston 11a is reversed is fitted to the support surface 65, and coincides with the feeding path 41 of the sack inserting table 40 while The pressing mold tip 19 is positioned just above 3), and as the air is sucked in from a suction hose (not shown) connected to the pressing piston 11a, the pressing mold 19 passes through the inside of the pressing mold tip 19. Is adsorbed. At this time, the other rims 3 around the rims 3 to be adsorbed are not affected by the suction path while the input path 41 is covered by the bottom of the front portion of the adjusting piece 64.

As shown in FIG. 7, the left and right adjusters 61 are fixed to the inner side of the side member 110a by coupling the adjusting member 67 to the outer side of the side member 110a. It is possible to move to the left and right in accordance with the loosening and tightening, and thus the position of the pressing mold tip support surface 65 of the adjusting piece 64 in front of the inlet line 41 of the inlet slot 40 3) can be adjusted.

The spring 66 may be coupled to the circumference of the left and right adjuster 61 in order to smoothly loosen and tighten the left and right adjuster 61.

As shown in FIG. 3, in the state where the front and rear moving piston 12a is extended by the operation of the front and rear drive cylinder 12 so that the moving member 130 is advanced to face the front fixing member 120a, the vertical drive cylinder By the operation of (11), the pressurizing piston 11a is extended in the vertical direction, and the bending support 51 is located on the center line.

The bending support 51 has a groove formed to fit the size of the rim 3 so that the wedge 3a of the rim 3 is bent on the back surface of the skin complex 4, directly on the table 1. Although it may be fixed, it is good to be able to adjust the position of the bent support 51 by installing the pedestal 50 on the table (1).

The pedestal 50 is a table 1 having a fixing member 54 having a dovetail in a front and rear direction (generally used where a sliding treatment of a machine is used, and a protrusion formed on an upper surface along one direction). Fixed member 53 having a dovetail groove corresponding to the dovetail of the fixing member 54 is coupled to the fixing member 54 and fixed by the fixing tool 55.

The folds (3) to be fixed by fixing each of the bent support (51) (52) having a groove according to the size of the rim (3) in the front and rear direction at regular intervals on the upper surface of the adjusting member (53). Push or pull the adjusting member 53 in the forward and backward directions to match the position of the bent support (51) (52) corresponding to the position on the center line in the pressing direction of the pressing mold (13) to precisely adjust the position and the fixture ( 55) can be fixed.

Figure 5 is a cross-sectional view showing a pressure mold coupling structure of the pressure piston configured in the pressure device, (A) the drawing shows that the sulcus is adsorbed in the state in which the pressure piston is contracted, (B) the drawing as the pressure piston is extended The pressing mold is pressed and the grimace is attached to the skin complex.

Referring to FIG. 5, the adsorption action of the press 3 and the action of pressurizing and attaching the pressurizing piston 11a are described. In addition, the detailed configuration and operation of the press mold 19 coupled to the lower end of the pressurizing piston 11a are described. It demonstrates.

In the inner hole (not shown) of the pressure piston 11a, the pressure rod 18 is fixed in the vertical direction and extends toward the outside downward, and the pressure mold 13 is attached to the pressure rod 18 at the center thereof. The combined through hole 15a is formed in the vertical direction.

The pressure mold 13 is coupled to the lower end of the pressure piston (11a), it is composed of the pressure mold coupling body 14 and the pressure mold moving body 15 is configured, the pressure mold coupling body 14 and the pressure mold movement It is configured to include a pressure bar 18 penetrating the body 15 in the vertical direction.

The pressure mold coupling body 14 is fixed to the lower end of the pressure piston (11a), the spring 16 is interposed between the pressure mold coupling body 14 and the pressure mold moving body 15 is the spring ( 16, the pressing mold moving body 15 is opened with the pressing mold coupling body 14 by elasticity.

The tip of the pressure rod 18 is located in the through hole 15a of the pressure mold moving body 15.

 The pressure mold moving body 15 is fixed to one end portion (lower end) of the spring 16 and the other end (upper end) of the spring 16 is fixed to the pressure mold coupling body 14.

The suction hole 17 is formed in the center of the pressure bar 18, the front end surface of the pressure bar 18 is formed concave to match the curvature forming the upper surface of the rim (3).

The suction hole 17 formed in the pressure rod 18 sucks air through the tip of the pressure rod 18 so as to be connected to an inner hole of the pressure piston 11a at which the upper end of the pressure rod 18 is positioned. The upper surface of the rim 3 is adsorbed to the tip of the pressure rod 18 as air is discharged through the air, that is, negative pressure of the air is applied. The suction hose is connected to a vacuum pump built in the control box 2 disposed on the table 1.

Referring to (a) of FIG. 5, the adsorption action of the rim 3 by the pressure mold 13 configured as described above, the pressure mold tip 19 coupled to the lower end of the pressure piston 11a has a suction position adjusting means ( When seated on the pressing mold tip support surface 65 formed on the adjusting piece 64 of the 60, one of the rims 3 in the feeding path 41 of the sack inserting table 40 is the pressing mold tip (19) It is adsorbed by the front end surface of the pressure rod 18 in the pressure mold 13 through.

In other words, in the state where the tip of the pressurizing rod 18 is located in the through hole 15a of the press mold moving body 15, the rim 3 is pressurized by the air negative pressure applied to the suction hole 17. It is adsorbed by the front end surface of the rod 18.

In this way, the sulking 3 has a stable posture when the sulking 3 is pressurized by being adsorbed by the front end surface of the pressing rod 18 inside the through hole 15a of the pressing mold 13.

Then, in the state where the front and rear movement piston 12a is extended by the operation of the front and rear drive cylinder 12 and the position of the pressure piston 11a is advanced, the operation of the vertical drive cylinder 12 (B) As shown in the drawing, the pressure piston 11a is extended to press the pressure mold tip 19 against the skin complex 4 placed on the bending support 51, so that the pressure mold moving body 15 presses the pressure mold. As the moving body 14 is moved toward the outer side of the pressing rod (18) adsorbed on the front end of the pressing rod 18, the pressing rod (18) is exposed to the outside from the through hole (15a) of the pressing mold moving body (15). 3) Pressurizes the wedge of the sulcus 3 to the skin complex 18 and presses the wedge at the bottom of the groove of the bending support 51 to bend the back of the skin complex 18 so that the sulcus 3 becomes It is fixed to the skin complex (4).

The pressure mold coupling body 14 has a portion (provided with a pressure bar) protruding upwards is coupled to the inner hole of the pressure piston 11a, and the pressure mold coupling body 14 is fixed by a fixture at the outer surface of the pressure piston 11a. ) Is fixed to the pressure piston (11a) by holding the portion protruding upward.

Since the pressing mold 13 can be separated from the pressing piston 11a, the pressing mold 13 can be replaced with a specification corresponding thereto according to the size and shape of the rim 3.

As shown in Figure 1 and 2, the automatic alignment supply device 20 (aka parts feeder; PART'S FEEDER) is a bowl (21) for storing a large amount of sul (3) to be aligned in a constant posture, and Located at the bottom of the bowl 21 is composed of a vibration generating device 22 for transmitting vibration.

The automatic alignment supply device 20 can store a large amount of the rim 3, so that the wedge 3a of the rim 3 is aligned upward while the rim 3 progresses upward gradually by vibration. Induction rail 36 is connected to the bowl 21 and the inlet 24 of the rising induction path 23 is formed, the wedge (3a) of the rim (3) is spread over to proceed to ride It is made of), the wedge (3a) of the rim (3) is turned upside down by injecting air to the rim (3) aligned in the position of the end 24 to the ascending induction downwards to the guiding rail (36) It comprises a reversing means 30 to allow (3) to be seated.

The automatic alignment supply device 20 to be applied in the present invention is a device of the known art that has a certain direction and posture of a component to be aligned by vibration generation of the vibration generating device 22. The principle of operation is to remove the one wave form from the control of the current wave, which temporarily breaks the electromagnet, and is subjected to elastic force by the leaf spring force, thereby allowing repeated movement. Therefore, the parts stored in the bowl 21 due to the vibration of the vibration generating device 22 will have a certain direction, posture while proceeding along the rising induction road 23 spirally raised along the outer circumference from the center bottom surface. Reveal.

The automatic alignment supply device 20 configured in the present invention stores a large amount of the rim (3) having a wedge (3a) on the central bottom surface inside the bowl 21, the scramble (3) is mixed and taking various postures When the vibration generated from the vibration generating device 22 is transmitted, the rim 3 proceeds upward along the rising induction road 23 spirally raised due to the difference in the center of gravity of the rim 3 or the ground area. Wedge (3a) of is facing upwards. On the other hand, some of the rim (3) proceeds upward gradually in the upward induction road 23 may fall back down the upward induction road (23). Increasingly, as the upper side of the upward induction road 23 is left, a small number of grimaces 3 remain and proceed. The rim 3 with the wedge 3a facing upwards has the hemispherical shape of the rim 3 grounded and the wedge 3a as shown in FIG. 6 at the end 24 of the rising induction which is the end of the rising induction path 23. In line with the upward direction in a state of upward induction by the centrifugal force is to proceed in a line. The action thus far can be referred to as the well-known technique of the automatic alignment supply device 20.

In the present invention, the reversing means 30 which reverses the posture of the wedge 3a facing upward by 180 degrees by the automatic alignment supply device 20 is reversed. This is additionally installed.

Figure 6 is a partially cut-away perspective view showing the inverting means of the automatic alignment supply device configured to the dent attachment according to the present invention, a view for explaining the configuration and operation of the inverting means.

The inverting means 30 is preferably connected to an air generator (not shown) and provided with an inverted side air injection port 31 for supplying and injecting air, wherein the air generator is inside or outside the control box 2. It can be provided in, the operation is of course operated by the control of the control box (2).

The air injection port 31 is made of a flexible pipe that can be bent freely so that the front end is mounted so as to be located directly above the end 24 with an upward induction, one side of the rim (3) grounded at the end 24 with an upward induction By spraying air toward the side, the wedge 3a of the rim 3 functions to be turned upside down.

Here, the air injection port 31 is provided with an air injection intensity control port 32 in order to adjust the intensity of the air to be injected to smoothly invert the direction of the rim (3) to be inserted into the sorting path (33). Can be.

In addition, the induction path 33 may further include a sorting path 33 to allow the rim 3 to be overturned by the air injection port 31 at the end 24 of the ascending induction line so as to get on the induction rail 36. The sorting passage 33 may be connected at the end 24 with a rising induction, the sorting passage 33 is connected to the guide rail 36, and the guide rail 36 is connected to the pressurizing device 10. Leading to the sultry 40 is located.

The sorting passage 33 is formed at intervals suitable for the size (width or diameter) of the sulks 3, the sorting interval spacing control member 34 having an 'L' shaped cross section, that is, , By fixing each of the sides of the rim 3 and the interval so as not to disturb the progress by the fasteners 35 on both sides, it is possible to adjust the interval of the sorting path 33.

The rim (3) seated on the sorting furnace (33) by the vertically erected inner surface of the sorting furnace spacing adjusting member (34) having an 'L' cross section is not separated out of the sorting furnace (33). .

In general, the size of the rim (3) varies from 2.5 to 12mm, depending on the size of the rim (3) stored in the bowl 21 to be attached to the skin complex 4, the interval of the gap adjusting member 34 to the screen By adjusting it accordingly can be fixed to the fixture (35). For example, the spacing of the sorting passage 33 in the bottom surface of the bowl 21 in which the sorting channel spacing member 34 is located or in a horizontal plane facing the bottom surface of the bowl 21 in the sorting channel spacing member 34. Forming a long hole in the direction, and through this long hole to fix / release the fixture 35 can be adjusted accordingly the distance of the sorting path (33).

Here, because the screening interval adjusting member 34 is to maintain the interval so as not to interfere with the progress of the sulking (3), depending on the size of the sulking (3) to the extent that can be used for all three types Can have For example, when the size of the sul (3) is 2.5mm, 3mm, 4mm, it is enough to have a clearance of about 2mm so that it can be used without any difference.

In this way, the wedge 3a is aligned downwardly by the reversing means 30 in the sorting path 33, and the selected rim 3 of this posture runs along the sorting path 33 and is connected to the guide rail 36. Riding proceeds by vibration, and finally proceeds to the induction rail 36 and the grim retractor 40 that follows.

The guide rail 36 proceeds by vibration generated from the automatic alignment supply device 20 while the wedges 3a facing the bottom of the rim 3 are held on both sides and maintained in a stable state.

According to the manufacturing and testing of the prototype of the rim attachment according to the present invention, the rim (3) proceeding on the guide rail 36 is a grim repellent table 40 by the vibration generated in the automatic alignment supply device (20) It was confirmed that there was no problem in the input.

By the way, in order to be able to more smoothly insert the sul (3) toward the sul jae 40, the sul lim side of the guiding rail (36) connected to the input path 41 of the sul jim 40 The air injection port 37 may be provided, and this may also be provided with the air injection intensity control tool 38.

When the air is injected from the grim repelling side air injection port 37 toward the rim (3) proceeded to the end of the guide rail 36, the rim (3) is to move quickly toward the grim retractor (40) .

Unexplained reference numeral 39 shown in Figure 2 is an 'elastic guide piece', the elastic guide piece 39 is located at the end of the guide rail 36, the injection side side air injection port (40) When the input by the operation of 37) is to hold the rim (3) briefly elastically for a while.

Figure 7 is a front view showing the main portion of the sulcus attachment according to the present invention, Figures 8 and 9 is a side view as seen from the line A-A of Figure 7, showing the operating state of the pressing device.

7 to 9, a series of operations of the mold attacher according to the present invention will be described with reference to the drawings in which the other described configuration is shown.

The sulcus attachment according to the present invention is fixed to the sulcus (4) while the srim (3) is made in sequence as follows.

First, by the action of the automatic alignment supply device 20, the wedge 3a of the rim 3 is aligned at the end 24 position with an upward induction upward.

Then, the wedge (3a) of the sul (3) is reversed by the reversing means 30 is introduced into the sulcus insert 40 through the sorting path 33 and the guide rail (36).

At this time, as shown in Figure 8, in the state in which the pressure piston (11a) is contracted by the operation of the up and down drive cylinder 11, the front and rear movement piston 12a is contracted and moved by the operation of the front and rear drive cylinder 12. As the member 130 moves backward toward the rear fixing member 120b, the pressing mold tip 19 coupled to the lower end of the pressing piston 11a together with the up-down driving cylinder 11 adjusts the suction position adjusting means 60. At the same time, it is seated on the pressing mold tip supporting surface 65 formed on the piece 64, and at the same time, the rim 3 is sucked into the pressing mold tip 19.

As shown in FIG. 9 in the state where the rim 3 is absorbed, the front and rear moving piston 12a is extended by the operation of the front and rear drive cylinder 12 so that the moving member 130 moves forward toward the front fixing member 120a. The vertical support position of the center of the pressing mold 13 coupled to the lower end of the pressing piston 11a together with the up-down driving cylinder 11 is fixed to the adjustment member 53 of the pedestal 50. ), And at the same time, the pressurizing piston 11a is extended by the operation of the up and down driving cylinder 11 so that the press molding tip 19 comes into contact with the bent support 51.

As represented by the imaginary line in FIG. 9 and as shown in (b) of FIG. 5, the pressing mold moving body 15 is pressed as the pressing mold tip 19 comes into contact with the skin complex 4. The tip of the pressure bar 18 is exposed at the through hole of the pressure mold moving body 15 to apply pressure, and the wedge 3a of the rim 3 penetrates the skin complex 4 placed on the pedestal 50. Is bent inward from the back surface of the skin complex 4 while contacting the groove bottom surface of the bent support 51 is attached to the skin complex (4).

By repeating this series of operations in succession to the sul (3) to attach to the skin complex (4).

As described above with reference to the drawings exemplified for the grimacing device according to the present invention, the present invention is not limited by the embodiments and drawings disclosed herein, but to those skilled in the art within the scope of the technical idea of the present invention Of course, various modifications can be made.

1 is a perspective view showing the overall appearance of a grimace attacher according to the present invention

Figure 2 is a plan view showing the overall appearance of the sulcus attachment according to the present invention

Figure 3 is an exploded perspective view of the pressurizing device configured to the sulcus attachment according to the present invention

4 is a perspective view of the combination of FIG.

Figure 5 is a cross-sectional view showing a pressure mold coupling structure of the pressure piston configured in the pressure device, (A) the drawing shows that the sulcus is adsorbed in the state in which the pressure piston is contracted, (B) the drawing as the pressure piston is extended The pressing mold is pressed and the grimace is attached to the skin complex.

Figure 6 is a partially cut-away perspective view showing the inverting means of the automatic alignment supply device configured to the grim attachment according to the present invention, a view for explaining the configuration and operation of the reversing means

7 is a front view showing the main portion of the grimacing attachment according to the present invention.

8 and 9 are side views as viewed from the line A-A of Figure 7, showing the operating state of the pressing device

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

1: Table 2: Control Box

3: frown 4: skin complex

10: pressurization device 11: up and down drive cylinder

11a: pressure piston 12: front and rear drive cylinder

12a: forward and backward movement piston 13: pressure mold

14: press molding body 15: press mold moving body

16: spring 17: suction hole

18: pressure rod 19: pressure mold end

20: automatic alignment supply device 21: bowl

22: vibration generating device 23: spiral upward induction road

24: ascending induction terminal 30: reversal means

31: air jet port on the reverse side 32, 38: air jet strength control

33: sorting furnace 34: sorting furnace spacing adjusting member

35: fixture 36: guide rail

37: air injection hole 39: elastic guide piece

40: input tray 41: input furnace

42, 43: first and second input furnace forming plate 44: fixed piece

50: pedestal 51: bending support

60: adsorption position adjusting means 61: left and right adjuster

62: rotation axis 63, 66: spring

64: adjusting piece 65: pressing mold end support surface

100: support 110a, 110b: side member

120a: front fixing member 120b: rear fixing member

130: moving member 140: guide rod

150: up and down slide bar 160: front and rear slide bar

150a, 160a: slide coupling member

Claims (8)

Table 1; It is disposed on one side of the table (1), the wedge (3) is formed so that the wedge (3a) is penetrated through the skin complex (4) is bent from the back of the skin complex (4) so that the wedge (3a) is directed downward An automatic alignment supply device 20 for aligning and supplying; Located at a certain portion of the table 1, when the upper portion of the rim (3) presses the wedge (3a) abuts the bending support 51 to bend the wedge (3a) on the upper surface Fixed pedestal 50; After adsorbing the sulcus 3 supplied from the alignment supply device 20, the sulcus 3 is moved to press the sulcus 3 from the upper portion of the pedestal 50 to the skin complex 4. Frow attacher, characterized in that it comprises a pressing device for fixing. The method of claim 1, The pressing device 10 is installed by the support 100 which is fixed to the table (1), The support 100, Side members (110a) (110b) formed in a 'b' shape disposed on both sides at a predetermined interval in the left and right directions; A front side fixing member (120a) fixed to the front from the top between the side members (110a, 110b); A rear fixing member (120b) fixed at a position away from the front fixing member (120a) by a predetermined length; A moving member 130 is connected between the front and rear fixing member 120a and the rear fixing member 120b in the front and rear direction, and coupled to the guide rod 140 to move in the front and rear direction. It consists of The pressurizing device 10, An up and down drive cylinder 11 fixed perpendicularly to the moving member 130; A pressure piston (11a) coupled to penetrate the up and down direction of the movable member (130) and extended and contracted by the up and down drive cylinder (11), for adsorbing and pressing the rim (3); A front and rear drive cylinder 12 fixed horizontally at the rear of the rear fixing member 120b; A front and rear movement piston 12a which is extended and contracted by the front and rear drive cylinder 12 and whose front end is fixed to the moving member 130 through the rear fixing member 120b; Frow attachments, characterized in that configured to include. The method of claim 1, The automatic alignment supply device 20 may store a large amount of the rim 3, and the wedge 3a of the rim 3 is aligned upward while the rim 3 gradually progresses upward due to vibration. Induction rail 23 which is connected to the bowl 21 formed with the rising induction path 23 and the end 24 of the rising induction path 23 so that the wedge 3a of the rim 3 is spread over and proceeds ( 36), The wedge 3a of the rim 3 is turned upside down by injecting air into the rim 3 arranged at the position of the distal end 24 with the upward induction, so that the rim 3 is seated on the guide rail 36. Frow attacher, characterized in that it comprises a reversing means (30) to be. The method of claim 1, It is coupled to the lower end of the pressure piston (11a), the suction hole 17 is formed in communication with the inner hole of the pressure piston (11a) is formed to have a pressure rod (18) extending downward to apply pressure to the rim (3) Pressing mold coupling body 14; And Spaced apart from the pressing mold body 14 is coupled to the spring 16, the through-hole 15a is formed in the vertical direction therein so that the tip of the pressing rod 18 is inside the through-hole 15a. It is configured to further include a pressure mold moving body 15 is located, In the state where the tip of the pressure rod 18 is located in the through hole 15a of the pressure mold moving body 15, the rim 3 is sucked by the air negative pressure applied to the suction hole 17, As the pressure mold moving body 15 moves toward the pressure mold coupling body 14 while being in contact with the skin complex 4, the pressure mold 3 adsorbed to the tip of the pressure rod 18 is pressed. Pressing rod 18 is exposed to the outside from the through-hole (15a) of the moving body 15, the sulcus attachment, characterized in that to press the sulcus (3). The method of claim 2, Including a sultry insert 40 leading to the lower space of the 'b' shape of the one side member (110b), The sultry insert 40 is an input passage so as to have a depth suitable for the height in the state where the wedge 3a faces downward, including the size of the sulcus 3 connected and supplied from the automatic alignment supply device 20 ( 41) is formed, The input passage 41 is formed by the first and second input passage forming plates 42 and 43 detachably coupled to each other, so that the input passage 41 can be adjusted according to the size and height of the rim 3. Grim attachment. The method of claim 2, Vertical slide bar 150 coupled along the vertical direction of the outer peripheral surface of the pressure piston (11a); A slide coupling member (150a) coupled to the upper and lower slide bars (150), the slide coupling member (150a) being supported to move in the vertical direction when the pressure piston (11a) is extended and contracted; Front and rear slide bar 160 coupled to the front and rear direction on the inner side of one side member (110a) facing the upper and lower slide bar (150); A slide coupling member coupled to the front and rear slide bars 160 and integrally formed with the slide coupling member 150a such that the pressure piston 11a moves in a horizontal direction when the front and rear movement piston 12a extends and contracts. 150b); Frow attachments, characterized in that further comprises a. The method of claim 3, wherein Further comprising a sorting path (33) to be picked up by the reversing means (30) is picked up to form a line to get on the guide rail (36), Said sorting path 33 is a sulcus attachment, characterized in that can be adjusted so as not to disturb the progress of the rim (3) by the sorting path spacing member 34 having an 'L' shaped cross section. The method of claim 5, Further comprising a suction position adjusting means (60) to be positioned on the front of the rim (3) in the front of the input path 41 of the sultry insert 40 to allow only one rim (3) to be adsorbed. , The suction position adjusting means 60 and the left and right adjuster 61 is coupled to be adjustable in the left and right direction on the inner side of the one side member (110a); A rotation shaft 62 hinged in a vertical direction of the left and right adjusters 61; An adjusting piece 64 connected in a horizontal direction from the lower portion of the rotating shaft 62 and having a pressing mold front support surface 65 formed on a front surface thereof; And After the adjustment piece (64) is rotated with respect to the rotation axis (62), and the grim attachment device, characterized in that it comprises a spring (63) coupled around the rotation axis (62) to be restored to its original state.

Images