KR100309746B1 - A decoration-matter insert apparatus for accessary - Google Patents

Abstract

The present invention is to heat the decorative material after punching the accessories and to automatically insert the heated decorative material into the accessories by thermo-compression method to maximize the productivity, smooth the insertion portion of the decorative material to provide a high quality accessories The present invention relates to a decorative material inserting device for allowing accessories, and its configuration includes a plate base, a table which can be adjusted up and down, and which accessories are fixed on the upper surface, and the table is in the X and Y directions according to a control command. Table conveying means for conveying, a storage rack arranged with a plurality of ball-shaped or jewelry material, and the height of the storage box can be adjusted, and the storage table can be transported in the X and Y directions according to a control command. A cage transport means, a support shaft fixedly installed in the vertical direction on the base, and a play fixed to the support shaft And a hole forming means installed in the plate to punch holes in the accessory according to the information inputted to the control, and the decorative material arranged in the holder inside the hole formed by the hole forming means to be transferred to the hole. It characterized in that it comprises a material inserting means for inserting, and a material heating means for heating the decorative material inserted into the hole by the material inserting means so that the decorative material is fixed by thermocompression bonding.

Description

A decorative-matter insert apparatus for accessary

The present invention relates to an accessory decorative material inserting device for automatically inserting a decorative material, such as a ball-shaped or jewelry, into accessories, and in particular, by drilling a hole in the accessory and inserting the decorative material into the hole by thermo-compression, productivity according to the decorative material insertion Maximizes and smoothes the insertion part of the decorative material to provide high quality accessories.

Accessories are a kind of ornament that creates fashion.

These accessories can be worn on certain objects that need to be decorated, such as cars or mobile phones, to create fashion, but they can be worn on the body and clothes of a person to make their appearances look aesthetically pleasing to the viewer as well as to the viewer. Therefore, such accessories are worn on both objects and people to satisfy a person's instinct to show off beauty.

The present invention automatically inserts a particular decorative material, such as a ball or jewelry in the accessories, accessories to be applied to various accessories including hairpins, headbands, bridges, tie pins, necklaces, earrings, bracelets, etc. Can be.

The decorative material of the ball shape or jewelry is inserted in the accessories used for the conventional consumer clothing.

However, in the past, the apparatus for automatically inserting the decorative material into the decorative accessories is not provided because it was dependent on the manual work.

In the manual work, a plurality of holes were first formed with a tool such as a drill in the accessory, and the ball-shaped or jewelry-like decorative material prepared in each of the holes was inserted and fixed by bonding.

However, since the manual work is to form a hole in the accessory, the depth of each hole is not the same, the height of the decorative material inserted into the hole was not constant.

In addition, if the bond is excessively used to bond the decorative materials to the bond, the bond overflows out of the decorative material, and thus the workmanship is increased since the decorative material is attached and the excess bond is removed, and conversely, a small amount of bond is used. When the adhesion of the decorative material is weak, there was a problem that the decorative material is separated during use.

Therefore, as described above, the method of attaching decorative materials by hand is not only because the productivity is lowered, but also because the decorative materials are bonded by bonds, and thus the adhesive state is not smooth.

In addition, since the decorative material must be bonded to the bond as described above, there is a problem in that the worker inhales harmful bonds for a long time, thereby harming the health of the worker.

The present invention is to solve the above-mentioned problems, the technical problem is to drill the holes in the accessories and then apply heat to the decorative material and the heating decorative material is automatically inserted into the accessories by thermo-compression to the decorative material It is to provide a decorative material inserting device for accessories to maximize the productivity according to the insertion, to provide a high-quality accessories by smoothing the insertion portion of the decorative material.

The decorative material inserting device for the accessory includes a plate base, a table which can be adjusted up and down and the accessory is fixed on the upper surface, table transfer means for transferring the table in X and Y directions according to a control command, and a plurality of A storage rack having a plurality of accommodation grooves arranged at a predetermined interval on the upper surface of the body so that the decorative material of the ball-shaped or jewelry can be arranged, and the height of the storage rack can be adjusted, and the storage rack is controlled by X, Storage means for conveying in the Y direction, a support shaft fixed in the vertical direction on the base, a plate fixed to the support shaft, accessories according to the information installed on the plate and input to the control A hole forming means for punching holes in the hole, and a decorative material arranged in the storage table in the hole formed by the hole forming means. By transfer complex characterized in that it comprises the material heating means for heating the decorative material being inserted into the holes by the insertion means and the material, the material insertion means for inserting into the hole to be decorative material is fixed to the heat-pressure type.

1 is a front view of an initial state of the present invention

FIG. 2 is a top view of FIG. 1

Figure 3 is a left side view showing the hole forming means and the first table feed means of the present invention;

Figure 4 is a plan view of the setting bracket of the present invention

5 is a right side view showing the hole forming means and the first table feed means of the present invention;

6 is a plan view showing the storage of the present invention.

7 is a right side view of the storage cabinet of the present invention in which an arrangement plate is assembled to a main body;

8 is a right side view showing the material inserting means and the holder conveying means of the present invention;

9 is a left sectional view of the nozzle of the raw material inserting means of the present invention;

10 is a front view of a state in which the hole forming means of the present invention formed a hole in the accessory

11 is an enlarged view illustrating main parts of FIG. 10;

12 is one embodiment of a hole formed by the hole forming means of the present invention

Floor plan

13 is a view showing a state that the material insertion means punch of the present invention adsorbed decorative material

shave

14 is a state immediately before inserting the decorative material punch material insert means of the present invention

Front view shown

15 is a material insertion means of the present invention inserting a decorative material to the accessories

Front view of the condition

16 is a right side view of the material inserting means of FIG.

17 is a right side view of the material inserting means of FIG.

18 is a material insertion means of the invention is inserted decorative material into the accessory having a curved surface

I showed the state,

18A is a state in which a decorative material is inserted into the curved end portion,

18B is a state in which the decorative material is inserted in the center portion.

※ Explanation of codes for main parts of drawing

1: base 2: 1st table

3: first table transfer means 4: decorative materials

5: holder 6: holder transfer means

7: support shaft 8: plate

9: hole forming means 10: material insertion means

11: material heating means 12: X-direction feeder

13: Y-direction feeder 24: Main body

25: array plate 27: second table

28: Y-axis feeder 29: X-axis feeder

31: vertical guide 33: lifting cylinder

34,48: fixing bracket 35: drill

36: stop bracket 37: setting bracket

38: guide pin 39: nozzle

49: first cylinder 50: second cylinder

51: slide member 52: punch

53: horizontal cylinder 57: nozzle

58: heater 60: lower member

61: preheat heater 62:

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings. 1 and 2 show a front view and a plan view of an initial state of the present invention, and FIG. 3 is a left side view showing the hole forming means and the first table conveying means of the present invention. 5 is a right side view showing the hole forming means and the first table transfer means of the present invention, Figure 8 is a right side view showing the material inserting means and the storage table transfer means of the present invention. Figure 10 is a front view of the hole-forming means of the present invention in the form of a hole in the accessories, Figures 13 to 18 are each view of the state in which the decorative material is inserted into the accessory.

Accessory decorative material inserting device of the present invention is a plate-like base (1) as shown in Figure 1 to 6; A first table 2 capable of adjusting up and down and having accessories mounted thereon; First table transfer means (3) for transferring the first table (2) in the X and Y directions according to a command of a control; A storage table 5 for arranging and storing a plurality of decorative materials 4 of ball-shaped or jewelry; A cage transfer means (6) capable of adjusting the height of the cage (5) and for transferring the cage (5) in the X and Y directions according to a control command; A support shaft 7 fixedly installed in the vertical direction on the base 1; A plate (8) fixed to the support shaft (7); Hole-forming means (9) installed on the plate (8) to drill holes in the accessories in accordance with information input to the control; A material inserting means (10) for adsorbing and transferring the decorative material (4) arranged in the holder (5) into the hole formed by the hole forming means (9); And a material heating means 11 for heating the decorative material 4 inserted into the hole by the material inserting means 10 so that the decorative material 4 is fixed by thermocompression.

Here, the base 1 is configured in the form of a plate, preferably in the form of a plate of rectangular or circular shape.

The first table 2 is fixed to the upper portion of the first table transfer means 3, and the plate body 2b is provided on the upper portion of the body 2a to fix the mold of the accessory. The plate 2b is formed by inserting an adjustment member 2c extending below the plate 2b into the body 2a to move the adjustment member 2c up and down to fix it with a bolt B. The height of 2b) can be adjusted arbitrarily.

The first table transfer means 3 includes an X-direction carriage 12 for moving the first table 2 in the X-direction, and a Y-direction carriage for moving the first table 2 in the Y-direction ( 13).

The X-direction carriage 12 is provided on the rail 14 installed in the X direction on the base 1, a motor 15 which rotates forward and reverse according to a command of a control, and an end of the motor 15. The ball screw 16 is fixed integrally and is installed parallel to one side of the rail 14 and rotates according to the rotation of the motor 15, and the nut is slidably installed on the rail 14 and integrally connected to the body. (17) is composed of a block (18) for accommodating the ball screw 16 therein to reciprocate linearly in the X direction in accordance with the rotation of the ball screw (16).

The block 18 is slidably assembled to the rail 14 so as not to be separated from the moving direction and the vertical direction. The ball screw 16 is fastened to the inside of the nut 17 of the block 18. When the ball screw 16 rotates forward and backward, the nut 17 reciprocates the block 18 in the X direction. Let's go.

The Y-direction carriage 13 is located above the X-direction carriage 12, which is a rail installed in the Y-direction to intersect the X-direction on the block 18 of the X-direction carriage 12. 19, the motor 20 that rotates forward and reverse according to the command of the control, and is integrally fixed to the end of the motor 20 and installed parallel to one side of the rail 19 to rotate the motor 20. The ball screw 21 which rotates along with the nut 22 protruding from one side of the rail 19 and protruding on one side of the rail 19 accommodates the ball screw 21 therein and is provided with a ball screw 21. It is composed of a block 23 for reciprocating in the Y direction in accordance with the rotation of the.

Since the block 23 of the Y-direction carriage 13 has the same structure as that of the block 18 of the X-direction carriage 12, detailed description thereof will be omitted.

Here, the motors 15 and 20 of each of the X and Y direction carriages 12 and 13 are rotated according to the control command to control the position of the first table 2.

When the information is input by the information input device (computer), the control sets the initial position of the first table 2 by setting the initial position of the first table 2 and assigns the decorative material 4 to the accessory. It will control the process of inserting sequentially into the position.

The holder 5 on which the decorative materials 4 are arranged is composed of a main body 24 and an array plate 25 fixed horizontally to an upper surface of the main body 24.

The main body 24 is provided with a receiving groove 24a so as to accommodate the arrangement plate 25 therein.

The arrangement plate 25 has a plurality of receiving grooves 26 are arranged at a predetermined interval on the upper surface so that the decorative material 4 of the ball-shaped or jewelry is arranged therein.

The holder transfer means 6 which transfers the holder 5 in the X and Y directions has a second table 27 which is height adjustable and fixed on the base 1, and the second table 27. The Y-direction carriage 28 is fixed to the upper portion to move the holder 5 in the Y direction, and is fixed to the upper portion of the Y-direction carriage 28 to move the holder 5 in the X direction. It consists of an X-direction feeder 29 which moves.

The second table 27 has the same configuration as that of the first table 2 on which the accessory mold described above is settled and the detailed description thereof will be omitted.

Similarly, the Y-direction carriage 28 and the X-direction carriage 29 are also the same in configuration as the X-direction carriage 12 and Y-direction carriage 13 of the first table transfer means 3. Detailed description will be omitted.

The storage table transfer means 6 configured as described above is able to adjust the height by the second table 27, and the Y, X direction transfer table 28, 29 is adjustable in the Y, X direction It sequentially moves in accordance with the command of the control to provide the material insertion means 10 with the decorative material arranged on the storage table (5).

The hole forming means 9 for forming a hole in the accessory set on the mold on the first table 2 has a vertical rail 30 is formed in the vertical direction on the outer surface to be fixed in the vertical direction to the plate 8 A guide 32, a block 32 which is assembled to the vertical guide 31 rails 30, and the ascend and descend, and fixed to one side of the vertical guide 31, the piston of the end integrally with the block 32 The lifting cylinder 33 which is fixed and moves up and down in accordance with a control command to elevate the block 32 and the fixed bracket 34 fixed to the block 32 and the lifting cylinder 33 Drill 35 to descend and drill a material insertion hole in the accessory when one descends, and one end is fixed to the fixing bracket 34 and the other end is slid to the lower end of the lifting cylinder 33 piston; The piston is stopped by the lower locking jaw (33a) When the reel 35 is fixed up and down, left and right by a setting bracket 37 on one side of the drill 35 to prevent the reel (35) from falling due to its own weight, when the drill 35 drills a hole in the accessory A guide pin 38 for adjusting the insertion depth of the drill 35 by the lower end thereof touching the surface of the model accessory, and a passage 39a formed therein and fixed to one side of the drill 35 to provide the drill 35. And a spray nozzle 39 for injecting chips generated when drilling a hole.

The vertical guide 31 is provided with a rail 30 in the vertical direction so that the body is vertically fixed to one side of the plate 8 so that the block 32 can be raised and lowered on its protruding vertical surface, the plate 8 The guide hole 40 is through-hole so that the cylinder of the material insertion means 10 can be installed on the inner predetermined position fixed to the inner side.

The drill 35 is accommodated in the upper and lower extension members 41 and 42 protruding up and down of the fixing bracket 34 to be firmly fixed.

As shown in FIG. 5, the setting bracket 37 is provided with a receiving hole 43 so as to receive the guide pin 38 in a vertical direction at one end of the body, and inserted into the receiving hole 43. The screw hole 44 is formed to be orthogonal to the receiving hole 43 so as to fix the guide pin 38, and the predetermined position of the body can be fixed to the left and right arbitrary positions of the guide pin 38. A plurality of setting holes 45 are to be through so that.

Therefore, the setting bracket 37 inserts the guide pin 38 into the receiving hole 43, and when the bolt B is fastened to the screw hole 44, the guide pin 38 is fixed, and thus the guide pin ( 38) When the fixed hole 45 is fixed to the fixing bracket 34, the lower extension member 42 is fixed.

And the guide pin 38 is fixed to the setting bracket 37, the lower end of the position should be higher than the height of the drill (35). As shown in FIG. 10, the accessory A to be inserted with the decorative material 4 and the model accessory M having the same shape as the accessory A are set and fixed at the same height on the first table 2. Therefore, since the lower end of the drill 35 is lower than the lower end of the guide pin 38 to form the hole H in the accessory A.

Therefore, the height difference between the drill 35 and the guide pin 38 is equal to the depth of the hole (H).

The injection nozzle 39 is fixed at a predetermined position of the fixing bracket 34. The outlet of the passage 39a is fixed to the lower end of the drill 35 so that the air discharged through the passage 39a is drilled. It is possible to cleanly remove the chip generated when (35) drills the hole (H).

And the material insertion means 10 is a block 46 is installed in the horizontal direction on the plate 8, and the block 46 is assembled to the rail 46 to move left and right along the rail 46 by the command of the control ( 47), a fixing bracket 48 which is integrally fixed to the front of the block 47 and provided with a rail 48a in the vertical direction at the lower end of the outer surface, and which is installed in the vertical direction on the fixing bracket 48. A lower portion of the piston so that the first cylinder 49, the second cylinder 50 installed vertically under the first cylinder 49, and the lower portion of the piston of the second cylinder 50 can be lifted and lowered. A slide member 51 which is stopped by the locking jaw 50a and whose one end is assembled to the rail 48a of the fixing bracket 48 to move up and down according to the operation of the first and second cylinders 49 and 50; Is fixed to the lower portion of the slide member 51 in the vertical direction is lowered by the first cylinder (49) To adsorb the decorative material 4 arranged in the holder 5 and then moved to descend by the driving of the first and second cylinders 49 and 50 to form the decorative material 4 in the accessory. (H) and the punch 52 to be inserted into the plate (8) and the plate (8) in the horizontal direction, the punch (52) adsorbs the decorative material (4) arranged on the receiving table (5) and then the decorative material ( And a horizontal cylinder 53 for moving the block 47 and the fixing bracket 48 such that 4) is positioned up to the accessory insertion position.

The fixing bracket 48 is operated so that the first and second cylinders 49 and 50 fixed to the upper part of the fixing bracket 48 are simultaneously operated so that the slide member 51 can move up and down on the rail 48a when the stroke is minimum and maximum. The rail 48a has a sufficient length.

The slide member 51 is made of a light and excellent heat transfer material. Preferred materials are preferably aluminum materials in view of specific gravity and thermal conductivity.

The slide member 51 has a concave indentation formed inside the body to widen the heat transfer area, and the locking jaw 50a of the lower end of the piston of the second cylinder 50 can be moved around in the center of the body. The space 54 is formed to overcome the phase difference when the parallax between the maximum height and the minimum height occurs when the accessory A is curved as shown in the drawing. The phase difference overcoming example will be described later in detail.

The punch 52 penetrates a passage 55 through the inside of the body so as to suck air, and the inlet of the passage 55 allows the decorative material 4 to adsorb and fix the decorative material 4. It must be smaller than the diameter of. In addition, a plurality of heat sinks 56 are laminated on the outer circumferential surface of the body to expand the heat transfer area so as to dissipate heat conducted from the material heating means 11.

And the material heating means 11 is fixed to the end of the punch 52, the nozzle 57 for concentrating the air supplied from the compressor to the decorative material (4) adsorbed to the punch 52 and the nozzle ( 57) The heater 58 is fixed to the body to heat the air supplied to the decorative material (4) through the nozzle (57).

The nozzle 57 has a main body 59 through which a passage 57a through which air flows up and down the body, and in which a receiving hole 57b is recessed to fix the heater 58 at a predetermined position of the body. In the interior of the body, passage 60a through which air passes, the inlet of the passage 60a communicates with the outlet of the main body 59, and the decorative material 4 in which the passage 60a exit is adsorbed to the punch 52. It includes a lower member 60 is assembled inclined at a predetermined angle so as to concentrate on.

The inlet of the passage 57a of the main body is connected to the compressor and the pipe to receive compressed air from the compressor.

The passage 60a of the lower member 60 has a smaller diameter than the passage 57a of the main body 59 so that a large amount of heat can be effectively supplied to the decorative material 4, and the preferred diameter is approximately 1-. 2mm is good.

And the material heating means 11 has a preheating device which can be preheated in advance before the decorative material 4 arranged in the holder 5 is heated in earnest in the heater 58 fixed to the nozzle 57 It is good. The preheating device may be configured by further attaching a preheating heater 61 to the bottom surface of the storage table 5.

At this time, to prevent the overheating of the holder transfer means 6 by the heat of the preheating heater 61 between the holder 5 and the Y-direction carrier 29 is insulated with a heat insulating member 62 Prevent heat transfer.

Next will be described in detail the process of inserting the decorative material (1) of the shape or jewelry in the accessory by the present invention configured as described above.

First, assembling the drill 35 and the guide pin 38 in a state where the lower end of the drill 35 is slightly below the lower end of the guide pin 38.

1 is an initial state. In this state, the drill 35 and the guide pin 38 are positioned above the first table 2, and the punch 52 is positioned above the receiving table 5.

In this state, as shown in FIG. 9, the mold (63) having the accessory (A) and the model accessory (M) set on the upper portion of the first table (2) is fixed and drilled to the upper part of the accessory (A). And the guide pin 38 is located above the model accessories (M). In this case, the height of the accessory (A) and the model accessory (M) has the same height and the separation distance is the same as the separation distance of the accessory (A) and the model accessory (M).

In this state, the end of the drill 35 is set at the predetermined position of the accessory A, the zero point is set, and the hole quantity and the position to be formed in the accessory A are set based on the point. Enter it.

Subsequently, when the computer issues a command to the control, the lifting cylinder 33 is driven according to the control of the control so that the drill 35 and the guide pin 38 are lowered at the same time as the nozzle 39 by their own weight. do. As such, the drill 35 descends to drill the hole H at the designated position of the accessory A. During this process, the lower end of the guide pin 38 as shown in FIG. 10 is the upper surface of the model accessory M. Upon reaching the drill 35, the drill 35 is raised to complete one hole operation.

As described above, when one hole operation is completed, the X and Y direction transfer stages 12 and 13 of the first table transfer means 3 are moved according to the command according to the command of the control to move the accessory A next. Transfer it to the working position.

In this way, the positioning of the first table 2 is made possible by the rotation of the motors 15 and 20 of each of the X and Y direction carriages 12 and 13. That is, when each of the motors 15 and 20 rotates the ball screws 16 and 21 by forward and reverse rotation, the blocks 18 and 23 which fasten the ball screws 16 and 21 are respectively. The position of the first table 2 is set by reciprocating linear movement in accordance with the guidance of the rails 14 and 19 of FIG.

Subsequently, the lifting cylinder 33 is lowered again so that the drill 35 and the guide pin 38 are lowered again, and the drill 35 drills another hole H in the accessory A.

The chip generated at this time is injected by the air supplied from the nozzle 39 so that the accessory A is in a clean state.

When such a hole operation is repeated, holes H are formed in the accessory A according to the input command. As an example, FIG. 11 shows the plane of the accessory A in which the hole work is completed. As shown in the figure, a plurality of holes H are formed, and the position and quantity of the holes H are input to the computer before operation.

Next, when the hole work is completed as described above, the first table 2 is moved by a predetermined distance to the material inserting means 10 by the first table conveying means 3 to prepare the decorative material 4 to be inserted. Will be

Meanwhile, the heater 58 and the preheating heater 61 fixed to the bottom of the nozzle 57 and the holder 5 during the operation process heat the nozzle 57 and the holder 5.

In this state, only the first cylinder 49 of the raw material inserting means 10 is driven in accordance with the continuous working order, so that the punch 52 descends by the stroke distance of the first cylinder 49, and the storage table as shown in FIG. The decorative material 4 arranged in (5) is adsorbed to the inlet of the passage 55.

The suction force of the punch 52 is to provide the suction force in the vacuum generator connected to the upper portion of the punch 52, as shown in the figure. Since the vacuum generator 64 is connected to the compressor and the air compressed in the compressor passes through and is discharged into the atmosphere, the air flow rate is increased, and at this time, the passage 55 of the punch 52 is driven by the high flow rate. The air is discharged together with the air discharged from the vacuum generator 64 to provide the suction force to the punch 52. This adsorption force is due to the Venturi effect using Bernoulli's theorem.

When the punch 52 adsorbs the decorative material 4 as described above, the first cylinder 49 is returned to its original position and then returned. After that, the horizontal cylinder 53 is driven to drive the punch 52 as shown in FIG. 13. Locate the upper portion of the hole (H) to be inserted into the accessory (A).

At this time, the decorative material 4 is further heated by hot air supplied from the nozzle 57 in the process of being transported by the punch 52.

In this state, the first and second cylinders 49 and 50 fixed to the fixing bracket 48 are simultaneously driven in accordance with the working order, so that the punch 52 strokes the first and second cylinders 49 and 50. 15 is pressed down and inserted into the decorative material 4 heated inside the hole H previously formed in the accessory A as shown in FIG. 15. At this time, the punch 52 is lowered and at the same time the vacuum generator 64 is operated to remove the suction force of the punch 52, so that the decorative material 4 is inserted into the accessory (A).

At this time, the punch 52 is operated by the slide member 51 descends along the rail 48a of the fixing bracket 48.

Even if the surface of the accessory A into which the decorative material 4 is inserted is composed of a curved surface, the slide member 51 stopped by the locking jaw 50a at the end of the second cylinder 50 is within the space 54. Since it is possible to flow in, the punch 52 is equal to the phase difference by the play distance of the slide member 51 so that the decorative material (4) can be easily inserted even if the surface of the accessory (A) is composed of curved surfaces.

Therefore, when the distance between the upper and lower parts of the curved surface (A) is severe, the slide member 51 may be made larger so that the space 54 may be further secured to further secure the clearance, thereby easily inserting the decorative material 4. Of course it is.

At the same time as the insertion process of the decorative material 4 is completed as described above, the first and second cylinders 49 and 50 are raised and returned again, and then the horizontal cylinder 53 moves the punch 52 to its original position. Let's do it.

Meanwhile, as described above, the X, Y direction carriages 29 and 28 of the holder conveyance means 6 are inserted into the holder 5 during the process of inserting the decorative material 4 into the accessory A. The work is completed in advance so that the decorative material 4 which is arranged on the receiving table 5 to be inserted next is positioned below the returned punch 52.

Accordingly, the punch 52 is moved by adsorbing another decorative material 4 as the horizontal cylinder 53 is driven according to the same process as described above, and then thermo-compressed to the hole A of the accessory A. By inserting repeatedly, the working material is inserted into the accessory (A).

Therefore, the present invention can maximize the productivity in the production of accessories with decorative materials inserted by heating the ball-type and jewelry decorative material insertion method that was dependent only on the conventional manual work by automatically inserting the accessories into thermo-compression, and also the decorative material is thermo-compression Since the insert is fixed in a way, the decorative material insertion part is smooth, and has the advantage of providing a high quality accessory.

In addition, since the decorative material can be easily inserted into the surface of the curved accessory, the structure has the advantage that can be applied to complex accessories.

Claims (12)

A plate-shaped base; A first table capable of adjusting up and down and having accessories seated thereon; First table transfer means for transferring the first table in the X or Y direction according to a command of a control; A storage rack accommodating and arranging a plurality of ball-shaped or jewelry decorative materials; A storage unit transfer means for adjusting a height of the storage unit and transferring the storage unit in the X and Y directions according to a control command; A support shaft fixedly installed in the vertical direction on the base; A plate fixed to the support shaft; Hole-forming means installed in the plate to punch holes in the accessory according to the information input to the control; A material insertion means for adsorption-transferring and inserting the decorative material arranged in the storage stand into the hole formed by the hole forming means; The decorative material inserting device for accessories, characterized in that it comprises a material heating means for heating the decorative material inserted into the hole by the material inserting means to be fixed by thermal compression. According to claim 1, The first table transfer means is a rail provided in the X direction on the base, a motor for forward and reverse rotation according to the command of the control, and integrally fixed to the motor end and parallel to one side of the rail The ball screw is installed and rotates according to the rotation of the motor, and the nut is slidably installed on the rail and protrudes on one side of the body to accommodate the ball screw therein so as to reciprocate linearly in the X direction according to the rotation of the ball screw. An X-direction feeder composed of blocks; The rail is installed in the Y direction to cross the X direction on the block of the X direction carriage, the motor is rotated forward and reverse according to the command of the control, and fixed to the motor end integrally and installed in parallel to one side of the rail Ball screw that rotates according to the rotation of the motor, and is slidably installed so as not to be separated from the upper part of the rail, and a nut protruding on one side of the body accommodates the ball screw inside and reciprocates in the Y direction according to the rotation of the ball screw. Accessory decorative material inserting apparatus comprising a Y-direction feeder constituted by a block. The apparatus of claim 1, wherein the storage table comprises: a rectangular main body; Accessory decorative material inserting device characterized in that it comprises at least one array plate is arranged on the upper surface of the plurality of receiving grooves on the upper surface so as to arrange the decorative material of the ball-shaped or jewelry therein at a predetermined interval . 2. The apparatus of claim 1, wherein the holder conveying means comprises: a second table capable of height adjustment and fixed on the base; The rail is installed on the second table in the Y direction, the motor rotates forward and reverse according to the command of the control, and is integrally fixed to the end of the motor and installed parallel to one side of the rail to rotate according to the rotation of the motor. The Y direction is composed of a ball screw and a block which is slidably installed so as not to be separated from the upper rail and protruding on one side of the body accommodates the ball screw therein and reciprocates in the Y direction according to the rotation of the ball screw. Songdae; A rail fixedly seated on the block of the Y-direction carriage to cross the Y-direction, a motor that is rotated forward and backward according to a command of the control, and integrally fixed to the end of the motor and always installed parallel to one side of the motor Ball screw rotating in accordance with the rotation of the, and the slide is installed on the upper rail and the nut protruding on one side of the body to accommodate the ball screw in the block reciprocating linear movement in the X direction in accordance with the rotation of the ball screw Decoration material insertion device for accessories, characterized in that it comprises an X-direction feeder for transporting the storage in the X-direction. The method of claim 1, wherein the hole forming means is a vertical guide rail is formed in the vertical direction on the outer surface fixed to the plate in the vertical direction; A block assembled to the vertical guide rail to move up and down; An elevating cylinder fixed to one side of the vertical guide and having an end piston fixedly integrated with the block to move the block up and down according to a control command; A drill integrally fixed to a fixing bracket fixed to the block to descend when the lifting cylinder descends to drill a hole for inserting a material into the accessory; A stop bracket, one end of which is fixed to the fixing bracket and the other end of which is slidable to the lower end of the lifting cylinder piston, and the lower end of which stops at the lower end of the piston to stop the drill from falling due to its own weight; A guide pin that is fixed to one side of the drill by a setting bracket so as to be able to vertically, horizontally and vertically to adjust the insertion depth of the drill when the lower end thereof touches the surface of the model accessory when the drill drills a hole in the accessory; Is formed in the passage and fixed to one side of the drill decorative material inserting device for a accessory comprising a spray nozzle for injecting the chip generated when the drill drills a hole. The method of claim 5, wherein the setting bracket has a receiving hole through the one end of the body to accommodate the guide pin in the vertical direction, and is perpendicular to the receiving hole so as to fix the guide pin inserted into the receiving hole The screw hole is through, the predetermined position of the body is characterized in that a plurality of setting holes to be fixed so as to fix the position of the plurality of guide pins (38) to the left and right arbitrarily fixed to any position of the guide pin Decorative material insert device for accessories. According to claim 1, wherein the material inserting means and the rail is installed in the horizontal direction on the plate; A block assembled to the rail and moving left and right along the rail by a command of a control; A fixing bracket integrally fixed to the front of the block and provided with a rail in a vertical direction at a lower end of the outer surface; A first cylinder installed vertically on the fixing bracket; A second cylinder installed vertically under the first cylinder; A slide member which is stopped by the piston lower locking jaw so that the piston can be lifted and lowered to the lower part of the second cylinder, and one end is assembled to the rail of the fixing bracket, and is lowered according to the driving of the first and second cylinders; ; It is fixed in the vertical direction to the lower portion of the slide member is lowered by the first cylinder to adsorb the decorative material arranged in the receiving table and then moved and lowered by the drive of the first and second cylinders to the decorative material to the accessories A punch inserted into the formed hole; And a horizontal cylinder installed horizontally on the plate to move the block and the fixing bracket so that the decorative material is positioned up to the accessory insertion position after the punch adsorbs the decorative material arranged on the storage rack. Decorative material insert device for accessories. 8. The slide member according to claim 7, wherein the slide member has a property of metal having a high thermal conductivity so as to dissipate heat conducted by the material heating means, and a space in which the second cylinder end stepper can flow up and down inside the body. Decorative material insertion device for accessories characterized in that it has. The method of claim 7, wherein the punch is a passage through the interior of the body to suck the air, the inlet of the passage has an inner diameter smaller than the diameter of the decorative material to adsorb and secure the decorative material, Accessory decorative material inserting device, characterized in that a plurality of heat sinks are provided in a laminated manner so as to heat dissipate heat transferred from the material heating means to the outer peripheral surface. According to claim 1, wherein the material heating means is fixed to the end of the punch nozzle for concentrating the air supplied from the compressor to the decorative material adsorbed to the punch; The decorative material inserting device for accessories comprising a heater fixed to the nozzle body for heating the air supplied to the decorative material through the nozzle. The apparatus of claim 10, wherein the nozzle comprises: a main body through which a passage through which air flows up and down of the body, and a receiving hole is inserted in a predetermined position of the body to fix the heater; Passage through which the passage of air passes through the interior of the body, the inlet of the passage is in communication with the main body outlet, characterized in that it comprises a lower member assembled inclined at a predetermined angle so that the passage outlet is concentrated on the decorative material adsorbed by the punch Decorative material inserting device. According to claim 1, The material heating means is a decorative material inserting device for accessories, characterized in that further attached to the preheater to preheat the decorative material arranged in the storage box on the bottom surface of the storage.