KR20100129560A - Bezel processing apparatus - Google Patents

Abstract

PURPOSE: A processing apparatus of a bezel, which facilitating surface cutting or grinding a bezel, is provided to fix the bezel by mounting a clamp part on a vacuum absorption part. CONSTITUTION: A processing apparatus of a bezel comprises a frame(110), a processing part(120), a vacuum absorption part(140) and a transport part(160). The processing part is formed on the top of the frame. A processing part processes or grinds a product. The vacuum absorption part is installed in the lower part of the processing part. The vacuum absorption part fixes the product by vacuum-sucking the product.

Description

Bezel Processing Equipment {BEZEL PROCESSING APPARATUS}

The present invention relates to a bezel processing apparatus, and more particularly, in order to surface-cut or polish a thin plate-shaped bezel, the bezel may be vacuum-suctioned to facilitate processing, and the bezel may be automatically moved and processed. It relates to a processing device.

In general, the bezel is a rectangular cross-section bracket that mainly fixes the backlight assembly, which is one of the liquid crystal display devices of the mobile phone, and has an accommodating part having an open top surface, so that the backlight assembly is accommodated and fixed to the accommodating part.

The conventional bezel draws the bottom surface and each side surface to a thin metal plate, cuts each corner of the unnecessary metal plate, and then bends the portion corresponding to the side surface of the housing portion vertically inwardly to form an accommodating portion having an open top surface. do.

Recently, a bezel is being developed to increase space utilization in order to provide a slimmer mobile phone.

To this end, a recess is formed in the bezel by punching to form a seating recess in which the FPCB is seated, and a rear surface of the seating recess projecting to the rear is processed and polished to provide a thinner bezel.

According to the related art, in order to provide a thin bezel, when the polishing and processing of the thin bezel fail to fix the thin bezel, there is a problem in that a warpage occurs and a product defect occurs.

In addition, since trained skilled workers must work to compensate for this, the rise of human rights costs, as well as the uniform processing is not possible, there was a difficulty in mass production.

Therefore, there is a need for improvement.

SUMMARY OF THE INVENTION The present invention has been created by the necessity as described above, and a plurality of bezels arranged in a thin plate shape are vacuum-adsorbed and fixed for surface cutting or polishing to form a single body, thereby facilitating processing, and transferring and processing the bezel. The purpose of the present invention is to provide a processing apparatus for bezels that can be mass produced by automating the process up to finished products.

The processing apparatus of the bezel according to the present invention includes: a frame, a processing unit formed on the upper part of the frame to process or polish a product, and a lower part of the processing unit, and are vacuum-adsorbed and fixed to a product processed or polished by the processing unit. The vacuum adsorption unit and the vacuum adsorption unit is provided on one side, characterized in that it comprises a transfer unit for transferring the product to the vacuum adsorption unit.

In addition, the front side and the rear side of the frame is characterized in that the storage unit is further provided with a product wound.

In addition, the storage unit is a pair of support brackets that are supported on the bottom surface, rotatably coupled to the center of the support bracket, characterized in that it comprises a roller wound around the product recessed by the width of the product on the circumferential surface.

The processing unit is characterized in that it comprises a cutting machine for cutting the protruding portion of the product by the cutting tip.

In addition, the processing unit is characterized in that it comprises a polishing machine for polishing the protruding portion of the product with an abrasive sandpaper.

In addition, the vacuum adsorption unit is connected to the processing die provided on the upper portion of the frame, the adsorption block provided on the processing die, and the adsorption pipe passage formed in the upper side therein and the adsorption pipe passage of the adsorption block to adsorb the product to the adsorption block. It characterized in that it comprises a vacuum pump for providing a suction force to be fixed by.

In addition, the adsorption block is composed of a lower adsorption block connected to the vacuum pump and the upper adsorption block in contact with the product, the adsorption tube of the upper adsorption block is characterized in that the capillary shape to double the suction force of the vacuum pump.

In addition, the vacuum suction unit is characterized in that the clamp unit for pressing and fixing the product seated on the processing die is further provided.

In addition, the clamp portion is provided on the upper side of the processing die, a pair of pressing plates spaced apart so as to expose the processing portion of the product, connected to the pressure plate, and connected to the connecting brackets and connecting brackets extending downward through the processing die It is characterized in that it comprises a clamp cylinder is connected to provide a pressing force so that the pressure plate is raised and lowered.

In addition, a plurality of transfer holes are formed at the edges of the product to be spaced apart in the longitudinal direction, and the transfer unit is connected to the transfer die on which the product is seated, and is provided at an upper portion of the transfer die so as to ascend and descend from the top of the transfer die, and at the bottom of the product. A gripping block having a gripping shaft inserted into the transfer hole of the gripping block, a pressurizing cylinder that provides power to move the gripping block up and down, and a transfer driving unit for transferring the transfer die to one side when the gripping shaft is inserted into the transfer hole; Characterized in that it comprises a.

In addition, the transfer drive unit is provided in the lower portion of the transfer die to guide the transfer die in the longitudinal direction, the drive motor provided in the support, the transfer screw is connected by the drive motor and the belt is rotated by the power of the drive motor and It is characterized in that it comprises a transfer bracket which is pressurized on the transfer screw and connected to the transfer die to transfer the transfer die during rotation of the transfer screw.

In addition, the other side of the vacuum adsorption portion is provided with a subsidiary feed portion, the subsidiary transfer part is provided on the subsidiary transfer die, the upper portion of the subsidiary transfer die on which the product is seated, is axially connected to move up and down in the upper portion of the subsidiary transfer die, the transfer of the product to the lower portion An auxiliary gripping block having a gripping shaft inserted into the hole and an auxiliary pressure cylinder for providing power to raise and lower the auxiliary gripping block are provided. The auxiliary transfer die is connected by a transfer die and a connecting bar to be linked with the transfer die. .

In addition, on the frame is characterized by further comprising a gripping portion for pressing and holding the product.

In addition, the gripping portion is a gripping die on which the product is seated, a fixing stand spaced apart from the top of the gripping die, a push shaft which is vertically penetrated by the fixing stand and installed to be able to move up and down, and is formed at the end of the push shaft to prevent shaking during movement of the product. It is characterized in that it comprises a push plate in contact with the product and the elastic member which is interposed between the push plate and the fixture to press the push plate toward the product side.

In addition, the frame is characterized in that it further comprises an inspection unit for inspecting whether the product is defective.

In addition, the inspection unit provides a power to the measuring die on which the product is seated, the mounting stand is formed standing up on the measuring die, the slide block is provided on the front surface of the mounting stand and slides in the longitudinal direction of the mounting stand, the slide block slides on the mounting table. It is provided on the front of the lifting cylinder and the slide block, characterized in that it comprises a measuring gauge protruding the measuring needle toward the measuring die.

In addition, the slide block is connected to the lifting cylinder, the upper slide block is connected to the measuring gauge on the front, the lower slide block and the upper slide block and the lower slide block provided to be spaced apart below the upper slide block, and the lower It includes a connecting member for moving the slide block by the separation distance, characterized in that the cushioning member is provided between the upper slide block and the lower slide block.

In addition, the rear side of the vacuum adsorption unit is characterized in that it is further provided with a foreign material removal unit for removing foreign matter from the product processed by the processing unit.

In addition, the foreign material removing unit is characterized in that it comprises a seating die for mounting the product processed by the processing unit, the partition wall surrounding the outside of the seating die and the air discharge portion for extending the blown air to remove the foreign matter of the product.

As described above, the bezel processing apparatus according to the present invention, unlike the conventional invention, a plurality of thin plates are arranged in a vacuum, by vacuum suction to fix the surface of the bezel formed integrally, there is an advantage of easy processing have.

In addition, the grip portion is provided in the required position, and the clamp portion is provided with a vacuum suction portion has the advantage that it can be more firmly fixed and processed.

In addition, since the inspection unit is retracted through the conveying unit when the defect of the product can be processed again, it has the effect of preventing the defect of the product in advance.

In addition, all processes such as transfer and processing of the bezel are made automatically, thereby automating the process up to the finished product, thereby enabling mass production and reducing labor costs.

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of the processing apparatus of the bezel according to the present invention. In this process, the thickness of the lines or the size of the components shown in the drawings may be exaggerated for clarity and convenience of description. In addition, the terms described below are defined in consideration of the functions of the present invention, which may vary depending on the intention or custom of the user, the operator. Therefore, definitions of these terms should be made based on the contents throughout the specification.

1 is a front view showing a bezel processing apparatus according to an embodiment of the present invention, Figure 2 is a front view showing a frame of a processing apparatus of the bezel according to an embodiment of the present invention, Figure 3 is an embodiment of the present invention Figure 4 is a front view showing a vacuum adsorption portion of the bezel processing apparatus according to the embodiment, Figure 4 is a side view showing a vacuum adsorption portion of the processing apparatus of the bezel according to an embodiment of the present invention, Figure 5 is a bezel according to an embodiment of the present invention Figure 6 is a plan view showing a vacuum adsorption portion of the processing apparatus, Figure 6 is a perspective view showing a suction block of the processing apparatus of the bezel according to an embodiment of the present invention, Figure 7 is a bezel processing apparatus according to an embodiment of the present invention 8 is a side view showing a transfer unit of the processing apparatus of the bezel according to an embodiment of the present invention, Figure 9 is a front view showing an auxiliary transfer unit of the processing apparatus of the bezel according to an embodiment of the present invention. , 10 is a front view showing a gripper of the processing apparatus of the bezel according to an embodiment of the present invention, Figure 11 is a side view showing a gripper of the processing apparatus of the bezel according to an embodiment of the present invention, Figure 12 13 is a front view showing an inspection unit of the bezel processing apparatus according to an embodiment of the present invention, Figure 13 is a side view showing an inspection unit of the processing apparatus of the bezel according to an embodiment of the present invention, Figure 14 is an embodiment of the present invention FIG. 15 is a perspective view illustrating a foreign material removing portion of the processing apparatus of the bezel, and FIG. 15 is a view illustrating another embodiment of the processing unit of the processing apparatus of the bezel according to an embodiment of the present invention.

As shown, the processing apparatus 100 of the bezel according to the exemplary embodiment of the present invention includes a frame 110, a processing unit 120, a vacuum suction unit 140, and a transfer unit 160.

The frame 110 has a table shape in which devices in charge of each process are seated, and the door 112 is preferably provided at the outside to seal the inside of each device during operation.

In addition, the processing unit 120 is formed on the upper portion of the frame 110 to process or polish the product 10.

Here, the processing unit 120 may be made of a cutting machine for cutting the protruding portion of the product 10 by the cutting tip, as shown in Figure 2, the protruding portion of the product 10 as shown in FIG. It may be made of a polishing machine for polishing with an abrasive sandpaper.

This does not limit the processing unit 120 to a cutting machine and a polishing machine, and other processing apparatuses capable of processing a product are possible.

The front and rear sides of the frame 110 is characterized in that the storage unit 130 is further provided with the product 10 is wound and stored.

The storage unit 130 is rotatably coupled to the center of the pair of support brackets 132 and the support brackets 132 supported on the bottom surface, the product 10 is recessed by the width of the product 10 on the circumferential surface This wound roller 134 is included.

The storage unit 130 is provided on the front and rear sides of the frame 110, respectively, the storage unit 130 of the front side to provide the product to the processing unit 120 by the transfer unit 160 to be described later, the storage of the rear side The unit 130 is to store the finished product wound.

The vacuum suction unit 140 is provided at the lower portion of the processing unit 120, and vacuum absorbs and fixes the product processed or polished by the processing unit 120.

The vacuum adsorption unit 140 includes a processing die 142 provided on the upper portion of the frame 110 and an adsorption block formed on an upper portion of the processing die 142 and having an adsorption pipe passage 145a open upward. And a vacuum pump 147 connected to the adsorption pipe 145a of the adsorption block 145 and providing a suction force to adsorb and fix the product 10 to the adsorption block 145.

At this time, the adsorption block 145 is composed of a lower adsorption block 143 connected to the vacuum pump 147 and the upper adsorption block 144 in contact with the product 10, as shown in Figure 6, the upper adsorption block ( The adsorption pipe passage 145a of 144 is formed in a capillary shape so as to double the suction force of the vacuum pump 147.

That is, the inlet is formed on the side of the lower adsorption block 143 so that the vacuum pump 147 and the adsorption line 145a are connected, and the suction force of the vacuum pump 147 is the capillary shape adsorption formed on the upper adsorption block 144. The suction force is doubled by the conduit 145a.

Therefore, the thin plate-shaped product is strongly adhered to and fixed to the upper suction block 144 by the suction force of the suction pipe 145a.

The vacuum suction unit 140 further includes a clamp unit 150 for pressing and fixing the product 10 seated on the processing die 142.

The clamp unit 150 is provided on the upper side of the processing die 142, the pair of pressing plates 152 spaced apart so as to expose the processing portion of the product 10, and connected to the pressing plate 152, processing And a clamp cylinder 155 connected to the connection bracket 154 extending downward through the die 142 and the connection bracket 154 to provide a pressing force to raise and lower the pressure plate 152.

The connection bracket 154 is coupled to the edge of the pressing plate 152, is formed to extend downwards, and is connected to the clamp cylinder 155 is raised and lowered by the power of the clamp cylinder 155, the connection bracket 154 The pressing plate 152 presses around the machining part of the product 10 to fix the product.

The transfer unit 160 is provided at one side of the vacuum suction unit 140 to transfer the product 10 to the vacuum suction unit 140.

First, a plurality of products 10 are arranged in a thin plate shape and integrally formed, and a plurality of transfer holes 12 are formed at the edges of the product 10 in the longitudinal direction.

The transfer unit 160 is connected to the transfer die 161 on which the product 10 is seated, and is provided at an upper portion of the transfer die 161 so as to move up and down at an upper portion of the transfer die 161, and the product 10 at the bottom thereof. A gripping block 162 having a gripping shaft 162a inserted into the transfer hole 12 of the gripping block 12, and a pressure cylinder 163 and a lower portion of the transfer die 161 which provide power to lift and lower the gripping block 162. It is provided, and the holding shaft 162a comprises a transfer driving unit 165 for transferring the transfer die 161 to one side when inserted into the transfer hole 12.

In addition, the transfer driving unit 165 is provided under the transfer die 161, the support 166 to guide the transfer die 161 in the longitudinal direction, the drive motor 167 provided in the support 166, It is connected to the drive motor 167 and the belt is engaged on the transfer screw 168 and the transfer screw 168 that is rotated by the power of the drive motor 167, is connected to the transfer die 161 is connected to the transfer screw 168 It comprises a transfer bracket (169) for transferring the transfer die 161 during the rotation.

An LM guide is preferably provided between the transfer die 161 and the support 166 so that the transfer die 161 is smoothly transferred on the support 166.

And, the other side of the vacuum suction unit 140 is provided with an auxiliary transfer unit 170.

As shown in FIG. 9, the auxiliary transfer unit 170 has the same shape as the transfer unit 160, and is provided on the auxiliary transfer die 171 and the auxiliary transfer die 171 on which the product 10 is mounted. The auxiliary gripping block 172 and the auxiliary gripping block axially connected to the upper and lower portions of the auxiliary transfer die 171 and having a gripping shaft (not shown) inserted into the transfer hole 12 of the product 10 at the bottom thereof. An auxiliary pressurizing cylinder 173 which provides power to raise and lower the 172 is provided, and the auxiliary transfer die 171 is connected by the transfer die 161 and the connection bar 174 to operate the transfer driver 165. It is linked with the transfer die 161 by.

At this time, the subsidiary feed die 171 slides on the subsidiary support 166 ', and an LM guide is provided between the subsidiary feed die 171 and the subsidiary support 166'.

The auxiliary transfer unit 170 may be provided with a separate transfer driving unit so as not to be interlocked by the transfer unit 160 and the connection bar 174 to be self-driven.

The gripping portion 175 is further provided on the frame 110 to press and grip the product 10.

The holding part 175 is to prevent the shaking of the product 10 to be progressed in each step, it is preferable that a plurality is provided in the required place.

The gripping portion 175 is installed to allow the product 10 to be seated, a fixing stand 177 spaced apart from the top of the holding die 176, and vertically penetrated by the fixing stand 177. The push shaft 178 is formed at the end of the push shaft 178, the push plate 178a and the push plate 178a and the fixing plate 177 in contact with the product 10 to prevent shaking during the movement of the product 10. Interposed between the push plate 178a is made to include an elastic member 179 to be pressed to the product 10 side.

The elastic member 179 is wound on the push shaft 178 so that one side is supported by the upper surface of the push plate 178a, the other side is supported by the lower surface of the fixing table 177 to press the push plate 178a toward the product 10 side. It is preferable that it is a coil spring.

At this time, the push plate 178a does not directly press the product 10, but contacts the upper surface of the product 10 to prevent shaking of the product 10.

The inspection unit 180 is further provided on the frame 110 to inspect whether the product 10 is defective.

The inspection unit 180 is provided on the rear side of the vacuum adsorption unit 140 to inspect whether the processed product 10 is defective, and the measuring die 181 and the measuring die 181 on which the product 10 is seated. Mounting stand 182 is formed to stand up, the slide block 183 is provided on the front of the mounting table 182 to slide in the longitudinal direction of the mounting table 182, so that the slide block 183 slides on the mounting table 182 It is provided on the front of the lifting cylinder 188 and the slide block 183 that provides power, and comprises a measuring gauge 189 protruding the measuring needle 189a toward the measuring die 181.

In addition, the slide block 183 is connected to the elevating cylinder 188 and the upper slide block 184 connected to the measuring gauge 189 on the front, and the lower slide block spaced apart from the lower portion of the upper slide block 184 185, the upper slide block 184 and the lower slide block 185 are interconnected, and the lower slide block 185 is moved to the connecting member 186 by a distance from the upper slide block 184. The buffer member 187 is provided between the upper slide block 184 and the lower slide block 185.

The measuring needle 189a of the measuring gauge 189 is in contact with the upper surface of the product 10 to determine whether the product 10 processed by the processing unit 120 is defective.

At this time, the slide block 183 is the upper slide block to prevent the measurement needle (189a) to press the upper portion of the product 10 when the lowering of the measuring gauge 189 by the power of the lifting cylinder (188) to cause a failure 184 and the lower slide block 185, the buffer member 187 is provided therebetween.

The connecting member 186 is coupled to both sides of the upper slide block 184 and the lower slide block 185, and is fixed to the upper slide block 184 by a fastening member, and the locking jaw is disposed on the lower slide block 185. Constrained by 186a, the lower slide block 186a is movable by the separation distance.

The shock absorbing member 187 is preferably a coil screw.

In addition, the LM guide is preferably provided between the slide block 183 and the mounting table 182.

The rear side of the vacuum adsorption unit 140 is further provided with a foreign matter removal unit 190 for removing foreign matter from the product 10 processed by the processing unit 120.

The foreign material removing unit 190 is provided between the vacuum adsorption unit 140 and the inspection unit 180 to remove the foreign matter before the defect inspection of the product 10 so that the accurate inspection is performed.

The foreign material removal unit 190 extends toward the mounting die 191 on which the product 10 processed by the processing unit 120 is seated, the partition wall 192 surrounding the outside of the mounting die 191, and the product 10. It is made to include an air discharge unit 195 to blow the air to remove the foreign matter of the product (10).

The air discharge unit 195 is formed at an end of the connection pipe 197 for delivering air from the air compressor 196 for providing air and the air compressor 196, and at the end of the connection pipe 197 for air to the product 10. And a nozzle 198 for discharging the ink.

The nozzle 198 is preferably formed so that the air can be discharged to the entire surface of the product 10.

Hereinafter, the operation and effects of the bezel processing apparatus according to the embodiment of the present invention will be described.

First, the worker pulls the product curled in the front storage unit 130 of the frame 110 and seats the transfer die 161 of the transfer unit 160.

Subsequently, when the processing apparatus 100 is operated, the gripping block 162 is lowered by the pressure cylinder 163 and the gripping shaft 162a is lowered by the lowering of the gripping block 162. Is inserted into, the transfer die 161 is moved by the transfer drive unit 165, the product 10 seated on the transfer die 161 is also moved to one side.

That is, the transfer screw 168 is rotated by the driving of the drive motor 167 and engaged with the transfer screw 168 and the transfer die 161 is moved to one side by the transfer bracket 169 connected to the transfer die 161. The LM guide is provided between the transfer die 161 and the support 166 to facilitate the transfer operation.

As such, the product 10 is moved to the lower portion of the processing unit 120, that is, the vacuum adsorption unit 140 by the transfer unit 160.

When the product 10 reaches the vacuum adsorption unit 140 by the transfer unit 160, the product 10 is adsorbed by the suction force of the adsorption pipe 145a of the adsorption block 145 by the operation of the vacuum pump 147. Adsorbed on the upper surface of the block 145 is fixed.

The adsorption block 145 consists of an upper adsorption block 144 and a lower adsorption block 143. The suction pipe passage 145a of the upper adsorption block 144 has a capillary shape to double the suction force, thereby firmly fixing the product 10. Fix it.

At the same time, the product 10 is fixed by the clamp unit 150 to enable precise processing without shaking the product 10 during the operation of the processing unit 120.

The operation of the clamp unit 150 is lowered by the connection bracket 154 by the operation of the clamp cylinder 155, whereby a pair of pressure plates 152 is fixed by pressing the periphery of the machining portion of the product.

When the processing of the processing unit 120 is completed as described above, the pressing force of the pressure plate 152 is released, the suction force of the suction pipe 145a is also released, and the product is moved by the transfer hole 12 by the drive of the transfer unit 160. 10 is moved.

The product 10 past the processing unit 120 removes foreign substances generated during processing by the foreign matter removing unit 190.

The product 10 passing through the mounting die 191 of the foreign material removing unit 190 is removed by the air discharge unit 195, the air of the air compressor 196 through the nozzle 198 product 10 Strongly sprayed to remove foreign matter.

At this time, the partition wall 192 is formed on the outside of the mounting die 191 to prevent foreign substances from being transferred to the other process side.

The rear side of the foreign matter removing unit 191 is provided with an auxiliary transfer unit 170 interlocked by the transfer unit 160 and the connection bar 174 to transfer the product 10 passed through the foreign matter removing unit 190.

The product 10 is moved by the transfer unit 160 and the auxiliary transfer unit 170 to be inspected for defects in the inspection unit 180.

Since the foreign matter on the product 10 is removed from the foreign matter removing unit 190, there is an advantage that the inspection unit 180 can perform a precise inspection.

When the product 10 reaches the measuring die 181 of the inspection unit 180, the slide block 183 provided with the measuring gauge 189 is lowered by the power of the lifting cylinder 188 to measure the measuring gauge 189. The measuring needle 189a is in contact with the upper surface of the product 10 to determine whether or not.

At this time, the slide block 183 is composed of an upper slide block 184 and a lower slide block 185, the buffer member 187 is provided between, by the power of the lifting cylinder 188 measuring gauge 189 The measurement needle (189a) of the) can prevent the product defects and damage to the measurement needle (189a) generated by pressing the product (10).

When the inspection unit 180 checks whether or not a defect occurs, the transfer unit 160 and the auxiliary transfer unit 170 grip and retreat the product 10 to reprocess the defective product 10 in the processing unit 120. Do it.

In addition, the gripping portion 175 serves to move the product 10, which is provided and moved between each process, that is, a plurality of necessary places without shaking.

As such, the product 10 passed through the inspection unit 180 by inspecting whether the defect is passed is stored in the storage unit 130 provided at the rear side of the frame 110.

As described above, the product is continuously moved by the transfer unit to pass through each process.

Therefore, all processes are automatically performed until the supply, processing, and inspection of the product, thereby saving labor costs and having the advantage of mass production.

In addition, the grip portion is provided at the required position to allow the movement without shaking, as well as the vacuum suction and fixation at the time of processing, and the clamping portion to fix it once again, thereby providing a precise and stable processing.

Although the present invention has been described with reference to the embodiments shown in the drawings, this is merely exemplary, and those skilled in the art to which the art belongs can make various modifications and other equivalent embodiments therefrom. I will understand.

Therefore, the true technical protection scope of the present invention will be defined by the claims.

1 is a front view showing a processing apparatus of a bezel according to an embodiment of the present invention,

Figure 2 is a front view showing a frame of the processing apparatus of the bezel according to an embodiment of the present invention,

Figure 3 is a front view showing the vacuum adsorption portion of the bezel processing apparatus according to an embodiment of the present invention,

Figure 4 is a side view showing a vacuum adsorption portion of the bezel processing apparatus according to an embodiment of the present invention,

Figure 5 is a plan view showing a vacuum adsorption portion of the bezel processing apparatus according to an embodiment of the present invention,

Figure 6 is a perspective view showing an adsorption block of the processing apparatus of the bezel according to an embodiment of the present invention,

7 is a front view showing a conveying part of the processing apparatus of the bezel according to an embodiment of the present invention,

Figure 8 is a side view showing the conveying portion of the processing apparatus of the bezel according to an embodiment of the present invention,

Figure 9 is a front view showing the auxiliary transfer portion of the bezel processing apparatus according to an embodiment of the present invention,

10 is a front view showing a grip of the processing apparatus of the bezel according to an embodiment of the present invention,

Figure 11 is a side view showing the grip of the processing apparatus of the bezel according to an embodiment of the present invention,

12 is a front view showing an inspection unit of the processing apparatus of the bezel according to an embodiment of the present invention.

Figure 13 is a side view showing the inspection portion of the processing apparatus of the bezel according to an embodiment of the present invention,

Figure 14 is a perspective view showing a foreign material removal portion of the bezel processing apparatus according to an embodiment of the present invention,

15 is a view showing another embodiment of a processing unit of the processing apparatus of the bezel according to an embodiment of the present invention.

<Description of Symbols for Main Parts of Drawings>

100: processing apparatus of the bezel 110: frame

112: door 120: processing part

130: storage unit 132: support bracket

134: roller 140: vacuum suction unit

142: processing die 143: lower adsorption block

144: upper adsorption block 145: adsorption block

145a: adsorption tube 147: vacuum pump

150: clamp portion 152: pressure plate

154: connecting bracket 155: clamp cylinder

160: transfer unit 161: transfer die

162: grip block 162a: grip axis

163: pressure cylinder 165: transfer drive

166: support 167: drive motor

168: transfer screw 169: transfer bracket

170: subsidiary transfer unit 171: subsidiary transfer die

172: auxiliary gripping block 173: auxiliary pressure cylinder

175: grip part 176: grip

177: holder 178: push shaft

178a: push plate 179: elastic member

180: inspection unit 181: measuring die

182: mounting table 183: slide block

184: Upper slide block 185: Lower slide block

186: connecting member 187: buffer member

188: lifting cylinder 189: measuring gauge

189a: measuring needle 190: foreign material removing unit

191: seating die 192: bulkhead

195: air discharge unit 196: air compressor

197 connector 198 nozzle

Claims (19)

frame; A processing unit formed on an upper portion of the frame to process or polish a product; A vacuum adsorption unit provided below the processing unit and fixing the product to be processed or polished by the processing unit by vacuum suction; And The bezel processing apparatus, characterized in that provided on one side of the vacuum adsorption portion comprising a transfer unit for transferring the product to the vacuum suction unit. The method of claim 1, The front and rear sides of the frame is a bezel processing apparatus, characterized in that the storage unit is further provided with the product wound. The method of claim 1, The storage unit is a pair of support brackets supported on the bottom surface; And Rotatingly coupled to the center of the support bracket, the processing apparatus of the bezel, characterized in that it comprises a roller wound around the product by the width of the product wound on the circumferential surface. The method of claim 1, The processing unit of the bezel, characterized in that for cutting the protruding portion of the product by a cutting tool. The method of claim 1, The processing unit of the bezel, characterized in that the polishing machine for polishing the protruding portion of the product with an abrasive sandpaper. The method of claim 1, The vacuum suction unit is provided in the upper die of the processing die; An adsorption block provided at an upper portion of the processing die and having an adsorption pipe passage opened therein; And And a vacuum pump connected to an adsorption tube path of the adsorption block and providing a suction force to adsorb and fix the product to the adsorption block. The method of claim 6, The adsorption block includes a lower adsorption block connected to the vacuum pump and an upper adsorption block contacting the product; The adsorption pipe of the upper adsorption block is a bezel processing apparatus, characterized in that the capillary shape to double the suction force of the vacuum pump. The method of claim 6, The vacuum suction unit is a bezel processing apparatus further comprises a clamp unit for pressing and fixing the product seated on the processing die. The method of claim 8, The clamp portion is provided on the upper side of the processing die, a pair of pressing plates spaced apart to expose the processing portion of the product; A connection bracket connected to the pressure plate and extending downward through the processing die; And And a clamp cylinder connected to the connection bracket to provide a pressing force to raise and lower the pressure plate. The method of claim 1, A plurality of transfer holes are formed at the edge of the product to be spaced apart in the longitudinal direction; The transfer unit includes a transfer die on which the product is seated; A gripping block provided at an upper portion of the transfer die and connected to the upper and lower portions of the transfer die, and having a gripping shaft inserted at a lower portion of the transfer die; A pressurized cylinder providing power to raise and lower the holding block; And And a transfer driving part provided below the transfer die and transferring the transfer die to one side when the grip shaft is inserted into the transfer hole. The method of claim 10, The support driving unit is provided on the lower portion of the transfer die for supporting the transfer die in the longitudinal direction; A drive motor provided in the support; A transfer screw connected to the drive motor by a belt and rotated by the power of the drive motor; And And a conveying bracket which is pressurized on the conveying screw and connected to the conveying die to convey the conveying die when the conveying screw is rotated. The method of claim 10, An auxiliary transfer part is provided at the other side of the vacuum suction part; The subsidiary transfer unit may include a subsidiary transfer die on which the product is mounted; An auxiliary gripping block provided on an upper portion of the auxiliary transfer die and connected to the upper and lower portions of the auxiliary transfer die, and having a gripping shaft inserted into the transfer hole of the product at a lower portion thereof; And An auxiliary pressurizing cylinder which provides power to raise and lower the auxiliary gripping block; The auxiliary feed die is connected to the transfer die and the connecting bar by the bezel, characterized in that the transfer device is interlocked with the transfer die. The method of claim 1, The processing device of the bezel, characterized in that further comprising a gripping portion for pressing and holding the product on the frame. The method of claim 1, The gripping portion is a gripping die on which the product is seated; Fixing stand spaced apart on the gripping die; A push shaft which is vertically penetrated by the holder so as to be lifted and lowered; A push plate formed at an end of the push shaft to be in contact with the product to prevent shaking when the product is moved; And And a resilient member interposed between the push plate and the holder to press the push plate toward the product. The method of claim 1, The bezel processing apparatus, characterized in that further comprising an inspection unit for inspecting whether the product is defective on the frame. The method of claim 15, The inspection unit measuring die on which the product is seated; A mounting table that stands and is formed above the measuring die; A slide block provided on the front surface of the mount and slid in the longitudinal direction of the mount; A lifting cylinder providing power so that the slide block slides on the mounting table; And And a measuring gauge provided on the front side of the slide block and protruding a measuring needle toward the measuring die side. The method of claim 16, The slide block is connected to the lifting cylinder, the upper slide block is connected to the measuring gauge on the front; A lower slide block spaced apart from a lower portion of the upper slide block; A connecting member connecting the upper slide block and the lower slide block to each other and allowing the lower slide block to be moved by a separation distance; Bezel processing apparatus, characterized in that the buffer member is provided between the upper slide block and the lower slide block. The method of claim 1, Bezel processing apparatus, characterized in that the rear side of the vacuum suction unit is further provided with a foreign matter removing unit for removing foreign matter from the product processed by the processing unit. The method of claim 18, The debris removing unit may include a seating die on which a product processed by the processing unit is seated; A partition wall surrounding the outside of the seating die; And A bezel processing apparatus including an air discharge portion extending to the product side blows air to remove foreign substances of the product.

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