CN209322009U - Mobile phone glass engraving machine - Google Patents

Abstract

The utility model provides a cell-phone glass cnc engraving and milling machine, cell-phone glass cnc engraving and milling machine includes the frame, installs respectively be used for control on the frame cell-phone glass cnc engraving and milling machine's moving control mechanism, with control mechanism links to each other and is used for the last unloading mechanism of upper and lower material, with control mechanism links to each other and is used for carrying the conveying mechanism of material, with control mechanism links to each other and is used for carrying out the positioning mechanism of fixing a position and with control mechanism links to each other and is used for carrying out the cnc engraving and milling machine of cnc engraving and milling to the material to construct. The utility model utilizes the feeding and discharging mechanism to feed the material to be processed and discharge the finished product after finishing engraving under the control of the control mechanism; and after the material loading, the material to be processed is positioned through the positioning assembly, and then the positioned material is conveyed to the fine engraving mechanism through the conveying mechanism, and fine engraving is carried out by the fine engraving mechanism. The automation of the whole process is realized, the operation efficiency is improved, and better economic benefit is brought to enterprises.

Description

Mobile phone glass engraving machine

technical field

The utility model relates to the technical field of engraving machines, in particular to a mobile phone glass engraving machine.

Background technique

Mobile phone glass engraving machine is a kind of CNC machine tool. It can cut and process the glass film. In this way, pre-designed patterns can be engraved on the glass film. The equipment has stable and reliable operation, good processing quality, high efficiency, simple operation and convenient maintenance. It has become more and more important in the fields of production and processing. However, the Jingdiao machines currently on the market are all transporting materials manually, which is inefficient and has certain potential safety hazards. Even if the machine is used for transportation, the material is not positioned properly during the transportation process, which makes the carving process have certain flaws and brings economic losses to the production of the enterprise.

Utility model content

The utility model provides a mobile phone glass engraving machine in order to solve the technical problems raised in the above-mentioned background technology.

The utility model provides a mobile phone glass engraving machine, which includes a base, a control mechanism respectively installed on the base for controlling the operation of the mobile phone glass engraving machine, connected with the control mechanism and A loading and unloading mechanism for loading and unloading materials, a conveying mechanism connected with the control mechanism and used for conveying materials, a positioning mechanism connected with the control mechanism and used for positioning materials, and a positioning mechanism connected with the control mechanism and Engraving mechanism for engraving materials.

Further, the loading and unloading mechanism includes a loading rack installed on the base for loading, a blanking rack for unloading, and a positioning assembly for positioning the loading rack and the unloading rack The loading rack and the unloading rack are provided with a plurality of feeding troughs for placing materials; the loading rack and the unloading rack are provided with positioning holes.

Further, the positioning assembly includes a positioning power member installed on the machine base, a positioning member installed on the positioning power member, and a positioning member installed on the positioning member and used in conjunction with the positioning hole. positioning post.

Further, the conveying mechanism includes an x-axis moving assembly installed on the base, a z-axis moving assembly installed on the x-axis moving assembly, and a y-axis moving assembly installed on the z-axis moving assembly. The axis moving assembly and the grabbing assembly installed on the y-axis moving assembly; the x-axis moving assembly includes an x-axis moving guide rail installed on the base; installed on the x-axis moving guide rail The x-axis moving base and the x-axis driving power part for driving the x-axis moving base to move directionally on the x-axis moving guide rail.

Further, the z-axis moving assembly includes a z-axis moving guide rail installed on the x-axis moving base, a z-axis moving base installed on the z-axis moving guide rail, and a z-axis moving base for driving the z-axis The z-axis driving power part of the z-axis moving base moves directionally on the z-axis moving guide rail; the y-axis moving assembly includes a y-axis moving guide rail installed on the z-axis moving base, installed on the The y-axis moving base on the y-axis moving guide rail and the y-axis driving power part for driving the y-axis moving base to move directionally on the y-axis moving guide rail.

Further, the grasping assembly includes a rotating power member installed on the y-axis moving base, a rotating member installed on the rotating power member and an air extractor for air extraction; the rotating The part is provided with an adsorption part on the side far away from the rotating power part; a plurality of adsorption discs are installed on the adsorption part; the hollow part of the rotating power part is provided with an air groove connected with the air extractor; the air The groove communicates with the adsorption disc.

Further, the positioning mechanism includes a positioning platform assembly installed on the machine base, a horizontal positioning assembly for positioning and a vertical positioning assembly for positioning; the positioning platform assembly includes The positioning platform base on the machine base, the positioning platform installed on the positioning platform base, the horizontal limit block installed on the positioning platform for limiting and the positioning platform installed on the positioning platform for limiting vertical limit block.

Further, the lateral positioning assembly includes a lateral positioning base installed on the base far away from the end of the lateral limiting block, a lateral power member installed on the lateral positioning base, and a lateral power member installed on the lateral power The horizontal positioning piece on one end close to the positioning platform; the vertical positioning assembly includes a vertical positioning base installed on the base far away from the end of the vertical limiting block, and a vertical positioning base installed on the vertical positioning block. The vertical power part on the base and the vertical positioning part installed on the vertical power part close to the end of the positioning platform.

Further, the engraving mechanism includes a fine engraving station installed on the base for placing materials, a vertical and lateral movement assembly installed on the base, a horizontal movement assembly installed on the The vertical moving assembly on the upper part and the Jingdiao assembly installed on the vertical moving assembly; the lateral moving assembly includes a lateral moving guide rail installed on the machine base, a The lateral movement base and the lateral movement power part for driving the lateral movement guide rail to move directionally on the lateral movement base; the vertical movement assembly includes a vertical a moving guide rail, a vertical moving base installed on the vertical moving guide rail, and a vertical driving power member for driving the vertical moving base to move directionally on the vertical moving guide rail; The engraving component includes a carved power part installed on the vertically moving base and a carved knife mounted on the carved power part.

Further, the mobile phone glass engraving machine also includes a protective assembly installed on the base and connected to the control mechanism; the protective assembly includes a protective frame installed on the base, a An infrared emitter on one end of the protective frame and an infrared receiver installed on the other end of the protective frame.

Adopting the above-mentioned technical scheme, the utility model has at least the following beneficial effects: under the control of the control mechanism, the utility model uses the loading and unloading mechanism to load the materials to be processed and unload the finished products completed by Jingdiao; and After loading, the material to be processed is firstly positioned by the positioning component, and then the positioned material is transported to the Jingdiao mechanism through the conveying mechanism, and the Jingdiao mechanism performs fine carving. Realize the automation of the whole process, improve the operation efficiency, and bring better economic benefits to the enterprise.

Description of drawings

Fig. 1 is a perspective view of the mobile phone glass engraving machine of the present invention.

Fig. 2 is a diagram of an embodiment of the mobile phone glass engraving machine of the present invention

Fig. 3 is a perspective view of the loading and unloading mechanism of the mobile phone glass engraving machine of the present invention.

FIG. 4 is an enlarged view of part A of FIG. 3 .

FIG. 5 is an enlarged view of part B of FIG. 3 .

Fig. 6 is a perspective view of the conveying mechanism of the mobile phone glass engraving machine of the present invention.

Fig. 7 is a perspective view of the rotating part of the conveying mechanism of the mobile phone glass engraving machine of the present invention.

Fig. 8 is a perspective view of the grabbing component of the conveying mechanism of the mobile phone glass engraving machine of the present invention.

Fig. 9 is a perspective view of the positioning mechanism of the mobile phone glass engraving machine of the present invention.

Fig. 10 is a perspective view of the positioning platform of the positioning mechanism of the mobile phone glass engraving machine of the present invention.

Fig. 11 is a perspective view of the engraving mechanism of the mobile phone glass engraving machine of the present invention.

Detailed ways

The utility model will be described in further detail below through specific embodiments in conjunction with the accompanying drawings. It should be understood that the embodiments described below with reference to the accompanying drawings are exemplary, intended to explain the utility model, but not to be construed as a limitation of the utility model, and, in the case of no conflict, the implementation of the utility model The features in the example can be combined with each other.

As shown in Figures 1-11, the utility model provides a mobile phone glass engraving machine, including a machine base, and a control mechanism 5 respectively installed on the base for controlling the operation of the mobile phone glass engraving machine , the loading and unloading mechanism 1 connected with the control mechanism 5 and used for loading and unloading materials, the conveying mechanism 3 connected with the control mechanism 5 and used for conveying materials, connected with the control mechanism 5 and used for The positioning mechanism 2 for locating the material and the fine carving mechanism 4 connected with the control mechanism 5 and used for finely carving the material.

In this embodiment, under the control of the control mechanism 5, use the loading and unloading mechanism 1 to load the material to be processed and to unload the finished product of fine carving; The material is positioned, and then the positioned material is transported to the fine carving mechanism 4 by the conveying mechanism 3, and the fine carving is carried out by the fine carving mechanism 4. Realize the automation of the whole process, improve the operation efficiency, and bring better economic benefits to the enterprise.

In a specific embodiment, the loading and unloading mechanism 1 of the engraving machine includes a loading frame for loading, a blanking frame for unloading, and a positioning frame for positioning the The positioning components of the loading rack and the unloading rack; the loading rack and the unloading rack are provided with a plurality of feeding troughs for placing materials.

In this embodiment, a plurality of discharge troughs for placing materials are provided on the loading rack and the unloading rack, so that multiple materials can be placed on the loading rack or the unloading rack at one time during loading and unloading. Realize the batching of loading and unloading, save loading and unloading time, and increase the output of Jingdiao; the loading rack and the unloading rack are separated from each other, and the mutual independence of loading and unloading can be realized; and the Jingdiao machine The loading and unloading mechanism 1 is also provided with a positioning assembly, so that the utility model can position the loading rack and the unloading rack on the machine base, so as to avoid the displacement of the loading rack or the unloading rack during loading and unloading, which will affect the Loading and unloading process.

In a specific embodiment, the feeding rack includes a feeding seat 111 and a discharge chute installed on the feeding seat 111; bit groove. The avoidance groove is used to accommodate the gripper of the fine carving machine; it is convenient for the gripper of the fine carving machine to grab the raw materials in the loading rack, thereby ensuring the operation flow of the fine carving machine.

In a specific embodiment, the loading seat is provided with a plurality of limiting columns 113 for limiting the raw material and one or more supporting columns 114 for supporting the raw material, and the limiting column 113 is provided with a plurality of limiting columns 113 Position groove 1131, described support column 114 is provided with a plurality of support grooves 1141 that cooperate with described limit groove 1131 to support raw material; The number of support slots 1141 on the top is equal and one-to-one correspondence is formed to form a plurality of said discharge slots, so that said loading rack can place a plurality of raw materials at one time, thereby ensuring the efficiency of feeding; in this embodiment, the There are two limiting columns 113 and two supporting columns 114, so that when the material is placed in the discharge chute, the limiting groove 1131 can prevent the material from moving left and right; the supporting groove 1141 can prevent The material falls out of the discharge chute, thereby affecting the progress of feeding.

In a specific embodiment, the blanking rack includes a blanking seat 112 and a discharge trough installed on the blanking seat 112; bit groove. The avoidance groove is used to accommodate the gripper of the fine carving machine; it is convenient for the gripper of the fine carving machine to grab the finished products processed in the blanking rack, thereby ensuring the operation flow of the fine carving machine.

In a specific embodiment, the blanking seat is provided with a plurality of limiting columns 113 for limiting raw materials and one or more supporting columns 114 for supporting finished products, and the limiting columns 113 are provided with a plurality of limiting columns 113 Bit groove 1131, described support column 114 is provided with a plurality of supporting grooves 1141 that cooperate with described limiting groove 1131 to support the finished product; The number of support grooves 1141 on the top is equal and one-to-one correspondence is formed to form a plurality of said discharge grooves, so that said blanking rack can place a plurality of processed finished products at one time, thereby ensuring the efficiency of blanking; in this embodiment Among them, the limit column 113 and the support column 114 each have two, so that when the finished product is placed in the discharge trough, the limit groove 1131 can prevent the finished product from moving left and right; 1141 can prevent the finished product from falling out of the discharge chute, thereby affecting the progress of blanking.

In a specific embodiment, there are two loading racks and two feeding racks, and the two loading racks or the two unloading racks are adjacent to each other, and the two loading racks or the two unloading racks There are three limit columns 113 of the frame, that is, two loading racks or two unloading racks share one limit column 113 at the adjacent position; thus, the production cost can be saved.

In a specific embodiment, the positioning assembly includes a positioning seat 121, a positioning power member 122 mounted on the positioning seat 121, a positioning plate 123 movably connected to the positioning seat 121, and a second positioning plate 123 mounted on the positioning plate 123. A positioning member 124; the positioning plate 123 is connected to the output end of the positioning power part 122, the positioning seat 121 is provided with a guide hole 1211, and the positioning plate 123 is provided with a guide that is set in the guide hole 1211 Column 1231; the positioning assembly is installed on the side of the loading seat 111 and the unloading seat 112, and the side of the loading seat 111 connected to the positioning assembly is provided with the first positioning member 124 used in conjunction with the first A positioning hole 115 , the side of the blanking seat 112 connected with the positioning assembly is provided with a first positioning hole 115 used in conjunction with the first positioning member 124 . In this embodiment, the positioning plate is provided with guide posts 1231 at both ends, and the guide posts 1231 pass through the positioning seat 121 on the positioning seat 121; so that the positioning plate 123 will not be arbitrarily displaced. shift, thereby affecting the use of the first positioning member 124 on the positioning plate 123 and the first positioning hole 115, the positioning power member 122 is used to drive the positioning plate 123 to drive the first positioning member 124 Move to the direction of the upper material rack or the lower material rack, so that the first positioning member 124 passes through the first positioning hole 115 on the upper material rack or the lower material rack, so that the described upper material rack or the described lower material rack is positioned on the On the machine base, prevent the displacement of the loading rack or the unloading rack during loading or unloading, thereby affecting the loading and unloading process.

In a specific embodiment, both the loading seat 111 and the unloading seat 112 are provided with a guide groove 116 for the directional movement of the limiting column 113; the limiting column 113 can move directional in the guiding groove 116 , thereby adjusting the size of the discharge trough, so that the discharge trough can adapt to raw materials of different sizes.

In a specific embodiment, a positioning block 13 is provided between the loading seat 111 and the blanking seat 112, and a second positioning member is provided on the side of the positioning block 13 connected to the loading seat 111 or the blanking seat 112 , the feeding seat 111 and the blanking seat 112 are provided with a second positioning hole 117 used in conjunction with the second positioning member; the second positioning hole 117 is used in conjunction with the second positioning member, so that the The positioning block 13 can cooperate with the positioning assembly to position the loading rack and the unloading rack on the machine base, so as to prevent the displacement of the loading rack and the unloading rack during loading and unloading, thereby affecting the loading and unloading process. , Cutting process.

In a specific embodiment, the conveying mechanism 3 includes an x-axis moving assembly installed on the machine base, a z-axis moving assembly installed on the x-axis moving assembly, and a z-axis moving assembly installed on the z The y-axis moving component on the axis moving component and the grabbing component installed on the y-axis moving component.

In this embodiment, the synchronous movement of the x-axis moving component, the y-axis moving component and the z-axis moving component is used to realize the movement of the grabbing component in three-dimensional space, thereby realizing the precise delivery of materials and improving the efficiency of Jingdiao operation, thereby improving Production efficiency, to achieve profit growth for the enterprise.

In a specific embodiment, the x-axis moving assembly includes an x-axis moving guide rail 311 installed on the base; an x-axis moving base 312 installed on the x-axis moving guide rail 311 and used for An x-axis driving power member 313 that drives the x-axis moving base 312 to move directionally on the x-axis moving guide rail 311 . The x-axis driving power part 313 provides power for the x-axis moving base 312, so that the x-axis moving base 312 can drive other components installed on the x-axis moving base 312 to move on the x-axis. Orientation movement on the shaft moving guide rail 311.

In a specific embodiment, the z-axis moving assembly includes a z-axis moving guide rail 321 installed on the x-axis moving base 312 , a z-axis moving base installed on the z-axis moving guide rail 321 322 and a z-axis driving power member 323 for driving the z-axis moving base 322 to move directionally on the z-axis moving guide rail 321 . The z-axis driving power member 323 provides power to the z-axis moving base 322, so that the z-axis moving base 322 can drive other components on the z-axis moving base 322 to move on the z-axis moving guide rail 321 on directional move. The z-axis moving guide rail 321 is mounted on the x-axis moving base 312, so that when the x-axis moving base 312 moves directionally on the x-axis moving guide rail 311, the z-axis moving assembly and assembly Other components arranged on the z-axis moving assembly also move directionally on the x-axis moving guide rail 311 together with the x-axis moving base 312 .

In a specific embodiment, the y-axis moving assembly includes a y-axis moving guide rail 331 installed on the z-axis moving base 322 , a y-axis moving base 332 installed on the y-axis moving guide rail 331 and The y-axis driving power member 333 is used to drive the y-axis moving base 332 to move directionally on the y-axis moving guide rail 331 . The y-axis driving power member 333 provides power to the y-axis moving base 332 , so that the y-axis moving base 332 can drive the grabbing assembly to move directionally on the y-axis moving guide rail 331 . The y-axis moving guide rail 331 is arranged on the z-axis moving base 322, so that when the z-axis moving base 322 moves directional on the z-axis moving guide 321, the y-axis moving assembly and The grasping assembly installed on the y-axis moving assembly can also move directionally on the z-axis moving guide rail 321 together.

In a specific embodiment, the grasping assembly includes a rotating power member 341 installed on the y-axis moving base 332 and a rotating member 342 installed on the rotating power member 341; the rotating member 342 An adsorption piece is provided on a side away from the rotating power part 341; a plurality of suction disks are mounted on the adsorption piece; air grooves are provided in the hollow of the rotation power part; the air grooves communicate with the adsorption disks. The rotating power part 341 can drive the rotating part 342 to drive the adsorption plate on the absorbing part to rotate, so that the rotating part can drive the absorbing disc 343 on the absorbing part to go downward and perpendicular to the horizontal plane. The conversion of two directions; the air groove 345 is provided in the hollow of the rotating member 342; The material to be carved is sucked up so that the suction disc 343 can pick up the material placed perpendicular to the horizontal plane when it is perpendicular to the horizontal plane, and transport the material to the corresponding working area.

In a specific embodiment, the material grabbing assembly further includes an air extractor; the air extractor is connected to the air groove 345 . The air extractor is used for extracting air from the air groove 345; so that the adsorption disc 344 communicated with the air groove 345 can absorb the material; thus, the grasping component can grasp the material.

In a specific embodiment; there are multiple adsorption discs 343; the adsorption power part 344 is an aspirator; when the aspirator needs to absorb the material, the material is adsorbed on the adsorption disc by pumping air 343, to realize the grasping of the material, when the material needs to be placed, the aspirator stops pumping air, so that the suction plate 343 stops the adsorption of the surface of the material, so that the material leaves the suction plate 343 and is placed in the corresponding area.

In a specific embodiment; the grasping assembly is installed on the y-axis moving base 332, the y-axis moving assembly is installed on the z-axis moving base 322, and the z-axis moves The components are installed on the x-axis moving base 312; thus, the x-axis moving base 312 can drive the z-axis moving components and the components installed on the x-axis under the drive of the x-axis driving power part 313 The y-axis moving assembly on the z-axis moving assembly moves directionally on the x-axis moving guide rail 311; the z-axis moving base 322 can drive the y-axis moving assembly under the drive of the z-axis driving power part 323 And the grasping component installed on the y-axis moving component moves directionally on the z-axis moving guide rail 321; and the y-axis moving base 332 can drive the y-axis driving power part 333 to drive the The material grabbing component moves directionally on the y-axis moving guide rail 331; thus, the conveying mechanism of the Jingdiao machine can accurately convey materials in three-dimensional space, thereby improving the conveying efficiency, further improving the efficiency of Jingdiao, and improving the production profit of the enterprise.

In a specific embodiment, the positioning mechanism 2 includes a positioning platform assembly respectively installed on the machine base, a horizontal positioning assembly 22 for positioning, and a vertical positioning assembly 23 for positioning. The positioning table assembly is used to place materials, and cooperates with the horizontal positioning assembly 22 and the vertical positioning assembly 23 to limit the material and position the material on the positioning table assembly.

In this embodiment, by placing the material on the positioning table assembly, the horizontal positioning assembly 22 and the vertical positioning assembly 23 are used in conjunction with the positioning table assembly to position the material on the positioning table 212, so that the precision The engraving machine can accurately engrave the material, reduce the error caused by the engraving machine on the material, reduce the defect rate of the engraving product, and thus ensure the quality of the product.

In a specific embodiment, the positioning platform assembly includes a positioning platform base 211 installed on the machine base, a positioning platform 212 installed on the positioning platform base 211, a positioning platform installed on the positioning platform 212 The horizontal limit block 213 for limit and the vertical limit block 214 installed on the positioning table 212 for limit. The positioning platform base 211 is used to support the positioning platform 212, so that the positioning platform 212 is compatible with other mechanisms of the engraving machine, and avoids positioning the positioning platform 212 in order to adapt to other mechanisms. The height of platform 212 is raised, causing the cost of positioning platform 212 to be increased due to the excessive height of positioning platform 212; position at the side of the bar; the horizontal limiting block 213 and the vertical limiting block 214 play a limiting role when the horizontal positioning assembly 22 and the vertical positioning assembly 23 position the material, so that it is necessary to accurately The engraved material is pressed against the horizontal limiting block 213 and the vertical limiting block 214 under the action of the horizontal positioning component 22 and the vertical positioning component 23, so that the material is accurately positioned on the positioning platform 212 .

In a specific embodiment, the positioning platform 212 is provided with a plurality of vertical grooves 2122 in the length direction; the positioning platform 212 is provided with a plurality of transverse grooves 2121 in the width direction; the transverse grooves 2121 and The vertical grooves 2122 intersect each other and divide the positioning platform 212 into a plurality of positioning platform blocks 2123 . The vertical grooves 2122 and the transverse grooves 2121 are intersected and the positioning platform 212 is divided into a plurality of positioning platform blocks 2122, so that the contact between the material to be carved and the positioning platform 212 is multiple The contact between the positioning table block 2123 and the carved material replaces the contact between the groove surface of the entire positioning table 212 and the material surface, so as to avoid the surface-to-surface contact between the positioning table 212 and the carved material, resulting in a gap between the two surfaces. The tension between them is increased, which reduces the difficulty for the horizontal positioning component 22 and the vertical positioning component 23 to drive the carved material to move directionally on the positioning platform 212 .

In a specific embodiment, the positioning platform 212 is provided with a plurality of through holes 21231; the positioning platform 212 is provided with an air blowing groove 2124 on the side of one end away from the transverse limit block 213; the air blowing The slot 2124 communicates with the through hole 21231 . The air blowing groove 2124 communicates with the through hole 21231, so that the utility model can blow air to the air blowing groove 2124 after the material is positioned, and make the entering gas come out through the through hole 21231, so that the entering gas The gas can slightly blow up the materials placed on the positioning platform 212 to prevent the materials from adhering to the positioning platform 212 and affecting other mechanisms to grasp them.

In a specific embodiment, the lateral positioning assembly 22 includes a lateral positioning base 221 installed on the base far away from the end of the lateral limiting block 213, and a lateral power member installed on the lateral positioning base 221 222 and a lateral positioning member 223 installed on the lateral power member 222 near one end of the positioning platform 212 . The lateral positioning base 221 is used to support the lateral positioning assembly 22, so that the lateral positioning member 223 on the lateral positioning assembly 22 can position the material. In this embodiment, when the material to be engraved is placed on the positioning platform 212, the lateral power member 222 drives the lateral positioning member 223 to advance forward, pushing the material toward the lateral limit block 213, so that the material Butt against the transverse limit block 213, so as to locate the position of the material in the corresponding direction.

In a specific embodiment, the vertical positioning assembly 23 includes a vertical positioning base 231 installed on the machine base at one end away from the vertical limiting block 214, and a vertical positioning base 231 installed on the vertical positioning base 231. The vertical power member 232 and the vertical positioning member 233 installed on the vertical power member 232 close to the end of the positioning platform 212 . The vertical positioning base 231 is used to support the vertical positioning assembly 23, so that the vertical positioning member 233 on the vertical positioning assembly 23 can position the material. In this embodiment, when the material to be engraved is placed on the positioning platform 212, the vertical power member 232 drives the vertical positioning member 233 to advance forward, pushing the material toward the vertical stopper 214, Make the material abut against the vertical limit block 214, so as to position the material in the corresponding direction.

In a specific embodiment, the positioning mechanism 2 of the engraving machine further includes an air blower connected to the air blowing groove 2124 for blowing air into the air blowing groove 2124 . The air blower is used to blow air to the air blowing groove 2124, so that the gas can pass through the air blowing groove 2124 and reach the through hole 21231 communicating with the air blowing groove 2124, so that the gas will be placed on the positioning platform 212 The material blows up slightly to prevent the material from closely adhering to the positioning platform 212 and affecting other mechanisms to grasp it.

In a specific embodiment, the positioning platform 212 is also provided with a plurality of first connecting holes 2125 for connecting the positioning platform 212 and the positioning platform base 211; the first connecting holes 2125 are arranged in the lateral direction The intersection of the groove 2121 and the vertical groove 2122; the positioning platform base 211 is provided with a second connection hole corresponding to the first connection hole 2125; the first connection hole 2125 is connected to the first connection hole 2125 The two connecting holes are connected together by screws, so that the positioning platform 212 and the positioning platform base 211 are fixedly connected together.

In a specific embodiment, the fine carving mechanism 4 includes a fine carving station 41 installed on the base for placing materials, a lateral movement assembly installed on the base, a The vertical moving component on the horizontal moving component and the carved component installed on the vertical moving component. The fine carving station 41 is used to place raw materials; the horizontal movement assembly drives the fine carving assembly on the vertical assembly to realize the left and right movement of the fine carving assembly in the horizontal direction; the vertical movement assembly is used to Drive the fine carving component to move up and down in the vertical direction, and use the horizontal moving component and the vertical moving component in cooperation to realize the control of the precise carving position of the raw material by the fine carving component.

In a specific embodiment, there are four fine carving stations 41, which are divided into No. 1-4 fine carving stations; two sets of vertical moving assemblies are installed on the lateral moving assemblies; each group of vertical moving assemblies Jingdiao components are respectively installed on the moving components; the initial positions of the two sets of vertical moving components are above the No. 1 Jingdiao station and No. When the components are finely carving the raw materials under the No. 1 Jingdiao station and No. 3 Jingdiao station; the conveying mechanism can transport the raw materials to No. 2 Jingdiao station and No. 4 Jingdiao station; After the fine carving of raw materials on No. 2 Jingdiao station and No. 3 Jingdiao station is completed; the horizontal moving component can drive the Jingdiao components on the two sets of vertical moving components to reach No. 2 Jingdiao station and No. 4 Jingdiao above the station, so that the raw materials on No. 2 fine carving station and No. 4 fine carving station can be finely carved; at this time, the conveying mechanism can carry out fine carving on No. The products are transported to the loading and unloading mechanism 1, and continue to transport the raw materials to the No. 1 Jingdiao station and No. 3 Jingdiao station to wait for Jingdiao; thus realizing The back and forth Jingdiao on the position improves the efficiency of Jingdiao.

In a specific embodiment, the lateral movement assembly includes a lateral movement guide rail 421 installed on the machine base, a lateral movement base 422 installed on the lateral movement guide rail 421, and a lateral movement base 422 for driving the lateral movement The moving base 422 moves horizontally on the horizontally moving guide rail 421 orientatedly on the laterally moving power part 423; the laterally moving power part 423 drives the horizontally moving base 422 to drive the vertically moving components on the laterally moving base 422 Orientation movement on the lateral movement guide rail 421, thereby driving the engraving assembly mounted on the vertical movement assembly to move directional movement on the lateral movement guide rail 421, realizing the engraving of different positions on the raw material by the engraving assembly .

In a specific embodiment, the vertical movement assembly includes a vertical movement guide rail 431 installed on the lateral movement base 422 , a vertical movement base 432 installed on the vertical movement guide rail 431 And a vertical driving power part for driving the vertical moving base 432 to move directionally on the vertical moving guide rail 431; the vertical moving power part drives the vertical moving base 432 to drive the precision The engraving assembly moves directionally on the vertical moving guide rail 431, so as to realize the control of the fine carving assembly to start or end the fine carving of the raw material; the vertical moving guide rail 431 is installed on the lateral movement base 422, The refined carving component on the vertical moving component can move left and right along with the horizontal moving component, thereby controlling the precise carving position of the raw material by the refined carving component.

In a specific embodiment, the detailed carving assembly includes a fine carving power part 441 installed on the vertical moving base 432 and a fine carving knife mounted on the fine carving power part 441 . The fine carving power part 441 performs fine carving on raw materials by driving the fine carving knife.

In a specific embodiment, the mobile phone glass engraving machine also includes a protective assembly installed on the base and connected to the control mechanism 5; the protective assembly includes a A protective frame 61, an infrared transmitter 62 installed at one end of the protective frame, and an infrared receiver 63 installed at the other end of the protective frame. The protective frame 61 is used to support the infrared emitter 62 and the infrared receiver 63. Under normal working conditions, the infrared emitted by the infrared emitter 62 is received by the infrared receiver 63. When entering the utility model through the protective assembly, the infrared rays emitted by the infrared transmitter 62 are blocked by foreign objects, so that the infrared receiver 63 cannot receive the corresponding infrared rays. At this time, the infrared receiver 63 will send a signal to The control mechanism 5, so that the corresponding protective measures are taken by the control mechanism 5, thereby improving the safety of the utility model.

The specific working principle of the utility model is as follows: the operator places the raw material on the feeding rack, and puts the feeding rack into the corresponding position. Under the control of the control mechanism 5, the positioning mechanism 2 puts the feeding The rack is positioned on the machine base to prevent the feeding rack from shifting when the conveying mechanism 3 grabs the material. The conveying mechanism 3 grabs the raw material from the feeding rack and transports it to the positioning mechanism 2 for positioning. Transported to the fine carving station 41, the raw materials on the fine carving station 41 are finely carved by the fine carving mechanism, and after the fine carving is completed, the conveying mechanism 3 conveys the finished product of fine carving to the unloading rack for waiting Unloading, when foreign matter enters the utility model through the protective assembly, the protective assembly will send a corresponding signal to the control mechanism 5, and the control mechanism 5 will take corresponding protective measures, thereby ensuring the safety of the utility model.

Although the embodiments of the present invention have been shown and described, those skilled in the art can understand that various changes, modifications, Alternatives and modifications, the scope of the present invention is defined by the appended claims and their equivalents.

Claims (10)

1. A mobile phone glass engraving machine, characterized in that: the mobile phone glass engraving machine includes a base, and the following mechanisms respectively installed on the base: Control mechanism; used to control the operation of the mobile phone glass engraving machine; The loading and unloading mechanism is connected with the control mechanism and is used for loading and unloading materials; a conveying mechanism connected to the control mechanism and used for conveying material; a positioning mechanism connected to the control mechanism and used to position the material; and The precise carving mechanism is connected with the control mechanism and is used for precise carving on materials. 2. The mobile phone glass engraving machine according to claim 1, characterized in that: the loading and unloading mechanism includes a loading frame for loading and a blanking frame for unloading installed on the machine base and a positioning assembly for positioning the loading rack and the unloading rack; the loading rack and the unloading rack are provided with a plurality of discharge troughs for placing materials; the loading rack and the unloading rack Positioning holes are arranged on the blanking rack. 3. The mobile phone glass engraving machine according to claim 2, characterized in that: the positioning assembly includes a positioning power part installed on the machine base, a positioning part installed on the positioning power part and A positioning column used in conjunction with the positioning hole is installed on the positioning member. 4. The mobile phone glass engraving machine according to claim 1, characterized in that: the conveying mechanism includes an x-axis moving assembly installed on the base, a z-axis moving assembly installed on the x-axis moving assembly Axis moving assembly, a y-axis moving assembly installed on the z-axis moving assembly, and a grabbing assembly installed on the y-axis moving assembly; the x-axis moving assembly includes The x-axis moving guide rail; the x-axis moving base installed on the x-axis moving guide rail and the x-axis driving power part for driving the x-axis moving base to move directionally on the x-axis moving guide rail. 5. The mobile phone glass engraving machine according to claim 4, characterized in that: the z-axis moving assembly includes a z-axis moving guide rail installed on the x-axis moving base, and a z-axis moving guide rail installed on the z-axis The z-axis moving base on the moving guide rail and the z-axis driving power part for driving the z-axis moving base to move directionally on the z-axis moving guide rail; the y-axis moving assembly includes a The y-axis moving guide rail on the y-axis moving base, the y-axis moving base installed on the y-axis moving guide rail, and the y-axis moving base for driving the y-axis moving base to move directionally on the y-axis moving guide rail The shaft drives the power member. 6. The fine engraving machine for mobile phone glass according to claim 5, characterized in that: the grasping component includes a rotating power part installed on the y-axis moving base, and a rotating power part installed on the rotating power part The rotating part and the air extractor for air extraction; the rotating part is provided with an adsorption part on the side away from the rotating power part; a plurality of adsorption discs are installed on the rotating part; the rotating power part is hollow An air groove connected with the air extractor is provided; the air groove communicates with the adsorption plate. 7. The mobile phone glass engraving machine according to claim 1, characterized in that: the positioning mechanism includes a positioning platform assembly respectively installed on the machine base, a lateral positioning assembly for positioning and a horizontal positioning assembly for positioning. Vertical positioning assembly; the positioning platform assembly includes a positioning platform base installed on the machine base, a positioning platform installed on the positioning platform base, and a positioning platform installed on the positioning platform for positioning A horizontal limit block and a vertical limit block installed on the positioning platform for limit. 8. The mobile phone glass engraving machine according to claim 7, characterized in that: the lateral positioning assembly includes a lateral positioning base installed on the machine base at one end away from the lateral limiting block, and a lateral positioning base installed on the The horizontal power part on the lateral positioning base and the horizontal positioning part installed on the horizontal power part near the end of the positioning platform; the vertical positioning assembly includes a machine base at the end far away from the vertical limit block A vertical positioning base, a vertical power part mounted on the vertical positioning base and a vertical positioning part mounted on the vertical power part near the end of the positioning platform are installed on the top. 9. The mobile phone glass engraving machine according to claim 1, characterized in that: the engraving mechanism includes an engraving station installed on the base for placing materials, an engraving station installed on the base The vertical and lateral moving assembly on the horizontal moving assembly, the vertical moving assembly installed on the horizontal moving assembly and the carved assembly installed on the vertical moving assembly; the horizontal moving assembly includes the The lateral moving guide rail on the seat, the lateral moving base installed on the lateral moving guide rail and the lateral moving power part for driving the lateral moving guide rail to move directionally on the lateral moving base; the vertical The moving assembly includes a vertical moving guide rail installed on the horizontal moving base, a vertical moving base installed on the vertical moving guide rail and used to drive the vertical moving base on the vertical The vertical driving power part that moves directionally on the moving guide rail; the Jingdiao assembly includes the Jingdiao power part installed on the vertical moving base and the Jingdiao knife installed on the Jingdiao power part . 10. The mobile phone glass engraving machine according to claim 1, characterized in that: the mobile phone glass engraving machine also includes a protective assembly installed on the base and connected to the control mechanism; the protective assembly It includes a protective frame installed on the machine base, an infrared transmitter installed on one end of the protective frame and an infrared receiver installed on the other end of the protective frame.