CN218139981U

CN218139981U - Automatic change cell-phone shell button rigging equipment

Info

Publication number: CN218139981U
Application number: CN202222656993.0U
Authority: CN
Inventors: 汤绍成; 胡以锦
Original assignee: Dongguan Haotong Plastic Technology Co ltd
Current assignee: Dongguan Haotong Plastic Technology Co ltd
Priority date: 2022-10-09
Filing date: 2022-10-09
Publication date: 2022-12-27
Anticipated expiration: 2032-10-09

Abstract

The utility model discloses an automatic change cell-phone shell button rigging equipment, include: board, supplied materials mechanism, assembly devices, unloading mechanism and move and carry and transport the mechanism, assembly devices side correspondence is provided with interior formula anchor clamps that prop, and interior formula anchor clamps that prop are arranged on a straight line, move and carry and transport the mechanism and include: move and carry base, step motor, synchronous pulley mechanism, motion board, move and carry elevating system, motion support, move and carry the support and get the material module, step motor carries out reciprocating motion through synchronous pulley mechanism drive motion board, moves and carries elevating system drive motion support and reciprocates, and the distance between the adjacent material module of getting is the same with the distance between the adjacent interior supporting formula anchor clamps. The utility model discloses a step motor drives the multiunit simultaneously and gets the material module and get the material and transport to improve the efficiency of pay-off, and can guarantee transporting of each group's cell-phone shell and keep in step, avoid the mutual interference between the mechanism, guarantee the stability and the security of equipment.

Description

Automatic change cell-phone shell button rigging equipment

Technical Field

The utility model relates to an automatic change processing technology field, especially relate to an automatic change cell-phone shell button rigging equipment.

Background

With the development of science and technology and the improvement of living standard, intelligent terminal devices such as mobile phones and the like are also popularized in thousands of households. In order to provide protection and beautification effects for the mobile phone, a mobile phone shell or a mobile phone cover can be sleeved on the mobile phone by many people. Because present cell-phone side generally all can be provided with button such as power key, volume key, in order to guarantee the normal use of cell-phone side key when the cell-phone shell is established to the cover, generally all can set up corresponding button in the corresponding position department of cell-phone shell. The button on current cell-phone shell generally adopts integral type or split type structure, and the integral type structure is the in-process integrated into one piece of cell-phone shell production of moulding plastics, and split type structure generally is behind cell-phone shell main part shaping, imbeds the button in the casing main part of the hand through manual work or equipment. However, because the side of the mobile phone shell is generally provided with a plurality of groups of keys, and the conveying mechanisms of all groups of keys in the existing mobile phone shell key assembly equipment generally adopt the same group of picking mechanisms for picking and conveying, the efficiency is low; or the products are respectively transferred by a plurality of groups of picking mechanisms, but the movement of each group of picking mechanisms is easy to generate interference or have deviation, so that the mechanisms are easy to collide with each other, or errors are caused in the transportation process, and certain disadvantages exist.

Accordingly, the prior art is deficient and needs improvement.

SUMMERY OF THE UTILITY MODEL

The utility model aims at overcoming the not enough of prior art, provide an automatic change cell-phone shell button rigging equipment.

The technical scheme of the utility model as follows: an automated mobile phone case key assembly device is provided, comprising: the board, set up in incoming material mechanism of board one side, set up in a plurality of assembly devices of incoming material mechanism rear end, set up in the unloading mechanism of assembly device rear end and set up in the assembly device side is moved and is carried conveying mechanism, the assembly device side corresponds and is provided with interior supporting formula anchor clamps, interior supporting formula anchor clamps are arranged on a straight line, it includes to move and carry conveying mechanism to move: set up in move on the board move carry transport the base, set up in move carry transport the step motor of base one end, with the hold-in range wheel mechanism that step motor's output is connected, with the motion board that hold-in range wheel mechanism is connected, set up in move on the motion board move carry elevating system, set up in move the motion support on elevating system's the output, set up in move a plurality of on the motion support move the support and set up in move and get a plurality of material modules on the support, step motor carries out reciprocating motion through hold-in range wheel mechanism drive motion board, move and carry elevating system drive motion support and reciprocate, the distance that gets between the material module adjacently is the same with the distance between the adjacent internal stay formula anchor clamps.

Further, the transferring and lifting mechanism adopts an air cylinder.

Furthermore, the material taking module adopts a plurality of suction nozzles, a plurality of holes are formed in the transfer support, and the suction nozzles are movably locked on the holes and move along the holes.

Further, the internally bracing fixture includes: the pneumatic clamping jaw and set up in four internal stay blocks on the pneumatic clamping jaw, four internal stay blocks of pneumatic clamping jaw drive are moved towards four directions respectively.

Further, the fitting mechanism includes: set up in assembly devices brace table on the board, set up in assembly devices brace table one serve the first cylinder, set up in first push rod on the output of first cylinder, set up in second cylinder on the assembly brace table, set up in second push rod on the output of second cylinder, set up in the guide block of first cylinder and second cylinder front end and set up in blow-off groove on the guide block, the guide block corresponds first push rod and is provided with first guide way, first push rod inserts in the first guide way, the guide block corresponds the second push rod and is provided with the second guide way, the second push rod inserts in the second guide way, second guide way intercommunication first guide way, blow-off groove intercommunication second guide way, first guide way is towards internal stay formula anchor clamps.

Furthermore, the feeding mechanism and the blanking mechanism both adopt conveying belts.

Further, be provided with supplied materials guiding mechanism on the supplied materials mechanism, supplied materials guiding mechanism includes: the feeding mechanism comprises a first guide plate and a second guide plate, wherein the first guide plate is arranged on one side of the feeding mechanism, the second guide plate is arranged on the other side of the feeding mechanism, one end, away from the inner-supporting type clamp, of the first guide plate and the second guide plate is provided with a bevel edge, and a stop block is arranged at one end, facing the inner-supporting type clamp, of the feeding mechanism.

Adopt above-mentioned scheme, the utility model discloses a step motor drives the multiunit simultaneously and gets the material module and get the material and transport to improve the efficiency of pay-off, and can guarantee transporting of each group's cell-phone shell and keep in step, avoid the mutual interference between the mechanism, guarantee the stability and the security of equipment.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a partially enlarged view of a portion a in fig. 1.

Fig. 3 is a partially enlarged view of B in fig. 1.

Detailed Description

The present invention will be described in detail below with reference to the accompanying drawings and specific embodiments.

Referring to fig. 1 and 2, the present invention provides an automatic mobile phone casing button assembling apparatus, including: the machine table 1, set up in supplied materials mechanism 2 of machine table 1 one side, set up in a plurality of assembly devices 4 of supplied materials mechanism 2 rear end, set up in the unloading mechanism 3 of assembly devices 4 rear end and set up in 4 sides of assembly devices are carried and are transported the mechanism 5. The side of the assembling mechanism 4 is correspondingly provided with an internal support type clamp 6, and the internal support type clamps 6 are arranged on a straight line. The transfer conveyance mechanism 5 includes: the automatic material transferring and conveying device comprises a transferring and conveying base 51 arranged on the machine platform 1, a stepping motor 52 arranged at one end of the transferring and conveying base 51, a synchronous pulley mechanism 53 connected with the output end of the stepping motor 52, a moving plate 54 connected with the synchronous pulley mechanism 53, a transferring and lifting mechanism 55 arranged on the moving plate 54, a moving support 56 arranged on the output end of the transferring and lifting mechanism 55, a plurality of transferring and conveying supports 57 arranged on the moving support 56, and a plurality of material taking modules 58 arranged on the transferring and conveying supports 57. The stepping motor 52 drives the moving plate 54 to reciprocate by a timing pulley mechanism 53. The transfer lifting mechanism 55 drives the moving rack 56 to move up and down. The distance between adjacent take-off modules 58 is the same as the distance between adjacent internally-supported clamps 6.

During operation, the mobile phone shell to be processed is conveyed in place by the incoming material mechanism 2. The stepping motor 52 is started, the material taking module 58 is driven by the synchronous pulley mechanism 53 to move to the upper side of the material receiving mechanism 2, the material taking module 58 is lowered by the transfer lifting mechanism 55, and therefore the mobile phone shell is picked up through the material taking module 58. Then the stepping motor 52 is started to move the mobile phone shell to a group of internal support type fixtures 6 close to the feeding mechanism 2, the mobile phone shell is clamped and positioned by the internal support type fixtures 6, and then the keys are embedded into corresponding positions of the mobile phone shell by the assembling mechanism 4. The handset shell is then picked up by another set of take off modules 58 and transported to the adjacent internally supported fixture 6 for assembly of the next set of keys. After the assembly of all keys is completed in sequence, the mobile phone shell which is assembled by the transferring and conveying mechanism 5 is moved to the blanking mechanism 3, so that the hand shell is blanked.

The multiple groups of material taking modules 58 are driven by one stepping motor 52 to take materials and convey the materials, so that the feeding efficiency is improved, the conveying of each group of mobile phone shells can be kept synchronous, the mutual interference among mechanisms is avoided, and the stability and the safety of equipment are ensured.

The transfer lifting mechanism 55 employs an air cylinder. The air cylinder is simple in principle and structure, easy to install and maintain, convenient to install and use, and capable of being driven by clean energy, avoiding pollution and waste and meeting use requirements.

The material taking module 58 adopts a plurality of suction nozzles, the transfer support 57 is provided with a plurality of holes 571, and the suction nozzles are movably locked on the holes 571 and move along the holes 571. The relative position of the suction nozzle on the strip hole 571 is adjusted, so that the material taking requirements of mobile phone shells with different specifications and sizes are met.

The inner support type jig 6 includes: the pneumatic clamping jaw 64 comprises a pneumatic clamping jaw 61 and four groups of inner supporting blocks 62 arranged on the pneumatic clamping jaw 64, wherein the pneumatic clamping jaw 61 drives the four groups of inner supporting blocks 62 to move towards four directions respectively. When pneumatic clamping jaw 61 started, the bracer 62 removed towards four not equidirectional respectively in four groups to provide from the inner wall of cell-phone shell and support spacingly, with this fixed stay who realizes the cell-phone shell, be convenient for assemble the button on the lateral wall of cell-phone shell. Through changing interior bracer 62, can satisfy the fixed demand of clamping of different specification and dimension cell-phone shells, improve the commonality of interior formula anchor clamps 6 that prop.

Referring to fig. 3, the assembling mechanism 4 includes: set up in assembly devices supporting bench 41 on board 1, set up in assembly devices supporting bench 41 one end on first cylinder 42, set up in first push rod 421 on first cylinder 42's the output, set up in second cylinder 43 on assembly supporting bench 41, set up in second push rod 431 on second cylinder 43's the output, set up in guide block 44 of first cylinder 42 and second cylinder 43 front end and set up in blow-off groove 45 on guide block 44, guide block 44 corresponds first push rod 421 and is provided with first guide way, first push rod 421 inserts in the first guide way, guide block 44 corresponds second push rod 431 and is provided with the second guide way, second push rod 431 inserts in the second guide way, second guide way intercommunication first guide way, blow-off groove 45 intercommunication second guide way, first guide way is towards internal stay formula anchor clamps 6. The buttons to be assembled are loaded into the discharge chute 45 and fall into the second guide grooves in sequence under the action of gravity. The second cylinder 43 is activated to drive the second push rod 431 to move, so as to push the key from the second guide groove into the first guide groove. The second cylinder 43 is reset and the next group of keys falls into the second guide slot to stand by. The first cylinder 42 is activated to drive the first push rod 421 to move, so as to push the key out of the first guide groove and enable the key to be embedded into the corresponding mounting position on the side surface of the mobile phone shell, thereby realizing the mounting of the key. Then, the first cylinder 42 is reset and the second cylinder 43 is activated, so as to complete the assembly of the key with high efficiency.

Incoming material mechanism 2 all adopts the conveyer belt with unloading mechanism 3, is convenient for transport the adversary's casing.

Be provided with supplied material guiding mechanism on the supplied material mechanism 2, supplied material guiding mechanism includes: set up in the first deflector on 2 one sides of supplied materials mechanism and set up in the second deflector on the supplied materials mechanism opposite side, the one end that interior supporting formula anchor clamps 6 were kept away from to first deflector and second deflector is provided with the hypotenuse, one of supplied materials mechanism 2 orientation interior supporting formula anchor clamps 6 is served and is provided with the dog. When the cell-phone shell removed to supplied materials guiding mechanism department, the hypotenuse through first deflector and second deflector guides to the orientation of adjustment cell-phone shell guarantees with this that every cell-phone shell homoenergetic stops in the dog department with the same orientation, is convenient for carry transport mechanism 5 to pick up, satisfies the demand of follow-up assembly processing.

To sum up, the utility model discloses a step motor drives the multiunit simultaneously and gets the material module and get the material and transport to improve the efficiency of pay-off, and can guarantee transporting of each group's cell-phone shell and keep in step, avoid the mutual interference between the mechanism, guarantee the stability and the security of equipment.

The above description is only exemplary of the present invention and should not be construed as limiting the present invention, and any modifications, equivalents and improvements made within the spirit and principles of the present invention are intended to be included within the scope of the present invention.

Claims

1. An automatic change cell-phone shell button rigging equipment which characterized in that includes: the board, set up in the supplied materials mechanism of board one side, set up in a plurality of assembly devices of supplied materials mechanism rear end, set up in the unloading mechanism of assembly device rear end and set up in the assembly device side is moved and is carried conveying mechanism, the assembly device side correspondence is provided with interior formula anchor clamps that prop, interior formula anchor clamps that prop are arranged on a straight line, it includes to move and carry conveying mechanism: set up in move on the board move carry transport the base, set up in move carry transport the step motor of base one end, with the hold-in range wheel mechanism that step motor's output is connected, with the motion board that hold-in range wheel mechanism is connected, set up in move on the motion board move carry elevating system, set up in move the motion support on elevating system's the output, set up in move a plurality of on the motion support move the support and set up in move and get a plurality of material modules on the support, step motor carries out reciprocating motion through hold-in range wheel mechanism drive motion board, move and carry elevating system drive motion support and reciprocate, the distance that gets between the material module adjacently is the same with the distance between the adjacent internal stay formula anchor clamps.

2. The automated mobile phone case key assembly apparatus of claim 1, wherein the transfer lift mechanism employs a pneumatic cylinder.

3. The automated mobile phone shell button assembly machine of claim 1, wherein the material taking module comprises a plurality of suction nozzles, the transfer support comprises a plurality of holes, and the suction nozzles are movably locked on the holes and move along the holes.

4. The automated mobile phone case key assembly apparatus of claim 1, wherein the internally-bracing fixture includes: the pneumatic clamping jaw and set up in four internal stay blocks on the pneumatic clamping jaw, four internal stay blocks of pneumatic clamping jaw drive are moved towards four directions respectively.

5. The automated mobile phone case key assembly device of claim 1, wherein the assembly mechanism comprises: set up in assembly devices supporting bench on the board, set up in assembly devices supporting bench one serve the first cylinder, set up in first push rod on the output of first cylinder, set up in second cylinder on the assembly devices supporting bench, set up in second push rod on the output of second cylinder, set up in the guide block of first cylinder and second cylinder front end and set up in blow-off groove on the guide block, the guide block corresponds first push rod and is provided with first guide way, first push rod inserts in the first guide way, the guide block corresponds the second push rod and is provided with the second guide way, the second push rod inserts in the second guide way, second guide way intercommunication first guide way, blow-off groove intercommunication second guide way, first guide way is towards internal stay formula anchor clamps.

6. The automated mobile phone shell key assembly device of claim 1, wherein the feeding mechanism and the discharging mechanism both use conveyor belts.

7. The automated mobile phone shell button assembly device of claim 1, wherein the incoming material guide mechanism is disposed on the incoming material mechanism, the incoming material guide mechanism comprising: the feeding mechanism comprises a first guide plate and a second guide plate, wherein the first guide plate is arranged on one side of the feeding mechanism, the second guide plate is arranged on the other side of the feeding mechanism, one end, away from the inner-supporting type clamp, of the first guide plate and the second guide plate is provided with a bevel edge, and a stop block is arranged at one end, facing the inner-supporting type clamp, of the feeding mechanism.