CN205551300U - An omnidirectional ceiling antenna vibrator sequentially formed aluminum plate stamping machine - Google Patents

Abstract

The utility model discloses an omnidirectional ceiling antenna oscillator shaping aluminum plate punching machine in proper order, including punching press board and material taking handling device, from left to right be equipped with in proper order on the mesa of punching press board and open the tensile die assembly of material, side cut die assembly, towards protruding top die assembly, punch a hole die assembly and binding off die assembly, the left side of punching press board is equipped with the material feeding unit who carries panel, install a press through four guide pillars on the mesa of punching press board, the press includes driving machine case and punching press machine case, correspond on the punching press machine case and open the tensile die assembly of material, side cut die assembly, towards protruding top die assembly, the position of punching a hole die assembly and binding off die assembly all is equipped with mould punching assembly, material taking handling device includes about material taking manipulator and the control this material taking manipulator, the control box that reciprocates. The utility model discloses a plurality of modules to product processing, the product is processed in proper order at the processing module order of appointed circuit, is the finished product at last, and every module is all inequality to the processing effect of product, consequently, can process the appearance of product, until processing into appointed appearance and size.

Description

An omnidirectional ceiling antenna vibrator sequentially formed aluminum plate stamping machine

technical field

The utility model relates to a stamping machine product manufacturing equipment for omnidirectional ceiling antenna vibrator forming aluminum plate stamping in sequence, in particular to a product stamping machine for omnidirectional ceiling antenna vibrator forming aluminum plate stamping sequentially.

Background technique

Stamping equipment is a forming processing method that relies on presses and molds to apply external forces to plates, strips, pipes, and profiles to cause plastic deformation or separation, thereby obtaining workpieces (stamping parts) of required shape and size.

Stamping processing is a production technology that uses the power of conventional or special stamping equipment to directly deform the sheet metal in the mold to obtain product parts of a certain shape, size and performance. Sheet metal, mold and equipment are the three elements of stamping processing.

At present, most of the existing sheet metal stamping machines need to manually take and unload materials during the stamping process. The way of taking and discharging materials of this kind of punching machine is easy to cause accidents. Therefore, this kind of punching machine is gradually eliminated in the market. , Moreover, the existing stamping machine is all unitary to the stamping process of the product, and cannot process the product in all aspects, so that the product conforms to the fixed size and shape.

Utility model content

The purpose of this utility model is to aim at the above-mentioned defects of the prior art, to provide a punching machine with good punching effect, and the omnidirectional ceiling antenna vibrator formed after multiple punchings is sequentially formed into an aluminum plate punching machine.

In order to solve the above-mentioned defects of the prior art, the technical solution provided by the utility model is: an omnidirectional ceiling antenna vibrator sequentially formed aluminum plate punching machine, including a punching machine table and a material retrieving and conveying device, the table top of the punching machine table From left to right, there are blanking drawing die assembly, trimming die assembly, punching top die assembly, punching die assembly and closing die assembly. The feeding device of the sheet material, a press is installed on the table of the punching machine through four guide columns, the press includes a drive cabinet and a punching cabinet, and the punching cabinet corresponds to the cutting die assembly, The trimming die assembly, the punching top die assembly, the punching die assembly and the closing die assembly are all equipped with an upper die stamping assembly, and the retrieving and transporting device includes a retrieving manipulator and controls the reclaiming manipulator left and right , The control box that moves up and down.

As an improvement of the utility model omnidirectional ceiling antenna vibrator sequentially forming aluminum plate punching machine, the material reclaiming manipulator includes a material retrieving plate that is controlled by the control box to move left and right, up and down, and the reclaiming plate is spaced with A plurality of pick-up clamps, each of the pick-up clamps correspondingly clamps the opening and drawing die assembly, the trimming die assembly, the punching top die assembly, the punching die assembly and the closing die assembly For the product, a plurality of the reclaiming jigs perform the retrieving action at the same time when retrieving the material, and the distance between each of the reclaiming jigs is equal.

As an improvement of the utility model's omnidirectional ceiling antenna vibrator sequentially forming aluminum plate stamping machine, the material retrieving fixture includes a reclaiming cylinder mounting plate, a reclaiming cylinder is arranged on the reclaiming cylinder mounting plate, and the reclaiming Two clamping arms are connected to the end of the piston rod of the air cylinder, and the two clamping arms form a circle when combined.

As an improvement of the utility model's omnidirectional ceiling antenna vibrator sequentially forming aluminum plate stamping machine, the cutting die assembly includes two parallel lower mounting plates for the cutting die, two lower mounting plates for the cutting die The mounting plate is connected to an upper mounting plate of the cutting die through a plurality of cutting dies connecting the fixing columns, and the upper mounting plate of the cutting die is provided with a cutting die bracket for installing the cutting die.

As an improvement of the utility model's omnidirectional ceiling antenna vibrator sequentially forming aluminum plate stamping machine, the trimming die assembly includes two parallel trimming die lower mounting plates, two trimming die lower mounting plates The upper mounting plate of the trimming die is connected to the upper mounting plate of the trimming die through a plurality of fixed columns connected with the trimming die. Shaped middle protrusion.

As an improvement of the utility model's omnidirectional ceiling antenna vibrator sequentially forming aluminum plate stamping machine, the punching top die assembly includes two parallel punching top die lower mounting plates, two punching top dies The lower mounting plate is connected to the upper mounting plate of a punching top die through a plurality of punching and convex top dies connecting fixed columns, and the punching and convex top die upper mounting plate is provided with a punching and convex top die bracket for installing the punching and convex top die. The end of the convex top mold is provided with an upwardly protruding punching top mold tapered end.

As an improvement of the utility model omnidirectional ceiling antenna vibrator sequentially forming aluminum plate punching machine, the punching die assembly includes the lower mounting plate of the punching die, and the lower mounting plate of the punching die is connected by a plurality of punching dies The fixed column is connected with an upper mounting plate of the punching die. The upper mounting plate of the punching die is provided with a punching die bracket for installing the punching die. The end of the punching die is provided with an upward protruding punching die cone end.

As an improvement of the utility model omnidirectional ceiling antenna vibrator sequentially forming aluminum plate punching machine, the closing die assembly includes the lower mounting plate of the closing die, and the lower mounting plate of the closing die is connected to a fixed column through a plurality of closing dies. The upper mounting plate of the closing die is provided with a cylindrical closing die support for installing the closing die on the upper mounting plate of the closing die, and an upwardly protruding tapered end of the closing die is provided at the end of the closing die.

As an improvement of the utility model's omnidirectional ceiling antenna vibrator sequentially forming aluminum plate punching machine, the rear side of the punching machine table is provided with a general control box for controlling the pressing machine to carry out the molding action and the material picking and handling device. .

As an improvement of the utility model's omnidirectional ceiling antenna vibrator sequentially forming aluminum plate stamping machine, the control box controls the reclaiming manipulator to move to the left, and after moving to a specific position, the control box controls the reclaiming manipulator to move downward Reclaiming, the retrieving manipulator rises after retrieving the material, moves to the right for a certain distance, and resets after putting down the product.

Compared with the prior art, the utility model has the advantages that: the utility model adopts a plurality of modules for product processing, and the products are processed sequentially in the processing modules of the designated line, and finally the finished product is finished, and each module can directly process the product. Therefore, the shape of the product can be processed until it is processed into the specified shape and size. This product is also equipped with a reclaiming manipulator that can automatically pick and place materials. The products on the 5 modules make the products move all the way to the right until the products are collected after processing. The product is safe in production, high in work efficiency, and the processed product has good efficiency.

Description of drawings

The utility model and its beneficial technical effects are further described below with regard to the accompanying drawings and specific embodiments, wherein:

Fig. 1 is the structural representation of the utility model.

Figure 2 is a schematic diagram of the structure of the pick-up fixture.

Fig. 3 is a schematic diagram of the structure of the blanking drawing die assembly.

Fig. 4 is a schematic diagram of the structure of the trimming die assembly.

Fig. 5 is a schematic diagram of the structure of the stamping top die assembly.

Fig. 6 is a structural schematic diagram of the punching die assembly.

Fig. 7 is a structural schematic diagram of the closing die assembly.

Names of reference signs: 1. Punching machine 2. Receiving and conveying device 3. Cutting and drawing die assembly 4. Trimming die assembly 5. Punching top die assembly 6. Punching die assembly 7. Closure Die assembly 8, feeding device 9, guide column 10, press machine 11, drive case 12, stamping case 13, upper die stamping assembly 14, reclaiming manipulator 15, control box 31, lower mounting plate 32 of cutting die, cutting Die upper mounting plate 33, cutting die 34, cutting die support 41, trimming die lower mounting plate 42, trimming die upper mounting plate 43, trimming die 44, trimming die support plate 45, cylindrical middle protrusion 51 , the lower mounting plate 52 of the punching and convex top die, the upper mounting plate 53 of the punching and convex top die, the punching and convex top die 54, the punching and convex top die bracket 55, the tapered end of the punching and convex top die 61, the lower mounting plate of the punching die 62, the punching and convex top die Hole die upper mounting plate 63, punching die 64, punching die support 65, punching die tapered end 71, closing die lower mounting plate 72, closing die upper mounting plate 73, closing die 74, cylindrical closing die support 75 , closing die tapered end 141, reclaiming plate 142, retrieving fixture 143, reclaiming cylinder mounting plate 144, retrieving cylinder 145, clamping arm.

detailed description

The utility model will be further described below according to the accompanying drawings and specific embodiments, but the embodiments of the utility model are not limited thereto.

As shown in Figure 1, an omnidirectional ceiling antenna vibrator is sequentially formed into an aluminum plate stamping machine, including a stamping machine 1 and a pick-up and handling device 2, and the table of the stamping machine 1 is sequentially provided with cutting and stretching from left to right. Die assembly 3, edge trimming die assembly 4, punching top die assembly 5, punching die assembly 6 and closing die assembly 7, the left side of the stamping machine 1 is provided with a feeding device 8 for conveying the plate, and the stamping A press 10 is installed on the table of the machine 1 through four guide pillars 9. The press 10 includes a drive cabinet 11 and a punching cabinet 12. The punching cabinet 12 corresponds to the drawing die assembly 3 and the trimming die assembly 4. , punching and convex top die assembly 5, punching die assembly 6 and closing die assembly 7 are all provided with an upper die stamping assembly 13, and the retrieving and transporting device 2 includes a retrieving manipulator 14 and controls the reclaiming manipulator 14 or so , the control box 15 that moves up and down.

Preferably, the retrieving manipulator 14 includes a retrieving plate 141 controlled by the control box 15 to move left and right and up and down, and a plurality of retrieving clamps 142 are arranged at intervals on the retrieving plate 141, and each retrieving clamp 142 is correspondingly clamped and opened. Stretching die assembly 3, trimming die assembly 4, punching top die assembly 5, punching die assembly 6, and product on closing die assembly 7, when a plurality of reclaiming fixtures 142 are retrieving materials, they are simultaneously reclaimed action, and the distance between each picking clamp 142 is equal.

As shown in Figure 2, the retrieving clamp 142 includes a reclaiming cylinder mounting plate 143, the reclaiming cylinder mounting plate 143 is provided with a retrieving cylinder 144, and the end of the piston rod of the retrieving cylinder 144 is connected with two clamping arms 145, When the two clamping arms 145 merge, they form a circle.

As shown in Figure 3, the cutting die assembly 3 includes two parallel cutting die lower mounting plates 31, and the two cutting die lower mounting plates 31 are connected to a cutting die through a plurality of cutting dies and fixed columns. Mounting plate 32 on the die, the mounting plate 32 on the die cutting die is provided with the die opening bracket 34 for installing the die cutting die 33 .

As shown in Figure 4, the trimming die assembly 4 includes two parallel trimming die lower mounting plates 41, and the two trimming die lower mounting plates 41 are connected to the trimming die upper mounting plate through a plurality of trimming die connection fixing columns 42. The upper mounting plate 42 of the trimming die is provided with a trimming die support plate 44 for installing the trimming die 43, and the middle part of the upper end of the trimming die 43 is provided with a cylindrical middle protrusion 45.

As shown in Figure 5, the punching top die assembly 5 includes two parallel punching top die lower mounting plates 51, and the two punching punch top die lower mounting plates 51 are connected to one another through a plurality of punching punch top die connection fixing columns. The upper mounting plate 52 of the punching top die is provided with a punching top die bracket 54 for installing the punching top die 53 on the upper mounting plate 52 of the punching punch top die. Die tapered end 55.

As shown in Figure 6, the punching die assembly 6 includes the lower mounting plate 61 of the punching die, and the lower mounting plate 61 of the punching die is connected to a mounting plate 62 on the punching die through a plurality of punching dies to connect the fixed columns. The upper mounting plate 62 is provided with a punching die support 64 for installing the punching die 63 , and the end of the punching die 63 is provided with an upwardly protruding punching die tapered end 65 .

As shown in Figure 7, closing mold assembly 7 comprises closing mold lower mounting plate 71, and closing mold lower mounting plate 71 connects fixed post to connect a closing mold upper mounting plate 72 by a plurality of closing molds, and closing mold upper mounting plate 72 is provided with There is the cylindrical closing die support 74 that closing die 73 is installed, and the end of closing die 73 is provided with an upwardly protruding closing die tapered end 75.

Preferably, the rear side of the stamping machine table 1 is provided with a general control box for controlling the pressing machine 10 to carry out the die-pressing action and the retrieving and conveying device 2 to reclaim the material.

Preferably, the control box 15 controls the reclaiming manipulator 14 to move to the left, and after moving to a specific position, the control box 15 controls the reclaiming manipulator 14 to take materials downward, and the reclaiming manipulator 14 rises after reclaiming, and moves to the right for a certain distance. Reset after the product is put down.

The working process of this product is: the main control box controls the feeding device 8 to transport the sheet to the drawing die assembly 3, and then presses down on the control press 10 to form the sheet in the drawing die assembly 3 , the press 10 rises back to its position, and the control box controls the reclaiming manipulator 14 to move to the left. After the material rises, the control box 15 controls the reclaiming manipulator 14 to move to the right for a specified distance, the control box 15 controls the reclaiming manipulator 14 to move downward, and puts down the product after moving in place, then the reclaiming manipulator 14 resets and waits for the next reclaiming instruction.

The utility model adopts a plurality of modules for product processing, and the products are processed sequentially in the processing modules of the designated line, and finally the finished product is finished. Each module has a different processing effect on the product. Therefore, the shape of the product can be adjusted Carry out processing until it is processed into the specified shape and size. This product is also equipped with a reclaiming manipulator that can automatically pick and place materials. The products on the 5 modules make the products move all the way to the right until the products are collected after processing. The product is safe in production, high in work efficiency, and the processed product has good efficiency.

According to the disclosure and teaching of the above specification, those skilled in the art to which the present utility model belongs can also make appropriate changes and modifications to the above embodiment. Therefore, the utility model is not limited to the specific embodiments disclosed and described above, and some modifications and changes to the utility model should also fall within the scope of protection of the claims of the utility model. In addition, although some specific terms are used in this specification, these terms are only for convenience of description and do not constitute any limitation to the present utility model.

Claims (10)

1. An omnidirectional ceiling antenna vibrator forming aluminum plate punching machine in turn, characterized in that it includes a punching machine table and a material retrieving and handling device, and the table top of the punching machine table is sequentially provided with cutting dies from left to right assembly, trimming die assembly, punching top die assembly, punching die assembly and closing die assembly, the left side of the punching machine is provided with a feeding device for conveying plates, the table of the punching machine A press is installed on the top through four guide columns, and the press includes a drive cabinet and a stamping cabinet. , the punching die assembly and the closing die assembly are all provided with an upper die stamping assembly, and the reclaiming and transporting device includes a retrieving manipulator and a control box that controls the reclaiming manipulator to move left and right and up and down. 2. The omnidirectional ceiling antenna vibrator according to claim 1 forming an aluminum plate stamping machine sequentially, characterized in that, the reclaiming manipulator includes a reclaiming plate that is controlled by the control box to move left and right, up and down, and the reclaiming A plurality of pick-up clamps are arranged at intervals on the board, each of the pick-up clamps correspondingly clamps the drawing die assembly, trimming die assembly, punching top die assembly, punching die assembly and For the product on the closing die assembly, multiple said taking-off jigs perform the taking-off action at the same time, and the distance between each said taking-off jig is equal. 3. The omnidirectional ceiling antenna vibrator according to claim 2, wherein the aluminum plate stamping machine is sequentially formed, wherein the reclaiming fixture includes a reclaiming cylinder mounting plate, and a reclaiming cylinder is arranged on the reclaiming cylinder mounting plate , the end of the piston rod of the reclaiming cylinder is connected with two clamping arms, and the two clamping arms form a circle when combined. 4. The omnidirectional ceiling antenna vibrator according to claim 3 forming an aluminum plate stamping machine sequentially, characterized in that, the cutting die assembly includes two lower mounting plates of the cutting die arranged in parallel, and the two lower mounting plates are arranged in parallel. The lower mounting plate of the cutting mold is connected to an upper mounting plate of the cutting mold through a plurality of fixed columns of the cutting mold, and the upper mounting plate of the cutting mold is provided with a mold bracket for installing the cutting mold. 5. The omnidirectional ceiling antenna vibrator according to claim 4, wherein the aluminum plate stamping machine is sequentially formed, wherein the trimming die assembly includes two lower mounting plates of the trimming die arranged in parallel, and the two trimming dies are arranged in parallel. The lower mounting plate of the side die is connected to the upper mounting plate of the trimming die through a plurality of trimming die connection fixing columns, and the upper mounting plate of the trimming die is provided with a trimming die support plate for installing the trimming die, and the trimming die A cylindrical middle protrusion is arranged in the middle part of the upper end. 6. The omnidirectional ceiling antenna vibrator according to claim 5, wherein the aluminum plate stamping machine is sequentially formed, wherein the punching top die assembly includes two parallel punching top die lower mounting plates, and the two punching top die assemblies The lower mounting plate of the punching top die is connected to the upper mounting plate of a punching top die through a plurality of punching top dies and fixed columns, and the punching top die is installed on the upper mounting plate of the punching top die. The bracket, the end of the punching top die is provided with an upward protruding taper end of the punching top die. 7. The omnidirectional ceiling antenna vibrator according to claim 6, wherein the aluminum plate punching machine is sequentially formed, wherein the punching die assembly includes a lower mounting plate of the punching die, and the lower mounting plate of the punching die passes through multiple A punching die is connected with a fixed column to connect a punching die upper mounting plate, the punching die upper mounting plate is provided with a punching die support for installing the punching die, and the end of the punching die is provided with an upward protruding Punch die tapered end. 8. The omnidirectional ceiling antenna vibrator according to claim 7, wherein the aluminum plate stamping machine is sequentially formed, wherein the closing die assembly includes a lower mounting plate of the closing die, and the lower mounting plate of the closing die passes through a plurality of closing dies The connecting fixed column is connected with an upper mounting plate of the closing die. The upper mounting plate of the closing die is provided with a cylindrical closing die support for installing the closing die. The end of the closing die is provided with an upward protruding tapered end of the closing die. 9. The omnidirectional ceiling antenna vibrator according to claim 8, which is characterized in that, the rear side of the punching machine is equipped with a device to control the pressing machine to carry out the pressing action and the material picking and handling device. The main control box of the material. 10. The omnidirectional ceiling antenna oscillator according to claim 9, wherein the aluminum plate stamping machine is sequentially formed, wherein the control box controls the reclaiming manipulator to move to the left, and after moving to a specific position, the control box controls the The reclaiming manipulator picks up the material downwards, and the reclaiming manipulator rises after taking the material, moves to the right for a certain distance, and resets after putting down the product.