Double-slide plug-in mold stripping structure

Abstract

The utility model relates to the technical field of molds, in particular to a double-slide opposite-insertion mold stripping structure which comprises an upper mold core, a side mold core plate and a right slide plate, an upper slide block is mounted on the upper mold core, a transverse forming rod is mounted on the side mold core plate, and a transverse slide rod is mounted on the right slide plate; the outer side of the side mold core plate is further provided with a demolding ejector pin transversely aligned with a product, and the side mold core plate is provided with an ejector pin hole for the demolding ejector pin to movably penetrate through; the upper slide block moves longitudinally, and the transverse slide rod moves transversely; during mold closing, the upper mold core is close to the mold cavity, so that the bottom end of the upper moving block is positioned in the mold cavity; the right slide plate is close to the mold cavity and is matched with the transverse forming rod and the transverse slide rod to facilitate injection molding of a product; during demolding, the right slide plate is away from the mold cavity, and then the upper mold core always moves away from the mold cavity; the demolding ejector pin penetrates through an ejector pin hole of the side mold core plate to eject a product out of the side mold core plate, so that demolding is realized; and a double-slide structure is adopted, so that the cost during injection molding is reduced, and the efficiency during demolding is higher.

Description

Technical Field

[0001] The utility model relates to the technical field of molds, in particular to a double-slide interlocking ejection mold structure. Background Art

[0002] An injection mold is a mold used for producing plastic products, usually composed of multiple parts, and the injection mold injects molten plastic into the mold to make plastic products. When the existing injection mold based on an inclined ejector pin hitting a slide is in use, in the case of difficult ejection, it is impossible to achieve simultaneous ejection of the mold and the slide, resulting in the inability to operate the slide and the inclined ejector pin simultaneously to eject the product.

[0003] Among them, the utility model with the application number CN202321967318.8 discloses a seamless docking mold for a slide hitting an inclined ejector pin, including a nozzle, a front mold insert, a front mold core and a slide, and also including a rear mold core, an inclined ejector pin, a thimble and a cylinder. The slides are respectively arranged on both sides of the top of the rear mold core. The front mold core covers the slides. The bottom of the rear mold core is respectively provided with an inclined ejector pin and a thimble, and the inclined ejector pin is located outside the thimble. It can achieve simultaneous ejection of the mold and the slide in the case of difficult ejection, and smoothly eject the product while the slide and the inclined ejector pin are operating, solving the problem that during the existing ejection, it is difficult to eject the mold and the slide simultaneously, resulting in a large difficulty in demolding and unable to ensure smoothly ejecting the product while the slide and the inclined ejector pin are operating.

[0004] Most of the existing mold slide structures use a single ejector pin to achieve demolding. During demolding, the product is easily adhered to the mold core, affecting the demolding efficiency. Summary of the Utility Model

[0005] The purpose of the utility model is to provide a double-slide interlocking ejection mold structure in view of the deficiencies of the prior art.

[0006] To achieve the above purpose, the technical solution of the utility model is as follows:

[0007] The double-slide interlocking ejection mold structure includes an upper mold core, a side mold core plate and a right slide plate. An upper slide block is installed on the upper mold core, a transverse forming rod is installed on the side mold core plate, and a transverse slide rod is installed on the right slide plate. A demolding thimble aligned with the product horizontally is also arranged outside the side mold core plate. The side mold core plate is provided with a thimble hole for the demolding thimble to move through. The upper slide block moves longitudinally and the transverse slide rod moves horizontally.

[0008] Furthermore: The upper mold core is provided with a first slide groove for installing the upper slide block, and the upper slide block is movably installed in the first slide groove. A top forming rod for forming a hole position is installed at the bottom of the upper slide block.

[0009] Further: A limiting groove is formed at the top of the first row bit groove, and a limiting block matching the limiting groove is formed at the top of the upward moving bit block. The limiting block is in a stop fit with the first row bit groove to prevent the upward moving bit block from falling out of the first row bit groove.

[0010] Further: The moving direction of the upper mold core is perpendicular to the moving direction of the side mold core plate.

[0011] Further: The transverse forming rod and the transverse row bit rod are horizontally coaxially aligned.

[0012] Further: A thimble plate for installing a demolding thimble and a demolding drive plate for driving the thimble plate to approach or move away from the side mold core plate are arranged on the outer side of the side mold core plate.

[0013] Further: A side mounting plate is also installed on the outer side of the side mold core plate, and the side mounting plate is connected to the side mold core plate.

[0014] Further: A bottom forming plate is formed at the bottom of the upward moving bit block. A guiding hole is formed horizontally through the bottom forming plate. The guiding hole is coaxially aligned with the transverse forming rod and the transverse row bit rod respectively, and the transverse forming rod and the transverse row bit rod can be inserted into the guiding hole respectively.

[0015] The beneficial effects of the utility model: When the mold is closed, the upper mold core approaches the mold cavity, so that the bottom end of the upward moving bit block is located in the mold cavity; the right row bit plate approaches the mold cavity, and it is convenient for product injection molding in cooperation with the transverse forming rod and the transverse row bit rod; when demolding, the right row bit plate moves away from the mold cavity, and then the upper mold core moves away from the mold cavity as a whole; the demolding thimble passes through the thimble hole of the side mold core plate to eject the product from the side mold core plate, realizing demolding; with the double row bit structure, the cost during injection molding is reduced and the demolding efficiency is higher. Description of the Drawings

[0016] Figure 1 It is a schematic structural diagram of the mold.

[0017] Figure 2 It is an exploded structural diagram of the mold, with the side mold core plate hidden.

[0018] Figure 3 It is a schematic structural diagram when the upper mold core is separated from the upward moving bit block.

[0019] The reference numerals include:

[0020] 1 - upper mold core,

[0021] 11 - first row bit groove, 12 - limiting groove, 13 - upward moving bit block, 14 - limiting block, 15 - top forming rod,

[0022] 16 - bottom forming plate, 17 - guiding hole, 18 - product,

[0023] 2 - side mold core plate,

[0024] 21 - Right - moving position plate, 22 - Horizontal forming rod, 23 - Horizontal moving position rod, 24 - Side mounting plate,

[0025] 25 - Ejector plate, 26 - Demolding drive plate, 27 - Demolding ejector pin, 28 - Ejector pin hole. Specific embodiments

[0026] The present utility model will be described in detail below with reference to the accompanying drawings.

[0027] As Figures 1-3 shown, the double - moving - position insert - mold - out structure includes an upper mold core 1, a side mold core plate 2, and a right - moving position plate 21. An upper moving position block 13 is installed on the upper mold core 1, a horizontal forming rod 22 is installed on the side mold core plate 2, and a horizontal moving position rod 23 is installed on the right - moving position plate 21. A demolding ejector pin 27 that is horizontally aligned with the product 18 is further provided outside the side mold core plate 2, and the side mold core plate 2 is provided with an ejector pin hole 28 through which the demolding ejector pin 27 moves. The upper moving position block 13 moves longitudinally, and the horizontal moving position rod 23 moves horizontally.

[0028] When closing the mold, the upper mold core 1 approaches the mold cavity, so that the bottom end of the upper moving position block 13 is located in the mold cavity; the right - moving position plate 21 approaches the mold cavity, and in cooperation with the horizontal forming rod 22 and the horizontal moving position rod 23, it is convenient for the product 18 to be injection - molded. When demolding, the right - moving position plate 21 moves away from the mold cavity, and then the upper mold core 1 moves away from the mold cavity as a whole; the demolding ejector pin 27 passes through the ejector pin hole 28 of the side mold core plate 2 to eject the product 18 from the side mold core plate 2, realizing demolding; adopting the double - moving - position structure, the cost during injection molding is reduced, and the efficiency during demolding is higher.

[0029] The upper mold core 1 is provided with a first moving - position groove 11 for installing the upper moving position block 13, and the upper moving position block 13 is movably installed in the first moving - position groove 11; according to the shape of the product 18, the upper moving position block 13 can be taken out from the first moving - position groove 11 and replaced with an upper moving position block 13 with a different mold - core shape, further improving the practicability.

[0030] Preferably, a limiting groove 12 is formed at the top of the first moving - position groove 11, and a limiting block 14 that cooperates with the limiting groove 12 is formed at the top of the upper moving position block 13. The limiting block 14 is in a stop - fit with the first moving - position groove 11 to prevent the upper moving position block 13 from falling out of the first moving - position groove 11; when demolding, the upper mold core 1 rises. Due to the stop - fit between the limiting block 14 and the first moving - position groove 11, the upper moving position block 13 moves away from the mold cavity simultaneously and disengages from the product 18, ensuring that the product 18 can be demolded quickly.

[0031] Furthermore, a top - forming rod 15 for forming a hole position is installed at the bottom of the upper moving position block 13; through the top - forming rod 15, the product 18 can form a hole position at the top.

[0032] Furthermore, the moving direction of the upper mold core 1 is perpendicular to the moving direction of the side mold core plate 2; during demolding, the upper mold core 1 will not collide with the side mold core plate 2 and the right moving plate 21, thus ensuring the stability during demolding.

[0033] A ejector plate 25 for installing demolding ejector pins 27 and a demolding drive plate 26 for driving the ejector plate 25 to approach or move away from the side mold core plate 2 are arranged outside the side mold core plate 2. After the upper mold core 1 and the right moving plate 21 move away from the mold cavity, if the product 18 adheres to the side mold core plate 2, at this time, the demolding drive plate 26 is moved horizontally to drive the demolding ejector pins 27 installed on the ejector plate 25 to pass through the moving holes of the side mold core plate 2 to eject the product 18 from the mold cavity, realizing demolding.

[0034] A side mounting plate 24 is further installed outside the side mold core plate 2. The side mounting plate 24 is connected to the side mold core plate 2, and the side mold core plate 2 is fixedly installed through the side mounting plate 24.

[0035] In one embodiment, a bottom forming plate 16 is formed at the bottom of the upper moving block 13. A guiding hole 17 is formed horizontally through the bottom forming plate 16. The guiding hole 17 is coaxially aligned with the horizontal forming rod 22 and the horizontal moving rod 23 respectively, and the horizontal forming rod 22 and the horizontal moving rod 23 can be inserted into the guiding hole 17 respectively.

[0036] During mold closing, the upper moving block 13 moves longitudinally close to the mold cavity. After moving in place, the guiding hole 17 formed in the bottom forming plate 16 is coaxially aligned with the horizontal forming rod 22 and the horizontal moving rod 23; then the side mold core plate 2 and the right moving plate 21 approach each other, so that the horizontal forming rod 22 and the horizontal moving rod 23 can be inserted into the guiding hole 17 respectively, completing mold closing.

[0037] In summary, it can be seen that the present utility model has the above-mentioned excellent characteristics, enabling it to enhance the efficiency never achieved in the prior art during use and having practicality, becoming a product 18 with extremely high practical value.

[0038] The above content is only a preferred embodiment of the present utility model. For those of ordinary skill in the art, according to the idea of the present utility model, there will be changes in the specific implementation manners and application scopes. The content of this specification should not be construed as a limitation to the present utility model.

Claims

1. Double-row position insert-out die structure, including an upper die core, a side die core plate and a right position plate, characterized in that: The upper mold core is installed with an upward moving block, the side mold core plate is installed with a transverse forming rod, and the right moving plate is installed with a transverse moving rod; a demolding ejector pin aligned with the product laterally is further provided outside the side mold core plate, and the side mold core plate is provided with an ejector pin hole for the demolding ejector pin to movably pass through; the upward moving block moves longitudinally and the transverse moving rod moves laterally.

2. The double-row bit insertion and ejection die structure according to claim 1, wherein: The upper mold core is provided with a first moving groove for installing the upward moving block, and the upward moving block is movably installed in the first moving groove; a top forming rod for forming a hole position is installed at the bottom of the upward moving block.

3. The double-row bit-inserting and demolding structure according to claim 2, wherein: A limiting groove is formed at the top of the first moving groove, and a limiting block matched with the limiting groove is formed at the top of the upward moving block. The limiting block is in a stop fit with the first moving groove to prevent the upward moving block from falling out of the first moving groove.

4. The double-row bit-inserting and demoulding structure according to claim 3, wherein: The moving direction of the upper mold core is perpendicular to the moving direction of the side mold core plate.

5. The double-row bit-pair insertion and ejection die structure according to claim 1, characterized in that: The transverse forming rod and the transverse moving rod are coaxially aligned laterally.

6. The double-row bit-pair plugging and demolding structure according to claim 1, wherein: A ejector pin plate for installing the demolding ejector pin and a demolding driving plate for driving the ejector pin plate to approach or move away from the side mold core plate are provided outside the side mold core plate.

7. The double-row bit-inserting and demoulding structure according to claim 1, characterized in that: A side mounting plate is further installed outside the side mold core plate, and the side mounting plate is connected to the side mold core plate.

8. The double-row bit-pair inserting and demolding structure according to claim 5, characterized in that: A bottom forming plate is formed at the bottom of the upward moving block, and a guiding hole is transversely formed through the bottom forming plate. The guiding hole is coaxially aligned with the transverse forming rod and the transverse moving rod respectively, and the transverse forming rod and the transverse moving rod can be inserted into the guiding hole respectively.

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