Sliding block delay structure

Abstract

The utility model belongs to the field of automobile injection molds, and particularly relates to a sliding block delay structure which comprises a first sliding block, a second delay sliding block, a third delay sliding block, a first inclined guide column, a second inclined guide column and a third inclined guide column. The first inclined guide column, the second inclined guide column and the third inclined guide column obliquely penetrate through the rear sides of the first sliding block, the second delay sliding block and the third delay sliding block respectively, delay structures are arranged on the second delay sliding block and the third delay sliding block, when the mold is opened, the first inclined guide column vertically moves upwards to drive the first sliding block to move backwards, the second delay sliding block and the third delay sliding block are static at the moment, and after the mold is continuously opened, the delay structures are arranged on the second delay sliding block and the third delay sliding block. The first inclined guide column, the second inclined guide column and the third inclined guide column vertically move upwards to drive the first sliding block, the second delay sliding block and the third delay sliding block to move backwards respectively. According to the utility model, delay structures are designed on the delay slide block II and the delay slide block III to control the sequence of front and back mould opening of the slide blocks.

Description

TECHNICAL FIELD

[0001] The utility model belongs to the field of automobile injection mold, concretely relates to a slider delay structure. BACKGROUND

[0002] If there are three direction reverse buckling for the plastic mold product, the slider structure driven by the inclined guide pillar is generally adopted on the side of the mold opening first, and the slider structure driven by the oil cylinder is adopted on the other two sides due to the requirement of the mold opening later and the limitation of the structure. Figure 1 As shown in the figure, due to the limitation of the three reverse buckling surfaces of the product, the product surface clamping line is high, so three slider structures are generally adopted, due to the structural limitation and the prevention of sticking slider, one slider must be pulled out first and then the other two sliders are pulled out, but in order to control the mold opening sequence of the slider, two oil cylinders are designed in the mold to control the mold opening sequence of the slider, the procurement cost is relatively high, the mold space is also increased, and the maintenance cost is relatively high in the later production process. UTILITY MODEL CONTENT

[0003] In order to solve the above problems in the prior art, the utility model provides a slider delay structure, which controls the opening sequence of the slider by designing a delay structure on the delay slider two and the delay slider three.

[0004] In order to achieve the above purpose, the utility model provides the following technical scheme: a slider delay structure, which comprises a slider one, a delay slider two, a delay slider three, an inclined guide pillar one, an inclined guide pillar two and an inclined guide pillar three, the inner sides of the slider one, the delay slider two and the delay slider three are connected with the middle and both sides of the product respectively, the inclined guide pillar one, the inclined guide pillar two and the inclined guide pillar three are inclined and penetrate the back sides of the slider one, the delay slider two and the delay slider three respectively, the delay slider two and the delay slider three are provided with delay structures, the delay structure comprises a delay surface one, an inclined hole two, a delay surface two and an inclined hole three, when the mold is opened, the inclined guide pillar one vertically moves upward to drive the slider one to move backward, at this time, the delay slider two and the delay slider three are static, after the mold is continuously opened, the inclined guide pillar one, the inclined guide pillar two and the inclined guide pillar three all vertically move upward to drive the slider one, the delay slider two and the delay slider three to move backward respectively.

[0005] Further, the delay surface one is vertically arranged in the middle of the outer side of the delay slider two, the delay surface two is vertically arranged in the middle of the outer side of the delay slider three, the inclined hole two and the inclined hole three are arranged at the back of the delay slider two and the delay slider three respectively, the inclined hole two and the inclined hole three are inclined to the front side, and the diametrical dimensions of the inclined hole two and the inclined hole three are larger than those of the inclined guide pillar two and the inclined guide pillar three respectively.

[0006] Further, the inclined hole one is arranged in the back of the slider one and is inclined to the front side, the diametrical dimension of the inclined hole one is matched with that of the inclined guide pillar one, the inclined guide pillar one is inserted in the inclined hole one, and the front ends of the inclined guide pillar two and the inclined guide pillar three are inserted in the inclined hole two and the inclined hole three respectively.

[0007] Compared with the prior art, the utility model discloses the beneficial effect is: the utility model discloses the mechanical form, through the design delay structure on delay slider two and delay slider three, control the order of slider before and after the mold opening, replace the oil cylinder control, reached the stability of production and the purpose of more convenient maintenance, and small, not sticky mould, stable structure, thereby reduce the production cycle and the cost of mould. BRIEF DESCRIPTION OF DRAWINGS

[0008] Figure 1 It is prior art structure schematic diagram;

[0009] Figure 2 It is the structure schematic diagram when the utility model installs to product;

[0010] Figure 3 It is the utility model and product explosion map;

[0011] Figure 4 It is the overhead view when the utility model installs to product;

[0012] Figure 5 It is Figure 4 A-A section view in;

[0013] Figure 6 It is Figure 4 B-B section view in;

[0014] Figure 7 It is the structure schematic diagram when the utility model slider one removes, delay slider two and delay slider three are stationary;

[0015] Figure 8 It is the overhead view when the utility model slider one removes, delay slider two and delay slider three are stationary;

[0016] Figure 9 It is Figure 8 C-C section view in;

[0017] Figure 10 It is the structure schematic diagram when the utility model slider one installs on product and removes first;

[0018] Figure 11 It is Figure 10 D-D section view in;

[0019] Figure 12 It is Figure 11 E enlarged view in. DETAILED DESCRIPTION

[0020] Clearly, the described embodiments are merely a part of the embodiments of the present utility model, rather than all the embodiments. Based on the embodiments in the present utility model, all other embodiments obtained by those skilled in the art without creative labor fall within the scope of protection of the present utility model.

[0021] Please refer to Figures 2-12 The utility model provides the following technical scheme: a slider delay structure for the case that product 1 exists three direction reverse buckling, the structure includes slider one 2, delay slider two 3, delay slider three 4, inclined guide pillar one 5, inclined guide pillar two 6 and inclined guide pillar three 7, inclined guide pillar one 5, inclined guide pillar two 6 and inclined guide pillar three 7 can be designed according to the number of mould needs, the embodiment sets up inclined guide pillar one 5, inclined guide pillar two 6 and inclined guide pillar three 7 as 2, the inside of slider one 2, delay slider two 3 and delay slider three 4 is connected with the middle and both sides of product 1 respectively, is connected at the reverse buckling of product 1 three directions, inclined guide pillar one 5, inclined guide pillar two 6 and inclined guide pillar three 7 are respectively inclined and penetrate in the back side of slider one 2, delay slider two 3 and delay slider three 4, inclined guide pillar one 5, inclined guide pillar two 6 and inclined guide pillar three 7 are respectively fixed on the front mould and vertically move in slider one 2, delay slider two 3 and delay slider three 4 respectively, delay structure is set up on delay slider two 3 and delay slider three 4, and the delay structure includes delay surface one 31, inclined hole two 32, delay surface two 41 and inclined hole three 42, when opening the mould, inclined guide pillar one 5 vertically moves up and drives slider one 2 to move back, at this time because delay structure is set up on delay slider two 3 and delay slider three 4, inclined guide pillar two 6 and inclined guide pillar three 7 vertically move up at the beginning but cannot provide the power of moving back to delay slider two 3 and delay slider three 4 respectively, so delay slider two 3 and delay slider three 4 are stationary, after continuing to open the mould, inclined guide pillar one 5, inclined guide pillar two 6 and inclined guide pillar three 7 vertically move up and drive slider one 2, delay slider two 3 and delay slider three 4 to move back respectively, so that slider one 2, delay slider two 3 and delay slider three 4 complete demoulding synchronously, thereby exit three direction reverse buckling on product 1, because the mechanical structure of delay slider two 3, delay slider three 4, inclined guide pillar two 6 and inclined guide pillar three 7 is adopted to control the sequence of opening the mould, also makes the phenomenon of backtracking not appear in opening the mould, product 1 surface quality is high, the structure is stable, does not stick to the mould, and the space occupation is small, the cost of mould and the cost of later maintenance are reduced.

[0022] Specifically, the vertical delay surface one 31 is arranged in the middle of the outer side of the delay slider two 3, and the vertical delay surface two 41 is arranged in the middle of the outer side of the delay slider three 4. When the mold is opened at the beginning, the front mold moves upward gradually, and the delay surface one 31 and the delay surface two 41 are in contact with the front mold, which can prevent the delay slider two 3 and the delay slider three 4 from retreating backward. The inclined hole two 32 and the inclined hole three 42 are arranged at the rear of the delay slider two 3 and the delay slider three 4, respectively. The inclined hole two 32 and the inclined hole three 42 are inclined to the front side, and the radial dimensions of the inclined hole two 32 and the inclined hole three 42 are larger than those of the inclined guide pillar two 6 and the inclined guide pillar three 7, respectively. At the beginning, the inclined guide pillar two 6 and the inclined guide pillar three 7 are installed at the front end in the inclined hole two 32 and the inclined hole three 42. When the mold is opened at the beginning, the rear end of the inclined hole two 32 and the inclined hole three 42 is avoided, and the inclined guide pillar two 6 and the inclined guide pillar three 7 gradually approach the rear end of the inclined hole two 32 and the inclined hole three 42 when they are initially moved upward. During this process, the inclined guide pillar two 6 and the inclined guide pillar three 7 cannot provide power for the delay slider two 3 and the delay slider three 4 to move backward. In addition, during this process, the front mold is also in contact with the delay surface one 31 and the delay surface two 41, which resists the backward movement of the delay slider two 3 and the delay slider three 4, so that the delay slider two 3 and the delay slider three 4 delay the backward movement.

[0023] Specifically, the inclined hole one 21 is arranged at the rear of the slider one 2 and inclined to the front side. The radial dimension of the inclined hole one 21 is matched with that of the inclined guide pillar one 5, and the inclined guide pillar one 5 is inserted into the inclined hole one 21. When the mold is opened at the beginning, the inclined guide pillar one 5 is moved upward to push the slider one 2 to move backward. The inclined guide pillar two 6 and the inclined guide pillar three 7 are respectively inserted into the front end of the inclined hole two 32 and the inclined hole three 42. The number of the inclined hole one 21, the inclined hole two 32 and the inclined hole three 42 is consistent with that of the inclined guide pillar one 5, the inclined guide pillar two 6 and the inclined guide pillar three 7, respectively.

[0024] The utility model discloses installation and movement process are: first slider one 2, delay slider two 3 and delay slider three 4 are fixed respectively on the mould above through the batten, and the batten is installed respectively on both sides of slider one 2, both sides of delay slider two 3 and both sides of delay slider three 4, then oblique guide pillar one 5, oblique guide pillar two 6 and oblique guide pillar three 7 are inserted into the front end in oblique hole one 21, the front end in oblique hole two 32 and the front end in oblique hole three 42 respectively, then oblique guide pillar one 5, oblique guide pillar two 6 and oblique guide pillar three 7 are fixed on the front mould respectively, so it has been installed. When the mould opens, oblique guide pillar one 5, oblique guide pillar two 6 and oblique guide pillar three 7 move upwards along with the front mould, slider one 2 is driven to move backwards by oblique guide pillar one 5, at the beginning, because the oblique hole two 32 and oblique hole three 42 rear end on delay slider two 3 and delay slider three 4 are empty, oblique guide pillar two 6 and oblique guide pillar three 7 gradually approach the oblique hole two 32 and oblique hole three 42 rear end when moving upwards at the beginning, in this process, oblique guide pillar two 6 and oblique guide pillar three 7 cannot provide the power of backward movement for delay slider two 3 and delay slider three 4, in addition, in this process, the front mould moves upwards, but always contacts with delay surface one 31 and delay surface two 41, and resists the backward movement of delay slider two 3 and delay slider three 4, so that delay slider two 3 and delay slider three 4 delay and retreat, in this process, slider one 2 moves backwards first, and the distance is d, d is 5.4mm, and the mould has opened 35mm at this time, continue to open the mould, the front mould continues to move upwards, and the front mould is separated from delay surface one 31 and delay surface two 41, and slider one 2, delay slider two 3 and delay slider three 4 are driven to move backwards by oblique guide pillar one 5, oblique guide pillar two 6 and oblique guide pillar three 7 respectively, and the demoulding is completed synchronously, so that the three direction reverse buckling in product 1 is exited.

[0025] When product 1 has reverse buckling on three sides, the utility model can solve the mould slider opening sequence, reduce the mould space, reduce the production cycle, facilitate maintenance and other problems, avoid the cost of mould production and manufacturing, and avoid the expensive cost of mould later rectification.

[0026] Finally, it should be noted that: the above is only the preferred embodiment of the utility model, and is not used to limit the utility model, although the utility model has been described in detail with reference to the foregoing embodiments, for those skilled in the art, still can modify the technical scheme recorded in the foregoing embodiments, or equivalent replacement to part of technical features. Any modification, equivalent replacement, improvement etc. within the spirit and principle of the utility model should be included in the protection scope of the utility model.

Claims

1. A slider delay structure, characterized by, The application relates to a product (1) and a delay slider (2, 3, 4), which comprises a slider (2), a delay slider (3), a delay slider (4), an inclined guide pillar (5), an inclined guide pillar (6) and an inclined guide pillar (7), the inner sides of the slider (2), the delay slider (3) and the delay slider (4) are connected with the middle and both sides of the product (1) respectively, the inclined guide pillar (5), the inclined guide pillar (6) and the inclined guide pillar (7) are obliquely arranged through the back sides of the slider (2), the delay slider (3) and the delay slider (4) respectively, the delay slider (3) and the delay slider (4) are provided with delay structures, the delay structures comprise a delay surface (31), an inclined hole (32), a delay surface (41) and an inclined hole (42), when the mould is opened, the inclined guide pillar (5) vertically moves upwards to drive the slider (2) to move backwards, at this time, the delay slider (3) and the delay slider (4) are static, after the mould is continuously opened, the inclined guide pillar (5), the inclined guide pillar (6) and the inclined guide pillar (7) vertically move upwards to drive the slider (2), the delay slider (3) and the delay slider (4) to move backwards respectively.

2. The slide delay structure of claim 1, wherein, The middle part of the outer side of the delay slider (3) is provided with a vertical delay surface (31), the middle part of the outer side of the delay slider (4) is provided with a vertical delay surface (41), the inclined hole (32) and the inclined hole (42) are arranged at the back of the delay slider (3) and the delay slider (4) respectively, the inclined hole (32) and the inclined hole (42) are inclined to the front side, and the radial dimensions of the inclined hole (32) and the inclined hole (42) are larger than those of the inclined guide pillar (6) and the inclined guide pillar (7) respectively.

3. The slide delay structure of claim 2, wherein, The back of the slider (2) is provided with an inclined hole (21) inclined to the front side, the radial dimension of the inclined hole (21) is matched with that of the inclined guide pillar (5), the inclined guide pillar (5) is inserted into the inclined hole (21), and the front ends of the inclined guide pillar (6) and the inclined guide pillar (7) are inserted into the inclined hole (32) and the inclined hole (42) respectively.

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