CN205033423U - Slider discharge mechanism of product - Google Patents

Abstract

A slider discharge mechanism for a product, including a slider, a slider insert and a male mold core; the slider is divided into an active power slider and a sliding traction block, both of which are fixed by screws; the bottom of the sliding traction block has a rectangular concave shape There is a model notch on the side corresponding to the product to fit the product protrusion; the slider insert connects the male mold core and the slider, and the end of the slider insert connected to the male mold core is embedded in the male mold core One end of the slider insert connected to the slider is provided with a convex piece corresponding to the shape of the rectangular concave mouth; there is a molding space for the product between the male mold core and the slider; the upper end of the male mold core corresponds to the shape of the product. Convex type; a gap is set at the joint between the male mold core and the slider insert corresponding to the shape of the product. The utility model provides a slider discharge mechanism for a product, which adopts a special slider ejection mechanism, and the slider core pulls to drive the delay slider insert to twitch to eject the product, making the product more aesthetically pleasing when ejected , without deformation.

Description

A slider discharge mechanism for a product

technical field

The utility model relates to the field of moulds, in particular to a slider discharging mechanism for a product on the mould.

Background technique

Due to the small size of some products, the structural strength is small, and they are easy to break and brittle during the mold opening process. At the same time, it is not convenient to make inclined roofs or inner sliders due to insufficient mold space, and it is not easy to make inner sliders under straight roofs. It is convenient to take out products during mold production, so it is difficult for ordinary mold structures to achieve stability and efficiency during mold production.

Utility model content

In order to overcome the technical defects, the purpose of this utility model is to propose a slider discharging mechanism capable of effectively discharging products.

In order to achieve the above object, the utility model adopts the following technical solutions:

A slider discharge mechanism for a product, characterized in that it includes a slider, a slider insert and a male die core; the slider is divided into an active power slider and a sliding traction block, both of which are fixed by screws; the slider The bottom of the traction block has a rectangular concave opening, and the side corresponding to the product has a model notch that fits with the product protrusion; the slider insert connects the male mold core and the slider, and the slider insert connects the male mold One end of the core is embedded in the male mold core, and one end of the slider insert connected to the slider is provided with a convex part corresponding to the shape of the rectangular concave mouth; there is a molding space for the product between the male mold core and the slider; The upper end of the male mold core is corresponding to the shape of the product presenting a peak-convex shape; the connection between the male mold core and the slider insert is provided with a gap corresponding to the shape of the product; the connection between the slider insert and the product is provided with a The steps of the top discharge.

The explanation of the above scheme and further schemes are as follows:

1. In the above solution, the convex part fits with the rectangular concave mouth.

2. In the above solution, there is a fitting gap at the place where the male mold core is connected to the slider insert, and the slider insert is embedded in the fitting gap when the mold is closed.

Due to the application of the above-mentioned technical solutions, the utility model has the following advantages compared with the prior art:

The utility model provides a slider discharge mechanism for a product, which adopts a special slider ejection mechanism, and the core pulling of the slider drives the delay slider insert to twitch, and the product is ejected, so that the product is more beautiful when ejected , without deformation.

Description of drawings

Fig. 1 is the state diagram when mechanism closes the mold in the utility model;

Fig. 2 is a state diagram of the mechanism when the mold is opened in the utility model.

In the above drawings: 1. slider; 2. slider insert; 3. male mold core; 4. active power slider; 5. sliding traction block; 6. rectangular concave mouth; 7. model notch; 8. Convex part; 9, product; 10, gap; 11, step; 12, fit gap.

detailed description

Below in conjunction with accompanying drawing and embodiment the utility model is further described:

Embodiment: see Fig. 1-shown in Fig. 2:

A slider discharge mechanism for a product, including a slider 1, a slider insert 2 and a male mold core 3; the slider 1 is divided into an active power slider 4 and a sliding traction block 5, both of which are fixed by screws; the sliding traction block The bottom of 5 has a rectangular concave mouth 6, and the side corresponding to the product has a model notch 7 that fits with the product protrusion; the slider insert 2 connects the male mold core 3 and the slider 1, and the slider insert 2 One end connected to the male mold core 3 is embedded in the male mold core 3, and the end of the slider insert 2 connected to the slider 1 is provided with a convex part 8 corresponding to the shape of the rectangular concave mouth 6; the male mold core 3 and the slider 1 There is a molding space for the product 9 between them; the upper end of the male mold core 3 corresponds to the shape of the product 9 showing a peak convex shape; the connection between the male mold core 3 and the slider insert 2 is provided with a gap 10 corresponding to the shape of the product 9; A top discharge step 11 is set at the connection between the block insert 2 and the product 9; the convex part 8 is fitted with the rectangular concave mouth 6; the male mold core 3 is connected to the slider insert 2 with a fitting gap 12, and the slider The insert 2 is embedded in the fitting gap 12 in the mold closing state.

When the mold is closed, the slider, the slider insert and the male mold core are combined together. According to the model gap on the slider, the gap on the male mold core and the steps on the slider insert, various gaps on the product, The protrusion is formed, and the top of the male core makes the product a hook shape. The convex part on the slider insert fits with the rectangular concave opening on the sliding traction block, leaving a 5mm moving space.

When the mold is opened, the movement of the active power slider drives the movement of the sliding traction block. Because there is a 5mm moving space at the fitting position of the slider and the slider insert, the slider first moves 5mm, and then the slider drives the slider insert. Move another 8mm. After the entire slider insert is moved, the steps on the slider insert push the product upwards, and push the product out of the mold to complete the product discharge process.

The utility model adopts a special slider discharge method, which solves the problem that the space is not convenient to make an inclined roof or an inner slider, and also solves the problem that the inner slider under the straight roof is not convenient for taking products during mold production, and it is perfectly completed. The entire product discharge process, and the product is also aesthetically pleasing.

The above-mentioned embodiments are only to illustrate the technical concept and characteristics of the present utility model, and its purpose is to enable those familiar with this technology to understand the content of the present utility model and implement it accordingly, and not to limit the protection scope of the present utility model. All equivalent changes or modifications made according to the utility model shall be covered within the protection scope of the utility model.

Claims (3)

1. A slider discharging mechanism for a product, characterized in that: it comprises a slider (1), a slider insert (2) and a male mold core (3); the slider (1) is divided into active power sliders The block (4) and the sliding traction block (5) are fixed by screws; the bottom of the sliding traction block (5) has a rectangular concave mouth (6), and the side corresponding to the product is provided with a protrusion to fit the product. The model notch (7); the slider insert (2) connects the male mold core (3) and the slider (1), and the end of the slider insert (2) connected to the male mold core (3) is embedded in the In the male mold core (3), one end of the slider insert (2) connected to the slider (1) is provided with a convex part (8) corresponding to the shape of the rectangular concave mouth (6); the male mold core (3) There is a molding space for the product (9) between the slide block (1); the upper end of the male mold core (3) corresponds to the shape of the product (9) and presents a peak-convex shape; the male mold core (3) and A notch (10) is provided at the junction of the slider insert (2) corresponding to the shape of the product (9); a step (11) for ejection is provided at the junction of the slider insert (2) and the product (9) . 2. The slider discharging mechanism for a product according to claim 1, characterized in that: the convex part (8) fits into the rectangular concave opening (6). 3. The slider discharge mechanism of a product according to claim 1, characterized in that: the male mold core (3) is connected to the slider insert (2) with a fitting gap (12), and the slider The insert (2) is embedded in the fit gap (12) in the mold-closed state.