CN206029624U

CN206029624U - Electroplate mill

Info

Publication number: CN206029624U
Application number: CN201620995312.5U
Authority: CN
Inventors: 蔡庆瑶
Original assignee: Guangzhou Diamond Technology Co Ltd
Current assignee: Guangzhou Diamond Technology Co Ltd
Priority date: 2016-08-30
Filing date: 2016-08-30
Publication date: 2017-03-22
Anticipated expiration: 2026-08-30

Abstract

The utility model discloses an electroplate mill, including the base member, it has network structure to bury on the base member to cover, and the last abrasive material layer that is equipped with of network structure, abrasive material layer surpass the surface of base member, and the base member adopts insulating material to make, and it has the difference in height to be between network structure's abrasive material layer and the base member. The utility model discloses a base member can adopt organic polymer material (being insulating material ) to make, and network structure then is equivalent to the effect of skeleton, and establish on mesh material on the abrasive material layer, owing to be and have the difference in height between network structure's abrasive material layer and the base member, so the sharp nature can keep the grinding for a long time the time. And sharpness nature mainly embodies in the aspect of two. At first, the abrasive material layer is whole for the base member " the exposure ", secondly the improvement of sharpness nature, can hold a large amount of grinding sweeps between the space, increased the chip removal ability, simultaneously, can also prevent the work piece of burning.

Description

Plating mill

Technical field

The utility model is related to a kind of plating mill.

Background technology

It is well known that plating abrasive disc general on the market is as substrate by metallic matrix, using sand buring method by superhard abrasive Material is covered on metallic matrix, and abrasive material is fixed on what is formed on metallic matrix under conditions of electrolysis then.As other electricity Plated product is the same.As super hard abrasive is radially wrapped by 60%～70% or so on Common platings mill, particle exposure journey Degree is relatively low, so plating abrasive disc is very sharp at the beginning, will not resulted in blockage due to " natural defect " for a long time, affects Grinding performance, workpiece of all burning when serious.

Utility model content

The utility model discloses a kind of plating mill, to solve at least one of above-mentioned technical problem.

According to one side of the present utility model, there is provided a kind of plating mill, including matrix, bury on matrix be covered with it is netted Structure, network structure are provided with abrasive material, and abrasive material beyond the surface of matrix, adopt and be made from an insulative material, in netted knot by matrix There is difference in height between the abrasive material and matrix of structure.

Matrix of the present utility model can be made using high-molecular organic material (i.e. insulating materials), and network structure is then suitable In the effect of skeleton, abrasive material is located on Web materials, due to being in have difference in height, institute between cancellated abrasive material and matrix So that sharpness when being ground can be kept for a long time.

And sharpness is mainly reflected in two aspects.First, abrasive material is whole relative to matrix " exposure ", sharpness changes It is kind, secondly, substantial amounts of grinding scrap can be accommodated between space, chip removal ability is increased, at the same time it can also prevent work of burning Part.

In some embodiments, insulating materials is made up of silicones and insulating glass fibers cloth, and network structure is using gold Category material is made.Thus, covered as matrix using nonconducting silicones and insulating glass fibers cloth material, meanwhile, it is netted Structure is made using metal material, and above-mentioned bi-material is more economical for metal_based material, meanwhile, the intensity of matrix Also it is high.

In some embodiments, the cross section of matrix is in annular, and the centre of matrix is provided with manhole.Thus, it is in The matrix of annular is more easy in grinding process, while matrix can be connected to external device (ED) or equipment with manhole Together.

In some embodiments, network structure includes connecting line and connection main body, and connection main body is rounded, is located at connection Abrasive material in main body is for being ground with outside workpiece.Thus, the abrasive material connected in main body is mainly entered with outside workpiece Row grinding.

In some embodiments, abrasive material is combined into by coated metal and diamond particles, and diamond particles are plated It is layed onto on network structure.Thus, such structure is most firm, is not in the feelings such as grinding particle detachment in Grinding Process Condition, meanwhile, such consolidation style, fabrication cycle are short, reduce cost of manufacture to a certain extent.

In some embodiments, matrix is provided with the first through hole for heat extraction.Thus, can be increased by first through hole Big area of dissipation, plays a part of to accelerate heat extraction.

Description of the drawings

Structural representations of the Fig. 1 for a kind of plating mill (hiding network structure) of embodiment of the utility model；

Fig. 2 is plating mill shown in Fig. 1 (showing network structure and abrasive material) along the structural representation in A directions.

Specific embodiment

The utility model is described in further detail with specific embodiment below in conjunction with the accompanying drawings.

As depicted in figs. 1 and 2, a kind of plating mill, including matrix 1, forms (such as bury and be covered with) network structure on matrix 1 2 (partial mesh topology 2 being illustrate only in figure, as shown in small circle in Fig. 2), are electroplate with 3 (Fig. 2 of abrasive material on network structure 2 In, abrasive material 3 and network structure 2 coincide together, therefore, directly abrasive material 3 is not marked, but is carried out with arrow Refer to), abrasive material 3 is adopted and is made from an insulative material beyond the surface of (i.e. 3 exposure of abrasive material in) matrix 1, matrix 1, and from Fig. 2 In as can be seen that network structure 2 is effectively equivalent to the effect of skeleton, the thickness of abrasive material 3 can enter according to plating mode Row adjustment, but anyway, abrasive material 3 can all exceed the surface of matrix 1, so as to abrasive material 3 can be with outside absorption surface And be ground, meanwhile, difference in height is formed between 2 abrasive material 3 and matrix 1 in network structure, when abrasive material 3 is ground outside During workpiece, substantial amounts of scrap in space, can be accommodated, such that it is able to keep the sharp of abrasive material 3.

In the present embodiment, insulating materials is made up of silicones and insulating glass fibers cloth, and network structure 2 adopts metal material Material is made.Covered as matrix 1 using nonconducting silicone material and insulating glass fibers cloth material, network structure 2 is adopted Metal material is made, and above-mentioned bi-material is more economical for metal_based material, meanwhile, the intensity of matrix 1 is also high. In other embodiment, insulating materials can be other high-molecular organic materials.

As shown in Fig. 2 network structure 2 includes connecting line 21, and (in Fig. 2,21 quantity of connecting line is excessive, therefore only draws out few The connecting line 21 of amount, connecting line 21 have certain thickness, to illustrate) and connect main body 22, connection main body 22 is rounded, passes through Plating mode plating connection main body 22 on abrasive material 3 for being ground with outside workpiece, therefore, its ablation is yes Each single " abrasive material small circle " (connects the abrasive material 3 in main body 22), and the abrasive material 3 connected in main body 22 is again similar In a part for piling up abrasive material (diamond particles), therefore sharpness can be substantially increased.

As depicted in figs. 1 and 2, the cross section of matrix 1 is in annular, and the centre of matrix 1 is provided with manhole, in annular Matrix 1 it is more easy in grinding process, while matrix 1 can be connected to one with manhole and external device (ED) or equipment Rise.

In the present embodiment, abrasive material 3 is combined into by coated metal and diamond particles, and diamond particles are plated to On network structure 2.Specifically, diamond particles are fixed on network structure 2 by the way of plating, that is to say diamond Grain is fixed on category network structure 2 by plating mode.Such structure plating is most firm, in Grinding Process is not in Situations such as grinding particle detachment, meanwhile, such consolidation style, fabrication cycle are short, and cost of manufacture is reduced on definite meaning.

Meanwhile, as shown in figure 1, the first through hole (not illustrating in figure) for heat extraction is formed on matrix 1, by first Through hole can play a part of to accelerate heat extraction with increasing heat radiation area.

Matrix of the present utility model 1 can adopt high-molecular organic material, such as：Silicones is made, and network structure 2 is then suitable In the effect of skeleton, abrasive material 3 is located on Web materials, due to there is height between the abrasive material 3 in network structure 2 and matrix 1 Difference, it is possible to keep sharpness when being ground for a long time.

And sharpness is mainly reflected in two aspects.First, abrasive material 3 is whole relative to matrix 1 " exposure ", sharpness Improve, secondly, substantial amounts of grinding scrap can be accommodated between space, chip removal ability is increased.

Above-described is only some embodiments of the present utility model.For the person of ordinary skill of the art, On the premise of design being created without departing from the utility model, can also make some deformations and improvement, these belong to practical New protection domain.

Claims

1. it is a kind of to electroplate mill, it is characterised in that including matrix (1), to bury in described matrix (1) and be covered with network structure (2), it is described Abrasive material (3) is plated with network structure (2), the abrasive material (3) is adopted beyond the surface of described matrix (1), described matrix (1) It is made from an insulative material, has difference in height between (3) and described matrix (1) in abrasive material.

2. plating mill according to claim 1, it is characterised in that the insulating materials is that silicones and insulating glass are fine Wei Bu makes, and the network structure (2) is made using metal.

3. plating mill according to claim 1 and 2, it is characterised in that the cross section of described matrix (1) is in annular, The centre of described matrix (1) is provided with manhole.

4. plating mill according to claim 3, it is characterised in that the network structure (2) including connecting line (21) and Connection main body (22), connection main body (22) are rounded, be located at abrasive material (3) on connection main body (22) for it is outer Portion's workpiece is ground.

5. plating mill according to claim 4, it is characterised in that the abrasive material (3) is by coating and diamond particles It is combined into, the diamond particles are plated on network structure (2).