CN201136127Y

CN201136127Y - Double-face abrasive cloth structure with chip removal

Info

Publication number: CN201136127Y
Application number: CNU2008200012193U
Authority: CN
Inventors: 赵清吉
Original assignee: XUCHEN TEXTILE CO Ltd
Current assignee: HONGGUANG WOODWORKING TOOLS CO., LTD.
Priority date: 2008-01-11
Filing date: 2008-01-11
Publication date: 2008-10-22
Anticipated expiration: 2018-01-11

Abstract

The utility model relates to a double-sided emery cloth structure capable of escaping chips, in particular to an improved and creative structure which aims at the defects of the single-sided mulling emery cloth that mulling efficiency can be reduced rapidly, emery cloth structure can deteriorated rapidly and the service life can be shortened, etc. The double-sided emery cloth structure comprises a piece of a web layer which is provided with mesh and is weaved by vertical and horizontal braided wires, namely, the front and the back sides are combined with the emery layer to form the double-sided emery cloth with mesh web capable of escaping chips; the surface of one side is combined with a fixing piece of a fiber cloth layer to form a double-sided emery cloth the front and the back sides of which can be combined in turn with a mulling wheel via the fixing piece, and the service life can be double prolonged; the mulling chips can be eliminated by the mesh capable of escaping chips to avoid the block of the spaces of the emery sand grains, and good mulling sharpness degree and mulling efficiency can be kept; emery cloth metamorphism aroused by high mulling temperature can be avoided, and the durable service life of the emery cloth can be ensured.

Description

The Double face abrasive cloth structure of tool chip removal

Technical field

The utility model is to relate generally to a kind of Double face abrasive cloth structure that has the chip removal mesh and can two-sidedly be used in combination in turn.

Background technology

Press, be schematic perspective view as shown in Figure 1 for a known emery cloth, be that general emery cloth structure is to cohere combination with the corundum coating on the surface of the close cloth matter bottom of knitting of a slice, form the structure that a side surface tool coarse structure can grind the emery cloth 10 that uses for polishing, its another side can be in conjunction with a fiber layer of cloth 11, combine so that can this fiber layer of cloth 11 provide, and grind use with the abrasive wheel top layer pin thread zone face thread gluing of a grinder.

Be illustrated in figure 2 as the schematic perspective view of another kind of known emery cloth, it is to have provided several to arrange air suction opening 12 in the form of a ring on the emery cloth 10 of a slice circle, so that can with one have on the abrasive wheel of air suction opening design can air suction opening 12 relative with it, and combine with the pin thread zone face thread gluing of abrasive wheel with fiber layer of cloth 11, and the dust that the lapping rejects particle shape can be become by the set dust exhaust apparatus of grinder when working substance is ground is absorbed from air suction opening 12.

The technical task that institute's desire solves:

Yet known as mentioned above emery cloth structure has only a side surface of cloth matter bottom to form the emery cloth of single face tool coarse structure, has only monolateral can providing to grind and can't reach long-acting use, is one of its shortcoming.

Secondly, its rough surface does not have the space eliminating with the tiny bits grain that the working substance surface scrapes off, and tends to form accumulation and fill and lead up phenomenon at emery cloth 10 surperficial corundum intergranulars, and reduces the grinding profit degree of emery cloth 10 and grind operating efficiency, is two of its shortcoming.

Moreover, after the emery cloth surface is filled and led up, can quicken to cause frictional heat to produce again, and make emery cloth 10 and working substance surface produce the qualitative change deterioration, and be three of its shortcoming reduction of service life.

At last, the air suction opening 12 of the annular arrangement that provides on the known emery cloth 10 of Fig. 2 will destroy the structural strength of emery cloth 10 and reduce the sharpness that emery cloth grinds, and grinds operating efficiency and further reduce it, is four of its shortcoming.

Using so how can only single face grind at known emery cloth, can reduce grinding efficiency rapidly again, and quicken shortcoming improvement design such as emery cloth structure deterioration reduction of service life, is the difficulty place that solves for the utility model institute desire row.

The utility model content

Main purpose of the present utility model is that a kind of Double face abrasive cloth structure of tool chip removal is being provided, and its Double face abrasive cloth that can be made into the two-sided coarse structure of tool provides two-sided the replacement in turn to use, and further reaches the progressive of tool double extension in service life.

An of the present utility model purpose, be that a kind of Double face abrasive cloth structure of tool chip removal is being provided, can be with the emery cloth of tool mesh with the smooth and easy eliminating of bits grain that produces in the process of lapping, avoid the corundum intergranular crack on emery cloth surface to get clogged and fill and lead up, can keep preferable grinding sharpness and efficient.

Another purpose of the present utility model is that a kind of Double face abrasive cloth structure of tool chip removal is being provided, and the operating temperature rising that can avoid grinding causes the qualitative change of emery cloth, and prolongs the durable life-span of grinding of emery cloth.

Another purpose of the present utility model, be that a kind of Double face abrasive cloth structure of tool chip removal is being provided, emery cloth structure with the tool mesh also can be absorbed the lapping rejects grain by the stator of tool air suction opening, avoids holing on emery cloth and causes structural deterioration, and keep better structural strength and grinding efficiency.

Solve the technological means of problem:

For reaching above-mentioned purpose, the Double face abrasive cloth structure of a kind of tool chip removal that the utility model provides, it is characterized in that, its be comprise a slice by in length and breadth to knitting the stratum reticulare that line is made into the tool mesh, become a Double face abrasive cloth with chip removal mesh in forward and backward side surface joining gold emery layer.

Wherein, The front and back side surface of Double face abrasive cloth can be selected one and combine with a stator, forms the chip removal emery cloth that can be attached to abrasive wheel by stator.

Wherein, stator is a fiber layer of cloth that combines with the pin thread zone face.

Wherein, The fiber layer of cloth of this stator is engraved and is established cloth and show air suction opening.

The beneficial effects of the utility model are:

Novel content

The Double face abrasive cloth structure of tool chip removal of the present utility model, its Double face abrasive cloth that can be made into the two-sided coarse structure of tool provide two-sided the replacement in turn to use, and further reach the progressive of tool double extension in service life.

The Double face abrasive cloth structure of tool chip removal of the present utility model can be with the smooth and easy eliminating of bits grain that produces in the process of lapping with the emery cloth of tool mesh, avoids the corundum intergranular crack on emery cloth surface to get clogged and fills and leads up, and can keep preferable grinding sharpness and efficient.

The Double face abrasive cloth structure of tool chip removal of the present utility model, the operating temperature rising that can avoid grinding causes the qualitative change of emery cloth, and prolongs the durable life-span of grinding of emery cloth.

The Double face abrasive cloth structure of tool chip removal of the present utility model also can be absorbed the lapping rejects grain with the emery cloth structure of tool mesh by the stator of tool air suction opening, avoids holing on emery cloth and causes structural deterioration, and keep better structural strength and grinding efficiency.

Description of drawings

Below down, conjunction with figs. is enumerated a specific embodiment, introduces structure content of the present utility model in detail, and the function and benefit that can reach as after, wherein:

Fig. 1 is the schematic perspective view for a known emery cloth.

Fig. 2 is the schematic perspective view for the known emery cloth of another kind.

Fig. 3 is a schematic perspective view of the present utility model.

Fig. 4 is the emery cloth structural upright schematic diagram that the utility model is made the tool air suction opening.

Fig. 5 is that illustration is implemented in the use that the utility model is combined on the abrasive wheel.

Fig. 6 is that illustration is implemented in the use of the utility model tool air suction opening emery cloth on abrasive wheel.

Fig. 7 is that the utility model changes the embodiment stereogram that face uses.

Wherein:

10: emery cloth

11: the fiber layer of cloth

12: air suction opening

2: working substance

21: the lapping rejects grain

30: Double face abrasive cloth

31: stratum reticulare

32: the Buddha's warrior attendant layer of sand

33: the chip removal mesh

34,34 ': stator

341,42: air suction opening

40: abrasive wheel

41: the pin thread zone face

The specific embodiment

Be illustrated in figure 3 as schematic perspective view of the present utility model, it is to comprise one by in length and breadth to knitting the stratum reticulare 31 that line is made into the tool mesh, be combined with the Double face abrasive cloth 30 that Buddha's warrior attendant layer of sand 32 is formed a tool mesh in forward and backward side surface, the Buddha's warrior attendant layer of sand 32 of this forward and backward side is with Buddha's warrior attendant sand blasting knot or coating, or otherwise evenly is attached to the netted Double face abrasive cloth that stratum reticulare 31 is formed tool chip removal mesh 33; Moreover these netted Double face abrasive cloth 30 inboards can be formed further combined with the stator 34 of a fiber layer of cloth.

Figure 4 shows that and for example the utility model makes the emery cloth structural upright schematic diagram of another kind of tool air suction opening, can be on a pair of facing sand cloth of forming in conjunction with the stator 34 of a fiber layer of cloth on this stratum reticulare 31 30, the fiber layer of cloth of stator 34 provides cloth and shows air suction opening 341 again.

Be illustrated in figure 5 as the use that the utility model is combined on the abrasive wheel and implement illustration, be the stator 34 of the utility model Double face abrasive cloth 30 by these stratum reticulare 31 1 side surface binding fiber layer of cloths, after can combining with pin thread zone face 41 thread gluings on an abrasive wheel 40 surfaces, provide to allow lapping rejects grain 21 discharge when a working substance 20 ground, avoid the corundum intergranular crack on emery cloth surface to get clogged to fill and lead up and reach outside the preferable grinding efficiency via the chip removal mesh 33 of Double face abrasive cloth 30; Also can avoid simultaneously grinding the qualitative change that the operating temperature rising causes emery cloth, and prolong the durable life-span of grinding of emery cloth; This enters parts bits grain 21 in the chip removal mesh 33 and discharges can be via running the time again, or re-assemblies use in hoarding to dismantle to remove when an amount of again, and the effect that makes the emery cloth surface can keep preferable grinding sharpness and grinding efficiency is again reached.

Be illustrated in figure 6 as the use of the utility model tool air suction opening emery cloth on abrasive wheel and implement illustration, promptly having in one can be relative with it with 30 air suction openings 341 in conjunction with stator 34 of the utility model Double face abrasive cloth on the abrasive wheel 40 of air suction opening 42 design, and combine with pin thread zone face 41 thread gluings of abrasive wheel 40, and can allow the chip removal mesh 33 of lapping rejects grain 21 by its Double face abrasive cloth 30 itself can grind a working substance 20 time, can avoid the corundum intergranular crack on emery cloth surface to get clogged to fill and lead up and reach outside the preferable grinding efficiency; Again by the set dust exhaust apparatus of grinder, the dust row that lapping rejects grain 21 can be formed is inhaled into the air suction opening 42 of abrasive wheel 40 and absorbs through the air suction opening 341 of stator 34, shown in arrow among the figure; So avoid on emery cloth, holing and cause structural deterioration, and keep emery cloth 30 better structural strength and grinding efficiency.

Be that the utility model changes the embodiment stereogram that face uses as shown in Figure 7, the stratum reticulare 31 that is Double face abrasive cloth 30 of the present utility model has been ground to when can't bear to use when one side wherein, further the stator 34 of its existing fiber layer of cloth is removed after it can being separated abrasive wheel, simultaneously that a slice is new stator 34 ' is pasted and is incorporated into the opposite side surface, and combine again with abrasive wheel 40 (see figure 5)s with new stator 34 ', and can provide grinding again with stratum reticulare 31 another sides, and reach the progressive of tool double extension in service life.

The utility model " the Double face abrasive cloth structure of tool chip removal " as mentioned above, stratum reticulare by the tool mesh is formed netted Double face abrasive cloth in forward and backward side surface joining gold emery layer, can use for two-sided replacement in turn and reach the double extension in service life, and can smooth and easy eliminating lapping rejects grain avoid blocking the preferable grinding sharpness of emery cloth surface corundum intergranular crack tool, and avoid Yin Wendu to raise causing emery cloth rotten and further prolong durable life-span of emery cloth.

In sum, when knowing usability and progressive on the industry of the utlity model has, and the utility model do not see any publication, also has a novelty, when the regulation that meets Patent Law, so propose novel patent application in accordance with the law.

Claims

1. the Double face abrasive cloth structure of a tool chip removal is characterized in that, its be comprise a slice by in length and breadth to knitting the stratum reticulare that line is made into the tool mesh, become a Double face abrasive cloth with chip removal mesh in forward and backward side surface joining gold emery layer.

2. the Double face abrasive cloth structure of tool chip removal as claimed in claim 1 is characterized in that, wherein; The front and back side surface of Double face abrasive cloth can be selected one and combine with a stator, forms the chip removal emery cloth that can be attached to abrasive wheel by stator.

3. the Double face abrasive cloth structure of tool chip removal as claimed in claim 2 is characterized in that, wherein, stator is a fiber layer of cloth that combines with the pin thread zone face.

4. as the Double face abrasive cloth structure of claim 1,2 or 3 described tool chip removals, it is characterized in that, wherein; The fiber layer of cloth of this stator is engraved and is established cloth and show air suction opening.