CN208323832U - The annular beading diamond rope of stone material cutting - Google Patents

Abstract

The utility model relates to a kind of stone materials to cut with annular beading diamond rope, it includes bus (1), the bus (1) connects into annular shape, the bus (1) includes the metal base (1.1) at center, the metal base (1.1) is twisted using 7~13 one metal wires, multiple capillaries (1.2) are uniformly set on the metal base (1.1), capillary (1.2) outer surface is provided with diamond abrasive layer (1.3) by soldering, chip pocket (1.4) are formed between two neighboring capillary (1.2), chip pocket (1.4) surface is provided with injection molded layers (1.5).A kind of annular beading diamond rope of stone material of the utility model cutting, diameter is thinner, can effectively cutting stone material, cutting speed it is fast, piece rate is high.

Description

The annular beading diamond rope of stone material cutting

Technical field

The utility model relates to a kind of stone materials to cut with annular beading diamond rope.

Background technique

Stone material is widely used in Decoration, curtain wall decoration and communal facility as a kind of high-grade construction decoration material Construction, common currently on the market to be broadly divided into natural stone and artificial stone, lithotome can be divided again by material chemical characteristic quality For slate and two kinds of granite, artificial stone is divided into terrazzo and compound stone by process, and terrazzo is with raw materials such as cement, concrete It forges and presses, compound stone is to use natural stone gravel as raw material, in addition adhesive etc. is pressurized, polishes.As building is set The development of meter, stone material become one of building, decoration, road, important source material of bridge construction already.

Stone material cutting be stone material it is most basic be also most important processing method, it is thin usually to carry out more tangent lines for stone material field at present Piece, since decorative exterior wall requires stone material self weight, thickness is not easy too thick, and stone sheet is cladding wants to its thickness It asks, therefore its thickness is also not easy too thin, is directly installed after the stone sheet surface recombination insulating layer after cutting.

There are two types of existing stone material cutting equipment is general, one is the biggish cutting machines of figure, and its structure is complicated, operation fiber crops Tired, depth of cut is more than to need to open from another side after half to cut, and blade abrasion is more serious, and cutting surfaces are coarse, and stock removal is big, raw It is lower to produce efficiency；Another kind is small-sized hand-held cutting machine, and worker needs for a long time to be held in cutting machine in cutting process In hand, the large labor intensity of worker, worker be difficult in operation it is efficient and convenient stone material is accurately cut, and In the cutting process of stone material, in order to reduce the dust of cutting and improve the lubricity of cutting, require worker and hold water pipe to pour The cut surface in stone material is infused, reduces the efficiency and quality of stone material cutting, it is difficult to meet the requirement of production and application.

Utility model content

Technical problem to be solved in the utility model is that a kind of stone material cutting annular is provided for the above-mentioned prior art Beading diamond rope, diameter is thinner, can effectively cutting stone material, cutting speed it is fast, piece rate is high.

A kind of the technical scheme in the invention for solving the above technical problem are as follows: the annular beading Buddha's warrior attendant of stone material cutting Rope, it includes bus, and the bus connects into annular shape, and the bus includes the metal base at center, and the metal base is adopted It is twisted with 7~13 one metal wires, multiple capillaries is uniformly set on the metal base, the extracapillary surface is logical It crosses soldering and is provided with diamond abrasive layer, form chip pocket between two neighboring capillary, the chip pocket surface is provided with note Mould layer.

The diameter of the metal base is 0.9mm.

The size of the capillary is long 10mm × outer diameter 1.5mm × internal diameter 1.0mm.

The diamond abrasive layer with a thickness of 300~400 μm.

Compared with the prior art, the advantages of the utility model are:

A kind of annular beading diamond rope of stone material cutting of the utility model, passes through the gold of capillary surface on metal base Hard rock abrasive grain layer cuts stone material, forms chip space between two neighboring capillary, can promote the inflow of working fluid, change Chip removal sexuality has been apt to it, cutting efficiency is high；Diamond rope diameter is very thin, can effective cutting stone material, it is adjacent by being rationally arranged Spacing between diamond rope can obtain thickness plate appropriate, can satisfy the requirement of different stone material cuttings, cutting speed Fastly, it can guarantee stone material cut quality, stone material piece rate is high.

Detailed description of the invention

Fig. 1 is a kind of structural schematic diagram of the annular beading diamond rope of stone material cutting of the utility model.

Fig. 2 is the portion the A enlarged drawing of Fig. 1.

Fig. 3 is the structural schematic diagram using the cutter device of the utility model annular diamond fretsaw.

Fig. 4 is the top view of Fig. 3.

Fig. 5 is extrusion die upper mold in a kind of manufacturing method of the annular beading diamond rope of stone material cutting of the utility model Structural schematic diagram.

Fig. 6 is extrusion die lower die in a kind of manufacturing method of the annular beading diamond rope of stone material cutting of the utility model Structural schematic diagram.

Wherein:

Bus 1

Metal base 1.1

Capillary 1.2

Diamond abrasive layer 1.3

Chip pocket 1.4

Injection molded layers 1.5

Directive wheel 2

Hoistable platform 3

Stone material workpiece 4

Extrusion die 5

Inlet wire channel 5.1

Location hole 5.2

Injecting hole 5.3.

Specific embodiment

The utility model is described in further detail below in conjunction with figure embodiment.

As shown in Figure 1 and Figure 2, the annular beading diamond rope of one of the present embodiment stone material cutting, it includes bus 1, institute It states bus 1 and connects into annular shape, the bus 1 includes the metal base 1.1 at center, and the metal base 1.1 uses 7~13 Wire is twisted, and multiple capillaries 1.2 are uniformly set on the metal base 1.1, and 1.2 outer surface of capillary is logical It crosses soldering and is provided with diamond abrasive layer 1.3, form chip pocket 1.4, the chip pocket 1.4 between two neighboring capillary 1.2 Surface is provided with injection molded layers 1.5；

The diameter of the metal base 1.1 is 0.9mm；

The size of the capillary 1.2 is long 10mm × outer diameter 1.5mm × internal diameter 1.0mm；

The diamond abrasive layer 1.3 with a thickness of 300~400 μm.

Referring to Fig. 3, Fig. 4, a kind of cutter device using the utility model annular beading diamond rope, it is in square that it, which includes four, The directive wheel 2 of shape arrangement, at least one in four directive wheels 2 are to use motor-driven driving wheel, and four directive wheels 2 are gone forward After be arranged in parallel with multiple annular beading diamond ropes, the annular beading diamond rope is wound on four directive wheels 2, four guiding 2 lower section of wheel is provided with hoistable platform 3, is provided with stone material workpiece 4 on the hoistable platform 3；

Working principle:

Front and back is arranged in parallel with multiple annular beading diamond ropes, the active wherein of four directive wheels on four directive wheels It is moved under the drive of guide wheel to a direction Express Order Wire, is placed on hoistable platform and by cutting stone material workpiece, is put down in lifting Bottom and top feed movement is carried out on platform, multiple annular beading diamond ropes simultaneously cut stone material workpiece, and cutting speed is fast, It is average most to can reach 3000m/min fastly in 500-600m/min, therefore product smoothness is high after cutting, does not saw line, Neng Gouman The cutting requirement of the various stone decoration plates of foot, equipment manufacturing costs are low, and relative to the mode of tradition cutting, low, table is lost Surface evenness is good, and cutting speed is fast, can effectively increase piece rate.

A kind of stone material cutting manufacturing method of annular beading diamond rope, it is comprised the following steps that:

Step 1: more one metal wires are formed metal base by twisted, the quantity of wire is 7-13 root, stranded Metal base diameter is 0.9mm；

Step 2: the multiple stainless steel capillaries of batch micro operations, the size of capillary is long 10mm × outer diameter 1.5mm × internal diameter 1.0mm forms diamond abrasive layer by plating in capillary surface；

Step 3: taking an extrusion die 5 referring to Fig. 5, the extrusion die 5 includes upper die and lower die, and the lower die is under Front and back is arranged in parallel with a plurality of inlet wire channel 5.1 on mould, and uniform intervals are disposed with multiple location holes on every inlet wire channel 5.1 5.2, injecting hole 5.3 is provided on the inlet wire channel 5.1 between the two neighboring location hole 5.3 of upper mold, each of in lower die The capillary that electroplating surface diamond abrasive grain layer in step 2 is placed in location hole 5.3, installs in the inlet wire channel 5.1 of lower die Metal base in step 1 makes metal base sequentially pass through multiple capillaries on inlet wire channel, upper mold and lower die is closed Mould squeezes capillary and metal base and fixes, and by the injecting hole 5.3 of upper mold in two neighboring intercapillary metal Baseline surface forms injection molded layers by injection molding, is opened take-up after injection molded layers are stablized, obtains beading gold steel cable；

Part injection layer can penetrate into the gap between capillary and metal base, so that capillary is in conjunction with metal base It is more stable；

Step 4: the beading diamond rope that step 3 is obtained clip certain length according to demand, the beading diamond rope cut Both ends carry out hydraulic clamp with connector sleeve, so that metallic cable both ends be made to be closed, form annular beading diamond rope.

In addition to the implementation, the utility model further includes having other embodiments, all to use equivalents or equivalent The technical solution that alternative is formed, should all fall within the protection scope of the utility model claims.

Claims (4)

1. a kind of annular beading diamond rope of stone material cutting, it is characterised in that: it includes bus (1), and the bus (1) connects into Annular shape, the bus (1) include the metal base (1.1) at center, and the metal base (1.1) uses 7~13 one metal wires It is twisted, is uniformly set with multiple capillaries (1.2) on the metal base (1.1), capillary (1.2) outer surface is logical It crosses soldering to be provided with diamond abrasive layer (1.3), forms chip pocket (1.4) between two neighboring capillary (1.2), the appearance bits Slot (1.4) surface is provided with injection molded layers (1.5).

2. a kind of annular beading diamond rope of stone material cutting according to claim 1, it is characterised in that: the metal base (1.1) diameter is 0.9mm.

3. a kind of annular beading diamond rope of stone material cutting according to claim 1, it is characterised in that: the capillary (1.2) size is long 10mm × outer diameter 1.5mm × internal diameter 1.0mm.

4. a kind of annular beading diamond rope of stone material cutting according to claim 1, it is characterised in that: the Buddha's warrior attendant stone mill Granulosa (1.3) with a thickness of 300~400 μm.