CN2928374Y

CN2928374Y - Machine tool structure

Info

Publication number: CN2928374Y
Application number: CN 200620116195
Authority: CN
Inventors: 林丽桔
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-05-22
Filing date: 2006-05-22
Publication date: 2007-08-01
Anticipated expiration: 2016-05-22

Abstract

The utility model relates to a toolroom machine structure, and is characterized in that a fencing board is arranged on a worktable of the toolroom machine, a wave-reducing board is arranged in the fencing board, a plurality of projections are arranged on the inner surface of the wave-reducing board, thereby avoiding that cooling fluid wrongly splashes out from the fencing board. Furthermore, an outflow tube is arranged on the bottom of the worktable, a water inlet which is arranged with a filter tank is arranged on the outflow tube, a filter net whose meshes are arranged from thickness to thinness is arranged from the water inlet to a pump tube, a motor is connected with the pump tube, flow pipes are arranged in group on the motor, and the flow pipes are connected with the worktable. With the design, the plucked cutting scrap in the cooling liquid is filtered effectively, and the cutting scrap can be reused for machine work.

Description

Machine tool structure

Technical field

The utility model is relevant for a kind of machine tool structure.

Background technology

See also Fig. 1, shown in Figure 2, generally when toolroom machine 9 carries out machining, for improving the workpiece cutting effect and safeguarding the cutter useful life, regular meeting uses cooling fluid in working angles, with cooling workpiece and cutter, and be beneficial to smear metal is removed, cooling fluid after this use is reused after promptly can filtering smear metal through the filter 91 that toolroom machine is set up again, to avoid the cooling fluid smear metal of carrying under one's arms, when re-using, anti-workpiece and the cutter of making is impaired; So, the filter 91 that the known means machine is wherein set up, only can be with regard to the general hard metal works of the careful matter of crystal grain, curling smear metal is filtered in cutting the formed length in back, if for the soft non-metallic material workpiece of the thick matter of crystal grain, as graphite etc., the fragment shape smear metal that it produces after machining then can't effectively be filtered, the quality that causes cooling fluid to repeat to utilize again reduces, and undermines the precision and the cutter useful life of workpiece processing;

Moreover; general purpose tool machine 9 also has the use coaming plate, places in the coaming plate 92 so that workpiece is enclosed; in coaming plate, inject cooling fluid again; to cover workpiece, reach preferable cooling effect, when the workpiece start; when cooperating cutter to do cutting; promptly can make cooling fluid produce fluctuation, the cooling fluid regular meeting of this fluctuation spills outside the coaming plate, and makes board and body be wet dirty situation.

Summary of the invention

The purpose of this utility model is to provide a kind of machine tool structure improvement, workbench in toolroom machine is provided with movable coaming plate, and in coaming plate, install wave reducing plate, and count projection in the protruding tool of wave reducing plate inner face, thus, the cooling fluid that in coaming plate, is provided with, be subjected to due to the workpiece start influences, and make cooling fluid produce fluctuation, the cooling fluid of this fluctuation promptly can be patted the projection in wave reducing plate, bounce this reaction force to reduce cooling fluid, make outside the unlikely spilling coaming plate of cooling agent.

The purpose of this utility model is achieved in that a kind of machine tool structure, in the workbench of toolroom machine mobilizable coaming plate is set; Wave reducing plate is set, in a plurality of projections of the protruding tool of this wave reducing plate inner face in the coaming plate; Wherein this projection is made as needle prick shape.

The utility model is organized in the set coaming plate of workbench and is put wave reducing plate, by this wave reducing plate projection that inner face is put, in the time of can making the cooling fluid that covers workpiece produce fluctuation in the workpiece start, the cooling fluid of this fluctuation promptly can be patted on the projection of wave reducing plate, to reduce the reaction force of cooling fluid after bouncing, spill outside the coaming plate and the cooling fluid that makes this fluctuation is unlikely, to keep the neat and tidy of board.

Description of drawings

Fig. 1: the whole sectional side view of known structure.

Fig. 2: the partial cross-sectional side-elevation view of known structure.

Fig. 3: whole cutaway view of the present utility model.

Fig. 4: stereogram one of the present utility model.

Fig. 5: stereogram two of the present utility model.

Fig. 6: user mode one of the present utility model.

Fig. 7: user mode two of the present utility model.

Fig. 8: user mode three of the present utility model.

Fig. 9: user mode four of the present utility model.

Figure 10: the three-dimensional exploded view of the utility model embodiment.

Figure 11: constitutional diagram of the present utility model.

Figure 12: user mode figure of the present utility model.

Drawing reference numeral:

9 toolroom machines, 91 filters

92 coaming plates

1 coaming plate 2 subtracts the ripple device

21 projections, 3 outlet pipes

4 lautertuns, 41 water inlets

5 filter screens, 6 filter screens

7 drinking-water pipes, 71 motors

72 flow pipes, 8 inside grooves

81 slide rails, 82 openings

83 open-works

The specific embodiment

At first, see also Fig. 3～shown in Figure 5, be machine tool structure of the present utility model, in workbench movable coaming plate 1 is set, and installs wave reducing plate 2 in coaming plate 1, this wave reducing plate 2 has a plurality of projections 21 in inner face is protruding, and this projection 21 can be made as needle prick shape;

Moreover, establish tool outlet pipe 3 in the workbench bottom surface, these outlet pipe 3 other terminations are located at the water inlet 41 of lautertuns 4, be that again these water inlet 41 spacing places are provided with coarse net purpose filter screen 5, be provided with the filter screen 6 of fine mesh again in coarse net purpose filter screen 5 other sides, in these fine mesh filter screen 6 other sides one drinking-water pipe 7 be set again, this drinking-water pipe 7 terminations is in addition established motor 71, connect at motor 71 and to establish flow pipe 72, this flow pipe 72 end in addition then connects and places workbench.

See also Fig. 6～shown in Figure 8, the utility model is when implementing, the workpiece of graphite material is arranged in workbench, again wave reducing plate 2 is arranged in coaming plate 1 inboard, coaming plate 1 is enclosed,, cooling agent is inverted in this space again in coaming plate 1, to form a space, to cover the workpiece of desire cutting, when machining, make the workpiece start cut, so when the workpiece start to cooperate cutter, even the cooling fluid in the space produces fluctuation, at this moment, by the set projection of wave reducing plate 2 inner faces, the impact that the cooling fluid that can reduce fluctuation pats when wave reducing plate 2 to be caused, the unlikely spilling of this cooling fluid is gone out outside the coaming plate 1, and it is dirty wet that workbench and body are subjected to.

Moreover, see also Fig. 3, Fig. 7, shown in Figure 9, when carrying out machining, cooling fluid promptly can mix the fragment shape smear metal that differs of thickness that the graphite material workpiece produced in cutting back, make cooling fluid gradually can't bear to use, at this moment, can be by this in workbench bottom surface outlet pipe 3, this cooling fluid of holding assorted smear metal under the arm is progressively entered in the lautertuns 4, the smear metal of coarse fragments promptly can be done the filtration of preliminary sedimentation at lautertuns 4 in its smear metal, taken out by motor 71 draws, the cooling fluid of this lautertuns 4 promptly flow to coarse net purpose filter screen 6 gradually, still unprecipitated middle fragment smear metal is intercepted in this, make the cooling fluid that contains in small, broken bits smear metal flow to the filter screen 6 of fine mesh, make in small, broken bits to block, so that the cooling fluid that is flowed out by fine mesh filter screen 6 can be the cooling fluid that does not contain smear metal, thus, this cooling fluid of not having smear metal just can be back to workbench from flow pipe 72 after drinking-water pipe 7 is extracted by motor 71, continue used as machining.

See also Figure 10, shown in Figure 11, be another embodiment of the present utility model, one hollow inside groove 8 is set in lautertuns, cooperate

filter screen

5,6 that a plurality of slide rails 81 are set in this inside groove 8, slide rail 81 can be placed on

filter screen

5,6 to locate for inside groove 8 thus, a side that is positioned at drinking-water pipe 7 at this inside groove 8 is provided with an opening 82 again, can be for cooperating installing of motor 71, be provided with open-work 83 at the upside of inside groove 8; Design thus, see also shown in Figure 12, flow to lautertuns 4 by outlet pipe 3 through water inlet 41 in the cooling fluid of holding assorted smear metal under the arm, can make the smear metal of coarse fragments precipitate earlier in this lautertuns 4 and inside groove 8 external spaces, when this space of cooling fluid spill-over, promptly can flow to the inner space of inside groove 8 by the open-work 83 of inside groove 8, make cooling fluid draw by taking out of motor 71, behind

filter screen

5,6, deliver to the workbench place through motor 71 again by drinking-water pipe 7; But when

screen pack

5,6 blocks, the cooling fluid of this commingled turnings, promptly can't pass through

filter screen

5,6, pump by drinking-water pipe 7, at this moment, this afterflow to the cooling fluid of the inside groove 8 inner spaces inside groove 8 that then can overfill, locate in the space of side in addition with lautertuns 4 and flow to inside groove 8, at this moment, the operator can learn that

filter screen

5,6 can't bear to use, must change.

By said structure as can be known, the utlity model has following advantage:

1. the utility model is provided with several layers of mesh by thick gradually thin filter screen, and thus design is when in the cutting knot During the workpiece of coarse grains material, such as graphite etc., namely can produce the cataclastic shape fragment that thickness do not wait and cut Bits, by these several layers by thick gradually thin mesh filter screen, the fragment smear metal that just can effectively this thickness not waited Do to intercept layer by layer to filter, make the cooling fluid that is cycled to repeat use after the filtration can not contain smear metal impurity, and sharp It is used to remake machining.

2. the utility model is organized in the set coaming plate of workbench and is put wave reducing plate, is put by this wave reducing plate inner face Projection can make in the workpiece start cooling fluid of coating workpieces produce when fluctuating the cooling fluid of this fluctuation Namely can pat on the projection of wave reducing plate, to reduce the reaction force of cooling fluid after bouncing, should and make Unlikely the spilling outside the coaming plate of cooling fluid of fluctuation is to keep the neat and tidy of board.

Claims

1. machine tool structure is provided with mobilizable coaming plate in the workbench of toolroom machine; It is characterized in that: wave reducing plate is set, in the coaming plate in a plurality of projections of the protruding tool of this wave reducing plate inner face.

2. machine tool structure as claimed in claim 1 is characterized in that: this projection is made as needle prick shape.