CN2931047Y

CN2931047Y - Granite ultra-thin plate skiver

Info

Publication number: CN2931047Y
Application number: CN 200620110709
Authority: CN
Inventors: 邵育生; 李传健
Original assignee: CHONGQING HAITONG MACHINERY MANUFACTURE Co Ltd
Current assignee: CHONGQING HAITONG MACHINERY MANUFACTURE Co Ltd
Priority date: 2006-05-31
Filing date: 2006-05-31
Publication date: 2007-08-08
Anticipated expiration: 2016-05-31

Abstract

The utility model discloses a granite super thin plate dissection machine, which is provided with a mobile dolly capable of moving along the orbit horizontally arranged on the downside of the diamond fretsaw patch, wherein, two clamp bases are arranged parallel on the mobile dolly. A clamp shaft is arranged on upside of two clamp bases, wherein, a first clamp is arranged inner end of a first clamp shaft and a second clamp is arranged inner end of a second clamp shaft. A connection pole is arranged on upside of the second clamp shaft, the outer end of which is hinged with middle of a dial fork. A dial block is arranged on downside of the dial fork and is positioned in a concave slot on circumference plane outside the second clamp shaft. A connection plate is arranged surrounding the first clamp. A bolt is arranged surrounding the second clamp to match with the connection plate. The utility model overcomes the defects of prior same type mechanism such as fixation of material with vacuum pump and negative pressure system and incapability of processing sub-smooth plate and coarse planar plate, having the advantages of simple structure, low manufacture cost, effective reduction of processing break and improvement of succeeding rate.

Description

The ultra-thin plate fish gutting machine of granite

Technical field

The utility model relates to the ultra-thin plate fish gutting machine of a kind of building stones processing unit (plant), especially granite.

Background technology

At present, the ultra-thin plate processing of granite adopts fish gutting machine to carry out usually, fish gutting machine generally is made of parts such as column, crossbeam, diamond disc, clamping fixture seat, anchor clamps axon and clamp bodies, the common method of clamping that it adopts location and feed is: the clamping location is that the clamping fixture seat on one side wherein is provided with roller and track, utilize artificial promotion clamp body that its roller is rolled on track and change the relative position of clamping fixture seat, after the position is determined, utilize the material that is used for fixing of vavuum pump and sucker, processing can be carried out; Aspect feed, be to be provided with the crossbeam that can satisfy whole feed haul distance, allow the entire mechanism of cutting knife on crossbeam, move and finish feed.The ultra-thin plate fish gutting machine of the granite of this structure has the following disadvantages:

1, because band roller clamping fixture seat on one side is in the state of moving about all the time, work in-process will produce extraneous vibration with the vibration of system inevitably; And, can cause the not smooth or displacement of flange in the process thus because processing and installation errors will inevitably cause the coaxiality error of two anchor clamps axons bigger;

2, for immobilization material, be provided with negative pressure systems such as vavuum pump and sucker, utilize the negative pressure that is produced it to be fixed at the suction that material surface forms, installed capacity and manufacturing cost have so not only been increased, and can only process mirror board, for calendar plate and asperities plate, negative-pressure adsorption is ineffective, material can not be located, and processing can't be carried out;

3, since the entire mechanism of cutting knife all on crossbeam, and finish the depth of cut to material, the adjustment and the control of machining direction, therefore will cause the span of crossbeam too big, the mechanism structure complexity, accumulated error and distortion are difficult to control, manufacturing, the corresponding increase of maintenance cost.

The utility model content

For solving above technical problem, the purpose of this utility model is to provide a kind of sheet material and the ultra-thin plate fish gutting machine of the uniform granite of feed that can the clamping unlike material.

The technical solution of the utility model is as follows: the ultra-thin plate fish gutting machine of a kind of granite, at the upper end of column fixed cross beam, one unsettled diamond disc is installed on the crossbeam, its key is: be arranged side by side two tracks below diamond disc, this track and diamond disc are parallel to each other, and track is provided with travelling car; Be arranged side by side two clamping fixture seats on the described travelling car, this clamping fixture seat is parallel to described diamond disc, and has the gap between two clamping fixture seats, upper end at two clamping fixture seats all is equipped with the anchor clamps axon, inner suit first clamp body of the first anchor clamps axon wherein, inner suit second clamp body of the second anchor clamps axon is in the gap of described first, second clamp body between two clamping fixture seats; Be provided with a connecting rod above the second anchor clamps axon, the outer end of this connecting rod and the middle part of shift fork are hinged, and the lower end of shift fork has shifting block, and this shifting block is positioned at the groove of the described second anchor clamps axon outer end periphery; All sides at first clamp body are distributed with connecting plate, and this connecting plate one end and first clamp body are hinged, and the other end has breach, are distributed with and the corresponding bolt of connecting plate in all sides of second clamp body, and the breach on the described connecting plate is articulated on this bolt.

In the utility model, the gap between two clamp bodies is the clamping position of sheet material to be processed, and the second anchor clamps axon can move axially under the effect of shift fork, so that adjust the distance between two clamp bodies, adapts to the thickness requirement of workpiece.Be inserted in connection by connecting plate and corresponding bolt between two clamp bodies, the location of workpiece and mounting and clamping system that adjustment finishes are realized rigidly fixing, guaranteeing that workpiece has sufficient intensity to accept the runout of sawing processing, and all can realize the clamping location for mirror board, calendar plate and asperities plate.Traditional function of controlling the long feed stroke on crossbeam has been cancelled in the feed aspect, makes crossbeam shorten mechanism simplifying, load reduction; Diamond disc only rotates adding man-hour, at the uniform velocity moves the sawing processing that realizes workpiece along track by the control travelling car.

The outside at above-mentioned first clamp body is provided with handle, and an end of the lower end of this handle and alignment pin is hinged, and the other end of alignment pin inserts in the locating hole on the lateral surface of first clamp body, is set with retainer spring on the described alignment pin.Alignment pin is born cutting force and can be prevented effectively that clamp body from rotating at work.

Be provided with the screw mandrel parallel with track between above-mentioned two tracks, this screw mandrel connects with the output shaft of reductor; The bottom of described travelling car is fixed with mother nut, and this mother nut is sleeved on the described screw mandrel.Reductor drives the screw mandrel rotation, and mother nut drives travelling car and moves along track under the drive of screw mandrel.

Secondary nut also is equipped with in bottom at above-mentioned travelling car, and this pair nut is positioned at mother nut one side and is sleeved on the screw mandrel, between described mother nut and the secondary nut by transferring the crack bolt to be connected.The screw mandrel gap can be adjusted to claimed condition by the distance of adjusting between mother nut and the secondary nut, thereby can realize even feed better, effectively reduce shake (pendulum) moving and " creeping " phenomenon that occurs in the process, it is broken to avoid workpiece therefore to produce.

The bottom of above-mentioned shift fork is " ∩ " shape, and shifting block is stretched out at its lower ending opening place to the inside, and this shifting block snaps in the groove of the second anchor clamps axon periphery.

Beneficial effect: the utility model has been simplified mechanism on the basis of existing technology, has enlarged the scope of application of rapidoprint, has reduced manufacturing and use cost.

Description of drawings

Fig. 1 is a structural representation of the present utility model.

Fig. 2 is the partial enlarged drawing of Fig. 1.

Fig. 3 is the left view of Fig. 1.

Fig. 4 for the B of Fig. 3 to looking enlarged drawing.

The specific embodiment

The utility model is described in further detail below in conjunction with drawings and Examples:

As shown in Figure 1, Figure 2, Figure 3 and Figure 4, the utility model is made up of the parts such as travelling car 5, reductor 21, screw mandrel transmission, clamping fixture seat 6, anchor clamps axon, clamp body, shift fork 12, handle 16 and alignment pin 17 of column 1, crossbeam 2, diamond disc 3, track 4, band roller.The upper end fixed cross beam 2 of its central post 1 is installed diamond disc 3 on the crossbeam 2, this diamond disc 3 is unsettled and can move up and down with respect to crossbeam 2, to adjust its height.Be arranged side by side two tracks 4 below diamond disc 3, this track 4 is parallel to each other with diamond disc 3, and track 4 is provided with the travelling car 5 band roller, that can move along track 4.Between two tracks 4, be provided with the screw mandrel 20 parallel with track 4, this screw mandrel 20 connects with the output shaft of reductor 21, mother nut 22 and secondary nut 23 are equipped with in the bottom of described travelling car 5, and mother nut 22 and secondary nut 23 all are sleeved on the screw mandrel 20, connect by accent crack bolt 24 between them.Mother nut 22, secondary nut 23, accent crack bolt 24 and screw mandrel 20 are formed the screw mandrel transmissions, provide power by reductor 21, drive travelling car 5 in track 4 translations.

On travelling car 5, be arranged side by side two clamping fixture seats 6, this clamping fixture seat 6 is parallel to described diamond disc 3, and has the gap between two clamping fixture seats 6, upper end at two clamping fixture seats 6 all is equipped with the anchor clamps axon, the first anchor clamps axon 7 and the second anchor clamps axon 9 are positioned on the same axial line, inner suit first clamp body 8 of the first anchor clamps axon 7 wherein, inner suit second clamp body 10 of the second anchor clamps axon 9, described first, second clamp body 8,10 is a rectangle, in the gap between two clamping fixture seats 6.Be provided with handle 16 in the outside of first clamp body 8, the lower end of this handle 16 is hinged with the alignment pin 17 that is loaded in the pedestal, be set with retainer spring 18 on alignment pin 17, retainer spring 18 1 ends are spacing by the step surface of alignment pin 17 installing holes, and the other end is spacing by the boss of being located on the alignment pin 17; Have the locating hole 19 corresponding at the lateral surface of described first clamp body 8 with alignment pin 17.All sides of first clamp body 8 are distributed with connecting plate 14, and these connecting plate 14 1 ends and first clamp body 8 are hinged, and the other end has breach, and all sides of described second clamp body 10 are distributed with and connecting plate 14 corresponding bolts 15.

Above the second anchor clamps axon 9, be provided with a connecting rod 11, the middle part of the outer end of this connecting rod 11 and shift fork 12 is hinged, the bottom of shift fork 12 is " ∩ " shape, and shifting block 13 is stretched out at its lower ending opening place to the inside, and this shifting block 13 snaps in the groove of the second anchor clamps axon, 9 outer end peripheries.Can control the second anchor clamps axon 9 by shift fork 12 moves axially.

The utility model is the work that realizes like this: at first alignment pin 17 is in disengaged position, with two clamp bodies 8, after the 10 rotation alignment, connecting plate 14 bolt 15 corresponding with face length limit on second clamp body 10 that then first clamp body 8 is in the face length limit is inserted in and connects and locking (as shown in Figure 1), again with two clamp bodies 8, behind the 10 synchronous Rotate 180 degree, put down alignment pin handle 16, make alignment pin 17 make its location cooperating with locating hole 19 on first clamp body 8 under the effect of retainer spring 18, at this moment the termination of granite plates 25 from clamp body pushed between two clamp bodies, move shift fork 12 then, make second clamp body 10 be close to granite plates 25, this moment the connecting plate more than the clamp body axis 14 all is inserted in corresponding bolt 15 on request and connects and locking, make it form rigid attachment.Move alignment pin handle 16, make clamp body break away from the location and also put down alignment pin handle 16 behind the Rotate 180 degree, position in another locating hole 19 that alignment pin 17 inserts on first clamp body 8.At this moment, be in clamp body axis above connecting plate 14 and fix, be in the following connecting plate 14 of clamp body axis and be inserted in connection (as shown in Figure 3) with corresponding bolt 15 along limits.Start diamond disc 3 and reductor 21 at last, can cut after adjusting cutting parameter.

After one side of granite plates 25 cutting is finished, stop diamond disc 3 and reductor 21, the breach that is in the connecting plate 14 more than the clamp body axis this moment is inserted in corresponding bolts and tightens, move alignment pin handle 16, pull out behind the alignment pin 17 clamp body Rotate 180 degree, put down alignment pin handle 16 and make its location, to be in clamp body axis above connecting plate 14 then and fix (as shown in Figure 3) along the limit, start diamond disc 3 and reductor 21, proceed the cutting of granite plates 25 another sides.After finishing processing, extract manufactured sheet material out, enter next clamping process from the termination of clamp body.

Claims

1, the ultra-thin plate fish gutting machine of a kind of granite, at the upper end fixed cross beam (2) of column (1), crossbeam (2) is gone up a unsettled diamond disc (3) is installed, and it is characterized in that:

A, be arranged side by side two tracks (4) in the below of diamond disc (3), this track (4) is parallel to each other with diamond disc (3), and track (4) is provided with travelling car (5);

Be arranged side by side two clamping fixture seats (6) on B, the described travelling car (5), this clamping fixture seat (6) is parallel to described diamond disc (3), and two clamping fixture seats have the gap between (6), upper end at two clamping fixture seats (6) all is equipped with the anchor clamps axon, inner suit first clamp body (8) of the first anchor clamps axon (7) wherein, inner suit second clamp body (10) of the second anchor clamps axon (9), described first, second clamp body (8,10) is positioned at the gap between two clamping fixture seats (6);

C, be provided with a connecting rod (11) in the top of the second anchor clamps axon (9), the middle part of outer end of this connecting rod (11) and shift fork (12) is hinged, the lower end of shift fork (12) has shifting block (13), and this shifting block (13) is positioned at the groove of described second anchor clamps axon (9) the outer end periphery;

D, be distributed with connecting plate (14) in all sides of first clamp body (8), these connecting plate (14) one ends and first clamp body (8) are hinged, and the other end has breach; All sides at second clamp body (10) are distributed with and the corresponding bolt of connecting plate (14) (15), and the breach on the described connecting plate (14) is articulated on this bolt (15).

2, the ultra-thin plate fish gutting machine of granite according to claim 1, it is characterized in that: be provided with handle (16) in the outside of first clamp body (8), one end of lower end of this handle (16) and alignment pin (17) is hinged, the other end of alignment pin (17) inserts in the locating hole (19) on the lateral surface of first clamp body (8), is set with retainer spring (18) on the described alignment pin (17).

3, the ultra-thin plate fish gutting machine of granite according to claim 1 is characterized in that: be provided with the screw mandrel (20) parallel with track (4) between two tracks (4), this screw mandrel (20) connects with the output shaft of reductor (21); The bottom of described travelling car (5) is fixed with mother nut (22), and this mother nut (22) is sleeved on the described screw mandrel (20).

4, the ultra-thin plate fish gutting machine of granite according to claim 3, it is characterized in that: secondary nut (23) also is housed in the bottom of travelling car (5), this pair nut (23) is positioned at mother nut (22) one sides and is sleeved on the screw mandrel (20), between described mother nut (22) and the secondary nut (23) by transferring crack bolt (24) to be connected.

5, the ultra-thin plate fish gutting machine of granite according to claim 1, it is characterized in that: the bottom of described shift fork (12) is " ∩ " shape, shifting block (13) is stretched out at its lower ending opening place to the inside, and this shifting block (13) snaps in the groove of second anchor clamps axon (9) periphery.