CN209478607U - A kind of novel track mechanism of bridge type stone material cutting machine - Google Patents

Abstract

The utility model discloses a kind of novel track mechanism of bridge type stone material cutting machine, including track ontology one, track ontology two, sliding seat one and sliding seat two；Track ontology one and track ontology two are parallel to each other arranged side by side；Track ontology one and sliding seat one are in linear type, are mutually slidably matched between the two by plane；The cross section of track ontology two and sliding seat two is in inverted V type structure, is mutually slidably matched between the two by inverted V type face.Two groups of sliding rails of novel track mechanism, one group is cooperated using linear type planar slide, another group is slidably matched using inverted V type, even if the dust generated in this cutting work becomes scattered about on inverted V type track, also it can easily be shaken from two inclined-planes of inverted V type track by mechanical oscillation and fall separation, it avoids being detained in orbit and influencing the smoothness that slide slides in orbit, it is ensured that effectively, reliably slide effect.

Description

A kind of novel track mechanism of bridge type stone material cutting machine

Technical field

The utility model relates to makita 4100NH technical field, in particular to a kind of novel tracks of bridge type stone material cutting machine Mechanism.

Background technique

Makita 4100NH is the machinery that a kind of pair of mine stones make sheet processing, and Bartlit slice processing is using common saw Stone machining, can only process every time and be cut into a piece of, working efficiency is low, and production cost is low.Multi-slice stone-cutting machine (ginseng is had at present See patent No. 200910000203X), it is a kind of cantilever structure, multi-disc saw blade can be hung, realizes that stone effect is cut in multi-disc combination. However, in order to ensure the support strength, stability of strutting system and complete machine job stability of cantilever main shaft (for hanging saw blade), it is existing The main axis length of multi-slice stone-cutting machine and the size of complete machine corresponding direction are restricted, so in actual operation, encounter width compared with Big stone material (for example being greater than 2 meters), existing multi-slice stone-cutting machine can not carry out direct slicing operation, thus bring pole to practical operation Big inconvenience influences production efficiency and promotes production cost.

In consideration of it, inventor furthers investigate the above problem, and propose that a kind of shaft coupling widens the cutting of type stone material Machine, proposes a kind of novel track mechanism of bridge type stone material cutting machine with being consequently adapted to, thus this case generates.

Utility model content

The purpose of this utility model is to provide a kind of novel track mechanism of bridge type stone material cutting machine, track new structures While guaranteeing steadily to slide, additionally it is possible to avoid dust sundries from being detained and influence to slide smoothness.

In order to achieve the above objectives, the solution of the utility model is:

A kind of novel track mechanism of bridge type stone material cutting machine, including track ontology one, track ontology two, one and of sliding seat Sliding seat two；Track ontology one and track ontology two are parallel to each other arranged side by side；Track ontology one and sliding seat one are in a word Shape is mutually slidably matched between the two by plane；The cross section of track ontology two and sliding seat two is in inverted V type structure, the two Between be mutually slidably matched by inverted V type face.

The mating surface of the track ontology two includes the undertaking narrow plane for being in splay two inclined-plane and undertaking two inclined-plane, Corresponding two inclined-plane of the mating surface of sliding seat two is recessed between two inclined-plane and empties slot.

The groove width for emptying slot is slightly larger than the width for accepting narrow plane.

There are the protection planes being connected with the side of sliding seat two for the lower end edge on two inclined-planes of the sliding seat two, this is anti- Shield plane is arranged except corresponding two inclined-planes for stretching out track ontology two.

The mating surface of the sliding seat two includes two cooperation section of left and right and the cavity section for accepting the two cooperations section, the cavity section Cavity with recess, the two sides of the cavity open up jagged.

After adopting the above scheme, the novel track mechanism of the utility model bridge type stone material cutting machine, having compared with the existing technology Beneficial effect is: two groups of sliding rails of novel track mechanism, and one group is cooperated using linear type planar slide, and another group uses inverted V type It is slidably matched, it, also can be by mechanical oscillation from even if the dust generated in this cutting work becomes scattered about on inverted V type track Easily vibration falls separation on two inclined-planes of V-type track, avoids being detained in orbit and influencing the smoothness that slide slides in orbit, Ensure it is effective, reliably slide effect.

Detailed description of the invention

Fig. 1 is structural schematic diagram of the utility model rail mechanism on bridge type stone material cutting machine；

Fig. 2 is the enlarged drawing of part A in Fig. 1；

Fig. 3 is the enlarged drawing of part B in Fig. 1；

Fig. 4 is the schematic diagram of sliding seat two.

Label declaration

Rail mechanism 800,

Track ontology 1, sliding seat 1, track ontology 2 83, sliding seat 2 84,

Narrow plane 832 is accepted on inclined-plane 831, and inclined-plane 841 empties slot 842, protects plane 843,

Cooperate section 84a, cavity section 84b, cavity 84b1, notch 84b2.

Specific embodiment

This case is described in further detail with reference to the accompanying drawings and detailed description.

This case is related to a kind of novel track mechanism 800 of bridge type stone material cutting machine, as shown in Figure 1, rail mechanism 800 is installed Between the center 202 and crossbeam 201 of bridge type stone material cutting machine.As in Figure 2-4, rail mechanism 800 include track ontology 1, Sliding seat 1, track ontology 2 83 and sliding seat 2 84.Track ontology 1 and track ontology 2 83 are parallel to each other to be set side by side It sets, is set on crossbeam 201 in embodiment.Sliding seat 1 and sliding seat 2 84 correspond track ontology 1 and track respectively Ontology 2 83 slides setting.Sliding seat 1 and sliding seat 2 84 are set on center 202, pass through sliding seat 1 and sliding seat two 84 can drive the sliding on crossbeam 201 of center 202.

Track ontology 1 and sliding seat 1 are in linear type, are mutually slidably matched between the two by plane.Track sheet The cross section of body 2 83 and sliding seat 2 84 is in inverted V type structure, is mutually slidably matched between the two by inverted V type face.

Two groups of sliding rails of the rail mechanism 800, one group is cooperated using linear type planar slide, and another group uses inverted V type It is slidably matched, linear type track cooperates inverted V type design, is conducive to the installation configuration of two rails.The dust generated in cutting work becomes scattered about On inverted V type track, dust can easily be shaken by real-time mechanical oscillation from two inclined-planes of inverted V type track falls separation, avoids It is detained in orbit and influences the smoothness that slide slides in orbit, it is ensured that effectively, reliably slides effect.

Preferably, the mating surface of track ontology 2 83 includes in splay two inclined-plane 831 and accepting two inclined-plane 831 Narrow plane 832 is accepted, corresponding two inclined-plane 841 of the mating surface of sliding seat 2 84 is recessed between two inclined-plane 841 and empties slot 842.It accepts narrow plane 832 and empties the corresponding setting of slot 842, there are gaps between the two, conducive to track ontology 2 83 and slide Matching assembling between seat 2 84 and the operation that is slidably matched.Further, the groove width of slot 842 is emptied slightly larger than undertaking narrow plane 832 Width is designed in this way the assembling being first conducive between track ontology 2 83 and sliding seat 2 84 and adjusts promotion matching degree, second avoids Cause dead angle that dust accumulation is caused to be detained.

Preferably, the lower end edge on two inclined-planes 841 of sliding seat 2 84 is anti-there are what is be connected with the side of sliding seat 2 84 Plane 843 is protected, which is arranged except corresponding two inclined-planes 831 for stretching out track ontology 2 83, thus protects plane 843 are equivalent to form one of protective barrier, bring protection track and dustproof effect.

Preferably, the mating surface of the sliding seat 2 84 includes two cooperation section 84a of left and right and undertaking two cooperation section 84a Cavity section 84b, the cavity section 84b have the cavity 84b1 of recess, and the two sides of cavity 84b1 open up jagged 84b2.Cavity 84b1 is connected with slot 842 is emptied, and plays of short duration dust agglutination, and notch 84b2 provides discharge by collection dust in cavity 84b1 Mouthful, being equivalent to design in orbit in this has dust dust discharge channel, conducive to the elimination effect of dust on track.

The foregoing is merely the preferred embodiment of the utility model, all equivalent changes done with the utility model scope of the claims and Modification, should belong to the utility model the scope of the claims.

Claims (5)

1. a kind of novel track mechanism of bridge type stone material cutting machine, it is characterised in that: including track ontology one, track ontology two, Sliding seat one and sliding seat two；Track ontology one and track ontology two are parallel to each other arranged side by side；Track ontology one and sliding seat One is in linear type, is mutually slidably matched between the two by plane；The cross section of track ontology two and sliding seat two is in inverted V type Structure is mutually slidably matched between the two by inverted V type face.

2. a kind of novel track mechanism of bridge type stone material cutting machine as described in claim 1, it is characterised in that: the track sheet The mating surface of body two includes in the undertaking narrow plane on splay two inclined-plane and undertaking two inclined-plane, the mating surface phase of sliding seat two Corresponding two inclined-plane is recessed between two inclined-plane and empties slot.

3. a kind of novel track mechanism of bridge type stone material cutting machine as claimed in claim 2, it is characterised in that: described to empty slot Groove width slightly larger than accept narrow plane width.

4. a kind of novel track mechanism of bridge type stone material cutting machine as described in claim 1, it is characterised in that: the sliding seat For the lower end edge on two two inclined-planes there are the protection plane being connected with the side of sliding seat two, the protection plane is corresponding to stretch out track It is arranged except two inclined-planes of ontology two.

5. a kind of novel track mechanism of bridge type stone material cutting machine as described in claim 1, it is characterised in that: the sliding seat Two mating surface includes two cooperation section of left and right and the cavity section for accepting the two cooperations section, which has the cavity of recess, should The two sides of cavity open up jagged.