CN201158002Y

CN201158002Y - Flange of grinding wheel of processor and pullback weight block structure improvement

Info

Publication number: CN201158002Y
Application number: CNU2008200009148U
Authority: CN
Inventors: 林馨堂; 何启成
Original assignee: JOEN LIH MACHINERY CO Ltd
Current assignee: JOEN LIH MACHINERY CO Ltd
Priority date: 2008-01-08
Filing date: 2008-01-08
Publication date: 2008-12-03
Anticipated expiration: 2018-01-08

Abstract

The utility model discloses a structural improvement of a flange and a balancing weight used on an edge wheel of a processing machine, aiming at solving the problem that the smoothness, the quality and the efficiency for the adjustment and calibration work of the balancing weight are influenced when an outer head-face of the flange cannot face operation in the well-known flange and the balancing weight used on the edge wheel of the processing machine. The edge wheel is assembled between the flange and a flange seat of the processing machine; the flange is provided with the outer head-face and an orbicular periphery, the outer head-face is provided with a ring groove for matching with the adjustable balancing weight, and the scales are arranged on the surface of the flange; therefore, when the side directions of the edge wheel and the outer head-face of the flange face the operation, the operation can still easily identify the adjustment and calibration position of the balancing weight through the correspondence between the scales arranged on the orbicular periphery of the flange and marks arranged on the extending surface of the balancing weight, thereby greatly increasing the convenience for the adjustment and calibration work of the balancing weight. The structural improvement of the flange and the balancing weight is applied to a grinder processing machine.

Description

The flange of processing machine abrasive wheel and counterweight block structure improvement

Technical field

The utility model relates to a kind of abrasive wheel relative configurations of processing machine, and particularly a kind of this abrasive wheel is located with flange component and adjustment balancing weight member.

Background technology

The realization of the grinding function of existing grinding machine processing machine, mainly the running by its abrasive wheel contacts attrition process to surface of the work; And the location of described abrasive wheel, usually the relative locking by a flange and flange seat is to insert and put the location with abrasive wheel, the outer face of this flange is furnished with the adjustable balancing weight of many groups along a circumference group of paths, adjustment by these balancing weight positions, dynamic equilibrium degree when being adjusted the abrasive wheel running is so that the operating state of abrasive wheel reaches optimization.

When desire is carried out position regulation work to described balancing weight, generally can be by the set scale in flange outer face as foundation, please cooperate consult shown in Figure 1, be the flange 11 of known abrasive wheel 10 and the assembly form of balancing weight 12 structures thereof, its each balancing weight 12 is assembled in the set ring-type chase 13 in flange 11 outer faces, the surface of balancing weight 12 and ring-type chase 13 surfaces are concordant, and the periphery of flange 11 outer faces then is equipped with the concrete foundation of scale 14 when moving to transfer as balancing weight 12; Yet this known configurations form finds still to exist following problem in reality is used:

When carrying out the work of balancing weight position regulation, if the outer face of this flange 11 is just faced in the position of being stood, then can be easily and clearly watch contrast balancing weight 12 and scale 14 relation between the two, yet, abrasive wheel 10 is in the structural configuration of processing machine, may change along with the difference of board form, cause its flange 11 outer faces can't be just in time (for example the flange outer face is down the time in the face of operation, or during the door pillar block resistance of the processed machine in flange outer face), thus, to have a strong impact on the smoothness and the quality efficiency of balancing weight adjustment work, real in being worth industry to think improved problem.

Therefore, at the flange and the existing problem of counterweight block structure of above-mentioned known processing machine abrasive wheel, how to develop a kind of innovation structure that has more desirable practicality, the person of being to use looks forward in fact, also is that relevant industry must be made great efforts target and the direction that research and development break through.

The utility model content

The purpose of this utility model provides a kind of flange and counterweight block structure improvement of processing machine abrasive wheel, exist when operation can't be faced in the flange outer face in order to flange and the counterweight block structure that solves known processing machine abrasive wheel, will influence the problem of balancing weight adjustment work smoothness and quality efficiency.

For solving the problems of the technologies described above, the utility model adopts following technical scheme:

The flange of the utility model processing machine abrasive wheel and counterweight block structure improvement, described grinding wheels are set between default flange of processing machine and flange seat, this flange has an outer face and a ring-type side face, this outer face has annular groove for the adjustable balancing weight of the many groups of assembly, each balancing weight and the assembly by align member to be to control its location or adjustable state, again flange surface and be provided with scale;

Described scale is arranged at the ring-type side face of flange;

Described balancing weight also has additional extended surface, and it is identical towards setting that described extended surface and the ring-type side face of flange are, on this extended surface and to be provided with mark corresponding with the set scale of flange ring-type side face.

The flange of the utility model processing machine abrasive wheel and counterweight block structure improvement, by ring-type side face scale is set at flange, described balancing weight also has additional extended surface, the ring-type side face of described extended surface and flange is identical faces to setting, on this extended surface and to be provided with mark corresponding with the set scale of flange ring-type side face; Compared with prior art, have following beneficial effect:

When abrasive wheel and flange outer face with lateral face during to operation, operation still can be by set scale on the flange ring-type side face and the set mark of balancing weight extended surface and identification balancing weight adjustment position easily, therefore for the adjustment work of balancing weight, can bring into play sizable help and convenience, reach practical more handy progressive.

Description of drawings

Fig. 1 is the schematic perspective view of known configurations;

Fig. 2 is combined in the stereogram of processing machine example for the abrasive wheel of the flange of the utility model processing machine abrasive wheel and counterweight block structure improvement;

Fig. 3 is the partial enlarged drawing of Fig. 2;

Fig. 4 is the flange of the utility model processing machine abrasive wheel and the flange and the abrasive wheel exploded perspective view of counterweight block structure improvement;

Fig. 5 is the flange of the utility model processing machine abrasive wheel and the balancing weight and the flange exploded perspective view of counterweight block structure improvement;

Fig. 6 is the flange of the utility model processing machine abrasive wheel and abrasive wheel, flange, the balancing weight assembled sectional view of counterweight block structure improvement;

Fig. 7 is the B position enlarged drawing of Fig. 6;

Fig. 8 is the flange of the utility model processing machine abrasive wheel and abrasive wheel, flange, the balancing weight combination view of counterweight block structure improvement;

Fig. 9 is that the flange of the utility model processing machine abrasive wheel and the scale of counterweight block structure improvement are provided with another enforcement illustration of form;

Figure 10 watches the schematic diagram of flange and balancing weight scale mated condition for the flange of the utility model processing machine abrasive wheel and counterweight block structure improvement by the abrasive wheel lateral angles.

The specific embodiment

In order to make those skilled in the art person understand the utility model scheme better, and above-mentioned purpose of the present utility model, feature and advantage can be become apparent more, the utility model is described in further detail below in conjunction with drawings and Examples.

As Fig. 2～shown in Figure 6, the preferred embodiment of the flange of the utility model processing machine abrasive wheel and counterweight block structure improvement, described abrasive wheel 20 can be organized to establish to insert and put and be positioned between grinding machine processing machine 30 default flanges 40 and the flange seat 50, this flange 40 has an outer face 41 and a ring-type side face 42, this outer face 41 has an annular groove 43 of inner concavity, for the adjustable balancing weight 60 of assembly array, each balancing weight 60 and the assembly by align member 70 are to control its location or adjustable state; Flange 40 surfaces also are provided with scale 80 (knowing clearly as shown in Figure 5); Wherein:

Described scale 80 is arranged on the ring-type side face 42 of flange 40;

Described balancing weight 60 also has additional extended surface 61, it is identical towards setting that described extended surface 61 and the ring-type side face 42 of flange 40 are, on this extended surface 61 and to be provided with the set scale 80 of mark 62 (can be lines, point, arrowhead form) and flange 40 ring-type side faces 42 corresponding.

Wherein, scale 80B as shown in Figure 9, it further extends to the form of flange 40 outer faces 41 by the ring-type side face 42 of flange 40, whereby, all can know from the side direction of flange 40 and outer face 41 angle directions and to watch scale.

Wherein, the extended surface 61 that this balancing weight 60 is set up can extend the plate form by balancing weight 60 sides integrally formed and constitute, and described extension plate can be made as the arc form to comply with the circular edges form of flange 40.

Wherein, the concrete formation of described align member 70 such as Fig. 5～shown in Figure 8, can comprise a pearl body 71, one bolt 72 constitutes, and be provided with towards the annular groove 43 inwall directions of flange 40 in balancing weight 60 screw 63 is set, these screw 63 desired depth positions are provided with a radial perforation 64 and connect to annular groove 43 1 sidewalls, and make this sidewall be set as introversion face 431 forms, so that described pearl body 71 is placed in the described

radial perforation

64,72 on bolt is screwed together in this screw 63, and the inner that makes this bolt 72 is resisted against pearl body 71 inboards, so as to adjusting by the degree of tightness advance and retreat of bolt 72, outwards push against location balancing weight 60 states (being state shown in Figure 7) to constitute this pearl body 71, or constitute to contract in the pearl body 71 and break away from release balancing weight 60 states of introversion face 431 in annular groove 43 introversion faces 431.

Again wherein, know clearly as shown in Figure 7, extended surface 61 1 ends that described balancing weight 60 is set up are inboard and can be provided with an overhead kick edge portion 65, so that flange 40 outer faces 41 correspondences are provided with embedding concave surface 44, chimeric by described overhead kick edge portion 65 and embedding concave surface 44, with the closing area of further amplification balancing weight 60 with flange 40, and the steadiness that can promote balancing weight 60 integrated positioning states and transfer shifting state.

By the said structure design, use of the present utility model is described as follows:

Main core design of the present utility model is described scale 80 is located on the flange 40 ring-type side faces 42, and cooperation balancing weight 60 is set up extended surface 61 and flange 40 ring-type side faces 42 are identical faces to the technical characterstic that is provided with, whereby, as shown in figure 10, when abrasive wheel 20 and flange 40 outer faces 41 with lateral face during to the situation of operation, by design of the present utility model, operation still can be by set scale 80 and balancing weight 60 extended surfaces 61 set marks 62 on these flange 40 ring-type side faces 42, and the position of identification balancing weight 60 adjustment easily, therefore, for the adjustment work of balancing weight 60, can bring into play sizable help and convenience.

The beneficial effect that the utlity model has is as follows:

1, by described scale being located on the flange ring-type side face, and the cooperation balancing weight is set up extended surface and flange ring-type side face is identical faces to the innovation unique design that is provided with, when abrasive wheel and flange outer face with lateral face during to operation, operation still can be by set scale on the flange ring-type side face and the set mark of balancing weight extended surface and identification balancing weight adjustment position easily, therefore for the adjustment work of balancing weight, can bring into play sizable help and convenience, reach practical more handy progressive.

2, the extended surface one end inboard of setting up by described balancing weight is provided with overhead kick edge portion, flange outer face correspondence is provided with the structural design of embedding concave surface, can further the increase closing area of balancing weight and flange advances the steadiness to promote balancing weight integrated positioning state and to transfer shifting state.

The above; it only is the preferable specific embodiment of the utility model; but protection domain of the present utility model is not limited thereto; anyly be familiar with those skilled in the art in the technical scope that the utility model discloses; the variation that can expect easily or replacement all should be encompassed within the protection domain of the present utility model.Therefore, protection domain of the present utility model should be as the criterion with the protection domain of claim.

Claims

1, a kind of flange of processing machine abrasive wheel and counterweight block structure improvement, described grinding wheels are set between default flange of processing machine and flange seat, this flange has an outer face and a ring-type side face, this outer face has annular groove for the adjustable balancing weight of the many groups of assembly, each balancing weight and the assembly by align member to be to control its location or adjustable state, again flange surface and be provided with scale; It is characterized in that:

Described scale is arranged at the ring-type side face of flange;

2, the flange of processing machine abrasive wheel according to claim 1 and counterweight block structure improvement is characterized in that described scale is further extended to the outer face of flange by the ring-type side face of flange.

3, the flange of processing machine abrasive wheel according to claim 1 and counterweight block structure improvement is characterized in that, the extended surface that described balancing weight is set up extends plate by balancing weight side integrally formed and constitutes.

4, the flange of processing machine abrasive wheel according to claim 1 and counterweight block structure improvement, it is characterized in that, described align member comprises that pearl body, bolt constitute, a screw that is provided with towards annular groove inwall direction is set in balancing weight, this screw desired depth is provided with a radial perforation and connects to annular groove one sidewall, and this sidewall is set as introversion face form, and described pearl body is placed in the radial perforation, bolt then is screwed together in this screw, and this bolt the inner is resisted against pearl body inboard.

5, the flange of processing machine abrasive wheel according to claim 1 and counterweight block structure improvement is characterized in that, the extended surface that described balancing weight is set up, and this end is inboard and be provided with overhead kick edge portion, and flange outer face correspondence is provided with the embedding concave surface.