TWM622562U - Rapid measurement and moving mechanism of grinding machine - Google Patents

Abstract

The present invention discloses a rapid measuring and moving mechanism for a grinding machine, which includes a first and a second grinding mechanism, a first and a second axial movement mechanism, a spindle seat, a clamping spindle, and a controller. The first and second grinding mechanisms are symmetrically arranged so that the first and second grinding output shafts thereof face a first axis direction respectively. The second axial movement mechanism is disposed facing the first and second grinding mechanisms. The first axial movement mechanism is assembled on the second axial movement mechanism to provide the ability to reciprocate along the first axis direction. The clamping main system is assembled with the main shaft seat in the first axial movement mechanism, and is arranged along the first axis direction. The controller is electrically coupled and connected with the first and second grinding mechanisms, the first and second axial movement mechanisms, and the clamping spindle respectively. With the composition of the above components, the controller controls the first axial movement mechanism and the clamping spindle assembled thereon to feed along the direction of the first axis, which is convenient for users to measure.

Description

Grinding machine rapid measurement moving mechanism

The present invention is related to the technical field of grinding and processing machines, in particular, it refers to a rapid measuring and moving mechanism for grinding and processing machines.

The implementation state of the grinding machine in the prior art, such as Chinese Patent No. 106214441 (hereinafter referred to as Document 1) or as shown in Figures 6 and 7, at least includes a first grinding mechanism 91, a second grinding mechanism 92, and a base 93, and a clamping spindle 94.

The above-mentioned first and second grinding mechanisms 91 and 92 are arranged symmetrically from left to right, and the first and second grinding shafts 911 and 921 of the first and second grinding mechanisms 91 and 92 are arranged along the first axis direction X.

The above-mentioned base 93 is disposed facing the first and second grinding mechanisms 91 and 92 by a predetermined space, and is disposed along a second axis direction Y.

The top of the base 93 has a setting surface 931 and a guide groove 932 set on the setting surface 931 . The guide grooves 932 are arranged along the first axis direction X. As shown in FIG.

The clamping spindle 94 is assembled on the setting surface 931, and cooperates with the guide groove 932 to selectively reciprocate along the first axis direction X. As shown in FIG.

The clamping spindle 94 disclosed in the above-mentioned document 1 is fastened to the base 93, and the clamping spindle 94 can be manually adjusted to move along the first axis direction X when necessary. In the relevant grinding process, after the clamping spindle 94 clamps the workpiece P to be processed, its reference position information needs to be obtained. Obtain the clamping error of the workpiece P in the first and second axis directions X, Y difference.

However, when the workpiece P needs to be measured at multiple points along the extending direction, the user must first release the locking state of the clamping spindle 94 and the base 93 by manpower, and then fit the clamping spindle 94 to the guide groove 932 along the first One axis direction X displacement adjustment. When the preset position is reached, the clamping spindle 94 and the base 93 are restored to the locked state, so that the workpiece P to be processed can be measured at the second position.

After the multi-point measurement is completed, the user needs to manually adjust the clamping spindle 94 to return to the original position, and remove the measuring equipment before the grinding process can be performed.

The user who operates the above measurement process must be an old master or a technician with senior experience to obtain the measurement data, otherwise the measured values and deviations will inevitably fail to meet the processing requirements.

Therefore, how to reduce the technical level requirements of operating users and quickly complete the measurement work is expected by the industry and it is necessary to improve it.

In view of the above-mentioned problems and deficiencies of the prior art, the main purpose of this creation is to provide a fast measuring and moving mechanism for a grinding machine, which solves the deficiencies of the prior art through innovation and structural design.

According to the above purpose of the present invention, the present invention discloses a rapid measuring and moving mechanism for a grinding machine, which includes a first and a second grinding mechanism, a first and a second axial movement mechanism, a spindle seat, a clamping spindle, and a controller. The first and second grinding mechanisms are symmetrically arranged so that the first and second grinding output shafts thereof face a first axis direction respectively. The second axial movement mechanism is disposed facing the first and second grinding mechanisms. The first axial movement mechanism is assembled on the second axial movement mechanism to provide the ability to reciprocate along the first axis direction. The clamping main shaft is assembled with the main shaft seat on the first axial movement machine structure and arranged along the first axis direction. The controller is electrically coupled and connected with the first and second grinding mechanisms, the first and second axial movement mechanisms, and the clamping spindle respectively. With the composition of the above components, the controller controls the first axial movement mechanism and the clamping spindle assembled thereon to feed along the direction of the first axis, which is convenient for users to measure.

10: The first grinding mechanism

11: The first grinding output shaft

20: The second grinding mechanism

21: The second grinding output shaft

30: Second axial movement mechanism

40: The first axial movement mechanism

41: Hard Track

42: Guide groove

43: Limit keyhole

44: Limit film

50: Spindle seat

60: Clamping the spindle

70: Controller

<Previous Art>

91: The first grinding mechanism

911: The first grinding shaft

92: Second grinding mechanism

921: Second grinding shaft

93: Pedestal

931: Set face

932: Guide slot

94: Clamping the spindle

X: the first axis direction

Y: the direction of the second axis

P: to be processed

[Fig. 1] is a schematic diagram of the three-dimensional appearance of the embodiment of the present invention.

[FIG. 2] is a schematic diagram of the embodiment shown in FIG. 1 from another perspective.

[Fig. 3] is an exploded schematic view of the partial components of the embodiment shown in Fig. 1. [Fig.

[FIG. 4] is a schematic diagram of the embodiment shown in FIG. 4 from another perspective.

[Fig. 5] is a block diagram of an embodiment of the present invention.

[FIG. 6] is a schematic bottom view of an example of a grinding machine in the prior art.

[Fig. 7] is a schematic exploded view of the partial components of the embodiment shown in Fig. 6. [Fig.

Hereinafter, please refer to the relevant drawings to further describe the embodiment of the rapid measuring and moving mechanism of the inventive grinding and processing machine. Various objects in the embodiments are drawn according to the scale, size, deformation or displacement suitable for the description, rather than the scale of the actual element, which will be described first. In the remaining embodiments, the same and symmetrically arranged elements are denoted by the same numerals. In addition, the directional terms such as "front, rear, left, right, up, down, inner, outer" in the description of each embodiment listed below are expressed in accordance with the specified view direction, and cannot be used as an interpretation of the limitations of this creation.

Please refer to FIGS. 1 to 5 , which discloses an embodiment of a rapid measuring and moving mechanism for a grinding machine, which includes a first grinding mechanism 10 , a second grinding mechanism 20 , a first axial movement mechanism 40 , and a second grinding mechanism 10 . The axial movement mechanism 30 , a main shaft seat 50 , a clamping main shaft 60 , and a controller 70 .

The above-mentioned first and second grinding mechanisms 10, 20 are arranged symmetrically from left to right, and the first and second grinding output shafts 11, 21 of the first and second grinding mechanisms 10, 20 are arranged along the first axis direction X, respectively, The first and second grinding signals are actuated.

The above-mentioned second axial movement mechanism 30 is arranged along the second axis direction Y facing the first and second grinding mechanisms 10 and 20 . The second axial movement mechanism 30 is actuated according to a second axial movement signal to provide the ability to reciprocate along the second axis direction Y.

The above-mentioned first axial movement mechanism 40 is assembled on the second axial movement mechanism 30 to move together therewith, and is arranged along the first axis direction X. As shown in FIG. The first axial movement mechanism 40 is actuated according to a first axial movement signal to provide the ability to reciprocate along the first axis direction X.

During implementation, the top surface of the first axial movement mechanism 40 further includes a hard rail 41 , a plurality of guide grooves 42 , a plurality of limit locking holes 43 and at least one limit piece 44 .

The hard rail 41 is arranged along the first axis direction X.

The guide grooves 42 are symmetrically recessed and formed on the top surface of the hard rail 41 along the extending direction of the hard rail 41 .

Each of the limit locking holes 43 is set at a preset position on the top surface of the hard rail 41 .

The limiting pieces 44 correspond to the matching limiting locking holes 43 , and are locked on the top surface of the hard rail 41 .

The above-mentioned main shaft seat 50 is assembled on the first axial movement mechanism 40 to move together with it, and includes a lower seat 51 and an upper seat 52 which are assembled together with upper and lower parts.

The lower seat 51 is locked on the first axial movement mechanism 40 . The top and bottom ends of the lower seat 51 respectively have a lower accommodating groove 511 and a sliding groove 512; wherein, the sliding groove 512 is matched with the hard rail 41 of the first axial movement mechanism 40, and reciprocates along the first axis direction X, and The limit piece 44 can be used to restrict the limit of its movement.

The upper seat 52 has an upper accommodating groove 521 matching the lower accommodating groove 511 .

The above-mentioned clamping spindle 60 is matched with the upper seat 52 (upper accommodating groove 521 ) and the lower seat (The lower accommodating groove 511 ) is clamped and assembled on the first axial movement mechanism 40 along the first axis direction X. In practice, the clamping spindle 60 is actuated according to a clamping signal.

The above-mentioned controller 70 is electrically coupled to the first and second grinding mechanisms 10 and 20 , the first and second axial movement mechanisms 40 and 30 , and the clamping spindle 60 respectively, and selectively outputs the first and second grinding mechanisms according to user operations. Grinding signal, first and second axis motion signal, and clamping signal.

Therefore, the above is a preferred embodiment of the rapid measurement and moving mechanism of the grinding machine provided by the present invention, the introduction of each component and the assembly method, and the operating characteristics of the embodiment of the present invention are introduced as follows.

As shown in FIGS. 1 to 5 , after the user uses the clamping spindle 60 to clamp the workpiece P to be processed, the user sets the measuring device (not shown in the figure) corresponding to the position of the workpiece P to be processed, and sets the probe of the measuring device to the position of the workpiece P to be processed. (not shown in the figure) is in contact with the workpiece P to be processed. The user triggers the controller 70 to output a first axial motion signal to the first axial motion mechanism 40, so that it operates according to the preset feed speed, and simultaneously clamps the main shaft 60 and the workpiece P to be processed, so that the workpiece P to be processed is simultaneously clamped. The workpiece P is in contact with the probe of the measuring equipment at the same speed, so as to form the measurement of the multi-point positions of the workpiece P to be processed, and obtain the clamping error value required for processing.

Since the measurement equipment is in a fixed position, and the workpiece P to be processed is fed by the first axial movement mechanism 40 at a preset speed, the operator does not need to have a high level of technology to achieve the operation, which effectively reduces the difficulty of operation and the measurement efficiency and accuracy.

The above descriptions are only preferred implementations of this creation, and are intended to clarify the characteristics of this creation, but not to limit the scope of this creation. , and changes well known to those skilled in the art should still fall within the scope of this creation.

10: The first grinding mechanism

11: The first grinding output shaft

20: The second grinding mechanism

21: The second grinding output shaft

30: Second axial movement mechanism

40: The first axial movement mechanism

50: Spindle seat

60: Clamping the spindle

Claims (4)

A rapid measuring and moving mechanism for a grinding and processing machine, comprising: a first grinding mechanism, having a grinding output shaft disposed along a first axis direction and actuated according to a first grinding signal; a second grinding mechanism, which is arranged symmetrically with the first grinding mechanism, has a second grinding output shaft disposed along a first axis direction, and is actuated according to a second grinding signal; a second axial movement mechanism, which is disposed facing the first and second grinding mechanisms and arranged along a second axis direction, actuated according to a second axial movement signal, and reciprocates along the second axis direction; a first axial movement mechanism assembled with the second axial movement mechanism and disposed along the first axis direction, actuated according to a first axial movement signal, and reciprocating along the first axis direction; a clamping main shaft, which is assembled on the first axial movement mechanism in cooperation with a main shaft seat, arranged along the first axis direction, and actuated according to a clamping signal; and A controller is electrically coupled and connected to the first and second grinding mechanisms, the first and second axial movement mechanisms, and the clamping spindle respectively, and selectively outputs the first and second grinding signals, The first, the second axial movement signal, and the clamping signal. The rapid measuring and moving mechanism of the grinding machine according to claim 1, wherein: The main shaft seat comprises a lower seat and an upper seat which are oppositely held by the upper and lower sides of the clamping main shaft; wherein the bottom end of the lower seat has a chute; The top end of the first axial movement mechanism matches the chute and has a hard rail. The rapid measuring and moving mechanism of the grinding machine according to claim 1, wherein the top of the first axial movement mechanism has a plurality of limit locking holes, and a limit piece is provided corresponding to each of the matching limit locking holes. The rapid measuring and moving mechanism of the grinding machine as claimed in claim 1, wherein the main shaft seat comprises a lower seat and an upper seat which are held up and down by the clamping main shaft; The top and bottom ends of the lower seat are respectively provided with a lower accommodating groove and a sliding groove, wherein the sliding groove is matched with a hard rail at the top of the first axial movement mechanism; The upper seat has an upper accommodating groove matching the lower accommodating groove.

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