KR100933793B1 - Setting adjustment device - Google Patents

Abstract

PURPOSE: A setting adjustment device is provided to set proper position of a measuring unit or a work piece according to work environment because a plurality of coupling holes are formed at regular intervals on the installation plate. CONSTITUTION: A setting adjustment device comprises a base plate, a back and forth moving plate which is coupled to the top of the base plate, a right and left moving plate which is coupled to the top of the base plate, a rotary actuator(60) including a center rotary joint shaft(40) and a rotary joint moving shaft(50), a rotary moving plate which is connected to the rotary actuator, a height control actuator(110) including a height control central shaft(80) and a first and a second height control moving shaft(90,100), and an installation plate(120) which is connected to the height control actuator to be controlled in height and angle.

Description

Setting adjustment device

The present invention relates to a setting adjustment device, and more specifically, through the micro-adjustment of each micrometer, the installation plate can not only move in the left and right, front and rear directions, but also accurately adjust the rotational movement, Each handle can be used to finely adjust the height of the mounting plate and to finely adjust the angle so that the measuring instrument or workpiece installed on the mounting plate can be precisely adjusted to the desired setting. Even when there is an advantage, it is easy to test by adjusting the exact position of the measuring instrument or the workpiece, and the installation plate is formed with a plurality of coupling holes formed at equal intervals so that the installation position of the measuring instrument or the workpiece is appropriately adjusted according to the working environment. Can be positioned, and accordingly the setting bath of the invention It is a useful invention that can accurately adjust the setting of a measuring instrument or a workpiece even without changing the installation position of the stationary device.

In general, most of the measuring instruments used for precise measurement are used in a fixed installation, but for ease of use, measuring instruments capable of moving in the vertical or horizontal directions have been developed and used.

However, the above-mentioned measuring instrument should be the first priority to precise measurement, and is not used well due to errors occurring in the process of moving in the vertical or horizontal direction, and in recent years, in order to solve the above problems, a setting adjusting device has been developed. to be.

In addition, such a setting adjusting device is used for measuring a measuring instrument used for precision measurement or for measuring a precisely processed workpiece, which is a criterion for evaluating the quality of a measuring instrument or a precisely processed workpiece, and thus requires precise and easy mobility. It is becoming.

On the other hand, looking at the setting device of the previous and the previous developed, the registered utility model publication "20-0343731", the open patent publication "10-1997-0047865", the registered patent publication "10-0166645" and the registered patent publication Look for "10-0571576".

However, the registered utility model "20-0343731" center flange angle setting device, and the patent publication "10-1997-0047865" auxiliary jig for adjusting the angle of the three-dimensional measuring device can only move the angle in the movement, other movement The practical limitation was obvious because there was no means to do this, and the patent document "10-0166645" was able to measure the hole size and adjust the height, and the vertical precision correction device of the "10-0571576" three-dimensional measuring device. Only the height of the movement can be adjusted, but there is no means to adjust in the other direction, which also clearly shows the practical limitation.

In addition, although there is a difference in the method, it was found that the same as the setting position adjusting device of the photodetector for the optical pickup "10-0319858" optical pickup, which was able to adjust in multiple directions at the same time, In the working effect, not only the fine adjustment necessary for the measurement was possible, but also the installation of the measuring instrument had to be unstable and fixedly installed only at a specific position, which was not suitable for the setting device for the precision measurement that needed to measure various shapes in various ways. There was this.

The setting adjustment device of the present invention for achieving the above object is a base plate; Front and rear movement plate constituting the front and rear direction moving means coupled to the upper portion of the bait plate; Left and right moving plate constituting the left and right moving means coupled to the upper portion of the front and rear movement plate; A rotation operation unit configured to include a center rotation coupling shaft rotatably coupled to the center rear side of the left and right movement plates, and a rotation coupling movement shaft configured to rotate on both sides of the left and right movement plates, respectively; A rotation movement plate coupled to the rotation operation unit, the rotation movement unit coupled to a left and right movement plate to constitute rotation movement means for driving the rotation operation unit to rotate according to the rotation of the rotation operation unit; A height adjustment center axis coupled to the left rear side of the rotational movement plate, a first height adjustment movement axis coupled to the right rear side of the rotation movement plate, and a second height adjustment coupled to the center front side of the rotation movement plate; Coaxial height adjustment operation unit; It is coupled to the height adjustment operation unit to adjust the height and angle in accordance with the operation of the height adjustment center axis and the first, second height adjustment moving shaft, characterized in that consisting of;

The setting adjustment device of the present invention can not only move the installation plate forward, backward, left and right directions as well as adjust the rotational movement by fine adjustment of each micrometer, but also each of the height adjustment operation units The handle can be used to finely adjust the height of the mounting plate as well as to finely adjust the angle so that the measuring instrument or workpiece installed on the mounting plate can be precisely adjusted to the desired setting value. There is an advantage in that the test can be facilitated through accurate positioning of the measuring device or the workpiece.

In addition, since the installation plate is formed with a plurality of coupling holes formed at equal intervals, it is possible to properly position the installation position of the measuring device or the workpiece according to the working environment, and thus does not change the installation position of the setting adjustment device of the present invention. It is a useful invention that can accurately adjust the setting of a measuring instrument or a workpiece even in a state.

Looking at the configuration of the present invention for solving the above problems are as follows.

First, the setting adjusting device 150 of the present invention relates to an apparatus for finely adjusting and precisely setting a measuring device (not shown) or a precision machined work (not shown) for a test, as shown in FIGS. 1 to 3. As shown, the base plate 10, the front and rear movement plate 20, the left and right movement plate 30, the rotation operation unit 60, the rotation movement plate 70, the height adjustment operation unit 110 and the installation It consists of a plate 120.

First, the base plate 10 is a base plate for the installation, the first front and rear grooves to which the front and rear rails 22 of the forward and backward moving means 21 configured at the bottom of the forward and backward moving plate 20 are coupled to the upper surface ( 10a), a coupling hole (not shown) for coupling the front and rear rails 22 is formed in the first front and rear grooves 10a.

In addition, the front and rear movement plate 20 constitutes the front and rear direction moving means 21 coupled to the first front and rear grooves 10a of the base plate 10 to be slidably moved forward and backward according to a user's operation. The lower surface is composed of a second front and rear direction grooves 20a to which the front and rear blocks 23 of the front and rear direction moving means 21 are coupled, and the front and rear blocks 23a are coupled to the second front and rear direction grooves 20a. A coupling hole (not shown) is configured.

In addition, the front and rear direction moving means 21, the front and rear rails 22 coupled to the upper surface of the base plate 10, and sliding to the front and rear rails 22 in a state coupled to the lower surface of the front and rear movement plate 20. Two front and rear adjustment micrometers 24 and two front and rear adjustment micrometers 24 to move the front and rear movement plate 20 on the base plate 10 in a forward and backward direction, characterized in that it is composed of a combined front and rear block 23. It is characterized by including the structure further including the adjusting contact plate 25.

Here, the front and rear adjustment micrometer 24 is coupled to one side of the base plate 10, the front and rear length adjustment unit 24a whose length is adjusted according to the user's operation is one of the front and rear movement plate 20 It is in close contact with the front and rear adjustment contact plate 25 coupled to the side, and at this time, the front and rear adjustment micrometer 24 and the front and rear adjustment contact plate 25 each composed of two forms each other to face each other. The moving plate 20 does not move on the base plate 10.

And, the upper surface of the front and rear movement plate 20 is formed with a first left and right grooves 20c to which the left and right rails 32 of the left and right moving means 31 configured at the bottom of the left and right moving plate 30 are coupled. The first left and right grooves 20c have coupling holes (not shown) for coupling the left and right rails.

In addition, the left and right movement plate 30 constitutes a left and right movement means 31 coupled to the first left and right groove 20c of the front and rear movement plate 20 to be slid in the left and right direction according to the user's operation. , The lower left and right grooves 30c are coupled to the left and right blocks 33 of the left and right moving means 31, and the left and right grooves 30c are coupled to the left and right blocks 33. Coupling hole (not shown) for the configuration.

In addition, the left and right direction moving means 31 is left and right rail 32 is coupled to the upper surface of the front and rear movement plate 20, and the left and right rail 32 in a state coupled to the lower surface of the left and right movement plate 30. It is characterized by consisting of the left and right blocks 33 which are slidingly coupled, two left and right adjustment micrometer 34 to move the left and right moving plate 30 in the left and right direction on the front and rear movement plate 20, and 2 It is characterized in that it further comprises two left and right adjustment contact plate (35).

Here, the left and right adjustment micrometer 34 is coupled to one side of the front and rear movement plate 20, the left and right length adjustment unit 34a whose length is adjusted according to the user's operation of the left and right movement plate 30 It is in close contact with the left and right adjustment adhesion plate 35 coupled to one side, and at this time, since the two left and right adjustment micrometers 34 and the left and right adjustment adhesion plate 25 face each other, The left and right moving plates 30 are not moved on the front and rear moving plates 20.

In addition, the left and right movable plate 30 is configured with a coupling hole (not shown) for coupling the rotary operation unit (60).

In addition, the rotation operation unit 60 is left and right so as to have a triangular shape with respect to the center rotation coupling shaft 40 and the center rotation coupling shaft 40 is rotatably coupled to the central rear side of the left and right moving plate 30. Each of the front of the moving plate 30 is characterized in that the rotating coupling moving shaft 50 is configured to move.

Here, the center rotation coupling shaft 40 of the rotation operation unit 60 is a rotary body 41 and the rotational movement coupled to the coupling hole formed in the left and right moving plate 30 as shown in Figure 4 or 6 The central rotation shaft 42 is coupled to the plate 70 and is coupled to the inside of the rotating body 41 at the same time, characterized in that the central rotation shaft 42 further comprises a bearing 43 to the above It is preferable to make the rotational movement of the central rotation shaft 42 which rotates inside the rotation body 41 more smooth.

In addition, it is preferable that a bearing presser 44 for preventing the bearing 43 from falling out between the bearing 43 and the central rotating shaft 42 is seated on the upper portion of the rotating body 41, and the rotating body ( The lower portion of the 41 may be coupled to the rotating body 41 to form a rotating body coupling nut 45 to prevent the bearing 43 from being separated, the state is fitted to the rotating body coupling nut 45 It is more preferable to prevent the phenomenon in which the rotating body 41 and the central rotating shaft 42 is separated by configuring the rotating shaft coupling nut 46 coupled to the lower portion of the central rotating shaft 42. That is, the bearing 43 is inserted into the center rotating shaft 42, and the bearing presser 44 and the rotating body coupling nut 45 are disposed at upper and lower portions of the central rotating shaft 42 in which the bearing 43 is inserted. Each of which is configured to be coupled to the rotary body 41 and inserted into the bearing 43, the central shaft 42 by the rotary shaft coupling nut 46 fitted to the rotary body coupling nut 45 is the rotary body ( It is preferable that it is comprised integrally with 41).

In addition, the rotary coupling moving shaft 50 of the rotary operation unit 60 is a left and right moving unit 51 coupled to the left and right moving plate 30, as shown in Figure 5 or 6, and the left and right moving unit 51 It is characterized in that the front and rear movement unit 55 is coupled to the upper side of the) and the rotational movement shaft 59 is coupled to the upper side of the front and rear movement unit 55 and rotated to the rotational movement plate 70 at the same time.

Here, the left and right moving parts 51 of the rotary coupling moving shaft 50 is coupled to the left and right moving bottom plate 52 and the left and right moving bottom plate 52 coupled to the left and right moving plate 30 by a linear bearing 53. It is composed of a left and right movable upper plate 54, characterized in that the left and right moving unit 51 moves linearly, and the front and rear moving unit 55 is coupled to the left and right movable upper plate 54 of the left and right moving unit 51, front and rear movable lower plate. (56) and the front and rear movable upper plate 58 is coupled to the front and rear movable lower plate 56 by a linear bearing 57, characterized in that the front and rear movement unit 55 is moved linearly, the front and rear movable upper plate 58 The shaft hole 59a to which the rotational movement shaft 59 is fitted is comprised.

 In addition, a lower portion of the rotary shaft 59 is preferably configured to include a bearing 59b for easy rotational coupling with the rotary plate 70. In this case, an upper portion of the front and rear movable plate 58 is provided. It is more preferable that the first bearing insertion hole 58a is configured, and the second bearing insertion hole 70a is formed below the rotational movement plate 70 so that the bearing 59b can be easily coupled.

In addition, the rotational movement plate 70 is coupled to the rotational operation unit 60 as described above, as shown in Figures 1 to 3 rotational movement means 71 for driving the rotational operation unit 60 It is characterized by being rotated about the center rotation coupling shaft 40 configured in the rotation operation unit 60 in accordance with the rotation of the rotation operation unit 60 by configuring.

In addition, the rotation transfer means 71 configured in the rotation plate 70 is two rotation adjustment micrometer 72 to enable the rotation movement plate 70 to rotate about the center rotation coupling shaft (40) And, it is characterized in that composed of two rotation adjustment adhesion plate 73, wherein the rotation adjustment micrometer 72 is coupled to one side of the left and right moving plate 20, the length according to the user's operation The amount of rotation control unit 72a to be adjusted is in close contact with the rotation adjusting contact plate 73 coupled to one side of the rotation plate 70, and at this time, two rotation adjustment micrometer 72 and rotation adjustment Since the close contact plate 73 is formed to face each other to form a support on both sides, the rotational movement of the rotational movement plate 70 does not occur outside the user's operation.

In addition, the rotation plate 70 has a coupling hole (not shown) for coupling the height adjustment operation unit 110.

In addition, the height adjustment operation unit 110 is the height adjustment center axis 80 coupled to the left rear side of the rotational movement plate 70, the first height adjustment coupled to the right rear side of the rotational movement plate 70 The moving shaft 90, and the second height adjustment moving shaft 100 is coupled to the center front side of the rotational movement plate 70 is characterized in that it is configured.

First, the height adjustment central axis 80 configured in the height adjustment operation unit 110 is a first base body 81 is coupled to the rotational movement plate 70, as shown in Figure 9, the first base body A first adjustment shaft guide 82 fitted to the 81 and a first adjustment screw 84 fitted to the first adjustment shaft guide 82 and adjusted in height according to the rotation of the first handle 83; Block 85 coupled to the upper portion of the first adjusting screw 84 and the first shaft shaft 86 coupled to the upper portion of the block 85, and the first shaft screw 86 is fitted to the first shaft shaft 86 The first spherical joint bearing 87 and the first bearing cover 88 for coupling the first spherical joint bearing 87 to the installation plate 120 are characterized in that it is configured.

At this time, the first adjusting screw 84 is formed to form a first longitudinal direction groove 84a formed in the longitudinal direction, and the first adjustment shaft guide 82 is coupled with a first pin 89 to The first pin hole 82a is formed to guide the first adjusting screw 84 so that the first adjusting screw 84 whose height is adjusted according to the operation of the first handle 83 is more stably and precisely rotated. It is preferable to be adjusted, the first spherical joint bearing 87 to stably facilitate the support fixing of the mounting plate 120 is changed in the installation angle according to the height adjustment to the first adjustment screw (84). Configuration.

In addition, the first height adjustment movement shaft 90 of the height adjustment operation unit 110 is a second base body 91 is coupled to the rotational movement plate 70, as shown in Figure 10, the second base A second adjustment shaft guide 92 fitted to the body 91, a second adjustment screw 94 fitted to the second adjustment shaft guide 92, and whose height is adjusted according to the rotation of the second handle 93; And a second shaft shaft 96 coupled to an upper portion of the second adjusting screw 94 and an upper portion of the second shaft shaft 96 and the second shaft shaft 96. The second spherical joint bearing 97 is inserted into and coupled to the second spherical joint bearing 97, and the second bearing cover 98 for coupling to the installation plate 120 is installed.

At this time, the second adjustment screw 94 is formed to form a second longitudinal groove (94a) formed in the longitudinal direction, and the second pin 99 is coupled to the second adjustment shaft guide (92) By forming a second pin hole 92a for guiding the second adjusting screw 94, the second adjusting screw 94 whose height is adjusted according to the operation of the second handle 93 is more stably and precisely rotated. It is preferable to be adjusted, the second spherical joint bearing (97) to stably support the fixing of the mounting plate 120, the installation angle is changed according to the height adjustment to the second adjustment screw (94). It is a constitution.

In addition, the left and right movement means 95 of the first height adjustment movement shaft 90 is slid to the left and right guide rails 95a and the left and right guide rails 95a coupled to the second adjustment screw 94 in the left and right directions. By configuring the left and right guide block (95b) to be coupled to allow the left and right to move, it is necessary to assist the movement of the installation plate 120 is changed in the installation angle according to each height adjustment configured in the height adjustment operation unit (110). .

In addition, the second height adjustment movement shaft 100 configured in the height adjustment operation unit 110 is a third base body 101 is coupled to the rotational movement plate 70, as shown in Figure 7 or 10, A third adjustment screw guided to the third base body 101 and a third adjustment screw fitted to the third adjustment shaft guide 102 and whose height is adjusted according to the rotation of the third handle 103. (104), the front and rear movement means 105 coupled to the upper portion of the third adjustment screw 104 and the third shaft shaft 106 coupled to the upper portion of the front and rear movement means 105, and the third shaft The third spherical joint bearing 107 is fitted to the shaft 106 and coupled, and the third bearing cover 108 for coupling and installing the third spherical joint bearing 107 to the mounting plate 120. .

At this time, the third adjusting screw 104 is formed to form a third long direction groove 104a formed in the longitudinal direction, and the third pin 109 is coupled to the third adjusting shaft guide 102 to form a third long groove 104a. By forming a third pin hole 102a for guiding the third adjusting screw 104, the third adjusting screw 104 whose height is adjusted according to the operation of the third handle 103 is more stably and precisely rotated. It is preferable to be adjusted, the third spherical joint bearing 107 to stably facilitate the support fixing of the mounting plate 120 is changed in the installation angle according to the height adjustment to the third adjustment screw (104). Configuration.

In addition, the front and rear movement means 105 of the second height adjustment movement shaft 100 is slid to the front and rear guide rails 105a and the front and rear guide rails 105a coupled to the third adjustment screw 104 in the front and rear directions. By configuring the front and rear guide block 105b to be coupled to enable the front and rear movement, it is necessary to assist the movement of the installation plate 120 in which the installation angle is changed according to each height adjustment configured in the height adjustment operation unit 110. .

In addition, the installation plate 120 as shown in Figure 1 or 9 so that the height and angle is adjusted in accordance with the operation of the height adjustment central axis 80 and the first and second height adjustment moving shaft (90, 100). To be coupled to the height adjustment operating unit 110, the first, second, and three spherical joint bearings (87, 97, 107) configured in the height adjustment operating unit 120 is formed, respectively. It is characterized in that the coupling hole 121 for the installation of a measuring instrument or a workpiece made of precision processing at equal intervals.

In addition, each of the auxiliary support for stably supporting the mounting plate 120 by supporting the mounting plate 120, the height and the angle is adjusted as shown in Figure 8 in front of both sides of the rotary plate 70 130 may be further included.

Here, the auxiliary support 130 is a fourth base body 131 coupled to the rotational movement plate 70, as shown in Figure 9, and the fourth adjustment shaft fitted to the fourth base body 131 The guide 132 and the fourth adjustment shaft guide 132 may be inserted into a fourth adjustment screw 134, the height of which is adjusted according to the rotation of the fourth handle 133, the fourth at this time The fourth screw 134a is formed in the adjusting screw 104 in the longitudinal direction, and the fourth pin 139 is coupled to the fourth adjusting shaft guide 132 to form the fourth adjusting screw 134. By forming the fourth pin hole 132a for guiding, it is preferable that the fourth adjustment screw 134 whose height is adjusted according to the manipulation of the fourth handle 133 be adjusted more stably and precisely without rotation.

In addition, the rotating plate 70, the first adjustment screw 84 of the height adjustment central axis 80 configured in the height adjustment operation unit 110, as shown in Figure 9 or 10 passes through the first A third passage formed in the second groove 74b and the second height adjustment movement shaft 100 through which the passage groove 74a and the second adjustment screw 94 formed in the first height adjustment movement shaft 90 pass. It may be configured to further include a third passage groove 74c through which the adjustment screw 104 passes, and a fourth passage groove 74d through which the fourth adjustment screw 134 of the auxiliary support 130 passes. Thus, the height adjustment width of the installation plate 120 can be increased, and the auxiliary support of the auxiliary support 130 can be easily facilitated.

Looking at the operation according to the configuration as described above are as follows.

First, the mounting device such as a measuring instrument on the mounting plate 120 is placed in an approximate position, and then fastening the mounting means such as bolts (not shown) to the coupling hole 121 configured in the mounting plate 120 to fix the installation.

After that, by moving the installation plate 120 in the front, rear, left, right direction, or adjust the rotation or angle according to the user's work requirements, the position of the installation can be precisely adjusted to the user's desired position. .

In more detail, first, by using the front and rear movement means 21 configured in the front and rear movement plate 20, the front and rear movement plate 20 can be moved forward and backward on the base plate 10, Accordingly, the installation plate 120 interlocked with the front and rear movement plate 20 is moved forward and backward.

At this time, first, the front and rear adjustment micrometer 24 formed on the direction side to be moved is unscrewed and separated from the front and rear adjustment adhesion plate 25 adhered thereto, and thereafter, the front and rear adjustment micrometer 24 configured on the opposite direction side. By pressing the front and rear adjustment contact plate 25 in close contact with the method by tightening), it is possible to easily move the front and rear direction of the front and rear movement plate 20, the precision adjustment of the front and rear movement plate 20 is finished Afterwards, the front and rear movement plates are formed by tightening the two front and rear adjustment micrometers 24, which are spaced apart from each other, so that the two front and rear adjustment micrometers 24 are formed to face each other. (20) can be completely fixed installation.

After moving the front and rear movement plate 20 to the desired position as described above, the left and right movement plate 30 is adjusted on the front and rear movement plate 20 by adjusting the left and right movement means 31 in the same manner as described above. , Can be moved in the right direction, accordingly, the installation plate 120 interlocked with the left and right moving plate 30 is moved to the left and right directions.

In addition, by using the setting adjustment device 150 of the present invention, by using the rotation moving means 71 configured in the rotation moving plate 70 it is possible to precisely adjust the mounting plate 120 by rotating in the desired direction.

In more detail, first, the center of the rotation operation unit 60 coupled to the left and right moving plate 30 by rotating the rotation plate 70 using the rotation moving means 71 configured in the rotation plate 70 It can be rotated about the coupling shaft 40, the installation plate 120 is interlocked with the rotational movement plate 70 is rotated accordingly. Here, the rotation movement means 71 is composed of two rotation adjustment micrometer 72 formed to face each other, and two rotation adjustment adhesion plate 73 in close contact with the rotation adjustment micrometer 72 It can be easily operated in the same manner as described above in the front and rear / left and right moving means (21, 31).

In addition, when the rotational movement plate 70 is rotated about the center rotational coupling shaft 40 as described above, the rotational coupling movement shafts 50 respectively formed on both sides of the rotational movement plate 70 are respectively. The rotating coupling moving shaft 50 is composed of a left and right moving unit 51 and a front and rear moving unit 55, respectively, and a rotating moving shaft 59 that is rotatably coupled to the rotating moving plate 70 is configured. Therefore, the rotary coupling movement shaft 50 in accordance with the rotational movement of the rotational movement plate 70, the front, rear, left, right, and while the rotational movement to act to stably support the rotational movement plate 70 Thus, the rotational movement of the installation plate 120 is made to be stable.

In addition, according to the setting adjustment device 150 of the present invention, by using the height adjustment operation unit 110 coupled to the upper portion of the rotary plate 70 to the installation plate 120 at a desired height and the desired direction angle. You can make precise adjustments.

 In more detail, first, the first handle 83 of the height adjustment central axis 80 coupled to the upper portion of the rotational movement plate 70 is rotated in the clockwise direction.

Then, the first adjustment screw 84 fitted to the first adjustment shaft guide 82 is raised in accordance with the clockwise rotation of the first handle 83 and coupled to the upper portion of the height adjustment central axis (80). The installation plate 120 is moved upwards and inclined toward one side of the installation plate 120, wherein the first spherical joint bearing 87 coupled to the upper portion of the height adjustment center shaft 80 is the installation plate 120. Since it is connected to the lower portion of the height adjustment central shaft 80 and the installation plate 120 is made naturally, the first adjustment screw 84 is fitted to the control shaft guide 82, the first pin (89) By moving only vertically without rotating by the more precise movement of the mounting plate 120 is possible.

In addition, when the installation plate 120 is inclined to one side as described above, the first and second height adjustment moving shafts 90 and 100 coupled to the installation plate 120 and coupled to the rotation plate 70 at the same time. This will work.

In more detail, first, the second and third spherical joint bearings 97 and 107 coupled to the upper portions of the first and second height adjustment moving shafts 90 and 100, respectively, as the rotary plate 70 is tilted. ) Is the same as the first spherical joint bearing (87) to achieve a smooth operation. In addition, when the height adjustment amount of the height adjustment center shaft 80 has a large amount of inclination of the rotation movement plate 70, the left and right movement means 95 formed on the first height adjustment movement shaft 90 and the The front and rear movement means 105 configured on the second height adjustment movement shaft 100 operates as the length change of the front, rear, left and right, which occurs as the rotational movement plate 70 inclines, thereby adjusting the height and adjusting the angle. It will respond appropriately to changes in regulation.

In addition, when the first and second height adjustment moving shafts 90 and 100 are adjusted by the same amount as the height adjustment amount of the height adjustment center shaft 80, the installation plate 120 rises horizontally without inclination. , Only the height can be adjusted purely, it is possible to adjust only the height, in this way, the height adjustment center axis 80 and the first and second height adjustment moving axis (90, 100) as appropriate to the user's desired adjustment Due to the method, the installation plate 120 may be easily set at a desired angle in a direction desired by the user.

In addition, when the auxiliary support unit 130 is mounted on the rotatable plate 70, the lower portion of the installation plate 120 may be firmly supported by the fourth adjustment screw 134 according to the adjustment of the fourth handle 133. It will be able to achieve more stable work.

In addition, in the detailed description of the present invention has been described with a limited preferred embodiment, it is not limited to the above embodiment, it is possible that various modifications are possible within the scope of the present invention without departing from the spirit of the present invention. It is obvious to one with ordinary knowledge.

1 is a front view showing a setting adjustment device of the present invention.

Figure 2 is a bottom view showing a setting adjustment device of the present invention.

Figure 3 is a right side view showing the setting adjustment device of the present invention from the front.

4 is an enlarged view of a portion A of FIG. 3;

5 is an enlarged view of a portion B of FIG. 3;

Figure 6 is a separated state of the rotary actuator coupled to the left and right moving plate and the rotary moving plate of the present invention.

FIG. 7 is an enlarged view of a portion C of FIG. 3; FIG.

Figure 8 is a front view showing a setting adjustment device configured auxiliary support of the present invention.

9 is a state of separation of the height adjustment central axis and the auxiliary support coupled to the rotating plate and the mounting plate of the present invention.

Figure 10 is a state of separation of the first, second height adjustment moving shaft coupled to the rotating plate and the mounting plate of the present invention.

** Explanation of symbols for main parts of drawings **

10: base plate 10a: first front and rear groove

20: front and rear movement plate 20a: first and second direction groove

20c, 30c: first, second left and right grooves 21: forward and backward moving means

22: before and after rail 23: before and after block

24: Front and rear adjustment micrometer 24a: Front and rear length adjustment part

25: front and rear adjustment contact plate 30: left and right moving plate

31: left and right moving means 32: left and right rail

33: left and right block 34: left and right adjustment micrometer

34a: left and right length adjustment part 35: left and right adjustment close

40: center rotation coupling shaft 41: rotating body

42: center rotation shaft 43, 53, 57, 59b: bearing

44: bearing presser 45: rotating body coupling nut

46: rotating shaft coupling nut 50: rotating coupling moving shaft

51: left and right moving part 52: left and right moving bottom plate

54: left and right moving plate 55: front and rear moving part

56: front and rear movement lower plate 58: front and rear movement upper plate

58a, 70a: 1st, 2nd bearing insertion hole 59: rotating shaft

59a: shaft hole 60: rotary operation part

70: rotational movement plate 71: rotational movement means

72: rotation adjustment micrometer 72a: rotation amount adjustment unit

73: rotation adjustment contact plate

74a. 74b, 74c, 74d: 1st, 2nd, 3rd and 4th pass grooves

80: center of height adjustment 81: the first base body

82: first adjusting shaft guide

82a, 92a, 102a, 132a: first, second, third and fourth pin holes

83: first handle 84: first adjusting screw

84a, 94a, 104a, 134a: 1st, 2nd, 3rd, 4th direction grooves

85: block 86: first shaft shaft

87: first spherical joint bearing 88: first bearing cover

89, 99, 109, 139: 1st, 2nd, 3rd, 4pin 90: 1st height adjustment moving shaft

91: second base body 92: second adjustment shaft guide

93: second handle 94: second adjusting screw

95: left and right movement means 95a: left and right guide rail

95b: Left and right guide block 96: Second shaft shaft

97: second spherical joint bearing 98: second bearing cover

100: second height adjustment moving shaft 101: third base body

102: third control shaft guide 103: third handle

104: third adjustment screw 105: forward and backward movement means

105a: Front and rear guide rails 105b: Front and rear guide blocks

106: third shaft shaft 107: third spherical joint bearing

108: third bearing cover 110: height adjustment operation

120: mounting plate 121: coupling hole

122: seating groove 130: auxiliary support

131: fourth base body 132: fourth adjustment shaft guide

133: fourth handle 134: fourth adjustment screw

150: setting adjustment device

Claims (9)

A base plate 10; Front and rear movement plate 20 constituting the front and rear direction moving means 21 coupled to the upper portion of the base plate 10; A left and right movement plate 30 constituting a left and right movement means 31 coupled to an upper portion of the front and rear movement plate 20; On both sides of the left and right movement plate 30 to have a triangular shape with respect to the center rotation coupling shaft 40 and the center rotation coupling shaft 40 is coupled to the center rear side of the left and right movement plate 30 Rotating operation unit 60 is composed of a rotary coupling moving shaft 50 is configured to rotate each; It is coupled to the rotation operation unit 60, coupled to the left and right movement plate 30 constitutes a rotation movement means 71 for driving the rotation operation unit 60 to rotate in accordance with the rotation of the rotation operation unit 60 Rotational movement plate 70; The height adjustment central axis 80 coupled to the left rear side of the rotational movement plate 70, the first height adjustment movement shaft 90 coupled to the right rear side of the rotational movement plate 70, and the rotational movement plate A height adjustment operating part (110) consisting of a second height adjustment moving shaft (100) coupled to the central front side of the (70); It is coupled to the height adjustment operating unit 110 to adjust the height and angle in accordance with the operation of the height adjustment center axis 80 and the first and second height adjustment moving shafts (90, 100), comprising a coupling hole 121 Installation plate 120; setting adjustment device characterized in that consisting of. According to claim 1, wherein the front and rear movement means 21 configured in the front and rear movement plate 20 is the front and rear rail 22 coupled to the upper surface of the base plate 10, and the lower surface of the front and rear movement plate 20 Front and rear blocks 23, which are slidingly coupled to the front and rear rails 22 in a state coupled thereto, two front and rear adjustment micrometers 24 that are coupled to face each other on one side of the base plate 10, and the front and rear movements. It is characterized by consisting of two front and rear adjustment close contact plate 25 in close contact with each of the front and rear adjustment micrometer 24 in a state coupled to one side of the plate 20, The left and right direction moving means 31 is coupled to the left and right rails 32 coupled to the upper surface of the front and rear movement plate 20 and the left and right rails 32 in a state coupled to the lower surface of the left and right movement plate 30. Left and right blocks 33, two left and right adjustment micrometers 34 coupled to face each other on one side of the front and rear movement plate 20, and coupled to one side of the left and right movement plate 30 A setting adjusting device characterized by consisting of two left and right adjusting close plates 35 in close contact with each of the left and right adjusting micrometers 34. According to claim 1, wherein the center rotation coupling shaft 40 configured in the rotation operation unit 60 is coupled to the rotary body 41 and the rotational movement plate 70 coupled to the left and right movement plate 30 at the same time It is characterized by consisting of a central rotating shaft 42 which is rotatably coupled to the inside of the rotating body 41, The rotary coupling moving shaft 50 is a left and right moving unit 51 coupled to the left and right moving plate 30, the front and rear moving unit 55 coupled to the upper side of the left and right moving unit 51, and the front and rear moving unit 55 The setting adjustment device, characterized in that consisting of a rotational movement shaft 59 is coupled to the upper side of the rotational movement plate 70 is coupled to the rotational movement at the same time. According to claim 3, The left and right moving parts 51 of the rotary coupling moving shaft 50 is a bearing 53 to the lower left and right movable plate 52 and the left and right movable lower plate 52 coupled to the left and right movable plate 30 Composed of a left and right movable upper plate 54, The front and rear movement unit 55 is a front and rear movement upper plate 58 coupled to the front and rear movement lower plate 56 coupled to the left and right movement upper plate 54 of the left and right movement unit 51 and the front and rear movement lower plate 56. Setting adjustment device characterized by consisting of. According to claim 1, wherein the rotational movement means 71 configured in the rotational movement plate 70 is two rotation adjustment micrometer 72 is coupled to face each other on one side of the left and right movement plate 30, and the rotation Setting adjustment device characterized in that consisting of two rotation adjustment contact plate 73 in close contact with each rotation adjustment micrometer 72 in a state coupled to one side of the movable plate (70). According to claim 1, wherein the height adjustment central axis (80) configured in the height adjustment operation unit 110 and the first base body 81 is coupled to the rotational movement plate 70, the first base body 81 A first adjustment shaft guide 82 inserted into the first adjustment shaft guide 82, a first adjustment screw 84 fitted to the first adjustment shaft guide 82, and whose height is adjusted according to the rotation of the first handle 83; Block 85 coupled to the upper portion of the adjustment screw 84, the first shaft shaft 86 coupled to the upper portion of the block 85, and the first spherical joint is fitted to the first shaft shaft 86 The bearing 87 and the first spherical joint bearing 87 is characterized in that it consists of a first bearing cover 88 for coupling to the installation plate 120, The first height adjustment moving shaft 90 and the second base body 91 is coupled to the rotational movement plate 70, the second adjustment shaft guide 92 fitted to the second base body 91, A second adjusting screw 94 fitted to the second adjusting shaft guide 92 and adjusted in height according to the rotation of the second handle 93; and a left and right moving means coupled to an upper portion of the second adjusting screw 94; And a second shaft shaft 96 coupled to the upper portion of the left and right movement means 95, a second spherical joint bearing 97 fitted into and coupled to the second shaft shaft 96, and the second shaft shaft 96. The spherical joint bearing 97 is characterized by consisting of a second bearing cover 98 for coupling to the installation plate 120, The second height adjustment moving shaft 100 is a third base body 101 coupled to the rotational movement plate 70, the third adjustment shaft guide 102 fitted to the third base body 101, The third adjusting screw 104 is inserted into the third adjusting shaft guide 102 and the height is adjusted according to the rotation of the third handle 103, and the front and rear movement means coupled to the upper portion of the third adjusting screw 104. And a third shaft shaft 106 coupled to the upper portion of the front and rear movement means 105, a third spherical joint bearing 107 fitted into and coupled to the third shaft shaft 106, and the third shaft shaft. Setting adjuster, characterized in that consisting of a third bearing cover 108 for coupling the spherical joint bearing 107 to the installation plate (120). According to claim 6, The left and right moving means 95 of the first height adjustment movement shaft 90 is the left and right guide rails (95a) and the left and right guide rails are coupled to the second adjustment screw (94) in left and right directions ( It is characterized by consisting of the left and right guide blocks (95b) sliding to the 95a), The front and rear movement means 105 of the second height adjustment movement shaft 100 is slidingly coupled to the front and rear guide rails 105a and the front and rear guide rails 105a coupled to the third adjustment screw 104 in the front and rear directions. Setting adjustment device characterized in that composed of front and rear guide block (105b). According to claim 1, wherein both sides of the front side of the rotatable plate 70 is further configured to further comprise a respective auxiliary support portion 130 for supporting the installation plate 120 is adjusted in height and angle, the auxiliary support portion 130 is a fourth base body 131 coupled to the rotational movement plate 70, the fourth adjustment shaft guide 132 fitted to the fourth base body 131, and the fourth adjustment shaft guide ( 132, the setting adjustment device characterized in that consisting of a fourth adjustment screw 134, the height is adjusted according to the rotation of the fourth handle (133). According to claim 6 or 8, First rotation grooves through which the first adjustment screw (84) of the height adjustment central axis (80) configured in the height adjustment operation unit 110 passes through the rotational movement plate (70). 74a, a second passage groove 74b through which the second adjustment screw 94 formed on the first height adjustment movable shaft 90 passes, and a third adjustment screw configured on the second height adjustment movable shaft 100; The third passage groove 74c through which the 104 passes, and the fourth passage groove 74d through which the fourth adjustment screw 134 of the auxiliary support part 130 passes, are set. Adjuster.

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