CN100507626C - Dip angle regulating device - Google Patents
Dip angle regulating device Download PDFInfo
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- CN100507626C CN100507626C CNB2006101387869A CN200610138786A CN100507626C CN 100507626 C CN100507626 C CN 100507626C CN B2006101387869 A CNB2006101387869 A CN B2006101387869A CN 200610138786 A CN200610138786 A CN 200610138786A CN 100507626 C CN100507626 C CN 100507626C
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Abstract
The invention discloses an inclined angel adjusting device. The invention comprises a first driving unit which is fixed on a base, a second driving unit, and a bearing unit which is arranged between the first driving unit and the second driving unit. The first driving unit comprises a first sliding bottom which can be moved reciprocally along a first horizontal direction, the second driving unit comprises a second sliding bottom which can be moved reciprocally along a second horizontal direction, and the bearing unit comprises a bearing plate which can be driven by the first sliding bottom and the second sliding bottom, a connecting rod which is fixed on the bearing plate, a group of rotating components which are connected with the connecting rod, and a group of adapter plates which are used to connect the connecting rod and arrange a balancing target. The invention can adjust undependably inclined angles in the first horizontal direction and the second horizontal direction, and thereby the invention is provided with a property for finishing adjusting work rapidly.
Description
Technical field
The present invention relates to a kind of angular adjustment apparatus, particularly a kind of independent dip angle regulating device of not interfering mutually of inclination angle angular setting operation that makes different directions.
Background technology
As shown in Figure 1, 2, 3, existing a kind of laser level instrument 10 has a sole piece 11, be erected at the several Zhi Lizhu 12 on this sole piece 11, one is installed with the jacking block 13 on described column 12, one is the ball 14 in the perforate that is installed in this jacking block 13 rotationally, what one 15, one groups of tie rods that pass this ball 14 were tied this tie rod 15 clears off 16, and one can drive this tie rod 15 and drives this and clear off 16 motor 17 that rotate.
This ball 14 can rotate by an angle adjusting 20 and clear off a position of 16 to change this, and then makes this clear off 16 can be positioned at a standard level position.
This angle adjusting 20 has the bolster 21 of this ball 14 of connection, one links this bolster 21 and has two legs 221,222 web member 22, one can drive this two leg 221 respectively, 222 first control lever 23 that this web member 21 can be moved back and forth along one first horizontal direction X, one can drive this two leg 221 respectively, 222 second control lever 24 that this web member 21 can be moved back and forth along one second horizontal direction Y, tie this first control lever 23 and screw lock in one first screw rod 25 and the first spiral shell piece 26 that can move at a pedestal 29 upper edges this first horizontal direction X for one group, and one group is tied this second control lever 24 and screw lock in one second screw rod 27 and the second spiral shell piece 28 that can move at these pedestal 29 upper edges this second horizontal direction Y.
During use, be to make this first control lever 23 or this second control lever 24 move, or make this two control lever 23,24 move simultaneously, this spheroid 14 is rotated, make this tie rod 15 and this clear off 16 simultaneously and on a surface level, move jointly, up to this is cleared off 16 be adjusted to institute must a position.
Can adjust the functions of use that this clears off an incident angle of 16 though this angle adjusting 20 has, in fact have following disappearance:
Because this ball 14 can only rotate around self centre of sphere, no matter so be when driving this first control lever 23 or this second control lever 24 and moving, this two leg 221,222 all can produce swing along this first horizontal direction X, this second horizontal direction Y simultaneously, cause influencing simultaneously this and clear off an inclination angle angle of 16, need take a long time relatively this could be cleared off 16 be adjusted to institute must a position.
Summary of the invention
The objective of the invention is to, provide a kind of inclination angle of can finishing accurately and fast to adjust operation, can adjust to the dip angle regulating device of desired location with being installed on ready to balance object of the present invention apace relatively.
Dip angle regulating device of the present invention comprises a pedestal, is fixedly arranged in one first driver element and one second driver element of this pedestal, and one is installed between this pedestal and this two driver element for the load bearing unit of settling a ready to balance object.
This pedestal comprises a sole piece, is erected at several Zhi Lizhu on this sole piece and a jacking block that is installed with on described column along a vertical direction.
This first driver element comprises that one is fixedly arranged in first holder of this sole piece, one is fixedly arranged on the first power spare of this first holder, one is subjected to first driving stem of this first power spare transmission, and first slide that driven by this first driving stem and can move back and forth along one first horizontal direction, this first slide has one first pushing block.
This second driver element comprises that one is fixedly arranged in second holder of this sole piece, one is fixedly arranged on the second power spare of this second holder, one is subjected to second driving stem of this second power spare transmission, and second slide that driven by this second driving stem and can move back and forth along one second horizontal direction, this second slide has one second pushing block.
This load bearing unit comprises a board, one is arranged at this board and is sheathed on first trepanning of this first pushing block along this second horizontal direction, one is arranged at this board and is sheathed on second trepanning of this second pushing block along this first horizontal direction, one joint pin that is fixedly arranged in this board and extends along this vertical direction, tie this joint pin and the universal tumbler that is articulated in this jacking block for one group, and one group of card extender of tying this joint pin for this ready to balance object arrangement, and this first trepanning in the width of this second horizontal direction greater than this first pushing block in the width of this second horizontal direction, this second trepanning in the width of this first horizontal direction greater than this second pushing block in the width of this first horizontal direction.
By above-mentioned composition, when this first slide is driven by this first driving stem and when this first horizontal direction moves, then can promote relatively this first horizontal direction pendulum that inclines of this board, simultaneously because this second trepanning in the width of this first horizontal direction greater than this second pushing block in the width of this first horizontal direction, so can not disturb this board in the angle operation of the inclination angle of this first horizontal direction, when this second slide is driven by this second driving stem and when this second horizontal direction moves, then can promote relatively this second horizontal direction pendulum that inclines of this board, simultaneously because this first trepanning in the width of this second horizontal direction greater than this first pushing block in the width of this second horizontal direction, so can not disturb this board in the angle operation of the inclination angle of this second horizontal direction, reach independent this ready to balance object of adjusting by this in this first horizontal direction, the characteristic of the inclination angle angle operation of second horizontal direction, so the present invention is had can apace this ready to balance object be adjusted to must the position the use effect.
Dip angle regulating device of the present invention has effect as described below and advantage, so can reach goal of the invention really:
One, because this first trepanning 62 of the present invention is to be provided with along this second horizontal direction Y, and this first trepanning 62 at the width of this second horizontal direction Y greater than the width of this first pushing block 443 at this second horizontal direction Y, this second trepanning 63 is to be provided with along this first horizontal direction X, and this second trepanning 63 at the width of this first horizontal direction X greater than the width of this second pushing block 543 at this first horizontal direction X, can independently adjust this card extender 66 at this first horizontal direction X so have, the operating characteristic of the incident angle of this second horizontal direction Y, the present invention is had can be accurate, promptly will be placed in this ready to balance object 80 on this card extender 66 be adjusted to must the position effect and advantage.
Two, because this first pushing block 443 of the present invention is provided with this arc surface 444, this second pushing block 543 is provided with this arc surface 544, make this board 61 in swing process, can be posted by two abutment face 621 of this first trepanning 62 by this arc surface 444 always, be posted by two abutment face 631 of this second trepanning 63 by this arc surface 544 always, and then have the effect and the advantage of the swing precision that can improve this board 61.
Three, because the present invention is equiped with this and pins down unit 70 between this jacking block 33 and this board 61, make that perseverance has a holdback force between this jacking block 33 and this board 61, so after this board 61 is promoted by these first slide, 44 second slides 54, can eliminate the thread pitch between thread pitch, this threaded shank 532 and this screw 452 between this threaded shank 432 and this screw 442, and then have the mobile precision that can improve this first slide 44, second slide 54, can improve the effect and the advantage of the swing precision of this card extender 66 and this ready to balance object 80 relatively.
The present invention is described in detail below in conjunction with drawings and Examples.
Description of drawings
Fig. 1 is the front-view schematic diagram that existing a kind of laser level instrument group is tied an angle adjusting;
Fig. 2 is a combination stereogram of this angle adjusting;
Fig. 3 is that one of this angle adjusting is overlooked cross-sectional schematic;
Fig. 4 is an exploded perspective view of dip angle regulating device one preferred embodiment of the present invention;
Fig. 5 is a combination stereogram of this preferred embodiment;
Fig. 6 is along the obtained cut-open view of the straight line among Fig. 5 6-6;
Fig. 7 is along the obtained cut-open view of the straight line among Fig. 5 7-7;
Fig. 8 is a schematic side view of this preferred embodiment, illustrate a load bearing unit with respect to one second horizontal direction in a primary importance;
Fig. 9 one is similar to the view of Fig. 8, illustrate this load bearing unit with respect to this second horizontal direction in a second place; And
Figure 10 one is similar to the view of Fig. 8, illustrate this load bearing unit with respect to this second horizontal direction in one the 3rd position.
Embodiment
Dip angle regulating device of the present invention aforementioned and other technology contents, characteristics and effect in the following detailed description that cooperates with reference to a graphic preferred embodiment, can clearly be understood.
Be noted that, employed relative position term in entire description, as " the first horizontal direction X ", " the second horizontal direction Y ", " vertical direction Z " is to be benchmark with the direction shown in each figure, and this first horizontal direction X is perpendicular to one another with this second horizontal direction Y and this vertical direction Z.
Shown in Fig. 4,5, this preferred embodiment of dip angle regulating device of the present invention is to comprise a pedestal 30, be fixedly arranged in one first driver element 40 and one second driver element 50 of this pedestal 30, one is installed in the load bearing unit 60 between this two driver element 40,50 and this pedestal 30, and is installed in one between this pedestal 30 and this load bearing unit 60 and pins down unit 70.
This pedestal 30 comprises a sole piece 31, be erected at several Zhi Lizhu 32 on this sole piece 31 along this vertical direction Z, one is installed with on described column 32 and is provided with the jacking block 33 of stepped containing hole 331 (see figure 7)s, one first perforation, 332,1 second perforation 333 and a ball and socket base 34 that is installed with in this containing hole 331 along this vertical direction Z.
This first driver element 40 comprises one along first holder 41 of this first horizontal direction X locking on this sole piece 31, one is installed in the first power spare 42 in this first holder 41 along this first horizontal direction X, one is subjected to first driving stem 43 of these first power spare, 42 transmissions, and first slide 44 that driven by this first driving stem 43 and can move back and forth along this first horizontal direction X.
Shown in Fig. 4,5,7, this first holder 41 has one by counting the lock dog 411 that bolt 45 is locked in this sole piece 31, from a connecting block 412 and two lateral mass 413 that this lock dog 411 extends along this vertical direction Z, reach one by this connecting block 412 and this two lateral mass 413 and first room 414 that forms that this lock dog 411 cooperates.
This first holder 41 have more one be arranged at this connecting block 412 and be communicated with this first room 414 hold hole 415, and be arranged at this two lateral mass 413 respectively and be communicated with two jacks 416 of this first room 414.
This first power spare 42 is a servo motor in this preferred embodiment, have one can two-way rotation axle 421, this first power spare 42 is to be installed in this first room 414, and be plugged between this two jack 416 and this first power spare 42 by two fixed pins 46, this first power spare 42 is fixed in this first room 414.
This first driving stem 43 have one with this axle 421 casing-joining part 431 of noose each other, and a threaded shank 432, of extending from this casing-joining part 431 in regular turn is and inserts this rotationally and hold inserting part 433 in the hole 415.
This first slide 44 has the guide block 441 of inserting in this first room 414, one is arranged at the screw 442 that this guide block 441 and spiral shell are located at this threaded shank 432 along this first horizontal direction X, and first pushing block 443 that extends along this vertical direction Z from this guide block 441, and this first pushing block 443 has an arc surface 444 that is provided with along this second horizontal direction Y.
Preferably, this guide block 441 approximates distance between this two lateral mass 413 greatly along the length of this second horizontal direction Y, has to prevent that this guide block 441 from producing the effect of beat in moving process.
This second driver element 50 comprises one along second holder 51 of this second horizontal direction Y locking on this sole piece 31, one is installed in the second power spare 52 in this second holder 51 along this second horizontal direction Y, one is subjected to second driving stem 53 of these second power spare, 52 transmissions, and second slide 54 that driven by this second driving stem 53 and can move back and forth along this second horizontal direction Y.
Shown in Fig. 4,5,6, this second holder 51 has one by counting the lock dog 511 that bolt 55 is locked in this sole piece 31, from a connecting block 512 and two lateral mass 513 that this lock dog 511 extends along this vertical direction Z, reach one by this connecting block 512 and this two lateral mass 513 and second room 514 that forms that this lock dog 511 cooperates.
This second holder 51 have more one be arranged at this connecting block 512 and be communicated with this second room 514 hold hole 515, and be arranged at this two lateral mass 513 respectively and be communicated with two jacks 516 of this second room 514.
This second power spare 52 is a servo motor in this preferred embodiment, has a axle 521 by can two-way rotation, this second power spare 52 is installed in this second room 514, and be plugged between this two jack 516 and this second power spare 52 by two fixed pins 56, this second power spare 52 is fixed in this second room 514.
This second driving stem 53 have one with this axle 521 casing-joining part 531 of noose each other, and a threaded shank 532, of extending from this casing-joining part 531 in regular turn is and inserts this rotationally and hold inserting part 533 in the hole 515.
This second slide 54 has the guide block 541 of inserting in this second room 514, one is arranged at the screw 542 that this guide block 541 and spiral shell are located at this threaded shank 532 along this second horizontal direction Y, and second pushing block 543 that extends along this vertical direction Z from this guide block 541, and this second pushing block 543 has an arc surface 544 that is provided with along this first horizontal direction X.
Preferably, this guide block 541 approximates distance between this two lateral mass 413 greatly along the length of this first horizontal direction X, has to prevent that this guide block 541 from producing the effect of beat in moving process.
As Fig. 4,7, shown in 8, this load bearing unit 60 comprises a board 61, be provided with simultaneously along this vertical direction Z along this second horizontal direction Y and run through this board 61 and to be placed on first trepanning 62 outside this first pushing block 443, be provided with simultaneously along this vertical direction Z along this first horizontal direction X and run through this board 61 and to be placed on second trepanning 63 outside this second pushing block 543, one joint pin 64 that is fixedly arranged in this board 61 and extends along this vertical direction Z, one is hubbed at this ball and socket base 34 and screw lock in the tumbler 65 of one first spiro rod section 641 of this joint pin 64, and a screw lock is in the card extender 66 of one second spiro rod section 642 of this joint pin 64.
This board 61 has one the 3rd perforation, 611,1 the 4th perforation 612 that is provided with and is respectively adjacent to this first trepanning 62, this second trepanning 63 along this vertical direction Z.
This first trepanning 62 is by being provided with along this second horizontal direction Y and two abutment face 621 of space and two link surfaces 622 are cooperated and form, and this two abutment face 621 just reclines for the arc surface 444 of this first pushing block 443, and this first trepanning 62 along the width of this second horizontal direction Y greater than the width of this first pushing block 443 at this second horizontal direction Y, that is to say that distance between this two link surface 622 is greater than the width of this first pushing block 443 at this second horizontal direction Y.
This second trepanning 63 is by being provided with along this first horizontal direction X and two abutment face 631 of space and two link surfaces 632 are cooperated and form, and this two abutment face 631 is just for arc surfaces 544 of this second pushing blocks 543 (see figure 6) that reclines, and this second trepanning 63 along the width of this first horizontal direction X greater than the width of this second pushing block 543 at this first horizontal direction X, that is to say that distance between this two link surface 632 is greater than the width of this second pushing block 543 at this first horizontal direction X.
Preferably, this first trepanning 62 is mutually orthogonal centers in this tumbler 65 with this second trepanning 63.
This tumbler 65 is to be spherical in this preferred embodiment, and constitutes a multi-directional ball joint with this ball and socket base 34.
This card extender 66 is for mounting one ready to balance object 80 (for example laser light emission instrument).
Shown in Fig. 4,5,6, this pins down unit 70 and is installed between this jacking block 33 and this board 61, have can make this two between perseverance have a holdback force so that this board 61 can be realized the adjustment effect of following fast.This pins down unit 70 and comprises one first elastic component 71 and one second elastic component 72 that is installed in respectively between this jacking block 33 and this board 61, in this preferred embodiment, above-mentioned elastic component 71,72 is all extension spring, respectively has two hooks 711,712,721,722 that are reverse.
Preferably, this pins down unit 70 and more comprises and be fixedly arranged on this jacking block 33 and stretch into one first fixed leg 73, one second fixed legs 74 in this first perforation 332, this second perforation 333 respectively, and is fixedly arranged on this board 61 and stretches into one the 3rd fixed leg 75, one the 4th fixed legs 76 in the 3rd perforation the 611, the 4th perforation 612 respectively.
Two hooks 711,712 of this first elastic component 71 collude respectively and are hung on this first fixed leg 73, the 3rd fixed leg 75, this first elastic component 71 can produce a component and the component along this first horizontal direction X along this vertical direction Z to this board 61, two hooks 721,722 of this second elastic component 72 collude respectively and are hung on this second fixed leg 74, the 4th fixed leg 76, this second elastic component 72 can produce a component and the component along this second horizontal direction Y along this vertical direction Z to this board 61, makes by this that perseverance has a holdback force between this jacking block 33 and this board 61.
When adjusting the level inclination angle that is installed in this ready to balance object 80 on this card extender 66, as Fig. 6,8,9, shown in 10, only need make this this second driving stem 53 of second power spare, 52 transmissions begin to rotate, then can drive this second slide 54 moves along this second horizontal direction Y, and then can promote these boards 61 relative this second horizontal direction Y pendulum that inclines by this second pushing block 544, this joint pin 64 simultaneously, this tumbler 65 is also swung along this second horizontal direction Y with this card extender 66 thereupon, and then produces this ready to balance object 80 of adjustment in the effect of the inclination angle angle of this second horizontal direction Y; In like manner, as shown in Figure 5, adjust these ready to balance object 80 (see figure 8)s in the inclination angle angle of this first horizontal direction X, only need make this this first driving stem 43 of first power spare, 42 transmissions begin to rotate, then can drive this first slide 44 moves along this first horizontal direction X, and then can promote these boards 61 relative this first horizontal direction X pendulum that inclines by this first pushing block 443, this joint pin 64 simultaneously, this tumbler 65 is also swung along the first horizontal direction X with this card extender 66 thereupon, and then produces this ready to balance object 80 of adjustment in the effect of the inclination angle angle of this first horizontal direction X.
What deserves to be explained is especially, when this board 61 relative this second horizontal direction Y incline pendulum, because this first trepanning 62 in the width of this second horizontal direction Y greater than the width of this first pushing block 443 at this second horizontal direction Y, the pendulum so this first trepanning 62 can freely incline outside this first pushing block 443, can not disturb this board 61 to adjust operation relatively in the inclination angle of this second horizontal direction Y, in like manner, when this board 61 relative this first horizontal direction X incline pendulum, because this second trepanning 63 in the width of this first horizontal direction X greater than the width of this second pushing block 543 at this first horizontal direction X, the pendulum so this second trepanning 63 can freely incline outside this second pushing block 543 can not disturb this board 61 to adjust operation in the inclination angle of this first horizontal direction X relatively.
Is design independently of one another according to last this load bearing unit 60 as can be known in the inclination angle angular setting operation of this first horizontal direction X, this second horizontal direction Y, so, can obtain the inclination angle angle change value of this load bearing unit 60 accurately, and then can fast this ready to balance object 80 be adjusted to the precalculated position in this first horizontal direction X, this second horizontal direction Y.
The above, it only is a preferred embodiment of the present invention, when not limiting scope of the invention process with this, promptly the simple equivalent of being done according to claim of the present invention and description of the invention content generally changes and modifies, and all should still belong in the scope that patent of the present invention contains.
Claims (10)
1. a dip angle regulating device is settled for a ready to balance object, it is characterized in that:
This dip angle regulating device comprises:
One pedestal comprises a sole piece, is erected at several Zhi Lizhu on this sole piece and a jacking block that is installed with on described column along a vertical direction;
One first driver element, comprise that one is fixedly arranged in first holder of this sole piece, one is fixedly arranged on the first power spare of this first holder, and one driven by this first power spare and can move back and forth but first slide that do not rotate along one first horizontal direction, and this first slide has one first pushing block;
One second driver element, comprise that one is fixedly arranged in second holder of this sole piece, one is fixedly arranged on the second power spare of this second holder, and one driven by this second power spare and can move back and forth but second slide that do not rotate along second horizontal direction vertical with this first horizontal direction, and this second slide has one second pushing block; And
One load bearing unit, comprise a board, one is arranged at this board and is sheathed on first trepanning of this first pushing block along this second horizontal direction, one is arranged at this board and is sheathed on second trepanning of this second pushing block along this first horizontal direction, one joint pin that is fixedly arranged in this board and extends along this vertical direction, tie this joint pin and the universal tumbler that is articulated in this jacking block for one group, and one group of card extender of tying this joint pin for the arrangement of ready to balance object, and this first trepanning in the width of this second horizontal direction greater than this first pushing block in the width of this second horizontal direction, this second trepanning in the width of this first horizontal direction greater than this second pushing block in the width of this first horizontal direction.
2. according to the described dip angle regulating device of claim 1, it is characterized in that: this first driver element comprises that also one is subjected to first driving stem of this first power spare transmission, this first slide has one and is provided with a screw is located at this first driving stem with spiral shell guide block, reach this first pushing block that extends and be positioned at this first trepanning from this guide block along this vertical direction, this second driver element comprises that more one is subjected to second driving stem of this second power spare transmission, this second slide has one and is provided with a screw and is located at the guide block of this second driving stem with spiral shell, and extends and be positioned at this second pushing block of this second trepanning along this vertical direction from this guide block.
3. according to the described dip angle regulating device of claim 2, it is characterized in that: this first trepanning and this second trepanning are orthogonal to the center of this tumbler.
4. according to the described dip angle regulating device of claim 3, it is characterized in that: this first trepanning is to be formed by cooperating along two abutment face of this second horizontal direction setting and two link surfaces, this first pushing block then has one along this second horizontal direction setting and be posted by the arc surface of this two abutment face, this second trepanning is to be formed by cooperating along two abutment face of this first horizontal direction setting and two link surfaces, and this second pushing block then has one along this first horizontal direction setting and be posted by the arc surface of this two abutment face.
5. according to the described dip angle regulating device of claim 2, it is characterized in that: this first holder has the lock dog of a locking on this sole piece, a connecting block and two lateral mass from this lock dog along this vertical direction extension, and one cooperated guide block first room of inserting that forms this first slide of confession by this connecting block with this two lateral mass and this lock dog, this second holder has the lock dog of a locking on this sole piece, the connecting block and two lateral mass that extend along this vertical direction from this lock dog, and second room that is cooperated the guide block that forms this second slide of confession to insert with this two lateral mass and this lock dog by this connecting block.
6. according to the described dip angle regulating device of claim 5, it is characterized in that: this first holder also has the hole of holding of this first room of connection, this second holder has more the hole of holding of this second room of connection, this first driving stem has the casing-joining part of a noose in an axle of this first power spare, and be the inserting part in the hole of holding that inserts this first holder rotationally from the threaded shank and that this casing-joining part extends, this second driving stem has the casing-joining part of a noose in an axle of this second power spare, and is the inserting part in the hole of holding that inserts this second holder rotationally from the threaded shank and that this casing-joining part extends.
7. according to the described dip angle regulating device of claim 1, it is characterized in that: this dip angle regulating device also comprises one and pins down the unit, comprise that one is hooked between this jacking block and this board and first elastic component of contiguous this first trepanning, and one is hooked between this jacking block and this board and second elastic component of contiguous this second trepanning.
8. according to the described dip angle regulating device of claim 7, it is characterized in that: this jacking block has more one first perforation that is provided with along this vertical direction, one second perforation, this board has more one the 3rd perforation that is provided with along this vertical direction, one the 4th perforation, this pins down the unit and comprises that more being fixedly arranged on this jacking block also stretches into this first perforation respectively, one first fixed leg in second perforation, one second fixed leg, and be fixedly arranged on this board and stretch into the 3rd perforation respectively, one the 3rd fixed leg in the 4th perforation, one the 4th fixed leg, this first elastic component has to collude respectively and is hung on this first fixed leg, two hooks of the 3rd fixed leg, this second elastic component have to collude respectively and are hung on this second fixed leg, two hooks of the 4th fixed leg.
9. according to the described dip angle regulating device of claim 1, it is characterized in that: this jacking block has a stepped containing hole, this pedestal has more a ball and socket base that is fixedly arranged in this containing hole, and this tumbler is spherical and inserts in this ball and socket base and constitute a multi-directional ball joint.
10. according to the described dip angle regulating device of claim 1, it is characterized in that: this joint pin has one first thread segment and one second thread segment, this tumbler be screw lock in this first thread segment, this card extender is that screw lock is in this second thread segment.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006101387869A CN100507626C (en) | 2006-11-16 | 2006-11-16 | Dip angle regulating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006101387869A CN100507626C (en) | 2006-11-16 | 2006-11-16 | Dip angle regulating device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101187720A CN101187720A (en) | 2008-05-28 |
| CN100507626C true CN100507626C (en) | 2009-07-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2006101387869A Expired - Fee Related CN100507626C (en) | 2006-11-16 | 2006-11-16 | Dip angle regulating device |
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| Country | Link |
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| CN (1) | CN100507626C (en) |
Families Citing this family (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101775766B (en) * | 2010-02-11 | 2011-09-21 | 中铁第一勘察设计院集团有限公司 | Mounting and adjusting device of sensor of high speed railway track detector |
| CN102768390B (en) * | 2012-08-01 | 2014-11-05 | 中国兵器工业第二0五研究所 | Installation adjusting device suitable for combination optical window testing |
| CN103884322B (en) * | 2014-03-28 | 2016-09-14 | 北京机电工程研究所 | A kind of attitude detecting method and auxiliary device |
| CN104199164B (en) * | 2014-08-29 | 2016-05-11 | 成都科信达实业有限公司 | Optical mirror slip vertical driver |
| CN108549138B (en) * | 2016-09-23 | 2019-12-03 | 上海理工大学 | A kind of Manual micromatic device of achievable five degree of freedom |
| CN106403914A (en) * | 2016-11-26 | 2017-02-15 | 陆建红 | Laser line marking instrument component and working method thereof |
| CN107763390B (en) * | 2017-09-07 | 2019-06-07 | 湖北航天技术研究院总体设计所 | High-precision regulating device for laser quasi straight peen |
| CN107561666B (en) * | 2017-10-26 | 2023-08-11 | 河北工程大学 | Polarizing plate based on metal nano grating and manufacturing method thereof |
| CN113404984B (en) * | 2021-06-04 | 2022-01-07 | 温州中纬测绘有限公司 | Improved mapping instrument positioning device for engineering mapping |
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2006
- 2006-11-16 CN CNB2006101387869A patent/CN100507626C/en not_active Expired - Fee Related
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| Publication number | Publication date |
|---|---|
| CN101187720A (en) | 2008-05-28 |
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