CN204640103U - Laminated bow adjustment mounting base - Google Patents
Laminated bow adjustment mounting base Download PDFInfo
- Publication number
- CN204640103U CN204640103U CN201520303082.7U CN201520303082U CN204640103U CN 204640103 U CN204640103 U CN 204640103U CN 201520303082 U CN201520303082 U CN 201520303082U CN 204640103 U CN204640103 U CN 204640103U
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- China
- Prior art keywords
- pivoted arm
- axle
- hinged seat
- lock sleeve
- hole
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Abstract
The utility model relates to a kind of laminated bow adjustment mounting base, comprise pedestal and support bar, pedestal has the first hinged seat, this first hinged seat is rotatablely equipped with the first pivoted arm fixed with the first axle by the first axle, this first hinged seat is provided with by the first retaining mechanism of the first axle locking; First pivoted arm is provided with the second hinged seat, this second hinged seat by the second axle be provided with rotationally perpendicular with the first pivoted arm and with the second pivoted arm that the second axle fixes, this second hinged seat is also provided with by second axle locking the second retaining mechanism; Support bar to be flatly plugged in the installing hole of the second pivoted arm and perpendicular with first, second pivoted arm, and this second pivoted arm is provided with the 3rd retaining mechanism locked by this support bar; First pivoted arm, the second pivoted arm are separately installed with first, second level meter of mutual vertical distribution.This scheme can provide a reference for installation to grip handle, is conducive to each parts in adjustment grip handle, can guarantee that each parts in grip handle are in place.
Description
Technical field
The utility model relates to a kind of pedestal installed, and specifically refers to a kind of laminated bow adjustment mounting base.
Background technology
Laminated bow is formed by multiple material co-manufactured.Modern laminated bow is divided into again hunting laminated bow and sports laminated bow, this laminated bow includes grip handle, up-bow arm, lower bow arm, arrow platform, sight and upper bottom hook block, when installing each parts in grip handle, need in advance grip handle to be fixed on a mounting base, then assemble one by one on request.And need each parts to be seated on request, otherwise affect instructions for use.If sight is with level meter, it requires relative to grip handle is level, otherwise affects pointing accuracy.And current mounting base structure is comparatively complicated, regulates and inconvenience, therefore await further improvement.
Utility model content
Technical problem to be solved in the utility model is the present situation for prior art, provides the laminated bow adjustment mounting base that a kind of structure is simple, be convenient to adjust position.
The utility model solves the problems of the technologies described above adopted technical scheme: a kind of laminated bow adjustment mounting base, comprise pedestal and the support bar being used for fixing for grip handle, it is characterized in that: described pedestal has the first hinged seat, this first hinged seat is rotatablely equipped with the first pivoted arm fixed with the first axle by the first axle, this first hinged seat is provided with by the first retaining mechanism of the first axle locking; Described first pivoted arm is provided with the second hinged seat, this second hinged seat by the second axle be provided with rotationally perpendicular with the first pivoted arm and with the second pivoted arm that the second axle fixes, this second hinged seat is also provided with by second axle locking the second retaining mechanism; Described support bar to be flatly plugged in the installing hole of the second pivoted arm and perpendicular with first, second pivoted arm, is provided with the 3rd retaining mechanism locked by this support bar on this second pivoted arm simultaneously; And on described first pivoted arm, the second pivoted arm, be separately installed with first, second level meter of mutual vertical distribution.
In such scheme, be preferably, described first retaining mechanism adopts following structure, it includes the first spanner, the first lock sleeve and the first clamping screw, wherein the first lock sleeve is plugged in the first step hole of the first hinged seat, the axis hole of this first step hole and the first axle position connects, and described first lock sleeve has the arc notch that can be exposed in this axis hole, and the first described clamping screw is connected with the first spanner through behind first step hole and the first lock sleeve.During use, as long as rotating spanner, the object that just can reach locking or unlock.
For the ease of processing, assembling, preferably, described second retaining mechanism adopts the structure identical with the first retaining mechanism, namely it includes the second spanner, the second lock sleeve and the second clamping screw, wherein the first lock sleeve is plugged in the second step hole of the second hinged seat, the axis hole of this second step hole and the second axle position connects, described second lock sleeve has the arc notch that can be exposed in this axis hole, and the second described clamping screw is connected with the second spanner through behind second step hole and the second lock sleeve.
Same preferred, described 3rd retaining mechanism adopts the structure identical with the first retaining mechanism, it comprises the 3rd spanner, the 3rd lock sleeve and the 3rd clamping screw, wherein the 3rd lock sleeve is plugged in the 3rd stepped hole of the second pivoted arm, 3rd stepped hole and described installing hole connect, described 3rd lock sleeve has the arc notch that can be exposed in described installing hole, and described 3rd clamping screw is connected with the 3rd spanner through after the 3rd stepped hole and the 3rd lock sleeve.
Preferably, described first level meter is arranged on the top of the second hinged seat, installs to facilitate and observes.
Compared with prior art, because support bar of the present utility model is arranged on the second pivoted arm, and the second pivoted arm is arranged on the first pivoted arm rotationally, first pivoted arm can rotate relative to pedestal again, when therefore using, first pedestal is fixed, but first can be rotated successively, second pivoted arm, them are made to lay respectively at horizontal level, and positioned by corresponding retaining mechanism, now mounting base has been on the horizontal level of requirement, obviously, the utility model structure is simple, easy to adjust, a reference for installation can be provided to grip handle, be conducive to each parts in adjustment grip handle, can guarantee that each parts in grip handle are in place.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of the utility model embodiment;
Fig. 2 is the other direction schematic diagram of Fig. 1;
Fig. 3 is the three-dimensional exploded view of Fig. 1;
Fig. 4 is the sectional view at the first tie down screw place in Fig. 1.
Detailed description of the invention
Below in conjunction with accompanying drawing embodiment, the utility model is described in further detail.
As shown in Figures 1 to 4, the support bar 2 that laminated bow adjustment mounting base comprises pedestal 1 and fixes for grip handle, wherein the body design of pedestal 1 becomes platy structure, main body has locating hole 11, can be fixed on work top, the upper surface side of this pedestal has the first hinged seat 12, this first hinged seat has axis hole a, one end of first pivoted arm 3 is fixed on the first axle 4 by screw b, first axle 4 is plugged in the axis hole a of the first hinged seat, first pivoted arm 3 is rotationally connected relative to pedestal 1 by the first axle 4, the first retaining mechanism 5 locked by first axle 4 is installed on this first hinged seat 12 simultaneously, in the present embodiment, first retaining mechanism 5 includes the first spanner 51, first lock sleeve 52 and the first clamping screw 53, first lock sleeve 52 is plugged in the macropore in first step hole 13 of the first hinged seat, this first step hole 13 and the first axle 4 perpendicular, and connect with the axis hole a of the first axle 4 position, first lock sleeve 52 has the arc notch 521 that can be exposed in axis hole, this arc notch 521 matches with the first axle 4, first clamping screw 53 is threaded with the first spanner 51 mutually through behind first step hole 13 and the first lock sleeve 52.When the first lock sleeve 52 is in as Fig. 4 position, first axle 4 freely can rotate by means of the arc notch 521 on the first lock sleeve 52, when needs locking the first axle 4, as long as then rotate the first spanner 51, make arc notch 521 depart from the first axle 4, lock sleeve 52 compresses the first axle 4 and makes it not be rotated further.
The other end of above-mentioned first pivoted arm 3 is provided with the second hinged seat 31, this second hinged seat 31 same is provided with second pivoted arm 7 perpendicular with the first pivoted arm 3 rotationally by the second axle 6, this second pivoted arm 7 is also fixed on the second axle 6 by screw b, this second hinged seat is also provided with by the second retaining mechanism 8 of the second axle locking, in the present embodiment, second retaining mechanism 8 adopts identical structure with the first retaining mechanism, namely the second retaining mechanism 8 comprises the second spanner 81, second lock sleeve 82 and the second clamping screw 83, wherein the first lock sleeve 82 is plugged in the macropore in second step hole 32 of the second hinged seat, this second step hole 32 and the second axle 6 perpendicular, and connect with the axis hole a of the second axle 6 position, second lock sleeve 82 has the arc notch 821 that can be exposed in axis hole, second clamping screw 83 is threaded with the second spanner 81 mutually through behind second step hole 32 and the second lock sleeve 82.When the arc notch 821 on the second lock sleeve 82 is just to the second axle 6, second axle 6 can utilize the arc notch 821 on the second lock sleeve 82 to carry out free rotation, lock once needs, as long as rotate the second spanner 81, the second lock sleeve 82 can be driven to compress the second axle 6, make it be in positioning and locking state.
Above-mentioned support bar 2 is flatly plugged in the upper mounting holes 71 of the second pivoted arm 7, and with first, second pivoted arm is perpendicular, equally the 3rd retaining mechanism 9 locked by this support bar is installed on this second pivoted arm 7, in the present embodiment, 3rd retaining mechanism also adopts the structure identical with the first retaining mechanism, namely the 3rd retaining mechanism 9 includes the 3rd spanner 91, 3rd lock sleeve 92 and the 3rd clamping screw 93, wherein the 3rd lock sleeve 92 is plugged in the 3rd stepped hole 72 of the second pivoted arm 7, 3rd stepped hole 72 is perpendicular with support bar 2, and connect with the installing hole 71 of support bar 2 position, 3rd lock sleeve 92 has the arc notch 921 that can be exposed in installing hole 71, 3rd clamping screw 93 is threaded with the 3rd spanner 91 mutually through after the 3rd stepped hole 72 and the 3rd lock sleeve 92.When the arc notch 921 on the 3rd lock sleeve 92 is just to support bar 2, support bar 2 can utilize this arc notch to carry out free rotation, once needs locking, as long as rotate the 3rd spanner 91, the 3rd lock sleeve 92 can be driven to compress support bar 2, make it be in the lock state.
Above-mentioned first pivoted arm, the second pivoted arm are also separately installed with the first level meter 10, second level meter 20 of mutual vertical distribution, for the ease of observing, first level meter is arranged on the top of the second hinged seat 31, and the second level meter 20 is arranged on the top of the second pivoted arm 7.
During use, pedestal is fixed on the table, rotates the first spanner, remove the locking to the first axle, then rotate the first pivoted arm until when the first level meter is in level, then rotate the first spanner, make the first pivoted arm be positioned at level.Then the second spanner is rotated, the second pivoted arm is rotated to upright by same mode, and until when the second level meter is in level, rotate the second spanner, by the second pivoted arm location, then regulating the extension of support bar, being locked by rotating the 3rd spanner, mounting base now, can be used for grip handle to install adjustment.
Claims (5)
1. a laminated bow adjustment mounting base, comprise pedestal and the support bar being used for fixing for grip handle, it is characterized in that: described pedestal has the first hinged seat, this first hinged seat is rotatablely equipped with the first pivoted arm fixed with the first axle by the first axle, this first hinged seat is provided with by the first retaining mechanism of the first axle locking; Described first pivoted arm is provided with the second hinged seat, this second hinged seat by the second axle be provided with rotationally perpendicular with the first pivoted arm and with the second pivoted arm that the second axle fixes, this second hinged seat is also provided with by second axle locking the second retaining mechanism; Described support bar to be flatly plugged in the installing hole of the second pivoted arm and perpendicular with first, second pivoted arm, is provided with the 3rd retaining mechanism locked by this support bar on this second pivoted arm simultaneously; And on described first pivoted arm, the second pivoted arm, be separately installed with first, second level meter of mutual vertical distribution.
2. laminated bow adjustment mounting base according to claim 1, it is characterized in that: described first retaining mechanism includes the first spanner, the first lock sleeve and the first clamping screw, wherein the first lock sleeve is plugged in the first step hole of the first hinged seat, the axis hole of this first step hole and the first axle position connects, described first lock sleeve has the arc notch that can be exposed in this axis hole, and the first described clamping screw is connected with the first spanner through behind first step hole and the first lock sleeve.
3. laminated bow adjustment mounting base according to claim 1, it is characterized in that: described second retaining mechanism includes the second spanner, the second lock sleeve and the second clamping screw, wherein the first lock sleeve is plugged in the second step hole of the second hinged seat, the axis hole of this second step hole and the second axle position connects, described second lock sleeve has the arc notch that can be exposed in this axis hole, and the second described clamping screw is connected with the second spanner through behind second step hole and the second lock sleeve.
4. laminated bow adjustment mounting base according to claim 1, it is characterized in that: described 3rd retaining mechanism comprises the 3rd spanner, the 3rd lock sleeve and the 3rd clamping screw, wherein the 3rd lock sleeve is plugged in the 3rd stepped hole of the second pivoted arm, 3rd stepped hole and described installing hole connect, described 3rd lock sleeve has the arc notch that can be exposed in described installing hole, and described 3rd clamping screw is connected with the 3rd spanner through after the 3rd stepped hole and the 3rd lock sleeve.
5. the laminated bow adjustment mounting base according to the arbitrary claim of Claims 1-4, is characterized in that: described first level meter is arranged on the top of the second hinged seat.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520303082.7U CN204640103U (en) | 2015-05-12 | 2015-05-12 | Laminated bow adjustment mounting base |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520303082.7U CN204640103U (en) | 2015-05-12 | 2015-05-12 | Laminated bow adjustment mounting base |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204640103U true CN204640103U (en) | 2015-09-16 |
Family
ID=54092883
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520303082.7U Active CN204640103U (en) | 2015-05-12 | 2015-05-12 | Laminated bow adjustment mounting base |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204640103U (en) |
-
2015
- 2015-05-12 CN CN201520303082.7U patent/CN204640103U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |