CN207650473U - Electronic multi-angle optical adjustment platform - Google Patents
Electronic multi-angle optical adjustment platform Download PDFInfo
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- CN207650473U CN207650473U CN201721626536.XU CN201721626536U CN207650473U CN 207650473 U CN207650473 U CN 207650473U CN 201721626536 U CN201721626536 U CN 201721626536U CN 207650473 U CN207650473 U CN 207650473U
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Abstract
The utility model is related to adjustment platforms, disclose a kind of electronic multi-angle optical adjustment platform.In the utility model, including placing the desk body component of optical module, pedestal, the fixation guide post containing inner cavity, the lifting guide pillar in interior intracavitary being arranged, lifting motor component, the driving gear being connected with lifting motor component, the driven gear being meshed with driving gear, the turn-screw connected with driven gear, connect turn-screw and the feed screw nut of lifting guide pillar.Desk body component include flange, the left-hand rotation axle sleeve being fixed on flange, the right-hand rotation axle sleeve being oppositely arranged with left-hand rotation axle sleeve, the shaft being inserted in left-hand rotation axle sleeve and right-hand rotation axle sleeve, the shaft fixing block for fixed rotating shaft, desktop, with the mutually fixed turbine of shaft, the worm screw being connected with turbine, rotary electric machine.Compared with prior art so that the adjustment platform can drive optical module to meet the adjustment angle of adjustment personnel with multi-angle rotation, make adjustment personnel's body more comfortable, also improve the working efficiency of adjustment personnel.
Description
Technical field
The utility model is related to adjustment platform, more particularly to a kind of electronic multi-angle optical adjustment platform.
Background technology
Simple microscope optical adjustment carries out directly on Working table, and optical adjustment is required to press from both sides by different toolings
Have to complete.Adjustment personnel's somagenic need coincide completes the adjustment of optical module under fixed desktop and tooling, and there are sitting postures
It is uncoordinated, it is inconvenient for operation.And a kind of uncomfortable work sitting posture of body is kept for a long time, working efficiency is low, to personnel's body
It is unfavorable.
Utility model content
The purpose of this utility model is to provide a kind of electronic multi-angle optical adjustment platforms so that the adjustment platform can be polygonal
Degree rotation drives optical module to meet the adjustment angle of adjustment personnel, makes adjustment personnel's body more comfortable, also improves adjustment people
The working efficiency of member.
In order to solve the above technical problems, the embodiment of the utility model provides a kind of electronic multi-angle optical adjustment
Platform, including placing the desk body component of optical module, the pedestal that placement is oppositely arranged on the ground and with the desk body component, fixation
Fixation guide post on the base and containing inner cavity, the lifting for being arranged in the interior intracavitary and being used to support the desk body component
Guide post is arranged in the lifting guide pillar and the mutually fixed lifting motor component of the desk body component and the lifting motor group
The connected driving gear of part, the driven gear being meshed with the driving gear, be fixed on the desk body component and with it is described
The feed screw nut of the connected turn-screw of driven gear, the connection turn-screw and the lifting guide pillar；
Wherein, the lifting motor component is used for for driving the driving gear to rotate after the driving gear rotation
The driven gear is driven, for driving the turn-screw to rotate after the driven gear rotation, the turn-screw rotation
It is used to that the lifting guide pillar be driven to carry out elevating movement in the interior intracavitary afterwards, for driving after the lifting guide pillar elevating movement
The desk body component elevating movement；
Desk body component includes：With the lifting guide pillar, lifting motor component and the mutually fixed flange of the turn-screw, admittedly
The left-hand rotation axle sleeve that is scheduled on the flange, the right-hand rotation axle sleeve for being fixed on the flange and being oppositely arranged with the left-hand rotation axle sleeve,
It is inserted in the left-hand rotation axle sleeve and the shaft in the right-hand rotation axle sleeve, the shaft fixing block for fixing the shaft, is fixed on institute
State above shaft fixing block and place the optical module desktop, with the mutually fixed turbine of the shaft and the turbine phase
Worm screw even is connected with the worm screw and is fixed on the upper rotary electric machine of left rotary shaft set；
Wherein, the rotary electric machine is for driving the worm screw to rotate, for driving the turbine after the worm screw rotation,
It is described for driving shaft fixing block to move after the shaft rotation for driving the shaft to rotate after the turbine rotation
For driving the desktop swing after shaft fixing block movement.
The utility model embodiment in terms of existing technologies, due to be equipped with pedestal, fixed guide post, lifting guide pillar,
Lifting motor component, driving gear, driven gear, turn-screw and feed screw nut, fixed guide post are fixed on the base, and lifting is led
The interior intracavitary in fixed guide post is arranged in column, and lifting motor component and turn-screw are mutually fixed with desk body component, and optical module is placed
On desk body component, driving gear is connected with lifting motor component, and driven gear is meshed with driving gear, turn-screw with from
Moving gear is connected, screw nut driven leading screw and lifting guide pillar.Lifting motor Component driver driving gear rotates, driving gear band
Dynamic driven gear, driven gear drive turn-screw rotation, drive lifting guide pillar in fixed guide post after turn-screw rotation
Intracavitary carries out elevating movement, to drive desk body component elevating movement, the optical module placed on desk body component also to follow desk body
Component carries out elevating movement.Meanwhile desk body component includes flange, left-hand rotation axle sleeve, right-hand rotation axle sleeve, shaft, shaft fixing block, table
Face, turbine, worm screw, rotary electric machine, lifting guide pillar, lifting motor component and turn-screw are all fixed on flange, left-hand rotation axle sleeve
It is also mutually fixed with flange with right-hand rotation axle sleeve, shaft is inserted between left-hand rotation axle sleeve and right-hand rotation axle sleeve, and worm screw is connected with rotary electric machine, whirlpool
Wheel is connected with worm screw, and shaft is connected with turbine, and shaft fixing sleeve is fixed in shaft, and desktop is fixed on shaft fixing sleeve, turns
Dynamic motor driving worm screw rotation, drives turbine after worm screw rotation, shaft rotation is driven after turbine rotation, band is used for after shaft rotation
Dynamic shaft fixing block movement, desktop swing is driven after shaft fixing block movement, to place optical module on the table
Desktop is followed to carry out swing.And then by the driving of lifting motor component and rotary electric machine, realize the front and back pendulum of desktop
Dynamic and elevating movement makes desktop that can meet the proper angle of adjustment personnel's adjustment optical module needs with multi-angle regulation, allows tune
It is more comfortable when the person works of school, it improves work efficiency.
In addition, the lifting motor component includes：It is fixed with the mutually fixed motor fixing plate of the flange, with the motor
The lifting motor that plate is mutually fixed and is connected with the driving gear；Wherein, the lifting motor is for driving the driving gear
Rotation.
Description of the drawings
Fig. 1 is the front view of the electronic multi-angle optical adjustment platform of the utility model first embodiment；
Fig. 2 is the side view of the electronic multi-angle optical adjustment platform of the utility model first embodiment；
Fig. 3 is that desktop turns forward schematic diagram in Fig. 2.
Specific implementation mode
It is new to this practicality below in conjunction with attached drawing to keep the purpose of this utility model, technical solution and advantage clearer
Each embodiment of type is explained in detail.However, it will be understood by those skilled in the art that each in the utility model
In embodiment, in order to make the reader understand this application better, many technical details are proposed.But even if without these skills
Art details and various changes and modifications based on the following respective embodiments can also realize that each claim of the application is required and protect
The technical solution of shield.
The first embodiment of the utility model is related to a kind of electronic multi-angle optical adjustment platform, as depicted in figs. 1 and 2,
Including placing the desk body component of optical module, the pedestal 7 that placement is oppositely arranged on the ground and with desk body component, being fixed on pedestal
Fixation guide post 15 on 7 and containing inner cavity, the lifting guide pillar 14 for being arranged in interior intracavitary and being used to support desk body component, setting are rising
Drop guide post 14 in the mutually fixed lifting motor component of desk body component, the driving gear 5 being connected with lifting motor component, and active
Driven gear 11 that gear 5 is meshed, is connect the turn-screw 13 for being fixed on desk body component and being connected with driven gear 11
Turn-screw and the feed screw nut of lifting guide pillar 14 12.Lifting motor component is for driving driving gear 5 to rotate, driving gear 5
For being used to that turn-screw be driven to rotate after driving driven gear 11, driven gear 11 to rotate after rotation, after turn-screw rotation
For driving lifting guide pillar 14 to carry out elevating movement in interior intracavitary, for driving desk body component liter after 14 elevating movement of lifting guide pillar
Drop movement.
As shown in Figure 1, Figure 2 and Figure 3, desk body component includes and lifting guide pillar 14, lifting motor component and turn-screw 13
Mutually fixed flange 18, the left-hand rotation axle sleeve 3 being fixed on flange 18 are fixed on flange 18 and are oppositely arranged with left-hand rotation axle sleeve 3
Right-hand rotation axle sleeve 10, shaft 8, the shaft fixing block 9, solid for fixed rotating shaft 8 be inserted in left-hand rotation axle sleeve 3 and right-hand rotation axle sleeve 10
Be scheduled on the top of shaft fixing block 9 and place optical module desktop 1, with shaft mutually fixed turbine 2, the snail that is connected with turbine 2
Bar 17 is connected with worm screw 17 and is fixed on the rotary electric machine 16 on left-hand rotation axle sleeve 3.Rotary electric machine 16 is for driving 17 turns of worm screw
Dynamic, worm screw 17 after after rotating being used to that turbine 2, turbine 2 to be driven to rotate is used to that shaft 8 to be driven to rotate, and shaft 8 is used to drive after rotating
Shaft fixing block 9 moves, and shaft fixing block 9 is used to drive 1 swing of desktop after moving.
Specifically, in the present embodiment, as shown in Figure 1, Figure 2 and Figure 3, lifting motor component rotates forward, then drives master
Moving gear 5 rotates forward, and driven gear 11 also rotates forward, and turn-screw rotates in the forward direction, and lifting guide pillar 14 is driven to rise along fixed guide post 15,
Desktop 1 rises together.Conversely, lifting motor component inverts, then driving gear 5 is driven to invert, driven gear 11 also inverts, and is driven
Leading screw reversely rotates, and drives lifting guide pillar 14 to decline along fixed guide post 15, desktop 1 declines together.Likewise, rotary electric machine 16 is just
When turning, worm screw 17 rotates forward, and turbine 2 rotates forward, and shaft 8 rotates forward, and desktop 1 is swung forward；Conversely, when rotary electric machine 16 inverts, worm screw
17 reversions, turbine 2 invert, and shaft 8 inverts, 1 swing backward of desktop.
Through the above it is not difficult to find that due to being equipped with pedestal 7, fixed guide post 15, lifting guide pillar 14, lifting motor group
Part, driving gear 5, driven gear 11, turn-screw 13 and feed screw nut 12, fixed guide post 15 are fixed on pedestal 7, and lifting is led
The interior intracavitary in fixed guide post 15 is arranged in column 14, and lifting motor component and turn-screw are mutually fixed with desk body component, optical module
It is placed on desk body component, driving gear 5 is connected with lifting motor component, and driven gear 11 is meshed with driving gear 5, transmission
Leading screw is connected with driven gear 11,12 turn-screw of feed screw nut and lifting guide pillar 14.Lifting motor Component driver driving gear 5
Rotation, driving gear 5 drive driven gear 11, driven gear 11 to drive turn-screw rotation, drive and rise after turn-screw rotation
The interior intracavitary for dropping guide post 14 in fixed guide post 15 carries out elevating movement, to drive desk body component elevating movement, on desk body component
The optical module of placement also follows desk body component to carry out elevating movement.Meanwhile desk body component includes flange 18, left-hand rotation axle sleeve 3, the right side
Shaft set 10, shaft 8, shaft fixing block 9, desktop 1, turbine 2, worm screw 17, rotary electric machine 16, lifting guide pillar 14, lifting motor
Component and turn-screw 13 are all fixed on flange 18, and left-hand rotation axle sleeve 3 and right-hand rotation axle sleeve 10 are also fixed with 18 phase of flange, shaft 8
Be inserted between left-hand rotation axle sleeve 3 and right-hand rotation axle sleeve 10, worm screw 17 is connected with rotary electric machine 16, and turbine 2 is connected with worm screw 17, shaft with
Turbine 2 is connected, and shaft fixing sleeve is fixed in shaft 8, and desktop 1 is fixed on shaft fixing sleeve, and rotary electric machine 16 drives worm screw
17 rotations, drive turbine 2 after worm screw 17 rotates, turbine 2 drive shaft 8 to rotate after rotating, and shaft 8 is used for band turn after rotating
Axis fixed seat 9 moves, and shaft fixing block 9 drives 1 swing of desktop after moving, to the optical module being placed on desktop 1
Desktop 1 is followed to carry out swing.And then by the driving of lifting motor component and rotary electric machine 16, before realizing desktop 1
Swing and elevating movement afterwards make desktop 1 that can meet the suitable angular of adjustment personnel's adjustment optical module needs with multi-angle regulation
Degree, allow adjustment person works when it is more comfortable, improve work efficiency.
In addition, as shown in Figure 1, lifting motor component includes to be fixed with 18 mutually fixed motor fixing plate 4 of flange, with motor
The lifting motor 6 that 4 phase of plate fixes and is connected with driving gear 5, lifting motor 6 is for driving driving gear 5 to rotate.
It will be understood by those skilled in the art that the respective embodiments described above are to realize the specific implementation of the utility model
Example, and in practical applications, can to it, various changes can be made in the form and details, without departing from the spirit of the utility model
And range.
Claims (2)
1. a kind of electronic multi-angle optical adjustment platform, which is characterized in that include：It places the desk body component of optical module, be placed on
The pedestal that is oppositely arranged on ground and with the desk body component, is set fixed fixation guide post on the base and containing inner cavity
It sets in the interior intracavitary and is used to support the lifting guide pillar of the desk body component, be arranged in the lifting guide pillar and the desk body
The mutually fixed lifting motor component of component, the driving gear being connected with the lifting motor component are mutually nibbled with the driving gear
The driven gear of conjunction, connect the transmission at the turn-screw for being fixed on the desk body component and being connected with the driven gear
The feed screw nut of leading screw and the lifting guide pillar；
Wherein, the lifting motor component is for driving the driving gear to rotate, for driving after the driving gear rotation
The driven gear is used for driving the turn-screw to rotate after the driven gear rotation after the turn-screw rotation
In driving the lifting guide pillar to carry out elevating movement in the interior intracavitary, it is used to drive after the lifting guide pillar elevating movement described
Desk body component elevating movement；
Desk body component includes：With the lifting guide pillar, the lifting motor component and the mutually fixed flange of the turn-screw, admittedly
The left-hand rotation axle sleeve that is scheduled on the flange, the right-hand rotation axle sleeve for being fixed on the flange and being oppositely arranged with the left-hand rotation axle sleeve,
It is inserted in the left-hand rotation axle sleeve and the shaft in the right-hand rotation axle sleeve, the shaft fixing block for fixing the shaft, is fixed on institute
State above shaft fixing block and place the optical module desktop, with the mutually fixed turbine of the shaft and the turbine phase
Worm screw even is connected with the worm screw and is fixed on the upper rotary electric machine of left rotary shaft set；
Wherein, the rotary electric machine is described for driving the turbine after the worm screw rotation for driving the worm screw to rotate
It is described for driving the shaft fixing block to move after the shaft rotation for driving the shaft to rotate after turbine rotation
For driving the desktop swing after shaft fixing block movement.
2. electronic multi-angle optical adjustment platform according to claim 1, which is characterized in that the lifting motor component packet
Contain：With the mutually fixed motor fixing plate of the flange, it is with the motor fixing plate mutually fixed and be connected with the driving gear
Lifting motor；
Wherein, the lifting motor is for driving the driving gear to rotate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721626536.XU CN207650473U (en) | 2017-11-29 | 2017-11-29 | Electronic multi-angle optical adjustment platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721626536.XU CN207650473U (en) | 2017-11-29 | 2017-11-29 | Electronic multi-angle optical adjustment platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207650473U true CN207650473U (en) | 2018-07-24 |
Family
ID=62882301
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721626536.XU Active CN207650473U (en) | 2017-11-29 | 2017-11-29 | Electronic multi-angle optical adjustment platform |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207650473U (en) |
-
2017
- 2017-11-29 CN CN201721626536.XU patent/CN207650473U/en active Active
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