CN209055121U - The adjusting platform of engineering surveying instrument - Google Patents
The adjusting platform of engineering surveying instrument Download PDFInfo
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- CN209055121U CN209055121U CN201821787326.3U CN201821787326U CN209055121U CN 209055121 U CN209055121 U CN 209055121U CN 201821787326 U CN201821787326 U CN 201821787326U CN 209055121 U CN209055121 U CN 209055121U
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Abstract
The utility model relates to engineering survey equipment technical fields, provide a kind of adjusting platform of engineering surveying instrument, it is intended to which size is inaccurate when solving to move measuring instrument manually, and direction can not determine, the larger problem of test error.The adjusting platform of the engineering surveying instrument includes pedestal, vertical adjustment module, lateral adjustments module and forced centering plate；The vertical adjustment module is equipped on the pedestal, the vertical adjustment module can the relatively described pedestal straight skidding, the first scale strip is provided on the side of the vertical adjustment module, the side of the vertical adjustment module is provided with the first pointer for being directed toward first scale strip；The lateral adjustments module is equipped in the vertical adjustment module, the lateral adjustments module can the relatively described vertical adjustment module horizontal sliding, the second scale strip is provided on the side of the lateral adjustments module, the side of the lateral adjustments module is provided with the second pointer for being directed toward second scale strip.
Description
Technical field
The utility model relates to engineering survey equipment technical fields, in particular to a kind of tune of engineering surveying instrument
Save platform.
Background technique
Currently, being usually manually will to the measurement accuracy test of engineering surveying instrument (such as total station, GPS, level)
Engineering surveying instrument moves certain distance, and engineering surveying instrument itself is capable of measuring immediately to a displacement variable, then hand again
The dynamic displacement variable measured engineering surveying instrument and move front and back, finally by between more above two displacement variable
Difference, to calculate the accuracy and sensitivity of engineering surveying instrument.But due to moving work manually in existing this mode
Size is inaccurate when journey measuring instrument, and direction can not determine that test error is larger.
Utility model content
In view of this, the purpose of this utility model is to provide a kind of adjusting platforms of engineering surveying instrument, it is intended to solve
Size is inaccurate when moving measuring instrument manually, and direction can not determine, the larger problem of test error.
To achieve the goals above, the utility model the following technical schemes are provided:
A kind of adjusting platform of engineering surveying instrument, comprising:
Pedestal；
Vertical adjustment module, the vertical adjustment module are equipped on the pedestal, and the vertical adjustment module can be opposite
The pedestal sliding, the direction of Relative sliding are the longitudinal direction in horizontal plane；It is arranged on the side of the vertical adjustment module
There is the first scale strip, the side of the vertical adjustment module is provided with the first pointer for being directed toward first scale strip；
Lateral adjustments module, the lateral adjustments module are equipped in the vertical adjustment module, the lateral adjustments mould
Block can vertical adjustment module sliding relatively, the direction of Relative sliding is the transverse direction in horizontal plane；The lateral adjustments
The second scale strip is provided on the side of module, the side of the lateral adjustments module, which is provided with, is directed toward second scale strip
Second pointer；And
Forced centering plate, the forced centering plate are equipped in the lateral adjustments module, open on the forced centering plate
Equipped with the mounting hole for installing fixed engineering surveying instrument.
In the technical program, forced centering plate is for installing fixed engineering surveying instrument, after measuring instrument installation, Ke Yitong
The displacement of vertical adjustment module and Level tune module accurately adjusting measuring apparatus device is crossed, and is accurately controlled and adjusts direction, behaviour
Make simple and efficient, diminution test error.
As a preferred embodiment of the above technical solution, the vertical adjustment module includes the first knob, and first knob is matched
When being set to the first knob described in the turn, the relatively described pedestal sliding of the vertical adjustment module；
The first steering mechanism is provided at first knob, first steering mechanism offsets with first knob
It leans on, is only capable of first knob in one direction by turn；First steering mechanism can be under external force with described
The separation of one knob, after first steering mechanism is separated with first knob, first knob can be along clockwise and inverse
Hour hands both direction is by turn.
In this optimal technical scheme, on the one hand, during rotation, made by the first steering mechanism to the restriction of the first knob
With, can prevent knob from rotating backward because of maloperation, generate reversed turning error, influence measuring accuracy.On the other hand, when
When one knob rotates to bottom and cannot continue rotation, external force can be applied to first steering mechanism, make itself and the first knob
Separation, and then make the first knob reversing reset.
As a preferred embodiment of the above technical solution, first steering mechanism includes:
Annular slab, the front of the annular slab are provided with several ratchets；And
Elastic component, one end of the elastic component connect the back side of the annular slab, and the other end is fixed；
The elastic component is in pressured state always, and the back side in the front and first knob that make the annular slab offsets
It leans on；The back side of first knob is provided with the protrusion to match with the ratchet.
The beneficial effect of this optimal technical scheme is, the raised phase of the positive ratchet of annular slab and the first knob back side
Match, ratchet limits the first knob and is only capable of turn in one direction.And due to the design feature of ratchet, the first knob is also required to
Apply under conditions of certain external force could turn, therefore can be to avoid during using measuring instrument, because of user's clothing or mistake
Touching leads to the first knob turn, causes biggish measurement error.
As a preferred embodiment of the above technical solution, the vertical adjustment module further include:
First vector plate, for carrying the lateral adjustments module；
First ball screw, the first ball screw is set between the first vector plate and the pedestal, described
The screw rod of first ball screw is longitudinally fixed on the pedestal by rolling bearing, the nut of the first ball screw with
The lower surface of the first vector plate is fixedly connected, and first knob is set to one end of the screw rod；And
Longitudinal auxiliary slipping mechanism, longitudinal auxiliary slipping mechanism be set to the first vector plate and the pedestal it
Between, including auxiliary slide channel and the auxiliary slider that can be slid along the auxiliary slide channel, the auxiliary slide channel is parallel to the screw rod；Institute
It states auxiliary slide channel to be set on the pedestal, the auxiliary slider is set to the lower surface of the first vector plate；Alternatively, described
Auxiliary slide channel is set to the lower surface of the first vector plate, and the auxiliary slider is set on the pedestal.
As a preferred embodiment of the above technical solution, the lateral adjustments module includes the second knob, and second knob is matched
When being set to the second knob described in the turn, the relatively described vertical adjustment module sliding of the lateral adjustments module；
The second steering mechanism is provided at second knob, second steering mechanism offsets with second knob
It leans on, is only capable of second knob in one direction by turn；Second steering mechanism can be under external force with described
The separation of two knobs, after second steering mechanism is separated with second knob, second knob can be along clockwise and inverse
Hour hands both direction is by turn.
As a preferred embodiment of the above technical solution, the lateral adjustments module further include:
Second support plate, for carrying the forced centering plate；
Second ball-screw, second ball-screw be set to the Second support plate and the first vector plate it
Between, the screw rod of second ball-screw is longitudinally fixed on the first vector plate by rolling bearing, second rolling
The nut of ballscrew is fixedly connected with the lower surface of the Second support plate, and second knob is set to the one of the screw rod
End；And
Laterally auxiliary slipping mechanism, the laterally auxiliary slipping mechanism are set to the Second support plate and described first and carry
Between body plate, including auxiliary slide channel and the auxiliary slider that can be slid along the auxiliary slide channel, the auxiliary slide channel is parallel to described
Screw rod；The auxiliary slide channel is set on the first vector plate, and the auxiliary slider is set under the Second support plate
Surface；Alternatively, the auxiliary slide channel is set to the lower surface of the Second support plate, the auxiliary slider is set to described first
On carrier board.
As a preferred embodiment of the above technical solution, the adjusting platform of the engineering surveying instrument further includes vertical adjustment module,
The vertical adjustment module is set between the pedestal and vertical adjustment module, or be set to the lateral adjustments module and
Between forced centering plate.The beneficial effect of this optimal technical scheme is, by the way that the vertical adjustment module is arranged, can assist
The vertical accuracy and sensitivity of testing engineering measuring instrument.
As a preferred embodiment of the above technical solution, the connection for being connected and fixed with instrument mounting rack is provided on the pedestal
Hole.The beneficial effect of this optimal technical scheme is, by the way that the connecting hole is arranged, the adjusting platform and instrument can be pacified
It shelves (such as tripod) to be used cooperatively, makes the adjusting platform is mountable to be fixed on instrument mounting rack.
Compared with prior art, the utility model has the following beneficial effects:
1, forced centering plate can pass through vertical adjustment for installing fixed engineering surveying instrument after measuring instrument installation
Module and Level tune module are precisely controlled the adjusting direction of measuring instrument, and the reading that pointer and scale strip are observed during adjusting becomes
Change, be precisely controlled the adjustable range of measuring instrument, reduce and adjust error, improves measuring accuracy.
2, the operating method for adjusting platform is simple, convenient, it can be achieved that one man operation, can improve testing efficiency.
Detailed description of the invention
It, below will be to use required in embodiment in order to illustrate more clearly of the technical solution of the utility model embodiment
Attached drawing briefly introduce, it should be understood that the following drawings illustrates only some embodiments of the utility model, therefore should not be seen
Work is the restriction to range, for those of ordinary skill in the art, without creative efforts, can be with
Other relevant drawings are obtained according to these attached drawings.
Fig. 1 show the structural schematic diagram of the adjusting platform of engineering surveying instrument provided by embodiment；
Fig. 2 show the structural schematic diagram of the first steering as described in the examples mechanism；
Fig. 3 show the structural schematic diagram of vertical adjustment module as described in the examples；
Fig. 4 show the structural schematic diagram of the adjusting platform of another engineering surveying instrument provided by embodiment；
Fig. 5 show the structural schematic diagram of vertical adjustment module as described in the examples.
Figure label explanation:
10- pedestal；20- vertical adjustment module；The first scale strip of 21-；The first pointer of 22-；The first knob of 23-；24- is convex
It rises；25- first vector plate；26- first ball screw；27- auxiliary slide channel；28- auxiliary slider；30- lateral adjustments module；31-
Second scale strip；The second pointer of 32-；40- forced centering plate；The first steering of 50- mechanism；51- annular slab；52- elastic component；53-
Ratchet；60- vertical adjustment module；61- third carrier board；62- cross frames；63- threaded rod；64- adjusting nut.
Specific embodiment
Below in conjunction with attached drawing in the utility model embodiment, the technical scheme in the embodiment of the utility model is carried out clear
Chu completely describes.It should be appreciated that specific embodiment described herein is used only for explaining the utility model, it is not used to limit
Determine the utility model.Based on the embodiments of the present invention, those skilled in the art are in no creative work under the premise of institute
The every other embodiment obtained, belongs to the protection scope of the utility model.
It mainly include pedestal refering to Figure 1, present embodiments providing a kind of adjusting platform of engineering surveying instrument
10, vertical adjustment module 20, lateral adjustments module 30 and forced centering plate 40.
Wherein, vertical adjustment module 20 is equipped on pedestal 10, and vertical adjustment module 20 can slide with respect to pedestal 10, relatively
The direction of sliding is the longitudinal direction in horizontal plane；The first scale strip 21 is provided on the side of vertical adjustment module 20, it is longitudinal
The side of adjustment module 20 is provided with the first pointer 22 for being directed toward first scale strip 21.Specifically, the first pointer 22 can be consolidated
Fixed to be arranged on pedestal 10, the first pointer 22 does not follow the straight skidding together of vertical adjustment module 20.
Lateral adjustments module 30 is equipped in vertical adjustment module 20, and lateral adjustments module 30 can be with respect to vertical adjustment module
20 slidings, the direction of Relative sliding are the transverse direction in horizontal plane；It was provided with for the second quarter on the side of lateral adjustments module 30
Item 31 is spent, the side of lateral adjustments module 30 is provided with the second pointer 32 for being directed toward the second scale strip 31.Specifically, the second pointer
32 can be fixed in vertical adjustment module 20, and the second pointer 32 does not follow the horizontal sliding together of lateral adjustments module 30.
Forced centering plate 40 is equipped in lateral adjustments module 30, is offered on the forced centering plate 40 solid for installing
Determine the mounting hole of engineering surveying instrument.
In use, forced centering plate 40 is used to install fixed engineering surveying instrument, it, can be by vertical after measuring instrument installation
It is precisely controlled the adjusting direction of measuring instrument to adjustment module 20 and Level tune module, pointer and scale strip are observed during adjusting
Reading variation, be precisely controlled the adjustable range of measuring instrument, reduce and adjust error, improve measuring accuracy.
Citing as an embodiment please refers to shown in Fig. 1 and Fig. 2, and vertical adjustment module 20 may include
One knob 23, when the first knob 23 of turn, vertical adjustment module 20 slides with respect to pedestal 10.Such as when turn first clockwise
When knob 23, vertical adjustment module 20 is with respect to the positive sliding of pedestal 10, when the first knob 23 of turn counterclockwise, vertical adjustment mould
Block 20 is with respect to 10 reverse shuffle of pedestal.The first steering mechanism 50, the first steering mechanism 50 and first are provided at first knob 23
Knob 23 leans, and is only capable of the first knob 23 in one direction by turn；First steering mechanism 50 can under external force with
The separation of first knob 23, after the first steering mechanism 50 is separated with the first knob 23, the first knob 23 can be along the clockwise and inverse time
Needle both direction is by turn.
Specifically, please referring to shown in Fig. 2, the first steering mechanism 50 may particularly include annular slab 51 and elastic component 52, annular
The front of plate 51 is provided with several ratchets 53, and one end of elastic component 52 connects the back side of the annular slab 51, and the other end is fixed.Bullet
Property part 52 be in pressured state always, so that the front of the annular slab 51 and the back side of first knob 23 is leant；It is described
The back side of first knob 23 is provided with the protrusion 24 to match with the ratchet 53.Wherein, the elastic component 52 can be selected specifically
Spring, the through-hole alignment among through-hole and annular slab 51 among spring.The protrusion 24 at 23 back side of the first knob is also possible to spine
The direction of tooth 53,23 back side ratchet 53 of the first knob is consistent with the direction of 51 front ratchet 53 of annular slab.
In addition, please refer to shown in Fig. 3, the specific structure of vertical adjustment module 20 can also include first vector plate 25, the
One ball-screw 26 and longitudinal auxiliary roll-off module.
Wherein, first vector plate 25 is for carrying the lateral adjustments module 30.
First ball screw 26 is set between the first vector plate 25 and the pedestal 10, the first ball screw
26 screw rod is longitudinally fixed on the pedestal 10 by rolling bearing, the nut of the first ball screw 26 and described the
The lower surface of one carrier board 25 is fixedly connected, and first knob 23 is set to one end of the screw rod.The elastic component 52
The other end is fixed on the edge of pedestal 10 or is fixed on the side of rolling bearing, and elastic component 52 and annular slab 51 are set in spiral shell
The end of bar, and then the front of annular slab 51 and the back side of the first knob 23 is made to offset.
Longitudinal auxiliary slipping mechanism is set between the first vector plate 25 and the pedestal 10, including auxiliary slide channel 27
With the auxiliary slider 28 that can be slid along the auxiliary slide channel 27, the auxiliary slide channel 27 is parallel to the screw rod；The auxiliary is slided
Road 27 is set on the pedestal 10, and the auxiliary slider 28 is set to the lower surface of the first vector plate 25；Alternatively, described
Auxiliary slide channel 27 is set to the lower surface of the first vector plate 25, and the auxiliary slider 28 is set on the pedestal 10.Tool
Body, the auxiliary slide channel 27 can be slide bar, and slide bar both ends are supported on pedestal 10 by support blocks.Correspondingly, auxiliary
Sliding block 28 can be the block opened up with through-hole, and auxiliary slider 28 is interspersed on slide bar.
In use, the first knob 23 described in manual turn, rotates synchronously the screw rod of first ball screw 26.First ball
The nut of lead screw 26 is along the screw rod straight skidding, while auxiliary slider 28 is along 27 straight skidding of auxiliary slide channel, first vector plate
25 opposite 10 straight skiddings of pedestal.
Specific structure based on above-mentioned vertical adjustment module 20, it should be understood that, the specific structure of lateral adjustments module 30
See also vertical adjustment module 20, it may be assumed that
Lateral adjustments module 30 may include the second knob, and second knob is configured as working as the second knob described in turn
When, the relatively described vertical adjustment module 20 of the lateral adjustments module 30 slides；The second steering is provided at second knob
Mechanism, second steering mechanism lean with second knob, are only capable of second knob in one direction by turn；
Second steering mechanism can be separated with second knob under external force, when second steering mechanism and described second
After knob separation, second knob can be along both direction clockwise and anticlockwise by turn.Specifically, the second steering mechanism can
Annular slab and elastic component are specifically included, the front of annular slab is provided with several ratchets, and one end of elastic component connects the annular slab
The back side, the other end fixes.Elastic component is in pressured state always, makes front and the back of second knob of the annular slab
Face leans；The back side of second knob is provided with the protrusion to match with the ratchet.Wherein, the elastic component can be specific
Select spring, the through-hole alignment among through-hole and annular slab among spring.The protrusion at the second knob back side is also possible to ratchet,
The direction of second knob back side ratchet is consistent with the direction of annular slab front ratchet.In view of the second steering mechanism and the first steering
The specific structure of mechanism 50 is substantially identical, therefore the present embodiment is no longer that the second steering mechanism special figure is explained.
In addition, the specific structure of lateral adjustments module 30 also can also include Second support plate, the second ball-screw and cross
To auxiliary slipping mechanism.
Wherein, Second support plate is for carrying the forced centering plate 40.
Second ball-screw is set between the Second support plate and the first vector plate 25, second ball wire
The screw rod of thick stick is longitudinally fixed on the first vector plate 25 by rolling bearing, the nut of second ball-screw and institute
The lower surface for stating Second support plate is fixedly connected, and second knob is set to one end of the screw rod.
Laterally auxiliary slipping mechanism is set between the Second support plate and the first vector plate 25, including auxiliary is slided
Road and the auxiliary slider that can be slid along the auxiliary slide channel, the auxiliary slide channel are parallel to the screw rod；The auxiliary slide channel is set
It is placed on the first vector plate 25, the auxiliary slider is set to the lower surface of the Second support plate；Alternatively, the auxiliary
Slideway is set to the lower surface of the Second support plate, and the auxiliary slider is set on the first vector plate 25.
In view of the specific structure of lateral adjustments module 30 and the specific structure of vertical adjustment module 20 are substantially identical, therefore
The present embodiment is no longer that 30 special figure of lateral adjustments module is explained.
In addition, please referring to shown in Fig. 4, the adjusting platform of the engineering surveying instrument can also include vertical adjustment module
60.The vertical adjustment module 60 is set between the pedestal 10 and vertical adjustment module 20, or is set to the transverse direction
Between adjustment module 30 and forced centering plate 40.Specifically, please referring to shown in Fig. 5, the vertical adjustment module 60 can be wrapped specifically
Include third carrier board 61 and cross frames 62, the upper and lower ends of the side of the cross frames 62 respectively with third carrier board 61 and pedestal
10 are slidably connected, and the sliding side of the cross frames 62 is connected with one end of a threaded rod 63, another end cap of the threaded rod 63
Equipped with adjusting nut 64, the upper end of the adjusting nut 64 is resisted against at the lateral margin of first vector plate 25.In use, passing through turn
Adjusting nut 64 makes the sliding end slid inward of cross frames 62, the jacking upwards immediately of cross frames 62, to realize height adjustment.
Above description is only a specific implementation of the present invention, but the protection scope of the utility model is not limited to
In this, anyone skilled in the art can readily occur in variation within the technical scope disclosed by the utility model
Or replacement, should all it cover within the protection scope of the present utility model.
Claims (8)
1. a kind of adjusting platform of engineering surveying instrument characterized by comprising
Pedestal；
Vertical adjustment module, the vertical adjustment module are equipped on the pedestal, and the vertical adjustment module can be relatively described
Pedestal sliding, the direction of Relative sliding are the longitudinal direction in horizontal plane；Is provided on the side of the vertical adjustment module
One scale strip, the side of the vertical adjustment module are provided with the first pointer for being directed toward first scale strip；
Lateral adjustments module, the lateral adjustments module are equipped in the vertical adjustment module, and the lateral adjustments module can
The relatively described vertical adjustment module sliding, the direction of Relative sliding is the transverse direction in horizontal plane；The lateral adjustments module
Side on be provided with the second scale strip, the side of the lateral adjustments module, which is provided with, is directed toward the second of second scale strip
Pointer；And
Forced centering plate, the forced centering plate are equipped in the lateral adjustments module, offer on the forced centering plate
For installing the mounting hole of fixed engineering surveying instrument.
2. the adjusting platform of engineering surveying instrument according to claim 1, which is characterized in that the vertical adjustment module packet
Include the first knob, when first knob is configured as the first knob described in the turn, the vertical adjustment module is relatively described
Pedestal sliding；
The first steering mechanism is provided at first knob, first steering mechanism leans with first knob, makes
First knob is only capable of in one direction by turn；First steering mechanism can under external force with first knob
Separation, after first steering mechanism is separated with first knob, first knob can be along clockwise and anticlockwise two
A direction is by turn.
3. the adjusting platform of engineering surveying instrument according to claim 2, which is characterized in that first steering mechanism packet
It includes:
Annular slab, the front of the annular slab are provided with several ratchets；And
Elastic component, one end of the elastic component connect the back side of the annular slab, and the other end is fixed；
The elastic component is in pressured state always, and the back side in the front and first knob that make the annular slab leans；
The back side of first knob is provided with the protrusion to match with the ratchet.
4. the adjusting platform of engineering surveying instrument according to claim 2, which is characterized in that the vertical adjustment module is also
Include:
First vector plate, for carrying the lateral adjustments module；
First ball screw, the first ball screw are set between the first vector plate and the pedestal, and described first
The screw rod of ball-screw is longitudinally fixed on the pedestal by rolling bearing, the nut of the first ball screw with it is described
The lower surface of first vector plate is fixedly connected, and first knob is set to one end of the screw rod；And
Longitudinal auxiliary slipping mechanism, longitudinal auxiliary slipping mechanism are set between the first vector plate and the pedestal,
Including auxiliary slide channel and the auxiliary slider that can be slid along the auxiliary slide channel, the auxiliary slide channel is parallel to the screw rod；It is described
Auxiliary slide channel is set on the pedestal, and the auxiliary slider is set to the lower surface of the first vector plate；Alternatively, described auxiliary
Inrun is set to the lower surface of the first vector plate, and the auxiliary slider is set on the pedestal.
5. the adjusting platform of engineering surveying instrument according to claim 4, which is characterized in that the lateral adjustments module packet
Include the second knob, when second knob is configured as the second knob described in the turn, the lateral adjustments module is relatively described
The sliding of vertical adjustment module；
The second steering mechanism is provided at second knob, second steering mechanism leans with second knob, makes
Second knob is only capable of in one direction by turn；Second steering mechanism can under external force with second knob
Separation, after second steering mechanism is separated with second knob, second knob can be along clockwise and anticlockwise two
A direction is by turn.
6. the adjusting platform of engineering surveying instrument according to claim 5, which is characterized in that the lateral adjustments module is also
Include:
Second support plate, for carrying the forced centering plate；
Second ball-screw, second ball-screw are set between the Second support plate and the first vector plate, institute
The screw rod for stating the second ball-screw is longitudinally fixed on the first vector plate by rolling bearing, second ball-screw
Nut be fixedly connected with the lower surface of the Second support plate, second knob is set to one end of the screw rod；And
Laterally auxiliary slipping mechanism, the laterally auxiliary slipping mechanism are set to the Second support plate and the first vector plate
Between, including auxiliary slide channel and the auxiliary slider that can be slid along the auxiliary slide channel, the auxiliary slide channel is parallel to the screw rod；
The auxiliary slide channel is set on the first vector plate, and the auxiliary slider is set to the lower surface of the Second support plate；
Alternatively, the auxiliary slide channel is set to the lower surface of the Second support plate, the auxiliary slider is set to the first vector
On plate.
7. the adjusting platform of engineering surveying instrument according to claim 1, which is characterized in that further include vertical adjustment mould
Block, the vertical adjustment module are set between the pedestal and vertical adjustment module, or are set to the lateral adjustments mould
Between block and forced centering plate.
8. the adjusting platform of engineering surveying instrument according to any one of claims 1 to 7, which is characterized in that on the pedestal
It is provided with the connecting hole for being connected and fixed with instrument mounting rack.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821787326.3U CN209055121U (en) | 2018-10-31 | 2018-10-31 | The adjusting platform of engineering surveying instrument |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821787326.3U CN209055121U (en) | 2018-10-31 | 2018-10-31 | The adjusting platform of engineering surveying instrument |
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| Publication Number | Publication Date |
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| CN209055121U true CN209055121U (en) | 2019-07-02 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110680553A (en) * | 2019-11-14 | 2020-01-14 | 南京市中医院 | Adjustable operation panel suitable for rat brain stereotaxic apparatus |
-
2018
- 2018-10-31 CN CN201821787326.3U patent/CN209055121U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110680553A (en) * | 2019-11-14 | 2020-01-14 | 南京市中医院 | Adjustable operation panel suitable for rat brain stereotaxic apparatus |
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