CN206892438U - Portable microscope equipment based on transmission of wireless signals and control - Google Patents
Portable microscope equipment based on transmission of wireless signals and control Download PDFInfo
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- CN206892438U CN206892438U CN201720841688.5U CN201720841688U CN206892438U CN 206892438 U CN206892438 U CN 206892438U CN 201720841688 U CN201720841688 U CN 201720841688U CN 206892438 U CN206892438 U CN 206892438U
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Abstract
The utility model discloses a kind of portable microscope equipment based on transmission of wireless signals and control, including body (1), lighting mechanism (2), objective table (3), objective lens unit (4) and electrical control mechanism.Inverted structure and wireless data transmission structure are used based on the portable microscope equipment of transmission of wireless signals and control, therefore it can realize that image information is transmitted to the display screen of computer terminal or mobile phone terminal, and then can realize more compact volume, more preferable portability by real time feedback image information to controller, controller in real time by wireless transport module；Objective lens unit including focusing motor, electrical control mechanism due to including driver and automatic focusing module, therefore software support is coordinated to realize that the automatic backtracking of multiple spot memory, the focal length of section in uneven thickness correct automatically, the entire image that each observation station clearly focuses on can be obtained simultaneously, especially suitable for Site Detection operations such as medical science detection, educational applications, biological study, geological research, legal medical expert's evidence obtainings.
Description
Technical field
The utility model is related to a kind of microscope equipment, it is specifically a kind of suitable for microcosmic observation based on transmission of wireless signals
With the portable microscope equipment of control, belong to microcosmic observation technical field.
Background technology
Microscope is a kind of optical instrument being made up of the combination of a lens or several lens, is that the mankind enter the atomic time
The mark in generation, it is mainly used in amplifying the instrument that small items can be seen as human eye, it is new that it contributes to scientist to find
Species, contribute to medical treatment disease.
Microscope carries out classification with micro- principle can be divided into light microscope and electron microscope and digit microscope, optics
Microscope generally includes opticator, lighting part and mechanical part, the light microscope of traditional high magnification numbe not only greatly but also again, pendulum
Put and carry and be all relatively limited, be used for laboratory, be not suitable for normal domestic use；And operator is often right during sample under peephole
The operation of eyepiece lens barrel, scope of activities is not only limit and observation operator easily produces fatigue for a long time；In addition, it is directed to
Need frequently to readjust focusing during sample repeated observation sampling of the focus not in approximately the same plane, speed is slow and easily generation
Error, therefore the department such as medicine, biology or scientific research uses electron microscope and digit microscope more at present.
Portable microscope is also referred to as hand-held microscope, is the digit microscope and videomicroscopy that developed in recent years
The extension of series, by digital-to-analogue conversion it can be made to be imaged on the screen that microscope carries material picture that microscope is seen
Or on computer, different from traditional optical amplification, hand-held microscope is all digital amplification, its typically pursue it is portable, compact and
Exquisiteness, it is easy to carry, and the hand-held microscope having has the screen of oneself, can depart from host computer independent imaging, it is easy to operate,
Can also integrate some such as support to take pictures, video recording or image comparison, measurement digital function.
It is easy to carry although hand-held microscope has, is particularly suitable for mobile detection, Site Detection, hand-held microscope
Multiplication factor generally only there is certain limitation in 100~200 times or so, microscopic observation；Hand-held microscope is generally only
Reflective observing can be carried out, viewed in transmittance can not be realized, therefore use has certain limitation；Existing hand-held is microscopical
Focusing is most still based on manual focusing, relative difficulty of accurately focusing；In addition, existing hand-held microscope can not generally be realized
Remote control, operator can not operate the microscope in strange land.
The content of the invention
In view of the above-mentioned problems, the utility model provides a kind of portable microscope equipment based on transmission of wireless signals and control,
With smaller size smaller, be easy to carry on the premise of, larger multiplication factor can not only be realized, and can realize transmission see
Examine, automatic focusing and remote control, especially suitable for medical science detection, educational applications, biological study, geological research, Fa Yiqu
The Site Detection operation in the fields such as card.
To achieve the above object, body, flare-aircraft are included based on transmission of wireless signals and the portable microscope equipment of control
Structure, objective table, objective lens unit and electrical control mechanism；
Described lighting mechanism is arranged on the top of body, including lower shot-light and support frame, and lower shot-light is fixedly mounted on branch
On support and the direction of illumination of lower shot-light is set straight down, and support frame bottom is arranged on body, face in the plane of body top
The position of lower shot-light is provided with light hole；
Described objective table is located at the position directly below of lower shot-light, and objective table passes through positioning translation part and the top surface of body
Installation connection, positioning translation part include anterior-posterior translation part and/or left and right member of translational, and objective table includes being fixedly installed on it
The light transmission piece of top plane central position and the piece pressing clip being arranged on around light transmission piece；
Described objective lens unit is located at the position directly below of objective table, including modular support set, objective lens parts, focusing motor
And ccd image sensor, objective lens parts, focusing motor and ccd image sensor are sequentially coaxially arranged on component branch from top to bottom
In support set, and objective lens parts are connected by being oriented to connection member with focusing motor, and modular support set is fixedly mounted on internal body；
Described electrical control mechanism includes power module, controller, lighting module, driver, automatic focusing module, CCD moulds
Block and wireless transport module, power module are electrically connected with the controller, controller respectively with lighting module, driver, auto-focusing
Module, CCD modules and wireless transport module electrical connection.
As further improvement of the utility model scheme, described positioning translation part also includes driven in translation, translation
Driving electrically connects with the driver of electrical control mechanism.
As a kind of embodiment of the utility model positioning translation part, described positioning translation part 31 is gear teeth
Bar structure, described driven in translation are servomotors.
As further improvement of the utility model scheme, the bottom of described support frame is articulated and connected and cut with scissors with body
Connect position and be provided with hinge angle positioning element.
As a kind of embodiment of the utility model support frame articulated manner, described support frame bottom is articulated and connected
The hinge axes vertical direction of position is set.
As the another embodiment of the utility model support frame articulated manner, the be hinged company of described support frame bottom
The hinge axes for connecing position are horizontally arranged.
As further improvement of the utility model scheme, the top of the modular support set of described objective lens unit and body
Light hole baseplane concordantly closed setting.
As further improvement of the utility model scheme, the power module of described electrical control mechanism includes rechargeable battery
Group, charging circuit and charge protector.
Compared with prior art, inverted structure and nothing are used based on the portable microscope equipment of transmission of wireless signals and control
Line data transmission structure, therefore can realize that real time feedback image information is real by wireless transport module to controller, controller
When image information is transmitted to the display screen of computer terminal or mobile phone terminal, and then more compact volume, more preferable can be realized
Portability；Objective lens unit changes and passed due to including driver and automatic focusing module including focusing motor, electrical control mechanism
Unite microscopical manual focus mode, control driver and automatic focusing module to realize auto-focusing by controller, and
And coordinate software support to realize that the automatic backtracking of multiple spot memory, the focal length of section in uneven thickness correct automatically, while can be with
Realization is focused image procossing to each aspect of tested sample, can obtain the entire image that each observation station clearly focuses on, enter
And avoid simple microscope when increasing multiplication factor in the case that longitudinally varying scope is larger caused by the depth of field of its fixation
The drawbacks of being difficult to the every aspect of clear display tested sample；By setting suitable objective lens parts to realize viewed in transmittance；
By setting rational objective lens parts and focussing distance to realize more than 500 times of bigger multiplication factor；Pass through mobile phone, computer
Long-range linkup transmit control instruction can realize that auto-focusing, adjustment shine in the case of the network supports such as the Wi-Fi Deng control terminal
The operation such as bright, being finished based on the portable microscope equipment of transmission of wireless signals and control can Real-time Feedback execution feelings after operation
To terminal is controlled, control terminal can carry out respective handling, that is, realize the remote control of operating personnel, particularly suitable for condition and image
Site Detection operation in fields such as medical science detection, educational applications, biological study, geological research, legal medical expert's evidence obtainings.
Brief description of the drawings
Fig. 1 is three dimensional structure diagram of the present utility model；
Fig. 2 is partial sectional view of the present utility model.
In figure：1st, body, 2, lighting mechanism, 21, lower shot-light, 22, support frame, 3, objective table, 31, positioning translation part,
4th, objective lens unit, 41, objective lens parts, 42, focusing motor, 43, ccd image sensor.
Embodiment
The utility model is described further below in conjunction with the accompanying drawings.
As shown in Figure 1 and Figure 2, body 1, flare-aircraft are included based on transmission of wireless signals and the portable microscope equipment of control
Structure 2, objective table 3, objective lens unit 4 and electrical control mechanism.
Described lighting mechanism 2 is arranged on the top of body 1, including lower shot-light 21 and support frame 22, and lower shot-light 21 is fixed
On support frame 22 and the direction of illumination of lower shot-light 21 is set straight down, and the bottom of support frame 22 is arranged on body 1,
The position that body 1 pushes up shot-light 21 under face in plane is provided with light hole.
Described objective table 3 is located at the position directly below of lower shot-light 21, and objective table 3 passes through positioning translation part 31 and body
1 top surface installation connection, positioning translation part 31 include anterior-posterior translation part and/or left and right member of translational, and objective table 3 includes solid
Surely it is arranged on it and pushes up the light transmission piece of plane central position and the piece pressing clip being arranged on around light transmission piece.
Described objective lens unit 4 is located at the position directly below of objective table 3, including modular support set, objective lens parts 41, focusing
Motor 42 and ccd image sensor 43, objective lens parts 41, focusing motor 42 and ccd image sensor 43 are same successively from top to bottom
Axle is arranged in modular support set, and objective lens parts 41 are connected by being oriented to connection member with focusing motor 42, focusing motor 42
Rotation can drive objective lens parts 41 to move up and down and realize focusing, and modular support set is fixedly mounted on inside body 1.
Described electrical control mechanism includes power module, controller, lighting module, driver, automatic focusing module, CCD moulds
Block and wireless transport module, power module are electrically connected with the controller, controller respectively with lighting module, driver, auto-focusing
Module, CCD modules and wireless transport module electrical connection.
Corresponding computer software or cell phone software is being coordinated to make based on transmission of wireless signals and the portable microscope equipment of control
Used time, first tested sample intermediate plate is placed on objective table 3, then starts the power module of electrical control mechanism, power module is
Controller, lighting module, driver, automatic focusing module, CCD modules and wireless transport module provide electric energy, by computer or hand
Machine is with being Real-time Feedback based on ccd image sensor 43 after transmission of wireless signals and the portable microscope equipment wireless connection of control
Image information to controller, controller is in real time transmitted image information to computer terminal or mobile phone terminal by wireless transport module
Display screen on, the control software of the operable computer end of operating personnel or mobile phone terminal control lighting module activates to open lower shot-light
21, the illuminating ray that lower shot-light 21 is sent is radiated at ccd image sensing through tested sample intermediate plate, objective table, objective lens parts 41
On device 43, the feedback image signal of ccd image sensor 43 to controller, controller controls automatic focusing module according to plug-in
Start and the action of objective lens parts 41 is realized auto-focusing by the action of driver control focusing motor 42；Grasped in detection process
Make personnel can as needed the control software manual control automatic focusing module of computer operating or mobile phone terminal start with
Realize to sample for sample repeated observation of the focus not in approximately the same plane and then each observation station can be obtained and clearly focus on
View picture picture rich in detail, operating personnel can also control as needed the action of positioning translation part 31 make objective table 3 along left and right or
Fore-and-aft direction movement carries out omnibearing observation to realize to tested sample.
In order to further realize the positioning translation for automatically controlling objective table 3, further improvement of the utility model side is used as
Case, described positioning translation part 31 also include driven in translation, and driven in translation electrically connects with the driver of electrical control mechanism；Pass through electricity
Control software in brain terminal or mobile phone terminal can realize control driven in translation action, and then realize and automatically control objective table 3
Positioning translation.
As a kind of embodiment of the utility model positioning translation part 31, described positioning translation part 31 is gear
Rack structure, described driven in translation are servomotors.
By the way of the utility model using top due to penetrating light source, therefore for the ease of placing tested sample on objective table 3
Intermediate plate, as further improvement of the utility model scheme, the bottom of described support frame 22 is articulated and connected and cut with scissors with body 1
Connect position and be provided with hinge angle positioning element, can be controlled when placing sample intermediate plate support frame 22 along its jointed shaft rotate to
Certain angle makes the lower model- following control support frame 22 of shot-light 21 movement step down, and then realizes that the top of objective table 3 has larger operation
Space, it is easy to place tested sample intermediate plate, the reset of support frame 22, hinge angle positioning is operated after placing tested sample intermediate plate
Part can realize that the precise angle of support frame 22 resets.
As a kind of embodiment of the articulated manner of the utility model support frame 22, the described bottom of support frame 22 is hinged
The hinge axes vertical direction of link position is set, i.e., support frame 22 can move in a manner of relative to the translation rotation of body 1
Step down.
As the another embodiment of the articulated manner of the utility model support frame 22, the hinge of the described bottom of support frame 22
It is horizontally arranged to connect the hinge axes of link position, i.e., support frame 22 can move in a manner of relative to the upset rotation of body 1
It is dynamic to step down.
In order to prevent the excessive influence image quality of light, as further improvement of the utility model scheme, described thing
The top closed setting concordant with the baseplane of the light hole of body 1 of the modular support set of mirror assembly 4.
In order to suitable for field detection operation, as further improvement of the utility model scheme, described electrical control mechanism
Power module include rechargeable battery pack, charging circuit and charge protector.
Inverted structure and wireless data transmission structure are used based on the portable microscope equipment of transmission of wireless signals and control,
Therefore it can realize that real time feedback image information to controller, controller is in real time transmitted image information by wireless transport module
On to the display screen of computer terminal or mobile phone terminal, and then more compact volume, more preferable portability can be realized；Objective lens unit
4 including focusing motor 42, electrical control mechanism due to including driver and automatic focusing module, therefore changes the manual of conventional microscope
Focusing mode, control driver and automatic focusing module to realize auto-focusing by controller, and coordinate software support
It can realize that the automatic backtracking of multiple spot memory, the focal length of section in uneven thickness are corrected, while can realized to tested sample automatically
Each aspect is focused image procossing, can obtain the entire image that each observation station clearly focuses on, and then avoids common micro-
Mirror is difficult to clearly show quilt when increasing multiplication factor in the case that longitudinally varying scope is larger caused by the depth of field of its fixation
The drawbacks of every aspect of test sample sheet；By setting suitable objective lens parts 41 to realize viewed in transmittance；It is reasonable by setting
Objective lens parts 41 and focussing distance can realize more than 500 times of bigger multiplication factor；Terminal is controlled by mobile phone, computer etc.
The network support such as Wi-Fi in the case of long-range linkup transmit control instruction can realize the operations such as auto-focusing, adjustment illumination, this
Portable microscope equipment based on transmission of wireless signals and control be finished after operation can Real-time Feedback implementation status and image extremely
Terminal is controlled, control terminal can carry out respective handling, that is, realize the remote control of operating personnel, be examined especially suitable for medical science
The Site Detection operation in the fields such as survey, educational applications, biological study, geological research, legal medical expert's evidence obtaining.
Claims (8)
1. a kind of portable microscope equipment based on transmission of wireless signals and control, including body (1), lighting mechanism (2), objective table
(3), objective lens unit (4) and electrical control mechanism；Characterized in that,
Described lighting mechanism (2) is arranged on the top of body (1), including lower shot-light (21) and support frame (22), lower shot-light
(21) it is fixedly mounted on support frame (22) and the direction of illumination of lower shot-light (21) is set straight down, support frame (22) bottom
On body (1), the position of shot-light (21) is provided with light hole under face in the plane of body (1) top；
Described objective table (3) is located at the position directly below of lower shot-light (21), objective table (3) by positioning translation part (31) with
The top surface installation connection of body (1), positioning translation part (31) include anterior-posterior translation part and/or left and right member of translational, loading
Platform (3) includes the piece pressing clip for being fixedly installed on the light transmission piece of its top plane central position and being arranged on around light transmission piece；
Described objective lens unit (4) is located at the position directly below of objective table (3), including modular support set, objective lens parts (41), right
Burnt motor (42) and ccd image sensor (43), objective lens parts (41), focusing motor (42) and ccd image sensor (43) are certainly
Sequentially coaxially it is arranged in modular support set under above, and objective lens parts (41) are by being oriented to connection member and focusing motor (42)
Connection, it is internal that modular support set is fixedly mounted on body (1)；
Described electrical control mechanism include power module, controller, lighting module, driver, automatic focusing module, CCD modules and
Wireless transport module, power module are electrically connected with the controller, controller respectively with lighting module, driver, automatic focusing module,
CCD modules and wireless transport module electrical connection.
2. the portable microscope equipment according to claim 1 based on transmission of wireless signals and control, it is characterised in that described
Positioning translation part (31) also include driven in translation, driven in translation electrically connects with the driver of electrical control mechanism.
3. the portable microscope equipment according to claim 2 based on transmission of wireless signals and control, it is characterised in that described
Positioning translation part (31) be gear ＆ rack structure, described driven in translation is servomotor.
4. the portable microscope equipment based on transmission of wireless signals and control according to claim 1 or 2 or 3, its feature exist
It is articulated and connected in the bottom of, described support frame (22) with body (1) and articulated position is provided with hinge angle positioning element.
5. the portable microscope equipment according to claim 4 based on transmission of wireless signals and control, it is characterised in that described
Support frame (22) bottom the position that is articulated and connected hinge axes vertical direction set.
6. the portable microscope equipment according to claim 4 based on transmission of wireless signals and control, it is characterised in that described
Support frame (22) bottom the position that is articulated and connected hinge axes it is horizontally arranged.
7. the portable microscope equipment based on transmission of wireless signals and control according to claim 1 or 2 or 3, its feature exist
In the top closed setting concordant with the baseplane of the light hole of body (1) of the modular support set of described objective lens unit (4).
8. the portable microscope equipment based on transmission of wireless signals and control according to claim 1 or 2 or 3, its feature exist
In the power module of described electrical control mechanism includes rechargeable battery pack, charging circuit and charge protector.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720841688.5U CN206892438U (en) | 2017-07-12 | 2017-07-12 | Portable microscope equipment based on transmission of wireless signals and control |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720841688.5U CN206892438U (en) | 2017-07-12 | 2017-07-12 | Portable microscope equipment based on transmission of wireless signals and control |
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| Publication Number | Publication Date |
|---|---|
| CN206892438U true CN206892438U (en) | 2018-01-16 |
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| CN201720841688.5U Active CN206892438U (en) | 2017-07-12 | 2017-07-12 | Portable microscope equipment based on transmission of wireless signals and control |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110272818A (en) * | 2019-04-23 | 2019-09-24 | 南京海芮肯信息技术有限公司 | Bacterial micro-organism detection device and its detection method |
| CN111694142A (en) * | 2019-03-13 | 2020-09-22 | 中国科学院上海光学精密机械研究所 | Portable digital microscope |
| CN113817591A (en) * | 2020-06-18 | 2021-12-21 | 广州中国科学院先进技术研究所 | Portable integrated biological experiment device |
-
2017
- 2017-07-12 CN CN201720841688.5U patent/CN206892438U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111694142A (en) * | 2019-03-13 | 2020-09-22 | 中国科学院上海光学精密机械研究所 | Portable digital microscope |
| CN110272818A (en) * | 2019-04-23 | 2019-09-24 | 南京海芮肯信息技术有限公司 | Bacterial micro-organism detection device and its detection method |
| CN113817591A (en) * | 2020-06-18 | 2021-12-21 | 广州中国科学院先进技术研究所 | Portable integrated biological experiment device |
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