CN205722483U - Microscope experiment equipment and the most micro-realize system - Google Patents
Microscope experiment equipment and the most micro-realize system Download PDFInfo
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- CN205722483U CN205722483U CN201620185546.3U CN201620185546U CN205722483U CN 205722483 U CN205722483 U CN 205722483U CN 201620185546 U CN201620185546 U CN 201620185546U CN 205722483 U CN205722483 U CN 205722483U
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Abstract
The utility model discloses a kind of microscope experiment equipment and long-range microscope experiment system, described microscope experiment equipment includes: microimaging equipment (1), micrometron (2) and control box 3；Described microimaging equipment (1) is connected with described micrometron (2), is used for gathering the micro-image that described micrometron (2) is formed according to sample；Described control box (3) communicates to connect with described micrometron (2), and the operational order for triggering according to user controls the duty of described micrometron (2).This utility model completes microscope experiment by microimaging equipment and the control the most remote controlled micrometron of box, can be effectively improved the utilization rate of slack resources.
Description
Technical field
This utility model embodiment relates to areas of information technology, particularly relates to a kind of microscope experiment equipment and remotely
Micro-realize system.
Background technology
Along with the Internet, Internet of Things, the becoming better and approaching perfection day by day of mobile communication, the lasting propelling of wisdom education, and
Knowledgeable people's raises a cry of warning, and the Internet thinking starts to embed in the brains of educator, impact teaching reason
Thought, the transformation of teaching method, the numerous areas in teaching has caused change.
Observe and experiment has irreplaceable effect in basic education.But traditional experiment teaching is in classroom
Or laboratory is carried out, student experimenting is by educational resource, teaching environment, instructional blocks of time, teacher strength
Restriction Deng many factors.On the one hand student thirsts for testing, but experimental resources or time do not possess；Another
Aspect, some school has again a large amount of instruments used for education to leave unused, but way to manage falls behind, and causes the wasting of resources, with
Time owing to lacking effective carrier, high-quality educational resources can not be shared.
Therefore, it is badly in need of a kind of microscope experiment equipment that can remotely control, to solve above-mentioned technical problem.
Utility model content
This utility model provides a kind of microscope experiment equipment and long-range microscope experiment system, micro-remotely to control
Experiment, is effectively improved resource utilization.
First aspect, this utility model embodiment provides a kind of microscope experiment equipment, including: microimaging
Equipment 1, micrometron 2 and control box 3；
Described microimaging equipment 1 is connected with described micrometron 2, is used for gathering described micrometron
2 micro-images formed according to sample；
Described control box 3 communicates to connect with described micrometron 2, refers to for the operation triggered according to user
Order controls the duty of described micrometron 2.
Second aspect, this utility model embodiment additionally provides the most micro-system that realizes of one, and above-mentioned first
Microscope experiment equipment described in aspect.
This utility model completes micro-by microimaging equipment and the control the most remote controlled micrometron of box
Experiment, can be effectively improved the utilization rate of slack resources.
Accompanying drawing explanation
Fig. 1 is the structure chart of a kind of microscope experiment equipment in this utility model embodiment one；
Fig. 2 A is a kind of the most micro-structure chart realizing system in this utility model embodiment two；
Fig. 2 B is that a kind of the most micro-microscope experiment realized in system in this utility model embodiment two sets
Standby, Terminal Server Client and the annexation schematic diagram of server；
Fig. 2 C is a kind of the most micro-Terminal Server Client realized in system in this utility model embodiment two
Structure chart.
Detailed description of the invention
The utility model is described in further detail with embodiment below in conjunction with the accompanying drawings.It is understood that
Specific embodiment described herein is used only for explaining this utility model, rather than to restriction of the present utility model.
It also should be noted that, for the ease of describing, accompanying drawing illustrate only the portion relevant to this utility model
Divide rather than entire infrastructure.
Embodiment one
The structure chart of a kind of microscope experiment equipment that Fig. 1 provides for this utility model embodiment one, the present embodiment
Described microscope experiment equipment is applicable to remotely control micrometron to carry out microscope experiment or views and emulates micro-reality
The scene tested, as it is shown in figure 1, specifically include: microimaging equipment 1, micrometron 2 and control box 3；
Described microimaging equipment 1 and described micrometron 2) it is connected, it is used for gathering described the most micro-
The micro-image that mirror 2 is formed according to sample；Described control box 3 communicates to connect with described micrometron 2,
Operational order for triggering according to user controls the duty of described micrometron 2.
Wherein, described microimaging equipment is preferably micro-camera.Described micrometron 2 is for basis
Sample forms micro-image.Described microimaging equipment 1 specifically can be the most micro-with described by c-type interface
Mirror 2 connects.
On the basis of above-described embodiment, described microscope experiment equipment also includes: computer 4；
Described computer 4 communicates to connect with described microimaging equipment 1, is used for showing and/or process described showing
The micro-image that micro-picture pick-up device 1 gathers.
On the basis of above-described embodiment, described microscope experiment equipment also includes: switch 5；
Described switch 5 communicates to connect with described control box 3, described computer 4, for for described control
Box 3 and described computer 4 set up communication connection with external communication device.
Wherein, described external communication device concretely Terminal Server Client or server, described switch 5 can
Setting up communication connection with external communication device, operational order can be transmitted to institute by user by external communication device
Stating control box 3, described control box 3 is by described operational order transmission extremely described micrometron 2, thus controls
The duty of described micrometron 2.
Described computer 4 also can carry out information transmission by switch 5 and external communication device, such as will be aobvious
The transmission of micro-image is further processed to external communication device.
On the basis of above-described embodiment, described microscope experiment equipment also includes: monitoring camera equipment 6；
Described monitoring camera equipment 6 communicates to connect with described switch 5, is used for monitoring described microscope experiment and sets
Standby duty, and by switch 5 transmission to described computer 4 and/or external communication device.
Wherein, described monitoring camera equipment 6 can be monitoring camera, for monitoring described microscope experiment equipment
Whole work process, and monitored picture is transmitted to described computer 4 and/or PERCOM peripheral communication by switch 5
Equipment carries out showing or processing.
The present embodiment completes micro-reality by microimaging equipment and the control the most remote controlled micrometron of box
Test, the utilization rate of slack resources can be effectively improved.
Embodiment two
The structure chart of a kind of long-range microscope experiment system that Fig. 2 A provides for this utility model embodiment two, this
Long-range microscope experiment system described in embodiment be applicable to remotely to control micrometron carry out microscope experiment or
View and emulate the scene of microscope experiment, as shown in Figure 2 A, specifically include: at least described in above-described embodiment one
Platform microscope experiment equipment 9, additionally, also include server 7 and at least one Terminal Server Client 8；
Concrete, described microscope experiment equipment 9, described server 7 and described Terminal Server Client 8 are concrete
As shown in Figure 2 B, described server 7 communicates to connect annexation with described switch 5, is used for storing teaching
Resource, and comprise for storing user profile and/or the data base of microscope experiment equipment working state information.Its
In, described teaching resource comprises Courseware Resource, such as microscopic digital section resource and micro-Courseware Resource storehouse,
Micro-Courseware Resource can be PPT courseware, multimedia video stream, picture and other types OFFICE document.
Data base includes customer data base and device databases, and customer data base comprises essential information and the user of user
Resources bank, is the laboratory report of user in user resource base, shares and net exploxer comment etc..Device databases bag
Having contained status information of equipment, status information of equipment comprises the quantity of equipment, the connection status of equipment and equipment
Use state etc..
Described Terminal Server Client 8 communicates to connect with described server 7, is used for controlling described microscope experiment equipment
Carry out microscope experiment or view and emulate microscope experiment.
Wherein, as shown in Figure 2 C, described Terminal Server Client 8 includes: log-in module 81, virtual experimental mould
Block 82, true experiment module 83, resource transfer module 84, Micrograph image processing module 85 and user's experiment
Reporting modules 86；
Described log-in module 81 is for accessing the teaching resource in described server 7 and/or the use in data base
Family information, and set up the connection with server 7, the microscope experiment needed for application；
Described virtual experimental module 82 is used for the operational order of user by described server 7, described exchange
Machine 5 and described control box 3 are transferred to described micrometron 2, it is achieved to described micrometron 2 from
Dynamic control；
Described true experiment module 83 for real-time reception and shows that described monitoring camera equipment 6 is by described friendship
Change planes the duty of the 5 microscope experiment equipment transmitted；
Described resource transfer module 84 is for the current micro-reality transmitted according to described microimaging equipment 1
Test observed target corresponding teaching resource of Auto-matching from described server 7, it is achieved with the most micro-
The contrast study of the observed result of experiment and/or CAL；
Described Micrograph image processing module 85 shows the microgram that described microimaging equipment 1 gathers in real time
Picture, and described micro-image is taken pictures, records a video, processes and measured；
Described user's laboratory report module 86 forms laboratory report for the microscope experiment carried out according to user,
And be submitted in teaching resources library, it is achieved sharing of microscope experiment.
Below by specific embodiment, the most micro-work realizing system provided described in the present embodiment is described
Principle.Realizing in system the most micro-of offer described in the present embodiment, all of microscope experiment equipment 9 leads to
Crossing switch 5 to communicate to connect with server 7, server 7 comprises control with the flow of information of microscope experiment equipment 9
Flow of information processed (comprising the instruction carrying out microscope experiment for controlling micrometron 2), status information stream (bag
Duty containing microscope experiment equipment) and image data stream (comprise the micro-image of collection and/or micro-reality
Test the duty image of equipment)；Teaching resource, database software information is contained in server 7；
Server 7 is connected by internet net with Terminal Server Client 8, and flow of information contains control flow of information, state
Flow of information, image data stream, resource and data base's flow of information etc..
Microimaging equipment 1, can be the most specifically micro-camera, and micro-camera passes through C interface with automatic
Microscope 2 connects, and gathers the optical imagery of micrometron 2, and view data is transmitted by data wire
It is acquired to computer 4, processes, shows and transmits.Micrometron 2 is by control line and control box
3 connect realization automatically controls.Control box 3 to be attached with switch 5, computer 4 and server 7 simultaneously
All achieve with switch 5 and be connected, therefore all can be realized controlling box 3 by computer 4 or server 7
Control, thus realize automatically controlling micrometron 2.Monitoring camera equipment 6, can use here
Monitoring camera, monitoring camera is attached with switch 5, therefore all may be used by computer 4 or server 7
Realize the image data acquiring to monitoring camera, process, show and transmit.
Concrete, when carrying out long-range microscopic test, Terminal Server Client 8 realizes the control to microscope experiment equipment
Make and carry out related experiment process.User is accessed in server 7 by the log-in module 81 of Terminal Server Client 8
Teaching resource, user basic information in data base set up the connection with server 7, and needed for applying for
Microscope experiment.Microscope experiment list is by the teaching resource in server 7, device databases in data base
The status information of equipment comprised shows, and feeds back to Terminal Server Client 8, and Terminal Server Client 8 selects institute
The free device listed remotely controls.Without idle equipment, Terminal Server Client 8 waits
Until available free equipment is available for remotely controlling.After microscope experiment equipment remotely controls successful connection, remotely visitor
Family end 8 opens following functional module: virtual experimental module 82, true experiment module 83, resource transfer module
84, Micrograph image processing module 85 and user's laboratory report module 86.Terminal Server Client 8 is by virtual
Experiment module 82 operates, and operational order is transferred to certainly by server 7, switch 5, control box 3
Dynamic microscope 2, it is achieved to automatically controlling of micrometron 2；True experiment module 83 can show in real time
The instantaneous operating conditions of microscope experiment equipment 9, this instantaneous operating conditions is from monitoring camera 6；According to working as
Target observed by front experiment, the corresponding teaching resource of resource transfer module 84 Auto-matching, can realize aobvious
Micro-digital slices resource and the access in micro-Courseware Resource storehouse, it is achieved with tele-experimentation observed by the contrast of result
Study, CAL etc.；Micrograph image processing module 85 showed from showing that microimaging equipment 1 is gathered
Micro-real time imaging, simultaneously can be to realizing taking pictures image, record a video, process and the function such as measurement；User
Laboratory report module 86 can realize the experiment carried out carrying out laboratory report making and being submitted in resources bank,
Thus realize experiment and share.User disconnects the connection with microscope experiment equipment 9, system update after terminating experiment
The status information of equipment of microscope experiment equipment 9.
When Terminal Server Client 8 realizes remotely viewing and emulating experiment, user's log-in module by Terminal Server Client 8
81 access the teaching resource in server 7, the foundation of the user basic information in data base and the company of server 7
Connect, and the microscope experiment viewed and emulated needed for application.Microscope experiment list by the teaching resource in server 7,
The status information of equipment that device databases in data base comprises shows, and feeds back to Terminal Server Client 8,
Terminal Server Client 8 selects the listed equipment viewed and emulated remotely to view and emulate.Without the equipment that can view and emulate,
Terminal Server Client 8 carries out waiting until the equipment viewed and emulated to be available for remotely to be viewed and emulated.Microscope experiment equipment 9 is long-range
After viewing and emulating successful connection, Terminal Server Client 8 opens following functional module: virtual experimental module 82, actual implementation
Test module 83, resource transfer module 84, Micrograph image processing module 85 and user's laboratory report module 86.
Now, virtual experimental module 82 can not be operated by Terminal Server Client 8, can only view and emulate other remote clients
The operation of end 8；True experiment module 83 can show the real-time status of microscope experiment equipment in real time, and this is real
Time state from monitoring camera 6；According to the target observed by current experiment, resource transfer module 84 is automatic
Mate corresponding resource, can realize microscopic digital section resource and the access in micro-Courseware Resource storehouse, it is achieved
With tele-experimentation observed by the contrast study of result, CAL etc.；Micrograph image processing module 85 display comes
The micro-image gathered from microimaging equipment 1, simultaneously can to realizing image be taken pictures, record a video,
The functions such as process and measurement；User's laboratory report module 86 can realize the experiment viewed and emulated is carried out laboratory report
Make, and be submitted in resources bank, thus realize experiment and view and emulate and share.User disconnects after terminating to view and emulate with aobvious
The connection of micro-experimental facilities, the status information of equipment of system update microscope experiment equipment.
When Terminal Server Client realizes personal space management and autonomic learning, Terminal Server Client 8 realizes remotely seeing
Rub experiment.User accesses the resource in server 7, data base by the log-in module 81 of Terminal Server Client 8
In user basic information set up and the connection of server 7.After successful connection, Terminal Server Client 8 can realize
Amendment to user basic information, the editor of user resource base, adds and the operation such as deletion, simultaneously can also
Carry out autonomic learning, access the microscopic digital section resource in Courseware Resource and micro-Courseware Resource storehouse.
The present embodiment combines by using monitoring camera and micrometron, it is achieved that virtual microscope experiment and
The combination of true microscope experiment, and by automatically identifying the target observed by current micrometron, from
The corresponding Courseware Resource of dynamic coupling organically combines with experiment, and is achieved remotely by network transmission technology
Microscope experiment is viewed and emulated, and makes microscope experiment not limited by time, space, and microscope experiment is convenient, effectively
Improve the utilization rate of slack resources.
Note, above are only preferred embodiment of the present utility model and institute's application technology principle.Art technology
Those skilled in the art, it will be appreciated that this utility model is not limited to specific embodiment described here, are come by personnel
Say and can carry out various obvious change, readjust and substitute without departing from protection model of the present utility model
Enclose.Therefore, although by above example, this utility model is described in further detail, but this
Utility model is not limited only to above example, in the case of conceiving without departing from this utility model, it is also possible to
Including other Equivalent embodiments more, and scope of the present utility model is determined by scope of the appended claims.
Claims (10)
1. a microscope experiment equipment, it is characterised in that including: microimaging equipment (1), micrometron (2) and control box (3)；
Described microimaging equipment (1) is connected with described micrometron (2), is used for gathering the micro-image that described micrometron (2) is formed according to sample；
Described control box (3) communicates to connect with described micrometron (2), and the operational order for triggering according to user controls the duty of described micrometron (2).
Microscope experiment equipment the most according to claim 1, it is characterised in that also include: computer (4)；
Described computer (4) communicates to connect with described microimaging equipment (1), is used for showing and/or process the micro-image that described microimaging equipment (1) gathers.
Microscope experiment equipment the most according to claim 2, it is characterised in that also include: switch (5)；
Described switch (5) and described control box (3), described computer (4) communication connection, for setting up communication connection for described control box (3) and described computer (4) with external communication device.
Microscope experiment equipment the most according to claim 3, it is characterised in that also include: monitoring camera equipment (6)；
Described monitoring camera equipment (6) communicates to connect with described switch (5), for monitoring the duty of described microscope experiment equipment, and by switch transmission to described computer (4) and/or external communication device.
5. according to the microscope experiment equipment described in any one of Claims 1 to 4, it is characterised in that described microimaging equipment (1) is connected with described micrometron (2) by c-type interface.
6. according to the microscope experiment equipment described in any one of Claims 1 to 4, it is characterised in that described microimaging equipment (1) is micro-camera, and/or monitoring camera equipment (6) is monitoring camera.
7. one kind long-range micro-realizes system, it is characterised in that include the microscope experiment equipment described in any one of claim 1～6.
The most according to claim 7 the most micro-realize system, it is characterised in that also include: server (7) and switch (5)；
Described server (7) communicates to connect with described switch (5), is used for storing teaching resource, and comprises for storing user profile and/or the data base of microscope experiment equipment working state information.
The most according to claim 8 the most micro-realize system, it is characterised in that also include: Terminal Server Client (8)；
Described Terminal Server Client (8) communicates to connect with described server (7), is used for controlling described microscope experiment equipment and carries out microscope experiment or view and emulate microscope experiment.
The most according to claim 9 the most micro-realize system, it is characterised in that also include: monitoring camera equipment (6)；
Accordingly, described Terminal Server Client (8) including:
Log-in module, is used for accessing the teaching resource in described server (7) and/or the user profile in data base, and sets up the connection with server (7), the microscope experiment needed for application；
Virtual experimental module, for the operational order of user is transferred to described micrometron (2) by described server (7), described switch (5) and described control box (3), it is achieved described micrometron (2) is automatically controlled；
True experiment module, for real-time reception the duty that shows microscope experiment equipment that described monitoring camera equipment (6) transmitted by described switch (5)；
Resource transfer module, for the target corresponding teaching resource of Auto-matching from described server (7) observed by the current microscope experiment that transmits according to described microimaging equipment (1), it is achieved with long-range microscope experiment observed by the contrast study of result and/or CAL；
Micrograph image processing module, shows the micro-image that described microimaging equipment (1) gathers, and described micro-image is taken pictures, records a video, processes and measured in real time；
User's laboratory report module, forms laboratory report for the microscope experiment carried out according to user, and is submitted in teaching resources library, it is achieved sharing of microscope experiment.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620185546.3U CN205722483U (en) | 2016-03-10 | 2016-03-10 | Microscope experiment equipment and the most micro-realize system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620185546.3U CN205722483U (en) | 2016-03-10 | 2016-03-10 | Microscope experiment equipment and the most micro-realize system |
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| Publication Number | Publication Date |
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| CN205722483U true CN205722483U (en) | 2016-11-23 |
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| CN201620185546.3U Active CN205722483U (en) | 2016-03-10 | 2016-03-10 | Microscope experiment equipment and the most micro-realize system |
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