CN207909510U - A kind of touch interactive controlling dish platform being electrically adjusted - Google Patents
A kind of touch interactive controlling dish platform being electrically adjusted Download PDFInfo
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- CN207909510U CN207909510U CN201721313654.5U CN201721313654U CN207909510U CN 207909510 U CN207909510 U CN 207909510U CN 201721313654 U CN201721313654 U CN 201721313654U CN 207909510 U CN207909510 U CN 207909510U
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- interactive controlling
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E30/00—Energy generation of nuclear origin
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Abstract
The utility model provides a kind of touch interactive controlling dish platform being electrically adjusted comprising:Holder part, the holder part are configured to installation display screen so that the upper, middle and lower relative position of each display screen is fixed；Drive part, the drive part is configured to electronic mode and drives the touch interactive controlling dish platform, and adjusts the height and angle of the display screen；And interactive controlling part is touched, the interaction controlling portion point that touches is configured to provide to the touch interactive controlling ability for touching interactive controlling dish platform.The touch interactive controlling dish platform provided by the utility model being electrically adjusted, can adjust the height and angle of installed touch screen in a manner of electronic.
Description
Technical field
The touch interactive controlling dish platform that the utility model is related to be electrically adjusted, and in particular to a kind of adjustable touch screen is high
The touch interactive controlling dish platform system of degree and angle.
Background technology
In Digital Control room, the quantity of Traditional control dish platform is reduced, but in nuclear power plant control zone on the spot
In domain and transformation project, a large amount of analog dish platform and disk cabinet are also used.The verification mode of conventional entity model is long there are the period,
The problems such as flexibility is low, poor universality, and the virtual controlling dish platform based on large scale touch screen then can be real to overcome the above shortcomings
It is with showing design scheme quick to compare and verify.In addition, touch screen two generations sum it up three generations's digital reactor control room in
Beginning or extensive application are an important directions of man-machine interface resource development.Virtual controlling disk can be supported based on tactile
The research and development for touching the new concept man-machine interface system of interaction technique, improve the efficiency of operator.Further, since virtual controlling disk is logical
With property and flexibility, the design or transformation project of other heap-type can be also supported.
Virtual controlling disk is typically hung on wall or on floor stand, and existing virtual controlling disk is only supported middle-size and small-size
Display screen, and the angle due to that can not adjust dish platform can not be adjusted for different human body size, thus the scope of application compared with
It is small.For this purpose, for large display screen (50 cun or more), need one kind being capable of the multiple display screens of safety supports and adjustable display
Shield the device of angle and height, and is capable of providing the control dish platform for touching interaction capabilities.
Utility model content
The utility model in view of the deficiencies of the prior art, proposes a kind of touch interactive controlling dish platform being electrically adjusted.
The utility model provides a kind of touch interactive controlling dish platform being electrically adjusted comprising:
Holder part, the holder part are configured to installation display screen so that the upper, middle and lower of each display screen are with respect to position
Set fixation；
Drive part, the drive part is configured to electronic mode and drives the touch interactive controlling dish platform, and adjusts
Save the height and angle of the display screen；The drive part includes link mechanism and transfer bar mechanism；And
Interactive controlling part is touched, the touch interaction controlling portion point is configured to provide to the touch interactive controlling disk
The touch interactive controlling ability of platform；The touch interactive controlling part is mounted in the holder part, is the drive part
Driving power is provided；The touch interaction controlling portion point includes control circuit, touch display screen；
Wherein, the holder part is fixed and is supported the drive part and touches interactive controlling part, the connecting rod machine
Structure and transfer bar mechanism are connect with the holder part, and the height and angle of each section for adjusting the holder part pass through
Holder part realizes the integral elevating of touch display screen and overturning in the touch interactive controlling part.
Preferably, the holder part includes mainframe, crane and load screen frame；Wherein, the mainframe is configured to
The touch interactive controlling dish platform is fixed and supported, and there is sliding rail；The crane, which is configured, to be movably disposed at
It is slided with the relatively described mainframe on the sliding rail, to adjust the height of the display screen；The load screen frame is mounted on
With the fixation display screen on the crane.
Preferably, the drive part includes connecting rod, and the connecting rod is connect with load screen frame to push the load to shield frame,
It is described to carry the flip angle that the display screen is adjusted after screen frame is pushed.
Preferably, the mainframe includes main frame, pedestal, rectilinear orbit and sliding block；Wherein, the main frame is configured
With the lower driver of the fixation rectilinear orbit and the drive part；The pedestal is configured to the touch interactive controlling
Dish platform is fixed on mounting plane；The linear guide and sliding block have linear slide track, the linear slide track opposite
It is arranged in the mainframe.
Preferably, the crane includes that lifting frame, slider connecting plate, middle load mask seat, hinge seat and lower push-rod connect
Joint chair；Wherein, the lifting frame is configured to fix each component of the crane；The slider connecting plate includes top shoe
Connecting plate and sliding block connecting plate, the top shoe connecting plate and sliding block connecting plate connect with the crane and main frame respectively
It connects, and can slide up and down；The middle mask seat that carries is configured to the fixed display screen positioned at middle part, and solid with the crane
Fixed connection；The hinge seat is configured to connect the middle load mask seat, superposed load screen frame and the load screen positioned at lower part
Frame, and shield frame and positioned at the load screen frame of lower part with rotation axis to overturn the superposed load；The lower push-rod connecting seat
It is connect respectively with lower push-rod with the crane, the lower push-rod can be pushed to adjust the height of the crane.
Preferably, the load screen frame includes carrying mask seat, protective cover and hinge seat；Wherein, the load mask seat is configured
With the fixation display screen；The protective cover is configured to protect the upper edge of the display screen and lower edge；It is described
Hinge seat is connect with the load screen frame positioned at top, middle part, lower part respectively, and with rotation axis to overturn below and above
Carry screen frame.
Preferably, the drive part includes upper push-rod, upper connecting rod mechanism, middle push rod, lower link mechanism and lower push-rod；Its
In, the upper push-rod connects the crane and the upper connecting rod mechanism, to drive the superposed overturning for carrying screen frame；It is described
Upper connecting rod mechanism connects the upper push-rod and superposed load shields frame, is configured to convert the driving force of the upper push-rod to
To the superposed thrust or pulling force for carrying screen frame, to drive the superposed overturning forward or backwards for carrying screen frame；Institute
It states middle push rod and connects the crane and lower link mechanism, to drive the overturning of the load screen frame positioned at lower part；The lower link machine
Structure connects the middle push rod and the load screen frame positioned at lower part, is configured to convert to positioned at lower part the driving force of middle push rod to
The thrust or pulling force for carrying screen frame, to drive the overturning forward or backwards of the load screen frame positioned at lower part；The lower push-rod connection
The main frame and crane, to drive the crane rising or falling relative to the main frame.
Preferably, the touch interaction controlling portion point includes control circuit and touch display screen；Wherein, the control circuit
It is configured to provide driving power based on touch control for push rod；The touch display screen provides the man-machine interface of user's operation,
With the integral elevating based on touch operation control positioned at the display screen of upper, middle and lower, display below and above
Display screen of the overturning, setting of screen positioned at upper, middle and lower moves to specific position.
Compared with prior art, the utility model has the advantages that：
1, the touch interactive controlling dish platform provided by the utility model being electrically adjusted, can be adjusted in a manner of electronic and be pacified
Fill the height and angle of touch screen.
2, the touch interactive controlling dish platform provided by the utility model being electrically adjusted can install 3 according to user demand
A touch screen.
3, the touch interactive controlling dish platform provided by the utility model being electrically adjusted realizes number by touch screen technology
Alarm, instruction and the equipment manipulation of change.
4, the touch interactive controlling dish platform provided by the utility model being electrically adjusted, it may be convenient to adjust display screen
Height and angle.
5, the touch interactive controlling dish platform provided by the utility model being electrically adjusted, has self-lock ability in dead electricity situation,
Do not have security risk；It supports based on the research and development for touching interaction technique man-machine interface system, improves the efficiency of operator；Using spirit
The design of controllability living can support more heap-type designs or transformation project.
6, the touch interactive controlling dish platform provided by the utility model being electrically adjusted, using motorized adjustment, 3 mutually interconnect
The touch interactive device connect, by adjusting the flip angle of dish platform whole height, superposed display screen and positioned at lower part
The flip angle of display screen can be suitble to the user of different heights and operating habit to use, and easy for operation.To meet
The driver of linear motion and rotary motion needed for requirement, the utility model is all using linear actuator, and for revolving
Turn motion requirement, devises two kinds of link mechanisms, linear motion is converted.
7, the touch interactive controlling dish platform provided by the utility model being electrically adjusted, display screen part are set up using screen is carried
Meter carries screen frame and not only lives screen from back fixation, but also protects screen from upper and lower surface；Meanwhile using anti-fall block and light
Electric switch limits, and prevents from destroying or falling caused by maloperation；In addition, using the soft protection of logic and carrying self-locking function in control
Driver, system power failure situation also can fail safe.
Description of the drawings
Fig. 1 is the external structure for the touch interactive controlling dish platform being electrically adjusted for meeting the preferred embodiment in the utility model
Schematic diagram.
Fig. 2 is the system architecture for the touch interactive controlling dish platform being electrically adjusted for meeting the preferred embodiment in the utility model
Figure.
Fig. 3 is the internal structure for the touch interactive controlling dish platform being electrically adjusted for meeting the preferred embodiment in the utility model
Schematic diagram.
In figure：1 is superposed touch screen；2 shield frame for superposed load；3 be upper connecting rod；4 be upper hinge；5 are
Touch screen positioned at middle part；6 be bearing connecting plate；7 is positioned at the touch screens of lower part；8 is positioned at the load screen framves of lower part；9 be cunning
Block；10 be anti-falling rods；11 be mainframe；12 be upper push-rod；13 be elevator platform；14 be middle push rod；15 be lower link；Under 16 are
Push rod；17 be pedestal.
Specific implementation mode
To keep the above objects, features, and advantages of the utility model more obvious and easy to understand, below in conjunction with the accompanying drawings and have
Body embodiment is described in further detail the utility model.
As shown in Figs. 1-3, one embodiment of the utility model provides a kind of touch interactive controlling dish platform being electrically adjusted,
Including:Holder part, the holder part are configured to installation display screen so that the upper, middle and lower relative position of each display screen is solid
It is fixed；Drive part, the drive part are configured to electronic mode and drive the touch interactive controlling dish platform, and described in adjusting
The height and angle of display screen；The drive part includes link mechanism and transfer bar mechanism；And interactive controlling part is touched, it is described
Interaction controlling portion point is touched to be configured to provide to the touch interactive controlling ability for touching interactive controlling dish platform；The touch
Interactive controlling part is mounted in the holder part, and driving power is provided for the drive part；The touch interactive controlling
Part includes control circuit, touch display screen；Wherein, the holder part is fixed and is supported the drive part and touch and interacts
Control section, the link mechanism and transfer bar mechanism are connect with the holder part, each portion for adjusting the holder part
The height and angle divided are realized the integral elevating of touch display screen in the touch interactive controlling part by holder part and are turned over
Turn.
The holder part includes mainframe, crane and load screen frame；Wherein, the mainframe is configured to fixed and props up
The touch interactive controlling dish platform is supportted, and there is sliding rail；The crane, which is configured, is movably disposed at the sliding
It is slided with the relatively described mainframe on track, to adjust the height of the display screen；The load screen frame is mounted on the lifting
With the fixation display screen on frame.
The drive part includes connecting rod, and the connecting rod is connect with load screen frame to push the load to shield frame, the load
Screen frame can adjust the flip angle of the display screen after being pushed.
The mainframe includes main frame, pedestal, rectilinear orbit and sliding block；Wherein, the main frame is configured to fix
The lower driver of the rectilinear orbit and the drive part；The pedestal is configured to consolidate the touch interactive controlling dish platform
It is scheduled on mounting plane；The linear guide and sliding block have linear slide track, and the linear slide track is relative to described
Mainframe is arranged.
The crane includes lifting frame, slider connecting plate, middle load mask seat, hinge seat and lower push-rod connecting seat；Its
In, the lifting frame is configured to fix each component of the crane；The slider connecting plate includes top shoe connecting plate
With sliding block connecting plate, the top shoe connecting plate and sliding block connecting plate are connect with the crane with main frame respectively, and
It can slide up and down；The middle mask seat that carries is configured to the fixed display screen positioned at middle part, and fixes and connect with the crane
It connects；The hinge seat is configured to connect the middle load mask seat, superposed load screen frame and the load screen frame positioned at lower part, and
Shield frame and positioned at the load screen frame of lower part with rotation axis to overturn the superposed load；The lower push-rod connecting seat respectively with
The crane is connect with lower push-rod, and the lower push-rod can be pushed to adjust the height of the crane.
The load screen frame includes carrying mask seat, protective cover and hinge seat；Wherein, the load mask seat is configured to fixed institute
State display screen；The protective cover is configured to protect the upper edge of the display screen and lower edge；The hinge seat point
It is not connect with the load screen frame positioned at top, middle part, lower part, and with rotation axis to overturn load screen frame below and above.
The drive part includes upper push-rod, upper connecting rod mechanism, middle push rod, lower link mechanism and lower push-rod；Wherein, described
Upper push-rod connects the crane and the upper connecting rod mechanism, to drive the superposed overturning for carrying screen frame；The upper connecting rod
Mechanism connects the upper push-rod and superposed load shields frame, is configured to convert to being located at the driving force of the upper push-rod to
The thrust or pulling force of the load screen frame on top, to drive the superposed overturning forward or backwards for carrying screen frame；It is pushed away in described
Bar connects the crane and lower link mechanism, to drive the overturning of the load screen frame positioned at lower part；The lower link mechanism connection
The middle push rod and load screen frame positioned at lower part, are configured to convert to the load screen frame positioned at lower part the driving force of middle push rod to
Thrust or pulling force, to drive positioned at lower part load screen frame overturning forward or backwards；The lower push-rod connects the master
Frame and crane, to drive the crane rising or falling relative to the main frame.
The touch interaction controlling portion point includes control circuit and touch display screen；Wherein, the control circuit is configured
To be based on touch control driving power is provided as push rod；The touch display screen provides the man-machine interface of user's operation, to be based on
Touch operation control is turned over positioned at the integral elevating of the display screen of upper, middle and lower, display screen below and above
Turn, setting moves to specific position positioned at the display screen of upper, middle and lower.
Compared with prior art, the present embodiment has the advantages that：
1, the touch interactive controlling dish platform provided in this embodiment being electrically adjusted, can be adjusted in a manner of electronic and be installed
The height and angle of touch screen.
2, the touch interactive controlling dish platform provided in this embodiment being electrically adjusted can install 3 according to user demand
Touch screen.
3, the touch interactive controlling dish platform provided in this embodiment being electrically adjusted is realized by touch screen technology and is digitized
Alarm, instruction and equipment manipulation.
4, the touch interactive controlling dish platform provided in this embodiment being electrically adjusted, it may be convenient to adjust the height of display screen
Degree and angle.
5, the touch interactive controlling dish platform provided in this embodiment being electrically adjusted, has self-lock ability, no in dead electricity situation
Have security risk；It supports based on the research and development for touching interaction technique man-machine interface system, improves the efficiency of operator；Using flexible
The design of controllability can support more heap-type designs or transformation project.
6, the touch interactive controlling dish platform provided in this embodiment being electrically adjusted, using 3 interconnections of motorized adjustment
Touch interactive device, pass through and adjust dish platform whole height, the flip angle of superposed display screen and positioned at the aobvious of lower part
The flip angle of display screen can be suitble to the user of different heights and operating habit to use, and easy for operation.Make to meet
With the driver of linear motion and rotary motion needed for requiring, the utility model is all using linear actuator, and for rotating
Motion requirement devises two kinds of link mechanisms, linear motion is converted.
7, the touch interactive controlling dish platform provided in this embodiment being electrically adjusted, display screen part are set up using screen is carried
Meter carries screen frame and not only lives screen from back fixation, but also protects screen from upper and lower surface；Meanwhile using anti-fall block and light
Electric switch limits, and prevents from destroying or falling caused by maloperation；In addition, using the soft protection of logic and carrying self-locking function in control
Driver, system power failure situation also can fail safe.
Those skilled in the art can use different methods to achieve the described function each specific application, but
It is this realize it is not considered that exceeding the scope of the utility model.
Obviously, it is new without departing from this practicality can to carry out utility model various modification and variations by those skilled in the art
The spirit and scope of type.If in this way, these modifications and variations of the present invention belong to the utility model claims and its
Within the scope of equivalent technologies, then the utility model is also intended to including these modification and variations.
Claims (8)
1. a kind of touch interactive controlling dish platform being electrically adjusted, which is characterized in that including:
Holder part, the holder part are configured to installation display screen so that the upper, middle and lower relative position of each display screen is solid
It is fixed；
Drive part, the drive part is configured to electronic mode and drives the touch interactive controlling dish platform, and adjusts institute
State the height and angle of display screen；The drive part includes link mechanism and transfer bar mechanism；And
Interactive controlling part is touched, the interaction controlling portion point that touches is configured to provide to the touch interactive controlling dish platform
Touch interactive controlling ability；The touch interactive controlling part is mounted in the holder part, is provided for the drive part
Driving power；The touch interaction controlling portion point includes control circuit, touch display screen；
Wherein, the holder part is fixed and is supported the drive part and touches interactive controlling part, the link mechanism and
Transfer bar mechanism is connect with the holder part, and the height and angle of each section for adjusting the holder part pass through holder
Realize the integral elevating of touch display screen and overturning in the touch interactive controlling part in part.
2. the touch interactive controlling dish platform being electrically adjusted as described in claim 1, which is characterized in that the cradle portion subpackage
It includes mainframe, crane and carries screen frame；Wherein, the mainframe is configured to fix and support the touch interactive controlling disk
Platform, and there is sliding rail；The crane, which is configured, to be movably disposed on the sliding rail with the relatively described host
Frame slides, to adjust the height of the display screen；The load screen frame is mounted on the crane with the fixation display screen.
3. the touch interactive controlling dish platform being electrically adjusted as claimed in claim 2, which is characterized in that the driving portion subpackage
Connecting rod is included, the connecting rod is connect with load screen frame to push the load to shield frame, and the load screen frame can be adjusted institute after promotion
State the flip angle of display screen.
4. the touch interactive controlling dish platform being electrically adjusted as claimed in claim 2, which is characterized in that the mainframe includes
Main frame, pedestal, rectilinear orbit and sliding block；Wherein, the main frame is configured to fix the rectilinear orbit and the driving
Partial lower driver；The pedestal is configured to the touch interactive controlling dish platform being fixed on mounting plane；It is described straight
There is linear slide track, the linear slide track to be arranged relative to the mainframe for line guide rail and sliding block.
5. the touch interactive controlling dish platform being electrically adjusted as claimed in claim 2, which is characterized in that the crane includes
Lifting frame, slider connecting plate, middle load mask seat, hinge seat and lower push-rod connecting seat；Wherein, the lifting frame is configured to
Each component of the fixed crane；The slider connecting plate includes top shoe connecting plate and sliding block connecting plate, the upper cunning
Block connecting plate and sliding block connecting plate are connect with the crane with main frame respectively, and can be slided up and down；The middle load screen
Skeleton frame is configured to the fixed display screen positioned at middle part, and is fixedly connected with the crane；The hinge seat is configured to connect
Connect the middle load mask seat, the superposed load screen frame and load screen frame positioned at lower part, and with rotation axis to overturn rheme
Load in top shields frame and positioned at the load screen frame of lower part；The lower push-rod connecting seat connects with the crane and lower push-rod respectively
It connects, the lower push-rod can be pushed to adjust the height of the crane.
6. the touch interactive controlling dish platform being electrically adjusted as claimed in claim 2, which is characterized in that the load shields frame and includes
Carry mask seat, protective cover and hinge seat；Wherein, the load mask seat is configured to fix the display screen；The protective cover warp
Configuration with to the display screen upper edge and lower edge protect；The hinge seat respectively with positioned at top, middle part, lower part
Load screen frame connection, and with rotation axis to overturn load screen frame below and above.
7. the touch interactive controlling dish platform being electrically adjusted as described in claim 1, which is characterized in that the driving portion subpackage
Include upper push-rod, upper connecting rod mechanism, middle push rod, lower link mechanism and lower push-rod；Wherein, the upper push-rod connect the crane and
The upper connecting rod mechanism, to drive the superposed overturning for carrying screen frame；The upper connecting rod mechanism connects the upper push-rod and position
Load screen frame in top is configured to convert to the superposed thrust for carrying screen frame or drawing the driving force of the upper push-rod to
Power, to drive the superposed overturning forward or backwards for carrying screen frame；The middle push rod connects the crane and lower company
Linkage, to drive the overturning of the load screen frame positioned at lower part；The lower link mechanism connects the middle push rod and positioned at lower part
Screen frame is carried, is configured to convert to the thrust or pulling force for carrying screen frame positioned at lower part, to drive the driving force of middle push rod to
Positioned at the overturning forward or backwards of the load screen frame of lower part；The lower push-rod connection main frame and crane, to drive the liter
Frame rising or falling relative to the main frame is dropped.
8. the touch interactive controlling dish platform being electrically adjusted as described in claim 1, which is characterized in that the touch interaction control
System part includes control circuit and touch display screen；Wherein, the control circuit is configured to carry for push rod based on touch control
For driving power；The touch display screen provides the man-machine interface of user's operation, be based on touch operation control positioned at top, in
The integral elevating of the display screen in portion and lower part, the overturning of display screen below and above, setting positioned at top, middle part and under
The display screen in portion moves to specific position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721313654.5U CN207909510U (en) | 2017-10-12 | 2017-10-12 | A kind of touch interactive controlling dish platform being electrically adjusted |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721313654.5U CN207909510U (en) | 2017-10-12 | 2017-10-12 | A kind of touch interactive controlling dish platform being electrically adjusted |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207909510U true CN207909510U (en) | 2018-09-25 |
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| CN201721313654.5U Active CN207909510U (en) | 2017-10-12 | 2017-10-12 | A kind of touch interactive controlling dish platform being electrically adjusted |
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| CN (1) | CN207909510U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107564596A (en) * | 2017-10-12 | 2018-01-09 | 上海核工程研究设计院有限公司 | A kind of touch interactive controlling dish platform being electrically adjusted |
-
2017
- 2017-10-12 CN CN201721313654.5U patent/CN207909510U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107564596A (en) * | 2017-10-12 | 2018-01-09 | 上海核工程研究设计院有限公司 | A kind of touch interactive controlling dish platform being electrically adjusted |
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Address after: No. 29 Hong Cao Road, Xuhui District, Shanghai Patentee after: Shanghai Nuclear Engineering Research and Design Institute Co.,Ltd. Address before: No. 29 Hong Cao Road, Xuhui District, Shanghai Patentee before: SHANGHAI NUCLEAR ENGINEERING RESEARCH & DESIGN INSTITUTE Co.,Ltd. |
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| CP01 | Change in the name or title of a patent holder |