CN206961445U - A kind of DIP large-size screen monitors of low power consuming Low emissivity - Google Patents
A kind of DIP large-size screen monitors of low power consuming Low emissivity Download PDFInfo
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- CN206961445U CN206961445U CN201720939840.3U CN201720939840U CN206961445U CN 206961445 U CN206961445 U CN 206961445U CN 201720939840 U CN201720939840 U CN 201720939840U CN 206961445 U CN206961445 U CN 206961445U
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Abstract
A kind of DIP large-size screen monitors of low power consuming Low emissivity, including DIP large-size screen monitors, the first arc wing plate, the second arc wing plate, timer, screw rod and solar energy power generating group；The both ends of the large-size screen monitors mounting bracket are connected with the first arc wing plate and the second arc wing plate by connecting strut respectively；The light source sensor, timer and electrical thermometer are embedded in the front of large-size screen monitors mounting bracket；The internal thread sliding shoe is fixedly welded on the back side of large-size screen monitors mounting bracket, and internal thread sliding shoe is embedded in the upper end of screw rod by the screw thread of inner side；The solar energy power generating group is separately mounted to the top of the first arc wing plate and the second arc wing plate；The microcontroller is located at the inner chamber of large-size screen monitors mounting bracket.The setting of the utility model screw rod, can make large-size screen monitors overall and two groups of arc wings are down to lower section, be easy to maintenance work, the setting of the utility model timer, can make to be closed in the period that large-size screen monitors rest at noon, reduce the energy consumption of large-size screen monitors.
Description
Technical field
It the utility model is related to DIP large-size screen monitors technical fields, more particularly to a kind of DIP large-size screen monitors of low power consuming Low emissivity.
Background technology
Large-size screen monitors, refer to that whole giant-screen is made up of a monoblock screen, splice without any gap or physics.It has
The characteristics of seamless, size arbitrarily customizes, imaging is overall, picture ultra high-definition.Can realize it is variable it is big can also diminish hundred
Become large-size screen monitors function:Single screen segmentation display, single screen is individually shown, be combined display, portrait layout is shown, framing mask it is optional compensate or
Cover, support the roaming of data signal, scaling to stretch, shown across screen, the setting and operation of various display prediction schemes, full HD signal
In real time processing, for you provide fine definition, high brightness, high-resolution, high stability large high-definition screen curtain show, control system,
Bring you seamless visual experience.
The present inventor is engaged in DIP large-size screen monitors maintenance work for many years, finds that traditional DIP large-size screen monitors need to climb in maintenance process
After safeguarded, very inconvenient, while energy consumption is higher in use, energy-saving effect is poor.
Then, inventor in view of this, adhere to the relevant industries for many years it is abundant design and develop and the experience of actual fabrication,
Improvement is studied for existing structure and missing, there is provided a kind of DIP large-size screen monitors of low power consuming Low emissivity, is had more to reach
The more purpose of practical value.
Utility model content
The purpose of this utility model is to provide a kind of DIP large-size screen monitors of low power consuming Low emissivity, to solve above-mentioned background technology
The problem of middle proposition.
The purpose and effect of the DIP large-size screen monitors of the utility model low power consuming Low emissivity, are reached by technological means in detail below：
A kind of DIP large-size screen monitors of low power consuming Low emissivity, wherein, the DIP large-size screen monitors of the low power consuming Low emissivity include：
Support cylinder, large-size screen monitors mounting bracket, DIP large-size screen monitors, the first arc wing plate, the second arc wing plate, connection strut, light source pass
Sensor, timer, electrical thermometer, screw rod, internal thread sliding shoe, solar energy power generating group, microcontroller and chute；
The DIP large-size screen monitors are embedded in the inside front ends of large-size screen monitors mounting bracket, and the both ends of large-size screen monitors mounting bracket pass through connection respectively
Strut is connected with the first arc wing plate and the second arc wing plate；The light source sensor, timer and electrical thermometer are inlayed
In the front of large-size screen monitors mounting bracket, and light source sensor, timer and electrical thermometer respectively positioned at the upside of DIP large-size screen monitors and
The left and right sides；The internal thread sliding shoe is fixedly welded on the back side of large-size screen monitors mounting bracket, and internal thread sliding shoe passes through inner side
Screw thread is embedded in the upper end of screw rod；The solar energy power generating group is separately mounted to the first arc wing plate and the second arc wing plate
Top；The microcontroller is located at the inner chamber of large-size screen monitors mounting bracket, and microcontroller and light source sensor, timer are common
It is electrically connected with；The front side upper end of the support cylinder offers the chute slided for the oscilaltion of large-size screen monitors mounting bracket.
Further, the left and right ends side of the large-size screen monitors mounting bracket is arcuate structure, and the upper and lower ends of large-size screen monitors mounting bracket
Face is horizontal structure.
Further, the overall arched structure of the large-size screen monitors mounting bracket and the first arc wing plate, the second arc wing plate.
Further, it is 0.35mm radiation prevention films that a layer thickness is pasted with the outside of the DIP large-size screen monitors.
Further, the bottom inner chamber of the support cylinder is provided with motor, and the motor and the spiral shell on the inside of support cylinder
Bar is drive connection.
With existing structure in comparison, the utility model has the following advantages that：
1. the setting of the utility model screw rod, it can be rotated, be made above and below internal thread sliding shoe by motor driven screw rod
Slide, so as to drive large-size screen monitors entirety and two groups of arc wing plates to move up and down, large-size screen monitors can be down to lower section, be easy to maintenance work.
2. the setting of the utility model timer, timing can be carried out, and signal is fed back in microcontroller, at the time
At noon during 12 thirty, large-size screen monitors are closed by microcontroller, large-size screen monitors is opened when the time being in for 13 thirty, large-size screen monitors can be made at noon
Closed in the period of rest, so as to reduce the energy consumption of large-size screen monitors, save the energy.
3. the setting of the utility model light source sensor, can be detected to the light signal in the external world, and signal is fed back
, can be according to the strong and weak brightness for changing large-size screen monitors by microcontroller of light signal into microcontroller.
4. the setting of the utility model solar energy power generating group, using the electric energy that solar energy is converted into as auxiliary electricity
Source is used, and has good energy-saving effect.
Brief description of the drawings
Fig. 1 is the utility model structure diagram；
Fig. 2 is the utility model back side and support cylinder internal structure schematic diagram；
Fig. 3 is the utility model overlooking the structure diagram；
Fig. 4 is Tthe utility model system control flow block diagram.
In figure：1st, support cylinder, 2, large-size screen monitors mounting bracket, 3, DIP large-size screen monitors, the 4, first arc wing plate, the 5, second arc wing plate,
6th, strut is connected, 7, light source sensor, 8, timer, 9, electrical thermometer, 10, screw rod, 11, internal thread sliding shoe, 12, the sun
Can photovoltaic generation group, 13, microcontroller, 14, chute.
Embodiment
Below, embodiment of the present utility model is will be explained in, the example is shown in the accompanying drawings and the description below.Although will
The utility model is described with reference to exemplary embodiment, it is to be understood that the description does not really want the utility model to be limited to this to show
The embodiment of example property.On the contrary, the utility model will not only cover the exemplary embodiment, but also cover various replacements,
Change, equivalent and other embodiment, it can be included in spirit of the present utility model and the model that appended claims are limited
In enclosing.
Referring to Fig. 1 to accompanying drawing 4, a kind of DIP large-size screen monitors of low power consuming Low emissivity, include：
Support cylinder 1, large-size screen monitors mounting bracket 2, DIP large-size screen monitors 3, the first arc wing plate 4, the second arc wing plate 5, connection strut 6,
Light source sensor 7, timer 8, electrical thermometer 9, screw rod 10, internal thread sliding shoe 11, solar energy power generating group 12, micro-control
Device 13 and chute 14 processed；
DIP large-size screen monitors 3 are embedded in the inside front ends of large-size screen monitors mounting bracket 2, and the both ends of large-size screen monitors mounting bracket 2 are supportted by connecting respectively
Bar 6 is connected with the first arc wing plate 4 and the second arc wing plate 5；Light source sensor 7, timer 8 and electrical thermometer 9 are inlayed
In the front of large-size screen monitors mounting bracket 2, and light source sensor 7, timer 8 are located at the upper of DIP large-size screen monitors 3 respectively with electrical thermometer 9
Side and the left and right sides；Internal thread sliding shoe 11 is fixedly welded on the back side of large-size screen monitors mounting bracket 2, and internal thread sliding shoe 11 passes through
The screw thread of inner side is embedded in the upper end of screw rod 10；Solar energy power generating group 12 is separately mounted to the first arc wing plate 4 and second
The top of arc wing plate 5；Microcontroller 13 is located at the inner chamber of large-size screen monitors mounting bracket 2, and microcontroller 13 and light source sensor 7, meter
When device 8 be moderate electrical connection, physical circuit is configured to existing mature technology, does not do tired state herein；The front side of support cylinder 1
Upper end offers the chute 14 slided for the oscilaltion of large-size screen monitors mounting bracket 2.
The model of light source sensor 7：WT100-2N1419 infrared light sources sensors, the light intensity in the external world can be entered
Row detection, and the result detected is fed back in microcontroller 13.
Solar energy power generating group 12 can effectively save the energy, and solar energy power generating group 12 includes：Solar-electricity
Pond plate, controller for solar, battery and inverter, solar panel are converted to power storage after luminous energy is absorbed and arrived
In battery, acted on by controller for solar and inverter and the electric energy is subjected to output auxiliary energy supply, photovoltaic generation is basis
Photovoltaic effect principle, solar energy is converted into electric energy using solar panel, whether it is independent using or
Generating electricity by way of merging two or more grid systems, photovoltaic generating system is mainly made up of solar panel (component), controller for solar and inverter three parts,
Inverter is DC-AC inverter, and they are mainly made up of electronic component, but are not related to mechanical part, so, photovoltaic generation is set
Standby extremely to refine, during the day, sunshine is entered for reliable and stable long lifespan, installation easy maintenance, solar energy power generating group 12
Row absorbs and then converts light energy into power storage in battery, carries out standby.
The preferred embodiment of the DIP large-size screen monitors of low power consuming Low emissivity as described above, wherein, the left and right of large-size screen monitors mounting bracket 2
Two sides are arcuate structure, and the upper and lower ends face of large-size screen monitors mounting bracket 2 is horizontal structure；
The preferred embodiment of the DIP large-size screen monitors of low power consuming Low emissivity as described above, wherein, large-size screen monitors mounting bracket 2 and first
The overall arched structure of arc wing plate 4, the second arc wing plate 5, overall structure is attractive in appearance, can attract the notice of people；
The preferred embodiment of the DIP large-size screen monitors of low power consuming Low emissivity as described above, wherein, the outside of DIP large-size screen monitors 3 is pasted
It is 0.35mm radiation prevention films to have a layer thickness, and radiation prevention film is made of PET, has 97% light transmittance, anti-electromagnetic-radiation, anti-scratch
It is wear-resistant, without cull silicon ion Electrostatic Absorption, 120 degree of high temperature resistant, environment-friendly degradable；
The preferred embodiment of the DIP large-size screen monitors of low power consuming Low emissivity as described above, wherein, in the bottom of support cylinder 1
Chamber is provided with motor, and the motor and the screw rod 10 of the inner side of support cylinder 1 are drive connection, can be turned by motor driven screw rod
It is dynamic, so as to control sliding up and down for large-size screen monitors by internal thread sliding shoe 11.
The operation principle of the present embodiment：
When using the DIP large-size screen monitors of the low power consuming Low emissivity, external power source, the first arc wing plate 4 and the second arc are connected
The solar energy power generating group 12 inlayed on the surface of wing plate 5 converts solar energy into electric energy, and is stored in internal storage battery, can fill
When the accessory power supply of the device is used, light sensor 7 can be detected to the light intensity in the external world, and signal is fed back
To inside microcontroller 13, microcontroller 13 changes the brightness of DIP large-size screen monitors 3, while timing according to the power for receiving signal
Device 8 carries out timing, and signal is fed back in microcontroller, when the time being in 12 noon half, is closed by microcontroller
Large-size screen monitors, large-size screen monitors are opened when the time being in for 13 thirty, closed in the period that can be rested at noon to DIP large-size screen monitors 3, so as to
The energy consumption of large-size screen monitors is reduced, saves the energy, when needing the large-size screen monitors body to upper end to safeguard, motor is opened, drives screw rod 10 to enter
Row rotates, and slides up and down internal thread sliding shoe 11, can will so as to drive large-size screen monitors overall and two groups of arc wing plates move up and down
Large-size screen monitors body is down to lower section, is easy to maintenance work, in practical application experiment, the design relative to market this area other products,
The performance higher than its 90% or so.
In summary, although the utility model is described in detail with reference to the foregoing embodiments, for this area
For technical staff, it can still modify to the technical scheme described in foregoing embodiments, or to which part
Technical characteristic carries out equivalent substitution, all within the spirit and principles of the utility model, any modification for being made, equivalent substitution,
Improve etc., it should be included within the scope of protection of the utility model.
Claims (5)
- A kind of 1. DIP large-size screen monitors of low power consuming Low emissivity, it is characterised in that：The DIP large-size screen monitors of described low power consuming Low emissivity include：Support cylinder, large-size screen monitors mounting bracket, DIP large-size screen monitors, the first arc wing plate, the second arc wing plate, connection strut, light source sensor Device, timer, electrical thermometer, screw rod, internal thread sliding shoe, solar energy power generating group, microcontroller and chute；The DIP large-size screen monitors are embedded in the inside front ends of large-size screen monitors mounting bracket, and the both ends of large-size screen monitors mounting bracket are respectively by connecting strut It is connected with the first arc wing plate and the second arc wing plate；The light source sensor, timer and electrical thermometer are embedded in greatly Shield the front of mounting bracket, and light source sensor, timer and electrical thermometer are located at the upside and left and right of DIP large-size screen monitors respectively Both sides；The internal thread sliding shoe is fixedly welded on the back side of large-size screen monitors mounting bracket, and the screw thread that internal thread sliding shoe passes through inner side It is embedded in the upper end of screw rod；The solar energy power generating group is separately mounted to the top of the first arc wing plate and the second arc wing plate Portion；The microcontroller is located at the inner chamber of large-size screen monitors mounting bracket, and microcontroller and light source sensor, timer are moderate electrical Connection；The front side upper end of the support cylinder offers the chute slided for the oscilaltion of large-size screen monitors mounting bracket.
- 2. the DIP large-size screen monitors of low power consuming Low emissivity according to claim 1, it is characterised in that：A left side for the large-size screen monitors mounting bracket Right two sides are arcuate structure, and the upper and lower ends face of large-size screen monitors mounting bracket is horizontal structure.
- 3. the DIP large-size screen monitors of low power consuming Low emissivity according to claim 1, it is characterised in that：The large-size screen monitors mounting bracket and The overall arched structure of one arc wing plate, the second arc wing plate.
- 4. the DIP large-size screen monitors of low power consuming Low emissivity according to claim 1, it is characterised in that：Glue in the outside of the DIP large-size screen monitors It is 0.35mm radiation prevention films to post a layer thickness.
- 5. the DIP large-size screen monitors of low power consuming Low emissivity according to claim 1, it is characterised in that：The bottom of the support cylinder Inner chamber is provided with motor, and the motor and the screw rod on the inside of support cylinder are drive connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720939840.3U CN206961445U (en) | 2017-07-31 | 2017-07-31 | A kind of DIP large-size screen monitors of low power consuming Low emissivity |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720939840.3U CN206961445U (en) | 2017-07-31 | 2017-07-31 | A kind of DIP large-size screen monitors of low power consuming Low emissivity |
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| Publication Number | Publication Date |
|---|---|
| CN206961445U true CN206961445U (en) | 2018-02-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201720939840.3U Active CN206961445U (en) | 2017-07-31 | 2017-07-31 | A kind of DIP large-size screen monitors of low power consuming Low emissivity |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111442156A (en) * | 2020-03-18 | 2020-07-24 | 黄小花 | Interactive teaching device of portable computer |
-
2017
- 2017-07-31 CN CN201720939840.3U patent/CN206961445U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111442156A (en) * | 2020-03-18 | 2020-07-24 | 黄小花 | Interactive teaching device of portable computer |
| CN111442156B (en) * | 2020-03-18 | 2022-04-08 | 深圳市小熊创新科技有限公司 | Interactive teaching device of portable computer |
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