CN1707268A - Image display equipment with sensor function and operating method thereof - Google Patents
Image display equipment with sensor function and operating method thereof Download PDFInfo
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- CN1707268A CN1707268A CN 200410020713 CN200410020713A CN1707268A CN 1707268 A CN1707268 A CN 1707268A CN 200410020713 CN200410020713 CN 200410020713 CN 200410020713 A CN200410020713 A CN 200410020713A CN 1707268 A CN1707268 A CN 1707268A
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Abstract
The present invention relates to one kind image display equipment with temperature, humidity and dust sensor and its method of showing sensor detected data. The structure of the present invention includes microcomputer for controlling the operation of the components in the image display equipment; sensor part with at least one of temperature sensor, humidity sensor and dust sensor; one A/D converter for receiving the analog signal from the temperature sensor, the humidity sensor and/or the dust sensor, converting the analog signal into digital signal and feeding the digital signal to the microcomputer; and display with screen display menu creating part. The present invention makes it possible for the user to grasp the temperature, humidity and dust state of environment easily.
Description
Technical field
The present invention relates to a kind of image display and method of work thereof, in more detail, relate to and have humidity, the image display of temperature and dust sensor and show the method for the data that detect by sensor with image display with sensor function.
Background technology
Recently, along with the develop rapidly of electronic correlation industry, the function of image display is developing also with rapid changepl. never-ending changes and improvementsly.Especially, image display is not a function of only merely removing display image, but the use that combines with diversified function.
In addition, recently in common family except televisor, also using as air conditioner humidifier, air purifier, diversified home appliance such as warmer.Because such home appliance is independent operating separately all, therefore when the user feels to be necessary, just individually starts them, makes its work.
Like this, use home appliance, so just have a temperature that is difficult to judge each family, the problem of state around the humidity etc. if only rely on by user's self face judged result.Thus, can not remove to use each home appliance in the suitable time.
Along with the development of the function of image display, to detecting the air condition of surrounding environment, temperature, humidity, and the functional requirement that shows with the cognitive easily form of user more and more increases.
Summary of the invention
The present invention develops in order to solve such problem.Its purpose is to provide a kind of image display and method of work thereof, and it has a humidity that detects surrounding environment, after temperature and the dust state, and the function that can display it with the form of the easy cognition of user.
In addition, another object of the present invention is, a kind of image display and method of work thereof are provided, it will have basis to humidity on every side, the result that temperature and dust state detect, be necessary to move relevant home appliance if be judged as, so just can it be informed function to the user with the easily cognitive form of user.
In addition, another purpose of the present invention is that a kind of display device and method of work thereof are provided, have humidity on every side, the result that temperature and dust state detect is necessary to move relevant home appliance if be judged as, and so just can remove control and operation associated appliance equipment.
In addition, another purpose of the present invention is, a kind of display device and method of work thereof are provided, and it can come work with the working method that is fit to each season, and removes displays temperature, humidity and dust state.
In accordance with a first feature of the invention, have the image display of sensor function, comprise the following structures feature, that is: be provided with a microcomputer, be used for controlling the work of the element of image display; Be provided with sensor part, it is provided with temperature sensor, humidity sensor, and at least one sensor among the dust sensor; Also comprise an analog-to-digital converter at least, be used for receiving the temperature of being exported by a sensor at least, the simulation detecting signal of humidity and amount of dust is transformed into it digital detecting signal then, again it is outputed to microcomputer; Be provided with a storer, be used for storage temperature, the reference level in season of humidity and dust; Be provided with an on-screen display menus OSD generating unit, it will be according to the control signal that sends from microcomputer, goes to generate to be used for showing the temperature that is detected by sensor part, the on-screen display menus OSD of humidity or dust state.
In the example with said structure feature, image display has antenna; Be provided with a tuning portion again, be used for receiving Composite Video Broadcast Signal CVBS (compositevideo signal), and be sent to microcomputer by antenna.Microcomputer is selected out the Year/Month/Day data from Composite Video Broadcast Signal CVBS signal.
According to second feature of the present invention, method of work with image display of sensor function, comprise following phase characteristic, that is: be provided with stage of a received signal, a sensor among temperature sensor, humidity sensor and the dust sensor at least in this stage, reception is to temperature, the signal that humidity and amount of dust detect; Be provided with a generation phase, in this stage,, go to generate and be used for showing the temperature that detects, humidity, or the on-screen display menus OSD of dust state according to the signal that detects; Be provided with a demonstration stage, in this stage, on-screen display menus OSD be shown in the picture portion of image display.
According to the 3rd feature of the present invention, be provided with the method for work of the image display of sensor function, comprise the following stage, that is: (a) is in order to separate for temperature, the level of at least one project among humidity and the amount of dust will receive the stage of at least one reference value; (b), at least one sensor among humidity sensor and the dust sensor, receive temperature, the stage of the detecting signal of humidity or amount of dust from temperature sensor; (c) according to detecting signal, with the temperature of sensor output, humidity and amount of dust, after comparing with reference value in the input of (a) stage, the stage of its level that goes to classify; (d) according to the level of classification, go to generate and be used for showing the temperature that detects from sensor, the stage of the on-screen display menus OSD of humidity or dust state; (e) on-screen display menus OSD is shown to stage of the picture portion of image display.
According to the present invention, the user can be by the on-screen display menus OSD of image display, temperature, humidity and dust state around holding easily.
Advantageous effect of the present invention is as follows:
According to the present invention, the user can be by the on-screen display menus OSD of image display, temperature, humidity and dust state around going at an easy rate to hold.
And according to current temperature, humidity and dust state remove to announce user's running refrigerating device, and warmer on the opportunity of humidifier and air purifier etc., allows the user can remove to utilize home appliance very effectively.
And, in the present invention, according to current temperature, humidity and dust state detect the result, if think and be necessary to move relevant home appliance, move with regard to going to control relevant home appliance so, so as to keeping the optimum condition of user surrounding environment.
And, can be by each season with temperature, humidity is set different proper state for dust, therefore by making each season surrounding environment maintain optimum condition.
Description of drawings
Fig. 1 is in example of the present invention, has the structured flowchart of the rear-projection TV set of sensor function.
Fig. 2 is in example of the present invention, the detailed structure view of sensor part.
Fig. 3 is in example of the present invention, and the environment temperature that is detected by sensor part is shown, the on-screen display menus OSD figure of humidity and dust state.
Fig. 4 is in example of the present invention, and the another kind of environment temperature that is detected by sensor part is shown, the on-screen display menus OSD figure of humidity and dust state.
Fig. 5 is in example of the present invention, demonstrates the environment temperature that another is detected by sensor part, the on-screen display menus OSD figure of humidity and dust state.
Fig. 6 is the temperature data that detects according to from sensor part, removes the process flow diagram of displays temperature state step.
Fig. 7 is the humidity data that detects according to from sensor part, removes to show the process flow diagram of moisture condition step.
Fig. 8 is the dust data that detect according to from sensor part, removes to show the process flow diagram of dust state step.
Fig. 9 is in example of the present invention, carries out removing displays temperature on the basis of work the overview flow chart of humidity and dust state in the mode that is fit to each season.
Figure 10 is in the 2nd example of the present invention, and projection electricity Visual and other home appliance connect the block diagram of summary of a kind of domestic network system of work.
The symbol description of accompanying drawing major part:
10: micro computer 12: signal processing part
14:OSD generating unit 16: scaler
18: tuning 20: sensor part
100: rear-projection TV
Embodiment
Now, referring to figs. 1 through Figure 10, example of the present invention is described in more details.
Fig. 1 is in example of the present invention, has the generalized block diagram of the rear-projection electricity Visual structure of sensor function.
With reference to Fig. 1 as can be known, the projection electricity Visual 100 of this example, has the following structures feature, that is: be provided with a signal processing part 12, it will be from the red, green, blue (R of 15PIN D-SUB (a kind of connector specifications of 15 pins) input, G, B) picture signal and vertical/horizontal synchronizing signal, conversion also is treated as a kind of picture signal and synchronizing signal that is suitable for rear-projection electricity Visual; Be provided with an on-screen display menus OSD generating unit 14, with generating an on-screen display menus OSD (On Screen Display) who is shown on the rear-projection electricity Visual picture; Be provided with a scaler 16, be used for receiving the signal that sends from signal processing part 12 and on-screen display menus OSD generating unit 14, then it is transformed into a standard that is suitable for LCD LCD panel; Be provided with a storer 17, be used for storage temperature, the reference level value by season of humidity or dust; Be provided with one tuning 18, be used for receiving on-air radio electric wave broadcast singal; Be provided with a microcomputer 10, be used for controlling all elements in the rear-projection electricity Visual 100; Be provided with a sensor part 20, be used for detecting the temperature of surrounding environment, humidity and dust state, and it is outputed to microcomputer 10.
Above-mentioned microcomputer 10 receives the temperature that is detected by sensor part 20, and the data of humidity and dust go to control on-screen display menus OSD generating unit 14, makes its picture portion at rear-projection electricity Visual show current temperature, the on-screen display menus OSD of humidity and dust state.
Fig. 2 is in example of the present invention, the detailed structural drawing of sensor part.
With reference to Fig. 2 as can be known, sensor part 20 is made of following several sections, is provided with temperature sensor 22a that is:, humidity sensor 22b and dust sensor 22c; Also be provided with after each sensor receives simulating signal, with its be transformed into a digital signal three analog-to-digital converters (24a, 24b, 24c).
From three analog-to-digital converters (24a, 24b, 24c) respectively output the temperature detecting signal, humidity detecting signal and dust detecting signal will be input to microcomputer 10.Microcomputer 10 will be controlled on-screen display menus OSD generating unit 14, go to generate the current temperature of expression, the on-screen display menus OSD of humidity and dust state.
In addition, tuning 18 will receive Composite Video Broadcast Signal CVBS (composite video signal) by antenna 19, and be sent to microcomputer 10.Microcomputer 10 will be selected out temporal information from Composite Video Broadcast Signal CVBS, the information of promptly current Year/Month/Day.
The information of Year/Month/Day is used for showing to the user the best ambient conditions in each season, and tell according to season needs go to start such as refrigerator warmer, humidifier, the necessity of household appliances such as air purifier, or make household appliances work.
Now, with reference to Fig. 3～Fig. 5, to the environment temperature that the sensor part with said structure detects, the instantiation of humidity and dust state describes.
Fig. 3 shows in example of the present invention, demonstrates a kind of environment temperature by the sensor part cognition, the on-screen display menus OSD figure of humidity and dust state.
With reference to Fig. 3 as can be known, the symbol in the accompanying drawing 300 is the on-screen display menus OSD that are presented in the projection electricity Visual 100 picture portions.On-screen display menus OSD 300 includes state of temperature display part 310, moisture condition display part 312 and dust state display part 314.
State of temperature display part 310, moisture condition display part 312 and dust state display part 314 will go to show the current temperature of importing from sensor part 20, the data of humidity and dust with numerical value.And the icon that affix is correlated with on each display items display, so that the user can intuitively arrive relevant display items display.For instance, additional temp meter on state of temperature display part 310, additional cloud on moisture condition display part 312, the apperance of additional flower on dust state display part 314.At this moment, according to the temperature that detects, humidity and dust state make its relevant icon number difference; As long as the user has seen the number of icon, also just can hold current state on every side roughly.
Fig. 4 is in example of the present invention, demonstrates another kind of environment temperature by the sensor part cognition, the on-screen display menus OSD figure of humidity and dust state.
With reference to Fig. 4 as can be known, be presented at the on-screen display menus OSD400 on the picture of rear-projection TV, with illustrated similar in Fig. 3.
Different with illustrated on-screen display menus OSD among Fig. 3 300, the state of temperature display part 410 of on-screen display menus OSD 400 on Fig. 4, moisture condition display part 412 and dust state display part 414, with numerical value and icon display current temperature from sensor part 20 inputs, humidity and dust data, in addition, also utilized a plurality of (4 for instance) blockage (bar) to demonstrate the state of each display items display indirectly.That is to say that according to temperature, humidity and dust state make the number difference of the blockage of icon (marking), as long as so that the user has seen the blockage number of icon, the state around just can be intuitively current.
Here, the blockage number of icon, the value that can have been set by the user and current value by sensor part 20 outputs in addition obtain decision after relatively.
Fig. 5 is in example of the present invention, demonstrates another environment temperature by the sensor part cognition, the on-screen display menus OSD figure of humidity and dust state.
With reference to Fig. 5 as can be known, be presented on the picture of projection electricity Visual on-screen display menus OSD 500 with illustrated similar in Fig. 3 and Fig. 4.
On-screen display menus OSD 500 among Fig. 5 at state of temperature display part 510, beyond moisture condition display part 512 and the dust state display part 514, has also established an enlightenment display part 516.
State of temperature display part 510, moisture condition display part 512 and dust state display part 514 will utilize a plurality of blockages (bar) (5 blockages for instance) to show the state of the Current Temperatures, humidity and the dust that are detected and imported by sensor part 20.That is to say that with temperature, the state of humidity and dust roughly is divided into respectively after the level of 5 grades, represent,, just can intuitively arrive current ambient state as long as make the user see the blockage number of icon with number corresponding to the blockage of each level.And, on the 1st level of state of temperature display part 510, additional representation ' low temperature ' printed words, on the 3rd level additional representation ' the best ' printed words, on the 5th level additional representation ' high temperature ' the state of temperature of printed words.Use similar fashion, on the 1st level of moisture condition display part 512 additional representation ' drying ' printed words, on the 3rd level additional representation ' the best ' printed words, on the 5th level additional representation ' moisture condition of humidity ' printed words.And on the 1st level of dust state display part 514 additional representation ' the best ' printed words, on the 3rd level additional representation ' trace ' printed words, on the 5th level additional representation ' the dust state of a large amount of ' printed words.
Here, temperature, the level range of humidity and dust state can be changed by the user.Especially, can be according to removing to set different temperature, humidity and dust state season.And in this example, though with temperature, humidity and dust state rough classification are 5 level, also can be divided into more level number.
And, enlightenment display part 516, according to the temperature that sensor part 20 detects and receives, the state of humidity and dust goes the enlightenment that shows that relevant home appliance is started in request.
For instance, the dust state that detects from sensor part, if distinguish be ' a large amount of ', will on enlightenment display part 516, will demonstrate the enlightenment of " needing the operation air purifier " so.In addition, the temperature that detects from sensor part is if low temperature so just demonstrates the enlightenment of " needing the operation warmer ", if high temperature so just demonstrates the enlightenment of " needing the running refrigerating device ".The humidity that detects in sensor part is if drying so just demonstrates the enlightenment of " needing the operation humidifier ".
In this way, the user can be by being presented at the enlightenment on the enlightenment display part 516, can in time knowing the opportunity that needs operation associated appliance equipment.
Now, be elaborated to the work of projection electricity Visual with said structure feature with from the display packing that sensor part detects project.
Fig. 6～Fig. 9 is the overview flow chart that on-screen display menus OSD shown in Figure 5 obtains showing.
At first, Fig. 6 is the temperature data that detects and import according to from sensor part, comes the program flow diagram of displays temperature state.
With reference to Fig. 6 as can be known, at first, set 5 level (stage 601) to temperature by the user.For instance, remove to import T1, T2, T3,4 reference values of T4, and will will be divided into by the Current Temperatures (T) of sensor part input: during T≤T1 is the 1st level are the 2nd level during T1＜T≤T2, during T2＜T≤T3 is the 3rd level, is the 4th level during T3＜T≤T4, is the 5th level during T＞T4.
Then, if imported the temperature data (stage 603) that detects, so just go to judge its temperature (T) belongs to which level among above-mentioned 5 level from sensor part 20.
At first, confirm that whether the temperature (T) of input is greater than T1 (stage 605).If T≤T1 (in the stage 605 " deny "), so just the left at state of temperature display part (510) only marks 1 blockage (bar), and goes up the enlightenment (stage 607) that shows " needing the operation warmer " at enlightenment display part (516).
If T＞T1 (" being " in the stage 605), whether the temperature (T) of so just going to confirm to import is greater than T2 (stage 609).If T≤T2 (" denys "), so just will mark 2 blockages at the left of state of temperature display part (510) and show (stage 611) in the stage 609.
If whether T＞T2 (" being " in the stage 609) so just goes to confirm greater than T3 (stage 613).If T≤T3 (" denys "), so just will mark 3 blockages at the left of state of temperature display part 510 and show (stage 615) in the stage 613.
If whether T＞T3 (" being " in stage 613) so just removes to confirm T＞T4 (stage 617).If T≤T4 (" denys "), so just marks 4 blockages at the left of state of temperature display part 510 and go to show (stage 619) in the stage 617.
If T＞T4 (" being " in stage 617) so just will mark whole 5 blockages and show on state of temperature display part 510, and enlightening the enlightenment (stage 621) that " needing the running refrigerating device " is shown on the display part 516.To finish the temperature data that basis is detected and imported by sensor part, the step of coming the displays temperature state to this.
Fig. 7 is the humidity data that detects and import according to from sensor part, shows the program flow diagram of moisture condition.
With reference to Fig. 7 as can be known, at first, set 5 level (stage 701) to humidity by the user.For instance, input H1, H2, H3,4 reference values of H4, and will be divided into by the current humidity (H) of sensor part input: during H≤H1 is the 1st level are the 2nd level during H1＜H≤H2, during H2＜H≤H3 is the 3rd level, is the 4th level during H3＜H≤H4, is the 5th level etc. during H＞H4.
Then, if imported the humidity data (stage 703) that detects, so just go to judge its humidity (H) belongs to which level among above-mentioned 5 level by sensor part 20.
Below, in 705 stage～721 stages, will be equivalent to process in 605 stage～621 stages shown in Fig. 6.
Littler or identical than H1 (in the stage 705 " denys ") if distinguishing place is just in the humidity (H) of input, so just at 1 blockage of a left mark of moisture condition display part 512, and in the enlightenment (stage 707) that demonstrations " need to move humidifier " of getting on of enlightenment display part 516.
In addition, if humidity (H) is than H4 big (" being " in stage 717), so just whole 5 blockages of mark show (stage 721) on moisture condition display part 512.Arrive this, just finish basis, show the step of moisture condition by the humidity data that sensor part detects and imports.
Fig. 8 is the dust data that detect and import according to from sensor part, shows the program flow diagram of dust state.
With reference to Fig. 8 as can be known, at first, set 5 level (stage 801) to the dust state by the user.For instance, input D1, D2, D3,4 reference values of D4, and will be divided into by the current dust state (D) of sensor part input: during D≤D1 is the 1st level are the 2nd level during D1＜D≤D2, during D2＜D≤D3 is the 3rd level, is the 4th level during D3＜D≤D4, is the 5th level during D＞D4.Here, the meaning of so-called dust state is, around the shared percent (%) of dust in the air; Certainly the mensuration numerical value that also is suitable for other.
Then, if imported the dust data (stage 803) that detect, so just go to judge its dust state (D) belongs to which level among above-mentioned 5 level by sensor part 20.
Below, in 805 stage～821 stages, will be equivalent to process in 605 stage～621 stages shown in Fig. 6.
If distinguishing place just the dust state (D) of input littler or identical than D1 (in the stage 805 " deny "), so just 1 blockage of a left mark in dust state display part 514 shows (stage 807).
And, if dust state (D) is than D4 big (" being " in stage 817), so just whole 5 blockages in dust state display part 514 show, and in the get on enlightenment (stage 821) of demonstrations " need move air purifier " of enlightenment display part 516.Arrive this, just finish basis, show the step of dust state by the dust data that sensor part detects and imports.
At above-mentioned Fig. 6～displays temperature shown in Figure 8, in the step of humidity and dust state, to temperature, humidity and dust state all carry out the branch time-like by 5 level separately, preferably with each reference value, divide and set different separately values season for.That is to say, distinguish summer, winter and spring/autumn, can set the reference value of each level for different separately value then.By this mode, the user just can be by the information shown in the on-screen display menus OSD, the state around going at an easy rate to hold.
Fig. 9 is in example of the present invention, carries out removing displays temperature on the basis of work the overview flow chart of humidity and dust state in the mode that is fit to each season.
With reference to Fig. 9 as can be known, at first, set 5 level reference values (stage 901) by each season by the user.For instance, will the four seasons be divided into summer, winter and spring/autumn, and by setting out different separately temperature each season, 5 reference values of humidity and dust state.
Then, will import the temperature that detects, the data of humidity and dust state (stage 903) from sensor part 20.Then, if the antenna by tuning portion has received Composite Video Broadcast Signal CVBS (composite video signal) (stage 905), so just from Composite Video Broadcast Signal CVBS, extract temporal information, promptly current Year/Month/Day information (stage 907).
Then, based on the Year/Month/Day information that extracts, go to judge current season.At first, judge whether current be summer (stage 909).For instance, if current be to belong within the scope in June to August, be summer so with current cognition in season.The result who judges, if summer (" being " in stage 909), so just by summer mode go work (stage 911).Here, so-called summer, mode just was meant the temperature of setting in the stage 901, in the reference value of humidity and dust state, will come displays temperature with the reference value relevant with summer, a series of step of humidity and dust state.Concrete implementation method was followed at Fig. 6 to stage 605 to the stage 621 shown in Figure 8, and in stage 705 to the stage 721, the stage 805 to 821 is identical, therefore omits repeat specification here.
Then, if current be not that summer, (" denying "), was whether be winter (stage 913) on the basis if going to judge current with the Year/Month/Day information that extracts so just in the stage 909.For instance, if current be to belong within the scope in Dec to February, cognitive one-tenth winter in season that will be current so.The result who judges, if winter (" being " in stage 913), so just by winter mode go work (stage 915).Here, so-called winter, mode just was meant the temperature of setting in the stage 901, in the reference value of humidity and dust state, will come displays temperature with the reference value relevant with winter, a series of step of humidity and dust state.Concrete implementation method is similar with the step that realizes in the stage 911, therefore omits repeat specification here.
Then, if the result who judges, current be not winter (stage 913 " deny "), so just by the spring/autumn mode go work (stage 917).Here, so-called spring/autumn mode, just be meant the temperature of in the stage 901, setting, in the reference value of humidity and dust state, will come displays temperature, a series of step of humidity and dust state with the reference value relevant with spring/autumn.Concrete implementation method is similar with the step of carrying out in the stage 911, therefore omits repeat specification here.
Arrive this, come displays temperature, the step of humidity and dust state by the working method that is fit to each season finishing all.
Figure 10 is in the 2nd example of the present invention, and projection electricity Visual and other home appliance connect the overview flow chart of a kind of domestic network system of work.
Recently, along with digital technology and closely wired or wireless net development of Communication Technique, after having occurred all home appliances in the family are linked together, the domestic network system that goes to carry out unified management.
Figure 10 be exactly one in such domestic network system, be suitable for the example of rear-projection TV of the present invention.
According to as shown in figure 10 domestic network system 200 be, rear-projection TV 210 is with warmer 220, refrigerator 230, and humidifier 240 and air purifier 250 are by the wired or wireless network of being formed that links up.Home appliance will be with the communication network protocol of regulation, and Visual 210 intercoms mutually with the projection electricity.
Rear-projection TV 210 follows the projection electricity Visual 100 that describes in reference Fig. 1～Fig. 9 to have identical structure.Different places is the temperature that rear-projection TV 210 will detect according to sensor part 200, and humidity and dust state are controlled each household appliances (220,230,240,250).
That is to say, by the temperature of sensor part 20 input, if belong to the 1st level set or ' low temperature ' (stage 607 in Fig. 6), rear-projection TV 210 just removes control operation warmer 220 so.In addition, by the temperature of sensor part input, if belong to the 5th level set or ' high temperature ' (stage 621 in Fig. 6), rear-projection TV 210 just removes to control running refrigerating device 230 so.
Equally, by the humidity of sensor part 20 input, if belong to the 1st level set or ' dry ' (stage 707 in Fig. 7), rear-projection TV 210 just removes control operation humidifier 240 so.In addition, by the dust state of sensor part input, if belong to the 5th level set or ' a large amount of ' (stage 821 in Fig. 8), projection electricity Visual 210 just removes control operation air purifier 250 so.
As mentioned above, according to the environment temperature that is detected by sensor part 20, humidity and dust state can remove to move relevant home appliance effectively, and surrounding environment can be maintained best state.
Claims (8)
1. image display with sensor function is characterized in that it has following structure:
Be provided with a microcomputer, be used for controlling the work of the element of image display;
Be provided with sensor part, it is provided with temperature sensor, humidity sensor, and at least one sensor among the dust sensor; Also comprise an analog-to-digital converter at least, be used for receiving the temperature of being exported by a sensor at least, the simulation detecting signal of humidity and amount of dust is transformed into it digital detecting signal then, again it is outputed to microcomputer;
Be provided with a storer, be used for storage temperature, the reference level in season of humidity and dust;
Be provided with an on-screen display menus generating unit, it will be according to the control signal that sends from microcomputer, goes to generate to be used for showing the temperature that is detected by sensor part, the on-screen display menus of humidity or dust state.
2. the image display with sensor function according to claim 1 is characterized in that image display has antenna; Also be provided with a tuning portion, be used for receiving Composite Video Broadcast Signal, and be sent to microcomputer by antenna;
Microcomputer extracts the Year/Month/Day data from Composite Video Broadcast Signal.
3. method of work with image display of sensor function is characterized in that it is provided with the following stage:
Be provided with the stage of a received signal, at least from temperature sensor, a sensor among humidity sensor and the dust sensor receives to temperature the signal that humidity and amount of dust detect in this stage;
Be provided with a generation phase, in this stage,, go to generate and be used for showing the temperature that detects, humidity, or the on-screen display menus of dust state according to the signal that detects;
Be provided with a demonstration stage, in this stage, on-screen display menus be shown in the picture portion of image display.
4. the method for work with image display of sensor function according to claim 3 is characterized in that described on-screen display menus comprises temperature, humidity, or the numerical value of dust.
5. method of work with image display of sensor function is characterized in that it comprises the following stage:
(a) in order to separate for temperature, the level of at least one project among humidity and the amount of dust will receive the stage of at least one reference value;
(b), at least one sensor among humidity sensor and the dust sensor, receive to temperature the stage of the detecting signal of humidity or amount of dust from temperature sensor;
(c) according to detecting signal, with the temperature of sensor output, humidity and amount of dust, after comparing with reference value in the input of (a) stage, the stage of its level that goes to classify;
(d) according to the level of classification, go to generate and be used for showing the temperature that detects from sensor, the stage of the on-screen display menus of humidity or dust state;
(e) on-screen display menus is shown to stage of the picture portion of image display.
6. the method for work with image display of sensor function according to claim 5, it is characterized in that described on-screen display menus is at (a) in the stage, comprise and temperature that the level number of humidity and dust has the state representation icon of same number.
7. method of work with image display of sensor function is characterized in that it comprises the following stage:
(a) in order to separate for temperature, the level of at least one project among humidity and the amount of dust will receive the stage of at least more than one reference value;
(b), at least one sensor among humidity sensor and the dust sensor, receive to temperature the stage of the detecting signal of humidity or amount of dust from temperature sensor;
(c), receive the stage of Composite Video Broadcast Signal by the tuning portion of image display;
(d) stage of extraction Year/Month/Day information from Composite Video Broadcast Signal;
(e), go the stage in the season of judgment task starting point based on the Year/Month/Day information of extraction;
(f) temperature from sensor part output, humidity or amount of dust, after the reference value in season that obtains judging in the stage corresponding to (e) in the reference value that obtains in the stage importing with (a) compares, the stage of its level that goes to classify;
(g) according to the level of classification, go to generate and be used for showing the temperature that detects from sensor, the stage of the on-screen display menus of humidity or dust state;
(h) on-screen display menus is shown to stage of the picture portion of image display.
8. the image display with sensor function according to claim 1 and 2, it is characterized in that image display and at least one home appliance, in the wired or wireless domestic network system that connects and composes, the specified signal that image display detects according to sensor part is controlled each home appliance.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200410020713 CN1707268A (en) | 2004-06-10 | 2004-06-10 | Image display equipment with sensor function and operating method thereof |
Applications Claiming Priority (1)
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| CN 200410020713 CN1707268A (en) | 2004-06-10 | 2004-06-10 | Image display equipment with sensor function and operating method thereof |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101033989B (en) * | 2006-03-10 | 2010-11-10 | 罗瑞真 | Environmental monitoring device and method |
| CN101932884A (en) * | 2007-11-30 | 2010-12-29 | 霍尼韦尔国际公司 | Hvac controller |
-
2004
- 2004-06-10 CN CN 200410020713 patent/CN1707268A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101033989B (en) * | 2006-03-10 | 2010-11-10 | 罗瑞真 | Environmental monitoring device and method |
| CN101932884A (en) * | 2007-11-30 | 2010-12-29 | 霍尼韦尔国际公司 | Hvac controller |
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Owner name: NANJING LG XINGANG DISPLAY CO., LTD. Free format text: FORMER OWNER: LG ELECTRONICS (SHENYANG) CO., LTD. Effective date: 20070316 |
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Effective date of registration: 20070316 Address after: 210038 No. 346 Yao Yao Avenue, Nanjing economic and Technological Development Zone, Jiangsu, China Applicant after: LG Electronics Nanjing Display Co., Ltd. Address before: 110179 No. 3540 hi tech Development Zone, Liaoning, Shenyang Applicant before: LG Electronic (Shenyang) Co., Ltd. |
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