CN100445796C - Image capture device having satellate-based global-positioning system and image processing method thereof - Google Patents
Image capture device having satellate-based global-positioning system and image processing method thereof Download PDFInfo
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Abstract
This invention provides one image catch device and process method with global position system, wherein, the device comprises one lens head, one sensor, one display device, one memory device, one input device, one GPS receiver, one DSP unit and one microprocessor; the microprocessor gets one catch signal, the sensor gets one biological image through lens to DSP unit; GPS receiver gets current position and then to get relative biological data from database to display the results onto display device through comparing.
Description
Technical field
The invention relates to a kind of image capture unit, and be particularly to a kind of image capture unit and image treatment method thereof with Global Positioning System (GPS) function in conjunction with IPF.
Background technology
Generally speaking, the indispensable instrument of bird-watching is telescope and birds illustrated handbook.Telescope can the clear view birds thin portion, and the birds illustrated handbook can help kind, the formal name used at school of identification birds.Yet the common volume of birds illustrated handbook is more greatly and quite heavy, so that carry inconvenience, may can't not learn its particulars when finding birds but do not carry the birds illustrated handbook.
A kind of device in conjunction with digital camera and telescope function is arranged at present, can and be stored in the storage unit in order to the image of taking telescope end, disclosed as United States Patent (USP) 4067027,4571628 and 6088053, but when those devices were applied to bird-watching, the birds image that only can take far-end but can't go out its kind by immediately identifying.
Summary of the invention
Therefore, the object of the present invention is to provide a kind of image capture unit, make when going out bird-watching, need not carry thick and heavy birds illustrated handbook with Global Positioning System (GPS) (Global Positioning System is designated hereinafter simply as GPS) function.
The invention provides a kind of image capture unit with Global Positioning System (GPS) function, comprise a camera lens, a sensor, a display device, a storage medium, an input media, a gps receiver, a digital signal processing unit (Digital SignalProcessing is designated hereinafter simply as DSP) and a microprocessor.When this microprocessor is obtained a shooting signal from this input media, making this sensor see through this camera lens obtains an ecological image and sends this DSP unit to, obtain the longitude and latitude of present position from this gps receiver, in this ecological data storehouse of this storage medium, obtain corresponding ecological data according to this longitude and latitude, make this DSP unit should the ecology image and this ecological data that obtains compare, and with comparison result shows in this display device.
Image capture unit with Global Positioning System (GPS) function of the present invention, this microprocessor makes this image capture unit from satellite navigation mode switch to a screening-mode when receiving a switching signal.
Image capture unit with Global Positioning System (GPS) function of the present invention, the ecological data in this storage medium can by an external computer system or storage medium be pre-loaded or utilize this gps receiver to download immediately.
Image capture unit with Global Positioning System (GPS) function of the present invention, this gps receiver are built-in or are external in this image capture unit.
The present invention more provides a kind of image capture unit with Global Positioning System (GPS) function, comprises a camera lens, a sensor, a display device, a storage medium, an input media, a gps receiver, a DSP unit and a microprocessor.When this microprocessor is obtained a shooting signal from this input media, making this sensor see through this camera lens obtains an ecological image and sends this DSP unit to, obtain the longitude and latitude of present position simultaneously from this gps receiver, obtain corresponding ecological data and this ecological data is stored in this storage medium from a database according to this longitude and latitude, make this DSP unit should the ecology image and this ecological data that obtains compare, and with comparison result shows in this display device.
When the image capture unit with Global Positioning System (GPS) function of the present invention, this microprocessor receive a switching signal from this input media, make this image capture unit from satellite navigation mode switch to a screening-mode.
Image capture unit with Global Positioning System (GPS) function of the present invention, this gps receiver are built-in or are external in this image capture unit.
The present invention also provides a kind of image treatment method of image capture unit of the GPS of having function.Image capture unit with a gps receiver is provided, and obtains the longitude and latitude of this image capture unit position by this gps receiver.According to the comparison of this longitude and latitude corresponding map data and ecological data in a database, download in corresponding ecological data and the map datum storage medium to this image capture unit according to comparison result then.Switch signal when receiving one, make this image capture unit from satellite navigation mode switch to a screening-mode.Take signal according to one and obtain an ecological image, obtain simultaneously longitude and latitude that should the present position of image capture unit, obtain corresponding ecological data according to this longitude and latitude from this storage medium, and should the ecology image and this ecological data of choosing compare, and with comparison result shows on a display device.
Image treatment method with image capture unit of GPS function of the present invention, this gps receiver are built-in or are external in this image capture unit.
The present invention provides a kind of image treatment method of image capture unit of the GPS of having function again.Image capture unit with a gps receiver is provided, and obtains longitude and latitude that should image capture unit by this gps receiver.Switch signal when receiving one, make this image capture unit from satellite navigation mode switch to a screening-mode.Take signal according to one and obtain an ecological image, see through this gps receiver simultaneously and obtain longitude and latitude that should the present position of image capture unit.According to this longitude and latitude, download corresponding ecological data and be stored in the storage medium of this image capture unit from a database via this gps receiver, and should the ecology image and the ecological data of this download compare, and with comparison result shows on a display device.
Image treatment method with image capture unit of GPS function of the present invention, this gps receiver are built-in or are external in this image capture unit.
Image capture unit and image treatment method with Global Positioning System (GPS) function of the present invention provides GPS function, and obtain the ecological data and the map datum of user region by this GPS function, make the user can understand vegeto-animal ecologic environment fast, and after photographing ecological image, can find rapidly related data that should ecological image.
Description of drawings
Fig. 1 is the configuration diagram that shows the image capture unit with GPS function of the embodiment of the invention;
Fig. 2 is that the data that show the embodiment of the invention are downloaded and the synoptic diagram of comparing;
Fig. 3 is the flow chart of steps that shows the image treatment method of the image capture unit that has the GPS function in the embodiment of the invention;
Fig. 4 is the flow chart of steps that shows the image treatment method of the image capture unit that has the GPS function in another embodiment of the present invention;
Fig. 5 shows the electron telescope of the embodiment of the invention and the synoptic diagram of gps receiver.
Embodiment
For purpose of the present invention, feature and advantage can be become apparent, preferred embodiment cited below particularly, and cooperate appended pictorial image 1 to Fig. 5, be described in detail.Instructions of the present invention provides different embodiment that the technical characterictic of the different embodiments of the present invention is described.Wherein, the configuration of each element among the embodiment is the usefulness for explanation, is not in order to restriction the present invention.And the part of reference numerals repeats among the embodiment, is for the purpose of simplifying the description, is not the relevance that means between the different embodiment.
The embodiment of the invention has disclosed a kind of image capture unit and image treatment method thereof with Global Positioning System (GPS) (GPS) function.
GPS is a kind of global space positioning system, is as military use originally, such as application such as opportunity of combat navigation, fly bomb remote controls, then transfers commercial use in recent years gradually to.See through GPS, and though the user be on land, sea or aerial, can accurately measure the position (having comprised) at its place through information such as, latitude and height above sea level.Generally, GPS has comprised three parts, and first is the space part, by 24 artificial satellites earth that detours, and the round-the-clock satellite position information that transmitting, it is to serve as the role who transmits signal.Second part is the Ground Control part, because artificial satellite need be managed and monitor, therefore different places are provided with the running that ground control station is responsible for total system in the whole world.The 3rd part then is not to use person's part, the user needs a special gps receiver to receive several satellite-signals, see through microcomputer and calculate positional information,, do not use the restriction of zone, landform and number because signal is to see through satellite transmission.Conceptive, GPS is representing total system, comprises satellite, ground control station and gps receiver.But generally speaking, GPS promptly means a gps receiver, and this is because only can contact the cause of gps receiver in the use mostly.GPS is widely used, and for example, the sports fan has also used GPS, comprises travel at one's own expense person, alpinist and people by bike, but its most general application is to be installed in the mobile phone.
The embodiment of the invention is to integrate a GPS and an electron telescope (being image capture unit), GPS is built-in or be external in this electron telescope, make the user can see through electron telescope and obtain ecological data such as relevant birds, insect, plant, and must not carry illustrated handbook.
Fig. 1 is the configuration diagram that shows the image capture unit with GPS function of the embodiment of the invention.
The image capture unit with GPS function 100 of the embodiment of the invention comprises a camera lens 110, a sensor (Sensor) 120, a digital signal processing (Digital SignalProcessing, DSP) unit 130, a microprocessor 140, a storage medium 150, an input media 160 and a display device 170.In addition, gps receiver 180 is to be external on the image capture unit 100.Therefore, image capture unit 100 can be obtained the longitude and latitude of image capture unit 100 positions by gps receiver 180.Compare the database 190 that is pre-stored in storage medium 150 according to this longitude and latitude, select corresponding ecological data according to comparison result.Comprise the database (not shown) of several ecological classifications in the storage medium 150, deposit ecological data such as relevant animal, plant, mineral respectively.In addition, non-during in operator scheme when image capture unit 100, it all is under the satellite navigation pattern, selects corresponding ecological data with the longitude and latitude according to image capture unit 100 places constantly.
Next, obtain one when microprocessor 140 from input media 160 and switch signal, indicate image capture unit 100 is switched to screening-mode from the satellite navigation mode, this moment, image capture unit 100 can carry out shooting operation.Obtain one when microprocessor 140 from input media 160 and take signal, obtain ecological image (for example, birds image) even sensor 120 sees through camera lens 110.Then, DSP unit 130 self-inductance measurement devices 120 are obtained this birds image, obtain the longitude and latitude at present image capture unit 100 places simultaneously from gps receiver 180, obtain corresponding ecological data according to this longitude and latitude from storage medium 150 then.Then, DSP unit 130 with this birds image with ecological data that should longitude and latitude is compared.The comparison finish after, microprocessor 140 with comparison result shows on display device 170.
The another kind of operating process of the image capture unit with GPS function 100 of the embodiment of the invention hereinafter will be described, wherein ecological data is not to be downloaded in advance in the storage medium 150.
When image capture unit 100 is in satellite navigation pattern following time, microprocessor 140 is obtained one from input media 160 and is switched signal to switch to screening-mode.Obtain one when microprocessor 140 from input media 160 and take signal, obtain ecological image (for example, birds image) even sensor 120 sees through camera lens 110.Then, after DSP unit 130 self-inductance measurement devices 120 are obtained this ecology image, see through the longitude and latitude that gps receiver 180 is obtained present image capture unit 100 places simultaneously.Then, microprocessor 140 is according to this longitude and latitude, downloads corresponding ecological data and is stored in the storage medium 150 from database 190 via gps receiver 180.DSP unit 130 should the ecology image with ecological data that should longitude and latitude is compared, then microprocessor 140 with comparison result shows on display device 170.
In embodiments of the present invention, image capture unit 100 is to be an electron telescope, but it also can be the device of a digital camera or other filmed image.Gps receiver 180 is outer being connected on the electron telescope, as shown in Figure 5, but also can be integrated in wherein.Storage medium 150 is built in the electron telescope 100 in being, it can be a hard disk or a storer (for example, flash memory (Flash Memory)).In addition, image capture unit 100 also can an external storage card or an external connected hand disk, wherein this storage card or this external connected hand disk can be by being connected with a computer installation, in an optical data disk, obtain longitude and latitude and corresponding ecological data, also or through a network (world-wide web or Local Area Network) obtain longitude and latitude and corresponding ecological data, be stored in then in the storage medium 150 from a remote data storehouse.Image capture unit 100 according to the longitude and latitude of its position, is obtained corresponding ecological data from storage medium 150 and is carried out image comparison again.
Fig. 2 is the synoptic diagram that shows the image comparison of the embodiment of the invention.
As mentioned before, comprise several ecological data storehouses in the storage medium, deposit ecological data such as relevant animal, plant, mineral respectively.For instance, the birds database comprises a plurality of birds information 210 (kind 1, kind 2, kind 3... or the like), and each birds information comprises a plurality of data contents 220, comprise longitude and latitude that this birds occur, classification (for example, animal, plant, insect, mineral ... or the like), picture, explanation ... or the like.Therefore, after birds image 230 is obtained in D SP unit 130, promptly obtain a plurality of birds data that should longitude and latitude, and then compare picture in each birds data, and show corresponding birds data from storage medium 150 or database 190.In addition, previously described database can be present in far-end and see through GPS and download ecological data, also can in be built in the image capture unit.
Fig. 3 is the flow chart of steps that shows the image treatment method of the image capture unit that has the GPS function in the embodiment of the invention.
At first, provide image capture unit, shown in step S101, obtain the longitude and latitude of this image capture unit position by this gps receiver, shown in step S102 with a gps receiver.According to this longitude and latitude comparison corresponding map data and ecological data in this database, shown in step S103, and download corresponding ecological data and the map datum storage medium to this image capture unit according to comparison result, shown in step S104, wherein comprise the database of several ecological classifications in this storage medium.Judge whether to receive one and switch signal, shown in step S105, if not, then get back to step S102, continue to download corresponding ecological data according to this image capture unit longitude and latitude.If receive this switching signal then this image capture unit to be switched to screening-mode from the satellite navigation mode, shown in step S106.Next, take signal according to one and obtain an ecological image, obtain simultaneously to longitude and latitude that should the present position of image capture unit, shown in step S107, according to obtaining corresponding ecological data in the ecological category database of this longitude and latitude in this storage medium, shown in step S108.This ecology image and this ecological data of choosing are compared, shown in step S109, and with comparison result shows on a display device, shown in step S110.
Fig. 4 is the flow chart of steps that shows the image treatment method of the image capture unit that has the GPS function in another embodiment of the present invention.
At first, image capture unit with a gps receiver is provided, and shown in step S201, this image capture unit is to be under the satellite navigation pattern, and can detect and obtain to longitude and latitude that should image capture unit, shown in step S202 by this gps receiver.Judge whether to receive one and switch signal, shown in step S203, if not, then get back to step S202, continue to detect and obtain the longitude and latitude of this image capture unit.If receive this switching signal then this image capture unit to be switched to screening-mode from the satellite navigation mode, shown in step S204.Next, take signal according to one and obtain an ecological image, see through this gps receiver simultaneously and obtain to longitude and latitude that should the present position of image capture unit, shown in step S205.According to this longitude and latitude, download corresponding ecological data and be stored in the storage medium of this image capture unit from a database via this gps receiver, shown in step S206.The database that wherein comprises several ecological classifications in this storage medium.The ecological data of this ecology image and this download is compared, shown in step S207, and with comparison result shows on a display device, shown in step S208.
In addition, the image capture unit of the embodiment of the invention can use button or software option to carry out the data search action under the navigational system initiate mode.See through near the ecological data of longitude and latitude location acquisition then, carry out categorizing selection and data download again.Then, show the image and the ecological data of taking pictures and obtaining simultaneously, compare for the user.After comparison is finished, can use button or software option to leave, make this image capture unit reply navigational system.
And, the described DSP of embodiment of the invention unit 130 should the ecology image with ecological data that should longitude and latitude is compared, wherein indication " comparison " is to comprise with divided frame to show that the ecological image of subject and download supplies user's identification, and compares the ecological image of download to pick out subject by the DSP unit 130 of tool image identification function.
The image capture unit with Global Positioning System (GPS) function of another embodiment of the present invention provides GPS function, and obtain the ecological data and the map datum of user region by this GPS function, make the user can understand vegeto-animal ecologic environment fast, and after photographing ecological image, can find rapidly related data that should ecological image.
The above only is preferred embodiment of the present invention; so it is not in order to limit scope of the present invention; any personnel that are familiar with this technology; without departing from the spirit and scope of the present invention; can do further improvement and variation on this basis, so the scope that claims were defined that protection scope of the present invention is worked as with the application is as the criterion.
Being simply described as follows of symbol in the accompanying drawing:
100: image capture unit
110: camera lens
120: sensor
The 130:DSP unit
140: microprocessor
150: storage medium
160: input media
170: display device
The 180:GPS receiver
190: database
210: ecological information
220: the ecological data content
230: ecological image
Claims (11)
1. the image capture unit with Global Positioning System (GPS) function is characterized in that, described image capture unit with Global Positioning System (GPS) function comprises:
One camera lens;
One sensor;
One display device;
One storage medium;
One input media;
One has the receiver of Global Positioning System (GPS);
One digital signal processing unit; And
One microprocessor, take signal when obtain one from above-mentioned input media, making above-mentioned sensor see through above-mentioned camera lens obtains an ecological image and sends above-mentioned digital signal processing unit to, obtain the longitude and latitude of present position from above-mentioned receiver with Global Positioning System (GPS), in the ecological data storehouse of above-mentioned storage medium, obtain corresponding ecological data according to above-mentioned longitude and latitude, make above-mentioned digital signal processing unit that above-mentioned ecological image and the above-mentioned ecological data that obtains are compared, and with comparison result shows in above-mentioned display device.
2. the image capture unit with Global Positioning System (GPS) function according to claim 1 is characterized in that, above-mentioned microprocessor makes above-mentioned image capture unit from satellite navigation mode switch to a screening-mode when receiving a switching signal.
3. the image capture unit with Global Positioning System (GPS) function according to claim 1, it is characterized in that the ecological data in the above-mentioned storage medium can by an external computer system or storage medium be pre-loaded or utilize above-mentioned receiver with Global Positioning System (GPS) to download immediately.
4. the image capture unit with Global Positioning System (GPS) function according to claim 1 is characterized in that, above-mentioned receiver with Global Positioning System (GPS) is built-in or is external in above-mentioned image capture unit.
5. the image capture unit with Global Positioning System (GPS) function is characterized in that, described image capture unit with Global Positioning System (GPS) function comprises:
One camera lens;
One sensor;
One display device;
One storage medium;
One input media;
One has the receiver of Global Positioning System (GPS);
One digital signal processing unit; And
One microprocessor, take signal when obtain one from above-mentioned input media, making above-mentioned sensor see through above-mentioned camera lens obtains an ecological image and sends above-mentioned digital signal processing unit to, obtain the longitude and latitude of present position simultaneously from above-mentioned receiver with Global Positioning System (GPS), obtain corresponding ecological data from a remote data storehouse and above-mentioned ecological data is stored in the above-mentioned storage medium according to above-mentioned longitude and latitude, make above-mentioned digital signal processing unit that above-mentioned ecological image and the above-mentioned ecological data that obtains are compared, and with comparison result shows in above-mentioned display device.
6. the image capture unit with Global Positioning System (GPS) function according to claim 5, it is characterized in that, when above-mentioned microprocessor receives a switching signal from above-mentioned input media, make above-mentioned image capture unit from satellite navigation mode switch to a screening-mode.
7. the image capture unit with Global Positioning System (GPS) function according to claim 5 is characterized in that, above-mentioned receiver with Global Positioning System (GPS) is built-in or is external in above-mentioned image capture unit.
8. the image treatment method with image capture unit of Global Positioning System (GPS) function is characterized in that, described image treatment method with image capture unit of Global Positioning System (GPS) function comprises the following steps:
One image capture unit of the receiver with Global Positioning System (GPS) is provided;
Obtain the longitude and latitude of above-mentioned image capture unit position by above-mentioned receiver with Global Positioning System (GPS);
According to above-mentioned longitude and latitude comparison corresponding map data and ecological data in a database;
Download corresponding ecological data and map datum extremely in the storage medium in the above-mentioned image capture unit according to comparison result;
Switch signal when receiving one, make above-mentioned image capture unit from satellite navigation mode switch to a screening-mode;
Take signal according to one and obtain an ecological image, obtain the longitude and latitude of the present position of corresponding above-mentioned image capture unit simultaneously;
Obtain corresponding ecological data according to above-mentioned longitude and latitude from above-mentioned storage medium; And
Above-mentioned ecological image and the above-mentioned ecological data of choosing are compared, and with comparison result shows on a display device.
9. the image treatment method with image capture unit of Global Positioning System (GPS) function according to claim 8 is characterized in that, above-mentioned receiver with Global Positioning System (GPS) is built-in or is external in above-mentioned image capture unit.
10. the image treatment method with image capture unit of Global Positioning System (GPS) function is characterized in that, above-mentioned image treatment method with image capture unit of Global Positioning System (GPS) function comprises the following steps:
The image capture unit of the receiver with Global Positioning System (GPS) is provided, and obtains the longitude and latitude of corresponding above-mentioned image capture unit by above-mentioned receiver with Global Positioning System (GPS);
Switch signal when receiving one, make above-mentioned image capture unit from satellite navigation mode switch to a screening-mode;
Take signal according to one and obtain an ecological image, see through the longitude and latitude that above-mentioned receiver with Global Positioning System (GPS) is obtained the present position of corresponding above-mentioned image capture unit simultaneously;
According to above-mentioned longitude and latitude, download corresponding ecological data and be stored in the storage medium of above-mentioned image capture unit from a database via above-mentioned receiver with Global Positioning System (GPS); And
The ecological data of above-mentioned ecological image and this download is compared, and with comparison result shows on a display device.
11. the image treatment method with image capture unit of Global Positioning System (GPS) function according to claim 10 is characterized in that, above-mentioned receiver with Global Positioning System (GPS) is built-in or is external in above-mentioned image capture unit.
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| CN101685100B (en) * | 2008-09-24 | 2011-07-20 | 华晶科技股份有限公司 | Shooting device for detecting moving speed of shot object and method thereof |
| CN106780183A (en) * | 2016-12-15 | 2017-05-31 | 大连文森特软件科技有限公司 | The open birds protected based on AR augmented realities and visitor are visited a park system |
| CN106534806A (en) * | 2016-12-15 | 2017-03-22 | 大连文森特软件科技有限公司 | Augmented reality (AR) technology-based bird identification recreation system |
| CN106600801A (en) * | 2016-12-15 | 2017-04-26 | 大连文森特软件科技有限公司 | Bird watching equipment based on AR augmented reality technology |
| CN106780184A (en) * | 2016-12-15 | 2017-05-31 | 大连文森特软件科技有限公司 | Birds based on AR augmented realities view and admire system |
| CN106791637A (en) * | 2016-12-15 | 2017-05-31 | 大连文森特软件科技有限公司 | Birds based on AR augmented realities are viewed and admired and area protection system |
| CN111288959A (en) * | 2018-12-06 | 2020-06-16 | 信泰光学(深圳)有限公司 | Distance measuring instrument |
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