CN106595597A - Method and device for showing measurement information on shooting display screen - Google Patents

Method and device for showing measurement information on shooting display screen Download PDF

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Publication number
CN106595597A
CN106595597A CN201611166442.9A CN201611166442A CN106595597A CN 106595597 A CN106595597 A CN 106595597A CN 201611166442 A CN201611166442 A CN 201611166442A CN 106595597 A CN106595597 A CN 106595597A
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CN
China
Prior art keywords
information
display screen
measurement
user
metrical information
Prior art date
Application number
CN201611166442.9A
Other languages
Chinese (zh)
Inventor
何伟
李辉
郑飞飞
Original Assignee
亚坦能源科技(上海)有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Publication date
Application filed by 亚坦能源科技(上海)有限公司 filed Critical 亚坦能源科技(上海)有限公司
Priority to CN201611166442.9A priority Critical patent/CN106595597A/en
Publication of CN106595597A publication Critical patent/CN106595597A/en

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Classifications

    • GPHYSICS
    • G01MEASURING; TESTING
    • G01CMEASURING DISTANCES, LEVELS OR BEARINGS; SURVEYING; NAVIGATION; GYROSCOPIC INSTRUMENTS; PHOTOGRAMMETRY OR VIDEOGRAMMETRY
    • G01C11/00Photogrammetry or videogrammetry, e.g. stereogrammetry; Photographic surveying

Abstract

The invention aims to provide a method and device for showing measurement information on a shooting display screen. Compared with the prior art, the method and device for showing the measurement information on the shooting display screen are based on shooting triggering operation of users, measurement information obtained by measurement of various measurement devices in equipment of the users is acquired, and the measurement information corresponds to the equipment of the users and/or objects to be shot; the measurement information is shown on the shooting display screen of the equipment of the users; a house building is photographed and surveyed, the measurement information such as longitude and latitude and altitude of the building are visually displayed in pictures, the measurement information such as the angle of inclination of a roof of the building, an elevation angle/an angle of depression and the orientation is displayed, therefore, followed-up system design can be implemented according to data of the pictures, and costs for labor and materials are greatly saved.

Description

A kind of method and apparatus for representing metrical information on shooting display screen

Technical field

The present invention relates to field of computer technology, more particularly to a kind of technology for representing metrical information.

Background technology

Photovoltaic generation refers to and luminous energy is directly translated into into one kind of electric energy using the photovoltaic effect of interface Technology;Photovoltaic generating system is mainly made up of solar panel (component), controller and inverter three parts, critical piece by Electronic devices and components are constituted.Solaode carries out packaging protection after connection in series-parallel, forms large-area solar module, then Photovoltaic power generation apparatus are defined with parts such as the power controllers that closes.

Photovoltaic generating system needs that roof pair can be installed in a pre-installation and carries out systemic exploration, confirms the inclination of house roof Degree, roof towards, can erection space, local weather information etc., install feasibility and installation amount are confirmed by these data;Adopt Collecting these data needs specialized engineering personnel to go to building scene, and climing onto the roof carries out actual metrics, dangerous high, while logical Cross network or local weather bureau approach obtains weather information, the considerably complicated trouble of whole process, work efficiency is low.Specially:

1) manpower and materials are wasted:Personal roof surveys minimum two people, engineering truck, ladder, survey tool, a safety rope etc. Various equipment are assisted;The exploration such as large-scale ground, hillside, waters, Factory Building needs more human and material resources, while needing essence Close computing device, coordinates specialized engineering personnel to do professional accurate calculating;

2) inefficiency, the time wastes:Personal roof exploration is generally required 3~4 hours or so, and road is slightly remote, traffic congestion feelings The condition lower time is difficult to estimate;The exploration of large-scale ground power station at least needs even two weeks exploration in several days, while coordinating a large amount of specialties Personnel coordinate together;

3) personal safety risk:High-altitude wind speed is big when roof is surveyed, and roof pitch, tile is smooth, and engineering staff climbs roof When there is very big potential safety hazard;Typically where uninhabited, there is field survivorship and drowned wind in exploration for large-scale ground, waters Danger.

Therefore, it is how safe efficient, using user equipment photovoltaic generating system is surveyed exactly, in the user Represent metrical information on the shooting display screen of equipment, become one of technical problem of those skilled in the art's urgent need to resolve.

The content of the invention

It is an object of the invention to provide a kind of method and apparatus for representing metrical information on shooting display screen.

According to an aspect of the invention, there is provided a kind of method for representing metrical information on shooting display screen, wherein, The method includes:

Shooting trigger actions of a based on user, obtains the metrical information obtained by each measurement apparatus measurement in user equipment, its In, the metrical information with corresponding to the user equipment and/or object to be captured;

B represents the metrical information on the shooting display screen of the user equipment.

Preferably, the metrical information is represented at least any one form as follows:

Represented with numeric form;

Represent in scale form.

Preferably, the screen orientation for shooting display screen is fixed.

Preferably, the method also includes:

Based on the map conversion operation of the user, the shooting display screen is converted to map and is presented to the use Family, wherein, the metrical information is superimposed with the map.

Preferably, step b also includes:

Represent view-finding positioner on the shooting display screen of the user equipment;

Based on the view-finding positioner, to the user prompting of finding a view is sent.

Preferably, the measurement apparatus include following at least any one:

Compass;

Dual-axis inclinometer;

Diastimeter;

Global positioning system;

Computer;

Gyroscope.

Preferably, the metrical information includes following at least any one:

Horizontal angle;

Azimuth;

Longitude and latitude;

Face upward/the angle of depression;

Temporal information;

Altitude information.

Preferably, the method also includes:

According to the metrical information, the installation information of the loaded photovoltaic generating system of the object to be captured is determined;

Wherein, step b also includes:

Represent the installation information on the shooting display screen of the user equipment.

Preferably, the method also includes:

The installation information is uploaded, to set up or update corresponding data base.

According to another aspect of the present invention, a kind of measurement exhibition for representing metrical information on shooting display screen is additionally provided Existing device, wherein, the measurement demonstration device includes:

Acquisition device, for the shooting trigger action based on user, obtains each measurement apparatus measurement gained in user equipment Metrical information, wherein, the metrical information with corresponding to the user equipment and/or object to be captured;

Information demonstration device, for representing the metrical information on the shooting display screen of the user equipment.

Preferably, the metrical information is represented at least any one form as follows:

Represented with numeric form;

Represent in scale form.

Preferably, the screen orientation for shooting display screen is fixed.

Preferably, the measurement demonstration device also includes:

Conversion equipment, for the map conversion operation based on the user, map is converted to simultaneously by the shooting display screen The user is presented to, wherein, the metrical information is superimposed with the map.

Preferably, described information demonstration device is additionally operable to:

Represent view-finding positioner on the shooting display screen of the user equipment;

Based on the view-finding positioner, to the user prompting of finding a view is sent.

Preferably, the measurement apparatus include following at least any one:

Compass;

Dual-axis inclinometer;

Diastimeter;

Global positioning system;

Computer;

Gyroscope.

Preferably, the metrical information includes following at least any one:

Horizontal angle;

Azimuth;

Longitude and latitude;

Face upward/the angle of depression;

Temporal information;

Altitude information.

Preferably, the measurement demonstration device also includes:

Determining device, for according to the metrical information, determining the loaded photovoltaic generating system of the object to be captured Installation information;

Wherein, described information demonstration device is additionally operable to:

Represent the installation information on the shooting display screen of the user equipment.

Preferably, the measurement demonstration device also includes:

Device is uploaded, for uploading the installation information, to set up or update corresponding data base.

According to a further aspect of the invention, a kind of computer equipment is additionally provided, the computer equipment includes:

One or more processors;

Memorizer, for storing one or more computer programs;

When one or more of computer programs are by one or more of computing devices so that it is one or Multiple processors realize method as above described in any one.

Compared with prior art, shooting trigger action of the present invention based on user, obtains each measurement apparatus in user equipment Metrical information obtained by measurement, wherein, the metrical information with corresponding to the user equipment and/or object to be captured;Institute State and represent the metrical information on the shooting display screen of user equipment;The present invention carries out exploration of taking pictures to building construction, in photo In exhibition building thing directly perceived the metrical information such as longitude and latitude, height above sea level, the inclination angle on the exhibition building thing roof, face upward/angle of depression, direction etc. Metrical information, such that it is able to do follow-up system design for picture data, greatlys save manpower and materials cost.

Further, the present invention carries camera shoot function by user equipment, and energy accurate recording simultaneously obtains photographer institute The every terms of information of building is clapped, even if being that non-Engineering Speciality personage also can use;By picture data can it is quick, accurately generated The report such as whole photovoltaic generating system installation, input, income, improves work efficiency.

Further, the present invention can also fix the screen orientation of the shooting display screen of its place user equipment so that screen Curtain direction will not rotate with the rotation of smart mobile phone, so as to user friendly shooting.

Further, the map conversion operation based on user, the present invention can also will shoot display screen and be converted to map simultaneously User is presented to, and is superimposed with aforementioned metrical information on this map, further facilitate the shooting of user.

Further, the present invention can be according to every metrical information of object to be captured, determining the object to be captured, such as Building or vacant lot, loaded photovoltaic generating system installation information, and represent the installation information on the shooting display screen, Further lift the experience of user.

Further, the present invention can also be uploaded installation information or metrical information, set up or update corresponding number According to storehouse, so as to facilitate the use of other users, the experience of user is further lifted.

Description of the drawings

By reading the detailed description made to non-limiting example made with reference to the following drawings, other of the invention Feature, objects and advantages will become more apparent upon:

Fig. 1 to be illustrated and represent dress according to the measurement for representing metrical information on shooting display screen of one aspect of the invention The structural representation put;

Fig. 2 illustrates the schematic diagram for representing metrical information on shooting display screen in accordance with a preferred embodiment of the present invention;

Fig. 3 illustrates the signal for representing metrical information on shooting display screen according to another preferred embodiment of the present invention Figure;

Fig. 4 illustrates the signal for representing metrical information on shooting display screen according to another preferred embodiment of the invention Figure;

Fig. 5 illustrates the signal for representing metrical information on shooting display screen according to another preferred embodiment of the invention Figure;

Fig. 6 illustrates the signal for representing metrical information on shooting display screen according to another preferred embodiment of the invention Figure;

Fig. 7 illustrates the signal for representing metrical information on shooting display screen according to another preferred embodiment of the invention Figure;

Fig. 8 illustrates the stream for representing the method for metrical information on shooting display screen according to a further aspect of the present invention Journey schematic diagram.

Same or analogous reference represents same or analogous part in accompanying drawing.

Specific embodiment

In one typical configuration of the application, terminal, the equipment of service network and trusted party include one or more Processor (CPU), input/output interface, network interface and internal memory.

Internal memory potentially includes the volatile memory in computer-readable medium, random access memory (RAM) and/or The forms such as Nonvolatile memory, such as read only memory (ROM) or flash memory (flash RAM).Internal memory is computer-readable medium Example.

Computer-readable medium includes that permanent and non-permanent, removable and non-removable media can be by any method Or technology is realizing information Store.Information can be computer-readable instruction, data structure, the module of program or other data. The example of the storage medium of computer includes, but are not limited to phase transition internal memory (PRAM), static RAM (SRAM), moves State random access memory (DRAM), other kinds of random access memory (RAM), read only memory (ROM), electric erasable Programmable read only memory (EEPROM), fast flash memory bank or other memory techniques, read-only optical disc read only memory (CD-ROM), Digital versatile disc (DVD) or other optical storages, magnetic cassette tape, the storage of tape magnetic rigid disk or other magnetic storage apparatus Or any other non-transmission medium, can be used to store the information that can be accessed by a computing device.Define according to herein, calculate Machine computer-readable recording medium does not include non-temporary computer readable media (transitory media), the such as data signal and carrier wave of modulation.

Fig. 1 to be illustrated and represent dress according to the measurement for representing metrical information on shooting display screen of one aspect of the invention The structural representation put.

The measurement demonstration device 1 includes acquisition device 101 and information demonstration device 102.The measurement demonstration device 1 can be with position In user equipment.Here, user equipment include but is not limited to PC, notebook computer, smart mobile phone, panel computer, PDA etc..Those skilled in the art will be understood that the user equipment is only for example, and other are existing or are likely to occur from now on User equipment is such as applicable to the present invention, also should be included within the scope of the present invention, and is incorporated herein by reference.

Wherein, shooting trigger action of the acquisition device 101 based on user, obtains each measurement apparatus in user equipment and measures institute Metrical information, wherein, the metrical information with corresponding to the user equipment and/or object to be captured.

Specifically, user performs in the related application of the user equipment shooting and touches by interacting with user equipment Operation is sent out, for example, user clicks on the application icon of application and performs shooting trigger action, so as to open the bat of user equipment Camera shooting function, such as opens the camera that the user equipment is carried;Or, user after the application is opened, in clicking on the application Specific button, such as shooting push button, so as to perform shooting trigger action, open the shoot function of the user equipment.

Shooting trigger action of the acquisition device 101 based on the user, is carried out with each measurement apparatus in the user equipment Interaction, for example, by one or many application programming interfaces (API) that each measurement apparatus provides respectively is called, or is passed through The communication mode of other agreements, obtains the metrical information obtained by these measurement apparatus measurements, and measurement apparatus including but not limited to refer to Compass, dual-axis inclinometer, diastimeter, global positioning system, computer, gyroscope etc., these measurement apparatus can be inherently The user equipment and/or object to be captured are measured, or the acquisition based on the acquisition device 101 are operated, Just start to measure the user equipment and/or object to be captured, obtain and the user equipment and/or to be captured so as to measure The corresponding metrical information of object.

Preferably, the metrical information includes following at least any one:

Horizontal angle;

Azimuth;

Longitude and latitude;

Face upward/the angle of depression;

Temporal information;

Altitude information.

Here, camera cross foresight and horizontal angle when horizontal angle means to look up, with scale or digital two ways Show.The horizontal angle can for example measure the angle of inclination of building roof.The angle of the horizontal angle is with concrete numerical monitor Real scene shooting and horizontal angle, when oblique angle is higher than horizontal plane, angle is shown with negative value, such as:-15°;When oblique angle is less than horizontal plane When, angle with the occasion of display, such as:+15°.The scope of the angle is at -90 °~+90 °.

Azimuth is the method for measuring the differential seat angle between object in the plane, is the north pointer direction line put from certain Rise, according to the horizontal sextant angle between clockwise direction to target direction line.According to indicated by the azimuth and direct north up time The angle of pin, can confirm that the direction of building roof.

Longitude and latitude can indicate the positional information of the user equipment, such as N31 ° 12 ' 5.21 ", E121 ° 27 ' 38.02 ".

Face upward/angle of depression show photographer angle, such that it is able to coordinate horizontal angle calculate building roof angle of inclination.User During shooting, keep the horizontal level of capture apparatus constant, camera lens is offset up higher than being the elevation angle during horizontal plane, and camera lens offsets downward Less than being the angle of depression during horizontal plane, the elevation angle is for just, the angle of depression is negative.

Temporal information is for example obtained by reading current mobile device system time, and the form of the temporal information can be 12 hours systems, or 24 hours systems, such as 14:55:13.

Altitude information is used for determining the absolute altitude of building, convenient to obtain local weather information, altitude information for example with Rice (m) is unit.

Preferably, the measurement apparatus corresponding with above-mentioned metrical information include following at least any one:

Compass;

Dual-axis inclinometer;

Diastimeter;

Global positioning system;

Computer;

Gyroscope.

Above-mentioned measurement apparatus be it is pre- be mounted in the user equipment, when user performs shooting trigger action, obtain dress Put 101 to interact with above-mentioned at least one measurement apparatus in the user equipment, obtain at least one measurement apparatus and survey The obtained metrical information of amount.

By taking smart mobile phone as an example, user passes through to click on the application icon of the application-specific installed in the smart mobile phone and holds Shooting trigger action is gone, so as to open the shoot function of user equipment;Shooting of the acquisition device 101 based on the user is triggered Measurement apparatus dual-axis inclinometer, global positioning system, gyroscope in operation, with the user equipment etc. is interacted, and obtains this Horizontal angle, azimuth, longitude and latitude obtained by a little measurement apparatus measurements, face upward the/metrical information such as the angle of depression.

Those skilled in the art will be understood that above-mentioned measurement apparatus and metrical information are only for example, other existing or the presents The measurement apparatus being likely to occur afterwards or metrical information are such as applicable to the present invention, also should be included within the scope of the present invention, And here is incorporated herein by reference.

Those skilled in the art should also be understood that the mode of above-mentioned acquisition metrical information is only for example, other it is existing or The mode of the acquisition metrical information being likely to occur from now on is such as applicable to the present invention, should also be included in the scope of the present invention with It is interior, and here is incorporated herein by reference.

Information demonstration device 102 represents the metrical information on the shooting display screen of the user equipment.

Specifically, the metrical information that information demonstration device 102 is obtained according to acquisition device 101 from each measurement apparatus, Represent pattern by predetermined, on the shooting display screen of the user equipment metrical information is represented.For example, the metrical information Represented with the color for being different from subject.

Preferably, the metrical information is represented at least any one form as follows:

Represented with numeric form;

Represent in scale form.

For example, the measurement letter such as longitude and latitude, altitude information, temporal information is shown centered at the top of shooting display screen Breath, apart from the reserved appropriate size in top, data display has powerful connections background color, be particularly shown for:

N31°12′5.71″E121°27′38.02″H:12m Time:14:55:13

Symbol for example can be identified with red font, and pre- spacing can be for example separated between different types of metrical information From;Metrical information for example can have powerful connections background color, and its value is, for example,:R128;G128;B105.

Here, longitude and latitude shows current device location longitude and latitude, display mode:N31°12′5.71″E121°27′ 38.02″。

Altitude information shows current device location height above sea level, display mode:H:+/- 12m, wherein, height above sea level is with symbol:Capitalization Representing, unit is rice (m) to H, and its value has positive and negative point, just (+) to be higher by sea level, it is less than sea level to bear (-).

Temporal information then shows current time, display mode:Time:14:55:13.

Again by taking horizontal angle as an example, as shown in Fig. 2 display Name " horizontal angle " on the right side of graduated disc, above numerical value, with scale The comprehensive form of disk and numerical value represents the horizontal angle.For example, 1) left side display scale, least unit be 1 °;Graticule is fixed as water Horizontal line, graduated disc changes according to device inclined;2) in graduated disc, more than 0 ° be on the occasion of, less than 0 ° be on the occasion of;3) graduated disc has arc Degree;4) graduated disc right side numerically shows gradient concrete numerical value, is accurate to one decimal place, it is concrete incline the number of degrees with Graduated disc synchronously changes, and actual angle unification, such as:-15.4°.

Again by taking azimuth as an example, as shown in figure 3, the azimuth shows in bottom of screen, with graduated disc and concrete numerical value.Its In, if showing current azimuth with graduated disc, 10 ° of graduated disc least unit, dial markings are fixed as vertical graticule, graduated disc Numerical value is turned to according to equipment level and changed;If showing current azimuth with concrete numerical value, a position is accurate to.

Here, azimuth is divided into forward and reverse;Forward azimuth is labeled as:Such as 274 ° of N, i.e., deviate the positive north clockwise 274 °, the forward azimuth maximum number of degrees are 360 °;Back azimuth is labeled as:Such as 86 ° of W, i.e., deviate due south direction counterclockwise many Few degree, the back azimuth maximum number of degrees are 180 °, i.e., from due south direction it is suitable/go to the angle of direct north respectively counterclockwise.From It is xx ° of E when due south is partial to counterclockwise;It is xx ° of W when deflecting clockwise from Due South.

Again facing upward/angle of depression as a example by, as shown in figure 4, on the left of graduated disc, the top display Name " facing upward/angle of depression " of numerical value, with The comprehensive form of graduated disc and numerical value represents this and faces upward/the angle of depression.For example:1) on right side, least unit is degree, each little lattice to graduated disc For 1 °;2) scope:- 90 °~+90 °;3) scale line is fixed on middle position;4) elevation angle is on the occasion of graduated disc number during skew camera lens Value is moved up, i.e., be below scale line on the occasion of, it is more than scale line be negative value;5) graduated disc left side numerically show face upward/ Angle of depression concrete numerical value, is accurate to one decimal place, specifically face upward/angle of depression number of degrees and graduated disc synchronously change, and actual angle system One, such as:-15.4°.

Those skilled in the art will be understood that the form that represents of above-mentioned metrical information is only for example, other existing or the presents The form that represents of the metrical information being likely to occur afterwards is such as applicable to the present invention, also should be included within the scope of the present invention, And here is incorporated herein by reference.

Here, shooting trigger action of the measurement demonstration device 1 based on user, obtains each measurement apparatus measurement in user equipment Gained metrical information, wherein, the metrical information with corresponding to the user equipment and/or object to be captured;In the use Represent the metrical information on the shooting display screen of family equipment;Measurement demonstration device 1 carries out exploration of taking pictures to building construction, is shining The metrical information such as longitude and latitude, height above sea level of exhibition building thing directly perceived in piece, the inclination angle on the exhibition building thing roof, face upward/angle of depression, direction Etc. metrical information, such that it is able to do follow-up system design for picture data, manpower and materials cost is greatlyd save.

Further, measuring demonstration device 1 can carry camera shoot function by user equipment, and energy accurate recording is simultaneously obtained Take photographer and clap the every terms of information of building, even if being that non-Engineering Speciality personage also can use;By picture data can it is quick, The report such as complete photovoltaic generating system installation, input, income is accurately generated, work efficiency is improve.

Subsequently, user is adjusted according to the metrical information represented on the shooting display screen to shooting angle, waits to meet Shutter is pressed after the demand of the user to be shot, corresponding photo is obtained, and now, represented on display screen being shot Metrical information also together stored, such as among being stored in same photo.

Preferably, corresponding button and the scaling multiple of taking pictures can also be shown on the shooting display screen.For example, in the bat The upper right corner position display for taking the photograph display screen is taken pictures button, and the user click button of taking pictures is taken pictures.In the button of taking pictures Can also for example there be a specific button for zooming in and out screen on side, when user clicks on the specific button, i.e., to screen Zoom in and out;For example maximum can be amplified, while the specific button shows current amplification 1.0X/ with quadruplication during click 2.0X/3.0X/4.0X, if being currently maximum amplification, again taps on the specific button and returns positive multiplying constant (1.0X).

Preferably, described information demonstration device 102 represents view-finding positioner on the shooting display screen of the user equipment; Based on the view-finding positioner, to the user prompting of finding a view is sent.

For example, as shown in figure 5, representing the view-finding positioner with cross foresight in the screen center for shooting display screen, it is based on The view-finding positioner, information demonstration device 102 to user sends prompting of finding a view.For example, when user is clicked in the cross foresight Horizontal reference frame is shown during heart position, when again tapping on cross foresight center horizontal reference frame is cancelled;And for example, horizontal reference Frame and cross foresight center are close to when overlapping and show green, away from when show yellow, thoroughly away from when show yellow;Level Reference frame will not rotate with mobile phone and change, when mobile phone is improper take pictures posture when, horizontal reference frame shows red.

Subsequently, user adjusts the direction or position of the shooting display screen, so as to be shot based on the prompting of finding a view.

Preferably, the screen orientation for shooting display screen is fixed.

Here, the screen orientation of the shooting display screen is fixed, for example, so that the user equipment is as smart mobile phone as an example, when this User performs and shoots trigger action, then open the shoot function of the smart mobile phone, so, by the screen of the smart mobile phone, I.e. it can be seen that object to be captured, by the screen orientation for fixing the shooting display screen, even if the user rotates the smart mobile phone, claps According to when screen orientation fix, will not because mobile phone rotate and rotate.For example, can be with preset when the smart mobile phone is horizontal and home keys It is forward direction at right side, screen orientation is fixed with this direction, will not be rotated because the smart mobile phone is rotated.It is preferred that Ground, user can at any time be switched to map and check specific shooting direction.

Here, measurement demonstration device 1 can also fix the screen orientation of the shooting display screen of its place user equipment so that Screen orientation will not rotate with the rotation of smart mobile phone, so as to user friendly shooting.

Preferably, the measurement demonstration device 1 also includes conversion equipment (not shown).The conversion equipment is based on the user's Map conversion operation, the shooting display screen is converted to map and is presented to the user, wherein, it is superimposed with the map The metrical information.

Specifically, it is assumed that the user equipment that user is used currently is in state to be captured, i.e. be presented to user's It is to shoot display screen, user for example by interacting with user equipment, clicks on the particular conversion button in current application, so as to holding The shooting display screen is converted to map simultaneously by row map conversion operation, map conversion operation of the conversion equipment based on the user Be presented to the user, wherein, aforementioned metrical information is for example superimposed with the map, be such as superimposed with horizontal angle, azimuth, Face upward/the metrical information such as the angle of depression.When the user again taps on the particular conversion button, then the conversion equipment is by the map for currently representing Be converted to shooting display screen.

Preferably, when shooting display screen is converted to map and is presented to the user, the map can also show user's Direction, shows the location information of the user equipment, or shows theodolite etc. on this map.

For example, when the conversion equipment is converted to map by display screen is shot, theodolite can be shown on this map.As schemed Shown in 6, first button in the lower left corner is theodolite display switch, clicks on and closes theodolite, again taps on opening theodolite and shows Show;Second, lower left corner button is navigation button, and slightly point is current device position to black, and cross is screen center, is clicked on Cross and black slightly put coincidence after navigation button;Theodolite refers to all the time north, has scale to show, user's direction is shown, currently to use Mobile phone direction is defined when family is stood.

Here, the map conversion operation based on user, measurement demonstration device 1 can also shoot display screen and be converted to map And user is presented to, and aforementioned metrical information is superimposed with this map, further facilitate the shooting of user.

One preferred display screen that shoots at the top of the shooting display screen as shown in fig. 7, be shown centered on longitude and latitude, height above sea level Information and temporal information;Horizontal angle is shown in the left side of the shooting display screen, left side is graduated disc, and right side is aobvious for concrete numerical value Show, numerical value top display Name " horizontal angle ", wherein, graduated disc least unit is 1 °, and graticule is fixed as horizontal line, scale packing Change according to device inclined, in graduated disc, more than 0 ° is on the occasion of less than 0 ° is on the occasion of graduated disc is cambered, and concrete numerical value is accurate to One decimal place is concrete to incline the number of degrees and graduated disc synchronously change, and actual angle unification;In the lower-left of the shooting display screen There is the specific button of entitled " with regard to " at angle, and clicking on can check the relevant information of the application, and side is then entitled " The specific button of figure ", click performs map conversion operation;View-finding positioner is shown in the middle of the shooting display screen;Under Square display orientation angle, the azimuth shows with graduated disc and concrete numerical value, 10 ° of graduated disc least unit, and dial markings are fixed as Vertical graticule, graduated disc numerical value is turned to according to equipment level and changed;Show on the right side of the shooting display screen and face upward/the angle of depression, to carve The comprehensive form of scale and numerical value represents, and on right side, least unit is degree to graduated disc, and each little lattice are 1 °, scope:- 90 °~+ 90 °, scale line is fixed on middle position, and the elevation angle is on the occasion of graduated disc numerical value is moved up during skew camera lens, i.e., below scale line Be on the occasion of, it is more than scale line be negative value, graduated disc left side numerically show faces upward/angle of depression concrete numerical value, be accurate to arithmetic point Latter position, specifically face upward/angle of depression number of degrees and graduated disc synchronously change, and actual angle unification;In the lower right corner of the shooting display screen Then show corresponding button and the scaling multiple of taking pictures.

Preferably, the measurement demonstration device 1 also includes determining device (not shown).The determining device is according to the measurement letter Breath, determines the installation information of the loaded photovoltaic generating system of the object to be captured;Wherein, described information demonstration device 102 Represent the installation information on the shooting display screen of the user equipment.

Specifically, the metrical information according to accessed by acquisition device 101, determining device can determine object to be captured The installation information of photovoltaic generating system can be loaded, for example, it is assumed that object to be captured is the roof of a building, then acquisition device 101, by interacting with measurement apparatus in user equipment, obtain every metrical information of the building roof, such as according to the roof The calculation of longitude & latitude at each angle knows the area of the building roof, and photovoltaic can be loaded in the building roof so as to be calculated The installation amount of electricity generation system.

Here, the installation amount full name total installation of generating capacity, refers to component (that is, the light of actual installation in photovoltaic generating system Volt power generation plate, or claim solar panel) total peak power under standard test condition.Typically with unit kw (kilowatt) or mw (megawatt) comes nominal.The power of photovoltaic power generation plate has all size, and as a example by 260 watts, i.e., under rated condition, one piece of photovoltaic is sent out The instantaneous power of electroplax is 260 watts, if the photovoltaic generating system is loaded with 100 pieces of photovoltaic power generation plates, the photovoltaic generating system Installation amount be 100*260w=26kw.As above in example, determining device loads one according to the area of building roof in conjunction with every Roof area shared by block photovoltaic power generation plate, it is determined that several pieces of photovoltaic power generation plates can be loaded in the building roof, so as to basis The power of every piece of photovoltaic power generation plate, being calculated can load the installation amount of photovoltaic generating system in the building roof.

Further, it is determined that device can also obtain local annual sunshine amount by longitude and latitude, so as to calculate peace The generating efficiency and situation of Profit of dress photovoltaic system;Determining device can be according to altitude information, determining the absolute height of building Degree, so as to obtain local weather information, knowing affects the generating efficiency of photovoltaic generating system.Determining device for example can be combined with Consider other metrical informations to determine the installation information of the loaded photovoltaic generating system of object to be captured, here differs string Lift, it also should be included within the scope of the present invention, and here is incorporated herein by reference.

Subsequently, information demonstration device 102 represents the installation information, example on the shooting display screen of the user equipment Such as, by the ways of presentation arranged, such as with color, the font of agreement, directly in the ad-hoc location of the shooting display screen, will be front State the installation information of the loaded photovoltaic generating system of object to be captured determined by determining device, such as installation amount, generating efficiency Deng being represented.

Here, measure demonstration device 1 can be according to every metrical information of object to be captured, to determine that this is to be captured right As, the such as installation information of the loaded photovoltaic generating system in building or vacant lot, and represent the installation on the shooting display screen Information, further lifts the experience of user.

It is highly preferred that the measurement demonstration device 1 also includes uploading device (not shown).The upload device uploads the installation Information, to set up or update corresponding data base.

Specifically, after the installation information that determining device determines the loaded photovoltaic generating system of object to be captured, on The biography device upload installation information, such as installation amount, generating efficiency, to set up or update corresponding data base;Additionally, uploading Device can also directly upload the every metrical information acquired in aforementioned acquisition device 101, such as longitude and latitude, the sea of object to be captured Pull out, the time, horizontal angle ,/the metrical information such as the angle of depression, azimuth faced upward, so as to realize the foundation to data base or renewal.Corresponding Three method, apparatus or server are obtained after the installation information or metrical information, when other equipment or device need the installation information or During metrical information, corresponding installation information directly can be obtained from the data base or metrical information is used.

Here, be stored with the data base object to be captured, such as building roof, with corresponding installation information or measurement Mapping relations between information, it may be located in the third party device being connected by network with the measurement demonstration device 1, and The installation information or metrical information uploaded according to each user equipment is updated.

Here, measurement demonstration device 1 can also be uploaded installation information or metrical information, set up or update and be corresponding Data base, so as to facilitate the use of other users, further lifts the experience of user.

Fig. 8 illustrates the stream for representing the method for metrical information on shooting display screen according to a further aspect of the present invention Journey schematic diagram.

In step S801, shooting trigger action of the demonstration device 1 based on user is measured, obtain and respectively measured in user equipment Metrical information obtained by measurement device, wherein, the metrical information with corresponding to the user equipment and/or object to be captured.

Specifically, user performs in the related application of the user equipment shooting and touches by interacting with user equipment Operation is sent out, for example, user clicks on the application icon of application and performs shooting trigger action, so as to open the bat of user equipment Camera shooting function, such as opens the camera that the user equipment is carried;Or, user after the application is opened, in clicking on the application Specific button, such as shooting push button, so as to perform shooting trigger action, open the shoot function of the user equipment.

In step S801, measure each in the shooting trigger action that demonstration device 1 is based on the user, with the user equipment Individual measurement apparatus are interacted, and for example, call the application program that each measurement apparatus is provided respectively to connect by one or many Mouth (API), or the communication mode arranged by other, obtain the metrical information obtained by these measurement apparatus measurements, measurement apparatus Including but not limited to compass, dual-axis inclinometer, diastimeter, global positioning system, computer, gyroscope etc., these measurement dresses Putting can be that inherently the user equipment and/or object to be captured measured, it is also possible to be based on step S801 In, the acquisition operation of demonstration device 1 is measured, just start to measure the user equipment and/or object to be captured, so as to measure Obtain the metrical information corresponding with the user equipment and/or object to be captured.

Preferably, the metrical information includes following at least any one:

Horizontal angle;

Azimuth;

Longitude and latitude;

Face upward/the angle of depression;

Temporal information;

Altitude information.

Here, camera cross foresight and horizontal angle when horizontal angle means to look up, with scale or digital two ways Show.The horizontal angle can for example measure the angle of inclination of building roof.The angle of the horizontal angle is with concrete numerical monitor Real scene shooting and horizontal angle, when oblique angle is higher than horizontal plane, angle is shown with negative value, such as:-15°;When oblique angle is less than horizontal plane When, angle with the occasion of display, such as:+15°.The scope of the angle is at -90 °~+90 °.

Azimuth is the method for measuring the differential seat angle between object in the plane, is the north pointer direction line put from certain Rise, according to the horizontal sextant angle between clockwise direction to target direction line.According to indicated by the azimuth and direct north up time The angle of pin, can confirm that the direction of building roof.

Longitude and latitude can indicate the positional information of the user equipment, such as N31 ° 12 ' 5.21 ", E121 ° 27 ' 38.02 ".

Face upward/angle of depression show photographer angle, such that it is able to coordinate horizontal angle calculate building roof angle of inclination.User During shooting, keep the horizontal level of capture apparatus constant, camera lens is offset up higher than being the elevation angle during horizontal plane, and camera lens offsets downward Less than being the angle of depression during horizontal plane, the elevation angle is for just, the angle of depression is negative.

Temporal information is for example obtained by reading current mobile device system time, and the form of the temporal information can be 12 hours systems, or 24 hours systems, such as 14:55:13.

Altitude information is used for determining the absolute altitude of building, convenient to obtain local weather information, altitude information for example with Rice (m) is unit.

Preferably, the measurement apparatus corresponding with above-mentioned metrical information include following at least any one:

Compass;

Dual-axis inclinometer;

Diastimeter;

Global positioning system;

Computer;

Gyroscope.

Above-mentioned measurement apparatus be it is pre- be mounted in the user equipment, when user performs shooting trigger action, in step In S801, measurement demonstration device 1 is interacted with above-mentioned at least one measurement apparatus in the user equipment, obtains this at least One measurement apparatus measures obtained metrical information.

By taking smart mobile phone as an example, user passes through to click on the application icon of the application-specific installed in the smart mobile phone and holds Shooting trigger action is gone, so as to open the shoot function of user equipment;In step S801, measurement demonstration device 1 is based on Measurement apparatus dual-axis inclinometer, global positioning system, gyroscope in the shooting trigger action of the user, with the user equipment etc. Interact, obtain the horizontal angle obtained by the measurement of these measurement apparatus, azimuth, longitude and latitude, face upward the/measurement letter such as the angle of depression Breath.

Those skilled in the art will be understood that above-mentioned measurement apparatus and metrical information are only for example, other existing or the presents The measurement apparatus being likely to occur afterwards or metrical information are such as applicable to the present invention, also should be included within the scope of the present invention, And here is incorporated herein by reference.

Those skilled in the art should also be understood that the mode of above-mentioned acquisition metrical information is only for example, other it is existing or The mode of the acquisition metrical information being likely to occur from now on is such as applicable to the present invention, should also be included in the scope of the present invention with It is interior, and here is incorporated herein by reference.

In step S802, measurement demonstration device 1 represents the measurement letter on the shooting display screen of the user equipment Breath.

Specifically, in step S802, measurement demonstration device 1 is obtained according in step S801 from each measurement apparatus Metrical information, represent pattern by predetermined, represent the metrical information on the shooting display screen of the user equipment.Example Such as, the metrical information is represented with the color for being different from subject.

Preferably, the metrical information is represented at least any one form as follows:

Represented with numeric form;

Represent in scale form.

For example, the measurement letter such as longitude and latitude, altitude information, temporal information is shown centered at the top of shooting display screen Breath, apart from the reserved appropriate size in top, data display has powerful connections background color, be particularly shown for:

N31°12′5.71″E121°27′38.02″H:12m Time:14:55:13

Symbol for example can be identified with red font, and pre- spacing can be for example separated between different types of metrical information From;Metrical information for example can have powerful connections background color, and its value is, for example,:R128;G128;B105.

Here, longitude and latitude shows current device location longitude and latitude, display mode:N31°12′5.71″E121°27′ 38.02″。

Altitude information shows current device location height above sea level, display mode:H:+/- 12m, wherein, height above sea level is with symbol:Capitalization Representing, unit is rice (m) to H, and its value has positive and negative point, just (+) to be higher by sea level, it is less than sea level to bear (-).

Temporal information then shows current time, display mode:Time:14:55:13.

Again by taking horizontal angle as an example, as shown in Fig. 2 display Name " horizontal angle " on the right side of graduated disc, above numerical value, with scale The comprehensive form of disk and numerical value represents the horizontal angle.For example, 1) left side display scale, least unit be 1 °;Graticule is fixed as water Horizontal line, graduated disc changes according to device inclined;2) in graduated disc, more than 0 ° be on the occasion of, less than 0 ° be on the occasion of;3) graduated disc has arc Degree;4) graduated disc right side numerically shows gradient concrete numerical value, is accurate to one decimal place, it is concrete incline the number of degrees with Graduated disc synchronously changes, and actual angle unification, such as:-15.4°.

Again by taking azimuth as an example, as shown in figure 3, the azimuth shows in bottom of screen, with graduated disc and concrete numerical value.Its In, if showing current azimuth with graduated disc, 10 ° of graduated disc least unit, dial markings are fixed as vertical graticule, graduated disc Numerical value is turned to according to equipment level and changed;If showing current azimuth with concrete numerical value, a position is accurate to.

Here, azimuth is divided into forward and reverse;Forward azimuth is labeled as:Such as 274 ° of N, i.e., deviate the positive north clockwise 274 °, the forward azimuth maximum number of degrees are 360 °;Back azimuth is labeled as:Such as 86 ° of W, i.e., deviate due south direction counterclockwise many Few degree, the back azimuth maximum number of degrees are 180 °, i.e., from due south direction it is suitable/go to the angle of direct north respectively counterclockwise.From It is xx ° of E when due south is partial to counterclockwise;It is xx ° of W when deflecting clockwise from Due South.

Again facing upward/angle of depression as a example by, as shown in figure 4, on the left of graduated disc, the top display Name " facing upward/angle of depression " of numerical value, with The comprehensive form of graduated disc and numerical value represents this and faces upward/the angle of depression.For example:1) on right side, least unit is degree, each little lattice to graduated disc For 1 °;2) scope:- 90 °~+90 °;3) scale line is fixed on middle position;4) elevation angle is on the occasion of graduated disc number during skew camera lens Value is moved up, i.e., be below scale line on the occasion of, it is more than scale line be negative value;5) graduated disc left side numerically show face upward/ Angle of depression concrete numerical value, is accurate to one decimal place, specifically face upward/angle of depression number of degrees and graduated disc synchronously change, and actual angle system One, such as:-15.4°.

Those skilled in the art will be understood that the form that represents of above-mentioned metrical information is only for example, other existing or the presents The form that represents of the metrical information being likely to occur afterwards is such as applicable to the present invention, also should be included within the scope of the present invention, And here is incorporated herein by reference.

Here, shooting trigger action of the measurement demonstration device 1 based on user, obtains each measurement apparatus measurement in user equipment Gained metrical information, wherein, the metrical information with corresponding to the user equipment and/or object to be captured;In the use Represent the metrical information on the shooting display screen of family equipment;Measurement demonstration device 1 carries out exploration of taking pictures to building construction, is shining The metrical information such as longitude and latitude, height above sea level of exhibition building thing directly perceived in piece, the inclination angle on the exhibition building thing roof, face upward/angle of depression, direction Etc. metrical information, such that it is able to do follow-up system design for picture data, manpower and materials cost is greatlyd save.

Further, measuring demonstration device 1 can carry camera shoot function by user equipment, and energy accurate recording is simultaneously obtained Take photographer and clap the every terms of information of building, even if being that non-Engineering Speciality personage also can use;By picture data can it is quick, The report such as complete photovoltaic generating system installation, input, income is accurately generated, work efficiency is improve.

Subsequently, user is adjusted according to the metrical information represented on the shooting display screen to shooting angle, waits to meet Shutter is pressed after the demand of the user to be shot, corresponding photo is obtained, and now, represented on display screen being shot Metrical information also together stored, such as among being stored in same photo.

Preferably, corresponding button and the scaling multiple of taking pictures can also be shown on the shooting display screen.For example, in the bat The upper right corner position display for taking the photograph display screen is taken pictures button, and the user click button of taking pictures is taken pictures.In the button of taking pictures Can also for example there be a specific button for zooming in and out screen on side, when user clicks on the specific button, i.e., to screen Zoom in and out;For example maximum can be amplified, while the specific button shows current amplification 1.0X/ with quadruplication during click 2.0X/3.0X/4.0X, if being currently maximum amplification, again taps on the specific button and returns positive multiplying constant (1.0X).

Preferably, in step S802, measurement demonstration device 1 represents on the shooting display screen of the user equipment finds a view Localizer;Based on the view-finding positioner, to the user prompting of finding a view is sent.

For example, as shown in figure 5, representing the view-finding positioner with cross foresight in the screen center for shooting display screen, it is based on The view-finding positioner, in step S802, measurement demonstration device 1 to the user sends prompting of finding a view.For example, it is somebody's turn to do when user clicks on Horizontal reference frame is shown during cross foresight center, when again tapping on cross foresight center horizontal reference frame is cancelled;Again Such as, horizontal reference frame and cross foresight center are close to when overlapping and show green, away from when show yellow, thoroughly away from when show Show yellow;Horizontal reference frame will not with mobile phone rotate and change, when mobile phone is improper take pictures posture when, horizontal reference frame shows red Color.

Subsequently, user adjusts the direction or position of the shooting display screen, so as to be shot based on the prompting of finding a view.

Preferably, the screen orientation for shooting display screen is fixed.

Here, the screen orientation of the shooting display screen is fixed, for example, so that the user equipment is as smart mobile phone as an example, when this User performs and shoots trigger action, then open the shoot function of the smart mobile phone, so, by the screen of the smart mobile phone, I.e. it can be seen that object to be captured, by the screen orientation for fixing the shooting display screen, even if the user rotates the smart mobile phone, claps According to when screen orientation fix, will not because mobile phone rotate and rotate.For example, can be with preset when the smart mobile phone is horizontal and home keys It is forward direction at right side, screen orientation is fixed with this direction, will not be rotated because the smart mobile phone is rotated.It is preferred that Ground, user can at any time be switched to map and check specific shooting direction.

Here, measurement demonstration device 1 can also fix the screen orientation of the shooting display screen of its place user equipment so that Screen orientation will not rotate with the rotation of smart mobile phone, so as to user friendly shooting.

Preferably, the method also includes step S803 (not shown).In step S803, measurement demonstration device 1 is based on institute The map conversion operation of user is stated, the shooting display screen is converted to map and is presented to the user, wherein, the map On be superimposed with the metrical information.

Specifically, it is assumed that the user equipment that user is used currently is in state to be captured, i.e. be presented to user's It is to shoot display screen, user for example by interacting with user equipment, clicks on the particular conversion button in current application, so as to holding Row map conversion operation, in step S803, measures map conversion operation of the demonstration device 1 based on the user, by the shooting Display screen is converted to map and is presented to the user, wherein, aforementioned metrical information is for example superimposed with the map, such as it is superimposed There are horizontal angle, azimuth, face upward the/metrical information such as the angle of depression.When the user again taps on the particular conversion button, then in step S803 In, the map for currently representing is converted to shooting display screen by measurement demonstration device 1.

Preferably, when shooting display screen is converted to map and is presented to the user, the map can also show user's Direction, shows the location information of the user equipment, or shows theodolite etc. on this map.

For example, when in step S803, measurement demonstration device 1 is converted to map by display screen is shot, and on this map may be used To show theodolite.As shown in fig. 6, first button in the lower left corner is theodolite display switch, clicks on and close theodolite, again Click on opening theodolite to show;Second, lower left corner button is navigation button, and black is slightly put as current device position, cross For screen center, click on cross and black after navigation button and slightly put coincidence;Theodolite refers to all the time north, has scale to show, shows and uses Family direction, is defined in mobile phone direction immediately by active subscriber station.

Here, the map conversion operation based on user, measurement demonstration device 1 can also shoot display screen and be converted to map And user is presented to, and aforementioned metrical information is superimposed with this map, further facilitate the shooting of user.

One preferred display screen that shoots at the top of the shooting display screen as shown in fig. 7, be shown centered on longitude and latitude, height above sea level Information and temporal information;Horizontal angle is shown in the left side of the shooting display screen, left side is graduated disc, and right side is aobvious for concrete numerical value Show, numerical value top display Name " horizontal angle ", wherein, graduated disc least unit is 1 °, and graticule is fixed as horizontal line, scale packing Change according to device inclined, in graduated disc, more than 0 ° is on the occasion of less than 0 ° is on the occasion of graduated disc is cambered, and concrete numerical value is accurate to One decimal place is concrete to incline the number of degrees and graduated disc synchronously change, and actual angle unification;In the lower-left of the shooting display screen There is the specific button of entitled " with regard to " at angle, and clicking on can check the relevant information of the application, and side is then entitled " The specific button of figure ", click performs map conversion operation;View-finding positioner is shown in the middle of the shooting display screen;Under Square display orientation angle, the azimuth shows with graduated disc and concrete numerical value, 10 ° of graduated disc least unit, and dial markings are fixed as Vertical graticule, graduated disc numerical value is turned to according to equipment level and changed;Show on the right side of the shooting display screen and face upward/the angle of depression, to carve The comprehensive form of scale and numerical value represents, and on right side, least unit is degree to graduated disc, and each little lattice are 1 °, scope:- 90 °~+ 90 °, scale line is fixed on middle position, and the elevation angle is on the occasion of graduated disc numerical value is moved up during skew camera lens, i.e., below scale line Be on the occasion of, it is more than scale line be negative value, graduated disc left side numerically show faces upward/angle of depression concrete numerical value, be accurate to arithmetic point Latter position, specifically face upward/angle of depression number of degrees and graduated disc synchronously change, and actual angle unification;In the lower right corner of the shooting display screen Then show corresponding button and the scaling multiple of taking pictures.

Preferably, the method also includes step S804 (not shown).In step S804, measurement demonstration device 1 is according to institute Metrical information is stated, the installation information of the loaded photovoltaic generating system of the object to be captured is determined;Wherein, in step S802 In, measurement demonstration device 1 represents the installation information on the shooting display screen of the user equipment.

Specifically, according in step S801, the metrical information accessed by demonstration device 1 is measured, in step S804, Measurement demonstration device 1 can determine the installation information of the loaded photovoltaic generating system of object to be captured, for example, it is assumed that to be captured Object is the roof of a building, then in step S801, measurement demonstration device 1 is by the friendship with measurement apparatus in user equipment Mutually, every metrical information of the building roof is obtained, such as the building is known according to the calculation of longitude & latitude at each angle of roof The area on roof, so as to be calculated the installation amount that photovoltaic generating system can be loaded in the building roof.

Here, the installation amount full name total installation of generating capacity, refers to component (that is, the light of actual installation in photovoltaic generating system Volt power generation plate, or claim solar panel) total peak power under standard test condition.Typically with unit kw (kilowatt) or mw (megawatt) comes nominal.The power of photovoltaic power generation plate has all size, and as a example by 260 watts, i.e., under rated condition, one piece of photovoltaic is sent out The instantaneous power of electroplax is 260 watts, if the photovoltaic generating system is loaded with 100 pieces of photovoltaic power generation plates, the photovoltaic generating system Installation amount be 100*260w=26kw.As above in example, in step S804, measurement demonstration device 1 is according to building roof Area, in conjunction with the roof area shared by one piece of photovoltaic power generation plate of every loading, it is determined that several pieces can be loaded in the building roof Photovoltaic power generation plate, so as to according to the power of every piece of photovoltaic power generation plate, being calculated can load photovoltaic generation in the building roof The installation amount of system.

Further, in step S804, measuring demonstration device 1 can also obtain local annual day by longitude and latitude According to amount, so as to calculate the generating efficiency and situation of Profit of installing photovoltaic system;In step S804, measurement demonstration device 1 is also The absolute altitude of building according to altitude information, can be determined, so as to obtain local weather information, impact photovoltaic generation system is known The generating efficiency of system.In step S804, measurement demonstration device 1 for example can be combined with considering that other metrical informations are treated to determine The installation information of the loaded photovoltaic generating system of reference object, numerous to list herein, it should also be included in protection of the present invention Within scope, and here is incorporated herein by reference.

Subsequently, in step S802, measurement demonstration device 1 represents the dress on the shooting display screen of the user equipment Machine information, for example, by the ways of presentation arranged, such as with color, the font of agreement, directly in the specific of the shooting display screen Position, by aforementioned in step S804, measures the loaded photovoltaic generating system of object to be captured determined by demonstration device 1 Installation information, such as installation amount, generating efficiency, are represented.

Here, measure demonstration device 1 can be according to every metrical information of object to be captured, to determine that this is to be captured right As, the such as installation information of the loaded photovoltaic generating system in building or vacant lot, and represent the installation on the shooting display screen Information, further lifts the experience of user.

It is highly preferred that the method also includes step S805 (not shown).In step S805, measurement demonstration device 1 is uploaded The installation information, to set up or update corresponding data base.

Specifically, in step S804, measurement demonstration device 1 determines the loaded photovoltaic generating system of object to be captured After installation information, in step S805, measurement demonstration device 1 uploads the installation information, such as installation amount, generating efficiency, To set up or update corresponding data base;Additionally, in step S805, measurement demonstration device 1 can also directly upload it is aforementioned In step S801, measure the every metrical information acquired in demonstration device 1, such as the longitude and latitude of object to be captured, height above sea level, the time, Horizontal angle ,/the metrical information such as the angle of depression, azimuth is faced upward, so as to realize the foundation to data base or renewal.Corresponding third party device Or server is obtained after the installation information or metrical information, when other equipment or device need the installation information or metrical information When, corresponding installation information directly can be obtained from the data base or metrical information is used.

Here, be stored with the data base object to be captured, such as building roof, with corresponding installation information or measurement Mapping relations between information, it may be located in the third party device being connected by network with the measurement demonstration device 1, and The installation information or metrical information uploaded according to each user equipment is updated.

Here, measurement demonstration device 1 can also be uploaded installation information or metrical information, set up or update and be corresponding Data base, so as to facilitate the use of other users, further lifts the experience of user.

It should be noted that the present invention can be carried out in the assembly of software and/or software with hardware, for example, can adopt Realized with special IC (ASIC), general purpose computer or any other similar hardware device.In one embodiment In, the software program of the present invention can pass through computing device to realize steps described above or function.Similarly, it is of the invention Software program (including related data structure) can be stored in computer readable recording medium storing program for performing, for example, RAM memory, Magnetically or optically driver or floppy disc and similar devices.In addition, some steps or function of the present invention can employ hardware to realize, example Such as, as coordinating so as to perform the circuit of each step or function with processor.

In addition, the part of the present invention can be applied to computer program, such as computer program instructions, when its quilt When computer is performed, by the operation of the computer, the method according to the invention and/or technical scheme can be called or provided. And the programmed instruction of the method for the present invention is called, in being possibly stored in fixed or moveable recording medium, and/or pass through Data flow in broadcast or other signal bearing medias and be transmitted, and/or be stored according to described program instruction operation In the working storage of computer equipment.Here, including a device according to one embodiment of present invention, the device includes using In the memorizer and the processor for execute program instructions of storage computer program instructions, wherein, when the computer program refers to When order is by the computing device, method and/or skill of the plant running based on aforementioned multiple embodiments of the invention is triggered Art scheme.

It is obvious to a person skilled in the art that the invention is not restricted to the details of above-mentioned one exemplary embodiment, Er Qie In the case of spirit or essential attributes without departing substantially from the present invention, the present invention can be in other specific forms realized.Therefore, no matter From the point of view of which point, embodiment all should be regarded as exemplary, and be nonrestrictive, the scope of the present invention is by appended power Profit is required rather than described above is limited, it is intended that all in the implication and scope of the equivalency of claim by falling Change is included in the present invention.Any reference in claim should not be considered as and limit involved claim.This Outward, it is clear that " including ", a word was not excluded for other units or step, and odd number is not excluded for plural number.That what is stated in device claim is multiple Unit or device can also be realized by a unit or device by software or hardware.The first, the second grade word is used for table Show title, and be not offered as any specific order.

Claims (19)

1. it is a kind of represent the method for metrical information on display screen to shoot, wherein, the method includes:
Shooting trigger actions of a based on user, obtains the metrical information obtained by each measurement apparatus measurement in user equipment, wherein, The metrical information with corresponding to the user equipment and/or object to be captured;
B represents the metrical information on the shooting display screen of the user equipment.
2. method according to claim 1, wherein, the metrical information is represented at least any one form as follows:
Represented with numeric form;
Represent in scale form.
3. method according to claim 1 and 2, wherein, the screen orientation for shooting display screen is fixed.
4. according to the method in any one of claims 1 to 3, wherein, the method also includes:
Based on the map conversion operation of the user, the shooting display screen is converted to map and is presented to the user, its In, the metrical information is superimposed with the map.
5. method according to any one of claim 1 to 4, wherein, step b also includes:
Represent view-finding positioner on the shooting display screen of the user equipment;
Based on the view-finding positioner, to the user prompting of finding a view is sent.
6. method according to any one of claim 1 to 5, wherein, the measurement apparatus include following at least any one:
Compass;
Dual-axis inclinometer;
Diastimeter;
Global positioning system;
Computer;
Gyroscope.
7. method according to any one of claim 1 to 6, wherein, the metrical information includes following at least any one:
Horizontal angle;
Azimuth;
Longitude and latitude;
Face upward/the angle of depression;
Temporal information;
Altitude information.
8. method according to any one of claim 1 to 7, wherein, the method also includes:
According to the metrical information, the installation information of the loaded photovoltaic generating system of the object to be captured is determined;
Wherein, step b also includes:
Represent the installation information on the shooting display screen of the user equipment.
9. method according to claim 8, wherein, the method also includes:
The installation information is uploaded, to set up or update corresponding data base.
10. it is a kind of represent the measurement demonstration device of metrical information on display screen to shoot, wherein, the measurement demonstration device includes:
Acquisition device, for the shooting trigger action based on user, obtains the survey obtained by each measurement apparatus measurement in user equipment Amount information, wherein, the metrical information with corresponding to the user equipment and/or object to be captured;
Information demonstration device, for representing the metrical information on the shooting display screen of the user equipment.
11. measurement demonstration devices according to claim 10, wherein, the metrical information is at least any one form as follows Represented:
Represented with numeric form;
Represent in scale form.
The 12. measurement demonstration devices according to claim 10 or 11, wherein, the screen orientation for shooting display screen is consolidated It is fixed.
The 13. measurement demonstration devices according to any one of claim 10 to 12, wherein, the measurement demonstration device is also wrapped Include:
Conversion equipment, the shooting display screen for the map conversion operation based on the user, be converted to map and represented To the user, wherein, the metrical information is superimposed with the map.
The 14. measurement demonstration devices according to any one of claim 10 to 13, wherein, described information demonstration device is also used In:
Represent view-finding positioner on the shooting display screen of the user equipment;
Based on the view-finding positioner, to the user prompting of finding a view is sent.
The 15. measurement demonstration devices according to any one of claim 10 to 14, wherein, the measurement apparatus include following At least any one:
Compass;
Dual-axis inclinometer;
Diastimeter;
Global positioning system;
Computer;
Gyroscope.
The 16. measurement demonstration devices according to any one of claim 10 to 15, wherein, the metrical information includes following At least any one:
Horizontal angle;
Azimuth;
Longitude and latitude;
Face upward/the angle of depression;
Temporal information;
Altitude information.
The 17. measurement demonstration devices according to any one of claim 10 to 16, wherein, the measurement demonstration device is also wrapped Include:
Determining device, for according to the metrical information, determining the dress of the loaded photovoltaic generating system of the object to be captured Machine information;
Wherein, described information demonstration device is additionally operable to:
Represent the installation information on the shooting display screen of the user equipment.
18. measurement demonstration devices according to claim 17, wherein, the measurement demonstration device also includes:
Device is uploaded, for uploading the installation information, to set up or update corresponding data base.
A kind of 19. computer equipments, the computer equipment includes:
One or more processors;
Memorizer, for storing one or more computer programs;
When one or more of computer programs are by one or more of computing devices so that one or more of Processor realizes method as claimed in any one of claims 1-9 wherein.
CN201611166442.9A 2016-12-16 2016-12-16 Method and device for showing measurement information on shooting display screen CN106595597A (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN201364161Y (en) * 2009-01-19 2009-12-16 山西省电力公司大同供电分公司 Digital monitoring device of power transmission line
CN101793514A (en) * 2002-11-08 2010-08-04 皮克托米特里国际公司 Method and apparatus for capturing, geolocating and measuring oblique images
CN101918767A (en) * 2007-10-04 2010-12-15 桑格威迪公司 System and method for provisioning energy systems
CN104534992A (en) * 2014-12-23 2015-04-22 广东欧珀移动通信有限公司 Length measurement method and terminal
CN104704299A (en) * 2012-08-28 2015-06-10 O·萨德卡 System and methods for determination of potential solar installable surface area

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101793514A (en) * 2002-11-08 2010-08-04 皮克托米特里国际公司 Method and apparatus for capturing, geolocating and measuring oblique images
CN101918767A (en) * 2007-10-04 2010-12-15 桑格威迪公司 System and method for provisioning energy systems
CN201364161Y (en) * 2009-01-19 2009-12-16 山西省电力公司大同供电分公司 Digital monitoring device of power transmission line
CN104704299A (en) * 2012-08-28 2015-06-10 O·萨德卡 System and methods for determination of potential solar installable surface area
CN104534992A (en) * 2014-12-23 2015-04-22 广东欧珀移动通信有限公司 Length measurement method and terminal

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