CN1760682A - Wireless gauging device - Google Patents
Wireless gauging device Download PDFInfo
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- CN1760682A CN1760682A CN 200410102859 CN200410102859A CN1760682A CN 1760682 A CN1760682 A CN 1760682A CN 200410102859 CN200410102859 CN 200410102859 CN 200410102859 A CN200410102859 A CN 200410102859A CN 1760682 A CN1760682 A CN 1760682A
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Abstract
The invention detects positional information of a measuring position easily and surely, even when the positional information cannot be detected by a position measuring system, such as GPS by being applied to a radio measuring device of a cellular phone system related to WCDMA, relative to the radio measuring device. The internal space of a structure relative to the measurement position is divided into the state of squares, to thereby set a space of a measuring unit, and a map of the internal space is displayed so that the space of the measuring unit can be discriminated, and a measured result is acquired by specifying the space of the measuring unit, by the display and stored in a memory, together with the coordinate data showing the corresponding space of the measuring unit.
Description
Technical field
The present invention relates to wireless gauging device, the present invention can be suitable for such as, WCDMA (Wideband Code Division Multiple Access: the wireless gauging device of mobile telephone system Wideband Code Division Multiple Access (WCDMA)).The present invention is the inner space that clathrate is separated the works relevant with the instrumentation position, set the space of instrumentation unit, and mode according to the space that can discern above-mentioned instrumentation unit, the map that shows above-mentioned inner space, the appointment in the space of the instrumentation unit by this demonstration, obtain the instrumentation result, its coordinate data with the space of the corresponding instrumentation unit of expression is recorded in the storer, thus, even under the situation of measurement system detection position, position information that can't be by GPS etc., still can be simply and positively detect the information of instrumentation position.
Background technology
In the past, in the mobile telephone system of WCDMA etc., adopt wireless gauging device to receive the wireless communication waves of sending from the base station and obtain various instrumentation results, realize the maintenance of equipment etc. according to these various instrumentation results.Thus, in this measuring device, the various receiving functions of the wireless communication waves relevant with the base station, the function of mensuration electric field intensity etc. are set.
In addition, this instrumentation result forms in the following manner, this mode is: such as, as electric field intensity map, on map, draw, it is estimated, it is analyzed, thus, in this wireless gauging device, by GPS (Global PositioningSystem: GPS) receiving trap, the positional information of detection assay position, this positional information with various instrumentation results, is exported to computing machine, on computers as required, on map, draw by measurement result.
Just, detect current position by such GPS receiving trap, concerning the method that the wireless gauging result handles, such as, in the flat 5-302944 document of TOHKEMY, disclose the scheme of the detection electric field intensity of the automatic measurement system that is used for vehicle mounted.
But, in the positional information of detection assay positions such as such employing GPS, the method for drawing by measurement result, with can be simply and the occasion of particularly measurement result being analyzed opposite, have such as waiting the problem that is difficult to use within doors by what gps system obtained positional information.
Thus, even if can't be by the position measurement system of GPS etc., under the situation of detection position information, still can be simply and the positional information of detection assay position positively, then can further improve the ease of use of this determinator, it is believed that this is easily.
Patent documentation 1:JP spy opens flat 5-302944 document
Summary of the invention
The present invention has considered that above aspect proposes, the invention provides a kind of wireless gauging device, wherein, even can't be by the position measurement system of GPS etc., under the situation of detection position information, still can be simply and the positional information of detection assay position positively.
In order to solve above-mentioned problem, the described invention of the present invention's the 1st scheme is used for wireless gauging device, this wireless gauging device receives the wireless communication waves of sending from the base station, the above-mentioned wireless communication waves of instrumentation, this wireless gauging device comprises set mechanism, and this set mechanism is the space that clathrate is separated the inner space of the works of instrumentation position, set instrumentation unit; Indication mechanism, this indication mechanism show the map of above-mentioned inner space according to the mode in the space that can discern above-mentioned instrumentation unit; Instrumentation mechanism, this instrumentation mechanism exports the instrumentation result of above-mentioned wireless communication waves, the appointment in the space of the above-mentioned instrumentation unit of the demonstration by above-mentioned indication mechanism, obtain the instrumentation result of above-mentioned instrumentation mechanism, with its coordinate data, be recorded in the storer with the space of the corresponding instrumentation unit of expression.
Also have, the present invention's the 2nd scheme relates to the 1st described scheme, and wherein, above-mentioned indication mechanism shows the space of above-mentioned instrumentation unit by the demonstration of grid according to discernible mode.
In addition, the present invention's the 3rd scheme relates to the 1st or the 2nd described scheme, and it comprises interface, and instrumentation result and coordinate data that this interface will be recorded in the above-mentioned storer are exported to external unit.
In addition, the present invention's the 4th scheme relates to the 1st, 2,3 described schemes, and it comprises the input mechanism of the setting of the size that receives above-mentioned instrumentation unit.
According to the 1st scheme, it is used for wireless gauging device, this wireless gauging device receives the wireless communication waves of sending from the base station, the above-mentioned wireless communication waves of instrumentation, this wireless gauging device comprises set mechanism, this set mechanism is clathrate, separates the inner space of the works of instrumentation position, sets the space of instrumentation unit; Indication mechanism, this indication mechanism show the map of above-mentioned inner space according to the mode in the space that can discern above-mentioned instrumentation unit; Instrumentation mechanism, this instrumentation mechanism exports the instrumentation result of above-mentioned wireless communication waves, the appointment in the space of the instrumentation unit of the demonstration by above-mentioned indication mechanism, obtain the instrumentation result of above-mentioned instrumentation mechanism, with its coordinate data with the space of the corresponding instrumentation unit of expression, be recorded in the storer, in this occasion, the map that shows by indication mechanism is a clue, judge the space of the instrumentation unit of current position, specify the space of corresponding instrumentation unit, thus, can be with the coordinate data record of instrumentation result with the instrumentation unit of instrumentation position.Thus, even can't be by the position measurement system of GPS etc., under the situation of detection position information, still can be simple, and the positional information of detection assay position positively.
Also have, by the 2nd scheme, if at the 1st described scheme, above-mentioned indication mechanism is by the demonstration of grid, shows the space of above-mentioned instrumentation unit in discernible mode, and then operating personnel can be simply and be positively judged and the space of instrumentation unit indicate instrumentation.
Have again, according to the 3rd scheme, if at the 1st, 2 described schemes, it comprises interface, instrumentation result and coordinate data that this interface will be recorded in the above-mentioned storer are exported to external unit, then can adopt external unit, on map,, draw by the instrumentation result.
In addition, according to the 4th scheme, if at the 1st, 2 or 3 described schemes, it comprises the input mechanism of the setting of the value that receives above-mentioned instrumentation unit, then can change the value of instrumentation unit in every way as required, improves the instrumentation operating efficiency.
According to the present invention, even can't be by the position measurement system of GPS etc., under the situation of detection position information, still can be simple, and the positional information of detection assay position positively.
Description of drawings
Fig. 1 is the process flow diagram of the treatment step of the controller of expression wireless gauging device of the present invention;
Fig. 2 is the block scheme of the wireless gauging device of expression embodiments of the invention;
Fig. 3 is the chart of layer structure that is used for the wireless gauging device of key diagram 2;
Fig. 4 is the vertical view of map datum that is used for the wireless gauging device of key diagram 2;
Fig. 5 is the vertical view in space of instrumentation unit that is used for the wireless gauging device of key diagram 2;
Fig. 6 is instrumentation result's the planimetric map that is used for the wireless gauging device of key diagram 2.
Embodiment
Accompanying drawing below with reference to being fit to specifically describes embodiments of the invention.
The 1st embodiment
(1) composition of embodiment
Fig. 2 is the block scheme of the wireless gauging system of expression embodiments of the invention.This wireless gauging system 1 is the measurement system of the mobile telephone system of WCDMA, and the electric field intensity of the wireless communication waves that its instrumentation is sent from the base station is utilized this instrumentation result, draws figure on map, and it is shown.
For this reason, wireless gauging device 2 receives the wireless communication waves of sending from the base station by antenna 3, measures electric field intensity, and the instrumentation result is exported to outer computer 4.That is, in this wireless gauging device 2, electric field intensity instrument 5 from the wireless communication waves that obtains by antenna 3, is selected the wireless communication waves of relevant base station by the control of controller 6, measures electric field intensity, and this measurement result is exported to controller 6.
The input of the various settings of keyboard 7 these wireless gauging devices 2 of reception etc. is notified to controller 6 with it.Display 8 by such as, form by LCD, show the various information, instrumentation result of instrumentation etc.Video memory 9 is by the control of controller 6, and record is used for the view data of the demonstration of this display 8, outputs it to display 8.By these actions, in this wireless gauging device 2,, control by the action of 6 pairs of each several parts of controller by the input of operating personnel by keyboard 7, the electric field intensity of instrumentation wireless communication waves, the result exports to outer computer 4 with this instrumentation.
Here, controller 6 computing machine for the action of this wireless gauging device 2 is controlled by the indication of operating personnel by the input of keyboard 7, carries out measuring treatment step as the electric field intensity of a series of treatment step of the instrumentation of electric field intensity.Here, Fig. 1 measures the process flow diagram of treatment step for this electric field intensity of expression.Controller 6 forwards step SP2 to from step SP1 when beginning this treatment step, obtain the data of layer 1 from outer computer 4.
Here, as shown in Figure 3, controller 6 in the interior storer 6A that establishes, the data of storing various instrumentations according to the layer structure of 4 layers of structure.Here, in the 1st layer (layer 1) in the layer of these 4 layers of structures, the map datum of the inner space of the works of distribution instrumentation position, in below the 2nd～4th layer (layer 2～layer 4), the data of distributing grid data described later, determination data, icon respectively.
Here, be the occasion of dwelling house such as the instrumentation position, the 1st layer map datum resembles the data that are suitable for arrangenent diagram shown in Figure 4, corresponding to the instrumentation position of this wireless gauging device 2, in advance above-mentioned data recording is stored in the outer computer 4.Controller 6 by operating personnel's indication, is downloaded the map datum at instrumentation position by being stored in the map datum in this outer computer 4, and it is stored in the layer 1 of storer 6A.In addition, controller 6 will be stored in the image data storage of the map datum in this layer 1 in video memory 9, thus, show the map of the inner space of this instrumentation position.Then, example shown in Figure 4 is in display 8, shows 1 layer side by side, the example of 2 layers arrangenent diagram.
Then, controller 6 forwards step SP3 to, by keyboard 7, receives the input of grid numerical range (scale).Here, controller 6 is clathrate as shown in Figure 5, separate the inner space of the works of the map datum that will obtain at step SP2, sets the space of instrumentation unit, at this step SP3, by the input of grid numerical range (scale), receive the size in the space of this analytical unit.This controller 6 is by the size of the demonstration of display 8, receives the input of length on 1 limit in the space of this instrumentation unit, thus, receives the input of grid numerical range (scale).
If like this, receive the input of grid numerical range (scale), then controller 6 is at next step SP4, by grid numerical range (scale), be clathrate, the inner space of the works of map datum is separated, set the space of instrumentation unit, according to the mode in the space that can discern this instrumentation unit, in display 8, show the map of inner space.Here, this controller 6 is as shown in Figure 5, and by the straight line that along continuous straight runs and vertical direction prolong, the border in the space of expression instrumentation unit thus, by the demonstration of grid, shows the space of instrumentation unit in discernible mode.In addition, this controller 6 will be represented the coordinate data of straight line on border as the grid data, and it is stored in the 2nd layer of storer 6A.Then, by these actions, controller 6 shows the map of the 1st layer display 8 like this, switches to the demonstration of the 1st and the 2nd layer composograph, shows the map of inner space by grid.
If like this, the plaid matching subdata is handled, and then controller 6 forwards step SP5 to, and by the input of keyboard 7, such reception is shown in the appointment of the grid in the display 8, and the input conduct is by the grid address of the coordinate data of the grid of operating personnel's appointment.Controller 6 is according in the grid of the address of having imported, shows the icon of expression operating personnel's appointment, and according to the corresponding mode of its dative subdata, storage map target data in the 4th layer of storer 6A are by these data display icon in display 8.In addition, controller 6 receives the indication that instrumentation begins by the input of address, in the mensuration of step SP6 to electric field intensity instrument 5 indication electric field intensity, obtains measurement result.This controller 6 is at next step SP7, and acquired measurement result according to the corresponding mode of dative subdata, is stored in the 3rd layer of storer 6A.
In addition, in next step SP8, as shown in Figure 6, make the icon of the end that expression measures, according to the mode of the demonstration of the icon of the indication that is replaced into the expression operating personnel, the icon that storage has been made in the 4th layer, in addition, by display 8, show the 4th layer demonstration.In addition, Fig. 6 is for the example by round-shaped sign display icon, in the demonstration of this icon, corresponding to electric field intensity, set the color of size, sign, thus as measurement result, can simply measurement result be estimated by the demonstration of this icon.
Then, controller 6 forwards step SP10 to,, judges whether to indicate processing to finish by operating personnel here, if obtain negative decision here, then turns back to step SP5, then, receives the appointment in the space of instrumentation unit.Thus, controller 6 passes through operating personnel, receive the appointment in the space of instrumentation unit successively, at each space, obtain the instrumentation result, it is recorded among the storer 6A, when obtain the indication that instrumentation is over by operating personnel, move on to step 1 from step 10,, the instrumentation result is transferred to outer computer 4 by not shown interface.Here, the data that controller 6 will be stored in the 1st of storer 6A～3rd layer transfer to outer computer 4, thus, coordinate data with the space of the instrumentation unit of each measurement result, transfer to outer computer 4 together with the grid data of the setting in the space of this instrumentation unit, then, forward step SP12 to, the end process step.
Corresponding to the structure of this wireless gauging device 2, outer computer 4 store map data by the indication from wireless gauging device 2, are exported to wireless gauging device 2 with the map datum of having preserved.In addition,, obtain to be recorded in the data among the storer 6A, it is carried out record by indication from wireless gauging device 2.In addition, if by operating personnel, the application program of operation instrumentation result's processing is then according to instrumentation result's grid data, coordinate data, on the map of corresponding map datum,, draw, it is shown by this instrumentation result's who has write down data.Thus, outer computer 4 is by so-called electric field intensity map, the instrumentation result of display radio measuring device 2.
(2) action of embodiment
In above scheme, in this wireless gauging system 1, detect the occasion of electric field intensity in buildings, the underground inner space of crossing the works in street etc., download to the wireless gauging device 2 from the map datum of outer computer 4 inner space of these works, the map of map datum shows (Fig. 1 by display 8, Fig. 2, Fig. 4).In addition,, specify the size in the space of instrumentation unit,, be clathrate the space of setting instrumentation unit is separated in the inner space of the works of map datum, show the space (Fig. 5) of this instrumentation unit by display 8 then according to this size if by operating personnel.
Thus, in this wireless gauging system 1, carrying wireless gauging device 2, the occasion that moves in the inner space of this works, even adopt under the situation of position detecting system of GPS etc. in the inner space of works being difficult to, demonstration that still can be by display 8 is a benchmark with the grid, and is simple and positively hold current position.That is, in the example of Fig. 5, can grasp current position such as kitchen, lavatory etc.
In this wireless gauging system 1, if the operating personnel space of specifying instrumentation unit in this manner then begins the processing of the wireless gauging of base station, with this instrumentation result with the expression operating personnel coordinate data record in the space of the instrumentation unit of appointment.By these processing, in this wireless gauging system 1, when being to move in the inner space of this works, the simple processing of the grid by only specifying current position, can make electric field intensity map, storage instrumentation result, in addition, the electric field intensity map of the demonstration by icon shows this instrumentation result.
Thus, the mensuration of the electric field intensity of the information of longitude and latitude, longitude of indoor measurement etc. and the situation that can't link can be grasped, thus, the ease of use of this wireless gauging system 1 can be improved by visual manner.
Can be like this, pass through visual manner, grasp measurement result, this wireless gauging device 2 is represented the border by the straight line of vertical direction and horizontal direction, by the demonstration of grid, show the space of instrumentation unit in discernible mode, thus, operating personnel can be simple, and positively judge space, the indication instrumentation of instrumentation unit.
In addition,, its coordinate data with grid is exported to external unit, thus, adopt external unit, on map, adopt such instrumentation result to draw, it is shown at the instrumentation result who is recorded among the storer 6A.Thus, in this wireless gauging system 1, can more specifically estimate, can realize instrumentation result's various utilizations by these processing the instrumentation result.
In addition, in setting according to the grid of such instrumentation unit, by the input mechanism of keyboard, receive the setting of the size of instrumentation unit, thus, can change the size of instrumentation unit as required in every way, improve the instrumentation efficiency of operation, in addition, can change the mensuration precision of position, same by these processing, ease of use is improved.
(3) effect of embodiment
According to above scheme, being clathrate separates the inner space of the works of instrumentation position, set the space of instrumentation unit, and the map that shows the inner space in the mode in the space that can discern this instrumentation unit, the indication in the space of the instrumentation unit by this demonstration, obtain the instrumentation result, with its coordinate data with the space of the corresponding instrumentation unit of expression, be recorded in the storer, thus, even under the situation of measurement system detection position, position information that can't be by GPS etc., still can be simply and positively, the positional information of detection assay position.
In addition, at this moment, if the demonstration by grid shows the space of instrumentation unit in discernible mode, then operating personnel can be simply and are positively judged and space, the indication instrumentation of instrumentation unit thus, can improve ease of use.
In addition, logical can cross the instrumentation result and the coordinate data that will be recorded in the storer and export to external unit, adopt such external unit, employing instrumentation result draws on map, can realize instrumentation result's utilization.
In addition, by the input mechanism by keyboard, receive the setting of the size of instrumentation unit, can change the value of instrumentation unit in every way as required, improve the instrumentation operating efficiency, in addition, the desired location accuracy of detection improves ease of use in every way.
In addition, in the above-described embodiment, the border is represented in demonstration to the straight line by horizontal direction and vertical direction, by the demonstration of grid, the occasion of displayed map is described, still, the invention is not restricted to this, as required can discernible mode, show the space of instrumentation unit, can adopt various display formats widely for the mode that shows.
Also have, in the above-described embodiment, the occasion that is used for the wireless gauging device of instrumentation electric field intensity at the present invention is described, but the invention is not restricted to this, such as, but can be widely used in the various wireless gaugings of occasion etc. of the scrambling encode of the base station that receives such as instrumentation.
The present invention relates to wireless gauging device, the present invention can be used for the wireless gauging device such as the mobile telephone system of WCDMA.
Claims (5)
1. wireless gauging device, this wireless gauging device receives the wireless communication waves of sending from the base station, and the above-mentioned wireless communication waves of instrumentation is characterized in that this wireless gauging device comprises:
Set mechanism, this set mechanism are the space that clathrate is separated the inner space of the works of instrumentation position, set instrumentation unit;
Indication mechanism, this indication mechanism show the map of above-mentioned inner space according to the mode in the space that can discern above-mentioned instrumentation unit;
Instrumentation mechanism, this instrumentation mechanism exports the instrumentation result of above-mentioned wireless communication waves;
The appointment in the space of the above-mentioned instrumentation unit of the demonstration by above-mentioned indication mechanism obtains the instrumentation result of above-mentioned instrumentation mechanism, with its coordinate data with the space of the corresponding instrumentation unit of expression, is recorded in the storer.
2. wireless gauging device according to claim 1 is characterized in that the demonstration of above-mentioned indication mechanism by grid, shows the space of above-mentioned instrumentation unit according to discernible mode.
3. wireless gauging device according to claim 1 is characterized in that it comprises interface, and instrumentation result and coordinate data that this interface will be recorded in the above-mentioned storer are exported to external unit.
4. wireless gauging device according to claim 2 is characterized in that it comprises interface, and instrumentation result and coordinate data that this interface will be recorded in the above-mentioned storer are exported to external unit.
5. according to each described wireless gauging device in the claim 1～4, it is characterized in that the input mechanism that it comprises the setting of the size that receives above-mentioned instrumentation unit.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2004297249A JP2006112795A (en) | 2004-10-12 | 2004-10-12 | Radio measuring device |
| JP297249/04 | 2004-10-12 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1760682A true CN1760682A (en) | 2006-04-19 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200410102859 Pending CN1760682A (en) | 2004-10-12 | 2004-12-24 | Wireless gauging device |
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| Country | Link |
|---|---|
| JP (1) | JP2006112795A (en) |
| CN (1) | CN1760682A (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7753278B2 (en) * | 2006-05-22 | 2010-07-13 | Polaris Wireless, Inc. | Estimating the location of a wireless terminal based on non-uniform locations |
| JP5057888B2 (en) * | 2007-08-23 | 2012-10-24 | 学校法人立命館 | Training data collection method and mobile communication terminal position detection method using the same |
| JP4963111B2 (en) * | 2008-01-31 | 2012-06-27 | Ｋｄｄｉ株式会社 | Portable terminal, program and method for collecting indoor communication quality value in wide area mobile communication area |
| JP2014023147A (en) * | 2012-07-19 | 2014-02-03 | Nhn Business Platform Corp | Method and device for collecting radio access point information |
| KR101569183B1 (en) * | 2012-07-19 | 2015-11-19 | 네이버비즈니스플랫폼 주식회사 | System and method for determining indoor position |
-
2004
- 2004-10-12 JP JP2004297249A patent/JP2006112795A/en active Pending
- 2004-12-24 CN CN 200410102859 patent/CN1760682A/en active Pending
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| JP2006112795A (en) | 2006-04-27 |
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