CN202171464U - Installing structure of remote meter reader - Google Patents
Installing structure of remote meter reader Download PDFInfo
- Publication number
- CN202171464U CN202171464U CN2011201959686U CN201120195968U CN202171464U CN 202171464 U CN202171464 U CN 202171464U CN 2011201959686 U CN2011201959686 U CN 2011201959686U CN 201120195968 U CN201120195968 U CN 201120195968U CN 202171464 U CN202171464 U CN 202171464U
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- China
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- reading device
- long distance
- meter reading
- distance meter
- surperficial
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Abstract
An installing structure of a remote meter reader is capable of installing the remote meter reader on a surface of a meter. The installing structure comprises: a bearing rack which is fixed on the surface of the meter and provided with a bearing surface; a first permanent magnet fixed on one side of the remote meter reader facing to the surface of the meter; a positioning structure used for guiding the remote meter reader to be installed onto a correct position of the surface; and a second permanent magnet fixed on a bottom end of the bearing surface. According to the installing structure of the remote meter reader in the utility model, by adopting the bearing surface provided by the bearing rack fixed on the surface of the meter, and by utilizing a magnetic force of the first permanent magnet to attract the second permanent magnet fixed on the bottom end of the bearing surface, the remote meter reader can be positioned and adsorbed on the bearing surface, thus the remote meter reader can be installed on the surface of the meter conveniently.
Description
Technical field
The utility model is the structure of relevant a kind of long distance meter reading device, and particularly a kind of installation constitution of long distance meter reading device is in order to be installed on the long distance meter reading device on the surface of instrument.
Background technology
The fast development of electronics and Information of Science and Technology; Brought the convenience of height for modern's life; And the combination of Internet and mobile communication network; Make that more the transmission of information is more quick and convenient, no matter be in where to need only to see through and support the Internet or the electronic installation of mobile communication network that it is extremely easy to obtain that any information all becomes.
Oneself knows has many instrument to be used to detect and we live closely bound up data or data; For example: common water meter in the daily life; The gas table, ammeter, common tensimeter and flowmeter in workplace or public place; These instrument are because purposes and structure are different, and difficulty has unified specification; Read at present or inspect the numerical value that these instrument show, the mode that remains with the artificial visually examine reads the numerical value that the surface is shown, in the modern times of current electronics and Information of Science and Technology high development, makes us feeling inconvenience really.
In order to solve the inconvenience of the artificial meter reading of aforementioned employing; This case creator had before proposed a kind of long distance meter reading device that combines image identification and wireless communication technique; The numerical value image that the surface that utilizes imaging apparatus to obtain instrument shows; Convert the numerical data that can write down and handle into via the image identification technology again, utilize wireless communication apparatus that data is sent to the take over party of far-end then, just can exempt the inconvenience that manual work is read; Can converge the numerical data of whole many instrument again fast, accelerate DATA PROCESSING efficient.As previously mentioned; The kind of known instrument a lot of and the structure be not quite similar; The part structure of instrument maybe be needed to change or destroy, the surface of instrument could be the long distance meter reading device be installed on, and the surface configuration of variety classes instrument and inequality; The display position of numerical value is also inequality, and these problems all possibly let the installation of long distance meter reading device and in the future maintenance and loading and unloading comparatively bother.
Summary of the invention
The purpose of the utility model is to provide a kind of installation constitution of long distance meter reading device, and it is simple in structure, and is easy to operate, can the long distance meter reading device be installed on the surface of instrument, realizes that firm safety fixes, and guarantees the accuracy that long distance reads.
Be to realize above-mentioned purpose, the utility model discloses a kind of installation constitution of long distance meter reading device, the long distance meter reading device is installed on the surface of instrument, it is characterized in that comprising:
One carrier has loading end and this carrier is bonded to the stationary installation on the surface of this instrument;
At least more than one the magnetic force that passes through is adsorbed in first permanet magnet of this loading end with this long distance meter reading device, is fixed in the side of this long distance meter reading device towards the surface of this instrument.
Wherein, but this carrier has the frame of being made by magnetic material, and this frame is covered in this surperficial peripheral position so that this loading end, the shape of this frame and this surperficial shape-consistent of carrying this long distance meter reading device to be provided.
Also disclose a kind of installation constitution of long distance meter reading device, it is characterized in that comprising:
One carrier has loading end and this carrier is bonded to the stationary installation on the surface of this instrument;
At least more than one the magnetic force that passes through is adsorbed in first permanet magnet of this loading end with this long distance meter reading device, is fixed in the side of this long distance meter reading device towards the surface of this instrument;
Attracting each other this long distance meter reading device is adsorbed in second permanet magnet of this loading end with this first permanet magnet of at least more than one is fixedly installed on this carrier another bottom surface in contrast to this loading end.
Wherein, respectively be provided with the location structure that this long distance meter reading device of guiding is mounted to this surperficial tram on this carrier and the long distance meter reading device.
Wherein, this location structure comprises several depressed parts of the upper surface that is located at this loading end, the position of corresponding those first permanet magnets in the position of those depressed parts.
Wherein, this stationary installation have several from this frame towards this surperficial direction extend with hook this surface around the hook at edge of watchcase contact the reacting force that is produced when propping up this watchcase and let this carrier be fixed on this surperficial bolt with at least one this frame and watchcase on every side of passing with utilization towards this surperficial direction propelling and front end and this surface.
Wherein, this hook is to extend towards this surperficial direction near the inboard at this surperficial center from this frame.
Wherein, this hook is from extending and hook from the outer peripheral edges of this watchcase towards this surperficial direction in the outside of this frame away from the direction at this surperficial center.
Wherein, respectively be provided with the location structure that this long distance meter reading device of guiding is mounted to this surperficial tram on this carrier and the long distance meter reading device.
Wherein, this location structure comprises several depressed parts of the upper surface that is located at this loading end, the position of corresponding those first permanet magnets in the position of those depressed parts.
Through said structure, the location structure of the installation constitution of the long distance meter reading device of the utility model is mounted to surperficial tram in order to guiding long distance meter reading device; The loading end that provides by the carrier on the surface that is bonded to instrument; Utilize the magnetic force of first permanet magnet or second permanet magnet of loading end bottom again; The long distance meter reading device can be located and be adsorbed on the loading end, thereby can easily the long distance meter reading device be installed on the surface of instrument.
Other effects and the embodiment of relevant the utility model cooperate graphic explanation following now.
Description of drawings
Fig. 1: be an embodiment structural map of the utility model, shown an embodiment of installation constitution and the assembled relation of long distance meter reading device and instrument.
Fig. 2: be the local structure sectional drawing of Fig. 1, show the embodiment structure and the position of hook in the II-II position.
Fig. 3: be the structure profile diagram of the embodiment of the utility model, show another embodiment structure and position of hook.
Fig. 4: be the structure profile diagram of the embodiment of the utility model, show another embodiment structure and position of hook.
Fig. 5: be an embodiment structural map of location structure, and shown the assembling situation of long distance meter reading device and instrument.
Fig. 6: be the structure profile diagram of the embodiment of the utility model, show the structure and the position of second permanet magnet.
Embodiment
As shown in Figure 1, shown that long distance meter reading device 10 is mounted to the installation constitution of an instrument 20, instrument among the figure 20 earlier with a kind of round water meter as the example of explanation but do not exceed with the round water meter of this kind; Main frame 11 inside of long distance meter reading device 10 have microprocessor, memory body, wireless communication apparatus; Battery (can be one-shot battery or secondary cell); Imaging apparatus 12 and light source generating device 13; The image of the numerical value 22 that the surface 21 that utilizes imaging apparatus 12 to obtain instrument 20 shows; Obtain the data of numerical value 22 again via microprocessor and image identification technology, the antenna 14 that utilizes wireless communication apparatus then is sent to data take over party's (detailed technology content can with reference to checking and approving patent M387245 number) of far-end.
One embodiment of the installation constitution of the long distance meter reading device 10 of the utility model comprises:
First permanet magnet 40; Be fixed in the side of long distance meter reading device 10 towards the surface 21 of instrument 20; First permanet magnet 40 can be several and on average is located at the position of symmetry; Can, long distance meter reading device 10 be adsorbed in the loading end 300 of carrier 30 by first permanet magnet 40 when being installed on the surface 21 of instrument 20; With
Location structure is mounted to long distance meter reading device 10 tram on surface 21 in order to guide the user.
The one embodiment structure of carrier 30 has frame 31; Frame 31 can be covered in the peripheral position on surface 21; Provide in order to carry the loading end 300 of long distance meter reading device 10; The shape of frame 31 decide according to surface 21 shape, is example with aforesaid round water meter, and frame 31 can be circular perimeter that circular ring type just is covered in surface 21 can not cover surperficial 21 numerical value 22 that shown again; If the in like manner shape of instrument 20 and non-circular but other shape rectangle for example; The design of an also comparable in principle principle like this, but and the preferred embodiment of carrier 30 is to select for use to be made by the magnetic material of first permanet magnet, 40 absorption, but for example be the magnetic metal that appearance has antirust processing.
One embodiment of the stationary installation of carrier 30 constructs as shown in Figure 1; This stationary installation has several hooks 32 and bolt 33 of extending towards the direction on surface 21 from frame 31; Bolt 33 passes frame 31 and the direction towards surface 21 advances, and contacts up to the front end of bolt 33 and the watchcase 23 on every side on surface 21, and hook 32 can hook the edge of watchcase 23; The reacting force that is produced when utilizing bolt 33 to prop up watchcase 23 more just can let carrier 30 be fixed on surface 21 firmly; Hook 32 wherein is good with three, these hooks 32 can be distributed in surface 21 around position of halving or asymmetric position all can, and bolt 33 wherein can only have one or several.
One embodiment of hook 32 can be as depicted in figs. 1 and 2, is to extend towards the direction on surface 21 near the inboard at the center on surface 21 from frame 31; Another embodiment of hook 32 can be as shown in Figure 3; Be to extend towards the direction on surface 21 in the outside of frame 31 from direction away from 21 center, surface; And hook from the outer peripheral edges of watchcase 23; The kind that the length of hook 32 is then looked instrument 20 is decided with the shape of its watchcase 23, in case of necessity even possibly extend to the root edge (as shown in Figure 4) of the watchcase 23 of instrument 20.
One of location structure is implemented as shown in Figure 1; The depressed part 301 that comprises the upper surface that is located at loading end 300; The position of corresponding first permanet magnet 40 in the position of depressed part 301; As long as first permanet magnet, 40 alignings are adsorbed in depressed part 301, the image of the numerical value 22 that the surface 21 that just can let imaging apparatus 12 absorb instrument 20 shows; The another kind of embodiment of location structure; Then be to use three first permanet magnets 40; These first permanet magnets 40 are fixed on the asymmetric position with respect to the center on surface 21, thus, have only long distance meter reading device 10 is placed on correct position and direction; Just can be adsorbed on corresponding depressed part 301, can't absorb the image of the numerical value 22 of surface 21 demonstrations with the imaging apparatus 12 of avoiding long distance meter reading device 10.
Another embodiment of location structure is as shown in Figure 5; First index 50 can be set at the outer casing top surface of long distance meter reading device 10; And also be provided with in the relevant position of instrument 20 outside surfaces and can supply visual index; But the label (can't in figure, illustrate because the visual angle is limit) that is-symbol or prominent point etc. are enough to discern guides the user long distance meter reading device 10 to be mounted to the tram on surface 21 by this.
Another embodiment of the installation constitution of the long distance meter reading device 10 of the utility model; Also include second permanet magnet 60 that is fixedly installed on carrier 30; As shown in Figure 6; Second permanet magnet 60 is fixed on carrier 30 another bottom surface in contrast to loading end 300, utilizes the magnetic force of first permanet magnet 40 and second permanet magnet 60 to attract each other, and more can easily long distance meter reading device 10 be adsorbed in surface 21; In addition; Owing to be that sharp first permanet magnet 40 and second permanet magnet 60 attractive force is each other installed long distance meter reading device 10; But the manufacturing materials of carrier 30 is not just exceeded with the material with magnetic, for example can use more corrosion-resistant and corrosion resistant plate that intensity is preferable or plastic cement or other non-magnet_conductible materials are made.
In addition, above-mentioned anchoring means can be through the double sticky tape adhesive means, and carrier 30 is mounted on surface 21.
Though the utility model has seen through the above embodiments and has disclosed as above; Right its is not in order to limit the utility model; Anyly have the knack of alike art; In spirit that does not break away from the utility model and scope, when can doing a little change and retouching, so the scope of patent protection of the utility model must be looked the appended request terms person of defining of this instructions and is as the criterion.
Claims (10)
1. the installation constitution of a long distance meter reading device is installed on the surface of instrument with the long distance meter reading device, it is characterized in that comprising:
One carrier has loading end and this carrier is bonded to the stationary installation on the surface of this instrument;
At least more than one the magnetic force that passes through is adsorbed in first permanet magnet of this loading end with this long distance meter reading device, is fixed in the side of this long distance meter reading device towards the surface of this instrument.
2. the installation constitution of long distance meter reading device as claimed in claim 1; It is characterized in that; But this carrier has the frame of being made by magnetic material, and this frame is covered in this surperficial peripheral position so that this loading end, the shape of this frame and this surperficial shape-consistent of carrying this long distance meter reading device to be provided.
3. the installation constitution of a long distance meter reading device is characterized in that comprising:
One carrier has loading end and this carrier is bonded to the stationary installation on the surface of this instrument;
At least more than one the magnetic force that passes through is adsorbed in first permanet magnet of this loading end with this long distance meter reading device, is fixed in the side of this long distance meter reading device towards the surface of this instrument;
Attracting each other this long distance meter reading device is adsorbed in second permanet magnet of this loading end with this first permanet magnet of at least more than one is fixedly installed on this carrier another bottom surface in contrast to this loading end.
4. the installation constitution of long distance meter reading device as claimed in claim 3 is characterized in that, respectively is provided with the location structure that this long distance meter reading device of guiding is mounted to this surperficial tram on this carrier and the long distance meter reading device.
5. the installation constitution of long distance meter reading device as claimed in claim 4 is characterized in that, this location structure comprises several depressed parts of the upper surface that is located at this loading end, the position of corresponding those first permanet magnets in the position of those depressed parts.
6. the installation constitution of long distance meter reading device as claimed in claim 3; It is characterized in that, this stationary installation have several from this frame towards this surperficial direction extend with hook this surface around the hook at edge of watchcase contact the reacting force that is produced when propping up this watchcase and let this carrier be fixed on this surperficial bolt with at least one this frame and watchcase on every side of passing with utilization towards this surperficial direction propelling and front end and this surface.
7. the installation constitution of long distance meter reading device as claimed in claim 6 is characterized in that, this hook is to extend towards this surperficial direction near the inboard at this surperficial center from this frame.
8. the installation constitution of long distance meter reading device as claimed in claim 6 is characterized in that, this hook is from extending and hook from the outer peripheral edges of this watchcase towards this surperficial direction in the outside of this frame away from the direction at this surperficial center.
9. the installation constitution of long distance meter reading device as claimed in claim 3 is characterized in that, respectively is provided with the location structure that this long distance meter reading device of guiding is mounted to this surperficial tram on this carrier and the long distance meter reading device.
10. the installation constitution of long distance meter reading device as claimed in claim 9 is characterized in that, this location structure comprises several depressed parts of the upper surface that is located at this loading end, the position of corresponding those first permanet magnets in the position of those depressed parts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201959686U CN202171464U (en) | 2011-06-13 | 2011-06-13 | Installing structure of remote meter reader |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201959686U CN202171464U (en) | 2011-06-13 | 2011-06-13 | Installing structure of remote meter reader |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202171464U true CN202171464U (en) | 2012-03-21 |
Family
ID=45829659
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011201959686U Expired - Fee Related CN202171464U (en) | 2011-06-13 | 2011-06-13 | Installing structure of remote meter reader |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202171464U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103471630A (en) * | 2012-06-07 | 2013-12-25 | 杨明恭 | Remote meter reading identification system and identification method thereof |
-
2011
- 2011-06-13 CN CN2011201959686U patent/CN202171464U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103471630A (en) * | 2012-06-07 | 2013-12-25 | 杨明恭 | Remote meter reading identification system and identification method thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120321 Termination date: 20130613 |