CN204928841U - Test system of wireless communication equipment - Google Patents
Test system of wireless communication equipment Download PDFInfo
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- CN204928841U CN204928841U CN201520672499.0U CN201520672499U CN204928841U CN 204928841 U CN204928841 U CN 204928841U CN 201520672499 U CN201520672499 U CN 201520672499U CN 204928841 U CN204928841 U CN 204928841U
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- telecommunications system
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Abstract
The utility model discloses a test system of wireless communication equipment, it includes: support, track, conveying piece, the positioner, power unit and the controlling means that are used for detecting wireless communication equipment and the real -time distance of the 2nd wireless communication equipment room and receive the alarm signal of a wireless communication equipment, the rail mounting is on the support, the conveying piece is installed on the track, positioner fixes on the conveying piece, and is connected with a wireless communication equipment, power unit is connected with a conveying drive, controlling means and positioner signal connection. The utility model provides a whether test system of wireless communication equipment can monitor a wireless communication equipment or the 2nd wireless communication equipment and whether produce alarm signal and determine the wireless performance of product and meet the demands in the target distance, can carry out the measuring of the radio communication distance of product in batches under actual service environment or similar ambient condition, and then effectively detect out the actual communication performance of wireless communication equipment.
Description
Technical field
The utility model relates to the field tests of wireless telecommunications system, particularly a kind of test macro of wireless telecommunications system.
Background technology
Wireless performance test has widely in the communications field, irreplaceable effect, how to guarantee that the demand whether overall wireless performance of batch wireless product meets the actual use of user is one of very important test index of detection wireless product.
The patent No. is CN201210301662, name is called " a kind of method of batch testing wireless performance and device thereof ", disclose a kind of by non-conductive, measured piece is transported in shielded anechoic chamber via trapped orbit by the conveyer belt that nonmagnetic substance makes or transmission rope, the wireless performance of product is obtained by the feedback signal of independently measured piece received by standard source device parses and the method fed back to by wireless performance on the main control system of wireless performance testing equipment judges the quality of measured piece wireless performance after sending order based on testing equipment, the sensitivity that the method receives from dark interior products and correctness are considered, do not consider that the medium such as air and ground is to electro-magnetic wave absorption, the impact of decay, do not consider the impact of the emission effciency of transmitting antenna and the receiving efficiency of reception antenna, do not consider the impact of the interference of various electromagnetism and climatic environment and the antijamming capability of receiver.Be difficult to the practical communication performance effectively detecting wireless telecommunications system.
Utility model content
In view of this, the utility model proposes a kind of test macro of wireless telecommunications system, effectively can detect the practical communication performance of wireless telecommunications system.
Particularly, the test macro of the wireless telecommunications system that the utility model provides, for detecting the first wireless telecommunications system and second wireless telecommunications system of mating reaction, the test macro of described wireless telecommunications system comprises: support, track, transmission parts, for detect between described first wireless telecommunications system and described second wireless telecommunications system distance in real time and receive the positioner of alarm signal of described first wireless telecommunications system, actuating unit and control device; Described track installation on the bracket; Described transmission parts is installed on the track; Described positioner is fixed on described transmission parts, and is connected with described first wireless telecommunications system; Described actuating unit is connected with described transmission parts; Described control device is connected with described positioner.
Further, described positioner comprises: the concentrator marker of real-time distance obtained for the label detection when receiving the alarm signal of described first wireless telecommunications system and the transmitter for sending real-time distance, described concentrator marker is connected with described sender signal, and described transmitter is connected with described control device signal.
Further, described control device and described second wireless telecommunications system physical connection.
Further, described control device and described actuating unit physical connection.
Further, the test macro of described wireless telecommunications system also comprises shell, and described positioner is arranged in described shell, and described first wireless telecommunications system is connected with described shell, and with described positioner physical connection.
Further, described shell is provided with button and the draw-in groove for unclamping or bind described first wireless telecommunications system.
Further, described first wireless telecommunications system is fixed on by card in the described draw-in groove of the upper surface of described shell.
Further, described control device comprises computer and control box, and described computer is connected with described control box, and described computer and described second wireless telecommunications system physical connection, described control box is connected with described positioner signal.
Further, described control box drives with described actuating unit and is connected.
Further, described transmission parts is for transmitting rope or conveyer belt.
In the test macro of the wireless telecommunications system that the utility model provides, control device detects the real-time distance between the first wireless telecommunications system that positioner sends and the second wireless telecommunications system, and confirm that described real-time distance exists abnormal mark, or, and when confirming that the second wireless telecommunications system produces alarm signal, the real-time distance of correspondence is compared with the gauged distance data preset, provides whether qualified result.By will track be had and support is layed in outdoor, from transmission parts, the first wireless telecommunications system is transmitted toward the direction away from the second wireless telecommunications system, in target range (the gauged distance data namely preset), whether monitoring the first wireless telecommunications system or the second wireless telecommunications system produce alarm signal to judge whether product wireless performance meets the demands, the detection of the wireless communication distance of bulk article can be carried out under practical service environment or like environment condition, and then effectively detect the practical communication performance of wireless telecommunications system.
Accompanying drawing explanation
The accompanying drawing forming a part of the present utility model is used to provide further understanding of the present utility model, and schematic description and description of the present utility model, for explaining the utility model, is not formed improper restriction of the present utility model.In the accompanying drawings:
Fig. 1 is the structural representation of the test macro of the wireless telecommunications system that the utility model embodiment provides.
Embodiment
It should be noted that, when not conflicting, the embodiment in the utility model and the feature in embodiment can combine mutually.Below with reference to the accompanying drawings and describe the utility model in detail in conjunction with the embodiments.
The structural representation of the test macro of the wireless telecommunications system that Fig. 1 provides for the utility model embodiment; As shown in Figure 1, the test macro of this wireless telecommunications system is for detecting first wireless telecommunications system (as reflector 3) of mating reaction and the second wireless telecommunications system (as receiver 10), and the test macro of wireless telecommunications system comprises: support 7, track 6, transmission parts 5, for detect between the first wireless telecommunications system and the second wireless telecommunications system distance in real time and receive the positioner 2 of alarm signal of the first wireless telecommunications system, actuating unit 8 and control device; Wherein, track 6 is arranged on support 7; Transmission parts 5 is arranged on track 6; Positioner 2 is fixed on transmission parts 5, and is connected with the first wireless telecommunications system; Actuating unit 8 drives with transmission parts 5 and is connected; Control device is connected with positioner 2 signal.
In such scheme, real-time distance between the first wireless telecommunications system that control device receiving positioner 2 sends and the second wireless telecommunications system, and when receiving the real-time distance band alarm signal mark of the first wireless telecommunications system that positioner 2 forwards, the real-time distance of correspondence is compared with the gauged distance data preset, provides whether qualified result.By (detachable or telescopic) track 6 will be had and support 7 is layed in outdoor, by transmitting terminal (i.e. first wireless telecommunications system of the transmission parts 5 be nested on track 6 by test product, as reflector 3) past away from receiving terminal (i.e. the second wireless telecommunications system, as receiver 10) direction transmit, in target range (namely preset gauged distance data), whether the transmitting terminal of monitoring product or receiving terminal produce alarm signal to judge whether product wireless performance meets the demands, the detection of the wireless communication distance of bulk article can be carried out under practical service environment or like environment condition, and then effectively detect the practical communication performance of wireless telecommunications system.
Preferably, in the unshowned mode of one, positioner 2 can comprise: the concentrator marker of real-time distance obtained for the label detection when receiving the alarm signal of the first wireless telecommunications system and the transmitter for sending real-time distance, concentrator marker is connected with sender signal, and transmitter is connected with control device signal.Identified detecting the real-time distance obtained when receiving alarm signal by this concentrator marker, and then the real-time distance after mark is sent to control device, compare with the gauged distance data preset during the real-time distance of control device after receiving this mark, provide whether qualified result, by identifying real-time distance to realize the identification to communication distance between the first wireless telecommunications system and the second wireless telecommunications system, simply effectively.
Preferably, control device also can with the second wireless telecommunications system physical connection, like this, after when between the first wireless telecommunications system and the second wireless telecommunications system, communication distance exceedes certain value, second wireless telecommunications system can send alarm signal, like this, the alarm signal sent by the second wireless telecommunications system also can realize the identification to communication distance between the first wireless telecommunications system and the second wireless telecommunications system.
Preferably, control device and actuating unit 8 physical connection, and then realize by the automatic control of control device to actuating unit 8, thus realize the automatic control to transmission parts 5 motion.
During concrete operations, the test macro of wireless telecommunications system can also comprise shell 1, and positioner 2 is arranged in shell 1, and the first wireless telecommunications system is connected with shell 1, and with positioner 2 physical connection.Shell 1 can also be provided with the button 4 for unclamping or bind described first wireless telecommunications system.As shown in Figure 1, the first wireless telecommunications system is fixed on by card in the draw-in groove of the upper surface of shell 1.Control device comprises computer 11 and control box 9, and computer 11 is connected with control box 9, computer (hereinafter referred to as PC) 11 and the second wireless telecommunications system physical connection, and control box 9 is connected with positioner 2 signal, and drives with actuating unit 8 and be connected.Transmission parts 5 can for transmitting rope or conveyer belt.
Installation and the course of work of the test macro of above-mentioned wireless telecommunications system are summarized as follows:
Step one: fixed support 7 and track 6, be fit into biography strips 5 on track 6, and shell 1 is fixed in biography strips 5;
Step 2: release button 4, reflector 3 is fixed on inside has on the shell 1 of locating terminal 2; Receiver 10 is installed;
Step 3: being programmed by PC11 and starting control box 9 is controlled actuating unit 8 and drive transmission parts 5 along the track transmission of track 6, makes reflector 3 away from receiver 10;
Step 4: locating terminal 2 is connected by hardware signal line with reflector 3; Locating terminal 2 moment calculates the distance between reflector 3 and receiver 10 and will apart from being back to PC11 in real time; Locating terminal 2 terminates when receiving the alarm signal of reflector 3 to calculate the distance between reflector 3 and receiver 10, and stamps mark in this range data;
Step 5: PC11 is after the range data of tape identification receiving locating terminal 2 passback or the alarm signal of receiver 10, by the range data now between reflector 3 and receiver 10 and gauged distance Data Comparison, provide whether qualified result, and the range data of now reflector 3 and receiver 10, the production code member producing the subject matter of reporting to the police and whether qualified testing result are stored in data form.PC11 preserves while testing result, also sends instruction and makes reflector 3 and receiver 10 power-off and reflector 3 sent back initial position, so that for detecting next product.
In above-mentioned testing process, PC11 makes three kinds of judgements in real time:
The first be judge to receive locating terminal 2 range data whether in gauged distance data area;
The second judges whether the range data receiving locating terminal 2 has mark;
The third judges whether receiver 10 produces alarm signal.
There are two kinds of situations in the judged result of PC11:
The first situation: in gauged distance data area, do not receive the range data tape identification of locating terminal 2 and receiver 10 does not produce alarm signal time provide pass result;
The second situation: receive in gauged distance data area and to provide defective result (communication performance when can have barrier between Validity Test reflector 3 and receiver 10 when diffraction and refraction when the range data tape identification of locating terminal 2 or receiver 10 produce alarm signal, namely in gauged distance, then communication performance of reporting to the police is produced defective, otherwise qualified).
Be understandable that: track 6 is longer, as long as configure multiple shell 1 and positioner 2 just can install many group reflectors 3 and receiver 10 is tested simultaneously, the pattern that multiple product detects simultaneously, improves operating efficiency, shorten the production testing time, reduce production cost, track 6 can be the combination of multistage orbital segment, and the combination of orbital segment also can adopt the design of existing stretching structure, the mounting means of track 6 is different, track can present the various states such as straight line, broken line, circular curve, namely track 6 is at least one in linear structure, meander line structure and curvilinear structures, like this, because the laying (structure) of track 6 is different, first wireless telecommunications system occurs that running orbit is different in whole service process, namely form multiple track laying mode selective: the detection not only solving the wireless telecommunications performance of air line distance, and solve the detection of wireless telecommunications performance of diffraction distance, support 7 is by comprising support tube and bracket base, bracket base can adopt wheel base according to surperficial particularly, non-wheel is (circular, polygon) base alternately installation, frame bottom can also install dark steamboat, to realize support stretching structure design in the horizontal direction, the all parts such as support 7 and track 6 detachable (or scalability), this test macro is made to have mobility, the detection of the wireless telecommunications performance of carrying out under solving the varying environment (comprising the situations such as ground out-of-flatness) under different terrain, the detection of the wireless communication distance of bulk article is carried out under arriving practical service environment or like environment condition, for the testing under the environment of selectivity examination provides a kind of convenience, detachable or the foldability of all parts also makes the laying of track become a kind of don't care state, for realizing providing a kind of mode to the Aulomatizeted Detect of the diffraction of barrier and the communication distance of refraction between the transmitting terminal of wireless product and receiving terminal, each element (transmission rope, conveyer belt, support and track) can adopt non-conductive, non-magnetic material to make to avoid producing extra electromagnetic interference effect to the first wireless telecommunications system and the second wireless telecommunications system etc.
The present embodiment judges the wireless performance of batch integral product by the detection of the communication distance to product, directly monitor test product by control device in destinations traffic and whether produce apart from interior the quality that the alarm signal produced because of the factor such as environment or the vulnerability to jamming of product own judges the overall wireless performance of bulk article, whole test macro is positioned at outdoor, and the receiving sensitivity not only considering product also contemplates the impact of the factor such as gain, land productivity environment, electromagnetic environment, weather conditions, system rejection to disturbance ability of the radio frequency power output of transmitting terminal, antenna; It is high that whole test macro detects automaticity, only needs to mount and dismount test product, without the need to human attendance in testing process, and testing staff in traditional detection mode can be avoided to be exposed to the fatigue of continued operation under outdoor adverse circumstances for a long time.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection range of the present utility model.
Claims (10)
1. the test macro of a wireless telecommunications system, for detecting the first wireless telecommunications system and second wireless telecommunications system of mating reaction, it is characterized in that, the test macro of described wireless telecommunications system comprises: support (7), track (6), transmission parts (5), for detect between described first wireless telecommunications system and described second wireless telecommunications system distance in real time and receive the positioner (2) of alarm signal of described first wireless telecommunications system, actuating unit (8) and control device; Described track (6) is arranged on described support (7); Described transmission parts (5) is arranged on described track (6); Described positioner (2) is fixed on described transmission parts (5), and is connected with described first wireless telecommunications system; Described actuating unit (8) is connected with described transmission parts (5); Described control device is connected with described positioner (2).
2. the test macro of wireless telecommunications system according to claim 1, it is characterized in that, described positioner (2) comprising: the concentrator marker of real-time distance obtained for the label detection when receiving the alarm signal of described first wireless telecommunications system and the transmitter for sending real-time distance, described concentrator marker is connected with described sender signal, and described transmitter is connected with described control device signal.
3. the test macro of wireless telecommunications system according to claim 2, is characterized in that, described control device and described second wireless telecommunications system physical connection.
4. the test macro of the wireless telecommunications system according to any one of claim 1-3, is characterized in that, described control device and described actuating unit (8) physical connection.
5. the test macro of wireless telecommunications system according to claim 4, it is characterized in that, also comprise shell (1), described positioner (2) is arranged in described shell (1), described first wireless telecommunications system is connected with described shell (1), and with described positioner (2) physical connection.
6. the test macro of wireless telecommunications system according to claim 5, is characterized in that, described shell (1) is provided with button (4) and draw-in groove for unclamping or bind described first wireless telecommunications system.
7. the test macro of wireless telecommunications system according to claim 6, is characterized in that, described first wireless telecommunications system is fixed on by card in the described draw-in groove of the upper surface of described shell (1).
8. the test macro of wireless telecommunications system according to claim 7, it is characterized in that, described control device comprises computer (11) and control box (9), described computer (11) is connected with described control box (9), described computer (11) and described second wireless telecommunications system physical connection, described control box (9) is connected with described positioner (2) signal.
9. the test macro of wireless telecommunications system according to claim 8, is characterized in that, described control box (9) drives with described actuating unit (8) and is connected.
10. the test macro of wireless telecommunications system according to claim 9, is characterized in that, described transmission parts (5) is for transmitting rope or conveyer belt; And/or;
Described track (6) is linear structure, at least one in meander line structure and curvilinear structures; And/or;
Described support (7) comprises support tube and bracket base, and described bracket base is wheel base, cup dolly or polygon-shaped base.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520672499.0U CN204928841U (en) | 2015-09-01 | 2015-09-01 | Test system of wireless communication equipment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520672499.0U CN204928841U (en) | 2015-09-01 | 2015-09-01 | Test system of wireless communication equipment |
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| CN204928841U true CN204928841U (en) | 2015-12-30 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107659363A (en) * | 2017-09-28 | 2018-02-02 | 云南电网有限责任公司电力科学研究院 | A kind of electric power terminal communication test device |
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2015
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107659363A (en) * | 2017-09-28 | 2018-02-02 | 云南电网有限责任公司电力科学研究院 | A kind of electric power terminal communication test device |
| CN107659363B (en) * | 2017-09-28 | 2021-08-10 | 云南电网有限责任公司电力科学研究院 | Power terminal communication testing device |
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