CN103079268A - Antenna positioning method of CPE (Customer Premise Equipment) - Google Patents
Antenna positioning method of CPE (Customer Premise Equipment) Download PDFInfo
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- CN103079268A CN103079268A CN2012105875180A CN201210587518A CN103079268A CN 103079268 A CN103079268 A CN 103079268A CN 2012105875180 A CN2012105875180 A CN 2012105875180A CN 201210587518 A CN201210587518 A CN 201210587518A CN 103079268 A CN103079268 A CN 103079268A
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- 238000001514 detection method Methods 0.000 claims abstract description 5
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Abstract
The invention discloses an antenna positioning method of CPE (Customer Premise Equipment). The antenna positioning method comprises the following specific steps that: S1, a control device controls a rotating device to drive an antenna to rotate; S2, during antenna rotation, the control device controls a detection device to record the receiving signal strength of the antenna, the angle of the antenna is recorded by the control device, and the receiving signal strength of the antenna is in one-to-one correspondence with the angle of the antenna; S3, the control device determines the optimal signal strength of the antenna and acquires the angle of the antenna with optimal signal strength; and S4, the control device controls a rotating device to drive the antenna to rotate and position the antenna to the angle of optimal signal strength. The technical scheme has the following beneficial effects: the accurate positioning of the receiving direction of the antenna of the CPE is realized, so that the performance of the CPE is best exerted, manual positioning inaccuracy factors can be eliminated, and the problem that the CPE cannot receive the optimal signal strength is solved.
Description
Technical field
The present invention relates to a kind of control method of wireless network, relate in particular to a kind of antenna positioning method of ustomer premises access equipment.
Background technology
CPE(Customer Premise Equipment ustomer premises access equipment for the directional reception signal) for the product, when received signal strength integral body is weak, receives current place strongest signal strength, mean that network speed is best.Obtain strongest signal strength, at AP(Access Point access points) reach in the peaked situation with the CPE transmitting power, can only adjust the orientation between AP and the CPE, but the adjustment of AP equipment is difficulty comparatively, and an AP correspondence numerous CPE, adjusting so CPE is better selection, but manually adjustment very bothers and is difficult to reach the most accurately orientation.
Summary of the invention
The problems referred to above that exist in the wireless network for existing AP and CPE composition now provide a kind of antenna positioning method that accurate adjustment CPE receives the ustomer premises access equipment in orientation that is intended to.
Concrete technical scheme is as follows:
A kind of antenna positioning method of ustomer premises access equipment wherein, is applied in the wireless network that the CPE by AP and at least one direct scan signal forms, and described CPE is connected with described AP by wireless signal;
Described CPE be provided with in order to emission and receive the antenna of wireless signal, in order to the checkout gear that detects described antenna receiving signal intensity and be used to horizontal direction and vertical direction is rotated the whirligig of described antenna, described antenna is connected respectively with described checkout gear and described whirligig;
Also comprise with control device, described control device connects respectively at described checkout gear and described whirligig;
Described antenna positioning method specifically comprises the steps:
Step S1, described control device are controlled described whirligig and are driven described antenna rotation;
Step S2, when the rotation of described antenna, described control device is controlled the intensity of the reception signal of the described antenna of described detection device records, and recorded the angle of described antenna by described control device, and make the intensity of reception signal of described antenna corresponding one by one with the angle of described antenna;
Step S3, described control device are determined the optimum signal intensity of described antenna to preset strategy, and obtain the angle of described antenna when optimum signal intensity;
Step S4, described control device are controlled described whirligig and are driven described antenna rotation or be positioned to the angle of described antenna when optimum signal intensity.
Preferably, control device described in the described step S1 is controlled the method that described whirligig drives the rotation of described antenna, control first described antenna and originate in the horizontal direction rotation from the initial angle of horizontal direction, when described antenna rotates to the horizontal direction range, control again described antenna and originate in the vertical direction rotation from the initial angle of vertical direction.
Preferably, described preset strategy for when the rotation of described antenna as described checkout gear detect the design maximum signal of described wireless network, determine that then the current angle of described antenna is the angle of described antenna when optimum signal intensity.
Preferably, the described strategy that presets is for to rotate to range in described antenna, described control device is chosen the record of signal strength values maximum and is found the angle of the described antenna corresponding with the record of described signal strength values maximum in the intensity of reception signal of the described antenna of record, and take the angle of the described antenna of the record correspondence of the described signal strength values maximum angle during as described antenna in optimum signal intensity.
Preferably, described control device comprises reservoir part, described reservoir part records the angle of described antenna when optimum signal intensity of obtaining among the described step S3, and the angle when described control device is controlled described whirligig and driven described antenna that described antenna rotation stores to the described reservoir part in optimum signal intensity when described CPE start.
Preferably, described whirligig comprises and horizontally rotates parts and vertical rotary parts, and described vertical rotary parts are connected in described horizontally rotating on the parts, and described vertical rotary parts are connected with described antenna.
Preferably, describedly horizontally rotate parts and described vertical rotary parts are all mainly formed by motor.
Preferably, described control device is mainly formed by the processor of described CPE.
The beneficial effect of technique scheme is:
Realization makes the CPE performance obtain best performance to the accurate location of CPE antenna reception direction, eliminates the inaccurate factor of artificial manual positioning, has solved CPE and has not received the optimum signal strength problem.
Description of drawings
Fig. 1 is the steps flow chart block diagram of the antenna positioning method of a kind of ustomer premises access equipment of the present invention;
Fig. 2 is the structural representation of cpe device of the antenna positioning method of a kind of ustomer premises access equipment of the present invention;
Fig. 3 is the structural representation of whirligig of the antenna positioning method of a kind of ustomer premises access equipment of the present invention.
Embodiment
The invention will be further described below in conjunction with the drawings and specific embodiments, but not as limiting to the invention.
As depicted in figs. 1 and 2, the antenna positioning method of a kind of ustomer premises access equipment of the present invention, it is applied in the wireless network that the CPE by AP and at least one direct scan signal forms, and CPE is connected with AP by wireless signal;
CPE be provided with in order to emission and receive the antenna of wireless signal, in order to the checkout gear that detects antenna receiving signal intensity and be used to horizontal direction and the whirligig of vertical direction rotary antenna, antenna is connected respectively with checkout gear and whirligig;
Also comprise with control device, control device connects respectively at checkout gear and whirligig;
Antenna positioning method specifically comprises the steps:
Step S1, the rotation of control device control whirligig driven antenna;
Step S2, when antenna rotates, the intensity of the reception signal of control device control detection device records antenna, and by the angle of control device record antenna, and make the intensity of reception signal of antenna corresponding one by one with the angle of antenna;
Step S3, control device are determined the optimum signal intensity of antenna to preset strategy, and obtain the angle of antenna when optimum signal intensity;
Step S4, control device are controlled the rotation of whirligig driven antenna or are positioned to the angle of antenna when optimum signal intensity.
The operation principle of technique scheme is to rotate by the whirligig driven antenna, in the antenna rotary course by detection device records under the optimum signal intensity of CPE antenna and the antenna angle when being in optimum signal intensity, and by the control whirligig with the antenna rotation or the angle when being positioned to antenna and being in optimum signal intensity.Because the equipment of directional reception signal generally adopts plate antenna or YAGI(Yagi spark gap) antenna, plate antenna and YAGI antenna generally exchange higher gain for by stronger directive property, therefore the angle of the antenna of the equipment by adjusting the directional reception signal can improve the receiving and transmitting signal gain of equipment effectively, thereby improves device talk efficient.
On the technique scheme basis, further, the method of control device control whirligig driven antenna rotation can adopt among the step S1, elder generation's control antenna originates in the horizontal direction rotation from the initial angle of horizontal direction, and control antenna originates in the vertical direction rotation from the initial angle of vertical direction again when antenna rotates to the horizontal direction range.The rotation of horizontal direction can be adjusted the angle of antenna, and the adjustment of vertical direction can change the polarization mode of antenna, can improve the matching degree of antenna and long-range transceiver by the adjustment of above-mentioned two kinds of means.On this basis, also can adopt each antenna after vertical direction is rotated the unit angle control device from newly antenna being gone back to the initial angle of horizontal direction, and again rotate to range in horizontal direction, can guarantee that like this antenna all can obtain to detect in every kind of angle combination of horizontal direction and vertical direction.
On the technique scheme basis, further, during above-mentioned presetting strategy and can being used in the antenna rotation of mentioning such as checkout gear detect the design maximum signal of wireless network, determine that then the current angle of antenna is the angle of antenna when optimum signal intensity.Aforesaid way can be simplified test process, reduce the testing time, the design maximum signal of wireless network can be used as preset value and is preset in the control device, as long as control device namely is positioned antenna for current angle by whirligig by the aerial signal intensity that checkout gear obtains more than or equal to this preset value.
On the technique scheme basis, further, presetting strategy can also be used in antenna and rotate to range, control device is chosen the record of signal strength values maximum and is found the angle of the antenna corresponding with the record of signal strength values maximum in the intensity of reception signal of the antenna of record, and take the angle of the antenna of the record correspondence of the signal strength values maximum angle during as antenna in optimum signal intensity.Therefore this execution mode can guarantee to obtain the obtainable optimum signal intensity of current antenna owing to having attempted all angles of antenna.
Above-mentioned two kinds of execution modes also can be combined with, when antenna rotates to the range control device as not detecting the design maximum signal of wireless network, then in the intensity of reception signal of the antenna of record, choose the record of signal strength values maximum and find the angle of the antenna corresponding with the record of signal strength values maximum, when overall signal intensity is not good, obtain so a preferably signal strength signal intensity.
On the technique scheme basis, further, control device can comprise reservoir part, the angle of the antenna that obtains among the reservoir part recording step S3 when optimum signal intensity, and the angle when CPE start timed unit control whirligig driven antenna is rotated the antenna that stores to the reservoir part in optimum signal intensity.Because the adjustment of antenna needs the time, therefore can when each CPE start, all carry out the antenna adjustment, angle during the optimum signal intensity of the antenna when adjusting a last time by recording directly is adjusted to antenna this angle, and so enforcement can be accelerated the starting up speed of CPE.Aforesaid way can further expand into, record the signal strength signal intensity when this angle in the time of the angle of reservoir part record antenna when optimum signal intensity, when being rotated to this angle timed unit control checkout gear, CPE start aft antenna detects, can again adjust aerial angle when the aerial signal intensity that detects such as checkout gear is lower than signal strength signal intensity to a predetermined value that records in the reservoir part, aforesaid predetermined value can arrange according to the actual conditions of network.
On the technique scheme basis, further, as shown in Figure 3, whirligig comprises and horizontally rotates parts 1 and vertical rotary parts 2, and vertical rotary parts 2 are connected in and horizontally rotate on the parts 1, and vertical rotary parts 2 are connected with antenna 3.Wherein, horizontally rotate parts 1 and vertical rotary parts 2 all can mainly be formed by motor.Control device can drive signal by output motor and realize horizontally rotating the control of parts 1 and vertical rotary parts 2, and motor should adopt the electric supply installation that is independent of cpe device to avoid that cpe device is produced interference simultaneously.A kind of more excellent execution mode is that motor can adopt stepping motor, and the employing stepping motor can be realized the accurate control to antenna 1 angle.
On the technique scheme basis, further, control device can be mainly be formed by the processor of CPE, can avoid like this arranging extra sky line traffic control module, the cost input of minimizing equipment.
The above only is preferred embodiment of the present invention; be not so restriction embodiments of the present invention and protection range; to those skilled in the art; should recognize that being equal to that all utilizations specification of the present invention and diagramatic content done replace and the resulting scheme of apparent variation, all should be included in protection scope of the present invention.
Claims (8)
1. the antenna positioning method of a ustomer premises access equipment is characterized in that, is applied in the wireless network that the CPE by AP and at least one direct scan signal forms, and described CPE is connected with described AP by wireless signal;
Described CPE be provided with in order to emission and receive the antenna of wireless signal, in order to the checkout gear that detects described antenna receiving signal intensity and be used to horizontal direction and vertical direction is rotated the whirligig of described antenna, described antenna is connected respectively with described checkout gear and described whirligig;
Also comprise with control device, described control device connects respectively at described checkout gear and described whirligig;
Described antenna positioning method specifically comprises the steps:
Step S1, described control device are controlled described whirligig and are driven described antenna rotation;
Step S2, when the rotation of described antenna, described control device is controlled the intensity of the reception signal of the described antenna of described detection device records, and recorded the angle of described antenna by described control device, and make the intensity of reception signal of described antenna corresponding one by one with the angle of described antenna;
Step S3, described control device are determined the optimum signal intensity of described antenna to preset strategy, and obtain the angle of described antenna when optimum signal intensity;
Step S4, described control device are controlled described whirligig and are driven described antenna rotation or be positioned to the angle of described antenna when optimum signal intensity.
2. the antenna positioning method of ustomer premises access equipment as claimed in claim 1, it is characterized in that, control device described in the described step S1 is controlled the method that described whirligig drives the rotation of described antenna, control first described antenna and originate in the horizontal direction rotation from the initial angle of horizontal direction, when described antenna rotates to the horizontal direction range, control again described antenna and originate in the vertical direction rotation from the initial angle of vertical direction.
3. the antenna positioning method of ustomer premises access equipment as claimed in claim 1, it is characterized in that, described preset strategy for when the rotation of described antenna as described checkout gear detect the design maximum signal of described wireless network, determine that then the current angle of described antenna is the angle of described antenna when optimum signal intensity.
4. the antenna positioning method of ustomer premises access equipment as claimed in claim 1, it is characterized in that, the described strategy that presets is for to rotate to range in described antenna, described control device is chosen the record of signal strength values maximum and is found the angle of the described antenna corresponding with the record of described signal strength values maximum in the intensity of reception signal of the described antenna of record, and take the angle of the described antenna of the record correspondence of the described signal strength values maximum angle during as described antenna in optimum signal intensity.
5. the antenna positioning method of ustomer premises access equipment as claimed in claim 1, it is characterized in that, described control device comprises reservoir part, described reservoir part records the angle of described antenna when optimum signal intensity of obtaining among the described step S3, and the angle when described control device is controlled described whirligig and driven described antenna that described antenna rotation stores to the described reservoir part in optimum signal intensity when described CPE start.
6. the antenna positioning method of ustomer premises access equipment as claimed in claim 1, it is characterized in that, described whirligig comprises and horizontally rotates parts and vertical rotary parts, and described vertical rotary parts are connected in described horizontally rotating on the parts, and described vertical rotary parts are connected with described antenna.
7. the antenna positioning method of ustomer premises access equipment as claimed in claim 6 is characterized in that, describedly horizontally rotates parts and described vertical rotary parts are all mainly formed by motor.
8. such as the antenna positioning method of ustomer premises access equipment as described in arbitrary among the claim 1-7, it is characterized in that, described control device is mainly formed by the processor of described CPE.
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| CN2012105875180A CN103079268A (en) | 2012-12-28 | 2012-12-28 | Antenna positioning method of CPE (Customer Premise Equipment) |
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| CN2012105875180A CN103079268A (en) | 2012-12-28 | 2012-12-28 | Antenna positioning method of CPE (Customer Premise Equipment) |
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Application publication date: 20130501 |