CN104821919A - Intelligent electrically controlled wireless router control method - Google Patents
Intelligent electrically controlled wireless router control method Download PDFInfo
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- CN104821919A CN104821919A CN201510210928.7A CN201510210928A CN104821919A CN 104821919 A CN104821919 A CN 104821919A CN 201510210928 A CN201510210928 A CN 201510210928A CN 104821919 A CN104821919 A CN 104821919A
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Abstract
The invention relates to an intelligent electrically controlled wireless router control method. A brand-new control strategy is put forward on the basis of a cambered surface signal transmitting screen structure designed and introduced by aiming a wireless router. Wireless access equipment respectively accessed to wireless signals corresponding to all antennas is detected, the optimal radiation direction of the wireless signals respectively corresponding to all the antennas is measured and calculated on the basis of an angular bisector by aiming at all the antennas through the concrete design method, and finally the cambered surface signal transmitting screen is controlled to rotate to the optimal radiation direction of the wireless signals corresponding to all the antennas. Concentrated directional radiation of the wireless signals is realized by the cambered internal wall of the cambered surface signal transmitting screen so that the radiation area of the wireless signals can be concentrated at the area in which the wireless access equipment is positioned, working stability of the wireless signals can be effectively guaranteed and working efficiency of the wireless signals can be enhanced.
Description
Technical field
The present invention relates to
oneplant intelligent electric-controlled formula wireless router control method, belong to Intelligent Network Element technical field.
Background technology
Wireless router is applied to user's online, with the router of wireless coverage function; Wireless router can regard a transponder as, and the broadband network signal that wall in family picks out is transmitted to neighbouring Wi-Fi equipment by antenna, the such as mobile phone of notebook computer, support wifi, and all equipment with wifi function.Along with the development of science and technology, increasing electronic equipment achieves the function of Radio Access Network, wireless network is also because of its convenience, extensively be applied in daily life, therefore, the innovation of wireless router is regenerated and is day by day accelerated, and the arms of various New function, new technology, make the use of wireless router also become more and more convenient, more and more efficient, such as number of patent application: 201110145141.9, disclose a kind of wireless router, comprise router main body and to be arranged in router main body and to carry out with it the antenna of Signal transmissions, antenna comprises medium substrate, be attached to the first sheet metal and second sheet metal on relative two surfaces of medium substrate, first sheet metal is provided with the first feeder line, second feeder line, second sheet metal is provided with the 3rd feeder line, 4th feeder line, first feeder line and the second feeder line are all by coupled modes feed-in first sheet metal, 3rd feeder line and the 4th feeder line are all by coupled modes feed-in second sheet metal, on first sheet metal and the second sheet metal, all hollow out has micro groove structure, first feeder line is electrically connected with the 3rd feeder line, second feeder line is electrically connected with the 4th feeder line.The wireless router of technique scheme design, the antenna adopted can directly be built in wireless router, is provided with sheet metal, takes full advantage of the spatial area of antenna, can strengthen signal strength signal intensity by the medium substrate two sides at antenna.
Also has number of patent application: 201210401518.7, disclose a kind of wireless router, comprise housing, described enclosure interior is hollow structure, housing adopts plastic material to be made, and the rear side two ends of housing are provided with antenna, and the below of described antenna is disposed with outlet, wan interface and four LAN interface, the inside of housing is provided with control circuit, and control circuit is connected with outlet.The wireless router of technique scheme design, can be used in above the Internet, and connect the Internet easily, and signal strength signal intensity is high, is provided with two above router with antenna, makes the signal of transmission more stable, better can play the effect of network hinge, and surface is provided with louvre, multiple socket can be supported, the state of indicator light energy explicit routing device, flexibility ratio is good, Practical Performance is good, and be a kind of futuramic scheme, profit is promoted the use of.
Moreover, number of patent application: 201410673436.7, disclose a kind of wireless router, comprise the box body of cover plate and upper end opening, the inner side of described cover plate is provided with multiple joint pin, the inner side of box body is provided with multiple Connection Block corresponding with joint pin, the bottom of box body offers two row's louvres, the back-up block protruding from cartridge inner surface is provided with in the bottom of box body, and back-up block is placed in the middle part of two row's louvres, back-up block has the air-vent that multiple equi-spaced apart is arranged, air-vent is tilted is provided with wind direction board; The middle part of described joint pin is provided with multiple elastic ring, and the contact internal walls of the outer wall of elastic ring and flexure strip, have multiple groove in the upper end of joint pin, the movable end chain connection of flexure strip has connecting rod, and the end of connecting rod is arranged in groove by roller-coaster; The wind direction board be arranged on air-vent can avoid extraneous dust enter into tray interior and affect the operating efficiency of mainboard.
Can be found out by the wireless router of above-mentioned design, existing wireless router is started with from structure mostly, to its signal strength signal intensity, heat radiation or dust-proof aspect are improved, make it to have more useful, more efficient service behaviour, but in the middle of the actual use procedure of wireless router, still can find some shortcomings part, such as everybody knows, the wireless signal that wireless router antenna is outwards launched, radiate to surrounding centered by antenna, if all there is radio reception device in the surrounding of antenna, nature can meet the access of wireless signal, but centered by antenna, if only there are the words indivedual direction existing radio reception device, so to other direction radiation wireless signals, only can disperse the ability of the outside wireless signal emission of wireless router, nature will reduce the power of wireless router to external radiation wireless signal, reduce the operating efficiency of wireless router.
Summary of the invention
For above-mentioned technical problem, technical problem to be solved by this invention is to provide a kind of modified node method based on existing wireless router, design brand-new control strategy, the wireless signal that can send for antenna, realizes high accuracy, concentrates the intelligent electric-controlled formula wireless router control method of directed radiation.
The present invention is in order to solve the problems of the technologies described above by the following technical solutions: the present invention devises a kind of intelligent electric-controlled formula wireless router control method, wherein, wireless router comprises router body, and the several antennas to be flexibly connected with router body, router body works, and outwards sends wireless signal through each antenna; Also comprise respectively with each antenna one_to_one corresponding, each cambered surface signal emitting panel that can rotate around antenna, and the arc inner wall of cambered surface signal emitting panel is all the time towards its respective antenna; Described intelligent electric-controlled formula wireless router control method, comprises the steps:
Step 001. judges whether there is radio reception device in wireless network, is enter step 002, otherwise continues to judge whether there is radio reception device in wireless network;
Step 002. for radio reception device connect each antenna corresponding to wireless signal, operate as follows respectively:
Whether the quantity of the radio reception device that step 003. judges in wireless signal corresponding to this root antenna equals 1, is enter step 004; Otherwise enter step 005;
Step 004. judge to should the arc inner wall of cambered surface signal emitting panel of antenna whether towards the radio reception device in the corresponding wireless signal of this antenna, be that the operation for this antenna terminates; Otherwise control should the cambered surface signal emitting panel of antenna rotate around this antenna, make to should the arc inner wall of cambered surface signal emitting panel of antenna towards the radio reception device in the corresponding wireless signal of this antenna, the operation for this antenna terminates;
Step 005. is for each radio reception device in wireless signal corresponding to this root antenna, any selection is two radio reception devices having neither part nor lot in process wherein, to obtain on horizontal plane with this root antenna position as summit, the angular bisector of line as the angle on limit of the radio reception device of process is had neither part nor lot in respectively with these two, as holding wire, enter step 006;
Step 006. judges each radio reception device in wireless signal corresponding to this root antenna, whether there is the radio reception device having neither part nor lot in process, is, enter step 007; Otherwise enter step 008;
Step 007. has neither part nor lot in the radio reception device of process for each in wireless signal corresponding to this root antenna, any selection is a radio reception device having neither part nor lot in process wherein, in the horizontal plane with this root antenna position for summit, the line having neither part nor lot in the radio reception device of process with this is as wherein on one side, holding wire is as another side, form the angle that this radio reception device having neither part nor lot in process is corresponding, and obtain the angular bisector of this angle, be updated to holding wire, return step 006;
Step 008. in the horizontal plane with this root antenna position for summit, form signal ray along holding wire, and judge to should the arc inner wall of cambered surface signal emitting panel of antenna whether towards the direction of this signal ray, be that the operation for this antenna terminates; Otherwise control should the cambered surface signal emitting panel of antenna rotate around this antenna, make to should the arc inner wall of cambered surface signal emitting panel of antenna towards the direction of this signal ray, the operation for this antenna terminates.
As a preferred technical solution of the present invention: each cambered surface signal emitting panel described controls respectively by the micromachine be arranged in its respective antenna, realize each cambered surface signal emitting panel and rotate around its respective antenna respectively.
As a preferred technical solution of the present invention: each micromachine described is Miniature brushless motor.
As a preferred technical solution of the present invention: the described height of cambered surface signal emitting panel and the length of respective antenna adapt.
As a preferred technical solution of the present invention: also comprise the metal level be separately positioned on each cambered surface signal emitting panel arc inner wall described.
As a preferred technical solution of the present invention: described each antenna is quant shape antenna.
One of the present invention intelligent electric-controlled formula wireless router control method adopts above technical scheme compared with prior art, has following technique effect:
(1) the intelligent electric-controlled formula wireless router control method of the present invention's design, based on the cambered surface signal emitting panel structure introduced for Wireless router design, brand-new control strategy is proposed, detect the radio reception device be connected into respectively in the corresponding wireless signal of each antenna, respectively for each antenna, by specific design method, the best radiation direction of the wireless signal corresponding respectively to each antenna is calculated based on angular bisector, final control cambered surface signal emitting panel turns to the best radiation direction of wireless signal of respective antenna, the concentrated directed radiation of wireless signal is realized by the arc inner wall of cambered surface signal emitting panel, the radiation areas of wireless signal can be made to concentrate on radio reception device region, effectively can ensure the stable of wireless signal work, and improve the operating efficiency of wireless signal,
(2) in the intelligent electric-controlled formula wireless router control method that the present invention designs, for the rotation of cambered surface signal emitting panel around antenna, the micromachine be arranged in its respective antenna is adopted to control, the automatically controlled mode of automation can not only be realized, and effectively can ensure the rotation precision of cambered surface signal emitting panel around antenna, make the control procedure based on this structure wireless router more intelligent, the course of work is more stable; And for micromachine, specific design adopts Miniature brushless motor, while guarantee job stability, achieve quiet work, embody the hommization of product design;
(3) in the intelligent electric-controlled formula wireless router control method that the present invention designs, for the height of cambered surface signal emitting panel, the length of specific design and respective antenna adapts, cambered surface signal emitting panel is made to have enough and moderate arc inner wall area, realize the concentrated orientation for wireless signal, improve wireless signal to greatest extent and concentrate directed ability; And for the arc inner wall of cambered surface signal emitting panel, be also provided with metal level further, can greatly effectively improve wireless signal reflection ability, avoid the loss of wireless signal to greatest extent, effectively ensure that the concentrated capacity of orientation of wireless signal; Moreover, for each antenna, specific design adopts quant shape antenna, greatly effectively can improve the transmitting-receiving ability of antenna to wireless signal, ensures the operating efficiency of wireless router.
Embodiment
Be described in further detail for the specific embodiment of the present invention below.
The one intelligent electric-controlled formula wireless router control method of the present invention's design, wherein, wireless router comprises router body, and the several antennas be flexibly connected with router body, and router body work outwards sends wireless signal through each antenna; Also comprise respectively with each antenna one_to_one corresponding, each cambered surface signal emitting panel that can rotate around antenna, and the arc inner wall of cambered surface signal emitting panel is all the time towards its respective antenna; Described intelligent electric-controlled formula wireless router control method, comprises the steps:
Step 001. judges whether there is radio reception device in wireless network, is enter step 002, otherwise continues to judge whether there is radio reception device in wireless network;
Step 002. for radio reception device connect each antenna corresponding to wireless signal, operate as follows respectively:
Whether the quantity of the radio reception device that step 003. judges in wireless signal corresponding to this root antenna equals 1, is enter step 004; Otherwise enter step 005;
Step 004. judge to should the arc inner wall of cambered surface signal emitting panel of antenna whether towards the radio reception device in the corresponding wireless signal of this antenna, be that the operation for this antenna terminates; Otherwise control should the cambered surface signal emitting panel of antenna rotate around this antenna, make to should the arc inner wall of cambered surface signal emitting panel of antenna towards the radio reception device in the corresponding wireless signal of this antenna, the operation for this antenna terminates;
Step 005. is for each radio reception device in wireless signal corresponding to this root antenna, any selection is two radio reception devices having neither part nor lot in process wherein, to obtain on horizontal plane with this root antenna position as summit, the angular bisector of line as the angle on limit of the radio reception device of process is had neither part nor lot in respectively with these two, as holding wire, enter step 006;
Step 006. judges each radio reception device in wireless signal corresponding to this root antenna, whether there is the radio reception device having neither part nor lot in process, is, enter step 007; Otherwise enter step 008;
Step 007. has neither part nor lot in the radio reception device of process for each in wireless signal corresponding to this root antenna, any selection is a radio reception device having neither part nor lot in process wherein, in the horizontal plane with this root antenna position for summit, the line having neither part nor lot in the radio reception device of process with this is as wherein on one side, holding wire is as another side, form the angle that this radio reception device having neither part nor lot in process is corresponding, and obtain the angular bisector of this angle, be updated to holding wire, return step 006;
Step 008. in the horizontal plane with this root antenna position for summit, form signal ray along holding wire, and judge to should the arc inner wall of cambered surface signal emitting panel of antenna whether towards the direction of this signal ray, be that the operation for this antenna terminates; Otherwise control should the cambered surface signal emitting panel of antenna rotate around this antenna, make to should the arc inner wall of cambered surface signal emitting panel of antenna towards the direction of this signal ray, the operation for this antenna terminates.
The intelligent electric-controlled formula wireless router control method of technique scheme design, based on the cambered surface signal emitting panel structure introduced for Wireless router design, brand-new control strategy is proposed, detect the radio reception device be connected into respectively in the corresponding wireless signal of each antenna, respectively for each antenna, by specific design method, the best radiation direction of the wireless signal corresponding respectively to each antenna is calculated based on angular bisector, final control cambered surface signal emitting panel turns to the best radiation direction of wireless signal of respective antenna, the concentrated directed radiation of wireless signal is realized by the arc inner wall of cambered surface signal emitting panel, the radiation areas of wireless signal can be made to concentrate on radio reception device region, effectively can ensure the stable of wireless signal work, and improve the operating efficiency of wireless signal.
On technical scheme basis based on above-mentioned design intelligent electric-controlled formula wireless router control method, for wherein some, the following optimal technical scheme of specific design: each cambered surface signal emitting panel described controls respectively by the micromachine be arranged in its respective antenna, realize each cambered surface signal emitting panel to rotate around its respective antenna respectively, above-mentioned for the rotation of cambered surface signal emitting panel around antenna, the micromachine be arranged in its respective antenna is adopted to control, the automatically controlled mode of automation can not only be realized, and effectively can ensure the rotation precision of cambered surface signal emitting panel around antenna, make the control procedure based on this structure wireless router more intelligent, the course of work is more stable, and for micromachine, specific design adopts Miniature brushless motor, while guarantee job stability, achieve quiet work, embody the hommization of product design, also has the height for cambered surface signal emitting panel, the length of specific design and respective antenna adapts, make cambered surface signal emitting panel have enough and moderate arc inner wall area, realize the concentrated orientation for wireless signal, improve wireless signal to greatest extent and concentrate directed ability, and for the arc inner wall of cambered surface signal emitting panel, be also provided with metal level further, can greatly effectively improve wireless signal reflection ability, avoid the loss of wireless signal to greatest extent, effectively ensure that the concentrated capacity of orientation of wireless signal, moreover, for each antenna, specific design adopts quant shape antenna, greatly effectively can improve the transmitting-receiving ability of antenna to wireless signal, ensures the operating efficiency of wireless router.
The intelligent electric-controlled formula wireless router control method of the present invention's design is in the middle of actual application, wherein, wireless router comprises router body, and the several quant shape antennas be flexibly connected with router body, router body works, and outwards sends wireless signal through each quant shape antenna, also comprise respectively with each quant shape antenna one_to_one corresponding, each cambered surface signal emitting panel that can rotate around quant shape antenna, and the arc inner wall of cambered surface signal emitting panel is all the time towards its corresponding quant shape antenna, each cambered surface signal emitting panel controls respectively by the Miniature brushless motor be arranged on its corresponding quant shape antenna, realize each cambered surface signal emitting panel to rotate around its corresponding quant shape antenna respectively, the height of cambered surface signal emitting panel adapts with the length of corresponding quant shape antenna, each cambered surface signal emitting panel arc inner wall arranges metal level, described intelligent electric-controlled formula wireless router control method, in actual application, specifically comprises the steps:
Step 001. judges whether there is radio reception device in wireless network, is enter step 002, otherwise continues to judge whether there is radio reception device in wireless network.
Step 002. for radio reception device connect each quant shape antenna corresponding to wireless signal, operate as follows respectively.
Whether the quantity of the radio reception device that step 003. judges in wireless signal corresponding to this root quant shape antenna equals 1, is enter step 004; Otherwise enter step 005.
Step 004. judge to should the arc inner wall of cambered surface signal emitting panel of quant shape antenna whether towards the radio reception device in the corresponding wireless signal of this quant shape antenna, be that the operation for this quant shape antenna terminates; Otherwise control should the cambered surface signal emitting panel of quant shape antenna rotate around this quant shape antenna, make to should the arc inner wall of cambered surface signal emitting panel of quant shape antenna towards the radio reception device in the corresponding wireless signal of this quant shape antenna, the operation for this quant shape antenna terminates.
Because the arc inner wall of cambered surface signal emitting panel is all the time towards its corresponding quant shape antenna, therefore, above-mentioned make to should the arc inner wall of cambered surface signal emitting panel of quant shape antenna towards the radio reception device in the corresponding wireless signal of this quant shape antenna, namely the arc inner wall of this cambered surface signal emitting panel realizes concentrating directional type radiation for the wireless signal that corresponding quant shape antenna produces, directional type is concentrated by wireless signal to be radiated to radio reception device region in the corresponding wireless signal of this quant shape antenna, effectively can ensure the stability of this radio reception device incoming wireless signal work, and improve its operating efficiency used for wireless signal.
Step 005. is for each radio reception device in wireless signal corresponding to this root quant shape antenna, any selection is two radio reception devices having neither part nor lot in process wherein, to obtain on horizontal plane with this root quant shape antenna position as summit, the angular bisector of line as the angle on limit of the radio reception device of process is had neither part nor lot in respectively with these two, as holding wire, enter step 006.
Step 006. judges each radio reception device in wireless signal corresponding to this root quant shape antenna, whether there is the radio reception device having neither part nor lot in process, is, enter step 007; Otherwise enter step 008.
Step 007. has neither part nor lot in the radio reception device of process for each in wireless signal corresponding to this root quant shape antenna, any selection is a radio reception device having neither part nor lot in process wherein, in the horizontal plane with this root quant shape antenna position for summit, the line having neither part nor lot in the radio reception device of process with this is as wherein on one side, holding wire is as another side, form the angle that this radio reception device having neither part nor lot in process is corresponding, and obtain the angular bisector of this angle, be updated to holding wire, return step 006.
Step 008. in the horizontal plane with this root quant shape antenna position for summit, signal ray is formed along holding wire, and judge to should the arc inner wall of cambered surface signal emitting panel of quant shape antenna whether towards the direction of this signal ray, be that the operation for this quant shape antenna terminates; Otherwise control should the cambered surface signal emitting panel of quant shape antenna rotate around this quant shape antenna, make to should the arc inner wall of cambered surface signal emitting panel of quant shape antenna towards the direction of this signal ray, the operation for this quant shape antenna terminates.
By the concrete operations of above-mentioned steps 005 to step 008, for the situation that there is multiple radio reception device in the corresponding wireless signal of single quant shape antenna, adopt the mode of iterative cycles, based on angular bisector principle, obtain the signal directions of rays corresponding to each quant shape antenna to greatest extent respectively, the cambered surface signal emitting panel of final control corresponding quant shape antenna rotates around this quant shape antenna, make the direction of arc inner wall towards this signal ray of the cambered surface signal emitting panel of corresponding quant shape antenna, thus, based on said process, the arc inner wall of cambered surface signal emitting panel is made to realize concentrating directional type radiation for the wireless signal that corresponding quant shape antenna produces, directional type is concentrated by wireless signal to be radiated to radio reception device region in the corresponding wireless signal of quant shape antenna, effectively can ensure the stability of this radio reception device incoming wireless signal work, and improve its operating efficiency used for wireless signal.
Be explained in detail for embodiments of the present invention above, but the present invention is not limited to above-mentioned execution mode, in the ken that those of ordinary skill in the art possess, can also makes a variety of changes under the prerequisite not departing from present inventive concept.
Claims (6)
1. an intelligent electric-controlled formula wireless router control method, wherein, wireless router comprises router body, and the several antennas be flexibly connected with router body, and router body work outwards sends wireless signal through each antenna; It is characterized in that: also comprise respectively with each antenna one_to_one corresponding, each cambered surface signal emitting panel that can rotate around antenna, and the arc inner wall of cambered surface signal emitting panel is all the time towards its respective antenna; Described intelligent electric-controlled formula wireless router control method, comprises the steps:
Step 001. judges whether there is radio reception device in wireless network, is enter step 002, otherwise continues to judge whether there is radio reception device in wireless network;
Step 002. for radio reception device connect each antenna corresponding to wireless signal, operate as follows respectively:
Whether the quantity of the radio reception device that step 003. judges in wireless signal corresponding to this root antenna equals 1, is enter step 004; Otherwise enter step 005;
Step 004. judge to should the arc inner wall of cambered surface signal emitting panel of antenna whether towards the radio reception device in the corresponding wireless signal of this antenna, be that the operation for this antenna terminates; Otherwise control should the cambered surface signal emitting panel of antenna rotate around this antenna, make to should the arc inner wall of cambered surface signal emitting panel of antenna towards the radio reception device in the corresponding wireless signal of this antenna, the operation for this antenna terminates;
Step 005. is for each radio reception device in wireless signal corresponding to this root antenna, any selection is two radio reception devices having neither part nor lot in process wherein, to obtain on horizontal plane with this root antenna position as summit, the angular bisector of line as the angle on limit of the radio reception device of process is had neither part nor lot in respectively with these two, as holding wire, enter step 006;
Step 006. judges each radio reception device in wireless signal corresponding to this root antenna, whether there is the radio reception device having neither part nor lot in process, is, enter step 007; Otherwise enter step 008;
Step 007. has neither part nor lot in the radio reception device of process for each in wireless signal corresponding to this root antenna, any selection is a radio reception device having neither part nor lot in process wherein, in the horizontal plane with this root antenna position for summit, the line having neither part nor lot in the radio reception device of process with this is as wherein on one side, holding wire is as another side, form the angle that this radio reception device having neither part nor lot in process is corresponding, and obtain the angular bisector of this angle, be updated to holding wire, return step 006;
Step 008. in the horizontal plane with this root antenna position for summit, form signal ray along holding wire, and judge to should the arc inner wall of cambered surface signal emitting panel of antenna whether towards the direction of this signal ray, be that the operation for this antenna terminates; Otherwise control should the cambered surface signal emitting panel of antenna rotate around this antenna, make to should the arc inner wall of cambered surface signal emitting panel of antenna towards the direction of this signal ray, the operation for this antenna terminates.
2. a kind of intelligent electric-controlled formula wireless router control method according to claim 1, it is characterized in that: each cambered surface signal emitting panel described controls respectively by the micromachine be arranged in its respective antenna, realize each cambered surface signal emitting panel and rotate around its respective antenna respectively.
3. a kind of intelligent electric-controlled formula wireless router control method according to claim 2, is characterized in that: each micromachine described is Miniature brushless motor.
4. a kind of intelligent electric-controlled formula wireless router control method according to claim 1, is characterized in that: the described height of cambered surface signal emitting panel and the length of respective antenna adapt.
5. a kind of intelligent electric-controlled formula wireless router control method according to claim 1, is characterized in that: also comprise the metal level be separately positioned on each cambered surface signal emitting panel arc inner wall described.
6. a kind of intelligent electric-controlled formula wireless router control method according to claim 1, is characterized in that: described each antenna is quant shape antenna.
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| Publication number | Publication date |
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| CN104821919B (en) | 2018-11-06 |
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