CN103095468A - Router capable of connecting with internet at fixed time and implementation method - Google Patents
Router capable of connecting with internet at fixed time and implementation method Download PDFInfo
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- CN103095468A CN103095468A CN2012105936606A CN201210593660A CN103095468A CN 103095468 A CN103095468 A CN 103095468A CN 2012105936606 A CN2012105936606 A CN 2012105936606A CN 201210593660 A CN201210593660 A CN 201210593660A CN 103095468 A CN103095468 A CN 103095468A
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Abstract
The invention discloses a router capable of connecting with the internet at fixed time and an implementation method, and belongs to the technical field of router control. The router capable of connecting with the internet at fixed time particularly comprises a route device and a remote control device, wherein the remote control device comprises a first communication component, the route device comprises a second communication component, the first communication component is connected with the second communication component, and the remote control device is connected with the route device through the first communication component and the second communication component. The route device comprises a local area network (LAN) port group and a wide area network port group, the route device further comprises a timing component, a data capture component, a storage component and a control component, wherein the control component is connected with the storage component and the timing component respectively, and the control component is further connected with LAN ports respectively, and the data capture component is connected with each LAN port and the control component respectively. The router capable of connecting with the internet at fixed time and the implementation method have the advantages that problems that a specific operating environment is needed in software programming of timing software control and a plurality of computers can not be controlled simultaneously are solved, and online time of a user can be controlled effectively.
Description
Technical field
The present invention relates to the Route control field, relate in particular to a kind of timing online router and implementation method.
Background technology
Propelling along with domestic informatization, network is deep is injected into huge numbers of families, so inevitably router quantity demand is also thereupon increasing, but a lot of routers is all to consider at aspects such as bandwidth, network interface numbers on market, wherein just there is any to ignore the poor crowd of a part of self-control, they do not have the rational daily schedule due to this part crowd, so the online of often staying up late can't be extricated oneself to such an extent as to degenerate in network.
" China Internet state of development statistical report " expression is delivered in CNNIC (CNNIC), and by the end of on July 19th, 2012, Chinese population to surf the net was 53,760 ten thousand people.CNNIC represents, the first half of the year in 2012,90.3% netizen uses the computer accessing Internet at home, with the second half of last year ratio keep relative stability; 25.8% netizen surfs the Net in the Internet bar, and this ratio after declining to a great extent in 2011, and the range of decrease slows down to some extent at present.The first half of the year in 2012, Chinese netizen per capita weekly online duration increase to 19.9 hours by 18.7 hours of the second half year in 2011.The first half of the year in 2012, the netizen continues to keep to low academic crowd's diffusion tendency, by its be primary school and account for below primary school 9.2% increase compared with last year 0.7%, the educational background crowd's of junior middle school ratio 37.5%, increase compared with last year 1.8%.
It is very fast in the speed of occupying the ratio infiltration of occupying ratio and low academic crowd of family that these above data demonstrate the Internet.The society of this network, all moved a lot of people's time to the virtual world now, and a lot of children surfs the Net from little just association, and indulges in therein and can not extricate oneself; Most people has had the situation of the online of staying up late now.Therefore need to limit to avoid to the surf time generation of above-mentioned situation.
Currently marketed router product is all generally enabling time and the shut-in time that employing software arranges router, also has the timing suspension software of some software programmings.The method of operation of a intelligent router for example: first opens that the head of a family controls and MAC Address control function; Second inserts on the MAC Address hurdle MAC Address that will control computer.But this software can only be controlled enabling and closing of a computer.The timing software of software programming, this just can download on the net, but it needs the requirement of running environment.These methods all could not effectively solve the problem of current existence in a word.
Summary of the invention
According to the defects that exists in prior art, the technical scheme of a kind of timing online router and implementation method now is provided, specifically comprise:
A kind of timing online router is applicable to the network equipment and connects local area network (LAN) and wide area network; Wherein, comprise route device and remote control; Comprise first communication component on described remote control, comprise second communication parts on described route device; Described the first communication component connects described second communication parts; Described remote control passes through described the first communication component and is connected the described route device of second communication parts connection; Described route device is for realizing routing function, and described remote control is controlled described route device;
Described route device comprises lan port group and WAN port group, and described lan port group comprises a plurality of LAN ports, and described WAN port group comprises WAN port; Described lan port group is for described route device access to LAN, and described WAN port group is for described route device access wide area network;
Described route device also comprises timing part, data capture parts, memory unit and control assembly; Described control assembly connects respectively described memory unit and described timing part, and connects respectively described LAN port; Described data capture parts connect respectively each described LAN port and described control assembly; Described data capture parts be used for to catch the physical address by the computer of a described route device of described LAN port access, and described physical address is sent in described memory unit preserves; Described control assembly connects described remote control by described communication interface; Described control assembly is controlled respectively the operating state of each described LAN port; Described timing part is built-in with the default time interval, and the described time interval is the operating time section of described LAN port; Described memory unit comprises a plurality of independently memory spaces, and each described memory space is used for depositing the described physical address corresponding to a described LAN port.
Preferably, this router of regularly surfing the Net, wherein, the operating state of described LAN port comprises the operating time section of the upstream or downstream speed of described LAN port, described LAN port and the on off operating mode of described LAN port.
Preferably, this router of regularly surfing the Net, wherein, described timing part comprises a memory, described memory is for the described operating time section that saves presets.
Preferably, this router of regularly surfing the Net, wherein, described remote control comprises display unit and input block; Described input block by described the first communication component be connected the second communication parts and connect the described control assembly of described route device; Described display unit is display screen, comprises operation interface on described display screen; Described input block is the instruction button;
Described display unit comprises a converting unit, and described converting unit is used for receiving inner instruction encoding signal and converts to supplying the operation interface of user's operation to be presented at described display unit; Described converting unit connects described the first communication component.
Preferably, this router of regularly surfing the Net, wherein, described the first communication component and described second communication parts adopt over the horizon communication system to be connected to each other.
Preferably, this router of regularly surfing the Net, wherein, described the first communication component and described second communication parts adopt the Bluetooth communication mode to be connected to each other.
Preferably, this router of regularly surfing the Net, wherein, described the first communication component comprises coding unit, modulating unit, the first driver element and the first transmitter unit, described coding unit connects described input block, described modulating unit connects respectively described coding unit and described the first driver element, and described the first driver element connects respectively the described converting unit of described the first transmitter unit and described display unit, described the first transmitter unit and described long-range connection of the first communication component;
Described coding unit produces corresponding code signal according to the instruction of user's input; Described modulating unit is modulated described code signal, to form the instruction encoding signal; Described the first driver element carries out being sent to described the first transmitter unit after power amplification to described instruction encoding signal; Described the first transmitter unit is sent to described second communication parts with described instruction encoding signal; Described the first driver element also carries out described instruction encoding signal to be sent to described converting unit after power amplification; After changing, the described instruction encoding signal of described converting unit shows on described display unit;
Described second communication parts comprise the first receiving element, demodulating unit, decoding unit, the second driver element and the first performance element; Described the first receiving element connects described demodulating unit, and with described long-range connection of the first transmitter unit of described the first communication component, described decoding unit connects respectively described demodulating unit and described the second driver element, described the second driver element connects described the first performance element, and described the first performance element connects the control assembly of described route device;
Described the first receiving element reads the described instruction encoding signal of described the first transmitter unit transmission and is sent to described demodulating unit; Described demodulating unit out being reduced into described code signal, and is sent to described decoding unit with described code signal with the demodulation of described instruction encoding signal; Described decoding unit carries out decoding to described code signal, and will be sent to described driver element through the described code signal of decoding; Described driver element is sent to described the first performance element with described code signal, and drives the operation control command that described the first performance element is realized corresponding described code signal; Described the first performance element is sent to described control assembly with the described operation control command of correspondence and processes.
Preferably, this router of regularly surfing the Net, wherein, described the first communication component comprises the first micro-control unit, main bluetooth unit, the 3rd driver element and the second transmitter unit; Described the first micro-control unit connects respectively described main bluetooth unit and described input block; Described the 3rd driver element connects respectively described the second transmitter unit and described main bluetooth unit, and connects the described converting unit of described display unit; Described the second transmitter unit also with described long-range connection of second communication parts;
Described the first micro-control unit reads the instruction of user's input and is compiled into code signal, and described code signal is sent to described main bluetooth unit; Described main bluetooth unit modulates to form the instruction encoding signal to described code signal, and described instruction encoding signal is sent to described the 3rd driver element; Described the 3rd driver element carries out being sent to described second communication parts by described radiating circuit after power amplification to described instruction encoding signal; Described driver element is sent to described converting unit with described instruction encoding signal simultaneously; Described converting unit is presented on described display unit after described instruction encoding signal is changed;
Described second communication parts comprise the second receiving element, from bluetooth unit, the second micro-control unit, 4 wheel driven moving cell and the second performance element; Described the second receiving element connects described from bluetooth unit, and with long-range connection of described transmitter unit of described the first communication component; Described the second micro-control unit connects respectively described from bluetooth unit and described 4 wheel driven moving cell; Described 4 wheel driven moving cell also connects described performance element; Described performance element is connected with the described control assembly of described route device;
Described the second receiving element reads the described instruction encoding signal that described the second transmitter unit sends, and is sent to described instruction encoding signal described from bluetooth unit; Described from bluetooth unit with the demodulation of described instruction encoding signal being reduced into described code signal, and described code signal is sent to described the second micro-control unit; Described the second micro-control unit carries out decoding to described code signal and is sent to described 4 wheel driven moving cell driving the operation control command that described the second performance element is realized correspondence; Described the second performance element is sent to described control assembly with described operation control command and processes.
A kind of timing online router implementation method wherein, adopts above-mentioned timing online router, specifically comprises:
The user controls the operating state of route device by remote control;
The user arranges the operating time section of described route device by the input block of remote control, described operating time section is sent to the control assembly of described route device by described the first communication component and described second communication parts; Described control assembly is preserved described operating time section in the described memory of described timing part as the operating time section that presets;
The user arranges the physical address binding function of described route device by the input block of remote control; If described physical address binding function is opened, after the control assembly of described route device receives the instruction of opening described physical address binding function, control the physical address of the network equipment that described data capture device obtains a LAN port on the described route device of access, described control assembly is preserved in memory unit physical address as the corresponding described LAN port that presets with described physical address;
The course of work of described route device comprises:
Step a starts described route device; Described route device judges whether there is the operating time section that presets in described timing part;
Step b, if there is the described operating time section that presets, the described control assembly of described route device reads the network time on wide area network, and described network time and the described operating time section that presets are compared;
Step c, if described network time is in outside the described operating time section that presets, described route device judges whether described physical address binding function is opened;
Steps d, if described physical address binding function is opened, described control assembly is controlled the physical address of the network equipment of a described LAN port of described data capture component retrieval access, and the physical address of the corresponding described LAN port that presets in described physical address and described memory unit is compared;
Step e, if the physical address that presets in described physical address and described memory unit is consistent, described control assembly is controlled the described wide area network of described route device access.
Preferably, this router implementation method of regularly surfing the Net, wherein, in described step b, if there is not the described operating time section that presets, described control assembly is directly controlled the described wide area network of described route device access.
Preferably, this router implementation method of regularly surfing the Net, wherein, in described step c, within if described network time is in the described operating time section that presets, described control assembly stops the described wide area network of described route device access, and returns to the notification message of connection failure.
Preferably, this router implementation method of regularly surfing the Net, wherein, in described steps d, if described physical address binding function is not opened, described control assembly is directly controlled the described wide area network of described route device access.
Preferably, this router implementation method of regularly surfing the Net, wherein, in described step e, if the physical address that presets in described physical address and described memory unit is inconsistent, described control assembly stops the described wide area network of described route device access, and returns to the notification message of connection failure.
The beneficial effect of technique scheme is: adopt hardware to connect and control the mode of router break-make, start by set date or close router, specific run environmental requirement when effectively having solved employing software programming timing software control and the problem of uncontrollable multiple computers, can effectively control user's surf time, prevent that people from indulging network.
Description of drawings
Fig. 1 is the structural representation of router of regularly surfing the Net in embodiments of the invention;
Fig. 2 is the structural representation of the infrared connector of router of regularly surfing the Net in embodiments of the invention;
Fig. 3 is the structural representation of router bluetooth connector of regularly surfing the Net in embodiments of the invention;
Fig. 4 is the schematic flow sheet of router implementation method of regularly surfing the Net in embodiments of the invention.
Embodiment
The invention will be further described below in conjunction with the drawings and specific embodiments, but not as limiting to the invention.
Adopt the timing online router of intelligence, can effectively control user's surf time.As shown in Figure 1, a kind of timing online router, it comprises route device and remote control, and route device comprises first communication component, and remote control comprises second communication parts; Route device carries out long-range connection by above-mentioned the first communication component with the second communication parts with remote control.
Also comprise lan port and WAN port in route device; Lan port is applicable in the route device access to LAN, can be for a network equipment connection route device in local area network (LAN); WAN port is applicable to route device is accessed in wide area network, is about to route device and is connected with outer net; Lan port comprises a plurality of LAN ports, and each LAN port has corresponding numbering; WAN port comprises a WAN port, and this WAN port is connected with outer net.The network equipment in local area network (LAN) can connect outer net by this route device, and the present invention only needs namely can control by the break-make of controlling corresponding LAN port the networking state of the network equipment.
Route device comprises data capture parts, control assembly, memory unit and timing part, wherein the data capture parts are distinguished each LAN port in connection control unit and lan port, these data capture parts can detect by each LAN port physical address (MAC Address) and the real-time network time of the network equipment of access routing apparatus, and above-mentioned data are sent to control assembly; Control assembly connects respectively memory unit and timing part, and be connected the input block of remote control with the second communication parts by the first communication component, this control assembly is used for controlling according to user's input instruction the operating state of route device, the operating state of route device has up/down row transmission rate, the operating time section of LAN port, the MAC Address of specific LAN port binding and the on off operating mode of lan port etc.; Timing part comprises a memory, is used for depositing the operating time section of the route device that the user preset by input block in this memory, and control assembly can be controlled by comparing this operating time section of presetting the on off operating mode of route device; Memory unit comprises a plurality of independently memory spaces (one of them only is shown in figure), is used in each memory space depositing the MAC Address that is connected to the specific network equipment on the LAN port, and this physical address is regarded as bound MAC Address.
Remote control comprises input block and display unit, and input block is by the first communication component and the long-range connection control unit of second communication parts, and this input block is the instruction button; Display unit is display screen, shows operation interface on display screen; This display unit inside comprises a converting unit, and the instruction encoding signal that this converting unit is used for inside is sent converts the operation interface that is available for users to operate to and is presented at this display screen, and converting unit connects the first communication component.
In one embodiment of the invention, adopt the connected mode of infrared link communication between the first communication component of confession route device and the long-range connection of remote control and second communication parts, this is mainly to consider that R﹠D costs are lower, the infrared link mode is fit to point-to-point high speed data transfer, the speed of common infrared transmission is 115.2kbit/s, the speed of high speed infrared transmission is 4mb/s, especially is fit to embedded system;
Adopt the connected mode of infrared link communication, the structure of the first communication component and second communication parts as shown in Figure 2:
The first communication component comprises coding unit, modulating unit, the first driver element and the first transmitter unit, wherein coding unit connects respectively input block and modulating unit, the first driver element connects respectively the converting unit of modulating unit and display unit, the first transmitter unit connects the first driver element, and long-range connection second communication parts;
The second communication parts comprise the first receiving element, demodulating unit, decoding unit, the second driver element and the first performance element; The first transmitter unit of the first long-range connection the first communication component of receiving element wherein, demodulating unit connects respectively the first transmitter unit and decoding unit, and the second driver element connects respectively decoding unit and the first performance element, the first performance element connection control unit.
The method of attachment of infrared link communication specifically comprises: when pressing input block (instruction button) on remote control as the user (this instruction button comprises upturning key, downturning key, page up key, next page key, acknowledgement key etc.), coding circuit produces required code signal after receiving instruction, and this code signal becomes the instruction encoding signal after the modulation of modulating unit; After carrying out power amplification by the first driver element, this instruction encoding signal through ovennodulation outwards is emitted to the second communication parts by radiating circuit again; The converting unit that the first driver element will be sent to through the instruction encoding signal that amplifies display unit simultaneously converts corresponding operation interface to facilitate the user to operate;
After signal is edited and released in the long-range instruction that receives the first transmitter unit transmission of the first receiving element, this signal is sent to demodulating unit, demodulating unit with this signal demodulation to be reduced into code signal, and be sent to decoding unit, decoding unit carries out decoding and realizes corresponding operational order by second drive unit drives the first performance element this code signal, and the first performance element is sent to control assembly with the concrete operations instruction and processes for it.
In another embodiment of the present invention, adopt the connected mode of Bluetooth communication between the first communication component of confession route device and the long-range connection of remote control and second communication parts, this considers that mainly Bluetooth communication has low-power consumption, small size and advantage cheaply, its speed theoretical value is 720Kb/s, the new standard of Bluetooth communication out after, its transmission range can reach 100 meters, and maximum speed can reach 10Mbps; Adopt the equipment of Bluetooth communication arbitrarily to move in operating process, autgmentability is better, feature richness.
Adopt the connected mode of Bluetooth communication, the structure of the first communication component and second communication parts as shown in Figure 3:
The first communication component comprises the first micro-control unit, main bluetooth unit, the 3rd driver element and the second transmitter unit, wherein the first micro-control unit connects respectively main bluetooth unit and input block, the 3rd driver element connects respectively the converting unit of main bluetooth unit and display unit, the second transmitter unit connects the 3rd driver element, and long-range connection second communication parts;
The second communication parts comprise the second receiving element, from bluetooth unit, the second micro-control unit, 4 wheel driven moving cell and the second performance element, the second long-range connection the second transmitter unit of receiving element wherein, connect respectively the second micro-control unit and the second receiving element from bluetooth unit, the 4 wheel driven moving cell connects respectively the second micro-control unit and the second performance element, and the second performance element is connection control unit also.
The method of attachment of Bluetooth communication specifically comprises: the user by the instruction of instruction key-press input after, the first micro-control unit produces corresponding code signal and is sent to main bluetooth unit and modulates, this main bluetooth unit becomes signal the instruction encoding signal after ovennodulation, and is carried out being sent to by the second transmitter unit after power amplification the second receiving element of second communication parts by the 3rd driver element; The converting unit that while the 3rd driver element is sent to this instruction encoding signal display unit is presented on display screen to convert the operation interface that is available for users to operate to.
The second receiving element is long-range receive above-mentioned instruction encoding signal after, transfer the signal to the from bluetooth unit and carry out demodulation, the instruction encoding signal of process demodulation is reduced into code signal and sends to the second micro-control unit and carries out decoding, code signal through decoding drives by the 4 wheel driven moving cell operational order that the second performance element is realized correspondence, and the second performance element is sent to control assembly with this operational order and processes.
The below introduces the interface conditions that router is controlled in lower user's remote control: this operation interface standby shows and comprises: the operating state of indoor temperature, date, current time and each network port etc., the instruction button on remote control respectively function turn on being, under turn over, page up, lower one page and confirmation.
The options such as after entering the interface, the options of appearance comprises that the head of a family manages, network interface speed, set of time and On/Off; When selecting " head of a family's management " option, the user can set the particular mac address by the network equipment of specific LAN port access routing apparatus, and the operating time section of this route device; When selecting " network interface speed ", the user can set the uplink/downlink transmission rate of specific LAN port; When selecting " set of time " option, the user can set current real-time time, comprises date and current time; When selecting " On/Off " option, the user can select whether to open or close specific LAN port, to cut off the extranet access circuit by the network equipment of this port access routing apparatus.
The internal work flow process of this route device specifically comprises:
At first the setting parameter before the route device being started, this setting parameter mainly is to set MAC Address and the operating time section of binding:
1) MAC Address is set: the user selects " head of a family's management " option can set the MAC Address binding; If the user selects to bind the MAC Address of certain specific LAN port, the data capture parts of route device by the network equipment of this specific LAN Port detecting access MAC Address and be sent to control assembly, control assembly deposits this MAC Address in the corresponding stored space of memory unit; If the user selects to close the binding MAC address function, control assembly is deleted the MAC Address of correspondence from the corresponding stored space of memory unit.
2) the operating time section is set: the user selects " head of a family's management " option can set the operating time section of route device; If the user selects to enable the operating time section and to have inputted a time interval, control assembly is sent to this time interval the operating time section that saves as this route device in the memory of timing part; If the user selects not enable operating time section function, control assembly is deleted this time interval in memory.
Be illustrated in figure 4 as the specific works flow process of the router implementation method of regularly surfing the Net in embodiments of the invention:
When starting route device, at first control assembly judges in the memory of timing part whether have the operating time section; If there is corresponding operating time section, control assembly is controlled the network time on the network equipment of the specific LAN port of data capture component retrieval access, and compares with this operating time section; If this network time is positioned at outside the operating time section, route device is closed this LAN port, cuts off being connected of this network equipment and outer net, and returns to the notification message of connection failure; Within if this network time is positioned at the operating time section, control assembly continues to judge whether this LAN port has enabled the MAC Address binding function; If this function of not enabled, route device directly is connected into outer net with this network equipment; If enabled this function, control assembly is controlled the MAC Address of this network equipment of data capture component retrieval, and the MAC Address that is bound to this LAN port in this MAC Address and memory unit is compared; If comparison result is consistent, route device is connected into outer net with this network equipment; If comparison result is inconsistent, route device is closed this LAN port, cuts off being connected of this network equipment and outer net, and returns to the notification message of connection failure.
The setting of above-mentioned operating time section can prevent that the net user from indulging the situation generation of network; And the setting of MAC Address binding can prevent from intersecting network interface and rubs the leak of net.
The above only is preferred embodiment of the present invention; not thereby limit 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 (13)
1. timing router of surfing the Net, be applicable to the network equipment and connect local area network (LAN) and wide area network; It is characterized in that, comprise route device and remote control; Comprise first communication component on described remote control, comprise second communication parts on described route device, described the first communication component connects described second communication parts; Described remote control passes through described the first communication component and is connected the described route device of second communication parts connection; Described route device is for realizing routing function, and described remote control is controlled described route device;
Described route device comprises lan port group and WAN port group, and described lan port group comprises a plurality of LAN ports, and described WAN port group comprises WAN port; Described lan port group is for described route device access to LAN, and described WAN port group is for described route device access wide area network;
Described route device also comprises timing part, data capture parts, memory unit and control assembly; Described control assembly connects respectively described memory unit and described timing part, and connects respectively described LAN port; Described data capture parts connect respectively each described LAN port and described control assembly; Described data capture parts be used for to catch the physical address by the computer of a described route device of described LAN port access, and described physical address is sent in described memory unit preserves; Described control assembly connects described remote control by described communication interface; Described control assembly is controlled respectively the operating state of each described LAN port; Described timing part is built-in with the default time interval, and the described time interval is the operating time section of described LAN port; Described memory unit comprises a plurality of independently memory spaces, and each described memory space is used for depositing the described physical address corresponding to a described LAN port.
2. timing online router as claimed in claim 1, is characterized in that, the operating state of described LAN port comprises the operating time section of the upstream or downstream speed of described LAN port, described LAN port and the on off operating mode of described LAN port.
3. timing online router as claimed in claim 1, is characterized in that, described timing part comprises a memory, and described memory is for the described operating time section that saves presets.
4. timing online router as claimed in claim 1, is characterized in that, described remote control comprises display unit and input block; Described input block by described the first communication component be connected the second communication parts and connect the described control assembly of described route device; Described display unit is display screen, comprises operation interface on described display screen; Described input block is the instruction button;
Described display unit comprises a converting unit, and described converting unit is used for receiving inner instruction encoding signal and converts to supplying the operation interface of user's operation to be presented at described display unit; Described converting unit connects described the first communication component.
5. timing online router as claimed in claim 4, is characterized in that, described the first communication component and described second communication parts adopt over the horizon communication system to be connected to each other.
6. timing online router as claimed in claim 4, is characterized in that, described the first communication component and described second communication parts adopt the Bluetooth communication mode to be connected to each other.
7. timing as claimed in claim 5 online router, it is characterized in that, described the first communication component comprises coding unit, modulating unit, the first driver element and the first transmitter unit, described coding unit connects described input block, described modulating unit connects respectively described coding unit and described the first driver element, described the first driver element connects respectively the described converting unit of described the first transmitter unit and described display unit, described the first transmitter unit and described long-range connection of the first communication component;
Described coding unit produces corresponding code signal according to the instruction of user's input; Described modulating unit is modulated described code signal, to form the instruction encoding signal; Described the first driver element carries out being sent to described the first transmitter unit after power amplification to described instruction encoding signal; Described the first transmitter unit is sent to described second communication parts with described instruction encoding signal; Described the first driver element also carries out described instruction encoding signal to be sent to described converting unit after power amplification; After changing, the described instruction encoding signal of described converting unit shows on described display unit;
Described second communication parts comprise the first receiving element, demodulating unit, decoding unit, the second driver element and the first performance element; Described the first receiving element connects described demodulating unit, and with described long-range connection of the first transmitter unit of described the first communication component, described decoding unit connects respectively described demodulating unit and described the second driver element, described the second driver element connects described the first performance element, and described the first performance element connects the control assembly of described route device;
Described the first receiving element reads the described instruction encoding signal of described the first transmitter unit transmission and is sent to described demodulating unit; Described demodulating unit out being reduced into described code signal, and is sent to described decoding unit with described code signal with the demodulation of described instruction encoding signal; Described decoding unit carries out decoding to described code signal, and will be sent to described driver element through the described code signal of decoding; Described driver element is sent to described the first performance element with described code signal, and drives the operation control command that described the first performance element is realized corresponding described code signal; Described the first performance element is sent to described control assembly with the described operation control command of correspondence and processes.
8. timing online router as claimed in claim 6, is characterized in that, described the first communication component comprises the first micro-control unit, main bluetooth unit, the 3rd driver element and the second transmitter unit; Described the first micro-control unit connects respectively described main bluetooth unit and described input block; Described the 3rd driver element connects respectively described the second transmitter unit and described main bluetooth unit, and connects the described converting unit of described display unit; Described the second transmitter unit also with described long-range connection of second communication parts;
Described the first micro-control unit reads the instruction of user's input and is compiled into code signal, and described code signal is sent to described main bluetooth unit; Described main bluetooth unit modulates to form the instruction encoding signal to described code signal, and described instruction encoding signal is sent to described the 3rd driver element; Described the 3rd driver element carries out being sent to described second communication parts by described radiating circuit after power amplification to described instruction encoding signal; Described driver element is sent to described converting unit with described instruction encoding signal simultaneously; Described converting unit is presented on described display unit after described instruction encoding signal is changed;
Described second communication parts comprise the second receiving element, from bluetooth unit, the second micro-control unit, 4 wheel driven moving cell and the second performance element; Described the second receiving element connects described from bluetooth unit, and with long-range connection of described transmitter unit of described the first communication component; Described the second micro-control unit connects respectively described from bluetooth unit and described 4 wheel driven moving cell; Described 4 wheel driven moving cell also connects described performance element; Described performance element is connected with the described control assembly of described route device;
Described the second receiving element reads the described instruction encoding signal that described the second transmitter unit sends, and is sent to described instruction encoding signal described from bluetooth unit; Described from bluetooth unit with the demodulation of described instruction encoding signal being reduced into described code signal, and described code signal is sent to described the second micro-control unit; Described the second micro-control unit carries out decoding to described code signal and is sent to described 4 wheel driven moving cell driving the operation control command that described the second performance element is realized correspondence; Described the second performance element is sent to described control assembly with described operation control command and processes.
9. timing router implementation method of surfing the Net, is characterized in that, adopts timing online router as described in any one in claim 1-8, specifically comprises:
The user controls the operating state of route device by remote control;
The user arranges the operating time section of described route device by the input block of remote control, described operating time section is sent to the control assembly of described route device by described the first communication component and described second communication parts; Described control assembly is preserved described operating time section in the described memory of described timing part as the operating time section that presets;
The user arranges the physical address binding function of described route device by the input block of remote control; If described physical address binding function is opened, after the control assembly of described route device receives the instruction of opening described physical address binding function, control the physical address of the network equipment that described data capture device obtains a specific LAN port on the described route device of access, described control assembly is preserved in memory unit physical address as the corresponding described LAN port that presets with described physical address;
The course of work of described route device comprises:
Step a starts described route device; Described route device judges whether there is the operating time section that presets in described timing part;
Step b, if there is the described operating time section that presets, the described control assembly of described route device reads the network time on wide area network, and described network time and the described operating time section that presets are compared;
Step c, if described network time is in outside the described operating time section that presets, described route device judges whether described physical address binding function is opened;
Steps d, if described physical address binding function is opened, described control assembly is controlled the physical address of the network equipment of a described LAN port of described data capture component retrieval access, and the physical address of the corresponding described LAN port that presets in described physical address and described memory unit is compared;
Step e, if the physical address that presets in described physical address and described memory unit is consistent, described control assembly is controlled the described wide area network of described route device access.
10. timing online router implementation method as claimed in claim 9, is characterized in that, in described step b, if there is not the described operating time section that presets, described control assembly is directly controlled the described wide area network of described route device access.
11. timing online router implementation method as claimed in claim 9, it is characterized in that, in described step c, within if described network time is in the described operating time section that presets, described control assembly stops the described wide area network of described route device access, and returns to the notification message of connection failure.
12. timing online router implementation method as claimed in claim 9 is characterized in that, in described steps d, if described physical address binding function is not opened, described control assembly is directly controlled the described wide area network of described route device access.
13. timing online router implementation method as claimed in claim 9, it is characterized in that, in described step e, if the physical address that presets in described physical address and described memory unit is inconsistent, described control assembly stops the described wide area network of described route device access, and returns to the notification message of connection failure.
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| CN201210593660.6A CN103095468B (en) | 2012-12-31 | 2012-12-31 | Network router and implementation method in a kind of timing |
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| CN201210593660.6A CN103095468B (en) | 2012-12-31 | 2012-12-31 | Network router and implementation method in a kind of timing |
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| CN103095468B (en) | 2018-02-06 |
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