CN101980573B - Energy saving method and device, and antenna feed system - Google Patents

Energy saving method and device, and antenna feed system Download PDF

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Publication number
CN101980573B
CN101980573B CN2010105214545A CN201010521454A CN101980573B CN 101980573 B CN101980573 B CN 101980573B CN 2010105214545 A CN2010105214545 A CN 2010105214545A CN 201010521454 A CN201010521454 A CN 201010521454A CN 101980573 B CN101980573 B CN 101980573B
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kind equipment
base station
application apparatus
power
communication link
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CN101980573A (en
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王奇
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Huawei Technologies Co Ltd
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Huawei Technologies Co Ltd
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
    • Y02D30/00—Reducing energy consumption in communication networks
    • Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks

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Abstract

The embodiment of the invention discloses an energy saving method, an energy saving device and an antenna feed system, which relate to the field of communication, can fulfill the aim of saving energy of equipment and can ensure normal recovery of a system. The energy saving method of the invention comprises the following steps of: indicating to perform an energy-saving operation when knowing that a first type equipment enters an energy-saving state; and performing the energy-saving operation according to an indication for performing the energy-saving operation, wherein the energy-saving operation comprising the following steps of: cutting a communication link between the first type equipment and a base station or cutting the communication link between the first type equipment and a second type equipment. An energy saving recovery method of the invention comprises the following steps of: indicating to perform a link recovery operation when knowing that the first type equipment exits the energy-saving state; and performing the link recovery operation according to the indication for performing the link recovery operation, wherein the link recovery operation comprises the following step of: recovering the communication link between the first type equipment and the base station; or recovering the communication link between the first type equipment and the second type equipment. The method of the embodiment of the invention is mainly used in the processes of saving the energy of the equipment and recovering the normal operation of the equipment after saving the energy.

Description

A kind of power-economizing method, device and antenna-feedback system
Technical field
The present invention relates to the communications field, relate in particular to a kind of power-economizing method, device and antenna-feedback system.
Background technology
Mobile communication system is used antenna to receive usually and is sent signal, covers bigger scope in order to make signal, antenna need be installed in cat head or higher position usually.Traditional antenna generally is passive, and azimuth and the angle of declination of adjusting antenna need manual adjustment.When new site or later stage are optimized, just need artificial climbing tower, cooperate drive test constantly to adjust the azimuth of antenna and angle of declination to reach the signal optimum.
Because artificial climbing tower has danger, a trouble that enters the station, be difficult to shortcoming such as communications when regulating antenna, make the antenna maintenance difficulty, this seems particularly evident when new site, website resettlement and website optimization; Electrical tilt antenna has appearred in order to overcome above-mentioned difficulties, the relative traditional antenna of this electrical tilt antenna has increased a RCU (Remote control unit, remote control unit) equipment, RCU has communication module and can communicate by letter with long-range main equipment, and have an electric driver module and can regulate Downtilt, realize the remote adjustment of antenna.
The inventor states long-range when finishing the antenna adjustments function in realization, and there are the following problems at least to find prior art, comprising: RCU equipment only uses at short notice, all the other mosts of the time do not use, in the time of obsolete, also to be the RCU power devices, therefore cause waste of electric energy.
Summary of the invention
Embodiments of the invention provide a kind of power-economizing method, device and antenna-feedback system, can reach the purpose of device energy conservation, and the system that can guarantee is recovered normally.
For achieving the above object, embodiments of the invention adopt following technical scheme:
On the one hand, one embodiment of the present of invention provide a kind of power-economizing method, comprising:
When knowing that first kind equipment enters power save mode, power-save operation is carried out in indication;
According to the described indication of carrying out power-save operation, carry out power-save operation, described power-save operation comprises: when the application apparatus that is connected with the base station is described first kind equipment, cut off the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, cut off the communication link between described first kind equipment and described second kind equipment;
Described first kind equipment is the short time use and is not the application apparatus of other power devices; Described second kind equipment is long-time use and is the application apparatus of other power devices.
On the one hand, an alternative embodiment of the invention provides a kind of energy-conservation restoration methods, comprising:
When knowing that first kind equipment withdraws from power save mode, the link-recovery operation is carried out in indication;
According to the described indication of carrying out link-recovery operation, carry out the link-recovery operation, described link-recovery operation comprises: when the application apparatus that is connected with the base station is described first kind equipment, recover the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, recover the communication link between described first kind equipment and described second kind equipment;
Described first kind equipment is the short time use and is not the application apparatus of other power devices; Described second kind equipment is long-time use and is the application apparatus of other power devices.
On the other hand, one embodiment of the present of invention provide a kind of energy saver, comprising:
First indicating module is used for when first kind equipment enters power save mode, and indication power-save operation module is carried out power-save operation;
Described power-save operation module, be used for according to the described indication of carrying out power-save operation, carry out power-save operation, described power-save operation comprises: when the application apparatus that is connected with the base station is described first kind equipment, cut off the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, cut off the communication link between described first kind equipment and described second kind equipment;
Described first kind equipment is the short time use and is not the application apparatus of other power devices; Described second kind equipment is long-time use and is the application apparatus of other power devices.
On the other hand, an alternative embodiment of the invention provides a kind of energy-conservation recovery device, comprising:
Second indicating module is used for when knowing that first kind equipment withdraws from power save mode, and indication link-recovery module is carried out the link-recovery operation;
The link-recovery operational module, be used for the indication of carrying out the link-recovery operation according to described, carry out link-recovery operation, described link-recovery operation comprises: when the application apparatus that is connected with the base station is described first kind equipment, recover the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, recover the communication link between described first kind equipment and described second kind equipment;
Described first kind equipment is the short time use and is not the application apparatus of other power devices; Described second kind equipment is long-time use and is the application apparatus of other power devices.
On the one hand, one embodiment of the present of invention provide a kind of energy conserving system, comprising: energy saver and energy-conservation recovery device again;
Described energy saver is used for when knowing that first kind equipment enters power save mode, and power-save operation is carried out in indication; According to the described indication of carrying out power-save operation, carry out power-save operation, described power-save operation comprises: when the application apparatus that is connected with the base station is described first kind equipment, cut off the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, cut off the communication link between described first kind equipment and described second kind equipment; Described first kind equipment is the short time use and is not the application apparatus of other power devices; Described second kind equipment is long-time use and is the application apparatus of other power devices;
Described energy-conservation recovery device is used for when knowing that described first kind equipment withdraws from power save mode, and the link-recovery operation is carried out in indication; According to the described indication of carrying out the link-recovery operation, carry out the link-recovery operation, the operation of described link-recovery comprises: when the application apparatus that is connected with described base station is described first kind equipment, recover the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, recover the communication link between described first kind equipment and described second kind equipment.
Again on the one hand, one embodiment of the present of invention provide a kind of antenna-feedback system, comprising: energy saver, energy-conservation recovery device, antenna feeder equipment and antenna again;
Described energy saver is used for when knowing that first kind equipment enters power save mode, and power-save operation is carried out in indication; According to the described indication of carrying out power-save operation, carry out power-save operation, described power-save operation comprises: when the application apparatus that is connected with the base station is described first kind equipment, cut off the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, cut off the communication link between described first kind equipment and described second kind equipment; Described first kind equipment is the short time use and is not the application apparatus of other power devices; Described second kind equipment is long-time use and is the application apparatus of other power devices;
Described energy-conservation recovery device is used for when knowing that described first kind equipment withdraws from power save mode, and the link-recovery operation is carried out in indication; According to the described indication of carrying out the link-recovery operation, carry out the link-recovery operation, the operation of described link-recovery comprises: when the application apparatus that is connected with described base station is described first kind equipment, recover the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station during for described second kind equipment that is connected with described first kind equipment, recover the communication link between described first kind equipment and described second kind equipment;
Controlling described antenna feeder equipment by described energy saver regulates described antenna.
The technical scheme that the embodiment of the invention provides, when first kind equipment is in power save mode, when the base station directly is connected with this first kind equipment, directly cut off the communication link between this base station and this first kind equipment, this first kind equipment is quit work, thereby the equipment of realization is energy-conservation; When the application apparatus that is connected with the base station for second kind equipment that this first kind equipment is connected the time, cut off the communication link between this first kind equipment and this second kind equipment, this first kind equipment is quit work, thereby realization equipment is energy-conservation; In sum, the technical scheme that the embodiment of the invention provides can be carried out corresponding power-save operation according to the different structure of system, reaches the purpose of device energy conservation.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, to do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art below, apparently, accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the flow chart of power-economizing method in the embodiment of the invention 1;
Fig. 2 is the flow chart of power-economizing method in the embodiment of the invention 2;
Fig. 3 is the structural representation of RCU+STB networking in the embodiment of the invention 2;
Fig. 4 is the structural representation of RCU+TMA networking in the embodiment of the invention 2
Fig. 5 is the flow chart of energy-conservation restoration methods in the embodiment of the invention 3;
Fig. 6 is the composition frame chart of a kind of energy saver in the embodiment of the invention 4;
Fig. 7 is the composition frame chart of another kind of energy saver in the embodiment of the invention 4;
Fig. 8 is the composition frame chart of another kind of energy saver in the embodiment of the invention 4;
Fig. 9 is the composition frame chart of another kind of energy saver in the embodiment of the invention 4;
Figure 10 is a kind of composition frame chart that recovers energy saver in the embodiment of the invention 4;
Figure 11 is the another kind of composition frame chart that recovers energy saver in the embodiment of the invention 4;
Figure 12 is the another kind of composition frame chart that recovers energy saver in the embodiment of the invention 4;
Figure 13 is the composition frame chart of energy conserving system in the embodiment of the invention 4;
Figure 14 is the composition frame chart of antenna-feedback system in the embodiment of the invention 4.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that obtains under the creative work prerequisite.
Embodiment 1
Embodiments of the invention provide a kind of method for saving energy, and as shown in Figure 1, this method comprises:
101, when knowing that first kind equipment enters power save mode, power-save operation is carried out in indication.
Wherein, described first kind equipment is the short time use and is not the application apparatus of other power devices; For example, the RCU in the antenna-feedback system (Remote control unit, remote control unit), RCU have and regulate Downtilt, obtain function such as azimuth, only use when network is adjusted, after network is adjusted 1 year even can not re-use for many years.
Wherein, described first kind equipment enters power save mode, can be in idle state for described first kind equipment; Describedly know that described first kind equipment enters power save mode and can be triggered by the user, for example, when the user knows that described first kind equipment is in idle state, trigger energy saver and know that described first kind equipment enters power save mode; Also can detect be triggered by energy saver, when this energy saver detected this first kind equipment and this energy saver and directly do not had the transmission of the coherent signal that antenna adjusts, the triggering energy saver knew that described first kind equipment enters power save mode; In the specific implementation, which kind of mode the user can select to adopt allow energy saver know that described first kind equipment enters power save mode according to the demand of oneself, and the embodiment of the invention does not limit this.
102, according to the described indication of carrying out power-save operation, carry out power-save operation, described power-save operation comprises: when the application apparatus that is connected with the base station is described first kind equipment, cut off the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, cut off the communication link between described first kind equipment and described second kind equipment.
Wherein, described second kind equipment is long-time use and is the application apparatus of other power devices.For example, TMA (Tower-mounted amplifier, tower amplifier) as long as business positive activity when operation is just necessary is arranged, and need power to RCU.
Wherein, the communication link between the described first kind equipment of described cut-out and the described base station perhaps cuts off the communication link between described first kind equipment and described second kind equipment, can realize in the following manner, comprising:
First kind, cut off the power supply of giving described first kind equipment, concrete, when described first kind equipment is connected with described base station, cut off the power supply that described first kind equipment is given in described base station, when described first kind equipment is connected with described second kind equipment, cut off the power supply that described second kind equipment is given described first kind equipment.
Second kind, will delete with the communication link information that described first kind equipment communicates; Concrete, when at this first kind equipment of initial start-up and described second kind equipment, the base station that communicates with obtains the information of described first kind equipment and described second kind equipment by scanning, this information comprises device type and Equipment Serial Number, and be described first kind equipment and mailing address of described second kind equipment unified distribution and a sign (ID, identification), with the facility information of each application apparatus, comprise ID, mailing address, device type, Equipment Serial Number binding and preservation afterwards; And sequence number informed corresponding application apparatus with the corresponding relation of address, communicate by letter with corresponding application apparatus by this address in later base station.Described will the deletion with the communication link information that described first kind equipment communicates is about to the mailing address deletion of described first kind equipment.
The third whether available flag bit of mailing address is set, and this flag bit is set to non-true; Wherein, described flag bit is set to non-true time, represents that the mailing address of this first kind equipment is unavailable, needs described first kind equipment to quit work, and namely stops and the communicating by letter of described first kind equipment, and stops to described first kind power devices; When the described true time that is masked as, represent that the address of this first kind equipment can be used, need described first kind equipment work, namely give described first kind power devices, and with described first kind devices communicating.
Further, here need to prove, cut off the communication link between described base station or described second kind equipment and the described first kind equipment, be not limited to above method, can also adopt additive method, as long as described first kind equipment is quit work, the embodiment of the invention does not limit this.
In the embodiment of the invention, when first kind equipment is in power save mode, when the base station directly is connected with this first kind equipment, directly cut off the communication link between this base station and this first kind equipment, this first kind equipment is quit work, thereby the equipment of realization is energy-conservation; When the application apparatus that is connected with this base station for second kind equipment that this first kind equipment is connected the time, cut off the communication link between this first kind equipment and this second kind equipment, this first kind equipment is quit work, thereby realization equipment is energy-conservation; In sum, the technical scheme that the embodiment of the invention provides can be carried out corresponding power-save operation according to the different structure of system, reaches the purpose of device energy conservation.
Embodiment 2
The embodiment of the invention also provides a kind of power-economizing method, and as shown in Figure 2, this method comprises:
201, behind the application apparatus that communicates in initial start-up and base station, described base station obtains and the facility information of the application apparatus that storage and described base station communicate, and described facility information comprises device type and device address information.
Wherein, behind the application apparatus that communicates in initial start-up and base station, this base station can obtain the information of the application apparatus that communicates with described base station by scanning, and this information comprises device type and Equipment Serial Number; This base station is each mailing address of application apparatus unified distribution and sign (ID) of obtaining afterwards, afterwards with the facility information of each application apparatus, comprise ID, mailing address, device type, Equipment Serial Number binding and preservation, and sequence number informed corresponding application apparatus with the corresponding relation of address, communicate by letter with corresponding application apparatus by this address in later base station.
202, when knowing that first kind equipment enters power save mode, power-save operation is carried out in indication.
Wherein, described first kind equipment is the short time use and is not the application apparatus of other power devices; For example, the RCU in the antenna-feedback system (Remote control unit, remote control unit), RCU have and regulate Downtilt, obtain function such as azimuth, only use when network is adjusted, after network is adjusted 1 year even can not re-use for many years.
Wherein, described first kind equipment enters power save mode, can be described first kind device processes idle state; Describedly know that described first kind equipment enters the specific descriptions of power save mode, the corresponding description in the step 101 in can reference example 1, the embodiment of the invention will repeat no more herein.
203, according to the described indication of carrying out power-save operation, inquire about the facility information of the application apparatus of pre-stored, obtain device type and the device address information of the application apparatus that is connected with described base station; When determining that according to described device type the application apparatus that is connected with described base station is first kind equipment, execution in step 204; When second kind equipment that application apparatus is with described first kind equipment is connected determining according to described device type to be connected with described base station, execution in step 205.
204, cut off communication link between described first kind equipment and the described base station according to the address information of first kind equipment, and notify described base station no longer described first kind equipment to be carried out alarm management, finish this power-save operation.
Wherein, for the system of advancing to comprise first kind equipment in the system architecture, the embodiment of the invention is that example is set forth only to comprise RCU in the antenna-feedback system, its only comprise RCU antenna-feedback system networking as shown in Figure 3, this antenna-feedback system comprises: base station, RCU, antenna and SBT (Smart bias tee, intelligent loop); Wherein, RCU is the important component part of electrical tilt antenna, is responsible for and base station communication, receives base station commands, execution and execution result is returned to the base station, and the order of execution just comprises regulates Downtilt etc.Antenna-feedback system extensively adopts AISG (Antenna interface standards group at present, Antenna Interface Standards Group) agreement and base station communication, the cable that connects each RCU among the figure is exactly the AISG cable, the AISG cable connects with the form of daisy chain, be equivalent to each RCU and all be connected on same the AISG cable, the signal of telecommunication is identical fully although have successively for each RCU on the physical connection.Also provide power supply signal and radiofrequency signal except the AISG signal in the AISG cable, this power supply signal is used for driving RCU work, and all above-mentioned 3 kinds of signals only can transmit by unique interface feeder line of base station and antenna, in order to realize the transmission of above-mentioned 3 kinds of signals, be provided with this device of SBT at the antenna port place and handle above-mentioned 3 kinds of signals, SBT is modulated to above-mentioned 3 kinds of signals together at up direction and passes to the base station by feeder line, at down direction these 3 kinds of signal demodulation are come out, power supply and AISG signal pass to RCU by the AISG cable, and radiofrequency signal is directly launched by antenna.
Because all RCU are arranged side by side being connected on the AISG cable, it is just passable therefore only to need a feeder line to transmit above-mentioned 3 kinds of signals, the feeder line that is connected with this SBT equipment among this feeder line such as Fig. 3.Owing to only wrap in first kind equipment RCU in this system, based on the characteristic of first kind equipment, directly the communication link of the feeder line that will be connected with this SBT equipment cuts off, and just the communication link between described base station and the described first kind equipment can be cut off.
Wherein, cut off the specific descriptions of the communication link between described base station and the described first kind equipment, the corresponding description in the step 102 in can reference example 1, the embodiment of the invention will repeat no more herein.
205, described second kind equipment of indication carries out power-save operation, cut off communication link between described first kind equipment and described second kind equipment by described second kind equipment according to the address information of second kind equipment, and notify described base station no longer described first kind equipment to be carried out alarm management, finish this power-save operation.
Wherein, for the system that comprises first kind equipment and second kind equipment in the system architecture, the embodiment of the invention is that example is set forth to comprise RCU and TMA in the antenna-feedback system, comprise RCU and TMA antenna-feedback system networking as shown in Figure 4, this antenna-feedback system comprises: base station, RCU, TMA and antenna; Wherein, the corresponding description in the description of RCU such as the step 204, the embodiment of the invention repeats no more this; The inner integrated SBT module of TMA can realize the function of SBT equally, and above-mentioned 3 kinds of signals are realized modulation, demodulation in that TMA is inner, and AISG signal and power supply signal are directly passed to RCU by TMA.
Because all RCU are arranged side by side being connected on the AISG cable, and be connected with this TMA equipment at the B point.Characteristic based on second kind equipment, can not directly the communication link between this second kind equipment TMA and the base station be cut off, based on the characteristic of first kind equipment, at B point place, the communication link between described first kind equipment RCU and the second kind equipment TMA is cut off in the embodiment of the invention.
Wherein, cut off the specific descriptions of the communication link between described second kind equipment and the described first kind equipment, the corresponding description in the step 102 in can reference example 1, the embodiment of the invention will repeat no more herein.
In the embodiment of the invention, when first kind equipment is in power save mode, when the base station directly is connected with this first kind equipment, directly cut off the communication link between this base station and this first kind equipment, this first kind equipment is quit work, thereby the equipment of realization is energy-conservation; When the application apparatus that is connected with this base station for second kind equipment that this first kind equipment is connected the time, cut off the communication link between this first kind equipment and this second kind equipment, this first kind equipment is quit work, thereby realization equipment is energy-conservation; In sum, the technical scheme that the embodiment of the invention provides can be carried out corresponding power-save operation according to the different structure of system, reaches the purpose of device energy conservation.
And, in the embodiment of the invention, after will cutting off with the communication link that first kind equipment communicates, notify described base station no longer described first kind equipment to be carried out alarm management, after having avoided the cut-out communication link, the base station is to the alarm of described first kind equipment, thereby guarantees the normal operation of the system that knows clearly.
Embodiment 3
The embodiment of the invention provides a kind of energy-conservation restoration methods, when described first kind equipment withdraws from power save mode, and when needing to use this first kind equipment, the communication link recovery between the base station that cuts off during with power-save operation or second kind equipment and the described first kind equipment; As described in Figure 5, this method comprises:
301, when knowing that described first kind equipment withdraws from power save mode, the link-recovery operation is carried out in indication.
Wherein, describedly know that described first kind equipment withdraws from power save mode and can be triggered by the user, for example, when needs use this first kind equipment, be used for triggering energy saver and know that described first kind equipment enters power save mode.
302, according to the described indication of carrying out the link-recovery operation, carry out the link-recovery operation, the operation of described link-recovery comprises: when the application apparatus that is connected with described base station is described first kind equipment, recover the communication link between described first kind equipment and the base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, recover the communication link between described first kind equipment and described second kind equipment.
Wherein, described link-recovery operation can be adopted but be not limited to following method and obtain, and this method comprises:
Inquire about the facility information of the application apparatus of pre-stored, obtain device type and the device address information of the application apparatus that is connected with described base station;
When determining that according to described device type the application apparatus be connected with described base station is first kind equipment, recover communication link between described first kind equipment and the described base station according to the address information of first kind equipment;
When determining that according to described device type the application apparatus that is connected with described base station is second kind equipment, indicate described second kind equipment to carry out link-recovery operation, and be communicated with communication link between described first kind equipment and described second kind equipment by described second kind equipment according to the address information of second kind equipment.
Wherein, based on the method for the cut-out communication link in the step 102 among the step embodiment 1, when recovering the communication link that cuts off, can adopt following method, comprise:
When the method for cutting off communication link is given the power supply of described first kind equipment for cut-out, this method of recovering described communication link is: give described first kind power devices again, concrete, when described first kind equipment is connected with described base station, described base station is given the power supply of described first kind equipment again, when described first kind equipment was connected with described second kind equipment, described second kind equipment was given the power supply of described first kind equipment again.
When the method for cutting off communication link during for the communication link information deletion that will communicate with described first kind equipment, this method of recovering described communication link is: the ID of the described first kind equipment by storage obtains the communication link information that described and described first kind equipment communicates again.
When the method for cutting off communication link is that whether available flag bit of address is set, and this flag bit is set to non-true time, and this method of recovering described communication link is: this flag bit is set to very.
Further, here need to prove, recover the described base station of cut-out or the communication link between described second kind equipment and the described first kind equipment, be not limited to above restoration methods, can also adopt additive method, as long as described first kind equipment is reworked, the embodiment of the invention does not limit this.
Further, behind the described base station or the communication link between described second kind equipment and the described first kind equipment of recovering to cut off, notify the alarm management of described base station recovery to described first kind equipment.
In the embodiment of the invention, because in the process that device energy conservation is handled, stored the facility information of out-of-work first kind equipment, when base station that needs recover to cut off or the communication link between second kind equipment and this first kind equipment, facility information according to the first kind equipment of this pre-stored just can directly recover the communication link between base station or second kind equipment and this first kind equipment, thus the work that can recover first kind equipment fast.
Embodiment 4
The embodiment of the invention provides a kind of energy saver, and as shown in Figure 6, this energy saver comprises: first indicating module 41 and described power-save operation module 42.
First indicating module 41 is used for indicating described power-save operation module 42 to carry out power-save operation when knowing that first kind equipment enters power save mode; Wherein, described first kind equipment is the short time use and is not the application apparatus of other power devices; For example, the RCU in the antenna-feedback system, RCU have and regulate Downtilt, obtain function such as azimuth, only use when network is adjusted, after network is adjusted 1 year even can not re-use for many years.
Described power-save operation module 42, be used for according to the described indication of carrying out power-save operation, carry out power-save operation, described power-save operation comprises: when the application apparatus that is connected with the base station is described first kind equipment, cut off the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with the base station for second kind equipment that described first kind equipment is connected the time, cut off the communication link between described first kind equipment and described second kind equipment; Wherein, described second kind equipment is long-time use and is the application apparatus of other power devices that it links to each other with described base station.For example, TMA as long as business positive activity when operation is just necessary is arranged, and need power to RCU.
Wherein, the communication link that described power-save operation module 42 is cut off between described first kind equipment and the described base station perhaps cuts off the communication link between described first kind equipment and described second kind equipment, can realize in the following manner, comprising:
First kind, cut off the power supply of giving described first kind equipment, concrete, when described first kind equipment is connected with described base station, cut off the power supply that described first kind equipment is given in described base station, when described first kind equipment is connected with described second kind equipment, cut off the power supply that described second kind equipment is given described first kind equipment.
Second kind, will delete with the communication link information that described first kind equipment communicates; Concrete, when at this first kind equipment of initial start-up and described second kind equipment, the base station that communicates with obtains the information of described first kind equipment and described second kind equipment by scanning, this information comprises device type and Equipment Serial Number, and be described first kind equipment and mailing address of described second kind equipment unified distribution and a sign (ID), afterwards with the facility information of each application apparatus, comprise ID, mailing address, device type, the Equipment Serial Number binding is also preserved, and sequence number informed corresponding application apparatus with the corresponding relation of address, communicate by letter with corresponding application apparatus by this address in later base station.Described will the deletion with the communication link information that described first kind equipment communicates is about to the mailing address deletion of described first kind equipment.
The third whether available flag bit of mailing address is set, and this flag bit is set to non-true; Wherein, described flag bit is set to non-true time, represents that the mailing address of this first kind equipment is unavailable, needs described first kind equipment to quit work, and namely stops and the communicating by letter of described first kind equipment, and stops to described first kind power devices; When the described true time that is masked as, represent that the address of this first kind equipment can be used, need described first kind equipment to quit work, namely give described first kind power devices, and with described first kind devices communicating.
Further, here need to prove, cut off the communication link between described base station or described second kind equipment and the described first kind equipment, be not limited to above method, can also adopt additive method, as long as described first kind equipment is quit work, the embodiment of the invention does not limit this.
Further, as shown in Figure 7, this energy saver also comprises: memory module 43.
Memory module 43 was used for before the described power-save operation module of described first indicating module 41 indications is carried out power-save operation, the facility information of the application apparatus that storage and described base station communicate, and described facility information comprises device type and device address information.Wherein, behind the application apparatus that communicates in initial start-up and base station, this base station obtains the information of the application apparatus that communicates with described base station by scanning, and this information comprises device type and Equipment Serial Number; This energy saver is each mailing address of application apparatus unified distribution and sign (ID) of obtaining afterwards, afterwards with the facility information of each application apparatus, comprise ID, address, base station, device type, Equipment Serial Number binding and preservation, and sequence number informed corresponding application apparatus with the corresponding relation of address, communicate by letter with corresponding application apparatus by this mailing address in later base station.
Further, as shown in Figure 8, described power-save operation module 42 comprises: the first inquiry submodule 421, the first power-save operation submodule 422, first indication submodule 423 and the second power-save operation submodule 424.Wherein, the described first power-save operation submodule 422 and first indication submodule 423 and the second power-save operation submodule 424, can exist simultaneously, also can only there be one of them, the embodiment of the invention does not limit this, layout according to network specifically arranges, and the embodiment of the invention does not limit this.
The first inquiry submodule 421 is used for the described memory module of inquiry, obtains device type and the device address information of the application apparatus that is connected with described base station;
The first power-save operation submodule 422, be used for when inquiring about the device type that submodule 421 obtains according to described first, when determining that the application apparatus be connected with described base station is first kind equipment, cut off communication link between described first kind equipment and the described base station according to the address information of first kind equipment.
The first indication submodule 423, be used for when inquiring about the device type that submodule 421 obtains according to described first, during second kind equipment that application apparatus is with described first kind equipment is connected determining to be connected with described base station, indicate described second kind equipment to carry out power-save operation;
The second power-save operation submodule 424 is used for the indication of carrying out power-save operation according to the described first indication submodule 423, and cuts off communication link between described first kind equipment and described second kind equipment according to the address information of second kind equipment.
Further, for the alarm module that prevents energy saver the described first kind equipment that cuts off communication is alarmed, as shown in Figure 9, this energy-saving equipment also comprises: first notification module 44 and alarm module 45.
First notification module 44 is used for after the communication link of described power-save operation module cut-out and described first kind equipment, and notice alarm module 45 no longer carries out alarm management to described first kind equipment.
Described alarm module 45 is used for inner function module and the external function module of described base station are carried out alarming processing.
In the embodiment of the invention as shown in Figure 3, the described first power-save operation submodule 422 can be positioned at the base station, when knowing that this RCU enters power save mode, inquire about the facility information of the application apparatus of having preserved by the described first inquiry submodule 421, find that the application apparatus that is connected with described base station is RCU, this RCU is first kind equipment, the described first power-save operation submodule 422 just can cut off the communication link between described base station and the described first kind equipment, and no longer described first kind equipment is carried out alarm management by described first notification module, 44 notice alarm modules 45; Through behind the above-mentioned power-save operation, communication link between described base station and the described first kind equipment RCU disconnects, the base station also no longer provides the operating function to described first kind equipment RCU, the base station just can disconnect the power supply to described first kind equipment RCU subsequently, described first kind equipment RCU has stopped work, and described alarm module 45 does not produce the alarm that described first kind equipment RCU communication link cuts off yet, and is realizing that the device energy conservation purpose can not produce any unusual again in the base station simultaneously thereby reached.After above-mentioned power-save operation processing, described first kind equipment RCU is in power save mode and no longer works, from base station side, described first kind equipment RCU is equivalent to deletedly fall, but their facility information still is stored among the base station, when the described first kind equipment of needs RCU reworked, the base station can resume work described first kind equipment RCU according to the communication link between the fast quick-recovery of the facility information of described storage and the described first kind equipment RCU as early as possible.
As shown in Figure 4, the described second power-save operation submodule 424 can be positioned at the second kind equipment TMA in the embodiment of the invention; When knowing that this RCU enters power save mode, inquire about the facility information of the application apparatus of having preserved by the described first inquiry submodule 421, find that the application apparatus that is connected with described base station is TMA, this TMA is second kind equipment, then described second kind equipment of the described first indication submodule, 423 indications carries out power-save operation, and no longer described first kind equipment is carried out alarm management by described first notification module, 44 notice alarm modules 45; The second power-save operation submodule 424 of described second kind equipment cuts off the communication link between described second kind equipment and the described first kind equipment according to the indication of carrying out power-save operation of the described first indication submodule; Through behind the above-mentioned power-save operation, the communication link of the described second kind equipment TMA and described first kind equipment RCU disconnects, but still keep communicating by letter of described base station and the described second kind equipment TMA, and described alarm module 45 does not produce the alarm that described first kind equipment RCU communication link cuts off yet.After above-mentioned power-save operation processing, the described second kind equipment TMA still can operate as normal, but described first kind equipment RCU has been in power save mode and has no longer worked, from base station side, described first kind equipment RCU is equivalent to deletedly fall, but their information still is stored among the base station, the base station can resume work described first kind equipment RCU according to the communication link between the described second kind equipment TMA of the fast quick-recovery of the facility information of described storage and the described first kind equipment RCU as early as possible when the described first kind equipment of needs RCU reworks.
In the embodiment of the invention, when first kind equipment is in power save mode, when the base station directly is connected with this first kind equipment, directly cut off the communication link between this base station and this first kind equipment, this first kind equipment is quit work, thereby the equipment of realization is energy-conservation; When the application apparatus that is connected with this base station for second kind equipment that this first kind equipment is connected the time, cut off the communication link between this first kind equipment and this second kind equipment, this first kind equipment is quit work, thereby realization equipment is energy-conservation; In sum, the technical scheme that the embodiment of the invention provides can be carried out corresponding power-save operation according to the different structure of system, reaches the purpose of device energy conservation.
And, in the embodiment of the invention, after will cutting off with the communication link that first kind equipment communicates, notify described base station no longer described first kind equipment to be carried out alarm management, after having avoided the cut-out communication link, the base station is to the alarm of described first kind equipment, thereby guarantees the normal operation of the system that knows clearly.
Another embodiment of the present invention provides a kind of energy-conservation recovery device, and as shown in figure 10, this energy-conservation recovery device comprises: second indicating module 51 and link-recovery operational module 52.
Second indicating module 51 is used for when knowing that described first kind equipment withdraws from power save mode, indicates described link-recovery module 52 to carry out the link-recovery operation; Wherein, describedly know that described first kind equipment withdraws from power save mode and can be triggered by the user, for example, when needs use this first kind equipment, be used for triggering energy saver and know that described first kind equipment enters power save mode.
Link-recovery operational module 52, be used for the indication of carrying out the link-recovery operation according to described, carry out the link-recovery operation, the operation of described link-recovery comprises: when the application apparatus that is connected with described base station is described first kind equipment, recover the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, recover the communication link between described first kind equipment and described second kind equipment.
Wherein, when described link-recovery operational module 52 recovers the communication link of cut-out, can adopt following method, comprise:
When the method for cutting off communication link is given the power supply of described first kind equipment for cut-out, this method of recovering described communication link is: give described first kind power devices again, concrete, when described first kind equipment is connected with described base station, described base station is given the power supply of described first kind equipment again, when described first kind equipment was connected with described second kind equipment, described second kind equipment was given the power supply of described first kind equipment again.
When the method for cutting off communication link during for the communication link information deletion that will communicate with described first kind equipment, this method of recovering described communication link is: the ID of the described first kind equipment by storage obtains the communication link information that described and described first kind equipment communicates again.
When the method for cutting off communication link is that whether available flag bit of address is set, and this flag bit is set to non-true time, and this method of recovering described communication link is: this flag bit is set to very.
Further, here need to prove, recover the communication link between described base station or described second kind equipment and the described first kind equipment, be not limited to above method, can also adopt additive method, as long as described first kind equipment is reworked, the embodiment of the invention does not limit this.
Further, as shown in figure 11, described link-recovery operational module 52 comprises: the second inquiry submodule 521, first link-recovery operation submodule 522, the second indication submodule 523 and second link-recovery operation submodule 524.
The second inquiry submodule 521 is used for the inquiry memory module, obtains device type and the device address information of the application apparatus that is connected with described base station;
First link-recovery operation submodule 522, be used for when inquiring about the device type that submodule obtains according to described second, when determining that the application apparatus be connected with described base station is first kind equipment, recover communication link between described first kind equipment and the described base station according to the address information of first kind equipment.
Second sends submodule 523, be used for when inquiring about the device type that submodule obtains according to described second, determine that the application apparatus be connected with described base station for second kind equipment that described first kind equipment is connected the time, indicates described second kind equipment to carry out link-recovery and operate;
Second link-recovery operation submodule 524 is used for the indication of carrying out the link-recovery operation according to the described second indication submodule, and recovers communication link between described first kind equipment and described second kind equipment according to the address information of second kind equipment.
Further, as shown in figure 12, this energy-conservation recovery device also comprises: second notification module 53.
Second notification module 53 is used for behind the communication link of described link-recovery submodule recovery and described first kind equipment, and the notice alarm module recovers the alarm management to described first kind equipment.
In the embodiment of the invention as shown in Figure 3, described first link-recovery operation submodule 522 can be positioned at the base station, when knowing that this RCU withdraws from power save mode, inquire about the facility information of the application apparatus of having preserved by the described second inquiry submodule 521, find that the application apparatus that is connected with described base station is RCU, this RCU is first kind equipment, described first link-recovery is operated submodule 522 according to the described base station of the fast quick-recovery of facility information of the RCU that preserves and the communication link between the described first kind equipment RCU, and by the alarm management of described second notification module 53 notice alarm modules recoveries to described first kind equipment RCU; The above-mentioned energy-conservation recovery operation of process base station is described first kind equipment RCU power supply again, and described first kind equipment RCU has recovered work.From base station side, described first kind equipment RCU is the equal of what reconfigure.
In the embodiment of the invention as shown in Figure 4, described second link-recovery operation submodule 524 can be positioned at second kind equipment, when knowing that this RCU withdraws from power save mode, inquire about the facility information of the application apparatus of having preserved by the described second inquiry submodule 521, find that the application apparatus that is connected with described base station is TMA, this TMA is second kind equipment, then the link-recovery operation is carried out by described second kind equipment of the described second indication submodule, 523 indications in described base station, and by the alarm management of described second notification module 53 notice alarm modules recoveries to described first kind equipment RCU; Second link-recovery operation submodule 524 of described second kind equipment is according to the communication link between the described link-recovery operation indication described first kind equipment of recovery and second kind equipment; Through above-mentioned energy-conservation recovery operation, the base station is described first kind equipment RCU power supply again, and described first kind equipment RCU has recovered work.From base station side, described first kind equipment RCU is the equal of what reconfigure.
In the embodiment of the invention, because in the process that device energy conservation is handled, stored the facility information of out-of-work first kind equipment, when needs recover the communication of this first kind equipment, facility information according to the first kind equipment of this pre-stored just can directly recover the communication link between base station or second kind equipment and this first kind equipment, thus the work that can recover first kind equipment fast.
Another embodiment of the embodiment of the invention provides a kind of energy conserving system, and as shown in figure 13, this energy conserving system comprises: energy saver 61 and energy-conservation recovery device 62;
Described energy saver 61 is used for when knowing that first kind equipment enters power save mode, and power-save operation is carried out in indication; According to the described indication of carrying out power-save operation, carry out power-save operation, described power-save operation comprises: when the application apparatus that is connected with the base station is described first kind equipment, cut off the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, cut off the communication link between described first kind equipment and described second kind equipment; Described first kind equipment is the short time use and is not the application apparatus of other power devices; Described second kind equipment is long-time use and is the application apparatus of other power devices.
Described energy-conservation recovery device 62 is used for when knowing that described first kind equipment withdraws from power save mode, and the link-recovery operation is carried out in indication; According to the described indication of carrying out link-recovery operation, carry out the link-recovery operation, described link-recovery operation comprises: when the application apparatus that is connected with described base station is described first kind equipment, recover the communication link between described first kind equipment and the base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, recover the communication link between described first kind equipment and described second kind equipment.
Further, described energy saver also is used for, and after the communication link that cuts off between described base station or described second kind equipment and the described first kind equipment, notifies described base station no longer described first kind equipment to be carried out alarm management.
Described energy saver also is used for, before power-save operation is carried out in indication, and the facility information of the application apparatus that storage and described base station communicate, described facility information comprises device type and device address information.
Described energy-conservation recovery device also is used for, and behind the communication link that recovers between described base station or described second kind equipment and the described first kind equipment, notifies the alarm management of described base station recovery to described first kind equipment.
Wherein, in the embodiment of the invention, energy saver and energy-conservation recovery device can be integrated into a device, also can be independent device, can also be integrated in the equipment as the functional module of an equipment, for example, can be integrated in the base station, the embodiment of the invention does not limit this.
Here need to prove, the concrete function of the device in the described energy conserving system, the description of the appropriate section in can reference example 1 to embodiment 3, the embodiment of the invention will repeat no more herein.
In the embodiment of the invention, when first kind equipment is in power save mode, when the base station directly is connected with this first kind equipment, directly cut off the communication link between this base station and this first kind equipment, this first kind equipment is quit work, thereby the equipment of realization is energy-conservation; When the application apparatus that is connected with this base station for second kind equipment that this first kind equipment is connected the time, cut off the communication link between this first kind equipment and this second kind equipment, this first kind equipment is quit work, thereby realization equipment is energy-conservation; In sum, the technical scheme that the embodiment of the invention provides can be carried out corresponding power-save operation according to the different structure of system, reaches the purpose of device energy conservation.
And, in the embodiment of the invention, after will cutting off with the communication link that first kind equipment communicates, notify described base station no longer described first kind equipment to be carried out alarm management, after having avoided the cut-out communication link, the base station is to the alarm of described first kind equipment, thereby guarantees the normal operation of the system that knows clearly.
Further, in the embodiment of the invention, because in the process that device energy conservation is handled, stored the facility information of out-of-work first kind equipment, when base station that needs recover to cut off or the communication link between second kind equipment and this first kind equipment, facility information according to the first kind equipment of this pre-stored just can directly recover the communication link between base station or second kind equipment and this first kind equipment, thus the work that can recover first kind equipment fast.
The embodiment of the invention also provides a kind of antenna-feedback system, and as shown in figure 14, this antenna-feedback system comprises energy saver 71, energy-conservation recovery device 72, antenna feeder equipment 73 and antenna 74;
Described energy saver 71 is used for when knowing that first kind equipment enters power save mode, and the power-save operation indication is carried out in indication; According to the described indication of carrying out power-save operation, carry out power-save operation, described power-save operation comprises: when the application apparatus that is connected with the base station is described first kind equipment, cut off the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, cut off the communication link between described first kind equipment and described second kind equipment, described second kind equipment links to each other with described base station; Described first kind equipment is the short time use and is not the application apparatus of other power devices; Described second kind equipment is long-time use and is the application apparatus of other power devices.
Described energy-conservation recovery device 72 is used for when knowing that described first kind equipment withdraws from power save mode, and the link-recovery operation is carried out in indication; According to the described indication of carrying out link-recovery operation, carry out the link-recovery operation, described link-recovery operation comprises: when the application apparatus that is connected with described base station is described first kind equipment, recover the communication link between described first kind equipment and the base station; When the application apparatus that is connected with described base station during for described second kind equipment that is connected with described first kind equipment, recover the communication link between described first kind equipment and described second kind equipment.
Regulated by 73 pairs of described antennas 74 of the described energy saver 71 described antenna feeder equipment of control.
Here need to prove, the concrete function of the device in the described antenna-feedback system, the description of the appropriate section in can reference example 1 to embodiment 3, the embodiment of the invention will repeat no more herein.
In the embodiment of the invention, when first kind equipment is in power save mode, when the base station directly is connected with this first kind equipment, directly cut off the communication link between this base station and this first kind equipment, this first kind equipment is quit work, thereby the equipment of realization is energy-conservation; When the application apparatus that is connected with this base station for second kind equipment that described first kind equipment is connected the time, cut off the communication link between this first kind equipment and this second kind equipment, this first kind equipment is quit work, thereby realization equipment is energy-conservation; In sum, the technical scheme that the embodiment of the invention provides can be carried out corresponding power-save operation according to the different structure of system, reaches the purpose of device energy conservation.
And, in the embodiment of the invention, after will cutting off with the communication link that first kind equipment communicates, notify described base station no longer described first kind equipment to be carried out alarm management, after having avoided the cut-out communication link, the base station is to the alarm of described first kind equipment, thereby guarantees the normal operation of the system that knows clearly.
Further, in the embodiment of the invention, because in the process that device energy conservation is handled, stored the facility information of out-of-work first kind equipment, when base station that needs recover to cut off or the communication link between second kind equipment and this first kind equipment, facility information according to the first kind equipment of this pre-stored just can directly recover the communication link between base station or second kind equipment and this first kind equipment, thus the work that can recover first kind equipment fast.
Through the above description of the embodiments, the those skilled in the art can be well understood to the present invention and can realize by the mode that software adds essential common hardware, can certainly pass through hardware, but the former is better execution mode under a lot of situation.Based on such understanding, the part that technical scheme of the present invention contributes to prior art in essence in other words can embody with the form of software product, this computer software product is stored in the storage medium that can read, floppy disk as computer, hard disk or CD etc., comprise some instructions with so that computer equipment (can be personal computer, server, the perhaps network equipment etc.) carry out the described method of each embodiment of the present invention.
The above; only be the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, anyly is familiar with those skilled in the art in the technical scope that the present invention discloses; can expect easily changing or replacing, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of described claim.

Claims (19)

1. a power-economizing method is characterized in that, comprising:
When knowing that first kind equipment enters power save mode, power-save operation is carried out in indication;
According to the described indication of carrying out power-save operation, carry out power-save operation, described power-save operation comprises: when the application apparatus that is connected with the base station is described first kind equipment, cut off the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, cut off the communication link between described first kind equipment and described second kind equipment;
Described first kind equipment is the short time use and is not the application apparatus of other power devices; Described second kind equipment is long-time use and be that the application apparatus of other power devices, described short time use to using when the adjustment network, and network is adjusted back 1 year or do not re-used for many years; Described long-time use is for professional in just work of operation as if having.
2. method according to claim 1 is characterized in that, before power-save operation is carried out in indication, also comprises:
The facility information of the application apparatus that storage and described base station communicate, described facility information comprises device type and device address information.
3. method according to claim 2 is characterized in that, described power-save operation comprises:
Inquire about the facility information of the application apparatus of pre-stored, obtain device type and the device address information of the application apparatus that is connected with described base station;
When determining that according to described device type the application apparatus be connected with described base station is first kind equipment, cut off communication link between described first kind equipment and the described base station according to the address information of first kind equipment;
When second kind equipment that application apparatus is with described first kind equipment is connected determining according to described device type to be connected with described base station, indicate described second kind equipment to carry out power-save operation, cut off communication link between described first kind equipment and described second kind equipment by described second kind equipment according to the address information of second kind equipment.
4. according to each described method in the claim 1 to 3, it is characterized in that, after the communication link that cuts off between described base station or described second kind equipment and the described first kind equipment, also comprise:
Notify described base station no longer described first kind equipment to be carried out alarm management.
5. an energy-conservation restoration methods is characterized in that, comprising:
When knowing that first kind equipment withdraws from power save mode, the link-recovery operation is carried out in indication;
According to the described indication of carrying out link-recovery operation, carry out the link-recovery operation, described link-recovery operation comprises: when the application apparatus that is connected with the base station is described first kind equipment, recover the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, recover the communication link between described first kind equipment and described second kind equipment;
Described first kind equipment is the short time use and is not the application apparatus of other power devices; Described second kind equipment is long-time use and be that the application apparatus of other power devices, described short time use to using when the adjustment network, and network is adjusted back 1 year or do not re-used for many years; Described long-time use is for professional in just work of operation as if having.
6. method according to claim 5 is characterized in that, described link-recovery operation comprises:
Inquire about the facility information of the application apparatus of pre-stored, obtain device type and the device address information of the application apparatus that is connected with described base station;
When determining that according to described device type the application apparatus be connected with described base station is first kind equipment, recover communication link between described first kind equipment and the described base station according to the address information of first kind equipment;
When second kind equipment that application apparatus is with described first kind equipment is connected determining according to described device type to be connected with described base station, indicate described second kind equipment to carry out link-recovery operation, and be communicated with communication link between described first kind equipment and described second kind equipment by described second kind equipment according to the address information of second kind equipment.
7. according to claim 5 or 6 described methods, it is characterized in that, also comprise:
Behind the communication link that recovers between described base station or described second kind equipment and the described first kind equipment, notify the alarm management of described base station recovery to described first kind equipment.
8. an energy saver is characterized in that, comprising:
First indicating module is used for when first kind equipment enters power save mode, and indication power-save operation module is carried out power-save operation;
Described power-save operation module, be used for according to the described indication of carrying out power-save operation, carry out power-save operation, described power-save operation comprises: when the application apparatus that is connected with the base station is described first kind equipment, cut off the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, cut off the communication link between described first kind equipment and described second kind equipment;
Described first kind equipment is the short time use and is not the application apparatus of other power devices; Described second kind equipment is long-time use and be the application apparatus of other power devices, and it links to each other with described base station, and it is to use when the adjustment network that the described short time uses, and network is adjusted back 1 year or do not re-used for many years; Described long-time use is for professional in just work of operation as if having.
9. energy saver according to claim 8 is characterized in that, also comprises:
Memory module is used for indicating before described power-save operation module carries out the power-save operation indication at described first indicating module, the facility information of the application apparatus that storage and described base station communicate, and described facility information comprises device type and device address information.
10. energy saver according to claim 9 is characterized in that, described power-save operation module comprises:
The first inquiry submodule is used for the described memory module of inquiry, obtains device type and the device address information of the application apparatus that is connected with described base station;
The first power-save operation submodule, be used for when inquiring about the device type that submodule obtains according to described first, when determining that the application apparatus be connected with described base station is first kind equipment, cut off communication link between described first kind equipment and the described base station according to the address information of first kind equipment;
The first indication submodule is used for the device type obtained when according to the described first inquiry submodule, during second kind equipment that application apparatus is with described first kind equipment is connected determining to be connected with described base station, indicates described second kind equipment to carry out power-save operation;
The second power-save operation submodule is used for the indication of carrying out power-save operation according to the described first indication submodule, and cuts off communication link between described first kind equipment and described second kind equipment according to the address information of second kind equipment.
11. each described energy saver in 10 is characterized in that according to Claim 8, also comprises:
First notification module, after the communication link that cuts off in described power-save operation module between described base station or described second kind equipment and the described first kind equipment, the notice alarm module no longer carries out alarm management to described first kind equipment.
Described alarm module is used for inner function module and the external function module of described base station are carried out alarm management.
12. an energy-conservation recovery device is characterized in that, comprising:
Second indicating module is used for when knowing that first kind equipment withdraws from power save mode, and indication link-recovery module is carried out the link-recovery operation;
The link-recovery operational module, be used for the indication of carrying out the link-recovery operation according to described, carry out link-recovery operation, described link-recovery operation comprises: when the application apparatus that is connected with the base station is described first kind equipment, recover the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, recover the communication link between described first kind equipment and described second kind equipment;
Described first kind equipment is the short time use and is not the application apparatus of other power devices; Described second kind equipment is long-time use and be that the application apparatus of other power devices, described short time use to using when the adjustment network, and network is adjusted back 1 year or do not re-used for many years; Described long-time use is for professional in just work of operation as if having.
13. energy-conservation recovery device according to claim 12 is characterized in that, described link-recovery operational module comprises:
The second inquiry submodule is used for the inquiry memory module, obtains device type and the device address information of the application apparatus that is connected with described base station;
First link-recovery operation submodule, be used for when inquiring about the device type that submodule obtains according to described second, when determining that the application apparatus be connected with described base station is first kind equipment, recover communication link between described first kind equipment and the described base station according to the address information of first kind equipment;
The second indication submodule, be used for when inquiring about the device type that submodule obtains according to described second, determine that the application apparatus be connected with described base station for second kind equipment that described first kind equipment is connected the time, indicates described second kind equipment to carry out link-recovery and operate;
Second link-recovery operation submodule is used for the indication of carrying out the link-recovery operation according to the described second indication submodule, and recovers communication link between described first kind equipment and described second kind equipment according to the address information of second kind equipment.
14. according to claim 12 or 13 described energy-conservation recovery devices, it is characterized in that, also comprise:
Second notification module is used for after described link-recovery operational module recovers the communication link of described base station or described second kind equipment and described first kind equipment, and the notice alarm module recovers the alarm management to described first kind equipment.
15. an energy conserving system is characterized in that, comprising: energy saver and energy-conservation recovery device;
Described energy saver is used for when knowing that first kind equipment enters power save mode, and power-save operation is carried out in indication; According to the described indication of carrying out power-save operation, carry out power-save operation, described power-save operation comprises: when the application apparatus that is connected with the base station is described first kind equipment, cut off the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, cut off the communication link between described first kind equipment and described second kind equipment; Described first kind equipment is the short time use and is not the application apparatus of other power devices; Described second kind equipment is long-time use and be that the application apparatus of other power devices, described short time use to using when the adjustment network, and network is adjusted back 1 year or do not re-used for many years; Described long-time use is for professional in just work of operation as if having;
Described energy-conservation recovery device is used for when knowing that described first kind equipment withdraws from power save mode, and the link-recovery operation is carried out in indication; According to the described indication of carrying out the link-recovery operation, carry out the link-recovery operation, the operation of described link-recovery comprises: when the application apparatus that is connected with described base station is described first kind equipment, recover the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, recover the communication link between described first kind equipment and described second kind equipment.
16. system according to claim 15, it is characterized in that, described energy saver also is used for, and after the communication link that cuts off between described base station or described second kind equipment and the described first kind equipment, notifies described base station no longer described first kind equipment to be carried out alarm management.
17. according to claim 15 or 16 described systems, it is characterized in that described energy saver also is used for, before power-save operation is carried out in indication, the facility information of the application apparatus that storage and described base station communicate, described facility information comprises device type and device address information.
18. system according to claim 15, it is characterized in that, described energy-conservation recovery device also is used for, and behind the communication link that recovers between described base station or described second kind equipment and the described first kind equipment, notifies the alarm management of described base station recovery to described first kind equipment.
19. an antenna-feedback system is characterized in that, comprising: energy saver, energy-conservation recovery device, antenna feeder equipment and antenna;
Described energy saver is used for when knowing that first kind equipment enters power save mode, and power-save operation is carried out in indication; According to the described indication of carrying out power-save operation, carry out power-save operation, described power-save operation comprises: when the application apparatus that is connected with the base station is described first kind equipment, cut off the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, cut off the communication link between described first kind equipment and described second kind equipment; Described first kind equipment is the short time use and is not the application apparatus of other power devices; Described second kind equipment is long-time use and be that the application apparatus of other power devices, described short time use to using when the adjustment network, and network is adjusted back 1 year or do not re-used for many years; Described long-time use is for professional in just work of operation as if having;
Described energy-conservation recovery device is used for when knowing that described first kind equipment withdraws from power save mode, and the link-recovery operation is carried out in indication; According to the described indication of carrying out the link-recovery operation, carry out the link-recovery operation, the operation of described link-recovery comprises: when the application apparatus that is connected with described base station is described first kind equipment, recover the communication link between described first kind equipment and the described base station; When the application apparatus that is connected with described base station for second kind equipment that described first kind equipment is connected the time, recover the communication link between described first kind equipment and described second kind equipment;
Controlling described antenna feeder equipment by described energy saver regulates described antenna.
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CN105340220A (en) * 2014-05-05 2016-02-17 华为技术有限公司 Energy saving method and apparatus for virtual resource
WO2016015205A1 (en) * 2014-07-28 2016-02-04 华为技术有限公司 Antenna device, and power supply control method and apparatus
CN106060911B (en) * 2016-07-19 2020-05-08 上海华为技术有限公司 Dormancy and awakening method of radio frequency unit and base station
CN106686707B (en) * 2017-01-11 2020-06-30 东南大学 Inclination angle adjustment dynamic sector dormancy method based on centralized self-organizing network architecture
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