CN102754490B

CN102754490B - Service processing method and apparatus for user equipment in extra low power consumption state

Info

Publication number: CN102754490B
Application number: CN201080001704.0A
Authority: CN
Inventors: 陆峰; 吴问付
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2010-01-12
Filing date: 2010-01-12
Publication date: 2015-03-04
Anticipated expiration: 2030-01-12
Also published as: WO2011085536A1; CN102754490A

Abstract

The embodiments of the present invention disclose a service processing method and apparatus for a user equipment in an extra low power consumption state, and the method and apparatus relate to the communication field. When the user equipment is in an extra low power consumption state, unnecessary signaling exchange is avoided and network resources are saved. The invention includes: obtaining the extra low power consumption information of the user equipment, wherein said extra low power consumption information includes the timeout of an extra low power consumption preparation timer, and confirming, according to the timeout of the extra low power consumption preparation timer, that the user equipment enters the extra low power consumption state; and restricting the transmission of downlink services to the user equipment; alternatively, notifying other equipments that the user equipment enters an extra low power consumption state, so as to make other equipments restrict the transmission of downlink services to the user equipment. The embodiments of the present invention are mainly used in the service processing procedure of obtaining that the user equipment is in an extra low power consumption state and restricting the transmission of downlink services to the user equipment.

Description

Method for processing business when subscriber equipment is in super low-power consumption and device

Technical field

The present invention relates to the communications field, particularly relate to method for processing business when a kind of subscriber equipment is in super low-power consumption and device.

Background technology

In existing communication mode, mainly there are H2H (Human to Human, people is to people) and M2M (Machine to Machine machine, device is to machine) two kinds of traffic models.Wherein, H2H application mainly refers to such as, with the communication of artificial communication agent, telephone communication etc.; And M2M application also claims machine type communication (MTC, Machine Type Communications) application, refer to the network communication carried out when unmanned participation between multiple network element, such as traffic control and management, shop equipment monitoring, remote meter reading etc.

Low-power consumption (low power consumption) is the important technology index that subscriber equipment is pursued always, especially for the M2M subscriber equipment (UE that quantity is various, User Equipment, also can be referred to as MTC Device (machine type communication equipment)) even more important.But the importance that the diversity of M2M application determines low-power consumption is different for its difference applied, such as, for the application such as gas-monitoring or power monitoring, low-power consumption is just as a general requirements, and its primary demand is real-time and high reliability; And for application such as field personage, animal or cargo trackings, the not only general requirements of demand fulfillment low-power consumption, more consider the difficult replaceability of the short and battery of lasting life-span of M2M subscriber equipment battery in such application, so need the new demand introducing super low-power consumption (extra low power consumption), and the demand of super low-power consumption is met as its primary demand, such application is lower to the requirement of real-time of business, can tolerate certain time delay.

State in the process of subscriber equipment super low-power consumption in realization, inventor finds that in prior art, at least there are the following problems: due to subscriber equipment not monitoring seek channel under low power consumpting state, the subscriber equipment when sending downlink business to subscriber equipment may be made to be in low power consumpting state, make downlink business successfully cannot be issued to subscriber equipment, cause the waste of Internet resources.

Summary of the invention

Method for processing business when embodiments of the invention provide a kind of subscriber equipment to be in super low-power consumption and device, realize, when subscriber equipment is in super low-power consumption, avoiding unnecessary Signalling exchange, saves Internet resources.

For achieving the above object, embodiments of the invention adopt following technical scheme:

Subscriber equipment is in method for processing business during super low-power consumption, comprising:

Know the super low-power consumption information of subscriber equipment, described super low-power consumption information comprises super low-power consumption and prepares the timer expiry time, prepares timer expiry determine that described subscriber equipment enters super low-power consumption state according to described super low-power consumption;

Limit and send downlink business to described subscriber equipment; Or,

Notify that described in other equipment, subscriber equipment enters super low-power consumption state, make described other equipment restriction send downlink business to described subscriber equipment.

Subscriber equipment is in business processing device during super low-power consumption, comprising:

Know unit, for knowing the super low-power consumption information of subscriber equipment, described super low-power consumption information comprises super low-power consumption and prepares the timer expiry time;

For preparing timer expiry according to described super low-power consumption, first determining unit, determines that described subscriber equipment enters super low-power consumption state;

Limiting unit, for when described first determining unit determines that described subscriber equipment enters super low-power consumption state, limits and sends downlink business to described subscriber equipment; Or,

First transmitting element, for when described first determining unit determines that described subscriber equipment enters super low-power consumption state, notifies that described in other equipment, subscriber equipment enters super low-power consumption state, makes described other equipment restriction send downlink business to described subscriber equipment.

After adopting technical solution of the present invention, know the super low-power consumption information of subscriber equipment, and determine that described subscriber equipment enters super low-power consumption state according to described super low-power consumption information; After determining that described subscriber equipment carries out ultralow super low-power consumption state, then limit and send downlink business to described subscriber equipment; Or, notify that described in other equipment, subscriber equipment enters super low-power consumption state, make described other equipment restriction send downlink business to described subscriber equipment; Compared with prior art, demand in order to meet the super low-power consumption of subscriber equipment in technical solution of the present invention introduces super low-power consumption state, when knowing that subscriber equipment is in super low-power consumption state, restriction downlink business sends to described subscriber equipment, avoid send described downlink business time required signaling mutual, save Internet resources.

Accompanying drawing explanation

In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.

Fig. 1 is method for processing business flow chart when subscriber equipment is in super low-power consumption in the embodiment of the present invention 1;

Fig. 2 is method for processing business flow chart when subscriber equipment is in super low-power consumption in the embodiment of the present invention 2;

Fig. 3 is method for processing business interaction figure when subscriber equipment is in super low-power consumption in the embodiment of the present invention 2;

Fig. 4 is method for processing business flow chart when subscriber equipment is in super low-power consumption in the embodiment of the present invention 3;

Fig. 5 is method for processing business interaction figure when subscriber equipment is in super low-power consumption in the embodiment of the present invention 3;

Fig. 6 is method for processing business flow chart when subscriber equipment is in super low-power consumption in the embodiment of the present invention 4;

Fig. 7 is method for processing business interaction figure when subscriber equipment is in super low-power consumption in the embodiment of the present invention 4;

Fig. 8 is method for processing business flow chart when subscriber equipment is in super low-power consumption in the embodiment of the present invention 5;

Fig. 9 is method for processing business interaction figure when subscriber equipment is in super low-power consumption in the embodiment of the present invention 5;

Figure 10 is business processing device composition frame chart when subscriber equipment is in super low-power consumption in the embodiment of the present invention 6;

Figure 11 is business processing device composition frame chart when a kind of subscriber equipment is in super low-power consumption in the embodiment of the present invention 7;

Figure 12 is business processing device composition frame chart when another kind of subscriber equipment is in super low-power consumption in the embodiment of the present invention 7.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.

Embodiment 1

The method for processing business when embodiment of the present invention provides a kind of subscriber equipment to be in super low-power consumption, as shown in Figure 1, the method comprises:

101, know the super low-power consumption information of subscriber equipment, described super low-power consumption information comprises super low-power consumption and prepares the timer expiry time, prepares timer expiry determine that described subscriber equipment enters super low-power consumption state according to described super low-power consumption.

Wherein, know that the super low-power consumption information of subscriber equipment can know the super low-power consumption information of described subscriber equipment from least one equipment following, the embodiment of the present invention does not limit this, and described equipment can comprise: mobile management network element (SGSN/MME), ownership place subscription data server (HSS/HLR), machine type communication application server (MTC Application Server), subscriber equipment (UE/MTC Device), subscription data server (SPR), core network gateway (GGSN/PGW/SGW).

Wherein, describedly prepare timer expiry according to described super low-power consumption and determine that described subscriber equipment enters super low-power consumption state, specifically can comprise: when subscriber equipment enters idle condition or wakes up from super low-power consumption state, start super low-power consumption and prepare timer; Prepare timer according to described super low-power consumption whether to exceed the super low-power consumption comprised in described super low-power consumption information running time and prepare the timer expiry time whether judge that described super low-power consumption prepares timer overtime; If overtime, then determine that described subscriber equipment enters super low-power consumption state.

If 102 described equipment prepare timer expiry according to described super low-power consumption determine that described subscriber equipment is in super low-power consumption state, then limit and send downlink business to described subscriber equipment, or, described equipment prepares timer expiry according to described super low-power consumption and determines that described subscriber equipment is in super low-power consumption state, notify that described in other equipment, subscriber equipment enters super low-power consumption state, make described other equipment restriction send downlink business to described subscriber equipment.

Wherein, the described notification message notifying that subscriber equipment described in other equipment enters super low-power consumption state comprises described subscriber equipment and is in super low-power consumption state or enters super low-power consumption status indication information, and other equipment are known, and described subscriber equipment enters super low-power consumption state.Wherein, other equipment described are the equipment performing restriction, send downlink business for restriction to described subscriber equipment, comprise restriction and send downlink data and/or downlink signaling etc. to described subscriber equipment.

When sending downlink business, if know, subscriber equipment is in super low-power consumption state, restriction downlink business is needed to send, until know that described subscriber equipment wakes up from super low-power consumption state, just carry out normal downlink business transmission, and the downlink data that restriction sends is sent to described subscriber equipment, this kind of method, while the business that ensure that sends correct reception, makes Internet resources reasonably be utilized.

Wherein, described restriction can comprise to described subscriber equipment transmission downlink business: do not send downlink business, wait for that described downlink business issues by described subscriber equipment after super low-power consumption state is waken up again; Or downlink business is sent to descending network element, and described downstream service message comprises the delay indication information of downlink business described in the described descending network element delayed delivery of instruction, and described delay indication information comprises the time of downlink business described in delayed delivery; Or, will the transmit leg stopping the notification message sending downlink business indication information to send to downlink business be comprised; Or the notification message comprising delayed delivery downlink business delay indication information is sent to the transmit leg of downlink business, described delay indication information comprises the time of downlink business described in delayed delivery; Or, downlink data in the downlink business received and/or the downlink signaling relevant to described downlink data are abandoned, wherein, downlink signaling that should be relevant to described downlink data can be but be not limited to downlink data notification message etc., the embodiment of the present invention does not limit this, any transmission to downlink data and receive the relevant signaling embodiment of the present invention and all abandoned.

Wherein, it is described after restriction sends downlink business to described subscriber equipment, know that described subscriber equipment wakes up from super low-power consumption state to comprise: described super low-power consumption information also comprises super low-power consumption and continues the timer expiry time, and continue timer expiry according to described super low-power consumption and determine that described subscriber equipment wakes up from super low-power consumption state, described equipment prepares timer expiry according to described super low-power consumption and determines that described subscriber equipment is in super low-power consumption state, and the downlink business that described restriction sends is sent to described subscriber equipment; Or, described equipment prepares timer expiry according to described super low-power consumption and determines that described subscriber equipment is in super low-power consumption state, notify that described in described miscellaneous equipment, subscriber equipment wakes up from super low-power consumption state, make other equipment described that the downlink business that described restriction sends is sent to described subscriber equipment.Wherein, described super low-power consumption continues the timer expiry time and can prepare to obtain together with the timer expiry time with super low-power consumption, or can be separately obtain.Namely timer expiry time and super low-power consumption are continued for acquisition super low-power consumption to prepare the process of timer expiry time and can be: obtain super low-power consumption information (described super low-power consumption information comprises super low-power consumption simultaneously and continues the timer expiry time and super low-power consumption prepares the timer expiry time), or acquisition super low-power consumption information twice (super low-power consumption information comprise super low-power consumption continue timer expiry time another super low-power consumption information comprise the super low-power consumption preparation timer expiry time).

Wherein, describedly continue timer expiry according to described super low-power consumption and determine that described subscriber equipment wakes up from super low-power consumption state, specifically can comprise: when subscriber equipment enters super low-power consumption state, start super low-power consumption and continue timer; Continue timer according to described super low-power consumption whether to exceed the super low-power consumption comprised in described super low-power consumption information running time and continue the timer expiry time whether judge that described super low-power consumption continues timer overtime, if overtime, then described subscriber equipment wakes up from super low-power consumption state.

Wherein, describedly notify that subscriber equipment described in described miscellaneous equipment comprises described subscriber equipment from the message that super low-power consumption state is waken up and comprises and be in non-super low power consumpting state or wake indication information up from super low-power consumption state, other equipment are known, and described subscriber equipment wakes up from super low-power consumption state.In the present embodiment, notify that subscriber equipment described in described miscellaneous equipment enters the message of super low-power consumption state and notifies that subscriber equipment described in described miscellaneous equipment can be the notification message of same type from the message that super low-power consumption state is waken up, distinguish respectively by comprising different instructions, or can be the notification message of two dissimilar classes, the present embodiment limit this.

In the embodiment of the present invention, described equipment knows the super low-power consumption information of subscriber equipment, and determines that described subscriber equipment enters super low-power consumption state according to described super low-power consumption information; Described equipment is after determining that described subscriber equipment carries out ultralow super low-power consumption state, limit and send downlink business to described subscriber equipment, or, described equipment is after determining that described subscriber equipment carries out ultralow super low-power consumption state, described in notice other equipment described, subscriber equipment enters super low-power consumption state, makes described other equipment restriction send downlink business to described subscriber equipment.Compared with prior art, demand in order to meet the super low-power consumption of subscriber equipment in the embodiment of the present invention introduces super low-power consumption state, when knowing that subscriber equipment is in super low-power consumption state, restriction downlink business sends to described subscriber equipment, avoid send described downlink business time required signaling mutual, save Internet resources.

Embodiment 2

The method for processing business when embodiment of the present invention provides a kind of subscriber equipment to be in super low-power consumption, this method knows whether subscriber equipment is in super low-power consumption state, when knowing that subscriber equipment is in super low-power consumption state, realize Business Processing when subscriber equipment is in super low-power consumption by restriction downlink business.Wherein know whether subscriber equipment is in super low-power consumption state and can be known by the arbitrary equipment in subscriber equipment, mobile management network element, machine type communication application server, core network gateway, the embodiment of the present invention knows the super low-power consumption information of described subscriber equipment for mobile management network element, composition graphs 3 concrete elaboration subscriber equipment is in method for processing business during super low-power consumption, as shown in Figure 2, the method can comprise:

201, mobile management network element knows the super low-power consumption information of described subscriber equipment, described super low-power consumption information comprises super low-power consumption and prepares the timer expiry time, prepare timer expiry according to described super low-power consumption and determine that described subscriber equipment enters super low-power consumption state, if determine, described subscriber equipment is in super low-power consumption state, then perform step 202; If determine, described subscriber equipment is not in super low-power consumption state, then perform step 205.

Wherein, described mobile management network element prepares timer expiry according to described super low-power consumption and determines that described subscriber equipment enters super low-power consumption state, specifically can comprise: when subscriber equipment enters idle condition or wakes up from super low-power consumption state, mobile management network element starts super low-power consumption and prepares timer; Prepare timer according to described super low-power consumption whether to exceed the super low-power consumption comprised in described super low-power consumption information running time and prepare the timer expiry time whether judge that described super low-power consumption prepares timer overtime; If overtime, then determine that described subscriber equipment enters super low-power consumption state.

When preparing timer expiry according to described super low-power consumption and knowing whether described subscriber equipment is in super low-power consumption state, describedly know that the super low-power consumption information of subscriber equipment can know the super low-power consumption information of described subscriber equipment from least one equipment following, described equipment comprises: mobile management network element self or other mobile management network elements, ownership place subscription data server, machine type communication application server, subscriber equipment, subscription data server, core network gateway.

When knowing described super low-power consumption information from the said equipment, can following methods be adopted, see the flow process A of Fig. 3, specifically comprise:

First, when knowing described super low-power consumption information from described subscriber equipment, can be known by following mode, steps A 1 as in Fig. 3: mobile management network element receives attachment request (Attach Request)/tracing section updating request (TAU Request)/Routing Area Update request (RAU Request) that subscriber equipment sends to mobile management network element, described attachment request/tracing section updating request/Routing Area Update request message can comprise at least one in super low-power consumption information, super low-power consumption application characteristic and super low-power consumption indication information.

Second, when knowing described super low-power consumption information from described source mobile management network element, can be known by following mode, steps A 2 as in Fig. 3: target mobility management network element sends context request message (Context Request) to source mobile management network element, source mobile management network element sends context response (Context Response) message to target mobility management network element, described context response information comprises the context of subscriber equipment, super low-power consumption information can be comprised in the context of described subscriber equipment, at least one in super low-power consumption application characteristic and super low-power consumption indication information.

3rd, when knowing described super low-power consumption information from described attribution assigned user server, following method can be adopted to know, as the steps A 3 in Fig. 3, A4: in steps A 3, mobile management network element sends to attribution assigned user server and upgrades position (Update Location) message, A4a in steps A 4, after in A4b, attribution assigned user server receives and upgrades location message, this user contracting data is sent to mobile management network element, super low-power consumption information can be comprised in subscription data, at least one in super low-power consumption application characteristic and super low-power consumption indication information, described subscription data can send to mobile management network element by upgrading position response (Update Location Ack) message or inserting subscription data (Insert SubscriptionData) message.

4th, when knowing described super low-power consumption information from described machine type communication application server, following method can be adopted to know, steps A 5 as in Fig. 3: such as, mobile management network element sends registration request (Register Request) message to machine type communication application server, machine type communication application server sends registration response (Register Response) message to target mobility management network element, described subscription data response message can comprise super low-power consumption information, at least one in super low-power consumption application characteristic and super low-power consumption indication information.If when not having direct interface to connect between mobile management network element and machine type communication application server, mobile management network element will by core network gateway from machine type communication application server, at least one in super low-power consumption application characteristic and super low-power consumption indication information, such as, core network gateway sends registration request (Register Request) message to machine type communication application server, machine type communication application server sends registration response (Register Response) message to core network gateway, described registration reply message can carry super low-power consumption information, at least one in super low-power consumption application characteristic and super low-power consumption indication information, core network gateway can by generating conversational response (Create Session Response) message by described super low-power consumption information, at least one in super low-power consumption application characteristic and super low-power consumption indication information is carried to mobile management network element.

5th, when knowing described super low-power consumption information from described network element, following method can be adopted to know: such as to know at least one in super low-power consumption information, super low-power consumption application characteristic and super low-power consumption indication information according to the configuration information of place network element (such as mobile management network element).

Known the super low-power consumption information of subscriber equipment from the said equipment after, which determine to use super low-power consumption information following judgment rule can be adopted to determine as the super low-power consumption information that end-user device and network side use jointly, but the embodiment of the present invention does not limit this, corresponding judgment rule can be specifically set according to the demand of user when the concrete enforcement embodiment of the present invention, this rule can comprise several as follows, specifically can comprise:

First, when knowing a super low-power consumption information and known subscriber equipment low-power consumption instruction/super low-power consumption application characteristic information from the said equipment, using the super low-power consumption information that the described super low-power consumption information known uses jointly as end-user device and network side.

Second, when knowing at least two super low-power consumption information and known subscriber equipment low-power consumption instruction/super low-power consumption application characteristic information from described network element, the super low-power consumption information that an optional super low-power consumption information uses jointly as end-user device and network side from described at least two super low-power consumption information.

3rd, when knowing one or at least two super low-power consumption information from the said equipment, but not or subscriber equipment low-power consumption instruction/super low-power consumption application characteristic information time, when knowing a super low-power consumption information from the said equipment, the super low-power consumption information that the described super low-power consumption information known can be used jointly as end-user device and network side; When knowing at least two super low-power consumption information from the said equipment, the super low-power consumption information that any one the super low-power consumption information in described at least two super low-power consumption information can be used jointly as end-user device and network side; Or, also can determine not support super low-power consumption, and equipment for indicating user does not support super low-power consumption.

4th, when not learning super low-power consumption information from described equipment, but when learning subscriber equipment low-power consumption indication information/super low-power consumption application characteristic, can determine not support super low-power consumption, and equipment for indicating user does not support super low-power consumption; Or, super low-power consumption information can be known according to the configuration information of place network element (such as mobile management network element), and using super low-power consumption information that the super low-power consumption information of described configuration uses jointly as end-user device and network side.

Know the super low-power consumption information of subscriber equipment at network side (such as mobile management network element) after, the described super low-power consumption information known is needed to send to described subscriber equipment, as the steps A 7 in Fig. 3, mobile management network element sends attachment to subscriber equipment and accepts (Attach Accept)/tracing section updating acceptance (TAU Accept)/Routing Area Update acceptance (RAU Accept), attachment acceptance/tracing section updating acceptance/Route Area accept receipt message carry described in the super low-power consumption information known, so that according to described super low-power consumption information, described subscriber equipment knows when self enters super low-power consumption state.

In addition, if when the super low-power consumption information of described subscriber equipment changes, super low-power consumption information after described mobile management network element knows change specifically can adopt following methods, see the flow process B of Fig. 3, specifically can comprise: subscription data message is inserted in the transmission that mobile management network element receives attribution assigned user server or the transmission of machine type communication application server, at least one in super low-power consumption information, super low-power consumption application characteristic and the super low-power consumption indication information changed in described transmission insertion subscription data message, can be comprised; Or mobile management network element receives tracing section updating request/Routing Area Update request message that subscriber equipment sends, and can comprise at least one in super low-power consumption information, super low-power consumption application characteristic and the super low-power consumption indication information changed in described message; Or the configuration information of place network element (such as mobile management network element) changes, know at least one in super low-power consumption information, super low-power consumption application characteristic and the super low-power consumption indication information changed.

Wherein, after at least one in described super low-power consumption information, super low-power consumption application characteristic and super low-power consumption indication information after knowing change, need described mobile management network element to judge further, the embodiment of the present invention does not limit this, and following method specifically can be adopted to judge:

First, when knowing the super low-power consumption information changed from the said equipment, but when super low-power consumption application characteristic/super low-power consumption indication information does not change, the super low-power consumption information that the super low-power consumption information of the described change known can be used jointly as end-user device and network side.

Second, know that the instruction of super low-power consumption application characteristic/super low-power consumption had no longer by described subscriber equipment when knowing that super low-power consumption application characteristic/super low-power consumption indication information changes, can know that described subscriber equipment does not support super low-power consumption, the super low-power consumption information of described subscriber equipment can be deleted in addition.

3rd, know that described subscriber equipment starts to have super low-power consumption application characteristic/super low-power consumption instruction when knowing that super low-power consumption application characteristic/super low-power consumption indication information changes, can know that super low-power consumption supported by described subscriber equipment, the super low-power consumption information that the described super low-power consumption information known from the said equipment can be used jointly as end-user device and network side or know the super low-power consumption information that end-user device and network side use jointly according to the configuration information of place network element (such as mobile management network element).

When the super low-power consumption information of described subscriber equipment changes, also the super low-power consumption information after by the described renewal known is needed to send to described subscriber equipment, in addition, if network side (such as mobile management network element) knows that subscriber equipment does not support super low-power consumption, also can by do not support the instruction of super low-power consumption by described message informing give described subscriber equipment, as the B7 of Fig. 3.

202, mobile management network element restriction sends downlink business to described subscriber equipment, or mobile management network element notifies that described in other equipment, subscriber equipment enters super low-power consumption state, makes described other equipment restriction send downlink business to described subscriber equipment.

Wherein, when described mobile management network element notifies that described in other equipment, subscriber equipment enters super low-power consumption state, when making described other equipment restriction send downlink business to described subscriber equipment, other equipment described can be but be not limited to machine type communication application server or core network gateway; Such as, after described machine type communication application server or core network gateway receive described notification message, limit sending to described subscriber equipment of downlink business by described machine type communication application server or core network gateway.

Wherein, described notification message can comprise subscriber equipment and is in super low-power consumption state or enters super low-power consumption status indication information, and described miscellaneous equipment can be in super low-power consumption state according to described indication information determination subscriber equipment.Such as, status of user equipment cell (State Indicator) can be comprised in described notification message (such as status of user equipment notification message), this cell value illustrates the state of subscriber equipment, if such as cell value is " Sleep ", then the state of identifying user equipment is super low-power consumption state, described miscellaneous equipment receives status of user equipment notification message, can know that status of user equipment is current be in super low-power consumption state according to " Sleep " instruction known.

If when not having direct interface to connect between described mobile management network element and machine type communication application server, described mobile management network element can by core network gateway current for the subscriber equipment super low-power consumption state notifying that is in machine type communication application server.Such as, mobile management network element sends amendment carrying request (Modify Bearer Request) message to core network gateway, described message comprises " Sleep " instruction, then core network gateway sends status of user equipment notice (UE State Notification) message to machine type communication application server, described message is taken and is comprised " Sleep " instruction, comprise the status of user equipment notification message that " Sleep " indicates described in machine type communication application server receives, know that subscriber equipment is in super low-power consumption state.

Wherein, described restriction sends downlink business to described subscriber equipment can adopt following methods, specifically comprises: do not send downlink business, waits for that described downlink business issues by described subscriber equipment after super low-power consumption state is waken up again; Or downlink business is sent to descending network element, and described downstream service message comprises the delay indication information of downlink business described in the described descending network element delayed delivery of instruction, and described delay indication information comprises the time of downlink business described in delayed delivery; Or, will the transmit leg stopping the notification message sending downlink business indication information to send to downlink business be comprised; Or the notification message comprising delayed delivery downlink business delay indication information is sent to the transmit leg of downlink business, described delay indication information comprises the time of downlink business described in delayed delivery; Or, downlink data in the downlink business received and/or the downlink signaling relevant to described downlink data are abandoned, wherein, downlink signaling that should be relevant to described downlink data can be but be not limited to downlink data notification message etc., the embodiment of the present invention does not limit this, any transmission to downlink data and receive the relevant signaling embodiment of the present invention and all abandoned.

Be directed in the embodiment of the present invention, described mobile management network element or other equipment described restriction send downlink business to described subscriber equipment and are specifically as follows:

The first, described mobile management network element or other equipment described receive described downlink business, do not send described downlink business, when knowing that described subscriber equipment wakes up from super low-power consumption state, then are sent to described subscriber equipment by the downlink business of described reception.

The second, described mobile management network element sends beep-page message to wireless access network element, described beep-page message can comprise the delay indication information of beep-page message described in the delayed delivery of instruction described descending wireless access network element, described delay indication information comprises the time of delay of delayed delivery beep-page message, after making described wireless access network element receive described beep-page message, after described access network elements postpones described delay time, again described beep-page message is sent to described subscriber equipment, described delay time equals described subscriber equipment distance that mobile management network element calculates wakes needs up the time interval (when super low-power consumption continues timer expiry m-super low-power consumption continue timer start-up time) from super low-power consumption state, or, described miscellaneous equipment (such as machine type communication application server or core network gateway) sends downlink business to descending network element (such as core network gateway or mobile management network element), the delay indication information of downlink business described in the described descending network element delayed delivery of instruction can be comprised in described downstream service message, described delay indication information comprises the time of delay of downlink business described in delayed delivery, after making described descending network element receive described downstream service message, after described descending network element postpones described delay time, again described downlink business is sent to described subscriber equipment, described delay time equals described subscriber equipment distance that described miscellaneous equipment calculates wakes needs up the time interval (when super low-power consumption continues timer expiry m-super low-power consumption continue timer start-up time) from super low-power consumption state.

The third, described mobile management network element or other equipment described (such as core network gateway) send corresponding downlink data or signaling response message to downlink business transmit leg, downlink business transmit leg is indicated to stop sending downlink business in response message, in addition, can know at described mobile management network element or other equipment described downlink data/the signaling notifying described downlink business transmit leg transmission buffer memory after subscriber equipment wakes up from super low-power consumption state.Described downlink business transmit leg can be core network gateway or machine type communication application server, notification message can comprise transmission indication information element, explicit instruction core network gateway or machine type communication application server issue data cached/signaling, or described notification message can comprise the instruction that subscriber equipment has waken up, implicit expression instruction core network gateway or machine type communication application server issue data cached/signaling etc.

4th kind, described mobile management network element or other equipment described (such as core network gateway) send corresponding downlink business response message to described downlink business transmit leg, the delay indication information that the described downlink business transmit leg of instruction postpones downlink business can be comprised in response message, described delay indication information comprises the time of delay of delayed delivery downlink business, described delay time equals described subscriber equipment distance that mobile management network element calculates wakes needs up the time interval (when super low-power consumption continues timer expiry m-super low-power consumption continue timer start-up time) from super low-power consumption state, the transmit leg of described downlink business can be core network gateway or machine type communication application server.

5th kind, downlink data in the downlink business received and/or the downlink signaling relevant to described downlink data abandon by described mobile management network element or other equipment described, wherein, downlink signaling that should be relevant to described downlink data can be but be not limited to downlink data notification message etc., the embodiment of the present invention does not limit this, any transmission to downlink data and receive the relevant signaling embodiment of the present invention and all abandoned.But described mobile management network element and other equipment described can only process other downlink business, other downlink business described can comprise the related news of network-triggered user equipment start service, or remote equipment configuration messages can be comprised, or renewal super low-power consumption informational message etc. can be comprised.

203, after restriction downlink business sends to described subscriber equipment, described mobile management network element knows whether described subscriber equipment wakes up from described super low-power consumption state; If determine, described subscriber equipment wakes up from described super low-power consumption state, then perform step 204; If determine, described subscriber equipment does not wake up from described super low-power consumption state, then inherit and perform step 203.

Wherein, described mobile management network element is known that whether described subscriber equipment wakes up from described super low-power consumption state and is specially: the super low-power consumption information that described mobile management network element is known also comprises super low-power consumption and continues the timer expiry time, and continues timer expiry according to described super low-power consumption and determine that described subscriber equipment wakes up from super low-power consumption state.

Wherein, describedly continue timer expiry determination subscriber equipment according to described super low-power consumption and wake up from super low-power consumption state and specifically can comprise: when subscriber equipment enters super low-power consumption state, start super low-power consumption and continue timer; Whether exceed described super low-power consumption the running time continuing timer according to described super low-power consumption to continue timer expiry time value whether judge that described super low-power consumption continues timer overtime, if overtime, then determine that described subscriber equipment wakes up from super low-power consumption state.

204, the downlink business that described restriction sends is sent to described subscriber equipment by mobile management network element, or mobile management network element notifies that described in described miscellaneous equipment, subscriber equipment wakes up from super low-power consumption state; Make other equipment described that the downlink business that described restriction sends is sent to described subscriber equipment.

Wherein, when subscriber equipment described in described mobile management network element notice other equipment described wakes up from super low-power consumption state; When making other equipment described the downlink business that described restriction sends be sent to described subscriber equipment, other equipment described can for but be not limited to machine type communication application server or core network gateway; Such as, after described machine type communication application server or core network gateway receive described notification message, by described machine type communication application server or core network gateway, the downlink business that described restriction sends is sent to described subscriber equipment.

Wherein, described notification message comprises described subscriber equipment and comprises and be in non-super low power consumpting state or wake indication information up from super low-power consumption state, and other equipment are known, and described subscriber equipment wakes up from super low-power consumption state.Such as, status of user equipment cell (State Indicator) can be comprised in described notification message (such as status of user equipment notification message), this cell value illustrates the state of subscriber equipment, if such as cell value is " Wake ", then the state of identifying user equipment is for wake up from super low-power consumption state, described miscellaneous equipment receives status of user equipment notification message, can know that status of user equipment is current be in super low-power consumption state according to " Wake " instruction known.

If when not having direct interface to connect between described mobile management network element and machine type communication application server, described mobile management network element can be waken up subscriber equipment by core network gateway and inform machine type communication application server from super low-power consumption state.Such as, mobile management network element sends amendment carrying request (Modify Bearer Request) message to core network gateway, described message comprises " Wake " instruction, then core network gateway sends status of user equipment notice (UE State Notification) message to machine type communication application server, described message is taken and is comprised " Wake " instruction, comprise the status of user equipment notification message that " Wake " indicates described in machine type communication application server receives, know that subscriber equipment is in super low-power consumption state.

In the present embodiment, the described subscriber equipment that comprises is in super low-power consumption state or enters the notification message of super low-power consumption status indication information and describedly comprise described subscriber equipment and comprise and be in non-super low power consumpting state or can be same type notification message from the notification message that super low-power consumption state wakes indication information up, differentiation notice is carried out respectively by comprising different instructions, or can be two dissimilar class notification messages, the present embodiment limit this.

Wherein, the downlink business that restriction sends is sent to described subscriber equipment by described mobile management network element or described miscellaneous equipment, specifically can comprise: when the first method restriction downlink business in described mobile management network element or described miscellaneous equipment employing step 202 sends to described subscriber equipment, by described mobile management network element, the downlink business that described restriction sends is sent described subscriber equipment; When the second method restriction downlink business in described mobile management network element or described miscellaneous equipment employing step 202 sends to described subscriber equipment, by described descending network element, the downlink business that described restriction sends is sent described subscriber equipment; When the third in described mobile management network element or described miscellaneous equipment employing step 202 and the 4th kind of method restriction downlink business send to described subscriber equipment, by described downlink business transmit leg, described restriction is sent downlink business and send described subscriber equipment.

205, described downlink business is directly sent to described subscriber equipment by mobile management network element or other equipment.

In the embodiment of the present invention, known the super low-power consumption information of subscriber equipment by mobile management network element, and determine that described subscriber equipment enters super low-power consumption state according to described super low-power consumption information; Mobile management network element determines that described subscriber equipment is in super low-power consumption state, limit and send downlink business to described subscriber equipment, or, mobile management network element determines that described subscriber equipment is in super low-power consumption state, and described in the notice that sends a notification message other equipment described, subscriber equipment wakes up from super low-power consumption state; Make other equipment described that the downlink business that described restriction sends is sent to described subscriber equipment; Compared with prior art, demand in order to meet the super low-power consumption of subscriber equipment in the embodiment of the present invention introduces super low-power consumption state, when knowing that subscriber equipment is in super low-power consumption state, restriction downlink business sends to described subscriber equipment, avoid send described downlink business time required signaling mutual, save Internet resources.

And, in restriction, described downlink business is sent in the process of described subscriber equipment in the embodiment of the present invention, also know whether described subscriber equipment wakes up from described super low-power consumption state further, if determine, described subscriber equipment wakes up from described super low-power consumption state, then the downlink business that described restriction sends is sent to described subscriber equipment, ensure that the accurate transmission of downlink business.

Embodiment 3

The method for processing business when embodiment of the present invention provides a kind of subscriber equipment to be in super low-power consumption, the embodiment of the present invention knows the super low-power consumption information of described subscriber equipment for machine type communication application server, composition graphs 5 concrete elaboration subscriber equipment is in method for processing business during super low-power consumption, as shown in Figure 4, the method comprises:

301, machine type communication application server knows the super low-power consumption information of subscriber equipment, described super low-power consumption information comprises super low-power consumption and prepares the timer expiry time, prepare timer expiry according to described super low-power consumption and determine that described subscriber equipment enters super low-power consumption state, if determine, described subscriber equipment is in super low-power consumption state, then perform step 302; If determine, described subscriber equipment is not in super low-power consumption state, then perform step 305.

Wherein, described machine type communication application server prepares timer expiry according to described super low-power consumption and determines that described subscriber equipment enters super low-power consumption state, specifically can comprise: when subscriber equipment enters idle condition or wakes up from super low-power consumption state, machine type communication application server starts super low-power consumption and prepares timer; Prepare timer according to described super low-power consumption whether to exceed the super low-power consumption comprised in described super low-power consumption information running time and prepare the timer expiry time whether judge that described super low-power consumption prepares timer overtime; If overtime, then determine that described subscriber equipment enters super low-power consumption state.

Wherein, described machine type communication application server can by receiving the subscriber equipment idle condition notification message of subscriber equipment or mobile management network element transmission, know that described subscriber equipment enters idle condition, described subscriber equipment idle condition notification message comprises the instruction of " Idle " state.

When preparing timer expiry according to described super low-power consumption and knowing that described subscriber equipment is in super low-power consumption state, describedly know that the super low-power consumption information of subscriber equipment can know the super low-power consumption information of described subscriber equipment from least one equipment following, described equipment comprises: subscriber equipment, mobile management network element, ownership place subscription data server, machine type communication application server, subscriber equipment, subscription data server, core network gateway.

When knowing described super low-power consumption information from the said equipment, can following methods be adopted, see the flow process A of Fig. 5, specifically comprise:

First, known the super low-power consumption information of described subscriber equipment from least one network element above by mobile management network element, at least one in super low-power consumption application characteristic and super low-power consumption indication information, the super low-power consumption information that an end-user device and network side use jointly is determined by described mobile management network element, and the described described super low-power consumption information determined can be sent to machine type communication application server, such as by registration request (Register Request) message, whether overtimely timer is prepared according to described super low-power consumption by described machine type communication application server, judge whether described subscriber equipment is in super low-power consumption state at present.Wherein, the super low-power consumption information knowing described subscriber equipment from least one network element above by mobile management network element, the super low-power consumption information that jointly used by mobile management network element determination end-user device and network side specifically can descriptions in the step 201 reference diagram 2, will repeat no more herein.

Second, known the super low-power consumption information of described subscriber equipment from least one network element above by machine type communication application server, at least one in super low-power consumption application characteristic and super low-power consumption indication information, as the steps A 5 in Fig. 5, mobile management network element sends login request message to machine type communication application server, login request message can comprise all super low-power consumption information that described mobile management network element is known, super low-power consumption application characteristic and super low-power consumption indication information, or, if there is direct interface in ownership place subscription data server and machine type communication application server, described machine type communication application server can know the super low-power consumption information of described subscriber equipment from described ownership place subscription data server, at least one in super low-power consumption application characteristic and super low-power consumption indication information, described machine type communication application server knows the super low-power consumption information knowing described subscriber equipment of described at least one network element above, determines by described machine type communication application server the super low-power consumption information that a super low-power consumption information uses jointly as end-user device and network side.Wherein, the super low-power consumption information jointly used by machine type communication application server determination end-user device and network side specifically can description in the step 201 in reference diagram 2, difference changes the mobile management network element in step 201 into machine type communication application server, will repeat no more herein.

After network side (such as mobile management network element or machine type communication application server) knows the super low-power consumption information of subscriber equipment, the described super low-power consumption information known is needed to send to described subscriber equipment, specifically can description in the step 201 in reference diagram 2.

In addition, if when the super low-power consumption information of described subscriber equipment changes, describedly know that the super low-power consumption information changed specifically can adopt following methods, comprise: the first, mobile management network element knows the super low-power consumption information of the change that miscellaneous equipment sends, at least one in super low-power consumption application characteristic and super low-power consumption indication information, described miscellaneous equipment can comprise attribution assigned user server, or machine type communication application server, or mobile management network element, or core network gateway, or subscriber equipment, mobile management network element determines the super low-power consumption information of the change that an end-user device and network side use jointly, specific implementation can see step 201, then the described described super low-power consumption information determined can be sent to machine type communication application server by described mobile management network element, such as pass through login request message, the second, machine type communication application server knows the super low-power consumption information of the change that miscellaneous equipment sends, at least one in super low-power consumption application characteristic and super low-power consumption indication information, described miscellaneous equipment can comprise attribution assigned user server, or machine type communication application server, or mobile management network element, or core network gateway, the super low-power consumption information of the change that an end-user device and network side use jointly determined by machine type communication application server, specific implementation can see step 201, difference changes the mobile management network element in step 201 into machine type communication application server, to repeat no more herein.When the super low-power consumption information of described subscriber equipment changes, also the super low-power consumption information after by the described renewal known is needed to send to described subscriber equipment, in addition, if network side (such as mobile management network element) knows that subscriber equipment does not support super low-power consumption, also can by do not support the instruction of super low-power consumption by described message informing give described subscriber equipment, as the B7 of Fig. 5.

302, the restriction of machine type communication application server sends downlink business to described subscriber equipment.

Be directed to the embodiment of the present invention to be specifically as follows to described subscriber equipment transmission downlink business with the restriction of machine type communication application server:

The first, machine type communication application server will not send described downlink business, when knowing that described subscriber equipment wakes up from super low-power consumption state, then be sent to described subscriber equipment by described downlink business.

The second, machine type communication application server sends downlink business to descending network element, the delay indication information of downlink business described in the described descending network element delayed delivery of instruction can be comprised in described downstream service message, described delay indication information comprises the time of delay of downlink business described in delayed delivery, after making described descending network element receive described downstream service message, after described descending network element postpones described delay time, again described downlink business is sent to described subscriber equipment, described delay time equals described subscriber equipment distance that machine type communication application server calculates wakes needs up the time interval (when super low-power consumption continues timer expiry m-super low-power consumption continue timer start-up time) from super low-power consumption state, described descending network element can be core network gateway or mobile management network element etc.

The third, downlink data in the downlink business received and/or the downlink signaling relevant to described downlink data abandon by machine type communication application server, wherein, downlink signaling that should be relevant to described downlink data can be but be not limited to downlink data notification message etc., the embodiment of the present invention does not limit this, any transmission to downlink data and receive the relevant signaling embodiment of the present invention and all abandoned.Described machine type communication application server can only process other downlink business, other downlink business described can be downlink signaling, the related news of network-triggered user equipment start service can be comprised, or remote equipment configuration messages, or upgrade super low-power consumption informational message etc.

303, after restriction downlink business sends to described subscriber equipment, know whether described subscriber equipment wakes up from described super low-power consumption state by described machine type communication application server; If determine, described subscriber equipment wakes up from described super low-power consumption state, then perform step 304; If determine, described subscriber equipment does not wake up from described super low-power consumption state, then inherit and perform step 303.

Wherein, described machine type communication application server is known that whether described subscriber equipment wakes up from described super low-power consumption state and is specially: the first, the super low-power consumption information that machine type communication application server is known also comprises super low-power consumption and continues the timer expiry time, and continues timer expiry according to described super low-power consumption and determine that described subscriber equipment wakes up from super low-power consumption state.

304, the downlink business that described restriction sends is sent to described subscriber equipment by machine type communication application server.

Wherein, the downlink business that restriction sends is sent to described subscriber equipment by described machine type communication application server, specifically can comprise: when the first method restriction downlink business in described machine type communication application server employing step 302 sends to described subscriber equipment, by described machine type communication application server, the downlink business that described restriction sends is sent described subscriber equipment; When the second method restriction downlink business in described machine type communication application server employing step 302 sends to described subscriber equipment, by described descending network element (such as mobile management network element or core network gateway), the downlink business that described restriction sends is sent described subscriber equipment.

305, described downlink business is directly sent to described subscriber equipment by machine type communication application server.

In the embodiment of the present invention, know whether subscriber equipment is in super low-power consumption state by described machine type communication application server, when described subscriber equipment is in super low-power consumption state, limit downlink business by described machine type communication application server to send to described subscriber equipment, compared with prior art, demand in order to meet the super low-power consumption of subscriber equipment in the embodiment of the present invention introduces super low-power consumption state, when knowing that subscriber equipment is in super low-power consumption state, restriction downlink business sends to described subscriber equipment, avoid send described downlink business time required signaling mutual, save Internet resources.

Embodiment 4

The method for processing business when embodiment of the present invention provides a kind of subscriber equipment to be in super low-power consumption, the embodiment of the present invention knows the super low-power consumption information of described subscriber equipment for core network gateway, composition graphs 7 concrete elaboration subscriber equipment is in method for processing business during super low-power consumption, as shown in Figure 6, the method comprises:

401, core network gateway knows the super low-power consumption information of subscriber equipment, described super low-power consumption information comprises super low-power consumption and prepares the timer expiry time, prepare timer expiry according to described super low-power consumption and determine that described subscriber equipment enters super low-power consumption state, if determine, described subscriber equipment is in super low-power consumption state, then perform step 402; If determine, described subscriber equipment is not in super low-power consumption state, then perform step 405.

Wherein, described core network gateway prepares timer expiry according to described super low-power consumption and determines that described subscriber equipment enters super low-power consumption state, specifically can comprise: when subscriber equipment enters idle condition or wakes up from super low-power consumption state, core network gateway starts super low-power consumption and prepares timer; Prepare timer according to described super low-power consumption whether to exceed the super low-power consumption comprised in described super low-power consumption information running time and prepare the timer expiry time whether judge that described super low-power consumption prepares timer overtime; If overtime, then determine that described subscriber equipment enters super low-power consumption state.

Wherein, described core network gateway can by receiving the subscriber equipment idle condition notification message of subscriber equipment or mobile management network element transmission, know that described subscriber equipment enters idle condition, described subscriber equipment idle condition notification message comprises the instruction of " Idle " state.

When preparing timer expiry according to described super low-power consumption and knowing whether described subscriber equipment is in super low-power consumption state, describedly know that the super low-power consumption information of subscriber equipment can know the super low-power consumption information of described subscriber equipment from least one equipment following, described equipment comprises: subscriber equipment, mobile management network element, ownership place subscription data server, machine type communication application server, subscriber equipment, subscription data server, core network gateway.

When knowing described super low-power consumption information from the said equipment, specifically can see the description in the step 301 in Fig. 4, difference is that the described super low-power consumption information determined by described mobile management network element/machine type communication application server sends to described core network gateway, the registration reply message creating session request (Create Session Request) message/amendment carrying request (Modify BearerRequest) message or the transmission of machine type communication application server is such as sent by mobile management network element, know whether described subscriber equipment is in super low-power consumption state by described core network gateway according to the described super low-power consumption information determined, or, described core network gateway can from least one network element following know the super low-power consumption information of described subscriber equipment, super low-power consumption application characteristic and super low-power consumption indication information at least one, described network element can comprise: mobile management network element, ownership place subscription data server, machine type communication application server, subscriber equipment, subscription data server, determines by described core network gateway the super low-power consumption information that a super low-power consumption information uses jointly as end-user device and network side.The super low-power consumption information jointly used by core network gateway determination end-user device and network side specifically can description in the step 201 in reference diagram 2, difference changes the mobile management network element in step 201 into core network gateway, will repeat no more herein.

After network side (such as mobile management network element or machine type communication application server or core network gateway) knows the super low-power consumption information of subscriber equipment, the described super low-power consumption information known is needed to send to described subscriber equipment, specifically can description in the step 201 in reference diagram 2.

If when the super low-power consumption information of described subscriber equipment changes, super low-power consumption information after described core network gateway knows change specifically can adopt following methods, comprise: the first, see the description of the step 305 in Fig. 4, difference is the super low-power consumption information that described mobile management network element/machine type communication application server mobile management network element determines the change that an end-user device and network side use jointly, the described described super low-power consumption information determined can be sent to described core network gateway by described mobile management network element/machine type communication application server, the insertion subscription data message that the renewal bearing request message such as sent by mobile management network element or machine type communication application server are sent, the second, core network gateway knows the super low-power consumption information of the change that miscellaneous equipment sends, at least one in super low-power consumption application characteristic and super low-power consumption indication information, described miscellaneous equipment can comprise attribution assigned user server, or machine type communication application server, or mobile management network element, or core network gateway, core network gateway determines the super low-power consumption information of the change that an end-user device and network side use jointly, specific implementation can see step 201, difference changes the mobile management network element in step 201 into core network gateway, to repeat no more herein.When the super low-power consumption information of described subscriber equipment changes, also the super low-power consumption information after by the described renewal known is needed to send to described subscriber equipment, in addition, if network side (such as mobile management network element or machine type communication application server or core network gateway) knows that subscriber equipment does not support super low-power consumption, also can by do not support the instruction of super low-power consumption by described message informing give described subscriber equipment, as the B8 of Fig. 7.

402, core network gateway restriction sends downlink business to described subscriber equipment, or core network gateway notifies that described in other equipment, subscriber equipment enters super low-power consumption state, makes described other equipment restriction send downlink business to described subscriber equipment.

Wherein, when described core network gateway notifies that described in other equipment, subscriber equipment enters super low-power consumption state, when making described other equipment restriction send downlink business to described subscriber equipment, other equipment described can be but be not limited to mobile management network element or machine type communication application server; Such as, after described mobile management network element or machine type communication application server receive described notification message, limit sending to described subscriber equipment of downlink business by described mobile management network element or machine type communication application server.

Wherein, described restriction downlink business sends can adopt following methods to described subscriber equipment, specifically comprises: do not send downlink business, waits for that described downlink business issues by described subscriber equipment after super low-power consumption state is waken up again; Or downlink business is sent to descending network element, and described downstream service message comprises the delay indication information of downlink business described in the described descending network element delayed delivery of instruction, and described delay indication information comprises the time of downlink business described in delayed delivery; Or, will the transmit leg stopping the notification message sending downlink business indication information to send to downlink business be comprised; Or the notification message comprising delayed delivery downlink business delay indication information is sent to the transmit leg of downlink business, described delay indication information comprises the time of downlink business described in delayed delivery; Or, downlink data in the downlink business received and/or the downlink signaling relevant to described downlink data are abandoned, wherein, downlink signaling that should be relevant to described downlink data can be but be not limited to downlink data notification message etc., the embodiment of the present invention does not limit this, any transmission to downlink data and receive the relevant signaling embodiment of the present invention and all abandoned.

Be directed in the embodiment of the present invention, described core network gateway or other equipment described restriction send downlink business to described subscriber equipment specifically can see the step 202 in Fig. 2, and difference is that other equipment described of the present embodiment comprise mobile management network element or machine type communication application server.

403, after restriction downlink business sends to described subscriber equipment, described core network gateway knows that described subscriber equipment wakes up from described super low-power consumption state; If determine, described subscriber equipment wakes up from described super low-power consumption state, then perform step 404; If determine, described subscriber equipment does not wake up from described super low-power consumption state, then inherit and perform step 403.

Wherein, described core network gateway is known that whether described subscriber equipment wakes up from described super low-power consumption state and is specially: the super low-power consumption information that core network gateway is known also comprises super low-power consumption and continues the timer expiry time, and continues timer expiry according to described super low-power consumption and determine that described subscriber equipment wakes up from super low-power consumption state.

404, the downlink business that described restriction sends is sent to described subscriber equipment by core network gateway, or subscriber equipment wakes up from super low-power consumption state described in core network gateway notice other equipment described, make other equipment described that the downlink business that described restriction sends is sent to described subscriber equipment.

Wherein, when subscriber equipment described in described core network gateway notice other equipment described wakes up from super low-power consumption state; When making other equipment described the downlink business that described restriction sends be sent to described subscriber equipment, other equipment described can for but be not limited to mobile management network element or machine type communication application server; Such as, after described mobile management network element or machine type communication application server receive described notification message, by described mobile management network element or machine type communication application server, the downlink business that described restriction sends is sent to described subscriber equipment.

Wherein, the downlink business that restriction sends is sent to described subscriber equipment by described core network gateway or described miscellaneous equipment, specifically can see the step 204 of Fig. 2.

405, described downlink business is directly sent to described subscriber equipment by core network gateway or described miscellaneous equipment.

In the embodiment of the present invention, known the super low-power consumption information of subscriber equipment by described core network gateway, and determine that described subscriber equipment enters super low-power consumption state according to described super low-power consumption information; When core network gateway determines that described subscriber equipment is in super low-power consumption state, limit downlink business by described core network gateway to send to described subscriber equipment, or, core network gateway determines that described subscriber equipment is in super low-power consumption state, notify that described in other equipment, subscriber equipment enters super low-power consumption state, make described other equipment restriction send downlink business to described subscriber equipment; Compared with prior art, demand in order to meet the super low-power consumption of subscriber equipment in the embodiment of the present invention introduces super low-power consumption state, when knowing that subscriber equipment is in super low-power consumption state, restriction downlink business sends to described subscriber equipment, avoid send described downlink business time required signaling mutual, save Internet resources.

Embodiment 5

The method for processing business when embodiment of the present invention provides a kind of subscriber equipment to be in super low-power consumption, the embodiment of the present invention knows the super low-power consumption information of described subscriber equipment for subscriber equipment, composition graphs 9 concrete elaboration subscriber equipment is in method for processing business during super low-power consumption, as shown in Figure 8, the method comprises:

501, subscriber equipment knows the super low-power consumption information of subscriber equipment, described super low-power consumption information comprises super low-power consumption and prepares the timer expiry time, prepare timer expiry according to described super low-power consumption and determine that described subscriber equipment enters super low-power consumption state, if determine, described subscriber equipment is in super low-power consumption state, then perform step 502; If determine, described subscriber equipment is not in super low-power consumption state, then perform step 505.

Wherein, described subscriber equipment prepares timer expiry according to described super low-power consumption and determines that described subscriber equipment enters super low-power consumption state, specifically can comprise: when subscriber equipment enters idle condition or wakes up from super low-power consumption state, described subscriber equipment starts super low-power consumption and prepares timer; Prepare timer according to described super low-power consumption and whether exceed the super low-power consumption preparation timer expiry time comprised in described super low-power consumption information running time, whether overtimely judge that described super low-power consumption prepares timer; If overtime, then determine that described subscriber equipment enters super low-power consumption state.

When knowing described super low-power consumption information from the said equipment, the description in specifically can describing see 401 in the step 301 in the step 201 in Fig. 2 or Fig. 4 or Fig. 6, the present embodiment does not limit.After network side (such as mobile management network element or machine type communication application server or core network gateway) knows the super low-power consumption information of subscriber equipment, need the described super low-power consumption information known to send to described subscriber equipment.

If when the super low-power consumption information of described subscriber equipment changes, described machine type communication application server knows that the super low-power consumption information after change specifically also can see the description in 401 descriptions in the step 301 in the step 201 in Fig. 2 or Fig. 4 or Fig. 6, and the present embodiment does not limit.When the super low-power consumption information of described subscriber equipment changes, also the super low-power consumption information after by the described renewal known is needed to send to described subscriber equipment, in addition, if network side (such as mobile management network element or machine type communication application server or core network gateway) knows that subscriber equipment does not support super low-power consumption, also can by do not support the instruction of super low-power consumption by described message informing give described subscriber equipment, as the B3 of Fig. 9.

502, described in other equipment of notification of user equipment, subscriber equipment enters super low-power consumption state, makes described other equipment restriction send downlink business to described subscriber equipment.

Wherein, when subscriber equipment described in other equipment of described notification of user equipment enters super low-power consumption state, when making other equipment described restriction send downlink business to described subscriber equipment, other equipment described can for but be not limited to mobile management network element or machine type communication application server or core network gateway; Such as, after described mobile management network element or machine type communication application server or core network gateway receive described notification message, limit sending to described subscriber equipment of downlink business by described mobile management network element or machine type communication application server or core network gateway.

Wherein, described notification message can comprise subscriber equipment and is in super low-power consumption state or enters super low-power consumption status indication information, and other equipment described can be in super low-power consumption state according to described indication information determination subscriber equipment.Such as, status of user equipment cell (State Indicator) can be comprised in described notification message (such as status of user equipment notification message), this cell value illustrates the state of subscriber equipment, if such as cell value is " Sleep ", then the state of identifying user equipment is super low-power consumption state, described miscellaneous equipment receives status of user equipment notification message, can know that status of user equipment is current be in super low-power consumption state according to " Sleep " instruction known.Such as, if other equipment equipment described, then described notification message can be tracing section updating request (TAU Request)/Routing Area Update request (RAU Request) message, or newly-increased status of user equipment notice (UE State Notification) message, the present embodiment does not limit; If other equipment described are core network gateway or machine type communication application server, receive described in containing the mobile management network element comprising the described notification message that " Sleep " indicates and can send message (such as revising bearing request message) to core network gateway or machine type communication application server, described message comprises " Sleep " instruction.

Be directed in the embodiment of the present invention, the restriction of described other equipment sends downlink business to described subscriber equipment specifically can see the step 202 in Fig. 2, and difference is that other equipment described of the present embodiment comprise mobile management network element or machine type communication application server or core network element.

503, after restriction downlink business sends to described subscriber equipment, described subscriber equipment knows that described subscriber equipment wakes up from described super low-power consumption state; If determine, described subscriber equipment wakes up from described super low-power consumption state, then perform step 504; If determine, described subscriber equipment does not wake up from described super low-power consumption state, then inherit and perform step 503.

Wherein, described subscriber equipment is known that whether described subscriber equipment wakes up from described super low-power consumption state and is specially: the super low-power consumption information that subscriber equipment is known also comprises super low-power consumption and continues the timer expiry time, and continues timer expiry according to described super low-power consumption and determine that described subscriber equipment wakes up from super low-power consumption state.

504, described in notification of user equipment, described in other equipment, subscriber equipment wakes up from super low-power consumption state, makes other equipment described that the downlink business that described restriction sends is sent to described subscriber equipment.

Wherein, when subscriber equipment described in other equipment described in described notification of user equipment wakes up from super low-power consumption state; When making other equipment described the downlink business that described restriction sends be sent to described subscriber equipment, other equipment described can for but be not limited to mobile management network element or machine type communication application server or core network gateway; Such as, after described mobile management network element or machine type communication application server or core network gateway receive described notification message, by described mobile management network element or machine type communication application server or core network gateway, the downlink business that described restriction sends is sent to described subscriber equipment.

Wherein, described notification message comprises described subscriber equipment and comprises and be in non-super low power consumpting state or wake indication information up from super low-power consumption state, and other equipment are known, and described subscriber equipment wakes up from super low-power consumption state.Such as, status of user equipment cell (State Indicator) can be comprised in described notification message (such as status of user equipment notification message), this cell value illustrates the state of subscriber equipment, if such as cell value is " Wake ", then the state of identifying user equipment is for wake up from super low-power consumption state, described miscellaneous equipment receives status of user equipment notification message, can know that status of user equipment is current be in super low-power consumption state according to " Wake " instruction known.If other equipment described are mobile management network elements, described notification message can be tracing section updating request (TAU Request)/Routing Area Update request (RAURequest) message, or newly-increased status of user equipment notice (UE State Notification) message, the present embodiment does not limit; If other equipment described are core network gateway or machine type communication application server, receive the mobile management network element comprising the described notification message that " Wake " indicates and can send message (such as revising bearing request message) to core network gateway or machine type communication application server, described message comprises " Wake " instruction.

Wherein, the downlink business that restriction sends is sent to described subscriber equipment by described miscellaneous equipment, specifically can see the step 204 of Fig. 2.

505, described downlink business is directly sent to described subscriber equipment by described miscellaneous equipment.

In the embodiment of the present invention, started to write by described user and know the super low-power consumption information of subscriber equipment, and determine that described subscriber equipment enters super low-power consumption state according to described super low-power consumption information, notify that described in other equipment, subscriber equipment enters super low-power consumption state, make described other equipment restriction send downlink business to described subscriber equipment; Compared with prior art, demand in order to meet the super low-power consumption of subscriber equipment in the embodiment of the present invention introduces super low-power consumption state, when knowing that subscriber equipment is in super low-power consumption state, restriction downlink business sends to described subscriber equipment, avoid send described downlink business time required signaling mutual, save Internet resources.

Embodiment 6

The business processing device when embodiment of the present invention provides a kind of subscriber equipment to be in super low-power consumption, as shown in Figure 10, this device comprises: know unit 61, first determining unit 62, limiting unit 63 and the first transmitting element 64.

Know unit 61, for knowing the super low-power consumption information of subscriber equipment, described super low-power consumption information comprises super low-power consumption and prepares the timer expiry time; First determining unit 62, for knowing described in basis that the described super low-power consumption preparation timer expiry that unit 61 is known determines that described subscriber equipment enters super low-power consumption state; When described first determining unit 62 determines that described subscriber equipment enters super low-power consumption state, limiting unit 63, sends downlink business for restriction to described subscriber equipment; When described first determining unit 62 determines that described subscriber equipment enters super low-power consumption state, first transmitting element 64, for notifying that described in other equipment, subscriber equipment enters super low-power consumption state, described other equipment restriction is made to send downlink business to described subscriber equipment.Wherein, described first transmitting element 64 notifies that notification message that subscriber equipment described in other equipment enters super low-power consumption state comprises described subscriber equipment and is in super low-power consumption state or enters super low-power consumption status indication information, and other equipment are known, and described subscriber equipment enters super low-power consumption state.Wherein, other equipment described are the equipment performing restriction, send downlink business for restriction to described subscriber equipment, comprise restriction and send downlink data and/or downlink signaling etc. to described subscriber equipment.

Wherein, described in know that unit 61 knows the super low-power consumption information of subscriber equipment, by receiving the access request message that subscriber equipment sends, and the super low-power consumption information of described subscriber equipment can be known according to described access request message; Also by receiving the subscription data of subscriber equipment, and the super low-power consumption information of described subscriber equipment can be known according to described subscription data; Or, message can be accepted by receiving access, and accept according to described access the super low-power consumption information that message knows described subscriber equipment.

Wherein, when described determining unit 62 enters super low-power consumption state according to described super low-power consumption preparation timer expiry determination subscriber equipment, by when knowing that described subscriber equipment enters idle condition or wakes up from super low-power consumption state, starting super low-power consumption and preparing timer; If described super low-power consumption prepares timer expiry, then determine that described subscriber equipment enters super low-power consumption state.

Wherein, when described limiting unit 63 limits downlink business to described subscriber equipment transmission, can not downlink business be sent, wait for that described downlink business issues by described subscriber equipment after super low-power consumption state is waken up again; Also downlink business can be sent to descending network element, described downstream service message comprises the delay indication information of downlink business described in the described descending network element delayed delivery of instruction, and described delay indication information comprises the time of downlink business described in delayed delivery; Or, can also will comprise the transmit leg stopping the notification message sending downlink business indication information to send to downlink business; Or the notification message comprising delayed delivery downlink business delay indication information can be sent to the transmit leg of downlink business, described delay indication information comprises the time of downlink business described in delayed delivery; Or, downlink data in the downlink business received and/or the downlink signaling relevant to described downlink data can be abandoned, wherein, downlink signaling that should be relevant to described downlink data can be but be not limited to downlink data notification message etc., the embodiment of the present invention does not limit this, any transmission to downlink data and receive the relevant signaling embodiment of the present invention and all abandoned.

In the embodiment of the present invention, know whether subscriber equipment is in super low-power consumption state, when described subscriber equipment is in super low-power consumption state, restriction downlink business sends to described subscriber equipment, or send the first notification message and notify that described in other equipment, subscriber equipment enters super low-power consumption state, make described other equipment restriction send downlink business to described subscriber equipment; Compared with prior art, demand in order to meet the super low-power consumption of subscriber equipment in the embodiment of the present invention introduces super low-power consumption state, when knowing that subscriber equipment is in super low-power consumption state, restriction downlink business sends to described subscriber equipment, avoid send described downlink business time required signaling mutual, save Internet resources.

Embodiment 7

The business processing device when embodiment of the present invention provides a kind of subscriber equipment to be in super low-power consumption, this device as shown in figure 11, comprising: know unit 71, first determining unit 72, limiting unit 73, first transmitting element 74, second determining unit 75, second transmitting element 76 and service transmitting unit 77.

Described first knows unit 71, and for knowing the super low-power consumption information of subscriber equipment, described super low-power consumption information comprises super low-power consumption and prepares the timer expiry time; First determining unit 72, for knowing described in basis that the described super low-power consumption preparation timer expiry that unit 71 is known determines that described subscriber equipment enters super low-power consumption state; When described first determining unit 72 determines that described subscriber equipment enters super low-power consumption state, limiting unit 73, sends downlink business for restriction to described subscriber equipment; When described first determining unit 72 determines that described subscriber equipment enters super low-power consumption state, first transmitting element 74, for notifying that described in other equipment, subscriber equipment enters super low-power consumption state, described other equipment restriction is made to send downlink business to described subscriber equipment.Wherein, described first transmitting element 74 notifies that notification message that subscriber equipment described in other equipment enters super low-power consumption state comprises described subscriber equipment and is in super low-power consumption state or enters super low-power consumption status indication information, and other equipment are known, and described subscriber equipment enters super low-power consumption state.Wherein, other equipment described are the equipment performing restriction, send downlink business for restriction to described subscriber equipment, comprise restriction and send downlink data and/or downlink signaling etc. to described subscriber equipment.

Wherein, when described limiting unit 73 limits downlink business to described subscriber equipment transmission, can not downlink business be sent, wait for that described downlink business issues by described subscriber equipment after super low-power consumption state is waken up again; Downlink business can also be sent to descending network element, described downstream service message comprises the delay indication information of downlink business described in the described descending network element delayed delivery of instruction, and described delay indication information comprises the time of downlink business described in delayed delivery; Or, can will comprise the transmit leg stopping the notification message sending downlink business indication information to send to downlink business; Or the notification message comprising delayed delivery downlink business delay indication information can be sent to the transmit leg of downlink business, described delay indication information comprises the time of downlink business described in delayed delivery; Or, the downlink data in the downlink business received and/or the downlink signaling relevant to described downlink data can be abandoned; Wherein, downlink signaling relevant to described downlink data can should be but be not limited to downlink data notification message etc., the embodiment of the present invention does not limit this, any transmission to downlink data and receive the relevant signaling embodiment of the present invention and all abandoned.

Limit after described downlink business sends to described subscriber equipment at described limiting unit 73, second determining unit 75 continues the timer expiry time for also comprising super low-power consumption in the described described super low-power consumption information knowing that unit 71 is known, continues timer expiry determine that described subscriber equipment wakes up from super low-power consumption state according to described super low-power consumption; When described second determining unit 75 determines that described subscriber equipment wakes up from described super low-power consumption state, the downlink business that described limiting unit 73 limits transmission is sent to described subscriber equipment by service transmitting unit 77; And when described second determining unit 75 determines that described subscriber equipment wakes up from super low-power consumption state, the second transmitting element 76, for notifying that described in described miscellaneous equipment, subscriber equipment wakes up from super low-power consumption state; Make other equipment described that the downlink business that described restriction sends is sent to described subscriber equipment.Wherein, described second transmitting element 76 notifies that subscriber equipment described in described miscellaneous equipment comprises described subscriber equipment from the message that super low-power consumption state is waken up and comprises and be in non-super low power consumpting state or wake indication information up from super low-power consumption state, and other equipment are known, and described subscriber equipment wakes up from super low-power consumption state.In the present embodiment, described first transmitting element 74 notifies that subscriber equipment described in described miscellaneous equipment enters the message of super low-power consumption state and described second transmitting element 76 notifies that subscriber equipment described in described miscellaneous equipment can be same notification message from the message that super low-power consumption state is waken up, distinguish respectively by comprising different instructions, or can be the notification message of different two, the present embodiment limit this.

If described first determining unit 72 determines that subscriber equipment is not in super low-power consumption state at present, then described downlink business is directly sent to described subscriber equipment by described service transmitting unit 77.

As shown in figure 12, described first determining unit 72 comprises: first starts module 721 and the second determination module 722.Described first starts module 721, for when knowing that subscriber equipment enters idle condition or wakes up from super low-power consumption state, starting super low-power consumption and preparing timer; Described second determination module 722, for preparing timer expiry at described super low-power consumption, determines that described subscriber equipment enters super low-power consumption state.

Described second determining unit 75 comprises: second starts module and 751 second determination modules 752.Described second starts module 751, for when knowing that described subscriber equipment enters super low-power consumption state, starting super low-power consumption and continuing timer; Described second determination module 752, for continuing timer expiry at described super low-power consumption, determines that described subscriber equipment wakes up from super low-power consumption state.

In the embodiment of the present invention, when super low-power consumption supported by subscriber equipment, know whether subscriber equipment is in super low-power consumption state, when described subscriber equipment is in super low-power consumption state, restriction downlink business sends to described subscriber equipment, or send the first notification message and notify that described in other equipment, subscriber equipment enters super low-power consumption state, make described other equipment restriction send downlink business to described subscriber equipment; Compared with prior art, demand in order to meet the super low-power consumption of subscriber equipment in the embodiment of the present invention introduces super low-power consumption state, when knowing that subscriber equipment is in super low-power consumption state, restriction downlink business sends to described subscriber equipment, avoid send described downlink business time required signaling mutual, save Internet resources.

And, in restriction, described downlink business is sent in the process of described subscriber equipment in the embodiment of the present invention, also know whether described subscriber equipment wakes up from described super low-power consumption state further, if learn, described subscriber equipment wakes up from described super low-power consumption state, then the downlink business that described restriction sends is sent to described subscriber equipment, ensure that the accurate transmission of downlink business.

Business processing device when subscriber equipment in the embodiment of the present invention is in super low-power consumption can be target mobility management network element, also can be machine type communication application server, or core network gateway.

Wherein, when business processing device when subscriber equipment is in low-power consumption is target mobility management network element, at E-UTRAN (Evolved UMTS Territorial Radio Access Network, evolved universal mobile communication system land radio access web) mobile management network element in network refers to MME (MobilityManagement Entity, mobile management network element), UTRAN (UMTS Territorial RadioAccess Network, UMTS Terrestrial radio access network)/GERAN (GSM EDGE Radio AccessNetwork, GSM EDGE wireless access network) mobile management network element refers to Serving GPRS Support Node (SGSN in network, Serving GPRS Support Node).

Wherein, business processing device when subscriber equipment is in super low-power consumption is machine type communication application server, described machine type communication application server can be defined through the entity that public land mobile network (PLMN) and subscriber equipment carry out communicating, this entity is that machine communication service-user (MTC User) provides service, this entity can be machine type communication server (MTC Server), or machine type communication gateway (MTC Gateway).

Wherein, when business processing device when subscriber equipment is in super low-power consumption is core network gateway, at E-UTRAN (Evolved UMTS Territorial Radio Access Network, the UMTS Terrestrial radio access network of evolution) SGW or PGW in core network, can be the GGSN in UTRAN/GERAN core network, can be the PGW of non-3 gpp core network.

Ability and the behavior of the present invention's subscriber equipment under this is not to super low-power consumption state limit, think that on the one hand subscriber equipment under super low-power consumption state can not monitoring seek channel, network side needs the process limiting downlink business, think that the subscriber equipment under super low-power consumption state can carry out monitoring seek channel on the other hand, but network side still needs the management that control effectively.

Through the above description of the embodiments, those skilled in the art can be well understood to the mode that the present invention can add required common hardware by software and realize, and can certainly pass through hardware, but in a lot of situation, the former is better execution mode.Based on such understanding, technical scheme of the present invention can embody with the form of software product the part that prior art contributes in essence in other words, this computer software product is stored in the storage medium that can read, as the floppy disk of computer, hard disk or CD etc., comprise some instructions and perform method described in each embodiment of the present invention in order to make a computer equipment (can be personal computer, server, or the network equipment etc.).

The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; change can be expected easily or replace, 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

1. method for processing business when subscriber equipment is in super low-power consumption, is characterized in that, comprising:

Limit and send downlink business to described subscriber equipment; Or,

Notify that described in other equipment, subscriber equipment enters super low-power consumption state, make described other equipment restriction send downlink business to described subscriber equipment;

Described restriction downlink business sends to described subscriber equipment and comprises:

Do not send downlink business; Or,

Downlink business is sent to descending network element, and described downstream service message comprises the delay indication information of downlink business described in the described descending network element delayed delivery of instruction, and described delay indication information comprises the time of downlink business described in delayed delivery; Or,

The transmit leg stopping the notification message sending downlink business indication information to send to downlink business will be comprised; Or,

The notification message comprising delayed delivery downlink business delay indication information is sent to the transmit leg of downlink business, described delay indication information comprises the time of downlink business described in delayed delivery; Or,

Downlink data in the downlink business received and/or the downlink signaling relevant to described downlink data are abandoned.

2. method according to claim 1, is characterized in that, describedly prepares timer expiry determination subscriber equipment according to described super low-power consumption and enters super low-power consumption state and comprise:

When knowing that described subscriber equipment enters idle condition or wakes up from super low-power consumption state, starting super low-power consumption and preparing timer;

If described super low-power consumption prepares timer expiry, then determine that described subscriber equipment enters super low-power consumption state.

3. method according to claim 1, is characterized in that, described method is specially:

Subscriber equipment knows the super low-power consumption information of subscriber equipment;

Subscriber equipment, when knowing that described subscriber equipment enters idle condition or wakes up from super low-power consumption state, starts super low-power consumption and prepares timer;

If described super low-power consumption prepares timer expiry, subscriber equipment determines that described subscriber equipment enters super low-power consumption state;

Described in notification of user equipment mobile management network element or core network gateway or machine type communication application server, subscriber equipment enters super low-power consumption state, makes mobile management network element or core network gateway or the restriction of machine type communication application server send downlink business to described subscriber equipment.

4. the method according to claim 1 or 3, is characterized in that, described subscriber equipment knows that the super low-power consumption information of subscriber equipment is specially:

Receive access from mobile management network element and accept message, accept according to described access the super low-power consumption information that message knows described subscriber equipment; Or,

The super low-power consumption information of described subscriber equipment is known according to subscriber equipment self configuration.

5. method according to claim 1, is characterized in that, described method is specially:

Mobile management network element knows the super low-power consumption information of subscriber equipment;

Mobile management network element, when knowing that described subscriber equipment enters idle condition or wakes up from super low-power consumption state, starts super low-power consumption and prepares timer;

If described super low-power consumption prepares timer expiry, mobile management network element determines that described subscriber equipment enters super low-power consumption state;

Mobile management network element restriction sends downlink business to described subscriber equipment; Or,

Mobile management network element notifies that described in core network gateway or machine type communication application server, subscriber equipment enters super low-power consumption state, makes core network gateway or the restriction of machine type communication application server send downlink business to described subscriber equipment.

6. method according to claim 1 or 5, it is characterized in that, described mobile management network element knows that the super low-power consumption information of subscriber equipment is specially:

Receive access request message from subscriber equipment, know the super low-power consumption information of described subscriber equipment according to described access request message; Or,

Receive subscription data from ownership place subscription data server, know the super low-power consumption information of described subscriber equipment according to described subscription data; Or,

The super low-power consumption information of described subscriber equipment is known from machine type communication application server; Or,

The super low-power consumption information of described subscriber equipment is known from core network gateway; Or,

Receive context response information from source mobile management network element, know the super low-power consumption information of described subscriber equipment according to described context response information;

The super low-power consumption information of described subscriber equipment is known according to mobile management network element self configuration.

7. method according to claim 1, is characterized in that, described method is specially:

Core network gateway knows the super low-power consumption information of subscriber equipment;

Core network gateway, when knowing that described subscriber equipment enters idle condition or wakes up from super low-power consumption state, starts super low-power consumption and prepares timer;

If described super low-power consumption prepares timer expiry, core network gateway determines that described subscriber equipment enters super low-power consumption state;

Core network gateway restriction sends downlink business to described subscriber equipment; Or,

Core network gateway notifies that described in mobile management network element or machine type communication application server, subscriber equipment enters super low-power consumption state, makes mobile management network element or the restriction of machine type communication application server send downlink business to described subscriber equipment.

8. the method according to claim 1 or 7, is characterized in that, described core network gateway knows that the super low-power consumption information of subscriber equipment is specially:

The super low-power consumption information of described subscriber equipment is known from mobile management network element; Or,

The super low-power consumption information of described subscriber equipment is known according to core network gateway self configuration.

9. method according to claim 1, is characterized in that, described method is specially:

Machine type communication application server knows the super low-power consumption information of subscriber equipment;

Machine type communication application server, when knowing that described subscriber equipment enters idle condition or wakes up from super low-power consumption state, starts super low-power consumption and prepares timer;

If described super low-power consumption prepares timer expiry, machine type communication application server determines that described subscriber equipment enters super low-power consumption state;

The restriction of machine type communication application server sends downlink business to described subscriber equipment.

10. the method according to claim 1 or 9, is characterized in that, described machine type communication application server knows that the super low-power consumption information of subscriber equipment is specially:

The super low-power consumption information of described subscriber equipment is known from ownership place subscription data server; Or,

The super low-power consumption information of described subscriber equipment is known according to machine type communication application server self configuration.

11. methods according to claim 1, is characterized in that, described in described delayed delivery, the time of downlink business is: described subscriber equipment distance wakes the time interval of needs up from super low-power consumption state.

12. methods according to claim 1 or 3 or 5 or 7 or 9, is characterized in that, after restriction downlink business sends to described subscriber equipment, the method also comprises:

Described super low-power consumption information also comprises super low-power consumption and continues the timer expiry time, and continues timer expiry according to described super low-power consumption and determine that described subscriber equipment wakes up from super low-power consumption state;

The downlink business that described restriction sends is sent to described subscriber equipment; Or,

Described in notice other equipment described, subscriber equipment wakes up from super low-power consumption state; Make other equipment described that the downlink business that described restriction sends is sent to described subscriber equipment.

13. methods according to claim 12, is characterized in that, describedly continue timer expiry determination subscriber equipment according to described super low-power consumption and to wake up from super low-power consumption state and comprise:

When knowing that described subscriber equipment enters super low-power consumption state, starting super low-power consumption and continuing timer;

If described super low-power consumption continues timer expiry, then determine that described subscriber equipment wakes up from super low-power consumption state.

The business processing device of 14. 1 kinds of subscriber equipmenies when low-power consumption, is characterized in that, comprising:

First determining unit, for knowing described in basis that the described super low-power consumption preparation timer expiry that unit is known determines that described subscriber equipment enters super low-power consumption state;

First transmitting element, for when described first determining unit determines that described subscriber equipment enters super low-power consumption state, notifies that described in other equipment, subscriber equipment enters super low-power consumption state, makes described other equipment restriction send downlink business to described subscriber equipment;

Described limiting unit restriction downlink business sends to described subscriber equipment and comprises:

Do not send downlink business; Or,

15. devices according to claim 14, is characterized in that, described first determining unit comprises:

First starts module, for when knowing that subscriber equipment enters idle condition or wakes up from super low-power consumption state, starting super low-power consumption and preparing timer;

Second determination module, for preparing timer expiry at described super low-power consumption, determines that described subscriber equipment enters super low-power consumption state.

16. devices according to claim 14, is characterized in that, this device also comprises:

Second determining unit, for after described limiting unit restriction downlink business sends to described subscriber equipment, also comprise super low-power consumption in the described described super low-power consumption information knowing that unit is known and continue the timer expiry time, continue timer expiry according to described super low-power consumption and determine that described subscriber equipment wakes up from super low-power consumption state;

Service transmitting unit, for when described second determining unit determines that described subscriber equipment wakes up from super low-power consumption state, sends to described subscriber equipment by the downlink business that described limiting unit restriction sends; Or

Second transmitting element, for when described second determining unit determines that described subscriber equipment wakes up from super low-power consumption state, notifies that described in described miscellaneous equipment, subscriber equipment wakes up from super low-power consumption state; Make other equipment described that the downlink business that described restriction sends is sent to described subscriber equipment.

17. devices according to claim 16, is characterized in that, described second determining unit comprises:

Second starts module, for when knowing that described subscriber equipment enters super low-power consumption state, starting super low-power consumption and continuing timer;

Second determination module, for continuing timer expiry at described super low-power consumption, determines that described subscriber equipment wakes up from super low-power consumption state.