1. A mobile communication method, comprising:
a step A of releasing, by a first gateway device, a first bearer for a mobile station and transmitting downlink data notification for notifying a downlink data signal addressed to the mobile station, to a mobility management node, the downlink data signal being buffered, if an error indication signal is received from a radio base station in a state in which the first bearer is set between the first gateway device and the radio base station and a second bearer for the mobile station is set between the first gateway device and a second gateway device;
a step B of transmitting, by the mobility management node, a paging signal to the mobile station; and
a step C of starting, by the mobility management node, a procedure for releasing the second bearer when no response to the paging signal is received from the mobile station in a predetermined period.
2. The mobile communication method according to claim 1, wherein, in the step C, when it is determined that the second bearer is a bearer through which a service is provided based on time charging, the mobility management node further starts the procedure for releasing the second bearer.
3. The mobile communication method according to claim 1, wherein, in the step C, when it is determined that a predetermined QCI is assigned to the second bearer, the mobility management node further starts the procedure for releasing the second bearer.
4. The mobile communication method according to claim 1, wherein, in the step C, when the second bearer is a GBR bearer, the mobility management node further starts the procedure for releasing the second bearer.
5. The mobile communication method according to claim 2, wherein, in the step C, when it is determined that predetermined information is included in the downlink data notification, the mobility management node further starts the procedure for releasing the second bearer.
6. A mobility management node, wherein the mobility management node is configured to transmit a paging signal to a mobile station when a first gateway device receives an error indication signal from a radio base station, releases a first bearer for a mobile station, and transmits downlink data notification for notifying a downlink data signal addressed to the mobile station to a mobility management node, the downlink data signal being buffered, in a state in which the first bearer is set between the first gateway device and the radio base station and a second bearer for the mobile station is set between the first gateway device and a second gateway device, and
configured to start a procedure for releasing the second bearer when no response to the paging signal is received from the mobile station in a predetermined period.
7. The mobility management node according to claim 6, wherein, when it is determined that the second bearer is a bearer through which a service is provided based on time charging, the mobility management node is configured to further start the procedure for releasing the second bearer.
8. The mobility management node according to claim 6, wherein, when it is determined that a predetermined QCI is assigned to the second bearer, the mobility management node is configured to further start the procedure for releasing the second bearer.
9. The mobility management node according to claim 6, wherein when the second bearer is a GBR bearer, the mobility management node is configured to further start the procedure for releasing the second bearer.
10. The mobility management node according to claim 7, wherein, when it is determined that predetermined information is included in the downlink data notification, the mobility management node is configured to further start the procedure for releasing the second bearer.
11. A mobile communication method, comprising:
a step A of releasing, by a first gateway device, a first bearer for a mobile station and transmitting downlink data notification for notifying a downlink data signal addressed to the mobile station to a packet exchanger, the downlink data signal being buffered, if an error indication signal is received from a radio network controller in a state in which the first bearer is set between the first gateway device and the radio network controller and a second bearer for the mobile station is set between the first gateway device and a second gateway device;
a step B of transmitting, by the packet exchanger, a paging signal to the mobile station; and
a step C of starting, by the packet exchanger, a procedure for releasing the second bearer when no response to the paging signal is received from the mobile station in a predetermined period.
12. The mobile communication method according to claim 11, wherein, in the step C, when it is determined that the second bearer is a bearer through which a service is provided based on time charging, the packet exchanger further starts the procedure for releasing the second bearer.
13. The mobile communication method according to claim 11, wherein, in the step C, when it is determined that a predetermined QCI is assigned to the second bearer, the packet exchanger further starts the procedure for releasing the second bearer.
14. The mobile communication method according to claim 11, wherein, in the step C, when the second bearer is a GBR bearer, the packet exchanger further starts the procedure for releasing the second bearer.
15. The mobile communication method according to claim 12, wherein, in the step C, when it is determined that predetermined information is included in the downlink data notification, the packet exchanger further starts the procedure for releasing the second bearer.
16. A packet exchanger, where the packet exchanger is configured to transmit a paging signal to a mobile station when a first gateway device receives an error indication signal from a radio network controller, releases a first bearer for a mobile station, and transmits downlink data notification for notifying a downlink data signal addressed to the mobile station, to a packet exchanger, the downlink data signal being buffered, in a state in which the first bearer is set between the first gateway device and the radio network controller and a second bearer for the mobile station is set between the first gateway device and a second gateway device, and
configured to start a procedure for releasing the second bearer when no response to the paging signal is received from the mobile station in a predetermined period.
17. The packet exchanger according to claim 16, wherein, when it is determined that the second bearer is a bearer through which a service is provided based on time charging, the packet exchanger is configured to further start the procedure for releasing the second bearer.
18. The packet exchanger according to claim 16, wherein, when it is determined that a predetermined QCI is assigned to the second bearer, the packet exchanger is configured to further start the procedure for releasing the second bearer.
19. The packet exchanger according to claim 16, wherein, when the second bearer is a GBR bearer, the packet exchanger is configured to further start the procedure for releasing the second bearer.
20. The packet exchanger according to claim 17, wherein, when it is determined that predetermined information is included in the downlink data notification, the packet exchanger is configured to further start the procedure for releasing the second bearer.
21. The mobile communication method according to claim 3, wherein, in the step C, when it is determined that predetermined information is included in the downlink data notification, the mobility management node further starts the procedure for releasing the second bearer.
22. The mobile communication method according to claim 4, wherein, in the step C, when it is determined that predetermined information is included in the downlink data notification, the mobility management node further starts the procedure for releasing the second bearer.
23. The mobility management node according to claim 8, wherein, when it is determined that predetermined information is included in the downlink data notification, the mobility management node is configured to further start the procedure for releasing the second bearer.
24. The mobility management node according to claim 9, wherein, when it is determined that predetermined information is included in the downlink data notification, the mobility management node is configured to further start the procedure for releasing the second bearer.
25. The mobile communication method according to claim 13, wherein, in the step C, when it is determined that predetermined information is included in the downlink data notification, the packet exchanger further starts the procedure for releasing the second bearer.
26. The mobile communication method according to claim 14, wherein, in the step C, when it is determined that predetermined information is included in the downlink data notification, the packet exchanger further starts the procedure for releasing the second bearer.
27. The packet exchanger according to claim 18, wherein, when it is determined that predetermined information is included in the downlink data notification, the packet exchanger is configured to further start the procedure for releasing the second bearer.
28. The packet exchanger according to claim 19, wherein, when it is determined that predetermined information is included in the downlink data notification, the packet exchanger is configured to further start the procedure for releasing the second bearer.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. Visually simulated braces, comprising:
a plurality of individual nonfunctional tooth brace visual indicia; and
a digestible adhesive applied to the tooth brace visual indicia,
wherein the individual nonfunctional tooth brace visual indicia are edible.
2. The visually simulated braces of claim 1, wherein the nonfunctional tooth brace visual indicia are silver in color.
3. The visually simulated braces of claim 1, wherein the braces cover four central incisor teeth.
4. The visually simulated braces of claim 1, wherein the braces cover four central incisor teeth and four lateral incisor teeth.
5. The visually simulated braces of claim 1, wherein the digestible adhesive will allow the braces to remain adhered to the teeth for up to four hours.
6. The visually simulated braces of claim 1, wherein the digestible adhesive will allow the braces to remain adhered to the teeth for up to 12 hours.
7. Visually simulated braces, comprising:
a plurality of individual nonfunctional tooth brace visual indicia;
a connecting band connecting each of the individual nonfunctional tooth brace indicia; and
a digestible adhesive applied to the tooth brace visual indicia;
wherein the individual nonfunctional tooth brace visual indicia are edible.
8. The visually simulated braces of claim 7, wherein the connecting band resembles a wire.
9. The visually simulated braces of claim 7, wherein the nonfunctional tooth brace visual indicia are silver in color.
10. The visually simulated braces of claim 7, wherein the braces cover four central incisor teeth.
11. The visually simulated braces of claim 7, wherein the braces cover four central incisor teeth and four lateral incisor teeth.
12. The visually simulated braces of claim 7, wherein the digestible adhesive will allow the braces to remain adhered to the teeth for up to four hours.
13. The visually simulated braces of claim 7, wherein the digestible adhesive will allow the braces to remain adhered to the teeth for up to 12 hours.
14. Visually simulated braces comprising:
a clear formable plastic fitted to an individual’s teeth; and
individual nonfunctional visual tooth brace indicia imbedded into the plastic wherein the individual nonfunctional visual tooth brace indicia are visible through the plastic.
15. The visually simulated braces of claim 14, wherein the individual nonfunctional tooth visual tooth brace indicia are edible.
16. The visually simulated braces of claim 14, wherein the tooth brace visual indicia are silver in color.
17. The visually simulated braces of claim 14, wherein the individual visual tooth brace indicia are viewable over four central incisor teeth.
18. The visually simulated braces of claim 14, wherein the individual visual tooth brace indicia are viewable over four central incisor teeth and four lateral incisor teeth.
19. The visually simulated braces of claim 14, wherein addition of a digestible adhesive will allow the braces to remain adhered to the teeth for up to four hours.
20. The visually simulated braces of claim 14, wherein addition of a digestible adhesive will allow the braces to remain adhered to the teeth for up to 12 hours.
21. The visually simulated braces of claim 14, wherein the braces are removable and reusable.
22. The visually simulated braces of claim 14, wherein the individual nonfunctional visual tooth brace indicia are connected by a band.