Author: claimsbot

1-6. (canceled)
7. A method of charging for internet services, comprising:
providing access for an Internet user to the Internet via a server of an Internet provider;
providing access for the Internet user to chargeable services of various service providers by the server;
referring the Internet user to pre-established service providers by the Internet provider;
issuing an order identification by the computer of the Internet user, when a service is ordered by the Internet user from a pre-established service provider; and
transmitting the order identification to the service provider and the Internet provider.
8. The method in accordance with claim 7, further comprising:
transmitting an anonymous user identification generated by the Internet provider and a service identification to the service provider and the Internet provider.
9. The method in accordance with claim 7, wherein the order identification is reissued in periodically recurring predetermined time intervals and sent to the service provider and the Internet provider, if a service charge related to a requested service is based on the duration of the requested service.
10. The method in accordance with claim 8, wherein the order identification is reissued in periodically recurring predetermined time intervals and sent to the service provider and the Internet provider, if a service charge related to a requested service is based on the duration of the requested service.
11. The method in accordance with claim 7, wherein the referring to the pre-established service provider is effected on a portal of the Internet provider.
12. The method in accordance with claim 8, wherein the referring to the pre-established service provider is effected on a portal of the Internet provider.
13. The method in accordance with claim 9, wherein the referring to the pre-established service provider is effected on a portal of the Internet provider.
14. The method in accordance with claim 7, wherein, when a service is ordered, the user is referred to the charges accrued thereby.
15. The method in accordance with claim 8, wherein, when a service is ordered, the user is referred to the charges accrued thereby.
16. The method in accordance with claim 9, wherein, when a service is ordered, the user is referred to the charges accrued thereby.
17. The method in accordance with claim 11, wherein, when a service is ordered, the user is referred to the charges accrued thereby.
18. The method in accordance with claim 7, wherein, prior to providing the service, the service provider verifies with the Internet provider whether the user is authorized to use this service.
19. The method in accordance with claim 8, wherein, prior to providing the service, the service provider verifies with the Internet provider whether the user is authorized to use this service.
20. The method in accordance with claim 9, wherein, prior to providing the service, the service provider verifies with the Internet provider whether the user is authorized to use this service.
21. The method in accordance with claim 11, wherein, prior to providing the service, the service provider verifies with the Internet provider whether the user is authorized to use this service.
22. A system for charging Internet services, comprising:
a server of an Internet provider for providing chargeable services of various service providers to an Internet user; and
a client computer of an Internet user to access the services provided by the server, wherein
the server is adapted to refer the Internet user to pre-established service providers, and wherein
the client computer is adapted to issue an order identification, when a service is ordered by the Internet user from a pre-established service provider, and to transmit the order identification to the service provider and the Internet provider.

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. A wash station that receives water at an entry port from a remote water source and then selectively discharges the water to remove trapped debris from a vehicle traversing the station into a suitable containment area or collection tray, the station comprising:
an elongated frame with an entry port for receiving water;
spaced apart ramps at each end of the frame;
a plurality of spray ports adapted to disperse water;
a hollow longitudinal tube on one frame end that provides internal fluid communication between the entry port and the spray ports in the frame; and,
a grate spanning the frame.
2. The station as recited in claim 1 wherein the grate is adapted to support the vehicle during station traversal and vibrates the vehicle as it traverses the station to assist in debris removal.
3. The station as recited in claim 1 wherein the entry port is located adjacent an end of the frame and the spray ports are located along one side of the frame opposite the entry port.
4. The station as recited in claim 3 wherein the frame includes a top adjacent the grate and a spaced apart floor and where the floor slopes from one frame side to the other frame side to move water from the spray ports across the frame and out of the frame.
5. The station as recited in claim 4 wherein the grate further comprises a plurality of members that each extend substantially across the entire top of the frame and each member is angled upwardly with respect to the plane of the frame top to vibrate a vehicle traversing the station.
6. The station as recited in claim 1 wherein the ramps are hinged to opposite frame ends and adapted to move between a deployed and a stowed configuration to facilitate station portability.
7. The station as recited in claim 1 further comprising a collection pit adjacent the entry port for receiving debris flushed from the frame by water.
8. The station as recited in claim 1 wherein the frame further comprises a plurality of vertical walls establishing fluid flow pathways from the side adjacent the spray ports to the opposite frame side.
9. A wash station that receives water at an entry port from a remote water source and then selectively discharges the water to remove trapped debris from a vehicle traversing the station into a suitable containment area or collection tray, the station comprising:
an elongated frame with an entry port for receiving water;
spaced apart ramps at each end of the frame;
a plurality of spray ports adapted to disperse water;
a hollow longitudinal tube on one frame end that provides internal fluid communication between the entry port and the spray ports in the frame; and,
a vibratory grate spanning the frame and adapted to support the vehicle during station traversal and which vibrates the vehicle as it traverses the station to assist in debris removal.
10. The station as recited in claim 9 wherein the entry port is located adjacent an end of the frame and the spray ports are located along one side of the frame opposite the entry port.
11. The station as recited in claim 10 wherein the frame includes a top adjacent the grate and a spaced apart floor and where the floor slopes from one frame side to the other frame side to move water from the spray ports across the frame and out of the frame.
12. The station as recited in claim 11 wherein the grate further comprises a plurality of members that each extend substantially across the entire top of the frame and each member is angled upwardly with respect to the plane of the frame top to vibrate a vehicle traversing the station.
13. The station as recited in claim 9 wherein the ramps are hinged to opposite frame ends and adapted to move between a deployed and a stowed configuration to facilitate station portability.
14. The station as recited in claim 9 further comprising a collection pit adjacent the entry port for receiving debris flushed from the frame by water.
15. The station as recited in claim 9 wherein the frame further comprises a plurality of vertical walls establishing fluid flow pathways from the side adjacent the spray ports to the opposite frame side.
16. A portable wash station that receives water at an entry port from a remote water source and then selectively discharges the water to remove trapped debris from a vehicle traversing the station into a suitable containment area or collection tray, the station comprising:
an elongated frame with an entry port for receiving water;
spaced apart ramps hinged to opposite frame ends and adapted to move between a deployed and a stowed configuration to facilitate station portability;
a plurality of spray ports adapted to disperse water;
a hollow longitudinal tube on one frame end that provides internal fluid communication between the entry port and the spray ports in the frame; and,
a vibratory grate spanning the frame and adapted to support the vehicle during station traversal and which vibrates the vehicle as it traverses the station to assist in debris removal.
17. The station as recited in claim 16 wherein the entry port is located adjacent an end of the frame and the spray ports are located along one side of the frame opposite the entry port and the frame further comprises a plurality of vertical walls establishing fluid flow pathways from the side adjacent the spray ports to the opposite frame side.
18. The station as recited in claim 17 wherein the frame includes a top adjacent the grate and a spaced apart floor and where the floor slopes from one frame side to the other frame side to move water from the spray ports across the frame and out of the frame.
19. The station as recited in claim 18 wherein the grate further comprises a plurality of members that each extend substantially across the entire top of the frame and each member is angled upwardly with respect to the plane of the frame top to vibrate a vehicle traversing the station.
20. The station as recited in claim 19 further comprising a collection pit adjacent the entry port for receiving debris flushed from the frame by water.

What is claimed is:

1. An isolator installed between a power amplifier module and an antenna switch, for transmitting output signals of said power amplifier module to said antenna switch, and for absorbing reflected signals from said antenna switch so as to protect said power amplifier module, comprising:
upper and lower cases 180 and 190;
a ferromagnetic sheet 120 disposed within a shielding case 110, for generating a constant magnetic field owing to an input current;
an internal terminal sheet 130 having a plurality of strip lines 130 for being connected to inputoutput electrode terminals and a ground terminal, and disposed under said ferromagnetic sheet 120 and a garnet ferrite 140, said garnet ferrite 140 being for generating an induced magnetic field; and
said inputoutput electrode terminals and a chip resistor 160 and three dielectric devices 150a-150c for being connected to said three strip lines 130 of said internal terminal sheet 130,
wherein said ferromagnetic sheet 120 is inserted into said shielding case 110 together with said garnet ferrite 140 and said internal terminal sheet 130 (with said strip lines 130 extending therefrom), said shielding case 110 is inserted into upper and lower metal cases 180 and 190, said three dielectric devices 150a-150c and said chip resistor 160 are installed on a circuit board 200 and around said lower metal case 190, and a connecting terminal part 210 having said inputoutput electrode terminals 170 is formed.
2. The isolator as claimed in claim 1, wherein said three strip lines 130 extending from said internal terminal sheet 130 to an outside are connected to said three dielectric devices 150a-150c and to said inputoutput terminals 170 of said PCB 200 by being soldered.
3. The isolator as claimed in claim 1, wherein said three dielectric devices 150a-150c upstand on said PCB 200 and around said shielding case 110.
4. The isolator as claimed in claim 1, wherein said shielding case 110 is made of an insulating synthetic resin.
5. An isolator comprising:
upper and lower cases 380 and 390;
a ferromagnetic sheet 320 disposed within a shielding case 310, for generating a constant magnetic field owing to an input current;
an internal terminal sheet 330 having a plurality of strip lines 330 for being connected to inputoutput electrode terminals and to a ground terminal, and disposed under said ferromagnetic sheet 320 and a garnet ferrite 340, said garnet ferrite 340 being for generating an induced magnetic field; and
said inputoutput electrode terminals and a chip resistor 360 and three dielectric devices 350a-350c for being connected to said three strip lines 330 of said internal terminal sheet 330,
wherein said ferromagnetic sheet 320 is inserted into said shielding resin case 310 together with said garnet ferrite 340 and said internal terminal sheet 330 (with said strip lines 330 extending therefrom) and a plurality of insulating films 420, said shielding case 310 is inserted into a lower metal case 390 (serving as a ground), said three dielectric devices 350a-350c and said chip resistor 360 are installed on a circuit board 400 and around said lower metal case 390, and a connecting terminal part 410 having said inputoutput electrode terminals 370 is formed.
6. The isolator as claimed in claim 5, wherein said lower case 390 with said shielding case 310 inserted therein is installed on said PCB 400, and a securing recess K is formed on said PCB 400 to secure said lower case 390.
7. The isolator as claimed in claim 5, wherein said three strip lines 330 extending from said internal terminal sheet 330 to an outside are connected to said three dielectric devices 350a-350c and to said chip resistor 360 of said PCB 400 by being soldered.
8. The isolator as claimed in anyone of claims 5 and 7, wherein said three strip lines 330 extending from said internal terminal sheet 330 to an outside are connected to said three dielectric devices 350a-350c and to said chip resistor 360 of said PCB 400 by being soldered.
9. The isolator as claimed in claim 5, wherein said shielding case 310 is provided with guide projections 430 at angular intervals of 120 degrees, for guiding said strip lines 330 (which extend to the outside).
10. The isolator as claimed in claim 5, wherein said shielding case 310 is formed by an injection-molding process by using an insulating synthetic resin.

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. A wireless apparatus for use in a communication controlling system, the communication controlling system comprising the wireless apparatus and a base station, the wireless apparatus comprising:
a transceiver, being configured to transmit a connection request to the base station so that the wireless apparatus enters a connection setup communication procedure and to receive a temporary signal from the base station after transmitting the connection request, wherein the temporary signal carries a first waiting duration; and
a processor electrically connected to the transceiver, being configured to, after the temporary signal is received by the transceiver, enable the wireless apparatus to enter a temporary waiting status during the first waiting duration so that the wireless apparatus stays in the connection setup communication procedure in the temporary waiting status;
wherein the connection setup communication procedure is a procedure in which the wireless apparatus is going to set up a connection with the base station.
2. The wireless apparatus as claimed in claim 1, wherein the temporary signal is a temporary connection reject signal, and the processor initiates a connection response window duration after the connection request is transmitted by the transceiver, the transceiver does not receive a connection setup signal from the base station during the connection response window duration and receives the temporary connection reject signal from the base station when the connection response window duration expires, the wireless apparatus enters the first waiting duration after the temporary connection reject signal is received by the transceiver, and the transceiver further transmits a retransmitted connection request to the base station when the first waiting duration expires.
3. The wireless apparatus as claimed in claim 1, wherein the temporary signal is a temporary connection reject signal, and the processor initiates a connection response window duration after the connection request is transmitted by the transceiver, the transceiver receives the temporary connection reject signal from the base station during the connection response window duration, the wireless apparatus enters the first waiting duration after the temporary connection reject signal is received by the transceiver, the temporary waiting status of the wireless apparatus in the first waiting duration is a power-saving status, the wireless apparatus further recovers from the power-saving status when the first waiting duration expires, and the transceiver further waits for a connection setup signal from the base station after the first waiting duration has expired but before the connection response window duration expires.
4. The wireless apparatus as claimed in claim 3, wherein when the transceiver does not receive the connection setup signal after the first waiting duration has expired but before the connection response window duration expires and receives a connection reject signal from the base station when the connection response window duration expires, the processor initiates a second waiting duration carried in the connection reject signal so that the wireless apparatus is kept in the temporary waiting status during the second waiting duration, and the transceiver further transmits a retransmitted connection request to the base station when the second waiting duration expires.
5. The wireless apparatus as claimed in claim 1, wherein the temporary signal is a first temporary signal, the processor initiates a connection response window duration after the connection request is transmitted by the transceiver, the transceiver receives the first temporary signal from the base station during the connection response window duration, the wireless apparatus enters the first waiting duration after the first temporary signal is received by the transceiver, the temporary waiting status of the wireless apparatus in the first waiting duration is a power-saving status, the wireless apparatus further recovers from the power-saving status when the first waiting duration expires, and the transceiver further waits for a second temporary signal from the base station after the first waiting duration has expired but before the connection response window duration expires.
6. The wireless apparatus as claimed in claim 5, wherein the first temporary signal is a temporary connection setup signal, the second temporary signal is a temporary connection reject signal, and the transceiver transmits a connection setup complete signal to the base station when the connection response window duration expires if the transceiver does not receive the second temporary signal after the first waiting duration has expired but before the connection response window duration expires.
7. The wireless apparatus as claimed in claim 5, wherein when the transceiver receives the second temporary signal from the base station after the first waiting duration has expired but before the connection response window duration expires, the processor initiates a second waiting duration carried in the second temporary signal so that the wireless apparatus is kept in the temporary waiting status during the second waiting duration.
8. The wireless apparatus as claimed in claim 7, wherein the first temporary signal is a temporary connection setup signal, the second temporary signal is a temporary connection reject signal, and the transceiver is further configured to receive a connection setup signal from the base station during the second waiting duration when the communication controlling system is in a loadable status during the second waiting duration, and the transceiver further transmits a connection setup complete signal to the base station after receiving the connection setup signal.
9. The wireless apparatus as claimed in claim 7, wherein the first temporary signal is a temporary connection reject signal, the second temporary signal is a temporary connection setup signal, the processor takes the second temporary signal as a formal connection setup signal when the transceiver does not receive a connection reject signal during the second waiting duration, and the transceiver further transmits a connection setup complete signal to the base station.
10. The wireless apparatus as claimed in claim 7, wherein the first temporary signal is a temporary connection reject signal, the second temporary signal is a temporary connection setup signal, and the transceiver receives a connection setup signal from the base station during the second waiting duration and transmits a connection setup complete signal to the base station.
11. The wireless apparatus as claimed in claim 5, wherein the first temporary signal is a temporary connection reject signal, the second temporary signal is a temporary connection setup signal, and when the transceiver does not receive the second temporary signal after the first waiting duration has expired but before the connection response window duration expires, the transceiver transmits a retransmitted connection request to the base station when the connection response window duration expires.
12. The wireless apparatus as claimed in claim 1, wherein the temporary signal is a temporary connection setup signal, and the processor initiates a connection response window duration after the connection request is transmitted by the transceiver, the transceiver is configured to receive the temporary connection setup signal from the base station during the connection response window duration so that the processor initiates the first waiting duration, and the transceiver transmits a connection setup complete signal to the base station when the first waiting duration expires.
13. The wireless apparatus as claimed in claim 1, wherein the temporary signal is a temporary connection reject signal, and the transceiver is configured to receive the temporary connection reject signal from the base station, the temporary connection reject signal carries a listening duration, the wireless apparatus enters the first waiting duration after the temporary connection reject signal is received by the transceiver, the temporary waiting status of the wireless apparatus in the first waiting duration is a power-saving status, the wireless apparatus further recovers from the power-saving status when the first waiting duration expires, and the transceiver further waits for a connection setup signal from the base station during the listening duration after the first waiting duration.
14. The wireless apparatus as claimed in claim 13, wherein the transceiver transmits a retransmitted connection request to the base station when the listening duration expires if the transceiver does not receive the connection setup signal during the listening duration.
15. The wireless apparatus as claimed in claim 13, wherein the transceiver does not receive the connection setup signal during the listening duration and receives a connection reject signal from the base station when the listening duration expires, the connection reject signal carries a second waiting duration, the processor initiates the second waiting duration when the listening duration expires, and the transceiver further transmits a retransmitted connection request to the base station when the second waiting duration expires.
16. A base station for use in a communication controlling system, the communication controlling system comprising a wireless apparatus and the base station, the base station comprising:
a transceiver, being configured to receive a connection request from the wireless apparatus so that the wireless apparatus enters a connection setup communication procedure after transmitting the connection request and to transmit a temporary signal to the wireless apparatus after receiving the connection request, wherein the temporary signal carries a first waiting duration; and
a processor electrically connected to the transceiver, being configured to determine a status of the communication controlling system, wherein the status is one of a loadable status and an overload status,
wherein the wireless apparatus enters a temporary waiting status during the first waiting duration after receiving the temporary signal from the transceiver, and stays in the connection setup communication procedure in the temporary waiting status;
wherein the connection setup communication procedure is a procedure in which the wireless apparatus is going to set up a connection with the base station.
17. The base station as claimed in claim 16, wherein the temporary signal is a temporary connection reject signal, and the wireless apparatus initiates a connection response window duration after transmitting the connection request, the transceiver does not transmit a connection setup signal to the wireless apparatus during the connection response window duration and transmits the temporary connection reject signal to the wireless apparatus when the connection response window duration expires so that the wireless apparatus enters the first waiting duration after receiving the temporary connection reject signal, and the transceiver further receives a retransmitted connection request from the wireless apparatus when the first waiting duration expires.
18. The base station as claimed in claim 16, wherein the temporary signal is a temporary connection reject signal, and the wireless apparatus initiates a connection response window duration after transmitting the connection request, the transceiver transmits the temporary connection reject signal to the wireless apparatus during the connection response window duration so that the wireless apparatus enters the first waiting duration after receiving the temporary connection reject signal, the temporary waiting status of the wireless apparatus in the first waiting duration is a power-saving status, the wireless apparatus further recovers from the power-saving status when the first waiting duration expires, and the wireless apparatus waits for a connection setup signal from the base station after the first waiting duration has expired but before the connection response window duration expires.
19. The base station as claimed in claim 18, wherein the transceiver does not transmit the connection setup signal after the first waiting duration has expired but before the connection response window duration expires and transmits a connection reject signal to the wireless apparatus when the connection response window duration expires, the wireless apparatus initiates a second waiting duration carried in the connection reject signal so that the wireless apparatus is kept in the temporary waiting status during the second waiting duration, and the transceiver further receives a retransmitted connection request from the wireless apparatus when the second waiting duration expires.
20. The base station as claimed in claim 16, wherein the temporary signal is a first temporary signal, and the wireless apparatus initiates a connection response window duration after transmitting the connection request, the transceiver transmits the first temporary signal to the wireless apparatus during the connection response window duration so that the wireless apparatus enters the first waiting duration after receiving the first temporary signal, the temporary waiting status of the wireless apparatus in the first waiting duration is a power-saving status, the wireless apparatus further recovers from the power-saving status when the first waiting duration expires, and the wireless apparatus further waits for a second temporary signal from the base station after the first waiting duration has expired but before the connection response window duration expires.
21. The base station as claimed in claim 20, wherein the first temporary signal is a temporary connection setup signal, the second temporary signal is a temporary connection reject signal, and the transceiver receives a connection setup complete signal from the wireless apparatus when the connection response window duration expires if the transceiver does not transmit the second temporary signal to the wireless apparatus after the first waiting duration has expired but before the connection response window duration expires.
22. The base station as claimed in claim 20, wherein the transceiver transmits the second temporary signal to the wireless apparatus after the first waiting duration has expired but before the connection response window duration expires, and the wireless apparatus initiates a second waiting duration carried in the second temporary signal so that the wireless apparatus is kept in the temporary waiting status during the second waiting duration.
23. The base station as claimed in claim 22, wherein the first temporary signal is a temporary connection setup signal, the second temporary signal is a temporary connection reject signal, and the transceiver is further configured to transmit a connection setup signal to the wireless apparatus during the second waiting duration when the communication controlling system is in a loadable status during the second waiting duration, and the transceiver further receives a connection setup complete signal from the wireless apparatus after transmitting the connection setup signal.
24. The base station as claimed in claim 22, wherein the first temporary signal is a temporary connection reject signal, the second temporary signal is a temporary connection setup signal, the wireless apparatus takes the second temporary signal as a formal connection setup signal when the transceiver does not transmit a connection reject signal to the wireless apparatus during the second waiting duration, and the transceiver further receives a connection setup complete signal from the wireless apparatus.
25. The base station as claimed in claim 22, wherein the first temporary signal is a temporary connection reject signal, the second temporary signal is a temporary connection setup signal, and the transceiver transmits a connection setup signal to the wireless apparatus during the second waiting duration and receives a connection setup complete signal from the wireless apparatus.
26. The base station as claimed in claim 20, wherein the first temporary signal is a temporary connection reject signal, the second temporary signal is one of a temporary connection setup signal and a connection reject signal, and when the transceiver does not transmit the second temporary signal to the wireless apparatus after the first waiting duration has expired but before the connection response window duration expires, the transceiver receives a retransmitted connection request from the wireless apparatus when the connection response window duration expires.
27. The base station as claimed in claim 16, wherein the temporary signal is a temporary connection setup signal, and the wireless apparatus initiates a connection response window duration after transmitting the connection request, the transceiver is configured to transmit the temporary connection setup signal to the wireless apparatus during the connection response window duration so that the wireless apparatus initiates the first waiting duration, and the transceiver receives a connection setup complete signal from the wireless apparatus when the first waiting duration expires.
28. The base station as claimed in claim 16, wherein the temporary signal is a temporary connection reject signal, and the transceiver is configured to transmit the temporary connection reject signal to the wireless apparatus, the temporary connection reject signal carries a listening duration, the wireless apparatus enters the first waiting duration after the temporary connection reject signal is transmitted by the transceiver, the temporary waiting status of the wireless apparatus in the first waiting duration is a power-saving status, and the wireless apparatus further waits for a connection setup signal from the base station during the listening duration after the first waiting duration.
29. The base station as claimed in claim 28, wherein the transceiver does not transmit the connection setup signal during the listening duration, and receives a retransmitted connection request from the wireless apparatus when the listening duration expires.
30. The base station as claimed in claim 28, wherein the transceiver does not transmit the connection setup signal during the listening duration and transmits a connection reject signal to the wireless apparatus when the listening duration expires, the connection reject signal carries a second waiting duration, the wireless apparatus initiates the second waiting duration when the listening duration expires, and the transceiver further receives a retransmitted connection request from the wireless apparatus when the second waiting duration expires.
31. A communication controlling method for a communication controlling system, the communication controlling system comprising a wireless apparatus and a base station, the communication controlling method comprising the steps of:
(a) enabling the wireless apparatus to transmit a connection request to the base station so that the wireless apparatus enters a connection setup communication procedure;
(b) enabling the base station to transmit a temporary signal to the wireless apparatus after receiving the connection request, wherein the temporary signal carries a first waiting duration; and
(c) enabling the wireless apparatus to enter a temporary waiting status during a first waiting duration after receiving the temporary signal so that the wireless apparatus stays in the connection setup communication procedure in the temporary waiting status;
wherein the connection setup communication procedure is a procedure in which the wireless apparatus is going to set up a connection with the base station.
32. The communication controlling method as claimed in claim 31, wherein the temporary signal is a temporary connection reject signal, and the communication controlling method further comprising the steps of:
(d) enabling the wireless apparatus to initiate a connection response window duration after transmitting the connection request, wherein the wireless apparatus does not receive a connection setup signal from the base station during the connection response window duration;
(e) enabling the base station to transmit the temporary connection reject signal to the wireless apparatus when the connection response window duration expires;
(f) enabling the wireless apparatus to enter the first waiting duration after receiving the temporary connection reject signal; and
(g) enabling the wireless apparatus to transmit a retransmitted connection request to the base station when the first waiting duration expires.
33. The communication controlling method as claimed in claim 31, wherein the temporary signal is a temporary connection reject signal, and further comprising the steps of:
(d) enabling the wireless apparatus to initiate a connection response window duration after transmitting the connection request;
(e) enabling the base station to transmit the temporary connection reject signal to the wireless apparatus during the connection response window duration;
(f) enabling the wireless apparatus to enter the first waiting duration after receiving the temporary connection reject signal, wherein the temporary waiting status of the wireless apparatus in the first waiting duration is a power-saving status, and the wireless apparatus further recovers from the power-saving status when the first waiting duration expires; and
(g) enabling the wireless apparatus to wait for a connection setup signal from the base station after the first waiting duration has expired but before the connection response window duration expires.
34. The communication controlling method as claimed in claim 33, wherein when the wireless apparatus does not receive the connection setup signal after the first waiting duration has expired but before the connection response window duration expires and receives a connection reject signal from the base station, the communication controlling method further comprises the steps of:
(h) enabling the wireless apparatus to initiate a second waiting duration carried in the connection reject signal and to be kept in the temporary waiting status during the second waiting duration; and
(i) enabling the wireless apparatus to transmit a retransmitted connection request to the base station when the second waiting duration expires.
35. The communication controlling method as claimed in claim 31, wherein the temporary signal is a first temporary signal, and the communication controlling method further comprising the steps of:
(d) enabling the wireless apparatus to initiate a connection response window duration after transmitting the connection request;
(e) enabling the base station to transmit the first temporary signal to the wireless apparatus during the connection response window duration;
(f) enabling the wireless apparatus to enter the first waiting duration after receiving the first temporary signal, wherein the temporary waiting status of the wireless apparatus in the first waiting duration is a power-saving status, and the wireless apparatus further recovers from the power-saving status when the first waiting duration expires; and
(g) enabling the wireless apparatus to wait for a second temporary signal from the base station after the first waiting duration has expired but before the connection response window duration expires.
36. The communication controlling method as claimed in claim 35, wherein the first temporary signal is a temporary connection setup signal, the second temporary signal is a temporary connection reject signal, and the communication controlling method further comprises the step of:
(h) enabling the wireless apparatus to transmit a connection setup complete signal to the base station when the connection response window duration expires if the wireless apparatus does not receive the second temporary signal after the first waiting duration has expired but before the connection response window duration expires.
37. The communication controlling method as claimed in claim 35, further comprising the step of:
(i) enabling the wireless apparatus to initiate a second waiting duration carried in the second temporary signal so that the wireless apparatus is kept in the temporary waiting status during the second waiting duration if the wireless apparatus receives the second temporary signal from the base station after the first waiting duration has expired but before the connection response window duration expires.
38. The communication controlling method as claimed in claim 37, wherein the first temporary signal is a temporary connection setup signal, the second temporary signal is a temporary connection reject signal, and the communication controlling method further comprises the steps of:
(i) enabling the base station to transmit a connection setup signal to the wireless apparatus during the second waiting duration when the communication controlling system is in a loadable status during the second waiting duration; and
(j) enabling the wireless apparatus to transmit a connection setup complete signal to the base station after receiving the connection setup signal.
39. The communication controlling method as claimed in claim 37, wherein the first temporary signal is a temporary connection reject signal, the second temporary signal is a temporary connection setup signal, and the communication controlling method further comprises the step of:
(i) enabling the wireless apparatus to take the second temporary signal as a formal connection setup signal and to transmit a connection setup complete signal to the base station when the wireless apparatus does not receive a connection reject signal during the second waiting duration.
40. The communication controlling method as claimed in claim 37, wherein the first temporary signal is a temporary connection reject signal, the second temporary signal is a temporary connection setup signal, and the communication controlling method further comprises the steps of:
(i) enabling the base station to transmit a connection setup signal to the wireless apparatus during the second waiting duration; and
(j) enabling the wireless apparatus to transmit a connection setup complete signal to the base station.
41. The communication controlling method as claimed in claim 35, wherein the first temporary signal is a temporary connection reject signal, the second temporary signal is a temporary connection setup signal, and the communication controlling method further comprises the step of:
(h) enabling the wireless apparatus to transmit a retransmitted connection request to the base station when the connection response window duration expires if the wireless apparatus does not receive the second temporary signal after the first waiting duration has expired but before the connection response window duration expires.
42. The communication controlling method as claimed in claim 31 wherein the temporary signal is a temporary connection setup signal, and, further comprising the steps of:
(d) enabling the wireless apparatus to initiate a connection response window duration after transmitting the connection request;
(e) enabling the base station to transmit the temporary connection setup signal to the wireless apparatus during the connection response window duration;
(f) enabling the wireless apparatus to initiate the first waiting duration according to the temporary connection setup signal; and
(g) enabling the wireless apparatus to transmit a connection setup complete signal to the base station when the first waiting duration expires.
43. The communication controlling method as claimed in claim 31, wherein the temporary signal is a temporary connection reject signal, and further comprising the steps of:
(d) enabling the base station to transmit the temporary connection reject signal to the wireless apparatus, wherein the temporary connection reject signal carries a listening duration;
(e) enabling the wireless apparatus to enter the first waiting duration after receiving the temporary connection reject signal, wherein the temporary waiting status of the wireless apparatus in the first waiting duration is a power-saving status; and
(f) enabling the wireless apparatus to wait for a connection setup signal from the base station during the listening duration after the first waiting duration.
44. The communication controlling method as claimed in claim 43, further comprising the step of:
(g) enabling the wireless apparatus to transmit a retransmitted connection request to the base station when the listening duration expires if the wireless apparatus does not receive the connection setup signal during the listening duration.
45. The communication controlling method as claimed in claim 43, further comprising the steps of:
(i) enabling the wireless apparatus to initiate a second waiting duration when the listening duration expires if the wireless apparatus does not receive the connection setup signal during the listening duration and receives a connection reject signal from the base station when the listening duration expires, wherein the connection reject signal carries the second waiting duration; and
(j) enabling the wireless apparatus to transmit a retransmitted connection request to the base station when the second waiting duration expires.