Author: claimsbot

1. A mold for a multi-layer container, the mold comprising:
a cold-half portion (I) comprising a cavity; and
a hot-half portion (II) comprising a first resin flow path for connecting an interior of a first injection cylinder to the cavity, a second resin flow path for connecting an interior of a second injection cylinder to the cavity, and a junction portion of the first resin flow path and the second resin flow path,
wherein:
the junction portion in the hot-half portion (II) is positioned upstream of a gate portion opened to the cavity included in the cold-half portion (I); and
the second resin flow path comprises an inhibitor for partially inhibiting a resin flow.
2. The mold according to claim 1,
wherein:
the inhibitor comprises a convex portion in at least one part in the second resin flow path;
a longest portion in a diameter direction and a longest portion in a circumferential tangential direction of a cross-section in a direction vertical to a flow direction of the second resin flow path have a length of a mm and a length of b mm, respectively, a and b satisfying the following relationships
0.01r\u2266a\u22661r\u2003\u2003(Expression 1), and
0.01r\u2266b\u22661r\u2003\u2003(Expression 2); and
r represents a radius (mm) of the second resin flow path.
3. The mold according to claim 1, wherein the inhibitor comprises a convex portion in at least two sites in the second resin flow path.
4. The mold according to claim 3, wherein the convex portion is provided between 0 cm to 5 cm upstream of the junction portion of the first resin flow path and the second resin flow path.
5. The mold according to claim 1, wherein the inhibitor comprises a convex portion in 15 or less sites in the second resin flow path.
6. The mold according to claim 3, wherein the at least two convex portions are provided at a distance identical to or different from each other from the junction portion at which the second resin flow path and the first resin flow path are jointed together.
7. The mold according to claim 2, wherein a shape of the cross-section in the direction vertical to the flow direction of the second resin flow path is selected from the group consisting of a circle, a semicircle, a polygon, a rectangle, a triangle, a quadrangle and a trapezoid.
8. The mold according to claim 1, wherein a shape of the inhibitor is selected from the group consisting of a linear shape, an acicular shape, a rod shape, a plate shape, a columnar shape, a semicolumnar shape, a globular shape, a triangular shape, a pyramidal shape, a rectangular shape, a cubic shape, a conical shape, and a trapezoidal shape.

The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.

1-11. (canceled)
12. A system for detecting and locating a disturbance in a medium, comprising:
means for emitting successive acoustic waves in the medium;
means for receiving the successive acoustic waves after propagation thereof in the medium, configured to supply a reception signal based on the successive acoustic waves received; and
means for detecting and locating the disturbance in the medium on the basis of the reception signal;
wherein the emitting means is configured such that, an amplitude andor phase spectrum of each acoustic wave having, at a specific frequency at least, an amplitude, or phase, varying in the medium according to a specific spatial distribution of the amplitude, or phase, and the spatial distributions of the amplitude, or phase, of the successive acoustic waves are mutually different.
13. A system according to claim 12, wherein the emitting means comprises:
an emitting device comprising first and second acoustic wave sources respectively having first and second radiation patterns, which are concentric and different to each other; and
means for modifying relative weighting of the amplitudes of the acoustic waves of the first and second sources, the successive weightings corresponding to the successive spatial distributions, respectively.
14. A system according to claim 13, wherein each radiation pattern has an axis in the direction whereof it is zero, the axes forming an angle different to zero together.
15. A system according to claim 13, wherein:
each acoustic wave source comprises two piezoelectric transducing elements; and
the emitting means comprises means for polarizing the two piezoelectric transducing elements having two mutually opposite potentials, respectively.
16. A system according to claim 15, wherein the emitting device comprises a piezoelectric element coupled with the medium and four electrodes covering a respective quarter of one face of the piezoelectric element, the two transducing elements of the first source comprising two mutually opposite electrodes, respectively, and the two transducing elements of the second source comprising the two other mutually opposite electrodes, respectively.
17. A system according to claim 12, wherein:
the medium comprises a plate having a contact surface;
the acoustic waves are seismic acoustic waves propagated in the plate; and
the disturbance is a contact on the contact surface.
18. A system according to claim 12, wherein:
the medium comprises a fluid on a surface of a plate;
the acoustic waves are compression acoustic waves propagated in fluid on the surface of the plate; and
the disturbance is presence of an interruption in impedance on the plate surface, or caused by presence of an obstacle.
19. A system according to claim 16, wherein the piezoelectric element comprises a sleeve for emitting the compression acoustic waves.
20. A method for detecting and locating a disturbance in a medium, comprising:
supplying control signals to a device for emitting acoustic waves, so that the emitting device emits successive acoustic waves in the medium;
receiving a reception signal from a device for receiving acoustic waves receiving successive acoustic waves after propagation thereof in the medium; and
detecting and locating the disturbance in the medium on the basis of the reception signal;
wherein the control signals are configured such that, amplitude andor phase spectrum of each acoustic wave having, at a specific frequency at least, an amplitude, or phase, varying in the medium according to a specific spatial distribution of the amplitude, or phase, and the spatial distributions of the amplitude, or phase, of the successive acoustic waves are mutually different.
21. A method for detecting and locating a disturbance in a medium according to claim 20, wherein:
the control signals are supplied intermittently such that mean exposure output, even in the ultrasonic range, remains below 85 dB, with a reference of 2\xb710\u22125 Pa, in air one centimeter from the device for emitting acoustic waves;
the control signals having a specific excitation frequency band; and
the method further comprises, before detecting and locating the disturbance in the medium on the basis of the reception signal:
amplifying the reception signal and converting same by an analog-digital converter, the amplification being configured such that amplitude of the received signal in absence of disturbance reaches full quantification scale of the analog-digital converter; and
performing band-pass filtering of the reception signal, on a frequency band corresponding to the excitation frequency band.
22. A non-transitory computer readable medium including computer-executable instructions executable by a processor, comprising instructions for executing a method for detecting and locating a disturbance in a medium according to claim 20, when executed on a computer.

1. A clamping hanger, comprising:
a base having a substantially planar pressure area;
a clip having a jaw;
pivot means
for coupling the base and the clip to rotate relative to each other around an axis parallel to the pressure area, and
for biasing the clip to rotate the jaw towards the pressure area; and

a latch including a tongue with a hook extending from the base, and a catch lip on the clip, for releaseably limiting rotation of the clip by the means for biasing;
wherein the base further comprises a wire bail for suspending the hanger from an external support.
2. A clamping hanger, comprising:
a base including
means for hanging the hanger from an external support, and
a front surface with
a substantially planar pressure area, and
a latch tongue ending in a latch hook, the latch tongue being made so as to flex;
a clip including
a jaw for opposing the pressure area, and
a lip for catching the latch hook; and

pivot means
for attaching between the base and the clip,
for permitting the clip to rotate with respect to the base around an axis parallel to the pressure area, and
for biasing the jaw towards the pressure area;

wherein when a first force is applied on the lip, the clip rotates so that the lip catches the latch hook and holds the hanger in an open position, and when a second force is applied normal to the latch tongue, the tongue flexes and releases the hook from the lip, and allows the means for biasing to rotate the clip towards a closed position where the jaw is adjacent the pressure area.
3. The hanger of claim 2 wherein
the pivot means for attaching comprises:
first pivot mounting means on the base, and
second pivot mounting means on the clip, and

the pivot means is mounted between the first and second pivot mounting means.
4. A latching, clamping hanger comprising:
a clip portion having
a back surface with
pivot mounting means disposed adjacent a pivot axis, and
a jaw area below the axis; and

a channel through, and bordered by a lip of, the clip portion in a thumb area above the axis;

a base portion having a front surface with
pivot mounting means disposed adjacent the axis,
a pressure area below the axis,
a latch tongue of elastic material which
projects from the front surface,
has a hook extending through the channel,
flexes to catch the hook on the lip, and
flexes in response to a normal pressure to release the hook from the lip; and
pivot means, mounted between the pivot mounting means of the clip portion and the pivot mounting means of the base portion, for biasing the clip portion and the base portion to rotate around the pivot axis to move the jaw area and the pressure area together.
5. A hanger as in claim 4 wherein the latch tongue is formed in one piece with the base portion.
6. A clamping hanger, comprising:
a base having a substantially planar pressure area;
a clip having a jaw;
pivot means
for coupling the base and the clip to rotate relative to each other around an axis parallel to the pressure area, and
for biasing the clip to rotate the jaw towards the pressure area;

the clip being coupled to only one pivot means; and
a latch including a tongue with a hook extending from the base, the tongue including at least three portions:
a first portion oriented at approximately a right angle to the base, and anchoring the tongue to the base;
a second portion having a U-shape and being connected at a first end of the U to the first portion; and
a third portion connected to a second end of the U, extending approximately perpendicularly from the pressure area of the base, and ending as the hook;
the first, second, and third portions of the tongue being formed integrally as one piece of flexible elastic material; and

a catch lip on the clip, for releaseably limiting rotation of the clip by the means for biasing.

The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.

What is claimed is:

1. A method of preventing interference of adjacent frequencies wherein two cellular systems comprising a plurality of base stations and at least one mobile station utilizing frequency bands adjacent to each other for an uplink channel are provided in a same service area, and signal for the uplink channel used by a mobile station of one cellular system may cause interference of adjacent frequencies to a base station of the other cellular system, said method comprising the steps of:
at the mobile station of said one cellular system:
measuring a received power of signals transmitted from the base station of the other cellular system; and

at the base station and the mobile station of said one cellular system:
if the measured value is larger than a threshold value, using a carrier frequency that is not adjacent to that of said other cellular system as a carrier frequency of an uplink channel.
2. The method according to claim 1, wherein said threshold value is determined depending on the amount of suppression of leakage power to an adjacent frequency of said mobile station.
3. The method according to claim 1, wherein said threshold value is determined depending on the received power of the transmitting signals transmitted from said base station of said one cellular system.
4. The method according to claim 1, wherein said threshold value is determined depending on a difference between a transmission power of the transmitting signals transmitted from a base station from which a channel is established to said mobile station and transmission power of transmitting signals transmitted from a base station of the other cellular system.
5. A method of preventing interference of adjacent frequencies wherein two cellular systems comprising a plurality of base stations and at least one mobile station utilizing frequency bands adjacent to each other for an uplink channel are provided in a same service area, and signal for the uplink channel used by a mobile station of one cellular system may cause interference of adjacent frequencies to a base station of the other cellular system, said method comprising the steps of:
at the mobile station of said one cellular system:
using preferentially a carrier frequency that is not adjacent to a carrier frequency of the uplink channel used by the other cellular system when a signal for the downlink channel is continuously received;
measuring a received power of signals transmitted from a base station of the other cellular system when a signal of the downlink channel is intermittently received; and

at the base station and the mobile station of said one cellular system:
if the measured value is larger than a threshold value, using a carrier frequency that is not adjacent to that of said other cellular system as a carrier frequency of an uplink channel.
6. A method of preventing interference of adjacent frequencies wherein two cellular systems comprising a plurality of base stations and at least one mobile station utilizing frequency bands adjacent to each other for an uplink channel are provided in a same service area, and signal for the uplink channel used by a mobile station of one cellular system may cause interference of adjacent frequencies to a base station of the other cellular system, said method comprising the steps of:
at the mobile station of said one cellular system:
measuring a received power of signals transmitted from said base stations of the other cellular system;

at the base station and the mobile station of said one cellular system:
determining from the measured value an upper value of a transmission power to limit the interference of adjacent frequencies below a permissible level; and
if said upper level is below a transmission power in the case of SIR at the base station of said one cellular system being a target value, using a carrier frequency that is not adjacent to that of said other cellular system as a carrier frequency of an uplink channel.
7. A method of preventing interference of adjacent frequencies wherein two cellular systems comprising a plurality of base stations and at least one mobile station utilizing frequency bands adjacent to each other for an uplink channel are provided in a same service area, and signal for the uplink channel used by a mobile station of one cellular system may cause interference of adjacent frequencies to a base station of the other cellular system, said method comprising the steps of:
at said mobile station of said one cellular system:
measuring a received power of signals transmitted from the base station of the other cellular system;

at the base station and the mobile station of said one cellular system:
if the measured value is larger than a first threshold value, using a carrier frequency that is not adjacent to that of said other cellular system; and
if the measured value is smaller than or equal to a second threshold value which is smaller than said first threshold value, using a carrier frequency that is adjacent to that of said other cellular system as a carrier frequency of an uplink channel.
8. The method according to claim 7, wherein said first threshold value is determined based on a difference between a transmission power of signals transmitted from a base station from which a channel is established to said mobile station and a transmission power of signals transmitted from a base station of said other cellular system.
9. The method according to claim 7, wherein said first threshold value is determined based on a received power of signals transmitted from a base station of said one cellular system.
10. A method of preventing interference of adjacent frequencies wherein two cellular systems comprising a plurality of base stations and at least one mobile station utilizing frequency bands adjacent to each other for an uplink channel are provided in a same service area, and signal for the uplink channel used by a mobile station of one cellular system may cause interference of adjacent frequencies to a base station of the other cellular system, said method comprising the steps of:
at said mobile station of said one cellular system:
estimating a speed with which said mobile station is on the move; and

at the base station and the mobile station of said one cellular system:
if the estimated movement speed is larger than a threshold speed, using a carrier frequency that is not adjacent to that of said other cellular system as a carrier frequency of an uplink channel.
11. The method according to claim 10, wherein said step of estimating a speed includes the steps of obtaining median of a received power of a perch channel transmitted from the base station, and counting the number of times that the value of said received power crosses said median for a certain period of time.
12. The method according to claim 1, wherein said step of measuring a received power includes the step of measuring a received power of signals transmitted from said base station of the other cellular system, using information, transmitted from the base station of same cellular system, of central frequencies of signals for the downlink channel used by a base station of the other cellular system.
13. The method according to claim 1, wherein said step of measuring a received power includes the step of measuring a received power of signals transmitted from said base station of the other cellular system, using information, possessed forehand by said mobile station, of central frequencies of signals for the downlink channel used by a base station of the other cellular system.
14. The method according to claim 1, wherein said one cellular system is a micro-structured cellular system in which the transmission power of each base station is smaller than a predetermined value, and the other cellular system is a macro-structured cellular system in which the transmission power of each base station is larger than said predetermined value.
15. The method according to claim 1, wherein said one cellular system is a macro-structured cellular system in which the transmission power of each base station is larger than a predetermined value, and the other cellular system is a micro-structured cellular system in which the transmission power of each base station is smaller than said predetermined value.
16. A method of preventing interference of adjacent frequencies wherein two cellular systems comprising a plurality of base stations and at least one mobile station utilizing frequency bands adjacent to each other for an uplink channel are provided in a same service area, and signal for the uplink channel used by a mobile station of one cellular system may cause interference of adjacent frequencies to a base station of the other cellular system, said method comprising the steps of:
at the mobile station of said one cellular system:
measuring a received power of signals transmitted from the base station of the other cellular system in which a carrier frequency adjacent to a carrier frequency of said other cellular system is allocated as a carrier frequency of an uplink channel; and

at the base station and the mobile station of said one cellular system:
if the measured value is larger than a threshold value, using a carrier frequency that is not adjacent to that of said other cellular system as a carrier frequency of an uplink channel.
17. A method of preventing interference of adjacent frequencies wherein two cellular systems comprising a plurality of base stations and at least one mobile station utilizing frequency bands adjacent to each other for a downlink channel are provided in a same service area, and signal for the downlink channel used by a base station of one cellular system may cause interference of adjacent frequencies to a mobile station of the other cellular system, said method comprising the steps of:
at the mobile station of said other cellular system:
measuring a received power of signals transmitted from the base station of said one cellular system; and

at the base station and the mobile station of said other cellular system:
if the measured value is larger than a threshold value, using a carrier frequency that is not adjacent to that of said one cellular system as a carrier frequency of a downlink channel.
18. The method according to claim 1, wherein said step of measuring a received power includes the step of measuring a perch channel in signals transmitted from the base station of the other cellular system.
19. The method according to claim 1, wherein said step of using a carrier frequency includes a step of using a carrier frequency not adjacent to a carrier frequency of downlink channel of the other cellular system as a carrier frequency of a downlink channel, if said mobile station and said base station use a carrier frequency not adjacent to a carrier frequency of the other cellular system as a carrier frequency of an uplink channel.
20. A method of preventing interference of adjacent frequencies in a cellular system comprising the steps of:
at the mobile station:
measuring received power of the carrier frequencies directed in the carrier selection rule information at the time the mobile station starts communication with the base station;
reporting the measurement result to the base station using a non-adjacent carrier frequency that is not adjacent to the carrier frequency paired with the measured carrier frequency;

at the base station:
receiving the measurement result from the mobile station;
selecting a non-adjacent carrier frequency if the measured received power is larger than a threshold value and selecting an available carrier frequency if the measured received power is equal to or smaller than the threshold value;
sending a call-setup direction, and informing the mobile station of the selected carrier frequency;

at the mobile station:
starting communication using the selected carrier frequency;
measuring received power of carrier frequencies as directed in the carrier selection rule information at a certain time interval, and reporting the measurement result to the base station;

at the base station:
receiving the measurement result from the mobile station;
selecting a non-adjacent carrier frequency, and informing the mobile station of an inter-frequency handover direction, if the measured received power is larger than the threshold value and the mobile station is using an adjacent carrier frequency that is adjacent to the carrier frequencies paired with the measured carrier frequencies; and

at the mobile station:
starting inter-frequency handover to the selected carrier frequency.
21. A method of preventing interference of adjacent frequencies wherein two cellular systems comprising a plurality of base stations and at least one mobile station utilizing frequency bands adjacent to each other for an uplink channel are provided in a same service area, and signal for the uplink channel used by a mobile station of one cellular system may cause interference of adjacent frequencies to a base station of the other cellular system, said method comprising the steps of:
at the mobile station of said one cellular system:
measuring a received power of a transmission signals transmitted from a base station of the other cellular system and transmitting a measured value of the received power to a base station of said one cellular system;

at said base station which said measured value is transmitted to:
selecting a carrier frequency that is not adjacent to that of said other cellular system if said measured value is larger than a threshold value and reporting said selected carrier frequency to said mobile station; and

at the mobile station of the one cellular system:
using said reported carrier frequency for an uplink channel.
22. The method according to claim 21, wherein said threshold value is determined depending on the amount of suppression of leakage power to an adjacent frequency of said mobile station.
23. The method according to claim 21, wherein further comprising the steps of:
at said mobile station of said cellular system:
measuring a received power of transmission signals transmitted from a base station of said one cellular system:
transmitting said measured value to said base station of said one cellular system;
at said base station of said one cellular system:
determining said threshold value based on said measured value.
24. The method according to claim 21, wherein said threshold value is determined depending on a difference between a transmission power of signals transmitted from a base station from which a channel is established to said mobile station and transmission power of signals transmitted from a base station of the other cellular system.
25. A method of preventing interference of adjacent frequencies wherein two cellular systems comprising a plurality of base stations and at least one mobile station utilizing frequency bands adjacent to each other for an uplink channel are provided in a same service area, and signal for the uplink channel used by a mobile station of one cellular system may cause interference of adjacent frequencies to a base station of the other cellular system, said method comprising the steps of:
at said mobile station:
measuring a received power Qp1 of a downlink carrier frequency of said one cellular system, and measuring a received power Qp2 of a downlink carrier frequency of the other cellular system; and
if a difference between the received power Qp1 and the received power Qp2 is larger than a threshold value, using a carrier frequency not adjacent to a carrier frequency of the other cellular system, as a carrier frequency of an uplink channel.
26. The method according to claim 25, wherein said step of using a carrier frequency includes a step of using a carrier frequency which is not adjacent to a carrier frequency of said other cellular system as a carrier frequency of a downlink channel, if said mobile station selects a carrier frequency not adjacent to a carrier frequency of said other cellular system as a carrier frequency of an uplink channel.
27. A method of preventing interference of adjacent frequencies wherein two cellular systems comprising a plurality of base stations and at least one mobile station utilizing frequency bands adjacent to each other for an uplink channel are provided in a same service area, and signal for the uplink channel used by a mobile station of one cellular system may cause interference of adjacent frequencies to a base station of the other cellular system, said method comprising the steps of:
at said mobile station:
if said mobile station is using a carrier frequency adjacent to a carrier frequency of said other cellular system as a carrier frequency of an uplink channel, measuring a received power Qp1 of a downlink carrier frequency of said one cellular system, and measuring a received power Qp2 of a downlink carrier frequency of the other cellular system; and
if a difference between the received power Qp1 and the received power Qp2 is larger than a threshold value, changing a carrier frequency of uplink channel to a carrier frequency not adjacent to a carrier frequency of the other cellular system.
28. The method according to claim 27, wherein said step changing a carrier frequency of uplink channel includes a step of;
if a carrier frequency of an uplink channel is changed to a non-adjacent carrier frequency which is not adjacent to a carrier frequency of the other cellular system, when a carrier frequency adjacent to the carrier frequency of the other cellular system is used as a carrier frequency of a downlink channel, said mobile station changing also a carrier frequency of the downlink channel to a non-adjacent frequency not adjacent to a carrier frequency of the cellular system.
29. A cellular system comprising:
a plurality of base stations; and
at least one mobile station for establishing an uplink channel and a downlink channel with one or more base stations to communicate therewith, measuring a received power of signals transmitted from a base station of another cellular system, and when the measured value is larger than a threshold value, using a carrier frequency not adjacent to that of the other cellular system as a carrier frequency of an uplink channel.
30. The cellular system according to claim 29, wherein said threshold value is determined depending on a amount of suppression of leakage power to an adjacent frequency of said mobile station.
31. The cellular system according to 29, wherein said threshold value is determined depending on the received power of the transmitting signals transmitted from said base station from which a channel is established to said mobile station.
32. The cellular system according to claim 29, wherein information of central frequencies of signals for the downlink channel used by a base station of the other cellular system is reported to said mobile station from a base station from which a channel is established to said mobile station.
33. The cellular system according to claim 29, wherein said threshold value is determined depending on a difference between a transmission power of transmitting signals transmitted from a base station from which a channel is established to said mobile station and a transmission power of transmitting signals transmitted from a base station of the other cellular system.
34. A cellular system comprising:
a plurality of base stations; and
at least one mobile station for establishing an uplink channel and a downlink channel with one or more base stations to communicate therewith, using a carrier frequency not adjacent to a carrier frequency of another cellular system preferentially at a time of receiving the downlink channel continuously as a carrier frequency of an uplink channel, measuring a received power of transmitting signals transmitted from a base station of the other cellular system at a time of receiving the downlink channel intermittently, and if the measured value of the received power is larger than a threshold value, using a carrier frequency not adjacent to that of said other cellular system as a carrier frequency of an uplink channel.
35. A cellular system comprising:
a plurality of base stations; and
at least one mobile station for establishing an uplink channel and a downlink channel with one or more base stations to communicate therewith; measuring a received power of transmitting signals transmitted from a base station of another cellular system; obtaining an upper limit value of a transmission power which allows an interference of adjacent frequencies to be equal to or less than an allowable value based on a measured value of the received power; and if the upper limit value of the transmission power is equal to or less than a received power value at a time when a SIR in said base station is an target value, using a carrier frequency not adjacent to a carrier frequency of said other cellular system as a carrier frequency of an uplink channel.
36. A cellular system comprising:
a plurality of base stations; and
at least one mobile station for establishing an uplink channel and a downlink channel with one or more base stations to communicate therewith; measuring a received power of transmitting signals transmitted from a base station of another cellular system; if the measured value of the received power is larger than a first threshold value, using a carrier frequency not adjacent to that of said other cellular system as a carrier frequency of an uplink channel; and if the measured value of the received power is equal to or less than a second threshold value smaller than said first threshold value, using a carrier frequency adjacent to that of said other cellular system as a carrier frequency of an uplink channel.
37. The cellular system according to claim 36, wherein said first threshold value is determined depending on a difference between a transmission power of transmitting signals transmitted from a base station from which a channel is established to said mobile station and a transmission power of transmitting signals transmitted from a base station of said other cellular system.
38. The cellular system according to 36, wherein said first threshold value is determined depending on the received power of the transmitting signals transmitted from said base station from which a channel is established to said mobile station.
39. The cellular system according to claim 29, wherein using information of central frequencies of signals for the downlink channel used by a base station of the other cellular system, the information reported from the base station of a cellular system to which said mobile station belongs, said mobile station measures a received power of a transmission power of transmitting signals transmitted from said base station of the other cellular system.
40. The cellular system according to claim 29, wherein said mobile station measures a received power of transmitting signals transmitted from said base station of another cellular system, using information, possessed forehand by said mobile station, of central frequencies of signals for the downlink channel used by a base station of the other cellular system.
41. A cellular system comprising:
a plurality of base stations; and
at least one mobile station for establishing an uplink channel and a downlink channel with one or more base stations to communicate therewith, estimating a movement speed and if the movement speed is larger than a certain threshold speed, using a carrier frequency not adjacent to that of said other cellular system as a carrier frequency of an uplink channel.
42. The cellular system according to claim 41, wherein said mobile station obtains a median of a received power of a perch channel transmitted from the base station, and counts the number of times that the value of said received power crosses said median for a certain period of time, thereby estimating the movement speed.
43. A cellular system comprising:
a plurality of base stations; and
at least one mobile station for establishing an uplink channel and a downlink channel with one or more base stations to communicate therewith; measuring a received power of only a perch channel in transmitting signals transmitted from a base station other than a base station in which a carrier frequency adjacent to a carrier frequency of a signal for the uplink channel is not used among base stations of another cellular system; and if a measured value of the received power is larger than a threshold value, using a carrier frequency not adjacent to that of the other cellular system as a carrier frequency of an uplink channel.
44. A cellular system comprising:
a plurality of base stations; and
at least one mobile station for establishing an uplink channel and a downlink channel with one or more base stations to communicate therewith; measuring a received power of transmitting signals transmitted from a base station of another cellular system; and if the measured value of the received power is larger than a threshold value, using a carrier frequency not adjacent to that of the other cellular system as a carrier frequency of a downlink channel.
45. The cellular system according to claim 29, wherein said mobile station measures a received power of a perch channel in transmitting signals transmitted from a base station.
46. The cellular system according to claim 29, wherein when said mobile station uses a carrier frequency not adjacent to that of the other cellular system as a carrier frequency of an uplink channel, said mobile station uses a carrier frequency not adjacent to that of the other cellular system as a carrier frequency of a downlink channel.
47. A cellular system comprising:
at least one mobile station for measuring a received power of transmitting signals transmitted from a base station of another cellular system; transmitting the measured value of the received power to a base station constituting a cellular system together with said mobile station; and when a carrier frequency to be used is informed from the base station, using the carrier frequency reported as a carrier frequency of the uplink channel; and
a plurality of base stations for selecting a carrier frequency not adjacent to that of the other cellular system, if the measured value of the received power is larger than a threshold value, and informing said mobile station of the selected carrier frequency.
48. The cellular system according to claim 47, wherein said threshold value is determined depending on the amount of suppression of leakage power to an adjacent frequency of said mobile station.
49. The cellular system according to claim 47, wherein said mobile station measures a received power of transmitting signals transmitted from a base station consisting a cellular system together with said mobile station, and sends the measured value of the received power to the base station constituting a cellular system together with said mobile station; and said threshold value is determined depending on the measured value.
50. The cellular system according to claim 47, wherein information of central frequencies of signals for the downlink channel used by a base station of the other cellular system is reported to said mobile station from a base station constituting a cellular system together with said mobile station.
51. The cellular system according to claim 47, wherein said threshold value is determined depending on a difference between a transmission power of transmitting signals transmitted from a base station from which a channel is established to said mobile station and a transmission power of transmitting signals transmitted from a base station of the other cellular system.
52. A cellular system comprising:
a plurality of base stations; and
at least one mobile station for establishing an uplink channel and a downlink channel with one or more base stations to communicate therewith; measuring a received power Qp1 of a carrier frequency as an allocation candidate of a downlink channel; measuring a received power Qp2 of a carrier frequency of a downlink channel of another cellular system; and if a difference between the received power Qp1 and the received power Qp2 is larger than a threshold value, using a carrier frequency not adjacent to a carrier frequency of the other cellular system, as a carrier frequency of an uplink channel.
53. The cellular system according to claim 52, wherein if said mobile station uses a carrier frequency not adjacent to that of the other cellular system as a carrier frequency of an uplink channel, said mobile station does not use the carrier frequency adjacent to a carrier frequency of the other cellular system as a carrier frequency of a downlink channel.
54. A cellular system comprising:
a plurality of base stations; and
at least one mobile station for establishing an uplink channel and a downlink channel with one or more base stations to perform communication therewith; when the communication is performed using a carrier frequency adjacent to a carrier frequency of another cellular system as a carrier frequency of an uplink channel, measuring a received power Qp1 of a carrier frequency used for the downlink channel; measuring a received power Qp2 of a carrier frequency of a downlink channel of the other cellular system; and if a difference between the received power Qp1 and the received power Qp2 is larger than a threshold value, changing the carrier frequency of the uplink channel to a carrier frequency not adjacent to that of the other cellular system.
55. The cellular system according to claim 54, wherein when a carrier frequency of the uplink channel is changed to a non-adjacent carrier frequency which is not adjacent to a carrier frequency of the other cellular system, if said mobile station uses a carrier frequency adjacent to that of the other cellular system as a carrier frequency of a downlink channel, said mobile station changes also a carrier frequency of the downlink channel to a carrier frequency not adjacent to that of the other cellular system.