Author: claimsbot

1. A system for producing various optical members to be used by being attached to eyeglasses for assisting a function the eyeglasses, comprising:
a terminal device that transmits an ordering data for ordering an optical member based on eyeglasses information relating to the eyeglasses;
a processing data calculating device that calculates a processing data for three-dimensionally processing the optical member based on the ordering data transmitted by the terminal device; and
a work instructing device that performs a work instruction relating to three-dimensional processing of the optical member based on the processing data calculated by the processing data calculating device.
2. A system for producing an auxiliary optical member for eyeglasses according to claim 1, wherein
the work instructing device performs an instruction as to a mold to be used upon hot molding the optical member as a work instruction relating to the three-dimensional processing of the optical member.
3. A system for producing an auxiliary optical member for eyeglasses according to claim 2, wherein
the mold to be used is selected based on a shape of a surface curve of an eyeglasses lens in the eyeglasses.
4. A system for producing an auxiliary optical member for eyeglasses according to claim 1, wherein
the eyeglasses information relating to the eyeglasses includes information from which a shape of an eyeglasses lens to be used for the eyeglasses is known.
5. A system for producing an auxiliary optical member for eyeglasses according to claim 1, wherein
the processing data includes a data used commonly for a work instruction relating to processing of the optical member and a work instruction relating to processing of the eyeglasses.
6. A system for producing an auxiliary optical member for eyeglasses according to claim 1, wherein
the processing data includes at least one of a functional film selection data for selecting a functional film used for the optical member, a lens selection data for selecting an eyeglasses lens used for the eyeglasses, and a lens shape processing data for processing the eyeglasses lens so as to conform to a shape of an eyeglasses frame.
7. A system for producing an auxiliary optical member for eyeglasses according to claim 1, wherein
the processing data includes a fixing member selection data for performing an work instruction relating to processing for fitting, to the optical member, a fixing member to be used when attaching the optical member to the eyeglasses.
8. A system for producing an auxiliary optical member for eyeglasses according to claim 1, wherein
the optical member is any one of a colored clip-on member for allowing a lens of the eyeglasses to be used as a colored lens, a polarization clip-on member having a polarizing effect, and a correction clip-on member that corrects degree of the eyeglasses.
9. A computer readable computer program product, comprising:
a program that is adapted to be used in the processing data calculating device in the system for producing an auxiliary optical member for eyeglasses according to claim 1, and that is adapted to calculate the processing data based on the ordering data.
10. A method of producing various optical members to be used by being attached to eyeglasses for assisting a function of the eyeglasses, comprising:
transmitting an ordering data for ordering an optical member based on eyeglasses information relating to the eyeglasses;
calculating a processing data for three-dimensionally processing the optical member based on the ordering data; and
performing a work instruction relating to three-dimensional processing of the optical member based on the processing data.

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 method for dynamically adjusting an aggregated maximum bit rate (AMBR), comprising:
determining whether a change in the AMBR currently applicable to a first network component should be requested; and
if a change in the AMBR is requested, the first network component recommending to a second network component an adjusted AMBR.
2. The method of claim 1, wherein:
when a first bandwidth consumed by the first network component differs from a bandwidth specified in the AMBR currently applicable to the first network component, the first network component recommending to the second network component the adjusted AMBR which is substantially similar to the first bandwidth;
when the recommended adjusted AMBR is less than an AMBR currently applicable to the second network component, the first network component and the second network component using the recommended adjusted AMBR; and
when the recommended adjusted AMBR is greater than the AMBR currently applicable to the second network component and where the second network component has available bandwidth, the second network component increasing the second network component’s current AMBR and the first network component using the second network component’s increased AMBR.
3. The method of claim 2, wherein the first network component recommends the adjusted AMBR when a first bandwidth utilized by the first network component exceeds a threshold related to the current AMBR.
4. The method of claim 2, wherein the first network component recommends the adjusted AMBR when a first bandwidth fails to meet a threshold related to the current AMBR.
5. The method of claim 2, wherein the first network component and the second network component are each one of:
an enhanced node B;
a packet data network gateway; and
a policy control and charging rules function.
6. The method of claim 2, wherein the AMBR is adjusted at periodic intervals.
7. The method of claim 2, wherein the second network component adjusts its current AMBR upward to a level substantially similar to, but not greater than, the recommended adjusted AMBR.
8. The method of claim 1, further comprising:
initializing the AMBR with a user equipment (UE) subscribed static AMBR; and
updating the AMBR in real-time based on a real-time bandwidth utilization threshold trigger.
9. The method of claim 1, further comprising:
real-time updating the AMBR; and
sending the updated AMBR between the first network component and a second network component for non-guaranteed bit rate quality of service enforcement, and wherein the first network component is one of a packet data network component or a policy control and charging rules function component, and wherein the second network component is an enhanced node B.
10. A system for specifying a dynamic aggregated maximum bit rate (AMBR), comprising:
a processor configured to determine whether a change in the AMBR currently applicable to a first network component should be requested; and
wherein if a change in the AMBR is requested, the processor configured to promote the first network component recommending to a second network component an adjusted AMBR.
11. The system of claim 10, wherein:
the first network component configured to observe a first bandwidth consumed by the first network component and further configured, when the first bandwidth differs from a bandwidth specified in the AMBR currently applicable to the first network component, to recommend to the second network component the adjusted AMBR which is substantially similar to the first bandwidth, the first network component and the second network component configured to use the recommended adjusted AMBR when the recommended adjusted AMBR is less than an AMBR currently applicable to the second network component, the first network component and the second network component further configured to negotiate a new adjusted AMBR when the recommended adjusted AMBR is greater than the AMBR currently applicable to the second network component.
12. The system of claim 10, wherein the negotiation of the new adjusted AMBR comprises the second network component adjusting its currently applicable AMBR upward, the second network component informing the first network component of the upwardly adjusted AMBR, and the first network component using the upwardly adjusted AMBR.
13. The system of claim 10, wherein the first network component recommends the adjusted AMBR when a first bandwidth utilized by the first network component exceeds a threshold related to the current AMBR
14. The system of claim 10, wherein the first network component recommends the adjusted AMBR when a first bandwidth utilized by the first network component fails to exceed a threshold related to the current AMBR.
15. The system of claim 11, wherein the first network component and the second network component are each one of:
an enhanced node B;
a packet data network gateway; and
a policy control and charging rules function.
16. The system of claim 11, wherein the AMBR is adjusted at periodic intervals.
17. The system of claim 12, wherein the second network component adjusts its currently applicable AMBR upward to a level as close as possible to, but not greater than, the recommended adjusted AMBR.

1. A wiring fixture comprising:
a base unit to be mounted on a predetermined mounting position;
a functional unit removably disposed and electrically connected to the base unit; and
the base unit having a connecting body including a connecting section for connecting a first line from a control section of an electric device,

wherein, the connecting body is rotatably disposed to the base unit so that the connecting section not only faces in a mounting direction of the base unit but also faces in a direction different from the mounting direction of the base unit.
2. The wiring fixture of claim 1, wherein the base unit has the connecting body, a first connecting section and a first contact-point section, whereas the functional unit has a second connecting section that connects to the first connecting section and a second contact-point section that connects to the first contact-point section, the first connecting section is connected to the second connecting section and the first contact-point section is connected to the second contact-point section.
3. The wiring fixture of claim 2, wherein a line led from the connecting section is connected to the first contact-point section, and a second line led from the electric device is connected to the second contact-point section.
4. The wiring fixture of claim 1, wherein the connecting body is rotatably disposed to the base unit so that the connecting section faces in a different direction substantially perpendicular to the mounting direction of the base unit.
5. The wiring fixture of claim 1,
wherein,
the base unit has a case in which a pair of locking structures having a lock plate is oppositely disposed;
the lock plate is bent in a middle so as to have both ends extending in a same direction from the middle, the lock plate is urged toward outside the base unit and the both ends of the lock plate are exposed outside from a side surface of the case of the base unit;
the functional unit contains a case having an insertion opening through which the case of the base unit is inserted,
an engagement section is formed inside a side surface of the case of the functional unit so as to correspond to a first end that is situated farther from the mounting position in the both ends, the engagement section has a substantially triangular shape in section with a base of the triangle disposed on a side opposite to the insertion opening; and
attaching the case of the base unit to the case of the functional unit and then fitting the first end with the engagement section completes connection of the base unit and the functional unit.
6. The wiring fixture of claim 5, wherein pushing force of the lock plate to a second end that is situated closer to the mounting position in the both ends allows the first end to go backward in engagement with the second end, by which the first end is removed from the engagement section.
7. A surveillance camera device comprising:
a wiring fixture including:
a base unit to be mounted on a predetermined mounting position;
a functional unit being removably disposed and electrically connected to the base unit; and
the base unit having a connecting body including a connecting section for connecting a first line from a control section of the surveillance camera; and

a surveillance camera disposed to the functional unit of the wiring fixture,

wherein, the connecting body is rotatably disposed to the base unit so that the connecting section not only faces in a mounting direction of the base unit but also faces in a direction different from the mounting direction of the base unit.
8. The surveillance camera device of claim 7, wherein the base unit has the connecting body, a first connecting section and a first contact-point section, whereas the functional unit has a second connecting section that connects to the first connecting section and a second contact-point section that connects to the first contact-point section, the first connecting section is connected to the second connecting section and the first contact-point section is connected to the second contact-point section.
9. The surveillance camera device of claim 8, wherein a line led from the connecting section is connected to the first contact-point section, and a second line led from the surveillance camera is connected to the second contact-point section.
10. The surveillance camera device of claim 7, wherein the connecting body is rotatably disposed to the base unit so that the connecting section faces in a different direction substantially perpendicular to the mounting direction of the base unit.
11. The surveillance camera device of claim 7,
wherein,
the base unit has a case in which a pair of locking structures having a lock plate is oppositely disposed;
the lock plate is bent in a middle so as to have both ends extending in a same direction from the middle, the lock plate is urged toward outside the base unit and the both ends of the lock plate are exposed outside from a side surface of the case of the base unit;
the functional unit contains a case having an insertion opening through which the case of the base unit is inserted,
an engagement section is formed inside a side surface of the case of the functional unit so as to correspond to a first end that is situated farther from the mounting position in the both ends, the engagement section has a substantially triangular shape in section with a base of the triangle disposed on a side opposite to the insertion opening; and
attaching the case of the base unit to the case of the functional unit and then fitting the first end with the engagement section completes connection of the base unit and the functional unit.
12. The surveillance camera device of claim 11, wherein pushing force of the lock plate to a second end, which is situated closer to the mounting position in the both ends, allows the first end to go backward in engagement with the second end, by which the first end is removed from the engagement section.
13. The wiring fixture of claim 2,
wherein
the base unit has a case in which a pair of locking structures having a lock plate is oppositely disposed;
the lock plate is bent in a middle so as to have both ends extending in a same direction from the middle the lock plate is urged toward outside the base unit and the both ends of the lock plate are exposed outside from a side surface of the case of the base unit;
the functional unit contains a case having an insertion opening through which the case of the base unit is inserted,
an engagement section is formed inside a side surface of the case of the functional unit so as to correspond to a first end that is situated farther from the mounting position in the both ends the engagement section has a substantially triangular shape in section with a base of the triangle disposed on a side opposite to the insertion opening; and
attaching the case of the base unit to the case of the functional unit and then fitting the first end with the engagement section completes connection of the base unit and the functional unit.
14. The wiring fixture of claim 3,
wherein
the base unit has a case in which a pair of locking structures having a lock plate is oppositely disposed;
the lock plate is bent in a middle so as to have both ends extending in a same direction from the middle the lock plate is urged toward outside the base unit and the both ends of the lock plate are exposed outside from a side surface of the case of the base unit;
the functional unit contains a case having an insertion opening through which the case of the base unit is inserted,
an engagement section is formed inside a side surface of the case of the functional unit so as to correspond to a first end that is situated farther from the mounting position in the both ends, the engagement section has a substantially triangular shape in section with a base of the triangle disposed on a side opposite to the insertion opening; and
attaching the case of the base unit to the case of the functional unit and then fitting the first end with the engagement section completes connection of the base unit and the functional unit.
15. The surveillance camera device of claim 8
wherein,
the base unit has a case in which a pair of locking structures having a lock plate is oppositely disposed;
the lock plate is bent in a middle so as to have both ends extending in a same direction from the middle, the lock plate is urged toward outside the base unit and the both ends of the lock plate are exposed outside from a side surface of the case of the base unit;
the functional unit contains a case having an insertion opening through which the case of the base unit is inserted
an engagement section is formed inside a side surface of the case of the functional unit so as to correspond to a first end that is situated farther from the mounting position in the both ends the engagement section has a substantially triangular shape in section with a base of the triangle disposed on a side opposite to the insertion opening; and
attaching the case of the base unit to the case of the functional unit and then fitting the first end with the engagement section completes connection of the base unit and the functional unit.
16. The surveillance camera device of claim 9
wherein
the base unit has a case in which a pair of locking structures having a lock plate is oppositely disposed;
the lock plate is bent in a middle so as to have both ends extending in a same direction from the middle the lock plate is urged toward outside the base unit and the both ends of the lock plate are exposed outside from a side surface of the case of the base unit;
the functional unit contains a case having an insertion opening through which the case of the base unit is inserted,
an engagement section is formed inside a side surface of the case of the functional unit so as to correspond to a first end that is situated farther from the mounting position in the both ends the engagement section has a substantially triangular shape in section with a base of the triangle disposed on a side opposite to the insertion opening; and
attaching the case of the base unit to the case of the functional unit and then fitting the first end with the engagement section completes connection of the base unit and the functional unit.

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 modular climbing volume having an enclosed space for attaching to a climbing wall or frame, comprising at least two panels, one of which is a mounting panel for removeably securing the climbing volume to the climbing wall or frame;
said at least two panels each comprising one or more connecting edges, each panel removeably secured to at least one other of the at least two panels to form a pair of adjoining panels,
wherein the panels of each pair of adjoining panels define an interior angle \u03b1 therebetween,
wherein the connecting edges of each pair of adjoining panels are bevelled at a bevel angle \u03b8 that is substantially one half of the interior angle \u03b1, and
wherein when said at least two panels are connected along their connecting edges, the panels form the volume.
2. The modular climbing volume of claim 1, wherein the mounting panel further comprises a flat mounting profile for engaging the climbing wall or frame.
3. The modular climbing volume of claim 1, further comprising at least one angled bracket having an bracket angle \u03b2 that is substantially equal to the interior angle \u03b1.
4. The modular climbing volume of claim 1, further comprising hold openings in at least one of said at least two panels for removeably securing a climbing hold thereto.
5. The modular climbing volume of claim 1, wherein the mounting panel further comprises attachment openings for removeably securing the volume to the climbing wall.
6. The modular climbing volume of claim 1, further comprising extensions for extending the climbing volume or interconnecting the climbing volume with another climbing volume removeably secured to the climbing wall or frame.
7. The modular climbing volume of claim 6, wherein the extensions further comprise a plurality of extension panels, each extension panel having bevelled connecting edges.
8. A method of installing a complete climbing volume having an enclosed space on a climbing wall or frame comprising:
pre-fabricating at least two panels, one of which is a mounting panel, and each of the at least two panels having at least one bevelled connecting edge for removeably securing the panels to at least one other of said at least two panels to form a pair of adjoining panels;
pre-fabricating a plurality of fastening means for removeably securing each panel of each pair of adjoining panels to one another; and
assembling said at least two panels together to form the complete climbing volume.
9. The method claim of claim 8, wherein the panels of each pair of adjoining panels in the modular climbing volume form an interior angle \u03b1 and pre-fabricating the at least two panels further comprises:
calculating an interior angle \u03b1;
determining a bevel angle \u03b8 for each panel of the pair of adjoining panels; and
bevelling the connecting edges of each panel of each pair of adjoining panels to bevel angle \u03b8.
10. The method of claim 8, wherein pre-fabricating of the plurality of fastening means further comprises pre-fabricating a bracket for each pair of adjoining panels that has a bracket angle \u03b2 that is substantially the same as the interior angle \u03b1.
11. The method of claim 8, wherein assembling the at least two panels together to form the complete climbing volume further comprises:
removeably securing the mounting panel to the climbing wall or frame; and
removeably securing the other of the at least two panels to the mounting panel.
12. The method of claim 8, wherein when the at least two panels are three or more panels, further comprising:
removeably securing the mounting panel to a second panel of the three or more panels, forming an incomplete climbing volume;
removeably securing the incomplete climbing volume to the climbing wall or frame; and
removeably securing at least a third panel of the three or more panels to the incomplete volume to form the complete climbing volume.
13. The method of claim 8, wherein pre-fabricating of the mounting panel further comprises providing attachment openings for removeably securing the mounting panel to the climbing wall or frame.
14. The method of claim 8, wherein the pre-fabricating of the at least two panels further comprises providing hold openings for removeably securing a climbing hold to the climbing volume.
15. A modular kit for assembling a complete climbing volume having an enclosed space comprising:
a plurality of panels, one of which is a mounting panel for removeably securing the climbing volume to the climbing wall or frame;
each of the plurality of panels having at least one bevelled connecting edge for removeably securing to at least one other of said plurality of panels to form a pair of adjoining panels; and
a plurality of fastening means for removeably securing the panels together,
wherein the panels of each pair of adjoining panels forms an interior angle \u03b1 therebetween, and
wherein the connecting edges of each pair of adjoining panels are bevelled at a bevel angle \u03b8 that is substantially one half of the interior angle \u03b1.
16. The modular kit of claim 15, wherein the fastening means further comprises an angled bracket having a bracket angle \u03b2 that is substantially equal to the interior angle \u03b1.
17. The modular kit of claim 15, further comprising extensions for extending the climbing volume or interconnecting the climbing volume with another climbing volume removeably secured to the climbing wall or frame.