1. A wrench for a valve having a bonnet, the bonnet having a body with an outer surface and a rib attached to and extending from the outer surface, the rib having a side surface, the wrench comprising:
an elongated member having:
a first end portion and an opposing second end portion;
a t-shaped handle attached to the first end portion;
a first leg attached to the second end portion, the first leg having:
a rigid rectangular shape and a front surface and an inner surface;
a second leg having a rigid rectangular shape;
the second leg attached to the second end portion, the first leg and the second leg extend away from the second end at a non-zero angle with respect to each other, thereby forming a gap, the gap being unobstructed between the first leg and the second leg, so as to permit the bonnet to engage the first leg along the inner surface from the second end to an end portion of the first leg; and
a fastener which has a detachable end and a tapered plate attached to a second end opening of the first leg;
wherein the inner surface of the first leg engages the outer surface of the bonnet and the front surface of the first leg engages the side surface of the rib during removal of the bonnet from the valve.
2. The wrench according to claim 1, wherein the fastener is a screw driver bit.
3. The wrench according to claim 2, further comprising:
an extension member coupled to the first leg.
4. The wrench according to claim 1, further comprising:
a socket adapter attached to the handle.
5. The wrench according to claim 4, further comprising:
a cup housing coupled to the socket adapter.
6. The wrench according to claim 1, further comprising:
a first post attached to a first end of the handle extending in a direction relatively orthogonal to the length of the handle; and
a second post attached to a second end of the handle extending in a direction relatively orthogonal to the length of the handle.
7. The wrench according to claim 1, further comprising:
a quick-release device coupled to the first leg to allow for selective interchangeability of the fastener.
8. A method for disengaging a bonnet threadedly attached to a valve positioned in an underground housing, the bonnet having a body with an outer surface and a rib attached to and extending from the outer surface, the rib having a side surface, the method comprising:
providing a wrench having an elongated member including a t-shape handle being attached to a first leg and attached to a second leg, the first leg and the second leg extend away from the second end at a non-zero angle with respect to each other, thereby forming a gap, the first leg and the second leg being non-parallel from the second end to an end portion of the first leg wherein a fastener has a detachable end and a tapered plate attached, the gap being unobstructed between the first leg and the second leg, so as to permit the bonnet to engage the first leg along the inner surface from the second end to an end portion of the first leg;
locating the wrench over the bonnet until the bonnet engages the inner surface, thereby creating a tight fit there between;
rotating the wrench, such that a front surface of the first leg contacts the side surface of the rib, thereby disengaging the bonnet from the valve.
9. The method according to claim 8, further comprising:
providing a handle attached to the elongated member, the handle having a first post coupled to a first end of the handle;
engaging the first post with a lid in communication with the housing, the lid being releasably coupled the housing;
applying a turning force to the elongated member, thereby disengaging the lid from the housing; and
removing the lid from the housing.
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 for routing analog Caller ID signals comprises:
receiving an incoming telephone call for a first telephone extension, the incoming telephone call associated with a first set of analog Caller ID signals;
asserting a ringing signal to the first telephone extension, the ringing signal including the first set of analog Caller ID signals;
coupling the incoming call to the first telephone extension;
receiving a request to couple the incoming call from the first telephone extension to a second telephone extension;
receiving a request to send the first set of analog Caller ID signals to the second telephone extension; and
asserting a ringing signal to the second telephone extension, the ringing signal including the first set of analog Caller ID signals.
2. The method of claim 1 wherein the first set of analog Caller ID signals comprises numbers.
3. The method of claim 2 wherein the numbers are encoded with a frequency key shift.
4. The method of claim 1,
wherein the first set of analog Caller ID signals is also associated with caller data; and
wherein the method also includes outputting the caller data.
5. The method of claim 4 further comprising:
encoding the caller data into a second set of analog Caller ID signals;
wherein the ringing signal also includes the second set of analog Caller ID signals.
6. The method of claim 1 wherein the ringing signal for the second telephone extension also includes a second set of analog Caller ID signals, the second set of analog Caller ID signals associated with the first telephone extension.
7. The method of claim 1 further comprising:
after receiving the incoming telephone call for the first telephone extension, decoding the first set of analog Caller ID signals for caller data; and
before asserting the ringing signal to the second telephone extension, encoding the caller data to regenerate the first set of analog Caller ID signals.
8. A computer program product for routing analog identification data in a telecommunication server including a processor comprises:
code that directs the processor to detect an incoming telephone call for a first telephone extension, the incoming telephone call associated with a first set of analog identification data;
code that directs the processor to assert a ringing signal to the first telephone extension, the ringing signal including the first set of analog identification data;
code that directs the processor to couple the incoming call to the first telephone extension;
code that directs the processor to detect a request to couple the incoming call from the first telephone extension to a second telephone extension;
code that directs the processor to detect a request to transfer the first set of analog information data to the second telephone extension; and
code that directs the processor to assert a ringing signal to the second telephone extension, the ringing signal including the first set of analog information data,
wherein the codes are stored in a tangible media.
9. The computer program product of claim 8 further comprising code that directs the processor to output caller data;
wherein the first set of analog identification data is also associated with the caller data.
10. The computer program product of claim 9 further comprising:
code that directs the processor to encode the caller data into a second set of analog identification data;
wherein the ringing signal also includes the second set of analog identification data.
11. The computer program product of claim 8 wherein the ringing signal for the second telephone extension also includes a second set of analog identification data, the second set of analog identification data associated with the first telephone extension.
12. The computer program product of claim 11 wherein the second set of analog identification data comprises alphanumeric characters.
13. The computer program product of claim 8 further comprising:
code that directs the processor to decode the first set of analog identification data for caller data;
code that directs the processor to store the caller data; and
code that directs the processor to re-encodes the caller data to regenerate the first set of analog identification data.
14. A telecommunication server including a processor for routing an analog information signal comprises:
a computer readable memory including:
code that directs the processor to detect a telephone call from an external telephone for a first internal telephone, the telephone call associated with an analog information signal;
code that directs the processor to decode the analog information signal for caller data;
code that directs the processor to store the caller data;
code that directs the processor to form a re-generated analog information signal in response to the caller data;
code that directs the processor to provide a ringer signal to the first internal telephone, the ringer signal including the re-generated analog information signal;
code that directs the processor to couple the telephone call to the first internal telephone;
code that directs the processor to detect a request to forward the telephone call from the first internal telephone to a second internal telephone;
code that directs the processor to detect a request to forward the caller data to the second internal telephone; and
code that directs the processor to assert a ringer signal to the second internal telephone, the ringer signal including the re-generated analog information signal.
15. A telecommunication server of claim 14,
wherein the caller data is also associated with other caller data in the computer readable memory; and
wherein the computer readable memory also includes code that directs the processor to output the other caller data.
16. The telecommunication server of claim 15
wherein the code that directs the processor to output the other caller data comprises code that directs the processor to form an additional analog information signal in response to the other caller data; and
wherein the ringing signal also includes the additional analog information signal.
17. The telecommunication server of claim 14 wherein the first internal telephone has associated telephone data; and
the computer readable memory also includes code that directs the processor to form an additional analog information signal in response to the associated telephone data;
wherein the ringer signal for the second internal telephone includes the additional analog Information signal.
18. The telecommunication server of claim 17 wherein the additional analog information signal comprises characters from the class of ASCII characters.
19. The telecommunication server of claim 14 wherein code that directs the processor to form the re-generated analog information signal is also in response to data associated with the caller data.
20. The telecommunication server of claim 14 wherein the computer readable memory also includes:
code that directs the processor to prompt a user of the first internal telephone whether the caller data should be forwarded to the second internal telephone.
21. The telecommunication server of claim 20 wherein the caller data comprises Caller ID data.