1460769599-a1387c6f-e7fd-4ec9-874f-0cd019e91967

1. A vehicle suspension mount for connection of a first vehicle body structure with a second vehicle body structure, said mount including a first outer container member,
a second outer cap member, said second outer cap member having a nonelastomeric center axial shaft and an outer elastomeric cap with said outer elastomeric cap grounded radially outward to said first outer container member, said nonelastomeric center axial shaft longitudinally extending inward into said first outer container member along a shaft axis, with said nonelastomeric center shaft having a terminal end distal from said outer elastomeric cap, said nonelastomeric center shaft including a shaft nonelastomeric surface effect damper tubular member between said terminal end and said outer elastomeric cap, said first outer container member and said second outer cap member containing a suspension mount damping liquid,
a suspension mount damping liquid damper pumper member, said suspension mount damping liquid damper pumper member fixed to said nonelastomeric center shaft proximate said terminal end,
an inner elastomeric shaft support assembly disposed in said first outer container member between said suspension mount damping liquid damper pumper member and said second outer cap member, said inner elastomeric shaft support assembly including an inner elastomeric surface effect damper member bonded with an inner nonelastomeric grounding member, said inner nonelastomeric grounding member grounding said inner elastomeric surface effect damper member with said first outer container member, with said inner elastomeric surface effect damper member engaging said shaft nonelastomeric surface effect damper member, said inner elastomeric surface effect damper member in alignment with said nonelastomeric center axial shaft axis wherein said nonelastomeric center axial shaft translates relative to said inner elastomeric surface effect damper member with said inner elastomeric surface effect damper member engaging said shaft nonelastomeric surface effect damper member damping translation of said shaft nonelastomeric surface effect damper member along said inner elastomeric surface effect damper member and with said suspension mount damping liquid damper pumper member pumping said suspension mount damping liquid.
2. A vehicle suspension mount as claimed in claim 1 including a coil spring, said coil spring disposed between said nonelastomeric center shaft terminal end and said first outer container member.
3. A vehicle suspension mount as claimed in claim 1 said suspension mount damping liquid damper pumper comprised of a suspension mount damping liquid damper pumper cupped member having a cup interior.
4. A vehicle suspension mount as claimed in claim 3, including a spring, said spring disposed between said nonelastomeric center shaft terminal end and said first outer container member with said spring received in said cup interior.
5. A vehicle suspension mount as claimed in claim 3, including a bolt and a bolt spacer fixing said suspension mount damping liquid damper pumper cupped member to said shaft, said bolt and a bolt spacer received in said cup interior.
6. A vehicle suspension mount as claimed in claim 3, including a bolt and a bolt spacer fixing said suspension mount damping liquid damper pumper cupped member to said shaft, and a suspension spring, said bolt, said bolt spacer, and said suspension spring received in said cup interior.
7. A vehicle suspension mount as claimed in claim 1 wherein said shaft nonelastomeric surface effect damper tubular member is comprised of a nonmetallic shaft nonelastomeric surface effect damper tubular member
8. A vehicle suspension mount as claimed in claim 1 wherein said inner elastomeric surface effect damper member encompasses said shaft nonelastomeric surface effect damper tubular member.
9. A vehicle suspension mount as claimed in claim 1 said inner elastomeric shaft support assembly having at least a first liquid flow conduit to allow a flow of said liquid in a direction from said movable damping pumper towards said flexible seal cap and in an opposite direction from said flexible seal cap towards said movable damping pumper, said at least a first liquid flow conduit disposed between said inner elastomeric surface effect damper member and said first outer container member.
10. A vehicle suspension mount as claimed in claim 1 wherein said shaft nonelastomeric surface effect damper tubular member has an inside tubular diameter mated with an outside diameter of a segment of said nonelastomeric center shaft.
11. A vehicle suspension mount as claimed in claim 9 wherein said at least first liquid flow conduit is at least a first orifice, wherein said liquid damper pumper member pumps said liquid with a reduced level of damping at a high frequency range with low amplitude oscillations compared to an increased level of damping at a low frequency range with high amplitude movements.
12. A vehicle suspension mount as claimed in claim 1 wherein said inner nonelastomeric grounding member includes a radially inwardly extending flange plate and a substantially normal axially extending extension.
13. A liquid mount, comprising: a cup housing having a mounting flange; a center axis shaft having an upper end and a lower end, said center axis shaft having a middle outer circumference surface effect engagement surface between said upper end and said lower end, said center axis shaft disposed along a central axis of the cup housing; a flexible seal cap sealing fluid-tight between the upper end of the shaft and the cup housing; a liquid; a movable damping pumper mounted to the lower end of the shaft and in the liquid;
a spring disposed between a bottom of the cup housing and the movable damping pumper;
an inner elastomeric shaft support surface effect damper assembly disposed in said housing between said damping pumper and said flexible seal cap, said inner elastomeric shaft support surface effect damper assembly having at least a first liquid flow conduit to allow a flow of said liquid in a direction from said movable damping pumper towards said flexible seal cap and in an opposite direction from said flexible seal cap towards said movable damping pumper, said inner elastomeric shaft support surface effect damper assembly including an inner elastomeric surface effect damper member bonded with an inner nonelastomeric grounding member, said inner nonelastomeric grounding member grounding said inner elastomeric surface effect damper member with said housing, with said inner elastomeric surface effect damper member having an inner elastomeric surface effect damper member engagement surface effect internal circumference, said inner elastomeric surface effect damper member engagement surface effect internal circumference engaging said center axis shaft middle outer circumference surface effect engagement surface, with said inner elastomeric surface effect damper member in alignment with said central axis wherein inner elastomeric surface effect damper member engagement surface effect internal circumference dampens motion of said middle outer circumference surface effect engagement surface and said center axis shaft movement along said inner elastomeric surface effect damper member pumps said liquid with said movable damping pumper with a reduced level of damping at a high frequency range with low amplitude oscillations compared to an increased level of damping at a low frequency range with high amplitude movements.
14. A liquid mount as claimed in claim 13, said center axis shaft comprised of a shaft nonelastomeric surface effect damper tubular member, said shaft nonelastomeric surface effect damper tubular member having said middle outer circumference surface effect engagement surface, said shaft nonelastomeric surface effect damper tubular member received on said center axis shaft between flexible seal cap and said movable damping pumper.
15. A liquid mount as claimed in claim 13, said center axis shaft middle outer circumference surface effect engagement surface having a shaft surface effect outside diameter SEOD, and said inner elastomeric surface effect damper member engagement surface effect internal circumference having a surface effect inside diameter SEID with SEOD>SEID.
16. A liquid mount as claimed in claim 13, said center axis shaft middle outer circumference surface effect engagement surface having a shaft surface effect length SEL, and said inner elastomeric surface effect damper member engagement surface effect internal circumference having a surface effect height SEH with SEL>SEH.
17. A liquid mount as claimed in claim 14, wherein said shaft nonelastomeric surface effect damper tubular member is comprised of a polymer.
18. A liquid mount as claimed in claim 13, wherein said at least first liquid flow conduit is comprised of at least a first orifice, said at least first orifice distal from said center axis shaft.
19. A method of making a vehicle cab suspension mount, said method including:
providing a first outer container member,
providing a nonelastomeric center axial shaft and an outer elastomeric flexible seal cap with said outer elastomeric cap grounded radially outward to said first outer container member, said nonelastomeric center axial shaft longitudinally extending inward into said first outer container member along a shaft axis, with said nonelastomeric center shaft having a terminal end,
disposing a suspension mount damping liquid damper pumper member proximate said nonelastomeric center shaft terminal end,
providing an inner elastomeric shaft support assembly in said first outer container member between said suspension mount damping liquid damper pumper member and said second outer cap member, said inner elastomeric shaft support assembly including an inner elastomeric surface effect member bonded with an inner nonelastomeric grounding member, said inner nonelastomeric grounding member grounding said inner elastomeric surface effect member with said first outer container member, with said inner elastomeric surface effect member encirclingsaid nonelastomeric center shaft, said inner elastomeric surface effect member in alignment with said nonelastomeric center axial shaft axis wherein said nonelastomeric center axial shaft translates along said inner elastomeric surface effect member,
filling said first outer container member with a vehicle cab suspension mount damping liquid wherein said suspension mount damping liquid damper pumper member pumps said vehicle cab suspension mount damping liquid when said nonelastomeric center axial shaft translates along said inner elastomeric surface effect member.
20. A method as claimed in claim 19 including proving a coil spring, and disposing said coil spring between said nonelastomeric center shaft terminal end and said first outer container member.
21. A method as claimed in claim 19 wherein said suspension mount damping liquid damper pumper is comprised of a suspension mount damping liquid damper pumper cupped member having a cup interior.
22. A method as claimed in claim 21, including providing a spring, said spring disposed between said nonelastomeric center shaft terminal end and said first outer container member with said spring received in said cup interior.
23. A method as claimed in claim 21, including providing a bolt and a bolt spacer and fixing said suspension mount damping liquid damper pumper cupped member to said shaft with said bolt and said bolt spacer, said bolt and said bolt spacer received in said cup interior.
24. A method as claimed in claim 21, including a bolt and a bolt spacer fixing said suspension mount damping liquid damper pumper cupped member to said shaft, and a suspension spring, said bolt, said bolt spacer, and said suspension spring received in said cup interior.
25. A method as claimed in claim 19 wherein said said center axial shaft includes a shaft nonelastomeric surface effect damper tubular member, said shaft nonelastomeric surface effect damper tubular member having an outer circumference surface effect engagement surface, said shaft nonelastomeric surface effect damper tubular member mated to said center axial shaft.
26. A method as claimed in claim 25 wherein said shaft nonelastomeric surface effect damper tubular member has an outer circumference surface effect engagement surface outside diameter SEOD and said inner elastomeric surface effect member has a surface effect inside diameter SEID with SEOD>SEID.
27. A method as claimed in claim 25 wherein said shaft nonelastomeric surface effect damper tubular member is comprised of a polymer.
28. A method as claimed in claim 19 wherein said shaft has a shaft surface effect length SEL, and said inner elastomeric surface effect damper member engagement surface effect internal circumference has a surface effect height SEH with SEL>SEH.
29. A method as claimed in claim 19 including a providing said nonelastomeric center axial shaft with a conduit and allowing a gas to exit said conduit.
30. A method as claimed in claim 19 wherein said inner nonelastomeric grounding member includes a radially inwardly extending flange plate and a substantially normal axially extending extension.
31. A method as claimed in claim 19 including providing at least a first liquid flow conduit in said inner elastomeric shaft support assembly to allow a flow of said liquid in a direction from said movable damping pumper towards said flexible seal cap and in an opposite direction from said flexible seal cap towards said movable damping pumper wherein said shaft moves along said inner elastomeric surface effect member with said pumper pumping said liquid with a reduced level of damping at a high frequency range with low amplitude oscillations compared to an increased level of damping at a low frequency range with high amplitude movements.
32. A method as claimed in claim 31 including adjusting an orifice size of said provided at least first liquid flow conduit to tune said high frequency range.
33. A method of making a suspension mount, said method including:
providing a first outer container member,
providing a nonelastomeric center axial shaft and an outer elastomeric flexible seal cap with said outer elastomeric cap grounded radially outward to said first outer container member, said nonelastomeric center axial shaft longitudinally extending inward into said first outer container member along a shaft axis, with said nonelastomeric center shaft having a terminal end,
disposing a suspension mount damping liquid damper pumper member proximate said nonelastomeric center shaft terminal end,
providing an inner elastomeric intermediate assembly in said first outer container member between said suspension mount damping liquid damper pumper member and said outer cap member, said inner elastomeric assembly including an inner elastomeric member bonded with an inner nonelastomeric grounding member, said inner nonelastomeric grounding member grounding said inner elastomeric member with said first outer container member, with said inner elastomeric member extending inward from said container grounding member inward toward said shaft and separating said movable damping pumper from said flexible seal cap to provide a first flexible seal cap chamber and a second movable damping pumper chamber, said inner elastomeric assembly having at least a first liquid flow conduit between said first flexible seal cap chamber and said second movable damping pumper chamber to allow a flow of said liquid in a direction from said movable damping pumper towards said flexible seal cap and in an opposite direction from said flexible seal cap towards said movable damping pumper, said at least first liquid flow conduit distal from said nonelastomeric center axial shaft,
filling said first outer container member with a vehicle cab suspension mount damping liquid wherein said suspension mount damping liquid damper pumper member pumps said vehicle cab suspension mount damping liquid with said liquid flowing through said first liquid flow conduit distal from said nonelastomeric center axial shaft.
34. A method as claimed in claim 33 including proving a coil spring, and disposing said coil spring between said nonelastomeric center shaft terminal end and said first outer container member.
35. A method as claimed in claim 33 wherein said suspension mount damping liquid damper pumper is comprised of a suspension mount damping liquid damper pumper cupped member having a cup interior.
36. A method as claimed in claim 35, including providing a spring, said spring disposed between said nonelastomeric center shaft terminal end and said first outer container member with said spring received in said cup interior.
37. A method as claimed in claim 35, including providing a bolt and a bolt spacer and fixing said suspension mount damping liquid damper pumper cupped member to said shaft with said bolt and said bolt spacer, said bolt and said bolt spacer received in said cup interior.
38. A method as claimed in claim 35, including a bolt and a bolt spacer fixing said suspension mount damping liquid damper pumper cupped member to said shaft, and a suspension spring, said bolt, said bolt spacer, and said suspension spring received in said cup interior.
39. A method as claimed in claim 33 wherein said inner nonelastomeric grounding member includes a radially inwardly extending flange plate and a substantially normal axially extending extension.
40. A method as claimed in claim 33 wherein said inner elastomeric intermediate assembly inhibits liquid flow adjacent said shaft between said first flexible seal cap chamber and said second movable damping pumper chamber.
41. A suspension mount, including: a first outer container member, a nonelastomeric center axial shaft and means for controlling relative motion between said first outer container member and said nonelastomeric center axial shaft.
42. A suspension mount, including: a first outer container member, a nonelastomeric center axial shaft and means for controlling relative motion between said first outer container member and said nonelastomeric center axial shaft as shown and described.

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 providing interoperability of email and instant messaging services, comprising:
in response to receiving a request by an email recipient to respond to an email message using an instant message application, said email message received from an email sender:
retrieving an instant message address for said email sender from storage;
associating said instant message address of said email sender with an instant message composed by said email recipient;
transmitting said instant message to said instant message address using said instant message application, wherein an email address associated with said email sender is mapped to a corresponding instant message address associated with said email sender;
transmitting history data along with said instant message, said history data including communications exchanges previously conducted between said email recipient and said email sender;
determining whether said email sender is available to receive said instant message; and
in response to determining that said email sender is unavailable to receive said instant message and in response to receiving a request from said email sender to defer, storing said instant message and periodically retransmitting said instant message;
wherein said communications exchanges include at least one of: email messages; instant messages; and attachments; and

in response to receiving a request by an instant message recipient to respond to an instant message using an email application:
retrieving an email address for an instant message sender from storage;
associating said email address of said instant message sender with an email message composed by said instant message recipient; and
transmitting said email message to said email address using said email application;
wherein an instant message address associated with said instant message sender is mapped to a corresponding email address associated with said instant message sender;
transmitting additional history data along with said email message, said additional history data including communications exchanges previously conducted between said instant message recipient and said instant message sender;
wherein said communications exchanges previously conducted between said instant message recipient and said instant message sender include at least one of: email messages; instant messages; and attachments; and
sending a notification of successful transmission to said instant message recipient.
2. The method of claim 1, flirt her comprising:
sending a notification of successful transmission to said email recipient in response to determining said email sender is available to receive said instant message; and
in response to determining said email sender is unavailable to receive said instant message and in response to receiving a request from said email sender to send content of said instant message in a response email message, transferring said content of said instant message to an email application resulting in said response email message and transmitting said response email message to said email sender.
3. The method of claim 2, wherein said content includes:
message text;
recipient addresses;
sender addresses; and
history data.
4. The method of claim 1, wherein said history data is stored on both of said email recipient’s and said email sender’s storage systems.
5. The method of claim 1, further comprising deploying process software for providing said interoperability of email and instant messaging services, said deploying comprising:
installing said process software on at least one server;
identifying server addresses for users accessing said process software on said at least one server;
installing a proxy server if needed;
sending said process software to said at least one server and copying said process software to a file system of said at least one server;
sending the process software to at least a first client computer; and
executing said process software on said first client computer.
6. The method of claim 5, wherein said installing said process software further comprises:
determining if programs will reside on said at least one server when said process software is executed;
identifying said at least one server that will execute said process software; and
transferring said process software to storage for said at least one server.
7. The method of claim 5, wherein said sending said process software to said first client computer further includes having said at least one server automatically copy said process software to said first client computer, and running an installation program at said first client computer to install said process software on said first client computer.
8. The method of claim 5, wherein said sending said process software to said first client computer further comprises identifying a user and an address of said first client computer.
9. The method of claim 5, wherein said sending said process software to said first client computer includes sending said process software to at least one directory on said first client computer.
10. The method of claim 5, wherein said sending said process software to said first client computer includes sending said process software to said first client computer via e-mail.
11. The method of claim 1, further comprising integrating process software for providing said interoperability of email and instant messaging services, said integrating comprising:
determining if said process software will execute on at least one server;
identifying an address of said at least one server;
checking said at least one server for operating systems, applications, and version numbers for validation with said process software, and identifying any missing software applications for said at least one server that are required for integration;
updating said at least one server with respect to any operating system and application that is not validated for said process software, and providing any of said missing software applications for said at least one server required for said integration;
identifying client addresses and checking client computers for operating systems, applications, and version numbers for validation with said process software, and identifying any software applications missing from said client computers that are required for integration;
updating said client computers with respect to any operating system and application that is not validated for said process software, and providing any missing software application for said client computers required for said integration; and
installing said process software on said client computers and said at least one server.
12. The method of claim 1, further comprising on demand sharing of process software for providing said interoperability of email and instant messaging services, said on demand sharing comprising:
creating a transaction containing unique customer identification, requested service type, and service parameters;
sending said transaction to at least one main server;
querying said at least one main server about processing capacity associated with said at least one main server to help ensure availability of adequate resources for processing of said transaction; and
allocating additional processing capacity when additional capacity appears needed to process said transaction, said additional processing capacity being selected from the group of additional capacities consisting of central processing unit capacity, processor memory capacity, network bandwidth capacity, and storage capacity.
13. The method of claim 12, further comprising recording a plurality of usage measurements selected from the group of usage measurements consisting of network bandwidth, processor memory, storage, and central processing unit cycles.
14. The method of claim 13, further comprising:
summing said usage measurements;
acquiring at least one multiplicative value associated with said usage measurements and with unit costs; and
recording any such acquired multiplicative value as an on demand charge to a requesting customer.
15. The method of claim 14, further comprising at least one of:
posting said on demand charge on a web site if requested by said requesting customer;
and
sending said on demand charge via e-mail to said requesting customer’s e-mail address.
16. The method of claim 14, further comprising charging said on demand charge to said requesting customer’s account if an account exists and if said requesting customer has selected a charge account payment method.
17. The method of claim 1, further comprising deploying, accessing, and executing process software for providing said interoperability of email and instant messaging services, said deploying, accessing, and executing process software implemented through a virtual private network, the method further comprising:
determining if a virtual private network is required;
checking for remote access to said virtual private network when it is required;
if said remote access does not exist, identifying a third party provider to provide secure, encrypted connections between a private network and remote users;
identifying said remote users; and
setting up a network access server operable for downloading and installing client software on desktop computers for remote access of said virtual private network;
accessing said process software;
transporting said process software to at least one remote user’s desktop computer; and
executing said process software on said at least one remote user’s desktop computer.
18. The method of claim 17, further comprising:
determining if said virtual private network has a site-to-site configuration for providing site-to-site access, and if said virtual private network is not so available, installing equipment required to establish a site-to-site configuration for said virtual private network;
installing large scale encryption into said site-to-site virtual private network; and
accessing said process software through said site-to-site configuration with large scale encryption.
19. A storage medium including machine-readable computer program code for providing interoperability of email and instant messaging services, the storage medium including instructions for causing a computer to implement a method, comprising:
in response to receiving a request by an email recipient to respond to an email message using an instant message application, said email message received from an email sender:
retrieving an instant message address for said email sender from storage;
associating said instant message address of said email sender with an instant message composed by said email recipient;
transmitting said instant message to said instant message address using said instant message application, wherein an email address associated with said email sender is mapped to a corresponding instant message address associated with said email sender;
transmitting history data along with said instant message, said history data including communications exchanges previously conducted between said email recipient and said email sender;
determining whether said email sender is available to receive said instant message; and
in response to determining that said email sender is unavailable to receive said instant message and in response to receiving a request from said email sender to defer, storing said instant message and periodically retransmitting said instant message;
wherein said communications exchanges include at least one of: email messages; instant messages; and attachments; and