1. Basic rack, particularly for equipment cabinets, comprising transverse profiles, depth profiles and vertical profiles,
which are connected by means of corner connectors,
each corner connector having three fixing extensions on which can be mounted and fixed a transverse profile, a depth profile and a vertical profile,
wherein one clamping means being provided for the fixing of one transverse profile, depth profile and vertical profile mounted on the fixing extensions of the corner connector,
the clamping means having clamping legs for a clamping retention of the transverse profile, depth profile and
vertical profile mounted on the fixing extensions,
and the clamping means being fixable to the corner connector with the aid of one connecting element.
2. Basic rack according to claim 1, wherein the clamping legs of the clamping means being arranged at right angles to one another and in each case a vertical and horizontal clamping leg being provided for fixing the transverse profile and depth profile engaged on the fixing extensions, as well as two vertical, clamping legs arranged at right angles to one another for fixing the vertical profile mounted on the fixing extensions.
3. Basic rack according to claim 2, wherein for guiding the connecting element the clamping means has one hole being formed at the intersection of the clamping legs and in the fastening position being aligned with a hole in the corner connector.
4. Basic rack according to claim 3, wherein the transverse profiles, depth profiles and vertical profiles being constructed as hollow profiles and in cross-section as a right-angled triangle, the corner connectors having complimentary, triangular fixing extensions, wherein the fixing extensions have lateral faces forming the right angle of the fixing extensions and the mountable transverse profiles, depth profiles and vertical profiles having lateral faces forming the right angles being directed towards an inner area of the basic rack.
5. Basic rack according to claim 4, wherein the transverse profiles, depth profiles and vertical profiles engaged on the fixing extensions and fixed with the aid of the clamping means being connected detachably or undetachably to the corner connectors.
6. Basic rack according to claim 5, wherein a fastening screw is used as connecting element for the clamping means and the transverse profiles, depth profiles and vertical profiles mounted on the fixing extensions and a hole in a corner part of the corner connector being provided with a thread.
7. Basic rack according to claim 6, wherein the clamping means having on the clamping legs protuberances the fixing extensins being provided with recesses, which have a complimentary construction to the protuberances of the clamping means and that the transverse profiles, depth profiles and vertical profiles mounted on the fixing extensions can be fixed by frictional and positive engagement to the corner connector following the fastening of the clamping means to said corner connector.
8. Basic rack according to claim 6, wherein the fixing extensions of the corner connector being provided with engagement elements and the transverse profiles, depth profiles and vertical profiles have recesses for receiving the engagement elements in the fastening position.
9. Basic rack according to claim 6, wherein the fixing extensions of the corner connector being provided with a through hole, which is positioned horizontally, the transverse profiles, depth profiles and vertical profiles being provided with a hole aligned in the engaged fastening position and the hole having a smaller diameter than the through hole and projecting material can be pressed into the through hole.
10. Basic rack according to claim 6, wherein the fixing extensions of the corner connectors having grooves for receiving an adhesive and the transverse profiles, depth profiles and vertical profiles can be fixed by adhesion to the fixing extensions.
11. Basic rack according to claim 1, wherein the corner connectors and clamping means being manufactured as aluminium castings and the transverse profiles, depth profiles and vertical profiles being manufactured from an extruded aluminium section.
12. Basic rack according to claim 1, wherein the corner connectors and clamping means being manufactured as aluminium castings and the transverse profiles, depth profiles and vertical profiles being manufactured from a rolled steel section.
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 comprising:
receiving subscriber provisioned response criteria from a subscriber for generating a location based vendor information response;
storing the subscriber provisioned response criteria;
receiving a request for location based vendor information from a subscriber mobile terminal at a locaton;
determining the location of the subscriber mobile terminal upon receiving the request;
retrieving the stored subscriber provisioned response criteria upon receiving the request;
retrieving location based vendor information satisfying the subscriber provisioned response criteria for the determined subcriber mobile terminal location upon receiving the request;
preparing a response upon receiving the request including the location based vendor information satisfying the subscriber provisioned response criteria; and
sending the response to the subscriber mobile terminal.
2. The method defined in claim 1 wherein the step of receiving the subscriber provisioned response criteria comprises receiving vendor identifiers from the subscriber.
3. The method defined in claim 1 wherein the step of receiving the subscriber provisioned response criteria comprises receiving vendor contact parameters from the subscriber.
4. The method defined in claim 3 wherein the vendor contact parameters comprise at least one of street address, phone number, and travel directions to the street address from the location of the subscriber mobile terminal.
5. The method defined in claim 1 wherein the step of receiving the subscriber provisioned response criteria comprises receiving response format configuration criteria.
6. The method defined in claim 5 wherein the response format configuration criteria comprises ranking order describing the order of the vendor information in the response.
7. The method defined in claim 5 wherein the response format configuration criteria comprises grouping information for grouping the vendor information according to vendor type.
8. The method defined in claim 5 wherein the response format configuration criteria comprises geographic ranking for providing the vendors in the order of their distance from the subscriber mobile terminal.
9. A system for providing location based vendor information to a mobile terminal comprising:
means for receiving subscriber provisioned response criteria from a subscriber for generating a location based vendor information response;
means for storing the subscriber provisioned response criteria;
means for receiving a request at a location for location based vendor information from a subscriber mobile terminal;
means for determining the location of the subscriber mobile terminal upon receiving the request;
means for retrieving the stored subscriber provisioned response criteria upon receiving the request;
means for retrieving location based vendor information satisfying the subscriber provisioned response criteria for the determined subscriber mobile terminal location upon receiving the request;
means for preparing a response upon receiving the request including the location based vendor information satisfying the subscriber provisioned response criteria; and
means for sending the response to the subscriber mobile terminal.