초록 ▼

A modular system that provides multiple support surfaces for a large heavy object and enables movement of that object with no friction (e.g., on a cushion of air). Each module has an object support surface and a bearing that enables the modules and the heavy object being supported thereby to be move

A modular system that provides multiple support surfaces for a large heavy object and enables movement of that object with no friction (e.g., on a cushion of air). Each module has an object support surface and a bearing that enables the modules and the heavy object being supported thereby to be moved across a floor with no friction. Each module restrains a portion of the object on top within a frame that opens to allow the supported portion of the object to move off the support surface of the module and onto a stationary object support structure (e.g., a milling machine bed), using a cushion of air at an elevated height from the floor equal to that of the top surface of each module. The modules can be used independently or locked together to move a very large and heavy object or can be used to build a type of bridge which the air bearings underneath the object can cross.

대표청구항 ▼

1. A method for moving an object having a plurality of air bearings on a bottom portion thereof onto an object support structure stationed on a floor, the object support structure being built to support the object at an elevation higher than the floor elevation, the method comprising: (a) placing a

1. A method for moving an object having a plurality of air bearings on a bottom portion thereof onto an object support structure stationed on a floor, the object support structure being built to support the object at an elevation higher than the floor elevation, the method comprising: (a) placing a plurality of mobile support modules or a plurality of stacks of mobile support modules on the floor, each mobile support module comprising an air bearing on a bottom portion thereof;(b) arranging the object and the mobile support modules so that the object sits on top of and is fully supported by the plurality of mobile support modules, the heights of the mobile support modules or stacks thereof being such that the object is supported at an elevation whereat the bottom portion of the object is generally vertically aligned with a support surface of the object support structure, and the mobile support modules being positioned underneath the air bearings on the bottom portion of the object;(c) moving the plurality of mobile support modules along the floor until a first mobile support module is adjacent to a first portion of the object support structure;(d) latching the first mobile support module to the object support structure;(e) activating a first air bearing on the bottom portion of the object that has the first mobile support module underneath it; and(f) moving the mobile support modules which are not adjacent to the object support structure further along the floor until a second mobile support module is adjacent to a second portion of the object support structure or is adjacent to the first mobile support module, the first air bearing on the bottom portion of the object being moved onto the object support structure as the object is moved along with the further moved mobile support modules. 2. The method as recited in claim 1, in the case wherein the second mobile support module is adjacent to the second portion of the object support structure, further comprising: (g) latching the second mobile support module to the second portion of the object support structure;(h) activating a second air bearing on the bottom portion of the object that has the second mobile support module underneath it; and(i) after steps (a) through (h) have been performed, moving the still unlatched mobile support modules further along the floor until a third mobile support module is adjacent to the first mobile support module, the second air bearing on the bottom portion of the object being moved onto the object support structure as the object is moved together with the still unlatched mobile support modules. 3. The method as recited in claim 2, further comprising: (j) latching the third mobile support module to the first mobile support module;(k) activating a third air bearing on the bottom portion of the object that has the third mobile support module underneath it; and(l) after steps (a) through (k) have been performed, moving the object further onto the object support structure, during which further movement the third air bearing moves onto the object support structure by way of the bridge formed by the first mobile support module. 4. The method as recited in claim 1, in the case wherein the second mobile support module is adjacent to the first mobile support module, further comprising: (g) latching the second mobile support module to the first mobile support module;(h) activating a second air bearing on the bottom portion of the object that has the second mobile support module underneath it; and(i) after steps (a) through (h) have been performed, moving the object further onto the object support structure, during which further movement the second air bearing moves onto the object support structure by way of the bridge formed by the first mobile support module. 5. The method as recited in claim 4, wherein during step (i) the object and a third mobile support module move together until the third mobile support module reaches a position adjacent to the second mobile support module, further comprising: (j) latching the third mobile support module to the second mobile support module;(k) activating a third air bearing on the bottom portion of the object that has the third mobile support module underneath it; and(l) after steps (a) through (k) have been performed, moving the object further onto the object support structure, during which further movement the third air bearing moves onto the object support structure by way of the bridge formed by the first and second mobile support modules. 6. The method as recited in claim 1, wherein the object is supported by stacks of mobile support modules, and during step (c) the air bearing of the bottom module in each stack is activated while the air bearings of modules above the bottom modules are de-activated. 7. The method as recited in claim 1, wherein the object support structure comprises a bed of a milling machine and the object comprises tooling for supporting material to be milled.