초록 ▼

A vehicle floor tray is molded from a multiple extrusion thermoplastic polymer sheet such that it has high shear and tensile strength, an acceptable degree of stiffness and a high coefficient of friction on its upper surface. The floor tray design is digitally fitted to a foot well of a particular m

A vehicle floor tray is molded from a multiple extrusion thermoplastic polymer sheet such that it has high shear and tensile strength, an acceptable degree of stiffness and a high coefficient of friction on its upper surface. The floor tray design is digitally fitted to a foot well of a particular model of vehicle such that a lower surface of the tray is no more than one-half of an inch from a digitally acquired model of the foot well surface.

대표청구항 ▼

I claim: 1. A process for manufacturing a vehicle floor tray, comprising the steps of: digitally measuring and storing points on a vehicle foot well surface; using the stored points to construct a vehicle foot well surface model; using the model of the vehicle foot well surface to construct a three

I claim: 1. A process for manufacturing a vehicle floor tray, comprising the steps of: digitally measuring and storing points on a vehicle foot well surface; using the stored points to construct a vehicle foot well surface model; using the model of the vehicle foot well surface to construct a three-dimensional image of a vehicle floor tray, said step of using the model including the substeps of replicating the vehicle foot well surface model to create a general lower surface of the vehicle floor tray, and within a predetermined reservoir area, downwardly projecting the vehicle foot well surface model by at least 0.050 inch from the general lower surface of the vehicle floor tray to create a lower surface of the tray image within the reservoir area; using the stored three-dimensional image to construct a mold for the vehicle floor tray; and manufacturing the vehicle floor tray by molding polymer material in the mold. 2. The process of claim 1, and further including the steps of: within a region of the three dimensional image of the vehicle floor tray which is forward of the reservoir area, defining a plurality of elongate, generally longitudinally aligned, generally parallel channels; and downwardly projecting the vehicle foot well surface model from the general lower surface model of the vehicle floor tray to create the lower surface of the vehicle floor tray in areas beneath the channels. 3. The process of claim 1, wherein said step of digitally measuring the points on the surface of the vehicle foot well comprises using a coordinate measurement machine (CMM). 4. The process of claim 1, wherein said step of digitally measuring the points on the surface of the vehicle foot well comprises measuring points on a surface of a vehicle carpet in a substantially uncompressed condition. 5. A process for manufacturing a vehicle floor tray, comprising the steps of: digitally measuring and storing points on a vehicle foot well surface which is selectively compressible, the surface from which said points are obtained being substantially uncompressed; using the stored points to construct a vehicle foot well surface model; using the model of the vehicle foot well surface to construct a three-dimensional image of a vehicle floor tray, said step of using the model including the step of disposing portions of the surface of said three-dimensional image in an intentional negative standoff relative to corresponding portions of the vehicle foot well surface when the three-dimensional image of the vehicle floor tray is best-fit to the vehicle foot well surface model; using the stored three-dimensional image to construct a mold of for the vehicle floor tray; manufacturing the vehicle floor tray by molding polymer material in the mold; and fitting the tray into the vehicle foot well by selectively compressing portions of the vehicle foot well surface corresponding to those portions of the three-dimensional image which are in negative standoff with corresponding portions of the vehicle foot well surface model.