What is claimed is:
1. A method for producing a decorative waste receptacle liner comprising the following steps:
providing a layer of first material having a top surface and an opposing bottom surface;
selectively applying a printed design on said top surface;
selectively applying a printed design on said bottom surface, thereby forming a layer of decorative material having a pattern printed on said top surface and said bottom surface;
selectively trimming said decorative material using a selective pattern;
folding said decorative material; and
sealing said decorative material along the adjacent sides of said top surface and said bottom surface, thereby forming a waste receptacle liner with an inside surface and an outside surface with a printed decorative pattern on said inside surface and said outside surface.
2. A method for producing the decorative waste receptacle liner in claim 1, wherein said first material is comprised of a plastic.
3. A method for producing the decorative waste receptacle liner in claim 1, wherein said first material is lustrous.
4. A method for producing the decorative waste receptacle liner in claim 1, wherein said decorative material has a selective level of thickness.
5. A decorative waste receptacle liner made by the process of:
applying a first printed design to the top surface of a first layer of a first material having an opposing bottom surface;
applying a second printed design to said opposing bottom surface of said first layer of said first material, thereby creating a second layer of decorative material with said first printed design applied to said top surface and said second printed design applied to said bottom opposing surface of said second layer of said decorative material;
selectively trimming said second layer of said decorative material;
folding said second layer of said decorative material thereby aligning parallel opposing edges; and
sealing said parallel opposing edges of first layer of said decorative material thereby forming a waste receptacle liner having an inside surface with said first printed design applied thereon and having an outside surface with said second printed design applied thereon.
6. A decorative waste receptacle liner made by the process in claim 5, wherein said first material is comprised of a plastic.
7. A decorative waste receptacle liner made by the process in claim 5, wherein said first material is lustrous.
8. A decorative waste receptacle liner made by the process in claim 5, wherein said decorative material has a selective level of thickness.
9. A decorative waste receptacle liner comprising:
a waste receptacle liner having an inside surface and an outside surface;
said inside surface of said waste receptacle liner having a decorative printed pattern applied upon said inside surface; and
said outside surface of said waste receptacle liner having a decorative printed pattern applied upon said inside surface.
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 breather system for a power train of a vehicle comprising:
An electric motor and a gear box connected to the electric motor;
A common case wall adapted to form both a part of a motor case of the electric motor and part of a gear case of the gear box;
a first breather path formed within the common case wall for communicating with the inside of the motor case;
a second breather path formed within the common case wall for communicating with a separation chamber formed within the gear case for separating a lubricant; and
a third breather path provided for communicating with both the first and second breather paths at an upper portion of the common case wall, and further communicating with the atmosphere,
wherein a blocking device is provided so that the lubricant coming through the second breather path can be prevented from entering the first breather path.
2. The system according to claim 1, wherein the third breather path is formed within a cover wall of a terminal cover which covers a terminal of the electric motor, and the blocking device, which is provided at a joint between the cover wall and the common case wall, comprises an oil return section for guiding the lubricant coming through the third breather path to the second breather path.
3. The system according to claim 1, wherein the third breather path is formed within a cover wall of a terminal cover which covers a terminal of the electric motor, and the blocking device, which is provided at a joint between the cover wall and the common case wall, comprises an oil trap for preventing the lubricant coming through the second breather path from entering the third breather path.
4. The system according to claim 3 wherein the oil trap comprises a bent flow path so as to trap lubricant.
5. The system according to claim 3 wherein the oil trap comprises a spiral flow path so as to trap lubricant.
6. The system according to claim 3 wherein the oil trap comprises a mesh flow path so as to trap lubricant.