1. A bicycle trainer, which is comprised of:
a. inner stability bars;
wherein the inner stability bars have a first end and a second end;
wherein the first end of the inner stability bars is attached to the bicycle;
wherein the second end of the inner stability bar is placed inside an outer stability bar;
b. outer stability bars;
wherein the outer stability bars have a first end and a second end;
wherein the outer stability bars are hollow;
wherein the second end of the outer stability bar is attached to a handle bar bracket;
c. handle bar bracket;
said handle bar bracket has a first end and a second end;
wherein the handle bar bracket is comprised of a set of forks;
said fork is in the general shape of an inverted U;
wherein the first end of the handle bar bracket is attached to the outer stability bars;
wherein the second end of the handle bar bracket is attached to the tire of the bicycle;
wherein the handle bar bracket is secured to a handle bar;
d. a handle;
wherein one end of a long cylindrical handle is attached to the back wheel of the bicycle;
wherein the second end of the long cylindrical handle ends at the brake handle;
wherein a means to brake the bicycle is provided on the second end of the handle of the device;
wherein appropriate mechanical linkage is provided between the means to brake on the back wheel of the bicycle;
e. a means to connect to the bolt of the seat.
2. The device as described in claim 1 wherein the means to brake is a series of brake pads, which contact with the surface of the rear wheel rim.
3. The device as described in claim 1 wherein a brake lever is provided.
4. The device as described in claim 1 wherein the training wheels are removable and attach to the side of the forks of the device.
5. The device as described in claim 1 wherein the training wheels are adjustable.
6. The device as described in claim 1 wherein an brake mount is provided.
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 of coating a liquid onto a plurality of microprojections extending from a surface or edge of a substrate substantially without coating the liquid onto the substrate, comprising the steps of:
providing an agent-containing coating liquid;
providing a cylindrically shaped roller having a liquid-holding surface, the liquid holding surface having a coating transfer region;
conveying said coating liquid onto said liquid-holding surface;
controlling the depth of said coating liquid at said coating transfer region to a predetermined depth; and
immersing the microprojections to a predetermined level in said coating liquid disposed at said coating transfer region, wherein the microprojections have a length, as measured from a surface or edge of the substrate, which is greater than said predetermined depth of said coating liquid at said coating transfer region.
2. A method of coating a liquid onto a plurality of microprojections extending from a surface or edge of a substrate substantially without coating the liquid onto the substrate, comprising the steps of:
providing an agent-containing coating liquid;
providing a cylindrically shaped roller having a liquid-holding surface, the liquid holding surface having a coating transfer region;
conveying said coating liquid onto said liquid-holding surface;
controlling the depth of said coating liquid at said coating transfer region to a predetermined depth; and
immersing the microprojections to a predetermined level in said coating liquid disposed at said coating transfer region, wherein the microprojections have a length, as measured from a surface or edge of the substrate, which is greater than said predetermined depth, and wherein the depth of said coating liquid at said coating transfer region is greater than said microprojection immersion level.
3. A method of coating a liquid onto a plurality of microprojections extending from a surface or edge of a substrate substantially without coating the liquid onto the substrate, comprising the steps of:
providing an agent-containing coating liquid;
providing a cylindrically shaped roller having a liquid holding surface, said liquid-holding surface having a coating transfer region;
conveying said coating liquid onto said liquid-holding surface;
controlling the depth of said coating liquid at said coating transfer region to a predetermined depth; and
immersing the microprojections to a predetermined level in said coating liquid disposed at said coating transfer region.
4. A method of coating a liquid onto a plurality of microprojections extending from a surface or edge of a substrate substantially without coating the liquid onto the substrate, comprising the steps of:
providing an agent-containing coating liquid;
providing a cylindrically shaped roller having a liquid holding surface, said liquid-holding surface having a coating transfer region;
conveying said coating liquid onto said liquid-holding surface by rotating a portion of said roller through a bath of said coating liquid;
controlling the depth of the coating liquid at the coating transfer region to a predetermined depth; and
immersing the microprojections to a predetermined level in said coating liquid disposed at said coating transfer region.
5. A method of coating a liquid onto a plurality of microprojections extending from a surface or edge of a substrate substantially without coating the liquid onto the substrate, comprising the steps of:
providing an agent-containing coating liquid;
providing a cylindrically shaped roller having a liquid holding surface, said liquid-holding surface having a coating transfer region;
conveying said coating liquid onto said liquid-holding surface by rotating a portion of said roller through a bath of said coating liquid;
controlling the depth of said coating liquid at said coating transfer region to a predetermined depth by controlling the rotational speed of said roller; and
immersing the microprojections to a predetermined level in said coating liquid disposed at said coating transfer region.
6. A method of coating a liquid onto a plurality of microprojections extending from a surface or edge of a substrate substantially without coating the liquid onto the substrate, comprising the steps of:
providing an agent-containing coating liquid;
providing a cylindrically shaped roller having a liquid-holding surface, the liquid holding surface having a coating transfer region;
conveying said coating liquid onto said liquid-holding surface;
controlling the depth of said coating liquid at said coating transfer region to a predetermined depth; and
immersing the microprojections to a predetermined level in said coating liquid disposed at said coating transfer region, wherein said step of immersing of the microprojections is accomplished by conveying the substrate along a predetermined pathway adjacent said coating transfer region.
7. A method of coating a liquid onto a plurality or microprojections extending from a surface or edge of a substrate substantially without coating the liquid onto the substrate, comprising the steps of:
providing an agent-containing coating liquid;
providing a cylindrically shaped roller having a liquid-holding surface, the liquid holding surface having a coating transfer region;
conveying said coating liquid onto said liquid-holding surface;
controlling the depth of said coating liquid at said coating transfer region to a predetermined depth; and
immersing the microprojections to a predetermined level in said coating liquid disposed at said coating transfer region, wherein said step of immersing of the microprojections is accomplished by continuously conveying a web comprised of a plurality of the substrates along a predetermined pathway adjacent said coating transfer region.
8. A method of forming a solid coating on a plurality of microprojections extending from a surface or edge of a substrate without forming a coating on the substrate, comprising the steps of:
providing an agent-containing coating liquid;
providing a cylindrically shaped roller having a liquid-holding surface, the liquid holding surface having a coating transfer region;
conveying said coating liquid onto said liquid-holding surface;
controlling the depth of said coating liquid at said coating transfer region to a predetermined depth;
immersing the microprojections to a predetermined level in said coating liquid disposed at said coating transfer region;
removing the microprojcctions from said coating liquid; and
drying the coating liquid coated on the microprojections thereby forming a solid agent-containing coating on the microprojections.
9. A method of forming a solid coating on a plurality of microprojections extending from a surface or edge of a substrate without forming a coating on the substrate, comprising the steps of:
providing an agent-containing coating liquid;
providing a cylindrically shaped roller having a liquid-holding surface, the liquid holding surface having a coating transfer region;
conveying said coating liquid onto said liquid-holding surface;
controlling the depth of said coating liquid at said coating transfer region to a predetermined depth;
immersing the microprojections to a predetermined level in said coating liquid disposed at said coating transfer region;
removing the microprojections from said coating liquid; and
drying the coating liquid coated on the microprojections thereby forming a solid agent-containing coating on the microprojections; and
repeating said immersing, removing and drying steps to provide multiple layers of said solid agent-containing coating.
10. A method of forming a solid coating on a plurality of microprojections extending from a surface or edge of a substrate without forming a coating on the substrate, comprising the steps of:
providing an agent-containing coating liquid;
providing a cylindrically shaped roller having a liquid-holding surface, the liquid holding surface having a coating transfer region;
conveying said coating liquid onto said liquid-holding surface;
controlling the depth of said coating liquid at said coating transfer region to a predetermined depth;
immersing the microprojections to a predetermined level in said coating liquid disposed at said coating transfer region;
removing the microprojections from said coating liquid; and
drying the coating liquid coated on the microprojections thereby forming solid agent-containing coating on the microprojections, wherein said agent comprises a drug or a vaccine and the liquid comprises water.
11. A method of forming a solid coating on a plurality of microprojections extending from a surface or edge of a substrate without forming a coating on the substrate, comprising the steps of:
providing an agent-containing coating liquid;
providing a cylindrically shaped roller having a liquid-holding surface, the liquid holding surface having a coating transfer region;
conveying said coating liquid onto said liquid-holding surface;
controlling the depth of said coating liquid at said coating transfer region to a predetermined depth;
immersing the microprojections to a predetermined level in said coating liquid disposed at said coating transfer region;
removing the microprojections from said coating liquid; and
drying the coating liquid coated on the microprojections thereby forming solid agent-containing coating on the microprojections, wherein said coating liquid comprise a liquid solvent and said agent, wherein said coating liquid has an agent concentration, and wherein said agent concentration is controlled by a method selected from the group consisting of conducting said coating at a temperature which reduces evaporative loss of said liquid solvent, conducting said coating in an atmosphere containing sufficiently high amounts of gascous solvent to reduce evaporative loss of said liquid solvent, infusing liquid solvent into said coating liquid at a rate which compensates for evaporative loss of said liquid solvent, and combinations thereof.
12. A method of forming a solid coating on a plurality of microprojections extending from a surface or edge of a substrate without forming a coating on the substrate, comprising the steps of:
providing an agent-containing coating liquid;
providing a cylindrically shaped roller having a liquid-holding surface, the liquid holding surface having a coating transfer region;
conveying said coating liquid onto said liquid-holding surface;
controlling the depth of said coating liquid at said coating transfer region to a predetermined depth;
immersing the microprojections to a predetermined level in said coating liquid disposed at said coating transfer region;
removing the microprojections from said coating liquid; and
drying the coating liquid coated on the microprojections thereby forming solid agent-containing coating on the microprojections, wherein said coating liquid comprises a liquid solvent and said agent, wherein said coating liquid has an agent concentration, and wherein said agent concentration is controlled by a method selected from the group consisting of conducting said coating at a temperature which reduces evaporative loss of said liquid solvent, conducting said coating in an atmosphere containing sufficiently high amounts of gaseous solvent to reduce evaporative loss of said liquid solvent, infusing liquid solvent into said coating liquid at a rate which compensates for evaporative loss of said liquid solvent, and combinations thereof, and
wherein said liquid solvent comprises water, wherein said temperature is less than about 10\xb0 C., and wherein said atmosphere has a relative humidity greater than about 60%.