This invention relates to a pneumatic valve device, such as a pneumatic horn and a pneumatic sprayer, which is operable by pressurized gas from a storage vessel. It comprises a valve pneumatically connectable to the storage vessel to admit and release pressurized gas into and from the storage vessel
This invention relates to a pneumatic valve device, such as a pneumatic horn and a pneumatic sprayer, which is operable by pressurized gas from a storage vessel. It comprises a valve pneumatically connectable to the storage vessel to admit and release pressurized gas into and from the storage vessel; a connecting chamber for pneumatically connecting the valve to the pneumatically operable device to conduct pressurized gas released through the valve to the pneumatically operable device; and a manually operable control operable to release pressurized gas from the valve into the connecting chamber.
대표청구항▼
This invention relates to a pneumatic valve device, such as a pneumatic horn and a pneumatic sprayer, which is operable by pressurized gas from a storage vessel. It comprises a valve pneumatically connectable to the storage vessel to admit and release pressurized gas into and from the storage vessel
This invention relates to a pneumatic valve device, such as a pneumatic horn and a pneumatic sprayer, which is operable by pressurized gas from a storage vessel. It comprises a valve pneumatically connectable to the storage vessel to admit and release pressurized gas into and from the storage vessel; a connecting chamber for pneumatically connecting the valve to the pneumatically operable device to conduct pressurized gas released through the valve to the pneumatically operable device; and a manually operable control operable to release pressurized gas from the valve into the connecting chamber. a cap member, said cap member being positioned such that a longitudinal axis of said cap member aligns with a longitudinal axis of said fourth vertical standard. 2. The nesting table system of claim 1, wherein said first table assembly further comprises: a first circular sector having a radius of approximately 24 inches, said first circular sector having an aperture therethrough, said aperture being positioned substantially adjacent to a focus of said first circular sector. 3. The nesting table system of claim 1, wherein said second table assembly further comprises: a second circular sector having a radius of approximately 21 1/2 inches, said second circular sector having an aperture therethrough, said aperture being positioned substantially adjacent to a focus of said second circular sector. 4. The nesting table system of claim 1, wherein said third table assembly further comprises: a third circular sector having a radius of approximately 19 inches, said third circular sector having an aperture therethrough, said aperture being positioned substantially adjacent to a focus of said third circular sector. 5. The nesting table assembly of claim 1, wherein said vertical support assembly further comprises: a plurality of pin members, each one of said pin members being positionable in an associated pairing of bores, each pin member being for coupling an associated pairing of vertical standards, each pin member being for pivotally securing an associated one of said first, second, or third table assemblies to said vertical support assembly. 6. A nesting table system comprising: a vertical support assembly, said vertical support assembly being substantially cylindrical; a plurality of table assemblies, each one of said plurality of table assemblies having a form of a circular section, each one of said plurality of table assemblies being pivotally coupled to said vertical support assembly; a plurality pairs of legs, each pair of legs being couplable to an associated one of said plurality of table assemblies; a first table assembly; a second table assembly having a radius substantially less than a radius of said first table assembly; a third table assembly having radius substantially less than a radius of said second table assembly; wherein said plurality of leg pairs further comprises: a first pair of leg members, said first pair of leg members being selectively couplable to each of said first, second, or third table assemblies; each one of said first pair of leg members having a length of approximately 10 inches, said first pair of leg members being used to support a forward portion of said first, second, or third table assemblies; a second pair of leg members, said second pair of leg members being selectively couplable to each of said first, second, or third table assemblies; each one of said second pair of leg members having a length of approximately 20 3/4 inches, said second pair of leg members being used to support a forward portion of said first, second, or third table assemblies; a third pair of leg members, said third pair of leg members being selectively couplable to each of said first, second, or third table assemblies; each one of said third pair of leg members having a length of approximately 31 1/2 inches, said third pair of leg members being used to support a forward portion of said first, second, or third table assemblies. 7. The nesting table system of claim 6, wherein said first table assembly further comprises: a first circular sector having a radius of approximately 24 inches, said first circular sector having an aperture therethrough, said aperture being positioned substantially adjacent to a focus of said first circular sector. 8. The nesting table system of claim 6, wherein said second table assembly further comprises: a second circular sector having a radius of approximately 21 1/2 inches, said second circular sector having an aperture therethrough, said aperture bei ng positioned substantially adjacent to a focus of said second circular sector. 9. The nesting table system of claim 6, wherein said third table assembly further comprises: a third circular sector having a radius of approximately 19 inches, said third circular sector having an aperture therethrough, said aperture being positioned substantially adjacent to a focus of said third circular sector. 10. A nesting table system comprising: a vertical support assembly, said vertical support assembly being substantially cylindrical; a plurality of table assemblies, each one of said plurality of table assemblies having a form of a circular section, each one of said plurality of table assemblies being pivotally coupled to said vertical support assembly; a plurality pairs of legs, each pair of legs being couplable to an associated one of said plurality of table assemblies; said plurality of table assemblies further comprising: a first table assembly; a second table assembly having a radius substantially less than a radius of said first table assembly; a third table assembly having radius substantially less than a radius of said second table assembly; said first table assembly further comprises a first circular sector having a radius of approximately 24 inches, said first circular sector having an aperture therethrough, said aperture being positioned substantially adjacent to a focus of said first circular sector; said second table assembly further comprises a second circular sector having a radius of approximately 21 1/2 inches, said second circular sector having an aperture therethrough, said aperture being positioned substantially adjacent to a focus of said second circular sector; said third table assembly further comprises a third circular sector having a radius of approximately 19 inches, said third circular sector having an aperture therethrough, said aperture being positioned substantially adjacent to a focus of said third circular sector; said vertical support assembly further comprises: a base member, said base member being adapted for resting on a horizontal support surface such as a floor; a first vertical standard, said first vertical standard being substantially cylindrical, said first vertical standard being coupled to said base member, said first vertical standard being positioned such that a longitudinal axis of said first vertical standard being substantially aligned with a longitudinal axis of said base member, said first vertical standard having a first bore extending downward from a top surface, said first bore being positioned such that a longitudinal axis of said first bore aligns with a longitudinal axis of said first vertical standard; a second vertical standard, said second vertical standard being substantially cylindrical, said second vertical standard having a diameter approximately equal to a diameter of said first vertical standard, said second vertical standard having a second bore extending downward from a top surface, said second bore being positioned such that a longitudinal axis of said second bore aligns with a longitudinal axis of said second vertical standard; said second vertical standard having a third bore extending upwardly from a bottom surface, said third bore being positioned such that a longitudinal axis of said third bore aligns with a longitudinal axis of said first vertical standard; a third vertical standard, said third vertical standard being substantially cylindrical, said third vertical standard having a diameter approximately equal to a diameter of said first vertical standard, said third vertical standard having a fourth bore extending downward from a top surface, said fourth bore being positioned such that a longitudinal axis of said fourth bore aligns with a longitudinal axis of said third vertical standard; said third vertical standard having a fifth bore extending upwardly from a bottom surface, said fifth bore being positioned such that a longitudinal axis
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이 특허에 인용된 특허 (17)
Campbell S. Jack (Plantation FL), Aerosol container cap and actuator.
Vidovic Ninoslav (5032 Centre Ave. #201 Pittsburgh PA 15213) Vidovic Aleksandra (5032 Centre Ave. #201 Pittsburgh PA 15213) Cook Arnold J. (5508 Baywood St. Pittsburgh PA 15206), Warning device for a bicycle.
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