throughout the following detailed description , the same reference numerals refer to the same elements in all figures . an apparatus 10 of the invention shown in fig1 has a cylindrical container 12 with an integral bottom 14 and sidewall 16 . a cover 18 is latched in place over the top of container 12 . container 12 has an inner cylindrical surface 20 and an outer cylindrical surface 22 . sidewall 16 is penetrated by three bores . a first bore 24 is adjacent the bottom of the container 12 . above first bore 24 is second bore 26 , and adjacent the top of the container 12 is a third bore 28 . container 12 has an intermediate floor 30 integral with sidewall 16 . this intermediate floor 30 has a top surface 34 , a bottom surface 36 , and a multiplicity of holes 38 formed therein . the holes 38 permit air to flow from an air flow zone 40 to glitter 11 held in the container 12 . a bracket 42 , having a center opening 44 formed therein , is mounted on the top surface 34 of intermediate floor 30 . as shown in fig1 a vertical housing 46 is mounted on bracket 42 so that a center axis 32 of container 12 is in alignment with the center opening 44 of the bracket 42 . vertical housing 46 has a top portion 48 , a bottom portion 50 , and a cylindrical sidewall 52 enclosing an internal cavity 54 , as shown in fig3 . in addition , vertical housing 46 has a threaded first opening 56 formed in top portion 48 , a threaded second opening 58 formed in bottom portion 50 , and a third opening 60 formed in sidewall 52 . a venturi jet 62 is mounted within vertical housing 46 so that a top end 64 of jet 62 emits air into internal cavity 54 . a screen 63 covers top end 64 of venturi jet 62 to prevent glitter 11 from entering venturi jet 62 . bottom 66 of venturi jet 62 is located in bottom portion 50 of vertical housing 46 , and a threaded coupling element 68 secures venturi jet 62 in place in conjunction with bracket 42 . threaded coupling element 68 engages threads in an interior wall 69 of bottom portion 50 of vertical housing 46 . as shogun in fig1 a first hose 70 passes through first bore 24 in sidewall 16 of container 12 . a first end 72 of hose 70 is connected to a regulated air pressure generator 75 and a second end 74 of hose 70 is open to air flow zone 40 . a coupling element 76 mounts hose 70 in bore 24 . air passes upward from air flow zone 40 through holes 38 in intermediate floor 30 to keep glitter 11 located in container 12 in a constant state of flow over intermediate floor 30 . as shown in fig1 a second hose 78 is mounted through second bore 26 in sidewall 16 of container 12 . a first end 80 of hose 78 is connected to a regulated air pressure generator 75 . a second end 82 of hose 78 is connected by a coupling element 83 to a connector leading through hole 44 to venturi jet 62 . another coupling element 84 mounts hose 78 in bore 26 . as shown in fig1 a third hose 100 is connected by a coupling element 110 , at a first end 102 of third hose 100 , to top portion 48 of housing 46 . as shown in fig3 threaded first opening 56 in housing 46 engages the threads of the coupling element 110 . as shown in fig1 a second hose end 104 is connected by coupling elements 112 to a spray gun 86 . the spray gun has a handle 88 , a trigger 90 , a first nozzle 96 for emission of resin , and a second nozzle 98 for emission of glitter 11 . as shown in fig1 third hose 100 is mounted through third bore 28 of housing sidewall 16 by a coupling element 108 . a ground wire portion 106 is located in hose 100 between top portion 48 of housing 46 and a back 94 of spray gun 86 . ground wire 106 is attached to a static reducing tinsel 124 at a first end 123 of tinsel 124 at top portion 48 of housing 46 . static reducing tinsel 124 is emersed in glitter 11 in container 12 and connected at a second end 125 of tinsel 124 to a ground 126 outside the container 12 . as shown in fig1 a fourth hose 114 delivers a resin from a resin source 120 . a first end 118 of hose 114 is connected to resin source 120 and a second end 116 of hose 114 is connected to a bottom portion 95 of handle 88 . the resin exits the spray gun at first nozzle 96 . a pump 122 for moving the resin is inserted in line with hose 114 . glitter 11 can be a reflective metallized flake material or a color coated plastic flake material commonly used in the art to impart a sparkle to a surface . the apparatus 10 permits spraying of resin and glitter 11 together or spraying resin first to create a tacky viscous surface for glitter 11 to adhere . both methods produce a sparkled reflective surface . the apparatus 10 described herein , permits conservation of glitter 11 and resin , and prevents blowing of glitter 11 and resin into the work environment , thereby limiting the contamination of the work environment . in the method of the invention , glitter 11 is dumped into container 12 and lid 18 is snapped in place . thereafter air is allowed to flow through first hose 70 into air flow zone 40 , through holes 38 , to keep glitter 11 moving . when the spray operation is begun , additional air is injected through second hose 78 and through venturi jet 62 , thereby causing glitter 11 to be sucked through hole 60 up through vertical housing 46 and through third hose 100 to the spray gun 86 . ground wire portion 106 and static reducing tinsel 124 prevent static from developing in the glitter 11 . first nozzle 96 sprays resin and second nozzle 98 sprays glitter 11 . the spray gun 86 permits separate spraying of the resin and glitter 11 or simultaneous spraying of the resin and glitter 11 . equivalent elements can be substituted for the elements employed in this invention in order to carry out the method in the same way to create the same result .
an apparatus has a cylindrical container with an intermediate floor containing a multiplicity of air holes through which air is pumped upward to keep glitter within the container above the intermediate floor in movement . a vertical housing within the container contains a venturi jet to suck glitter out of the container , through the vertical housing , and through a hose to a spray gun . static reducing tinsel is emersed in the glitter in the container and connected to a ground outside the container . the spray gun can separately or simultaneously spray resin and glitter .