turning now descriptively to the drawings , in which similar reference characters denote similar elements throughout the several views , fig1 and 4 illustrates a versatile plurality mixer 10 with rapid chance lot cycling and locking means . the mixer 10 consists of a masked and fully enclosed mixing housing 12 , a plurality of multiple marked indicia opaque chance lot spheres 14 , an assembly of transparent cubical cells 16 , a bent lock control member 18 , a resilient flat leaf spring 20 and a fastener 22 to aid in the rapid cycling and locking of the spheres 14a for display and as a convenient way to minimize mixer manipulation and lot selection drudgery while generating chance lot combinations for use in lotteries . the masked and fully enclosed mixing housing 12 is composed of top and bottom halves 12a and 12b and is fabricated with one compartment 30 . a side of the mixing housing 12 interfaces at 28 with the assembly of transparent cubical cells 16 such that the spheres 14 line - up with the cells 16 closely without jamming . the spheres 14a are all quickly dumped simultaneously into the single row of cubical cells 16 from the compartment 30 as the mixing housing 12 is inclined with cells 16 downward to permit rapid chance lot formation of spheres 14a . the lock control member 18 has fingers 24 attached and each finger is dedicated to a cubical cell 16 in a manner allowing the lock control member 18 to move about the fastener 22 and extend all fingers 24 into each transparent cell through top slots 16a to hold each and all chance lot spheres 14a simultaneously within the transparent cells 16 for viewing and recording . a plate 48 can be transversely mounted across top of the cubical cells 16 and in front of the top slots 16a to protect the fingers 24 . the extended position of the lock control fingers 24 into the cells 16 as shown in fig4 a is maintained by the leaf spring 20 applying a force 34 with the aid of the fastener 22 and slope 12c of the mixing compartment 12 . lock control fingers 24 also provide a movable separation between the cells 16 and compartment 30 to permit mixing of spheres 14 and chance lot holding of spheres 14a without loss of chance results regardless of mixer compartment 12 handling positions . application of a force 36 in fig4 b to move the lock control member 18 about the fastener 22 retracts all lock control fingers 24 simultaneously out of all cells 16 to quickly dump all spheres 14a from the cells 16 into the compartment 30 as the mixing housing 12 is inclined with cells 16 upward . after the dumping of spheres 14a , release of the force 36 will allow the force 34 to return the lock control member 18 to extend the fingers 24 into each cell 16 through the top slots 16a to provide separation from the compartment 30 as in fig4 c , for proper random agitation and mixing of the spheres 14 . after mixing of the spheres 14 in the compartment 30 , activation of the lock control member 18 applies the force 36 , as in fig4 b , to retract the fingers 24 and allows new chance lot spheres 14a to be dumped rapidly into all transparent cubical cells 16 when the mixing housing 12 is inclined with cells 16 downward . release of the force 36 allows the force 34 , as shown in fig4 a , aided by the leaf spring 20 , to again extend the lock control fingers 24 into cells 16 through top slots 16a to hold each and all new chance lot spheres 14a simultaneously within the transparent cells 16 as shown again to complete the cycle to obtain a new lot of marked spheres 14a for viewing and entering . multiple marks on the indicia opaque body of each chance lot sphere 14a within the transparent cubical cell assembly 16 facilitate the viewing of the chance lot spheres 14a from several directions as shown in fig1 . mixer manipulation to complete a cycle of agitation and mixing , holding , viewing , dumping and mixing again can be accomplished between mixing housing 12 in an inclined position without the need to invert the mixing housing . to aid the agitation and mixing process perturbators 26 are built into the compartment 30 which with adequate volume , assures that the spheres 14 are forced into random intermixing even during mild mixer agitations . placing of the spheres 14 into the mixing housing 12 can be done during mixer 10 assembly through the interface 28 before the cells 16 are attached to the interface 28 . upon attachment the cells 16 and interface 28 are permanently sealed . another way of placing the spheres 14 into the mixing housing 12 is shown in fig4 a . an aperture 50 is placed at rear of top half 12a of mixing housing 12 with a cap 52 for sealing the aperture 50 after spheres 14 are placed within . fig3 shows a second embodiment of a mixer 10 &# 39 ;. the mixer 10 &# 39 ; contains a masked and fully enclosed plurality mixing housing 12 &# 39 ; that is composed of top and bottom halves 12a &# 39 ; and 12b &# 39 ; and is fabricated with more than one compartment 30 &# 39 ; depending on the lottery game the mixer 10 &# 39 ; is intended for . the compartments 30 &# 39 ; are divided by inner walls 32 . likewise the number of multiple indicia marked opaque lot spheres 14 contained within the compartments 30 &# 39 ; will also be determined by intended game use . the cubical cells 16 &# 39 ; in this embodiment consists of three joined with three respective compartments 30 &# 39 ;, while the cubical cells 16 in fig1 and 2 consits of six joined with one compartment 30 . other combinations of cubical cells and dividing inner walls 32 can be used as needed for different lottery games . versatility of the mixer 10 is shown in fig5 and 6 wherein mixer construction permits stacking of a number of mixers 10 within a stacking member 38 in a manner allowing manageable random agitation , mixing , dumping and viewing of multiple combinations of chance lot spheres 14 for rapid determination and recording of sufficient lottery chances to fill a complete game card as a result of one mixing . a joining arm 40 is connected to each of the lock control members 18 to control the marked plurality spheres 14a through the movable separation fingers 24 to simultaneously enter or exit the cubical cells 16 of all mixers 10 by actuation of a single stack lock control shaft 42 to operate the joining arms in unison . each joining arm 40 extends through a slot 46 in the stacking member 38 to pivotally engage the stack lock control shaft 42 while the shaft 42 is held vertically in place by brackets 44 . while certain novel features of this invention have been shown and described and are pointed out in the annexed claims , it will be understood that various omissions , substitutions and changes in the forms and details of the device illustrated and in its operation can be made by those skilled in the art without departing from the spirit of the invention .
according to the present invention a portable hand held indicia selector is provided comprising an enclosed mixing housing with multiple numbered indicia spheres contained within the housing . the spheres are directed into a defined area of the mixing housing for viewing so that the directed numbered indicia may be used by the user to randomly select numbers . the housing has incorporated in it a locking device so that the directed numbered indicia are locked into position and may be released by the user into the mixing housing .