referring now to fig1 the air action game in this embodiment of the invention is a simulated soccer game . a generally rectangular flat horizontal table top 10 is supported adjacent to its narrow ends by opposed vertical rectangular support members 12 and 14 . a goal area generally designated as 16 is provided centrally at one end of the table top 10 and an opposed goal area generally designated as 18 is provided at the opposite end of the table top above member 14 . the goal area 16 and its appurtenances are identical in configuration to the opposed goal area 18 and its appurtenances . the goal area 16 is characterized by the provision of a swiveled air stream gun 20 , midway between the sides of the top 10 , which is rotatable about a semi - circular field of play ( see fig4 ) by a horizontal lever 22 which extends rearwards from the gun 20 to a suitable handle 24 that is manipulated by the player stationed at the goal area 16 . the player when the game is in service moves the lever laterally to rotate the gun 20 and thereby control the direction of discharge of an air stream from gun 20 against a projectile in the form of a ball 26 which is disposed on the table top 10 . the goal area 16 has a foraminous enclosure 28 , i . e ., backstop , which extends upwards from the sides and back of a recess r and over the top of said recess . however , the enclosure 28 does not extend over the front of the recess . the recess has its open mouth flush with the upper surface of the table top 10 . thus , when the game is being played , the ball 26 may be propelled by the player stationed at the goal area 18 into the recess r at the goal area 16 and vice versa , and when the ball 26 falls down into the recess at the goal area 16 , the player at the goal area 18 has scored a point . it is apparent that the player stationed at the goal area 16 can act to try to prevent this by suitable manipulation of his air gun 20 . thus , the game provides a simulation of the game of soccer , with a small figure 30 mounted on air gun 20 simulating the goalie who tries to prevent the ingress of the ball 26 into the recess at the goal area 16 . appurtenances of the goal area 18 are also shown in fig1 namely a foraminous back stop 32 , a lever 34 and a handle 36 . the table top 10 is provided with walls 38 , 40 , 42 and 44 at its outer edges , which walls extend above the upper surface of the typically rectangular table top 10 to prevent the ball 16 from being blown off the table top by the air streams . curved corners such as 46 preferably are provided where walls such as 40 and 42 meet , so as to prevent ball 26 from lodging in a rightangled corner which might stop the game action , since if corner 46 were right - angled , the air streams from gun 20 and the gun of recess 18 might merely force the ball 26 to remain in the corner . the radius of the corner 46 exceeds the radius of the ball for the same reason . in addition , an inward projection 48 on the wall 38 is preferably and generally provided in practice , together with an opposed projection 50 on the wall 40 . the purpose of these projections 48 and 50 is similar to the reason for the provision of the curved corners such as 46 , i . e ., to prevent game action from stopping . in the case of the projections 48 and 50 , these projections which may be characterized as being substantially triangular in the form of an isosceles triangle having its base at the side wall with an apex which points towards the center of table top 10 , are provided at the middle or central portion of each side wall to prevent motion of ball 26 from ceasing due to passage into a region where the end - to - end vectors of the two opposed air streams are substantially equal and cancel out and the lateral vectors are additive , forcing the ball against the wall so that no motion can take place . the side walls of each projection 48 and 50 are desirably curved to provide a concave surface to further facilitate motion of ball 26 , in a manner similar to the considerations relative to the curved corners 46 . the air action game of fig1 is completed in its preferred embodiment by the provision of a plurality of spaced vertical baffles in the form of individual unit clusters 52 , which simulate soccer players on a soccer field . a print of a soccer player is disposed on , and forms part of each individual flat vertical baffle . each cluster 52 has a generally cruciform horizontal cross - section of which each arm constitutes a radially extending individual baffle . each cluster is pivoted at its central vertical axis on a vertical spindle which extends upwards from the table top 10 , as will appear infra , so that each cluster 52 can freely rotate when an air stream is directed against it during the course of the game , i . e ., when the ball 26 is in proximity to a particular cluster 52 . the bottom edges of individual baffles are spaced apart to permit entry of the ball between adjacent baffles . the ball 26 will of course strike individual baffles of a cluster 52 during the course of the game , and may in fact temporarily lodge in a corner of a cluster 52 ; however , since the clusters 52 freely rotate about a vertical axis , the play of the air guns soon causes the cluster to rotate and free the ball which is propelled by an individual baffle on which it rests so that the game progresses until a score is made . it is evident that the game provides fast action and a great challenge to the skill of the players in manipulating the air guns , both against the fast moving ball 26 and against a cluster 52 with which the ball may be temporarily associated . referring now to fig2 the goal area 16 is shown in greater detail . the recess r is formed by vertical boundary walls such as 54 which extend downwards a short distance from the level of table top 10 , and a horizontal bottom or floor 56 below the level of table top 10 . the unitary air gun 20 is provided with a straddling figure 30 which is of the configuration of a goalie of a soccer team . the floor 56 is far enough below the bottom of the gun to accommodate the ball 26 without interference with the swiveling movement of the gun . as will appear infra , an air stream for the air gun 20 is generated below the table top 10 and is conducted up through a circular collar 58 on which the gun is mounted in such fashion as to enable the gun to oscillate approximately 180 ° about the vertical axis of collar 58 so that the air stream can be directed by the player over an arc embracing both adjacent corners 46 . a transition tube 60 extends upwards from the collar 58 to a substantially horizontal air discharge nozzle 62 . the nozzle 62 is of trapezoidal cross - section . by way of example , to achieve the aforesaid oscillatable mounting , an annular rib is formed near the upper end of the collar 58 to fit into an annular groove near the lower end of the tube 60 . the back stop is formed with a horizontal slot extending along the near and the rear portions of the back stop to permit swinging movement of the lever 22 between extreme positions shown by dash and double dot lines in fig4 which are defined by abutment of the nozzle against opposite ends of said slot . the polygonal cross - section of the nozzle tends to inhibit swirling motion of the air stream as it leaves the nozzle and as it flows at high speed across the table top . best results have been observed with a trapezoidal configuration with the base lowest ( see fig6 ). the air stream , due to its speed and to the laminar flow thereof resulting from the substantial suppression of swirl , will propel the ball , when impinging thereon , at a high speed and does not exert an upward force sufficient to lift the ball off the table top . hence the players obtain a fast and exciting action . fig3 shows the air stream 64 emanating from the air gun 20 . the stream is generated by a fan or blower 66 which is rotated by an electric motor 68 . the air stream 64 flows from the blower 66 through a manifold branch 70 to the collar 58 and manifold branch 72 conducts an air stream 74 , shown in phantom outline , to the collar associated with the goal area 18 . the air streams 64 and 74 are substantially equal portions of the total air stream 76 generated by the fan or blower 66 . fig3 also shows a further preferred embodiment of the invention , in which the lever 22 or most preferably the handle 24 is provided with a transverse horizontal extension 25 to facilitate grasping of the lever 22 by a player for ease in manipulation of the air stream gun 20 . referring now to fig4 the swivel action of the air gun 20 is apparent , with the direct forwards position shown in full outline and angular and transverse positions shown in phantom outline . fig5 shows a typical baffle cluster 52 in enlarged view . the cluster 52 is of cruciform horizontal cross - section near its base and is provided with four thin flat individual vertical baffles 78 extending radially from a hub and each having a two - dimensional figure of a soccer player provided thereon , to complete the simulation of a soccer game . the hub has a blind central bore with an upper closed end . a central vertical spindle 80 with an upper pointed end is located in the bore , the hub resting on the pointed end so that the cluster is free to rotate about a central vertical axis under the influence of air streams such as 64 , emanating from air guns such as 20 , as described supra . fig7 illustrates an alternative embodiment of the invention , in which the game simulated is ice hockey and the air discharge tube 62 is of rectangular cross - section with the bottom wall 82 and the top wall 84 being longer than the side walls . a figurine 86 comparable to the goalie of a hockey team , complete with a miniature hockey stick 88 , straddles the outlet end of the tube 62 . to complete the analogy to a hockey game , a game piece 90 is provided in the form of a circular hockey puck . fig8 illustrates another alternative embodiment of the invention , in which the game simulated is football and the air discharge tube 62 is of another alternative configuration , namely having a flat horizontal base or bottom 92 surmounted by a semicircular top section 94 . a figurine 96 comparable to a football player straddles the outlet end of the tube 62 . the game piece 98 in this case is in the form of a football . numerous alternatives within the scope of the present invention will occur to those skilled in the art . the table top 10 may be of other suitable configurations , e . g ., round , square or elliptical , rather than rectangular . in some instances , additional goal areas besides the two goal areas 16 and 18 may be provided and disposed , e . g ., at the middles of the sides of the table top . more than one game piece may be provided on the table top at a time and for a single game . naturally if more than two goal areas are provided , and especially if also more than one game piece is provided for play , the number of players would be proportionately greater . it thus will be seen that there are provided air action games which achieve the various objects of the invention and which are well adapted to meet the conditions of practical use . as various possible embodiments might be made of the above invention , and as various changes might be made in the embodiments above set forth , it is to be understood that all matter herein described or shown in the accompanying drawings is to be interpreted as illustrative and not in a limiting sense .
an indoor game comparable in objective to the sport of soccer . a ball or other playing piece is propelled by air streams discharged from opposed nozzles horizontally from above each goal , the latter being in the form of a recess on a game table top . the nozzles are swiveled so that each air stream may be played horizontally across the entire top surface of the table . a plurality of freely rotatable vertical baffles is disposed on the upper surface of the table top to provide air - spinnable ball obstacles , comparable to real life soccer players , that , on occasion , trap the playing piece and thereafter fling the piece across the table top in a semi - predictable , semi - random course .