Table soccer or football game structure

[57] ABSTRACT

A generally improved rectangular fussball game table having raised side walls and end walls with goal openings and a pebbled glass playing surface for improved ball handling. The game table includes four vertical legs of rectangular cross-section having table leveling feet and a plurality of rod-mounted, balanced and weighted playing figures each having the foot thereof configured for improved ball handling characteristics.

Claims, 14 Drawing Figures

21 22 21 21

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U.S. Patent Dec. i6,1975

Sheet 1 of 2

3,926,432

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FIG. 4A

FIG. 3

U.S. Patent Dec. 16,1975 sheet 2 of 2 3,926,432

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FIG. 10

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TABLE SOCCER OR FOOTBALL GAME STRUCTURE

BACKGROUND OF THE INVENTION

1. Field of the Invention

The invention relates to fussball game tables, and more particularly, to an improved fussball game table including a pebbled upper playing surface and improved playing figures.

2. History of the Prior Art

This invention is directed to a fussball (also known as table soccer) game table generally of the type shown in U.S. patent application Ser. No. 255,930 filed May 22, 1972 by Robert L. Furr and Robert I. Hayes, Jr. Prior art fussball games typically include a rectangular, boxlike playing area supported on four angularly mounted and reinforced legs. A plurality of axially slideable actuating rods are mounted extending transversely of the playing area. The actuating rods mount a plurality of playing figures which are arranged above the playing surface of the table in a preselected formation. A light ball is placed on the playing surface and propelled by sharply rotating the actuating rods so that a foot of the figures strikes the ball and propels it along the playing surface toward one of the two goals located in opposite end walls. Prior art playing surfaces have generally been formed of a hard, smooth, glossy material imprinted with a soccer field pattern or of rippled or hammered, wired glass having relatively large dimpled indentations located on rectangular grids forming raised adjacent lenses.

Prior art fussball game tables have included a number of disadvantageous features. For example, angularly mounted and cross-braced legs are relatively unstable and, generally, may not be adjusted to level the game table; smooth, glossy playing surfaces may lead to errors in ball trajectory; and unbalanced, molded playing figures tend to return to an upright, vertically oriented position when the actuating rod is released and may thereby obstruct one’s own pathway toward the desired goal. Each of these structural characteristics, along with other disadvantageous features, of conventional, prior art table soccer games has been overcome by the improved table soccer game of the invention.

SUMMARY OF THE INVENTION

The invention relates to a table soccer game, commonly called by its popular name fussball (such term being used throughout the disclosure), and more particularly, to apparatus for such a game that improves the ball handling and other playing characteristics of the game to increase the speed and precision with which the game is capable of being played.

BRIEF DESCRIPTION OF THE DRAWINGS

For a more complete understanding of the present invention and for further objects and advantages thereof, reference may now be had to the following description taken in conjunction with the accompanying drawing, in which:

FIG. 1A is a perspective view of a fussball game table constructed in accordance with the invention;

FIG. IB is a cutaway cross-section view of a ball drop opening taken about lines IB — IB of FIG. 1A;

FIG. 2 is a front elevational view of the fussball game table depicted in FIG. 1A;

FIG. 3 is a top plan view of the fussball game table depicted in FIG. 1A;

FIG. 4A is a typical cutaway cross-sectional view of the bottom of the game table of the present invention. ⁵ illustrating the pebbled glass material which forms the playing surface thereof;

FIG. 4B is a cutaway, diagramatic top view of the pebbled glass playing surface;

FIG. 5 shows an exploded view of one of the vertical 10 table legs illustrating the manner of attachment to the table of the invention;

FIG. 6A is a front elevational view of a playing figure constructed in accordance with the invention;

FIG. 6B is a cross sectional view taken about the lines 15 6B — 6B of FIG. 6A;

FIG. 7 is a side elevational view of the playing figure shown in FIG. 6A;

FIG. 8A is a bottom view of a playing figure actuating rod handle constructed in accordance with the inven²⁰ tion;

FIG. 8B is an end plan view of the handle shown in FIG. 8A;

FIG. 9 is a top perspective view of the table shown in FIG. 1A with the top portion of the table tilted up25 wardly to expose the playing ball collecting and dispensing structure therein; and

FIG. 10 is a side view of a ball trap and ejecting mechanism constructed in accordance with the invention.

DETAILED DESCRIPTION

Referring to FIG. 1A of the drawing, the game table of the present invention includes a playing surface 10, vertically extending end and sidewalls 11 and 12, re35 spectively, and a plurality of transversely disposed playing figure actuating rods 13 rotateably mounted and axially slideable in opposite sidewalls 12. The playing surface 10 and the vertically extending end and sidewalls 11 and 12 comprise a top housing unit 14. The ⁴⁰ top unit 14 is hinged along the back edge to a lower housing unit 15 which is supported upon four vertically extending, rectangular legs 16.

The actuating rods 13 are rotatably and slideably supported in a plurably of pairs of bearings 17 which ⁴⁵ are spaced along and in axial alignment with clearance apertures passing through the opposed longitudinal sidewalls 12. Each actuating rod 13 rigidly mounts one or more game figures 18. Soft, shock absorbing rubber bushings 19 are mounted to the actuating rods 13 and 50 located outside the outermost game figures 18. The rubber bushings 19 function as bumpers to prevent the game figures 18 from striking too hard against the inner sides of the walls 12, even during vigorous playing as the actuating rods 13 are quickly shifted laterally in the 55 bearings 17 to move the figures carried thereby relative to the playing surface 10. Each one of the actuating rods 13 is fixed to a handle 21 at the playing end terminated by a cap 22 at the opposite end. The advantageous configuration of the handles 21 will be explained ⁶⁰ in greater detail below in connection with FIGS. 8A and 8B. The upper housing 14 includes ball drop openings 23 passing through opposite side walls near the center of the playing surface 10 and score keepers 20 located on the tops of opposite ends.

The ball drop opening 23 is best shown in the crosssection view of FIG. IB and comprises a circular hole

23α, greater in diameter of the ball 23ό to be used. In the bottom center of each hole 23α is located a groove

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23c, formed with a router to hold the ball within the hole until play begins. Prior art ball drops generally include an exterior cup-like member into which the ball is deposited so that it rolls out the hole onto the playing surface. The ball drop of the present invention 23 eliminates the cup member, thereby providing a smoother appearance to the table, and enabling the player dropping the ball to simultaneously spin it and thereby bias the ball in his favor.

The score keepers 20 each comprise a pair of upstanding posts having a horizontal rod extending therebetween. The rod mounts and supports a plurality of circular score discs which may be moved easily along the rod and which make a loud and psychologically pleasing “clicking” noise when moved against the other discs.

Referring now to FIG. 2 of the drawing, the lower housing unit 15 includes in the front surface thereof, a coin receiving and actuating mechanism 24 and a ball dispensing opening 25. The upper and lower portions 14 and 15 are hinged along the back side and are held together by a pair of key-actuated locks 26 located at opposite ends of the front side of the table. Each of the table legs 16 is supported by a threadedly adjustable leveling foot 27. The adjustable foot 27 includes an elongate hex nut 28 driven into a tightly fitting hole in the bottom of each leg 16. A circular plate 29 is attached to a bolt 30 which threadedly engages the nut 28. The playing surface 10 may be accurately leveled by placing a carpenter’s level (not shown) in the center of the playing area and rotating appropriate ones of the leveling feet 27.

Referring next to FIG. 3 of the drawing, there is shown a top view of the fussball game table constructed in accordance with the invention. The actual playing surface 10 overlies a printed soccer field configuration 31 which is supported by a solid undersurface. The outside edges of the playing area are lined by an inclined border 32 which extends from the walls 11 and 12 out onto the playing area and makes a small angle, approximately 6°, with the horizontal playing surface. The inclined border 32 surrounds the entire playing area except for the two goal openings 35 located in the center of opposite end walls 11. Each of the corner pieces 32a of the border 32 is formed with a curved front edge 33 which helps in preventing the playing balls (not shown) from being stuck in a “dead spot”; i.e., a location where the ball cannot be moved by a playing figure 18. The small incline made by the border 32 with the playing surface 10 assists in returning the ball from the difficult to reach side portions of the playing area.

Each of the four comers of the playing area, bounded by an end wall 11 and a side wall 12, is formed by a flat, angularly positioned comer section 34. The surface of each comer section 34 makes an angle of approximately 30° with the end walls 11. In one embodiment of the invention, a comer section making an angle of 26.5° proved highly satisfactory. The corner section 34 is preferably positioned at a relatively small angle (less than 45°) with respect to the end wall so that when it is strack by a ball moving from the direction of the opposite end, the ball will rebound more back toward the opposite end of the playing field rather than toward the opposite side of the field. Comer pieces positioned at an angle of 45° or greater increases the chances of a ball bouncing off the corner into the goal opening thus producing an accidental and undeserved goal. As with other game table comer pieces, the section 34 serves to return the ball to the playing surface with a minimum of delay and interruption of the game.

Referring now to FIG. 4A and FIG. 4B, there are shown, respectively, a typical cutaway cross-section view of the bottom of the table with borders removed and a cutaway diagramatic top view of the upper surface of the playing area 10. In FIG. 4A, it can be seen how a wooden underlayer 36 supports a paper sheet 37 having a soccer field configuration printed thereon. The sheet 37 is covered by a layer of glass 38 having a pebbled upper surface 39. The glass 38 preferrably of a type of figured, rolled glass such as that sold under the brand name of “Industrex” by ASG Industries of Kingsport, Tennessee. A similar suitable figured, rolled glass is that sold under the brand name of “Factrolite” by CE Glass Company of St. Louis, Mo. The upper surface of the glass, also shown in FIG. 4B, is comprised of a plurality of rounded pebbles arranged on the surface of the glass in a selected pattern. The pattern is preferrably formed so that there are a number of linear paths (the directions of which are illustrated by arrows 40) formed in the valleys between the pebbles 39. The inclusion of a pebbled glass playing surface results in a fussball table with greatly improved playing characteristics. For example, during relatively slow movement of the ball (i.e., passing the ball between playing figures), the pebbles increase the accuracy and linearity of movement of the ball due to the linear paths created in the valleys between the pebbles 39. The pebbled glass surface also increases the speed of the game by decreasing the friction of the ball on the surface, since a rapidly moving ball will only touch the tops of the pebbles. Finally, when a ball is propelled rapidly across the pebbled glass playing surface, it produces a “zipping” noise which has proven to be psychologically satisfying to players.

To assure maximum stability and rigidity the legs 16 are attached to the lower portion of the table 15 as shown in FIG. 5. The two members 41 and 42 forming a comer of the lower portion are drilled through with holes 43 and a “T-nut” 44 is hammered from the outside surface into each hole. A layer of outer finishing material 45, such as a laminated plastic sheet, for example, “Formica”, is installed to cover the outer portion of the holes and the “T-nuts”. Each leg 16 is drilled with holes 46 to mate with the holes 43 in the comer members. A bolt 48 is passed through each of the holes 46 to engage the internally threaded portion of the “T-nuts” 44 within the holes 43. By tightening the bolts 48, each leg 16 is held in position in an extremely sturdy but yet easily removable configuration without the use of cross braces. Removability of the legs is particularly important in fussball game tables which must periodically be moved through doorways and other obstructions into the area of use.

Referring now to FIGS. 6A, 6B and 7, there are shown, respectively, front and side views of a balanced playing figure 18 constructed in accordance with the invention. As shown in FIG. 6A, the playing figure 18 comprises a head portion 51, a body portion 52 and a foot portion 53. The body portion 52 is perforated by a transverse opening 54 for receiving an actuating rod 13. A lateral opening 55 is formed in the body portion to receive a bolt (not shown) which passes through aligned apertures in the rod 13 and is secured by a nut (not shown) held in position by a hexagonal socket 56. The bolt passing through the opening 55 secures the

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6 playing figure to the actuating rod 13 passing through the opening 54.

The head portion 51 of the playing figure 18 includes a recess 57 for receiving a weight 58, shown in FIG. 7 by cutting away part of the head portion 51. The weight 58 may be either molded into the playing figure or may be added through an external opening into the recess 57. The mass of the weight 58 and the exact position of the recess 57 are chosen to balance the playing figures on the actuating rod 13 so that if the actuating rod is turned to position the longitudinal axis of the playing figure in a horizontal plane, the playing figure will remain in place rather than returning to its usual upright or vertical position. The addition of the weight 58 serves to bring the center of gravity of the playing figure, along its longitudinal axis, into coincidence with the longitudinal axis of the actuating rod 13. Moreover, the word balanced is intended to define a condition of a playing figure whereby, through the addition of weight, a change in the density of material, or otherwise, the center of gravity of the figure is caused to lie along the longitudinal axis of the actuating rod upon which the figure is mounted.

The use of weighted and balanced playing figures on the actuating rods is particularly helpful in the playing of singles games so that ones own playing figures may be removed as an obstruction to the flight of the ball by turning them to a any angular position where they will remain after positioning by a player. In fussball game tables having unbalanced playing figures, one must continually hold the actuating rods so that the playing figures remain in a horizontal position. When the rods with unbalanced figures are released, they return to their upright position and can unintentionally block or deflect ones own ball proceeding in a trajectory toward a goal opening.

The foot portion 53 of the playing figure 18 is of large significance in the effectiveness and accuracy of the playing figure. As illustrated in the cross-section view of FIG. 6B taken about the lines 6B—6B of FIG. 6A, a small smooth radius 61 is placed at each of the four comers of the foot 53 to permit control over the ball while making “bank” or “angle” shots. The sides of the foot 62 are smooth and flat to permit control in lateral passing of the ball from one playing figure to the next. The front and rear surfaces 63 of the foot 53 are flat and pebbled for increased friction and the angle of the surfaces 63 with the horizontal (shown best in FIG. 7) permits the playing figure to propel the ball at very high velocity without “lofting” the ball or allowing it to leave the playing surface.

An actuating rod handle 21, constructed in accordance with the invention, is shown in FIG. 8A and 8B. The proper configuration of handle is quite important in that a player’s only physical contact with the table is made through the handle. The improved handle 21 shown in FIGS. 8A and 8B is generally octagonal in shape and includes a flange 65 at the front of the handle which prevents a player’s hand from slipping forward and off the handle when an actuating rod (not shown) is pushed forward with great force. A waist portion 66 allows the handle to be gripped comfortably and properly while a back portion 67 provides for optimum grip. A counter-sunk hole is formed in the handle to receive a “socket head cap” screw 68 which is recessed and provides minimum obstruction to the player’s grip on the handle. A central circular opening 69 is formed in the handle to receive an actuating rod 13, as shown in FIG. 3. An end view of the octagonal handle is shown in FIG. 8B.

Referring next to FIG. 9, there is shown a view of the fussball game table of the present invention with the 5 top portion of the table 14 pivoted up about its hinges to expose the internal mechanisms in the bottom portion 15. At opposite ends of the table, beneath the goal openings, there are located inclined collection ramps 71 and 72 which both converge on an inclined feeding ¹⁰ ramp 73. Each of the ramps 71, 72 and 73 are located between vertically extending side boards 74 and 75. Balls traveling down either of the ramps 71 or 72 and onto the ramp 73 are directed through an opening in the sidewall 75 into an opening 75α in a ball trap mech¹⁵ anism 76. The ball trap 76 is hinged along the back edge 77 and attached to an operating shaft 78 at one end. As best shown in FIG. 10, the ball trap mechanism 76 is channel shaped and includes a back wall 79, a top plate 80 and a front wall 81. The operating shaft 78 is ²⁰ fixed to the inside of the top plate 80 and terminated by a roller 82 which is received within an operating plate 83. The operating plate 83 is attached at its rightmost end to the coin receiving and actuating mechanism 24 (FIG. 9). The plate 83 includes a slot having a straight ²⁵ portion 84 and an upwardly curved portion 85. When a coin is deposited and the actuating mechanism 24 (FIG. 9) pressed inwardly, the operating plate 83 is moved in the direction of the arrow 86 to move the operating rod 78 upwardly and pivot the channel mem³⁰ ber 76 about its rear edge 77 which swings the rear wall 79 of a channel member in a counter clockwise direction and “ejects” the balls 87 out into the ball dispensing opening 25 (FIG. 9). The ball trap and ejecting mechanism of the present invention is an improvement ³⁵ over prior art ball traps in that regardless of whether gum papers, cigarette packs, or other small foreign objects may have become lodged down in the mechanism, they do not prevent the balls from moving into the dispensing opening 25.

⁴⁰ As can be seen from the above description, the fussball game table of the present invention includes numerous features which are advantageous over those of the prior art. Among other features, the pebbled glass playing surface; the sturdily mounted, adjustable level45 ing legs; the properly angled comers; the balanced playing figure with a uniquely configured foot; the configured actuating rod handles; and the ejecting ball trap mechanism each contribute to produce a fussball game table with vastly superior overall playing charac⁵⁰ teristics.

Having described the invention in connection with certain specific embodiments thereof, it is to be understood that further modifications may now suggest themselves to those skilled in the art and it is intended ⁵⁵ to cover such modifications as fall within the scope of the appended claims.