FIELD OF THE INVENTION
The present invention relates to a set of parts with movement mechanism for table football game.
BACKGROUND OF THE INVENTION
The most similar item to this invention previously known are the familiar “foosballs”, whose players are adhered in groups to rotating bars that drive the shot without any further possibility of interaction by the contestants of the game.
Another type of table football is the one that consists of players that move in only one direction grooves set on the table floor, driven by a keyboard set behind each goal, with no actuating mechanisms that provide variations according to the contestant's ability.
In that sense, another option is given by models of static players which turn out to be decoration pieces on the table, in a game that is played manually.
SUMMARY OF THE INVENTION
In order to outshine what is known up to date on this field and also to improve the game, the main objective of this request of patent of Invention is to provide a field player independent of the game board, able to be positioned strategically to make the pass or attempt to score, by means of a mechanism of automatic shooting, whose power can be selected by the contestant as well as the appropriate cleat to get the preferred effect on the ball pathway and a goalkeeper which is moved by the contestant to the position of covering the goal, with body tilting and the preferred opening of the arms to catch the ball, all of which depends on the contestant's ability and reflexes.
A second objective of this request of patent of Invention is that the parts that make up the set can be presented disassembled so as to develop the manual ability of the users during the assembly process.
The following invention refers to a set of parts with movement mechanism for table football game, comprising a model of at least one field player and another similar model of a goalkeeper, having the former a static leg adhered to a support and fixation base and an articulated leg, capable of an angular sweeping movement on a vertical plane, between a passive vertical position and an active retracted one, selectively locked by means of a cricket mechanism so that a vertical pressure applied to the player's head releases such a lock, causing the ball to be kicked, driven by an angular expansion spring which was tightly set on that position, while the goalkeeper is anchored by its back to the end of an tubular mast which is articulated through cardan movement on a vertical column set on the table, allowing its translation, being that the mast is able to rotate on its axle so as to cause the tilting of the vertical axle of its body while, at the same time, a rod going through the inside of the mast presents, in its actuating end, a means of coupling to the articular axle of one of the arms of the player so that, by means of its rotation, an angular sweeping movement parallel to the front area is caused, which will be transmitted by a mechanism of levers to the other arm that will move accordingly.
As a complement, at least the mobile leg of the player ends up in a stump that is capable of holding, by means of a clip, various models of cleats whose insteps bring about different effects when kicking the ball, with a power that will be regulated according to the greater or smaller retraction angle, which will provide the driving spring with more or less tension.
In order to achieve the advantages that have been roughly mentioned and to facilitate the understanding of the construction and function features of the Set of Parts With Movement Mechanism For Table Football Game, a preferred example of achievement is described below, which is illustrated by means of figures and with no given scale on the attached graphics, with the clear explanation that, precisely because it is just an example, it must not be considered a limitation but instead it simply becomes an illustration of the basic conception that it is based on.
BRIEF DESCRIPTION OF DRAWINGS
FIG. 1 is a perspective view of the field player in a passive position.
FIG. 2 is a view equivalent to the former, with the mobile leg set for shooting.
FIG. 3 is a view equivalent to the former, during the shooting.
FIG. 4 is an exploited perspective of the field player's body, showing its shooting mechanism.
FIG. 5 is a partial view of the field player, cut by a central vertical plane, displaying the mechanism in a passive position.
FIG. 6 is a view equivalent to the former, displaying the mechanism ready for shooting.
FIG. 7 is a view equivalent to the former, with the mechanism releasing the shot.
FIG. 8 is a partial view of the leg and a cleat displayed for assembly.
FIG. 9 is a perspective view of a right foot cleat for shooting with the toes.
FIG. 10 is a view equivalent to the former of a cleat for straight and powerful shooting.
FIG. 11 is a view equivalent to the former of a cleat for shooting with front elevation.
FIG. 12 is a view equivalent to the former of a cleat for shooting with an effect to the right.
FIG. 13 is a view equivalent to the former of a cleat for shooting with an effect to the left.
FIG. 14 is a view with front elevation of the goalkeeper.
FIG. 15 is a view with side elevation of the actuating means of the goalkeeper and the latter displayed for assembly.
FIG. 16 is a partial perspective view of the goalkeeper with a removed backrest, displaying the mechanism of arms movement.
FIG. 17 is a rear view of the goalkeeper with no backrest, with the arms on a low position.
FIG. 18 is a view equivalent to the former, with the arms on a high position.
DETAILED DESCRIPTION OF THE INVENTION
As seen in FIG. 1, the body of the field player consists of a backrest (1) adhered to the fixed leg (2); a pectoral (3) which makes up the lodging of the actuating mechanism along with such backrest; a head (4) whose stem (5) [collar] penetrates at the top on that lodging; a mobile leg (6) articulated on such actuating mechanism; the arms (7) articulated in the form of rounded stumps of the backrest; exchangeable cleats (9) assembled by means of a clip on the stumps of the legs and a resting support (10) with an fixation appendage (11), to which the stump of the fixed leg gets fixed by a known means.
In this figure, the player is in a passive position.
In FIG. 2 the ball (P) has been set and the mobile leg (6) has been retracted to a selected position according to the required power, internally locked by means of a cricket, rendered ready for the shooting.
FIG. 3 displays the moment in which a pressure (F1) set on the player's head causes the internal incidence of its stem (5) on the mechanism, releasing the lock from the cricket so that a (not visible) spring (8) drives the shot of the mobile leg (6) that will have an impact on the ball (P).
In FIG. 4, the field player with the arms (7) and the pectoral (3) disassembled and its removable means of joint (12) separated from the resting support (10), allows to see the actuating mechanism which consists of: the trigger (13) which can be activated at the top by the incidence of the stem (5) and acting at the bottom as a cricket lock on the partial crown wheel (14) adhered to the articulated arm (15), adhered to the mobile leg (6) and having an angular expansion spring (8) mounted on its articular axle, with one of its branches (16) pressing against the pectoral and the other branch (17) inserted on the groove (18) of such leg.
FIGS. 5, 6 and 7 show the functioning sequence of the mechanism previously illustrated.
In FIG. 5, the stem leans with no pressure by its end on a tilted plane against the core (19) of the trigger (13), in a passive position in which the articular arm (15) keeps the mobile leg (6) vertically, without any of the cricket cogs of its partial crown wheel (14) being held up by the locking tail (20) of the trigger, being that the spring (8) has no tension.
In FIG. 6, the leg (6) has been retracted to a position appropriate for the selected power of shooting which, in this case, corresponds to the second cog of the partial crown wheel (14), which has been locked by the tail (20) with the loaded spring (8), ready for shooting.
In FIG. 7, having already pressed the player's head (4) at the top, the tilted plane of the descending stem end (5) moves the core (19) aside, causing the tilting of the trigger which yields the resistance of the elastic wedge (21) against the pectoral and its locking tail (20) releases the held up cog so that the branch (17) of the spring drives the shot from the leg (6).
As it can be seen on the previous figures, the axles adhered to the trigger and to the articular arm of the leg are mounted in parallel on gudgeons set between the backrest and the pectoral.
FIG. 8 shows an illustration of the stump (22) of the leg (6), in which the selected cleat is mounted by means of the elasticity of its rear recess (23), capable of being set for shooting with the toes or in a tilted position so that an impact can be achieved with its inner or outer surface.
FIG. 9 shows one of the exchangeable cleats of the set, with the toecap similar to those of real cleats, applicable mainly for shooting with the toes.
In FIG. 10 the cleat shows an exaggerated elevation of its toecap, making up a vertical front that is appropriate for a grazing shot.
In FIG. 11, the cleat shows a concave front which is ideal to make impact on the lower arc of the ball, causing its elevation with an effect.
In FIG. 12, the cleat shows, on the instep, a flattening that descends into its inner surface, fit for shooting with elevation to the right.
In FIG. 13, the cleat shows, on the instep, a flattening that descends into its outer surface, fit for shooting with elevation to the left.
FIG. 14 illustrates a front view of the team goalkeeper which, as opposed to the field player, stands on its static legs and its arms (101 and 102) are articulated on their corresponding axles (103 and 104), for angular sweeps (F2) on a vertical plane, having a body that consists of a pectoral (105) adhered to the legs and a backrest (106), both making up the lodging for the mechanism of such movement of arms and at the same time, by means of the mechanism shown in the following figure, the goalkeeper will be capable of accompanying or individual movements such as: elevation (F3), to the sides (F4) and tilting (F5) out of its vertical axle, all of them driven by the contestant so as to avoid the scoring.
In FIG. 15, the above mentioned mechanism is shown, which consists of a vertical column (107) on which the support (108) pivots freely, on which a bushing (110) is articulated on the transversal axle (109), a bushing that the tubular mast (111) goes through with free rotation, with a means of anchoring (112) to the backrest (106) of the goalkeeper in its front end, with a rod (113) having free rotation going through the inside of such mast in the form of an axle, a rod whose rear end outlines a command knob and whose front end (114) outlines a “U” shaped coupling to the movement mechanism of the arms, going in through a window of such backrest.
Thus, with the goalkeeper anchored by its backrest to the means (112), the pivoting of the support (108) on the column (107) causes the horizontal sweep, referred to as F4 in the previous figure; the articulation around the transversal axle (109) causes the rising, referred to as F3; the rotation of the mast (111) on the articulated bushing (110) from the appendage (111) causes the tilting of the body, referred to as F5; and the rotation of the rod (113) from its rear knob causes the movement of the arms, referred to as F2, with its tip (114) assembled on the inner mechanism which is illustrated in the following figures.
FIG. 16 shows such mechanism which consists of a driving arm (101) whose flattened appendage (115) receives the rotating movement of the U shaped tip (114), which goes in through the window (116) of the backrest when the means of anchoring (112) has been fixed in the receivers (117) and transmits it by means of its connecting rod (118), which has a bolt (119), to the grooved connecting rod (120) that coincides with such bolt and is adhered to the driven arm (102).
Even more clearly, FIG. 17 shows the mechanism with the arms in the low position, having its articulations set on the open armholes (121) which enable the angular movement.
In FIG. 18, the rising of the driving arm has been activated from the flattened appendage (115) as well as the angular movement of its connecting rod (118), whose bolt slides along the connecting rod groove (120).
Being adhered to the driven arm (102), transmitting movement that causes its accompanying rising, spinning around its articular axle, being that the derailing at the end of the stroke is avoided by means of the extreme closure of the groove or by any stopper that limits the angular sweep of any of the connecting rods.
The Set of Parts With Movement Mechanism For Table Football Game described and exemplified, is comprised and protected within this request of patent of Invention, which is hereby established as far as the main features are concerned by means of the text of the following replevying clauses:
Having described and determined the nature and scope of this invention, and the way in which it could be put in practice, it is hereby stated that the following items are replevied as legal right and exclusive property:
Patent Application
20090039597
