BACKGROUND OF THE INVENTION
1. Field of the Invention
The present invention relates generally to a game table for users playing and exercising with fun, and more particularly to a game table offering spacious mobile space and static-balance effect.
2. Description of the Related Art
A frame design for a conventional game table usually offers four legs corresponding to corners of the table. To strengthen the structure thereof, a transverse rod or board would be applied for connection between two legs. As illustrated in FIG. 1, a conventional game table 10a includes a tablet 20a and a table frame 30a connected under the tablet 20a. The tablet 30 usually is a rectangular frame body, and has at least one game mode surface 22a. The table frame 30a usually includes four legs 32a in accordance with four corners of the tablet 20a, a transverse board 34a connected two legs located at a terminal end of the table frame 30a, and a transverse rod connected two legs located at a lateral side of the table frame 30a. The measurement of the table frame 30a is confined by the four legs 32a and bit smaller than the configuration of the tablet 20a; the four legs 32a of the table frame 30a connect a bottom face of the tablet 20a so as to support the tablet 20 thereby.
The conventional game table 10a stands on the flour via four legs 32a, and the transverse board 34a and the transverse rod 36a are used to strengthen the structure between the table frame 30a and the tablet 20a, which means to increase the support stability of the table 10a. However, the mobile space for the user, shown in FIG. 1, is restrained because of the transverse board 34a; the user could easily get bruised during the movement also because of the transverse board 34a.
SUMMARY OF THE INVENTION
It is therefore a primary object of the present invention to provide a static-balance-effect game table, which is benefit of both space efficiency and balance support, the user is offered with spacious mobile space without restraint during a game. Simultaneously, the balance support effect is achieved easily via the simple structure thereof.
To achieve the above object, a static-balance-effect game table including a table stand and a tablet is offered. The table stand has two frame racks, a reception space, a base component and two connection components.
The two frame racks are arranged in a symmetric manner and each has an inner end opposite to each other. Each frame rack includes two frame members individual and symmetric to each other. Each frame member is L-shaped approximately and disposed at an inclined angle, so that a distance between two inner ends of two respective frame members is shorter than a distance between two outer ends of two respective frame members. The reception space is defined between the two frame racks. The base component is elongated and has two opposite ends; each end of the base component connects to the inner end of each frame members. The two connection components connect two frame members of each frame rack respectively. The tablet is arranged in the reception space of the table stand, and has two ends joining two connection components respectively.
Therefore, an open space is formed between the two frame members of each frame rack, so that the greater movement capacity is offered for the user during the game.
As for the movement capacity without restraint, each frame rack is narrow at an inner end thereof and wide at an outer end thereof, which means the configuration thereof is narrow at the inner end and expands to the outer end. The contact area between the table stand and the floor increases due to the L-shaped frame member, so as to strengthen the structure balance.
Besides, the table stand is designed in a symmetric manner, no matter along a longitudinal axis or a latitudinal axis across a center of the table stand. The external force, transmits along the tilting direction of the inclined angle of the frame member, will be conducted and diverged due to the transmissibility of the force in a rigid body.
The present invention can be best understood through the following description and accompanying drawings, wherein:
BRIEF DESCRIPTION OF THE DRAWINGS
FIG. 1 is a perspective view illustrating a conventional game table;
FIG. 2 is a perspective view illustrating a static-balance-effect game table structure according to the preferred embodiment of the present invention;
FIG. 3 is a perspective explosion view of a table stand and a tablet according to FIG. 2;
FIG. 4 is a perspective explosion view according to FIG. 2;
FIG. 5 is a top view of the tables stand according to FIG. 2; and
FIG. 6 is a perspective view of the static-balance-effect game table according to the present invention, in which another game mode is altered after the tablet flips.
DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS
Please refer to FIG. 2. According to a preferred embodiment of the present invention, a static-balance-effect game table 10 includes a table stand 20 and a tablet 30.
With respect to FIG. 3, the table stand 20 includes two frame racks 40, a base component 50 and two connection components 60. The two frame racks 40 are arranged in a symmetric manner, and each has an inner end opposite to each other. The two inner ends of respective two frame racks 40 are taken as two opposite ends of the table stand 20. The base component 50 is a rod member elongated along a central axis X of the table stand 20. The base component 50 has two opposite ends, and each end of the base component 50 connects to the inner ends of two frame racks 40. A reception space 22 is defined between the two frame racks 40 for allowing the tablet 30 arranged therein.
Referring to FIG. 4, the frame rack 40 includes two frame members 42 and a bottom connection member 44 joining two inner ends I of respective two frame members 42. However, as for the condition of the omission of the bottom connection member 44, the support effect of the present invention is also achieved by the base component 50 connecting two inner ends I of respective two frame members 42 directly via two opposite ends thereof. The two frame members 42 are individual and symmetric to each other. Each frame member 42 is L-shaped approximately and disposed at an inclined angle θ shown in FIG. 3. Further referring to FIG. 5, the inclined angle θ of each frame member 45 is defined by tilting outwards from the central axis X of the table stand 20. The inclined angle θ preferably ranges between about 30 and about 45 degrees, so that a distance D1 between two inner ends I of respective two frame members 42 is shorter than a distance D2 between two outer ends O of respective two frame members 42. The configuration of each frame rack 20 is narrow at the inner end and expands to the outer end thereof so as to form an open space 24, which offers a great movement capacity along the central axis X of the table stand 20 for users. In accordance to the preferred embodiment, each frame member 42 is L-shaped approximately. Each frame member 42 includes a base portion 422, and an upright portion 424 extended upwards at a distal end of the base portion 422. A free end of the base portion 422 is considered as the inner end I of each frame member 42. The bottom connection member 44 of each frame rack 40 has a transverse cross section of approximately a U shape. The bottom connection member 44 includes a straight board 442, and two flank boards 444 extending from two lateral sides of the straight board 442 at the inclined angle θ. As for the condition of the omission of the two flank boards 444, the support effect of the present invention is also achieved by the straight board 442 of the bottom connection member 44 connecting two inner ends I of respective two frame members 42 directly via two lateral sides thereof. According to the preferred embodiment, the two flank boards 444 of the bottom connection member 44 join two inner ends I of respective two frame members 42 via screw members. Furthermore, the straight board 442 of the bottom connection member 44 has a plurality of notch portions 446 formed at a top side thereof, while the tablet 30 is designed or altered as a pull table mode 34 or the likes. The notch portions 446 are spaced from one another and could be used for the displacements of the pool sticks (not shown).
Referring FIGS. 2 and 3 again, the two opposite ends of the base component 50 join two inner faces of respective two bottom connection members 44 of the table stand 20. The base component 50 has a base board 52, an erection board 54 disposed along a central axis of the base board 52, and a uniform cross section of an inverted-T shape that is defined together by the base board 52 and the erection board 54. The base component 50, furthermore, is arranged along the central axis X of the table stand 20, so that the two frame racks 40, which connect two opposite ends of the base component 50, is symmetric to each other. The configuration of each frame rack 40 per se is symmetric. Consequentially, the table stand 20 is always considered as a symmetric structure no matter along a longitudinal axis or a latitudinal axis thereof. The inclined angle θ of each frame member 42 of each frame rack 40 results in that the external force will be conducted and diverged due to the transmissibility of the force in a rigid body.
The two connection components 60 join two frame racks 40 to two opposite ends of the tablet 30 respectively; spontaneously, each connection component 60 connect two frame members 42 of each frame rack 40 together. Therefore, the two connection components 60 achieve the connection between the tablet 30 and the table stand 20. Each connection component 60 includes at least one connection board disposed near a top of each frame rack 40; two lateral sides of the connection board is secured to two inner lateral faces of the two frame members 42 respectively. The connection board has a retaining face, which is slant at the inclined angle θ, just fitting to contact to the inner lateral faces of each frame member 42. In this preferred embodiment, the connection component 60 includes one vertical board 62 and two horizontal boards 64, which are secured via screw members.
Each connection component 60 further includes a flange board 66 and a pivotal board 68. The flange board 66 is arranged on the top portion of each frame rack 40 and jointed to each end side 32 of the tablet 30. The extension portion 424 of the frame member 42 of each frame rack 40 has an inlay portion 426 recessed inwardly near a top thereof, so that each lateral side of an exterior face 680 of the pivotal board 68 is able to inset in the inlay portion 426 of each frame member 42 via screw members.
In this preferred embodiment, the flange board 66 is disposed at the topmost of each frame rack 40; the pivotal board 68 is arranged at the inner end but near the top of each frame rack 40; the two horizontal boards 64 are arranged by the exterior face 680 of the pivotal board 68 and below the flange board 66; and the vertical board 62 is disposed beneath the pivotal board 68.
With respect to FIG. 6, an opposite game mode of the tablet 30 is an ice hockey mode 35. Each end side 32 of the tablet 30 is defined with a slot 36. The pivotal board 68 of each connection component 60 has a through hole 682 communicated the slot 36 of the tablet 30. A collection box 70 is attached to the exterior face 680 of the pivotal board 68, and arranged below the flange board 66 or connected to the flange board 66. The collection box 70 defines an inner opening 72 and an outer opening 74 opposite to each other; the inner opening 72 of the collection box 70 corresponds to and communicates with the through hole 682 of the pivotal board 68. In this preferred embodiment, the tablet 30 and pivotal board 68 each defines a pivot hole (not numbered), and the tablet 30 joins to the pivotal board 68 via a shaft 80 (, which is a bolt 80 exactly in the preferred embodiment), so that the tablet 30 could flip in the reception space 22. Therefore, the boll or puck on the game mode surface 34 of the tablet 30 would pass through the slot 36 thereof, the through hole 682 of the pivotal board 68, and the inner opening 72 of the collection box 70 sequentially; and then be collected in the collection box 70 and be further withdrawn via the outer opening 74 of the collection box 70 for the onward game. In addition, each end side 32 of the tablet 30 has two symmetric orientation holes 38; the pivotal board 68 further includes two orientation members 684 corresponding to the orientation holes 38 of the tablet 30. Thus, the two orientation members 684 could latch to secure the tablet 30 after flip.
The static-balance-effect game table is benefit of both space efficiency and balance support. Each frame rack is narrow at the inner end and expands to the outer end thereof, and the open space is offered for the user's move free without restraint. Meanwhile, the contact area between the table stand and the floor increases due to the L-shaped frame member, so as to strengthen the support and balance by simple structure. In addition, the base component is right disposed at the central axis of the table stand; the two frame members are symmetric to each other. Thus, the table stand is always considered as a symmetric structure no matter along a longitudinal axis or a latitudinal axis thereof. Symmetric structure could lead to the good transmissibility of the force in a rigid body, especially because of the inclined angle θ of each frame member of each frame rack. When one frame rack is exerted on the external force, the force will be conducted and diverged to the other frame rack thereby due to the transmissibility characteristics.
The above embodiments are only used to illustrate the present invention, not intended to limit the scope thereof. Many modifications of the above embodiments can be made without departing from the spirit of the present invention.
Patent Application
20110266751
