TWM645209U - Adjustable catapult game platform - Google Patents

Abstract

An adjustable ejection game platform, which includes: a platform, an enclosure set around the edge of the platform; and a barrier group that can be selectively installed across the enclosure to separate the first area and the second area. the second area; and a first ejection part, which is disposed in the first area and straddles the containment body, for launching a projectile towards the second area, wherein the barrier group forms a channel so that The projectile passes through the second area of the channel. Both ends of the channel have the same or different apertures, and the barrier group can freely change its barrier members to adjust the channel aperture size, thereby adjusting the gaming platform. Difficulty to meet user needs.

Description

Adjustable ejection gaming platform

The present invention relates to a catapult game device, in particular to a desktop catapult game device with replaceable components to adjust the ease of use and no need to plug in electricity.

Catapult games have long been popular among the public. Game platforms such as air hockey tables or pinball machines can stimulate players' adrenaline the moment the air hockey disc or pinball is shot. In addition, in the case of air hockey tables, It uses the pores distributed on the surface of the table to form a flow guide layer on the surface of the table, allowing the ball plate to be suspended on it and achieve high-speed movement, allowing players to quickly hit the ball back and forth, which is extremely exciting and entertaining.

In the case of conventional air hockey tables, not only does the disc move quickly, but also the risk of injury to players' hands needs to be taken into consideration in the design of the air holes and guide layers, making the table complex in structure and occupying a considerable space, making it difficult to enter the ordinary air hockey table. At home, the application level has its limitations; in addition, miniaturized catapult game devices such as the tabletop catapult game device provided by the new patent number M632309 of the Republic of China use elastic ropes to allow players to launch balls from both sides of the device. , and can also reflect the entertainment effect of the battle; however, the elastic rope can only control the ball disc to be launched in a single direction, and the partition on the device has only a single opening and low variability, which limits the difficulty of the game device in the battle. Adjustability.

In view of this, the author has accumulated many years of research and practical experience in related fields, and specially developed an adjustable ejection game platform in order to improve the shortcomings of the aforementioned conventional technology.

The main purpose of this creation is to provide an adjustable ejection game platform, which includes: a platform; an enclosure body, which is set around the edge of the platform to define an accommodation space; and a partition group, which can be selectively provided across the enclosure body to divide the accommodation space into a first area and a second area; and a first ejection part disposed in the first area and across the enclosure The resistor is used to launch a projectile toward the second area, wherein the barrier group forms a channel so that the projectile passes through the channel and the second area, wherein the channel is adjacent to the first area. One end has a first aperture that is greater than or equal to the diameter of any cross section of the ejection element, and one end of the channel adjacent to the second area has a second aperture that is greater than or equal to the first aperture.

The adjustable ejection game platform as mentioned above, wherein the barrier group includes: a first barrier member, which is provided at one end of the barrier group adjacent to the first area, with a first gap formed on it, and a first barrier member. The second barrier is disposed at one end of the barrier group adjacent to the second area, and has a second gap formed thereon, wherein the first gap and the second gap jointly define the channel, and the first gap The hole diameter is equal to or not equal to the hole diameter of the second gap.

The adjustable ejection game platform as mentioned above, wherein the first blocking member is formed with a first clamping part and a second clamping part respectively at both ends, and the second blocking member is formed with a first clamping part at both ends. Three clamping parts and a fourth clamping part are used to span and clamp the barrier members on the containment body.

The adjustable ejection game platform as mentioned above, wherein the containment body further includes: a first connecting part, which is provided on the top of the containment body corresponding to the first clamping part, and a second connection part , which is provided on the top of the containment body corresponding to the second clamping part, wherein the first connecting part fits with the first clamping part and the second connecting part fits with the second clamping part , to firmly span and fasten the first barrier member on the containment body; and a third connecting part, which is provided on the top of the containment body corresponding to the third fastening part, and a A fourth connecting part is provided on the top of the containment body corresponding to the fourth clamping part, wherein the third connecting part is consistent with the third clamping part and the fourth connecting part is connected with the fourth clamping part. The solid parts fit together to firmly span and fasten the second barrier member on the containment body.

The adjustable ejection game platform as mentioned above, wherein the barrier group further includes a third barrier member, which is arranged on the other side of the second barrier member relative to the first barrier member, and is formed on it. There is a third gap, wherein the third gap, the first gap and the second gap jointly define the channel, and the aperture of the third gap is equal to or not equal to the aperture of the second gap.

The adjustable ejection game platform as mentioned above, wherein a fifth clamping portion and a sixth clamping portion are respectively formed at both ends of the third barrier to span and secure the third barrier. on the containment body.

The adjustable ejection game platform as mentioned above, wherein the containment body further includes: a fifth connecting part, which is disposed on the top of the containment body corresponding to the fifth clamping part, and a sixth connecting part , which is disposed on the top of the containment body corresponding to the sixth clamping part, wherein the fifth connecting part fits with the fifth clamping part and the sixth connecting part fits with the sixth clamping part , so as to firmly span and fasten the third barrier member on the containment body.

The adjustable ejection game platform as mentioned above further includes a first ejection seat, which can be moved back and forth on the first ejection part for carrying the ejection projectile.

The adjustable ejection game platform as mentioned above further includes a second ejection seat, which can be moved back and forth on the second ejection part to carry the other ejection ball.

100: Adjustable ejection game platform

1:Platform

11: Accommodation space

111:District 1

112:Second District

2: Confining body

21:First Connection Department

22:Second link

23:Third Link Department

24:The fourth link

25:Fifth Nexus

26:The Sixth Link

3: Barrier group

31: First barrier

310: first gap

32:Second barrier

320: Second gap

311: The first fastening part

312: The second fastening part

321: The third clamping part

322: The fourth clamping part

33:Third barrier

330: The third gap

331: The fifth card fixing part

332: The sixth card solid part

4: First ejection section

41:First elastic wire

411: First fixed end

412:First free end

42:First ejection seat

421:Conductor

422:Guide bracket

5:Second ejection part

51: Second elastic wire

511: Second fixed end

512:Second free end

52:Second ejection seat

6: Elastic adjustment part

61: First adjustment piece

62: Second adjustment piece

S: projectile

S’: projectile

3C: Channel

Figure 1 is a three-dimensional appearance view of the invention; Figure 2 is a top plan view of the invention; Figure 3 is a three-dimensional assembly diagram of the partition group; Figures 4A to 4F illustrate multiple different embodiments of the adjustment member of the invention; Figure 5 is A partially enlarged three-dimensional view of the barrier group; Figure 6 is a partially enlarged three-dimensional view of the ejection seat.

In order to facilitate the explanation of the content of this creation and the effects that can be achieved, specific embodiments are listed below with figures. Please refer to Figures 1 to 2, which are an adjustable ejection game platform provided by this creation. (100), which includes: a platform (1); an enclosure (2) that is surrounding the edge of the platform (1) to define an accommodation space (11); a barrier group (3) ), which is optionally provided across the enclosure (2) to divide the accommodation space (11) into a first area (111) and a second area (112); and a first ejection The part (4) is provided in the first area (111) and spans the containment body (2), and is used to launch a projectile (S) towards the second area (112), wherein the barrier The block group (3) forms a channel (3C), so that the projectile (S) passes through the channel (3C) to the second area (112), wherein the channel (3C) is adjacent to the first area (111 ) has a first aperture r1 at one end, which is greater than or equal to the diameter of any cross-section of the projectile (S), and an end of the channel (3C) adjacent to the second area (112) has a second aperture r2, where r2 Greater than or equal to r1.

Please continue to refer to Figures 1 to 2. In this embodiment, the adjustable ejection game platform (100) further includes a second ejection part (5), which is disposed in the second area (112) and spans the The containment body (2) is used to launch another projectile (S') toward the first area (111).

In this embodiment, please refer to Figures 1 and 3, the first ejection part (4) includes a first elastic wire (41), the elastic wire (41) is parallel to and spans the barrier group (3) On the containment body (2), one end of the first elastic conductor (41) is a first fixed end (411), which is fixed on the containment body (2), and the other end is a first free end (412) ), which is movable through the containment body (2), allowing the user to adjust the tightness of the first elastic wire (41) through the first free end (412).

Please continue to refer to Figures 1 and 3. In another embodiment, in order to make the adjustable ejection game platform (100) suitable for two-player battle games, it further includes a second ejection part (5) disposed on the The second area (112) is disposed across the containment body (2) for launching another projectile (S') toward the first area (111); in this embodiment, the second ejection part (5) includes a second elastic conductor (51), which is parallel to the barrier group (3) and spans the containment body (2), wherein the second elastic conductor (51) 51) One end is the second fixed end (511), which is fixed on the containment body (2), and the other end is the second free end (512), which is movable through the containment body (2). , and the tightness of the second elastic conductor (51) can be adjusted through the second free end (512).

Specifically, in these embodiments, as shown in Figures 4A to 4C, the first free end (412) and the second free end (512) are each wound around the outside of the containment body (2) to form a movable Adjustable rope structure structures, such as figure eight knots, lasso knots, flat knots, overhand knots, etc., are not limited to this. By adjusting the tightness of the rope structure structure, the first elastic conductor (41) or the second elastic conductor (41) can be adjusted. The tightness of the two elastic wires (51) enables the first ejection part (4) or the second ejection part (5) to launch the projectiles (S, S') at different speeds, thereby increasing the user's selectivity. and fun; for example, when the first user's hand strength is significantly smaller than the second user's hand strength, the second ejection can be increased by adjusting the rope structure of the first free end (412) The elastic coefficient of the second ejection part (5) can be adjusted, or the rope structure of the second free end (512) can be adjusted to reduce the elastic coefficient of the second ejection part (5), so that both parties can control the ejection speed within a specific range. .

In these embodiments, please refer to Figure 2, which further includes an elastic adjustment part (6), which is provided on the containment body (2) and is connected with the first ejection part (4) and the second ejection part. (5) are connected to adjust the elastic coefficient of the first ejection part (4) and the second ejection part (5); specifically, the elastic adjustment part (6) includes: a first adjustment member (61), It is connected to the first ejection part (4) for adjusting the first elastic coefficient of the first elastic wire (41) through the first free end (412); and a second adjustment member (62), which is connected to the first ejection part (4). The second ejection part (5) is connected to adjust the second elastic coefficient of the second elastic wire (51) through the second free end (512), wherein the elastic coefficients are adjusted according to user needs. An elastic coefficient is equal to or not equal to the second elastic coefficient; as mentioned above, the tightness of the first elastic conductor (41) and the second elastic conductor (51) is adjusted through the adjustment of the movable rope structure, so as to pass the first adjustment. The member (61) and the second adjusting member (62) adjust the tightness of the first elastic conductor (41) and the second elastic conductor (51); as shown in Figures 4D to 4E, as long as these adjusting members can pull the third The device for adjusting the tightness of an elastic conductor (41) and a second elastic conductor (51) may be a knob, a rotating handle or a rope twisting device, and is not particularly limited.

Please refer to Figures 1 and 3. In other preferred embodiments, in order to add more difficulty levels and different target tasks to the adjustable ejection game platform (100), the partition group (3) includes: a The first barrier member (31) is provided at one end of the barrier group (3) adjacent to the first area (111), and has a first barrier member (31) formed on it. The gap (310) and a second barrier member (32) are provided at one end of the barrier group (3) adjacent to the second area (112), and a second gap (320) is formed thereon, wherein the The first gap (310) and the second gap (320) jointly define the channel (3C), and the aperture of the first gap (310) is equal to or not equal to the aperture of the second gap (320); in this example , the first notch (310) forms an opening of the channel (3C) near one end of the first area (111), the aperture of the first notch (310) is equivalent to the first aperture r1, and the second aperture The notch (320) forms an opening of the channel (3C) near one end of the second area (112), and the aperture of the second notch (320) is equivalent to the second aperture r2.

In these preferred embodiments, as shown in Figure 5, a first clamping portion (311) and a second clamping portion (312) are respectively formed at both ends of the first barrier member (31), and the A third clamping part (321) and a fourth clamping part (322) are respectively formed at both ends of the second barrier member (32) to connect the first barrier member (31) and the second barrier member (32). 32) is installed across and fixed on the containment body (2).

Please continue to refer to Figure 5. Preferably, the containment body (2) further includes: a first connecting portion (21), which is provided on the containment body (2) corresponding to the first clamping portion (311). The top of the enclosure body (2) and a second connecting part (22) corresponding to the second clamping part (312), wherein the first connecting part (21) and the third A clamping part (311) fits and the second connecting part (22) matches the second clamping part (312) to firmly span and clamp the first partition (31) on the On the containment body (2); and a third connecting part (23), which is provided on the top of the containment body (2) corresponding to the third clamping part (321), and a fourth connection part (23) 24), which is provided on the top of the containment body (2) corresponding to the fourth clamping part (322), wherein the third connecting part (23) is consistent with the third clamping part (321) and The fourth connecting part (24) is matched with the fourth fastening part (322) to firmly span and fasten the second barrier part (32) on the containment body (2).

Please continue to refer to Figures 1 and 3. In a preferred embodiment, the barrier group (3) further includes a third barrier element (33), which is disposed on the first barrier element (31) relative to the first barrier element (31). A third gap (330) is formed on the other side of the second barrier (32), wherein the third gap (330), the first gap (310) and the second gap (320) jointly define The channel (3C), and the aperture of the third gap (330) is equal to or not equal to the second gap The aperture of (320); in this example, the first notch (310) forms an opening of the channel (3C) near one end of the first region (111), and the aperture of the first notch (310) is equivalent to The first aperture r1, and the third notch (330) forms an opening of the channel (3C) near one end of the second area (112), and the aperture of the third notch (330) is equivalent to the second aperture r2; when it can be understood that since the first blocking member (31), the second blocking member (32) and the third blocking member (33) in this creation are interchangeable, the first aperture The size of r1 and the second aperture r2 is determined by the size of the gaps on the first blocking member (31), the second blocking member (32) and the third blocking member (33), and is not limited to the above. Notch size defined by example.

Please continue to refer to Figure 5. In this embodiment, a fifth clamping portion (331) and a sixth clamping portion (332) are respectively formed at both ends of the third blocking member (33) to secure the third blocking member (33). The barrier (33) spans and is fixed on the containment body (2); preferably, the containment body (2) further includes: a fifth connecting portion (25) corresponding to the fifth connecting portion (25). The clamping part (331) is provided on the top of the containment body (2), and a sixth connecting part (26) is provided on the top of the containment body (2) corresponding to the sixth clamping part (332). The top, wherein the fifth connecting part (25) fits with the fifth clamping part (331) and the sixth connecting part (26) fits with the sixth clamping part (332), so as to firmly secure the The third blocking member (33) spans and is fixed on the enclosure body (2).

Specifically, through the first notch (310), the second notch (320) and the third notch on the first blocking member (31), the second blocking member (32) and the third blocking member (33) The setting of the size of (330) can be easily achieved by replacing the first blocking member (31), the second blocking member (32) and the third blocking member (33) to define apertures with different sizes and changes in apertures. Channel (3C).

For example, when the aperture of the first gap (310) is larger than the aperture of the second gap (320) but equal to the aperture of the third gap (330), the channel presents a funnel-shaped structure when viewed from above; in addition to increasing the The projectiles (S, S') in different directions (from the first area (111) to the second area (112), or from the second area (112) to the first area (111)) pass through the channel (3C) In addition to the difficulty, in a two-player battle situation, since the apertures of the first gap (310) and the third gap (330) are the same, for both players, the projectiles (S, S') pass through the channel (3C ) are of the same difficulty.

For another example, in a single-player game state, in order to increase the fun of the game, the first gap (310) can be greater than or equal to the second gap (320), and the second gap (320) can be greater than the third gap (320). 330), and the aperture of the third notch (330) is slightly larger than the diameter of any cross section of the projectile (S); for example, the projectile (S) is a circular ball disk, and the diameter of its circular surface is slightly smaller than the diameter of the projectile (S). The aperture of the third gap (330) is used to increase the difficulty for the projectiles (S) that continuously pass through the first gap (310) and the second gap (320) to pass through the third gap (330).

In another preferred embodiment, since the first elastic wire (41) or the second elastic wire (51) can only eject the projectile (S, S') in a single direction through its elastic force, in order to control the Please refer to Figure 3 for the ejection direction of the projectiles (S, S'). The adjustable ejection game platform (100) further includes a first ejection seat (42), which is disposed on the first ejection part (4) and can move back and forth. ), used to carry the ejection element (S); more preferably, the adjustable ejection game platform (100) further includes a second ejection base (52), which can be moved back and forth on the second ejection part (5). ) to carry the other projectile (S').

Please refer to Figure 6, which specifically illustrates the basic three-dimensional structure of the first ejection base (42), which has a wire groove (421) configured to enable the first ejection base (42) to be sleeved on the first elastic conductor. (41), and a guide bracket (422), which is vertically formed on an outer wall of the wire groove (421) to assist in supporting the ejection element (S); the three-dimensional shape of the second ejection seat (52) The structure is the same as that of the first ejection seat (42) and will not be described again here; in use, the first ejection seat (42) and the second ejection seat (52) can utilize the first elastic wire (41) or the third ejection seat (52). The ductility of the two elastic wires (51) swings left and right, thereby controlling the direction of the guide bracket (422) to control the ejection direction of the projectiles (S, S'); because during the swing process, the Both ends of the wire groove (421) respectively pull the first elastic wire (41) or the second elastic wire (51) in opposite directions, and the extension of the first elastic wire (41) and the second elastic wire (51) There is a limit to the degree, so the left and right swing angles are respectively limited to between 0 and 90 degrees.

Preferably, the guide bracket (422) can be in conformity with the appearance configuration of the ejector (S), so that the ejector (S) can be stably embedded in the guide bracket (422), or it can be a formed The structure of the concave part, As long as the size of the concave structure is larger than approximately equal to the diameter of any cross-section of the projectile (S); the guide bracket with the concave structure increases directional uncertainty in the control of the ejection direction, and also adds interest to the game.

In the above embodiments, the projectile (S, S') can be a cube of any configuration, including a sphere, a pancake, a conical cube, or any polygonal cube, including a cube, a rectangular parallelepiped, a pentagonal cube, a hexagonal cube, an octagonal cube, or an octagonal cube. There is no special limitation on the angular cube; the projectile (S, S') can be made of paper, wood, plastic, metal, glass, etc., and is not particularly limited; preferably, the projectile (S, S') is a wooden ball plate; in addition, there is no limit to the number of the projectiles (S, S'). It can be one or multiple, and can be adjusted according to the size of the projectiles and the user's needs. However, multiple projectiles (S, S' ) situation, the maximum diameter of the largest projectile shall not be larger than the aperture of the first gap (310), the second gap (320) or the third gap (330).

Through the design of multiple baffles, this creation allows users to sort the baffles with different aperture gaps by themselves and design the difficulty of the projectile passing through the baffle group at the same time. Meet the needs of single player or two-player battle.

This invention uses the elastic force of the ejection part to realize the shooting of the projectile. In order to adjust the ejection force according to the user's needs, in addition to adjusting the tension of the elastic wire through the movable knotting method, the elasticity can also be adjusted according to the user's needs. The free end of the wire is provided with an adjustment piece to adapt to the needs of users with different hand fine motor abilities.

100: Adjustable ejection game platform

1:Platform

11: Accommodation space

111:District 1

112:Second District

2: Confining body

3: Barrier group

31: First barrier

32:Second barrier

33:Third barrier

4: First ejection section

5:Second ejection part

S: projectile

3C: Channel

Claims (15)

An adjustable ejection game platform, which includes: a platform; an enclosure body, which is ringed around the edge of the platform to define an accommodation space; and a partition group, which is optionally provided across the enclosure The body is used to divide the accommodation space into a first area and a second area; and a first ejection part is provided in the first area and straddles the enclosure body for launching toward the third area. The second area launches a projectile, wherein the barrier group forms a channel so that the projectile passes through the channel to the second area, wherein one end of the channel adjacent to the first area has a first aperture, which Greater than or equal to the diameter of any cross section of the ejection element, one end of the channel adjacent to the second area has a second aperture, which is greater than or equal to the first aperture. The adjustable ejection game platform as claimed in claim 1, further comprising a second ejection part disposed in the second area and straddling the containment body for launching another ejection towards the first area. son. The adjustable ejection game platform as claimed in claim 2, wherein the first ejection part includes a first elastic wire, the first elastic wire is parallel to the barrier group and spans the enclosure body, wherein, One end of the first elastic conductor is a first fixed end, which is fixed on the containment body, and the other end is a first free end, which is movable through the containment body and can pass through the first The free end adjusts the tightness of the first elastic wire. The adjustable ejection game platform as claimed in claim 3, wherein the second ejection part includes a second elastic wire, the second elastic wire is parallel to the barrier group and spans the containment body, wherein, One end of the second elastic conductor is a second fixed end, which is fixed on the containment body, and the other end is a first Two free ends are movably installed on the containment body, and the tightness of the second elastic conductor can be adjusted through the second free ends. The adjustable ejection game platform as claimed in claim 4, further comprising an elastic adjustment part disposed on the containment body and connected to the first ejection part and the second ejection part for adjusting the The elastic coefficient of the ejection part. The adjustable ejection game platform as claimed in claim 5, wherein the elastic adjustment part includes: a first adjustment member connected to the first ejection part for adjusting the first elastic wire through the first free end The first elastic coefficient; and a second adjusting member connected to the second ejection part for adjusting the second elastic coefficient of the second elastic conductor through the second free end, wherein the elastic coefficients depend on the use Or demand adjustment, the first elastic coefficient is equal to or not equal to the second elastic coefficient. The adjustable ejection game platform as described in any one of claims 1 to 6, wherein the barrier group includes: a first barrier member, which is disposed at one end of the barrier group adjacent to the first area, with a first barrier formed on it. There is a first gap; and a second barrier member is provided at one end of the barrier group adjacent to the second area, and a second gap is formed thereon, wherein the first gap and the second gap jointly define the channel , and the aperture of the first notch is equal to or not equal to the aperture of the second notch. The adjustable ejection game platform as claimed in claim 7, wherein a first clamping portion and a second clamping portion are respectively formed at both ends of the first barrier member, and a first clamping portion and a second clamping portion are respectively formed at both ends of the second barrier member. There is a third clamping part and a fourth clamping part to span and clamp the barrier members on the containment body. The adjustable ejection game platform as described in claim 8, wherein the containment body further includes: a first connecting part, which is disposed on the top of the containment body corresponding to the first clamping part, and a second A connecting part, which is provided on the top of the containment body corresponding to the second clamping part, wherein the first connecting part matches the first clamping part, and the second connecting part and the second clamping part fit together to firmly span and fasten the first barrier member on the containment body; and a third connecting part, which is provided on the top of the containment body corresponding to the third fastening part, and a fourth connecting part, which is provided on the top of the containment body corresponding to the fourth clamping part, wherein the third connecting part is consistent with the third clamping part and the fourth connecting part is connected with the third clamping part. The four fastening parts fit together to firmly span the second barrier and fasten it on the containment body. The adjustable ejection game platform as claimed in claim 7, wherein the barrier group further includes a third barrier member, which is disposed on the other side of the second barrier member relative to the first barrier member. A third notch is formed on the third notch, wherein the third notch, the first notch and the second notch jointly define the channel, and the aperture of the third notch is equal to or not equal to the aperture of the second notch. The adjustable ejection game platform as claimed in claim 10, wherein a fifth latching portion and a sixth latching portion are respectively formed at both ends of the third barrier to span the third barrier and It is stuck on the containment body. The adjustable ejection game platform as claimed in claim 11, wherein the containment body further includes: a fifth connecting part, which is disposed on the top of the containment body corresponding to the fifth clamping part, and a sixth The connecting part is provided on the top of the containment body corresponding to the sixth clamping part, wherein the fifth connecting part fits with the fifth clamping part and the sixth connecting part and the sixth clamping part Fittingly, the third barrier member can be firmly spanned and fastened to the containment body. The adjustable ejection game platform as described in any one of claims 2 to 6, further includes a first ejection base, which is movably disposed on the first ejection part for carrying the ejection projectile. The adjustable ejection game platform as claimed in claim 13, further includes a second ejection base, which is movably disposed on the second ejection part for carrying the other ejection ball. The adjustable catapult game platform as described in any one of claims 1 to 6, wherein the catapult is a cube of any configuration, including a sphere, a pancake, a cone-shaped cube, or an arbitrary polygonal cube, including a cube, a cuboid, and a pentagonal cube. , hexagonal cube, octagonal cube.