KR20210062323A - Ball circulation type baseball game device - Google Patents

Abstract

The present invention relates to a baseball game machine wherein even if a separate collection process for a game ball does not go through, the present invention omits a cumbersome work of grabbing and moving relatively a small game ball by hand by allowing the game ball to return to a firing point with only a one-touch operation of a transfer part and a loading part, and the game ball can be handled conveniently, thereby increasing a concentration of the game and allowing the game to be played smoothly.

Description

Ball circulation type baseball game device

The present invention relates to a game ball circulation type baseball game machine, and more particularly, to a baseball game machine that allows the fired game ball to be returned toward the launch point by one-touch operation.

In general, baseball is a ball game in which two teams with 9 players alternate attacking and defending each other for 9 times to compete for victory or loss with the points earned there.The attacking side hits the opponent's pitcher's ball according to the order of batting. Points are awarded when returning to the home base after going through the first, second, and third bases.

Currently, various games related to baseball are developed. In particular, a baseball game using cards or dice is a cliché method in which the batter decides a ruta by throwing a dice, or by throwing a dice to select various predetermined situations on the board. In the game, the attacker or the defender does not feel the same interest as a real baseball, and there is a problem that the baseball game itself is boring.

For this reason, in recent years, a baseball game device has been proposed that provides a joystick that can control each pitcher and provides a game environment similar to an actual baseball field to greatly enhance the interest and fun of baseball. Then it looks like this:

The prior art is a plate body forming a field image structure of a baseball field; A hitting operation means which is operated so that an attacking figure standing at the plate body's at bat position hits the game ball; A pitching guide member installed at a mound position of the plate body and guiding a path to a launch point so that the game ball can be launched toward the at bat; A throwing projectile installed at the rear of the outfield side facing the hitting operation means and for hitting and firing a game ball located at a launch point of the pitching guide member; And a throwing structure operation means installed on one side of the throwing projectile and capable of controlling the height and speed of the game ball fired toward the at bat.

In the prior art, when the game ball is thrown by the throwing projectile, there is no means for retrieving it, so that the user must directly retrieve the game ball from the plate body and then reload the game ball into the throwing projectile. did.

Moreover, since the game ball is relatively small and difficult to handle with the user's hand, the game ball is frequently missed in the process of collecting the game ball, and the process of manually collecting the game ball is also stressful in the game. It acted as a factor that halved the interest and interest.

In addition, if the game balls are not quickly collected from the plate main body, the plate main body is disturbed by the game balls unnecessary for the game progress, so that the game cannot be smoothly performed.

Republic of Korea Patent Publication No. 10-1838165

The present invention was created to solve this problem in view of the problems of the prior art, and even without a separate collection process of the game ball, the game ball is returned to the firing point only by one-touch operation of the conveying unit and the charging unit. Its purpose is to provide a baseball game machine that eliminates the hassle of grabbing and moving small game balls by hand, and allows convenient handling of game balls, thereby increasing game concentration and enabling smooth game progress.

The present invention is a means for achieving the above object, the pitching guide member is formed to guide the path to the launch point so that the game ball can be fired toward the at bat, and a striking figure is installed on the at bat side facing the pitching guide member, and A field board having an accommodating groove for receiving the game ball passing through the striking figure on one side of the striking figure, and having a two-structure writing side and another structure writing side respectively formed on the outer side thereof to face each other; A lower cover mounted on the lower part of the field board and having a conveying path selectively communicated with the storage groove; A throwing part installed on the upper part of the lower cover so that a part of it is exposed toward the throwing structure and manipulated to launch the game ball guided by the throwing guide member in the direction of batting; A striking part installed on the upper part of the lower cover so that a part of the striking structure is exposed to the other structure and operated to rotate the striking figure; A transport unit disposed under the storage groove so that a part of the storage groove is exposed to the other structure side and operated to communicate the storage groove and the transport path to supply the game balls stored in the storage groove to the transport path; And a loading part installed on the upper part of the lower cover so that a part thereof is exposed to the throwing structure side and operated to raise the game ball that has fallen freely to the exit end of the conveyance path and supply it to the pitching guide member.

In addition, the transport unit constitutes a lower surface of the storage groove, one end is rotatably mounted to the lower portion of the storage groove via the transport rotation shaft, and the other end is in the form of a free end adjacent to the transport path so as to open and close the entrance end of the transport path. A lower plate made of; A pressing operation lever extending from the lower plate toward the outside of the other structure operation side; And a restoring member interposed between the push operation lever and the lower cover to restore the other end of the lower plate rotated by the pressing operation of the push operation lever to its original position.

In addition, the loading unit, one end is mounted on the lower cover via the loading and rotating shaft, the other end is a lift member extending toward the exit end of the conveyance path; And at one end, a loading operation lever is formed extending toward the outside of the throwing structure, and at the other end, an operation cam contacting the lower part of the lift member is formed, and the lift member is rotated according to the forward and backward movements to settle on the other end of the lift member. It characterized in that it comprises a; loading rod for raising the game ball.

In addition, the lift member is characterized in that the operation groove is formed to receive the operation cam, and the operation groove is formed with an inclined surface inclined at a predetermined angle to contact the operation cam.

In addition, the conveyance path is inclined downward from the entrance end to the exit end, and the seating space is recessed so that the other end of the lift member is inserted at the exit end. When the other end of the lift member is inserted into the seating space, the bottom of the conveyance path and the lift It is characterized in that the upper surface of the member is located on the same line.

In addition, the throwing part has a throwing lever extending toward the outside of the throwing structure at one end, and a launching protrusion protruding toward the firing point at the other end to fire the game ball guided by the pitching guide member according to the forward and backward movements. It characterized in that it includes; pitching rod.

In addition, a pitching assist part is interlocked with the throwing part and operated to move the throwing part forward and backward, and one end is connected to the throwing rod, and an auxiliary operation lever is extended toward the outside of the other structure operation side at the other end; It characterized in that it further comprises.

The present invention eliminates the hassle of grabbing and moving relatively small game balls by hand by making the game ball return to the firing point only by one-touch operation of the conveying unit and the charging unit, even without going through a separate collection process of the game ball. Since the ball can be handled conveniently, it increases the concentration of the game and provides the effect of making the game progress smoothly.

In addition, by having a structure in which one user can manipulate both the batting part and the throwing part from the other structure side, even if you are not necessarily more than two users, one user can enjoy the baseball game by simultaneously operating the pitching part and the batting part without difficulty. If necessary, one user may have a wide range of applications, such as simultaneous manipulation of the throwing part and the striking part for intensive manipulation of the striking part.

1 is a view showing the overall appearance of a baseball game machine according to the present invention.
2 is a diagram schematically showing an exploded relationship between a field board and a lower cover.
3 is a schematic plan view of the baseball game machine shown in FIG. 1;
Figure 4 is a view showing the positional relationship of the pitching part, the striking part, the conveying part, the loading part and the pitching auxiliary part.
5 is a view showing the overall configuration of the conveying unit.
6 is a view for explaining the operation of the conveying unit.
7 is an exploded view showing the overall configuration of the charging unit.
8 is an enlarged view of an installation point of a loading unit.
9 is a view for explaining the operation of the charging unit.
10 is an enlarged view of the throwing guide member.
11 is a view showing an exploded relationship between the pitching portion and the pitching auxiliary portion.
12 is a view for explaining the action of the pitching aid.
13 is a view showing the configuration of a sensing unit installed on the lower cover.
14 is a diagram schematically showing a cross-sectional configuration of an out hole in which a game ball is accommodated.
15 is a view showing the overall appearance of the relay operation unit.

In order to fully understand the present invention, preferred embodiments of the present invention will be described with reference to the accompanying drawings. The embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. This embodiment is provided to more completely explain the present invention to those of ordinary skill in the art. Accordingly, the shape of the element in the drawings may be exaggerated to emphasize a clearer description. It should be noted that in each drawing, the same member may be indicated by the same reference numeral. Detailed descriptions of known functions and configurations that are determined to unnecessarily obscure the subject matter of the present invention will be omitted.

The baseball game machine according to the present invention largely includes a pitching guide member 110 for guiding the path to the firing point 112 so that the game ball B can be fired toward the at bat, as shown in FIGS. 1 to 4. A receiving groove 120 in which a hitting figure (P1) is installed on the at bat side facing the pitching guide member 110 and in which the game ball (B) passed through the hitting figure (P1) to one side of the hitting guide member (P1) is accommodated. ) Is formed, and a field board 100 having a two structure drawing side (S1) and another structure drawing side (S2) respectively formed to face each other on the outer periphery, and is mounted on the lower part of the field board 100 and the receiving groove 120 A game that is installed on the upper part of the lower cover 200 so that the lower cover 200 is formed with the conveying path 210 that is selectively communicated with the throwing path 210, and a part of the lower cover 200 is exposed to the throwing structure side (S1) and guided to the pitching guide member 110 The pitching part 300, which is operated to launch the ball (B) in the direction of batting at bat, is installed on the upper part of the lower cover 200 so that part of it is exposed to the other structure operation side (S2), and rotates the striking figure (P1). The striking part 400, which is operated to be operated, is disposed under the receiving groove 120 so that a part of it is exposed to the other structure operation side (S1), and the operation is performed to communicate the receiving groove 120 and the conveying path 210 Consisting of the game ball (B) received in the storage groove 120 is provided on the upper part of the lower cover 200 so that the conveying part 500 and a part supplying the conveying path 210 to the throwing structure side (S2) It may be defined as including a loading part 600 that is operated to raise the game ball B that has fallen freely to the exit end 212 of the conveyance path 210 and supply it to the pitching guide member 110.

First, the field board 100 is a structure forming a field image structure of an actual baseball field, and a game space unit 130 for playing a game is formed on the surface, and a spectator seat ( 140) is formed.

In the field board 100, four bases of first base, second base, third base, and home base are arranged in a diamond shape, as well as inner, outfield, and foul ground.

It is preferable to make the spectator seat 140 in a structure protruding from the surface of the field board 100 to a certain height so as to prevent the game ball B from escaping to the outside in the course of playing a baseball game.

In addition, the field board 100 has an out hole 150 for defining an outcount for each position of the defender, and a three-dimensional defense figure P2 is detachably arranged at the position of the defender. A plurality of position adjustment holes 151 are formed so as to set different coupling positions of the maintenance figure P2.

That is, the user can variously set the defense position of the defense figure P2 by the plurality of position control holes 151.

Likewise, a batting figure (P1) formed with a baseball bat is detachably installed on the at bat side of the field board (100).

In addition, a ball count situation member 160 is formed on the side of the foul line bar of the first base of the field board 100 in a sliding manner so as to usefully manipulate and grasp the ball count situation. The ball count situation member 160 is provided with three slide blocks 161 capable of indicating respective count positions for out, strike, and ball.

In addition, a dugout 170 is formed on the side of the foul line bar of the third base of the field board 100 to allow the hitting figures (P1) to wait.

In addition, the outfield spectator seat 140 of the field board 100 displays scores for each inning, and at the same time, a relay operation unit 900 that serves as a shield so that the attacking user cannot easily predict whether or not the pitching unit 300 to be described later is operated. ) The structure is installed.

The pitching unit 300 is installed to face the striking unit 400 and serves to strike and fire the game ball B located at the launch point 112 of the pitching guide member 110.

To this end, the throwing part 300 has a throwing structure lever 310 extending toward the outside of the throwing structure making side (S1) at one end, and the firing protrusion 321 protruding toward the firing point 112 at the other end. , It may be illustrated as including a pitching rod 320 for firing the game ball (B) guided by the pitching guide member 110 according to the subsequent movement, and a pitching spring 330 for elastically supporting the pitching rod 320. .

When the user pulls the throwing structure lever 310 to the rear, the throwing rod 320 is pulled rearward between the field board 100 and the lower cover 200, and the user places the throwing structure lever 310 at the same time. This is the principle that the pitching rod 320 itself is elastically moved forward by the elastic restoring force of the pitching spring 330 so that the launching protrusion 321 launches the game ball B in the direction of the turn at bat.

When the game ball (B) is fired by the pitching unit (300), the attacking user rotates the hitting figure (P1) so that the bat of the hitting figure (P1) hits the launched game ball (B). 400).

When a missed swing of the hitting figure (P1) or a ball count occurs due to a misoperation of the hitting unit 400, the game ball (B) passing through the home base is accommodated in the receiving groove (120).

As described above, in the case of the prior art, the game ball (B) stored in the storage groove 120 was directly pulled up by the user and delivered to the defending user, or had to be directly put into the pitching guide member 110. Because (B) and the size are relatively small, it was not easy to hold it by hand, and there was a problem that the tension was halved because the progress of the game was cut off during this process.

However, in the baseball game machine according to the present invention, when the attacking user manipulates the transport unit 500 and then the defending user manipulates the charging unit 600, the game ball B accommodated in the storage groove 120 is one-touch. It becomes possible to return to the throwing guide member 110 side only by operation.

To this end, the transport unit 500 constitutes the lower surface of the storage groove 120 as shown in FIG. 5, and one end is rotatably mounted on the lower portion of the storage groove 120 via the transport rotation shaft 510 The other end is a lower plate 520 made in the form of a free end adjacent to the transport route 210 so as to open and close the entrance end 211 of the transport route 210, from the lower plate 520 toward the outside of the other structure side (S2). Between the push operation lever 530 and the lower cover 200 to restore the extended push operation lever 530 and the other end of the lower plate 520 rotated by the push operation of the push operation lever 530 to its original position. It may be illustrated as including a restoring member 540 interposed therebetween.

When the game ball (B) is received in the storage groove (120), the attacking user presses the pressing operation lever (530) exposed to the other structure (S2) as shown in FIG. 6A to tilt the lower plate (520). And, as the lower plate 520 is tilted, when the entrance end 211 of the transfer route 210 is opened, the game ball B flows into the transfer route 210 along the tilted lower plate 520.

The game ball (B) introduced into the conveyance path 210 moves along the path of the conveyance path 210 and is seated at the exit end 212 of the conveyance path 210.

As shown in FIG. 6B, when the pressurization of the pressing operation lever 530 is released, the position of the lower plate 520 is restored to its original state by the restoration member 540, and the conveying path 210 is closed.

Next, the loading part 600 is a part operated to raise the game ball (B) seated on the exit end 212 of the conveyance path 210 and return to the pitching guide member 110, by the defending user. It is mainly manipulated.

As shown in Figs. 7 to 8, the loading part 600 has one end mounted on the lower cover 200 via the loading and rotating shaft 611, and the other end toward the exit end 212 of the conveying path 210. An extended lift member 610, at one end a loading operation lever 621 is formed extending toward the outside of the throwing structure operation side (S1), and at the other end, an operation cam 622 contacting the lower portion of the lift member 610 is provided. It is formed to rotate the lift member 610 according to the movement before and after the loading rod 620 to raise the game ball (B) seated on the other end of the lift member 610 and elastically supporting the loading rod 620 It may be defined as including the loading spring 630.

The loading rod 620 is a long rod-shaped member disposed in parallel with the aforementioned throwing rod 320 and rotates the lift member 610 according to movement in the forward and backward directions.

As shown in FIG. 9A, the loading rod 620 as shown in FIG. 9B in a state in which the game ball B is seated on the other end of the lift member 610 inserted into the exit end 212 of the conveyance path 210. ) To the rear (left side based on FIG. 9), the operating cam 622 in contact with the lift member 610 is pulled backward, and the lift member 610 is rotated with respect to the loading rotation shaft 611 The other end of the lift member 610 rises while drawing an arc.

At this time, since the game ball (B) is seated at the other end of the lift member (610), the game ball (B) is raised by the lift member (610) and put into the pitching guide member (110) of the field board (100). It becomes. In order to insert the raised game ball (B), the input hole 111 may pass through the field board 100 at a position directly above the lift member 610.

Meanwhile, an operating groove 612 in which the operating cam 622 is accommodated is formed in the lift member 610, and an inclined surface 613 inclined at a predetermined angle is formed in the operating groove 612 so that the operating cam 622 It is preferable to come into contact with.

This is to ensure smooth linear movement of the loading rod 620 by reducing the frictional resistance between the operating cam 622 and the inclined surface 613 when the operating cam 622 is pulled rearward by the rear operation of the loading rod 620. It is for sake.

That is, when the defensive user pulls the loading operation lever 621 backward, the loading rod 620 is pulled rearward between the field board 100 and the lower cover 200, and at the same time, the operating cam 622 By raising the lift member 610, the game ball B seated on the other end of the lift member 610 rotates and is supplied to the pitching guide member 110 through the injection hole 111 as shown in FIG. .

When the defensive user releases the loading operation lever 621 pulled backward, the loading rod 620 itself is returned to its original position by the elastic restoring force of the loading spring 630, and at the same time, the other end of the lift member 610 is transferred to the transfer path ( 210) is returned to its original position toward the exit end 212.

On the other hand, the conveyance path 210 is inclined downward from the entrance end 211 to the exit end 212 so that the free fall of the game ball B is possible.

And, at the exit end 212 of the conveyance path 210, a seating space 213 is recessed so that the other end of the lift member 610 is inserted, and the other end of the lift member 610 is in the seating space 213. When inserted, it is preferable that the bottom of the conveyance path 210 and the top surface of the lift member 610 are positioned on the same line.

If the other end of the lift member 610 seated in the seating space 213 and the bottom of the conveying path 210 are not located on the same line and there is a step, a game ball that freely falls through the conveying path 210 ( B) cannot be stably seated on the other end of the lift member 610, and a plurality of game balls (B) are not quickly seated on the other end of the lift member 610 in the process of free fall through the conveyance path 210. If not, the game ball (B) will become congested.

At the other end of the lift member 610, a seating groove 614 in which one game ball B can be seated may be recessed.

In addition, the exit end 212 of the conveyance path 210 is spaced apart from each other to prevent the free fall of the game ball B, which has fallen to the exit end 212 of the conveyance path 210, from flowing out of the conveyance path 210. A pair of shielding membranes 214 are formed, and the lift member 610 is rotated between the pair of shielding membranes 214.

The pitching guide member 110 may be equipped with a magazine member 113 filled with a plurality of game balls (B) for smooth supply of the game balls (B).

On the other hand, when two users play a baseball game using a baseball game machine, they can play the game alternately in the throwing structure (S1) and the other structure writing (S2), but one user can use the baseball game machine. In the case of a baseball game, it was difficult to simultaneously manipulate the pitching unit 300 and the striking unit 400 of the throwing structure writing side (S1) and the other structure writing side (S2) positioned opposite to each other.

However, the baseball game machine according to the present invention allows one user to operate both the pitching unit 300 and the hitting unit 400 in the other structure writing (S2), so that even a single user can utilize the baseball game machine without difficulty. It has a structure that allows you to do it.

To this end, the baseball game machine according to the present invention is interlocked with the pitching part 300 as shown in FIG. 11 to be manipulated to move the pitching part 300 forward and backward, and one end is the throwing rod. It is connected to 320 and has a structure further comprising a pitching aid 700 extending toward the outside of the other structure operation side (S2) of the auxiliary operation lever 710 at the other end.

For example, when the user pushes the pitching aid 700 in the direction of the arrow shown in FIG. 12A in the other structure writing side (S2), the pitching rod 320 is pulled rearward in connection with this, and to the pitching aid 700 When the applied pressure is released, the pitching rod 320 itself is elastically moved forward by the elastic restoring force of the pitching spring 330, as shown in FIG. 12B, so that the firing protrusion 321 strikes the game ball (B) in the at-bat direction. This is the principle that is fired.

At the same time, the user manipulates the hitting unit 400 to perform an operation of hitting the fired game ball (B) with the hitting figure (P1).

That is, the baseball game machine according to the present invention has a structure in which one user can manipulate both the striking unit 400 and the pitching unit 300 in the other structure writing (S2). One user can enjoy a baseball game by simultaneously manipulating the pitching unit 300 and the hitting unit 400 without difficulty, and if necessary, one user can practice the intensive manipulation of the hitting unit 400, the pitching unit 300 It can have a wide range of applications, such as simultaneously manipulating the and hitting unit 400.

On the other hand, the striking unit 400 is made of a configuration to manipulate the striking figure (P1) erected at the batting position to hit the game ball (B), specifically, as shown in Figure 4, other structure writing ( S2) a strike control lever 410 exposed to the outside, an extension plate 420 connected to the hitting control lever 410 and extending in a direction toward the turn at bat along the lower cover 200, and the extension plate ( Consists of a striking spring 430 that enables elastic movement of the 420 in the front and rear direction, and a rotating member 440 which is rotated relative to the moving direction of the extension plate 420 and to which the striking figure (P1) is coupled. do.

The extension plate 420 and the rotation member 440 are rotated by a mutual screw engagement structure.

When the user pulls the strike control lever 410 backward, the extension plate 420 moves backward together, and at this time, the screw portions formed on both sides of the extension plate 420 interfere with the rotation member 440 and the The rotating member 440 is rotated by about 180°. In addition, the striking spring 430 is maintained in a tensioned state by the distance the extension plate 420 has moved to the rear. When the hitting control lever 410 held thereafter is released, a restoring force of the hitting spring 430 acts, and an elastic force for returning the extension plate 420 to its original position is applied. At this time, by relative rotation of the rotating member 440 in the process of returning the extension plate 420 to its original position, the striking figure P1 coupled to the rotating member 440 naturally rotates in a striking swing trajectory. .

Meanwhile, an out hole 150 and a count hole 180 in which the game ball B hit by the hitting figure P1 is accommodated are formed through the field board 100.

The out-hole 150 is for defining the out count for each position of the defender's position, and when the game ball (B) hit by the striking figure (P1) is received into the out hole 150, the out-count of the corresponding runner is Is recorded.

The count hole 180 is also the same concept as the out hole 150, and when the game ball B hit by the hitting figure P1 is accommodated in the count hole 180, the intrinsic score of the corresponding count hole 180 As much as hitting play becomes possible.

For example, if the game ball (B) hit by the striking figure (P1) in a non-runner situation is received in the count hole 180 with a unique score of 1 base, the striking figure (P1) is moved and placed to first base. When the score is received in the count hole 180, which is a double base, the striking figure (P1) is moved and placed to the second base. The game progression method is the same as that of an actual baseball game.

The plurality of count holes 180 are arranged on the outfield side around the audience seats 140 to each receive a unique score.

Meanwhile, the baseball game machine according to the present invention may be configured to output sound effects according to events such as outs, hits, and home runs.

For example, if the game ball (B) hit by the hitting figure (P1) is received in the out hole 150,'out', the game ball hit by the hitting figure (P1) (B) is counted to the count hole (180). ), it can output sound effects such as'hit'.

To this end, the baseball game machine according to the present invention is installed to cross the open bottom of the out hole 150 and the count hole 180 in a state seated on the lower cover 200, and the out hole 150 and The detection unit 800 for generating an out detection signal and a count detection signal by contacting the game ball B accommodated in the count hole 180, and the out detection signal and the count detection signal generated by the detection unit 800 It is equipped with a configuration including a relay control unit 900 for outputting the sound effect as a basis and recording and outputting the score input from the outside.

When the game ball B is received in at least one of the out-hole 150 and the count hole 180, the sensing unit 800 detects it and generates a detection signal. Based on the detection signal generated in this way, the relay control unit 900 outputs an appropriate sound effect according to the situation.

First, the sensing unit 800 has a first positive current flowing and a first positive wire 811 crossing the bottom of the out hole 150 and a first negative current flowing and disposed parallel to the first positive wire 811. An out-sensing member 810 including a cathode wire 812, a second anode wire 821 crossing the bottom of the count hole 180 through which a positive current flows, and a negative current flow through the second anode wire 821 Including a count sensing member 820 including a second negative electrode wire 822 disposed in parallel with and a substrate 830 electrically connecting the out sensing member 810, the count sensing member 820, and power It can be illustrated as.

The first and second anode wires 811 and 821 and the first and second cathode wires 812 and 822 are seated on the support bracket 220 formed on the lower cover 200 and the out-hole 150 formed in the field board 100 and It is wired to pass through the count hole 180.

The out sensing member 810 and the count sensing member 820 configured as described above are configured to block the bottom surface of the out hole 150 and the count hole 180 formed through the field board 100 as shown in FIG. 14. Thus, it is possible to prevent the game ball (B) from flowing into the lower cover 200.

If the bottom surface of the out hole 150 and the count hole 180 is not properly blocked by the out detection member 810 and the count detection member 820, the inserted into the out hole 150 and the count hole 180 There is a problem that the game ball (B) flows into the lower cover 200.

First, the out-sensing member 810 is a means for detecting the out of the hitting figure (P1). As shown in FIG. 14, when the hitting game ball (B) is accommodated in the out hole 150, the first The game ball B is in contact with the positive wire 811 and the first negative wire 812 at the same time, so that the first positive wire 811 and the first negative wire 812 are energized, and the energized current is again transferred to the substrate 830 Flows to and is output as an out detection signal.

The first positive wire 811 and the first negative wire 812 have microcurrents flowing between the positive and negative electrodes, respectively, and then the game ball B formed of a conductor is transferred to the first positive wire 811 and the first negative wire 811. This is a principle in which an out detection signal is generated when the first positive wire 811 and the first negative wire 812 are brought into contact with 812 at the same time.

Although not shown, when the game ball B contacts the second positive wire 821 and the second negative wire 822 at the same time, the count sensing member 820 is also the same as the out sensing member 810, the substrate 830 ), the current flows and the count detection signal is generated.

Based on the generated out detection signal and count detection signal, the relay control unit 900 outputs sound effects such as'out' or'hit'.

Although not shown, the relay control unit 900 supplies power to various electric devices for electrical connection with the sensing unit 800, a speaker that outputs sound effects, various electric devices, and the count sensing member 820 and the out sensing member 810. A battery to be supplied may be built-in, and as shown in FIG. 15, a digital scoreboard 910 for outputting a score toward the outside, and various control buttons may be provided.

In addition to the current score, a text design corresponding to a sound effect may be output on the digital scoreboard 910.

That is, the baseball game machine according to the present invention can provide a sense of realism like an actual baseball game by detecting an out, a hit, etc., and outputting a sound effect and text design corresponding thereto to visually and aurally stimulate the user. , In addition to inducing interest in a baseball game machine, user satisfaction can be greatly improved.

The embodiments of the present invention described above are merely exemplary, and those of ordinary skill in the art to which the present invention belongs will appreciate that various modifications and other equivalent embodiments are possible. Therefore, it will be appreciated that the present invention is not limited to the form mentioned in the detailed description above. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims. In addition, the present invention is to be understood as including the spirit of the present invention as defined by the appended claims and all modifications, equivalents and substitutes within the scope thereof.

100: field board 200: lower cover
300: Helm 400: Strike
500: conveying unit 600: loading unit
700: pitching aid 800: detection unit
900: relay control unit

Claims (5)

A game in which a pitching guide member guiding the path to the firing point so that the game ball can be fired toward the at bat is formed, a batting figure is installed on the at bat side facing the pitching guide member, and a batting figure is passed to one side of the batting figure. A field board having an accommodating groove in which the ball is accommodated, and having a two structure side and another structure side to face each other on an outer periphery thereof;
A lower cover mounted on the lower part of the field board and having a conveying path selectively communicated with the storage groove;
A throwing part installed on the upper part of the lower cover so that a part is exposed toward the throwing structure and operated to launch a game ball guided by the throwing guide member in the direction of batting;
A striking part installed on the upper part of the lower cover so that a part of the striking structure is exposed to the other structure and operated to rotate the striking figure;
A transport unit disposed under the storage groove so that a part of the storage groove is exposed to the other structure side and operated to communicate the storage groove and the transport path to supply the game balls stored in the storage groove to the transport path; And
A baseball game machine comprising: a loading part installed on the upper part of the lower cover so that a part of it is exposed to the throwing structure side and operated to raise the game ball that has fallen freely to the exit end of the conveyance path and supply it to the pitching guide member; and a baseball game machine comprising: . The method according to claim 1,
The conveying unit,
A lower plate that constitutes a lower surface of the storage groove, one end is rotatably mounted to the lower portion of the storage groove via a transport rotation shaft, and the other end has a shape of a free end adjacent to the transport path so as to open and close the entrance end of the transport path;
A pressing operation lever extending from the lower plate toward the outside of the other structure operation side; And
And a restoring member interposed between the push operation lever and the lower cover to restore the other end of the lower plate rotated by the pressing operation of the push operation lever to its original position. The method according to claim 1,
The charging unit,
A lift member having one end mounted on the lower cover through the loading and rotating shaft and the other end extending toward the exit end of the conveyance path; And
At one end, a loading operation lever is formed extending toward the outer side of the throwing structure, and at the other end, an operating cam that contacts the lower portion of the lift member is formed, and the lift member is rotated according to the forward and backward movements to be seated on the other end of the lift member. A baseball game machine comprising a; loading rod for raising the game ball. The method of claim 3,
A baseball game machine, characterized in that an operation groove in which the operation cam is accommodated is formed in the lift member, and an inclined surface inclined at a predetermined angle is formed in the operation groove to contact the operation cam. The method of claim 3,
The conveyance path is inclined downward from the entrance end to the exit end, and a seating space is formed at the exit end so that the other end of the lift member is inserted. When the other end of the lift member is inserted into the seating space, the bottom of the conveyance path and the lift member Baseball game machine, characterized in that the upper surface is located on the same line.

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