Prize acquisition game device

Abstract

The utility model provides a prize obtaining game device (1) which can restrain falling of prizes and comprises a back panel (701), a pair of supporting paddles (720) capable of being installed on the back panel (701) and a rod component (730) capable of being supported by the pair of supporting paddles (720). In addition, each end part of the rod component (730) is provided with a clamping claw (732a). Furthermore, a plurality of groove parts (744, 754) capable of clamping the clamping claws (732a) are respectively arranged on the pair of supporting paddles (720) along the front-back direction. As a result, the position of the lever member (730) on the pair of support paddles (720) can be moved in the front-back direction in accordance with the size and shape of the prize (P). As a result, it is possible to prevent the prize from falling from the lever member (730).

Description

Technical Field

[0001] This utility model relates to a prize-winning game device. Background Technology

[0002] Previously, prize-collecting game devices capable of displaying supplementary prizes were known (see Patent Document 1). These devices included a first pillar, a second pillar, and a display stand for securing the prizes. The display stand was secured to both the first and second pillars by inserting one end of the display stand into the first pillar and hooking the other end to a portion of the second pillar.

[0003] [Existing technical documents]

[0004] [Patent Literature]

[0005] [Patent Document 1] Japanese Patent Application Publication No. 2023-76589 Utility Model Content

[0006] However, in previous prize-winning game devices, prizes might fall off.

[0007] The subject of this invention is to prevent prizes from falling.

[0008] To achieve the above objectives, the prize-winning game device of the first utility model is characterized by comprising: a back panel; a pair of support members capable of being mounted on the back panel; and a rod member capable of being supported by the pair of support members, wherein each end of the rod member is provided with a locking portion, and the pair of support members are provided with a plurality of locking portions capable of engaging with the locking portions in the front-rear direction.

[0009] In the prize-collecting game device of the first utility model, each supporting component has multiple engaging parts arranged along the front-to-back direction, which can engage with engaging parts provided on the rod components. Therefore, the position of the rod components on a pair of supporting components can be moved along the front-to-back direction according to the size and shape of the prize. This prevents the prize from falling off the rod components.

[0010] Here, for example, the back panel 701 described later corresponds to the back panel. For example, the support paddle 720 described later corresponds to the support member. For example, the rod member 730 described later corresponds to the rod member. For example, the locking claw 732a described later corresponds to the engaging portion. For example, the grooves 744 and 754 described later correspond to the engaged portions.

[0011] The prize-winning game device of the second utility model is characterized in that, in the prize-winning game device of the first utility model, by rotating the rod component, the engaging part can engage with the engaged part, or the engaging part can be released from the engaging part.

[0012] In the prize-winning game device of the second utility model, the engaging part can be easily engaged or disengaged from the locked part.

[0013] The prize-winning game device of the third utility model is characterized in that, in the prize-winning game device of the first utility model or the second utility model, when the engaging part is engaged with the engaged part, the movement of the rod member toward the front is prevented, and the rod member can be pressed toward the rear.

[0014] In the prize-winning game device of the third utility model, the position of the rod component can be easily adjusted.

[0015] The prize-winning game device of the fourth utility model is characterized in that, in the prize-winning game device of the first utility model or the second utility model, a prize can be clamped between the rod component and the back panel.

[0016] The prize-winning game device of the fourth utility model can easily display the prizes.

[0017] According to this invention, prizes can be prevented from falling. Attached Figure Description

[0018] Figure 1 This is a three-dimensional view showing the state of the prize-winning game device 1 as viewed from above.

[0019] Figure 2 This is a three-dimensional view showing the state of the prize-winning game device 1 as viewed from the side.

[0020] Figure 3 This is a three-dimensional view showing the state of the prize-obtaining game device 1 as viewed from below.

[0021] Figure 4 This is a perspective view of the prize moving part 210, showing the state of each boom 241 in the open position.

[0022] Figure 5 This is a perspective view of the prize moving part 210, showing the state of each boom 241 in the closed position.

[0023] Figure 6 This is a front view showing the state in which each boom 241 of the boom unit 240 in the modified example is arranged in the open position.

[0024] Figure 7 It means about Figure 6 The front view of the boom unit 240 with the metal plate 263 removed.

[0025] Figure 8This is a front view showing the state in which each boom 241 of the boom unit 240 in the closed position in relation to the modified example.

[0026] Figure 9 It means about Figure 8 The front view of the boom unit 240 with the metal plate 263 removed.

[0027] Figure 10 This is a 3D view of floor unit 30 in its first state.

[0028] Figure 11 This is a three-dimensional view representing floor unit 30 in the second state.

[0029] Figure 12 This is a three-dimensional view representing floor unit 30 in the third state.

[0030] Figure 13 This is a perspective view showing the state of the spacer unit 40 when the base frame 422 is positioned at the upper limit, as viewed from the left.

[0031] Figure 14 This is a perspective view showing the state of the spacer unit 40 when the base frame 422 is positioned in the middle, as viewed from the left.

[0032] Figure 15 This is a perspective view showing the state of the spacer unit 40 when the base frame 422 is positioned at the lower limit, as viewed from the left.

[0033] Figure 16 It indicates viewing from the upper right side. Figure 15 A three-dimensional view of the state of the interval unit 40 shown.

[0034] Figure 17 This indicates viewing from the lower right side. Figure 15 A three-dimensional view of the state of the interval unit 40 shown.

[0035] Figure 18 This is a perspective view showing the spacer unit 40 on which the plate component 450 is mounted.

[0036] Figure 19 This figure shows an example of the use of the rod member 440 mounted on the base frame 422 as a layout member.

[0037] Figure 20 This figure shows the first example of the use of the frame component 460 mounted on the base frame 422 as a layout component.

[0038] Figure 21 This is a second example of the use of the frame component 460 mounted on the base frame 422 as a layout component.

[0039] Figure 22 This is a 3D diagram representing prize supplement unit 50.

[0040] Figure 23 It means in Figure 22 The image shows the prize replenishment unit 500 with the side cover removed.

[0041] Figure 24 This is a three-dimensional diagram representing the prize supplement unit 50 in its initial state.

[0042] Figure 25 This is a three-dimensional diagram representing the prize supplement unit 50 in the first state.

[0043] Figure 26 This is a three-dimensional diagram representing the prize supplement unit 50 in the second state.

[0044] Figure 27 This is a three-dimensional view of the opening and closing door unit 60, representing the closed state of the door.

[0045] Figure 28 This is a perspective view of the opening and closing door unit 60, which represents the open state of the door.

[0046] Figure 29 This is a three-dimensional view of display unit 70.

[0047] Figure 30 This is a perspective view showing the front side of the back panel unit 700.

[0048] Figure 31 This is a perspective view showing the back side of the back panel unit 700.

[0049] Figure 32 This is a three-dimensional view representing the fixed unit 710.

[0050] Figure 33 This is a cross-sectional view of the support paddle 720.

[0051] Figure 34 This is a perspective view of the rod component 730.

[0052] Figure 35 This is a block diagram showing the structure of the control substrate 80.

[0053] Figure 36 This is an example of a setting screen im1.

[0054] Figure 37 This is an example of a diagram representing the specified area of ​​the screen im2. Detailed Implementation

[0055] The embodiments of this utility model will now be described with reference to the accompanying drawings.

[0056] In this embodiment, an example is described of applying the prize-winning game device of the present invention to a prize-winning game device 1 capable of performing a prize-winning game.

[0057] The "Prize Acquisition Game" is a game in which the player (user) operates the operation unit 16 to move the prize moving unit 210, causing the prize P placed in the game area GE to fall into the opening OE, thereby allowing the player to acquire the prize P.

[0058] As a "prize P", it can be an item that is given to the player through acquisition, or an item that is not given to the player even if it is acquired, but can be exchanged with other items (items given to the player) after acquisition.

[0059] [Structure of Prize Acquisition Game Device 1]

[0060] First, the structure of the prize-winning game device 1 will be explained.

[0061] Figure 1 This is a three-dimensional view showing the state of the prize-winning game device 1 as viewed from above. Figure 2 This is a three-dimensional view showing the state of the prize-winning game device 1 as viewed from the side.

[0062] Here, in Figure 1 The example shown illustrates a prize-winning game device 1 configured within a single housing 10. However, multiple prize-winning game devices 1 can also be configured within a single housing 10.

[0063] like Figure 1 and Figure 2 As shown, the prize-collecting game device 1 includes a frame 10, a grabbing and lifting unit 20, a floor unit 30, a partition unit 40, a prize replenishment unit 50, an opening and closing door unit 60, a display unit 70, and a control board 80 (see reference). Figure 35 It is constituted by ).

[0064] [Frame 10]

[0065] First, let’s explain the structure of frame 10.

[0066] The frame 10 is box-shaped. Within the frame 10 are a game area (play area) GE for playing a prize-winning game and a display area DE for displaying prizes P. The game area GE is accessible to the boom 241 of the prize-moving unit 210 (described later). On the other hand, the display area DE is inaccessible to the boom 241 of the prize-moving unit 210. In this embodiment, the display area DE is formed on the back side of the game area GE.

[0067] The frame 10 is composed of an upper frame 11 and a lower frame 12.

[0068] The front, back, left, and right sides of the upper frame 11 are made of transparent materials such as glass and acrylic sheets. This allows the player to observe the game area GE formed inside the frame 10 from the outside of the frame 10.

[0069] The front of the upper frame 11 is formed by a sliding door (not shown), which can be opened and closed. Thus, the operator (manager) can arrange and move prizes P in the game area GE by opening the sliding door of the upper frame 11.

[0070] A control panel 13 is provided on the front of the lower frame 12. The control panel 13 includes a coin slot 14, a touch panel display 15, and an operation unit 16.

[0071] The coin slot 14 allows players to insert coins (currency). By inserting coins into the coin slot 14, players can obtain points for playing games and winning prizes. It should be noted that it can also be configured as a settlement device based on electronic currency stored in storage media such as prepaid cards or credit cards, where points can be obtained through electronic currency settlement.

[0072] The touch panel display 15 has the function of displaying various images and receiving operation input from users (or operators). Specifically, the touch panel display 15 includes a touch panel 15a (see reference 15a). Figure 35 ) and display unit 15b (refer to) Figure 35 The touch panel 15a is an input device such as an electrostatic capacitive or pressure-sensitive type, receiving input from the user's finger, stylus, etc. The display unit 15b is implemented using a liquid crystal display, an organic EL (Electro-Luminescence) display, etc. The display unit 15b displays various information such as the remaining points earned by the player. Specifically, whenever points are earned by inserting a coin into the coin slot 14, the remaining points displayed on the display unit 15b increase. Furthermore, whenever a prize-winning game is played, the remaining points displayed on the display unit 15b decrease.

[0073] The control unit 16 receives player input. The control unit 16 comprises a joystick 16a and an operation button 16b. The joystick 16a can be tilted by the player. In the prize-collecting game, the joystick 16a receives input to move the prize-moving unit 210 horizontally (left-right or forward-backward). The operation button 16b can be pressed by the player. In the prize-collecting game, the operation button 16b receives input to start the prize-collecting action (described later).

[0074] Additionally, a prize retrieval outlet 17, connecting to the opening OE, is provided on the front of the lower frame 12. Prize P, falling into the opening OE, is collected (guided) into the prize collection compartment CS. The player then retrieves the prize P collected in the prize collection compartment CS via the prize retrieval outlet 17, thereby obtaining the retrieved prize P. Here, a prize retrieval sensor 17a (see reference) is installed inside the prize collection compartment CS. Figure 35 The prize acquisition sensor 17a, in response to the detection of a prize P falling from the opening OE (detection of prize P acquisition), outputs a predetermined detection signal to the control board 80.

[0075] In addition, an opening and closing door 19 is provided on the front of the lower frame 12. Furthermore, various control boards (control board 80, etc.) are arranged inside the opening and closing door 19.

[0076] like Figure 2 As shown, a pair of lifting frame units 100 are arranged inside the lower frame 12. Each lifting frame unit 100 is installed in the lower frame 12. Each lifting frame unit 100 includes a base frame 110 and a lifting mechanism (not shown) for raising and lowering the base frame 110.

[0077] The base frame 110 is formed in a generally square column shape. The base frame 110 extends in the front-to-back direction. In the following description, the upper side of the four sides of the base frame 110 is referred to as the "upper side", the lower side is referred to as the "lower side", and the inner side (the GE side of the game area) is referred to as the "inner side".

[0078] A T-slot tg is provided on at least the inner side of one of the four sides of the base frame 110. In this embodiment, the T-slot tg is provided on the inner side and the upper side of one of the four sides of the base frame 110.

[0079] Each T-slot tg extends linearly along the length direction of the base frame 110 (the direction in which the base frame 110 extends). Each T-slot tg is provided from one end to the other along the length direction of the base frame 110.

[0080] The base frame 110 is mounted on the lower frame 12 via a lifting mechanism. Furthermore, the base frame 110 can be raised and lowered in the vertical direction via the lifting mechanism.

[0081] Each lifting frame unit 100 is provided with a locking mechanism (not shown) capable of locking the lifting of the base frame 110 relative to the lower frame 12. Furthermore, in each lifting frame unit 100, the locking mechanism allows the lifting of the base frame 110 relative to the lower frame 12 to be locked or unlocked. In this embodiment, the locking mechanism includes an unlocking lever. By pulling the unlocking lever to the unlocked position, the lock on the base frame 110 relative to the lower frame 12 is released, allowing the base frame 110 to lift relative to the lower frame 12. Conversely, by pressing the unlocking lever to the locked position, the base frame 110 is locked relative to the lower frame 12, preventing the base frame 110 from lifting relative to the lower frame 12.

[0082] In this embodiment, one of the pair of lifting frame units 100 is located at the left end of the lower frame 12 (the left end of the game area GE), and the other lifting frame unit 100 is located at the right end of the lower frame 12 (the right end of the game area GE). Furthermore, the pair of lifting frame units 100 can independently raise and lower the base frame 110. In this case, the height of the base frame 110 in each lifting frame unit 100 can be adjusted to any desired height. Moreover, by installing various components (rods, panels, etc.) into the T-slots tg of each base frame 110, a mechanism for placing the prize P can be constructed within the game area GE.

[0083] [Lifting Unit 20]

[0084] Next, the structure of the grabbing and lifting unit 20 will be explained.

[0085] Figure 3 This is a three-dimensional view showing the state of the prize-obtaining game device 1 as viewed from below. Figure 4 This is a perspective view of the prize moving part 210, showing the state of each boom 241 in the open position. Figure 5 This is a perspective view of the prize moving part 210, showing the state of each boom 241 in the closed position. Figure 6 This is a front view showing the state in which each boom 241 of the boom unit 240 in the modified example is arranged in the open position. Figure 7 It means about Figure 6 The front view of the boom unit 240 with the metal plate 263 removed. Figure 8 This is a front view showing the state in which each boom 241 of the boom unit 240 in the closed position in relation to the modified example. Figure 9 It means about Figure 8 The front view of the boom unit 240 with the metal plate 263 removed.

[0086] It should be noted that, in Figure 4 and Figure 5The image shows the state in which the claw box 211 has been removed from the prize moving part 210.

[0087] like Figure 3 As shown, the grabbing and lifting unit 20 is composed of a prize moving part 210, a horizontal moving device 220 for moving the prize moving part 210 in the horizontal direction, and a lifting device 230 for raising and lowering the prize moving part 210.

[0088] The horizontal moving device 220 includes a pair of X-direction rails Lx, Y-direction rails Ly, and an X-direction motor m1 (see reference). Figure 35 ), Y-direction motor m2 (refer to) Figure 35 It is constituted by ).

[0089] A pair of X-direction rails Lx are installed on the top surface (inner side) of the upper frame 11. The X-direction rails Lx extend linearly in the left and right direction.

[0090] The Y-direction track Ly is mounted on a pair of X-direction tracks Lx. Specifically, one end of the Y-direction track Ly is supported by one X-direction track Lx, and the other end of the Y-direction track Ly is supported by the other X-direction track Lx. Furthermore, the Y-direction track Ly can slide along the pair of X-direction tracks Lx. The Y-direction track Ly extends linearly in the front-back direction. The Y-direction track Ly is moved along the X-direction tracks Lx by driving the X-direction motor m1. The driving of the X-direction motor m1 is controlled by the control board 80.

[0091] The lifting device 230 is mounted on the Y-direction track Ly. The lifting device 230 can slide along the Y-direction track Ly. The lifting device 230 is moved along the Y-direction track Ly by driving the Y-direction motor m2. The driving of the Y-direction motor m2 is controlled by the control board 80.

[0092] The lifting device 230 includes a spool (not shown) capable of feeding or winding wire and a lifting motor m3 (see reference) that drives the spool. Figure 35 The prize moving part 210 is constructed by means of a wire. The end of the wire is attached to the prize moving part 210. The wire is fed by driving the reel with the lifting motor m3, thereby lowering the prize moving part 210. Furthermore, the wire is wound around the reel by driving the lifting motor m3, thereby raising the prize moving part 210. At this time, the prize moving part 210 can move up and down between the raised position and a preset lowering position. The driving of the lifting motor m3 is controlled by the control board 80.

[0093] As described above, in the grabbing and lifting unit 20, the prize moving part 210 can be moved in the left-right, front-back, and up-down directions by driving each motor m1, m2, and m3.

[0094] The prize moving part 210 is mounted on the bottom surface of the lifting device 230 via a telescopic support (not shown).

[0095] like Figure 4 and Figure 5 As shown, the prize moving part 210 includes a hanging claw box 211 (see reference). Figure 3 It is composed of a base component 212 and three boom units 240. It should be noted that in this embodiment, the prize moving part 210 is configured as a three-claw configuration with three boom units 240. However, the prize moving part 210 can also be configured as a two-claw configuration with two boom units 240. Alternatively, the prize moving part 210 can also be configured as a one-claw configuration with one boom unit 240.

[0096] The lifting gripper box 211 is a generally cylindrical box. The base component 212 and the three boom units 240 are housed inside the lifting gripper box 211. At this time, the ends of the booms 241 of each boom unit 240 protrude to the outside of the lifting gripper box 211 through through holes provided on the side of the lifting gripper box 211.

[0097] The base component 212 is formed of sheet metal such as stainless steel. The lower end of the wire extending from the spool of the lifting device 230 is connected to the upper surface of the base component 212. Thus, by feeding or winding the wire through the lifting device 230, the base component 212 (prize moving part 210) can be raised and lowered.

[0098] Each boom unit 240 is mounted on the base member 212. At this time, the three boom units 240 are mounted on the base member 212 with the booms 241 spaced at equal angles (120° intervals in this embodiment). The three boom units 240 have the same structure.

[0099] Each boom unit 240 is composed of a base component 242, an opening and closing motor m4, a power transmission unit 243, a boom holding part 244, a boom 241, a potentiometer 245, and a boom locking mechanism 246.

[0100] The base component 242 is formed of sheet metal made of stainless steel or other metals.

[0101] The opening / closing motor m4 is mounted on the power transmission unit 243. In this embodiment, a stepper motor is used as the opening / closing motor m4. The driving of the opening / closing motor m4 is controlled by the control board 80.

[0102] The power transmission unit 243 is mounted on the base component 242. The power transmission unit 243 is configured to include a power transmission mechanism that transmits the power of the opening and closing motor m4 to the boom holding part 244 (rotating shaft 244a described later).

[0103] The base end of the rotating shaft 244a is mounted to the boom holding part 244. The boom holding part 244 is mounted to the power transmission unit 243 via the rotating shaft 244a. The boom holding part 244 has a mounting part (not shown) for assembling the base end of the boom 241. The mounting part is formed in a square cylindrical shape, allowing the base end of the boom 241 to be inserted (fitted). The boom holding part 244 can be positioned about the rotating shaft 244a in the closed position (see reference). Figure 5 ) and opening location (refer to) Figure 4 The boom 241, assembled in the boom holding part 244, moves (rotates) between the boom holding part 244 and the boom 241. As a result, the boom 241, along with the displacement (rotation) of the boom holding part 244, can move to the closed position (refer to...). Figure 5 ) and opening location (refer to) Figure 4 Displacement between ).

[0104] The boom 241 is formed into a roughly L-shaped rod. It should be noted that the shape of the boom 241 can be appropriately changed to an arc shape, wave shape, flat shape, hook shape, etc. A metal claw component 241a is installed at the end (lower end) of the boom 241.

[0105] Potentiometer 245 is mounted on the front side of power transmission unit 243. Potentiometer 245 is composed of a variable resistor. Potentiometer 245 detects the opening degree (rotation position, rotation angle) of boom holding part 244 (boom 241). That is, potentiometer 245 outputs a detection signal corresponding to the opening degree (rotation position, rotation angle) of rotation axis 244a to control board 80. Furthermore, processing unit 81 of control board 80 detects the opening degree (rotation position, rotation angle) of boom holding part 244 (boom 241) corresponding to each potentiometer 245 based on the detection signal input from each potentiometer 245.

[0106] The boom locking mechanism 246 consists of a solenoid 251 and a cam 252.

[0107] Solenoid 251 is mounted on base component 242. In solenoid 251, when not energized (excited), plunger 251a falls due to its own weight and is positioned in the protruding position (see reference). Figure 4 When energized, plunger 251a is pushed upwards and positioned in the submerged position (see reference). Figure 5 ).

[0108] Cam 252 is mounted at the end of rotating shaft 244a. Cam 252 rotates together with rotating shaft 244a as it rotates. A recess 252a is provided on the outer peripheral surface of cam 252.

[0109] In the boom locking mechanism 246, the recess 252a (engaging part) engages with the end of the plunger 251a (engaged part), thereby locking (preventing, securing) the rotation of the boom 241 (boom holding part 244) relative to the base member 242.

[0110] Specifically, such as Figure 4 As shown, in the boom locking mechanism 246, when the boom 241 is in the open position, the recess 252a is located below the plunger 251a. Therefore, when the solenoid 251 is not energized, the opening / closing motor m4 is driven (energized), and the boom 241 rotates to the open position. The plunger 251a, due to its own weight, falls into the recess 252a and is positioned in the protruding position. Thus, the recess 252a engages with the end of the plunger 251a, thereby locking (preventing, securing) the boom 241's rotation towards the closed position. Therefore, even if the energizing of the opening / closing motor m4 is stopped, the boom 241 can still be maintained in the open position.

[0111] In addition, such as Figure 5 As shown, when the solenoid 251 is energized, the plunger 251a is introduced into the submerged position, releasing the engagement of the recess 252a with respect to the plunger 251a. This releases the rotational lock of the boom 241, allowing the boom 241 to rotate toward the closed position by driving (exciting) the opening / closing motor m4.

[0112] In this embodiment, in the standby state described later, the prize moving unit 210 is positioned in the starting position. In the starting position, the prize moving unit 210 is positioned in the raised position, and in each boom unit 240, with the opening / closing motor m4 stopped, the boom 241 is positioned in the open position. At this time, in this embodiment, the boom locking mechanism 246 in each boom unit 240 locks the rotation of the boom 241, thereby maintaining the boom 241 in the open position without energizing the opening / closing motor m4. Thus, with all three booms 241 open in the prize moving unit 210, the attention of surrounding users can be attracted.

[0113] Furthermore, during the prize-collecting game, when the prize-moving unit 210 descends to the lowered position via the prize-collecting action described later, the rotation lock of the boom 241, which is controlled by the boom locking mechanism 246, is released in each boom unit 240. Thus, the boom 241 can be rotated from the open position to the closed position by driving the opening / closing motor m4. Further, at the end of the prize-collecting action, when the boom 241 rotates to the open position in each boom unit 240, the rotation of the boom 241 is locked by the boom locking mechanism 246. Therefore, even if the excitation of the opening / closing motor m4 stops, the boom 241 can remain in the open position even after the prize-collecting action ends.

[0114] In this embodiment, the prize moving part 210 is provided with a boom locking mechanism 246 that maintains the boom 241 in the open position. Therefore, in the standby state, it is easy to maintain the boom 241 in the open position.

[0115] Furthermore, in this embodiment, the boom locking mechanism 246 can be displaced to a locked state (plunger 251a is positioned in the protruding position, and the recess 252a is engaged with the end of the plunger 251a) that maintains the boom 241 in the open position, and a released state (plunger 251a is positioned in the submerged position) that releases this maintenance. This allows for more reliable maintenance of the boom 241 in the open position.

[0116] Furthermore, in this embodiment, the boom locking mechanism 246 is composed of a solenoid 251 and a cam 252, and the cam 252 has a recess 252a for engaging with the plunger 251a of the solenoid 251. Thus, the boom locking mechanism 246 can be constructed with a simple structure.

[0117] Here, in each boom unit 240, a boom locking mechanism 260 may be configured to replace the boom locking mechanism 246.

[0118] like Figures 6-9 As shown, the boom locking mechanism 260 is composed of a ball plug 261 and a crank component 262.

[0119] At the end of the ball plug 261 is a ball (not shown) that is forced in a protruding direction by a spring (not shown). The ball plug 261 is mounted to the base member 242 via a metal plate 263. At this time, the ball plug 261 can make the ball protrude and retract towards the rear side.

[0120] The crank component 262 is formed in a prismatic shape. The base end of the crank component 262 is mounted to the end of the rotating shaft 244a. As the rotating shaft 244a rotates, the crank component 262 can swing its end side. A recess 262a is provided at the end of the crank component 262.

[0121] In the boom locking mechanism 260, the recess 262a (engaging part) engages with the ball (engaged part) of the ball plug 261, thereby locking (preventing, locking) the rotation of the boom 241 (boom holding part 244) relative to the base member 242.

[0122] Specifically, such as Figure 6 and Figure 7As shown, in the boom locking mechanism 260, when the boom 241 is in the open position, the recess 262a engages with the ball of the ball plug 261. Thus, by engaging the recess 262a with the ball of the ball plug 261, even if the excitation of the opening / closing motor m4 is stopped, the rotation of the boom 241 toward the closed position can be locked (prevented, locked), maintaining the boom 241 in the open position.

[0123] Moreover, such as Figure 8 and Figure 9 As shown, by driving (exciting) the opening and closing motor m4, the boom 241 is rotated toward the closed position side. Thus, by the driving force of the opening and closing motor m4, the engagement of the recess 262a with the ball of the ball plug 261 is released, and the boom 241 can rotate toward the closed position side.

[0124] Therefore, in the standby state, with the prize moving part 210 positioned in the starting position, in each boom unit 240, the boom 241 is positioned in the open position when the excitation of the opening and closing motor m4 has stopped. At this time, in each boom unit 240, the rotation of the boom 241 is locked by the boom locking mechanism 260, thereby maintaining the boom 241 in the open position without energizing the opening and closing motor m4.

[0125] In this embodiment, the boom locking mechanism 260 is composed of a ball plug 261 and a crank component 262, the crank component 262 having a recess 262a for engaging the ball plug 261. Thus, the boom locking mechanism 260 can be constructed with a simple structure.

[0126] [Floor Unit 30]

[0127] Next, the structure of floor unit 30 will be explained.

[0128] Figure 10 This is a 3D view of floor unit 30 in its first state. Figure 11 This is a three-dimensional view representing floor unit 30 in the second state. Figure 12 This is a three-dimensional view representing floor unit 30 in the third state.

[0129] like Figures 10-12 As shown, the floor unit 30 consists of a sliding floor 310 and two detachable floors 320.

[0130] Viewed from above, the sliding floor 310 is formed into a roughly rectangular flat plate. The sliding floor 310 is mounted on the lower frame 12. Furthermore, the sliding floor 310 can slide in the left-right direction. Specifically, rollers 309 are provided at each end of the sliding floor 310 along its length (see reference). Figures 13-15Furthermore, a front frame 311 is provided on the inner wall of the front side of the lower frame 12. The front frame 311 extends from the left end to the right end of the lower frame 12 in a left-right direction. A floor track (not shown) is provided on the back side of the front frame 311. The floor track extends along the front frame 311. Furthermore, a rear frame 312 is provided on the inner wall of the back side of the lower frame 12. The rear frame 312 extends from the left end to the right end of the lower frame 12 in a left-right direction. A floor track 313 is provided on the front side of the rear frame 312. The floor track 313 extends along the rear frame 312. Furthermore, the sliding floor 310 is installed on the lower frame 12 by supporting the roller 309 on one side (front side) with the floor track of the front frame 311 so that it can slide, and supporting the roller 309 on the other side (back side) with the floor track 313 of the rear frame 312 so that it can slide. Thus, the sliding floor 310 can slide in a left-right direction inside the lower frame 12.

[0131] Viewed from above, each detachable shelf 320 is formed as a roughly rectangular flat plate. Each detachable shelf 320 can be detached from the lower frame 12. Specifically, each detachable shelf 320 is positioned between the upper surface of the front frame 311 and the upper surface of the rear frame 312, thereby allowing it to be installed on the lower frame 12.

[0132] In this embodiment, a surface capable of holding a prize P is formed in the game area GE (hereinafter referred to as "prize holding part AE"). At this time, the prize holding part AE is formed on the upper surface of the sliding floor 310 (detachable floor 320).

[0133] In particular, in this embodiment, the spaciousness of the prize-holding section AE can be changed by altering the position of the sliding floor 310 and the combination of the presence or absence of the two detachable floors 320. In other words, the width of the opening OE can be changed by altering the position of the sliding floor 310 and the combination of the presence or absence of the two detachable floors 320.

[0134] In this embodiment, the structure of the floor unit 30 can be changed to a first state, a second state, and a third state.

[0135] like Figure 10As shown, in the first state of the floor unit 30, the sliding floor 310 is positioned on the left side, and two detachable floors 320 are installed on the right side of the sliding floor 310. Thus, the prize-holding section AE is formed by the upper surface of the sliding floor 310 and the upper surfaces of the two detachable floors 320. Specifically, the lower surface of the sliding floor 310 and the lower surfaces of the two detachable floors 320 are used to demarcate the top surface of the prize-receiving section CS (part of the opening to the prize-receiving section CS is closed). Thus, the opening OE is formed on the left side of the sliding floor 310. Here, in the first state of the floor unit 30, the area of ​​the prize-holding section AE is larger than the area of ​​the opening OE. Furthermore, in the first state of the floor unit 30, in the left-right direction, the left end of the prize-holding section AE is positioned further to the left than the right end of the prize-receiving outlet 17 (the left end of the prize-holding section AE is above the prize-receiving outlet 17, and the prize-holding section AE covers the top of the prize-receiving outlet 17).

[0136] like Figure 11 As shown, in the second state of the floor unit 30, the sliding floor 310 is positioned in the center (towards the right compared to the aforementioned left-side position), and a detachable floor 320 is installed on the right side of the sliding floor 310. Thus, the prize-holding section AE is formed by the upper surface of the sliding floor 310 and the upper surface of the detachable floor 320. Therefore, in the second state of the floor unit 30, compared to the first state, the prize-holding section AE is narrower (its left-right dimensions are smaller). Specifically, the top surface of the prize-receiving section CS is divided by the lower surface of the sliding floor 310 and the lower surface of the detachable floor 320 (part of the opening to the prize-receiving section CS is blocked). Therefore, in the second state of the floor unit 30, compared to the first state, the opening OE formed on the left side of the sliding floor 310 is wider (its left-right dimensions are larger). Here, in the second state of the floor unit 30, the area of ​​the opening OE is larger than the area of ​​the prize-holding section AE. Furthermore, in the second state of the floor unit 30, the left end of the prize placement section AE is positioned further to the left than the right end of the prize dispensing outlet 17 in the left-right direction (the left end of the prize placement section AE is above the prize dispensing outlet 17, and the prize placement section AE covers the top of the prize dispensing outlet 17).

[0137] like Figure 12As shown, in the third state of the floor unit 30, the sliding floor 310 is positioned on the right side (towards the right compared to the aforementioned central position), and the detachable floor 320 is not installed. Therefore, the prize-holding section AE is formed by the upper surface of the sliding floor 310. Consequently, in the third state of the floor unit 30, compared to the second state, the prize-holding section AE becomes narrower (its left-right dimensions are smaller). Specifically, the top surface of the prize-receiving section CS is divided by the lower surface of the sliding floor 310 (part of the opening to the prize-receiving section CS is blocked). Consequently, in the third state of the floor unit 30, compared to the second state, the opening OE formed on the left side of the sliding floor 310 becomes wider (its left-right dimensions are larger). Here, in the third state of the floor unit 30, the area of ​​the opening OE is larger than the area of ​​the prize-holding section AE. Furthermore, in the third state of floor unit 30, the left end of the prize placement section AE is positioned further to the right than the right end of the prize dispensing outlet 17 in the left-right direction (the left end of the prize placement section AE is not above the prize dispensing outlet 17, and the prize placement section AE does not cover the top of the prize dispensing outlet 17).

[0138] A floor sensor 330 is provided in the lower frame 12 to detect the position (left side, center, right side) of the sliding floor 310 (see reference). Figure 35 The floor sensor 330 outputs a detection signal corresponding to the position of the sliding floor 310 to the control board 80. Then, the control board 80 sets the horizontal movement range of the prize moving unit 210 based on the detection signal input from the floor sensor 330. Furthermore, the control board 80 determines whether to allow the automatic prize replenishment operation (described later) based on the detection signal input from the floor sensor 330. In this embodiment, the automatic prize replenishment operation is only allowed when the sliding floor 310 is positioned on the left (in the case of the floor unit 30 in the first state).

[0139] In this embodiment, by changing the structure of the floor unit 30, the spaciousness (size) of the prize-holding section AE can be changed. Therefore, the spaciousness of the prize-holding section AE can be adjusted according to the size of the prize P, making it easier to place the prize P on the prize-holding section AE. Furthermore, in this embodiment, by changing the structure of the floor unit 30, the width (size) of the opening OE can be changed. Therefore, the width of the opening OE can be adjusted according to the size of the prize P, preventing the prize P from completely filling the opening OE.

[0140] In particular, in this embodiment, the application becomes more diverse when using a large prize P. Specifically, when placing a large prize P on the prize placement section AE, by setting the floor unit 30 to the first state, the prize placement section AE can be made more spacious, ensuring sufficient space for the prize P to move even when it is large, thus improving gameplay. On the other hand, when placing a large prize P above the opening OE (for example, by supporting the prize P with two rods mounted on a pair of bases 110), by setting the floor unit 30 to the third state, the opening OE can be made more spacious, allowing even a large prize P to be placed above it.

[0141] Furthermore, in this embodiment, when the floor unit 30 is in the first state, the prize placement unit AE covers the top of the prize dispensing outlet 17; when the floor unit 30 is in the third state, the prize placement unit AE does not cover the top of the prize dispensing outlet 17. This allows the width of the prize dispensing outlet 17 to be appropriate, preventing it from becoming too large.

[0142] Furthermore, in this embodiment, the floor unit 30 is configured to include a sliding floor 310 that can slide in the left-right direction and a detachable floor 320 that can be detached from the side of the sliding floor 310. Therefore, the floor unit 30 can be easily expanded or reduced in size.

[0143] It should be noted that in this embodiment, the width of the prize-holding section AE (opening OE) is changed by disassembling and assembling the floor units 30. However, it is also possible to slide the sliding floor 310 to the right to house each disassembled floor 320 under the sliding floor 310, thereby shrinking the prize-holding section AE (expanding the opening OE), and to slide the sliding floor 310 to the left to expose each disassembled floor 320 from under the sliding floor 310, thereby lengthening the prize-holding section AE (shrinking the opening OE).

[0144] [Interval Unit 40]

[0145] Next, the structure of the spacer unit 40 will be explained.

[0146] Figure 13 This is a perspective view showing the state of the spacer unit 40 when the base frame 422 is positioned at the upper limit, as viewed from the left. Figure 14 This is a perspective view showing the state of the spacer unit 40 when the base frame 422 is positioned in the middle, as viewed from the left. Figure 15This is a perspective view showing the state of the spacer unit 40 when the base frame 422 is positioned at the lower limit, as viewed from the left. Figure 16 It indicates viewing from the upper right side. Figure 15 A three-dimensional view of the state of the interval unit 40 shown. Figure 17 This indicates viewing from the lower right side. Figure 15 A three-dimensional view of the state of the interval unit 40 shown. Figure 18 This is a perspective view showing the spacer unit 40 on which the plate component 450 is mounted.

[0147] It should be noted that, in Figures 13-17 The image shows a spacer unit 40 on which a rod component 440 is mounted. Furthermore, in... Figure 16 and Figure 17 The image shows the state in which the cover component 410 has been removed from the spacer unit 40.

[0148] like Figures 13-17 As shown, the interval unit 40 is composed of a cover member 410, a lifting part 420 that can be raised and lowered relative to the cover member 410, and a lifting mechanism 430 that raises and lowers the lifting part 420.

[0149] The cover component 410 is formed into a generally rectangular box shape with an open right side. A pair of lifting rails 411 are provided on the inner surface of the cover component 410. Each lifting rail 411 is provided to extend in the vertical direction.

[0150] The lifting unit 420 is capable of rising and falling relative to the cover member 410. The lifting unit 420 is composed of a lifting base 421 and a base frame 422. The lifting base 421 is a U-shaped channel member. The lifting base 421 is arranged extending in the front-rear direction. A pair of rollers (not shown) are provided on the left side of the lifting base 421. The lifting base 421 is mounted to the cover member 410 by supporting each roller on a lifting rail 411 so that it can slide. Thus, the lifting base 421 can slide (rise and fall) inside the cover member 410 in the vertical direction.

[0151] The base frame 422 is formed in a generally square column shape. The base frame 422 extends in the front-to-back direction. A T-slot tg is provided on the upper surface of the base frame 422. The T-slot tg extends linearly along the length direction of the base frame 422 (the direction in which the base frame 422 extends). The T-slot tg is continuously provided from one end of the base frame 422 in the length direction to the other end. The base frame 422 is mounted on the lifting base 421. The base frame 422 is arranged parallel to the lifting base 421. Moreover, the base frame 422 is disposed on the outside of the cover member 410. Thus, the base frame 422 rises and falls together with the lifting base 421 as the lifting base 421 rises and falls.

[0152] The lifting mechanism 430 comprises a pair of lifting rollers 431, a linkage mechanism 432, and a spacer motor m5. Each lifting roller 431 supports the lower surface of the lifting base 421. The linkage mechanism 432, driven by the spacer motor m5, causes the pair of lifting rollers 431 to rise and fall. The drive of the spacer motor m5 is controlled by the control board 80.

[0153] Here, the lifting base 421 rests on the outer circumferential surface of each lifting roller 431 and is not connected to each lifting roller 431 (lifting mechanism 430). Therefore, when a pair of lifting rollers 431 descend, they do not pull the lifting base 421 downwards. Thus, for example, even if the descent of the base 422 (lifting part 420) is obstructed due to the prize P being caught between the base 422 and the prize placement part AE, the pair of lifting rollers 431 descend independently of the lifting base 421 (descending independently of the lifting part 420), thus preventing the base 422 from being pulled downwards and preventing injury to the prize P or the operator's hand.

[0154] In this embodiment, the partition unit 40 is included in the floor unit 30. For example... Figures 10-12 As shown, the partition unit 40 is installed on the sliding floor 310. Thus, the partition unit 40 slides together with the sliding floor 310 as the sliding floor 310 slides in the left and right direction.

[0155] Specifically, the cover component 410 is installed on the lower surface of the sliding floor 310. Furthermore, the base frame 422 is located on the left side of the sliding floor 310. In other words, the base frame 422 is positioned at the junction of the prize-holding section AE and the opening OE. In particular, various components (such as the rod component 440, plate component 450, and frame component 460, described later) can be mounted and dismounted on the T-slot tg of the base frame 422. Moreover, the components (such as the rod component 440, plate component 450, and frame component 460) mounted on the T-slot tg of the base frame 422 can serve as partition components separating the opening OE from the prize-holding section AE.

[0156] For example Figures 13-15 As shown, one or more rod components 440 can be installed as partition components in the T-slot tg of the base frame 422. Each rod component 440 is a rod-shaped component. Each rod component 440 is composed of a rod portion 441 and a connector portion 442 installed at the lower end of the rod portion 441. The rod portion 441 is formed into a cylindrical shape. The connector portion 442 is composed of a fixing nut portion 422a and a T-slot nut portion (T-slot shaped nut portion, not shown).

[0157] Insert the T-groove nut into the T-groove tg, and rotate the fixing nut 442a clockwise. The top surface of the base frame 422 is clamped between the upper surface of the T-groove nut and the lower surface of the fixing nut 442a, thereby allowing each rod component 440 to be installed on the base frame 422. At this time, one or more rod components 440 can be installed on the base frame 422.

[0158] In particular, the mounting position of each rod component 440 in the base frame 422 can be steplessly adjusted (moved) in the front-back direction (along the T-groove tg). Therefore, when multiple rod components 440 are mounted on the base frame 422, the spacing between adjacent rod components 440 is set to be wider than the width of the claw component 241a. This allows the boom 241, which enters the opening OE side relative to the rod component 440, to pass from the opening OE side to the prize placement section AE side, thus preventing the boom 241 from being hindered from grasping the prize P.

[0159] A lifting sensor 421a is provided on the lifting base 421 for detecting the position (height) of the base frame 422 (lifting base 421). Figure 35 As the base frame 422 (lifting base 421) rises and falls, the lifting sensor 421a outputs a detection signal to the control board 80. Then, based on the detection signal input from the lifting sensor 421a, the control board 80 is able to detect the position (height) of the base frame 422 (lifting base 421).

[0160] In this embodiment, the position (height) of the base frame 422 (the partition member mounted on the base frame 422) varies according to the number of times the prize-winning game is played. Specifically, the position (height) of the base frame 422 (the partition member mounted on the base frame 422) varies according to the number of consecutive games played.

[0161] "Number of consecutive play sessions" refers to the number of times consecutive play can continue. "Consecutive play" refers to the execution of the next prize-winning game after the previous prize-winning game ends, without transitioning to a standby state. That is, a continuation period of a predetermined time (e.g., 30 seconds) is set after each prize-winning game ends. During this continuation period, if the start condition for the prize-winning game is met (in this embodiment, if a coin is detected being inserted into the coin slot 14), consecutive play continues. Conversely, if the start condition for the prize-winning game is not met and the continuation period ends, consecutive play is interrupted. It should be noted that consecutive play can be interrupted by detecting the acquisition of prize P.

[0162] In this embodiment, the more times the game is played consecutively, the lower the position (height) of the base frame 422 (separator) becomes. The control board 80 detects the position (height) of the base frame 422 (separator) based on the detection signal input from the lifting sensor 421a, and controls the drive of the interval motor m5 in a manner that causes the base frame 422 (separator) to be positioned at a predetermined position (predetermined height).

[0163] For example, in standby mode, the base frame 422 (separator component) is positioned at the upper limit position (initial position, refer to...). Figure 13 Furthermore, during continuous play, in response to reaching a first predetermined number of consecutive plays (e.g., 10 times), the base 422 (separator) is lowered to the intermediate position (see reference). Figure 14 Furthermore, during continuous play, in response to the number of consecutive plays reaching a second predetermined number (e.g., 20 times), the base 422 (separator) is lowered to the lower limit position (see reference). Figure 15 Furthermore, in response to an interruption of continuous gameplay, the base 422 (separator component) is restored to its upper limit position (initial position, see reference). Figure 13 Therefore, the more times you play consecutively, the lower the height of the lever component 440 (separator component) becomes, which improves the gameplay.

[0164] In this embodiment, the last number of consecutive play sessions is displayed on the touch panel display 15. Therefore, if consecutive play is interrupted due to a malfunction and the base 422 returns to its upper limit position (initial position), the operator can restore the position of the base 422 (separator) to its position before the interruption of consecutive play based on the displayed number of consecutive play sessions.

[0165] It should be noted that it is also possible to do as follows: Figure 18 As shown, a plate component 450 is installed as a partition in the T-slot tg of the base frame 422. The plate component 450 is a flat plate made of transparent materials such as glass or acrylic. Therefore, the more times the game can be played, the lower the height of the plate component 450 (partition) can be, thus improving the gameplay.

[0166] Alternatively, the frame component 460 can be mounted in the T-slot tg of the base frame 422 (see reference). Figure 20 This serves as a separator. Therefore, the more consecutive games can be played, the lower the height of the frame component 460 (the separator) becomes, thus improving gameplay.

[0167] In this embodiment, the partition components can be detached and installed on the liftable base frame 422. Therefore, the gameplay can be varied and enhanced depending on whether partition components are installed on the base frame 422, or by changing the type of partition components installed on the base frame 422.

[0168] Furthermore, in this embodiment, the mounting position of the partition member can be adjusted along the base frame 422. Therefore, the gameplay can be varied depending on the mounting position of the partition member in the base frame 422, further enhancing the gameplay experience.

[0169] Furthermore, in this embodiment, multiple partition components can be installed on the base frame 422. Therefore, the gameplay can be varied depending on the number of partition components installed on the base frame 422, further enhancing the gameplay experience.

[0170] Furthermore, in this embodiment, a rod-shaped component, namely the rod component 440, can be used as the separating component. This prevents interference between the boom 241 (claw portion 241a) and the separating component, thus suppressing any reduction in gameplay.

[0171] Furthermore, in this embodiment, the base 422 is lowered according to the number of consecutive play sessions. This allows for variations in gameplay based on the number of consecutive play sessions, further enhancing the gameplay experience.

[0172] Furthermore, in this embodiment, the base 422 is restored to its upper limit position (initial position) upon the end of continuous gameplay. This allows for variations in gameplay based on the end of continuous gameplay, further enhancing the overall gameplay experience.

[0173] Here, in the above description, an example is given of configuring the components (rod component 440, plate component 450, frame component 460, etc.) of the T-slot tg installed on the base frame 422 as a separating component that separates the opening OE from the prize placement part AE.

[0174] However, in this embodiment, the components of the T-slot tg mounted on the base frame 422 (rod component 440, plate component 450, frame component 460, frame component 480, etc.) may also be configured as part of a mechanism for arranging prizes P in the game area GE (especially an arrangement component for arranging prizes P). That is, the base frame 422 may be configured as a support component (support mechanism) that supports the arrangement mechanism.

[0175] Figure 19 This figure shows an example of the use of the rod member 440 mounted on the base frame 422 as a layout member. Figure 20 This figure shows the first example of the use of the frame component 460 mounted on the base frame 422 as a layout component. Figure 21 This is a second example of the use of the frame component 460 mounted on the base frame 422 as a layout component.

[0176] For example, Figure 19As shown, in this embodiment, one or more rod members 440 can be installed as arrangement members in the T-slot tg of the base frame 422. Here, the rod 470 is a rod-shaped member. Furthermore, the installation position of each rod member 440 in the base frame 422 can be steplessly adjusted (moved) in the front-back direction (along the T-slot tg). In this example, a pair of rods 470 are installed at predetermined intervals in the base frame 110 of the lifting frame unit 100 on the right side. At this time, the right end of each rod 470 is installed into the T-slot tg of the base frame 110. Moreover, a pair of rod members 440 are installed at predetermined intervals in the base frame 422. Furthermore, the left end of each rod 470 is supported by the end face of each rod member 440. Thus, an arrangement member (arrangement mechanism) for arranging prize P is constituted by a pair of rods 470 and a pair of rod members 440, and the arrangement member is supported by the base frame 422. Furthermore, prize P is supported by a pair of rods 470, thereby allowing prize P to be placed above prize placement section AE.

[0177] Furthermore, as described above, the position (height) of the base frame 422 (the arrangement component mounted on the base frame 422) changes according to the number of consecutive play sessions. Specifically, the more consecutive play sessions, the lower the position (height) of the base frame 422 (arrangement component). For example, in standby mode, the base frame 422 (arrangement component) is positioned at the upper limit position (initial position). During continued continuous play, in response to reaching a first predetermined number of consecutive play sessions (e.g., 10 times), the base frame 422 (arrangement component) is lowered to the intermediate position. Furthermore, during continued continuous play, in response to reaching a second predetermined number of consecutive play sessions (e.g., 20 times), the base frame 422 (arrangement component) is lowered to the lower limit position. Further, in response to an interruption of continuous play, the base frame 422 (arrangement component) is restored to the upper limit position (initial position).

[0178] Therefore, as the number of consecutive games increases, the height of the rod component 440 (arrangement component) decreases, allowing the pair of rods 470 to tilt towards the opening OE side, thereby improving the gameplay.

[0179] It should be noted that a pair of rods 470 can also be installed at predetermined intervals in the base 110 of the left-side lifting frame unit 100. That is, the left end of each rod 470 can be installed into the T-groove tg of the base 110 of the left-side lifting frame unit 100, and the right end of each rod 470 can be supported by the end face of each rod member 440. Thus, the prize P can be supported by the pair of rods 470, allowing the prize P to be placed above the opening OE. Furthermore, as the height of the rod member 440 (placement member) decreases with each consecutive game, the pair of rods 470 can be tilted towards the prize placement part AE, improving the gameplay.

[0180] Or, such as Figure 20 As shown, in this embodiment, one or more frame members 460 can be installed as arrangement members in the T-slot tg of the base frame 422. Here, the frame member 460 is a generally rectangular annular (endless) member. Furthermore, the installation position of each frame member 460 on the base frame 422 can be steplessly adjusted (moved) in the front-back direction (along the T-slot tg). In this example, a pair of rods 470 are installed at predetermined intervals on the base frame 110 of the lifting frame unit 100 on the right side. At this time, the right end of each rod 470 is installed into the T-slot tg of the base frame 110. Moreover, two frame members 460 are installed on the base frame 422 at predetermined intervals. Furthermore, the left end of each rod 470 is supported by the upper surface of each frame member 460. Thus, an arrangement member (arrangement mechanism) for arranging prize P is constituted by a pair of rods 470 and two frame members 460, and the arrangement member is supported by the base frame 422. Furthermore, prize P is supported by a pair of rods 470, thereby enabling prize P to be placed above prize placement section AE.

[0181] Furthermore, as described above, the position (height) of the base frame 422 (the arrangement component mounted on the base frame 422) changes in response to the number of consecutive play sessions. Specifically, the more consecutive play sessions, the lower the position (height) of the base frame 422 (arrangement component). As a result, with the number of consecutive play sessions decreasing the height of the frame component 460 (arrangement component), the pair of rods 470 can be tilted towards the opening OE side, thereby improving gameplay.

[0182] It should be noted that a pair of rods 470 can be installed at predetermined intervals on the base 110 of the left-side lifting frame unit 100. Specifically, the left end of each rod 470 can be installed into the T-slot tg of the base 110 of the left-side lifting frame unit 100, and the right end of each rod 470 can be supported by the upper surface of each frame member 460. Thus, by supporting the prize P with the pair of rods 470, the prize P can be placed above the opening OE. Furthermore, as the height of the frame member 460 (the placement member) decreases with each consecutive game, the pair of rods 470 can be tilted towards the prize placement section AE, improving gameplay.

[0183] Or, such as Figure 21As shown, in this embodiment, one or more frame members 480 can be installed as arrangement members. Here, the frame members 480 are formed in a generally square column shape. T-slots (not shown) are provided on the side of the frame members 480. Each T-slot extends linearly along the length direction of the frame members 480 (the direction in which the frame members 480 extend). Each T-slot is provided from one end of the frame members 480 along the length direction to the other end. Furthermore, the installation position of each frame member 480 in the base frame 422 can be steplessly adjusted (moved) in the front-back direction (along the T-slot tg). In this example, two frame members 480 are installed on the base frame 422 at a predetermined interval. And, a frame member 460 is installed on the left side of the two frame members 480. At this time, the frame member 460 is installed in the T-slot of each frame member 480. Thus, the frame member 460 and the two frame members 480 constitute an arrangement member (arrangement mechanism) for arranging prize P, and the arrangement member is supported by the base frame 422. Furthermore, prize P is placed on the upper surface of frame component 480, thereby allowing prize P to be arranged above opening OE.

[0184] Furthermore, as described above, the position (height) of the base frame 422 (the arrangement component mounted on the base frame 422) changes according to the number of consecutive play sessions. Specifically, the more consecutive play sessions, the lower the position (height) of the base frame 422 (arrangement component). Therefore, as the height of the frame component 480 (arrangement component) decreases with the number of consecutive play sessions, the height of the frame component 460 can be reduced, thereby improving gameplay.

[0185] It should be noted that in the above embodiment, the more consecutive times the player plays, the lower the position (height) of the base frame 422 becomes. However, it is also possible that the more consecutive times the player plays, the higher the position (height) of the base frame 422 becomes.

[0186] Furthermore, in the above embodiment, multiple base frames can be provided, which can be installed in the game area for arranging prizes and whose lifting and lowering are controlled by the control board 80. That is, for each lifting frame unit 100 (base frame 110), the position (height) of the base frame 110 (arrangement components mounted on the base frame 110) can be controlled by the control board 80 in the same way as the spacing unit 40 (base frame 422). For example, for each lifting frame unit 100 (base frame 110), the position (height) of the base frame 110 (arrangement components mounted on the base frame 110) can be varied according to the number of times the prize-winning game is played, just like the spacing unit 40 (base frame 422). Specifically, the position (height) of the base frame 110 may decrease as the number of consecutive games played increases. Alternatively, the position (height) of the base frame 110 may increase as the number of consecutive games played increases.

[0187] In this embodiment, a base frame 422 for arranging prizes P can be installed in the game area GE and can be automatically raised and lowered. This allows for variations in how prizes P are arranged, enhancing the gameplay experience.

[0188] Furthermore, in this embodiment, the base 422 rises and falls according to the number of consecutive games played. This allows the arrangement of the prize P to vary depending on the number of consecutive games played, further enhancing the gameplay.

[0189] Furthermore, this embodiment includes multiple base frames 422 and 110 capable of being raised and lowered. This allows for diverse arrangements of the prize P.

[0190] Furthermore, in this embodiment, the prize P can be placed above the prize-carrying section AE using the arrangement component. This allows for diverse arrangements of the prize P.

[0191] Furthermore, in this embodiment, the prize P can be placed above the opening OE using the arrangement component. This allows for diverse arrangements of the prize P.

[0192] Furthermore, in this embodiment, the mounting position of the arrangement components can be adjusted along the base frame 422. Therefore, the arrangement of the prize P can be diversified by adjusting the mounting position of the arrangement components on the base frame 422.

[0193] [Prize Supplement Unit 50]

[0194] Next, the structure of the prize replenishment unit 50 will be explained.

[0195] Figure 22 This is a 3D diagram representing prize supplement unit 50. Figure 23 It means in Figure 22 The diagram shows the prize replenishment unit 50 with the side cover removed. Figure 24 This is a three-dimensional diagram representing the prize supplement unit 50 in its initial state. Figure 25 This is a three-dimensional diagram representing the prize supplement unit 50 in the first state. Figure 26 This is a three-dimensional diagram representing the prize supplement unit 50 in the second state.

[0196] like Figure 1 , Figure 22 and Figure 23 As shown, the prize replenishment unit 50 is composed of a guide unit 500, a prize placement part 510, and a prize support part 520.

[0197] The guiding unit 500 comprises a first track 501, a first sliding base 502, a first prize replenishment motor m6, a second track 503, a second sliding base 504, and a second prize replenishment motor m7.

[0198] The first track 501 extends linearly in the front-to-back direction. A first sliding base 502 is mounted on the first track 501 and is capable of sliding along it. The first sliding base 502 slides along the first track 501 according to the drive of the first prize replenishment motor m6. The drive of the first prize replenishment motor m6 is controlled by the control board 80.

[0199] The second track 503 extends linearly in the front-to-back direction. A second sliding base 504 is mounted on the second track 503 and is capable of sliding along it. The second sliding base 504 slides along the second track 503 according to the drive of the second prize replenishment motor m7. The drive of the second prize replenishment motor m7 is controlled by the control board 80.

[0200] The prize-holding unit 510 comprises a holding plate 511 capable of holding a prize P and a connecting arm 512 mounted on the holding plate 511. Viewed from above, the holding plate 511 is formed as a generally square flat plate. The prize-holding unit 510 is mounted on the guide unit 500. Specifically, the holding plate 511 is mounted on the second sliding base 504 via the connecting arm 512. Thus, the prize-holding unit 510 can slide along the second track 503 driven by the second prize-supplementing motor m7. At this time, the holding plate 511 slides relative to the prize-holding unit AE with a predetermined interval (e.g., 1 cm).

[0201] The prize support 520 comprises a support plate 521 capable of supporting the back of the prize P placed on the mounting plate 511, and a connecting arm 522 mounted on the support plate 521. In frontal view, the support plate 521 is formed as a generally square flat plate. The prize support 520 is mounted on the guide unit 500. Specifically, the support plate 521 is mounted on the first sliding base 502 via the connecting arm 522. Thus, the prize support 520 can slide along the first track 501 driven by the first prize replenishment motor m6.

[0202] Here, the prize holder 510 and the prize support 520 can slide independently of each other.

[0203] Prize placement unit 510 can be in the initial position (refer to) Figure 24 ) and prize placement (refer to Figure 25 The prizes slide (displace, move) between the display area DE and the game area GE (prize placement area AE). The initial position is set in the display area DE. The prize placement position is set in the game area GE (prize placement area AE). Here, a first initial position detection sensor 513 (see reference 500) is provided in the guide unit 500 to detect when the prize placement area 510 is positioned at its initial position. Figure 35 ), and a first prize placement position detection sensor 514 (refer to) for detecting the prize placement unit 510 disposed at the prize placement position. Figure 35 ).

[0204] The first initial position detection sensor 513 outputs a detection signal to the control board 80 in response to the prize holder 510 being positioned in the initial position. Thus, the control board 80 can determine whether the prize holder 510 is positioned in the initial position based on whether a detection signal has been input from the first initial position detection sensor 513.

[0205] The first prize placement position detection sensor 514 outputs a detection signal to the control board 80 in response to the prize placement unit 510 being positioned at the prize placement position. Therefore, the control board 80 can determine whether the prize placement unit 510 is positioned at the prize placement position based on whether a detection signal has been input from the first prize placement position detection sensor 514.

[0206] Prize support 520 can be in the initial position (refer to) Figure 24 ) and prize placement (refer to Figure 25 The prize supports 520 slide (displace, move) between the two areas. The initial position is set in the display area DE. On the other hand, the prize placement position is set in the game area GE (prize placement part AE). Here, a second initial position detection sensor 523 is provided in the guide unit 500 for detecting whether the prize support 520 is positioned in the initial position (see reference). Figure 35 ), and a second prize placement position detection sensor 524 (refer to) for detecting the prize support 520 disposed at the prize placement position. Figure 35 ).

[0207] The second initial position detection sensor 523 outputs a detection signal to the control board 80 in response to the prize support portion 520 being positioned in the initial position. Thus, the control board 80 can determine whether the prize support portion 520 is positioned in the initial position based on whether a detection signal has been input from the second initial position detection sensor 523.

[0208] The second prize placement position detection sensor 524 outputs a detection signal to the control board 80 in response to the prize support 520 being positioned at the prize placement position. Thus, the control board 80 can determine whether the prize support 520 is positioned at the prize placement position based on whether a detection signal has been input from the second prize placement position detection sensor 524.

[0209] like Figure 23As shown, in this embodiment, the first prize placement position detection sensor 514 and the second prize placement position detection sensor 524 are integrated into a single unit, forming a sensor unit 530. Furthermore, the position (configuration) of the sensor unit 530 within the guide unit 500 can be changed (moved) along the guide unit 500 (first track 501, second track 502). Therefore, by changing the position of the sensor unit 530, the prize placement position of the prize carrier 510 and the prize placement position of the prize support 520 can be changed in the front-back direction. At this time, the sensor unit 530 is fixed to the guide unit 500 by a plastic-head screw 540. Thus, the position of the sensor unit 530 can be changed without tools.

[0210] Next, the method for replenishing prize P according to prize replenishment unit 50 will be explained.

[0211] To perform the automatic prize replenishment action, the prize P to be replenished needs to be configured in the prize replenishment unit 50 in the initial state beforehand. For example... Figure 24 As shown, in the initial state of the prize replenishment unit 50, the prize placement part 510 and the prize support part 520 are both positioned in the initial position. Here, in the initial state of the prize replenishment unit 50, the prize placement part 510 (placement plate 511) and the prize support part 520 (support plate 521) are both positioned in the display area DE. Therefore, the replenishment prize P provided in the initial state of the prize replenishment unit 50 is also positioned in the display area DE.

[0212] To accommodate the prize P for replenishment in the prize replenishment unit 50 in its initial state, the prize P is placed on the upper surface of the mounting plate 511. At this time, in the prize replenishment unit 50 in its initial state, a support plate 521 is disposed on the back side of the mounting plate 511. Thus, the support plate 521 supports the back side of the prize P placed on the upper surface of the mounting plate 511, preventing the prize P from tipping over.

[0213] Furthermore, in response to the player's gameplay and the detection of the acquisition of prize P, the control board 80 executes an automatic prize replenishment operation in response to the detection. At this time, as described above, in this embodiment, when the sliding floor 310 is configured in the left-side position, the execution of the automatic prize replenishment operation is allowed, and when the sliding floor 310 is not configured in the left-side position, the execution of the automatic prize replenishment operation is prohibited.

[0214] When the automatic prize replenishment process begins, the prize replenishment unit 50 first transitions from the initial state to the first state. That is, as follows: Figure 25As shown, the prize placement unit 510 moves from its initial position to the prize arrangement position, and the prize support unit 520 moves from its initial position to the prize arrangement position. At this time, the prize placement unit 510 (placement plate 511) and the prize support unit 520 (support plate 521) maintain their initial positional relationship while moving from their initial positions to the prize arrangement position. In the prize replenishment unit 50 of the first state, the prize placement unit 510 is positioned at the prize arrangement position, and the prize support unit 520 is positioned at the prize arrangement position. Here, in the prize replenishment unit 50 of the first state, the prize placement unit 510 (placement plate 511) and the prize support unit 520 (support plate 521) are together positioned in the game area GE (above the prize placement unit AE). Therefore, the replenishment prize P provided in the prize replenishment unit 50 of the first state is also positioned in the game area GE (above the prize placement unit AE).

[0215] Next, prize replenishment unit 50 transitions from the first state to the second state. That is, as... Figure 26 As shown, with the prize support 520 positioned in the prize arrangement position, the prize holder 510 moves from the prize arrangement position to the initial position. Thus, with the back of the prize P supported by the support plate 521, the holder 511 is pulled out from below the prize P, and the prize P, placed on the upper surface of the holder 511, falls onto the prize holder AE (prize placement position). At this time, the support plate 521 supports the back side of the prize P, thereby preventing the prize P from tipping over. In the second state of the prize replenishment unit 50, the prize holder 510 is positioned in the initial position, and the prize support 520 is positioned in the prize arrangement position.

[0216] Next, the prize replenishment unit 50 returns to its initial state from the second state. That is, with the prize placement unit 510 positioned in the initial position, the prize support unit 520 moves from the prize arrangement position to the initial position. Thus, the prize replenishment unit 50 returns to its initial state, and the automatic prize replenishment operation ends.

[0217] In this embodiment, the prize-holding portion 510, which can hold the prize P, and the prize-supporting portion 520, which can support the back side of the prize held in the prize-holding portion 510, can move independently in the front-back direction. As a result, the prize P can be placed in the desired position (i.e., the prize-holding position).

[0218] Furthermore, in this embodiment, after the prize-carrying part 510 and the prize-supporting part 520 are moved to the prize-carrying position, the prize P carried by the prize-carrying part 510 can be placed in the prize-carrying position without moving the prize-supporting part 520, simply by moving the prize-carrying part 510 rearward. Thus, the prize P carried by the prize-carrying part 510 can be placed in the prize-carrying position without tipping over.

[0219] Furthermore, in this embodiment, the prize-holding section 510 moves with a predetermined gap relative to the prize-holding section AE. This allows the prize-holding section 510 to move without being affected by the height difference of the prize-holding section AE. Moreover, even when the prize-holding section AE is completely covered with plastic balls (resin balls), the prize-holding section 510 can be moved without being affected by these plastic balls.

[0220] Furthermore, in this embodiment, a first prize placement position detection sensor 514 is provided, capable of detecting when the prize placement unit 510 reaches the prize placement position. Moreover, by changing the position of the first prize placement position detection sensor 514, the prize placement position can be changed. Therefore, the prize placement position can be easily changed.

[0221] [Opening / closing door unit 60]

[0222] Next, the structure of the opening and closing door unit 60 will be explained.

[0223] Figure 27 This is a three-dimensional view of the opening and closing door unit 60, representing the closed state of the door. Figure 28 This is a perspective view of the opening and closing door unit 60, which represents the open state of the door.

[0224] It should be noted that, in Figure 27 and Figure 28 The left side of the lower frame 12 is omitted from the display.

[0225] like Figure 27 and Figure 28 As shown, the opening and closing door unit 60 is composed of an opening and closing door 610, a gate 620, and a linkage mechanism 630.

[0226] The opening / closing door 610 is formed into a roughly rectangular flat plate shape using a transparent material such as acrylic. The opening / closing door 610 is configured to be approximately the same size as the prize dispensing outlet 17. Furthermore, the opening / closing door 610 is capable of opening and closing the prize dispensing outlet 17. Specifically, the opening / closing door 610 is provided with an opening / closing shaft (not shown). The opening / closing shaft is mounted along the upper edge of the opening / closing door 610. Each end of the opening / closing shaft is supported by the lower frame 12 and is rotatable. Thus, the opening / closing door 610 can rotate around the opening / closing shaft. At this time, the opening / closing door 610 can rotate so that its lower end faces the inside (back side) of the prize dispensing outlet 17.

[0227] The hinged door 610 can be in the closed position (see reference). Figure 27 ) and opening limit position (refer to) Figure 28 The door 610 rotates (opens and closes) between these two positions. When the door 610 is in the closed position, it is positioned approximately vertically, and from a frontal view, the prize dispensing outlet 17 is essentially closed by the door 610. On the other hand, when the door 610 is in the open limit position, it is positioned approximately horizontally, and from a frontal view, the prize dispensing outlet 17 is essentially open.

[0228] The gate 620 is formed into a roughly rectangular flat plate using materials such as acrylic. The gate 620 has a width approximately the same as the door 610. A pair of tracks 621 are provided in the lower frame 12. Each track 621 extends linearly in the front-back direction. Furthermore, the gate 620, when configured in a roughly horizontal position, can slide along the pair of tracks 621.

[0229] Gate 620 can be inserted into the position (see reference) Figure 27 ) and prominent extreme positions (refer to) Figure 28 The gate 620 slides (appears and disappears) between the prize receiving section CS and the game area GE. When the gate 620 is in the submerged position, from a top view, the gate 620 is almost entirely submerged below the display area DE, and the opening (opening OE) from the prize receiving section CS to the game area GE is open. On the other hand, when the gate 620 is in the protruding limit position, from a top view, the gate 620 is almost entirely protruding (exposed) towards the opening OE, and a portion of the opening (opening OE) from the prize receiving section CS to the game area GE is closed.

[0230] The linkage mechanism 630 responds to the rotation (opening and closing) of the opening and closing door 610, causing the gate 620 to slide (appear and disappear). Specifically, the gate 620 is connected to the opening and closing door 610 via the linkage mechanism 630.

[0231] Therefore, in the opening / closing door unit 60, when the opening / closing door 610 is positioned in the closed position, the gate 620 is positioned in the submerged position (hereinafter referred to as the "door closed state"). For example... Figure 27 As shown, when the door unit 60 is in the closed state, the opening (opening OE) from the prize receiving section CS to the game area GE is completely open.

[0232] In the opening and closing door unit 60, as the opening and closing door 610 gradually opens (as the opening and closing door 610 gradually rotates from the closed position toward the opening limit position), the gate 620 gradually protrudes (the gate 620 gradually slides from the submerged position toward the protruding limit position).

[0233] Furthermore, in the opening / closing door unit 60, when the opening / closing door 610 is positioned at its open limit position, the gate 620 is positioned at its protruding limit position (hereinafter referred to as the "door open state"). For example... Figure 28 As shown, when the opening and closing door unit 60 is in the open state, both the opening and closing door 610 and the gate 620 are arranged horizontally and side by side in the front-to-back direction. Thus, when the opening and closing door unit 60 is in the open state, the opening (in this embodiment, the opening OE) from the prize receiving section CS to the game area GE through the opening and closing door 610 and the gate 620 is essentially closed.

[0234] As described above, when the opening / closing door 610 is in the closed position (when the opening / closing door unit 60 is in the closed state), the opening (in this embodiment, the opening OE) from the prize receiving section CS to the game area GE is opened almost entirely, and the prize P falling into the opening OE is received (guided) into the prize receiving section CS. Then, the player can retrieve the prize P received in the prize receiving section CS by opening the opening / closing door 610.

[0235] Here, when using a large prize P, it is necessary to enlarge the opening OE and the prize dispensing outlet 17. However, when the opening OE and the prize dispensing outlet 17 are enlarged, it is possible for improper behavior to occur, such as reaching into the prize dispensing outlet 17 to retrieve the prize P located in the game area GE. Therefore, in this embodiment, as the opening door 610 is opened, at least a portion of the opening (opening OE in this embodiment) from the prize receiving section CS to the game area GE is closed through the opening door 610, and at least a portion of the opening (opening OE in this embodiment) from the prize receiving section CS to the game area GE is closed through the gate 620. This prevents the aforementioned improper behavior.

[0236] That is, in this embodiment, as the opening door 610 opens, the gate 620 is pressed out from below the display area DE towards the opening OE. Furthermore, when the opening door 610 is positioned at its maximum opening (when the opening door unit 60 is in the open state), the opening OE is substantially closed by the opening door 610 and the gate 620, making it difficult for the prize receiving section CS to enter the game area GE (hands and prizes P cannot pass through the opening OE). This prevents the aforementioned improper conduct.

[0237] It should be noted that, in this embodiment, as the opening door 610 is opened, at least a portion of the opening (opening OE in this embodiment) from the prize receiving section CS to the game area GE is closed via the opening door 610, and at least a portion of the opening (opening OE in this embodiment) from the prize receiving section CS to the game area GE is closed via the gate 620. However, it is also possible that, as the opening door 610 is opened, the opening (opening OE in this embodiment) from the prize receiving section CS to the game area GE is closed substantially entirely via the gate 620.

[0238] In this embodiment, as the door 610 opens and closes, at least a portion of the opening (opening OE in this embodiment) from the prize receiving section CS to the game area GE is opened and closed via the gate 620. This prevents improper behavior of obtaining the prize P located in the game area GE by inserting one's hand through the prize dispensing outlet 17.

[0239] In particular, in this embodiment, as the opening door 610 is opened, at least a portion of the opening (opening OE in this embodiment) from the prize receiving section CS to the game area GE is closed via the gate 620. This prevents the aforementioned improper conduct.

[0240] Furthermore, in this embodiment, when the door 610 is closed, the gate 620 is positioned so as not to obstruct the prize P from passing through the opening (opening OE in this embodiment) from the prize receiving section CS to the game area GE. This prevents the gate 620 from hindering the acquisition of the prize P.

[0241] Furthermore, in this embodiment, as the opening door 610 is opened, the opening (opening OE) from the prize receiving section CS to the game area GE is closed via the opening door 610 and the gate 620. Thus, the opening (opening OE) from the prize receiving section CS to the game area GE can be closed with a simple structure.

[0242] [Exhibition Unit 70]

[0243] Next, the structure of display unit 70 will be explained.

[0244] Figure 29 This is a three-dimensional view of display unit 70. Figure 30 This is a perspective view showing the front side of the back panel unit 700. Figure 31 This is a perspective view showing the back side of the back panel unit 700. Figure 32 This is a three-dimensional view representing the fixed unit 710. Figure 33 This is a cross-sectional view of the support paddle 720. Figure 34 This is a perspective view of the rod component 730.

[0245] It should be noted that, in Figure 29 The image shows the back panel unit 700 being pulled toward the front side.

[0246] like Figure 29 As shown, the display unit 70 is composed of a back panel unit 700 and one or more fixing units 710 that can be attached to or detached from the back panel unit 700.

[0247] like Figure 30 and Figure 31 As shown, the back panel unit 700 comprises a back panel 701, a pair of suspension fittings 702, and a locking mechanism 703.

[0248] The back panel 701 is formed into a generally square flat plate. Multiple engaging portions 701a are provided at predetermined intervals along the vertical direction at each end of the back panel 701 in the left-right direction.

[0249] One suspension accessory 702 is mounted on the upper left corner of the back panel 701. Another suspension accessory 702 is mounted on the upper right corner of the back panel 701. Each suspension accessory 702 is configured to protrude from the back panel 701 toward the front side. A roller 702a is provided on the outer side of each suspension accessory 702.

[0250] The locking mechanism 703 comprises a pair of operating parts 704, a pair of locking bars 705, and a linkage mechanism 706. Each operating part 704 comprises an operating shaft 704a extending in the front-rear direction and a gripping bar 704b mounted at the front end of the operating shaft 704a. Each operating part 704 can be displaced to a locked state and an unlocked state by rotating the gripping bar 704b around the operating shaft 704b. Each locking bar 705 is a rod-shaped component extending in the vertical direction. Each locking bar 705 can be displaced to a locked position where its upper end protrudes upward from the upper end of the back panel 701, and to an unlocked position where its upper end does not protrude upward from the upper end of the back panel 701. The linkage mechanism 706 is mounted on the back side of the back panel 701. The pair of operating parts 704 and the pair of locking bars 705 are interconnected by the linkage mechanism 706. Thus, the pair of operating parts 704 and the pair of locking bars 705 are interconnected via a linkage mechanism 706. Specifically, when one operating part 704 is configured in a locked state, the other operating part 704 is also configured in a locked state, and each locking bar 705 is positioned in a locked position. On the other hand, when one operating part 704 is configured in a released state, the other operating part 704 is also configured in a released state, and each locking bar 705 is positioned in a released position.

[0251] A pair of suspension tracks 707 are provided on the inner wall of the lower frame 12. It should be noted that... Figure 29 Only one suspension rail 707 is shown in the diagram. One suspension rail 707 extends in the front-rear direction and is provided on the right side of the lower frame 12. Furthermore, another suspension rail 707 extends in the front-rear direction and is provided on the left side of the lower frame 12. The back panel unit 700 is mounted to the lower frame 12 by supporting the rollers 702a of the suspension fitting 702 on one side (right side) with the suspension rail 707 on one side (right side) so that they can slide, and by supporting the rollers 702a of the suspension fitting 702 on the other side (left side) with the suspension rail 707 on the other side (left side) so that they can slide. Thus, as... Figure 29 As shown, the back panel unit 700 can slide in the front-to-back direction inside the lower frame 12. The back panel unit 700 can be in its initial position (refer to...) Figure 1 Slide (move) between the front limit position (not shown).

[0252] Each suspension rail 707 has a plurality of locking holes (not shown) at predetermined intervals along the front-to-back direction. The locking mechanism 703 locks (prevents) the back panel unit 700 from moving relative to the lower frame 12 by engaging the upper end of a locking bar 705 positioned in the locking position with one of the locking holes. In this embodiment, the plurality of locking holes in each suspension rail 707 are spaced 5 cm apart. Therefore, the position of the back panel unit 700 can be locked every 5 cm along the front-to-back direction in the lower frame 12 (a pair of suspension rails 707).

[0253] The back panel unit 700, positioned in its initial position, can maintain this initial position by engaging the upper ends of each locking bar 705 with the locking hole furthest to the rearmost side among the multiple locking holes provided in each suspension rail 707. Furthermore, in the back panel unit 700 positioned in its initial position, by displacing the grip 704b from the locked state to the unlocked state, the locking mechanism 703 can release the back panel unit 700 from its locking position, allowing the back panel unit 700 to slide towards the front side. Moreover, after the back panel unit 700 has slid to any position, by displacing the grip 704b from the unlocked state to the locked state, the upper ends of each locking bar 705 can engage with any of the multiple locking holes provided in each suspension rail 707, thus locking the back panel unit 700 in its position.

[0254] The lower frame 12 is equipped with a display sensor 708 capable of detecting when the back panel unit 700 is positioned at its initial position (see reference). Figure 35When the back panel unit 700 is positioned in the initial position, the display sensor 708 outputs a detection signal to the control board 80. Then, the control board 80 determines whether the back panel unit 700 is positioned in the initial position based on whether a detection signal has been input from the display sensor 708. In this embodiment, the prize-winning game is only allowed to run when the back panel unit 700 is positioned in the initial position.

[0255] like Figure 32 As shown, each fixed unit 710 is composed of a pair of support paddles 720 and a rod member 730 supported by the pair of support paddles 720.

[0256] like Figure 33 As shown, each support paddle 720 is composed of an upper support component 740, a lower support component 750, and a locking fitting 760.

[0257] The upper support member 740 is a rod-shaped member extending linearly in the front-rear direction. A sliding groove 741 is provided on the lower surface of the upper support member 740. The sliding groove 741 extends linearly along the length direction (front-rear direction) of the upper support member 740. The sliding groove 741 is continuously provided from one end to the other in the length direction of the upper support member 740. A serrated portion 742 is provided on the top surface of the sliding groove 741. The serrated portion 742 is formed by alternating locking teeth 743 and grooves (engaged portions) 744 along the length direction (front-rear direction), creating a downward-facing serrated shape. In other words, in the serrated portion 742, a plurality of locking teeth 743 are arranged at predetermined intervals along the length direction (front-rear direction), and a plurality of grooves 744 are arranged at predetermined intervals. Each locking tooth 743 extends in a direction orthogonal to the length direction (left-right direction). The facet of each locking tooth 743 is an inclined facet that is raised on the facet and lowered on the back facet, and the back facet is a vertical facet.

[0258] The lower support member 750 is a rod-shaped member extending linearly in the front-rear direction. A sliding groove 751 is provided on the upper surface of the lower support member 750. The sliding groove 751 extends linearly along the length direction (front-rear direction) of the lower support member 750. The sliding groove 751 is continuously provided from one end to the other in the length direction of the lower support member 750. A serrated portion 752 is provided on the bottom surface of the sliding groove 751. The serrated portion 752 is alternately arranged with locking teeth 753 and grooves (engaged portions) 754 along the length direction (front-rear direction), forming an upward-facing serrated shape. In other words, in the serrated portion 752, a plurality of locking teeth 753 are arranged at predetermined intervals along the length direction (front-rear direction), and a plurality of grooves 754 are arranged at predetermined intervals. Each locking tooth 753 extends in a direction orthogonal to the length direction (left-right direction). The facet of each locking tooth 753 is an inclined facet that is lowered on the facet and raised on the back facet, and the back facet is a vertical facet.

[0259] In each support propeller 720, the upper support member 740 and the lower support member 750 are arranged in parallel with the serrated portions 742 and 752 facing each other. At this time, the upper support member 740 and the lower support member 750 are configured to maintain a predetermined interval, with a pair of springs 770 pulling them closer together. One spring 770 connects the rear ends of the upper support member 740 and the lower support member 750. The other spring 770 connects the front ends of the upper support member 740 and the lower support member 750. Furthermore, in each support propeller 720, the interval between the upper support member 740 and the lower support member 750 can be widened by overcoming the force of the pair of springs 770.

[0260] The engaging fitting 760 is installed at the rear ends of the upper support member 740 and the lower support member 750. Each support paddle 720 can be attached to and detached from the back panel 701 via the engaging fitting 760. Specifically, each support paddle 720 can be installed on the back panel 701 by engaging the engaging fitting 760 with the engaging portion 701a. Here, as described above, a plurality of engaging portions 701a are provided on the back panel 701 in the vertical direction. Thus, by installing each support paddle 720 (engaging fitting 760) at any height of the engaging portion 701a arranged side by side in the vertical direction, the operator can arbitrarily change the position (height) of the support paddle 720 installed on the back panel 701.

[0261] like Figure 34 As shown, the rod member 730 is composed of a rod portion 731 and joint portions 732 installed at each end of the rod portion 731 along its length.

[0262] The rod 731 is formed into a linearly extending rod shape using a metal such as aluminum. The cross-section of the rod 731, orthogonal to the length direction, is a flat shape with a width dimension larger than its thickness dimension.

[0263] Each joint portion 732 is formed into a generally cylindrical shape using resin or the like. The central axis of each joint portion 732 is arranged on the same axis as the central axis of the rod portion 731. A pair of locking claws (engaging portions) 732a are provided on the outer peripheral surface of each joint portion 732. The pair of locking claws 732a are positioned symmetrically about the central axis of the joint portion 732. That is, on the outer peripheral surface of each joint portion 732, another locking claw 732a is provided at a position 180° opposite to the position of one locking claw 732a. Each locking claw 732a protrudes outward from the outer peripheral surface of the joint portion 732. In particular, in the rod member 730, the direction in which each locking claw 732a protrudes is consistent with the thickness direction of the rod portion 731, which has a flat cross-section.

[0264] The rod member 730 is supported by a pair of support paddles 720 so that it can slide in the front-back direction. Specifically, the joint portion 732 on the left side of the rod member 730 is supported by the left support paddle 720, and the joint portion 732 on the right side of the rod member 730 is supported by the right support paddle 720. At this time, each joint portion 732 is supported in each support paddle 720 in a state of being sandwiched between the serrated portion 742 of the upper support member 740 and the serrated portion 752 of the lower support member 750, so that it can slide along the serrated portions 742 and 752 (in the front-back direction).

[0265] In each fixing unit 710, by rotating the rod member 730 around its central axis, it is possible to move to the locked state (see reference). Figure 33 ) and displacement of the released state (not shown).

[0266] When the rod component 730 is in the locked state, in each joint portion 732, a pair of locking pieces 732a are configured to protrude vertically. Thus, in each joint portion 732, one locking piece 732a engages with any groove 744 of the serrated portion 742, and the other locking piece 732a engages with any groove 754 of the serrated portion 752.

[0267] Therefore, when the rod member 730 is in the locked state, the sliding of the rod member 730 in the pair of support paddles 720 toward the front side is locked (prevented). That is, in each serrated portion 742, 752, the back side surface of each locking tooth 753 becomes a vertical surface. As a result, the movement of one locking piece 732a toward the front side is prevented by the back side surface (vertical surface) of the locking tooth 743 provided on the front side of the groove 744 in which the locking piece 732a engages, and the movement of the other locking piece 732a toward the front side is prevented by the back side surface (vertical surface) of the locking tooth 753 provided on the front side of the groove 754 in which the locking piece 732a engages. Therefore, the sliding of the rod member 730 toward the front side is locked (prevented).

[0268] On the other hand, even when the rod member 730 is in the locked state, it can still be pressed towards the rear side by the pair of support paddles 720. That is, in each serrated portion 742, 752, the front side surface of each locking tooth 753 becomes an inclined surface. Therefore, when the rod member 730 is pressed towards the rear side, each locking piece 732a is pressed in along the front side surface (inclined surface) of each locking tooth 743, 753, thereby overcoming the force of the pair of springs 740 and widening the gap between the upper support member 740 and the lower support member 750. Therefore, by pressing the rod member 730 towards the rear side, each locking piece 732a can pass over each locking tooth 743, 753. Thus, the rod member 730 can be pressed towards the rear side.

[0269] On the other hand, when the rod member 730 is in the released state, in each joint portion 732, a pair of locking pieces 732a are arranged to protrude forward and backward. As a result, in each joint portion 732, the engagement of each locking piece 732a with the groove portion 744 is released. Therefore, the rod member 730 can slide towards both the front and back sides.

[0270] Display unit 70 can display supplementary prizes P.

[0271] To display the prize P for replenishment, the operator first opens the sliding door on the front of the upper frame 11, displacing the grip 704b from the locked state to the unlocked state. This causes the back panel unit 700, initially positioned, to slide towards the front. After being positioned at any reachable location, the grip 704b is displaced from the unlocked state to the locked state. Thus, the back panel unit 700 can be locked in the forward / backward direction from any reachable location. In this embodiment, by displacing one operating part 704 from the locked state to the unlocked state via the linkage mechanism 706, the other operating part 704 also displaces from the locked state to the unlocked state, allowing both locking bars 705 to displace from the locked position to the unlocked position. Therefore, the locking mechanism 703 can be unlocked by opening only one side of the sliding door on the front of the upper frame 11.

[0272] Next, in the back panel unit 700, the fixing unit 710 is installed at any height. At this time, one or more fixing units 710 are installed in the back panel unit 700 according to the size and shape of the supplementary prize P.

[0273] Next, in each fixing unit 710, the rod member 730 is displaced from the locked state to the unlocked state, slid towards the front side, and positioned in any position before being displaced from the unlocked state to the locked state. At this time, in this embodiment, the shape of the cross-section of the rod 731 orthogonal to the length direction is a flat shape with a width dimension larger than its thickness dimension. This facilitates rotation of the rod 731 and allows for easy displacement of the rod member 730 from the locked state to the unlocked state and from the unlocked state to the locked state. Furthermore, the state (locked state / unlocked state) of the rod member 730 can be determined based on whether the width direction of the rod 731 is aligned with the vertical direction or the front-back direction.

[0274] Next, after inserting the supplementary prize P between the back panel 701 and the rod member 730 (rod portion 731) of each fixing unit 710, the rod member 730 of each fixing unit 710 is pressed towards the back side. As a result, the supplementary prize P is clamped between the back panel 701 and the rod member 730 of each fixing unit 710.

[0275] Next, the grip 704b is moved from the locked state to the unlocked state, causing the back panel unit 700, which is positioned anywhere, to slide toward the rear side. After being positioned in the initial position, the grip 704b is moved from the unlocked state to the locked state. Then, the sliding door provided on the front of the upper frame 11 is closed.

[0276] Through the above description, the supplementary prize P in display unit 70 is displayed. Thus, the supplementary prize P can be displayed in display area DE.

[0277] In this embodiment, multiple slots 744 and 754 are provided in each support paddle 720 along the front-rear direction for engaging with the locking claws 732a provided on the rod member 730. This allows the position of the rod member 730 in the pair of support paddles 720 to move along the front-rear direction according to the size and shape of the prize P. Therefore, it is possible to prevent the prize P from falling off the rod member 730.

[0278] Furthermore, in this embodiment, by rotating the rod member 730, the locking pawl 732a can be engaged with or disengaged from the slots 744 and 754. This allows for easy engagement / disengagement of the locking pawl 732a from the slots 744 and 754.

[0279] Furthermore, in this embodiment, with the locking claw 732a engaged in the slots 744 and 754, the forward movement of the rod member 730 is prevented, and the rod member 730 can be pressed backward. This allows for easy adjustment of the position of the rod member 730.

[0280] Furthermore, in this embodiment, the prize P can be sandwiched between the rod member 730 and the back panel 701. This facilitates the display of the prize P.

[0281] [Control board 80]

[0282] Next, the structure of the control board 80 will be explained.

[0283] Figure 35 This is a block diagram showing the structure of the control substrate 80.

[0284] like Figure 35 As shown, the control board 80 is configured to include a processing unit 81, a storage unit 82, etc.

[0285] The processing unit 81 is composed of a microstructure including a CPU (Central Processing Unit), ROM (Read Only Memory), RAM (Random Access Memory), etc. The processing unit 81 performs the processing required for the progress of the prize-winning game based on various detection signals input from the control panel 13, programs, data, etc. stored in the storage unit 82.

[0286] The storage unit 82 is composed of non-volatile memory and the like. The storage unit 82 stores the programs and data required for the progress of the prize-winning game.

[0287] Here, the prize-winning game device 1 is equipped with an X position detection means 83 for detecting the position of the prize moving part 210 in the X direction (left-right direction), a Y position detection means 84 for detecting the position of the prize moving part 210 in the Y direction (front-back direction), and a Z position detection means 85 for detecting the position of the prize moving part 210 in the Z direction (up-down direction).

[0288] Furthermore, the detection signals output based on the tilting operation of the joystick 16a, the detection signals output based on the pressing operation of the operation button 16b, and the detection signals output by the position detection means 83, 84, and 85 are input to the processing unit 81.

[0289] [Game Handling]

[0290] Next, the game processing performed by the processing unit 81 will be explained.

[0291] When the prize-winning game device 1 is powered on, the processing unit 81 begins game processing. During game processing, firstly, initial setting processing is performed. Various initial settings are executed during this initial setting process.

[0292] After the initial setup process is completed, the start-up action process is executed next. In the start-up action process, a start-up action is performed on the grabbing unit 20. The "start-up action" is the action of confirming whether the grabbing unit 20 is operating normally and positioning it in the start position. In this embodiment, in the grabbing unit 20 positioned in the start position, the prize moving part 210 is positioned above the opening OE, the prize moving part 210 is positioned in the raised position, and in each boom unit 240, each boom 241 is positioned in the open position. Thus, in the prize moving part 210, all three booms 241 are in an open state, which can attract the attention of surrounding users.

[0293] After the initial action processing is completed, the standby start processing is executed next. In the standby start processing, the prize-collecting game device 1 is put into standby mode (waiting for customers mode). "Standby mode" is a state in which the prize-collecting game is not being executed but can be started.

[0294] In standby mode, the system monitors whether the start conditions for the prize-winning game are met. In this embodiment, the start conditions for the prize-winning game are met when a coin is detected being inserted into the coin slot 14.

[0295] When the start conditions for the prize-collecting game are met, the standby state ends and the prize-collecting game begins (game state). Here, at the start of the prize-collecting game, the grabbing unit 20 is positioned at the starting position. During the prize-collecting game, the prize moving part 210 moves horizontally according to the tilting operation of the joystick 16a. Furthermore, according to the pressing operation of the operation button 16b, the horizontal movement of the prize moving part 210 stops, and the grabbing unit 20 begins the prize-collecting action.

[0296] In each prize-collecting action, firstly, the prize-moving unit 210 descends from the rising position to a preset descending position (hereinafter referred to as the "descending action"). Then, in response to the end of the descending action, in each boom unit 240, the boom locking mechanism 246 releases the lock on the boom 241's rotation, rotating the boom 241 from the open position to the closed position (hereinafter referred to as the "boom closing action"). Then, in response to the end of the boom closing action, the prize-moving unit 210 rises from the descending position to the rising position (hereinafter referred to as the "rising action"). Then, in response to the end of the rising action, the prize-moving unit 210 is moved above the opening OE (hereinafter referred to as the "opening movement action"). Then, in response to the end of the opening movement action, in each boom unit 240, the boom 241 is rotated from the closed position to the open position (hereinafter referred to as the "boom opening action"). Furthermore, once the boom opening action is completed, the prize retrieval action ends, and the grabbing unit 20 returns to its starting position.

[0297] Then, in response to the lifting unit 20 resetting to the starting position, the current prize-collecting game ends. At this time, if continuous play is performed, the next prize-collecting game begins (game state); if continuous play is not performed, the game enters standby state.

[0298] [Settings for various settings]

[0299] Next, we will explain the settings for each of the various settings items.

[0300] Figure 36 This is an example of a setting screen im1. Figure 37 This is an example of a diagram representing the specified area of ​​the screen im2.

[0301] In the prize-winning game device 1, according to the operator's predetermined operation, the display unit 15b shows... Figure 36 The setting screen im1 is shown. In setting screen im1, the operation of the prize moving unit 210 can be set by operating the touch panel 15a. In this embodiment, the operation of the prize moving unit 210 can be set as follows: the boom power during gripping, the boom power after change, the timing of the boom power change, and the prize drop report.

[0302] In the following description, under the main view, the leftmost boom 241 of the three booms 241 included in the prize moving unit 210 is designated as the "left boom", the central boom 241 is designated as the "middle boom", and the rightmost boom 241 is designated as the "right boom".

[0303] "Holding force during clamping" is used to specify the value of the clamping force (closing force) of each boom 241 during the boom closing action described above. In this embodiment, the clamping force of each of the three booms 241 can be set individually. That is, during the boom closing action, the clamping force of the boom 241 is controlled so that each boom 241 has a clamping force corresponding to the clamping force set for that boom 241. Then, for each boom 241, the clamping force corresponding to the clamping force is maintained until the moment of boom force change occurs.

[0304] "Changed boom power" is used to specify the value of the gripping force (closing force) of each boom 241 that is set (changed) according to the arrival of the boom power change time. In this embodiment, the changed boom power can be set individually for each of the three booms 241. That is, in response to the arrival of the boom power change time, the gripping force of each boom 241 is controlled so that the gripping force of each boom 241 changes from the gripping force corresponding to the boom power at the time of clamping to the gripping force corresponding to the set changed boom power. Then, for each boom 241, the gripping force corresponding to the changed boom power is maintained until the start of the boom opening operation described above.

[0305] "Boom power change time" refers to the moment when the gripping force of each boom 241 changes from the initial gripping force to the changed boom power. In this embodiment, the gripping force of each boom 241 can be changed from the initial gripping force to the changed boom power at a predetermined time during the execution of the above-mentioned lifting action or the execution of the above-mentioned opening movement action. At this time, the gripping force of each boom 241 is changed from the initial gripping force to the changed boom power according to the arrival of the preset boom power change time.

[0306] In this embodiment, the lifting start time, the first lifting midway time, the second lifting midway time, the third lifting midway time, the lifting end time, and the opening movement time are set as selectable and set boom power change times.

[0307] "Start of Ascent" is the moment when the ascent begins. That is, the start of ascent occurs when the prize moving part 210 begins to rise from the descending position.

[0308] "First moment of ascent" is the moment when the prize moving unit 210 reaches the first intermediate position during the execution of the ascent action (the moment when the prize moving unit 210 reaches the first intermediate position). "First ascent position" is 1 / 4 of the height (position) from the descent position to the ascent position.

[0309] "Second ascending moment" is the moment when the prize moving part 210 rises to the second ascending position during the execution of the ascending action (the moment when the prize moving part 210 reaches the second ascending position). "Second ascending position" is the height (position) of 1 / 2 of the height from the descending position to the ascending position.

[0310] "Third ascending moment" refers to the moment when the prize moving part 210 reaches the third ascending position during the execution of the ascending action. "Third ascending position" is the height (position) of 3 / 4 of the height from the descending position to the ascending position.

[0311] "End of Ascent" is the moment when the ascent action ends. That is, the end of ascent is the moment when the prize moving part 210 rises to the ascent position (the moment when the prize moving part 210 reaches the ascent position).

[0312] "Opening movement time" is a predetermined moment in the execution of the opening movement action. In this embodiment, the opening movement time is the moment when a predetermined time (e.g., 0.5 s) has elapsed since the start of the opening movement action.

[0313] In this embodiment, based on the arrival of the moment when the boom power changes, the gripping force of each boom 241 can be changed from the gripping force corresponding to the boom power during the gripping to the gripping force corresponding to the changed boom power. Therefore, by setting a gripping force weaker than the boom power during the gripping as the changed boom power, during the execution of the prize-collecting action, after the prize P is gripped by the three booms 241, an action can be performed to drop the gripped prize P (hereinafter referred to as the "prize-dropping action"), thereby improving the gameplay experience.

[0314] In particular, in this embodiment, the modified boom power of each of the three booms 241 can be set individually. This allows for arbitrary setting (control) of the direction in which the prize P falls during the prize-dropping action, further enhancing the game's appeal. For example, by setting a gripping force weaker than the modified boom power of the right boom as the modified boom power of the left boom, the direction in which the prize P falls during the prize-dropping action can be set to the left. Conversely, by setting a gripping force weaker than the modified boom power of the left boom as the modified boom power of the right boom, the direction in which the prize P falls during the prize-dropping action can be set to the right. Furthermore, by setting the same gripping force for both the modified boom power of the left and right booms, the direction in which the prize P falls during the prize-dropping action can be set to the downward direction.

[0315] "Prize falling direction" refers to the direction in which prize P falls during the prize falling action.

[0316] In this embodiment, left-side drop, right-side drop, and direct-down drop are selected and set as prize drop directions. Furthermore, when any one of left-side drop, right-side drop, and direct-down drop is selected and set as the prize drop direction, a preset value can be automatically selected and set as the changed boom power for each boom 241.

[0317] At this time, when "falling to the left" is selected and set, the modified boom power of each boom 241 is automatically selected and set so that the direction of the prize P falling in the prize falling action becomes the left direction.

[0318] On the other hand, when "falling to the right" is selected and set, the modified boom power of each boom 241 is automatically selected and set in such a way that the direction in which the prize P falls during the prize falling action becomes the right direction.

[0319] On the other hand, when "falling directly downwards" is selected and set, the modified boom power of each boom 241 is automatically selected and set so that the direction in which the prize P falls during the prize falling action becomes the directly downward direction.

[0320] Here, we will explain the method for controlling the gripping force of each boom 241 based on the set boom power (boom power during gripping, boom power after change).

[0321] In this embodiment, the ROM of the processing unit 81 stores an instruction value table that registers the corresponding instruction values ​​for the boom power and instruction values. Furthermore, for each boom 241, the processing unit 81, based on the instruction value table, obtains the instruction value corresponding to the set boom power (boom power during clamping, boom power after modification), and calculates the current value of the opening / closing motor m4 using a predetermined calculation formula based on the obtained instruction value. The driving of the opening / closing motor m4 is controlled according to the calculated current value. At this time, the value of the current of the opening / closing motor m4 after A / D conversion is monitored, and the output power (duty) of the opening / closing motor m4 is changed in a manner consistent with the calculated current value, thereby controlling the driving of the opening / closing motor m4.

[0322] like Figure 36 As shown, the setting screen im1 consists of a boom power selection unit A1 when the left boom is gripped, a boom power selection unit A2 when the middle boom is gripped, a boom power selection unit A3 when the right boom is gripped, a boom power selection unit B1 after the left boom is changed, a boom power selection unit B2 after the middle boom is changed, a boom power selection unit B3 after the right boom is changed, a boom power change time selection unit C, and a drop direction selection unit D.

[0323] When the left boom is gripping, the boom power selection unit A1 displays the value of the boom power set for gripping the left boom. Furthermore, the operator can select (set, change) the left boom's gripping power by operating the touch panel 15a. At this time, by clicking the left boom gripping power selection unit A1, any value (level) can be selected (set, change) within the range of "1" (weak) to "150" (strong), using "1" as the scale.

[0324] The boom power selection unit A2 displays the boom power value set for the mid-boom during clamping. Furthermore, the operator can select (set, change) the boom power during clamping by operating the touch panel 15a. At this time, by clicking the boom power selection unit A2, any value (level) can be selected (set, change) for the boom power during clamping within the range of "1" (weak) to "150" (strong), with "1" as the scale.

[0325] When the right boom is gripping, the boom power selection unit A3 displays the value of the boom power set for gripping the right boom. Furthermore, the operator can select (set, change) the right boom's gripping power by operating the touch panel 15a. At this time, by clicking the right boom gripping power selection unit A3, any value (level) can be selected (set, change) within the range of "1" (weak) to "150" (strong), using "1" as the scale.

[0326] The left boom power selection unit B1 displays the value of the changed boom power set for the left boom. Furthermore, the operator can select (set, change) the changed boom power of the left boom by operating the touch panel 15a. At this time, by clicking the left boom power selection unit B1, any value (level) of the changed boom power for the left boom can be selected (set, change) in increments of "1" from "1" (weak) to "150" (strong).

[0327] The boom power selection unit B2 after the boom change displays the value of the changed boom power set for the boom. Furthermore, the operator can select (set, change) the changed boom power of the boom by operating the touch panel 15a. At this time, by clicking the boom power selection unit B2, any value (level) of the changed boom power for the boom can be selected (set, change) within the range of "1" (weak) to "150" (strong), with "1" as the scale.

[0328] The boom power selection unit B3 after the right boom change displays the value of the changed boom power set for the right boom. Furthermore, the operator can select (set, change) the changed boom power of the right boom by operating the touch panel 15a. At this time, by clicking the right boom power selection unit B3, any value (level) of the changed boom power for the right boom can be selected (set, change) in increments of "1" within the range of "1" (weak) to "150" (strong).

[0329] The boom power change timing selection unit C displays information indicating the set boom power change timing. Furthermore, the operator can select (set, change) the boom power change timing by operating the touch panel 15a. At this time, the boom power change timing selection unit C displays icons corresponding to the start of lifting, the first lifting stage, the second lifting stage, the third lifting stage, the end of lifting, and the opening movement timing. By clicking each icon, the operator can select (set) the boom power change timing corresponding to that icon, or deselect (set) the boom power change timing corresponding to that icon.

[0330] In this embodiment, one or more of the following six times (the start time of ascent, the first time during ascent, the second time during ascent, the third time during ascent, the end time of ascent, and the time of opening movement) can be selected (set) as the time for changing the boom power.

[0331] Furthermore, when a boom power change time is selected (set), during each prize-collecting action, the gripping force of each boom 241 is changed from the boom power at the time of gripping to the boom power after the change, according to the arrival of the selected (set) boom power change time.

[0332] On the other hand, when multiple boom power change times are selected (set), in each prize-winning action, any boom power change time is randomly selected from the selected (set) multiple boom power change times, and according to the arrival of the selected boom power change time, the gripping force of each boom 241 is changed from the boom power when gripping to the changed boom power.

[0333] It should be noted that when multiple boom power change times are selected (set), each time a boom power change time arrives, the gripping force of each boom 241 is gradually changed from the initial boom power to the changed boom power. In the above configuration, each time a boom power change time arrives, the gripping force of each boom 241 begins to decrease by a predetermined reduction rate (the amount of reduction in the gripping force of each boom 241 per unit time). At this time, the reduction rate of the gripping force (the amount of reduction in the gripping force of each boom 241 per unit time) can be arbitrarily set for each boom power change time.

[0334] The prize falling direction selection unit D displays the set falling direction. Furthermore, the operator can select (set, change) the prize falling direction by operating the touch panel 15a. At this time, the falling direction selection unit D displays icons corresponding to falling to the left, falling to the right, and falling directly below. By clicking each icon, the operator can select (set) the falling direction of the prize corresponding to that icon.

[0335] In this embodiment, any one of three prize falling directions (falling to the left, falling to the right, and falling directly below) can be selected (set). Furthermore, when any prize falling direction is selected (set), in each prize-collecting action, the gripping force of each boom 241 is changed to the gripping force corresponding to the selected (set) prize falling direction according to the arrival of the boom power change time.

[0336] In the setting screen IM1, the operator can arbitrarily change the values ​​(information) set for the following: the power of the left boom when it is gripping, the power of the middle boom when it is gripping, the power of the right boom when it is gripping, the power of the left boom after the change, the power of the middle boom after the change, the power of the right boom after the change, the timing of the change of the power of the boom, and the direction in which the prize falls.

[0337] In particular, in this embodiment, the game area GE is divided into multiple designated areas in the setting screen im1, and the action of the prize moving unit 210 can be set according to each designated area. At this time, in this embodiment, the action of the prize moving unit 210 can be set as follows: the crane power when the left crane arm clamps, the crane power when the middle crane arm clamps, the crane power when the right crane arm clamps, the crane power after the change of the left crane arm, the crane power after the change of the middle crane arm, the crane power after the change of the right crane arm, the timing of the change of the crane power, and the direction of the prize falling.

[0338] Therefore, when the prize-collecting action begins in each designated area, the prize-collecting action is performed in accordance with the information selected (set) for that designated area (the power of the left boom when it grips, the power of the middle boom when it grips, the power of the right boom when it grips, the power of the left boom after the change, the power of the middle boom after the change, the power of the right boom after the change, the time of the change of boom power, and the direction of the prize falling).

[0339] Specifically, the setting screen im1 displays the region designation icon ic1. Furthermore, when the region designation icon ic1 is selected by operating the touch panel 15a, the region designation screen im2 is displayed on the display unit 15b.

[0340] like Figure 37 As shown, in the area designation screen im2, one or more designated areas can be specified in the game area GE. Specifically, in the area designation screen im2, the game area GE can be divided into multiple designated areas. Furthermore, based on dividing the game area GE into multiple designated areas in the area designation screen im2, the action of the prize movement unit 210 can be set for each of the divided designated areas in the setting screen im1.

[0341] That is, the area designation screen im2 displays a setting range ge corresponding to the game area GE, and three area division lines L1 to L3 that divide the setting range ge (game area GE) into multiple designated areas. Furthermore, by operating the touch panel, the area division lines L1 to L3 can be moved, thereby allowing a maximum of six designated areas to be specified within the setting range ge (game area GE). When one designated area is specified, the entire setting range ge (game area GE) becomes that single designated area. Conversely, when two or more designated areas are specified, the setting range ge (game area GE) is divided into two or more designated areas.

[0342] The setting screen im1 displays an image (hereinafter referred to as "designated area setting status image d") representing the setting status of a designated area within the setting range ge (game area GE) specified (set) in the area designation screen im2. In this embodiment, the designated area setting status image d is included in the area designation icon ic1. Furthermore, the setting screen im1 displays designated area icons ic3 corresponding to each designated area specified (set) in the area designation screen im2. Here, in the designated area setting status image d, the multiple designated areas are marked with different colors, and each designated area icon ic3 is marked with the same color as the designated area marked with that designated area icon ic3.

[0343] Furthermore, in the setting screen im1, when each designated area icon ic3 is selected by operating the touch panel 15a, the boom power selection section A1, A2, A3, B1, B2, B3 and the boom power change time selection section C display information set for the designated area corresponding to the designated area icon ic3 (boom power when the left boom is gripping, boom power when the middle boom is gripping, boom power when the right boom is gripping, boom power after the change of the left boom, boom power after the change of the middle boom, boom power after the change of the right boom, boom power change time and prize falling direction), and the set information (value) can be changed arbitrarily.

[0344] In this embodiment, the power of each of the multiple booms 241 can be individually set after the change. Therefore, depending on when the boom power changes, the prize P held by the multiple booms 241 can be dropped, and in particular, the direction of the prize P's drop can be arbitrarily set. Thus, each time the game is played, the prize P can be gradually moved in a predetermined direction, enhancing the gameplay experience.

[0345] Furthermore, in this embodiment, any one of a predetermined number of times (the start time of ascent, the first time during ascent, the second time during ascent, the third time during ascent, the end time of ascent, and the time of opening movement) can be set as the time for changing the boom power. Therefore, the time at which the prize P held by the multiple booms 241 is dropped can be arbitrarily set.

[0346] Furthermore, in this embodiment, the set range ge (game area GE) is divided into multiple designated areas, and the changed boom power can be set individually for each designated area. Therefore, the direction in which the prize P falls can be set according to the arrival time of the boom power change in each designated area, further enhancing the gameplay.

[0347] Furthermore, in this embodiment, even when the set range ge (game area GE) is divided into two or more designated areas, the actions of the prize movement unit 210 (including the crane power when the left crane clamps, the crane power when the middle crane clamps, the crane power when the right crane clamps, the crane power after the change of the left crane, the crane power after the change of the middle crane, the crane power after the change of the right crane, the timing of the change of the crane power, and the direction of the prize falling) can be set for each designated area. Therefore, when setting the actions of the prize movement unit 210 for each designated area, it is not necessary to switch to different screens for each designated area, thus improving convenience. In particular, for multiple designated areas, it is easy to compare the actions of the prize movement unit 210 set for each designated area, further improving convenience.

[0348] [Variation Example]

[0349] The above describes the embodiments of this utility model, but various modifications can be made to the above embodiments.

[0350] For example, in the above implementation, in the region designation screen im2, one or more designated regions can be specified in the game region GE. That is, in the region designation screen im2, the game region GE can be divided into multiple designated regions.

[0351] However, it is also possible to specify one or more designated areas in the game area GE within the settings screen im1. That is, the game area GE can be divided into multiple designated areas within the settings screen im1.

[0352] [The function of prize-collecting game device 1]

[0353] The prize-collecting game device 1 includes a back panel 701, a pair of support paddles 720 that can be mounted on the back panel 701, and a rod member 730 that can be supported by the pair of support paddles 720. Furthermore, each end of the rod member 730 is provided with a locking claw 732a. Moreover, each of the pair of support paddles 720 has multiple slots 744 and 754 in the front-rear direction that can engage with the locking claws 732a. That is, in the prize-collecting game device 1, each support paddle 720 has multiple slots 744 and 754 in the front-rear direction that can engage with the locking claws 732a provided on the rod member 730. Therefore, the position of the rod member 730 on the pair of support paddles 720 can be moved in the front-rear direction according to the size and shape of the prize P. This prevents the prize from falling off the rod member 730.

[0354] Furthermore, in the prize-winning game device 1, by rotating the lever component 730, the locking pawl 732a can be engaged with or disengaged from the slots 744 and 754. Thus, the locking pawl 732a can be easily engaged or disengaged from the slots 744 and 754.

[0355] Furthermore, in the prize-winning game device 1, when the locking claw 732a is engaged with the slots 744 and 754, the forward movement of the lever member 730 is prevented, and the lever member 730 can be pressed backward. This allows for easy adjustment of the position of the lever member 730.

[0356] Furthermore, in the prize-collecting game device 1, the prize P can be sandwiched between the rod component 730 and the back panel 701. This allows for easy display of the prize P.

Claims

1. A prize-awarding gaming device, characterised in that, Possessing: a back panel; a pair of support members capable of being mounted on the back panel; and a lever member capable of being supported by the pair of support members, a fitting portion is provided at each end portion of the lever member, a plurality of fitted portions capable of being fitted with the fitting portion are provided on the pair of support members respectively in the front-rear direction.

2. The prize acquisition game apparatus according to claim 1, wherein by rotating the lever member, the fitting portion can be fitted with the fitted portion or the fitting of the fitting portion with the fitted portion can be released.

3. The prize acquisition game apparatus according to claim 1 or 2, wherein in a state in which the fitting portion is fitted with the fitted portion, movement of the lever member toward the front side is prevented and the lever member can be pressed toward the rear side.

4. The prize acquisition game apparatus according to claim 1 or 2, wherein a prize can be sandwiched between the lever member and the back panel.

Images