Propelling type prize game machine

Abstract

The present invention relates to a push-type prize game machine, which uses a horizontal drive unit and a lifting drive unit to move a pressurizing device to a position corresponding to a ring clip, and uses the pressurizing device to pressurize the ring clip. The ring clamp of which one end is pressed and pressurized by the pressurizing device moves backwards from the prize hanging frame to be separated from the prize hanging frame to discharge the prize, or the ring clamp of which the central part is pressurized rotates in situ to limit the backward movement to prevent the prize from being discharged. According to the present invention, there is the following advantage that in order to obtain a prize, the ring clip is directly hit by a pressurizing device, so that the ring clip on which the prize is suspended is separated from the prize suspension frame and falls off, thereby preventing damage or breakage of a commodity, the ring clip having the same shape is arranged on the prize suspension frame, and the prize suspension frame is not damaged. Therefore, the game difficulty is not changed due to the volume or weight of the prize, so that the game interest of obtaining the prize is stimulated, and the reliability of the product is improved.

Description

Technical Field

[0001] The present invention relates to a gaming machine, and more particularly to a push-type prize gaming machine as described below, that is, a ring clamp is suspended and fixed on a prize hanging frame of a shell, and either end of the ring clamp is pressurized by a pressurizing device to move backward or the central part is pressurized to rotate in situ, and the ring clamp is pressurized so that it detaches from the prize hanging frame and falls, thereby obtaining a prize stuck in the ring clamp. Background Art

[0002] Generally, a gaming machine is a device in which a designated prize is awarded according to the winning or losing result of a game, and is equipped with a prize issuing machine in order to further obtain a sense of accomplishment from the purpose of enjoying the game.

[0003] At this time, this game vending machine determines the victory or defeat of the user according to the user's working ability, so that the user who enjoys the game can gain a sense of accomplishment and at the same time can also obtain prizes.

[0004] Patent document 1 represents a conventional merchandise placement game device. Referring to the patent document, the device has a hollow shape with an opening on the front face, and has a plurality of sections formed up and down on one side to form a merchandise display shelf for displaying merchandise. On the other side, the device has a frame forming a merchandise storage portion, which is symmetrical with both sides of the front face of the frame, and rotates to form a side door and another side door for opening and closing the front face of the frame. The device is composed of a push rod, which is arranged on one side of the outer shell corresponding to the merchandise display shelf, and works up and down and front and back to push the merchandise mounted on the merchandise display shelf.

[0005] Among them, a partition part forming a through-hole is provided on the shelf for commodity display, and a push rod detection part is provided at the rear end of the partition part.

[0006] Furthermore, commodities that are smaller in volume than the commodities stored in the commodity storage section are mounted on the commodity display shelf that is not provided with the partition section, and relatively larger commodities are stored in the commodity storage section.

[0007] Next, the push rod driving part is driven by the operating part so that the push rod is located on the same line as the goods installed on the goods display shelf. In this state, the push rod is moved forward and the goods installed on the goods display shelf are pushed backward, so that the goods fall off the goods display shelf to obtain the goods.

[0008] On the contrary, the push rod driving unit is driven by the operating unit so that the push rod is located on the same line as any one of the through-holes of the partition part. If the push rod is passed through the through-hole in this state, the push rod detection unit monitors the push rod entering the through-hole. At this time, one of the commodity extraction doors connected to the push rod detection unit is opened.

[0009] In this way, the opened commodity extraction door is rotated upward to open the commodity storage section containing commodities, and the commodities contained in the commodity storage section are obtained in this state.

[0010] However, the patent document 1 mentioned above has the following problem, that is, the area hit by the push rod or the distance the product moves backward varies according to the volume of the product, or according to the weight of the product, resulting in a sharp difference in the game difficulty according to the product. It is difficult for the elderly, the weak, or children, who are vulnerable to games, to distinguish the game difficulty, and thus their interest in the game drops sharply. The manager forcibly sandwiches the product between the shelves for displaying goods, which can artificially increase the game difficulty. Due to the increase in the artificial game difficulty that can be confirmed with the naked eye, the perception of the game machine has changed negatively. In particular, the product installed on the shelf for displaying goods is directly hit by the push rod, causing damage to the product. Therefore, the user's interest in the game is also sharply reduced, and the reliability of the product is reduced.

[0011] Prior art literature

[0012] Patent Literature

[0013] Patent document 1: Korea KR10-1739355B1 Summary of the invention

[0014] Technical issues

[0015] The present invention is proposed to solve the above-mentioned problems. The purpose of the present invention is to provide a push-type prize game machine as described below, that is, a perspective window is formed on the front surface, support members are formed on the two side surfaces inside, and a shell is provided between the support members by a prize hanging frame, and a horizontal driving part is formed on the inner upper surface and the bottom surface of the shell to slide in the horizontal direction, a lifting driving part is formed between the horizontal driving parts to perform lifting work, and a pressurizing device that works horizontally along the prize hanging part direction is formed on the upper surface of the lifting driving part, in a state where a ring clamp with a prize is hung on the prize hanging frame for fixing, the pressurizing device is moved to a position corresponding to the ring clamp by using the horizontal driving part and the lifting driving part, and as the ring clamp is pressurized by the pressurizing device, the ring clamp at either end of the two ends is pressed and pressurized by the pressurizing device and moves backward from the prize hanging frame to detach from the prize hanging frame and fall to discharge the prize, or as the ring clamp with the central part pressurized is restricted to rotate in situ, the backward movement is restricted to prevent the prize from being discharged.

[0016] Solutions to the problem

[0017] In order to achieve the purpose of the present invention as described above, the push-type prize game machine according to the present invention is characterized in that it includes: a shell, which is hollow in shape, has a perspective window formed on the front surface, and has support members formed to stand upright on the two inner side surfaces and protrude, including a prize hanging frame arranged in a manner connecting the support members; a horizontal driving part, which is symmetrically arranged on the upper surface and bottom surface of the inner side of the shell, and is slidably arranged and moves horizontally; a lifting driving part, which is arranged between the horizontal driving parts for lifting and moving; a pressurizing device, which is arranged on the upper surface of the lifting driving part and works horizontally toward the prize hanging part of the shell; and a ring clamp, which is clamped on the prize hanging frame of the shell, allowing the prize to be clamped at the lower end, and either end of the two ends is pressed and pressurized by the pressurizing device to move backward toward the end of the prize hanging frame or the central part is pressed and pressurized by the pressurizing device to rotate in situ on the prize hanging frame.

[0018] The push-type prize game machine according to the present invention is characterized in that the prize hanging frame of the shell also forms a front panel, which forms a plurality of hanging rods spaced at predetermined intervals along the length direction of the rear surface, and the ring clamp is composed of a movable frame and a striking frame, and the movable frame is installed on the hanging rod and moves horizontally along the hanging rod; the striking frame is rotatably arranged at both ends of the movable frame, and the central part is struck by the pressure device, and rotates in place with the movable frame as a reference, and striking plates are formed on both sides, which are struck by the pressure device to guide the movable frame to move horizontally, so that the prize is hung at the lower end.

[0019] The push-type prize game machine according to the present invention is characterized in that the prize hanging frame of the shell also has a rear panel, which is symmetrically arranged with the front panel, and a fall-proof ring is formed at the lower end of the surface facing the hanging rod, and the ring clamp also includes: a rotating support shaft, connected between the lower ends of the striking frames; a prize ring part, which is arranged between the striking frame and the prize, and is rotatably arranged on the rotating support shaft, and an opening is formed at the lower end to allow the prize to be clamped in the inner hanging groove, and an fall-proof rotating shaft is formed around the hanging groove, so that when the ring clamp detaches from the hanging rod and falls, it is clamped on the fall-proof ring to guide the hanging groove to rotate downward.

[0020] The pusher type bonus gaming machine according to the present invention is characterized in that the housing is formed by expanding the end of the hanging rod of the front panel at an inclined angle.

[0021] The push-type prize game machine according to the present invention is characterized in that the shell further includes: a drop hole formed on the inner bottom surface; a prize discharge port connected to the drop hole to discharge prizes to the lower end of the front surface of the shell; a prize storage part connected to the drop hole, and the inner side of the shell accommodates prizes; an opening and closing door rotatably arranged between the prize discharge port and the prize storage part, and rotating to make the prize discharge port or the prize storage part communicate with the drop hole; a detection sensor is arranged in a manner exposed to the front surface of the rear panel, and is pressed by the ring clamp detached from the hanging rod to rotate the opening and closing door to make the drop hole communicate with the prize discharge port; and a fall stopper is arranged at the lower end of the detection sensor in a manner exposed to the front surface of the rear panel to block the rotation support shaft of the ring clamp, or receive the input of the detection sensor signal, move backward to enter the rear panel, and make the ring clamp fall downward to release the blocking of the rotation support shaft.

[0022] The propulsion-type prize game machine according to the present invention is characterized in that the shell also forms a distortion detection sensor, which is fixedly arranged on the inner lower end wall surface, and operates in response to the vibration applied to the shell, so that the opening and closing door rotates so that the falling hole is connected to the prize storage part, and the prize falling from the falling stopper is supplied to the prize storage part.

[0023] The propulsion-type prize game machine according to the present invention is characterized in that the horizontal driving part also includes: a horizontal guide rod, which is symmetrically arranged on the inner upper surface and the lower surface of the outer shell; a horizontal moving block, which is slidably connected to the horizontal guide rod to move horizontally along the horizontal guide rod; a horizontal driving belt, which is connected to the horizontal moving block, and its two ends are connected to pulleys on both sides of the inner bottom surface of the outer shell to perform circulating work; and a first driving motor, which is connected to any one of the pulleys to drive the pulley to rotate.

[0024] The propulsion-type prize game machine according to the present invention is characterized in that the lifting drive part also includes: an upright guide rod, which is uprightly arranged to connect the horizontal drive parts; a lifting block, which is slidably connected to the upright guide rod to move up and down along the upright guide rod; a second drive motor, which is arranged on the upper surface of the horizontal drive part to transmit power, and the horizontal drive part is arranged on the inner lower surface of the outer shell; and an upright drive belt, which connects the second drive motor and the horizontal drive part arranged on the inner upper surface of the outer shell, and forces the lifting block to move up and down while working in a cycle.

[0025] The propulsion-type prize game machine according to the present invention is characterized in that the pressurizing device also includes: a pinion, which is exposed to the upper surface of the lifting drive part; a third drive motor, which is embedded in the inner side of the lifting drive part to be connected to the pinion and drives the pinion to rotate; a rack gear, which is arranged on the upper surface of the lifting drive part to mesh with the pinion, and forms a striking rod at the front end, and the rotating pinion is moved horizontally toward the prize hanging frame or in the opposite direction to the prize hanging frame; and guide rollers, which are arranged on both sides of the upper surface of the lifting drive part with the rack gear as a reference, and are close to the two side surfaces of the rack gear to guide the horizontal movement of the rack gear.

[0026] The pusher-type prize game machine according to the present invention is characterized in that the rack gear forms a striking protrusion having any one of a circular, semicircular, elliptical or polygonal shape at the distal end of the striking rod.

[0027] Effects of the Invention

[0028] According to the present invention, the advantages are as follows: in order to obtain a prize, the ring clamp is directly hit by a pressure device, so that the ring clamp with the prize hanging thereon is detached from the prize hanging frame and falls, thereby preventing the product from being damaged or broken; the ring clamps with the same shape are arranged on the prize hanging frame, and the game difficulty does not change due to the volume or weight of the prize; when either end of the ring clamp is hit, the ring clamp is moved backward; when the center of the ring clamp is hit, the ring clamp rotates on the spot and the backward movement is restricted, so the user can accurately identify the striking position of the ring clamp; by exposing the precise striking position of the ring clamp, men, women, old and young can all easily play the game, thereby stimulating the interest in the game of obtaining prizes while improving the reliability of the product. BRIEF DESCRIPTION OF THE DRAWINGS

[0029] Figure 1 It is a perspective view showing a pusher-type prize gaming machine according to the present invention.

[0030] Figure 2 It is a perspective view showing a state in which the front face of the housing of the pusher-type bonus game machine according to the present invention is opened.

[0031] Figure 3 It is a perspective view showing the inner lower end portion of the housing of the pusher-type bonus game machine according to the present invention.

[0032] Figure 4 The present invention is a perspective view of a state in which prizes are hung on a prize hanging frame of a push-type prize game machine according to the present invention.

[0033] Figure 5 and Figure 6A perspective view showing a state in which the pressurizing device of the pusher-type prize game machine according to the present invention alternately presses the left and right sides of the pressurizing ring clamp.

[0034] Figure 7 It is an exploded perspective view of a pressurizing device of a pusher-type prize game machine according to the present invention.

[0035] Figure 8 It is a perspective view showing a state in which a ring clip of a push-type prize game machine according to the present invention is locked to the end of a hanging rod.

[0036] Fig. 9 It is a perspective view showing a state in which the ring clip of the push-type prize game machine according to the present invention falls and is caught by the fall stopper.

[0037] Fig.10 It is a perspective view showing a state where a ring clip of a pusher-type prize game machine according to the present invention falls and rotates.

[0038] Fig.11 It is a perspective view showing a state in which the center portion of the pressurizing ring clamp is pressed by the pressurizing device of the pusher-type prize game machine according to the present invention. DETAILED DESCRIPTION

[0039] Hereinafter, embodiments of the present invention will be described in further detail with reference to the accompanying drawings.

[0040] Reference Figures 1 to 11 The housing 100 is hollow in shape, with a perspective window 110 formed on the front surface, and support members 120 protruding from two side surfaces inside, including a prize hanging frame 130 arranged in a manner of connecting the support members 120 .

[0041] The housing 100 has a hinge portion (not shown) formed on one side of the front surface, so that the front surface can be opened and closed in a rotational manner.

[0042] The housing 100 is formed with a coin insertion slot (not marked with a symbol), a card identifier (not marked with a symbol) and an operation portion C on the front surface.

[0043] The operation unit C controls the operations of the horizontal driving unit 200 , the lifting driving unit 300 , and the pressurizing device 400 .

[0044] The shell 100 also includes: a falling hole 100a, formed on the inner bottom surface; a prize discharge port 100b, which is connected to the falling hole 100a and discharges prizes to the lower end of the front surface of the shell 100; a prize storage part 100c, which is connected to the falling hole 100a and accommodates prizes to the inner side of the shell 100; and an opening and closing door 100d, which is rotatably arranged between the prize discharge port 100b and the prize storage part 100c and rotates to connect the prize discharge port 100b or the prize storage part 100c with the falling hole 100a.

[0045] The drop hole 100 a is formed in the structure of being wide at the top and narrow at the bottom, so as to guide the prize dropped from the prize hanging rack 130 to move to the prize discharge port 100 b or the prize storage portion 100 c .

[0046] The drop hole 100a is communicated with the prize discharge port 100b or the prize storage portion 100c through the opening and closing door 100d.

[0047] The prize discharge port 100 b guides the prize to be discharged to the front surface of the housing 100 .

[0048] The prize discharge port 100 b is blocked by the opening and closing door 100 d or communicates with the drop hole 100 a .

[0049] The prize storage portion 100 c allows for accommodating prizes that have fallen off the prize hanging frame 130 due to erroneous operation or distorted operation.

[0050] The prize storage part 100c is blocked by the opening and closing door 100d or communicates with the falling hole 100a.

[0051] The opening and closing door 100d performs an opening and closing operation so as to communicate the drop hole 100a with the prize discharge port 100b or the drop hole 100a with the prize storage portion 100c by receiving a signal from the detection sensor 132b or the distortion detection sensor 132d of the prize hanging rack 130.

[0052] Preferably, the opening and closing door 100d is rotationally driven by a motor (not shown).

[0053] The support members 120 are symmetrically formed to protrude in an upright direction to support the prize hanging frame 130 .

[0054] Preferably, the support member 120 is arranged so as not to interfere with the horizontal driving part 200 , the lifting driving part 300 and the pressurizing device 400 .

[0055] The prize hanging frame 130 is disposed in plurality between the supporting members 120 in the vertical direction to lock the ring clip 500 .

[0056] The prize hanging frame 130 of the housing 100 further forms a front panel 131, and the front panel 131 forms a plurality of hanging rods 131a spaced at predetermined intervals along the length direction of the rear surface.

[0057] The hanging rod 131 a locks the ring clamp 500 and guides the ring clamp 500 to move backward with the help of the pressurizing device 400 .

[0058] The housing 100 is formed by expanding the end of the hanging rod 131a of the front panel 131 at a predetermined angle.

[0059] The hanging rod 131a has different inclination angles at the ends to increase the difficulty of disengaging the ring clamp 500.

[0060] The prize hanging frame 130 of the housing 100 further comprises a rear panel 132 which is symmetrically arranged with the front panel 131 and has a fall prevention ring 132a formed at the lower end of the surface facing the hanging rod 131a.

[0061] The anti-fall ring 132a stops the prize ring 530 of the ring clamp 500 from falling off the hanging rod 131a and rotates to separate the prize from the prize ring 530, thereby preventing the ring clamp 500 from falling into the falling hole 100a.

[0062] The housing 100 is composed of a detection sensor 132b and a fall stopper 132c. The detection sensor 132b is arranged in a manner exposed to the front surface of the rear panel 132, and is pressed by the ring clamp 500 detached from the hanging rod 131a to rotate the opening and closing door 100d to connect the falling hole 100a with the prize discharge port 100b. The fall stopper 132c is arranged at the lower end of the detection sensor 132b in a manner exposed to the front surface of the rear panel 132, so as to stop the rotation support shaft 522 of the ring clamp 500, or receive the input of the detection sensor 132b signal, move backward to enter the rear panel 132, and make the ring clamp 500 fall downward to release the stop of the rotation support shaft.

[0063] The detection sensor 132 b is pressed by the ring clamp 500 to operate, and outputs a signal to the opening and closing door 100 d , so that the opening and closing door 100 d connects the falling hole 100 a and the prize discharge port 100 b .

[0064] Preferably, the detection sensor 132 b outputs signals to the opening and closing door 100 d and the fall stopper 132 c simultaneously while maintaining a state of pressing the moving frame 510 of the ring clamp 500 .

[0065] The fall stopper 132c stops the rotation support shaft 522 at the upper end.

[0066] The fall stopper 132 c operates horizontally through the solenoid valve S, enters into the rear panel 132 or is exposed to the front surface of the rear panel 132 .

[0067] Preferably, the solenoid valve S is disposed on the rear surface of the rear panel 132 to enable the fall stopper 132c to move horizontally.

[0068] The falling stopper 132 c receives the signal from the detection sensor 132 b or the distortion detection sensor 132 d and enters into the rear panel 132 to guide the ring clamp 500 to fall.

[0069] The housing 100 also forms a distortion detection sensor 132d, which is fixedly arranged on the inner lower end wall and operates in response to the vibration applied to the housing 100, so that the opening and closing door 100d rotates so that the falling hole 100a is connected with the prize storage part 100c, and the prize falling from the falling stopper 132c is supplied to the prize storage part 100c.

[0070] When the distortion detection sensor 132d simultaneously detects the vibration caused by the external impact applied to the housing 100 and the signal of the detection sensor 132b, it is judged as a distortion behavior, and the opening and closing door 100d is rotated so that the falling hole 100a is connected with the prize storage part 100c, so that the prize falling into the falling hole 100a is accommodated in the prize storage part 100c.

[0071] The distortion detection sensor 132d detects vibration caused by external impact applied to the housing 100, but when the detection sensor 132b is not detected, it is determined as a simple error, and the opening and closing door 100d is not operated.

[0072] The horizontal driving unit 200 is symmetrically disposed on the inner upper surface and the bottom surface of the housing 100 and is slidably disposed to perform horizontal movement.

[0073] The horizontal driving unit 200 adjusts the position of the lifting driving unit 300 by performing horizontal movement.

[0074] The horizontal driving unit 200 also includes: a horizontal guide rod 201, which is symmetrically arranged on the upper and lower surfaces on the inner side of the outer shell 100; a horizontal moving block 202, which is slidably connected to the horizontal guide rod 201 to move horizontally along the horizontal guide rod 201; a horizontal driving belt 203, which is connected to the horizontal moving block 202, and its two ends are connected to pulleys 203a on both sides of the inner bottom surface of the outer shell 100 for circulating work; and a first driving motor 204, which is connected to any one of the pulleys 203a to drive the pulley 203a to rotate.

[0075] The horizontal guide rod 201 guides the horizontal moving block 202 to move horizontally.

[0076] The horizontal moving block 202 is forced to move along the horizontal guide rod 201 by the horizontal driving belt 203 .

[0077] The horizontal driving belt 203 receives the power transmitted by the first driving motor 204 and performs a cyclic operation, and at the same time causes the horizontal moving block 202 to move horizontally.

[0078] The first driving motor 204 can work synchronously or sequentially with the second driving motor 303 of the lifting driving unit 300 .

[0079] The lifting driving unit 300 is disposed between the horizontal driving units 200 to perform lifting movement.

[0080] The lifting driving unit 300 adjusts the height of the pressurizing device 400 .

[0081] The lifting drive unit 300 also includes: an upright guide rod 301, which is uprightly arranged to connect the horizontal drive unit 200; a lifting block 302, which is slidably connected to the upright guide rod 301 to move up and down along the upright guide rod 301; a second drive motor 303, which is arranged on the upper surface of the horizontal drive unit 200 to transmit power, and the horizontal drive unit 200 is arranged on the inner lower surface of the outer shell 100; and an upright drive belt 304, which connects the second drive motor 303 and the horizontal drive unit 200 arranged on the inner upper surface of the outer shell 100, and forces the lifting block 302 to move up and down while working in a cycle.

[0082] The upright guide rod 301 guides the lifting block 302 to move up and down.

[0083] The lifting block 302 is lifted up and down by the upright driving belt 304 .

[0084] The second driving motor 303 forces the upright driving belt 304 to circulate in the upright direction.

[0085] Preferably, the vertical driving belt 304 is connected to a pulley (not marked with a symbol) provided on the horizontal driving part 200 .

[0086] The pressurizing device 400 is disposed on the upper surface of the lifting driving unit 300 and operates horizontally toward the prize hanging unit 130 of the housing 100 .

[0087] The pressurizing device 400 presses and pressurizes any one of the two ends or the center of the ring clamp 500 , forcing the ring clamp 500 to fall off toward the end of the hanging rod 131 a of the prize hanging frame 130 .

[0088] The pressurizing device 400 also includes: a pinion 401, which is exposed and arranged on the upper surface of the lifting drive unit 300; a third driving motor 402, which is embedded and arranged on the inner side of the lifting drive unit 300 to be connected with the pinion 401 and to drive the pinion 401 to rotate; a rack gear 403, which is arranged on the upper surface of the lifting drive unit 300 to mesh with the pinion 401, and a striking rod 403a is formed at the front end, and the rotating pinion 401 is horizontally moved toward the prize hanging frame 130 or in the opposite direction to the prize hanging frame 130; and guide rollers 404, which are arranged on both sides of the upper surface of the lifting drive unit 300 with the rack gear 403 as a reference, and are close to the two side surfaces of the rack gear 403 to guide the rack gear 403 to move horizontally.

[0089] The pinion gear 401 is rotationally driven by the second driving motor 303 to enable the rack gear 403 to move horizontally.

[0090] The rack gear 403 moves horizontally through the pinion gear 401 and strikes the ring clamp 500 using the striking rod 403 a.

[0091] The rack gear 403 forms a striking protrusion 403 b having any one of a circular, semicircular, elliptical or polygonal shape at the end of the striking rod 403 a.

[0092] The difficulty of striking the ring clamp 500 varies depending on the shape of the striking protrusion 403 b.

[0093] The guide roller 404 rotates in place by friction with the outer surface of the rack gear 403 that moves horizontally, while preventing the rack gear 403 from flowing.

[0094] The ring clamp 500 is clamped on the prize hanging frame 130 of the housing 100, allowing the prize to be clamped at the lower end, and either end is pressed and pressurized by the pressurizing device to move backward toward the end of the prize hanging frame 130, or the central part is pressed and pressurized by the pressurizing device 400 to rotate in place on the prize hanging frame 130.

[0095] The ring clamp 500 guides prizes having different weights to be hung on the prize hanging frame 130 .

[0096] The ring clamp 500 is restricted from moving backward along the hanging rod 131 a while rotating in place when the center portion is pressed by the pressing device 400 .

[0097] The ring clamp 500 is composed of a movable frame 510 and a striking frame 520. The movable frame 510 is installed on the hanging rod 131a and moves horizontally along the hanging rod 131a. The striking frame 520 is rotatably arranged at both ends of the movable frame 510. The central part is struck by the pressure device 400 and rotates in situ with the movable frame 510 as a reference. Striking plates 521 are formed on both sides and are struck by the pressure device 400 to guide the movable frame 510 to move horizontally so that the prize is hung at the lower end.

[0098] When the moving frame 510 strikes the striking plate 521 of the striking frame 520 , the moving frame 510 slides along the hanging rod 131 a and moves backward.

[0099] The movable frame 510 is held in close contact with the hanging rod 131 a by the load of the prizes clamped on the ring clamp 500 .

[0100] The moving frame 510 guides the striking frame 520 to rotate in place.

[0101] The striking frame 520 is in the shape of a letter “∩” and is used to cover the upper portion of the moving frame 510 .

[0102] The striking plates 521 are formed symmetrically with each other, and are struck by the pressurizing device 400 , so that the striking frame 520 slides and moves backward along the moving frame 510 in a zigzag shape.

[0103] Preferably, the striking plate 521 is inclined at a predetermined angle on both sides of the upper end of the striking frame 520 .

[0104] The center portion of the striking frame 520 is struck by the pressing device 400, and is rotated with the moving frame 510 as a reference so that the upper end is tilted toward the rear panel 132, and then returns to the original position.

[0105] The ring clamp 500 also includes: a rotating support shaft 522, connected between the lower ends of the striking frame 520; and a prize ring part 530, which is arranged between the striking frame 520 and the prize, and is rotatably arranged on the rotating support shaft 522, with an opening on the lower end to allow the prize to be clamped in the inner hanging groove 531, and an anti-falling rotating shaft 532 is formed around the hanging groove 531, so that when the ring clamp 500 detaches from the hanging rod 131a and falls, it is clamped on the anti-falling ring 132a to guide the hanging groove 531 to rotate downward.

[0106] When the ring clamp 500 is separated from the hanging rod 131 a and falls, the rotation support shaft 522 is locked to the fall stopper 132 c of the rear panel 132 , and the moving frame 510 causes the detection sensor 132 b to perform a pressing operation.

[0107] When the fall stopper 132c is released, the rotation support shaft 522 is locked to the anti-fall ring 132a and rotates in a downwardly inclined direction by the prize ring portion 530 rotated by the load of the prize to prevent entering the anti-fall ring 132a.

[0108] The anti-fall rotating shaft 532 is stuck in the anti-fall ring 132a, and at the same time, through the load of the prize, it rotates with the anti-fall ring 132a as a reference, and at the same time, the hanging groove 531 and the rotating support shaft 522 of the striking frame 520 are tilted downward, and the prize stuck in the hanging groove 531 falls into the falling hole 100a of the shell 100.

[0109] The prize ring 530 rotates with the anti-falling ring 132 a as a reference, so that the striking frame 520 is located below the anti-falling ring 132 a so that the upper end of the striking frame 520 faces downward.

[0110] The push-up type bonus gaming machine according to the present invention configured as described above is used in the following manner.

[0111] First, insert coins through the coin insertion port (no symbol) of the housing 100 or settle the account through a card identifier (no symbol). After confirming the prize to be obtained in this state, operate the operating part C to move the pressurizing device 400 to the position where the prize to be obtained is located.

[0112] At this time, a ring clamp 500 is clamped on the hanging rod 131 a formed on the front panel 131 of the prize hanging frame 130 . The ring clamp 500 is clamped with different prizes respectively, and the prizes are installed on the prize hanging frame 130 .

[0113] On the other hand, by operating the operating part C, the horizontal driving part 200 and the lifting driving part 300 work leftward and rightward and up and down toward the prize, so that the pressurizing device 400 moves toward the ring clamp 500 on which the prize is hung.

[0114] That is, when the pressure device 400 is moved horizontally by operating the operating part C, the first driving motor 204 of the horizontal driving part 200 rotates to rotate the pulley 203a. At this time, as the horizontal driving belt 203 connected between the pulleys 203a circulates, the horizontal moving block 202 is forced to move along the horizontal guide rod 201, so that the lifting driving part 300 moves horizontally to move the pressure device 400 to the same vertical line as the ring clamp 500 on which the prize is hung.

[0115] Next, when the pressure device 400 is moved up and down by operating the operating part C, the second driving motor 303 of the lifting driving part 300 rotates to make the upright driving belt 304 circulate. At this time, the lifting block 302 connected to the upright driving belt 304 is moved up and down along the upright guide rod 301, so that the pressure device 400 and the ring clamp 500 are located on the same horizontal line.

[0116] Next, when the third driving motor 402 of the pressurizing device 400 is operated by operating the operating part C, the pinion 401 connected to the third driving motor 402 rotates to force the rack gear 403 to move horizontally. Therefore, the striking protrusion 403b arranged at the end of the striking rod 403a presses the ring clamp 500, and along the striking position of the ring clamp 500, the ring clamp 500 rotates on the spot or moves backward.

[0117] The two side surfaces of the rack gear 403 are supported by guide rollers 404 , so when the rack gear 403 moves forward toward the ring clamp 500 or moves backward in the opposite direction to the ring clamp 500 , left and right flows are prevented.

[0118] In particular, when the pressure device 400 is used to hit the striking plate 521 formed on the striking frame 520 of the ring clamp 500, the striking plate 521 is hit by the striking protrusion 403b of the pressure device 400 and moves backward. At this time, the movable frame 510 connected to the striking frame 520 slides along the hanging rod 131a and moves backward.

[0119] Among them, the striking plate 521 is arranged on both sides of the striking frame 520. In order to deal with the striking plate 521 hitting the striking protrusion 403b, the movable frame 510 is pushed in a certain direction along the hanging rod 131a and moves backward repeatedly, or is pushed in a zigzag shape along the hanging rod 131a and moves backward repeatedly.

[0120] That is, when any one of the striking plates 521 is struck intensively by the striking protrusion 403b, the movable frame 510 is continuously pushed and moved backward in one direction along the hanging rod 131a, and when the mutually symmetrical striking plates 521 are struck crosswise, the movable frame 510 is continuously pushed and moved backward in a zigzag shape along the hanging rod 131a.

[0121] And, as described above, the ring clamp 500 struck by the striking protrusion 403b is located at the end of the hanging rod 131a. At this time, due to the continuous striking of the striking protrusion 403b, it falls and detaches from the end of the hanging rod 131a toward the rear panel 132 of the prize hanging frame 130.

[0122] The end of the hanging rod 131a is expanded at a predetermined angle, so that the difficulty of the ring clamp 500 detaching from the end of the hanging rod 131a and falling can be adjusted.

[0123] At this time, if the angle of the end of the hanging rod 131a is made relatively steeper than the angle of the ends of other hanging rods 131a, when the pressure of the ring clamp 500 is released, the ring clamp 500 slides due to the steep surface and moves forward toward the front panel 131.

[0124] On the contrary, when the striking protrusion 403b of the pressure device 400 strikes the central part of the striking frame 520 of the ring clamp 500, the upper end of the striking frame 520 rotates to lean back with respect to the moving frame 510 and then returns to its original position, thereby preventing the moving frame 510 from sliding.

[0125] Also, the upper end of the striking frame 520 and the striking plate 521 are exposed to the upper portion of the front panel 131 , and the moving frame 510 is covered on the front panel 131 to prevent the moving frame 510 from being struck by the pressurizing device 400 .

[0126] On the other hand, when the ring clamp 500 detaches from the hanging rod 131a and falls, the rotating support shaft 522 formed on the striking frame 520 of the ring clamp 500 is stopped by the falling stopper 132c formed on the rear panel 132. At this time, the movable frame 510 maintains the state of pressing and pressurizing the detection sensor 132b, so that the detection sensor 132b outputs a signal to the opening and closing door 100d.

[0127] Then, the opening and closing door 100d rotates to connect the falling hole 100a with the prize discharge port 100b, while cutting off the prize storage portion 100c.

[0128] If the housing 100 vibrates due to external impact, the distortion detection sensor 132d is in the ON state, as described above, the ring clamp 500 detaches from the hanging rod 131a and falls, and the detection sensor 132b is in the ON state at the same time, the signals of the detection sensor 132b and the distortion detection sensor 132d are simultaneously input to the opening and closing door 100d, at which time the opening and closing door 100d rotates and cuts off the prize discharge port 100b to connect the falling hole 100a with the prize storage portion 100c.

[0129] Then, as described above, when the detection sensor 132b is turned on (ON) alone or the detection sensor 132b and the distortion detection sensor 132d are turned on (ON) at the same time, in a state where the fall hole 100a is connected to the prize discharge port 100b or the prize storage part 100c through the opening and closing door 100d, the fall stopper 132c works at a predetermined time difference and moves backward into the rear panel 132.

[0130] The falling stopper 132 c is moved forward or backward by a solenoid valve (not marked with a symbol), and the fallen rotation support shaft 522 is locked or the locking of the rotation support shaft 522 is released.

[0131] Then, the rotating support shaft 522 falls from the fall stopper 132c, and the anti-fall rotating shaft 532 of the prize ring 530 is locked in the anti-fall ring 132a. At this time, with the help of the weight of the prize locked in the hanging groove 531 of the prize ring 530, the anti-fall rotating shaft 532 of the prize ring 530 rotates in a downward inclined direction with the anti-fall ring 132a as a reference, and the hanging groove 531 faces downward.

[0132] And, the prize falls from the hanging groove 531 rotating downward, at which time, the striking frame 520 and the moving frame 510 rotate in a downwardly inclined direction at the same time to keep the state of being hung below the anti-falling ring 132a.

[0133] Next, after the prize separated from the ring clamp 500 and dropped into the drop hole 100a, it is guided to the opening and closing door 100d and supplied to the prize discharge port 100b or the prize storage portion 100c.

[0134] That is, when the distortion detection sensor 132d of the housing 100 is in the closed (OFF) activated state, the ring clamp 500 is detached from the hanging rod 131a and falls, and when the prize falls, the prize is obtained through the prize discharge port 100b. If an external impact is applied to the housing 100 and the distortion detection sensor 132d is in the open (ON) activated state, the ring clamp 500 is detached from the hanging rod 131a and falls, and when the prize falls, the prize is stored in the prize storage part 100c and obtained by cutting off the distortion action.

[0135] As described above, when the central part of the ring clamp 500 is struck, it is rotated in place, thereby cutting off the backward movement of the ring clamp 500. In the structure in which the ring clamp 500 is moved backward by striking either end of the ring clamp 500, the pressurizing device 400 is used to directly strike the ring clamp 500, so that the ring clamp 500 with the prize hung thereon is detached from the prize hanging frame 130 and falls to obtain the prize, thereby preventing damage or breakage of the product. In addition, the ring clamp 500 having the same shape is arranged on the prize hanging frame 130, and the game difficulty does not change due to the volume or weight of the prize. When either end of the ring clamp 500 is struck, the ring clamp 500 is moved backward. When the central part of the ring clamp 500 is struck, the ring clamp 500 is rotated in place while limiting the backward movement, so that the user can accurately identify the striking position of the ring clamp 500.

[0136] The push-type prize game machine according to the present invention as described above is not limited to the above-mentioned embodiments, and the technical spirit exists to the extent that various changes and implementations can be made without departing from the gist of the present invention within the scope of protection of the attached invention claims, as long as the person is an ordinary technician in the field to which the present invention belongs.

[0137] Description of Reference Numerals

[0138] 100: housing 100a: drop hole

[0139] 100b: Prize discharge port 100c: Prize storage unit

[0140] 100d: Open and close door 110: Transparent window

[0141] 120: Support 130: Prize hanging frame

[0142] 131: front panel 131a: hanging rod

[0143] 132: Rear panel 132a: Anti-fall ring

[0144] 132b: Detection sensor 132c: Fall stopper

[0145] 132d: Distortion detection sensor 200: Horizontal drive unit

[0146] 201: Horizontal guide rod 202: Horizontal moving block

[0147] 203: horizontal drive belt 203a: pulley

[0148] 204: First drive motor 300: Lifting drive unit

[0149] 301: Vertical guide rod 302: Lifting block

[0150] 303: Second drive motor 304: Vertical drive belt

[0151] 400: Pressurizing device 401: Pinion

[0152] 402: third drive motor 403: rack gear

[0153] 403a: striking rod 403b: striking protrusion

[0154] 404: Guide roller 500: Ring clamp

[0155] 510: Move frame 520: Hit frame

[0156] 521: striking plate 522: rotating support shaft

[0157] 530: Prize ring 531: Hanging slot

[0158] 532: Anti-fall rotation axis C: Operation part

[0159] P: Prize S: Solenoid valve.

Claims

1. A push-type prize game machine, characterized in that: include: The housing (100) is hollow, has a perspective window (110) formed on the front surface, and has support members (120) protruding from two side surfaces inside, and includes a prize hanging frame (130) arranged in a manner of connecting the support members (120); A horizontal driving unit (200) is symmetrically arranged on the inner upper surface and the bottom surface of the housing (100), and is slidably arranged and moves horizontally; A lifting drive unit (300) is arranged between the horizontal drive units (200) to perform lifting movement; A pressurizing device (400) is arranged on the upper surface of the lifting drive unit (300) and operates horizontally along the prize hanging unit (130) of the housing (100); as well as The ring clamp (500) is clamped on the prize hanging frame (130) of the housing (100), allowing the prize to be clamped at the lower end, and either end is pressed and pressurized by the pressurizing device to move backward toward the end of the prize hanging frame (130), or the central part is pressed and pressurized by the pressurizing device (400) to rotate in place on the prize hanging frame (130).

2. The push-type prize game machine according to claim 1, characterized in that: The prize hanging frame (130) of the housing (100) further forms a front panel (131), and the front panel (131) forms a plurality of hanging rods (131a) spaced at predetermined intervals along the length direction of the rear surface. The ring clamp (500) is composed of a moving frame (510) and a striking frame (520). The movable frame (510) is installed on the hanging rod (131a) and moves horizontally along the hanging rod (131a); The striking frame (520) is rotatably arranged at both ends of the moving frame (510), and the central part is struck by the pressure device (400), and rotates in situ with the moving frame (510) as a reference, and striking plates (521) are formed on both sides, which are struck by the pressure device (400) to guide the moving frame (510) to move horizontally, so that the prize is hung at the lower end.

3. The push-type prize game machine according to claim 2, characterized in that: The prize hanging frame (130) of the housing (100) further comprises a rear panel (132) which is symmetrically arranged with the front panel (131) and has an anti-falling ring (132a) formed at the lower end of the surface facing the hanging rod (131a). The ring clamp (500) further comprises: A rotating support shaft (522) connected between the lower ends of the striking frames; and The prize ring part (530) is arranged between the striking frame (520) and the prize, and is rotatably arranged on the rotating support shaft (522). An opening is formed at the lower end to allow the prize to be clamped in the inner hanging groove (531), and an anti-falling rotating shaft (532) is formed around the hanging groove (531) so that when the ring clamp (500) detaches from the hanging rod (131a) and falls, it is clamped on the anti-falling ring (132a) to guide the hanging groove (531) to rotate downward.

4. The push-type prize game machine according to claim 2, characterized in that: The housing (100) is formed by expanding the end of the hanging rod (131a) of the front panel (131) at a predetermined angle.

5. The push-type prize game machine according to claim 3, characterized in that: The housing (100) further comprises: A drop hole (100a) formed on the inner bottom surface; A prize discharge port (100b) is communicated with the drop hole (100a) and discharges prizes toward the lower end of the front surface of the housing (100); A prize storage unit (100c) is connected to the drop hole (100a) and accommodates prizes inside the housing (100); An opening and closing door (100d) is rotatably disposed between the prize discharge port (100b) and the prize storage portion (100c) and rotates to allow the prize discharge port (100b) or the prize storage portion (100c) to communicate with the drop hole (100a); a detection sensor (132b) disposed in a manner exposed to the front surface of the rear panel (132), and operated by being pressed by the ring clamp (500) detached from the hanging rod (131a), so as to rotate the opening and closing door (100d) so as to connect the falling hole (100a) with the prize discharge port (100b); and A fall stopper (132c) is disposed at the lower end of the detection sensor (132b) in a manner exposed to the front surface of the rear panel (132) so as to stop the rotation support shaft of the ring clamp (500), or receives an input of a signal from the detection sensor (132b) and moves backward to enter the rear panel (132), causing the ring clamp (500) to fall downward, thereby releasing the stop of the rotation support shaft.

6. The push-type prize game machine according to claim 5, characterized in that: The housing (100) also forms a distortion detection sensor (132d), which is fixedly arranged on the inner lower end wall surface and operates in response to vibration applied to the housing (100), so that the opening and closing door (100d) rotates to connect the falling hole (100a) with the prize storage part (100c), and the prize dropped from the falling stopper (132c) is supplied to the prize storage part (100c).

7. The push-type prize game machine according to claim 1, characterized in that: The horizontal driving unit (200) further comprises: A horizontal guide rod (201) is symmetrically arranged with respect to the upper surface and the lower surface of the inner side of the housing (100); A horizontal moving block (202) is slidably connected to the horizontal guide rod (201) so as to move horizontally along the horizontal guide rod (201); A horizontal driving belt (203) connected to the horizontal moving block (202), with both ends connected to pulleys (203a) arranged on both sides of the inner bottom surface of the housing (100) to perform a circulating operation; and A first driving motor (204) is connected to any one of the pulleys (203a) to drive the pulley (203a) to rotate.

8. The push-type prize game machine according to claim 1, characterized in that: The lifting drive unit (300) further includes: An upright guide rod (301) arranged upright to connect the horizontal driving parts (200); A lifting block (302) is slidably connected to the upright guide rod (301) so as to be movable up and down along the upright guide rod (301); A second driving motor (303) is disposed on the upper surface of the horizontal driving part (200) to transmit power, and the horizontal driving part (200) is disposed on the inner lower surface of the housing (100); and The upright driving belt (304) is connected between the second driving motor (303) and the horizontal driving part (200) arranged on the inner upper surface of the housing (100), and forces the lifting block (302) to move up and down while working in a cycle.

9. The push-type prize game machine according to claim 1, characterized in that: The pressurizing device (400) further comprises: A small gear (401) is exposed and arranged on the upper surface of the lifting drive unit (300); A third driving motor (402) is embedded inside the lifting driving unit (300) to connect with the pinion gear (401) and to drive the pinion gear (401) to rotate; a rack gear (403) disposed on the upper surface of the lifting drive unit (300) to mesh with the pinion gear (401), and having a striking rod (403a) formed at the front end thereof, which moves horizontally toward the prize hanging frame (130) or in the opposite direction to the prize hanging frame (130) by means of the rotating pinion gear (401); and The guide rollers (404) are arranged on both sides of the upper surface of the lifting drive unit (300) with the rack gear (403) as a reference, and are closely attached to the two side surfaces of the rack gear (403) to guide the rack gear (403) to move horizontally.

10. The push-type prize game machine according to claim 9, characterized in that: The rack gear (403) forms a striking protrusion (403b) having any one of a circular, semicircular, elliptical or polygonal shape at the end of the striking rod (403a).

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