CN107808459B

CN107808459B - Gift game machine

Info

Publication number: CN107808459B
Application number: CN201610814782.1A
Authority: CN
Inventors: 金海正
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-09-09
Filing date: 2016-09-09
Publication date: 2020-07-21
Anticipated expiration: 2036-09-09
Also published as: CN107808459A

Abstract

The present invention provides a gift game machine, comprising: the gift storage device comprises a housing (100), an opening and closing door (200), a vertical guide part (300), a target part (400), a driving part (500), a rotating plate (600) and a gift storage part (700). The target part moves up and down along the vertical guide part, and the target block of the target part enters the target groove of the rotating plate, so that the gift of the gift storage part corresponding to the target groove falls down, and the gift is obtained.

Description

Gift game machine

Technical Field

The invention relates to a gift game machine, in particular to an automatic gift game machine.

Background

Generally, a gift game machine is a device for obtaining a designated gift according to the result of winning or losing a game, and the gift game machine includes a gift provider to further obtain a sense of achievement for the purpose of enjoying the game.

At this time, the gift game machine determines its winning or losing result according to the user's operation ability, thereby enabling the user who enjoys the game to obtain a sense of achievement.

KR 20-0245379Y 1 discloses a gift discharging apparatus comprising: a body having a hollow shape; a belt frame (belt frame) formed in front of the body in such a manner as to protrude in a manner facing each other; a driving gear rotatably provided inside the main body; a belt pulley (belt pulley) having one end connected to the driving gear and the other end connected to an end of the belt frame so as to perform a circulating operation; gift hooking grooves formed in a plurality at regular intervals along the outside of the pulley to fix gifts in a hooked fashion; and a switch provided at a lower portion of the driving gear so as to be pressed by the driving gear and operated.

Here, the player plays the game after inserting the coins, and at this time, if the player wins the game, the driving gear rotates at a predetermined angle, thereby circulating the pulley. Then, after the gift hooked in the gift hooking groove moves forward by the pulley, it drops downward by the pulley circulating at the end of the belt frame so as to be discharged.

At this time, the driving gear is formed with a protrusion on the outer surface thereof, which is operated by pressing the switch, and the operation of the pulley is stopped while the protrusion presses the switch, thereby preventing the gift hooked in the gift hooking groove from falling down again.

However, the above-mentioned patent documents have a problem that the weight of the gift hooked in the gift hooking groove exceeds, the driving force of the pulley is reduced, the driving gear engaged with the pulley due to the weight of the gift is rotated idly, and friction force is generated between the pulley and the driving gear, the gear of the pulley or the driving gear is damaged due to the friction force, and the belt frame is drooped due to the weight of the gift hooked at the end of the belt frame, and the drooped belt frame makes the gift easily separated from the gift hooking groove, and the gift exposed forward is drawn out, and then the gift positioned at the rear is drawn out in sequence, so that there is no gift selection right, and the reliability of the product is reduced.

Disclosure of Invention

Technical problem

The present invention has been made to solve the above-mentioned problems, and an object of the present invention is to provide a gift game machine in which a hollow cover frame (cover frame) having an open front is attached to a rear surface of a vertical guide, and a guide rail and a first sensor are provided on an inner wall surface of the cover frame to move a lift block slidably coupled to the guide rail of the vertical guide and a target portion; the target portion is provided with a target block and a first sensing frame in front of the lifting block, the driving portion is arranged behind the cover seat in a lifting and moving mode, the rotating disk provided with a plurality of target grooves is rotatably arranged on the upper portion of the front face of the vertical guide portion, the gift accommodating portions are formed in the shell in a mutually adjacent mode by taking the vertical guide portion as a reference, the target block enters the target grooves, and meanwhile the first sensing frame enables the first sensors to operate, so that the gift accommodating portions corresponding to the target grooves move forwards, and stored gifts fall downwards to obtain gifts.

Technical scheme

In order to achieve the object of the present invention as described above, a gift game machine according to the present invention includes:

a housing which is a hollow shape with an open front, and a gift discharging channel which guides the discharging of the gift is formed at the lower part;

an opening and closing door rotatably coupled to a front surface of the housing, and having a coin inlet and a gift outlet formed thereon;

a vertical guide part which is positioned at the upper part of the gift discharging channel, is provided with a hollow cover seat with an open front surface at the back in an attached mode, is provided with a through hole corresponding to the cover seat at the front surface, is provided with a guide track corresponding to the through hole at the inner wall surface of the cover seat, and is provided with a first sensor for outputting signals at the upper part of the inner wall surface of the cover seat;

a target portion provided with an elevating block slidably coupled to the guide rail, a target block exposed outside the through hole and a first sensing frame moved up and down by the elevating block to operate the first sensor, the target block being formed in front of the elevating block;

a driving part which is arranged behind the cover seat in a lifting and moving way so as to enable the target part to lift and move;

a rotating plate which is rotatably provided above the vertical guide portion and in which a plurality of target grooves are formed, the target grooves being formed in a ring shape at predetermined intervals so that target pieces of the target portion enter the target grooves;

and a plurality of gift storage parts which are adjacently arranged in the housing by taking the vertical guide part as a reference and move in the front-back direction to drop the gifts stored in the gift storage parts.

According to the present invention, the cover base of the vertical guide portion is further provided with a second sensor at a lower portion of an inner wall surface, and the second sensor senses the first sensing frame of the elevating block moving downward, thereby preventing the elevating block from moving downward beyond a predetermined distance.

According to the present game machine of the present invention, a third sensor is formed behind the cover base, the third sensor sensing whether or not the target block of the target portion collides with the periphery of the target groove of the rotating plate, and controlling the driving portion to move the target portion downward; a second sensing frame is further formed at one side of the driving part, and the second sensing frame is separated from the third sensor to operate the third sensor.

According to the present invention, the target portion has a first rack gear formed along a longitudinal direction behind the elevating block, the driving portion has a first motor provided therein, and has a first pinion gear formed on one side surface thereof, the first pinion gear being connected to the first motor and being engaged with the first rack gear, thereby moving the first rack gear up and down.

According to the present game machine of the invention, the driving part includes: a pair of support plate parts fixed to the upper and lower ends of the rear surface of the cover base, respectively, and having a pair of guide rods formed to protrude in the direction facing each other; a lifting housing provided between the support plate portions, having a first motor formed therein and a first pinion gear formed on one side surface thereof and connected to the first motor; and an elastic spring provided between the lower support plate portion and the lift case, and pressing the lift case moving downward upward.

According to the present invention, the gift accommodating portion includes: a support part fixedly arranged inside the shell; a moving part, the upper and lower parts of which are open hollow shapes, which can be arranged in the supporting part in a way of moving back and forth, thereby pushing out the gift stored on the supporting part; and a driving device disposed behind the moving part so as to move the moving part forward and backward.

According to the present invention, the front face of the moving part is formed of a transparent material so that the gift stored on the supporting part can be externally recognized.

According to the present invention, the support part has a through hole formed in an upper surface thereof in a length direction, a second rack gear is formed in the through hole, and the driving means has a second motor and a second pinion gear formed therein, the second pinion gear being connected to the second motor and externally engaged with the second rack gear.

Advantageous effects

The gift game machine according to the present invention has the following advantages: the gifts having relatively heavy or light weight are received in the respective gift receiving portions so that there is no problem of drooping at the gift receiving portions due to the weight of the gifts, and gifts different from each other are received in the respective gift receiving portions so that the user can select and draw out the gifts, and the kind of the gifts can be easily confirmed with the naked eye at the outside, and any one can easily enjoy the game in a pure game manner in which the target block is entered into the target groove of the rotation-stopped rotation plate through the operation of the player, thereby causing the challenge and consciousness of the player.

Drawings

Fig. 1 is a schematic view of the construction of a gift game machine according to the present invention.

Fig. 2 is an exploded view of fig. 1.

Fig. 3 is a schematic view of the structure of the main part of the gift game machine according to the present invention.

Fig. 4 is a rear view of fig. 3.

Fig. 5 is a schematic structural view of a vertical guide of a gift game machine according to the present invention.

Fig. 6a and 6b are schematic views of the construction of a target portion of a gift gaming machine according to the present invention.

Fig. 7 is a schematic structural view of a driving part of a gift game machine according to the present invention.

Fig. 8a and 8b are schematic structural views of a rotary plate of a gift game machine according to the present invention.

Fig. 9 is a schematic structural view of a gift receiving part of a gift game machine according to the present invention.

Fig. 10 to 13 are views respectively showing an operation state of the gift game machine according to the present invention.

Detailed Description

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

Referring to fig. 1 to 4, the present invention provides a gift game machine including: a case 100, an opening and closing door 200, a vertical guide 300, a target 400, a driving part 500, a rotating plate 600, and a gift storage part 700.

The housing 100 has a hollow shape with an open front, and a gift discharging passage 101 for guiding the discharge of the gift is formed at a lower portion thereof.

The housing 100 is provided therein with a vertical guide part 300, a target part 400, a driving part 500, a rotating plate 600, and a gift storage part 700.

Preferably, the gift discharging passage 101 is formed in a downwardly inclined form in a structure that is wide at the top and narrow at the bottom.

The opening and closing door 200 is rotatably coupled to a front surface of the housing 100 to open and close the front surface of the housing 100, and a coin inlet 201 and a gift outlet 202 through which a gift is drawn are formed on a front surface of the opening and closing door 200.

The opening and closing door 200 is formed at an upper portion thereof with a transparent window through which the inside of the case 100 can be seen.

Preferably, the opening and closing door 200 is coupled to one end of the housing 100 by a hinge.

Referring to fig. 1 to 9, a button portion 200a is formed on a front surface of the opening/closing door 200, and the button portion 200a stops rotation of the rotating plate 600 and moves an elevation block 401 of the target portion 400 up and down.

Referring to fig. 5, the vertical guide 300 is provided with a hollow cover holder 301 having an open front surface at a rear surface thereof in an attached manner, a through hole 302 corresponding to the cover holder 301 is formed at the front surface, a guide rail 303 corresponding to the through hole 302 is formed on an inner wall surface of the cover holder 301, a first sensor 304 for outputting a signal is formed on an upper portion of the inner wall surface of the cover holder, and the cover holder 301 is closely fixed to the inner wall surface of the housing 100.

The cover holder 301 covers the guide rail 303 and the first sensor 304, thereby preventing the guide rail 303 and the first sensor 304 from being exposed to the rear of the vertical guide 300.

The guide rail 303 guides the elevating block 401 of the target portion 400 to move vertically.

The through hole 302 is slidably coupled to the guide rail 303 by allowing the elevating block 401 of the target portion 400 to pass therethrough.

Referring to fig. 6a and 6b, the target portion 400 is provided with an elevating block 401 slidably coupled to the guide rail 303, a target block 402 and a first sensing frame 403 are formed in front of the elevating block 401, the target block 402 is exposed to the outside of the through hole 302, and the first sensing frame 403 is moved up and down by the elevating block 401 to operate the first sensor 304.

The first sensor 304 operates through the first sensing frame 403 of the target portion 400 to cause operation of a selected one of the plurality of gift storage portions.

The lifting block 401 is guided by the guide rail 303, and thereby the target portion 400 is moved up and down.

The target block 402 moves up and down by the up-down block 401 and enters the target groove 601 of the rotating plate 600.

Preferably, the upper end of the target block 402 is formed in an arrow shape.

Referring to fig. 7, the driving part 500 includes: a pair of support plate portions 504 fixed to the upper and lower ends of the rear surface of the cover base 301, respectively, and having a pair of guide rods 504a formed to protrude in the direction facing each other; a lift case 505 provided between the support plate portions 504, and having a first motor 501 formed therein and a first pinion gear 502 connected to the first motor 501 formed on one side surface thereof; and an elastic spring 506 provided between the support plate portion 504 at the lower end and the lifting housing 505 to press the lifting housing 505 moving downward upward, wherein the elastic spring 506 is provided at a lower portion of the support plate portion 504.

The target portion 400 is formed with a first rack and pinion (rack) 404 along a length direction behind the elevating block 401. The first rack gear 404 is engaged with the first pinion gear 502 of the driving part 500, and the first rack gear 404 moves up and down by the rotational force of the first pinion gear 502 rotating in the reverse direction.

Referring to fig. 8a and 8b, a rotating plate 600 is rotatably disposed at an upper front portion of the vertical guide 300, and a plurality of target grooves 601 are formed, the plurality of target grooves 601 being formed in a ring shape with a predetermined interval therebetween, so as to allow the target blocks 402 of the target part 400 to enter the target grooves 601.

The first sensor 304 outputs a signal to any one of the plurality of gift storage parts 700 according to the angle of the rotating plate 600 and controls the first pinion gear 502, thereby changing the rotation direction of the first pinion gear 502.

The cover holder 301 of the vertical guide 300 is further provided with a second sensor 305 at a lower portion of an inner wall surface, and the second sensor 305 senses the first sensor frame 403 of the up-and-down block 401 moving downward, thereby preventing the up-and-down block 401 from moving downward beyond a predetermined distance.

The second sensor 305 operates when the first sensing frame 403 approaches, thereby stopping the operation of the first pinion gear 502 of the driving part 500.

A third sensor 306 is formed behind the cover holder 301, and the third sensor 306 senses whether or not the target block 402 of the target portion 400 collides with the periphery of the target groove 601 of the rotating plate 600, and controls the driving portion 500 to move the target portion 400 downward.

A second sensing frame 503 is further formed at one side of the driving part 500, and the second sensing frame 503 is separated from the third sensor 306 and operates the third sensor 306.

The third sensor 306 operates at the moment when the second sensing frame 503 located at the adjacent position is disengaged from the adjacent position.

The driving unit 500 is disposed behind the cap base 301 so as to be movable up and down, thereby moving the target portion 400 up and down.

The driving part 500 is provided with a first motor 501 inside, a first pinion gear 502 formed on one side surface, and the first pinion gear 502 is connected to the first motor 501 and is engaged with the first rack gear 404 at the outer surface thereof, so that the first rack gear 404 is moved up and down.

The first pinion gear 502 is rotated in the forward direction or the reverse direction by the first motor 501, and the first rack gear 404 in the engaged state is moved up and down.

The first pinion gear 502 is rotated by the signal transmission of the button portion 200a of the opening/closing door 200, so that the first rack gear 404 is moved upward, and is rotated in the reverse direction by the signal transmission of the first sensor 304 or the third sensor 306, so that the first rack gear 404 is moved downward.

The second sensing frame 503 is maintained in a state of being located near the third sensor 306, is detached from the third sensor 306 and operates the third sensor 306.

Preferably, the second sensing frame 503 is formed at one side surface of the lifting housing 505 of the driving part 500.

The lifting housing 505 is guided by the guide rod 504a of the support plate portion 504 to move up and down.

The lift housing 505 rotates the first pinion gear 502 to move downward while being engaged with the first rack gear 404, and the first rack gear 404 is held in a fixed state so that the target block 402 that has collided with the peripheral portion of the target groove 601 of the rotating plate 600 cannot enter upward any more.

The lifting housing 505 is moved downward by the first pinion 502 and pressurizes the elastic spring 506.

The rotation plate 600 is rotated by a stepping motor (steppingmotor)600a fixedly provided at the rear of the vertical guide 300.

The stepping motor 600a senses the plurality of gift accommodating parts 700 in a form corresponding to the rotation angle thereof.

Preferably, the target groove 601 is concavely formed in an arrow shape in a form corresponding to the shape of the target block 402.

The stepping motor 600a stops the rotating plate 600 at a predetermined angle by being controlled by the button portion 200 a.

The gift receiving parts 700 are provided inside the housing 100 adjacent to each other with reference to the vertical guide part 300, and drop gifts received therein by moving in forward and backward directions.

The gift receiving portion 700 may be provided in plurality, and the gift receiving portions 700 are provided adjacent to each other, preferably, at least one, preferably, two or more, in a form of being spaced apart by a predetermined interval in a vertical direction.

Referring to fig. 9, the gift receiving portion 700 includes: a support part 701 fixedly provided inside the housing 100; a moving part 702 having an open hollow upper and lower part and provided inside the supporting part 701 to be movable forward and backward, thereby pushing out the gift stored in the supporting part 701; and a driving device 703 provided behind the moving unit 702 so as to move the moving unit 702 forward and backward.

Preferably, the moving portion 702 has a shape of "□".

The front surface of the moving part 702 is formed of a transparent material so that a gift accommodated in the supporting part 701 can be externally recognized.

Preferably, the front surface of the moving part 702 is detachable.

The support part 701 has a through hole 701a formed in an upper surface thereof along a longitudinal direction, a second rack gear 701b formed in the through hole 701a, the driving device 703 has a second motor 703a and a second pinion gear 703b formed therein, and the second pinion gear 703b is connected to the second motor 703a and has an outer surface engaged with the second rack gear 701 b.

The second pinion gear 703b moves along the second rack gear 701b while being rotated by the second motor 703a, so that the driving device 703 is moved forward or backward.

Referring to fig. 10 to 13, the gift game machine according to the present invention constructed as described above operates in the following manner.

In the following description, the vertical guide part 300, the target part 400, and the driving part 500 are provided below the rotating plate 600 as an example, but the vertical guide part 300, the target part 400, and the driving part 500 are provided at positions around the edge of the rotating plate 600 that can be freely selected by a user.

First, if coins are inserted into the coin insertion opening 201 formed in the front surface of the opening/closing door 200, the rotary plate 600 provided in the front surface of the vertical guide 300 can be rotated in a clockwise direction or a counterclockwise direction.

At this time, the rotating plate 600 rotates in a predetermined direction by the stepping motor 600a and continuously senses a plurality of gift storage sections 700 different from each other.

In other words, the rotation angle of the stepping motor 600a is continuously changed, and the gift storage 700 sensed by the stepping motor 600a is continuously changed.

Here, if the user visually checks the rotation angle of the rotating board 600 and then presses the button portion 200a of the opening/closing door 200, the stepping motor 600a is controlled to stop the rotating board 600 and the target portion 400 moves upward so as to ride on the vertical guide 300.

At this time, the first rack gear 404 of the target portion 400 is engaged with the first pinion gear 502 of the driving portion 500 rotationally driven by the first motor 501 and is moved upward and downward, and thereby the first rack gear 404 moves the elevating block 401 upward, and the elevating block 401 is moved upward while being guided by the guide rail 303 of the vertical guide portion 300.

And, if the target block 402 moved by the elevating block 401 enters the target slot 601 of the rotating plate 600, the first sensor frame 403 formed at the elevating block 601 operates the first sensor 304 of the vertical guide 300, and thus the first sensor 304 operates any one gift storage 700 among the plurality of gift storage 700.

At the same time, the first sensor 304 rotates the first pinion gear 502 in the reverse direction, and the first rack gear 404 engaged with the first pinion gear 502 moves downward, thereby returning the target portion 400 to the original position.

Here, after the first sensing frame 403 of the target portion 400 is moved downward by the elevating block 401, the second sensor 305 formed at the lower portion of the inner wall surface of the cap base 301 is operated, and at this time, the second sensor 305 controls the rotational operation of the first pinion gear 502, thereby preventing the target portion 400 from moving downward more than a predetermined distance.

Then, the gift storage unit 700 receives a signal from the first sensor 304, rotates the second motor 703a of the driving device 703, rotates the second pinion 703b by the rotation of the second motor 703a, and moves the driving device 703 in a manner of meshing with the second rack gear 701b, thereby moving the driving device 703 forward or backward.

Then, the moving portion 702 fixed to the front of the driving device 703 pushes the gift accommodated in the support portion 701 forward, and at this time, the gift is pushed out by the moving portion 702 and then drops down toward the gift discharge passage 101 of the housing 100 at the front end of the support portion 701.

And, the gift dropped toward the gift discharging passage 101 reaches the outlet 202 of the opening and closing door 200.

The target block 401 moved up and down by the up-and-down block 401 of the target portion 400 cannot enter the target groove 601 of the rotating plate 600, and if it collides with the periphery of the target groove 601, the first rack gear 404 cannot move upward any more, and stays at this position.

At this time, the first pinion gear 502 of the driving unit 500 rides on the first rack gear 404, which is fixed after continuously rotating in the same direction, and moves downward, so that the elevating housing 505 of the driving unit 500 moves downward.

Then, the lifting housing 505 is guided by the guide rod 504a of the support plate portion 504 and moves downward, and presses the elastic spring 506 of the support plate portion 504 provided at the lower portion.

At this time, the second sensor frame 503 formed at one side surface of the lifting housing 505 is separated from the third sensor 306 of the vertical guide 300, and the third sensor 306 controls the first pinion gear 502 such that the first pinion gear 502 is rotated in the reverse direction.

In other words, the elevating housing 505 is pressurized by the elastic spring 506 restored to the original state and moves upward, and the first rack gear 404 is moved downward by the first pinion gear 502 rotating in the reverse direction, so that the elevating block 401 of the target portion 400 is restored to the original position and the target block 402 is restored to the original position.

As described above, in the structure in which the gift storage part 700 is operated by moving the target part 400 up and down according to the vertical guide part 300 and the target pieces 402 of the target part 400 are inserted into the target grooves 601, gifts having a relatively heavy or light weight are stored in the gift storage parts 700 each formed, so that there is no fear of the gift storage part 700 drooping down due to the weight of the gift, and gifts different from each other are stored in the gift storage parts 700, so that a user can select and draw out the gift, and the kind of the gift can be easily confirmed with the naked eye at the outside, and anyone can easily enjoy a game by a simple game manner in which the target pieces 402 are inserted into the target grooves 601 of the rotating plate 600, the rotation of which is stopped by the user's operation.

The above description is merely one embodiment for implementing the gift game machine according to the present invention, and the present invention is not limited to the above-described embodiment, and the technical spirit of the present invention is included in the scope of various modifications that can be made by anyone having ordinary knowledge in the technical field to which the present invention belongs, without departing from the gist of the present invention claimed in the claims.

Description of reference numerals:

100: the casing 101: gift discharge passage

200: opening and closing door 200 a: push button part

201: coin slot 202: lead-out port

300: vertical guide portion 301: cover seat

302: through-hole 303: guide rail

304: first sensor 305: second sensor

306: third sensor 400: target part

401: the lifting block 402: target block

403: first sensing frame 404: first rack and pinion

500: the driving section 501: the first motor

502: first pinion 503: second sensing frame

504: support plate portion 504 a: guide rod

505: the lifting housing 506: elastic spring

600: rotating plate 600 a: stepping motor

601: target groove 700: gift storage part

701: the support portion 701 a: through hole

701 b: second rack and pinion 702: moving part

703: driving device 703 a: second motor

703 b: second pinion gear

Claims

1. A gift gaming machine comprising:

a housing (100) having a hollow shape with an open front, and a gift discharging passage (101) formed at a lower portion thereof for guiding the discharge of a gift;

an opening/closing door (200) rotatably coupled to a front surface of the housing (100) and having a coin inlet (201) and a gift outlet (202) formed thereon;

a vertical guide part (300) which is positioned at the upper part of the gift discharging channel (101), a hollow cover seat (301) with an open front is arranged at the back in an attached mode, a through hole (302) corresponding to the cover seat (301) is formed at the front, a guide track (303) corresponding to the through hole is formed on the inner wall surface of the cover seat (301), and a first sensor (304) for outputting signals is formed at the upper part of the inner wall surface of the cover seat;

a target portion (400) provided with an elevating block (401) slidably coupled to the guide rail (303), a target block (402) and a first sensor frame (403) formed in front of the elevating block (401), the target block (402) being exposed to the outside of the through hole (302), the first sensor frame (403) being moved up and down by the elevating block (401) to operate the first sensor (304);

a drive unit (500) which is provided behind the cover base (301) so as to be movable in a lifting manner, and which moves the target portion (400) in a lifting manner;

a rotating plate (600) which is rotatably provided on the upper portion of the vertical guide part (300) and in which a plurality of target grooves (601) are formed, the target grooves being formed in a ring shape at predetermined intervals so that target pieces (402) of the target portion enter the target grooves (601);

and a plurality of gift storage parts (700) which are adjacently arranged inside the housing (100) by taking the vertical guide part as a reference, and drop the gifts stored inside by moving towards the front and back direction.

2. The gift gaming machine of claim 1,

the cover base (301) of the vertical guide part (300) is further provided with a second sensor (305) at the lower part of the inner wall surface, and the second sensor (305) senses the first sensing frame (403) of the lifting block (401) moving downwards, so that the lifting block (401) is prevented from moving downwards beyond a specified distance.

3. The gift gaming machine of claim 1,

a third sensor (306) is formed behind the cover holder (301), and the third sensor (306) detects whether or not the target block (402) of the target portion collides with the periphery of the target groove of the rotating plate (600), and controls the driving unit (500) to move the target portion (400) downward;

a second sensor frame (503) is further formed on one side surface of the driving unit (500), and the second sensor frame (503) is separated from the third sensor (306) to operate the third sensor.

4. The gift gaming machine of claim 1,

the target portion (400) is provided with a first rack gear (404) along the longitudinal direction behind the lifting block (401), the driving portion (500) is provided with a first motor (501) inside, a first pinion (502) is formed on one side surface of the driving portion, the first pinion (502) is connected to the first motor (501), and the first pinion (502) is engaged with the first rack gear (404) to move the first rack gear (404) up and down.

5. The gift gaming machine of claim 1,

the drive unit (500) includes: a pair of support plate sections (504) fixed to the upper and lower ends of the rear surface of the cover base (301), respectively, and having a pair of guide rods (504a) formed so as to project in the directions facing each other; a lift case (505) provided between the support plate sections (504), and having a first motor (501) formed therein and a first pinion gear (502) formed on one side surface thereof and connected to the first motor; and an elastic spring (506) which is provided between the support plate portion at the lower end and the lifting housing (505) and which presses the lifting housing (505) moving downward upward.

6. The gift game machine of any one of claims 1-5,

the gift receiving portion (700) includes: a support part (701) fixedly arranged inside the shell (100); a moving part (702) which is provided inside the supporting part (701) in a manner that the upper and lower parts thereof are open and hollow and can move back and forth, thereby pushing out the gift stored on the supporting part; and a driving device (703) provided behind the moving section (702) so as to move the moving section forward and backward.

7. The gift gaming machine of claim 6,

the front surface of the moving part (702) is made of transparent material so as to be able to identify the gift accommodated on the supporting part (701) outside.

8. The gift gaming machine of claim 6,

the support part (701) is provided with a through hole (701a) on the upper surface along the length direction, a second rack gear (701b) is formed in the through hole (701a), the driving device (703) is provided with a second motor (703a) and a second pinion (703b) in the driving device, and the second pinion (703b) is connected with the second motor (703a) and meshed with the second rack gear (701 b).