TWM395501U - Structure of award-pushing game machine - Google Patents

Description

M395501 'Starts from the preset starting position in the X-direction and Y-direction two-dimensional movement, in order to push the thrusting unit (431) of the stern-axis pushing unit (4) to the opposite direction (9) The baffle (η) in front of the valley (6 〇) is grooved (gw). Wherein 'the X-axis drive unit (2) is the upper and lower X-axis slide seats (26), (27) that are opposite to the upper and lower, and the x-axis slide bar that is perpendicular to the X-axis slide bar (21). (28) is connected, and the first belt (24〇) and the second skin ▼ (250) are synchronously pulled with the third belt (233), so that the upper and lower φ X-axis sliding seats (26) can be strengthened. (27) The stability of the upper drive gear set (3〇) in the X-direction displacement, and at the same time, the structure of the γ-axis slide bar (28) can be strengthened so that it does not cause skew and sway, thereby improving the X-axis drive. The operational accuracy of unit (2). After the user selects the target, the button (71) can be pressed to start the ram thruster unit (4), and the inner shaft tube (43) is extended relative to the sleeve (44). If the position is correct, the pushing portion (431) of the ram thrusting unit (4) can be extended into the accommodating section of the lattice truss (6) via the slot (610) of the baffle (61). ) 'And push the reward item (9) placed in it, so that the prize 'reinforces drop to the drop port (52) of the machine (5), and then the user picks up the object (53). When the limit pin (432) of the inner shaft tube (43) reaches the front limit sensor (441) due to the forward extension, an electrical signal is generated to stop the worm gear set (42) and operate in the reverse direction. , the inner shaft tube (43) is immediately contracted until the limit pin (432) touches the rear limit sensor (442), and the worm stop wheel set (42) is stopped, so that the ram shaft push unit (4) recovers. To the initial state. . However, if the position adjusted by the user is incorrect, the pushing portion (431) of the tilting force pushing unit 1 M395501 (4) can be accessed through the inner side of the pushing portion (431) when the pushing portion (431) of the M395501 (4) touches the shutter (61). The collision sensor detects a reverse stress, and the reluctance clutch device (45) also functions to interlock the fourth mandrel (41) with the screw (410) due to the pushing portion (431). The resistance is greater than the magnetic force of the magnetic person (45) to produce a slipping state to prevent the inner shaft tube (4& continue to stretch and damage the baffle (61), while the worm worm gear set (42) is stopped and reversely operated, so that the inner The shaft tube (43) is contracted until the limit pin (432) touches the rear limit sensor (442) '俾 stops the worm gear set (42), and returns the ram thrust unit (4) to the initial state. The X-axis drive unit (2) of the displacement assembly (1) and the γ-axis drive unit (3) are moved to the preset starting position again, thereby completing the single-operation procedure 0. In addition, for the displacement assembly (1) The X-axis drive unit (2), the 丫-axis drive unit (3) and the Ζ-axis pusher unit (4) are displaced at a stable speed in the second core (230), the third mandrel (300) and the fourth mandrel (41) are respectively provided with grating plates (235), (305), (411), and are provided on the positioning seat (234) The optical shutter (236) opposite to the optical disc (235) is provided with a photointerrupter (3〇6) opposite to the grating disc (305) on the positioning base (304) on the positioning seat (40). A photointerrupter (412) is disposed opposite the grating disk (411). The light generated by the interrupter is formed by the grating disk to form a continuous and continuous light wave, which can be used to obtain a continuously varying square wave signal, which can be used for two=two. , (° 2), (10) the number of revolutions to generate an appropriate degree, and further confirm the driving state of the X, γ & ζ axis. According to this, this creation provides a structure of a prize-winning game machine, which is different from the previous 12 M395501 clip-on method. This creation uses the method of pushing to achieve the purpose of acquiring a doll, thereby attracting users. Provide users with a new and novel entertainment effect.

The above description is only for the preferred embodiment of the present invention, and is intended to clarify the features of the present invention, and is not intended to limit the scope of the present embodiment, and the average variation made by those skilled in the art according to the present creation. Changes that are well known to those skilled in the art, and still fall within the scope of this creation. BRIEF DESCRIPTION OF THE DRAWINGS First FIG.: A perspective view of a preferred embodiment of the present invention. Second Figure: Schematic diagram of the displacement assembly in the preferred embodiment of the present invention. The third picture: a schematic diagram of the X-axis drive unit of the present creation. Fourth picture: Schematic diagram of the γ-axis drive unit of the present creation. Figure 5: Schematic diagram of the Z-axis pusher unit of this creation. Figure 6: Schematic diagram of the bottom edge surface of the Z-axis pusher unit. Figure 7 is a side elevational view of the initial state of the preferred embodiment of the present invention. Figure 8 is a side elevational view of the preferred embodiment of the present invention. [Main component symbol description] 20 slider block; 200 slot; 21 X-axis slider; 22 drive gear set; A push prize game machine; 1 displacement assembly; 10 positioning frame; 2 X-axis drive unit; 13 M395501 220 first mandrel; 302 221 third pulley; 303 222 fourth pulley; 304 223 worm gear set; 305 224 wheel; 306 225 positioning seat; 31 23 driven gear set; 310 230 second mandrel; Fifth pulley; 33 232 sixth pulley, 4 233 third belt; 40 234 positioning seat; 41 235 grating disk; 410 236 light interrupter; 411 24 first pulley; 412 240 first belt; 42 25 second pulley ; 420 250 second belt; 43 26 upper X-axis sliding seat; 430 27 lower X-axis sliding seat; 431 28 Y-axis sliding rod; 432 3 Y-axis driving unit; 44 30 driving gear set; 440 300 third mandrel; 441 301 seventh pulley; 442 worm gear set; worm gear; positioning seat; grating plate; optical interrupter; eighth pulley; fourth belt; Y-axis sliding seat; limit sensor; Z-axis pusher unit; ; Four-core shaft; screw; grating plate; optical interrupter; worm wheel set; worm gear, inner shaft tube; screw sleeve; push-in part, limit pin; sleeve; chute; front limit sensor; Limit sensor; 14

Claims (1)

M395501 t, patent application scope: 99.10.03⁄43⁄4 ^:] Iv ivf - , 'Kj. 1. A structure of a prize-winning game machine, comprising: a machine having a drop opening on the inner side thereof, and a take-out port communicating with the drop opening on the outer surface of the base; The displacement assembly is disposed on the inner side of the machine, and further comprises: an X-axis driving unit, which is provided with a horizontal X-axis sliding bar on the upper side and the lower side of the machine base, and is disposed on the upper X-axis sliding rod The upper X-axis sliding seat coupled to the X-axis driving unit is provided with a lower X-axis sliding seat on the lower X-axis sliding rod, and the upper X-axis sliding seat and the lower X-axis sliding seat are fixedly connected to the X-axis sliding rod Y-axis sliding rod; Y-axis driving unit is arranged on the lower X-axis sliding seat, and a Y-axis sliding seat connected with a Y-axis driving unit is arranged on the γ-axis sliding rod to form a displacement in the X-axis; and Z The shaft pushing unit is disposed on the Y-axis sliding seat, and the Z-axis pushing unit can be pushed in the Z-axis; the lattice blocking frame is placed on the leading edge of the feeding opening on the inner side of the machine table The grid hurdle frame is provided with a plurality of accommodating sections for accommodating the front and rear surfaces for accommodating the reward items, and the operation unit is preset The machine table, and the X-axis drive unit assembly displacement, Y-axis and Z-axis driving unit was pushed electrical contact means, and further control the actuation of the displacement assembly. 2. The structure of the prize winning game machine according to claim 1, wherein the X-axis driving unit is provided at one end of the upper X-axis sliding rod, and is provided with a driving gear set, and the different end is provided with driving a first pulley opposite to the gear set, a first belt is connected between the driving gear set and the first pulley, and a partial section of the first belt is fixed to the upper X-axis sliding seat; and the X-axis slides underneath. One end of the rod is provided with a driven 16 M395501 opposite to the drive gear set Correction date i^cj <a gear set, the opposite end is provided with a second pulley opposite to the driven gear set, the driven gear set is connected with the second pulley by a second belt, and the second belt is partially The section is fixed to the lower X-axis slide seat. 3. The structure of the prize winning game machine according to claim 2, wherein the driving gear set comprises a positioning seat, a first mandrel disposed on the positioning seat and a worm gear set, the first core The third pulley and the fourth pulley are fixed on the shaft, and the turbine of the worm gear group is also fixed on the first spindle; the first belt is connected to the first pulley via the third pulley. 4. The structure of the prize winning game machine according to claim 3, wherein the driven gear set comprises a positioning seat and a second mandrel disposed in the positioning seat; the second mandrel is fixed A fifth pulley is connected; the second belt is coupled to the second pulley via the fifth pulley. 5. The structure of the prize winning game machine according to claim 4, wherein the second mandrel is fixed with a sixth pulley, and the sixth pulley is connected to the fourth pulley through the third belt. . 6. The structure of the prize winning game machine according to claim 2, wherein the Y-axis driving unit is mounted on the lower X-axis sliding seat, and is provided with a driving gear set on the bottom side of the upper X-axis sliding seat. And an eighth pulley opposite to the driving gear set of the Y-axis driving unit; the driving gear set of the Y-axis driving unit and the eighth pulley are connected by a fourth belt, and a partial section of the fourth belt is fastened Connected to the Y-axis slide seat. 7. The structure of the prize winning game machine according to claim 6, wherein the driving gear set of the Y-axis driving unit comprises a positioning seat, a third mandrel disposed in the positioning seat and a worm wheel set The third mandrel is fixed with a seventh pulley, and the turbine of the worm and worm wheel set of the Y-axis drive unit is also solid. 17 M395501 09.10. 〇5/κ τ] The year is connected to the third mandrel; the fourth belt is via The seventh pulley is connected to the eighth pulley. 8. The structure of the prize winning game machine according to item 6 of the patent application scope, wherein a predetermined position of the top surface of the driving gear set of the Y-axis driving unit is provided with an electric phase of the worm-gear wheel group of the γ-axis driving unit The limit sensor is connected; when the bottom edge of the Y-axis sliding seat touches the limit sensor, an electrical signal is generated to the worm gear set, and the worm wheel set of the Y-axis drive unit can be controlled or cut off at the right time. 9. The structure of the prize winning game machine according to the second aspect of the patent application scope, wherein the Z-axis pushing unit is provided with a positioning seat on a side of the Y-axis sliding seat, and the positioning seat is provided with a relative positioning The fourth mandrel pivoted and the mast wheel set, the turbine of the Z-axis pusher unit worm gear set is fixed on the fourth mandrel, and the fourth mandrel is different from the other end of the worm wheel. a clutch device is connected to a screw, and an inner shaft tube is disposed outside the screw shaft, and one end of the inner shaft tube is provided with a screw sleeve that can be screwed with the screw; the inner shaft tube is disposed on a fixed joint Locating the inside of the sleeve on the seat. 10. The structure of the prize winning game machine according to claim 9, wherein the inner shaft tube is different from the other end of the screw sleeve, and is provided with a pushing portion. 11. The structure of the prize winning game machine according to claim 9, wherein the bottom side of the inner shaft tube is fixed with a limit pin; the bottom side of the sleeve is provided with an axis along the shaft To the formed chute, a limit pin for the inner shaft tube is placed therein. 12. The structure of the prize winning game machine according to claim 11 of the patent application scope, wherein the sleeve is disposed at two ends of the chute, respectively, and is provided with a Z-axis push M395501 w The worm and worm gear set of the object unit is electrically connected to the front and rear limit sensors; when the shaft tube moves along the sleeve, the limit pin of the inner shaft tube can be used to touch the front limit sensor or the rear The limit sensor, which generates an electrical signal to the worm gear set, can timely control or cut off the worm gear set of the z-axis pusher unit. 13. The structure of the prize-winning game machine according to claim 1, wherein the front side of the lattice truss is provided with a baffle; the baffle is provided with a plurality of horizontally-shaped slots, and each The slots are each connected to an accommodation section at the same height on the lattice rack. 14. The structure of the prize-winning game machine according to the first aspect of the patent application scope, further comprising a coin-operating device, which is preset outside the machine, the coin-operated device being electrically connected to the operating unit, The user puts the identifiable item into the coin unit and starts the operation unit. M395501 >〇