JPS6053633B2 - Operating device in slot machine toy - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an operating device for a slot machine toy.

In other words, in a slot machine toy configured so that when the operating handle is rotated after inserting a carton from the slot, a motor is started and three display drums are rotated.When the operating handle is rotated toward you, each display drum is rotated. The display drums begin to rotate all at once, and then when the operating handle is rotated little by little in the opposite direction, the three display drums stop one after the other in order of rank, and a prize carton appears when each picture is matched. Instead of stopping each display drum by pressing a button like in the conventional model, each display drum can be stopped in any sequential order using the starting operation handle, making it easy to operate and ensuring reliable operation without malfunction. It is intended to be provided so that you can have fun and have fun.

Next, the embodiment shown in the drawings will be described.

Figure 1 shows a perspective view of the entire electric slot machine toy, with three openings 13, 13'', 13'' on the upper front side of the case.
An explanation plate 14'' is attached to form a surface 14 on which are arranged side by side, an outlet 16 for the prize carton is opened below it, an operating handle B is provided on the side, and an input port 2 for the carton 3 is provided at the top of the case.
are provided respectively to constitute the outer surface side. Further, a battery case 17 into which two batteries can be loaded from the back side is provided inside the upper part of the case, and a pocket 18 into which a drawer can be taken in and out to receive an extra carton 3 is provided in the lower part.
FIG. 2 shows a front view of the inside of the case. Three display drums 6, 6", 6" are installed on the rotating shaft 20 inside the frame plate 19. The opening 1 is provided on the 6″ circumferential surface.
Various pictures that can be exposed at 3, 1, 3″, and 13″ respectively 2
A large number of shallow and deep recess bodies 9, 9'', 1 are attached at regular intervals, and each drum has a shallow recess d and a deep recess e on the side thereof.
9'' are provided in the same body, and the large diameter pulley 1J-22, the display drum 6 shallow and deep concave body 9, 6'', 9'', 6'', 9'' are connected from one side of the rotating shaft 20 mounted in the frame plate 19. Compression springs 7'' and 7 are interposed between the outside of the large diameter pulley 22 and the outside of the shallow and deep recessed body 9'' and the frame plate 19, respectively, and the shallow and deep recessed body 9 and Jura cone sheets 8 and 8'' made of resin are interposed between the display drums 6'' and 9 and 6'', respectively, so as to be in frictional contact with each other.

A small diameter pulley 24 rotated by a motor 23 fixed to the frame 19 to a large diameter pulley 2 of the rotating shaft 20.
A belt 25 is placed around the rotating shaft 20, and as the rotating shaft 20 rotates, each drum 6, 6'', 6'' rotates under the influence of the elastic force of the springs 7, 7'' and the frictional force of the seats 8, 8''. A switch plate 26 fixed to the frame plate 19, a motor 23, and a battery case 17 are provided so as to be able to stop the switch plate 26. The configuration is such that the motor 23 can be started by connecting the wiring.

The bending portions of the operating rods 10, 1'', 1'', which have approximately L-shaped sides, are installed on the supporting shaft 28 horizontally suspended below the front of each drum, and one end of each operating rod has an extension on one side. can be moved up and down below each shallow and deep recess body 9,9''9'', and the upper protruding rod 29 of each operating rod 10,1'',10'' is connected to the shallow and deep concave body 9,9''.
9″, 9″ recesses provided so as to be able to be thrust into the body,
As each tip 10a, 1'A, l'a on one end side moves up and down, a tension spring 30, 3', 30'' is connected in tension to each operating rod 10, 1', 1' from above, respectively.
Horizontal pins 15, 15'', 15'' are provided protruding from the lower front end of each operating rod 10, 1'', 1'', respectively.

A shaft 32 supported by a bracket 31 is installed horizontally inside the front side of the frame plate 19, and three locking bodies A, A are attached to the shaft 32.
Insert the bases of `` and A'' respectively, and form claw portions 27, 27'', 27'' at the lower center of each locking body, which can engage the pins 15, 15'', 15'', respectively, and lock them. Body A, A
Each of the locking bodies A
, A'', A'' are formed so that their tips A, a'', a'' are pressed downward, and in this state, as shown in FIG. The configuration is such that the height increases in the order of a'' and a.

In addition, one ends of three arms C, C'', C'' are fixed to a support shaft 37 which is rotatably installed below each drum 6, 6'', 6'', but all three arms are aligned on the side. The tip portions A, a″,
a'' respectively.

An inlet flow path 5a for the carton 3 is provided below the input port 2, and a presser 1 is provided above the flow path 5a, and an interlocking element 4 is provided below, movable up and down along the rail 33. The carton 3 is interposed between the presser 1 and the interlocking element 4, and the carton 3 is placed on the side of the descending position of the interlocking element 4.
A two-pronged elastic body D made of resin is formed on the other side, and one side of the elastic body D is brought into contact with the inner surface of the case around the upper fulcrum 0, and the other side is free. The end d is configured so that it can be elastically repelled and sent out into the flow path 5 against the carton 3 above the interlocking element 4.

Three plate holders 11,
1", 11" are arranged in parallel and can be moved up and down, and each holder 11, 1", 11" has receiving grooves 12, 12", 12" connected in a horizontally inclined straight line.
, and each receiving groove is made wide enough to receive two carton 3 so that the receiving groove 12 in which each holder 11, 1'', 11'' is moved upward is in communication with the prize exit path 5'' side. The lower outlet of an extra outlet passage 5'' connected to the inlet side of the flow passage 5, which is lateral to the rail 33, is configured to be visible above the pocket 18.

In addition, the tips 10a, 1'A, l'a of the operating rods are visible in the narrow grooves 36, 36'', 36'' that extend downward from each holder 11, 1V, 11'', allowing for vertical movement. A lower boss portion b of an outer operating handle B is fitted and fixed to one end of the support shaft 37, and an actuating plate 38 bent in the transverse direction is fitted and fixed, and both ends of a long connecting rod 39 are fitted and fixed. The pusher 1 is bent and connected to the actuating plate 38, respectively, and a tension spring 47 is connected between the actuating plate 38 and the case back plate, and the actuating plate 38, which is pulled by the tension spring 47, is connected to its peripheral edge. It is configured such that when the joint part 48 is engaged with a stopper 49 on the case side plate, it cannot be rotated any further and is locked.

Further, the other end of a connecting rod 41 whose one end is connected to the base side of the rotating plate 40 attached to the support shaft 37 is connected to the interlocking element 4, and the pressing element 1 is pulled upward by the tension spring 47. A support shaft 3 in which both ends of an interlocking rod 43 connected to the distal end side of the rotating plate 40 are formed on both sides of the frame plate 19.
The interlocking rod 43 is inserted into the L-shaped actuating plates 45, 45 on both sides, which are inserted into the circular arc grooves 44, 44 at the center of the frame plate 19, and into which the support shaft 37 is inserted, approaching the inner surfaces of both sides of the frame plate 19, and Plate 45,
The push rod 46 spanning the upper end of 45 is connected to each operating rod 10, 1'
, 1', and attach it so that it is located above the tip side of the interlocking element 4
The upward return of the interlocking structure from 1 to 46 to the push rod 46 is configured to be performed by a spring.

Therefore, when operating the slot machine toy with the above configuration, each holder 11, 1'', 11
'' is moving downward, the carton 3 put in from the input port 2 flows through the flow path 5, and two carton 3 are put into the receiving grooves 12, 12'', 12'' of each holder 11, 1'', 1 bit. The entrance of the prize exit path 5'' and the receiving groove 12
The position of each prize carton 3 is shifted and each prize carton 3 is in a stopped state.

When operating, first insert carton 3 from input port 2,
The carton 3 flows through the inlet flow path 5a and rides above the interlock 4 as shown in FIG. 11, where it becomes vertical as shown in FIGS. When the operating handle B is grasped and rotated approximately 90 degrees toward the front, that is, in the direction of the arrow, the actuating plate 38 rotates in that direction and moves the presser 1 downward via the connecting rod 39. , the presser 1 presses down the interlocking element 4 using the carton 3 as a medium, and when the interlocking element 4 has completely moved down as shown in FIG. At the same time, the operating plates 45, 45 are also rotated as shown by the arrow C in FIG.
1'' are all pushed down to the center of the support shaft 28, and each pin 15,
15'', 15'' are moved forward, and the operating handle B is pushed down fully toward the front to reach the second position as shown in FIG.
As shown in the figure, the claws 27, 27 of each of the locking bodies A, A'', A'' are tilted forward and downward and are pressed downward by torque springs 42, 42'', 42'', respectively.
The pins 15, 155, 15'' are engaged with the pins 15, 2T, and 2T, respectively, resulting in the state shown in FIG.

In this state, when the operation handle B in the second position is slightly lifted upward, the free end d of the elastic body D elastically repels the carton 3 of the interlocking element 4 and sends it out into the flow path 5. flows toward the holder 112 side, but if it is already stored in the flow path 5, the extra outlet path 5''
and flows into the pocket 18.

When the operating handle B is pulled toward you in this way, the state shown in FIG.
is separated from each shallow and deep recess body 9, 9'', 9'', electrically connected and the motor 23 is started, whereupon each display drum 6, 6'',
6″ starts rotating at the same time.

Next, the operating lever B is rotated in the opposite direction, that is, in the direction of the lifting arrow H as shown in Fig. 9, but when first lifted slightly and then raised to the position , out of the three that rotate at the same time, One arm C'' of is the tip of the locking body A'' that is lowered most downward? '', only this locking body A has to be raised upwards, and for this purpose the tension spring 3
``From the pin 15'' of the operating rod 1'' that is pulled to the claw portion 27''
is separated, and then the protrusion 29 of the operating rod 10'' that is pulled upward engages with the shallow and deep recess body 9'', and the display drum 6'' stops rotating. When the arm C'' is rotated to
'', the display drum 6 stops in the same manner as described above, and when the operating handle B is further rotated to raise it to the ``H'' position, the arm C comes into contact with the tip a of the locking body A, and the same as described above occurs. Then, the display drum 6 stops, and the electrical connection is broken during that time.

In other words, if you turn the operating handle B all the way toward you, 3
, the display drums 6, 6'', and 62 rotate all at once, and when the operation handle B is turned slightly upward in the opposite direction from that position, one display drum 6'' stops and rotates a little further. When the display drum 6'' is rotated, the next display drum 6'' is locked, and the last display drum 6, which is rotated a little again, is stopped.
One picture 21 of ``,6'' has three mouths 13,13'',13
'', and a predetermined picture matching will be performed.In that case, each operating rod 10, 1'', 1
When the projecting rods 29 of ``A'' and ``A'' plunge deeply into the recess e, the operating rods 10, 1'', 1'' move upward by that much higher position, and the respective tips 10a, 1''A, 1''a are It rises high, so that its tip is attached to the holder 11,1''
, 1 Bi are raised as shown in FIG. It is in a state of communication, and the six carton 3 are connected to the prize exit path 5.
'' and flows out from the outlet 16 as a prize carton.

In this case, if only the holder 11 is moved up, the number of prize cartons will be two, and if the holder 11,1'' is moved up, the number will be four, resulting in three sets of prize cartons.

In this way, the present invention replaces the carton 3 with the input port 2! In this slot machine toy, the three display drums 6, 6'', 6'' are rotated by starting the motor 23 when the operating handle B is rotated after the input is made. Shallow and deep recess bodies 9, 9″ provided on the sides of the
, 9'' are respectively connected to four operating rods 10, 1'', 1''.
Each of the locking bodies A, A'', A'' is independently pivoted and is locked in a state where each operating rod 10, 1'', 1'' is separated from the shallow and deep recess body 9, 9'', 9''. The tips are made long and short, respectively.
Rotate the operating handle B toward you to display the display drums 6, 6.
'', 6'' and then in the opposite direction, the arms C, C'', which are rotated by the operation handle B,
Since the locking bodies A, A'', and A'' can be activated to release the locks in order by using C'''', when the operating handle B is rotated toward you, each display drum 6, 6'' is activated. ,6″
can be rotated in one stroke, and then the operation handle B
When rotated little by little in the opposite direction, arms C, C'', C''
'', each locking body A, A'', A'' is operated one by one, and the engagement with the operating rods 10, 1'', 1'' is sequentially released, and the display drums 6, 6'', 6'' are sequentially stopped. The prize carton can be displayed by matching the pictures when the three display drums 6, 6'', and 6'' stop, and instead of stopping by pressing a button like the conventional type, the operation handle B1 for starting is used. The book allows each display drum to be stopped sequentially as desired, and is easy to operate and can be operated reliably without causing trouble, making it enjoyable to play.

[Brief explanation of drawings]

The drawings show embodiments of the present invention, and FIG. 1 is an overall perspective view;
Figure 2 is a front view of the interior, Figure 3 is a side view, and Figure 4 is a front view of the interior.
The figure is a partially cutaway side view, Figure 5 is a front view of the interior, Figure 6 is a side sectional view, Figure 7 is an explanatory diagram of the operation of Figure 6, and Figure 8 is a diagram of each locking body. A side view, FIG. 9 is an explanatory diagram of the operation seen from the side, FIG. 10 is a front view of the back side seen from inside, FIG. 11 is an inside view, and FIG. 12 is a part of FIG. 11. FIG. 13 is an explanatory diagram of another part of the operation.

Claims (1)

[Claims] 1 After inserting Calton 3 from the input port, press the operation handle B
In a slot machine toy in which a plurality of display drums 6, 6', 6'' rotate when the display drums 6 are rotated, each of the display drums 6
, 6′, 6″ have gear-shaped shallow and deep recess bodies 9, 9′,
9'' are integrally formed, and each of the display drums 6, 6',
The support shaft 28 provided below the front of the 6" has a plurality of side surfaces approximately L
The operating rods 10, 10', 10'' each have a recessed body 9, 9 on the upper side.
Projection rods 29, 29', 29'' that engage and disengage from ' and 9'', respectively.
, a spring having horizontal pins 15, 15', 15'' protruding from its lower end and biasing the protruding rods 29, 29', 29'' in a direction to engage the concave bodies 9, 9', 9''; 30, 30', 30'', and each of the operating rods 10,
A plurality of locking bodies A, A', A'' having different lengths are pivotally supported at the front lower part of 10' and 10'', and each of the locking bodies A, A
', A'' shows the pins 15, 1 with the protruding rods 29, 29', 29'' separated from the recess bodies 9, 9', 9''.
5', 15'' and the pawls 27, 27', 27'' and the pins 15, 15',
Torque spring 4 that biases in a direction to maintain engagement with 15''
2, 42', 42'', and the pins 15, 15', 15'' are arranged in a direction in which they engage with the pawls 27, 27', 27'' by rotation of the operating handle B at the time of starting. By the mechanism for rotating the operating rods 10, 10', 10'' and the return rotation of the operating handle B after starting, the tips a, a' of the locking bodies A, A', A'' are rotated. , a'' and the claws 27, 27', 27'' and the pins 15, 15', 1
Arms C, C', and C'' are provided for rotating the locking bodies A, A', and A'' in the direction of releasing the engagement with the display drums 6 and 5''. , 6', 6'' are rotated, and then the operating handle B is rotated to return, so that each of the display drums 6, 6', 6'' is sequentially stopped.