JPS6323793B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention mainly relates to an organ toy used for play by young children.

[Conventional technology]

Conventionally, for example, a music device has an internal storage device into which coded performance information corresponding to a specific piece of music is input, and a model performance is automatically expressed with sound or light based on the information from this storage device. electronic keyboard instruments or their attached devices are
It has already been disclosed and known in JP-A No. 65191 or Japanese Patent Application Laid-open No. 48-47819.

[Problem that the invention seeks to solve]

The above-mentioned conventional devices have the inconvenience of having to perform input operations such as writing to the performance information storage device in advance, and also have a performance information storage device that requires complicated circuits and configurations, making it difficult to implement. can be,
Furthermore, when using the device, there were drawbacks such as the large number of buttons to be operated, making it too difficult for young children to play with it.

[Means for solving problems]

The present invention eliminates the above-mentioned drawbacks by eliminating the need for a performance information storage device and reducing the number of buttons to be operated.・An organ that allows you to insert other objects into the hole, ・An element that allows you to press buttons and operate a switch-like part, ・An organ that fully satisfies the interests of young children with all the elements that allow you to enjoy videos. The purpose is to provide toys.

〔Example〕

Hereinafter, one embodiment of the present invention will be described with reference to the drawings. Electric circuits 2 and 3 (detailed explanations are omitted) are formed in a case 1 by a sound source circuit, a tone circuit, a volume adjustment circuit, an amplifier circuit, etc. ) and speaker 4
and a battery 5, and a changeover switch 7 equipped with an off position, a manual position, and an automatic position on the outer surface of the case 1, a self-resetting keyboard 8 for 10 scales..., a speed adjustment dial 9 for the card feed roll 17, which will be described later. Furthermore, a passage 13 for the perforated paper card 12 is formed on the upper surface of the case 1, with scale holes 11 . When inserted, the movable contact piece 15 comes into contact with the fixed contact piece 14 to turn on the operating switch 16, and the feed roll 17 and pinch roll 18 perform feeding operation only when the operating switch 16 is in the on position. At the same time, a key switch 19... which is turned on when the keyboard 8... is pressed is provided on the bottom surface of each of the above-mentioned keyboards 8..., and each of these key switches 19... has the above-mentioned changeover switch 7 in the manual position or automatic position. When it is turned on while in the position, the electric circuits 2 and 3, the speaker 4, and the battery 5 generate a tone corresponding to the scale of the pressed key (any one of the notes). Furthermore, in the passing path 13, the movable contact piece 21 and the fixed contact piece 22 come into contact in the scale hole 11 of the perforated paper card 12 transferred by the feed roll 17 before the feed roll 17, and the switch is turned on. state, and becomes an off state at the hole-less part of the same punched paper card 1210.
Input switches 23 for each scale are provided, and when the input switch 23 for each scale is turned on when the changeover switch 7 is in the automatic position, it corresponds to the scale for the scale hole 11. When the electric circuits 2, 3, the speaker 4, and the battery 5 are turned on to produce a sound (one of the do-re-mi-fa-asorashi sounds) and the selector switch 7 is in the manual position, Light-emitting diodes 24 installed on the bottom surface of each keyboard 8 corresponding to the scale of each scale hole 11 to illuminate the same keyboard 8 are powered by a battery 5 to cause them to emit light, and the perforated paper card 12 A required picture 25 or the like is drawn in the margin, and this picture 25 appears as a moving image through a window 26 provided on the ceiling wall of the passageway 13.

[Effect]

Since the present invention has the above-described configuration, when the changeover switch 7 is set to the automatic position and the perforated paper card 12 is pushed between the feed roll 17 and the pinch roll 18 via the entrance side of the passageway 13, the card 12 is You can enjoy the moving image caused by the feed, and the sound is automatically rhythmically produced according to the feed. Also, by setting the changeover switch 7 to the manual position, the perforated paper card 12 is placed between the feed roll 17 and the pinch roll 18 in the passage path 13. When the paper card 12 is pushed through the entrance side, the keyboard 8 lights up at a musical tempo, and when the changeover switch 7 is set to the manual position and the perforated paper card 12 is not pushed into the passage 13, the keyboard 8 lights up.
It is pronounced by pressing ....

〔Effect of the invention〕

In the present invention, when a perforated paper card is inserted into the entrance side of the passage when the changeover switch is set to the automatic position or the manual position, the perforated paper card is gradually inserted and does not move out from the exit side. When the switch is set to the manual position and a punched paper card is inserted into the entrance side of the passageway, the light emitted from the keyboard moves and flashes, and the switch is set to the automatic position. When a child pushes a perforated paper card into the entrance of the passageway, a melodic element is emitted, and when the changeover switch is set to the manual position, the infant pushes the perforated paper card into the entrance of the passageway. Even if you hit the keyboard without doing so, the notes will sound in the order in which you hit them, and if the switch is set to the manual position and an infant pushes a perforated paper card into the entrance of the passageway, the keyboard will automatically sound. The lights flash and emit light in sequence, and as described above, there is a play element in which a perforated paper card is inserted into the entrance (hole part) of the passageway, a play element in which the player presses a keyboard or moves a changeover switch, and an animation created by feeding the card. It is equipped with play elements to enjoy, such as elements that make movement, elements that make sound, elements that emit light, elements that allow you to insert other things into the hole, and elements that allow you to press buttons and switch-like parts. It has all the elements that can be operated and the elements that allow you to enjoy videos, and it is of course effective in satisfying the interests of young children in one product, but it does not have a performance information storage device, so it can be used for writing, etc. It has the advantage of not requiring any input work, and is simpler in construction and easier to implement than conventional ones that have a performance information storage device. The game can be played with a simple operation of inserting a punched paper card, and has favorable effects such as being optimal for younger children.

[Brief explanation of the drawing]

The figures show an embodiment of the organ toy according to the present invention, in which Fig. 1 is a perspective view showing the whole, Fig. 2 is a perspective view showing important internal parts, and Fig. 3 shows a keyboard part and a key switch part. 4 is a sectional view showing the feed roll portion and input switch portion, FIG. 5 is a sectional view showing the operating switch portion before inserting the card, and FIG. 6 is a sectional view showing the operating switch portion after inserting the card. It is a sectional view showing a part. 1... Case, 2, 3... Electric circuit, 4... Speaker, 5... Battery, 7... Selector switch, 8... Keyboard, 9
...speed adjustment dial, 11...scale hole, 12...perforation paper card, 13...passing path, 14...movable contact piece, 1
5... Fixed contact piece, 16... Operating switch, 17... Feed roll, 18... Pinch roll, 19... Key switch, 21... Movable contact piece, 22... Fixed contact piece, 23... Input switch, 24... Light emitting diode, 25... Picture ,
26...window.

Claims (1)

[Claims] 1. An electric sound generation mechanism including a power source, sound source, and speaker housed in the case; a changeover switch with off-position, manual position, and automatic position; and a polyphonic self-resetting keyboard equipped on the outside of the case; The movable contact piece 15 is brought into fixed contact by inserting a perforated paper card provided at the entrance side of the passage and a perforated paper card provided at the entrance side of the passage. Piece 14
An actuation switch that turns on when it comes into contact with the passageway, a feed roll and a pinch roll that operate only when the actuation switch is in the on position, which are installed on the entrance side of the passage, and are arranged on the bottom of each keyboard. A key switch that turns on when the same key is pressed,
The movable contact piece 21 and the fixed contact piece 22 are in contact with each other in the scale hole of the perforated paper card transferred by the feed roll provided in front of the feed roll in the passage path, and are in the on state. Input switches for the above-mentioned scales that are turned off in the non-perforated parts of the perforated paper cards, electrical light emitting means such as light emitting diodes for lighting the keys installed on the underside of each keyboard, and blank areas of the perforated paper cards. Each key switch is in the on state when the changeover switch is in the manual position or the automatic position. When the key is pressed, the electric sound mechanism described above produces a sound corresponding to the scale of the pressed key, and the input switch for each scale is turned on when the changeover switch described above is in the automatic position. When the switch is in the manual position, the tones corresponding to the scales in the scale holes are produced by the electric sounding mechanism, and when the changeover switch is in the manual position and turned on, the tones corresponding to each scale are produced. An organ toy characterized in that the light emitting means on the bottom surface of each keyboard is powered by the battery described above.