CN201435145Y

CN201435145Y - Universal infrared receiver of toy without matched remote controller

Info

Publication number: CN201435145Y
Application number: CN2009201510561U
Authority: CN
Inventors: 李健; 鲁庭贵; 李尧
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-05-01
Filing date: 2009-05-01
Publication date: 2010-03-31
Anticipated expiration: 2019-05-01

Abstract

The utility model relates to a universal infrared receiver of a toy without matched remote controller, which comprises a toy body and the infrared receiver positioned in the toy body, wherein the infrared receiver comprises an infrared signal receiving trigger circuit, an integrated operational control circuit, a programming and power switch circuit and a power supply circuit, which are mutually and electrically connected in sequence. An integrated infrared receiving head T in the infrared signal receiving trigger circuit is respectively connected with two ends of a power supply, the output end thereof is connected with a trigger end of an integrated circuit LC1 in the integrated operational control circuit, the output end and power supply negative end are further connected with a signalshaping filter capacitor C1, and the integrated circuit LC1 is provided with at least more than 3 output ends and connected with the input ends of a plurality of power switch circuits in the programming and power switch circuit. The universal infrared receiver of the toy without matched remote controller can use any household electrical appliance infrared remote controller to realize the remote control function of the toy, and the aim of multi-channel remote control can be realized through a plurality of output ends in the integrated operational control circuit.

Description

The omnipotent infrared remote receiver that does not have supporting telepilot toy

Technical field

The utility model relates to a kind of infrared remote control receiver of toy, especially a kind of omnipotent infrared remote receiver that does not have supporting telepilot toy.

Background technology

Toy is a children's intelligence healthy development requisite product, particularly remote-control toy, has more novelty, interest, the thinking ability of cultivating children is had the good result of intelligence development education.

At present commercially available remote-control toy mainly is divided into two kinds of wireless remote control and infrared remote controls, no matter but be wireless remote control and infrared remote control toy, manufacturer all needs the telepilot and the receiver of remote-control sytem of configure dedicated, and this just makes production cost improve, simultaneously, the price of remote-control toy is also than higher.In case children in use telepilot damage or lose, remote-control toy just can not use, and this has caused economic loss to the user.In addition, external emissive power to remote control, frequency range etc. require extremely tight, and manufacturer often is subjected to this restriction and influences outlet.

Summary of the invention

The purpose of this utility model is exactly at the problems referred to above, and a kind of omnipotent infrared remote receiver that does not have supporting telepilot toy is provided, and it need not special-purpose supporting telepilot, uses the Infrared remote controller of any a household electrical appliance both at home and abroad, can realize the remote control of toy.Bring in the purpose that realizes multi-channel remote by a plurality of outputs in the circuit, also can adopt programming mode to realize the programmed control of multiple variation.

The purpose of this utility model is achieved in that a kind of omnipotent infrared remote receiver that does not have supporting telepilot toy of design, it comprises the toy body and places the intrinsic infrared remote receiver of toy that described infrared remote receiver comprises that the infrared signal that mutual order is electrically connected receives trigger circuit, integrated arithmetic control circuit, programming and power switch circuit and power circuit.Described infrared signal receives the integrated infrared receiving terminal T in the trigger circuit, be connected with the two ends of power supply respectively, the trigger end Q of integrated circuit LC1 in its output terminal OUT and the integrated arithmetic control circuit is connected, output terminal OUT and power supply negative terminal also are connected with signal shaping and filtering capacitor C 1, LC1 in the described integrated arithmetic control circuit, output terminal more than at least 3 is arranged, and be connected with the input end of a plurality of power switch circuits in programming and the power switch circuit.

The purpose of this utility model can also realize like this: the output terminal of LC1 in the described integrated arithmetic control circuit, input end by a plurality of power switch circuits in lead and programming and the power switch circuit is fixedlyed connected, or selects to be connected by the input end programming of multi-way switch and a plurality of power switch circuits.The zero clearing reset terminal S of LC1 is fixedlyed connected with the output terminal of LC1 by lead in the described integrated arithmetic control circuit, or selects to be connected with the multi-way switch programming by the E end.

After having adopted technique scheme, the utility model has following beneficial effect: 1, can use the Infrared remote controller of domestic and international any household electrical appliances, realize distant control function, save a transmitter, reduce cost; 2, the wireless remote control function often is subjected to the restriction of emissive power, frequency abroad and influences outlet, and there is not this problem in domestic electrical equipment remote controller; 3, can bring in the purpose that realizes multi-channel remote by a plurality of outputs in the circuit, also can adopt programming mode to realize the programmed control of multiple variation; 4, use the method for normal domestic use telepilot remote-control toy, have novelty, practicality, interest, children are had very high attractive force; 5, the utility model adapts to the outward appearance of multiple toy, can design the multiple sound of may command, light and the novelty of mechanical action (passing through motor), the infrared remote control toy and the handicraft of entertaining.

Description of drawings

Accompanying drawing 1 is a principle logic diagram of the present utility model;

Accompanying drawing 2 is the circuit theory diagrams of the utility model embodiment 1;

Accompanying drawing 3 is the circuit theory diagrams of the utility model embodiment 2.

Embodiment

Below in conjunction with drawings and Examples the utility model is described in further details:

With reference to accompanying drawing 1 and accompanying drawing 2, embodiment 1 comprises the toy body and places the intrinsic infrared remote receiver of toy, infrared remote receiver comprises that the infrared signal that mutual order is electrically connected receives trigger circuit (1), integrated arithmetic control circuit (2), programming and power switch circuit (3) and power circuit (4), described infrared signal receives the integrated infrared receiving terminal T in the trigger circuit (1), be connected with the two ends of power supply respectively, the trigger end Q of integrated circuit LC1 in its output terminal OUT and the integrated arithmetic control circuit (2) is connected, output terminal OUT and power supply negative terminal also are connected with signal shaping and filtering capacitor C 1, LC1 in the integrated arithmetic control circuit (2), output terminal more than at least 3 is arranged, and be connected with the input end of a plurality of power switch circuits in programming and the power switch circuit (3).

Output terminal Y1, Y3, the Y5 of LC1 are fixedlyed connected with BG1, BG2, base resistance R3, the R6 of BG7, R7 in programming and the power switch circuit (3) by lead respectively in the integrated arithmetic control circuit (2), the zero clearing reset terminal S of LC1 in the integrated arithmetic control circuit (2), fixedly connected with the output terminal Y6 of LC1 by lead, the output terminal Y0 of LC1 is connected with LED 1.In addition, described infrared signal receives the integrated infrared receiving terminal T in the trigger circuit (1), with photographic hole or the corresponding installation mutually of printing opacity housing on the toy body.

Behind Closing Switch K, circuit power is connected, and the zero clearing reset circuit of being made up of C2, R1 makes the Y0 of LC1 export high level, and LED 1 is lighted, and indicating circuit is in holding state.This moment is as clicking any one button of household electrical appliances Infrared remote controller, the infrared remote-controlled signal of its emission is received by integrated infrared receiving terminal T, after amplifying, exports internal signal by output terminal OUT, trigger end Q from LC1 imports a negative pulse behind capacitor C 1 shaping filter again, the output low level of the Y0 of LC1 upset at this moment, and Y1 upset output high level, BG1, BG3, BG5 conducting respectively, toy motors M rotation drives toy action (as advancing of toy car).As clicking telepilot again, the Y1 upset is low level, Y2 upset output high level, and toy motor stops.This moment, the Y2 upset was low level as clicking telepilot again, Y3 upset output high level, and BG2, BG4, the conducting of BG6 difference, toy motors M counter-rotating drives toy reverse action (as retreating of toy car).When remote control during to Y5 output high level, the BG7 conducting triggers music integrated circuit LC2 work, sends the musical sound of various toys, and when remote control during to Y6 output high level, the LC1 zero clearing resets, and circuit enters the next round circulation.

With reference to accompanying drawing 1, accompanying drawing 2 and accompanying drawing 3, embodiment 2 is identical with the principle of embodiment 1, difference is the output terminal Y1～Y9 of the integrated circuit LC1 in the integrated arithmetic control circuit (2), select to be connected with input end A, B, C, the D programming of a plurality of power switch circuits by multi-way switch K1～K9 respectively, adopt this kind connected mode, can control rotating, music integrated circuit LC2 and the different duty of flash device LC3 of toy motor respectively, also the multiple compound duty of the above-mentioned device of may command.

In addition, the zero clearing reset terminal S of LC1 selects to be connected with multi-way switch K1～K9 programming by the E end, adopts this kind connected mode, can obtain the different program loop of circuit.

As known by the technical knowledge, the utility model can realize that therefore above-mentioned disclosed embodiment with regard to each side, all just illustrates, and is not only by other embodiment that does not break away from its spirit or essential feature.All are in the utility model scope or be equal to change in the utility model scope, all are included in the utility model.

Claims

1, a kind of omnipotent infrared remote receiver that does not have supporting telepilot toy, comprise the toy body and place the intrinsic infrared remote receiver of toy, described infrared remote receiver comprises that the infrared signal that mutual order is electrically connected receives trigger circuit (1), integrated arithmetic control circuit (2), programming and power switch circuit (3) and power circuit (4), it is characterized in that: described infrared signal receives the integrated infrared receiving terminal T in the trigger circuit (1), be connected with the two ends of power supply respectively, the trigger end Q of integrated circuit LC1 in its output terminal OUT and the integrated arithmetic control circuit (2) is connected, output terminal OUT and power supply negative terminal also are connected with signal shaping and filtering capacitor C 1, LC1 in the described integrated arithmetic control circuit (2), output terminal more than at least 3 is arranged, and be connected with the input end of a plurality of power switch circuits in programming and the power switch circuit (3).

2, the omnipotent infrared remote receiver of no supporting telepilot toy as claimed in claim 1, it is characterized in that: the output terminal of LC1 in the integrated arithmetic control circuit (2), input end by a plurality of power switch circuits in lead and programming and the power switch circuit (3) is fixedlyed connected, or selects to be connected by the input end programming of multi-way switch and a plurality of power switch circuits.

3, the omnipotent infrared remote receiver of no supporting telepilot toy as claimed in claim 1, it is characterized in that: the zero clearing reset terminal S of LC1 in the described integrated arithmetic control circuit (2), fixedly connected with the output terminal of LC1 by lead, or select to be connected with the multi-way switch programming by the E end.

4, the omnipotent infrared remote receiver of no supporting telepilot toy as claimed in claim 2 is characterized in that: the output terminal Y0 of LC1 in the described integrated arithmetic control circuit (2) is connected with LED 1.

5, the omnipotent infrared remote receiver of no supporting telepilot toy as claimed in claim 1, it is characterized in that: described infrared signal receives the integrated infrared receiving terminal T in the trigger circuit (1), with photographic hole or the corresponding installation mutually of printing opacity housing on the toy body.