CN2513136Y

CN2513136Y - Infrared picture room lamp remote controller

Info

Publication number: CN2513136Y
Application number: CN01272146.8U
Authority: CN
Inventors: 傅清强
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-12-10
Filing date: 2001-12-10
Publication date: 2002-09-25
Anticipated expiration: 2011-12-10

Abstract

The utility model discloses a remote controller for an infrared studio lamp, which has a remote controller and a receiving trigger. The remote controller includes: a battery, a switch, an oscillation driver, and an infrared emitting tube; Regulator filter circuit, receiving circuit, SCR trigger circuit, audio switch circuit, audio oscillation drive circuit. When the camera shutter is pressed, the switch of the remote control is turned on, the power supply of the oscillating drive circuit drives the infrared emitting diode, and the infrared signal is emitted. The drive circuit is powered to make sound after the audio switch circuit is turned on, and the thyristor trigger circuit is triggered to control the studio light to flash. The utility model is suitable for any camera with a hot shoe socket, because it is not connected with a studio light by a wire, it is convenient to use and move, and can force the flash of a studio light with low trigger sensitivity to be triggered with a voice prompt.

Description

Infrared ray studio light telepilot

Technical field

The utility model belongs to a kind of technical field of photographic equipment, is specifically related to the opertaing device of studio light fixture.

Background technology

The studio light that existing photograph industry is used, the triggering method of flashlamp have: line triggers, draw sudden strain of a muscle triggers with flashlamp.Lamp and camera trigger with line, because of wired link to each other easily lamp or camera mixed break, can cause and move inconvenience between lamp and the camera, personnel's inconvenience of walking about, and line is easily broken, causes to dodge with Louing and wastes film.

Draw sudden strain of a muscle and trigger, easily cause and take the photograph the inaccurate of object exposure and influence exposure effect, if low will the causing of the trigger sensitivity of studio light do not glistened with flashlamp.And use with the flashlamp that triggers usefulness and use the expense of battery also very big, the life-span that not only needs frequent charging also to damage flashlamp with rechargeable battery.

Be convenient to narration and understanding, at first draw accompanying drawing:

Description of drawings

Fig. 1 is the utility model infrared ray studio light telepilot stereographic map;

Fig. 2 is the utility model remote control circuitry figure;

Fig. 3 is that the utility model receives triggering and audio prompt circuit diagram.

Summary of the invention

The purpose of this utility model is to provide a kind of infrared ray studio light telepilot, has the characteristics of wireless trigger.

The technical solution of the utility model is: this studio light telepilot, form by telepilot 1 and reception trigger 3.Telepilot comprises shell and hot shoe, and button K is dodged in examination ₁, triode BG ₁, capacitor C ₁Form electronic switching circuit, integrated circuit (IC) ₁(LM555), resistance R ₁, R ₂, capacitor C ₂, infrared emission tube V ₁-V ₅Form the vibration radiating circuit.

Receive trigger and form power switch K by trigger shell, supply socket 2, triggering plug 1 and receiver 4 ₃, transformer B and bridge rectifier D, electrochemical capacitor C ₃Form current rectifying and wave filtering circuit, luminotron LED, resistance R ₃Form power indicating circuit, three terminal regulator IC ₅(7805), electrochemical capacitor C ₄Form filter circuit of pressure-stabilizing, infrared receiving terminal IC ₂(TL1380) be the infrared receiver circuit, triode BG ₂, resistance R ₄, R ₅, controllable silicon D ₂, diode D ₃Form and trigger studio light flasher circuit, electrochemical capacitor C ₅, C ₆, C ₇, resistance R ₆, R ₇, triode BG ₃, BG ₄Form on-off circuit, integrated circuit (IC) ₃(LM555), compact horn L, capacitor C ₈, electric R ₈, R ₉Form the audio prompt circuit.

Principle of work of the present utility model is: when receiving trigger power switch K ₃Close close after, the 220V alternating current through transformer B step-down after bridge rectifier D through electrochemical capacitor C ₃Filtering forms DC voltage.Luminotron LDE is through resistance R ₃The luminous power supply of doing of current limliting is indicated.DC voltage is through three terminal regulator IC ₅Electrochemical capacitor light shines C ₄Partly power to triggering and audio switch behind the voltage regulation filtering.After the telepilot hot shoe inserts the camera hot shoe socket, the same K of camera when pressing camera shutter ₂Close to close and make telepilot triode BG ₁Base stage gets the electric full conducting of closing.Form electronic switch, to integrated road IC ₁, resistance R ₁, R ₂, capacitor C ₂Infrared emission tube V ₁-V ₅The vibration radiating circuit power supply of forming.The oscillatory circuit oscillatory signal is through V ₁-V ₅Infrared emission tube is installed in the infrared receiving terminal IC of the reception trigger on the studio light to aerial emission infrared signal ₂Receive the infrared signal that comes by the telepilot emission, after amplifying shaping, the output two paths of signals, the one tunnel removes to trigger the studio light flasher circuit, and one the tunnel removes on-off circuit, triggers the signal of studio light flasher circuit, makes BG ₂The triode conducting is through emitter resistance R ₄Current limliting from the collector output voltage through resistance R ₅Pressure limiting triggers controllable silicon D ₂Conducting makes the C that inserts in the studio light triggering studio light triggering socket ₂Rapidly by short circuit, trigger the studio light flash of light, D behind the electricity on the plug ₃Be the protection diode, the signal that removes on-off circuit is through electrochemical capacitor C ₅Coupling makes triode BG ₃Base stage obtains signal and conducting, through resistance R ₆Current limliting is to capacitor C ₆Charging, capacitor C ₆On voltage through resistance R ₇To triode BG ₄Base-Emitter discharge, make triode BG ₄Satisfy and close conducting.Integrated circuit (IC) ₃, capacitor C ₈, resistance R ₈, R ₉The audio prompt circuit of forming is because triode BG ₄Conducting and electric work produces vibration, drive toy trumpet L sounding and glisten with the prompting studio light.

The utility model is applicable to any camera that has hot shoe socket, comprises Polaroid camera.Do not link to each other with studio light because of it has line, make between camera and the lamp and very big moving range is arranged between the subject, can not influence yet by the accuracy of newspaper object exposure.Can make the low studio light forced trigger flash of light of trigger sensitivity.And the volume of telepilot is little, the power consumptive province, and the shutter not power consumption of being failure to actuate when trigger flashing, has auditory tone cues, the infrared signal strong interference immunity.

Claims

1. An infrared studio lamp remote controller, which is composed of a remote controller (5) and a receiving trigger (3), and is characterized in that:

①. The remote control includes a shell and a hot shoe. The flash test button K ₁ , transistor BG ₁ , and capacitor C ₁ form an electronic switch circuit, integrated circuit IC, resistors R ₁ , R ₂ , capacitor C ₂ , and infrared emitting tube V ₁ -V ₅ to form an oscillating transmitter circuit;

②. The receiving trigger is composed of the trigger shell, power socket (2), trigger plug (1) and receiver (4). The power switch K ₃ , transformer B, bridge rectifier D, and electrolytic capacitor C ₃ form a rectification filter circuit , light-emitting tube LED, resistor R ₃ form a power indicator circuit, three-terminal voltage regulator IC ₅ , electrolytic capacitor C ₄ form a voltage stabilization filter circuit, infrared receiver IC ₂ is an infrared receiver circuit, triode BG ₂ , resistor R ₄ , R ₅ , silicon controlled rectifier D ₂ , diode D ₃ form a flash circuit for triggering studio lamps, electrolytic capacitors C ₅ , C ₆ , C ₇ , resistors R ₆ , R ₇ , transistors BG ₃ , BG ₄ form a switch circuit, integrated circuit IC ₃ , small speaker L, capacitor C ₈ , resistors R ₈ and R ₉ form an audio prompt circuit.