Nnna multi-channel remote controller for home and office appliances pdf

Increasingly, home and office appliances, including televi sions, vcrs, stereo. A multichannel remote controller for home and office appliances. This is done by sending short sms code from a mobile handset. This paper presents the design and implementation of a multichannel remote controller mcrc for home and office appliances.

Pdf controlling home and office appliances with the bluetooth of. Use the following steps to program your tv into your remote control. Remote control for home appliances full circuit explanation. The proposed controller supports access to controlled environment via web page, smartphone sp, pda, gsm network and telephone lines. Remote control for appliances at home and office based on smart phone is more useful. The sign inout option allows you to change users once multiple users are available. The most important part of every home security system is the secure identification module yuksekkaya et al. Mridula yadav electronics and communication department maharaja agarsain institute of technology, ghaziabad 245304. A remote control based home appliances a report submitted in the partial ful. Ir remote control for home appliances using arduino multiple. Working basics the 38khz infrared ir rays generated by the remote control are received by ir receiver module tsop1738 of the circuit.

Tech in electronics and communication engineering by sonal bansal 13231023 under the guidance of ms. Authors in 5 developed a cell phone based remote control system to control home appliances and systems. Pin 1 of tsop1738 is connected to ground, pin 2 is connected to the power supply through resistor r5 and the output is taken from pin 3. The controller can also show the number of appliances connected to the current position of the user, allowing the user to use one controller to control all home appliances with ease, achieving a simplified and instinctive control interface to build the integrated control environment for commercial appliances. The aim of this work is to integrate several existing remote controller channels in a common platform. It consists of phototransistor l14f1 t1, voltage regulator 7805 ic2, three 2n2222 transistors t2, t3 and t4, dual voltage converter lm319 ic3, dual jk flipflop 74109 ic4 and some discrete components. The 38khz infrared ir rays generated by the remote control are received by ir receiver module tsop1738 of the circuit. Remote control for appliances at home and office based on smart phone is more useful for the users that equipped with special facilities to enable occupants to. A multichannel remote controller for home and office. Generating remote control interfaces for complex appliances. Another approach is by gsm based for home automation.

Ir remote control for home appliances full circuit with. Rf based remote control for home electrical appliances. The recent rapid development of network technology has given people comfort and convenience. The appliance can now be controlled by a remote control working at the designated frequency. A multichannel remote controller for home and office appliances article in ieee transactions on consumer electronics 554. A rf4cebased remote controller with interactive graphical. Just connect it to any appliance and manage it using. Pin 1 of tsop1738 is connected to ground, pin 2 is connected to the power supply through resistor r5 and the output is. This remote control for home appliances can control equipment easily around your house. Code table in the remote control guide and release both tv key and the number. The receiver unit has 4 channels, each of which can be independently configured to momentary or latching mode via dip switch. People all over the world can obtain much information and efficient control of electrical devices using the home sensor network lien et al. Control up to 4 different devices with a single controller and key fob remote. Ir based remote control for controlling multiple home appliances with microcontroller is also reported for the same function 2, 3.