°ღ•ÁŚℋŴÁПŤℋ (ℳℛ.ĹŐVΞĹŶ)●•٠·˙

project for you darlings

2012-03-27T12:10:00.009+05:30

IR MUSIC TRANSMITTER AND RECEIVER

PRADEEP G.

Using this circuit, audio musical notes can be generated and heard up to a distance of 10 metres.

The circuit can be divided into two parts: IR music transmitter and receiver. The IR music transmitter works off a 9V battery, while the IR music receiver works off regulated 9V to 12V. Fig. 1 shows the circuit of the IR music transmitter. It uses popular melody generator IC UM66 (IC1) that can continuously generate musical tones. The output of IC1 is fed to the IR driver stage (built across the transistors T1 and T2) to get the maximum range.

Fig. 1: Transmitter circuit

Here the red LED (LED1) flickers according to the musical tones generated by UM66 IC, indicating modulation. IR LED2 and LED3 are infrared transmitting LEDs. For maximum sound transmission these should be oriented towards IR phototransistor L14F1 (T3).

The IR music receiver uses popular op-amp IC µA741 and audio-frequency amplifier IC LM386 along with phototransistor L14F1 and some discrete components (Fig. 2).

Fig. 2: IR audio receiver circuit

The melody generated by IC UM66 is transmitted through IR LEDs, received by phototransistor T3 and fed to pin 2 of IC µA741 (IC2). Its gain can be varied using potmeter VR1. The output of IC µA741 is fed to IC LM386 (IC3) via capacitor C5 and potmeter VR2. The melody produced is heard through the receiver’s loudspeaker. Potmeter VR2 is used to control the volume of loudspeaker LS1 (8-ohm, 1W). Switching off the power supply stops melody generation.

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mini inverter diagram

Hi,
In the PM, you had asked for a better circuit. Here is one:

Something with SG3525 would be nicer, but this will do quite well. You could change the MOSFET gate resistors to 22ohm.

Look here:
12V DC to 220V 100W Inverter with 4047 IC & IRF540

Hope this helps.
Tahmid.

__________________________________________________________________

Programmable Home Security Alarm System
author: Dilshan R Jayakody - jayakody2000lkgmail.com

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Introduction

In this project we design low cost high performance programmable home security system and there is no need to contact a company like Safemart home security for setup. This system uses a few LDR's as input sensors. When above sensor(s) get triggered system may dial the user specified phone number (using build-in DTMF generator) and activate the high power audio alarm and lights. All the parameters of DTMF generator, audio alarm and light interface are programmed through the RS232 serial interface.
Current firmware of this system presents interactive control system through the RS232 interface. This control system consist with the menu driven configuration options, self tests, system report generators, etc.
This system also contain 5W (with 4Ω speaker) audio alarm with three selectable tone configurations, which include Police siren, Fire engine siren and Ambulance siren.

System Features

- Touch tone phone dialing interface
- 5W High powerful audio alarm
- 2 sensor interface with separate sensitivity adjustments
- Programmed through the RS232 interface
- Build-In intelligent light ON/OFF switch

Integrated Circuits

This system uses a Microchip's PIC16F877A as a main controller, LM339 as sensor interface, UM3561 as a tone generator and μPC2002 as a speaker driver (audio amplifier). LM7805, LM7812 and LM317 voltage regulators are used to obtain +5V, +12V and +3V respectively.

Assembly

Fig.1 - Connectors, Jumpers and other controls of the Programmable Home Security Alarm System

The PCB design given with this article makes the assembly much simpler. As PCB contain 230V AC main lines care must be taken while assembling the circuit. As shown in the fig.1 all the photoelectric sensors, some of the switches and alarm speaker are connected with the circuit through the connector bars.

External connectors and controls

DC Power input : Attach DC power supply with 18V - 25V (2A Max.) output.
RS232 Connector : Connect RS232 serial cable to the port to configure the system. Do not use RS232 Null Modem cable with this port.
PHONE/LINE connector : Attach standard RJ12/RJ11 telephone cable connector to this port. One port is need to use with the phone line and remaining port is for the phone (and it is optional).
3V LASER supply : 3V supply line for LASER diode assembly.
Connectors for Sensor 1/2 : Attach high sensitive LDRs for these ports. To get the maximum sensitivity it is recommended to use EG&G VACTEC LDRs.
Status Indicator : Indicate run, program and sensor trigger modes.
Reset Switch : Press this button to reset entire alarm system. This button enable only when the audible alarm get activated. It is not possible to use this function at the phone dialing/ringer states.
Phone dialer enable switch : Turn on this switch to enable the phone dialing feature of this system. Environment Sensor : In-circuit LDR to detect light conditions of the environment.
Alarm Volume Control : Use this to control the output power (volume) of the audible alarm.
230V Light connector : Attach 230V AC light (or related peripheral) to these terminals.
Tone Selector : Configure the master alarm tone from this jumper as follows,
1-2 : Fire Engine Siren
2-3 : Ambulance Siren
Open : Police Siren
(Do not connect jumper terminal 1-3, this combination may permanently damage the entire system) Beeper : Produce beeps (e.g: at the input error, etc.)
Program / Run Switch connector : Attach switch to this header to select Program or Run mode.
Alarm Audio Output : Attach 8Ω (8W) or 4Ω (10W) speaker to this connector.

Calibration and Testing

Once everything is assembled take following steps to calibrate the system,
1. Remove IC1, IC2, IC3 and IC4 from the IC bases.
2. Apply 18V ( to 22V Max.) DC source to the power connector (J3).
3. Check the voltage between Pin12 (GND) and Pin3 of IC2. It need to be 4.8V - 5.1V DC.
4. Check the voltage between GND and E$4 jumper. It need to be 11.7V - 12.3V DC.
5. Check the voltage between Pin1 and Pin3 (GND) of JP1. It need to be 2.5V - 3.1 V
6. If all the above Step 3, 4 and 5 are correct, disconnect the power supply and insert IC1, IC2, IC3 and IC4 in to the appropriate IC bases. Attach suitable speaker to the X4 and connect RS232 cable to the system.
7. Close the jumper J2 (Program Mode) and power on the system.
8. Download and install PuTTY on to the target computer and setup the "Serial" connection with 9600 baud rate (see Fig. 3).

9. Press "2" and enter into the "Parameter Setup" mode. Configure all the parameter options with the appropriate settings.
10. Attach phone line to the PHONE/LINE connector and fix photoelectric LDR sensors to the X1 and X2 connectors.

Fig.2 - DTMF output generated by the system at the testing stages. (Test points : TRN1 input terminals)

11. Press "3" and execute "Self Test".
12. Adjust R4*, R6* and R8* preset controls, if the sensors are not trigged as expected.
13. Adjust R11 preset to control the "Day" and "Night" mode detection.
14. Open the Jumper J2 and press 5 to return to the Run mode.
15. Shutdown the power supply and disconnect the RS232 cable.

Fig.3 - PuTTY configuration setup for Programmable Home Security Alarm System

* R6 - X1 sensor sensitivity, R8 - X2 sensor sensitivity, R4 - sensor gain controller (Common mode)

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Schematic

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PCB

Download Parts Layout in PDF format

Download PCB in PDF format

http://www.electronics-lab.com/projects/sensors/008/index.html
for reference go for above address
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Pocket Pager Engineering Circuit Diagram Example - SmartDraw

ELECTRONIC SECURITY SYSTEM

K. BHARATHAN

This reliable and easy-to-operate electronic security system can be used in banks, factories, commercial establishments, houses, etc.

The system comprises a monitoring system and several sensing zones. Each sensing zone is provided with a closed-loop switch known as sense switch. Sense switches are fixed onthedoors of premises under security and connected to the monitoring system. As long as the doors are closed, sense switches are also closed. The monitoring system can be installed at a convenient central place for easy operation.

Fig. 1 shows the monitoring circuit only for zone 1 along with the common alarm circuit. For other zones, the monitoring circuit is identical, with only the prefixes of components changing as per zone number. Encircled points A, B, and C of each zone monitoring circuit need to be joined to the corresponding points of the alarm circuit (upper half of Fig. 1).

Fig. 1: Monitoring circuit along with the alarm circuit

When zone 1 sensing switch S11, zone switch S1 are all on, pnp transistor T12 reverse biases to go in cut-off condition, with its collector at around 0 volt. When the door fitted with sensor switch S11 is opened, transistor T12 gets forward biased and it conducts. Its collector voltage goes high, which forward biases transistor T10 via resistor R10 to turn it on. (Capacitor C10 serves as a filter capacitor.) As a result, the collector voltage of transistor T10 falls to forward bias transistor T11, which conducts and its collector voltage is sustained at a high level. Under this latched condition, sensor switch S11 and the state of transistor T12 have no effect. In this state, red LED11 of the zone remains lit.
Simultaneously, the high-level voltage from the collector of transistor T11 via diode D10 is applied to VDD pin 5 of siren sound generator IC1 (UM3561) whose pin 2 is grounded. Resistor R3 connected across pins 7 and 8 of IC1 determines the frequency of the in-built oscillator. As a result, IC1 starts generating the audio signal output at pin 3. The output voltage from IC1 is further amplified by Darlington pair of transistors T1 and T2. The amplified output of the Darlington pair drives the loudspeaker whose output volume can be controlled by potentiometer VR1. Capacitor C1 serves as a filter capacitor.

Fig. 2: Physical layout of sensors and monitoring alarm system

You can alter the alarm sound as desired by changing the connections of IC1 as shown in the table.

The circuit continues to sound the alarm until zone door is closed (to close switch S11) and the reset switch is pressed momentarily (which causes transistor T10 to cut off, returning the circuit to its initial state).

The system operates off a 3V DC battery or recharging battery with charging circuit or battery eliminator. If desired, more operating zones can be added. Initially keep the monitoring system switch S1 off. Keep all the zone doors fixed with sensing switches S11, S21, S31, S41, etc closed. This keeps the sensing switches for respective zones in closed position. Also keep zone slide switches S12, S22, S32, S42, etc in ‘on’ position. This puts the system in operation, guarding all the zone doors.Now, if the door of a particular zone is opened, the monitoring system sounds an audible alarm and the LED corresponding to the zone glows to indicate that the door of the zone is open. The alarm and the LED indication will continue even after that particular door with the sensing switch is immediately closed, or even if that switch is removed/damaged or connecting wire is cut open. Any particular zone in the monitoring system can be put to operation or out of operation by switching on or switching off the corresponding slide switch in the monitoring system.

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CORDLESS SECURITY SYSTEM

MINI PROJECT REPORT

Submitted in partial fulfillment of the requirements for the award of the degree of B.TECH IN APPLIED ELECTRONICS & INSTRUMENTATION from THE UNIVERSITY OF KERALA

By
SABARINATH P M
RENJITH E R
NIEL V JOSEPH
S6 Applied Electronics And Instrumentation,
COLLEGE OF ENGINEERING TRIVANDRUM

front sheet3.doc (Size: 1.33 MB / Downloads: 160)

INTRODUCTION
Nowadays more effort and work is done to make security system defect less, reliable and intelligent. Every loophole is identified and cleared. ËœCORDLESS SECURITY SYSTEM Ëœis such an effort which is a highly improved version of present security system.
With the breach of security, the owner is alarmed through an RF transmitter receiver system. Simultaneously some preventive and defensive action is triggered .
The project implements the security system in a car .Any theft attempt cause an alarm to sound in the remote held with the owner who maybe at a distance from the car. Moreover the system makes the engine temporarily nonfunctioning. An alarm also triggered in the vehicle.
But the key striking feature is that it is highly economical. It is compact in size, consumes very little power and user friendly.

FEATURES
Low cost and high reliability
Consume very little power
User friendly
Range of up to 75 meters.

APPLICATION
Security breach has become a serious problem today. So it is essential to update ations the present system. Cordless security system is a right choice. It can be implemented in a home, museum or even a bank for it provides great reliability. Unlike most of the present system it has much more key features like alarming the owner who maynot be near the site and also ensures the prevention of the theft in any case.Can be installed in the locker rooms of banks as it is highly reliable.Its highly viable as it can be modified with ease according to place where it is implemented.If in case of security of car it switches off the battery temporirly,in case of home system it is modified to alert the neighbour and police.Thus its applications are wide and practical.

CONTENTS

Introduction
Features and Application
Block Diagram and Description
Circuit Diagram
Circuit description and working
PCB Fabrication
Assembly and Testing
Schedule
Conclusion
Reference
Datasheets

TRIGGERING AND TRANSMISSION:
The initial part of the security system consists of three parts.
SCR SWITCH:Any theft attempt triggers the scr switch to fire.This triggers corresponding relays. First one is a simple scr switch from the door. When door opens it will open and when door is closed it is also closed. Scr switch which is normally in off state. When someone opens the door scr circuit is triggered.

RELAY NETWORK: Scr triggering causes three relays to on state.One of them is coupled to the encoder circuit for transmission.The other one cuts-off the battery of the car temporarily.Final relay in the initial section causes an alarm to sound .

RF TRANSMITTER
For transmission an RF transmitter module is used .The module requires an encoder HT12E which is shown in the block diagram.The encoder is required to convert parallel data to serial before it is given to the transmitter .The address pins are also specified.Transmitter uses a frequency of 434Mhz and transmits digital data.An antenna is used to increase the range of transmission.Range of upto 75 meters is practically obtained.

RECEIVER AND RESPONSE SYSTEM:
RECEIVER AND DECODER:The receiver data pin receives the digital data transmitted and this serial data is decoded by HT12D to obtain the parallel data out.Here only one of the data pin of the decoder output is used.This is high in case of any theft attempt and it sounds an alarm . Within a range upto 50 meters the owner is alerted.

CIRCUIT DISCRIPTION AND WORKING

Here is an easy-to-build car anti-theft guard. The circuit, shown in Fig. 1, is simple and easy to understand.
When key-operated switch S2 of the car is turned on, 12V DC supply from the car battery is extended to the entire circuit through polarity-guard diode D5. Blinking LED1 flashes to indicate that the guard circuit is enabled. It works off 12V power supply along with current-limiting resistor R4 in series.
When the car door is closed, door switch S1 is in Ëœonâ„¢ position and 12V power supply is available across resistor R1, which prevents transistor T1 from conducting. In this position, antitheft guard circuit is in sleep mode.
When someone opens the car door, switch S1 becomes Ëœoffâ„¢ as shown in Fig.2. As a result, transistor T1 conducts to fire relay â€œdriver SCR1 (BT169) after a short delay introduced by capacitor C1. Electromagnetic relay RL1 energizes and its N/O contact connects the power supply to piezobuzzer PZ1, which starts sounding to indicate that someone is trying to steal your car. To reset the circuit, turn off switch S2 using car key. This will cutoff the power supply to the circuit and stop the buzzer sound.
Connect switch S1 to the car door and keep piezobuzzer PZ1 at an appropriate place in the car.
But this sound will not be sufficient , when the owner is inside a building like a shopping complex or somewhere away from the car. For this we incorporated a Transmitter-Receiver circuit. The data sent from the car can be received by a receiver in the hand.

There is a relay2(RLA2) which grounds the input terminal (10) of the encoder(HT12E) to ground. ie, the input of the encoder is logically 0. This data is sent through the transmitter. When the receiver receives and decodes it with the decoder(HT12D) due to logic 0 output through the pin10 the piezobuzzer(PZ2) will not make any sound. When someone opens the car, the switch s1 is opened and the third relay will energized due to the activation of the scr circuit. Now the connection with ground is disconnected. So the input terminal of encoder is logically high. This data is transmitted . At the receiver this will make high output & hence the piezobuzzer (PZ2) starts to make sound. This will continue even when the door of car is closed. This sound will stop only when we switch of the receiver or switch when switch s2 is made off.

Also there is an extra security that when someone opens the car, the relay will energize and the third relay (RLA3) will break the ignition circuit - automatically immobilizing the vehicle. When the circuit is switched on again the relay will not energize; and the vehicle's ignition circuit will remain broken. You must press S2 to energize the relay. It then de-energizes the first relay (RLA1); while the third relay (RLA3) energizes and completes the connection to the ignition circuit.
The design of car immobilizer has a number of advantages. It requires only one extra relay(RLA3). It operates automatically when switch s2 for the transmitter circuit is turned on - so there's no need to remember to activate it separately. To de-activate it you'll need to have the ignition key and you'll need to know the whereabouts of the push-switch. S2 only requires a single wire because its return is through the chassis. It carries no load other than the current required by the relay-coil. So almost any small "momentary-action, push-to-make" switch will do. For extra security S2 could be key-operated.

DATA SHEETS
HT12E
Features
_ Operating voltage _ 2.4V~5V for the HT12A
_ 2.4V~12V for the HT12E _ Low power and high noise immunity CMOS technology
_ Low standby current: 0.1_A (typ.) at VDD=5V _ HT12A with a 38kHz carrier for infrared transmission medium
_ Minimum transmission word _ Four words for the HT12E
_ Built-in oscillator needs only 5% resistor _ Data code has positive polarity
_ Minimal external components _ HT12A/E: 18-pin DIP/20-pin SOP package

Applications
_ Burglar alarm system _ Smoke and fire alarm system
_ Garage door controllers _ Car door controllers
_ Car alarm system _ Security system
_ Cordless telephones _ Other remote control systems

General Description
The 212 encoders are a series of CMOS LSIs for remote control system applications. They are capable of encoding information which consists of N address bits and 12_N data bits. Each address/data input can be set to one of the two logic states. The programmed addresses/data are transmitted together with the header bits via an RF or an infrared transmission medium upon receipt of a trigger signal. The capability to select a TE trigger on the HT12E or a DATA trigger on the HT12A further enhances the application flexibility of the 212 series of encoders.

PIN DIAGRAM

ELECTRICAL DISCRIPTIONS

Functional Description
Operation
The 212 series of encoders begin a 4-word transmission cycle upon receipt of a transmission enable
(TE for the HT12E active low). This cycle will repeat itself as long as the transmission enable (TE or D8~D11) is held low. Once the transmission enable returns high the encoder output completes its final cycle and then stops as shown below.

Information word
If L/MB=1 the device is in the latch mode (for use with the latch type of data decoders). When the transmission
enable is removed during a transmission, the DOUT pin outputs a complete word and then
stops. On the other hand, if L/MB=0 the device is in the momentary mode (for use with the momentary
type of data decoders). When the transmission enable is removed during a transmission, the DOUT
outputs a complete word and then adds 7 words all with the _1_ data code.
An information word consists of 4 periods as illustrated below.
COMPOSITION OF INFORMATION

HT12D
Features
_ Operating voltage: 2.4V~12V _ Low power and high noise immunity CMOS technology
_ Low standby current _ Capable of decoding 12 bits of information
_ Binary address setting _ Received codes are checked 3 times
_ Address/Data number combination _ HT12D: 8 address bits and 4 data bits
_ Built-in oscillator needs only 5% resistor _ Valid transmission indicator
_ Easy interface with an RF or an infrared transmission medium
_ Minimal external components _ Pair with Holtek_s 212 series of encoders
_ 18-pin DIP, 20-pin SOP package
Applications
_ Burglar alarm system _ Smoke and fire alarm system
_ Garage door controllers _ Car door controllers
_ Car alarm system
_ Security system _ Cordless telephones
_ Other remote control system
General Description
The 212 decoders are a series of CMOS LSIs for remote control system applications. They are paired with Holtek_s 212 series of encoders (refer to the encoder/decoder cross reference table). For proper operation, a pair of encoder/decoder with the same number of addresses and data format should be chosen. The decoders receive serial addresses and data from a programmed 212 series of encoders that are transmitted by a carrier using an RF or an IR transmission medium. They compare the serial input data three times continuously with their local addresses. If no error or unmatched codes are found, the input data codes are decoded and then transferred to the output pins. The VT pin also goes high to indicate a valid transmission. The 212 series of decoders are capable of decoding informations that consist of N bits of address and 12_N bits of data. Of this series, the HT12D is arranged to provide 8 address bits and 4 data bits, and HT12F is used to decode 12 bits of address information.

FABRICATION OF PCB
The printed circuit board(PCB) provides the electrical interconnections various components and as well as provides mechanical support to the components.The components are soldered to the PCB.The quality of soldering directly affects the reliability of the circuit.The procedure for fabricating the PCB for any general project is described below.
Â¢ PCB MAKING
The making of PCB essentially involves two steps.
1.Preparing PCBdrawing
2.Fabricating PCB from the drawing.
Â¢ PCB Drawing
Making of PCB drawing involves placement of components , locating holes ,optimum area each componenet should occupy, shape and size of pads for the componenets , track size and spacing and prevention of overcrowding of components at a particular area. With these details the sketch of the PCB is made.
Â¢ PCB FABRICATION
The fabrication of the PCB starts by transferring the PCB drawing onto a copper clad sheet. For a small number of PCBs a direct photographic transfer of the PCB drawing from a negative image of the drawing to a photo sensitised copper clad sheet is carried out. The copper from the unexposed area is later etched away.

For large quantity production, screen printing method is used to transfer the PCB drawing image to the copper clad sheet. For etching the copper clad sheet 20-30grms of ferric chloride in 75ml of water heated to about 60degree celsius may be used . The copper clad sheet is placed in the solution with its copper side upwards in a plastic tray. Stirring the solution helps in speedy etching. The dissolution of unwanted copper would take about 45min. If etching takes longer, the solution may be heated again and the process is repeated. The paint on the pattern can be removed by rubbing with a rag soaked in thinner, turpentine or acetone. The PCB can then be washed and dried. The pads are drilled with proper drill sizes of 0.9mm,1mm,3mm etc for the leads and mounting holes

ASSEMBLY AND TESTING
Assembly consists of soldering of components and wires on to the PCB and mechanical fitting of wired PCB and other assemblies. Testing is carried out even at design phase itself in breadboard level to verify the design, so that little or no circuit changes are required after designing the PCB.
Â¢ Soldering
Before soldering, all the discrete components are tested. The leads of the components are cleaned with a fine abrasive paper. The PCB also thoroughly cleaned by scratching the areas to be soldered. The leads of the components are bend properly, inserted into the holes and placed correctly. A small quantity of flux is applied to the component leads and pads to remove the oxide coating. The leads are soldered with good quality solder with sufficient heat from the soldering iron. Excess heat will result in improper soldering and may damage the component.
All the joints are checked after the soldering.
Â¢ Testing
After soldering the components on to the PCB, the board is thoroughly cleaned for any residual flux and wire leads. All the components are checked for their value and for the proper orientation if applicable. Before ICs are inserted into the sockets, power applied to the board and voltages are measured at the IC power point. Power is switched off before the ICs are inserted.

SCHEDULE
1. Literature survey
2. Design of circuit
3. Testing of the circuit on breadboard
4. Modifying the circuit
5. Making pcb layout
6. Pcb fabrication
7. Soldering
8. Results obtained

CONCLUSION
Our product is suitable for bank, home and other security threat areas. Being cost effective and simple its application will be wide. Power consumption is very low which is a key feature. Many modifications can be easily implemented making it user friendly.

Reference: http://seminarprojects.com/Thread-cordless-security-system#ixzz1qU9KZGij

latest electronic videos

2012-03-13T20:37:00.005+05:30

TELUGU MELODIES

2011-06-04T14:07:00.000+05:30

kannulo nee

yeto velli poindi manasu

yenneno janmala bandam

na hrudaymalo

bommanu gesthe

ee reyi tiyanidi

«╬♥ℳŶ ℱÁVŐℛℐŤΞ ŴÁĹĹŚ♥╬«

2011-04-29T16:05:00.000+05:30

MICHEL JACKSON VIDEOS

2011-04-27T16:13:00.003+05:30

VIDEOS

THRILLER

BLACK OR WHITE

DANGEROUS

BILLE JEAN

DON'T CARE ABOUT US

SMOOTH CRIMINAL

BAD

YOU ARE NOT ALONE

THE EXPERIENCE

BEAT IT

FALL AGAIN

CRAG DAVID

2011-03-15T10:47:00.001+05:30

CRAG DAVID

insomnia

walking away

seven days

do u believe in love

fast cars

Akon (VIDEOS)

2011-01-26T18:06:00.000+05:30

KARDINAL

BLAME IT ON ME

SMACK THAT

RIGHT NOW NA..

DON'T MATER

I WANA LOVE YOU

SEXY CHICK

HOLD MY HAND

COME BACK TO ME

THE WAY SHE MOVES

CROSS THAT LINE

SWEETEST GIRL

KISS ME THROUGH THE PHONE

LOVE quotes & sayings

2011-01-13T14:52:00.000+05:30

“To be your friend was all I ever wanted; to be your lover was all I ever dreamed.”
~ I love him but can’t have him

“Life without love is like a tree without blossoms or fruit.”
“Love has no other desire but to fulfill itself. To melt and be like a running brook that sings its melody to the night. To wake at dawn with a winged heart and give thanks for another day of loving.”
~Kahlil Gibran on love
“A boy is a magical creature, you can lock him out of your workshop, but you can’t lock him out of your heart. You can get him out of your study, but you can’t get him out of your mind.”
~Cute Boyfriend
“I am a hopeless romantic and I love to spoil my girlfriends.”
~Cute Girlfriend
“You are what I never knew I always wanted”
From the Movie, Fools Rush In
“Sometimes I wish I were a little kid again, skinned knees are easier to fix than broken hearts.”
~There are many Broken Heart Quotes here.
Don’t say you love me unless you really mean it, because I might do something crazy like believe it.
~Crush
The worst thing is holding on to someone who doesn’t want to be held on to.
~Lost Love
“I love her and that’s the beginning of everything.”
~Teen love
“Like music on the waters is your sweet voice to me.”
~Valentine’s Day
If I had a single flower for every time I think about you, I could walk forever in my garden.
~I Miss you by Claudia Ghandi
“Relationships are like glass. Sometimes it is better to leave them broken than try to hurt yourself putting it back together.”
~We have a collection of some nice Break Up Quotes and sayings.
“Love sought is good, but given unsought, is better.”
~ Shakespeare on Love
It is impossible to love and be wise.
~Funny one by Francis Bacon
“Make me immortal with a kiss.”
~Cute one by Christopher Marlowe
“When I see you smile and know that it is not for me, that is when I will miss you the most.”
~Sad
“A kiss without a hug is like a flower without the fragrance.”
~Hug Quotes on love and friendship.
And perhaps you would like these words on cheating.
“Pains of love be sweeter far
Than any other pleasures are.”
~ On Heartache John Dryden
“Love is like swallowing hot chocolate before it has cooled off. It takes you by surprise at first, but keeps you warm for a long time.”
~ Unknown, and this unknown author have couldn’t have put it better. Love sure does comes unexpected, and but it keeps you happy then on.
“Absence sharpens love, presence strengthens it.”
~Thomas Fuller ..
May I add that Whoever said that thing about out of sight out of mind never knew true love. just kidding.. That is not love if you let her out of mind when she is out of sight.
“Love is blind but after experiencing it for a long time you should become familiar with some particular spots.”
~Unknown .. warm ones..
“Romance is the fuel that keeps love burning hot.”
~Rusty Silvey … And it will wane if the romance were to die..
“Two souls with but a single thought, two hearts that beat as one.”
~John Keats, and that is true love…
“The most powerful symptom of love is a tenderness which becomes at times almost insupportable.”
~Victor Hugo, Oh yes my friend… it sure does.
“Love – a bare whisper that makes your body ignite with such uncontrollable curiosity.”
~Unknown… and it comes without any warning
“Love is like a piece of art work, even the smallest bit can be so beautiful.”
~ Stacie Cunningham.. Oh yes…. And one could die for that smallest bit..
“I love you; not only for what you are, but for what I am when I am with you.”
~ Roy Croft This is something strikes a chord with all of us, no?
“Take away love, and our earth is a tomb.”
~ Robert Browning
But of course.. If there were only love and no hate, there would not have been all these misery..
“I love thee to the depth and breadth and height my soul can reach…”
~Elizabeth Barrett Browning.. Oh My God!!!
“The closer I’m bound in love to you, the closer I am to free.”
~Robert G. Ingersoll …. Nirvana is Love
“Those who love deeply never grow old.”
~Anonymous, Look at me
“In dreams and in love there are no impossibilities.”
~Janos Arnay … I could climb the mountains…
Someone sent me this, “He is the only reason I get up in the mornings”
So very cute…
“There can be no happiness equal to the joy of finding a heart that understands.”
~Victor Robinson
Is Love all about understanding?
“The only true gift is a portion of yourself.”
~Ralph Waldo Emerson
That portion be heart?
“Love is just a word until it is proven to you.”
~Unknown
And of course… and untill it comes we all only enjoy it in a novel or a movie.
“There is a time for all things — except marriage my dear.”
~Thomas Chatterton
MArriage can happen any time…
“In the arithmetic of love, one plus one equals everything, and two minus one equals nothing.”
~Mignon McLaughlin
“Love and marriage, love and marriage go together like a horse and carriage. Dad was told by mother. You can’t have one without the other.”
~Sammy Cahn
Rightly so
. “Love is the master key that opens the gates of happiness.”
~Oliver Wendell Holmes
Love and be happy, be loved and be happier..
“At the touch of love everyone becomes a poet.”
~Plato
Oh yes, and everyone seem to snmile back at you…
“Love is a choice you make from moment to moment.”
~Barbara De Angelis
And you can be in love in all the moments..
“Friendship is certainly the finest balm for the pangs of disappointed love.”
~Jane Austen
Not when someone offers you friendship instead of love..
“You can’t put a price tag on love, but you can on all its accessories.”
~Melanie Clark
lol on this…
“She walks in Beauty, like the night
Of cloudless climes and starry skies,
And all that’s best of dark and bright
Meet in her aspect and her eyes…”
~ Lord Byron’s Love Poem
“Love is the triumph of imagination over intelligence.”
~H. L. Mencken
Oh yes…
“True love comes quietly, without banners or flashing lights. If you hear bells, get your ears checked.”
~Erich Segal ( If you read Erich Segal’s books, you will find gems of quotes about love, that will make you cry.. I have cried reading Acts of faith, Doctors and love story)
“We can only learn to love by loving.”
~Iris Murdoch .. How sweetly true is this
“It is impossible to love and be wise.”
~ Francis Bacon (is this what inspired the song Fools tread where the angels fear to tread?)
“A kiss is a lovely trick designed by nature to stop speech when words become superfluous.”
~Ingrid Bergman, But of course…
“Gravitation is not responsible for people falling in love.”
~Albert Einstein, Love ain’t apples
“Love: a temporary insanity, curable by marriage.”
~Ambrose Bierce .. Now, is love the end of marriage?
“Marriage marks the end of many short follies – being one long stupidity.”
~ Friedrich Nietzsche
Immature love says, “I love you because I need you.” Mature love says, “I need you because I love you.”
~Erich Fromm
“That Love is all there is, Is all we know of Love.”
~One of Emily Dickinson’s Love Quotes
“And in the end, it’s not the years in your life that count. It’s the life in your years.”
~A life quote by Abraham Lincoln
“Because I have loved life, I shall have no sorrow to die.”
~Amelia Burr ..
This is one funny life quote, “In spite of the cost of living, it’s still popular.”
~Kathy Norris
“When love is in excess it brings a man no honor nor worthiness.”
~Euripides

JUSTIN (VIDEOS)

2011-01-02T17:55:00.002+05:30

SHYANE WARD (VIDEOS)

2011-01-02T16:47:00.000+05:30

BREATHLESS

NO PROMISES

MELT THE SNOW

Walls S & A

2010-12-19T18:33:00.000+05:30

Alone

2010-12-19T18:00:00.000+05:30

Love walls

2010-12-17T16:48:00.000+05:30

MY LOVE STORY

2010-12-12T23:43:00.008+05:30

Hi friends I still rememember its my first day of my college, I entered the class and sat in a place we are busy with introducing our selfs after a couple of hours a girl entered the class I was stunned by her appearance in the class, she just came and sat in front of me. What a beauty she was, but i was unaware that I have fallen in love with her. At that time I thought nothing should disturb my studies. I was busy my studies and my friends. Then later one fine day i.e: oct-1. I was playing with my friends at that time she came into my arms accidentally(yes i hugged her), it was my first hug in my life. At that particular movement I had confirmed that she should be my whole life..... On september 29 she came to knew that I was loving her. On 30th she scolded me and said that she is not loving me. On 29 oct she scolded me again as i was telling everything to her friends, and on dec 3 I was roaming near her house with my friend she saw us and paniced next she scolded me like anything. She likes but why she is not saying anything? She knew that I am following her everyday but she keep quite! Still i didn't propose her this was the great twist in my life because if she say's no when I propose I don't have such a strength to hear it. My heart stop's beating then and their. Oh I didn't say her name na she is "Tanuja".

05/05/2011

This is one of the sad day in my whole life bcoz from today onwards our summer vacation is going to start. Till last summer vacation is my long festival for my whole year, but today i can't believe that summer vacation is one of the worst hell in my world, because I am going to miss my heart for one month 7 days. imagining itself is terrific how to experience oh God please make some thing
Because
Day doesn't start with out seeing her,
It won't be pleasant with out listening to her voice.
Hey its great yar we can love increases when we are far from the better half lets see if she accepts me in the second year.

17-07-11

            Hi Thanuja how r u? why r u playing with me still why don't u accept me and my love. still how much should i change for u ra? i knew that u love me but why are u making u'r cheating u'r self dear please accept me. I was waiting fo r u'r love and affection over me. I Love U sweet Heart.

13/08/2011

            Hi sweet heart I am here to thank you for the yesterday. What ever you do I love you sweet heart I don't wanna leave for ever. You may not like me today but definitely you will love me some day i will be waiting for that day my love. I love you till my last breadth.

29/10/2011
           Hi sweet heart do u remember this day last u fought with me for loving u. But today u are smiling at me this is the change that u got with me. I saw u today u are all ways staring at me. But i don't want to blame at with your parents that's why i was not proposing u and talking to u. But sure i promise u that u are my better half for the future I swear u.

19-11-2011
                    Hi my dear till today i haven't seen u in the college due to exams. How r u writing the exams my dear thanu, how were u preparing for the exams, I hope u r doing well with the exams. I couldn't wait for these aftrall 6 exams how would I wait for the whole 5th semister for 6 months, I can't wait. What ever happens I will propose u after 4th sem exams plz accept me........................... u know one thing before CT exam Hari rang me asked u'r number till then I thought i Shouldn't be disturbed for the exams but with her call i was totally disturbed, i don't know what I wrote in the exam. okkkkkkkkkkk, I think u wrote well.

ALL THE BEST FOR THE REST OF YOUR EXAMS THANUJA.

Hey I forgot to say you something I had prepared our wedding card in the past do you remember that. Srinu sir, yamuna, nagini, siva has seen that. byeeeeeeeeeeeeee take care.
phir milenge

Famous love letters

2010-12-12T18:25:00.000+05:30

To Elizabeth Barrett Browning:

     ...would I, if I could, supplant one of any of the affections that I know to have taken root in you - that great and solemn one, for instance.
     I feel that if I could get myself remade, as if turned to gold,
     I WOULD not even then desire to become more than the mere setting to that diamond you must always wear.

     The regard and esteem you now give me, in this letter, and which I press to my heart and bow my head upon, is all I can take and all too embarrassing, using all my gratitude.

- Robert Browning
(1812-1889)

____________________________________________________________________________________

Beethoven to His Immortal Beloved

Letter 1

July 6, in the morning

My angel, my all, my very self -

     Only a few words today and at that with pencil (with yours) - Not till tomorrow will my lodgings be definitely determined upon - what a useless waste of time -
     Why this deep sorrow when necessity speaks - can our love endure except through sacrifices, through not demanding everything from one another; can you change the fact that you are not wholly mine, I not wholly thine -
     Oh God, look out into the beauties of nature and comfort your heart with that which must be -
     Love demands everything and that very justly - thus it is to me with you, and to you with me.
     But you forget so easily that I must live for me and for you; if we were wholly united you would feel the pain of it as little as I -
     My journey was a fearful one; I did not reach here until 4 o'clock yesterday morning. Lacking horses the post-coach chose another route, but what an awful one; at the stage before the last I was warned not to travel at night; I was made fearful of a forest, but that only made me the more eager - and I was wrong.
     The coach must needs break down on the wretched road, a bottomless mud road.
     Without such postilions as I had with me I should have remained stuck in the road.
     Esterhazy, traveling the usual road here, had the same fate with eight horses that I had with four - Yet I got some pleasure out of it, as I always do when I successfully overcome difficulties -
     Now a quick change to things internal from things external.
     We shall surely see each other soon; moreover, today I cannot share with you the thoughts I have had during these last few days touching my own life -
     If our hearts were always close together, I would have none of these.
     My heart is full of so many things to say to you - ah - there are moments when I feel that speech amounts to nothing at all -
     Cheer up - remain my true, my only treasure, my all as I am yours.
     The gods must send us the rest, what for us must and shall be -

Your faithful LUDWIG

___________________________________________________________________________________

Robert Browning to Elizabeth Barrett Browning
Love Letter After Marriage

You will only expect a few words, what will those be?

When the heart is full it may run over, but the real fullness stays within. You asked me yesterday "if I should repent?"

Yes, my own Ba, I could with all the past were to do over again, that in it I might somewhat more, never so little more, conform in the outward homage, to the inward feeling, What I have professed, (for I have performed nothing) seems to fall short of what my first love required even, and when I think of this moment's love...I could repent, as I say.

Words can never tell you, however, form them, transform them anyway, how perfectly dear you are to me, perfectly dear to my heart and soul.

I look back, and in every one point, every word and gesture, every letter, every silence, you have been entirely perfect to me, I would not change one word, one look.

My hope and aim are to preserve this love, not to fall from it, for which I trust to God who procured it for me, and doubtless can preserve it.

Enough now, my dearest, dearest, own Ba!

You have given me the highest, completest proof of love that ever one human being gave another.
I am all gratitude, and all pride (under the proper feeling which ascribes pride to the right source) all pride that my life has been so crowned by you.

God bless you prays your very own R.