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Gun Kundli Milan Form Class algorithms kundlis create the tradition hindus planetary position date. Again, however, it should be noted, whilst this practice was common, it was not ubiquitous, since despite giving a standard configuration for terse, easily interpreted numbers with their respective ring codes, its chief functional drawback was with the first ring always being long and the second always being short, this limited the number of brief and thus practical ringing combinations that could be used on single multiparty subscriber numbers. Wikimedia Commons has media related to.\
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Modern telephones use push buttons. A telephone, or phone, is a device that permits two or more users to conduct a conversation when they are too far apart to be heard directly. A telephone converts , typically and most efficiently the , into electronic signals that are transmitted via cables and other communication channels to another telephone which reproduces the sound to the receiving user. In 1876, Scottish emigrant was the first to be granted a United States patent for a device that produced clearly intelligible replication of the human voice. This instrument was further developed by many others. The telephone was the first device in history that enabled people to talk directly with each other across large distances. Telephones rapidly became indispensable to businesses, government and households and are today some of the most widely used. The essential elements of a telephone are a transmitter to speak into and an receiver which reproduces the voice in a distant location. In addition, most telephones contain a ringer, which produces a to announce an incoming telephone call, and a dial or keypad used to enter a when initiating a call to another telephone. Until approximately the 1970s, most telephones used a , which was superseded by the modern DTMF push-button dial, first introduced to the public by in 1963. The receiver and transmitter are usually built into a which is held up to the ear and mouth during conversation. The dial may be located either on the handset or on a base unit to which the handset is connected. The transmitter converts the to which are sent through a telephone network to the receiving telephone, which converts the signals into audible sound in the receiver or sometimes a. Telephones are devices, meaning they permit transmission in both directions simultaneously. The first telephones were directly connected to each other from one customer's office or residence to another customer's location. Being impractical beyond just a few customers, these systems were quickly replaced by manually operated centrally located. This gave rise to telephone service in which each telephone is connected by a pair of dedicated wires to a local central office switching system, which developed into fully automated systems starting in the early 1900s. For greater mobility, various radio systems were developed for transmission between mobile stations on ships and automobiles in the mid-20th century. Hand-held were introduced for personal service starting in 1973. By the late 1970s, several mobile telephone networks operated around the world. In 1983, the AMPS was launched, offering a standardized technology providing portability for users far beyond the personal residence or office. These analog cellular system evolved into digital networks with better security, greater capacity, better regional coverage and lower cost. Today, the worldwide , with its hierarchical system of many , can connect any telephone on the network with any other. With the standardized international numbering system, , each telephone line has an identifying , that may be called from any other, authorized telephone on the network. Although originally designed for simple voice communications, has enabled most modern cell phones to have many additional capabilities. They may be able to , send and receive , or , play music or , , do or immerse the user in. Since 1999, the trend for mobile phones is that integrate all mobile communication and computing needs. Schematic of a landline telephone installation A traditional telephone system, also known as POTS , commonly carries both control and audio signals on the same C in diagram of insulated wires, the telephone line. The control and signaling equipment consists of three components, the ringer, the hookswitch, and a dial. The ringer, or beeper, light or other device A7 , alerts the user to incoming calls. The hookswitch signals to the central office that the user has picked up the handset to either answer a call or initiate a call. A dial, if present, is used by the subscriber to transmit a telephone number to the central office when initiating a call. Until the 1960s dials used almost exclusively the technology, which was replaced by DTMF with A4. A major expense of wire-line telephone service is the outside wire plant. Telephones transmit both the incoming and outgoing speech signals on a single pair of wires. A twisted pair line rejects EMI and better than a single wire or an untwisted pair. The strong outgoing speech signal from the microphone transmitter does not overpower the weaker incoming speaker receiver signal with because a A3 and other components compensate the imbalance. The junction box B arrests lightning B2 and B1 to maximize the signal power for the line length. Telephones have similar adjustments for inside line lengths A8. The line voltages are negative compared to earth, to reduce. Negative voltage attracts positive metal ions toward the wires. The off-hook components include a transmitter microphone, A2 , a receiver speaker, A1 , and other circuits for dialing, filtering A3 , and amplification. A wishing to speak to another party will pick up the telephone's handset, thereby operating a lever which closes the switchhook A4 , which powers the telephone by connecting the transmitter microphone , receiver speaker , and related audio components to the line. The off-hook circuitry has a low resistance less than 300 which causes a DC , which comes down the line C from the telephone exchange. The exchange detects this current, attaches a digit receiver circuit to the line, and sends a to indicate readiness. On a modern , the caller then presses the number keys to send the telephone number of the. The keys control a tone generator circuit not shown that makes tones that the exchange receives. A uses , sending electrical pulses, that the exchange can count to get the telephone number as of 2010 many exchanges were still equipped to handle pulse dialing. If the called party's line is available, the exchange sends an intermittent about 75 volts AC in North America and UK and 60 volts in Germany to alert the called party to an incoming call. If the called party's line is in use, the exchange returns a to the calling party. However, if the called party's line is in use but has installed, the exchange sends an intermittent audible tone to the called party to indicate an incoming call. The ringer of a telephone A7 is connected to the line through a A6 , which blocks direct current but passes the alternating current of the ringing signal. The telephone draws no current when it is on hook, while a DC voltage is continually applied to the line. Exchange circuitry D2 can send an AC current down the line to activate the ringer and announce an incoming call. When there is no automatic exchange, telephones have hand-cranked to generate a ringing voltage back to the exchange or any other telephone on the same line. When a landline telephone is inactive on hook , the circuitry at the telephone exchange detects the absence of direct current to indicate that the line is not in use. When a party initiates a call to this line, the exchange sends the ringing signal. When the called party picks up the handset, they actuate a double-circuit switchhook not shown which may simultaneously disconnects the alerting device and connects the audio circuitry to the line. This, in turn, draws direct current through the line, confirming that the called phone is now active. The exchange circuitry turns off the ring signal, and both telephones are now active and connected through the exchange. The parties may now converse as long as both phones remain off hook. When a party hangs up, placing the handset back on the cradle or hook, direct current ceases in that line, signaling the exchange to disconnect the call. Calls to parties beyond the local exchange are carried over lines which establish connections between exchanges. In modern telephone networks, and are often employed in such connections. In most landline telephones, the transmitter and receiver microphone and speaker are located in the handset, although in a these components may be located in the base or in a separate enclosure. Powered by the line, the microphone A2 produces a modulated electric current which varies its and in response to the waves arriving at its. The resulting current is transmitted along the telephone line to the local exchange then on to the other phone via the local exchange or via a larger network , where it passes through the of the receiver A3. The varying current in the coil produces a corresponding movement of the receiver's diaphragm, reproducing the original sound waves present at the transmitter. Along with the microphone and speaker, additional circuitry is incorporated to prevent the incoming speaker signal and the outgoing microphone signal from interfering with each other. This is accomplished through a A3. The incoming audio signal passes through a resistor A8 and the primary winding of the coil A3 which passes it to the speaker A1. Since the current path A8 — A3 has a far lower impedance than the microphone A2 , virtually all of the incoming signal passes through it and bypasses the microphone. At the same time the DC voltage across the line causes a DC current which is split between the resistor-coil A8-A3 branch and the microphone-coil A2-A3 branch. The DC current through the resistor-coil branch has no effect on the incoming audio signal. But the DC current passing through the microphone is turned into AC current in response to voice sounds which then passes through only the upper branch of the coil's A3 primary winding, which has far fewer turns than the lower primary winding. This causes a small portion of the microphone output to be fed back to the speaker, while the rest of the AC current goes out through the phone line. A is a telephone designed for testing the telephone network, and may be attached directly to aerial lines and other infrastructure components. A communication device for sailing vessels The Telephone was the invention of a captain John Taylor in 1844. This instrument used four to communicate with vessels in foggy weather. Credit for the invention of the electric telephone is frequently disputed. As with other influential such as , , the , and the , several inventors pioneered experimental work on voice transmission over a wire and improved on each other's ideas. New controversies over the issue still arise from time to time. Alexander Graham Bell was the first to be awarded a patent for the electric telephone by the USPTO in March 1876. The Bell patents were forensically victorious and commercially decisive. That first patent by Bell was the master patent of the telephone, from which other patents for electric telephone devices and features flowed. In 1876, shortly after the telephone was invented, Hungarian engineer invented the telephone switch, which allowed for the formation of , and eventually networks. Reis' telephone was not limited to musical sounds. However telephones would not be demonstrated there until 1876, with a set of telephones from Bell. A 'patent caveat' was not an invention award, but only an unverified notice filed by an individual that he or she intends to file a regular patent application in the future. This uses multiple vibrating steel reeds in make-break circuits. Patent Office of an interference between his caveat and Bell's patent application. Gray decides to abandon his caveat. Watson, come here, I want to see you. The patent 474,230 was granted 3 May 1892, after a 15-year delay because of litigation. Edison was granted patent 222,390 for a carbon granules transmitter in 1879. Early commercial instruments Early telephones were technically diverse. Some used a , some had a metal diaphragm that induced current in an electromagnet wound around a permanent magnet, and some were - their diaphragm vibrated a coil of wire in the field of a permanent magnet or the coil vibrated the diaphragm. The sound-powered dynamic variants survived in small numbers through the 20th century in military and maritime applications, where its ability to create its own electrical power was crucial. The Edison patents kept the Bell monopoly viable into the 20th century, by which time the network was more important than the instrument. Early telephones were locally powered, using either a dynamic transmitter or by the powering of a transmitter with a local battery. One of the jobs of personnel was to visit each telephone periodically to inspect the battery. During the 20th century, telephones powered from the telephone exchange over the same wires that carried the voice signals became common. Early telephones used a single wire for the subscriber's line, with used to complete the circuit as used in. The earliest dynamic telephones also had only one port opening for sound, with the user alternately listening and speaking or rather, shouting into the same hole. Sometimes the instruments were operated in pairs at each end, making conversation more convenient but also more expensive. At first, the benefits of a telephone exchange were not exploited. Instead telephones were leased in pairs to a , who had to arrange for a telegraph contractor to construct a line between them, for example between a home and a shop. Users who wanted the ability to speak to several different locations would need to obtain and set up three or four pairs of telephones. The user alerted the other end, or the exchange , by into the transmitter. Telephones connected to the earliest automatic exchanges had seven wires, one for the , one for each , one for the bell, one for the and two for speaking. Large wall telephones in the early 20th century usually incorporated the bell, and separate for desk phones dwindled away in the middle of the century. Rural and other telephones that were not on a common battery exchange had a hand-cranked generator to produce a high voltage alternating signal to ring the bells of other telephones on the line and to alert the operator. Some local farming communities that were not connected to the main networks set up that exploited the existing system of field fences to transmit the signal. Cartoon by journalist shows a man using a candlestick telephone, 1917. In the 1890s a new smaller style of telephone was introduced, packaged in three parts. Previous telephones required the user to operate a separate switch to connect either the voice or the bell. In phones connected to common battery exchanges, the ringer box was installed under a desk, or other out of the way place, since it did not need a battery or magneto. Cradle designs were also used at this time, having a handle with the receiver and transmitter attached, now called a , separate from the cradle base that housed the magneto crank and other parts. Disadvantages of single wire operation such as crosstalk and had already led to the use of twisted pairs and, for long distance telephones,. Users at the beginning of the 20th century did not place from their own telephones but made an appointment to use a special soundproofed long distance furnished with the latest technology. What turned out to be the most popular and longest lasting physical style of telephone was introduced in the early 20th century, including Bell's desk set. A carbon granule transmitter and electromagnetic receiver were united in a single molded plastic handle, which when not in use sat in a cradle in the base unit. The circuit diagram of the model 202 shows the direct connection of the transmitter to the line, while the receiver was induction coupled. In local battery configurations, when the local loop was too long to provide sufficient current from the exchange, the transmitter was powered by a local battery and inductively coupled, while the receiver was included in the local loop. The coupling transformer and the ringer were mounted in a separate enclosure, called the subscriber set. The dial switch in the base interrupted the line current by repeatedly but very briefly disconnecting the line 1 to 10 times for each digit, and the hook switch in the center of the circuit diagram disconnected the line and the transmitter battery while the handset was on the cradle. In the 1930s, telephone sets were developed that combined the bell and induction coil with the desk set, obviating a separate ringer box. The becoming commonplace in the 1930s in many areas enabled customer-dialed service, but some magneto systems remained even into the 1960s. After World War II, the telephone networks saw rapid expansion and more efficient telephone sets, such as the in the United States, were developed that permitted larger local networks centered around central offices. With the development of in the 1960s, gradually evolved towards which improved the capacity, quality, and cost of the network. The development of digital data communications method, such as the protocols used for the , it became possible to digitize voice and transmit it as real-time data across , giving rise to the field of Internet Protocol IP telephony, also known as VoIP , a term that reflects the methodology memorably. VoIP has proven to be a that is rapidly replacing traditional telephone network infrastructure. As of January 2005, up to 10% of telephone subscribers in and have switched to this digital telephone service. From a customer perspective, IP telephony uses a high-bandwidth Internet connection and specialized customer premises equipment to transmit telephone calls via the Internet, or any modern private data network. The customer equipment may be an ATA which interfaces a conventional analog telephone to the IP networking equipment, or it may be an that has the networking and interface technology built into the desk-top set and provides the traditional, familiar parts of a telephone, the handset, the dial or keypad, and a ringer in a package that usually resembles a standard telephone set. In addition, many computer software vendors and telephony operators provide application software that emulates a telephone by use of an attached microphone and audio headset, or. Despite the new features and conveniences of IP telephones, some may have notable disadvantages compared to traditional telephones. Unless the IP telephone's components are backed up with an or other emergency power source, the phone ceases to function during a as can occur during an emergency or disaster when the phone is most needed. Traditional phones connected to the older network do not experience that problem since they are powered by the telephone company's battery supply, which will continue to function even if there is a prolonged power outage. Another problem in Internet-based services is the lack of a fixed physical location, impacting the provisioning of emergency services such as police, fire or ambulance, should someone call for them. Unless the registered user updates the IP phone's physical address location after moving to a new residence, emergency services can be, and have been, dispatched to the wrong location. White Bell engineer This design was used until 1925 and installed phones were used until the 1940s. Prentice Hall PTR, 2002, p. This citation is referred to also in the book by J. Kingsbury published in 1915. The Telephone and It's Several Inventors: A History. University of Michigan: Scarecrow Press. Archived from on 2001-10-12. Archived from on January 18, 2005. Retrieved 5 July 2009. Telephone: The first hundred years. The Telephone and Its Several Inventors: A History. The Telephone Patent Conspiracy of 1876: The Elisha Gray — Alexander Bell Controversy. The Worldwide History of Telecommunications Hoboken: NJ: Wiley-IEEE Press. Network Nation: Inventing American Telecommunications. Cambridge, MA: Harvard University Press. The People's Network: The Political Economy of the Telephone in the Gilded Age. Philadelphia: University of Pennsylvania Press. Wikimedia Commons has media related to. Wikivoyage has a travel guide for. Look up or in Wiktionary, the free dictionary.
