nyuuzyou/wikis huggingface dataset:
Telap (Sujangarh, Churu)

Telap is a small village of 1724 hectares in Sujangarh Tehsil in Churu district in the State of Rajasthan, India. The village is administrated by a sarpanch who is elected representative of the village by the local elections. Telap depends on LADNU, the nearest town for all major economic activities. The village has government-provided water facilities that include Two taps, Two Wells supply, Two tanks, One tubewell, and Two handpumps. The villagers also acquire water from some of the natural water sources - Two rivers, Two canals and Two springs. Telap is also surrounded by Two lakes. The population of the village depends on the source of drinking water during summer on Tubewell. Telap's pin code is 331518, and village code is 00659500. The area of Telap is segregated as 88.62 hectares irrigated area, 1441.43 hectares unirrigated, the 2.28 hectare area under culturable waste (including gauchar and groves), and remaining 191.28 hectare area not available for cultivation.
Telap has One public telephone. The village is connected with a single bus service. Telap has Two banks and Two credit societies for the regulation of economic activity. The village is also equipped with Two recreational centers.
The village has an uninterrupted 24 hours electric supply from a power grid.
== Demographics ==
Telap is a census village in the district of Churu, Rajasthan. The village has a total population of 1739 and has total administration over 322 houses which are connected to supplies basic amenities like water and sewerage.
* Telap has 344 children, 165 boys and 179 girls.
* Scheduled caste counts for 888 (51.06%) males constitute 443 (25.47%) of the population and females 445 (25.59%).
== Medical facility ==
* Telap has 3 hospitals in nearby town.
==Educational institutions==
As per the census 2011 report, 695 people are literate in Telap out of which 436 are males and 259 are females.
Telap has the following educational facilities:
* 1 Education facility
* 1 Primary school
* 3 Colleges in the nearby range
== Employment ==
According to a census 2011 report, 779 people of the total population are employed. The workforce is 450 male, 329 female with 597 (76.64%) of all workers being employed full-time, this includes 412 males and 185 females. 298 males and 128 females are considered as the main cultivators with the help of 85 male and 51 female agricultural labor. 182 people are reported to work for a marginal period of time in the year.
They depend on the agricultural markets (Mandi) of the nearby towns of LADNU and Churu to sell ghee and make their living.
== References ==
== External link ==
* Official website
Category:Villages in Sujangarh Tehsil
Category:Villages in Churu District
Category:Villages in Rajasthan
Category:Villages in India
Telara (Bhinay, Ajmer)

Telara is a small village of 616 hectares in Bhinay Tehsil in Ajmer district in the State of Rajasthan, India. The village is administrated by a sarpanch who is elected representative of the village by the local elections. Telara depends on Vijainagar, the nearest town for all major economic activities. The village has government-provided water facilities that include Two taps, One Well supply, which is 14.00% of the total supply, Two tanks, Two tubewells, and One handpump. The villagers also acquire water from some of the natural water sources - Two rivers, Two canals and Two springs. Telara is also surrounded by Two lakes. The population of the village depends on the source of drinking water during summer on Handpump. Telara's pin code is 305622, and village code is 02561200. The area of Telara is segregated as 177 hectares irrigated area, 250 hectares unirrigated, the 115 hectare area under culturable waste (including gauchar and groves), and remaining 74 hectare area not available for cultivation.
Telara has One public telephone. The village is connected with a single bus service. Telara has Two banks and Two credit societies for the regulation of economic activity. The village is also equipped with Two recreational centers.
The village has an uninterrupted 24 hours electric supply from a power grid.
== Demographics ==
Telara is a census village in the district of Ajmer, Rajasthan. The village has a total population of 911 and has total administration over 198 houses which are connected to supplies basic amenities like water and sewerage.
* Telara has 124 children, 50 boys and 74 girls.
* Scheduled caste counts for 407 (44.68%) males constitute 195 (21.41%) of the population and females 212 (23.27%).
== Medical facility ==
* Telara has 3 hospitals in nearby town.
==Educational institutions==
As per the census 2011 report, 488 people are literate in Telara out of which 316 are males and 172 are females.
Telara has the following educational facilities:
* 1 Education facility
* 1 Primary school
* 1 Upper primary school
* 3 Colleges in the nearby range
* 3 Adult literacy centers
== Employment ==
According to a census 2011 report, 441 people of the total population are employed. The workforce is 250 male, 191 female with 217 (49.21%) of all workers being employed full-time, this includes 157 males and 60 females. 97 males and 55 females are considered as the main cultivators with the help of 40 male and 3 female agricultural labor. 224 people are reported to work for a marginal period of time in the year.
They depend on the agricultural markets (Mandi) of the nearby towns of Vijainagar and Ajmer to sell agricultural produce and make their living.
== References ==
== External link ==
* Official website
Category:Villages in Bhinay Tehsil
Category:Villages in Ajmer District
Category:Villages in Rajasthan
Category:Villages in India
Telegraphy

Instead of exchanging a tangible item containing the message, telegraphing is a method of sending communications across large distances that relies on the sender using symbols that the receiver understands. Pigeon post, on the other hand, is not a kind of telegraphy. Despite the fact that ancient signalling systems, such as those in China, were capable of delivering arbitrary text messages, they were typically incapable of doing so. These technologies are not real telegraphs since the possible messages were preset and fixed.
Claude Chappe's optical telegraph was the first real telegraph to be widely used in the late 18th century. During the Napoleonic period, the system was widely implemented across France and the European states under French control. In the mid-19th century, the electric telegraph began to displace the optical telegraph. The Cooke and Wheatstone telegraph was the first to be used in the United Kingdom, and was first used primarily for railway signalling. It wasn't long until Samuel Morse devised a new method in the US. A slower pace of progress for electric telegraphs in France was owing to the country's long-standing usage of optical transmissions, but an electrical transmission that was code compatible with the Chappe system was eventually put into service. When the worldwide standard was established in 1865, a modified Morse code produced by Germany in 1848 was used.
Using reflected sunlight as a signalling medium, the heliograph was an early kind of telegraph. Aside from locations where the electrical telegraph had not yet been developed, this kind of telegraphy was often utilised. During the Apache Wars, a massive heliograph network was built throughout Arizona and New Mexico. As recently as World War II, the heliograph was a regular piece of military equipment. For maritime application, the early 20th century's wireless telegraphy emerged, and it competed with electrical telegraphy utilising underwater telegraph cables for worldwide communications.
Once the cost of sending a telegram had decreased, it became a common method of communication. Teleprinters and punched tape transmission were developed as a result of an increase in traffic. The Baudot code was the first of several new telegraph codes developed as a result of these systems. Even though they could not compete on price with the letter post, they were eventually pushed out of business by telephone competition that obliterated their speed advantage. Towards the end of the twentieth century, internet alternatives mainly replaced the few remaining telegraph uses.
Category:Telegraphy
Category:Telecommunications
Telehealth

Telehealth refers to the delivery of health-related services and information via the use of electronic information and telecommunications technology (EIT). It enables long-distance patient and physician interaction, care, guidance, reminders, education, intervention, monitoring, and remote admissions, as well as remote monitoring and intervention. Telemedicine is occasionally used as a synonym for other terms, or it is used in a more restricted meaning to indicate remote clinical services, such as diagnosis and monitoring, that are provided via the internet. Whenever rural settings, a lack of transportation, a lack of mobility, conditions resulting from outbreaks, epidemics, or pandemics, decreased funding, or a lack of staff create barriers to accessing care, telehealth can help to bridge the gap by providing distance learning; meetings, supervision, and presentations between practitioners; online information and health data management; and integration of the healthcare system. Two clinicians discussing a case over video conference; a robotic surgery performed through remote access; physical therapy performed using digital monitoring instruments, live feeds, and application combinations; tests being relayed among facilities for interpretation by a higher expert; home monitoring through continuous sending of patient data; client to practitioner online conference; or even videophone interpretation during a consult are all examples of telehealth services available.
Telehealth refers to "non-clinical services, such as provider training, administrative meetings, and continuing medical education," whereas telemedicine is defined as "remote clinical services" by the Department of Health and Human Services of the United States.
Telemedicine is a term used by the World Health Organization to encompass all areas of health care, including preventative health care. According to the American Telemedicine Association, the words telemedicine and telehealth are interchangeable, however it notes that the term telehealth is frequently used more widely to refer to distant health that does not include active clinical treatments.
Another similar word, eHealth, is often used in the United Kingdom and Europe as an umbrella phrase to refer to telehealth, electronic medical records, and other components of health information technology, all of which are included in this category.
Category:Telehealth
Category:Telecommunication services
Category:Health informatics
Telelaudo

Telelaudo is a Brazilian teleradiology company founded in 2009 by radiologist Flávio Lanes and based in Vitória, Espírito Santo. The company specializes in providing remote radiology reporting and telecommand services for clinics and hospitals across Brazil.
As of 2021, Telelaudo had a team of 120 radiologists and had produced over 4.7 million reports for more than 450 clinics and hospitals nationwide.
==History==
Telelaudo was established in 2009 to offer teleradiology services enabling imaging exams conducted in healthcare facilities to be analyzed by radiologists remotely. This service model was designed to mitigate the shortage of specialized radiology professionals in remote Brazilian regions, facilitating faster diagnosis and treatment.
In 2015, Telelaudo merged with Pró-Laudo, its main competitor in the Brazilian market. This merger resulted in the creation of the largest teleradiology company in Latin America, significantly enhancing Telelaudo’s operational capacity and market reach. In the following years, the company executed three additional mergers with other regional teleradiology providers.
In 2022, Telelaudo achieved Padi accreditation (Diagnostic Imaging Accreditation Programme) from the Diagnostic Imaging Accreditation Commission (Cadi), becoming the first teleradiology company in Brazil to receive this recognition in the radiology sector.
==Services==
Remote reporting for X-ray, computerized tomography (CT), and magnetic resonance imaging (MRI) examinations.
Remote operation (Telecommand) of MRI and CT machines by specialized radiographers.
==Impact and Relevance==
Teleradiology, a subset of telehealth, plays a crucial role in expanding access to radiology services in Brazil, particularly in remote areas that suffer from a shortage of specialized professionals. Telelaudo has been a pioneer in popularizing teleradiology within the country, contributing to the sector’s growth and spurring the emergence of new companies. Despite these advancements, challenges remain, particularly in expanding access to radiology examinations in Brazil’s North and Northeast regions.
===Response to the COVID-19 pandemic===
Between March and June 2020, 94 hospitals and diagnostic centers across 15 Brazilian states served by Telelaudo reported a 192% increase in demand for chest CT scans. Leveraging its extensive reach in remote reporting, Telelaudo collaborated with the Federal University of Espírito Santo (UFES) by providing anonymized data from over 14,000 exams. This study underscored the critical role of chest CT in the pandemic response, especially in the context of a shortage of RT-PCR tests, and underscored the broader impact of COVID-19 on healthcare services in Brazil.
Category:Broadcasting companies of Brazil
Category:Companies established in 2009
Category:Companies based in Espirito Santo
Telephone company

A telephone company, also known as a telco, telephone service provider, or telecommunications operator, is a type of communications service provider (CSP), and more specifically a telecommunications service provider (TSP), that provides telecommunications services such as telephony and data communications access to consumers and business customers worldwide. Many telephone companies were formerly government organisations or privately held but state-regulated monopolies, as was the case with many other businesses. PTTs are government agencies that are often referred to as such, particularly in Europe (postal, telegraph and telephone services).
Telephone companies are considered common carriers in the United States, and they are often referred to as local exchange carriers in the country. With the introduction of mobile telephony, telephone companies have expanded their offerings to include wireless carriers, often known as mobile network operators.
In today's world, the majority of telephone companies also serve as internet service providers (ISPs), and the difference between a telephone company and an ISP may become obsolete in the future as the industry's present trend toward supplier convergence continues.
Due to the high level of capital investment required by TSPs, most of them were formerly owned and run by the government in the majority of nations. However, nowadays there are many private actors in almost every part of the globe, and even the majority of government-owned corporations have been privatised in certain cases.
Category:Telecommunications companies
Teleport Founders Club

Teleport NFT is a social network mobile app platform that allows users to mint, display, and trade their non-fungible tokens. The initial Teleport Founders Club (TFC) NFT collection consists of 10,000 exclusive randomly generated 3D Model NFTs on the Ethereum blockchain that costs 0.07 ETH per NFT at presale.
Teleport NFT is a mobile app platform that uses augmented reality as well as 360 degree displays in MetaSpaces called Portals (which act as NFTs) - that open entrances to new and exciting virtual worlds ( real-world locations, events, or metaverses). These portals allow users to build and monetize immersive experiences using 360° Photos, Videos, Live Streams, Teleport's SDKs, and digital assets.
==Background==
Teleport is a social network mobile app platform that uses augmented reality as well as displays in a metaspace called - Teleport PORTALS that are the doorways that help users to enter new and exciting virtual worlds. Inside these portals, users can build and monetize immersive experiences using 360° Photos, Videos, Live Streams, Teleport's SDKs, and digital assets. The Teleport Founders Club NFTs are 3d avatars that will grant holders early access to the App, airdrops of upgrades, yielding, and more. Teleport aims to become the go-to social space of the NFT world and allow people who hold multiple NFT assets to display them in a 3d MetaSpace or 360 images of a real place.
Content creators are also a target demographic on the Teleport platform as it facilitates the ability for people to explore their artworks and Portal creations. The Portal NFTs acting as 360 virtual metaspace environments can be monetized in many different ways. Users can create an environment or experience and sell the whole portal, create an art gallery to display the NFTs they are selling, or host a 360 live stream of a special event and charge an entry fee to name a few.
The Teleport Founders Club NFTs are the first 3d Model NFT that users can use in Augmented Reality and in MetaSpaces. Owners will receive upgrades and bonuses to their Avatars for holding the NFTs. The pricing structure is as follows:
* Pre-sale (1st 200 TFC): 0.07 ETH + Gas Fee
* Whitelist: 0.07 ETH + Gas Fee
* Public Sale: 0.08 ETH + Gas Fee
==Gallery==
==References==
==External links==
* Official website
* 
* 
* Teleport NFT on Discord
Category:Blockchain games
Category:Non-fungible token
Category:Blockchain and auctions
Category:Ethereum
Televangelism

The use of media, notably radio and television, to convey Christianity is known as televangelism (tele- "distance" and "evangelism," meaning "minister"). Official or unofficial, televangelists dedicate a significant amount of their work to television broadcasting. Even while many of the televangelists preach regularly in their own churches (sometimes megachurches), the vast majority of their adherents are those who hear them on the radio or see them on television. Another group doesn't have a traditional congregation, but instead works mostly via television. The word is sometimes used in a mocking way by opponents as a suggestion that ministers like this are trying to bolster their own egos.
The emergence of televised evangelism in the United States was largely due to the deregulation of the media, which allows virtually anyone with the financial means to access television networks and cable TV, as well as the presence of a sizable Christian population willing to contribute to the cause. Evangelical Protestant audiences, whether autonomous or structured around Christian churches, found it particularly appealing. A growing number of Christian-oriented televangelists from the United States are now broadcasting on worldwide networks, thanks to the globalisation of broadcasting.
Religious broadcasting is subject to stricter regulations in certain nations than it is in others. Private interest organisations seldom create religious programming in these nations, and instead rely on commercial television networks to do it.
Category:Televangelism
Category:Evangelical Christian missions
Category:Evangelism
Television

A telecommunication medium used for sending moving pictures in monochrome (black and white), colour, and two or three dimensions, as well as sound, is referred to as television (abbreviated as TV or telly). The phrase "television set" may refer to a television set, a television programme, or the medium through which television is broadcasted. Marketing, entertainment, news, and sports are all broadcast on television, which is a mass media.
In 2013, a television set was in the possession of 79 percent of the world's households. In the late 1990s, the replacement of earlier bulky, high-voltage vacuum tube (CRT) screen displays with compact, power flat-panel alternative technologies such as LCDs (both fluorescent-backlit and LED), OLED displays, and plasma displays was the beginning of a hardware revolution that began with computer monitors and continued with OLED displays and plasma displays. The vast majority of television sets sold in the 2000s were flat-panel, with the majority of them being LEDs. Major manufacturers stated that they will phase out CRT, DLP, plasma, and even fluorescent-backlit LCD displays by the middle of the decade. The use of OLEDs is anticipated to progressively phase out the use of LEDs in the not-too-distant future. In addition, prominent manufacturers have said that they would increase their production of smart televisions starting in the mid-2010s. By the late 2010s, smart TVs with built-in Internet and Web 2.0 features had surpassed traditional television as the main source of entertainment.
Television signals were originally delivered exclusively as terrestrial television, with high-powered radio-frequency television transmitters broadcasting the signal to individual television receivers. Television signals were prepared and distributed only as terrestrial television. As an alternative, television signals are delivered via coaxial cable or optical fibre, satellite systems, and, more recently, the Internet. This kind of transmission was sent as analogue signals until the early 2000s, but a shift to digital television was anticipated to be completed across the globe by the late 2010s. A typical television set is composed of a number of internal electrical circuits, one of which is a tuner, which is responsible for receiving and decoding broadcast signals. Rather than television, the term video monitor should be used to describe a visual display device that does not have a tuner.
Category:Television
Category:Advertising by medium
Category:Television terminology
Category:Media formats
Category:Broadcasting