Voice Time Clock App Download ~UPD~

uAttend was built for businesses like yours that need a reliable, easy-to-use, affordable time, attendance, & scheduling system. The DR2000 features a facial recognition scanner, voice controlled functions, and an RFID reader right on the clock. Cloud connected via WiFi or LAN, the DR2000 will securely store your punches, even during temporary internet outages, and automatically the send data to the cloud once connectivity is restored.

uAttend was built for businesses like yours that need a touch-free, easy-to-use, affordable time, attendance, & scheduling system. The DR2000 features a facial recognition and an RFID reader right on the clock. Cloud connected via WiFi or LAN, the DR2000 will securely store your punches, even during temporary internet outages, and automatically the send data to the cloud once connectivity is restored.

Voice Time Clock App Download

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uAttend was built for businesses like yours that need a reliable, easy-to-use, affordable time, attendance, & scheduling system. The DR2500 features a facial recognition scanner, voice controlled functions, and a built-in temperature reader right on the clock. Cloud connected via WiFi or LAN, the DR2500 will securely store your punches, even during temporary internet outages, and automatically the send data to the cloud once connectivity is restored.

I'm a teacher/lecturer and I often record audio of my classroom for practitioner research projects. I'm also starting a podcast soon and I often record lectures and voice notes. As a lot of my research falls under authoethnography I really need accurate dates on the recordings. Currently I have a Philips Voice Tracer which I bought in 2014. It's still really good, but I often need to take the batteries out, and then when I put them back in the darn thing takes a good 5 mins to put the correct date and time back in.

uAttend was built for businesses like yours that need a reliable, easy-to-use, affordable time, attendance, & scheduling system. Cloud connected via WiFi or LAN, the DR2000 will securely store your punches, even during temporary internet outages, and automatically the send data to the cloud once connectivity is restored.

The DR series time clocks require an affordable monthly subscription. The time

clock will not function without a subscription. Enjoy access to the uAttend cloud

and mobile app, lifetime warranty on hardware, lifetime data storage, free soft-

ware upgrades, and unlimited customer and technical support Monday-Friday.

Subscriptions start as low as $25/mo.

- Gain insights towards cost-effective scheduling with real-time overtime alerts when employees approach or meet overtime.

- Eliminate buddy punching when employees clock in or out with facial recognition or RFID card.

- Speed up the payroll process by exporting data when employees take a break, lunch, and perform a job transfer right from the clock.

- Meet your business needs by tracking a weekly, bi-weekly, semi-monthly, or monthly pay period.

- Affordable monthly subscription required and includes lifetime free replacements and unlimited access to customer support 5 days a week.

All monthly cloud account plans are designed for two time clocks, one administrator, and unlimited data exports in .csv format. Add $10 per month

for each additional time clock over two. Add $6 per month for each additional

administrator over one. Add $5 per month for data exports in formats other

than .csv. Plus tax where applicable.

A speaking clock or talking clock is a live or recorded human voice service, usually accessed by telephone, that gives the correct time. The first telephone speaking clock service was introduced in France, in association with the Paris Observatory, on 14 February 1933.[1]

In addition to the speaking clocks, there was ancillary equipment to provide timing signals, 1 pulse per second, 8 pulses per minute and 8 pulses per hour. The Time and Frequency Standards Section in the PMG Research Laboratories at 59 Little Collins Street, Melbourne maintained the frequency checks to ensure that the system was "on time". From a maintenance point of view, the most important part of the mechanical clocks was to ensure that they were well oiled to minimise wear on the cams and to replace blown bulbs in the optical pickups from the glass disk recordings. When Time & Frequency Standards moved from 59 Collins Street to Clayton Research Labs (3rd Flr. Building M5), the control signals were duplicated and a second bank of Caesium Beam Primary standards installed so the cutover was transparent with no loss of service.

This mechanical system was replaced with a digital system in 1990. Each speaking clock ensemble consisted of two announcing units (Zag 500), a supervisory unit (CCU 500), two phase-locked oscillators, two pulse distribution units, a Civil Time Receiver (plus a spare), and two or four Computime 1200 baud modems. The voice was provided by Richard Peach, a former ABC broadcaster. The various components were sent for commercial production after a working prototype was built in the Telstra Research Laboratory (TRL). Assmann Australia used a German announcing unit and built a supervisory unit to TRL specifications. Design 2000 incorporated TRL oscillators in the phase locked oscillator units designed at TRL and controlled by two tone from the Telstra Caesium beam frequency standards. Ged Company built civil time receivers. The civil time code generators and two tone generators were designed and built within TRL. The changeover occurred at 12 noon, September 12, 1990.

In Austria, the speaking clock ("Zeitansage", which literally means "time announcement") can be reached at 0810 00 1503 since 2009. A recorded female voice says: "Es wird mit dem Summerton 15 Uhr, 53 Minuten und 10 Sekunden", meaning "At the buzzing tone, the time will be 15 hours, 53 minutes and 10 seconds", followed by a short pause and a 1 kHz, 0.25 seconds long beep (even though the announcement "buzzing tone" suggests otherwise). The time is announced in 10 second intervals using the voice of radio host Angelika Lang.

Before 2009, the speaking clock was available at local call rates by dialing 1503. Until then, the voice was generated by an Assmann ZAG500 time announcement device. The announcements were voiced by former switchboard operator Renate Fuczik.[7]

In Belgium, the speaking clock used to be reachable on the numbers 1200 (Dutch language), 1300 (French language), and 1400 (German language). Starting September 2012, the service is only reachable on the numbers +32 78 05 12 00 (Dutch Language), +32 78 05 13 00 (French language) and +32 78 05 14 00 (German language). At the time of the number change, the service received 5,000 calls per day.[8] The signal for the speaking clock came directly from the time service of the Royal Observatory of Belgium. First it came from a Zeiss clock, later from an atomic clock.

The NRC provides a Telephone Talking Clock service; voice announcements of Eastern Time are made every 10 seconds, followed by a tone indicating the exact time. This service is available to the general public by dialing +1 613 745-1576 for English service and +1 613 745-9426 for French service. Long-distance charges apply for those calling from outside the Ottawa/Gatineau area. The voices of the time announcements are Harry Mannis in English and Simon Durivage in French.

Dialling 117 in any city connects to a speaking clock that tells the current time in China. Currently 12117.[9] Despite China spanning five time zones, only one time is kept over the country, therefore only one zone related service is required and the same time would be announced regardless of where the call was made. Rates are charged according to the ordinary local number, generally around 0.25 RMB/minute.[10]

In Finland the speaking clock service is known as Neiti Aika in Finnish or Frken Tid in Swedish, both of which mean "Miss Time". The first Neiti Aika service was started in 1936 and was the first automated phone service in Finland.[11] The service is provided by regional phone companies and can be reached by dialling 10061 from any part of the country. The voice of the speaking clock is male or female depending on the phone company service.[12] Nowadays[when?] the use of the Neiti Aika service has decreased significantly, and the press officer of Auria, the regional phone company of Turku, stated in an article of the Turun Sanomat newspaper that when the company started the service in 1938 it was used 352,310 times in its starting year, compared to 1,300 times in September 2006.[13]

In France, the speaking clock (horloge parlante) was launched on 14 February 1933 and was the first service of its kind worldwide.[1][14] It is available by dialing 3699 from within France, and was formerly available from overseas by dialing +33 8.36.99. - - . - - (where the - - could be any number). However, since September 2011, calls placed from outside France only work from some countries and networks. In May 2022, French telecom company Orange announced that the service will be discontinued on 1 July 2022, due to the "steady and significant decrease" of calls.[15]

In Italy, the number of the speaking clock ("il numero dell'ora esatta", "the exact time number") was originally 16, the time was given by a recorded female voice. In the mid-seventies, 16 was replaced by 161. Presently, the number to be dialled is 4261.

In 1934, electronic engineer and inventor F.H. Leeuwrik built a speaking clock for the municipal telephone service of The Hague using optically recorded speech, looping on a large drum. The female voice was provided by the then 24-year-old school teacher Cor Hoogendam, hence the machine was nicknamed Tante Cor (Aunt Cor).[23]

In 1969, this system was replaced by a magnetic disk machine resembling a record player with three pick-up arms, telling the time at 10 second intervals followed by a beep. The text was spoken by actress Willie Brill. The service was now called over 130 million times a year. 006ab0faaa