Chiba New Town Chūō Station

Chiba New Town Chūō Station (千葉ニュータウン中央駅, Chiba Nyūtaun Chūō-eki) is a railway station in Inzai, Chiba, Japan.

Station platforms, 2019
HS12
Chiba New Town Chūō Station

千葉ニュータウン中央駅
Chiba New Town Chūō Station in February 2013
Location1-2191 Hara, Inzai, Chiba
Japan
Operated by
Line(s)
  • HS Hokuso Line
  • KS Narita Sky Access Line
Platforms1 island
Tracks2
Other information
Station codeHS12
History
Opened19 March 1984
Traffic
Passengers (FY2013)25,551 daily (Hokusō Line) [1]
4,540 daily (Keisei Line)[2]
Location
Chiba New Town Chūō Station
Location within Chiba Prefecture
Chiba New Town Chūō Station
Chiba New Town Chūō Station (Japan)

Lines

Chiba New Town Chūō Station is served by the third-sector Hokusō Railway's Hokusō Line and is located 23.8 kilometers from the starting point of the line at Keisei-Takasago. It is also served by the Keisei Electric Railway’s Narita Sky Access connecting downtown Tokyo with Narita Airport, which uses the same tracks as the Hokusō Line.

Station layout

This station consists of one island platform serving two tracks, with an elevated station building located above the tracks and platforms.

Platforms
1 ■ Hokusō Line for Keisei-Takasago, Oshiage, and Haneda Airport
■ Narita Sky Access for Keisei-Takasago, Oshiage, and Haneda Airport
2 ■ Hokusō Line for Imba Nihon-idai
■ Narita Sky Access for Narita Airport

Adjacent stations
« Service »
Hokusō Line HS12
Komuro HS11   Limited Express   Inzai-Makinohara HS13
Komuro HS11   Express   Inzai-Makinohara HS13
Komuro HS11   Local   Inzai-Makinohara HS13
Narita Sky Access Line HS12
Skyliner: Does not stop at this station
Shin-Kamagaya HS08   Access Express   Imba Nihon-Idai HS14

History

Chiba New Town Chūō Station was opened on 19 March 1984. On 17 July 2010 a station numbering system was introduced to the Hokusō Line, with the station designated HS12.

Surrounding area
gollark: Evidently, I need to find a general number field sieve implementation.
gollark: It *does* do this, that's just unavailable in this channel.
gollark: Wait, this is just an arbitrary random number.
gollark: So I'm using it on a big number which it is not optimized for.
gollark: > Factoring large numbers is, in general, hard. The Pollard-Brent rho algorithm used by factor is particularly effective for numbers with relatively small factors. If you wish to factor large numbers which do not have small factors (for example, numbers which are the product of two large primes), other methods are far better. Oh bee.

See also

References
  1. 京成線・北総線基本データ - 京成エージェンシー
  2. 駅別乗降人員（平成26年度1日平均）
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