UNDERFLOOR SAFES : SAFES

Underfloor Safes : Car Floor Mats.

Underfloor Safes


underfloor safes
    underfloor
  • The underside of a car
  • Situated or operating beneath the floor
    safes
  • (SAFED) Describes a horseshoe which has the outer edge of the ground surface of the medial branch beveled. This is done to decrease the chance of it pulling another shoe or causing injury should the horse interfere.
  • A condom
  • (Safed) City in Upper Galilee; one of the three main Crusader fortresses. In the sixteenth century, center of Jewish mysticism (Kabala). Its Jewish quarter was attacked by Arabs in 1929, and again in 1936.
  • A strong fireproof cabinet with a complex lock, used for the storage of valuables
  • Safed (?????, Tz'fat; ???, ?afad), also known as Zefat (Ashkenazi: Tzfas; Biblical: ?'fath), is a city in the Northern District of Israel. Located at an altitude of , Safed is the highest city in the Galilee and of Israel.
underfloor safes - Numerical procedure
Numerical procedure for predicting annual energy consumption of the under-floor air distribution system [An article from: Energy & Buildings]
Numerical procedure for predicting annual energy consumption of the under-floor air distribution system [An article from: Energy & Buildings]
This digital document is a journal article from Energy & Buildings, published by Elsevier in 2006. The article is delivered in HTML format and is available in your Amazon.com Media Library immediately after purchase. You can view it with any web browser.

Description:
As compared with the mixing system, indoor air temperature stratification in the under-floor air distribution (UFAD) system offers an opportunity for cooling load reduction in the occupied zone. This stratification is a major feature that offers the energy saving potential, but it has not been thoroughly taken into account in most energy simulation programs. In this article, a numerical procedure, based on coupling two types of modeling, i.e., CFD (computational fluid dynamic) simulation and dynamic cooling load simulation, is proposed to predict annual energy consumption. The dimensionless temperature coefficient is first defined in the UFAD system and obtained from CFD simulation, based on the boundary conditions from a cooling load program ACCURACY. According to this coefficient, temperature stratification input to ACCURACY is then revised to calculate the updated supply and exhaust air temperatures for final annual energy prediction. To demonstrate the method, a small office room is investigated using Hong Kong weather data. With the constant air volume (CAV) supply in the UFAD system, it is found that the dimensionless temperature coefficient is almost a constant, when the locations of heat sources are fixed. As compared with the mixing system, the UFAD system derives its energy saving potential from the following three factors: an extended free cooling time, a reduced ventilation load, and increased coefficients of performance (COP) for chillers.

85% (6)
The Golden Eagle Imperial Suite from the Luxury Train Club
The Golden Eagle Imperial Suite from the Luxury Train Club
The Imperial Suites are the most spacious cabins available onboard the Golden Eagle measuring 120 sq ft (11.2 sq metres). They benefit from their own large and luxurious fixed King Size bed as well as a dedicated sitting area with dressing table. Suite facilities include private en-suite facilities with large power shower and underfloor heating, individual air-conditioning, wardrobe, DVD/CD player with LCD screen and two large picture windows. Guests will also have a dedicated butler service, a selection of complimentary drinks from the premium bar list, included laundry service and room upgrades to the next available category at selected hotels as per the itinerary. IMPERIAL SUITE INFORMATION •Cabin Area: 120 sq ft (11.1 sq metres) •Cabin Width: 17ft 4ins (3.6m) •Cabin Length: 6ft 7ins (2m) •Bed Width: •Bed Length: 6ft 2ins (1.9m) •Cabins per car: 1 (plus 3 Gold Class Cabins) •Sleeps 2 in King Size bed (UK - width 5ft/1.5m) •Sitting area •Remote controlled air-conditioning and heating •Recessed lighting and wardrobe •Dressing Table •Personal safe •Private en-suite bathroom with full power shower and underfloor heating •Bathrobes, slippers and toiletries provided •DVD/CD player with LCD screens •Towels and Linens changed daily •Complimentary tea, coffee and mineral water available at all times •Dedicated Butler Service •Drinks from the Bar Car included from the Standard and Premium Bar List (excluding Premium Wine List) •Laundry service included The Golden Eagle operates the Trans-Siberian Railway and other routes in Russia. Travel on the Golden Eagle can be arranged as follows: Individual passengers and small groups via The Luxury Train Club; Groups over 10 and for private carriages from Private Rail Cars; Complete train charter from Train Chartering.
Cottage Suites
Cottage Suites
Our two Cottage Suites have been beautifully restored, bringing them up to date with state-of-the-art technology, while preserving their unique character. Enjoy the luxury of ‘his and hers’ sinks, demist mirrors, underfloor heating in the bathroom, a flat screen TV with Freeview and Sky channels in the living area and another one in the bedroom, mini bar, mini safe, free internet access, a DVD player and stereo system with iPod docking station. Plus, the added convenience of private parking.

underfloor safes
underfloor safes
Modeling and designing heating and ventilation system with underfloor air distribution [An article from: Energy & Buildings]
This digital document is a journal article from Energy & Buildings, published by Elsevier in 2006. The article is delivered in HTML format and is available in your Amazon.com Media Library immediately after purchase. You can view it with any web browser.

Description:
This paper presents analytical and numerical predictions of heat and pressure drop characteristics of a floor with the ventilating ducts. The experimental results are used to validate the models. An acceptable accuracy between the computational simulation and measured performance data is obtained. The analytical method is implemented as the computer program, which is a useful and accurate tool in designing heating system with underfloor air distribution. The bar chart of the design process and the diagrams for sizing the specific system of underfloor ventilation ducts are presented in the paper, too.

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