Thang máy nexway-saw

Thảo luận trong 'Điện Tử, Điện Gia Dụng HCM, Hà Nội' bắt đầu bởi nguoisat, 2 Tháng tám 2010.

  1. nguoisat New Member

    Trung tâm quảng cáo thương hiệu sản phẩm.Địa chỉ : p12 - M17 - Ngõ 44 - Phố Bùi Ngọc Dương - Bạch mai - Hà Nội. ĐT : 04.36272684, 0945335338, 0942699949 WEBSITE: www.thucdaythuonghieu.com EMAIL: thucdaythuonghieu@gmail.com thangmitsubishi@gmail.com

    [IMG]
    ADVANTAGE CONCEPT

    [IMG]
    [IMG]NEXWAY-SAW: CONCEPT : [IMG]BASIC SPECIFICATION : CAR HALL :[IMG] FEATURES
    (1) ADVANCED GROUP CONTROL SYSTEM


    :: AI NEUTRAL NETWORKS
    Mitsubishi Electric’s group elevator control systems are always evolving, seeking the best solutions to ease the frustrations of waiting for an elevator. To optimize the efficiency of elevator service, Mitsubishi has adopted several logic systems based on Neural Networks*1 with AI*2 technology, thereby enhancing transport efficiency and successfully reducing passengers’ waiting time. To further maximize elevator services, Mitsubishi has prepared a wide range of routines to judge and select the best service pattern.

    There are two systems available depending on the type of building.
    • AI-22 for small or medium buildings with 2 to 4 cars
    • AI-2200 for large buildings with 3 to 8 cars
    [IMG]
    Notes
    *1: Neural network is a mathematical model that emulates the structure of the nerves and cells of the human brain and its information processing mechanisms.
    *2: Abbreviation of “artificial intelligence”.
    *3: Available only for ΣAI-2200.

    [IMG]
    *4: Rules to allocate cars necessary for group control.
    *5: Up to 8 hall operating panels can be installed at main floor only for one group control system.
    *6: Previous Mitsubishi group control system.
    :: Dynamic Rule-Set Optimizer*3
    Elevator control (car allocation) by ideal Rule-Set Use of Neural Networks technology has enabled the system to predict passenger traffic within intervals of several minutes for continual and accurate forecasting. A high speed RISC (Reduced Instruction Set Computer) runs real-time simulations with multiple Rule-Sets*4 and the predicted traffic, in order to select the Rule-Set which optimizes transport efficiency.
    Example of Rule-Set selection with real-time simulation The diagram below shows an example during a morning up peak time, where an ideal Rule- Set is selected every few minutes according to the traffic conditions in the building.

    :: Destination Oriented Prediction System*3

    Immediate indication of the elevator to serve When a passenger presses a destination floor button on the hall operating panel, an elevator letter will immediately appear next to the destination floor button in order to inform the passenger which elevator to board. The Destination Oriented Prediction System analyzes the number of calls made by the hall operating panel(s)*5 and their destinations, in order to minimize the passengers’ travel time. Thus, the transport efficiency can be enhanced dramatically, especially during peak times. Passengers do not need to press the floor buttons once they board the elevator, as the destinations requested on the floor have already been registered.[IMG]
    [IMG](2) ELEVATOR CARS IN UNIVERSAL DESIGN

    Mitsubishi Electric has taken every step to provide all elevator passengers with a safer, more comfortable ride. We design our elevators with the following seven universal design* principles.

    Equitable Use
    E
    Flexibility in Use
    F
    Simple and Intuitive Use
    SI
    Perceptible Information
    P
    Tolerance for Error
    T
    Low Physical Effort
    L
    Size and Space for Approach and Use
    [IMG]
    [IMG]
    (1) Larger Indicator [P, L]
    Our new indicators are made more viewable, approximately 1.6 times larger than our previous ones.
    (2)Tactile Buttons [E, F]
    The tactile buttons have been redesigned for enhanced operability for every passenger including those visually impaired. With the new numeral design and attractive color contrast, passengers can easily recognize which button to press. Besides this new appearance, the numeral on each button is embossed, so that visually impaired passengers can easily locate the correct button with a simple touch.
    [IMG](3)Larger Door Open Button [F, SI, P, T]
    Our “easy-to-use” door open button is approximately 1.6 times larger than before, so that passengers will not press the door close button by mistake.
    [IMG]
    [IMG](4) Voice Guidance System (optional) [E, SI, P]
    The Voice Guidance System narrates information such as elevator traveling direction, floors to serve, etc.[IMG](5) Glass Windows (optional) [T]
    Both car and hall doors equipped with tempered glass windows* allow passenger(s) to be seen from outside the elevator, thus enhancing their security.
    Note: *Recommended at all floors.
    (6) Full-height Mirror (optional) [T, L]
    A stainless steel mirror is available for car interior panels. When installed in the center of the rear wall, wheelchair users exiting from the elevator can visually check for obstacles behind them.
    [IMG]
    (7) Thicker Handrails (optional)[F, L]
    The handrails have been made thicker (38mm in diameter) so that passengers can hold the handrails securely through out their travel in the elevator.
    [IMG]


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