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    • 2. 发明专利
    • WAITING TIME PREDICTION DISPLAY SYSTEM IN FACILITIES INSTALLATION AREA
    • JPH0453992A
    • 1992-02-21
    • JP16475890
    • 1990-06-22
    • SHIMIZU CONSTRUCTION CO LTD
    • NAKAGAWA HIDEHIKOBANDO YOSHITOMIZUTANI MASAHIRODAIMON YUTAKASATO TOYOKATSUAIHARA KAORU
    • G09G3/22G07C5/02G09G3/32G09G5/00
    • PURPOSE:To eliminate the need of a patrol in facilities by a management side by providing plural guide boards provided with a facilities same display element, and a display device for displaying the respective waiting time signals of plural facilities. CONSTITUTION:The respective waiting time of various facilities is calculated by detecting the number of stagnant persons of persons who desire to use various facilities, respectively, and dividing a multiplication value of each of the number of these stagnant persons and a processing time per once of each the facilities concerned by the number of persons to be processed per once of each the facilities concerned. These signals are transmitted to a guide board 4 provided in various facilities installation area, the waiting time of various facilities is displayed on waiting time display devices 7 - 9 of various facilities provided on the guide board 4, and also, these waiting time signals are transmitted to a facilities management center 1. Also, operating device of terminal equipments 12', 13 are operated, and a controller 3 to which a discriminating signal corresponding thereto is inputted discriminates it and energizes the corresponding switch, turns on a facilities name display element 6 connected thereto and light emitting elements 10, 11 of a guide path, and on the other hand, displays a character on a character display part 5 is necessary. In such a way, a congestion state is grasped unitarily.
    • 4. 发明专利
    • JPH05347670A
    • 1993-12-27
    • JP6464891
    • 1991-03-28
    • SHIMIZU CONSTRUCTION CO LTD
    • DAIMON YUTAKASATO TOYOKATSUAIHARA KAORUNAKAGAWA HIDEHIKOBANDO YOSHITOMIZUTANI MASAHIROSATO KAZUHIRO
    • H04M11/00H04Q9/00
    • PURPOSE:To provide a remote monitor control communication system depending on simple system configuration via a telephone line. CONSTITUTION:A dial signal received via a line control section 6 making automatic reply, line opening, automatic acquisition of an line wire and automatic dialing based on an incoming call signal from a PBX 5 is analyzed by a PB reception circuit 8. Then an equipment control signal and a communication control signal are detected and a main control circuit 10 controls the equipment based on the equipment control signal and a 16Hz outgoing circuit 9 uses a pseudo signal to start a MODEM 11 of a personal computer(PC) 12 based on the communication control signal to smooth the changeover between the control and the MODEM communication. Moreover, a main control circuit controls the line control section 6 and the 16Hz outgoing circuit and a PB dial circuit 7 converts transmission data into a dial signal and detects the start of a MO DEM to implement line wire acquisition control and the contention between transmission of sensor detection data and data communication is controlled and adjusted even in the case of transmission from a terminal equipment to the center.
    • 6. 发明专利
    • GRAPH DISPLAY SYSTEM
    • JPH0493896A
    • 1992-03-26
    • JP20643190
    • 1990-08-03
    • SHIMIZU CONSTRUCTION CO LTD
    • MIZUTANI MASAHIROTAKEBAYASHI YOSHIHISAHONDA SANAESUZUKI MICHIYAKORI KIMIHIKOAKIMOTO TAKAYUKI
    • G09G5/36
    • PURPOSE:To obtain the graph display system which sets the scale of a graph automatically corresponding to a numeral sequence and enables the type of the graph to be selected by providing a means which determines at least the scale of the graph, the quantity of scale displays, and the type of the graph according to numerals in the numeral sequence. CONSTITUTION:When a graph display is indicated from an input means 5, a main control part 3 actuates a graph display processing part 4 and various parameters for the graph display required for the graph display inputted from the input means 5 are reported and begin to be inputted from the input means 5 are reported and begin to be inputted. Then inputted numeral sequence data are preprocessed as specified to classify the types of graphs, the (y)-axis scale calculations of the quantity of graduations displayed on the (y) axis, scale unit, etc., are made, and the coordinates of the scale are calculated according to the calculation results to display the specified graph on a CRT 6. Consequently, the necessary parameters can automatically be determined and various conditions needed to display the graph can easily be satisfied.