Abstract:
PROBLEM TO BE SOLVED: To provide an elevator device capable of saving a place for information transmission, causing no extra time loss undesirable for elevator users and easily and inexpensively displaying information items. SOLUTION: Elevator doors 2, 3 serve as a display surface 5, particularly, a projection surface, on which general information is displayed. The elevator doors are a cage door 2 and a shaft door 3. An image is projected on the shaft door 3 by a projector 4, a portion of the surface of the shaft door 3 serving as a projection surface. The projector 4 is arranged near a ceiling 7 on each floor in front of a shaft doorway. It is desirable that the device 4 is made small and mounted as close to the projection surface as possible. A specific optical system and a computer supported image distortion produce a high quality image with projection, if extremely slant at a small angle (w).
Abstract:
PROBLEM TO BE SOLVED: To install the control device of an elevator equipment in a service center, in an elevator equipment system consisting of at least one elevator equipment including one or more elevators and the service center connected functionally with the elevator equipment but spatially separated therefrom. SOLUTION: A control device 17 is connected with an elevator 24 through data transmitting devices 15, 19, 23. The controlling data for an elevator equipment 1 is prepared previously and transmitted to either a service center 16 or the control device 17, preferably via the public telephone network 23. Information processing at the service center 16 is followed by a return transmission of the confirmed control command and the corresponding start of an actuator and a setting constituent element for operation of the elevator 24.
Abstract:
PROBLEM TO BE SOLVED: To provide a method for automatically inspecting usability of an elevator facility. SOLUTION: At least one first estimated value N s (i, t) on a use frequency of elevators 1.1 and 1.2 in a first time period and/or a second estimated value N s (i, t+Δt) on a use frequency in a second time period are confirmed. A measured value N m (i, t) on a use frequency in a time period is determined in the first place. This measured value is compared with at least one of the estimated values N s (i, t) and N s (i, t+Δt). If the measured value N m (i, t) is smaller by a predetermined quantity N s (i, t) - N min (i, t), ΔN s than the respective estimated values N s (i, t) and N s (i, t+Δt), at least one command predetermined for performing at least one test of the elevator facility 1 is imparted. In this case, the test when the elevator facility 1 can be used, brings about a result such as desired reaction R s of the elevator facility. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract translation:要解决的问题:提供一种用于自动检查电梯设施的可用性的方法。 解决方案:在第一时间段中电梯1.1和1.2的使用频率和/或第二估计值N 上的至少一个第一估计值N S SB(i,t) 确认在第二时间段内的使用频率上的s SB>(i,t +Δt)。 首先确定在时间段内的使用频率上的测量值N m(i,t)。 将该测量值与估计值N (i,t)和N s(i,t +Δt)中的至少一个进行比较。 如果测量值N (i,t)小于预定量N S SB(i,t)-N min ,t),ΔN s / SB>(i,t +Δt),相应的估计值N S SB(i,t) 赋予至少一个对电梯设施1进行至少一次测试的指令。 在这种情况下,可以使用电梯设备1时的测试,产生诸如电梯设施的期望反应R s SB>的结果。 版权所有(C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide elevator equipment furnished with devices to emit aromatic substances in an elevator car and at an elevator hall. SOLUTION: Aroma generating devices 12 have controllable valves for controlling the emission of several sorts of aroma and fragrance through emissive jetting ports 13 capable of being positioned at a restricted distance from the devices. The aromatic substances are sensible only within a max. radius range of 0.5 m centering on the jetting ports, and emission is made in such a small quantity as allowing the sensibility to last only for several seconds. Thereby various sorts of aroma and fragrance can be emitted from several jetting ports 13 simultaneously which mix together in an elevator cage 5 or at an elevator hall and do not ill influence one another.
Abstract:
The method serves for the automatic checking of the availability of a technical device (1), arranged in or on a building, by carrying out at least one repeatable process with the steps (S1-S11). Determinations are made of at least one first estimated value (NS(i, t)), for the frequency of running the process in a first time period and/or a second estimated value (NS(i, t+Deltat)), for the frequency of running the process in a second time period. A measured value (Nm(i, t)), for the frequency of running the process, is determined for the first time period and the measured value compared with at least one of the estimated values (NS(i, t), NS(i, t+Deltat)). When the measured value (Nm(, t)) is less than the relevant estimated value (Ns (i, t), NS(i, t+Deltat)), by a given amount (NS(i, t)-Nmin(I, t), DeltaNs), at least one test of the technical device is carried out, during which test at least one reaction (R) of the technical device (1) is recorded and compared with a set reaction (Rs), whereby the reaction (R) must match the set reaction (RS) for the technical device (1) to be available.
Abstract:
The method serves for automatic checking of the availability of technical equipment which is arranged in or at a building and executes at least one repeatable procedure, and comprises the following steps. There is determined at least one estimated value (NS(i,t)) for the frequency of the performance of the procedure for a first time period and/or second estimated value (NS(i,t+&Dgr;t)) for the frequency of the performance of the procedure for a second time period. A measured value Nm(i,t)) for the frequency of the performance of the procedure for the first time period is determined and the measured value is compared with at least one of the estimated values (NS(i,t), NS(i,t+&Dgr;t)). If the measured value (Nm(i,t)) is smaller by a predetermined amount (NS(i,t)−Nmin(i,t), &Dgr;Ns) than the respective estimated value (NS(i,t), NS(i,t+&Dgr;t)) at least one test of the technical equipment is carried out, in which test at least one reaction of the technical equipment is registered and compared with a target reaction, wherein in the case of availability of the technical equipment the reaction corresponds with the target reaction.
Abstract:
The method serves for automatic checking of the availability of technical equipment which is arranged in or at a building and executes at least one repeatable procedure, and comprises the following steps. There is determined at least one estimated value (NS(i,t)) for the frequency of the performance of the procedure for a first time period and/or second estimated value (NS(i,t+&Dgr;t)) for the frequency of the performance of the procedure for a second time period. A measured value Nm(i,t)) for the frequency of the performance of the procedure for the first time period is determined and the measured value is compared with at least one of the estimated values (NS(i,t), NS(i,t+&Dgr;t)). If the measured value (Nm(i,t)) is smaller by a predetermined amount (NS(i,t)−Nmin(i,t), &Dgr;Ns) than the respective estimated value (NS(i,t), NS(i,t+&Dgr;t)) at least one test of the technical equipment is carried out, in which test at least one reaction of the technical equipment is registered and compared with a target reaction, wherein in the case of availability of the technical equipment the reaction corresponds with the target reaction.
Abstract:
The method serves for automatic checking of the availability of technical equipment which is arranged in or at a building and executes at least one repeatable procedure, and comprises the following steps. There is determined at least one estimated value (NS(i,t)) for the frequency of the performance of the procedure for a first time period and/or second estimated value (NS(i,t+&Dgr;t)) for the frequency of the performance of the procedure for a second time period. A measured value Nm(i,t)) for the frequency of the performance of the procedure for the first time period is determined and the measured value is compared with at least one of the estimated values (NS(i,t), NS(i,t+&Dgr;t)). If the measured value (Nm(i,t)) is smaller by a predetermined amount (NS(i,t)−Nmin(i,t), &Dgr;Ns) than the respective estimated value (NS(i,t), NS(i,t+&Dgr;t)) at least one test of the technical equipment is carried out, in which test at least one reaction of the technical equipment is registered and compared with a target reaction, wherein in the case of availability of the technical equipment the reaction corresponds with the target reaction.
Abstract:
The elevator equipment system has a lift system (1) with one or more lifts, a controller (17), a service center (16) for monitoring the operation of the system arranged separately from the lift system and a data communications arrangement (19,23,15) for exchanging lift-related data between the lift system and the service center. First (19) and second (15) communications devices in the service center and lift system are connected together via a data path, pref. a telephone network. The controller is arranged in the service center and control data are exchanged between the controller and lift system via data communications devices. An Independent claim is also included for a method of controlling a lift system.