Person number detection device and elevator

Abstract

The present invention relates to a nose count apparatus and an elevator. Because the prior nose count counts noses according to the load bearing weight variation number and direction, it can not count if the weight variation is not linear stepped. In addition, the prior nose count has no mention to the precision of the present people. A measurement unit (11) measures the data used in the nose count. A passage presumption unit (12) presumes the number of passages. A passage existence presumption unit (13) presumes the passage existence in the enclosed space according to the measured data. A present passage presumption unit (14) resets the present passage to 0, when the existence presumption result is no; and presumes the present passage in the enclosed space according to a formula, {(the number of present passages before opening the door)+(the presumption result of passages taking on the elevator)-(the presumption result of passages taking off the elevator)}, when nonexistence existence presumption result is yes.

Description

technical field [0001] The present invention relates to a number detection device for detecting the number of people getting on the elevator, the number of people getting off the elevator, and the number of people present in a closed space such as an elevator. Background technique [0002] In order to improve the security function of an elevator, it is important to detect with high precision the number of people getting on the elevator, the number of people getting off the elevator, and the number of people present in the elevator. [0003] As a conventional number detection device, the patented invention described in Patent Document 1, for example, continuously measures the load weight of the car during a stop, filters the measured data, and determines the number of passengers in the elevator car based on the load weight data of the car. The invention of the number of people being transported, wherein the step-shaped change of the carrying weight generated during the stop i...

AI Technical Summary

Problems solved by technology

If there is an error in the number of people present before opening the door, even if the number of people ascending and descending on the first floor can be detected 100% correctly, the number of people present after closing the door will not be correct

Then, the number of people present before opening the door depends on the number of people on the stairs and the number of people who got off the stairs before stopping on the first floor, so if there is only one false detection The number of people going up and down on each floor cannot accurately detect the number of people present after the door is closed on the first floor, and there is a problem that the error cannot be corrected afterwards (see Patent Documents 1 to 5)

[0024] And above-mentioned problem is not limited to elevator, generally speaking, there is above-mentioned problem equally for the number detection device in the enclosed space that people can come in and go out by door switch.

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