Abstract: A method for determination and isolation for abnormal sub-sensors in a multi-core sensor. It can be intelligently determined whether the reason for an abrupt dramatic change in sensor data is a sensor fault or sudden pollution, so as to increase data reliability. A data online rate is increased if a repair can be performed via automatic determination when a device fault occurs, which has significant value for continuous monitoring required for a haze treatment operation. In addition, human and material resources for device maintenance may be saved, thereby reducing waste.

Abstract: The disclosure provides a method for selecting bus lines through collaborative monitoring of taxis and buses. The method focuses on road network of an urban area, by installing air pollution detection equipment on the mobile monitoring vehicles, to monitor air quality of the urban area. The method includes establishing a curve model of monitoring times for the taxis; establishing a curve model of monitoring times for each bus line, in which its horizontal axis is consistent with the horizontal axis of the taxi detection frequency curve model; assigning monitoring times to the corresponding road section unit; sorting each bus line according to the numbers of undetected segments the each bus line covers; and selecting the bus routes participating in collaborative monitoring.

Abstract: A method for determination and isolation for abnormal sub-sensors in a multi-core sensor. It can be intelligently determined whether the reason for an abrupt dramatic change in sensor data is a sensor fault or sudden pollution, so as to increase data reliability. A data online rate is increased if a repair can be performed via automatic determination when a device fault occurs, which has significant value for continuous monitoring required for a haze treatment operation. In addition, human and material resources for device maintenance may be saved, thereby reducing waste.

Abstract: A handrail belt tension device is provided for an escalator having a truss and an annular handrail belt rotatable relative to the truss. The handrail belt tension device includes: a base plate on which a roller for supporting the handrail belt is provided, and a guiding mechanism which is fixed to the truss. The base plate is connected to the guiding mechanism, and rotatable and translatable relative to the guiding mechanism so as to adjust the handrail belt by the base plate thereby the handrail belt can be in a well tensioned status. The handrail belt tension device ensures that the tension device is installed in a more accurate position, making it easier to adjust the tensioning force of the handrail belt, reducing the time for adjusting the handrail belt, and increasing the service life of the handrail belt.

Abstract: The invention provides a handrail belt tension device for an escalator, the escalator comprising a truss and an annular handrail belt rotatable relative to the truss, wherein the handrail belt tension device comprises: a base plate on which a roller for supporting the handrail belt is provided; a guiding mechanism which is fixed to the truss; and wherein the base plate is connected to the guiding mechanism, and rotatable and translatable relative to the guiding mechanism so as to adjust the handrail belt by the base plate thereby the handrail belt can be in a well tensioned status. The handrail belt tension device ensures that the tension device is installed in a more accurate position, making it easier to adjust the tensioning force of the handrail belt, reducing the time for adjusting the handrail belt, and increasing the service life of the handrail belt.

Abstract: Automatically republishing native data from a native data file into a published file. In response to initially publishing the native data into the published file, a publish object is created that corresponds to the published data and the native data. The publish object is associated with the native data file and indicates whether the native data is to be automatically republished upon resaving of the native data file. The publish object further indicates the location of the published file, a reference to the location of the native data within the native data file, and an alert string. The publish object is identified by a unique identifier that is also stored in the published file to indicate the location of the published data. In response to resaving the native data, the publish object is examined to determine whether the native data is to be automatically republished.

Abstract: Automatically republishing native data from a native data file into an published file. In response to initially publishing the native data in to the published file, a publish object is created that corresponds to the published data and the native data. The publish object is associated with the native data file and indicates whether the native data is to be automatically republished upon resaving of the native data file. The publish object further indicates the location of the published file, a reference to the location of the native data within the native data file, and an alert string. The alert string may comprise a single alert to be displayed when the native data is republished. The publish object is identified by a unique identifier that is also stored in the published file to indicate the location of the published data. Subsequent to initially publishing the native data, the native data file may be resaved.