Apparatuses, methods, apparatuses and systems for operating a control fixture are disclosed One method includes generating a sense signal, maintaining a communications link between the control fixture and a network, generating adjustment control based the sense signal or communication from the network, adjusting an environmental parameter of a structure of the control fixture based on the adjustment control, tracking a location of a first mobile device, identifying the first mobile device being within a threshold distance of a second mobile device or a place, and allowing the first mobile device or a user of the first mobile device to receive information associated with the second mobile device or the physical place, or to provide information to be associated with the second mobile device or the physical place upon identifying the first mobile device to be within the threshold distance of the second mobile device or the place

Associating information with an asset or a physical space

The present invention discloses a remote control environment monitoring system, and a method for realizing environment and system inspection. The system includes an inspection handheld device and an environment monitoring device. The inspection handheld device includes a wireless remote control transmitting module, and the environment monitoring device includes an embedded micro-processor. The embedded micro-processor is respectively connected with the environment monitoring device, the wireless remote control transmitting module, a data memory, an acousto-optic alarm and a wireless communication module. The environment monitoring device of the invention through a timing wake-up collects environment information, and then the collected data is transmitted to a far-end monitoring server, thereby realizing environment inspection. Inspection personnel by using the inspection handheld device sends an inspection instruction to the environment supervising device, to acquire a detailed environment information stored in the environment supervising device, and then the system inspection is completed by analyzing data. The method for realizing environment and system inspection can simultaneously detect various environment parameter data, and the detected data through the wireless is transmitted to the far-end monitoring server, thereby realizing real-time and quickly the analysis of environment condition.

Remote control environment monitoring system, and method for realizing environment and system inspection

The invention relates to an intelligent mine air monitoring system based on Enocean-WiFi. The intelligent mine air monitoring system is characterized by comprising an Enocean passive wireless communication module, an air quality sensing module, an air detection sensor center node, a WiFi module, a cloud side and an upper computer; the air quality sensing module comprises kinds of air detection sensor nodes arranged under a mine and used for gathering information to the air detection sensor center node through an Enocean passive wireless network and then transmitting the information to the cloud side on the mine through WiFi, and the cloud side is in communication with the upper computer through the network. By adopting an Enocean wireless passive technology for communication, it is unnecessary to supply power to the sensor nodes through a battery, and after secondary encapsulation of an Enocean-WiFi module, the system is small in size and low in power consumption. Meanwhile, through a mobile terminal, remote control can be performed, and air quality monitoring information can be viewed; voice broadcasting and short message pushing bring convenience to monitors, and the monitors do not need to view computer display data in real time.

Intelligent mine air monitoring system based on Enocean-WiFi

The present invention belongs to the information technology field and discloses a network-based information technology scheme development and management system. The system comprises a data access module; the output end of the data access module is electrically connected with one input end of a server; one input end of the server is electrically connected with the output end of a data extraction module; one output end of the server is electrically connected with the input end of a thematic data production unit; the thematic data production unit comprises a statistical data module, a single-value data module and an equivalent data output module; and the output end of the equivalent data output module is electrically connected with the input end of a feedback module. According to the network-based information technology scheme development and management system of the invention, the data access module is adopted, so that the analysis of an analyst on data can be facilitated; a visual operation interface for thematic scheme editing and modification is provided through a display module and an information management platform, so that the visualization of thematic schemes can be realized;and therefore, informatization and modernization can be realized.

Network-based information technology scheme development and management system and method

The invention relates to a coal mine safety monitoring system on the basis of a wireless sensor network. The coal mine safety monitoring system comprises a physical sensor, the wireless sensor network and a central server platform. The physical sensor is used for capturing environmental parameters in a pit and comprises a methane sensor, a negative pressure sensor, a wind speed sensor, an outage and feed sensor, a carbon monoxide sensor and a sound pressure sensor. The wireless sensor network is used for monitoring the environmental parameters in the pit, and signal transmission and signal conversion between a wireless sensor node and the physical sensor are realized via the IEEE802.15.4 protocol. The central server platform is used for monitoring safety of a coal mine in the pit, and information communication between the central server platform and wireless communication is realized via the network node radio frequency communication technology. The coal mine safety monitoring system is capable of monitoring the environmental parameters about methane, negative pressure, outage and feed, wind speed, carbon monoxide and sound pressure and the like in the pit, and data consistency and maneuverability of the monitored environment are guaranteed via the wireless communication technology.

Coal mine safety monitoring system on basis of wireless sensor network

The invention discloses an internet-of-things monitoring system for a coal yard. The system comprises a data acquisition device, an acquisition-end processor, a control-end controller signal transmission device and a control-end controller, wherein the data acquisition device is used for acquiring various insecurity factor data in the coal yard; the acquisition-end processor is used for converting the data which are acquired by the data acquisition device into digital signals; the control-end controller signal transmission device is used for sending and receiving the digital signals which are converted by the acquisition-end processor; and the control-end controller is used for processing the digital signals which are sent by the control-end controller signal transmission device, transmitting a processed output data to an upper computer through a component object model (COM) port, and entering an internet system. By adoption of the internet-of-things monitoring system for the coal yard, cost can be saved, engineering amount is reduced, an operator does not need to stay near a computer to monitor the trend of the coal yard and can timely acquire the information of the coal yard, a coal yard wireless security monitoring system can be self-integrated, a large coal yard integration system is formed by connecting the internet-of-things monitoring system and other relevant systems through wireless communication, and formation of an integrated network is facilitated.

Internet-of-things monitoring system for coal yard

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Coal mine safety monitoring system on basis of wireless sensor network

Internet-of-things monitoring system for coal yard