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The application of smoke detectors is gaining traction at a faster pace. Download sample copy of this report: EP GB 6205 With the increasing applications of smoke detectors, smoke detector devices are experiencing growing demand among the consumers, the market is expected witness the introduction of smart smoke detectors devices with enhanced features such as to gather and analyze data based on numerous parameters, including smoke, temperature, humidity, activity, carbon monoxide levels, and light.
These detectors can are also associated with other smart home security gadgets to ensure the enhanced security of residential homes. Advanced smart smoke detectors detects, senses and analyzes environmental variables, such as motion and heat, using enhanced and specialized forms of sensors. The availability of smoke detectors with such multi functionalities is one of the latest trends which is expected to gain traction in the smart smoke detectors market. Global Smoke Detector Market: Drivers and Challenges Persistent connectivity of smart smoke detectors is among the few trends in the market. IoT, smart home adoption among the population worldwide is one of the factors that is encouraging the growth of smart smoke detector devices. However, in case of power cut offs, smart smoke detectors face an issue, which can act as an restraining factor for the growth of global smoke detector market. While most of the smart smoke detectors are equipped with Internet modems Wi Fi routers, and lithium batteries, but generally they do not have a power backup. One of the prime drivers in the global smoke detector market is advantages of smart smoke detectors over traditional smoke detectors. Smart smoke detectors are relatively more
efficient in terms of delivering functions compared with traditional smoke detectors.
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2%. The demand for smart smoke detectors has risen owing to concerns regarding fire safety and increased adoption of smart devices. A smart smoke detector system consists of four components namely sensors, processing unit, communication system, and alarm system. The sensors monitor the air in environment and detect for smoke particles which are prone to cause hazardous situation. The information obtained by these sensors is then analyzed and checked for any mishap that might take place in a period of time. This information is sent to user’s device such as smartphone or tablet through wireless connections using communication platform such as Wi Fi, Bluetooth, ZigBee, and Z Wave, among others. In case of fire or smoke, the alarm in the detector triggers and notifications are sent to all the connected devices. With the advent of artificial intelligence and internet of things IoT in the development of smart devices, the market for smart smoke detector has become lucrative for manufacturers to integrate these technologies in smoke detectors, encouraging them develop new products in smoke detector. The major factor
attributing to the growth of smart smoke detector market includes growing number of fatal injuries in commercial buildings and industrial premises. Moreover, customers inclination
towards smart buildings is fueling the market growth. However, high costs incurred in the deployment of smart smoke sensors might hamper the growth of smart smoke detector market.
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When the device housing 702 is mechanically coupled to the mounting plate 800, the device housing 702 sits on or within the mounting plate 800, and the rear exterior surface of the device housing 702 is disposed substantially close to, or come into
contact with a front surface of the mounting plate 800, allowing the rear exterior surface of the device housing 702 to be wrapped in the raised edge of the mounting plate 800. In some implementations, the mounting plate 800 includes a first open slot 802 and a second open slot 804 that are perpendicular to each other. For example, the first open slot 802 may be aligned with and parallel to a longitudinal edge of the elongated mounting plate 800, and the second open slot 804 may be oriented to be perpendicular with the longitudinal edge. Each of the first and second open slots 802 and 804 is configured to receive a body of a fastener e. g. , a screw and block an enlarged head of the fastener. Each of the first and second open slots has a respective width that is larger than a first width of the body of the fastener and smaller than a second width of the enlarged head of the fastener. When the mounting plate 800 is being mounted to a surface, the respective fasteners are fastened onto the surface via the first and second open slots, thereby holding the mounting plate 800 between the enlarged heads of the fasteners and the surface. Before the respective fasteners are tightened onto the surface, a position of the mounting plate 800 is adjusted by moving the mounting plate 800, including the first and second open slots, with respect to the respective fasteners. The first and second open slots 802 and 804 can therefore define two perpendicular
directions of adjustment for the position of the mounting plate 800, and each of these two perpendicular directions of adjustment is associated with a respective range of adjustment defined according to a longitudinal size of the respective open slot. Further, in some implementations, the heads of the fasteners fastened into the first and second open slots 802 and 804 rises beyond the front surface of the mounting plate 800 by a head height.