摘要:
The present invention is related to an environmental monitoring and analyzing device. The said device contains sensors, control unit and display unit. The said sensors detect the values of different environmental parameters. The control unit of the device received the values from the sensors. By judging the values against the pre-set built-in standards and criteria, the parameter ranges are defined. The implications of the corresponding judged results of the said parameter ranges are then output and being displayed on the display unit. The present invention offers a method for environmental monitoring and analyzing. By implementing this invention into an embodiment, the environmental monitoring analyzing and data adjustment can be carried out instantly by inter-correlating the levels of different sensing parameters simultaneously. The analyzed results are therefore much more accurate. A real-time comprehensive and easily understood air quality report can could be provided
摘要:
A catalytic system (10) for fluid purification, the system (10) comprising: at least one photon source (2) to substantially break down at least two types of target molecules in the fluid to create short lived intermediates; and a ceramic core (5) including at least one type of micropore to adsorb the short lived intermediates for the propagation reactions and termination reactions of the short lived intermediates.
摘要:
An air purifier includes a casing (15) with an air inlet and an air outlet. In the casing, there are disposed with a dust cleaning apparatus, a reactant generator (16) positioned downstream the dust cleaning apparatus, a valve (22) and a catalyst filtering coreing core (17) positioned downstream the reactant generator (16), and exhaust fan at any location, a dust sensor (23) and a central processing unit (24) for controlling open and close of the valve (22).
摘要:
An air purifier includes a casing (15) with an air inlet and an air outlet. In the casing, there are disposed with a dust cleaning apparatus, a reactant generator (16) positioned downstream the dust cleaning apparatus, a valve (22) and a catalyst filtering coreing core (17) positioned downstream the reactant generator (16), and exhaust fan at any location, a dust sensor (23) and a central processing unit (24) for controlling open and close of the valve (22).
摘要:
An air purification system comprising: a Particle Phase Pollutants (PPP) treatment section (9) having: an air inlet (14) and an air outlet (15); a particle removal filter; (11) and a blower (12) to draw air from the air inlet (14) of the PPP treatment section (9) to pass through the particle removal filter (11) and exit through the air outlet (15) of the PPP treatment section (9); a Gas Phase Pollutants (GPP) treatment section (10) installed at a downstream position of the particle removal filter (11) of the PPP treatment section (9), the GPP treatment section (10) having: an air inlet (19) and an air outlet (20); a gas removal filter (16) with high filter air flow resistance; and a blower (17) located at a downstream position of the gas removal filter (16) to draw air from the air inlet (19) of the GPP treatment section (10) to pass through the gas removal filter (16) and exit through the air outlet (20) of the GPP treatment section (10); wherein airflows of the GPP treatment section (10) and PPP treatment section (9) are directed by their respective blower (12, 17); and a portion of the air exiting the air outlet (15) of the PPP treatment section (9) is directed through the air inlet (19) of the GPP treatment section (10).
摘要:
An air purifier includes a casing (15) with an air inlet and an air outlet. In the casing, there are disposed with a dust cleaning apparatus, a reactant generator (16) positioned downstream the dust cleaning apparatus, a valve (22) and a catalyst filtering coreing core (17) positioned downstream the reactant generator (16), and exhaust fan at any location, a dust sensor (23) and a central processing unit (24) for controlling open and close of the valve (22).
摘要:
The present invention discloses an air purification apparatus. The air purification apparatus comprising: a casing which contains at least one apparatus air inlet and at least one apparatus air outlet; at least one main filter which is being installed at the apparatus air inlet and/or within the casing; at the periphery of the main filter, there locates a primary air flow inlet and a secondary air flow inlet. When a primary air flow is drawn to flow from the upstream to the downstream positions inside the casing, the primary air flow is adapted to pass by at least one edge of the exterior of' the main filter, resulting at least two exterior surfaces of the main filter being exerted with different atmospheric pressures. Through the secondary air flow inlet, a secondary air flow is entrained through the main filter and flows from its exterior surface is exerted with higher atmospheric pressure to its exterior surface is exerted with lower atmospheric pressure. The invention offers an air purification apparatus which owns the characteristics of simple structure, able to extend the life-span of the filter cost effectively, low energy consumption and induced low noise level.
摘要:
An air purification system comprising: a Particle Phase Pollutants (PPP) treatment section (9) having: an air inlet (14) and an air outlet (15); a particle removal filter; (11) and a blower (12) to draw air from the air inlet (14) of the PPP treatment section (9) to pass through the particle removal filter (11) and exit through the air outlet (15) of the PPP treatment section (9); a Gas Phase Pollutants (GPP) treatment section (10) installed at a downstream position of the particle removal filter (11) of the PPP treatment section (9), the GPP treatment section (10) having: an air inlet (19) and an air outlet (20); a gas removal filter (16) with high filter air flow resistance; and a blower (17) located at a downstream position of the gas removal filter (16) to draw air from the air inlet (19) of the GPP treatment section (10) to pass through the gas removal filter (16) and exit through the air outlet (20) of the GPP treatment section (10); wherein airflows of the GPP treatment section (10) and PPP treatment section (9) are directed by their respective blower (12, 17); and a portion of the air exiting the air outlet (15) of the PPP treatment section (9) is directed through the air inlet (19) of the GPP treatment section (10).