Abstract:
PROBLEM TO BE SOLVED: To provide an energy monitoring system which can reduce a load on a person in charge of energy-saving, and surely monitor energy consumption of electricity or the like.SOLUTION: An energy monitoring system comprises: a measuring instrument; an energy measurement device; a transmission wireless device; and a portable terminal such as a smart phone. The system monitors energy by communicating with a management server in a data center. The portable terminal of the system comprises: wireless means for wirelessly connecting with the energy measurement device via the wireless device; data collection means for reading measurement data from the energy measurement device; measurement data display means for displaying at least current measurement data by numerical values and a graph; and monitoring alarm means which estimates the maximum demand power, and if it is determined that the estimated maximum demand power exceeds a predetermined value, raises an alarm.
Abstract:
A lighting system includes a reflector housing with a LED light source having multiple LEDs and an induction light source located within the reflector housing.
Abstract:
The method of the invention is directed to the polymerization of acrylamide and cationic or anionic monomer(s) in a salt solution with the use of PEI (Poly Ethylene Imine), SMA (Styrene Maleic Anhydrous) and non-ionic surfactant mixture as dispersant and the incorporation of PAC (Poly Aluminium Chloride) and/or a collodial silica during the polymerization for performance enhancement.
Abstract:
The method of the invention relates to forming an aqueous cellulosic papermaking slurry, adding an effective amount of a hydrophilic dispersion polymer containing a colloidal silica or an inorganic flocculant to the slurry with adding microparticles, as for example bentonite, after a polymer is addedto the slurry. The hydrophilic dispersion polymer comprises i) colloidal silica or ii) inorganic flocculant.