56results about How to "Avoid over-standard problems" patented technology

The present invention relates to a backwash osmosis water purifier with intelligent monitoring. According to the present invention, a reverse flushing device and a water flow rate monitoring device are arranged, the water outlet end of a RO reverse osmosis membrane treatment unit is provided with a TDS detection device, a water flow rate sensor and the TDS detection device are connected to a PLC, the PLC is connected to a display device and a network transmission device, the PLC transmits a processed signal to the display device so as to display, and the processed signal is transmitted to terminal equipment through the network transmission device; and the backwash osmosis water purifier has beneficial effects of RO reverse osmosis membrane service life prolonging, energy consumption reducing, and wastewater output reducing.

The present invention relates to a backwash osmosis water purifier with monitoring. According to the present invention, the water inlet end of a RO reverse osmosis membrane treatment unit is provided with a backwash wastewater pipe, the water outlet pipe position of the RO reverse osmosis membrane treatment unit is connected to a pressure tank, and the connection pipeline of the water outlet pipe of the RO reverse osmosis membrane treatment unit and a water storage barrel is connected to a one-way valve; and the beneficial effects of RO reverse osmosis membrane service life prolonging, energy consumption reducing and wastewater output reducing are achieved.

The present invention relates to a backwash osmosis water purifier with intelligent monitoring. According to the present invention, a backwash device and a water flow rate monitoring device are arranged, the water outlet end of a RO reverse osmosis membrane treatment unit is provided with a TDS detection device, a wastewater pipe is further provided with a wastewater proportioner, a water flow rate sensor and the TDS detection device are connected to a PLC, the PLC is connected to a display device and a network transmission device, the PLC transmits a processed signal to the display device so as to be displayed, the processed signal is transmitted to terminal equipment through the network transmission device, and the opening or closing of a water pump is controlled by the PLC; and the beneficial effects of RO reverse osmosis membrane service life improving, energy consumption reducing and wastewater output reducing are achieved.

The present invention relates to a sterilization monitoring water purification machine, a wastewater outlet end of a RO reverse osmosis membrane treatment unit is connected with a wastewater pipe, wastewater is discharged by the wastewater pipe, a purified water outlet end is connected with a water storage tank, the water storage tank is connected with the purified water outlet end, a water inlet pipe of the RO reverse osmosis membrane treatment unit is provided with a solenoid valve, a water outlet end of each stage filter element of a filter unit is respectively provided with a water flow monitoring device, a water outlet end of the RO reverse osmosis membrane treatment unit is provided with a TDS detection device, the water flow monitoring device and the TDS detection device both are connected with a display device, the wastewater pipe is also provided with a wastewater proportioner, the water storage tank and water pipes and the like are made of sterilized materials. Beneficial effects of timely monitoring of a filter assembly, improvement of RO reverse osmosis membrane service life, and reduction of energy consumption and wastewater output volume can be achieved.

The invention discloses separation and preparation methods of human amniotic epithelial stem cells (hAESCs) and the hAESCs. The separation method comprises the following steps of (1) pretreating amniotic tissue with recombinant trypsin, and removing the recombinant trypsin to obtain pretreated amniotic tissue; (2) digesting the pretreated amniotic tissue obtained in the step (1) by using the recombinant trypsin, and collecting digestive juice; (3) adding a digestive terminator into the digestive juice obtained in the step (2), performing filtration and centrifugation on the obtained digestivejuice, discarding a supernatant, and collecting precipitated cells; and (4) inoculating the cells obtained in the step (3) into a serum-free and animal-source-free culture medium system, and performing culture and amplification to obtain the high-purity hAESCs. The hAESCs have the advantages of being rapid to separate, easy and convenient to operate, low in cost and the like, and the obtained hAESCs are directly used for scientific research and clinical treatment and have wide application prospects.

The invention relates to a timed backwash osmotic water purification machine with an intelligent monitoring function. According to the invention, a backwashing wastewater pipe is arranged at a water inlet end of an RO reverse osmosis membrane treatment unit; a pressure tank is connected to a water outlet pipe of the RO reverse osmosis membrane treatment unit; a check valve is connected to a pipeline connecting the water outlet pipe of the RO reverse osmosis membrane treatment unit and a water storage tank; a timing device 14 is arranged at the water outlet pipe of the RO reverse osmosis membrane treatment unit; the timing device 14 is connected with a PLC 15; and the PLC 15 controls the opening or closing of a water pump according to signals from the timing device 14. With the water purification machine, the beneficial effects that the service life of the RO reverse osmosis membrane is prolonged, energy consumption is reduced, and wastewater output is reduced are achieved.

The invention relates to a back-washing sterilizing osmosis water purifier with monitoring. A water outlet pipe of a reverse osmosis (RO) membrane treatment unit is connected to a pressure pot and a one-way valve. A water flow quantity monitoring apparatus and a TDS detection apparatus are arranged on a water outlet end of each stage of filter core in a filtering unit. A waste water pipe is provided with a wastewater proportioner. The water flow quantity monitoring apparatus and the TDS detection apparatus are both connected to a PLC and then are connected to a display apparatus through the PLC. The PLC sends a treated signal to the display apparatus. A water pump is connected to the PLC which controls on/off of the water pump. A water storage barrel and water pipes are all made from a sterilizing material. The service life of the RO membrane is prolonged, so that energy consumption and wastewater production amount are reduced.

The invention discloses a method and a device for reducing an SAR (Synthetic Aperture Radar) value and a computer storage medium. The method comprises the following steps: a terminal determines an actual uplink time slot proportion of the terminal; and when the actual uplink time slot ratio of the terminal exceeds the maximum uplink time slot ratio supported by the terminal, a signal is not sent on one or more uplink symbols scheduled to the terminal by network equipment so as to reduce the SAR value of the terminal.

The invention relates to a sterilization osmotic water purification machine with a monitoring function. According to the invention, a wastewater outlet end of an RO reverse osmosis membrane treatment unit is connected with a wastewater pipe; the wastewater pipe discharges wastewater; a clean water outlet end is connected to a water storage tank. The water storage tank is connected to the clean water outlet end. A solenoid valve is connected at a water inlet pipe of the RO reverse osmosis membrane treatment unit; a water flow monitoring device is arranged at the water outlet end of each level of filter core of a filtering unit; TDS detection devices are arranged at the water outlet end of the RO reverse osmosis membrane treatment unit; the water flow monitoring devices and the TDS detection devices are all connected with a display device; the wastewater pipe is also provided with a wastewater proportioner; and sterilization materials are adopted to manufacture the water storage tank, water pipes and the like. With the water purification machine, the filtering assembly can be monitored in real time, the service life of the RO reverse osmosis membrane is prolonged, energy consumption is reduced, and wastewater output is reduced.

The invention relates to a water purifier with a heating function, particularly relates to a combined reverse-osmosis (RO) constant-pressure water purifier with a heating function, and aims at prolonging the service life of an RO membrane, increasing the water purifying efficiency, accurately mastering the replacing time of the RO membrane and effectively avoiding the problem that bacteria in purified water exceed the standard. In order to achieve the aims, the invention provides the technical scheme as follows: the combined RO constant-pressure water purifier with the heating function comprises a water pump, a filtering unit, an RO membrane treatment unit and a water storage barrel, wherein the filtering unit and the RO membrane treatment unit are sequentially connected with a water inlet pipe; the water storage barrel is connected with a purified water outlet pipe of the RO membrane treatment unit; a water inlet pipe of the RO membrane treatment unit is provided with an electromagnetic valve; a wastewater pipe of the RO membrane treatment unit is also connected with a water return pipe for returning wastewater to the water inlet end of the RO membrane treatment unit; and the end of the purified water outlet pipe is also connected with a heating tank. The combined RO constant-pressure water purifier with the heating function has the beneficial effects of prolonging the service life of the RO membrane, effectively inhibiting bacteria and reducing the energy consumption and wastewater yield.

The invention relates to a water purifier, particularly relates to a combined reverse-osmosis (RO) water purifier with a heating function, and aims at prolonging the service life of an RO membrane, increasing the water purifying efficiency, accurately mastering the replacing time of the RO membrane and effectively avoiding the problem that bacteria in purified water exceed the standard. In order to achieve the aims, the invention provides the technical scheme as follows: the combined RO water purifier with the heating function comprises a water pump, a filtering unit, an RO membrane treatment unit and a water storage barrel, wherein the filtering unit and the RO membrane treatment unit are sequentially connected with a water inlet pipe; the water storage barrel is connected with a purified water outlet pipe of the RO membrane treatment unit; a water inlet pipe of the RO membrane treatment unit is provided with an electromagnetic valve; a wastewater pipe of the RO membrane treatment unit is also connected with a water return pipe for returning wastewater to the water inlet end of the RO membrane treatment unit; and the end of the purified water outlet pipe is also connected with a heating tank. The combined RO water purifier with the heating function has the beneficial effects of prolonging the service life of the RO membrane and reducing the energy consumption and wastewater yield.

The invention relates to a backwash sterilization osmotic water purification machine with a monitoring function. According to the invention, a backwashing wastewater pipe is arranged at a water inlet end of an RO reverse osmosis membrane treatment unit; a pressure tank is connected at the water outlet pipe of the RO reverse osmosis membrane treatment unit; a check valve is arranged on a pipeline connecting the water outlet pipe of the RO reverse osmosis membrane treatment unit and a water storage tank; and sterilization materials are adopted to manufacture the water storage tank, water pipes and the like. With the water purification machine, the service life of the RO reverse osmosis membrane is prolonged, energy consumption is reduced, and wastewater output is reduced.

The invention relates to a backwash sterilization water purification machine with monitoring function. A pressure tank and a check valve are connected at a water outlet pipe of an RO reverse osmosis membrane treatment unit; a water flow monitoring device and a TDS detection device are arranged at a water outlet end of each level of filtering core of a filtering unit; a wastewater proportioner is arranged on the wastewater pipe. The water flow monitoring devices and the TDS detection devices are connected with a PLC; the PLC is connected with a display device; the PLC transmits processed signals to the display device; a water pump is connected to the PLC; the PLC controls the on/off of the water pump; and sterilization materials are adopted to manufacture the water storage tank, water pipes and the like. With the water purification machine, the service life of the RO reverse osmosis membrane is prolonged, energy consumption is reduced, and wastewater output is reduced.

The invention relates to a water purifier and particularly relates to a combined type reverse-osmosis bacteriostatic water purifier. The technical problems to be overcome are to prolong the service lifetime of RO (reverse osmosis) membranes, to increase the water purification efficiency, to accurately master the replacing time of the RO (reverse osmosis) membrane, and to effectively avoid a circumstance that the bacteria amount of purified water exceeds a threshold. To achieve the objectives, a technical scheme as follows is provided: the water purifier comprises a water pump, a filtering unit, an RO (reverse osmosis) membrane treatment unit and a water storage barrel connected to a purified water discharging pipe of the RO (reverse osmosis) membrane treatment unit, wherein the filtering unit and the RO (reverse osmosis) membrane treatment unit are connected to a water feeding pipe in order; the water feeding pipe of the RO (reverse osmosis) membrane treatment unit is provided with a magnetic valve; a waste water pipe of the RO (reverse osmosis) membrane treatment unit is provided with a water return pipe; and the water return pipe is used for returning waste water to a water feeding end of the RO (reverse osmosis) membrane treatment unit. The water purifier achieves beneficial effects of prolonging the service lifetime of RO (reverse osmosis) membranes, achieving effective bacteriostasis, and reducing energy consumption and the output of waste water.