41results about How to "Consume more energy" patented technology

The invention relates to a solar refrigerator, in particular to a solar photovoltaic refrigerator system based on a DC variable frequency compressor and phase change cold storage. The system mainly comprises two parts, i.e. a solar photovoltaic generation system and a refrigeration system of a refrigerator. The solar photovoltaic generation system comprises a photovoltaic panel, a controller and a storage battery; and the refrigeration system of the refrigerator mainly comprises the compressor, a condenser, a throttling device, a freezer / refrigerator evaporator and a cold storage device evaporator connected with the freezer / refrigerator evaporator in parallel. A heat tube is adopted as a device for transferring heat between a cold storage device and the space of the refrigerator. The cold storage device stores cold when electric power is sufficient, and releases cold when the electric power is insufficient. The storage battery supplies power when the cold of the cold storage device is fully released and the power that the photovoltaic panel generates is still insufficient. In addition, the storage battery and the controller of the photovoltaic generation system are integrated with the refrigerator, and the appearance structure is more attractive and practical. The system fully does not consume the electric power of a power grid, and has very profound research significance in saving electric power and effectively utilizing renewable energy.

The power saving uninterruptible power supply (UPS) has a first and second switches, an energy spared switch, a transformer, an automatic voltage regulator (AVR), a charger-and-inverter, a normal mode determination unit and an electric switch. When the utility power is stable, the first and second switches are connected together to supply the utility power to a load. At the time, the energy spared switch is physically disconnected with the utility power and the transformer and the AVR. Therefore, the transformer and AVR do not consume more energy of the utility power and the transforming efficiency of the UPS is increased.

The invention provides a gear-driven amplified node shear damper, which can amplify the relatively small corner generated at the beam-column node of the assembled building structure under the action of external load as required, and limit the enlarged corner displacement, Give full play to the energy dissipation capacity of the viscoelastic material in the damper to achieve a more ideal energy dissipation effect. That is, when a relative rotation angle occurs at the beam-column joints of the building structure, the rotation angle is amplified by the gear transmission mechanism and transmitted to the turntable. When the turntable rotates, the viscoelastic material is driven to shear hysteretic deformation and consume energy. The magnification of the corner of the invention can be adjusted according to the actual situation of the building structure or the building components, and the installation is simple, and it is a flexible and efficient energy-consuming element.

The invention discloses hypochlorous acid and a preparation technology for generating epoxypropane by using the hypochlorous acid. The preparation technology is characterized in that chlorine gas and saturated sodium chloride aqueous alkali are introduced into the bottom of a tubular reactor through a pump, and chlorination reaction takes places at the bottom of the tubular reactor to generate a hypochlorous acid solution. The preparation technology has the beneficial effects that as the chlorine gas and the saturated sodium chloride aqueous alkali are introduced into the bottom of the tubular reactor through the pump, chlorination reaction takes places at the bottom of the tubular reactor to generate the hypochlorous acid solution, the concentration of the hypochlorous acid in the generated hypochlorous acid solution is high, so that chlorohydrination reaction completely takes places between the hypochlorous acid solution and propylene, further the yield of generated chloropropanol is high, the waste of the hypochlorous acid is avoided, the generation of lots of wastewater is avoided, and the quantity of wastewater generated due to production of the epoxypropane is reduced by 30%, and environments are protected.

The invention relates to a multi threshold value control model of tuned mass damper, which belongs to the technical field of wind and earthquake resistance and vibration attenuation of civil engineering. The multi threshold value control model of tuned mass damper comprises a fixed baffle, connecting rods, a metal rubber rod, a spring, a viscous damper, a particle damping vessel, an inclined baffle, a sliding steel plate, a particle damping and a slide. The metal rubber rod is connected with the fixed baffle and the particle damping vessel through the connecting rods respectively. The spring is connected with the fixed baffle and the sliding steel plate through the connecting rods respectively. The viscous damper is connected with the fixed baffle and the particle damping vessel through the connecting rods respectively. A plurality of layers are arranged in the particle damping vessel , and each layer is provided with a particle damping with different particle sizes and the inclined baffles are arranged on both sides of each layer. The multi threshold value control of tuned mass damper has the advantages of high efficiency of vibration attenuation, short time and effect of absorbing vibration frequency bandwidth and can effectively suppresses the whole structural vibration of the structure.