45results about How to "With energy saving function" patented technology

The invention provides a weight-reducing automatic-discharging traditional Chinese medicine drying machine which comprises an outer frame body, an elastic force mechanism, an exhaust fan, a steam discharging pipe, a tray trolley, an outlet guide rail plate, a drying device, a control panel and an inlet guide rail plate, wherein the elastic force mechanism is arranged in the outer frame body; the exhaust fan is arranged at the top of the outer frame body; the steam discharging pipe is connected with the outer frame body through the exhaust fan; the drying device is arranged at the bottom of theinner side of the outer frame body; the control panel is arranged on one side of the outer frame body; the outer frame body comprises an outer housing, an inlet baffle plate and an outlet baffle plate; a feeding hole is formed in one side of the outer frame body; a discharging hole is formed in the other side of the outer frame body; a first turning pin is arranged on the feeding hole; a second turning pin is arranged on the discharging hole; the inlet baffle plate is mounted on the feeding hole through the first turning pin; and the outlet baffle plate is mounted on the discharging hole through the second turning pin. The weight-reducing automatic-discharging traditional Chinese medicine drying machine can carry out production precisely, is high in safety performance, has the energy-saving function and facilitates popularization.

The invention provides a method for preparing a multi-wall weather-resistant plant fiber reinforced air duct. The method comprises: mixing and emulsifying different proportions of modified plant fibers and phenolic foaming materials to obtain surface and core fiber foaming materials, Layer-by-layer paving to obtain a plant fiber reinforced foam insulation layer; then pave the outer isolation layer, plant fiber reinforced foam insulation layer, moisture-proof layer, and sealing layer in sequence, and spray a coupling agent between layers during paving, Vinyl resin is then brushed, and then fiber-based plasticized adhesive is paved on the next layer, and finally a multi-wall weather-resistant plant fiber reinforced air duct is obtained; an additional insulation layer is added between the outer isolation layer and the plant fiber reinforced foam insulation layer. The mute buffer layer increases the mute performance; or a phase change layer is added between the plant fiber reinforced foam insulation layer and the moisture-proof layer to increase the energy-saving performance. The multi-wall weather-resistant plant fiber reinforced air duct prepared by the invention has good thermal insulation performance, light weight, good flame retardancy and good breakage resistance.

The invention discloses distributed-type integral sewage treatment and reuse equipment and technology. The equipment comprises a regulating reservoir and a tank which are connected with each other through a pipeline and is characterized in that the regulating reservoir is a three-squared compound regulating reservoir, and a water inlet area, an anaerobic reaction area and a regulating homogeneity area are sequentially arranged in the three-squared compound regulating reservoir; a grille is arranged at the front end of the water inlet area; a clapboard which is parallel to the wall of a reaction chamber is arranged between the water inlet area and the anaerobic reaction area, and the lower end of the clapboard inclines to the anaerobic reaction area for an angle, so that the clapboard extends to the anaerobic reaction area; packing is hung in the anaerobic reaction area, and the anaerobic reaction area comprises at least one stage; the upper parts of the anaerobic reaction area and the regulating homogeneity area are connected with each other; an anoxic zone, an aerobic zone and an MBR reaction tank which are sequentially connected are arranged in the tank; and the regulating homogeneity area is connected with the anoxic area through a submerged pump and a pipeline. The invention also discloses sewage treatment and reuse technology employing the equipment. The equipment and the technology are used for sewage treatment, and have the advantages of high effluent quality and good denitrification effect.

The invention discloses a quick-drying equipment for shoes. The structure includes a box body. The box body is provided with an inner cavity with an opening facing the right. There are three inner cavities. The right end surface of the box body is provided with a closing plate. , the closed plate is provided with a number of penetrating inner cavities, the front wall of the inner cavity is connected with a number of matching holes, the number of the matching holes is the same as that of the inner cavity, and the inner cavity and the matching The hole is connected, and the left end surface of the closing plate is fixed with an air pipe, and the air pipe communicates with the inner cavity, and a connecting and matching pipe is arranged between the air pipes. This equipment adopts the hot air conveying alignment device and According to the design of the interface matching device, according to the number of different shoes, the hot air delivery alignment device can be matched and connected with the interface matching device at different positions, so that the shoes inside the equipment can be dried efficiently and the shoes can be improved. Drying efficiency and has some energy-saving functions.

The invention discloses a single-fry single-tail energy-saving type fried stove. The single-fry single-tail energy-saving type fried stove comprises a fried stove body, a fire outlet groove, a gas pipe and a first flow control valve, four supporting legs are arranged at the lower end of the fried stove body and fixedly connected to the lower end of the fried stove body, an accommodating cavity isformed in the upper end of the fried stove body, a coil base is arranged at an opening of the upper end of the accommodating cavity, the coil base is fixedly connected with the fried stove body through screws, and the fire outlet groove is formed in the upper end of the coil base. The first flow control valve used for manually controlling the flow of the fire outlet groove and a gas flow control device used for automatically controlling the flow of the fire outlet groove are arranged in the accommodating cavity of the lower end of the coil base. According to the single-fry single-tail energy-saving type fried stove, when a pan is deviated from the fried stove, gas discharged by the fire outlet groove in the fried stove can automatically decrease and heat generated by the gas is not prone to being absorbed by the fried stove body.