39results about How to "Reduce temperature and humidity" patented technology

The invention discloses a car seat adjusting device based on a cushion cell structure, and manufacturing and adjusting methods. The car seat adjusting device based on the cushion cell structure aims at solving the problems of endurance run, sitting fatigue, the excessively-high temperature and humidity of a seat and human body contact area and limited air circulation. The car seat adjusting devicecomprises a seat cushion, a backrest and a power device. The seat cushion comprises a seat cushion body and a seat cushion adjusting device. The backrest comprises a backrest cushion body and a backrest adjusting device. The power device comprises a first water outlet tube, a second water outlet tube, a first water inlet tube, a second water inlet tube and a controller. The seat cushion adjustingdevice is placed in the seat cushion body. The backrest adjusting device is placed in the backrest cushion body. The seat cushion and the backrest are arranged between a foaming layer and a skin of acar seat. The first water outlet tube and the second water outlet tube of the power device are connected with a seat cushion water inlet tube and a backrest water inlet tube correspondingly. The first water inlet tube and the second water inlet tube are connected with a seat cushion water outlet tube and a backrest water outlet tube correspondingly. The seat cushion and the backrest are in wire connection with the controller. The invention further provides the manufacturing method of the adjusting device and the adjusting method adopting the adjusting device.

The invention discloses a device of cold-storage water defrosting and deforesting water and foresting water reusing, which relates to the technical field of cold-storage defrosting. The supply pipe of tap water and a cut-off valve, the cut-off valve and a water-carrying pipe, the water-carrying pipe and a spray pipe, the spray pipe and a nozzle are all connected through screw threads; the enclosing case of an evaporator is fixedly and respectively connected with an evaporator fan, the spray pipe, an evaporator and a glass observing window through a fastener; the wind-returning passage of the enclosing case of the evaporator and a wind-returning door, the wind-feeding passage of the enclosing case of the evaporator and a wind-feeding door are all connected by a rotating shaft in a movable way; the bottom of the enclosing case of the evaporator is connected with a water-sealing drain pipe in a flange connection way; the periphery of the enclosing case of the evaporator is provided with a circulation water storing pool, and the water discharge end of the water-sealing drain pipe extends to the upper part of the circulation water storing pool. The device of the invention is applied tocold-storage defrosting with good effect, can reuse deforesting water and foresting water and the cold of frost layers, and saves water resource and electric energy.

The invention discloses a solar dehumidifying air conditioner system with an energy storage effect. The solar dehumidifying air conditioner system comprises a treatment air passage system, a regeneration air passage system and a solid dehumidifier energy storage bed, wherein the treatment air passage system and the regeneration air passage system are connected with each other through the solid dehumidifier energy storage bed. The solar dehumidifying air conditioner system has the advantages that the lower humidity and temperature can be realized under standard working conditions in summer, so the comfort requirement of an air conditioner is met; the humidifying and heating requirements can be realized by increasing the moisture content in the air under standard working conditions in winter; the requirements by insufficient radiation in rainy days and at night are met by the excessive energy stored in the solid dehumidifier energy storage bed in transition seasons; and the structure is simple, the easiness in control is realized, and the investment cost of equipment is low.