45results about How to "Improve moisture absorption" patented technology

The invention belongs to the technical field of irrigation, and relates to a cored micro pipe irrigation system for greenhouse climbing crops. The system mainly comprises a main water source inlet pipe, a main water source valve, a filter, an electromagnetic valve, a main pipe, hoses, switchover joints, a branch pipe support frame, branch pipes, stress meters, cored micro pipe irrigators, soil moisture sensors and a controller. According to the system, each cored micro pipe is used as an irrigator for delivering water from each branch pipe to the roots of crops; the irrigation water from a water source is filtered by the filter, flows to the main pipe and each branch pipe and enters each cored micro pipe irrigator from the water outlet of each branch pipe; the water entering each cored micro pipe is uniformly delivered to irrigate the crops under the coaction of gravity, capillary force and siphon force of a core layer; under the control of the controller, intelligent automatic irrigation is realized in the whole crop growth period; and for the climbing crops, climbing ropes are substituted by the cored micro pipes, so the climbing ropes are not required to be built any more. The system is suitable for water-saving irrigation of the greenhouse climbing crops.

The invention relates to a heat pump clothes drying system and a clothes drying method thereof. The heat pump clothes drying system comprises a heat pump evaporator unit, a heat pump compression condensing unit and a drying chamber. A refrigerant loop of the heat pump evaporator unit is connected with a refrigerant loop of the heat pump compression condensing unit through a refrigerant pipe. An air path outlet of the heat pump evaporator unit is connected with an air path inlet of the heat pump compression condensing unit through a pipeline, an air valve A and an air valve C are sequentially disposed on the pipeline in parallel, and an air valve B is disposed on the pipeline between the air valve A and the air valve C. An air path outlet of the heat pump compression condensing unit is connected with an air path inlet of the drying chamber. An air path outlet of the drying chamber is connected with an air path inlet of the heat pump evaporator unit through a pipeline, an air valve F and an air valve D are sequentially disposed on the pipeline in parallel, and an air valve E is disposed on the pipeline between the air valve F and the air valve D. By the heat pump clothes drying system, clothes drying quality is guaranteed while energy consumption is reduced maximally, and drying speed is increased.

The invention relates to cat litter containing tofu by-products and a manufacturing method thereof. The manufacturing method of the present invention comprises: the step of preparing undried bean dregs; the step of pulverizing activated carbon with a mesh size of 30 to 60; putting the prepared bean dregs into a spiral ribbon mixer, and then adding water-soluble binder particles, The step of stirring at a low speed; the step of further stirring at a low speed after putting in the pulverized activated carbon; the step of blowing high-temperature air to the inside of the spiral ribbon mixer with a blower, and performing the first drying to make the moisture content reach 45% to 65%; And the step of transferring to an extruder and extruding into a predetermined shape.

The invention provides a preparation method of six-leaf porous hollow staple fibers spun from renewable polyester bottle flakes. The preparation method comprises the following steps: performing melt spinning on the renewable polyester bottle flakes after vacuum drum drying, enabling the renewable polyester bottle flakes to enter a spinning box body through screw extrusion, spinning out of spinneret orifices of a six-leaf porous hollow spinneret plate to obtain nascent fibers, cooling and forming through circulating air blowing, winding, bundling, drafting, crimping, oiling, loosening and heat setting, and cutting to obtain the six-leaf porous hollow staple fibers, wherein the spinneret orifices are formed in the six-leaf porous hollow spinneret plate and are arranged in arrays; inlets of the spinneret orifices are guide holes, and outlets of the spinneret orifices are spinning capillary holes; each spinning capillary hole comprises one central arc-shaped hole group and six peripheral arc-shaped hole groups; the six peripheral arc-shaped hole groups and the central arc-shaped hole group form a six-leaf structure. Through improvement of a spinning process and innovative design of the spinneret plate, the prepared six-leaf porous hollow staple fibers have the characteristics of high hollow degree, high rebound resilience, large specific surface area, good moisture-absorbing and breathable effect and the like.

The embodiment of the invention discloses a dehumidifier which comprises a ventilation shell, a fan and a sealing base, wherein the ventilation shell can bear a desiccant, and the desiccant can absorb moisture in air; the ventilation shell is connected with one end of an air recovery shell, and a fan which drives the air to flow to contact the desiccant borne by the ventilation shell when operating is installed on the air recovery shell; and the sealing base is connected with the other end of the air recovery shell and is provided with a soft edge which can cling to the inner wall of a shoe and seal the shoe. In the embodiment, by adding the fan in the dehumidifier, peripheral air is driven to fully contact the desiccant, thereby accelerating the moisture absorption speed of the desiccantand enhancing the moisture absorption function. In addition, by adding the sealing base, the shoe is sealed and a sealed space is formed, and therefore, a range of dry air can be shortened within thespace of the shoe, and the dehumidification efficiency is enhanced. Further, because the shoe is sealed with the sealing base, the dehumidification range of the dehumidifier is limited within the range of a shoe frame, and the dehumidification efficiency is enhanced.