129 results about "Water load" patented technology

The invention discloses a device and a method for automatically separating, collecting and reutilizing urine and relates to an agricultural environmental engineering technology. The device consists of a urine water (urine and wash water) automatic separation and collection system, a urine reutilization system and a gray water (wash water) treatment system, and an automatic control technology, an environmental pollution control technology, a technology for recovering and reutilizing nutrient substances, such as N, P and the like, and the like are involved. According to the device and the method, gray water load can be reduced to a great degree; environment is effectively improved; domestic sewage can be reutilized; nutrient substances such as N, P and the like can be recycled; waste of resources is avoided; and a certain economic benefit is achieved. The method is easy to implement, low in cost, and high in applicability and has strong use and popularization demonstration value.

Provided is a boiler capable of simultaneously performing a heating operation and a hot water operation and readily controlling the temperature of the hot water. The boiler, in which primary heating water heated by a burner in a main heat exchanger is supplied into a place in need of heating to be used as heating water, and secondary heating water heat-exchanged with the primary heating water in an instant heat exchanger is supplied to a place in need of hot water to be used as the hot water, is characterized in that the primary heating water is supplied to the place in need of heating after regulating a flow rate of the heating water using a flow regulator depending on a heating load, and then supplied toward the instant heat exchanger after regulating the flow rate depending on a hot water load.

The invention discloses a high-power microwave water load, which includes a small section wave-guide, a transition wave-guide and a large section wave-guide connected in sequence. The invention is characterized in that the large sectional wave-guide end is inclinedly mounted on the right side wall of the high-pressure water tank, ceramic chips are mounted therein, intake channels circulate around the upper and lower lateral walls and rear lateral wall of the high-pressure water tank, inlet openings are open on the upper and lower lateral walls of the high-pressure water tank to communicate with the intake channel, water inlet pipes are communicated with the intake channel on the rear lateral wall of the high-pressure water tank, and outlet pipes are provided on the left lateral wall off the high-pressure water tank. The liquid body current mode adopted by the invention can quickly lead-out the microwave power from the high-pressure water tank, avoids vaporization caused by excessive heating generated in the dead zone with non-smooth current, and can realize high average power, long pulse and high power density microwave matching and power measurement.

The invention relates to a novel high power water load. The novel high power water load comprises a waveguide radiation horn mouth, a base, a spiral water chamber, a terminal short circuit block, and a protection housing disposed on the outer side of the spiral water chamber. Spiral type flowing water used as a microwave absorber is disposed in the spiral water chamber. The front end of the spiral water chamber is in the shape of a cone, and the rear end of the spiral water chamber is in the shape of a cylinder. One end of the waveguide radiation horn mouth is fixedly connected with an output radiation waveguide, and the other end of the waveguide radiation horn mouth is connected with the base. The other end of the base is connected with the rear end of the spiral water chamber and the bottom part of the protection housing, and the side of the base connected with the spiral water chamber is provided with a groove embedded in the rear end bottom part of the spiral water chamber. The side of the rear end of the spiral water chamber connected with the base is a water inlet, and the side of the front end of the spiral water chamber is a water outlet. The front end of the terminal short circuit block is in the shape of a cone, and is embedded in the front end of the spiral water chamber, and the rear end of the terminal short circuit block is connected with the top part of the protection housing. The water load is capable of satisfying use requirements of a high power millimeter wave electric vacuum device, and at the same time, the broadband low reflection of the water load is realized.

The invention relates to an efficient leakage-proof water-loaded capsule and a preparation method thereof. The capsule is of a structure with at least three layers and sequentially comprises a core layer, a capsule wall layer and a water blocking layer from inside to outside, the water blocking layer wraps the capsule wall layer and is made of polyalkylcyanoacrylate, the seven-day permeable rate of the efficient leakage-proof water-loaded capsule is smaller than 4%, and spherical degree SF is smaller than 0.07. The capsule prepared by the method is high in forming rate, uniform in particle diameter, remarkable in water-blocking and leakage-proof effect, long in storage life, simple and convenient in manufacturing process, the shape of the capsule is smooth, mellow and full, and the capsule can be directly used for processing of foods, medicines and cigarette products.

The invention relates to a microwave field vapor-liquid equilibrium measuring device and a determination method. A vapor-liquid equilibrium kettle (3) is arranged in a microwave cavity main body (1); temperature measurement points of a vapor-liquid interface infrared thermodetector (6) are arranged on an upper surface of a mixture liquid; temperature measurement points of a liquid phase main body infrared thermodetector (10) are arranged on a middle part of a liquid phase main body upper segment (9); a microwave generator (14) is connected with a rectangular waveguide (15) through a microwave circulator water load (16); the rectangular waveguide (15) is connected with an interface of the microwave cavity main body (1); the microwave generator (14) effects microwave energy on an interface of the liquid phase main body upper segment (9) of the vapor-liquid equilibrium kettle and a vapor main body (13); and the liquid is heated, vaporized and condensed by a condenser (4) and returns to a liquid phase main body lower segment (8) through a back flow (7); after equilibrium, samples are taken respectively from a liquid phase sample tap (11) and a vapor sample tap (5) and analyzed. Microwave does not heat the vapor-liquid equilibrium kettle body made of a borosilicate glass material but directly effects on vapor phase main body and the liquid phase main body, so as to realize characteristics of energy saving, rapidness and efficient heating.