31 results about "Waterspout" patented technology

A system and method for misbalancing or suppressing spinning atmospheric phenomena such as tornadoes, landspouts, waterspouts, gustnadoes and whirlwinds. The systems and methods misbalance or suppress such phenomena utilizing electromagnetic fields; irradiation; neutralizing charges; or chemical reactions, thus destabilizing or disrupting the phenomenon.

The invention discloses an electroless water purifier. The electroless water purifier comprises: a reverse osmosis filter having a first water inlet, a first water outlet and a concentrated water outlet; a waterway board assembly, wherein a pressure chamber is in the waterway board assembly and has a concentrated water inlet, a concentrated water waterspout and a pressure port, and the concentrated water inlet is communicated with the concentrated water outlet of the reverse osmosis filter; a pressure diaphragm assembly arranged in the pressure chamber to close the concentrated water inlet when the pressure at the pressure port is larger than the pressure at the concentrated water inlet and open the concentrated water inlet when the pressure at the pressure port is smaller than the pressure at the concentrated water inlet, and the concentrated inlet is communicated with the concentrated water waterspout; and a pressure pot, wherein the pot port of the pressure pot is communicated with the first water outlet and the pressure port respectively, and a purified water outlet is arranged between the pot port and the first water outlet. The electroless water purifier has the advantages of low production cost, low use cost and the like.

The invention relates to a multifunctional experimental box, which comprises a box body and a bracing frame. The box body is arranged on the bracing frame; an operating seal retainer is arranged on the box body internally provided with a fan; the box body is connected with a high-pressure steel bottle through an admitting port by a flowmeter; an exhaust opening is arranged on a box body wall; the operating seal retainer is provided with a sealing cap; a uviol lamp is also arranged on the box body, and black cloth is arranged on an outer housing of the box body; and a waterspout is also arranged on the bottom of the box body. The multifunctional experimental box solves the disadvantages that an old anaerobic box cannot contact with water and the cost is high, can be used as an anaerobic box, also can be used as a superclean bench and an aquatic tank, and also can be used for collecting volatile compounds in a pollution system such as a water body, settlings or the like at the same time. The equipment composition of the multifunctional experimental box is simple, the operation is simple, the cost is low, and the functions of the single anaerobic box, the superclean bench and the aquatic tank are integrated.

The invention discloses a water level controller for a farmland drainage tube. The water outlet of the farmland drainage tube (4) is provided with a water level control cabinet; the water level control cabinet comprises a cabinet body (1), a flow diaphragm trench (2) and one or more flow diaphragms (3); the cabinet body (1) is provided with a flow inlet (5) communicated with the water outlet of the farmland drainage tube (4), a waterspout (7) communicated with a ditch (6) and a drainage pipeline (8); and the flow diaphragm trench (2) is arranged in the cabinet body (1), and the one or more flow diaphragms (3) can be longitudinally arranged in the flow diaphragm trench (2) in a superposed mode. The water level controller can control the underground water level and displacement based on the crop growth requirement, and the farmland water level can be controlled by increasing or decreasing water level diaphragms in the water level diaphragm trench in the water level control cabinet; and by drainage control, the crop growth environment is effectively improved and the water resource utilization factor is enhanced.

The invention refers to a detergent dispenser, comprising a detergent box; a detergent container; a pair of separating walls which is located in the detergent container to at least separate one detergent container into two auxiliary containers and is arranged in a drainage part between the auxiliary containers; a waterspout formed on the drainage part; siphons respectively formed in the two auxiliary containers; and an integrally formed siphon cover used for covering the siphons and installed in the detergent box for covering the detergent container, wherein the height of the separating walls is at least greater than that of the siphons. According to the invention, the problems of the caused reducing of washing force can be prevented and the danger of losing or stolen of the detergent box cover can be reduced; even the detergent is not supplied to a detergent inlet but to the siphon cover, the detergent can not leave on the siphon cover but can be lead onto the side of the auxiliary containers.

The invention discloses a waterpower pressurization blasting method. A water bag (3) is arranged in the upper part of a main explosive (1), a preset amount of water is injected into the water bag (3) to form a waterspout (4), a leading compressive powder bag (6) is arranged in the upper part of the waterspout (4), and rock scraps (4) is stuffed in the upper part of the water bag (3). Detonating tube detonators of different sections are distributed in the main explosive (1) and the leading compressive powder bag (5). Two different sections of main explosive detonating tubes (2) are arranged in the main explosive (1), and a leading compressive powder bag detonating tube (5) is arranged in the leading compressive powder bag (6). The leading compressive powder bag detonating tube (5) is detonated at least 25ms before the main explosive detonating tube (2). According to the method, the waterspout is utilized to effectively transmit energy, the method has the advantages of a low rate in large blocks, little dust, convenience in operation, safety and reliability, is particularly suitable for blasting in production of a large-scale open-air mine, in the underground deep hole of a downward hole blasting, and in projects of other non-mine fields.

An arrangement structure of heat exchangers in a condensing gas boiler is provided, which includes a casing provided with a combustion chamber therein, and a gas burner provided in the lower portion of the combustion chamber. The arrangement structure of heat exchangers in a condensing gas boiler includes: a present heat exchanger slantly arranged with a predetermined slope with respect to a horizontal axis on a transverse cross-section in the casing; a latent heat exchanger disposed in parallel with the present heat exchanger, in the same area as that of the present heat exchanger in the upper portion of the present heat exchanger; a condensed waterspout provided in parallel with between the present heat exchanger and the latent heat exchanger, whose one end contacts one of the inner wall surfaces of the casing and whose other end is disposed spaced from the other of the inner wall surfaces thereof; and an exhaust gas flowing plate provided in parallel with the outer wall of the latent heat exchanger, whose one end is spaced from one of the inner wall surfaces of the casing and whose other end contacts the other of the inner wall surfaces of the casing in order to induce condensed water and exhaust gas to flow in an identical direction. Thus, the heat transfer area is maximized, and present heat and condensing conditions are made to improve a heat exchanging efficiency, and to accomplish compactness and corrosion resistance of the boiler.

The present invention relates to a ceiling-embedded evaporative humidifier having a cleaning function, which is configured to clean the humidification filter, dry the humidification filter when the humidifier is not used, and control the humidification water in the waterspout accurately and precisely, the humidifier comprising: a humidifier body (100) having an indoor air suction unit (110) and a humidification air discharge unit (120) formed on one side surface, which is exposed to the indoor space when installed to be embedded in the ceiling; a humidification induction means (200) installed inside the humidifier body and filled with a humidification filter (210), which is wetted when humidification water is supplied from the waterspout (300) and flows downwards; a waterspout (300) installed beneath the humidification induction means such that water is directly supplied from a water supply facility etc. and configured to receive humidification water that flows downwards along the humidification filter; a water level control means (400) composed of a water level measuring unit (410) for measuring the level of humidification water in the waterspout and a ball top valve (420) for supplementing water when water in the waterspout is insufficient; a pump means (500) provided with first and second pumps (510, 520) for supplying the humidification induction means with humidification water in the waterspout or discharging the humidification water to the outside; a blower (600) for generating humidification air by forcing air to pass through the humidification filter and thereby vaporizing moisture in the humidification filter; and a control unit (700) for controlling the water level control means, the pump means, and the blower to humidify the indoor space or stop the humidification process.

The invention relates to a floatation filtering pool, which is characterized in that: a solution gas discharge device is arranged in an turnover filtering pool, which is communicated with a solution gas cylinder by a pipeline. The flocculation poor is communicated with the front end of the turnover filtering pool by a water inflow main ditch , a floatation contact zone is arranged at the front part of the turnover filtering pool, the entrance of the floatation contact zone is arranged at the bottom of the front end of the floatation contact zone, the exit of the floatation contact zone is arranged on the rear end of the floatation contact zone, the solution gas discharge device is arranged close to the entrance in the floatation contact zone. The turnover filtering pool adopts SBR flushing, without arranging a centre waterspout, which improves the effective filtering area of the filtering pool, the water is distributed up and down evenly after lamination with the floatation filtering pool to ensure the quality of the yielding water. Besides, floatation can be laminated under the situation of not increasing the depth of the orginal turnover filtering pool. The invention has the advantages that: the floatation and the turnover filtering pool are laminated together, which achieves the aims of saving space, optimizing purifying technics and simplifying the flow of production and management.

The invention relates to a device for preventing backwater and odor for an indoor outfall, belonging to the building drainage field. The invention comprises a sewer outlet (1), a sewer outlet edge (3), a bevel sleeve gasket (4) which is covered on the lower part of the sewer outlet edge, three double-bevel grooves (4), high elastic flat hermetic sewer soft sleeves (5) with the upper parts covered on the positions of the three double-bevel grooves, sleeve skins (6) which are adhered on the lower parts outside a plane of the high elastic flat hermetic sewer soft sleeves, and collapsing sleeves (7) which are fixed between the sleeve skins and the soft sleeves. The device for preventing backwater and odor for the indoor outfall has the advantages of simple structure, low manufacturing cost, fast drainage, water conservation, backwater and odor prevention and good sealing effect, enables a lavatory pan, a urinal, a basin, a vegetable sink, a mop sink and so on to save a drain trap, thereby saving materials and facilitating the dredging of the sewer.

The present invention provides a air-conditioner which comprises a heat exchanger 40, a ventilation fan 30 used to eject air to the exchanger 40, a waterspout 50 used to accommodate lower part of a heat exchanger 40, a combination 61 integrating to the lower part of a heat exchanger 40, a heat exchanger bracket 60 comprising two isolating parts 65 and 66 respectively mounted on two sidewalls 62 and 63 of a combination 61. The isolating parts 65 and 66 respectively contact two inner sidewalls 52 and 53 of a waterspout 50 and then separate a combination 61 from the two inner sidewalls 52 and 53 of a waterspout 50. According to the present invention, condensed water produced outside a heat exchanger 40 is prevented from flowing into exterior of the waterspout 50 and flows into interior of a waterspout 50 easily, since the heat exchanger bracket 60 is mount between the heat exchanger 40 and the waterspout 50, wherein the heat exchanger 40 locates at the center of the waterspout 50.

The present invention relates to a wall-mounted evaporative humidifier installed on an indoor wall surface, the humidifier receiving humidification water, which is directly supplied from a water supply facility etc., using a waterspout, supplying a humidification filter with the humidification water, vaporizing moisture supplied to the humidification filter, and supplying the vaporized moisture to the indoor space, the humidifier comprising: a humidifier body (100) having a wall fixing means (130) installed on the rear surface, an indoor air suction unit (110) formed on one side surface, and a humidification air discharge unit (120) formed on the other side surface; a humidification induction means (200) installed inside the humidifier body and filled with a humidification filter (210), which is wetted when humidification water is supplied from the waterspout (300) and flows downwards; a waterspout (300) installed beneath the humidification induction means such that water is directly supplied from a water supply facility etc. and configured to receive humidification water that flows downwards along the humidification filter; a water level control means (400) composed of a water level measuring unit (410) for measuring the level of humidification water in the waterspout and a ball top valve (420) for supplementing water when water in the waterspout is insufficient; a pump means (500) provided with first and second pumps (510, 520) for supplying the humidification induction means with humidification water in the waterspout or discharging the humidification water to the outside; a blower (600) for generating humidification air by forcing air to pass through the humidification filter and thereby vaporizing moisture in the humidification filter; and a control unit (700) for controlling the water level control means, the pump means, and the blower to humidify the indoor space or stop the humidification process.

The present invention relates to a fermenting process of livestock excrement, garbage and sludge, and a recycle apparatus for processing resultant sullage, which can easily dispose and ferment the sullage. At the bottom of the zymotic trenches, a waterspout which disposed a branch pipe and a center pipe with fine holes, a fan and a valve are formed. On the trenches, gravel filter is formed. On the track of zymotic trenches, a screw mixer which has a sewage dispensing device at front and a sewage flying device at rear. By the zymotic process, an excellent compost or feed can be produced, and the sewage can be effectively controlled for environmental protection.

The invention discloses a self-control adjusting steam trap which comprises a box body and a floater drainage mechanism, and is characterized in that the upper part of the box body is provided with a pipeline interface which is connected with the drain port of a steam pipeline; the bottom of the box body is provided with a waterspout for installing the floater drainage mechanism, and the waterspout drains condensate to the outside environment; and the floater drainage mechanism is linked with a lever through a floating ball so that the condensate in the box body is kept at a certain water level. According to the self-control adjusting steam trap, the steam condensate can be automatically drained, the leakage of steam can be effectively prevented, the problem that the steam is leaked when the steam condensate is drained is effectively solved, so that the energy loss is reduced, the trap is simple to manufacture, and the scope of application is wide.

The invention discloses a high-efficiency internal recycle ceramic-adhered biomembrane nitration reactor. The reactor is provided with a precipitation recycle zone, an aeration reaction zone and a water distribution and gas distribution zone, wherein the precipitation recycle zone is provided with a waterspout, an isolating board, a bubble baffle and a slope baseboard; the waterspout is located on the top of the precipitation recycle zone, and the position of the waterspout is higher than that of the isolating board, and the precipitation recycle zone and the aeration reaction zone are divided into two dependant zones by the isolating board; the bottom of the isolating board is connected with the bubble baffle, the angle between the isolating board and the bubble baffle is 150 degrees, and a gap is reserved between the bubble baffle and the slope baseboard; ceramic particles are filled in the aeration reaction zone, and the aeration reaction zone is provided with an iron wire screen plate; the water distribution and gas distribution zone is provided with a water distribution pipe and a gas distribution pipe; and the precipitation recycle zone is communicated with the aeration reaction zone through the top of the isolating board and the bottom of the isolating board, and the aeration reaction zone is connected with the water distribution and gas distribution zone through a flange. According to the invention, the ceramic particle is used as a biomembrane carrier, so that a ceramic-adhered biomembrane is quickly precipitated, and biologic internal circulation is achieved by virtue of the unique structure of the precipitation recycle zone I.

Disclosed is an apparatus for preventing water from flowing into high voltage electronic parts. More specifically, a grill and a diaphragm which is provided on a lower portion of the grill and formed so that water flows downward along an upper surface of the diaphragm when water flows through the grill. A duct which is provided on a lower portion of the diaphragm to allow airflow and formed so that a waterspout unit is formed by bending the outside thereof outward to receive water from the upper portion, prevents water from entering the unit containing the electronic parts by discharging the waster outside of the duct through the waterspout unit.

The invention discloses a high-speed waterspout inertia-ejection cylinder comprising an upper cylinder body, a cylinder seat and a limit ring. Cylinder seat bumps protruding upwards are uniformly distributed at the edge of the upper end of the cylinder seat, and a groove is formed between each two adjacent cylinder seat bumps. Upper cylinder bumps protruding outwards are uniformly distributed at the edge of the lower end of the upper cylinder and are arranged in the grooves. The thickness of each upper cylinder bump is smaller than the height of each cylinder seat bump. The limit ring is sleeved outside the upper cylinder. The upper cylinder and the cylinder seat are in separable structure, in the process of ejecting waterspout out of the ejection cylinder, the bottom of the ejection cylinder is communicated with the atmosphere, negative pressure at the bottom of the ejection cylinder is eliminated, and accordingly, ejection of regular waterspouts is realized.

The invention discloses a clamping structure of glasshouse, which is simple in structure, convenient in installing and can improve connection reliability. The clamping structure includes a front crossbeam and a waterspout. Every joint face of the front crossbeam is provided with at least two studs. Cross sections of the studs are in the shape of T. Every joint face of the waterspout is provided with at least two block holes. The studs and the block holes are in correspondence with each other. The studs fit well in the block holes. During work, the studs are installed on the front crossbeams. Due to the block holes provided on the waterspout, the waterspout, therefore, can be installed on the studs. The clamping structure of glasshouse is convenient for the connection and the installment of the studs and the waterspout. At the same time, to the front crossbeam, the waterspout is installed obliquely, which can make the collection of rain in the waterspout become convenient. Installing the waterspout with nests or springs can further improve the connection reliability of the waterspout.

The present invention provides a air-conditioner which comprises a heat exchanger 40, a ventilation fan 30 used to eject air to the exchanger 40, a waterspout 50 used to accommodate lower part of a heat exchanger 40, a combination 61 integrating to lower part of a heat exchanger 40, a heat exchanger bracket 60 comprising two isolating parts 65 and 66 respectively mounted on two sidewalls 62 and 63 of a combination 61. The isolating parts 65 and 66 respectively contact two inner sidewalls 52 and 53 of a waterspout 50 and then separate a combination 61 from the two inner sidewalls 52 and 53 of a waterspout 50. According to the present invention, condensed water produced outside a a heat exchanger 40 is prevented from flowing into exterior of a waterspout 50 and flows into interior of a waterspout 50 easily, since a heat exchanger bracket 60 is mount between a heat exchanger 40 and a waterspout 50, where the heat exchanger 40 locates at the center of the the waterspout 50.

The invention relates to a floatation filtering pool, which is characterized in that: a solution gas discharge device is arranged in an turnover filtering pool, which is communicated with a solution gas cylinder by a pipeline. The flocculation poor is communicated with the front end of the turnover filtering pool by a water inflow main ditch , a floatation contact zone is arranged at the front part of the turnover filtering pool, the entrance of the floatation contact zone is arranged at the bottom of the front end of the floatation contact zone, the exit of the floatation contact zone is arranged on the rear end of the floatation contact zone, the solution gas discharge device is arranged close to the entrance in the floatation contact zone. The turnover filtering pool adopts SBR flushing, without arranging a centre waterspout, which improves the effective filtering area of the filtering pool, the water is distributed up and down evenly after lamination with the floatation filtering pool to ensure the quality of the yielding water. Besides, floatation can be laminated under the situation of not increasing the depth of the orginal turnover filtering pool. The invention has the advantages that: the floatation and the turnover filtering pool are laminated together, which achieves the aims of saving space, optimizing purifying technics and simplifying the flow of production and management.

The invention discloses a waterpower pressurization blasting method. A water bag (3) is arranged in the upper part of a main explosive (1), a preset amount of water is injected into the water bag (3) to form a waterspout (4), a leading compressive powder bag (6) is arranged in the upper part of the waterspout (4), and rock scraps (4) is stuffed in the upper part of the water bag (3). Detonating tube detonators of different sections are distributed in the main explosive (1) and the leading compressive powder bag (5). Two different sections of main explosive detonating tubes (2) are arranged in the main explosive (1), and a leading compressive powder bag detonating tube (5) is arranged in the leading compressive powder bag (6). The leading compressive powder bag detonating tube (5) is detonated at least 25ms before the main explosive detonating tube (2). According to the method, the waterspout is utilized to effectively transmit energy, the method has the advantages of a low rate in large blocks, little dust, convenience in operation, safety and reliability, is particularly suitable for blasting in production of a large-scale open-air mine, in the underground deep hole of a downward hole blasting, and in projects of other non-mine fields.