Circulation water feeding system
25 Mar 2015-
TL;DR: In this article, a circulation water feeding system is proposed, which consists of a stable platform, a cylinder, a first position, a piston rod, a supporting platform and a plurality of buoyancy pipe sets.
Abstract: The invention discloses a circulation water feeding system. The circulation water feeding system comprises a stable platform, a cylinder, a first position, a piston rod, a supporting platform and a plurality of buoyancy pipe sets. The cylinder is located below the stable platform, the upper end of the cylinder is fixedly connected with the stable platform, a water inlet and a water outlet channel are arranged at the upper end of the cylinder, and a water inlet valve is arranged at the water inlet. The first piston makes contact with the inner wall of the cylinder in a sealing mode, the piston rod is fixedly connected with the first piston, the first piston can slide up and down along the inner wall of the cylinder, the lower end of the piston rod is fixedly connected with the upper side of the supporting platform, each buoyancy pipe set comprises a plurality of buoyancy pipes with buoyancy cavities provided with water flowing ports and ventilation ports and further comprises an air pipe communicated with the ventilation ports and a drive device capable of draining water in the buoyancy cavities, and the air pipes are provided with valves. When the buoyancy pipe sets ascend, the supporting platform is driven to ascend, and when the buoyancy pipe sets descend, the supporting platform is driven to descend. The problem that cost is high for building a dam can be effectively solved through the structural design of the water feeding system.
25 Aug 1999
TL;DR: In this paper, the authors propose a utility model for a buoyancy water pumping device which is a water elevating mechanical device utilizing the potential energy of water with certain drop height and flow quantity to make a floating body with a proper volume.
Abstract: The utility model relates to a buoyancy water pumping device which is a water elevating mechanical device utilizing the potential energy of water with certain drop height and flow quantity to make a floating body with a proper volume and capable of doing an elevating motion in the buoyancy water pumping device obtain enough buoyancy from the water to work by using the buoyancy as dynamic force so as to continuously elevate the water from a low position to a high position. The utility model comprises a hydraulic work mechanism composed of at least one container (2), a floating body (6), a piston pump (8), an accumulator (12), etc., and an automatic control mechanism composed of a reversing valve (4), a lever mechanism (14) connected with the reversing valve (4), etc. The buoyancy water pumping device has the advantages of high work efficiency, large water discharge pressure and high pumping range, is widely suitable for working under the conditions of various water sources with low drop height and small flow quantity.
26 Nov 1997
TL;DR: A hydraulic electrogenerating method features that the gravity energy of low-head water resource is transformed into floatage energy, which was used to raise up the part of water, and the raised water having higher head is used to generate electricity.
Abstract: A hydraulic electrogenerating method features that the gravity energy of low-head water resource is transformed into floatage energy, which is used to raise up the part of water, and the raised waterhaving higher head is used to generate electricity A liquid float pan raiser for raising up water can meet the Archimede's sink-float condition by alternative charge and discharge of water, realizing cyclic sinkage and floatage With the method, it is unnecessary to use multiple large-diameter electric generator sets for low-head, high-flow water resource
31 May 2012
TL;DR: In this paper, a transmission coupled to the buoyancy mechanism and the weight unit can be driven by the bladder to move upwardly during upward movement of the bladder and that the weight units can be moved downwardly by gravity when the bladder is deflated.
Abstract: A buoyancy power generating apparatus includes: a tank adapted to receive liquid therein; a buoyancy mechanism disposed in the tank and including a bladder support and a bladder supported on the bladder support; a vertical support disposed outwardly of the tank; a weight unit supported movably on the vertical support; and a transmission coupled to the buoyancy mechanism and the weight unit so that the weight unit can be driven by the bladder to move upwardly during upward movement of the bladder and that the weight unit can be moved downwardly by gravity when the bladder is deflated.
12 Jun 2013
TL;DR: In this paper, a potential energy conversion device of a water power piston pump is described, in which a single-directional valve is provided with single-input single-out (SISO) single-output (SIMO) valve.
Abstract: The utility model relates to a novel potential energy conversion device of a water power piston pump At present, most of piston pumps are driven by motors or diesel engines or gasoline engines and defects that electricity or oil is needed exist The novel potential energy conversion device of the water power piston pump comprises a piston pump mechanism which comprises a cylinder body and a piston A fluid feeding pipe and a fluid discharging pipe are arranged on the cylinder body and both provided with single-direction valves The novel potential energy conversion device of the water power piston pump is characterized by further comprising a gravity water container and a reset device The gravity water container is connected with a piston through a pull rope or/and a connection rod A water filling pipe and a valve are arranged above the gravity water container A water outlet is formed in the gravity water container and provided with a gate and a gate triggering device The novel potential energy conversion device of the water power piston pump is reasonable in design, simple and practical in structure, work is done by means of gravity or buoyancy of water with a certain water level difference to improve pressure of a fluid so as to achieve the aims of lifting water, cooling, heating, generating power and the like and serve human beings
03 Aug 2006
TL;DR: In this article, Hou et al. proposed a power source of a levee protection plate by utilizing a buoyancy of liquid to push up a piston and lift up/lifting down the plate.
Abstract: PROBLEM TO BE SOLVED: To provide a compressor which can solve problems of full automation/non-power supply, releasing the compressor from noise and vibration, and a power source of levee protection plate needed to solve a small installation space. SOLUTION: A power pushing up a piston can be obtained by utilizing a buoyancy of liquid. A power lifting-up/lifting-down the levee protection plate can be gotten by filling/discharging an immersion water used for buoyancy. A power used for the other case can be offered by circulating a liquid used for buoyancy with a pump. In the case of the levee protection plate, a pressure of liquid compressed by the piston operates in two directions with pipe arrangement. A large scale levee protection plate can resist water pressure by making the plate folded type. COPYRIGHT: (C)2006,JPO&NCIPI