High-yield pump

Abstract

An efficient pump, a motor set, a suction and discharge set, an output set and a smashing cutter are assembled in a pipe, the specification of the suction and discharge set adapts to scenes required by life and production, fluid enters the pipe from a lower inlet, a gas-liquid-electric motor is installed in the pipe, the smashing cutter is installed on a motor shaft, the smashing cutter is installed on the motor shaft, and the pipe is provided with a gas-liquid-electric motor connector in a matched mode. A middle hole of a fluid connector is communicated with a variable-diameter small flow channel, a feeding cylinder is provided with a hole, the wheel shaft is provided with the wheel blades, fluid enters from a lower inlet and flows upwards to an upper outlet to flow out of the variable-diameter small flow channel, and a gas-liquid electric motor is a pneumatic motor, a hydraulic motor and an electric motor for short. The specifications of the parts are set according to actual needs. The output of the sucked, discharged and conveyed fluid is extremely high, the size is from small to large, manufacturing and application can be set, durability, high yield and environmental protection are achieved, cost is reduced, benefit is increased, and innovative and good life, production and ecology are benefited.

Description

Technical Field

[0001] The high-yield pump of the present invention belongs to a pump for life and production, and relates to a high-yield pump with a motor and a rotary vane for sucking and discharging fluid. Background Art

[0002] There are many varieties of pumps for daily use, gas, oil, water and other pumps for production, which have made positive contributions to social progress. According to the Internet and patent literature, there are tens of thousands of pumps for daily life and production, but there are shortcomings and limitations. For example, records show that household pumps have small flow, short service life, stability, failure rate, hoses, cables, motors, etc. are soaked in water wells and polluted, which are not environmentally friendly and sustainable development. Pumps for water industry pumping are complex in structure, energy consumption, high efficiency and low cost. There are more than 600 cities of scale in China, of which more than 300 cities are short of water resources. There are no low-cost, high-yield, economical pumps. It is impossible to extract groundwater and transport water resources in a timely manner. The effect on water shortage, drought and floods is limited, which is not conducive to the fundamental improvement of life and production quality.

[0003] There are thousands of oil pumping equipment in the world. Among them, the world's oil industry generally uses the beam pumping unit, which is said to be invincible, to produce oil in the upstroke, but not in the downstroke. This results in half a year of idleness and low production every year. 150,000 oil pumping units produce 10 tons per day on average, consume more than 10 billion kWh of electricity per year, and have many failures and problems, resulting in high total costs and low production. Billions of tons of imported oil are imported every year at high prices, and oil prices fluctuate, restricting the better development of social life and production. Today, beam pumping units are widely used in oil production equipment around the world, which has been invented by Americans for 100 years, and water pumps have been invented by Americans for 206 years since 1818. They have low production, high energy consumption, and high costs. The cost and output of traditional oil pumping units and pumps are no longer suitable for the urgent needs of mankind after 2024.

[0004] From January to September 2024, the global climate crisis is extraordinary, the water ecology is bad, the storms, hail, snow, drought, floods, food and other crises hurt the body and mind. The ice in the North and South Poles is melting abnormally, such as melting sea water rises 73 meters, most cities and towns in countries around the world are submerged, and there are more than 8 billion people on the earth. There is an urgent need for high-yield pumps, low-cost and high-quality, to improve life and production around the world. Summary of the invention

[0005] The purpose of the present invention is to overcome the high production cost and insufficient output of the above-mentioned existing pump technology, which is not adapted to the needs of social life and production development, and to provide a high-yield pump with reduced production costs and increased efficiency. The technical content of this invention is as follows:

[0006] The high-yield pump of the present invention is composed of a motor group, a suction and discharge group, an output group and a crushing knife which are assembled in a pipe. The specifications of the hole entry group are adapted to the scenarios required by life and production. The fluid enters the pipe from the lower inlet, the gas-liquid electric motor is installed in the pipe, the crushing knife is installed on the motor shaft, the pipe is equipped with a gas-liquid electric motor interface, the impeller is fixed on the wheel axle, the check water shaft is installed in the bearing bush, the middle hole of the fluid interface is connected to a flow channel with a smaller diameter, the feed barrel is opened, and the fluid enters from the lower inlet and flows upward to the upper outlet to exit through the small flow channel with a smaller diameter. The gas-liquid electric motor is the abbreviation of pneumatic, hydraulic and electric motors, and is selected and installed in the pipe according to the needs. The specifications of the components are set according to actual needs.

[0007] The fasteners of the motor group pass through the assembly hole to connect the gas-liquid electric motor to fix it in the pipe. The fasteners fix the support through the assembly hole. The positioning bearing is installed on the motor shaft. The pipe is matched to set the gas-liquid electric motor interface. The crushing knife is installed on the motor shaft and the lower interface thread is set. The fluid enters the lower inlet and flows upward.

[0008] The fasteners of the suction and discharge group of the high-yield pump are connected to the fixed wheel support through the assembly hole, the fixing parts and wheel bearings fix the wheel shaft, the shaft connection connects the motor shaft and the wheel shaft, the impeller is installed on the wheel shaft to rotate to generate suction and discharge force, and the fluid flows upward and is discharged.

[0009] The fasteners of the output group of the high-yield pump fix the check water support and the upper check water support through the assembly holes. The check water support shaft of the check water support passes through the bearing bushing. The fasteners fix the fluid output pipe and the pipe through the assembly holes. An upper pipe connection thread is provided. The fluid output pipe is provided with a pipe connection thread. The hole in the fluid interface is connected to the diameter-decreasing flow channel, and the injected fluid mixes with the fluid, rises in the diameter-decreasing flow channel to become a high-speed fluid and exits from the outlet of the diameter-decreasing flow channel in the upper outlet.

[0010] The high-yield pump tube feed barrel has a hole to inhale radial inlet fluid, the fasteners fix the wheel support through the assembly hole, the wheel fixing parts and wheel bearings position the wheel axle, the crushing knife is installed on the motor shaft, and the wheel blades are installed on the wheel axle.

[0011] Technical Effects of the Invention

[0012] The high-yield pump of the present invention can be designed and manufactured in any size from microwave small to large, can adapt to the needs quickly and at low cost, is durable and high-yield, and can improve the lives, production, water, gas and oil ecology of more than 8 billion people. The optimization is as follows:

[0013] 1. Performance improvement. The high-yield pump of the present invention has a faster pumping speed than the existing pump technology, and the oil pumping efficiency is increased by more than 10 times, the output is super high, and the application expands many industries.

[0014] 2. Cost reduction. The high-yield pump of the present invention has a high output ratio and weighs only a few percent of the weight of a traditional oil extraction machine. It is lighter than existing water pumps and can be made into tiny nanopumps with a low failure rate, thus reducing the cost of purchasing production electricity, operation and maintenance.

[0015] 3. Easy to operate. The invention is easy to install and automatically produces, and the displacement of fluids in oil production plants, water pumping and water transportation becomes very simple and easy. It is equipped with relevant electromechanical and human intelligence networks and can be operated with less manpower.

[0016] 4. Safe and reliable. The invention has the advantages that it can work for a long time in flammable, explosive, low-temperature, high-temperature and other geological and environmental conditions.

[0017] 5. Energy saving and environmental protection. The present invention saves more than 85% of electricity compared with the traditional oil pump. The weight of a beam pumping unit is 9 tons to dozens of tons (the sucker rod, pipe, etc. are not included). The weight of the pump product is lighter than the high-yield pump, and the weight of small and medium-sized micro pumps is lighter than the traditional ones. The weight is a few taels, tens or hundreds of pounds, and the giant one is several tons. The product production cycle is long, energy-saving and consumption-reducing, environmentally friendly, and the benefits are really significant.

[0018] 6. Easy maintenance. The invention adopts carefully selected materials, has few parts, is reliable and durable, and has a reasonable design and very little maintenance.

[0019] 7. Compliance with laws and regulations. The high-yield pump of the present invention saves energy, reduces costs and increases profits, reduces the production volume and energy consumption of pump products, is suitable for green products and production applications, saves energy and reduces emissions, and complies with policies and regulations.

[0020] 8. Heavy and extensive application. The present invention can be applied to oil extraction in the petroleum industry, water supply and transportation in rural and urban areas, and innovation in water ecological restoration on the earth, reducing costs and increasing profits. It can be used in conjunction with the "Water Ecological Sustainable Development Network" for which a patent application has been submitted, to restore the earth's ecology, create a beautiful climate living space environment, and improve life production. It has a strong demand and a broad prospect for evolution. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 It is a motor group of the high-yield pump of the present invention.

[0022] Figure 2 .It is the suction and discharge group of the high-yield pump of the present invention.

[0023] Figure 3 .It is the output group of the high-yield pump of the present invention.

[0024] Figure 4 .This is the application form of the high-yield pump of the present invention: hole entry group.

[0025] Numbers in the figure, high-yield pump, motor group 1, suction and discharge group 2, output group 3, hole inlet group 4, tube 5, lower interface thread 6, lower inlet 7, fluid 8, high-speed fluid 81, radial fluid inlet 82, assembly hole 9, support 10, fastener 11, gas-liquid electric motor 12, gas-liquid electric motor 121, gas-liquid electric motor 122, motor shaft 13, motor shaft 131, positioning member 14, bearing 15, gas-liquid electric motor interface 16, gas-liquid electric motor interface 161, gas-liquid electric motor interface 162, crushing knife 17, crushing knife 171, upper support 18, upper fixing member 19, upper bearing 20, wheel support 21, wheel Support 211, axle 22, axle 221, fixing part 23, fixing part 231, wheel bearing 24, wheel bearing 241, shaft connection 25, blade 26, blade 261, blade 262, blade 263, blade 264, blade 265, blade 266, blade 267, upper supporting part 27, wheel fixing part 28, upper bearing 29, check water supporting part 30, upper check water supporting part 31, bearing shell 32, check water part 33, return water part shaft 34, upper pipe connecting thread 35, fluid output pipe 36, pipe connecting thread 37, diameter reducing flow channel 38, outlet 39, feed barrel 40, hole 41. DETAILED DESCRIPTION

[0026] The following is a further description of the high-yield pump of the present invention in conjunction with the accompanying drawings.

[0027] Description: A high-yield pump of the present invention Figure 1 Divided into three Figure 1-3 , in order to fit the length of page A4 of the appendix to the specification, in the separate figure description, the description of the related devices in the previous and next figures is written in one figure.

[0028] See also Figure 1 , high-yield pump, the fastener 11 of the motor group 1 passes through the assembly hole 9 to connect the gas-liquid electric motor 12, 121, 122 to fix it in the tube 5, the fastener 11 passes through the assembly hole 9 to fix the support 10, the positioning member 14 and the bearing 15 are installed on the motor shaft 13, the tube 5 is equipped with a gas-liquid electric motor interface 16, 161, 162, the crushing knife 17 is installed on the motor shaft 13, and the lower interface thread 6 is set, and the fluid 8 enters the lower inlet 7 and flows upward.

[0029] exist Figure 2 At the lower part, the fastener 11 is connected to the upper support 18, the upper fixing part 19 and the upper bearing 20 are fixed to the upper end of the motor shaft 13, and the external gas-liquid-electric energy pipeline is connected to the gas-liquid-electric motor interface 16, 161, 162, the gas-liquid-electric motor 12, 121, 122 to drive the motor shaft 13 to rotate, and the crushing knife 17 rotates to grind the coarse materials in the fluid into powder to prevent blockage of the flow channel.

[0030] The specifications and quantity of the pipe 5, the three gas-liquid electric motors 12, 121, 122, the gas-liquid electric motor interfaces 16, 161, 162 and the crushing blade 17 are set to the configuration required by the user.

[0031] Figure 2 The fastener 11 of the suction and discharge group 2 of the high-yield pump is connected to the fixed wheel support 21 through the assembly hole 9, the fixing part 23 and the wheel bearing 24 fix the wheel shaft 22, the shaft connection 25 connects the motor shaft 13 and the wheel shaft 22, and the impellers 26, 261, and 262 are installed on the wheel shaft 22 to rotate to generate suction and discharge force, and the fluid 8 flows from bottom to top and is discharged.

[0032] exist Figure 3 At the lower part, the fastener 11 fixes the wheel support 27, the wheel fixing part 28 and the wheel bearing 29 fix the upper end of the wheel shaft 22, and the motor shaft 13 is connected to the wheel shaft 22 by the shaft connection 25 to rotate, so that the impellers 26, 261, 262 rotate, and the suction and discharge fluid 8 flows from bottom to top. The specifications of the pipe 5, the impellers 26, 261, 262 are used according to the needs.

[0033] Figure 3 , high-yield pump, the fastener 11 of the output group 3 fixes the check water support 30 and the upper check water support 31 through the assembly hole 9, the check water shaft 34 of the check water part 33 passes through the bearing shell 32, the fastener 11 fixes the fluid output pipe 36 and the pipe 5 through the assembly hole 9, and an upper pipe connection thread 35 is provided. The fluid output pipe 36 is provided with a pipe connection thread 37, and the hole in the fluid interface 163 is connected with the diameter-changing flow channel 38 and the injected fluid is mixed with the fluid 8 and rises in the diameter-changing flow channel 38 to form a high-speed fluid 81 and exits from the upper outlet 39 of the flow channel 38 with a smaller inner diameter.

[0034] The startup fluid 8 pushes the water check member 33 to make the water check member shaft 34 upward to stop under the bearing bush 32, and the shutdown water check member 33 falls on the water check support 30 to prevent the fluid above from flowing downward to impact the impeller blades 26, 261, 262. The external and injected fluid merges with the fluid 8 to make it run faster. The type of injected fluid and the specification of the fluid output pipe 36 are determined according to the needs.

[0035] Figure 4 , high-yield pump hole into group 4, pipe 51 feed barrel 40 opening 41, inhalation radial inlet fluid 82, fastener 11 through assembly hole 9 fixes wheel support 211, wheel fixing part 231, wheel bearing 241 positions wheel shaft 221, crushing knife 171 is installed on motor shaft 131, and wheel blades 263-267 are installed on wheel shaft 221.

[0036] The part of the high-yield pump strain variable is the hole inlet group 4, the crushing knife 171 crushes the material to prevent blockage, the pipe 5 extends the impeller 263-267 by five to enhance the suction and discharge force, the feed barrel 40 opens multiple holes 41, the impeller 263-267 can be increased or decreased to 5, the size of the components can be increased or decreased, the crushing knife and the impeller shape are set according to the actual fluid flow rate to supply the living production ecological needs.

[0037] High-yield pumps are manufactured in different specifications to suit your needs.

Claims

1. High-yield pump, characterized by The motor group 1, the suction and exhaust group 2, the output group 3 and the crushing knife 17 are assembled in the pipe 5. The specifications of the hole group 4 are adapted to the scenes of life and production needs. The fluid 8 enters the pipe 5 from the lower inlet 7. The gas-liquid electric motor 12, 121, 122 is installed in the pipe 5. The crushing knife 17 is installed on the motor shaft 13, and the crushing knife 171 is installed on the motor shaft 131. The pipe 5 is equipped with gas-liquid electric motor interfaces 16, 161, 162, and the impellers 26, 261, 2 62 is fixed on the wheel shaft 22, the check water shaft 35 is installed in the bearing shell 32, the middle hole of the fluid interface 163 is connected to the small diameter flow channel 38, the feed barrel 40 has a hole 41, and the wheel shaft 221 is installed with blades 263-267. The fluid 8 enters from the lower inlet 7 and flows upward to the upper outlet 39 to exit the small diameter flow channel 38. The gas-liquid electric motor is the abbreviation of pneumatic, hydraulic and electric motors. It is installed in the pipes 5 and 51 according to the implementation, and the specifications of the components are set according to actual needs.

2. The high-yield pump according to claim 1, characterized in that The fastener 11 of the motor group 1 passes through the assembly hole 9 to connect the gas-liquid electric motor 12, 121, 122 to fix it in the tube 5. The fastener 11 fixes the support 10 through the assembly hole 9. The positioning member 14 and the bearing 15 are installed on the motor shaft 13. The tube 5 is equipped with gas-liquid electric motor interfaces 16, 161, 162. The crushing knife 17 is installed on the motor shaft 13, and the lower interface thread 6 is provided. The fluid 8 enters the lower inlet 7 and flows upward.

3. The high-yield pump according to claim 1, characterized in that The fastener 11 of the suction and discharge group 2 is connected to the fixed wheel support 21 through the assembly hole 9, the fixing part 23 and the wheel bearing 24 fix the wheel shaft 22, the shaft connection 25 connects the motor shaft 13 and the wheel shaft 22, and the blades 26, 261, and 262 are installed on the wheel shaft 22 to rotate to generate suction and discharge force, and the fluid 8 flows upward and is discharged.

4. The high-yield pump according to claim 1, characterized in that The fastener 11 of the output group 3 fixes the check water support 30 and the upper check water support 31 through the assembly hole 9. The check water shaft 34 of the check water part 33 passes through the bearing shell 32. The fastener 11 fixes the fluid output pipe 36 and the pipe 5 through the assembly hole 9. An upper pipe connection thread 35 is provided. The fluid output pipe 36 is provided with a pipe connection thread 37. The hole in the fluid interface 163 is connected to the diameter-decreasing flow channel 38, and the injected fluid is mixed with the fluid 8 and rises in the diameter-decreasing flow channel 38 to become a high-speed fluid 81 and exits from the upper outlet 39 of the flow channel 38 with an inner diameter of which is decreased.

5. The high-yield pump according to claim 1, characterized in that The tube 51 feed barrel 40 has an opening 41 to suck in radial inflow fluid 82 , the fastener 11 fixes the wheel support 211 through the assembly hole 9 , the wheel fixing member 231 and the wheel bearing 241 position the wheel shaft 221 , the crushing knife 171 is installed on the motor shaft 131 , and the wheel blades 263 - 267 are installed on the wheel shaft 221 .

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