1 a mechanical device that moves fluid or gas by pressure or suction
2 the hollow muscular organ located behind the sternum and between the lungs; its rhythmic contractions pump blood through the body; "he stood still, his heart thumping wildly" [syn: heart, ticker]
3 a low-cut shoe without fastenings [syn: pumps]
1 operate like a pump; move up and down, like a handle or a pedal
2 deliver forth; "pump bullets into the dummy"
3 draw or pour with a pump
4 supply in great quantities; "Pump money into a project"
5 flow intermittently
6 move up and down; "The athlete pumps weights in the gym"
7 raise (gases oor fluids) with a pump
8 question persistently; "She pumped the witnesses for information"
- , /pʌmp/, /pVmp/
- Rhymes: -ʌmp
- A device for moving or compressing a liquid or gas.
- This pump can deliver 100 gallons of water per minute.
- An instance of the action of a pump; one stroke of a pump; any
action similar to pumping
- It takes thirty pumps to get 10 litres ; he did 50 pumps of the weights.
- A device for dispensing liquid or gas to be sold, particularly
- This pump is out of order, but you can gas up at the next one.
- A swelling of the muscles caused by increased blood flow following high intensity weightlifting.
- A ride on a bicycle given to a passenger, usually on the
handlebars or fender.
- She gave the other girl a pump on her new bike.
- (Obsolete American slang) The heart.
device for moving liquid or gas
- Chinese: 唧筒 (jítóng)
- Czech: čerpadlo , pumpa
- Dutch: pomp
- Finnish: pumppu
- French: pompe
- German: Pumpe
- Hungarian: szivattyú, pumpu
- Italian: pompa
- Japanese: ポンプ (pompu)
- Korean: 펌프 (peompeu)
- Papiamentu: pòmp
- Portuguese: bomba
- Russian: насос (nasós)
- Slovene: črpalka
- Spanish: bomba
- Swedish: pump
- Telugu: పంపు (paMpu)
- Welsh: pwmp
instance of the action of a pump; one stroke of a pump; any action similar to pumping
device for dispensing liquid or gas to be sold, especially fuel
- Finnish: pumppaus
- Finnish: pumppu
- Finnish: piikkari
- To use a pump to move (liquid or gas).
- I've pumped over 1000 gallons of water in the last ten minutes.
- (often followed by up) To fill with air.
- He pumped up the air-bed by hand, but used the service station air to pump up the tyres.
- To move rhythmically, as the motion of a pump.
- I pumped my fist with joy when I won the race.
- To shake (a person's hand) vigorously.
- To gain information from (a person) by persistent questioning.
- To use a pump to move liquid or gas.
- I've been pumping for over a minute but the water isn't coming through.
- To be going very well.
- The waves were really pumping this morning.
- Last night's party was really pumping.
- The waves were really pumping this morning.
use a pump to move liquid or gas
to fill with air
shake (a person's hand) vigorously
gain information from (a person) by persistent questioning
use a pump to move liquid or gas
slang: be going very well
- Portuguese: estar bombando (Brazil)
Cardinal numberpump (before nouns, pum)
- For information on Wikipedia project-related discussions, see Wikipedia:Village pump.
Pumps work by using mechanical forces to push the material, either by physically lifting, or by the force of compression.
The earliest type of pump was the Archimedes screw, first used by Sennacherib, King of Assyria, for the water systems at the Hanging Gardens of Babylon and Nineveh in the 7th century BC, and later described in more detail by Archimedes in the 3rd century BC. In the 13th century AD, al-Jazari described and illustrated different types of pumps, including a reciprocating pump, double-action pump with suction pipes, water pump, and piston pump.
TypesPumps fall into two major groups: rotodynamic pumps and positive displacement pumps. Their names describe the method for moving a fluid.
Positive displacement pumps
A positive displacement pump causes a liquid or gas to move by trapping a fixed amount of fluid and then forcing (displacing) that trapped volume into the discharge pipe. The periodic fluid displacement results in a direct increase in pressure. A positive displacement pump can be further classified as either
- a rotary-type (for example the rotary vane),
- lobe pump similar to oil pumps used in car engines, or
- the Wendelkolben pump or the helical twisted Roots pump.
Roots-type pumpsThe low pulsation rate and gentle performance of this Roots-type positive displacement pump is achieved due to a combination of its two 90° helical twisted rotors, and a triangular shaped sealing line configuration, both at the point of suction and at the point of discharge. This design produces a continuous and non-vorticuless flow with equal volume. High capacity industrial "air compressors" have been designed to employ this principle as well as most "superchargers" used on internal combustion engines.
Reciprocating-type pumpsReciprocating-type pumps use a piston and cylinder arrangement with suction and discharge valves integrated into the pump. Pumps in this category range from having "simplex" one cylinder, to in some cases "quad" four cylinders or more. Most reciprocating-type pumps are "duplex" (two) or "triplex" (three) cylinder. Furthermore, they are either "single acting" independent suction and discharge strokes or "double acting" suction and discharge in both directions. The pumps can be powered by air, steam or through a belt drive from an engine or motor. This type of pump was used extensively in the early days of steam propulsion (19th century) as boiler feed water pumps. Though still used today, reciprocating pumps are typically used for pumping highly viscous fluids including concrete and heavy oils.
Compressed-air-powered double-diaphragm pumpsAnother modern application of positive displacement pumps are compressed-air-powered double-diaphragm pumps, commonly called SandPiper or Wilden Pumps after their major manufacturers. They are relatively inexpensive and are used extensively for pumping water out of bunds, or pumping low volumes of reactants out of storage drums.
- Continuous energy addition
- Conversion of added energy to increase in kinetic energy (increase in velocity)
- Conversion of increased velocity to increase in pressure
- Conversion of Kinetic head to Pressure Head.
- Meet all heads like Kinetic , Potential, and Pressure
ApplicationPumps are used throughout society for a variety of purposes. Early applications includes the use of the windmill or watermill to pump water. Today, the pump is used for irrigation, water supply, gasoline supply, air conditioning systems, refrigeration (usually called a compressor), chemical movement, sewage movement, flood control, marine services, etc.
Because of the wide variety of applications, pumps have a plethora of shapes and sizes: from very large to very small, from handling gas to handling liquid, from high pressure to low pressure, and from high volume to low volume.
Pumps as public water supplies
One sort of pump once common worldwide was a hand-powered water pump over a water well where people could work it to extract water, before most houses had individual water supplies.
From this came the expression "parish pump" for "the sort of matter chattered about by people when they meet when they go to get water", "matter of only local interest".
Today, hand operated village pumps are considered the most sustainable low cost option for safe water supply in resource poor settings, often in rural areas in developing countries. A hand pump opens access to deeper groundwater that is often not polluted and also improves the safety of a well by protecting the water source from contaminated buckets. Pumps like the Afridev pump (pictured) are designed to be cheap to build and install, and easy to maintain with simple parts. It was assumed that spare parts would become available in the local market by for-profit wholesalers. However, it became clear with time that often spare parts are not available locally, because of the low profit margins for wholesalers, especially in Africa. This means that communities are often stuck without spares and cannot use their handpump anymore and have to go back to traditional and sometimes distant, polluted resources. This is unfortunate, as water projects often have put in a lot of resources to provide that community with a handpump. As a result, spare parts free handpumps are now being developed, like the Afripump.
Pumps have been powered by water flow (as with the noria), an internal combustion engine, electric motor, manually (as with the hand pump used for pumping groundwater, called walking beam pump), or by wind power (common for irrigation). Solar power has been used to power an electric motor, for remote locations.http://www.solco.com.au/
- Affinity laws
- Airlift pump
- Archimedes' screw
- Axial flow pump
- Beam pump and walking beam pump
- Bicycle pump
- Boiler feedwater pump
- Breast pump
- Centrifugal pump
- Chain pumps
- Circulator pump
- Concrete pump
- Condensate pump
- Cyclic pump
- Diving pump
- Eductor-jet pump
- Electroosmotic pump
- Fire pump and Jockey pump
- Gas compressors
- Gear pump
- Hand pump
- Hydraulic ram
- Metering pump
- Mag-Drive pump
- Oil pump
- Peristaltic pump
- Progressive cavity pump (also known as; progressing cavity, eccentric screw or Mono pump)
- Pumping station
- Pumpjack (oil pump)
- Rope pump
- Roundabout PlayPump
- Scroll pump, most used in scroll compressors
- Tesla turbine
- Treadle pump
- Vacuum pump
- Well water pump
- Wind pump
- www.lightmypump.com - Pump and pump system information
- Australian Pump Technical Handbook, 3rd edition, 1987, Australian Pump Manufacturers' Association Ltd
- Publications of Europump and the Hydraulic Institute
- Predictive maintenance of pumps using condition monitoring Ray Beebe, Elsevier, 2004
- www.pumpschool.com - Pump education devoted primarily to rotary positive displacement pumps
pump in Arabic: مضخة
pump in Azerbaijani: Nasos
pump in Bosnian: Pumpa
pump in Bulgarian: Помпа (ръчна)
pump in Czech: Čerpadlo
pump in Danish: Pumpe
pump in German: Pumpe
pump in Estonian: Pump
pump in Spanish: Bomba hidráulica
pump in Esperanto: Pumpilo
pump in Persian: پمپ
pump in French: Pompe
pump in Korean: 펌프
pump in Croatian: Sisaljka
pump in Ido: Pompo
pump in Indonesian: Pompa
pump in Italian: Pompa
pump in Hebrew: משאבה
pump in Dutch: Pomp (machine)
pump in Japanese: ポンプ
pump in Polish: Pompa
pump in Portuguese: Bomba (mecânica)
pump in Kölsch: Pomp (Maschin)
pump in Russian: Насос
pump in Albanian: Pompa
pump in Simple English: Pump
pump in Slovak: Čerpadlo
pump in Slovenian: Črpalka
pump in Finnish: Pumppu
pump in Swedish: Pump
pump in Thai: ปั๊มน้ำ
pump in Vietnamese: Máy bơm
pump in Turkish: Pompa
pump in Ukrainian: Помпа (техніка)
pump in Chinese: 泵23:15, 16 May 2008 (UTC)Trinitite (talk)
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