Hydraulic liquids, are the medium by which power is transferred in hydraulic machinery. Common hydraulic fluids are based on mineral oil or water.Examples of equipment that use hydraulic fluids include excavators and backhoes, hydraulic brakes, power steering systems, transmissions, garbage trucks, aircraft flight control systems, lifts, and industrial machinery.Work is taken from fluids due to mechanical advantage ,i.e, applying low input in form of force and getting a higher output in form of a large force .
Hydraulic arm (slmcop)5th sem... gulahmed ÂHméd Mêmøñ
it is a hydraulic arm which is hydraulically operated .... a very easy presentation for hydraulic arm . it is also be presented by all students other then engineering .
Hydraulic liquids, are the medium by which power is transferred in hydraulic machinery. Common hydraulic fluids are based on mineral oil or water.Examples of equipment that use hydraulic fluids include excavators and backhoes, hydraulic brakes, power steering systems, transmissions, garbage trucks, aircraft flight control systems, lifts, and industrial machinery.Work is taken from fluids due to mechanical advantage ,i.e, applying low input in form of force and getting a higher output in form of a large force .
Hydraulic arm (slmcop)5th sem... gulahmed ÂHméd Mêmøñ
it is a hydraulic arm which is hydraulically operated .... a very easy presentation for hydraulic arm . it is also be presented by all students other then engineering .
THIS POWER POINT PRESENTATION IS ABOUT DESIGNING AND USE OF HYDRAULIC SYSTEMS.THIS PRESENTATION IS NOT COVERING WHOLE DESIGNING PART BUT YOU CAN REFER IT BY USING LINK GIVEN IN SLIDE NUMBER 12.I AM GRATEFUL TO OTHER AUTHORS WHOSE PRESENTATIONS HAVE WORKED AS REFERENCE FOR THIS PRESENTATION.
COMMENTS ARE ALWAYS WELCOMED.PLEASE FEEL FREE TO GIVE SUGGESTIONS IT HELPS ME TO IMPROVE MYSELF.THANK YOU
Sujal Engineering is a leading manufacturer of industrial pumps in India. Including Centrifugal pumps, Air-cooled pumps, Slurry pumps, Vertical pumps, Chemical pumps, etc. Our pumps are used for various industries like chemical, pharmaceutical, paper and pulp, food processing, thermic fluid, plywood and more. Contact us now & get a free quotation.
Source:https://www.sujalpumps.com/
Pumps, Types of Pumps, Classification of Pumps and Characteristics of Pumps.Talal Khan
This Presentation Discus Pumps(Centrifugal and Positive Displacement) Also it Discusses other properties of pumps.
It also consists of Images and animations of the Pumps.
Hydraulic Intensifier ( Pressure raising device ) Umar Saeed
Through this presentation you will know about the how Hydraulic Intensifier works, its working principle and its components. This presentation also covers its animation through which you easily understand its function.
Centrifugal pumps are the industry's most preferred hydraulic pumps. At the heart of the centrifugal pump lies impeller which is the most crucial part of the entire system.
THIS POWER POINT PRESENTATION IS ABOUT DESIGNING AND USE OF HYDRAULIC SYSTEMS.THIS PRESENTATION IS NOT COVERING WHOLE DESIGNING PART BUT YOU CAN REFER IT BY USING LINK GIVEN IN SLIDE NUMBER 12.I AM GRATEFUL TO OTHER AUTHORS WHOSE PRESENTATIONS HAVE WORKED AS REFERENCE FOR THIS PRESENTATION.
COMMENTS ARE ALWAYS WELCOMED.PLEASE FEEL FREE TO GIVE SUGGESTIONS IT HELPS ME TO IMPROVE MYSELF.THANK YOU
Sujal Engineering is a leading manufacturer of industrial pumps in India. Including Centrifugal pumps, Air-cooled pumps, Slurry pumps, Vertical pumps, Chemical pumps, etc. Our pumps are used for various industries like chemical, pharmaceutical, paper and pulp, food processing, thermic fluid, plywood and more. Contact us now & get a free quotation.
Source:https://www.sujalpumps.com/
Pumps, Types of Pumps, Classification of Pumps and Characteristics of Pumps.Talal Khan
This Presentation Discus Pumps(Centrifugal and Positive Displacement) Also it Discusses other properties of pumps.
It also consists of Images and animations of the Pumps.
Hydraulic Intensifier ( Pressure raising device ) Umar Saeed
Through this presentation you will know about the how Hydraulic Intensifier works, its working principle and its components. This presentation also covers its animation through which you easily understand its function.
Centrifugal pumps are the industry's most preferred hydraulic pumps. At the heart of the centrifugal pump lies impeller which is the most crucial part of the entire system.
Centrifugal pumps are one of the most popular pumps used in various industries for moving fluids from one place to another. These pumps work on the principle of converting mechanical energy from a motor into kinetic energy, used to drive the fluid through the pump and into the discharge pipe.
In this report , I shall shade the light on the two types :
1- Reciprocating positive displacement pumps .
2- Centrifugal dynamic pumps.
The comparison will include the following points for each type :
1- Working principle.
2- Usage.
3- Efficiency
4- Connection Methods (in series and in parallel )
All About Centrifugal Pumps: Simple ExplanationFlowmore Pumps
Centrifugal pumps are capable of moving an extensive variability of fluids. It happens under a wide range of conditions. They continue to function for an extended period of time. It can happen due to their resilience.
What Is A Centrifugal Pump? How Does A Centrifugal Pump Work?Sujal Enginnering
A pump is a device that is used to transfer many different types of incompressible fluids. Pumps are utilised for various uses across different industries and centrifugal pumps are one such type of pump.
International Journal of Engineering Research and Applications (IJERA) is a team of researchers not publication services or private publications running the journals for monetary benefits, we are association of scientists and academia who focus only on supporting authors who want to publish their work. The articles published in our journal can be accessed online, all the articles will be archived for real time access.
Our journal system primarily aims to bring out the research talent and the works done by sciaentists, academia, engineers, practitioners, scholars, post graduate students of engineering and science. This journal aims to cover the scientific research in a broader sense and not publishing a niche area of research facilitating researchers from various verticals to publish their papers. It is also aimed to provide a platform for the researchers to publish in a shorter of time, enabling them to continue further All articles published are freely available to scientific researchers in the Government agencies,educators and the general public. We are taking serious efforts to promote our journal across the globe in various ways, we are sure that our journal will act as a scientific platform for all researchers to publish their works online.
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1. Suction Pump
Date of experiment:24-2-2014
Date of submission:28-2-2014
Team 4
ChaitanyakumarD(ED11B045)
2. Abstract:
To disassemble the suction unit and study its different parts and the mechanisms
involved.
Introduction:Devices are sometimes necessary to create suction. Suction may
be used to clear the airway of blood, saliva, vomit, or other secretions so that a
patient may breathe. Suctioning can prevent pulmonary aspiration, which can
lead to lung infections .In surgery suction can be used to remove blood from the
area being operated on to allow surgeons to view and work on the area. Suction
may also be used to remove blood that has built up within the skull after an
intracranial hemorrhage .Suction devices may be mechanical hand pumps or
battery or electrically operated mechanisms. Suction pumps are mostly used for
pulmonary hygiene.
Tools Required:Hand,screw drivers of different sizes.
Working Mechanism:The pump of the suction unit sucks in the air from the
jars and sends it out through the air remover hole. As a result, a vacuum is
generated within the jars which in turn sucks the fluid into the jars.
One of the jars has a floater valve which cuts off the pressure once the maximum
level of fluid is reached. Jars with various capacities are available. The significance
of the floater valve is defeated when frothing happens.
Dissection procedure:
Task Tools used
RemovetheJars Hand
Remove connectingtubes Hand
Openthescrews to removethetop tray
cover
Hand,Screwdriver
3. Function Decomposition :
Components Task Sub-Function
Pump To createvacuumand
generatesuction
Suction
Air remover Air leaves throughthis hole
after beingsucked bypump
Suction
Oil To lubricateand cool downthe
motor coil
Suction
Connecting
Tubes
To Ensureflow of suckedfluid Suction
Pressure
Gauge
To monitor andregulatethe
pressure
Pressure
Regulation
FloaterValve To cutoff pressurewhen
maximumlevelis reached
Pressure
Regulation
Jars To containtheSuckedfluid Storage
Component Hierarchy:
Power supply suction storage Pressure regulation
battery pump
jars Pressure
guage
Suction pump
Wires/cables
motor Connecting
tubes
Floater value
Lubricating oil
4. Function Structure:
Power supply Supply
electricity
Transmit
electricity
Regulate
electricity
Run the
pump
Create vaccumand
suction pressure
Suction of
fluid
Hand force Move the tube over desired
area
heat
Unwanted
fliuid
5. Geometric Layout:
Possible Improvements:A Castor ball can be used in place for the front
wheel for ease of motion in all directions. There is no necessity for two
jars. It can be replaced by a single jar of enough quantity/volume .The
cut-off mechanism can be made better as the floater valve fails when
frothing happens.A Castor ball can be used in place for the front wheel
for ease of motion in all directions .There is no necessity for two jars. It
can be replaced by a single jar of enough quantity/volume .The cut-off
mechanism can be made better as the floater valve fails when frothing
happens.
Conclusions:In this experiment, we first disassembled the product in
order to perform product analysis by reverse engineering process. The
tool used for disassembling was screwdriver. Based on this exercise we
made part-list of the product comprising of part name and material. We
also listed the function of each part and prepared the function
storage Pressure regulation
Suction pumpPower supply
6. structure of the product. We had a group discussion on the product in
order to increase our understanding of it.
From this experiment we learnt to use various tools. This exercise was a
good example of product analysis by reverse engineering process. We
learnt the various parts of a suction unit and their functions. We also
learnt the manufacturing and production of these components. We
learnt how the various modules of the suction unit function, and
interact with each other
