New generation of mechanical power VARIATORS
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The document discusses a new generation of mechanical power variators (MPV) that can be used in a wide range of applications including agricultural machinery, construction equipment, vehicles, and industrial drives. It describes the working principle of MPV which uses variable eccentricity to provide stepless speed variation over a wide range. MPV offers advantages over other variator types such as high efficiency, broad speed control range, and reduced material usage. Technical specifications and test results for MPV integrated into tractor transmissions are also presented.
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The document discusses the components and operation of a gearbox. It defines a gearbox as a collection of mechanical components that deliver power from an engine through a series of gear ratios. It then describes the main components of a manual gearbox and why they are still used in sports cars due to driver control. The document outlines how different gear ratios are used to obtain varying speeds and torque levels. Finally, it details the purpose and components of a synchronized gearbox and how synchronization works in three phases to smoothly engage gears.
Gear Box Nirjhar
The document discusses gear drive systems, specifically focusing on fundamental gear operation and maintenance. It covers why gears are used for power transmission, the basics of how gears transmit motion through conjugate action, common gear tooth profiles like involute and cycloidal curves, and considerations for gear design and lubrication. Involute tooth profiles are most widely used due to advantages like simple manufacturing, ability to transmit motion at varying center distances, and constant pressure angle providing smooth operation. Proper lubrication and avoiding interference or undercutting are important for gear performance and lifespan.
Gearbox in automobile
Automotive gearboxes allow engines to operate at optimal speeds while providing different gear ratios to suit varying road and load conditions. They use helical and herringbone gears to smoothly and quietly change torque and speed. Common types include sliding mesh, constant mesh, and synchromesh gearboxes, as well as transaxles and sequential gearboxes. Automatic transmissions use planetary gears and hydraulics to seamlessly shift gears without driver input. This provides better fuel economy and driver experience but with lower mechanical efficiency than manual transmissions.
Basic Aerodynamics and Flight Controls
This document provides an overview of basic aerodynamics and flight controls. It explains the four main forces that act on aircraft - lift, gravity/weight, thrust, and drag. It describes how control surfaces like the ailerons, elevators, and rudder are used to control the aircraft's roll, pitch, and yaw. Finally, it gives a brief tour of common flight instruments that provide information to pilots like airspeed, altitude, heading, and vertical speed. The goal is to help readers understand how aircraft fly and how pilots control and navigate them.
Aviation disasters due to mechanical failures
The document summarizes several aviation disasters caused by mechanical failures:
1) Aloha Airlines Flight 243 in 1988 experienced explosive decompression due to metal fatigue in the Boeing 737 fuselage, which had not been properly inspected. One person was killed.
2) Alaska Airlines Flight 261 in 2000 crashed into the ocean after the horizontal stabilizer became jammed due to improper maintenance of the jackscrew assembly. All 88 people on board were killed.
3) Two Boeing 737s, United Airlines Flight 585 in 1991 and USAir Flight 427 in 1994, crashed after the rudder power control unit (PCU) servo valve malfunctioned, causing uncontrolled descents. Testing later revealed the valve
Magnetic refrigeration Seminar PPT
This document discusses magnetic refrigeration, which provides cooling through the magnetocaloric effect. It begins by introducing magnetic refrigeration and the magnetocaloric effect. It then covers the basic principles and mechanism of magnetic refrigeration, including the thermodynamic cycle and components required. Potential magnetocaloric materials are discussed. Applications for magnetic refrigeration include household appliances, buildings, transportation, food storage, and electronics cooling. Benefits include higher efficiency and lower environmental impact compared to traditional refrigeration. Further research is still needed to improve temperature changes and develop stronger permanent magnets for widespread commercial use.
Micromachining
Micro machining involves removing material at the micro/nano scale to create small features and high precision surfaces. Key techniques include photolithography, which uses light passing through masks to pattern photoresist, and various etching methods like wet, dry, and plasma etching to remove material. Other important microfabrication processes are bulk micromachining, which etches the silicon substrate, surface micromachining which builds structures in layers, and LIGA which uses X-rays to create high aspect ratio metal parts through electroplating. These micro machining techniques enable manufacturing of complex micro-scale parts for applications like MEMS devices and biomedical tools.
Basic Aerodynamics.Ppt
This document provides a basic introduction to the fundamentals of flight, including the four forces of flight and explanations of lift. It discusses Newton's Laws of Motion and Bernoulli's Principle and how they relate to the generation of lift on airplane wings. It also describes basic airplane control surfaces like the elevator, ailerons, and rudder and how they control pitch, roll, and yaw. Interactive elements demonstrate wing shapes and how aircraft can fly inverted. Overall, the document covers aerodynamic concepts and forces essential to understanding how airplanes are able to fly.
Data Encoding
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This document summarizes a new generation of mechanical power variators (MPV). MPV can be implemented in a wide range of machinery from tractors to mining equipment. It works effectively over a wide speed range from Vmin to Vmax with a ratio of over 1000. MPV has high efficiency of 92-95% and can transfer twisting moments up to 100 kN*m. It is more efficient and uses less metal than hydraulic, multi-disc, or wedge-belt variators. Experimental MPV designs have been tested at the Machines and Systems Institute in Ukraine
Supervariator CVFA112HN-04 preliminary test result report v 1.2
The document provides a test result report for the CVFA112HN-04 supervariator prototype. It summarizes:
1) The supervariator prototype can operate in multiple modes including IVT, CVT, fixed gear, and electric vehicle modes. Testing showed high efficiencies between 90-97% across ratio ranges.
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Supervariator preliminary test result report
1. The document reports on test results for the CVFA112HN-04 supervariator prototype, a multi-mode compound-split infinitely variable electromechanical transmission.
2. Testing showed the supervariator prototype was able to operate in all modes with a stable control system up to 1600 rpm input speed. Average CVT mode efficiency was 94% at high loads, while fixed gear modes reached 93-99.5% efficiency.
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[IJET-V2I3P23] Authors: Dhanashree N Chaudhari, Pundlik N Patil
[IJET-V2I3P23] Authors: Dhanashree N Chaudhari, Pundlik N PatilIJET - International Journal of Engineering and Techniques
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This invention relates to a mechanism transferring torque from one rotating shaft to another and in particular to a
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Continuous variable transmission system plays a crucial role in order to guarantee the overall vehicle
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Maxon presentation sizing drive systems with low power dc motors 02-2014
This document provides an overview and agenda for a drive seminar hosted by maxon motor. The seminar will cover topics related to selecting drive components for low power DC motor systems, including:
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Maxon presentation sizing of dc servo motors for extreme environment operati...
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The document discusses AC servo motors. It covers the principle, characteristics, types, applications and sizing of AC servo motors. Some key points include:
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The document discusses AC servo motors. It covers the principle, characteristics, types, and applications of AC servo motors. Some key points include:
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Mitsubishi inverter freqrol-a800 series
Mitsubishi ,
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Xem thêm các Catalog khác của Mitsubishi tại https://dienhathe.info
Để nhận báo giá sản phẩm Mitsubishi vui lòng gọi: 0907.764.966
Mitsubishi inverter freqrol-a800 series
Mitsubishi ,
Catalog Thiết Bị Điện Mitsubishi , Catalog Thiết Bị Điện
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Mitsubishi inverter freqrol-a800 series dienhathe.vn
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Kollmorgen powersync catalog
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Khoa Học - Kỹ Thuật & Giải Trí: http://phongvan.org
Tài Liệu Khoa Học Kỹ Thuật: http://tailieukythuat.info
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Mitsubishi cnc drive system general catalog (mds e-eh-em-ej-ejh series)
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Poster of project
We developed a simulation and practical application of the project, which is to control the speed of the engine through a buck converter, and the appropriate mechanism has been identified for that and its success has been recorded when evaluating it.
Booster of project
DC motors are commonly used in industrial applications because they can provide high starting torque and allow for wide speed control. The document discusses speed control techniques for DC motors using pulse width modulation generated by a microcontroller. It presents simulation and experimental results comparing armature voltage and duty cycle to motor speed. The results showed that simulation matched practical speed control of a separately excited DC motor from 0 rpm to above rated speed using the microcontroller PWM technique.
Single Speed Transmission for Electric Vehicles
This document summarizes Sameer Shah's seminar report on designing a single speed transmission for electric vehicles. The report describes the design process for a helical gear transmission with a gear ratio of 12.25:1 to meet the torque requirements of an electric vehicle. Structural simulation was performed on the gears to validate they could withstand the expected loads. The gears would be manufactured using hobbing or shaping and finished through grinding or honing. Lubrication would be provided by Omega 690 gear oil for its low temperature fluidity and high temperature strength.
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Company Valuation webinar series - Tuesday, 4 June 2024
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New generation of mechanical power VARIATORS
- 1. New generation of mechanical power VARIATORS
- 4. Transmissions’ characteristics Works with the greatest efficiency only in separate points. The characteristic of transmission with frictional variators Works effectively over the range speeds from Vmin to Vmax. Relation Vmax / Vmin = 3–6. EFFICIENCY more low, than in a mechanical step transmission. The characteristic of transmission with МPV Works effectively in a wide speed range. Vmax / Vmin is more than 1000. Works effectively in a repent regime. EFFICIENCY is commensurable with EFFICIENCY of a manual transmission. The characteristic of mechanical transmission Turns Moment The characteristic of ideal transmission
- 5. Areas of technical maintenance W kW Ultrahigh more than 500 High 100-500 Medium 10-100 Low 1-10 Ultralow less than 1 Ultralow Low Medium High Ultrahigh less than 10 10-200 200-3000 3000-10000 more than 10000 N turns / min Drive type MPV Hydraulic Wedge-belt Multidisc
- 7. Comparison МPV with other types of variators Expected fuel economy at using МPV in comparison with other types of variators : in a usual regime , % 5 – 8 in a repent regime , % 30 – 40 Drive type Parameter MPV Hydraulic Multidisc Wedge-belt Efficiency , % 92-95 75-87 85-89 84-88 Kinematic range , Vmax / Vmin 1000 and more 3 6 5 Comparative metal consumption , % 70 100 95 93
- 9. Technical data of a class 1.4 tractors' automatic transmission controlled by М PV The maximum transferred power HP /к W 136/100 Nominal rotational speed of the input shaft , min -1 1700 Max rotational speed of the input shaft , min -1 less 2200 Rotational speed of the output shaft , min- 1 less 2200 Min rotational speed of the output shaft , min -1 0 The maximum moment on the input shaft , N м 600 The maximum moment on the output shaft , N м 1700 Variator’s efficiency 0,9 0– 0,9 4 Adjusting of turnovers of an output shaft Stepless, without a break of a power flow Control system drive gear Automatic (transition to a manual mode is possible)
- 10. General view of construction MPV
- 11. THE BASIC TECHNOLOGICAL PARAMETERS AT MANUFACTURE МСВ Materials used for manufacture ст.40, ст.45, ст.40Х, ст.20 Degree of accuracy of details manufacture 7 Degree of accuracy of cones manufacture 8 Hardness of details HRC – 28 ,0 -38,5 HRC э – 45,0-57,0 Case hardening of details h = 0,7-1,2 мм Settlement specific loads on the basic relaying elements [Ϭ к ] = 8-15 кг/мм 2
- 12. Sample of experimental design of MPV Tractor variator
- 13. The sample of experimental construction МСВ
- 14. Patent protection of М PV Ukraine Russia Belorussia China Stand tests of MPV with automatic control Machines and systems institute ( IMIS ) г. Kharkov , Ukraine
- 15. Contacts Association « Ukrainian innovation companies » 49000, Ukraine , Dnepropetrovsk 81, Karl Marks Ave Tel/fax : +380 56 2 350080 web : www.auic.com.ua e-mail: [email_address] Contact person: Vice president of the Association , Dr . Alexander Pliskanovsky mobile : +380 50 4801703 e-mail: [email_address]