Harvesters are one of the most valuable pieces of machinery used by farmers globally. TAFE combines harvesters are field-tested to ensure high efficiency, a greater range of visibility and operator comfort.
Present Status of Combine Harvester In IndiaAshish Koradia
The document discusses the present status of combine harvesters in India. It provides background on the invention of the combine harvester and its evolution. Combine harvesters first began being manufactured in India in 1970, with Punjab occupying the largest market share. The document describes the components and functions of combine harvesters. It also lists the types of combine harvesters and trends in power sources. Performance statistics are provided for various Indian-made combine harvester models. The conclusion states that combine harvesters are efficient for harvesting large farm areas in India compared to other methods.
This document discusses agricultural mechanization in India, including levels of mechanization for various farming operations from 1996. It then provides data on farm power availability from 1951-2005, showing a shift from human and animal power to mechanical and electrical power. Tables show the number and command area of various farm machinery from 1992-2003, including tractors, seed drills, threshers, and plant protection equipment. The document focuses on reapers, providing specifications and images of vertical conveyor, tractor mounted, and self-propelled reaper models. It notes India's significant contribution to global wheat and rice production and the need for efficient harvesters like reapers given small farm sizes.
Combine Harvester: Opportunities and Prospects as Resource Conservation Techn...UTKARSH DWIVEDI
This document discusses the opportunities for using combine harvesters as a resource conservation technology in India. It begins with an introduction to resource conservation technologies and common farm machines used in India. It then discusses the objective to design an add-on sowing machine that can attach to a combine harvester. Various furrow opener designs are evaluated for this purpose. The advantages of attaching a sowing machine to a combine harvester are presented. Finally, conceptual designs for the sowing attachment and straw spreader are shown and opportunities for using combine harvesters under resource conservation are concluded.
The document describes the development of a potato harvesting machine by students at GCOERC in Nashik, India. It aims to reduce the human effort required for potato harvesting compared to manual methods. The machine was designed to separate and transport potatoes with minimum losses and damage within a specific time period. It includes components like a frame, hopper, wheels, shafts, gears and a conveyor system. The working involves a digging share that loosens the potatoes, which are then conveyed and separated from debris before collection. The students conclude that the machine can help reduce labor costs and time required for harvesting potatoes compared to current manual methods.
Design and Analysis of Universal Reaper Machineijtsrd
In today's scenario, many research's are been done in the agriculture field and there is also a wide scope for more advancement in the technology. So therefore our objective is to design and fabricate agricultural reaper machine which would be used for cutting various crops like wheat, rice, etc. The reaper machine is being designed to compensate the increasing demand of workers for harvesting of crops. The machine would cover a large area and will require a person for handling. The CAD model is being prepared in SOLIDWORKS 2018 considering AA 6063 tubes. In this machine 4 wheels are been used. And considering various loads and forces the analysis of the machine has been done. The FEA has been done on SOLIDWORKS 2018 Software. Sachin Kumar Sharma | Gautam Kumar | Saurabh Awasthi | Prashant | Vivek Tyagi | Vineet Pal | Saurabh "Design and Analysis of Universal Reaper Machine" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-4 , June 2020, URL: https://www.ijtsrd.com/papers/ijtsrd31590.pdf Paper Url :https://www.ijtsrd.com/engineering/mechanical-engineering/31590/design-and-analysis-of-universal-reaper-machine/sachin-kumar-sharma
Mechanized rice production in Bangladesh: Utilization of the SI Assessment Fr...africa-rising
Presented by Vara Prasad [Sustainable Intensification Innovation Lab - Kansas State University] about mechanized rice production in Bangladesh. This poster was presented on 5 - 8 February 2019 at the Africa RISING Program Learning Event.
The document discusses the development and promotion of several agricultural technologies in Pakistan by PARC, including:
1. A zero-tillage drill for wheat sowing that reduces time and labor needs and increases yields. Over 3,500 units are now used by farmers.
2. A wheat straw chopper that harvests straw left by combines and chops it into fodder, addressing issues of burning straw and loss of a valuable resource. Over 250 units are now used.
3. A high-capacity rice thresher that mechanizes rice threshing and reduces the threshing season from months to weeks. Over 700 units are now used across Sindh and Balochistan.
4. A
PERFORMANCE STUDY OF MANUAL REAPER COMPARED TO MANUAL AND COMBINE HARVESTING ...Md. Abu Ayub Siddique
The document presents research comparing the performance and costs of manual reaping, combine harvesting, and manual harvesting of rice and wheat in Bangladesh. It describes the equipment, experimental methodology including plot sizes and locations, and results including fuel consumption, field capacity, and cost analysis of the different harvesting methods. The findings indicate that combine harvesting has the highest field capacity and lowest costs, while manual harvesting has the lowest field capacity and highest costs.
Present Status of Combine Harvester In IndiaAshish Koradia
The document discusses the present status of combine harvesters in India. It provides background on the invention of the combine harvester and its evolution. Combine harvesters first began being manufactured in India in 1970, with Punjab occupying the largest market share. The document describes the components and functions of combine harvesters. It also lists the types of combine harvesters and trends in power sources. Performance statistics are provided for various Indian-made combine harvester models. The conclusion states that combine harvesters are efficient for harvesting large farm areas in India compared to other methods.
This document discusses agricultural mechanization in India, including levels of mechanization for various farming operations from 1996. It then provides data on farm power availability from 1951-2005, showing a shift from human and animal power to mechanical and electrical power. Tables show the number and command area of various farm machinery from 1992-2003, including tractors, seed drills, threshers, and plant protection equipment. The document focuses on reapers, providing specifications and images of vertical conveyor, tractor mounted, and self-propelled reaper models. It notes India's significant contribution to global wheat and rice production and the need for efficient harvesters like reapers given small farm sizes.
Combine Harvester: Opportunities and Prospects as Resource Conservation Techn...UTKARSH DWIVEDI
This document discusses the opportunities for using combine harvesters as a resource conservation technology in India. It begins with an introduction to resource conservation technologies and common farm machines used in India. It then discusses the objective to design an add-on sowing machine that can attach to a combine harvester. Various furrow opener designs are evaluated for this purpose. The advantages of attaching a sowing machine to a combine harvester are presented. Finally, conceptual designs for the sowing attachment and straw spreader are shown and opportunities for using combine harvesters under resource conservation are concluded.
The document describes the development of a potato harvesting machine by students at GCOERC in Nashik, India. It aims to reduce the human effort required for potato harvesting compared to manual methods. The machine was designed to separate and transport potatoes with minimum losses and damage within a specific time period. It includes components like a frame, hopper, wheels, shafts, gears and a conveyor system. The working involves a digging share that loosens the potatoes, which are then conveyed and separated from debris before collection. The students conclude that the machine can help reduce labor costs and time required for harvesting potatoes compared to current manual methods.
Design and Analysis of Universal Reaper Machineijtsrd
In today's scenario, many research's are been done in the agriculture field and there is also a wide scope for more advancement in the technology. So therefore our objective is to design and fabricate agricultural reaper machine which would be used for cutting various crops like wheat, rice, etc. The reaper machine is being designed to compensate the increasing demand of workers for harvesting of crops. The machine would cover a large area and will require a person for handling. The CAD model is being prepared in SOLIDWORKS 2018 considering AA 6063 tubes. In this machine 4 wheels are been used. And considering various loads and forces the analysis of the machine has been done. The FEA has been done on SOLIDWORKS 2018 Software. Sachin Kumar Sharma | Gautam Kumar | Saurabh Awasthi | Prashant | Vivek Tyagi | Vineet Pal | Saurabh "Design and Analysis of Universal Reaper Machine" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-4 , June 2020, URL: https://www.ijtsrd.com/papers/ijtsrd31590.pdf Paper Url :https://www.ijtsrd.com/engineering/mechanical-engineering/31590/design-and-analysis-of-universal-reaper-machine/sachin-kumar-sharma
Mechanized rice production in Bangladesh: Utilization of the SI Assessment Fr...africa-rising
Presented by Vara Prasad [Sustainable Intensification Innovation Lab - Kansas State University] about mechanized rice production in Bangladesh. This poster was presented on 5 - 8 February 2019 at the Africa RISING Program Learning Event.
The document discusses the development and promotion of several agricultural technologies in Pakistan by PARC, including:
1. A zero-tillage drill for wheat sowing that reduces time and labor needs and increases yields. Over 3,500 units are now used by farmers.
2. A wheat straw chopper that harvests straw left by combines and chops it into fodder, addressing issues of burning straw and loss of a valuable resource. Over 250 units are now used.
3. A high-capacity rice thresher that mechanizes rice threshing and reduces the threshing season from months to weeks. Over 700 units are now used across Sindh and Balochistan.
4. A
PERFORMANCE STUDY OF MANUAL REAPER COMPARED TO MANUAL AND COMBINE HARVESTING ...Md. Abu Ayub Siddique
The document presents research comparing the performance and costs of manual reaping, combine harvesting, and manual harvesting of rice and wheat in Bangladesh. It describes the equipment, experimental methodology including plot sizes and locations, and results including fuel consumption, field capacity, and cost analysis of the different harvesting methods. The findings indicate that combine harvesting has the highest field capacity and lowest costs, while manual harvesting has the lowest field capacity and highest costs.
IRJET-Automation of a Conventional Gas StoveIRJET Journal
This document describes the design and fabrication of a harvesting machine for small-scale farmers with land areas less than 2 acres. A group of engineering students designed a compact machine that can cut up to two rows of soybean plants using cutting blades powered by a 3HP two-stroke petrol engine. The machine also includes a collection mechanism to move the cut crops to one side. Testing showed the cost of harvesting using this machine is considerably less than manual harvesting methods. The design aims to provide an affordable solution for small-scale farmers facing challenges with labor costs and implementation.
this testing includes weeding, its objective ,types and testing of both manual and power weeders
Testing of weeder includes General test or lab test and Field test
General test or lab test includes
Checking of specifications
Checking of hardness of material
Chemical analysis of soil engaging components
Wear of the soil engaging components
Engine performance
Noise level
Air cleaner oil pull over
Amplitude of mechanical vibration
Discard limit
Turning ability
Rotary blades
Safety requirements
---Field test
Field parameters
Speed of travel
Field capacity
Depth of weeding
Draft of the weeder
Weeding efficiency
Power requirement
Plant damage
Field efficiency
Performance index
Fuel consumtion
Soundness of construction
Ease of adjustment and operation
Development & evaluation of gender friendly rotary paddy weederAshutosh Pal
This document describes the development and evaluation of a gender-friendly rotary paddy weeder and check row planter for dry seeding of rice. Key points include:
1) A paddy weeder was designed for female users, with a pushing/pulling force of less than 5.25/4.5 kg to reduce physical strain. Field tests found it achieved 82% weeding efficiency.
2) A manually-operated check row planter was developed that enables hill planting of rice at set spacings. Field tests found it achieved a field capacity of 0.023 ha/hr.
3) Comparisons showed the check row planter reduced labor costs by 66.75% over
Performance evaluation of manual reaper and development of a new reaper Md. Abu Ayub Siddique
This document summarizes the performance evaluation of an intermittent rice reaper. The reaper was tested on plots ranging from 10-103 square meters. The reaper achieved a field capacity of 155-836 square meters per hour, compared to manually harvesting rates of 302-857 square meters per hour. Harvesting costs per hectare were Tk. 4032 for the reaper and Tk. 9600 for manual harvesting, providing a net savings of Tk. 4398 per hectare using the reaper. The time to harvest one hectare was 24 hours using the reaper versus 180 hours manually. The conclusions were that the reaper was 7.5 times faster and had a 11.2 times higher field capacity than manual harvesting.
Case Study on mechanization in cultivation of paddy crop in gujarat stateAshish Koradia
Rice is an important crop in Gujarat, occupying 7-8% of the state's cultivated area. It is grown on around 6.5-7.25 lakh hectares annually, comprising both irrigated and rainfed varieties. The main rice growing seasons are kharif (monsoon) and summer. Improved farm machinery is important for modern rice cultivation to increase efficiency and reduce costs. Common machinery used includes puddlers, levelers, transplanters, weeders, reapers, and combine harvesters. Through the use of high yielding varieties, proper spacing, water management, and mechanization, rice production in Gujarat has gradually increased over time.
Design and development of ridge profile power weederGajanan Bele
The document discusses the design and testing of a ridge profile power weeder. It describes selecting a 2.2 kW engine to power the weeder and designing the rotor shaft and cutting blades to withstand stresses from weeding. Field tests showed the weeder achieved a weeding efficiency of 91.37% with only 2.66% plant damage. The optimal performance was in sandy loam soil with 15.26% moisture content. The weeder effectively controlled weeds while minimizing damage to crops.
The document discusses 13 implements used in sugarcane cultivation including a sugarcane planter, pit digger, sett cutter, detrasher, crusher, intercultivator, ridger, stubble shaver, ratoon manager, weeder, rotavator, harvester, and bud chipper. Each implement is described along with its function, specifications, advantages, and cost to mechanize the various processes of sugarcane planting, weeding, harvesting, and post-harvest processing in a timely and cost-effective manner.
we are engaged in fabricating a wide range of processing machine such as Coco Peat Machines, Coir Extraction Machines, Coir Geo Textile Machines and many more. Holding an ample industrial experience, we have innovate a range of processing machine which are used for extraction, processing, and feeding to extract coir fiber and produce horticulture, Geo textiles and Coconut shell products.
PERFORMANCE TESTING OF FOUR ROW SELF PROPELLEDGajanan Bele
This document describes performance testing of a four row self-propelled paddy transplanter (PF4555). Rice is an important crop worldwide, but planting is traditionally done manually which is labor intensive. The transplanter was tested over two seasons and had an actual field capacity of 0.2726 ha/h and field efficiency of 71% at an operating speed of 3.2 kmph. It can transplant 1 ha in 8 hours using 5.7 liters of fuel and 2 man-days of labor, saving 30 man-days compared to manual transplanting. Testing showed the machine can effectively transplant rice with significant labor savings.
This document provides information about automatic papad making machines from Techno Agencies. It summarizes the key features and benefits of their papad making machines, including:
- The machines can continuously produce papads from mixing ingredients to collection and involve an automatic process.
- The dough is extruded and sheeted to the desired thickness then cut into rounds and dried without scrap or waste.
- The machines have a unique and reliable design for non-stop production, easier operation and maintenance, and space efficiency.
This document describes the design and fabrication of a multipurpose machine for sugarcane planting. Sugarcane planting is currently a labor-intensive process done manually. The authors developed a new machine that can automatically cut sugarcane, feed the pieces into furrows, and apply fertilizer and pesticides. The machine uses a cam-operated mechanism with a rotary cutter to cut sugarcane into uniform lengths which are then fed into furrows by gravity. This ensures uniform density of sugarcane planting. The machine was designed with wheels, shafts, sprockets, and other components to enable it to function across different sizes of land with only 2-3 laborers. This reduces labor costs and speeds up
climate-smart technologies and practices addresses the challenge of how to transition to a climate-smart agriculture (CSA) at a large scale for enabling agricultural systems to be transformed and reoriented to support food security under the new realities of climate change.CSA as “agriculture that sustainably increases productivity enhances resilient (adaption), reduces/removes GHGs ( Mitigation) where possible, and enhances achievement of national food security and development goals.
Hylen is an integrative company with manufacturing and trading in following lines:
Feed Additive
Food Additive
Pharmaceuticals.
This year in May, we established our new branch company: Hylen machinery Co., Ltd., and manage machine & equipment in feed, food and agriculture industry.
For Feed additives, we mainly produce Choline Chloride and Betaine series,for choline chloride,now we are one of the largest producers in China and export more than 1,000MTper month to Europe. We have exclusive agent in many countries and areas as Belgium, France, Colombia, Thailand etc.
For our products, we can 100% guarantee that no matter which test method is used, our products are all qualified.
We have gotten FAMI-QS certificate from May 2007.
Performance evaluation of weeders in cottonGajanan Bele
The document summarizes a seminar on evaluating the performance of different weeders in cotton. It introduces the objectives to evaluate hand khurpi, peg type dry land weeder, animal drawn blade hoe, and power weeder. Field tests were conducted to determine parameters like theoretical and effective field capacity, field efficiency, weeding index, soil properties, and cost. The results found the animal drawn blade hoe had the highest field capacity and lowest cost per hectare, providing the highest savings in both cost and time compared to manual weeding. The hand khurpi was the least effective with the highest man-hours and operation costs.
Presentation at the Workshop on Crop Production Equipment for the System of Rice Intensification (SRI)
Presenter: Salehuddin Yahya, Malaysia
Title: Experience in building inter-row weeders for small-scale farmers
Date: November 1, 2014
Venue: ACISAI, Asian Institute of Technology, Thailand
Conceptual equipments and services pvt ltdU. K. K. Menon
The document summarizes the specifications and machines of a new 300/400 tons per day feed mill commissioned for OMFED by Conceptual Equipments and Services Pvt Ltd. The feed mill covers an area of 18x12x31 meters and produces cattle feed pellets. It has a pellet mill with a capacity of 15-20 tons per hour as well as hammer mills, mixers, coolers, bagging machines, bins and other equipment to process and package the animal feed. The operations of the machines are controlled through a computerized system.
Daya Charan and Company Dealer of new technology bulldozers in Delhi India, Hydraulic Bulldozer, Cummins Engine with elevated sprocket, Hbxg new dozer for sale, Ripper and special attachments enabling them to work in different fields, Buy Bulldozer D155, find here New Bulldozer Price or cost
Effect Of Crop Geometry, Cutter Speed And Forward Speed On Performance Of For...Sai Mohan Samala
Fodder production in the country, Performance Of Forage Harvester-cum-chopper, Maize fodder crop, Effect of cutter speed on Harvesting, Effect of forward speed on Harvesting, Throughput capacity (T/H), Harvesting efficiency (%), Height of cut (cm), loss of moisture content (%), chopping size (cm) and specific fuel consumption (L/T)
The document appears to be a product catalog from Agrimir Industry & Commerce Co. Ltd. detailing various agricultural equipment. It includes 3-sentence summaries of a multi disc harrow, French type subsoiler, feed mixer and distribution wagon, stone collector machine, rotary windrower, disc mower conditioner, trencher, and bale loading machine. Technical specifications such as dimensions, weight, and power requirements are provided for each piece of equipment.
This document contains specifications for Mitsubishi RBM20K and RBM25K multi-way reach trucks. The trucks have a load capacity of 2.0-2.5 tonnes and can travel in multiple directions including forwards, backwards, sideways, and rotationally. The document lists detailed technical specifications such as dimensions, performance stats, optional features, and emphasizes the trucks' suitability for narrow aisle applications and easy service access through an open cab design.
This document provides information on the VST Shakti 130 DI power tiller made by V.S.T Tillers Tractors Limited. It details the tiller's specifications including its 673cc diesel engine and various transmission and operational features. The document also summarizes over 15 attachments that can be used with the power tiller for tasks like threshing, reaping, cultivating, drilling, pumping, digging and transport. These attachments expand the tiller's functionality for various agricultural operations.
Claas dominator 76 (type 084) combine service repair manualfudjjjskeskmmd
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings and capacities. It includes details such as the cutterbar widths and height adjustment ranges, threshing equipment components, engine specifications, ground drive systems, transport dimensions, hydraulic system pressures and more. The specifications are provided for the Dominator 106 model as well as smaller Dominator 96, 86, 76, 66 and 56 models.
IRJET-Automation of a Conventional Gas StoveIRJET Journal
This document describes the design and fabrication of a harvesting machine for small-scale farmers with land areas less than 2 acres. A group of engineering students designed a compact machine that can cut up to two rows of soybean plants using cutting blades powered by a 3HP two-stroke petrol engine. The machine also includes a collection mechanism to move the cut crops to one side. Testing showed the cost of harvesting using this machine is considerably less than manual harvesting methods. The design aims to provide an affordable solution for small-scale farmers facing challenges with labor costs and implementation.
this testing includes weeding, its objective ,types and testing of both manual and power weeders
Testing of weeder includes General test or lab test and Field test
General test or lab test includes
Checking of specifications
Checking of hardness of material
Chemical analysis of soil engaging components
Wear of the soil engaging components
Engine performance
Noise level
Air cleaner oil pull over
Amplitude of mechanical vibration
Discard limit
Turning ability
Rotary blades
Safety requirements
---Field test
Field parameters
Speed of travel
Field capacity
Depth of weeding
Draft of the weeder
Weeding efficiency
Power requirement
Plant damage
Field efficiency
Performance index
Fuel consumtion
Soundness of construction
Ease of adjustment and operation
Development & evaluation of gender friendly rotary paddy weederAshutosh Pal
This document describes the development and evaluation of a gender-friendly rotary paddy weeder and check row planter for dry seeding of rice. Key points include:
1) A paddy weeder was designed for female users, with a pushing/pulling force of less than 5.25/4.5 kg to reduce physical strain. Field tests found it achieved 82% weeding efficiency.
2) A manually-operated check row planter was developed that enables hill planting of rice at set spacings. Field tests found it achieved a field capacity of 0.023 ha/hr.
3) Comparisons showed the check row planter reduced labor costs by 66.75% over
Performance evaluation of manual reaper and development of a new reaper Md. Abu Ayub Siddique
This document summarizes the performance evaluation of an intermittent rice reaper. The reaper was tested on plots ranging from 10-103 square meters. The reaper achieved a field capacity of 155-836 square meters per hour, compared to manually harvesting rates of 302-857 square meters per hour. Harvesting costs per hectare were Tk. 4032 for the reaper and Tk. 9600 for manual harvesting, providing a net savings of Tk. 4398 per hectare using the reaper. The time to harvest one hectare was 24 hours using the reaper versus 180 hours manually. The conclusions were that the reaper was 7.5 times faster and had a 11.2 times higher field capacity than manual harvesting.
Case Study on mechanization in cultivation of paddy crop in gujarat stateAshish Koradia
Rice is an important crop in Gujarat, occupying 7-8% of the state's cultivated area. It is grown on around 6.5-7.25 lakh hectares annually, comprising both irrigated and rainfed varieties. The main rice growing seasons are kharif (monsoon) and summer. Improved farm machinery is important for modern rice cultivation to increase efficiency and reduce costs. Common machinery used includes puddlers, levelers, transplanters, weeders, reapers, and combine harvesters. Through the use of high yielding varieties, proper spacing, water management, and mechanization, rice production in Gujarat has gradually increased over time.
Design and development of ridge profile power weederGajanan Bele
The document discusses the design and testing of a ridge profile power weeder. It describes selecting a 2.2 kW engine to power the weeder and designing the rotor shaft and cutting blades to withstand stresses from weeding. Field tests showed the weeder achieved a weeding efficiency of 91.37% with only 2.66% plant damage. The optimal performance was in sandy loam soil with 15.26% moisture content. The weeder effectively controlled weeds while minimizing damage to crops.
The document discusses 13 implements used in sugarcane cultivation including a sugarcane planter, pit digger, sett cutter, detrasher, crusher, intercultivator, ridger, stubble shaver, ratoon manager, weeder, rotavator, harvester, and bud chipper. Each implement is described along with its function, specifications, advantages, and cost to mechanize the various processes of sugarcane planting, weeding, harvesting, and post-harvest processing in a timely and cost-effective manner.
we are engaged in fabricating a wide range of processing machine such as Coco Peat Machines, Coir Extraction Machines, Coir Geo Textile Machines and many more. Holding an ample industrial experience, we have innovate a range of processing machine which are used for extraction, processing, and feeding to extract coir fiber and produce horticulture, Geo textiles and Coconut shell products.
PERFORMANCE TESTING OF FOUR ROW SELF PROPELLEDGajanan Bele
This document describes performance testing of a four row self-propelled paddy transplanter (PF4555). Rice is an important crop worldwide, but planting is traditionally done manually which is labor intensive. The transplanter was tested over two seasons and had an actual field capacity of 0.2726 ha/h and field efficiency of 71% at an operating speed of 3.2 kmph. It can transplant 1 ha in 8 hours using 5.7 liters of fuel and 2 man-days of labor, saving 30 man-days compared to manual transplanting. Testing showed the machine can effectively transplant rice with significant labor savings.
This document provides information about automatic papad making machines from Techno Agencies. It summarizes the key features and benefits of their papad making machines, including:
- The machines can continuously produce papads from mixing ingredients to collection and involve an automatic process.
- The dough is extruded and sheeted to the desired thickness then cut into rounds and dried without scrap or waste.
- The machines have a unique and reliable design for non-stop production, easier operation and maintenance, and space efficiency.
This document describes the design and fabrication of a multipurpose machine for sugarcane planting. Sugarcane planting is currently a labor-intensive process done manually. The authors developed a new machine that can automatically cut sugarcane, feed the pieces into furrows, and apply fertilizer and pesticides. The machine uses a cam-operated mechanism with a rotary cutter to cut sugarcane into uniform lengths which are then fed into furrows by gravity. This ensures uniform density of sugarcane planting. The machine was designed with wheels, shafts, sprockets, and other components to enable it to function across different sizes of land with only 2-3 laborers. This reduces labor costs and speeds up
climate-smart technologies and practices addresses the challenge of how to transition to a climate-smart agriculture (CSA) at a large scale for enabling agricultural systems to be transformed and reoriented to support food security under the new realities of climate change.CSA as “agriculture that sustainably increases productivity enhances resilient (adaption), reduces/removes GHGs ( Mitigation) where possible, and enhances achievement of national food security and development goals.
Hylen is an integrative company with manufacturing and trading in following lines:
Feed Additive
Food Additive
Pharmaceuticals.
This year in May, we established our new branch company: Hylen machinery Co., Ltd., and manage machine & equipment in feed, food and agriculture industry.
For Feed additives, we mainly produce Choline Chloride and Betaine series,for choline chloride,now we are one of the largest producers in China and export more than 1,000MTper month to Europe. We have exclusive agent in many countries and areas as Belgium, France, Colombia, Thailand etc.
For our products, we can 100% guarantee that no matter which test method is used, our products are all qualified.
We have gotten FAMI-QS certificate from May 2007.
Performance evaluation of weeders in cottonGajanan Bele
The document summarizes a seminar on evaluating the performance of different weeders in cotton. It introduces the objectives to evaluate hand khurpi, peg type dry land weeder, animal drawn blade hoe, and power weeder. Field tests were conducted to determine parameters like theoretical and effective field capacity, field efficiency, weeding index, soil properties, and cost. The results found the animal drawn blade hoe had the highest field capacity and lowest cost per hectare, providing the highest savings in both cost and time compared to manual weeding. The hand khurpi was the least effective with the highest man-hours and operation costs.
Presentation at the Workshop on Crop Production Equipment for the System of Rice Intensification (SRI)
Presenter: Salehuddin Yahya, Malaysia
Title: Experience in building inter-row weeders for small-scale farmers
Date: November 1, 2014
Venue: ACISAI, Asian Institute of Technology, Thailand
Conceptual equipments and services pvt ltdU. K. K. Menon
The document summarizes the specifications and machines of a new 300/400 tons per day feed mill commissioned for OMFED by Conceptual Equipments and Services Pvt Ltd. The feed mill covers an area of 18x12x31 meters and produces cattle feed pellets. It has a pellet mill with a capacity of 15-20 tons per hour as well as hammer mills, mixers, coolers, bagging machines, bins and other equipment to process and package the animal feed. The operations of the machines are controlled through a computerized system.
Daya Charan and Company Dealer of new technology bulldozers in Delhi India, Hydraulic Bulldozer, Cummins Engine with elevated sprocket, Hbxg new dozer for sale, Ripper and special attachments enabling them to work in different fields, Buy Bulldozer D155, find here New Bulldozer Price or cost
Effect Of Crop Geometry, Cutter Speed And Forward Speed On Performance Of For...Sai Mohan Samala
Fodder production in the country, Performance Of Forage Harvester-cum-chopper, Maize fodder crop, Effect of cutter speed on Harvesting, Effect of forward speed on Harvesting, Throughput capacity (T/H), Harvesting efficiency (%), Height of cut (cm), loss of moisture content (%), chopping size (cm) and specific fuel consumption (L/T)
The document appears to be a product catalog from Agrimir Industry & Commerce Co. Ltd. detailing various agricultural equipment. It includes 3-sentence summaries of a multi disc harrow, French type subsoiler, feed mixer and distribution wagon, stone collector machine, rotary windrower, disc mower conditioner, trencher, and bale loading machine. Technical specifications such as dimensions, weight, and power requirements are provided for each piece of equipment.
This document contains specifications for Mitsubishi RBM20K and RBM25K multi-way reach trucks. The trucks have a load capacity of 2.0-2.5 tonnes and can travel in multiple directions including forwards, backwards, sideways, and rotationally. The document lists detailed technical specifications such as dimensions, performance stats, optional features, and emphasizes the trucks' suitability for narrow aisle applications and easy service access through an open cab design.
This document provides information on the VST Shakti 130 DI power tiller made by V.S.T Tillers Tractors Limited. It details the tiller's specifications including its 673cc diesel engine and various transmission and operational features. The document also summarizes over 15 attachments that can be used with the power tiller for tasks like threshing, reaping, cultivating, drilling, pumping, digging and transport. These attachments expand the tiller's functionality for various agricultural operations.
Claas dominator 76 (type 084) combine service repair manualfudjjjskeskmmd
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings and capacities. It includes details such as the cutterbar widths and height adjustment ranges, threshing equipment components, engine specifications, ground drive systems, transport dimensions, hydraulic system pressures and more. The specifications are provided for the Dominator 106 model as well as smaller Dominator 96, 86, 76, 66 and 56 models.
Claas dominator 78 h (type 079) combine service repair manualufjjsjekkdemd
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and auxiliary equipment. Dimensions and specifications are provided for operating and transport positions. Settings such as hydraulic oil pressures, tire pressures, and wheel bolt torques are also listed. The document contains detailed technical specifications for the CLAAS Dominator 106 combine harvester model.
Claas dominator 88 (type 092) combine service repair manualufjjsjekkdemd
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall transport width of 4365 to 8025 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic ground drive system with variable speeds up to 20 km/h, and straw walker system with six racks and two crankshafts for threshing and separation.
Claas dominator 98 (type 093) combine service repair manualufjjsjekkdemd
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and auxiliary equipment. Dimensions and specifications are provided for operating and transport positions. Settings such as hydraulic oil pressures, tire pressures, and wheel bolt torques are also listed. The document contains detailed technical specifications for the CLAAS Dominator 106 combine harvester model.
Claas dominator 76 (type 084) combine service repair manualfjjskefkksmem
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and dimensions/capacities for various configurations. Technical details are provided for the base machine and various attachments.
Claas dominator 98 (type 093) combine service repair manualfjjsekwsxkdmmem
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings and capacities. It includes details such as the cutterbar widths and height adjustment ranges, threshing equipment components, cleaning fan specifications, engine details, ground drive systems, dimensions in both operating and transport positions, and hydraulic system pressures. The specifications are provided for the Dominator 106 model as well as smaller Dominator 96, 86, 76, 66, and 56 models.
Claas dominator 76 (type 084) combine service repair manualfjskekazxdmmme
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and dimensions/capacities for various configurations. Technical details are provided for the base machine and various attachments.
Claas dominator 78 (type 091) combine service repair manualfjjskefkksmem
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall transport width of 4365 to 8025 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic ground drive system with variable speeds up to 20 km/h, and straw walker system with six racks and two crankshafts for threshing and separation.
Claas dominator 76 (type 084) combine service repair manualjfjkskekfmsme
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and dimensions/capacities for various configurations. Technical details are provided for the base machine and various attachments.
Claas dominator 78 h (type 079) combine service repair manualfjjsekwsxkdmmem
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall transport width of 4365 to 8025 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic ground drive system with variable speeds up to 20 km/h, and straw walker system with six racks and two crankshafts for threshing and separation.
Claas dominator 106 (type 56) combine service repair manualufjjsjekkdemd
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and dimensions/capacities for various configurations. Technical details are provided for the base machine and various attachments.
Claas dominator 78 (type 091) combine service repair manualfjskkkdmem
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall transport width of 4365 to 8025 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic ground drive system with variable speeds up to 20 km/h, and straw walker system with six racks and two crankshafts for separation and cleaning.
Claas dominator 76 (type 084) combine service repair manualfjjskekkdmme
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall transport width of 4365 to 8025 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic ground drive system with variable speeds up to 20 km/h, and straw walker system with six racks and two crankshafts for separation and cleaning.
Claas dominator 98 (type 093) combine service repair manualfjjsekfksmemer
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and dimensions/capacities for various configurations. Technical details are provided for the base machine and various attachments.
Claas dominator 78 (type 091) combine service repair manualufusejkksemm
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and dimensions/capacities for various configurations. Technical details are provided for the base machine and various attachments.
TAFE is an Indian tractor major incorporated in 1960 at Chennai. The third-largest tractor manufacturer in the world and the second largest in India by volumes, TAFE has been powering farms in over 100 countries, including developed countries in Europe and the Americas.
TAFE is an Indian tractor major incorporated in 1960 at Chennai. The third-largest tractor manufacturer in the world and the second largest in India by volumes, TAFE has been powering farms in over 100 countries, including developed countries in Europe and the Americas.
TAFE Motors and Tractors Limited manufactures superior quality Agro Engines marketed under the EICHER ENGINES brand in the 12–46 hp range. These diesel engines are low maintenance, fuel efficient and highly economical.
TAFE Motors and Tractors Limited manufactures superior quality Agro Engines marketed under the EICHER ENGINES brand in the 12–46 hp range. These diesel engines are low maintenance, fuel efficient and highly economical.
Harvesters are one of the most valuable pieces of machinery used by farmers globally. TAFE combines harvesters are field-tested to ensure high efficiency, a greater range of visibility and operator comfort
TAFE Tractors are known for their dependability and superior technology. Built to the taste of the land, a TAFE tractor is synonymous to toughness and stands for high standards of precision build quality, housing the expertise of TAFE acquired over decades of its being.
Massey Ferguson - a world-renowned premium brand offering a wide variety of tractors and farm machinery is an icon in itself and has been reshaping the agricultural landscape of the world since over a century now
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[To download this presentation, visit:
https://www.oeconsulting.com.sg/training-presentations]
This PowerPoint compilation offers a comprehensive overview of 20 leading innovation management frameworks and methodologies, selected for their broad applicability across various industries and organizational contexts. These frameworks are valuable resources for a wide range of users, including business professionals, educators, and consultants.
Each framework is presented with visually engaging diagrams and templates, ensuring the content is both informative and appealing. While this compilation is thorough, please note that the slides are intended as supplementary resources and may not be sufficient for standalone instructional purposes.
This compilation is ideal for anyone looking to enhance their understanding of innovation management and drive meaningful change within their organization. Whether you aim to improve product development processes, enhance customer experiences, or drive digital transformation, these frameworks offer valuable insights and tools to help you achieve your goals.
INCLUDED FRAMEWORKS/MODELS:
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2. IDEO’s Human-Centered Design
3. Strategyzer’s Business Model Innovation
4. Lean Startup Methodology
5. Agile Innovation Framework
6. Doblin’s Ten Types of Innovation
7. McKinsey’s Three Horizons of Growth
8. Customer Journey Map
9. Christensen’s Disruptive Innovation Theory
10. Blue Ocean Strategy
11. Strategyn’s Jobs-To-Be-Done (JTBD) Framework with Job Map
12. Design Sprint Framework
13. The Double Diamond
14. Lean Six Sigma DMAIC
15. TRIZ Problem-Solving Framework
16. Edward de Bono’s Six Thinking Hats
17. Stage-Gate Model
18. Toyota’s Six Steps of Kaizen
19. Microsoft’s Digital Transformation Framework
20. Design for Six Sigma (DFSS)
To download this presentation, visit:
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Company Valuation webinar series - Tuesday, 4 June 2024FelixPerez547899
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How MJ Global Leads the Packaging Industry.pdfMJ Global
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Event Report - SAP Sapphire 2024 Orlando - lots of innovation and old challengesHolger Mueller
Holger Mueller of Constellation Research shares his key takeaways from SAP's Sapphire confernece, held in Orlando, June 3rd till 5th 2024, in the Orange Convention Center.
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https://www.productmanagementtoday.com/frs/26903918/understanding-user-needs-and-satisfying-them
We know we want to create products which our customers find to be valuable. Whether we label it as customer-centric or product-led depends on how long we've been doing product management. There are three challenges we face when doing this. The obvious challenge is figuring out what our users need; the non-obvious challenges are in creating a shared understanding of those needs and in sensing if what we're doing is meeting those needs.
In this webinar, we won't focus on the research methods for discovering user-needs. We will focus on synthesis of the needs we discover, communication and alignment tools, and how we operationalize addressing those needs.
Industry expert Scott Sehlhorst will:
• Introduce a taxonomy for user goals with real world examples
• Present the Onion Diagram, a tool for contextualizing task-level goals
• Illustrate how customer journey maps capture activity-level and task-level goals
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• Highlight the crucial benchmarks, observable changes, in ensuring fulfillment of customer needs
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To implement a CRM for real estate, set clear goals, choose a CRM with key real estate features, and customize it to your needs. Migrate your data, train your team, and use automation to save time. Monitor performance, ensure data security, and use the CRM to enhance marketing. Regularly check its effectiveness to improve your business.
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2. Harvesters are one of the most valuable pieces of machinery used by farmers
globally. Performing a combination of functions, harvesters are impressive, not
only because of the amount of time and physical effort they save, but also
because of the minimal residue they leave behind.
With great emphasis on quality, TAFE’s combine harvesters are field-tested to
ensure high efficiency, a greater range of visibility and operator comfort.
4. CRUZER 7504 DLX SP is a self-propelled wheel type
combine harvester which is capable of harvesting multiple
crops like
Paddy
Wheat
Maize
Soybean
Black gram
Bengal gram
Green gram
to name a few, in dry and semi-wet field conditions.
5. PRODUCT SPECIFICATION
Engine Simpson, 4-stroke, 4-Cylinder and Water Cooled
HP Range 75 HP
Engine Rated RPM 2200 ERPM
Max. Gross Engine Torque 30.1 kg-m @ 1500 ± 100 ERPM
PTO Speed 540 @ 1789 ERPM
Transmission (Number of Speeds) 8 Forward, 8 Reverse
Cutter Bar Width (mm) 3500
Threshing System Straw Walker
Drive 4 WD
Steering Power Operated
Tire Size Front: 18.4 - 30, Rear: 12.4 - 24
Weight (kg) 5750
Ground Clearance (mm) 360
6. Best suited for harvesting paddy in
wet and slushy conditions
Saves time and labor
Better productivity - Can harvest
with an efficiency of one acre per
hour
7. PRODUCT SPECIFICATION
Type Crawler type
Engine Power (HP) 60
Transmission Hydrostatic Transmission
Travel Speed (kmph) 8.5 (max)
Rubber Track Size (mm) 450 (l) x 90 (w) x 55 (h)
Cutter-Bar Width 2100 mm / 6.5 feet
Reel Pick-up Type
Thresher Tangential Axial Flow Type
Secondary Cleaning Axial Flow Type
Blower Air Flow Control Adjustable Shutter Type
Grain Tank Capacity (kg) 700
Vehicle Weight With out Grains (kg) 3700
Overall Size (mm) 5380 (l) x 2500 (w) x 2905 (h)
Cabin Air-Conditioned
Grain Loss Less than 1%
8. Potato harvesting to bagging at one go
Single equipment for digging, picking,
cleaning, and grading of potatoes
Enhanced ease of operation and time
efficiency
9. PRODUCT SPECIFICATION
Number of Rows Single Row
Applicable Tractor Power, HP 35-50
Productivity (Acres/day) 2.5
Operating Speed, (kmph @ 1500 ERPM) 2 - 3
Potato Coverage (> 30mm size) 90%
Potato Damage 3%
Drop Height (mm) <300
Manual Labor Requirement (Excluding Tractor Driver <=4
Flexibility to Accommodate Ridges (Centre to Cent 24, 26, 28, 30 Inches
Turning Circle Diameter Along with Tractor (m) <9
Collection Tank Capacity (kg) 150
Dimensions (m) 3.5 (l) x 2.5 (w) X 1.8 (h)
Potato Cleaning Capability 70-80% by Weight
Number of Cleaning Stages 3
Weight of Harvester (kg) 900
Hydraulic System 90 Liters Tank & 50 lpm Flow
10. The information relating to TAFE’s products, product images, specification and
availability provided on TAFE’s websites, digital and social media platforms are
subject to constant revision, upgradation based on its policies and current
product-line, and may not reflect the updated information.
You are advised to contact
Corporate@tafe.Com
Our regional sales representative
Your nearest authorized dealer / distributor in this regard.
Products listed on TAFE’s digital platforms may not be available in certain
geographies and may be enhanced or discontinued without any prior notice.