Tillage Implements
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Cobrahead an Historic American Farming Implement Gets a Modern Facelift from a Wisconsin Tool Inventor
As Seen in To Subscribe, visit: www.FloristsReview.com\Subscibe Made in the U.S.A CobraHead An historic American farming implement gets a modern facelift from a Wisconsin tool inventor. ’m pretty sure my Indiana granddad had one of those ancient, hard- Community is important to me, and I sure didn’t want to hop on a plane I working tools that looked like a steel claw at the end of a long, wooden to Beijing if I had a problem with my tools. By making them locally, even handle. Often called a five-tined garden cultivator, it was perfect for break- though it might be a little more expensive, I’m able to resolve any issues ing through compact soil to prepare for seed planting. According to Noel in person.” Valdes of CobraHead LLC, based in Cambridge, Wis., “Every American It took some hunting before Noel found Green Bay Drop Forge, a tool manufacturer of note made the cultivator, but rototillers put them out machine shop that also fabricates parts for the automotive and agricultural of business and so no one makes them anymore.” industries. The company president was a gardener and he agreed to Old-timers hung onto their timeworn cultivators, and so did Noel, manufacture the original CobraHead Weeder and Cultivator in 2002. A who has discovered through research that makers held patents for the Madison, Wisconsin-based molding shop makes the recycled plastic blue tool dating back to the pre-Civil War era. handle, its shape based on a hammer replacement handle sold at big box Several years ago, one of the five tines fell off of the handle of his vin- stores. -
Market Farm Tools and Systems
PREPARING A NEW GENERATION OF ILLINOIS FRUIT AND VEGETABLE FARMERS a USDA NIFA BEGINNING FARMER AND RANCHER DEVELOPMENT PROGRAM PROJECT GRANT # 2012-49400-19565 http://www.newillinoisfarmers.org GROWING A NEW GENERATION OF ILLINOIS FRUIT AND VEGETABLE FARMERS MARKET FARM TOOLS AND SYSTEMS Zachary Grant Bill Shoemaker Adapted from John Hendrickson April 2015 Objectives: • Capitalizing a Market Farm • Capitalization Priorities • The Front End of the Market Farm • The Middle of the Market Farm • The Back End of the Market Farm • Concluding Thoughts and Questions Estimated Equipment Needs for Various Sizes of Vegetable Farms. Power Source and Direct Production Postharvest Seed Starting Tillage Seeding Equipment Cultivation Harvesting Handling Delivery rototiller Field small hoop Earth- Wheel hoe, or Back-pack knives, Bulk tank, Pickup house, grow way hand hoes, 1-3 walking sprayer, hand canopy, with lights, seeder, digging acres tractor, irrigation, boxes, packing topper planting Cyclone forks, custom tools buckets, containers or van trays seeder spades work carts 35-40 hp 1000 sq. ft. tractor, Potato 1-row greenhouse, with Cultivat- digger, Roller track transplant cold frames, creeper Planet ing tractor bed lifter, conveyor, 4-6 er, Cargo field gear, Jr. plate (IH Super wagon, hand carts, acres irrigation, van tunnels, power seeder A or IH more walk-in more planting steering, 140) boxes, cooler tools trays high buckets clearance Market Gardening: A Start-up Guide https://attra.ncat.org/attra-pub/summaries/summary.php?pub=18 Estimated Equipment -
Design of Agricultural Ploughing Tool
International Journal of Current Engineering and Technology E-ISSN 2277 – 4106, P-ISSN 2347 – 5161 ©2016 INPRESSCO®, All Rights Reserved Available at http://inpressco.com/category/ijcet Research Article Design of Agricultural Ploughing Tool Tejas P Phadnis*, Apoorv N Mulay, Anand S Bhujbal and Gautam J Narwade Department of Mechanical Engineering, Student at MITCOE, Savitribai Phule Pune University, Pune, India Accepted 02 March 2016, Available online 15 March 2016, Special Issue-4 (March 2016) Abstract In last few decades we all witnessed the development in each and every field. In the field of agricultural also we had seen remarkable development, big farmers are now a day’s using cultivator, harvester, tractor, advance machine tools and advance farm equipment’s, but in the country like India, 70% of farmers are small and marginal and they are still doing farming by traditional method. Thus they are in need of improved agricultural tools that may be hand driven or bullock driven. In this paper similar advanced type of tool is designed. Modelling and analysis of Agricultural Plough is done. The input conditions are taken based on a survey leading to understanding of the zero ground conditions. Materials and manufacturing processes are selected for manufacturing the same. Keywords: Survey, Design, Analysis 1. Introduction are still using traditional tools such as Plough, Harrow, Liner, Cultivator, Seed Sowing tools. The farmers who 1 India is agricultural country so, India’s economy is are having land of 1 to 2 acres cannot afford a cost of mainly depends upon agriculture and agriculture based cultivation, harrowing, Lining, seed sowing by the use product. -
Agriculture Paper 1
Agriculture second term Paper 1 1. Agriculture is the growing of crops and keeping of ....... A plastic papers B animals C keeping of bees D books 2. Agriculture is also called.......... A driver B farming C commercial farmer D peasant farmer 3. Crops are grown in the garden and in the ........... A bush B forest C field D axe 4. What do we get from agriculture? A promotion of laziness B promotion of soil erosion C food D support 5. .............is used for weeding. A Mattock B Pick C Secateurs D Hoe 6. What is the name of the tool used to dig hard surfaces? A mattock B pick C sickle D axe 7. ..........is a tool used for pruning by farmers. A mattock B machete C sickle D pick 8. Farmers use a ......... for pest and disease control. A syringe B water C sickle D axe 9. It is a____ tool. A. cutting tool B. moving C. watering D. digging. 10. What is the common farming practice used in rural areas? A subsistence farming B commercial faming C vegetable faming D axe 11 The tool is a_______. A. garden fork B. rake C. plough D. mattock 12. The following are soil components except....... A air B water C. Organic matter D metal 13. This is sand soil. One of its characteristic is that it is A gritty B very fertile C smooth D concrete-like 14. Organic matter is a soil component which comes from ...... A rubber B soil C dead organic matter D rocks 15. Mineral matter is a soil component which comes from finely broken A air B soil C organic matter D rocks 16. -
Poly Disc Harrow / Plough
RAJSHI STEERING PVT LTD World Class Agricultural Implements….. MOULD BOARD PLOUGH ADVANTAGE * This PLOUGH can handle the toughest ploughing job with outstanding penetration performance. * It is designed to work in all type of soil for basic function such as soil breaking, soil raising and soil turning. * It can be used in stony & rooted soils. FEATURES * The under frame and unit-to-unit clearance are adequate to cope with tough conditions. * Adding an extra furrow or repositioning units to allow for extra clearance is quick and easy. * The plough has special wear-resistance steel bottoms with bar points for toughest ploughing jobs. * Bar points bottoms ensure longer life as they can be extended or reserved or re-used till the last possible lenght. TECHNICAL SPECIFICATIONS DESCRIPTION 2 FURROW 3 FURROW FRAME 65 X 65 BOX 65 X 65 BOX 32 MM profile cut single TYNE(MM) 32 MM profile cut single piece piece LENGTH 1310 MM 2000 MM WIDTH 740 MM 1100 MM HEIGHT 1050 MM 1100 MM BLADE 10 MM 10 MM SHOVEL 40 X25 MM BAR/32 MM 40 X25 MM BAR/32 MM MOULD BOARD PLATE 8 MM 8 MM 3 POINT LINKAGE 65 x 16 mm Flat 65 x 16 mm Flat WIDTH OF CUT (MAXIMUM) 615 MM 915 MM DEPTH OF CUT (MAXIMUM) 350 mm 350 mm TRACTOR POWER REQUIRED (HP) 40 HP & Above 55 HP & Above APPROX WEIGHT 240 Kg. 355 Kg. 1 RAJSHI STEERING PVT LTD World Class Agricultural Implements….. OFFSET DISC HARROW ADVANTAGE * Can be used in open field working for the superficial ploughing , for the shattering of clods, preparation of soil for sowing, burial of organic substances & remains. -
Conservation Tillage and Organic Farming Reduce Soil Erosion
Conservation tillage and organic farming reduce soil erosion Steffen Seitz, Philipp Goebes, Viviana Loaiza Puerta, Engil Isadora Pujol Pereira, Raphaël Wittwer, Johan Six, Marcel G. A. van der Heijden, Thomas Scholten To cite this version: Steffen Seitz, Philipp Goebes, Viviana Loaiza Puerta, Engil Isadora Pujol Pereira, Raphaël Wittwer, et al.. Conservation tillage and organic farming reduce soil erosion. Agronomy for Sustainable De- velopment, Springer Verlag/EDP Sciences/INRA, 2019, 39 (1), pp.4. 10.1007/s13593-018-0545-z. hal-02422719 HAL Id: hal-02422719 https://hal.archives-ouvertes.fr/hal-02422719 Submitted on 23 Dec 2019 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. Agronomy for Sustainable Development (2019) 39: 4 https://doi.org/10.1007/s13593-018-0545-z RESEARCH ARTICLE Conservation tillage and organic farming reduce soil erosion Steffen Seitz1 & Philipp Goebes1 & Viviana Loaiza Puerta2 & Engil Isadora Pujol Pereira3 & Raphaël Wittwer4 & Johan Six2 & Marcel G. A. van der Heijden4,5 & Thomas Scholten1 Accepted: 12 November 2018 /Published online: 18 December 2018 # INRA and Springer-Verlag France SAS, part of Springer Nature 2018 Abstract The impact of different arable farming practices on soil erosion is only partly resolved, and the effect of conservation tillage practices in organic agriculture on sediment loss has rarely been tested in the field. -
The Broadfork
The BroadFork Many gardeners and growers, especially those working on heavy soils, face the difficulty of deeply compacted soil and want to loosen and aerate it without bringing lower layers to the surface. On a field scale there are tractor-based solutions, but how to tackle the task in the smaller plot? The BroadFork is designed to be at least part of the solution! (The Glaser Bio cultivator (414) has the same objective.) Here are some of Eliot Coleman’s comments from his book The New Organic Grower:– “This two-handled deep tillage tool is known by different names, but broadfork comes as close to describing it as any other. Like most agricultural tools its genesis surely dates far back in agricultural history. It consists of a 2-foot wide spading fork with a 5-foot-long handle at either side of the fork. The teeth on the fork are spaced 4 inches apart and are about 12 inches long . The tines are designed with a parabolic shape and curve down from an attachment point at the back of the crossbar. This difference is the key. The parabolic curve . works with an easy, rolling motion. As the handles are pulled down, the tines curve under and lift the soil easily. “The broadfork is held with the handles tilted slightly forward of vertical. It is pressed into the soil as far as possible by stepping on the crossbar, then the two handles are pulled back towards the operator in an easy rocking motion. The broadfork is then lifted from the loosened soil, the operator steps backwards 6 inches, and the manoeuvre is repeated.. -
Farm Machinery Selection
Farm Machinery Ag Decision Maker Selection File A3-28 utting together an ideal machinery system long run; machinery that is too small may result in is not easy. Equipment that works best one lower crop yields or reduced quality. year may not work well the next because of P Ownership Costs changes in weather conditions or crop production practices. Improvements in design may make older Machinery ownership costs include charges for de- equipment obsolete. And the number of acres be- preciation, interest on investment, property taxes, ing farmed or the amount of labor available may insurance and machinery housing. These costs change. increase in direct proportion to machinery invest- ment and size. Because many of these variables are unpredictable, the goal of the good machinery manager should be Operating Costs to have a system that is flexible enough to adapt Operating costs include fuel, lubricants and repairs. to a broad range of weather and crop conditions Operating costs per acre change very little as ma- while minimizing long-run costs and production chinery size is increased or decreased. Using larger risks. To meet these goals several fundamental machinery consumes more fuel and lubricants per questions must be answered. hour, but this is essentially offset by the fact that more acres are covered per hour. Much the same is Machine Performance true of repair costs. Thus, operating costs are of mi- First, each piece of machinery must perform reli- nor importance when deciding what size machinery ably under a variety of field conditions or it is a is best suited to a certain farming operation. -
Rolling Harrow® Soil Conditioner
one pass soil conditioning as good as it gets ROLLING HARROW ® Soil Conditioners Models 1245, 1245D, 1645 and 1645D umequip.com SEEDBED TILLAGE one pass soil conditioning as good as it gets ROLLING HARROW ® Soil Conditioners Models 1245, 1245D, 1645 and 1645D umequip.com SEEDBED TILLAGE one pass soil conditioning Unverferth® as good as it gets ROLLING HARROW ® ROLLING HARROW® SOIL CONDITIONER Help ensure optimum performance from your high-value seed by preparing a seedbed that's as good as it gets. Hitch the Unverferth® Rolling Harrow® soil conditioner to your tillage tool, and the result is a ready-to-plant seedbed with coarse soil on top that resists crusting and finer particles at planting depth for greater seed-to-soil contact for quicker, more uniform germination and emergence. Choosing the correct Rolling Harrow soil conditioner to meet your needs depends on your operation and tillage practices. ALL MODELS FEATURE • Up to 22" of ground clearance during transport • Standard drop-leg jack for convenient hitching while contributing little additional weight to the lead and unhitching tillage tool for reduced stress and increased life • High-clearance, arched and oscillating roller frame • Telescopic tongue for easily matching the turning keeps both baskets or drums working the soil, even in radius of the lead implement the most extreme, rocky conditions • Only one set of tractor hydraulics required; dual • Basket arm pivot cover prevents rocks and debris hoses and/or selector valves are optional for from accumulating to ensure baskets follow models up to 45'; two sets of hydraulics on 47' and ground contours larger models • All hoses include end caps and are routed through mainframe for longer life IN THIS BROCHURE.. -
Short- and Full-Season Soybean in Stale Seedbeds Versus Rolled- Crimped Winter Rye Mulch
University of Nebraska - Lincoln DigitalCommons@University of Nebraska - Lincoln U.S. Department of Agriculture: Agricultural Publications from USDA-ARS / UNL Faculty Research Service, Lincoln, Nebraska 2013 Short- and full-season soybean in stale seedbeds versus rolled- crimped winter rye mulch Frank Forcella USDA-ARS, [email protected] Follow this and additional works at: https://digitalcommons.unl.edu/usdaarsfacpub Forcella, Frank, "Short- and full-season soybean in stale seedbeds versus rolled-crimped winter rye mulch" (2013). Publications from USDA-ARS / UNL Faculty. 1488. https://digitalcommons.unl.edu/usdaarsfacpub/1488 This Article is brought to you for free and open access by the U.S. Department of Agriculture: Agricultural Research Service, Lincoln, Nebraska at DigitalCommons@University of Nebraska - Lincoln. It has been accepted for inclusion in Publications from USDA-ARS / UNL Faculty by an authorized administrator of DigitalCommons@University of Nebraska - Lincoln. Renewable Agriculture and Food Systems: 29(1); 92–99 doi:10.1017/S1742170512000373 Short- and full-season soybean in stale seedbeds versus rolled-crimped winter rye mulch Frank Forcella* North Central Soil Conservation Research Laboratory, USDA-ARS, 803 Iowa Avenue, Morris, MN, USA. *Corresponding author: [email protected] Accepted 6 November 2012; First published online 10 January 2013 Research Paper Abstract Stale seedbeds are used by organic growers to reduce weed populations prior to crop planting. Rye mulches, derived from mechanically killed (rolled and crimped) winter rye cover crops, can serve the same purpose for spring-planted organic crops. Both methods can also be employed by conventional growers who face looming problems with herbicide resistant weeds. -
Stale Seedbed Practices for Vegetable Production
HORTSCIENCE 36(4):703–705. 2001. tional tillage program. The intent was to deter- mine the best method for killing seedlings in stale seedbed systems and the usefulness of a Stale Seedbed Practices for Vegetable single weed removal pass vs. several passes Production with brief intervening fallow periods. Materials and Methods Brian Caldwell South Central New York Area Vegetable and Small Fruit Program, Cornell Studies were conducted at the NRCS Big Flats Plant Materials Center, at Big Flats, Cooperative Extension, Owego, NY 13827 N.Y., during the 1997 and 1998 growing Charles L. Mohler1 seasons. The soil type was a Unadilla silt loam (course-silty, mixed, mesic, typic Dystro- Department of Ecology and Evolutionary Biology, Cornell University, Ithaca, chrept), and the fields were nearly level. NY 14853 The fields had cover crops of winter-killed oats (Avena sativa L.) and were initially field Additional index words. weeds, cultivation, flaming, glyphosate, purslane, chickweed cultivated and harrowed in Apr. 1997 and May Abstract. Effects of several stale seedbed procedures on weed density and biomass were 1998. Treatments were replicated four times in evaluated on a silt loam soil in central New York. After an initial rotary tillage, weeds were a randomized complete-block design. Plots allowed to emerge and either single or multiple applications of glyphosate, propane flame, measured 3.6 × 3.6 m. spring tine weeder, springtooth harrow, or rotary tiller were used to kill the weeds over a Initial seedbeds were prepared with a tractor 4-week period. The last (or only) application occurred immediately prior to simulated mounted 1.5-m John Deere rotary tiller (Deere seeding of a crop performed by passing an empty seeder through the plots. -
Gravely~ Corp O Ration 1 Gravely Lane Dunbar, West Virginia
TRACTO,RS AND 39 ATTACHMENTS FOR YEAR-ROUND LAWN & GARDEN CARE NEW COLORS NEW CONVENIENCE NEW ATTACHMENTS ~GRAVELY~ CORP O RATION 1 GRAVELY LANE DUNBAR, WEST VIRGINIA www.stevenchalmers.com UNEQUALLED PERFORMAN Unique features are built into the Gravely Tractor to give you unex celled performance for all your lawn and garden jobs. Top performance requires top power, and you get this from Gravely's own-make 6.6-HP engine ... a high torque, low RPM power pack that measures up to every job demand. Gravely power is utilized power some 76% of engine power gets to the job through Gravely's all-gear, automotive-type transmission and splined steel attachment drive. And Gravely brings you power that responds instantly to your every command: no stopping or clutching to shift from forward to reverse, or to change gears. Simple lever shifts give you immediate, total control. Gravely performance now is yours in two great models, the Custom and Super. Both are available with stan ard all-gear transmission (two spee forward, two reverse), or revolution ary, new eight-speed transmission, described fully on page 18. YEAR-ROUND VERSATI LITY The unexcelled performance you get from Gravely is not just a seasonal thing. With 39 attachments powered by the Gravely Tractor - job-de signed tools that nm the cycle from lawn mowing to snow blowing there's virtually no limit to the ver satility you get from Gravely. Throughout the year, the Gravely Tractor is the basic element of a power system that you can tailor to your individual job requirements.