Automated Workstation For A Breeder. 1. Table Made Of Chipboard Covered With Gray Laminate. A Hole Is Made In The Tabletop For Removing Straw, And A Garbage Chute Is Screwed To The Bottom Of It, Through Which The Straw Gets Into The Container. 2. The Cabinet Is Made Of Gray Laminate, The Edges Of Which Are Finished With Edging. The Cabinet Consists Of Two Drawers For Storing Documents And A Bag For Collecting Chaff. The Neck Of The Chaff Bag Comes Out Through The Table Top Of The Cabinet, In Which A Special Hole Is Made, And Is Placed On The Thresher Collection. A Ventilation Grille Is Attached To The Side Wall Of The Chaff Box; It Provides Ventilation For The Air Flows Created By The Thresher. 3. The Mobile Sheaf Rack Is Designed For Preparing Breeding Material. It Is Equipped With A Special Channel For Removing Debris And A Bag For Collecting It. 4. Container For Short-Term Straw Storage. Equipped With A Straw Removal Bag. It Consists Of Three Rolled Sheet Parts, Two Of Which Are The Side Walls, And The Other The Container Frame, Riveted Together. Has A Polymer Coating. 5. The Ruler Is Designed For Measuring Stems, Internodes And Ears From 1 To 1,500 Mm; It Is Equipped With A Special Backlight. The Ruler Scale Is Protected From Scuffing And Scratches And Has A Laminate Coating. 6. The Mesh Area Is Designed For Visual Inspection Of The Plant, While Unnecessary Plant Debris Passes Through The Mesh And Enters The Container. The Mesh Platform Is Attached To The Table On Ball Guides, Which Ensures Its Parallel Movement Relative To The Table At A Distance Of 250 Mm From The Ruler. This Movement Opens A Hole To Dump The Stem Into The Straw Container Located Under The Table. 7. To Eliminate Vibration, The Threshing Machine Is Installed On A Separate Stand, Which Has A Built-In Threshing Collection Box With A Reusable Chaff Removal Bag. 8. Electronic Scales With A Resolution Of No More Than 0.1 G. 9. Personal Computer Flash Drive With A Special Program., Soil Penetrometer. A Device For Measuring The Resistance Of A Material To The Indentation Of A Cone Or Rod, Widely Used In Determining The Density Of Soil, Assessing The Ripeness Of Fruits, Indicating The Hardness And Consistency Of The Substance. Penetration Force Measurement Range, N 100…950 Relative Error Of Force Measurement, % ± 1.5 Range Of Determination Of Penetration Resistance, N/Cm2 0.1...3.45 Range Of Determination Of The Elastic Modulus, Mn/M2 - Range For Determining Soil Adhesion, Mpa - Range Of Determination Of The Angle Of Internal Friction Of The Soil, Degrees - Range For Determining The Soil Compaction Coefficient – Diameter Of Tips, Mm 12.8; 20.3 Results Memory For At Least 999 Series Supply Voltage, 3 V Current Consumption, Ma, No More Than 25 Overall Dimensions No Less Than, Mm 920X260x150 Weight, Kg, No More Than 3.0. Device, Collapsible Rod And Two Conical Tips (Depth Of Immersion Of Tips Into The Soil Up To 0.532 M), Usb Communication Cable With Pc, Software, Instruction Manual, Storage Case. Overall Dimensions No Less Than, Mm 920X260x150. Availability Of Technical Passports, Certificates Of Conformity Of Products Specified In The Technical Specifications Of The Potential Supplier., Ultra-Low Volume Herbicide Sprayer. Ultra-Low Volume Herbicide Sprayer. The Spraying Width Using Hand-Held Devices Is Constant Or Continuously Adjustable. The Amount Of Herbicide That Is Sprayed Is Controlled By A Valve. An Electronic Fitting And Battery Monitoring System Reports Possible Problems. Jet Width: 15 - 45 Cm, Continuously Adjustable; Number Of Nozzles: 1; Exposure Metering: Gravity Frs (Mixture Flow Former Or Spray System) / Metering Valve; Tank Capacity: No More Than 1,000 Ml; Operating Time: At Least 8 Hours, Coating Surface On 1 Battery Charge: Up To 5000 M2, Weight Without Working Solution: At Least 2.4 Kg. Availability Of Technical Passports, Certificates Of Conformity Of Products Specified In The Technical Specifications Of The Potential Supplier., Self-Moving Heap Cleaner. 1. The Machine Is Equipped With A Self-Propelling Mechanism. The Purifier Is Equipped With Four Electric Motors. 2. The Loading Conveyor Is Composed Of An Inclined Scraper Conveyor And Two Scraper Feeders Pivotally Connected To It 3. Receiving Chamber With Two Vertical Air Channels. A Feeding Device Is Built Into The Upper Part Of The Chamber, Consisting Of A Receiving Tray, A Distribution Screw, A Feed Valve And A Divider. 4. Air Channels Are Designed To Clean Grain From Light Impurities. The Channels Are Connected To The Fan By An Air Duct With A Window Closed By A Movable Damper, With The Help Of Which The Air Flow Speed In The Channels Is Regulated. The Air Flow Carries Light Impurities Into The Settling Chamber, Where Some Of The Impurities Are Deposited, And The Lightest Ones Enter The Pneumatic Conveyor. 5. Sieve Mills (Upper And Lower) Operate In Parallel. Frames With Sieves Are Inserted Into The Sieve Mill. The Mills Are Set Into Oscillatory Motion. To Balance The Inertial Forces, The Mills Move In The Opposite Direction. The Machine Is Supplied With A Set Of Sieves With Oblong Holes 1.5-5.0 Mm Wide And Round Holes 3.6-10 Mm In Diameter. 6. Overall Dimensions No Less Than: Width (Working/Transport) 5200/2100 Mm, Length (Working/Transport) 4700/4450 Mm. Height (Working/Transport) 3270/2750 Mm. 7. Travel Speed When Cleaning Is 3-122 M/H. Is Set By A Frequency Converter. 8. Installed Power Of At Least 9.2 Kw. Weight When Fully Assembled, No More Than 1950 Kg. 9. Productivity In The Preliminary “Commodity” Cleaning Mode: Wheat 760 Kg/M3 (Nominal) – 25 Tons/Hour, Corn – 25 Tons/Hour, Barley – 17 Tons/Hour, Rice – 10 Tons/Hour. 10. Productivity In Primary Cleaning Mode: Wheat 760 Kg/M3 (Nominal) – 12.5 Tons/Hour, Corn – 12.5 Tons/Hour, Barley – 10 Tons/Hour, Rice – 5 Tons/Hour.
