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The Subject Of The Contract Is Reconstruction Of The Water Mill In Kłóbka - Stage Ii. The Aim Is To Recreate The Water Mill As A Working Technical Device, Therefore The Main Element Of The Order Is The Reconstruction Of The Water Supply System To The Water Wheel Together With The Construction Of The Drive System And The Equipment Of The Complete Milling Line. The Subject Of The Contract Also Includes The Reconstruction Of The Wooden Mill Building On The Existing Foundations, The Renovation Of Which Was Carried Out As Part Of The First Stage Of The Task. The Result Of The Implementation Of The Subject Of The Contract Is To Start The Mill Mechanism - Setting Its Water Wheel In Motion Using The Existing Watercourse With The Simultaneous Launch Of A Properly Operating Grinding Line. The Condition For The Final Acceptance Of The Works Is The Demonstration Of The Operation Of The Drive, Transmission And Working Mechanisms Of The Mill With The Presentation Of Grain Milling. Mill Drive And Milling Line - The Aim Of The Project Is To Recreate The Original (Oldest) Form Of The Water Mill In Kłóbka. The Reconstruction Involves Recreating The Oldest Propulsion, Transmission And Milk Sorting System. The Facility Will Recreate The Oldest Type Of Drive For Millstones - An Overshot Water Wheel, Whose Rotation Is Transmitted By Means Of A Spur Wheel, Coil And Spindle To The Upper Millstone - The Pole. In Addition, A Plate Box Will Be Used For Sorting The Grist. A) System For Supplying Water To The Water Wheel. The Trough Should Be Placed On Wooden Poles Placed Outside The Concrete Walls Of The Weir And On Suspended Beams Under The Bridge. From The Side Of The Pond, The Channel Will End With A Mechanism That Releases And Cuts Off The Water Supply - The Main One At The Pond Lock And The Emergency One In Front Of The Mill Wheel. The Trough Together With The Entire Structure Is Made Of Seasoned Pine Wood. B) Overshot Mill Wheel A Cross Wheel With A Diameter Of 200 Cm And A Width Of 140 Cm, With 29 Water Boxes On Its Perimeter. All Elements Of The Mill Wheel With The Shaft Are Made Of Seasoned Oak Wood. The Wheel Will Consist Of Four External Fragments And Four Internal Fragments (Each Side, I.E. Eight Pieces Of Wood In Total), Connected Alternately By Means Of Cut Wooden Pins. In Addition, The Edge Of The Wheel Should Be Secured With A Metal Clamp. Between The Two Parts Of The Wheel There Will Be Inserted Blades, Constituting The Boxes Of The Wheel. Shaft Bearings In Wooden Housings, Protecting Against Water. C) Transmission At Right Angle. Inside The Mill, On The Shaft, A Wooden Finger Wheel With Teeth (Fingers), Secured With Wedges, Driving The Coils Will Be Placed. The Coil Meshes With The Finger Wheel, Changing The Vertical Movement Into Horizontal. Coils Mounted On A Spindle. The End Of The Spindle, On One Side, Is Embedded In A Metal Pan, Called A Cooker, Enabling Its Rotation. The Upper End Is Located In The So-Called Paprzyca, On Which The Millstone Pole Is Located. The Finger Wheel Should Be Made Of Oak Wood, And Its Fingers Should Be Made Of Hornbeam Wood. Cewie Should Also Be Made Of Hornbeam Wood. D) Assembly Of Millstones Inside The So-Called There Are Two Millstones In The So-Called Lubia, I.E. A Round Wooden Box That Holds Grist Inside And Conditions Its Descent To The Plate Box. The Upper, Moving Pole And The Lower, Stationary Sunbed. Both Stones Of French Made Of Quartz With An Even Surface With Forged Furrows. The Order To Perform This Activity Should Be Entrusted To A Person Who Has Had Previous Contact With Sharpening Millstones. The Stones Should Be Secured With Metal Clamps, Which Will Prevent The Stones From Falling Apart As A Result Of Friction Or High Milling Speed. E) A Device Regulating The Spacing Of Millstones In The Case Of The Reconstruction Of The Mill In Kłóbka, A Wedge Adjustment System Will Be Used. The Floor Placed Between Two Pillars, In Which Guides Will Be Hollowed Out, Allowing It To Move Up And Down. Wedges Are Driven Under The Floor - Thanks To This, The Pole Located On The Pepper Will Change Its Position F) Grain Charging System It Consists Of A Charging Basket Placed Inside The Frame (Scaffolding), Placed On A Lubie, I.E. A Round Box In Where The Deposit Of Stones Is Located. Under The Hopper, There Is A Separating Trough, I.E. A Tray With Grain, Shaken By The Socha, I.E. A Metal Fork Pole Attached To The Ferment, During The Operation Of The Mill. Shaking Caused By The Impact Of The Cylinder Placed On The Sosha Against The Protruding Slat At The Mouth Of The Funnel. The Cylinder Is Set Asymmetrically So That With Each Turn Of The Stone It Hits The Bar Once And Forces The Grain To Move. Thanks To This, When The Pole Rotates, The Socha Rotates, Setting The Tray Under The Hopper In Motion. At The Front Of The Frame, There Is A Transverse Wooden Bar With A Toothed Wheel And A Latch, Connected With A Charging Chute By A Strap. By Lifting The Pawl, This Bar Can Be Freely Rotated, Adjusting The Amount Of Grain Discharged. G) Stone Hoist (Crane) A Standing Wooden Shaft With Iron Or Hardwood Tenons, Placed In Bushings. One Pan Placed In The Floor, The Other In The Ceiling. A Wooden Arm Placed At 90 Degrees To The Post And Supported By An Additional Wooden Bracket. At The End Of The Arm, There Is A Screw With Two Iron Arms That Can Be Freely Opened And Inserted Into Special Sleeves Placed In The Stone. The Design Of The Crane Allows It To Move In A Circle In The Pans And Place The Stone In A Different Place. The Sleeve Is Placed On A Wooden Fork, At An Angle That Allows The Milk To Slide. The Tip Of The Fork Comes Out Of The Flour Box And Is Placed In A Vertical Shaft. A Pole Protrudes Horizontally From The Roller, Led To A Small, Four-Armed Piece Of Wood Mounted Directly On The Spindle. As The Spindle Rotates, The Rod Is Moved By The Arms And Causes The Sleeve To Shake In The Flour Box. The Plate In The Flour Box Must Be Properly Stretched And Inclined At An Angle Of About 45 Degrees Towards The Bran Box. I) The Bran Box The Bran Box Will Be Located At The Mouth Of The Auger So That The Bran Can Be Freely Placed In It. Over The Box There Will Be Hinged Hinged Doors To Prevent Dust. Mill Building (Architecture) A Wooden, Single-Storey Building Covered With A High Gable Roof. A) Wall Structure B) Window Structure) Door Structure D) Floor Structure Ground Floor E) Roof Structure Characteristics Of The Building. The Wooden Building Will Be Reconstructed On The Existing, Reinforced Concrete Foundations And Walls Of The Basement (Basement) Of The Former Mill, Whose Wooden Block Was Demolished In 1985. The Small Mill Building Will Have A Compact Block On A Rectangular Plan With A Gable Roof And Will Be Reconstructed Entirely In The Traditional Wooden Technique The Building Is Located At The Water Barrage, In A Hollow (Near The Escarpment), Therefore The Walls Of Its Ground Floor Are Partly Foundation Walls. External Dimensions Of The Preserved Reinforced Concrete Structure: - Width: 648 Cm - Length: 832 Cm - Depth: 250 Cm. Building Parameters • Building Area - 52.83 M2, • Usable Floor Area - 48.1 M2, • Volume - 377 M3, • Number Above-Ground Storeys - 1, • Number Of Underground Storeys (Basement) - 1, • Width Of The Front Elevation - 8.32 M, • Height Of The Upper Edge Of The Front Elevation Measured From The Ground Level - 2.4 M, • Roof Geometry - Gable Roof With A Ridge Height Of 6, 3 M In The Layout Of The Main Ridge Parallel To The Public Road And Slope Inclination Of 45 Degrees. Detailed Scope Of The Task: Reconstruction Of The Water Mill In Kłóbka - Stage Ii: • Reconstruction Of The Building, • Reconstruction Of The Mechanism Of The Grinding Line Of The Mill, • Installation Works, • Development Of The Area Around The Building. The Detailed Scope Of Works And The Method Of Their Implementation Are Specified In The Attachments To The Swz, Including: 1) Construction Designs (Attachment No. 9); 2) Technical Specification For The Execution And Acceptance Of Works - Stwior (Attachment No. 10); 11).Note!Due To The Multi-Stage Nature Of The Investment, The Included Designs And Stwior Cover A Wider Scope Than That Which Is The Subject Of The Tender. The Attached Project Documentation Covers A Wider Scope Than That Which Is The Subject Of The Tender. The Basis For The Preparation Of The Offer Cost Estimate, Which Will Be An Appendix To The Contract, Are The Bills Of Quantities (Appendix No. 11 To The Swz). A Further Detailed Description Of The Subject Of The Contract Was Specified By The Contracting Authority In Chapter Ii Of The Swz.
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