Portable Collapsible Motorized Golf Cart

December 11th, 2011 by admin | 1 Comment | Filed in AUTOMOBILE ENGINEERING, MECHANICAL ENGINEERING PROJECTS

ABSTRACT

A portable collapsible golf cart vehicle adapted for use on a golf fairway and collapsible for storage and transport. A scooter-type vehicle having a steering mechanism and rear propelling mechanism in which the steering mechanism includes a steering column coupled with a steering handle for rotation of the steering column. A pivotal connection is provided for pivotally connecting and locking the steering mechanism in one position during propelling of the vehicle and in another position for storage of the vehicle. The mechanism includes a pivotal unit and a rear wheel with the pivotal unit being in a first position for use in a scooter vehicle and in a second position for storage in the compact condition.
figure 1

figure 2

figure 3

BRIEF DESCRIPTION OF THE DRAWINGS

  • FIG. 1 is a side view of a scooter-type vehicle ready for use with golf clubs shown in their position in a golf club container;
  • FIG. 2 is a rear side view of the vehicle of FIG. 1 in a compact or reduced size condition; and
  • FIG. 3 is a rear view of the vehicle of FIG. 1, and as shown in FIG. 2, already in a compact condition.
SUMMARY OF THE INVENTION
The invention provides for a simplified transport motor vehicle using a scooter frame provided with only two wheels, and a separate, accompanying housing for the golf bag and clubs. This results in a lower cost and ease of manufacture, as well as reduction in the vehicle weight and dimension and, during non-use, provides for a movement of its parts into a compact form to enable storage as well as a reduction in size of the frame compartment, to place the motor vehicle into the storage area or trunk of a passenger automobile-type motor vehicle.A feature of the invention generally includes its particular linear frame on which the player can ride and carry the required golf clubs and other necessary materials, and the scooter-type vehicle provides for the proper support of the player.

In order to propel the vehicle, the player grasps the handle-bar and removes a vehicle stabilization device which is activated when stopping the vehicle and brings one foot which is on one side of the scooter on the support base thereof, and the user places himself with the posterior part of his body against the support part or seat while holding the vehicle in a slightly slanting position by means of the other foot on the ground to determine a balancing condition. The player then starts to drive by gripping the handle-bar to accelerate a drive motor and brings the foot which is still on the ground onto the other support base which is on the other side of the scooter frame for determining and providing a balanced disposition and, consequently, the advancement of the scooter-type vehicle. At the end, to stop this movement, the player or user brings, in the following sequence, the placement of his two feet onto the ground and the scooter-type vehicle is placed into a stopped position.

The scooter-type vehicle generally includes a frame made from three basic parts which move into overlapping relationship relative to each other for achieving a reduction in size.
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Best 50 CAD / CAM / CAE PROJECT IDEAS-MECHANICAL ENGINEERING

September 8th, 2011 by admin | 3 Comments | Filed in 10000 Engineering Project Ideas, AUTOMOBILE ENGINEERING, MECHANICAL ENGINEERING PROJECTS

CAD / CAM / CAE PROJECTS

  1. DESIGNING & ANALYZING OF THERMOSYPHON SOLAR AIR CONDITIONING & REFRIGERATION SYSTEM
  2. DESIGN OF STIRLING ENGINE
  3. DESIGN AND CONSTRUCTION OF AIRCRAFT GAS
    TURBINE ENGINE
  4. MODELING AND SIMULATION OF AUTOMOBILE
    BRAKING SYSTEM
  5. FINITE ELEMENT ANALYSIS OF THE CLASSIC
    BICYCLE WHEEL
  6. MODELING AND SIMULATION OF SINGLE ARM
    ROBOT
  7. DESIGN&ANALYSIS OF DOMESTIC WINDMILL
    BLADES
  8. DIMENSION ANALYSIS OF A CONVEYOR
  9. MODELING OF GENITH CARBURATOR
  10. MODELING & STRUCTURAL ANALYSIS OF REAR
    AXLE CASING OF TRACTOR CPC0042 MODELING & STRUCTURAL ANALYSIS OF CAMSHAFT OF LOCOMOTIVES
  11. DESIGN AND ANALYSIS OF TURBINE CPC0040 DESIGN AND ANALYSIS OF ROCKER ARM
  12. STRESS ANALYSIS OF HELICAL STRAIGHT BEVEL
    GEAR
  13. MODELLING OF SINGLE PLATE CLUTCH
  14. DESIGN AND MODELLING OF LINEAR WELDING ROBOT USING CATIA
  15. DESIGN AND MODELING OF GEAR BOX USING CATIA
  16. BASIC WORKING SIMULATION OF AUTOMOBILE
  17. ENGINE USING SOLID WORKS SOFTWARE
  18. DESIGN MODIFICATION AND ANALYSIS OF TWO WHEELER COOLING PINS
  19. DESIGN OPTIMIZATION OF FLYWHEEL
  20.  ANALYSIS AND DESIGN MODIFICATION OF MOTOR CYCLE WHEEL SPOKES
  21.  THERMAL ANALYSIS OF CYLINDER HEAD GASKET
  22. MODELING AND ANALYSIS OF AUTOMOBILE CHASSIS BRACKETS
  23. MODELING AND ANALYSIS OF AUTOMOBILE DRUM BRAKE RETURN SPRING
  24. DESIGN AND ANALYSIS OF HYDRAULIC JACK FOR LIFTING LIGHT VEHICLES
  25. DESIGN AND ANALYSIS OF AUTOMOBILE FRAME
  26.  DESIGN&DEVELOPMENT AND ANALYSIS OF SHAFT COUPLING FOR COOLING WATER PUMPS
  27. DESIGN AND SIMULATION OF A ROTARY POWER STEERING SYSTEM
  28. COUPLED STRUCTURAL AND THERMAL ANALYSIS OF A SIMPLE STEEL LINK
  29. ANALYSIS FUNCTION OF A BICYCLE FRAME
  30. FLUID FLOW AND TEMPERATURE DISTRIBUTION IN RADIATORS USED IN AUTOMOBILES
  31. DESIGN AND ANALYSIS OF ELECTRIC HORN IN AUTOMOBILES
  32. EFFECT OF AERODYNAMIC FORCE ON AIRCRAFT
    BODY
  33. DESIGN AND CONSTRUCTION OF ENGINE IN AIRCRAFT
  34. AERODYNAMIC INTERFERENCE EFFECTS ON TILTING PROP ROTOR
  35. AERODYNAMIC & AEROACOUSTIC DESIGN OF A SILENT AIRCRAFT
  36. DESIGN AND CONSTRUCTION OF SUPERSONIC AIRCRAFT
  37. ANALYSIS OF SHAFT IN COOLING PUMP SYSTEM
  38. THERMAL ANALYSIS OF OIL SUMP IN AUTOMOBILES
  39.  THERMAL ANALYSIS SHEET METAL DURING ULTRASONIC WELDING
  40. EFFECT OF MICRO ORGANISMS ON CONCRETE STRUCTURE
  41. EFFECT OF PISTON CONFIGURATION IN FOUR STROKE ENGINE
  42. THERMAL ANALYSIS OF STEAM TURBINE
  43. DESIGN&ANALYSIS OF CAM SHAFT IN AUTOMOBILES
  44. OPTIMIZATION OF SURFACE FINISH IN TURNING OPERATION USING TAUQCHI METHOD
  45. DESIGN&ANALYSIS OF CRANE HOOK ASSEMBLY
  46. HARMONIC ANALYSIS OF DIAPHRAGM USED IN MICROPHONE
  47. DESIGN AND ANALYSIS OF FLANGE COUPLING IN POWER TRANSMISSION (more…)

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