Analysing of Bessler's Clues 45.
< Candidate for the Double-ended Club >
 
"each child can swing (or you might call it "step" as it uses a club as a "leg") from the top of one broken column to the top of the next broken column by positioning his heavy club on the ground between the two close columns and holding on to the handle end to swing over to the top of the next column. Then he rotates the handle end of his club to maneuver it between his current column and his next intended column so that he can again "step" or swing a small angle over to the top of the next intended broken column."
 
"If the clubs are even heavier by being double-ended, then instead of rolling them to the next position, they may be alternatively transported between the columns by switching ends. A double club may be moved in seesaw fashion by leaning it against the current broken column that the child is on and rolling it over the top of the column (assuming that there is enough room for the child to stay on top of the column). The double club is pivoted with a circular motion with one end going up while the other end goes down."
 
- refer to the image and video for speculation of the basic concept structure of the double-ended club
 
- 'rolling it over the top of the column', does the 'it' refer to the club or child ?
 
1. if child, then this clue can link up with the child using the club as its 'leg' description (basically mean the club will roll the child to the next top column)
 
2. if club, no idea, how to get the club to roll over to the top of column ?
 
- 'enough room for child to stay on top' what does it mean, and how ?
 
- does this double-ended club have any connection, or involvement, to the mechanism of bi-directional wheel ?

a.2 Candidate for the Double-ended Club
 
- refer to image and video to spot the modification

Analysing of Bessler's Clues 46.
< Improvised Method, Increase of Mass >
 
"Who can make a pound-weight rise as 4 ounces fall, or 4 pounds rise as 16 ounces fall"
 
- if there can have 1 pound (16 ounces) to 4 ounces, and 4 pounds (64 ounces) to 16 ounces
 
- then it can also up the value of the mass of the weighs (rolling : swinging) like
 
1. 1kg : 250g
2. 4kg : 1kg
3. 8kg : 2kg
4. 16kg : 4kg and on and on
 
- hopefully with each increase of the mass, the output efficiency of the wheel can also increase (but the increase might only be a slight figure)
 
- but also with each mass increase, the size (diameter/length) of wheel will also have to made changes
 
- relevant link related to mass changes "Shape of Rolling Weight, cylindrical vs Sphere"
http://www.overunity.com/12742/cg-showcase-of-overbalanced-wheel/msg408314/#msg408314

Analysing of Bessler's Clues 48.
< Improvised Method, Built More >
 
"Furthermore, the machine may be of little value to the public unless it can be improved. At the moment it can lift a weight of sixty pounds, but to achieve this the pulley had to be reduced more than four times, making the lifting quite slow." - eyewitness clue
 
- if one wheel is weak, then built more..., learn from wind turbine
 
- the large scale wind industry would usually build from around hundreds to thousands of the wind turbine,
 
- in the case of the bessler wheel, maybe have to go for double or triple the number of builds
 
- pros of the wheel over the wind turbine
 
1. wind turbines require a wide area and spacing for the construction, whereas all the wheels can be housed inside buildings within a limited area
 
2. wind turbines are limited by the requirement of wind speed and wind consistency, whereas the wheels are free from these type of constraints

Analysing of Bessler's Clues 50.
< Improvised Method, mobile energy - Hydrogen Fuel & Battery >
 
"The machine's power was directly proportional to its diameter"
 
"These few who saw the inside of the wheel after removing the front panel said that it had many compartments around the perimeter of the wheel, each with a shifting weight inside."
 
- larger diameter, greater output.... so basically the wheel  (large in size) might not be suitable for transportation purposes, eg cars, planes, small-scale ships and boats etc...
 
- also, if the wheel operates by weight shifting, consider the movement of a mobile vehicle when rocking, rolling, shaking etc, might disrupt the shifting of the weight, thus causing the wheel to stop.... it might be best for the wheel to be on stationary grounding
 
- so a possible solution is that it can go through an extra process, or steps, .... like producing the hydrogen fuel to take over the task for the mobile
 
- basically, the output from the wheel is used for electrolysis of water to produce hydrogen, which in turn go through the process of manufacturing the hydrogen fuel
 
- or, can use to charge up battery for the mobile vehicles
 
- info using mind-mapping "Usage and Relation between PM (if it exist) with other energy sources"
http://www.overunity.com/12742/cg-showcase-of-overbalanced-wheel/msg383124/#msg383124

Analysing of Bessler's Clues 52.
< Improvised Method, Vacuum Room, null Air Resistance >
 
"These few who saw the inside of the wheel after removing the front panel said that it had many compartments around the perimeter of the wheel, each with a shifting weight inside."
 
- if there are weights shifting within the wheel, and including the rotating motion of the wheel, it would be reasonable to vacuum out the air to reduce any air resistance, and so improve the workability of the wheel
 
- way of implementing the vacuum condition for the wheel
 
1. housing a number of wheels within a room/building, and vacuum out the whole room/building
 
2. place individual wheel within a container, and vacuum out the air inside the container
 
- extra info... moon has zero air resistance

Analysing of Bessler's Clues 54.
< Improvised Method, Production of Hydrocarbon, Reduction of Carbon Dioxide >
 
- refer to image for simple concept to blend the wheel to the production of hydrocarbon
 
- there are technology in-the-process of research for the conversion of carbon dioxide to liquid fuel and other applications, search google or youtube for 'carbon dioxide conversion'  etc