Winning project - RAFAN 2001

Name of project: 
MODEL Wire - bridge
Country
: Czech republic
Authors Dalimil Mazáč a kolektiv
Mazáčová Kamila, 7.11.1991
Savická Lenka, 4.1.1991
Veiser Jiří, 31.5.1990
Zeman Martin, 3.2.1989
Club young debrouilars  ZŠ U Krčského lesa, Praha 4
Age: 10 – 12  years old
Address: Trnková, číslo 1773
                                   Praha, PSČ: 142 00
phone.: 00420-(0)2-61 71 03 63
E-mail: milanm@adam.cz

Thema
Original utilize cover and scraps
Model of wire- bridge however demonstrate physical and technical principles too, may become toys and even also decorative thing.

 

 

 

Authors
Mazáč Dalimil, 19.8.1989
Mazáčová Kamila, 7.11.1991
Savická Lenka, 4.1.1991
Veiser Jiří, 31.5.1990
Zeman Martin, 3.2.1989

List used materials
      used paper, for choice newspapers
      pasteboard from used box, box from shoes
      skewer
      string 
      paste for paper
      cellotape
 
List used tools
      Scissors
      pencil on paste

     
needle and yard

Technic plan

rafv1.jpg (48369 bytes)First make several tubules from newspapers (picture 1).
Paper scrolling lot tightly, so that achieve needed strenght. During starts scrolling we can help with skewer. On our bridge shall have need of 4 stronger tubules long perhaps 40 cm and 4 thin tubules long perhaps 15 cm for construction pillar.

rafv2.jpg (49469 bytes)Then we preparing 3 very long thinner tubules for reinforcing carriage way bridge. So that achieve due length, we can several shorter tubules put together. (picture 2)

 
rafv3.jpg (45174 bytes)Connection we can reinforce with smaller whip. We made tubule long 120 cm from two pieces (picture 3).

 

rafv4.jpg (55380 bytes)We cut out 3 strips carriage way wide 15 cm from box of shoes. (picture 4),

 

 

rafv5.jpg (47605 bytes)….which we put them together with cellotape and then we stuck down reinformence from tubule below carriage way (picture 5).

 

rafv6.jpg (37589 bytes)In the meantime we made pillar so, that we put together two forte tubules by two thin short tubule on width carriage way (15 cm). Lower from then determine us highs carriage way above terrain. Against deformation pillar into sides we stuck down 4 skewer crossways between nearby pilars. (picture 6).
 rafv7.jpg (63280 bytes)
From a strong pasteboard we cut out basis for the whole bridge and by the help of skewer and string we fix the pillar (picture 7).

 

rafv8.jpg (44948 bytes)We made pots to run string in inside side of reinforments in uniform distance (3 cm) (picture 8)

 

rafv9.jpg (57660 bytes)and carriage way we stuck down among pillar (picture 9).

 

 


rafv10.jpg (61305 bytes)At the top nearby reinforcements of carriage way we stuck down short skewer and at them tie up stronger string from one to other side of bridge. (picture 10).

 

rafv11.jpg (62052 bytes)On the strong string we tie up thin string in uniform distance like in carriage way, thin strings run through pots in the carriage way. (picture 11).

 

rafv12.jpg (62129 bytes)Then the bridge is finished. (picture 12).  

 

 

rafv13.jpg (62338 bytes)The bridge can be decorated with running cars (picture 13).  

 

 

rafv14.jpg (54512 bytes)Ready bridge can use as original shelf for show collections toy-car etc . (picture 14).

 

 

 

 


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