IM TechMech
Mechanical
- Jul 7, 2021
- 8
Hello Everyone,
I have a question about attaching a bicycle crate (or basket) made of aluminum on top of a bicycle rack.
The attachment needs to theft deterrent, so zip ties (plastic or steel) wouldn't work.
Bicycle racks in the Netherlands have absolutely no standard sizes. I need the crate to attach to as many racks as possible.
The solution I am thinking about is making rectangular holes in the bottom of the crate and manufacturing a separate detached 'bottom plate' with similar rectangular holes (picture attached).
And then assembling everything to attach the crate, bottom to top:
1. Separate ' bottom plate'
2. The bicycle rack
3. The crate
4. Bolts with diameters equal to the width of the rectangular holes
(Picture attached).
My questions where I need help:
1. Is it possible to fasten the system tightly using bolts that go into the rectangular holes in the bottom of the crate and the separate ' bottom plate ? ( What I am used to is that bolts go through tight circular holes, not rectangular holes) In other words, is there a way to make the system not move along the length of the rectangular holes after tight fastening of the bolts ?
2. It is super tedious to lock the bolts with nuts that go under the separate ' bottom plate'. There is very low dexterity to go under the bicycle rack with tiny nuts. Could we make the rectangular holes in the separate ' bottom plate ' threaded ? ( Pardon my mechanic nonsense background) Such that the bolts only go through by turning and they fix in place ?
Appreciate any help.
Thanks!
I have a question about attaching a bicycle crate (or basket) made of aluminum on top of a bicycle rack.
The attachment needs to theft deterrent, so zip ties (plastic or steel) wouldn't work.
Bicycle racks in the Netherlands have absolutely no standard sizes. I need the crate to attach to as many racks as possible.
The solution I am thinking about is making rectangular holes in the bottom of the crate and manufacturing a separate detached 'bottom plate' with similar rectangular holes (picture attached).
And then assembling everything to attach the crate, bottom to top:
1. Separate ' bottom plate'
2. The bicycle rack
3. The crate
4. Bolts with diameters equal to the width of the rectangular holes
(Picture attached).
My questions where I need help:
1. Is it possible to fasten the system tightly using bolts that go into the rectangular holes in the bottom of the crate and the separate ' bottom plate ? ( What I am used to is that bolts go through tight circular holes, not rectangular holes) In other words, is there a way to make the system not move along the length of the rectangular holes after tight fastening of the bolts ?
2. It is super tedious to lock the bolts with nuts that go under the separate ' bottom plate'. There is very low dexterity to go under the bicycle rack with tiny nuts. Could we make the rectangular holes in the separate ' bottom plate ' threaded ? ( Pardon my mechanic nonsense background) Such that the bolts only go through by turning and they fix in place ?
Appreciate any help.
Thanks!