higgins91

it's impressive ! all these details, the drink / candy dispensers are very well done! Bravo !

Hello, i use this one : https://www.amazon.fr/gp/product/B00GJJ6UYQ/ref=ppx_yo_dt_b_search_asin_title?ie=UTF8&psc=1 work's fine with my phones (Honor 7X and Honor 7a) and all C+ app from TLG or not.

I double a truck like this one this week on the highway and I thought he lost his rearview mirror before! Then I saw the eye of the camera!

what is this website even the root is forbidden! https://thumbs.worthpoint.com/

403 Forbidden :(

this could be a good approach, but I'm afraid that the energy transfer is not enough enough during the short time of loading and unloading ... it would be necessary to modify the operation to stop the wagon when loading the ball while reloading the engine and do the same for unloading

thank you, i will see according to the ideas that come to me

Hello, I present to you my last GBC module: "Le Train" (In French ) GBB Le Train by alex peraux, sur Flickr I wanted to use train rails to make a module, but not wanting to use a battery for a question of autonomy, I wanted a system where the engine would be powered by a wire. So impossible to have the engine in the wagon. So I deported the engine to the center of the circle and transmitted the movement to the wagon by an axle. As you can see in the video, the wagon is not just a simple carrier, there is a mechanism that allows it to be lowered to take the ball and climb to empty them. Without it, a much higher entry system would have been necessary and was no longer interesting kinematic level The entry is automatic, the wagon raises the barrier to drop the balls. Alas it is 13 studs high. The output is 10 studs high, the plate is raised by an inclined beam. The module will be after the ball pump (raised) which allows a regular flow because the entry is not very large (capacity a little more than the wagon in 1 turn). Here is the video: https://youtu.be/xqQLkozJKkI the entry in detail: https://youtu.be/SW7WIoxqFuY the output in detail: https://youtu.be/fn1D7L-Tsd4 feel free to comment ;)

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If you put this to perfection you will be the inventor of the perpetual movement! well done :)

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impressive! very nice job. Not far from upgrading A model !

Thank you, I try to do my best because you have to be able to open the buildings to see the interior . The first modulars that I lit have wires everywhere, I have to redo them entirely

Hello, I present to you my latest Modular, a bookstore: IMG_20200419_144255 by alex peraux, sur Flickr Basically I wanted to make a corner building with a rounded facade. I made several designs to arrive at this one. On the ground floor, there is therefore a bookshop with a large sales area and lots of books. IMG_20200419_145107 by alex peraux, sur Flickr There is a reading corner and the cash desk. IMG_20200419_145119 by alex peraux, sur Flickr IMG_20200419_145124 by alex peraux, sur Flickr On the first floor is the reserve. IMG_20200419_145033 by alex peraux, sur Flickr A large shelf where there are 4 boxes filled with books. IMG_20200419_145048 by alex peraux, sur Flickr The desk for accounting and other storage. IMG_20200419_145056 by alex peraux, sur Flickr On the second floor is the bookseller's apartment. A large living room with a sofa and an open kitchen. IMG_20200419_144933 by alex peraux, sur Flickr On the side is the bedroom, the bed is raised and there is the bathroom. IMG_20200419_144943 by alex peraux, sur Flickr IMG_20200419_144958 by alex peraux, sur Flickr On the terrace there is a small telescope, a weather station with anemometer and rain gauge. IMG_20200419_144409 by alex peraux, sur Flickr IMG_20200419_145346 by alex peraux, sur Flickr IMG_20200419_145338 by alex peraux, sur Flickr There are electric wires because the building is lit, I tried to hide the wires as well as possible and I made sure that there were no wires between the floors. I used nails to make the contacts, when the stages are clipped, there is contact and that makes it possible to supply the stages. IMG_20200419_144720 by alex peraux, sur Flickr IMG_20200419_144852 by alex peraux, sur Flickr IMG_20200419_144808 by alex peraux, sur Flickr you will find other photos in my album

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ok but it's a shame to have two places to talk about the same subject (even if here we're talking more about the technic side) ;)

see this topic:

I just saw the article. This is good news, but the price is, like other products, a LEGO price! See what these kits can contain (maybe programmable animations)

Bonjour, c'est un forum en anglais, merci de traduire ta demande en anglais afin d'avoir des réponses (meme une traduction google peu suffire) Hello, this is a forum in English, please translate your request into English in order to have answers

9.5L: proposition by alex peraux, sur Flickr

good work ! On the last image, the ground floor seems completely crushed compared to the floor!

here are some WIP picture of the chain guide. I have nothing to hold the chain over the entire length, it is just tight. IMG_20191208_172120 by alex peraux, sur Flickr IMG_20191208_172112 by alex peraux, sur Flickr IMG_20191208_172100 by alex peraux, sur Flickr I also look at your GBC modules which are very interesting ;)

Hello, here is my last GBC module: IMG_20191215_160937 by alex peraux, sur Flickr Why two steps ? Well nothing to do with an internal combustion engine but simply a module that works in 2 times ... It all started from an idea (not necessarily new) of a carriage lifting the balls. This cart would pick up balls from a basket, go up the slope and empty once at the top. So I started with this part. To make a round trip to the cart there are several technical options (rack, string, chain ...) I opted for the chain. But I did not want a reversal of meaning at the bottom and at the top. The chain must rotate continuously. So I positioned the chain vertically and fixed a Liftarm on it, 2 axel and pin connector to offset the grip and here I am in the axis of the sprockets. This allows a time delay at both ends (the time the Liftarm goes around the spoket). In red the hook with the cart IMG_20191215_171821 by alex peraux, sur Flickr This done, I made the chassis to hold everything. IMG_20191208_190430 by alex peraux, sur Flickr IMG_20191215_161020 by alex peraux, sur Flickr Then the second part loading the basket, a chain with Liftarm will do the trick very well. We place the top of the chain above the basket, a large input tray that can contain several tens of balls and rolls my chicken ( typically French expression ) Well almost, because what happens when the basket tilts and the loading chain is running? Well, the balls fall to the ground: the nightmare. So you have to stop the loading chain when the basket is emptied CQFD( another typically French expression ). This is where the brain is agitated and lays a magnificent removable coupling of a 24T on a worm gear ! The basket in normal position presses 3 liftarms positioned vertically, these liftarms in turn press on the end of a liftarm. This liftarm is attached to 3 studs at its other end and can rotate around this point. At the end an elastic band allows the assembly to remain in the high position when it is not pressed on it. So the basket at rest pressing on the liftarm drives the 24T on the worm gear. When the trolley lifts the basket to load the balls, it no longer presses so the 24T is no longer in contact with the worm gear. I lost you all 2 small explanatory gif (which must be downloaded because flickr does not animate them): accouplement2 by alex peraux, sur Flickr accouplement1 by alex peraux, sur Flickr or in video, the coupling / uncoupling of the 24T on the worm gear (sorry it moves a little) For more photos see my album. And 2 videos for the price of one loading the trolley: and the full video feel free to comment ! Thanks for reading me

beautiful realization, as much outside as inside. full of detail!

@koalayummies thanks for the quote!