Good morning, is there any way I can contact you to see if I can get both the code and the files for the 3d printer for a high school project? We would really appreciate it if you could help us.
Did 3D print this? If so where can I get the files? How many different meds can it hold and can it defense more than one hell at a time like for example two of one medication at one time.
The idea with this design is that the vacuum picker can run when the machine is not being actively used and replenish the 10 “trap doors” with pills. Each trap door can hold several pills if needed. This way the user gets their medication quickly, while the machine can take as long as it needs to run its “picking” cycles and refill itself. Yes, almost every part was 3D printed either on an Ender 3 V2 or a Taz 6. The files will likely not be released, unfortunately, as there have been talks amongst the group to one day patent the idea.
Here is a concept animation I made to help visualize the idea. Although only one pill is picked and dispensed, you can see there is room for more than one pill in the trap door area. ruclips.net/video/EMQrOZxQDB4/видео.html
Hii. Your project is awesome. i need similar kind of vaccum picker for my project can you plz provide me the details of that part only. Please its urgent.
It is a 12V vacuum pump, some silicone/rubber hose, and an industrial-style silicone vacuum picker nozzle. I don’t recall where the nozzle was purchased, but it wasn’t easy to find.
Nice find! We developed our prototype with a cursory understanding of other pill dispensing mechanisms on the market, but without ever seeing the inner workings of one. So it’s nice to see that we came to a similar design through down-selection of the different mechanisms and methods.
hi how do you make sure the vacuum to always pick up the selected pill everytime it needs to dispense??
Good morning, is there any way I can contact you to see if I can get both the code and the files for the 3d printer for a high school project? We would really appreciate it if you could help us.
Is there a how-to or instruction guide about how to build this?
Great job
how much does it cost to make this?
Did 3D print this? If so where can I get the files? How many different meds can it hold and can it defense more than one hell at a time like for example two of one medication at one time.
The idea with this design is that the vacuum picker can run when the machine is not being actively used and replenish the 10 “trap doors” with pills. Each trap door can hold several pills if needed. This way the user gets their medication quickly, while the machine can take as long as it needs to run its “picking” cycles and refill itself. Yes, almost every part was 3D printed either on an Ender 3 V2 or a Taz 6. The files will likely not be released, unfortunately, as there have been talks amongst the group to one day patent the idea.
Here is a concept animation I made to help visualize the idea. Although only one pill is picked and dispensed, you can see there is room for more than one pill in the trap door area. ruclips.net/video/EMQrOZxQDB4/видео.html
Hii.
Your project is awesome.
i need similar kind of vaccum picker for my project can you plz provide me the details of that part only.
Please its urgent.
It is a 12V vacuum pump, some silicone/rubber hose, and an industrial-style silicone vacuum picker nozzle. I don’t recall where the nozzle was purchased, but it wasn’t easy to find.
@@Bfyobrian12 thank you so much. Even I am finding very difficulty to find the silicon vacuum suction cups
i need some clarification bro
Bro one doubt
Plz reply as soon as possible
Way too over engineered and what problem does it effectively solve? A person who can't manage their medication won't be able to manage this.
I really like this idea and I am considering trying it out myself. Can I get your email info if you don't mind?
Sure! bfielde@purdue.edu
Nice project but basically the same thing as in this patent: US11139057B2
Nice find! We developed our prototype with a cursory understanding of other pill dispensing mechanisms on the market, but without ever seeing the inner workings of one. So it’s nice to see that we came to a similar design through down-selection of the different mechanisms and methods.