#motor magnets
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Temperature Condition for Brushless Motor Magnets
Temperature Condition for Brushless Motor Magnets Brushless motors use permanent magnet as one of their key components. These magnets usually use high-performance permanent magnet materials, such as rare earth neodymium strong magnets, mainly arc-shaped, fan-shaped, wedge-shaped, and rectangular. Today, this article mainly introduces the temperature requirements of brushless (DC) motor…
#AC motors#bonding neodymium iron boron#Brushless motor magnets#DC motors#Embedded Permanent Magnets#Ferrite magnet#high-performance permanent magnet motors#interior permanent magnet motors#IPM motors#magnet working temperature#Magnetic alloy#magnetic field#magnetic fields#magnetic flux density#magnetic forces#magnetic parameters#magnetic properties#Magnetic stators#Magnetic torque#magnetization direction#Magnets Temperature#motor magnets#permanent magnet motors#Permanent Magnets#PM Motors#rotor and stator#SPM motors#surface permanent magnet motors#Surface Permanent Magnets
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IT SPINS! Handmade electric motor! Entirely out of wire! They said it couldn't be done, but I have proven -- it merely shouldn't be done!
Photos don't really capture how ridiculously complicated this thing was to build, so I managed to film myself assembling the components too! Very proud of that.
In total, I've been working on this project on and off for roughly two years. This motor is my third version, though I went through something like seven designs of the commutator section (not counting how many failures it took to build a working example of a given design). I'm very proud of getting this to work at all.
Some close-up photos of all the components:
Six-way commutator. As the motor spins, this delivers electricity to only the correct pair of magnets at a time, leaving the other four off.
Magnet coils. I wound these by hand from very thin insulated wire. The center is a spiral of thicker insulated wire (darker orange) that protects the thin stands from the steel core and then wraps around the outside to hold everything in place.
Spring-loaded arms. These deliver electricity from the stationary frame into the rotating axle. They also have to hinge up out of the way or else there's no room to fit the rotor in place during assembly.
All the components laid out together before assembly.
And the full motor in all its glory!
#wire#crafting#electric motor project#steampunk I guess#IT FINALLY SPINS#and it's made entirely of wire#no permanent magnets just metal and electricity#even just making the video was a decent-sized project on its own#so proud of this
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A homopolar motor is built with a battery, a magnet and some conductive wire. The magnet provides a magnetic field that will interact with the magnetic field induced by the current in the wire.
A homopolar motor is a type of electric motor that uses a magnetic field to create motion. It is also known as a disc motor, a Faraday disk, or a disc dynamo.
The homopolar motor is made up of three main parts:
A battery: This provides the electrical current that flows through the wire.
A magnet: This creates the magnetic field that interacts with the current in the wire.
A conductive wire: This is the wire that carries the electrical current and interacts with the magnetic field.
The wire is typically shaped into a disc, and it is placed between the poles of the magnet. When the battery is connected to the wire, a current flows through the wire. This creates a magnetic field around the wire. The magnetic field of the wire interacts with the magnetic field of the magnet, and this causes the wire to rotate.
The speed of the homopolar motor depends on the strength of the magnetic field, the amount of current flowing through the wire, and the size and shape of the wire.
Homopolar motors are simple to construct and can be used to generate small amounts of electricity. They are often used in educational demonstrations and experiments.
Here is a diagram of a homopolar motor:
The battery is connected to the wire, which is shaped into a disc. The disc is placed between the poles of the magnet. When the battery is connected, a current flows through the wire, creating a magnetic field around the wire. The magnetic field of the wire interacts with the magnetic field of the magnet, and this causes the wire to rotate.
Thank you for reading! I hope you found this post informative. If you did, please share it with your friends and followers. 😊🙏
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The simplest battery motors
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IM FREEEEEE
#(FROM PROJECTS)#personal#the engineering chronicles#WILL HOPEFULLY NEVER NEED TO SLEEP THREE NIGHTS ON THE FLOOR OF THE ENGINEERING BUILDING AGAIN!!!#one class the final project was to build a karaoke machine which my partner and i had planned on making look like actual speakers and#microphone but we couldn’t find the stuff in time and her mom made a joke abt singing into hairbrushes and we decided to take that and#run lol we used a pink sparkly makeup box to store our circuit and cut out holes for the speakers and decorated it with makeup and put the#hairbrush mics inside and it was very fun actually and our class voted us as one of the groups to go to project day which was pretty cool!!#project day did get canceled bc of. asnow day which was unfortunate especially considering we stayed up until 4am the night before#preparing our documents for it and trying to perfect the karaoke machine when we could have been putting that time toward project number#2 😐 but whatever we still get our extra credit and i can say i qualified for it so im happy enough#then project 2 was for another class but we’re lab partners in both (+ another guy for this project) and it was digital monster pet so we#made a dragon i was mostly on design so i hand CADed the whole thing which was living hell if i never want to lay eyes on solidworks#again but also he came out very cute after MUCH hasle putting him together with all the wires and components bc our wires from the kit are#so bad they’re constantly getting disconnected from each other which we didn’t know would happen bc the labs we usually do we don’t have to#connect them together like that since you’re not routing them thru bodies etc and they’ve worked great until now but anywya.#i did the lcd faces and the light sensor and a couple other things + a lot of the code was copy and paste from past labs and fitting it to#suit the project but for the most part it was a shit ton of hardware on my end while she and the other guy managed the rest of the code#which i really wish i could have been more involved with but oh well. as it is though he’s my baby i birthed him <3 we’re planning on#meeting up over weekends next semester to change some stuff and add other extra features that we missed we got a decent grade 85% but we#all agreed we don’t want to leave him like this we want to add the extra features we had come up with and also i think we should switch out#our motors for servos bc the motors we were required to use#instead suck they’re not strong at all compared to what a servo can do for you. also we want to make it so you can not only pet him which w#already have with light sensors but also wash him with a Hall effect sensor and magnet so like we’d stick the sensor inside and the magnet#inside a little cad brush or sponge is what im envisioning and i have an expression in mind for what we’d do then. also paint him and#redesign the platform he stands on bc it’s rlly cramped and also make a pcb bc we only have him with the microcontroller and breadboards rn#and i might mess with his face piece a bit too im not sure. oh and speakers!!! those were technically a requirement but we didn’t get them#done on time but i want to make him play music sooooo bad so definitely that. anyway want to be more involved in the software when we do#all this. pretty excited actually :]
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Anyone have any idea what the name of this kinda PCB is?
#Youtube#have seen similar things labeled '2d magnetic actuators'#or '2d stepper motors'#or like those smart chess sets that automatically move the pieces without just having a xy electromagnet gantry underneath#specifically smth that can move electromagnets independently#ideally w no actual moving parts underneath
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what do you think of linear induction motors
Better than linear synchronous motors as it doesn’t require complex start up logic
And induction is a cool as hell way to create motion! Like yeah imagine a transformer, but short 1 part and allow it to move???? And it moves!????
#yeah induction is way cooler than just attracting a magnet#but rotary motors are way more useful#what do YOU thinks of linear induction motors?#first ask yay 🎉
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Baby Brains
The human body carries on developing after birth – but the rate of these changes is still in question for developmental biologists. Here scientists take magnetic resonance imaging (MRI) scans of sleeping children’s cerebellums over the first two years of life, showing months 1–5 (top row) and regular intervals afterwards (bottom) from three different angles. While the young brain is constantly growing, it’s growing at a faster rate (warmer colours) during the first six months. The researchers investigated further, analysing the scans from 235 healthy children and looking at how 27 individual regions of their cerebellums change – finding, for example, that changes in specific ‘lobules’ corresponded with milestones in fine motor skills. This data could be used to pinpoint developmental windows for further study, or even to diagnose health issues or injuries during a toddler’s early life.
Written by John Ankers
Image from work by Ya Wang and Liangjun Chen, and colleagues
Department of Radiology and Biomedical Research Imaging Center, University of North Carolina at Chapel Hill, Chapel Hill, NC, USA: UNC/UMN Baby Connectome Project Consortium
Image originally published with a Creative Commons Attribution 4.0 International (CC BY 4.0)
Published in Cell Reports, April 2023
You can also follow BPoD on Instagram, Twitter and Facebook
#science#biomedicine#brains#brain development#developmental biology#babies#brain#mri#magnetic resonance imaging#motor skills
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This is so wierd!
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Permanent Magnet Motor Assembly Manufacturer
Motor is an electromagnetic device which achieves conversion between mechanical energy and electric energy via the magnetic field. The air gap magnetic field for electromechanical energy conversion can be produced by applying the electric current to excitation winding or utilize permanent magnet. Permanent magnet motor refer to those motor which utilize permanent magnetic field to instead excitation windings.
Contact With Us Send Email: [email protected] Call Anytime: +86 19106729372
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Type And Advantage of Magnets In Electric Motors
Type And Advantage of Magnets In Electric Motors We all know that magnets are commonly used on motors, but the magnets used by different motors are not only different sizes, but also different shapes. The basic shapes are arc/wedge/bread-shaped, rectangle, ring and flat (plane) shapes, Let’s talk about their respective characteristics. First, Motor arc magnets (segment magnet, bread magnet,…
#AC motors#bonding neodymium iron boron#DC motors#Embedded Permanent Magnets#Ferrite magnet#high-performance permanent magnet motors#interior permanent magnet motors#IPM motors#Magnetic alloy#magnetic field#magnetic fields#magnetic flux density#magnetic forces#magnetic parameters#magnetic properties#Magnetic stators#Magnetic torque#magnetization direction#motor magnets#permanent magnet motors#Permanent Magnets#PM Motors#rotor and stator#SPM motors#surface permanent magnet motors#Surface Permanent Magnets
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Japan has Launched New Generation Transport SHOCKING Saudi A
youtube
Another new video from the "AI Evolves" channel. In this video, we explore Japan's revolutionary new-generation transport system and its shocking impact on Saudi Arabia. Keep watching this entire video. Stay up to date by subscribing to our channel.
Innovative Transport Devices: Companies like Honda, Segway, Toyota, and Coco Motors are developing cutting-edge transportation solutions like single-wheeled unicycles and egg-shaped vehicles that revolutionize personal mobility.
Honda U3X: A user-friendly electric unicycle weighing 10 kg, operated by shifting body weight, and designed for short trips with a 6 km/h speed and 30 minutes of charge time.
Segway S-Pod: An egg-shaped, joystick-controlled self-balancing chair capable of reaching 38 km/h and 70 km per charge, ideal for campuses and parks.
Toyota FV2 and PM: Toyota's futuristic single-person vehicles operate through body movements. They feature features like color-changing panels and extreme maneuverability and focus on personalization and urban mobility.
Toyota Micro Pallet: An autonomous robot for last-mile delivery with interactive features, showcasing Toyota’s vision for efficient, modern transportation solutions.
We hope you enjoyed this video. Make sure you click the "Like" button and share this video with your friends and others who might also be interested in learning more about this video.
#transportation revolution#future of travel#magnetic levitation technology#transportation innovation#technology#robotics#Walkcar By Cocoa Motors#Youtube
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This is so COOL! An xy stepper motor moves magnets which move the chess pieces. But beware of the knight! Knights can jump over pieces!
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Permanent Magnet Stepping Motor Market Industry Outlook, Size, Share, Growth, Trend and Forecast to 2031
Permanent Magnet Stepping Motor Market Research Report
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Permanent Magnet Stepping Motor Market Share by Key Players
Shinano Kenshi
Minebea
Nippon Pulse Motor
Haydon Kerk Motion Solutions
Oriental Motor
Panasonic
Mechtex
Anaheim Automation
ElectroCraft
Nanotec Electronic
Kollemorgen
Bosch Rexroth
TECO Electro Devices
Changzhou Leili
Moons
Mige
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The report is segmented as follows:
By Type
2-phase Hybrid Stepper Motors
3-phase Hybrid Stepper Motors
Other
By Application
CNC Machine Tool
Industrial Automation
Industrial Automation
Printing Equipment
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#Permanent Magnet Stepping Motor Market Size#Permanent Magnet Stepping Motor Market Share#Permanent Magnet Stepping Motor Market Growth#Permanent Magnet Stepping Motor Market Trends#Permanent Magnet Stepping Motor Market Players
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Levitating Solar Motor: Creative Science Toy with Magnetic Ornaments and Gifts
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