Download Sound Seeder

Soundseeder devices will discover each other automatically after they have been connected to the same Wi-Fi. If an device is not visible to your player, try to add it manually by entering its IP address. The IP address of your soundseeder device is displayed in the Settings (see Settings).

AirMusic is able to capture the sound of Android application and to stream it via DLNA.

Activate the DLNA Renderer Mode of SoundSeeder and connect AirMusic to SoundSeeder to stream your music to your speakers.

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By default soundseeder takes the input of the internal microphone and streams it to your connected speakers.

Note: To avoid audio feedbacks, turn off the speaker of your SoundSeeder Player device, while using the microphone.

USB-Audio support

SoundSeeder also supports the Android host mode for audio on compatible Android devices*.

If your device supports USB-Audio accessory, you can use soundseeder to stream external audio sources via the line-in (AUX) port of a connected USB soundcard.

Auto re-sync strategy: Specify the automatic re-sync intensity for this speaker. The available options are off, low, medium, high and extrem and specify how fast (and often) soundseeder re-syncs the speakers playback automatically.

SoundSeeder is able to stream the sound of a Windows PCs via dlna. This feature allows you to stream music played from Spotify, Youtube or any other third party application to your SoundSeeder Speakers.

SoundSeeder supports the Android host mode for audio on compatible Android devices.

If your device supports USB-Audio accessory, you can use soundseeder to stream external audio sources via the line-in (AUX) port of a connected USB soundcard. (See Mic/AUX Mode)

When people need to broadcast or record clean audio in difficult environments they turn to CEDAR. Whether broadcasting live to air or confidence checking prior to post or recording production sound on a budget, our zero-latency noise suppressors always maintain lip-sync and are the professionals' tools of choice.

CEDAR products are used worldwide to suppress noise in live situations ranging from theatre productions to conferences and rallies. The benefits include greater clarity in the auditorium, and a higher threshold at which feedback might occur, allowing the sound engineer to obtain a cleaner, brighter and louder sound.

Respiratory disease outbreaks continue to be one of the major problems in modern pig production worldwide impacting productivity, antibiotic usage, and animal welfare.1 SoundTalks, an available Precision Livestock Farming (PLF) technology, continuously records the sounds in pig production facilities and emits early warnings (yellow/red alerts) in the case of respiratory outbreaks. These alerts have enabled triggering earlier caregiver awareness of the onset of respiratory clinical episodes than via caregiver observations alone2. Even though a capability for early warning has been established, further research is needed to more fully understand the economic impact of this sound-based PLF tool for producers. The objective of this study was to evaluate the performance and economic differences resulting from earlier intervention following the onset of a clinically detectable respiratory disease episode as measured by SoundTalks.

After seeder pig challenge, two respiratory outbreaks caused by swine A influenza virus (IAV) were registered throughout the study. Pigs were treated accordingly to study design. Contact challenged pigs from G0 had a 12,7 and 20,4 gram higher ADG compared to those from G5 and G10 respectively. Similarly, contact challenged pigs from G0 had a 23.4% and 10.1% decrease in individual treatments when compared to G5 and G10 respectively. Contact challenged pigs from G0 had a 0.26% higher and 1.22% lower percent mortality compared to those from G5 and G10 respectively. All production variables were introduced into the SEI model and the resulting Benefit:Cost Ratio 10 year time series is shown in Fig 1.

Quick explanation: seed gets blown with air from a holding bin to units that place them in soil, via 1' pipe. 1 pipe at holding bin, gets distributed to 50 pipes and then to planting units

Goal : building a monitor that could notify tractor operator(me), that 1 or more pipes are blocked, therefore not planting seeds

There are many commercial available systems out there, that uses different ways to sense seed-flow (hit-, infrared-sensors), but the one that is most effective is one using a sound sensor, 'hearing' seeds bounce of a membrane.

I've build a working prototype using a microphone and 555timer, switching on/off red and green leds, but I don't like the idea of having a harness with 50+ wires running from back of seeder all the way to tractor cab, and quick connector blocks malfunctioning.

So arduino with wifi it is!

I have done some research, and found many ways of doing this, so much so that I think it best to ask the pros for advice before I start and do it wrong, or more complicated than needed.

Coding I'm sure would be doable and I'll spend many nights learning (noob!),

Hardware are my question:

Sound sensor- KY-038 x 50 (?)

Also I might want to have multiple master arduinos(uno) with each 6-7 sound sensors, tranmitting to 1 slave(mega), with all the red and green leds, as the monitor.

Could this be done?

I can only find tutorials of one master, multiple slave, not the other way around?

Excellent!

Now next question:

My master will be a Mega and I'll need 50 green leds, 50 red leds and 50 yellow leds( I'm guessing I could write the code so that yellow leds could go on when there is a difference in sound intensity at sensors when some pipes are partially blocked?)

That's 150 pins, + one more for a buzzer

Without any additional hardware (transistors),what's the best way to do this?

(English pronunciations of seeder from the Cambridge Advanced Learner's Dictionary & Thesaurus and from the Cambridge Academic Content Dictionary, both sources Cambridge University Press)

This banjo appears to be a Dobson style banjo, which would lend one to believe there is a Dobson tonering being used. But, in fact, the tonering is Hunduran Rosewood. The sound is bright, but not as bright as a Dobson tonering. There is a decent amount of sustain, but not a excessive amount.

Perfect, matches what I wanted to a T which is so nice when doing a custom build. Not giving it a 10 because tone is subjective & there is likely an even better sounding banjo out there somewhere...

Overall, I'm exceedingly happy with my Seeders banjo. I ordered the banjo with certain expectations and all of those were met or exceeded. The craftsmanship is excellent, and the sound is crisp up and down the neck. Working with Will was a pleasure throughout. He is ever helpful in sharing ideas on wood selection, hardware choices and inlay designs with attention to the look, sound and feel of the final product. While a simple design and simple inlays are my personal preference, I know I didn't even scratch the surface of what Will is capable of doing. It's hard to imagine anybody would be disappointed with a Seeders banjo.

I had been wanting a Piccolo banjo for awhile and stumbled across Will Mosheim www.seedersinstruments.com and he made one. The sounds the little bugger spits out is both clean and much more volume than I would expect from such a small banjo.

At this stage, I think I realistically don't need all the expansions. I'll be getting Aftermath for sure, but I'm not sure which alien to add on as well. I'm leaning more towards Void Seeders because they sound a bit more different, but Carnomorphs appeal to my love of Dead Space.

Would you be interested if we told you that you could turn your old smartphone into a wireless multiroom speaker system? You can do this with the help of SoundSeeder and the Raspberry Pi. Transform your aging gadgets into capable audio partners by wirelessly connecting them to your SoundSeeder system. Building up a surround sound system or simply listening to music in separate rooms is possible. This method to construct your wireless home audio system will save you money and help the environment.

This is why seed penetration in the soil is the key to improving a seed's chance of success. Generally, the bigger a seed is, the deeper it can go. This is often achieved using precision seeders, similar to those used in agriculture. These machines open up the soil, deposit the seed at a precise depth, and cover it. The E-seed can achieve a similar result, ideally making seed broadcasting as effective as precision seeding.

Shows the loose fluffy soil this seeder can handle. In this video they are planting a long bed of salad greens. This tilled soil is very loose and soft. Notice how deep his footprints are, and how the fine soil moves.

This Hoss seeder is made the way things used to be: Strong, Simple, and Reliable. It is made with 18 pounds of steel. The only plastic parts are the collection of seed plates, and the hopper they fit into.

SoundSeeder streams your music to additional devices and turns them into wireless speakers, to play your music louder or to share it with your friends.

All connected devices (Android, Windows, Linux, Raspberry Pi, ...) play the music in sync as one large sound system.

If you have any questions or issues please send us a short description of your problem, the model name of the affected android device and the installed android version to

jekapps@gmail.com or visit soundseeder.com/support

I have recently been given permission to hunt a 78 acre piece of property in central east Alabama. The land consist of volunteer pines and hardwoods with two small clearings and a spring/ bedding area running through the middle of them. I wanted to ask for your recommendation on what to plant in these small plots. They are both roughly 1/8 acre in size. From what scouting I have done the deer definitely like to roam the surrounding area for food and come to this property to bed. The only food source on the property are the acorns which are long gone this late in the season. I would love to hear your suggestions on what to plant in these two plots for next season. I should mention that I only have hand tools to do the planting but could possibly get the use of a tractor and plow but no seeder or drill. Thanks for your help. Cade, ff782bc1db