creedo299
Epochal Historian
Yes Ray funny you should ask that.
The control boards for the modified version of the Sony-like robot, would be placed in the skull of the bot.
If you take a ruler and measure off four and one half inches, by five and a quarter, you will get the rough dimensions of how the drop push next gages, for the control boards would go in.
The depth of this nest gage, is about six inches for a really comprehensive robot, however only three and a half inches, for a moderately developed walking bot.
When the bot has trouble it either walks to the P.C. station or in emergencies, can be carried on a dolly.
You can hook up your bots functions barring complete internal battery failure of this bot, to your home UPS with a battery, for those who do not know what a UPS is?
There is a small coin open hatch, that when expose show a series of five internally held card, which are complex mini-bot controlling boards, of which each feed into a central movement function interrogator and balancer synthesizer.
There are two of these synthesizers, in-case of one failing.
Sp when you open this hatch, you are looking at seven dedicated mini-boards.
In function size, determination each of these boards are a little like, both the Basic Stamp controller and the Tern Dedicated series of flash board controllers, which tend to be mini in size.
So you have your bot seated within a chair by your home P.C. and you have the company on the I.P. line and this is all you need to troubleshoot function, say if its either a routine maintenance, or something goes wrong.
Each board is caged so that a downward pressure relaces it from its seating and the bad or damaged board can be lifted out.
The bot sits there, till a new board can be sent and replaced by the owner, or the one who provides maintenance.
There is also a magnetic plug-in which when hooked upped, provides a read-out so that the company sees, the bots status, as well as you having the same report.
All parts of this bot, are easily detachable, with a series of pin and snap-open lock rings, which allow for damaged parts, for these parts to be rapidly replaced..
There is both an automatic recharge shoe and a self evening interface with the house P.C. so that instructions and self maintenance checks can be performed every day.
There is a safety feature, which send out a call for help, or "Oh I am hurt lost and or in need of help, by Mr. Johnson" for example, which would protect every bot, say in the event that it would self wander away from its home, or be stolen, or in some accident, that the owner would not know of.
The question of allowing the form of walking robot to become completely submersible, looms, as there is the eventuality of falling into either standing water, or a swimming pool, which might be a threat to this stile of bot's safety?
The control boards for the modified version of the Sony-like robot, would be placed in the skull of the bot.
If you take a ruler and measure off four and one half inches, by five and a quarter, you will get the rough dimensions of how the drop push next gages, for the control boards would go in.
The depth of this nest gage, is about six inches for a really comprehensive robot, however only three and a half inches, for a moderately developed walking bot.
When the bot has trouble it either walks to the P.C. station or in emergencies, can be carried on a dolly.
You can hook up your bots functions barring complete internal battery failure of this bot, to your home UPS with a battery, for those who do not know what a UPS is?
There is a small coin open hatch, that when expose show a series of five internally held card, which are complex mini-bot controlling boards, of which each feed into a central movement function interrogator and balancer synthesizer.
There are two of these synthesizers, in-case of one failing.
Sp when you open this hatch, you are looking at seven dedicated mini-boards.
In function size, determination each of these boards are a little like, both the Basic Stamp controller and the Tern Dedicated series of flash board controllers, which tend to be mini in size.
So you have your bot seated within a chair by your home P.C. and you have the company on the I.P. line and this is all you need to troubleshoot function, say if its either a routine maintenance, or something goes wrong.
Each board is caged so that a downward pressure relaces it from its seating and the bad or damaged board can be lifted out.
The bot sits there, till a new board can be sent and replaced by the owner, or the one who provides maintenance.
There is also a magnetic plug-in which when hooked upped, provides a read-out so that the company sees, the bots status, as well as you having the same report.
All parts of this bot, are easily detachable, with a series of pin and snap-open lock rings, which allow for damaged parts, for these parts to be rapidly replaced..
There is both an automatic recharge shoe and a self evening interface with the house P.C. so that instructions and self maintenance checks can be performed every day.
There is a safety feature, which send out a call for help, or "Oh I am hurt lost and or in need of help, by Mr. Johnson" for example, which would protect every bot, say in the event that it would self wander away from its home, or be stolen, or in some accident, that the owner would not know of.
The question of allowing the form of walking robot to become completely submersible, looms, as there is the eventuality of falling into either standing water, or a swimming pool, which might be a threat to this stile of bot's safety?
