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Environment Environs
i-Viron MicroClimate
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UNIVERSAL CUSTOMIZNIVERSAL CUSTOMIZATIONTION PATENTATENT[14]iVIRON MICRO-CLIMATE TILES(2010)
Patent Number: 3,131,978
(54) Patent forMicro-Climate Tiles
(54) TECHNOLOGICAL DEPLOYMENT FOR
DISSOLVING THE STATIC BARRIERS
BETWEEN SOCIAL EXPERIENCES WHILE
MAINTAINING INDIVIDUAL
CUSTOMIZATION AND ENVIRONMENTAL
(76) Inventor/Fabricator: JD
Sassaman
Correspondence Address:
STUDIO 5-414
COZY DESK WITHOUT A WINDOW
3rd YR MARCH REGION
(21) Initial Application: i-Viron
MicroClimate Tiles
by reconceptualizing the floor and ceiling
interior cladding to be part of integrated
technological systems,the individual units
become important vessels of discreet
devices.
[23] ABSTRACT
(22) Filed..............2232
Fig. 1 Fig. 2
Fig. 3
Ceiling Tiles
Floor Tiles
1ft
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UNIVERSAL CUSTOMIZNIVERSAL CUSTOMIZATIONTION PATENTATENT[14]MICRO-MICRO-CLIMATES(2010)
Patent Number: 3,131,978
Fig. 4
Aimable Speakers
Reflective Surface
LED Array
DIffuse Lighting Panel
Fig. 5
Fig. 6
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UNIVERSAL CUSTOMIZNIVERSAL CUSTOMIZATIONTION PATENTATENT[14]MICRO-MICRO-CLIMATES(2010)
Patent Number: 3,131,978
Fig. 7 Durable Walking Surface
Flexible Heat Film
ThermoElectric Flat Heater
Fig. 8
Fig. 9
1
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Fundamental Acts: Life, Supersurface 1972
Superstudio
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Continuous Monument 1972
Superstudio
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Air Architecture 1960
Yves Klein
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the ceaseless application
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HUMAN
PRESENCE?
NO
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HUMAN
PRESENCE?
NO
no response
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HUMAN
PRESENCE?
YES
Read Personal Iden-
tity Profile
Your RFID Card contains your
identity profile, customized by
you, including your desired
settings for all embeded
YES
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HUMAN
PRESENCE?
YES
Read Personal Iden-
tity Profile
Turn Lighting ON
for your profile
YES
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HUMAN
PRESENCE?
YES
Read Personal Iden-
tity Profile
Turn Lighting ON
for your profile
HUMAN
PRESENCE?
YES
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HUMAN
PRESENCE?
YES
YES
Read Personal Iden-
tity Profile
Turn Lighting ON
for your profile
HUMAN
PRESENCE?
YES
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HUMAN
PRESENCE?
YES
YES
Read Personal Iden-
tity Profile
Light Remains ON
Turn Light ON
at specified intensity
HUMAN
PRESENCE?
YES
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HUMAN
PRESENCE?
YES
NO
Read Personal Iden-
tity Profile
Turn Lighting ON
for your profile
HUMAN
PRESENCE?
YES
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HUMAN
PRESENCE?
YES
NO
Read Personal Iden-
tity Profile
read Personal Iden-
tity Profile for dim-
ming setting
Turn Lighting ON
for your profile
HUMAN
PRESENCE?
YES
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HUMAN
PRESENCE?
YES
NO
Read Personal Iden-
tity Profile
read Personal Iden-
tity Profile for dim-
ming setting
Turn Lighting ON
for your profile
HUMAN
PRESENCE?
YES
this personal setting is also
coded into your RFID card and
determines the tail of your
personal environment
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Light Fades to OFF
leaving visible trace
HUMAN
PRESENCE?
YES
NO
Read Personal Iden-
tity Profile
read Personal Iden-
tity Profile for dim-
ming setting
Turn Lighting ON
for your profile
HUMAN
PRESENCE?
YES Light Fades to OFF
leaving visible trace
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Proof of Concept Video
Movement Tracking
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void loop(){
readIdentity();
if(millis()/1000-time>1 ){ //the >__ value determines how
soon light goes off after RFID is gone
identity=0;
} // this checks to see if the current time is more than 2 seconds
away from the time the last RFID code was read
if(identity==0){// if it was more than 2 secs, the light is set to turn off.
for(int i=0; i
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if ((val ==10)||(val == 13)) {
break;
}
code[bytesread] = val;
bytesread++;
}
}
if(bytesread == 10) {
if(code[0]==2&& code[1]==F&& code[2]==0&&
code[3]==0&& code[4]==E&& code[5]==6&& code[6]==C&&
code[7]==2&& code[8]==C&& code[9]==0){
identity=1; // this is the white card A - tag code 2F00E6C2C0
dimSpeed=10;
}
else if(code[0]==2&& code[1]==F&& code[2]==0&&
code[3]==0&& code[4]==E&& code[5]==6&& code[6]==9&&
code[7]==E&& code[8]==0&& code[9]==F){
identity=2; // this is the white card B - tag code 2F00E69E0F
dimSpeed=40;
}
else if(code[0]==2&& code[1]==F&& code[2]==0&&
code[3]==0&& code[4]==E&& code[5]==6&& code[6]==9&&
code[7]==D&& code[8]==F&& code[9]==7){
identity=3; // this is the white card C - tag code 2F00E69DF7
dimSpeed=120;
}
else if(code[0]==2&& code[1]==F&& code[2]==0&&
code[3]==0&& code[4]==E&& code[5]==6&& code[6]==C&&
code[7]==2&& code[8]==D&& code[9]==8){
identity=4; // this is the white card D - tag code 2F00E6C2D8
dimSpeed=2;
}
else if(code[0]==2&& code[1]==F&& code[2]==0&&
code[3]==0&& code[4]==E&& code[5]==6&& code[6]==9&&
code[7]==D&& code[8]==E&& code[9]==F){
identity=5; // this is the white card E - tag code 2F00E69DEF
dimSpeed=160;
}
}
}}
}
ledIntensitybase[0] = 200;
ledIntensitybase[1] = 200;
ledIntensitybase[2] = 0;
ledIntensitybase[3] = 250;
}
if(identity==4){
ledIntensity[0] = 50; // set the lighting prole for CARD D
HERE == RED
ledIntensity[1] = 50;
ledIntensity[2] = 250;
ledIntensity[3] = 0;
ledIntensitybase[0] = 50;
ledIntensitybase[1] = 50;
ledIntensitybase[2] = 250;
ledIntensitybase[3] = 0;
}
if(identity==5){
ledIntensity[0] = 250; // set the lighting prole for CARD D
HERE == ALL LIGHTS
ledIntensity[1] = 250;
ledIntensity[2] = 250;
ledIntensity[3] = 250;
ledIntensitybase[0] = 250;
ledIntensitybase[1] = 250;
ledIntensitybase[2] = 250;
ledIntensitybase[3] = 250;
}
for(int i=0; i 0) {
time=millis()/1000; // here a time stamp is recorded in the
value (long) time to be compared in the loop with the current
time to determine how long-ago the last RFID was read.
if((val = Serial.read()) == 10){
bytesread = 0;
while (bytesread < 10){
if (Serial.available() > 0){
val = Serial.read();
MicroClimate :: Lighting
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MicroClimate :: Lighting
60degree light cone
MicroClimate :: Sound
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MicroClimate :: Sound
90degree sound cone
MicroClimate :: Heat
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MicroClimate :: Heat
MicroClimate :: Heat-Light-Sound
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MicroClimate :: Heat Light Sound
60degree light cone
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SubFloor with Hydronic Radiant Heat
Typical Installation Layers
http://ww
w.a2energy.com/pages/radiant.php
http://www.radiant-foor-heating.com/hydron
ic/
haptic actuators:
Radiant Heating
Hydronic radiant oor heating systems use a
boiler to heat up hot water and a pump to circulate the
hot water in plastic pipes installed in a concrete slab.
The pipes, embedded in the oor, carry heated water
that conduct warmth to the surface of the oor where
it broadcasts energy to the room.
Separated radiant heat zones are typically con-
trolled by one thermostat and served by a manifold
which distributes the ow of warm water to the indi-
vidual circuits of tubing within each zone.
Hydronic heating offers heat that does not make
noise or give off uneven heat, as a forced air system
would. Again unlike forced air systems, the hydronic
system warms people and objects rather than just air
so one can leave the door ajar without worrying about
losing heat or becoming cold. On the downside, it is
not recommended the radiant system double-up for
cooling or cleaning the air the way a forced-air sys-
tem can. Although it depends on the application, is
it usually admitted that radiant heating systems are
20 to 40% more energy efcient than other heating
systems. Almost any typr of ooring can be installed
ontop of this system.
The main drawback is that this heating system
is not instantaneous.
l
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typical Space Heater - ThermoElectric
Ideal Passive House
http://www.passive-house.co.u
k/
http://www.passivehouse.us/passiveHouse/PassiveHouseIno.html
haptic actuators:
Electric resistance heaters
This type of heating can be either very appro-
priately used, or very inefcient. In conjunction with
a well insulsated area, or a project such as a passive
house, this type f heater is super efcient because it
does away with an HVAC system and its accompany-
ing inefciencies. It heats small spaces quickly. And,
it directly heats people and objects, not the air.
this system can also be used in conjunction
with a raiant heating system. Here, it can ne-tune
the temperature in a local area and the radiant system
can maintain a threshold temperature. Also, this type
of heating can be used to super heat areas of raiant
pipe heating.
Ultimately, a thermoelectric heater is making
one more, and therefor inefcient conversion of en-
ergy. PLants generally use natural gas to generate
electricity and this, in turn, is converting that to heat.
Most homes, however, have a natural gas heating
system so this conversion is unnecessary. Coupled
with a pasive house or other super-insulation strategy
it can make sense to employ thermoelectrics as part
of a larger system.
CH.01 CH.02 CH.03 CH.04CH.08
CH.06 CH.07CH.05
CH.09
CH.09CH.08
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triad Mini Ceiling Speakers
Aimable Ceiling speakers
http://thest
ereoshopinc.c
om/main/index.php?main
_page=product_
info&cPath
=40
_82&products
_id=623
http://www.t
riadspeake
rs.c
om/products/icm8lcr.html#
Environmental Controls
Micro-Speakers
Triad produces a series of Mini theater speak-
ers designed for ceiling placement. At the smallest,
these are about 12 x 10.5 x 7.5deep. These direct
sound at a 45degree angle towards the listener.
SpeakerCraft offers an aimable in-ceiling
speaker that includes dual tweeters and a 7radius
woofer. This unit is 4.5deep, powered by 60Watts
and directionally aims the sound at the listener.
Polk Audio is also a top in-ceiling speaker pro-
ducer. They make a wide variety of speakers, most
popular is the 9 diameter RC60i series. the appear-
ance mimics recessed ceiling lights to blend-in. All of
these options are expensive: over $200 for a set.
CH.09 CH.05CH.07 CH.06CH.08 CH.04 CH.03 CH.02 CH.01
CH.08CH.09
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Holosonic Speakers
Sound Aiming with Ultrasound waves
Relevantw
ebsiteoftheprovider
Relevanty
outubevideowebaddress
http://www.h
olosonics.
com/technology.h
tml
Environmental Controls
Sound Spotlights
The source of sound is not the physical device
you see, but the invisible beam of ultrasound, which
can be many meters long. This new sound source,
while invisible, is very large compared to the audio
wavelengths its generating. So the resulting audio is
now extremely directional, just like a beam of light.
Of course, the ultrasound, which contains fre-
quencies far outside our range of hearing, is com-
pletely inaudible. But as the ultrasonic beam travels
through the air, the inherent properties of the air cause
the ultrasound to change shape in a predictable way.
This gives rise to frequency components in the audible
band, which can be accurately predicted, and there-
fore precisely controlled. By generating the correct
ultrasonic signal, we can create, within the air itself,
essentially any sound desired.
Essentially, to overcome the inherent limita-
tions of sound wave generation and speaker cone
-size,Holosonic has made a narrow beam of sound
from a small acoustic source by generating only ul-
trasound.
the speakers are sold commerically as either
16 or 24 squares at 1/2 deep and are accompanied
by a processor/amplier, cables and an audio source.
s- n-
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Micro-Fan options
Alternate Micro-fans
http://www.stokes.ie/html/research/micromechanical/microans.htm
l
http://www.eetimes.com/electronics-products/elec-
tro-mechanical/4089198/Micro-fan-touts-high-air-
ow-fas
t-speed
http://www.erret.com.au/c/Switches-Plus-Comp
onents/Switches
Plus-Components-announce-NKWs-new-10mm
-micro-axial-an
NKW32-n816051
haptic actuators:
Micro-Fans
On the opposite end of the spectrum from the
Air Curtains, micro-fans offer the possibility of a dif-
fused source of air-circulation and the potential to
evenly circulate radiant heat or cooling.
The micro -axial fan by SwitchesPlus is only
10mmx 10mmx 2mm, inaudible, and has an airow
of 1.3l/min.
the even smaller, Axial fan has a 6mm diameter
. these fans are being produced primarily for portable
electronic devices and are paired with heat sink tech-
nologies to transfer approximately 20% more heat.
the Stokes Institute that produced ths fan has investi-
gated both radial and axial ow geometries, aerodyna-
ics and fabrication at this micro-scale. Their products
are not simple shrunken versions of larger fans, and
they suggest the potential to have specically micro-
engineered fans embedded into larger systems.
=2
20
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Fog Wall as a Barrier
Fog SCreen Displaying high-def images
http://ww
w.youtube.com/watch?v=iehOzd4JPk
http://ww
w.ogscreen.com/en/product/English/
http://www.youtube.com/watch?v=RfmSJQuhlk4&p
=2C537
906E9D61284&playnext=1&index=25
http://www.e
ects.com.p
h/cgi-bin/photogallery/display.asp?cat_id=
http://rocky-mountain.s
iggraph.org/sigweb2/pag
es/%20etech%2
og%20wall.htm
haptic actuators:
Fog and Steam Walls
These technologies are primarily being used by
theater and production companies for big performanc-
es. The effects are generally used in combination with
lighting to accentuate the depth or thicknes of the fog.
All of these actuators have proven to be safe enough
for deployment around huge crowds of people.
Very thin fog walls or fog screens have recently
been pioneered as projection screens. These screens
have the effect of making images appear to oat in
thin air, as the fog is barely visible where there is no
projection. It requires both electricity and pressurized
water ow to create the screen and a projector for the
images. A person can walk through the screen and
temporarily interrupt the projection, which will reas-
semle once the fog become stable again as a projec-
tion surface.
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Air Curtain Principles
Common retail air curtain
http://ww
w.marsair.com/industrial.html
http://www.berner.com/
haptic actuators:
Air Curtains
An air curtain is a device that is mounted above
a doorway and blows air down across the door, sepa-
rating the indoors from the outdoors, or one environ-
ment from another. It is designed to keep an indoor
controlled temperature inside of the building, saving
energy when anything from a customer to a tractor
trailer enters and exits the building.
This technology is used on a huge range of
scales, from industrial applications (up to 30ft tall) to
small retail applications such as a food refridgerator/
dispenser.
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Proof of Concept Video
5 Identities :: 2 Tiles
Plan View :: MicroClimate Interaction
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ast moving person
group o people
when people gather, their
microclimate is additive and
activates a much larger area
than either individual would.
the microclimate o a
moving person will vaguely
anticipate their action. it will
also submit to other morestable microclimates.
this persons microclimate
will hold steady even with
the disturbance o a passing
person.
stationary person
Plan View :: Interstitial MicroClimates
ro
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Overlap Zones
Dissipation Zones
Here microclimates must act
according to the heirarchy o
space, in this case time-
occupation. the longer user
environment trumps a aster
environment. intererence o themicroclimate indicates alternate
user presence.
Embedded micro ans keep the
unused spaces working as
low-level HVAC and as a distur-
bance to micro-environment tails.
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Proof of Concept Video
Network Response
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3-sided :: potential scalar combination
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individual tiles
tile array
4-sided :: potential scalar combination
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individual tiles
tile array
5-sided :: no scaling :: emergent secondary shapes
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primary tile secondary tiles
tile arrays
6 -sided :: potential scalar combination
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individual tiles
tile array
7-sided :: no scaling :: emergent secondary shapes
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primary tile secondary tile
tile array
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6 -sided :: potential scalar combination
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individual tiles
tile array
6 -sided :: emergent secondary shape
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secondary tiles
tile array
6 -sided :: tile specifcity
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ventilation
light/sound
heating because o the square otage oeective radiant systems and the
time delay or heating, the
largest tile is best or this
technology
the instant technologies shouldbe able to ollow a user very
specifcally and are easiest to
deploy in the majority o tiles.
these highly specifc tiles work in
conjunction with the heatingtiles and help to defne the
micro-climate in temperature.
Floor Tile :: Callouts
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Heat Filmenergy efcient
exible
simple installation
serial electrical connections
Thermoelectric Heater
ne tune micro area heat level
heats tile not air
Micro Fan Array
pull down to keep heat local
blow up to diuse unwanted heat
work with ceiling microans to
generate consistent airow/exchange
Ceiling Tile :: Callouts
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LightingLED arrays embedded in tiles o all
sizes. the lighting identity can ollow
the user instantaneously and
accurately throughout the system
Micro-Speakers Embedded
Micro Fan Array
work with oor microans to generate
consistent airow/exchange
pull air up to diuse heatblow air down to keep heat in human space
sound projection cone can be
customized per speakers. souns
ollowsthe user through the tile
array moving throughout
networked speakers.
iViron MicroClimate Tils
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Floor Tile Structure
Embedded RFID Reader
Floor Tile SubStructure
The oor tile is built to structurally carry the
weight of a person so the prototype can be tested at
full scale. In this case, the tile is covered with 1/8
plexiglass so the substructure must be substantial.
The RFID Reader is embedd in such a way that
it will not be crushed when stepped on. It has four
wires that must be directly connected to the arduino
board.
iViron MicroClimate Tils
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Floor Tile with Plexi and Reader
Embedded RFID Reader
Floor Tile
The face of the RFID Reader must be able to
interact with the RFID cards at close proximity due to
the prototyping technology.
iViron MicroClimate Tils
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Ceiling Tile // From below
Ceiling Tile // From Above
Ceiling Tile Layered Construction
The ceiling tile is constructed in a completely
different manner from the oor tile. It is layered with
plexi, a diffusing light layer, embedded technology and
a reective top surface.
iViron MicroClimate Tils
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Opening the Ceiling Tile
LED Arrangement inside Tile
Ceiling Tile Layered Construction
The top of the ceiling tile reects the LED lights
down to the display surface. The wiring is routed
around the edges of the tile. Each LED has one ground
and one power wire going to the arduino board.
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Wiring the Arduino and Breadboard
Wiring Connection to Ceiling Tile`
Ceiling Tile Wiring
For this prototype, the wiring connections are
quite elaborate. This system could easily be stream-
lined with existing technology for multi-light arrays that
do not require individual wiring. Here, the multitude of
lights create the ve different RFID proles.
iViron Ceiling White LEDRed LED
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RFID
ID CardsiViron FlooriViron Floor
Blue LED
iViron Ceiling White LEDRed LED
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RFID
ID Cards
Blue LED
iViron Ceiling White LEDed LED
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RFID
iViron Floor
lue LED
iViron Ceiling White LEDRed LED
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iViron Floor
Blue LED
RFI
iViron Ceiling
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Ground
to digital pin
iViron Ceiling
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GroundGround
to digital pinto digital pin
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iViron Ceiling
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GroundGround
to digital pin
to digital pin
to digital pin
to digital pin
Ground
5v
Ground
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iViron Floor
to serial port pin
to digital pin
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Ground
Potential to make this emitterbattery powered means it wouldnot need to be hard wired to thearduino board.
i.viron floor tile
Digital Pin
A small watchbattery can supply
enough power forthis emitter.
Infrared Receiver LEDi.viron ceiling tile
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Personal Settings Device(analog output)
to analog pin
5V
10K resistor
Ground
Ground
to digital pin
5V
10K resistor
Ground
to analog pin
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and all your modern ammenities like ipods iphones ipads personal lamps heating controls...
take it with you...
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no cords no cables no plugs no wires no jacks no connections no thermostat no earbuds no
everywhere
i-viron Microclimate
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available everywhere...
easy installation distributed network connections additive aggregation infinitely expandable
i-viron Microclimatetile pairs
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8/8/2019 Final Presentation - Full Semester
78/87
office den
master suite
front entrance
kitchen
parking
dining
family entrance
living
bedroom
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8/8/2019 Final Presentation - Full Semester
79/87
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8/8/2019 Final Presentation - Full Semester
80/87
master bedroom section
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8/8/2019 Final Presentation - Full Semester
81/87
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8/8/2019 Final Presentation - Full Semester
82/87
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8/8/2019 Final Presentation - Full Semester
83/87
-
8/8/2019 Final Presentation - Full Semester
84/87
-
8/8/2019 Final Presentation - Full Semester
85/87
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8/8/2019 Final Presentation - Full Semester
86/87
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8/8/2019 Final Presentation - Full Semester
87/87