A mother and father own a home which they have temporarily zoned and registered as a Primary System Anti-Pathogenic Residential Enclosure with the state and federal government. Because of the new zoning classification: the family is able to receive an illness tax credit for a certain period of time, due to their daughter’s serious medical condition.
The prime directive of their autonomous home, is to protect their daughter and includes: default control over all subsystems and subsystem extensions linked with their primary system anti-pathogenic home.
The home’s anti-pathogenic system has command and control (via a central processing panel in the mother’s bedroom) integration and functionality over all programmed subsystems within and extending beyond, their germ resistant residence. The family home system also has remote-control functionality and is linked to the mother’s: autonomous car and dash display screen, cell phone, tablet, watch and laptop for convenience.
The home system is also linked to several additional portable computer devices owned by the husband and their daughter and may also include wearable and transportable, anti-pathogenic devices and components such as:
INFANT-FORCE Armguards, Sport & Fashion Armguards, A.F.E.C. Eyewear Platforms, Anti-pathogenic Wrist Bands, anti-pathogenic gloves, anti-pathogenic face shields etc.
At their home is also an anti-pathogenic autonomous vehicle, a pair of sunglasses and an anti-pathogenic bed which was prescribed by a physician and is covered under the family’s medical insurance policy because of their daughter’s illness.
Throughout the family residence are several bio-sensors (not shown) which are able to detect harmful pathogens in the air. Bio-sensors are devices that detect and measure relevant clinical pathogens such as: bacteria and viruses in the air and on surfaces. Recent advances in medical treatment have revolutionized the POC (Point of Care) testing and identification of pathogens by using bio-sensors.
Protect loved ones while at or away from your home.
1
Attached to the outside of the house next to the door is a micron sensitive, anti-pathogenic filament intake receiver breath door-bell pad, with an audio-video monitoring alert system (think RING doorbell but for video germs alerts).
The micron breath door-bell receiver, can also be housed within (but shown separately in this image) the audio-visual device and can also be linked to the dashboard display of the mother’s electric car and cell phone.
A breath alert door-bell for protected connected people. See from wherever you are who may be contagious before allowing them in your home.
2
A visitor arrived at the front door of the house and was immediately seen on the daughter’s cell phone with the outside video camera, on the side wall of the house.
The mother, who drove to the supermarket in her electric car, would also be able to immediately see the visitor standing at her front door. However, she had recently changed the settings on her cell phone and car to view only, if the breath door-bell system is activated.
The daughter asks the visitor over the audio-video monitor-
“Who is there?”
The man replies “It’s Freddy, your father’s friend. I’m here for dinner tonight.”
The daughter answers “Yes, I heard you were coming. As you probably know, I have not been well. Do you mind blowing onto the red breath-bell for me. I can’t afford to get sick… I’m sure you understand.”
“Sure thing,” the visitor replied, before blowing onto the breath-bell receiver.
The breath door-bell uses bio-sensors to detect pathogens such as: influenza, covid, colds etc. for a preliminary test result and communicates the probability of infection to the home system, which in turn notifies residents wherever they are.
3
As soon as the breath-bell was activated: the mother, who had just walked out of the store towards her car, received a digital signal from her anti-pathogenic glasses. At the same time, her daughter’s anti-pathogenic bed auto-activates and begins pushing out air and emitting negative ions throughout her room to kill or neutralize, any airborne pathogens. The mother looks down at her cell phone which reads-
4:37 PM: Covid-19 exposure detected at front door entry.
When she gets inside her car: a live audio-video feed of the visitor appears on the digital dashboard display, along with the same warning alert on her phone which also reads-
4:37 PM: Covid-19 exposure detected at front door entry.
Smart vehicle audio-visual notification if a home visitor may be contagious.
4
The mother recognizes the man standing at the front door who has been waiting for his results for about 30 seconds. She speaks to him through the audio-visual system in the car which is connected to the system at her door.
“Hi Freddy! I went out to get a few more things before dinner. My husband should be home by 5:00 PM. I know you have just gotten over Covid, so I’m not surprised the system flagged you as positive.”
Freddy replies “Yes that was 10 days ago and my doctor already cleared me. But I do understand that these precautions are necessary for your daughter.”
The mother replied “Do you mind wearing a mask inside the house?”
“Of course not!” He replied, as he placed a mask over his face.
The daughter then opened the door and let their dinner guest into the house.
Based on results deny or allow entry with precautions such as wearing a mask. Subsystems such as beds infant carriers’ bassinets and playpens can be programmed to auto start in the home after a positive test is registered.
These beds can project air and negative ions to kill or neutralize airborne pathogens dangerous to people inside the home.
5
Two years later, Rylie (the daughter) checks into a cancer treatment hospital for follow-up care. The good news is that Rylie has beaten the cancer, and is lying on an anti-pathogenic bed in one of the treatment rooms. She turns the power setting on the bed up to MEDIUM POWER just as her sister Morgan, walks into the room to check on her.
Morgan had just purchased a customized, black Sport and Fashion armguard with her name and a flower on it which she shows to Rylie.
Set cylinders to low or medium power. Vents can rotate air 180 degrees.
6
Rylie likes the armguard and tells Morgan that she also plans to buy one soon. She then shows Morgan the bed and demonstrates how (like her bed at home) it also showers the room with filtered air and negative ions. She then turns the bed up to HIGH POWER.
Set cylinders to high or maximum power. Side vents can rotate air 180 degrees.
6A
Rylie removes the anti-pathogenic thrust cylinders from the sides of the bed and places them on the floor around the bed as protective pylons. This expands the area of germ protection around them. It also helps that the air does not mess up Morgan’s hair, which she had just had done before coming to see her sister. Rylie then turns the power back down to MEDIUM.
Set floor pylons to low or medium power. Vents can rotate air 180 degrees.
7
Several minutes later, a nurse walks into Rylie’s room and reminds her that whenever she has visitors inside one of the cancer treatments rooms: the anti-pathogenic bed system must always be turned up to HIGH POWER.
Set floor pylons to high or maximum power. Vents can rotate air 180 degrees.
7A
