NO20180267A1

NO20180267A1 - Neurologically adapted, digitized scents

Info

Publication number: NO20180267A1
Application number: NO20180267A
Authority: NO
Inventors: Lukas Ferdinand Olsnes-Lea
Original assignee: Olsnes Lea Lukas Ferdinand
Priority date: 2018-02-20
Filing date: 2018-02-20
Publication date: 2019-08-21

Description

Nevrologisk tilpassede digitale dufter Neurologically adapted digital scents

2018-02-20. Av Lukas F Olsnes-Lea. 2018-02-20. By Lukas F Olsnes-Lea.

Min ide som grunnlag for patent gjelder alle verdens dufter og lukter, parfymer såvel som alt annet, heretter bare referert til som dufter. Disse gjøres tilgjengelige på internett og lastes ned til digital enhet som overfører digitale signaler til en Bluetooth "nese-lapp" (EN: patch) som festes på huden på neseryggen eller nesebroen som igjen muliggjør konverterte signaler som er tilpasset en allmenngyldig, nevrologisk mal slik at nevrologisk trafikk til duft-senteret i hjernen kan skje. My idea as a basis for a patent applies to all the world's fragrances and smells, perfumes as well as everything else, hereafter only referred to as fragrances. These are made available on the internet and downloaded to a digital device that transmits digital signals to a Bluetooth "nose patch" (EN: patch) that is attached to the skin on the bridge of the nose or the bridge of the nose, which in turn enables converted signals that are adapted to a universally valid neurological template such as that neurological traffic to the scent center in the brain can occur.

Dufter, også potensielt fra Mars ved NASA, ESA eller Space-X etc., registreres ved radio-sender og -mottaker hvor radio-mottakeren registrerer radio-signatur av den aktuelle duften. Dette gjøres ved samme prinsipp som idag utnyttes for å avgjøre om mat som produseres kan konsumeres, dvs. avgjøre om maten er ren, ved å sjekke for Scents, also potentially from Mars by NASA, ESA or Space-X etc., are registered by radio transmitters and receivers where the radio receiver registers the radio signature of the scent in question. This is done using the same principle that is used today to determine whether food that is produced can be consumed, i.e. determining whether the food is clean, by checking for

radio-signaturen til denne rene maten og/eller (typiske) urenheter i maten, altså ved bruk i mat-industrien og andre relevante foretak. Disse kan kalles "radio-sticks" og trenger ikke noe mer enn grønn og rød indikator for godkjent og ikke godkjent mat. the radio signature of this clean food and/or (typical) impurities in the food, i.e. when used in the food industry and other relevant enterprises. These can be called "radio-sticks" and need nothing more than a green and red indicator for approved and non-approved food.

Igjen altså, konverteringen av signalene skjer ved denne "radio-stick" som fanger signalene for en bestemt parfyme og hvor en test-deltaker aktivt lukter på denne parfymen og man samtidig registrerer nevrologiske signaler fra neseryggen som jeg vil si er faktisk de samme som går i nervebanene fra nesens duft-nerver og til hjernen gjennom nesebenet og nervene der. Fra dette får man en typisk nevrologisk profil for dufter til hjernen som danner nevrologisk mal for alle andre dufter i verden overhodet. Man kan gjerne prøve med mange forskjellige dufter for å se om den nevrologiske profilen som mal for alle dufter holder ("vann"). Again, the conversion of the signals takes place with this "radio-stick" which captures the signals for a specific perfume and where a test participant actively smells this perfume and at the same time neurological signals from the bridge of the nose are recorded which I would say are actually the same that go in the nerve pathways from the nose's olfactory nerves and to the brain through the nasal bone and the nerves there. From this you get a typical neurological profile for scents to the brain which forms a neurological template for all other scents in the world whatsoever. You can try many different scents to see if the neurological profile as a template for all scents holds ("water").

Det finnes videre muligheter for å presentere disse nevrologiske, digitale duftene i henhold til en film eller et lydopptak. En måte er at kinoene kan ha en data-tjener som har dufter på den slik at kinopublikummet må logge på denne tjeneren og at denne tjeneren samkjøres med innholdet på filmen i kinoen eller at en leser av en kriminalroman kommer til digitale "punkter" på et nettbrett og at aktuell duft sendes til nese-lappene hos både kinopublikum og lesere og lydbok-hørere kan kjenne for eksempel kruttrøyk fra en skuddscene i gitte medium. There are further possibilities to present these neurological, digital scents according to a film or an audio recording. One way is that the cinemas can have a data server that has scents on it so that the cinema audience has to log on to this server and that this server is synchronized with the content of the film in the cinema or that a reader of a crime novel comes to digital "points" on a tablet and that the current scent is sent to the nose lobes of both cinema audiences and readers and audiobook listeners can smell, for example, gunpowder smoke from a shooting scene in a given medium.

Claims

There is also an option for a radio-stick and is used as a ("video") camera for scents so that a lover can send a (body) odor (with perfume on or not) to his loved one. Likewise, one can use such a ("video") camera for all other possible scenarios of sending and receiving scents given wilderness life and "roasting grouse on the mountain as a message home to work colleagues", etc.

"Live-stream" is an obvious consequence of the digital format and regardless of the fact that the recordings/registrations must be of a certain length in order to be perceived in the brain. That is that the nose patch must be able to send recordings of scents over some time so that the brain can sense this accordingly. A bit like video film, it doesn't make much sense to send a digital image as a video because the eyes and the brain don't get it when the duration is well under one second.

In practical terms, I think that a program/an "app" is developed which gives customers access to all registered fragrances, arranged in one way or another and which presents the fragrances to the customers. The program then sends the selected scent per recording or "live-stream" to the nose-patch (EN: nose-patch) where the program has already converted/prepared the signals for the nose's nerve pathways to the user's brain. It may come with a payment arrangement or something else.

Bluetooth/wireless transmission to the nose patch (EN: "nose-patch") which is designed in such a way that it can receive fully converted, neurologically compatible signals and send these into the bridge of the nose via the skin from the user device. A type of radio stick will have to be developed with regard to recording the radio signature of the scent in question. An internet server is standard for storing digital information so that the program on the user's device can function like Apple's iTunes.