SI24382A - Ergonomically adjustable pillow - Google Patents
Ergonomically adjustable pillow Download PDFInfo
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- SI24382A SI24382A SI201400069A SI201400069A SI24382A SI 24382 A SI24382 A SI 24382A SI 201400069 A SI201400069 A SI 201400069A SI 201400069 A SI201400069 A SI 201400069A SI 24382 A SI24382 A SI 24382A
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47C—CHAIRS; SOFAS; BEDS
- A47C27/00—Spring, stuffed or fluid mattresses or cushions specially adapted for chairs, beds or sofas
- A47C27/08—Fluid mattresses or cushions
- A47C27/086—Fluid mattresses or cushions with fluid-like particles, e.g. filled with beads
Abstract
Izum se nanaša na ergonomsko prilagodljivo blazino, ki obsega gibko in plinotesno ovojnico (1) z ventilom (2) za omogočanje ozračevanja ali odzračevanja z omenjeno ovojnico (1) obdanega prostora (10) v notranjosti omenjene blazine, razen tega pa tudi granulatno polnilo (3), ki je na voljo v notranjosti omenjene ovojnice (1), pri čemer je omenjeno granulatno polnilo (3) zasnovano kot sipko polnilo (3), ki sestoji iz med seboj po velikosti in obliki vsaj približno enakih kroglastih granul (30) iz termoplastičnega polimernega materiala, katerega trdnost in trdota sta v temperaturnem območju regularne uporabe blazine in se zlasti v območju uporabnikove telesne temperature praktično nespremenljivi. S tem je realizirana univerzalno uporabljiva, tako za izdelavo kot tudi za uporabo preprosta blazina, ki s hitro in preprosto pretvorbo svoje oblike v vsakokratnemu uporabniku prilagojeno in tudi razmeroma stabilno ergonomsko obliko zagotavlja udobno sedenje ali ležanje tudi med dolgotrajno uporabo.The invention relates to an ergonomically adjustable cushion comprising a flexible and gas-tight envelope (1) with a valve (2) for enabling aeration or venting with said envelope (1) of the enclosed space (10) inside the cushion, and additionally a granular filler 3), which is provided inside the envelope (1), said granulate filler (3) being designed as a bulk filler (3) consisting of one another in the size and shape of at least about the same spherical granules (30) thermoplastic polymeric material whose strength and hardness are in the temperature range of regular use of the pillow, and in particular in the area of the user's body temperature, it is virtually unchanged. With this, it is realized universally applicable, both for the production and use of a simple cushion, which with a quick and simple conversion of its shape into the user's customized and also relatively stable ergonomic shape ensures comfortable sitting or laying even during long-term use.
Description
Ergonomsko prilagodljiva blazinaErgonomically adjustable cushion
Izum v okviru življenjskih potrebščin spada na področje pohištva, namreč k stanovanjski opremi oz. priboru za gospodinjstvo, namreč k blazinam.The invention in the context of consumer goods belongs to the field of furniture, namely to home furnishings or furniture. household accessories, namely pillows.
Pri tem je izum osnovan na problemu, kako zasnovati univerzalno uporabljivo ter tako za izdelavo kot tudi za uporabo preprosto blazino, ki bo s hitro in preprosto pretvorbo svoje oblike v vsakokratnemu uporabniku prilagojeno in tudi razmeroma stabilno ergonomsko obliko zagotavljala udobno sedenje ali ležanje tudi med dolgotrajno uporabo.The invention is based on the problem of how to design a universally usable and simple and easy-to-create cushion for the user, which will be adapted to the individual user with a quick and easy conversion of its shape, and also provide a relatively stable ergonomic shape for comfortable sitting or lying even during prolonged periods. use.
Takoimenovana komfortna blazina, smiselno pa ergonomsko prilagodljiva blazina, je opisana v EP 1 507 469. Tovrstna blazina obsega večslojno ovojnico, s katero je obdan vmesni prostor, ki je vsaj deloma zapolnjen z granulatnim viskoelastičnim materialom, še zlasti iz poliuretanskih granul dolžine približno med 0,6 in 2 cm. Omenjen viskoelastičen material se je med uporabo blazine predvsem zahvaljujočThe so-called comfort cushion, and meaningfully ergonomically adjustable cushion, is described in EP 1 507 469. This cushion comprises a multilayer envelope that surrounds the intermediate space, which is at least partially filled with granular viscoelastic material, in particular of polyurethane granules approximately 0 in length. , 6 and 2 cm. The viscoelastic material mentioned was mainly thanks to the use of the pillow
zmehčanju zaradi vpliva telesne temperature zmožen prilagoditi obremenitvam obliki telesa uporabnika, zaradi česar blazina med uporabo postopoma spreminja svojo obliko vse dotlej, dokler se njena oblika v ergonomskem smislu ne prilagodi obliki uporabnikovega telesa. Zaradi omenjene večplastnosti je prenos toplote z uporabnikovega telesa v notranjost blazine do omenjenih granul iz viskoelastičnega materiala otežen in poteka počasi in postopno, zato je tudi prilagajanje oblike blazine postopno in počasno. Na osnovi podatka o njihovi dolžini in tudi iz skice je možno sklepati, da gre za geometrijsko nepravilno oblikovane granule z izrazito dolžinsko dimenzijo in bolj ali manj naključnima širino in višino. Medsebojna premakljivost omenjenih granul je torej tudi zaradi njihove naključne oblike lahko razmeroma otežena vse dotlej, dokler zaradi vpliva telesne temperature ne postanejo dovolj plastificirani in primerni za preoblikovanje in eventualno potrebno prerazporejanje v notranjosti omenjene ovojnice tovrstne blazine.able to adapt to the impact of body temperature to the load on the body of the wearer, which causes the cushion to gradually change its shape during use until its shape is ergonomically adapted to the shape of the wearer's body. Due to said multilayer, the heat transfer from the user's body to the inside of the pillow to said granules of viscoelastic material is difficult and takes place slowly and gradually, so the adaptation of the pillow shape is gradual and slow. Based on their length and also from the sketch, it can be concluded that they are geometrically irregularly shaped granules with a distinct length dimension and more or less random width and height. Therefore, due to their random shape, the inter-movability of the said granules can be relatively difficult until they are sufficiently plasticized and suitable for transformation and, if necessary, redistribution within the said envelope of such a cushion.
Prijavitelju je nadalje znana komercialno dostopna napihljiva blazina, ki obsega ovojnico z ventilom, skozi katerega je možno notranjost omenjene blazine bodisi ozračiti ali odzračiti. Kadar je notranjost blazine ozračena do vsakokrat ustrezne vrednosti zračnega tlaka in je ventil zaprt, se po obremenitvi blazine z uporabnikovim telesom blazina s svojo obliko prilagodi obliki uporabnikovega telesa. Vendar pa je oblika tako zasnovane blazine razmeroma nestabilna in se pod vplivom zlasti transverzalnih sol, ki delujejo vsaj približno v smeri dominantne ravnine same blazine, oblika blazine zlahka in povsem neovirano spreminja, zaradi česar uporabnik npr. med vožnjo v vozilu ali med sedenjem ali ležanjem na nekoliko nagnjeni podlagi ali v drugih podobnih okoliščinah ni deležen potrebnega udobja in nima občutka, da je blazina ergonomsko prilagojena obliki in obremenitvam njegovega telesa.Applicant is further aware of a commercially available inflatable cushion comprising an envelope with a valve through which the inside of said cushion can be either vented or vented. When the inside of the cushion is ventilated to the appropriate air pressure value and the valve is closed, the cushion adapts to the shape of the wearer's body after the cushion is loaded with the user's body. However, the shape of the cushion designed in this way is relatively unstable, and under the influence of especially transversal salts acting at least approximately in the direction of the dominant plane of the cushion itself, the cushion shape is easily and completely unobstructed, making the user e.g. while in the vehicle or sitting or lying on a slightly inclined surface or in other similar circumstances, he is not comfortable and does not feel that the pillow is ergonomically adapted to the shape and load of his body.
Izum se nanaša na ergonomsko prilagodljivo blazino, ki obsega gibko in plinotesno ovojnico z ventilom za omogočanje ozračevanja ali odzračevanja z omenjeno ovojnico obdanega prostora v notranjosti omenjene blazine, kot tudi z granulatnim polnilom, kije na voljo v notranjosti omenjene ovojnice.The invention relates to an ergonomically adjustable cushion, comprising a flexible and gas-tight envelope with a valve for providing ventilation or venting with said envelope of the enclosed space inside said cushion, as well as with a granular filler available inside said envelope.
Po izumu je predvideno, da je omenjeno granulatno polnilo zasnovano kot sipko polnilo, ki sestoji iz med seboj po velikosti in obliki vsaj približno enakih kroglastih granul iz termoplastičnega polimernega materiala, katerega trdnost in trdota sta v temperaturnem območju regularne uporabe blazine in še zlasti v območju uporabnikove telesne temperature praktično nespremenljivi. Omenjene kroglaste granule polnila sestojijo iz materiala, ki je izbran iz skupine, ki ga tvorijo penjen polipropilen, penjen polietilen in drugi termoplastični materiali na osnovi polimerov s podobnimi oz. primerljivimi fizikalnimi lastnostmi. Premer vsake izmed kroglastih granul polnila znaša od 0,2 mm do 10 mm, še zlasti pa od 1 mm do 2 mm. Prostornina vsakokrat razpoložljivega polnila znaša od vsaj približno 25% do največ približno 75% največje možne prostornine z ovojnico obdanega prostora (v notranjosti blazine.According to the invention it is contemplated that said granular filler is designed as a granular filler, consisting of each other in size and shape of at least approximately the same spherical granules of thermoplastic polymeric material, whose strength and hardness are in the temperature range of regular use of the cushion, and in particular in the range the user's body temperature is practically constant. Said spherical granules of filler consist of a material selected from the group consisting of foamed polypropylene, foamed polyethylene and other thermoplastic materials based on polymers with similar or. comparable physical properties. The diameter of each of the spherical granules of filler ranges from 0.2 mm to 10 mm, and in particular from 1 mm to 2 mm. The volume of fill available at all times ranges from at least about 25% to not more than about 75% of the maximum volume with the envelope enclosed (inside the cushion).
Pri eni od izvedb blazine po izumu ventil obsega vsaj približno cevasto telo z navznoter obrnjeno tesnilno površino, ki je prirejena za sodelovanje s tesnilnim elementom, ki je opremljen z vzmetno podprtim upravljalnim nastavkom.In one embodiment of the cushion according to the invention, the valve comprises at least an approximately tubular body with an inwardly facing sealing surface adapted to cooperate with a sealing element provided with a spring-supported control nozzle.
Pri nadaljnji izvedbi blazine po izumu je ventil zasnovan kot protipovratni ventil in obsega vsaj približno cevasto telo s tesnilno površino, ki je prirejena za sodelovanje z gibkim tesnilnim elementom, ki je proti tesnilni površini pritisnjen s pomočjo atmosferskega zračnega tlaka.In a further embodiment of the cushion according to the invention, the valve is designed as a non-return valve and comprises at least an approximately tubular body with a sealing surface adapted to cooperate with a flexible sealing element pressed against the sealing surface by atmospheric air pressure.
Izum bo v nadaljevanju podrobneje obrazložen s primeri izvedbe na osnovi priložene skice, kjer kažejoThe invention will now be explained in further detail by way of exemplary embodiments based on the accompanying drawing, where they are shown
Sl. 1 primer izvedbe ergonomsko prilagodljive blazine s krožno obliko dominantne ravnine;FIG. 1 shows an embodiment of an ergonomically adjustable cushion with a circular dominant plane;
Sl. 2 primer izvedbe ergonomsko prilagodljive blazine z ortogonalno obliko dominantne ravnine;FIG. 2 shows an embodiment of an ergonomically adjustable cushion with an orthogonal dominant plane;
SL 3 blazino v prerezu v ravnini A - A po Sl. 1 v ozračenem stanju;3 is a cross-sectional view of the pillow in the plane A - A of FIG. 1 in irradiated state;
SL 4 blazino v prerezu v taisti ravnini A - A po SL 1, vendar v odzračenem stanju.Cross section in the same plane A - A according to SL 1 but in the vented state.
SL 5 primer izvedbe blazine v ozračenem stanju;5 an example of a cushion design in an irradiated state;
SL 6 ponazoritev odzračevanja blazine po Sl. 5 s pomočjo ventila;6 illustrates a cushion vent according to FIG. 5 by means of a valve;
SL 7 primer izvedbe blazine po SL 5 v odzračenem stanju;EN 7 an example of the embodiment of a cushion according to SL 5 in the vented state;
SL 8 nadaljnji primer izvedbe blazine v ozračenem stanju;A further example of a cushioned embodiment in an irradiated state;
SL 9 ponazoritev odzračevanja blazine po Sl. 7 s pomočjo protipovratnega ventila;9 is an illustration of a cushion vent according to FIG. 7 by means of a non-return valve;
SL 10 primer izvedbe blazine po Sl. 7 v odzračenem stanju.10 shows an embodiment of the cushion according to FIG. 7 in the vented state.
Prvi primer izvedbe ergonomsko prilagodljive blazine po izumu je prikazan na SL 1, značilen pa je po krožni obliki oboda dominantne ravnine. Nadaljnji primer izvedbe blazine, katere obod dominantne ravnine je ortogonalno oblikovan, je ponazorjen na SL 2.The first embodiment of an ergonomically adjustable cushion according to the invention is shown in FIG. 1 and is characterized by the circular shape of the circumference of the dominant plane. A further embodiment of a cushion whose periphery of the dominant plane is orthogonally shaped is illustrated in FIG. 2.
V obeh omenjenih primerih blazina obsega gibko in plinotesno ovojnico 1 z ventilom 2 za omogočanje ozračevanja ali odzračevanja z omenjeno ovojnico 1 obdanega prostora 10 v notranjosti omenjene blazine, razen tega pa tudi granulatno polnilo 3, kije na voljo v notranjosti omenjene ovojnice 1.In both cases, the cushion comprises a flexible and gas-tight envelope 1 with a valve 2 for allowing ventilation or venting with said envelope 1 of the enclosed space 10 inside said cushion, in addition to the granular fill 3 available inside said envelope 1.
Po izumu je omenjeno granulatno polnilo 3 zasnovano kot sipko polnilo 3, ki sestoji iz med seboj po velikosti in obliki vsaj približno enakih kroglastih granul 30 iz termoplastičnega polimernega materiala, katerega trdnost in trdota sta v temperaturnem območju regularne uporabe blazine in še zlasti v območju uporabnikove telesne temperature praktično nespremenljivi.According to the invention, said granular filler 3 is designed as a granular filler 3, consisting of at least about the same size and shape of globular granules 30 of thermoplastic polymeric material, whose strength and hardness are in the temperature range of regular use of the cushion, and in particular in the wearer's area body temperatures are virtually unchanging.
Omenjene kroglaste granule 30 polnila 3 prednostno sestojijo iz materiala, ki je izbran iz skupine, ki ga tvorijo penjen polipropilen, penjen polietilen in drugi termoplastični materiali na osnovi polimerov s podobnimi oz. primerljivimi fizikalnimi lastnostmi.Said spherical granules 30 of filler 3 preferably consist of a material selected from the group consisting of foamed polypropylene, foamed polyethylene and other thermoplastic materials based on polymers with similar or. comparable physical properties.
Za blazino po izumu je nadalje značilno, da premer vsake izmed kroglastih granul 30 polnila 3 znaša od 0,2 mm do 10 mm, še zlasti pa od 1 mm do 2 mm, pri čemer nadalje prostornina vsakokrat razpoložljivega polnila 3 znaša od vsaj približno 25% do največ približno 75% največje možne prostornine z ovojnico 1 obdanega prostora 10 v notranjosti blazine.The cushion according to the invention is further characterized by the diameter of each of the ball granules 30 of the filler 3 ranges from 0.2 mm to 10 mm, and in particular from 1 mm to 2 mm, the volume of the filler 3 available at each time being from at least about 25 % to a maximum of about 75% of the maximum volume with envelope 1 of enclosed space 10 inside the cushion.
Ko tako zasnovano blazino ozračimo, npr. z vpihavanjem zraka v notranjost 10 ovojnice 1 blazine skozi ventil 2, se v notranjosti ovojnice 1 blazine vzpostavi tlak, ki preoblikuje ovojnico 1 v glede na omenjen tlak in obod njene dominantne ravnine ustrezno obliko. Temu ustrezno se v skladu z zakonitostmi gravitacije razporedijo v notranjosti ovojnice 1 blazine nahajajoče se granule 30 polnila 3 (Sl. 3). Pri tem velja pripomniti, da se ozračevanje notranjosti 10 blazine lahko vrši bodisi prisilno, npr. z vpihovanjem zraka, po izbiri z motorno gnanim in po izbiri daljinsko upravljanim kompresorjem, ali pa na osnovi vzpostavitve podtlaka v njeni notranjosti, npr. s preoblikovanjem ovojnice 1 v smislu izotermnega povečanja njene prostornine, npr. z ročnim preoblikovanjem blazine.When a cushion is designed in this way, e.g. by blowing air into the inside 10 of the cushion envelope 1 through valve 2, a pressure is created inside the cushion envelope 1, which transforms the envelope 1 in relation to said pressure and the circumference of its dominant plane in an appropriate shape. Accordingly, according to the laws of gravity, they are arranged inside the envelope 1 of the cushion of the filled granule 30 of the filler 3 (Fig. 3). It should be noted that the irradiation of the inside 10 of the cushion can be done either forcedly, e.g. by blowing air, optionally with a motor-driven and optionally remotely operated compressor, or based on the establishment of a vacuum inside it, e.g. by reshaping envelope 1 in terms of an isothermal increase in its volume, e.g. by manually reshaping the pillow.
• ·• ·
Ko uporabnik U (Sl. 5 ali 9) s svojim specifično oblikovanim telesom obremeni ovojnico 10 tako ozračene blazine, ventil 2 spočetka preprečuje izstop zraka iz notranjosti ovojnice 1 ozračene blazine, pri čemer se granule 30 razporedijo v skladu z zakoni gravitacije (Sl. 3). Ko pa zatem uporabnik U, sicer še vedno obremenjujoč blazino po izumu, z ustreznim upravljanjem ventila 2 prične z odzračevanjem omenjene blazine, pri čemer s kontroliranim odpiranjem ventila 2 izpušča zrak iz notranjosti 10 ovojnice 1 blazine, se ovojnica 1 preoblikuje, namreč prilagodi obliki uporabnikovega telesa, pri čemer se granule 30 polnila 3 prerazporejajo na tak način, da se prilagodijo razmeram, namreč obliki in obremenitvam uporabnikovega telesa. Ko se ovojnica 1 blazine prilega obliki njegovega telesa (Sl. 4), po končanem odzračevanju in prilagajanju uporabnik U zapre ventil 2, takrat pa so tudi granule 30 polnila 3 razporejene v vsakokrat preostalem volumnu prostora 10 v notranjosti ovojnice 1 blazine in odtlej v zadostni meri preprečujejo vsakršno nadaljnje spreminjanje oblike ovojnice 1, tako da je odtlej blazina znatno bolj odporna proti vplivom prečnih sil, ki delujejo v smeri njene dominantne ravnine. Iz navedenih razlogov je blazina ergonomsko prilagojena uporabnikovemu telesu in zagotavlja udobno sedenje oz. ležanje tudi med dolgotrajno uporabo in navzlic različnim vplivom, npr. med vožnjo.When user U (Fig. 5 or 9) with its specifically shaped body loads the envelope 10 of such a cushion, the valve 2 initially prevents air from escaping from the inside of the cushion envelope 1, the granules 30 being arranged according to the laws of gravity (Fig. 3 ). However, when user U, while still loading the cushion according to the invention, properly vents the valve 2 by venting said cushion, and by controlling the opening of valve 2, it discharges air from inside 10 of the cushion envelope 1, the envelope 1 is transformed, namely, adapted to the shape of the user's bodies, the granules 30 of the filler 3 being rearranged in such a way as to adapt to the conditions, namely the shape and loads of the user's body. When the envelope 1 of the cushion fits into the shape of its body (Fig. 4), after completing the venting and adjusting, user U closes the valve 2, and then the granules 30 of the filler 3 are arranged in each remaining volume of space 10 inside the envelope 1 of the cushion and hence in sufficient measures prevent any further alteration of the shape of the envelope 1, so that the cushion is now considerably more resistant to the effects of transverse forces acting in the direction of its dominant plane. For these reasons, the cushion is ergonomically adapted to the wearer's body and provides comfortable seating or comfort. also lying between prolonged use and seemingly different influences, e.g. while driving.
Na Sl. 5 - 7 je ponazorjen primer izvedbe blazine z ovojnico 1, v kateri je vgrajen ventil 2, ki obsega vsaj približno cevasto telo 20, z navznoter obrnjeno tesnilno površino 23, s katero sodeluje vzmetno podprt in v prikazanem primeru kot disk zasnovan tesnilni element 21, ki je opremljen z upravljalnim nastavkom 22. S pritiskom na omenjeni nastavek se tesnilni element 21 odmakne od tesnilne površine 23 in omogoči pretok zraka v notranjost blazine ali iz nje. Ko je blazina ozračena (Sl. 5 in 6) in jo uporabnik U s svojim telesom obremeni, s pritiskom na • · · ·In FIG. 5 to 7 is an exemplary embodiment of an envelope cushion 1 in which a valve 2 comprising at least about a tubular body 20 is fitted, with a sealing surface 23 facing inwardly, cooperating with a spring-supported and, in the example shown, a disk-shaped sealing element 21, which is provided with a control nozzle 22. By pressing said nozzle, the sealing element 21 moves away from the sealing surface 23 and allows air to flow into or out of the cushion. When the cushion is irradiated (Figs. 5 and 6) and the user U loads it with his body by pressing • · · ·
omenjen upravljalni nastavek 22 omogoči odzračevanje blazine, namreč iztekanje zraka iz blazine. Ko se blazina odzrači, se obenem tudi preoblikuje in prilagodi obliki telesa uporabnika U, tako da se granule 30 polnila 3 razporedijo po vsakokrat še razpoložljivem prostoru v notranjosti blazine. Po sprostitvi upravljalnega nastavka 22 ventil 2 ostane zaprt, pri čemer tesnilni element 22 nalega na tesnilni površini 23, tako da je vstop zraka v notranjost blazine odtlej preprečen in blazina do naslednjega pritiska na upravljalni nastavek 22 zaradi ponovnega ozračevanja njene notranjosti ohrani svojo obliko.said control nozzle 22 allows the cushion to be vented, namely the air from the cushion. When the cushion is vented, it is also reshaped and adjusted to the shape of the body of the wearer U, so that the granules 30 of the filler 3 are distributed over each space available inside the cushion. After releasing the control nozzle 22, the valve 2 remains closed, with the sealing element 22 resting on the sealing surface 23 so that air enters the cushion from then on and the cushion retains its shape until the next pressure on the control nozzle 22.
Pri nadaljnji različici blazine po Sl. 8 - 10 je omenjen ventil zasnovan kot protipovratni ventil, ki spet obsega cevasto telo 20 s tesnilno površino 23, tesnilni element 21 pa je zasnovan kot gibka zaklopka, ki je proti tesnilni površini pritisnjena s pomočjo atmosferskega tlaka, ki deluje na zunanjo površino blazine. Odzračevanje blazine je v takem primeru samodejno.In a further embodiment of the cushion according to FIG. 8-10, said valve is designed as a non-return valve, again comprising a tubular body 20 with a sealing surface 23, and the sealing element 21 is designed as a flexible flap, which is pressed against the sealing surface by atmospheric pressure acting on the outer surface of the cushion. In this case, the cushion venting is automatic.
Claims (7)
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| SI201400069A SI24382A (en) | 2014-01-08 | 2014-02-25 | Ergonomically adjustable pillow |
| PCT/SI2014/000080 WO2015105461A1 (en) | 2014-01-08 | 2014-12-22 | Ergonomic adaptable cushion |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| SI201400008A SI24597A (en) | 2014-01-08 | 2014-01-08 | Ergonomic adaptable pillow |
| SI201400069A SI24382A (en) | 2014-01-08 | 2014-02-25 | Ergonomically adjustable pillow |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| SI24382A true SI24382A (en) | 2014-12-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| SI201400008A SI24597A (en) | 2014-01-08 | 2014-01-08 | Ergonomic adaptable pillow |
| SI201400069A SI24382A (en) | 2014-01-08 | 2014-02-25 | Ergonomically adjustable pillow |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| SI201400008A SI24597A (en) | 2014-01-08 | 2014-01-08 | Ergonomic adaptable pillow |
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| SI (2) | SI24597A (en) |
| WO (1) | WO2015105461A1 (en) |
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| DE3320847C1 (en) * | 1983-06-09 | 1984-07-12 | PROVITA-collection für modernes Wohnen GmbH, 8530 Neustadt | Seat |
| DE3739752A1 (en) * | 1987-11-24 | 1989-06-08 | Porsche Ag | SEAT FOR A VEHICLE, AIRPLANE OR THE LIKE |
| JP2003245167A (en) * | 2001-12-17 | 2003-09-02 | Satoo Takebe | Bead cushion |
| MXPA04011652A (en) | 2002-05-24 | 2005-03-07 | Tempure World Llc | Comfort pillow. |
| DE20300655U1 (en) * | 2003-01-16 | 2003-12-24 | Mack, Horst | Cushion comprises polyvinyl chloride, polyurethane or neoprene cover filled with mixture of styrene granules and foam flocks and is inflated and fitted with non-return valve |
| WO2007128967A2 (en) * | 2006-04-06 | 2007-11-15 | The Best Thing Limited | Improved mattress |
| JP2009165570A (en) * | 2008-01-15 | 2009-07-30 | Tatsuno Cork Kogyo Kk | Shape retaining cushion |
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2014
- 2014-01-08 SI SI201400008A patent/SI24597A/en active IP Right Grant
- 2014-02-25 SI SI201400069A patent/SI24382A/en active IP Right Grant
- 2014-12-22 WO PCT/SI2014/000080 patent/WO2015105461A1/en active Application Filing
Also Published As
| Publication number | Publication date |
|---|---|
| SI24597A (en) | 2015-07-31 |
| WO2015105461A1 (en) | 2015-07-16 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| OO00 | Grant of patent |
Effective date: 20150120 |
|
| ZPQB | Entry of data on lien in the register |
Effective date: 20150428 |