1145 patents
Page 6 of 58
Utility
Heat-resistant Coat Member Packaged Body, and Method for Packaging Heat-resistant Coat Member
28 Sep 23
The present invention relates to a heat-resistant coat member packaged body including: a heat-resistant coat member formed by coating a substrate with a heat-resistant material; and a bag member that accommodates the heat-resistant coat member wherein the bag member has a water vapor permeability of 0.3 g/m2·day or less.
Shoji KANO, Waichi YAMAMURA
Filed: 30 Aug 21
Utility
Resist Composition and Pattern Forming Process
28 Sep 23
A resist composition comprising a sulfonium salt having an acid labile group of aromatic group-containing cyclic secondary or tertiary ester type in its cation exhibits a high sensitivity and reduced LWR or improved CDU.
Jun Hatakeyama
Filed: 22 Mar 23
Utility
ln1i9vlst9049xdksle0cpuoa83267otqs5fp99rldxpja zmz97gxjueznc
28 Sep 23
A resist composition comprising a quencher comprising a sulfonium salt of a weak acid having an acid labile group of triple bond-bearing tertiary ester type in its cation exhibits a high sensitivity and reduced LWR or improved CDU.
Jun Hatakeyama
Filed: 22 Mar 23
Utility
l6xynpszcx04fn0h s6ftz3fyfn5xqwfwujphygap510o9dyx
28 Sep 23
The present invention is a resist composition, including: a resin (A) having: a repeating unit represented by the general formula (p-1); a repeating unit represented by the general formula (a-1); and a repeating unit represented by the general formula (b-1); a resin (B) having: a repeating unit represented by the general formula (p-2); a repeating unit represented by the general formula (a-1); and a repeating unit represented by the general formula (b-1); and a solvent (D), wherein a content of the resin (A) contained in the resist composition is smaller than a content of the resin (B).
Takeshi SASAMI, Masayoshi SAGEHASHI, Kenji YAMADA
Filed: 24 Mar 23
Utility
9prbz8onem3joxt2cmdyu1d6il2pk6rkryqn3m7sw65jq10 o77c
28 Sep 23
The present invention is a composition for forming a silicon-containing metal hard mask, including: (A) a metal oxide nanoparticle; (B) a thermally crosslinkable polysiloxane (Sx) having no aromatic-ring-containing organic group; and (C) a solvent.
Naoki KOBAYASHI, Kanata TAKIZAWA, Ryo MITSUI, Toshiharu YANO
Filed: 21 Mar 23
Utility
wng8lqqcysyoxqui9l3 0g7q78ugkavkuuednorlhxj9r
21 Sep 23
Provided are polysiloxane structure-containing rubber particles and composite particles having a high dispersibility and degradability; and production methods thereof.
Shoji OKABE, Takahito OKI, Yoshinori INOKUCHI, Shunji AOKI, Tsuneo KIMURA
Filed: 13 Jul 21
Utility
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21 Sep 23
Yuta HAMAJIMA
Filed: 3 Aug 21
Utility
43q1r2syecstelnwnnfkhw87fd f0obamktbdws57ex
21 Sep 23
Yutaro OTOMO, Tomohiro Kobayashi, Gentaro Hida, Kousuke Ohyama, Masayoshi Sagehashi, Masahiro Fukushima
Filed: 9 Mar 23
Utility
codrj254lyhd46mrx7typgvgiujv4
21 Sep 23
Gentaro HIDA, Tomohiro KOBAYASHI, Yutaro OTOMO, Tomonari NOGUCHI
Filed: 9 Mar 23
Utility
e1wousljsudyqmz2krmiwpj9zlm8ge7h
14 Sep 23
A resist composition comprising a sulfonium salt having an acid labile group of triple bond-containing tertiary ester type in the cation as the acid generator exhibits a high sensitivity and reduced LWR or improved CDU.
Jun Hatakeyama, Masahiro Fukushima
Filed: 10 Jan 23
Utility
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14 Sep 23
A resist composition comprising a sulfonium salt of an aromatic carboxylic acid having a nitrogen-containing cyclic group and a nitro-substituted benzene ring as the quencher is provided.
Jun Hatakeyama, Masahiro Fukushima
Filed: 28 Feb 23
Utility
vy6p44962v3yogukdzk6t80arj02ui5ja7axhzvcl9bnwy9l5tl7
14 Sep 23
A resist composition comprising a quencher and an acid generator is provided.
Jun Hatakeyama
Filed: 28 Feb 23
Utility
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7 Sep 23
Provided is an optical fiber glass preform in which a starting rod and a dummy glass are hardly separated from each other, and a method for manufacturing the glass preform.
Ryo MITTA
Filed: 12 May 23
Utility
3uhj52ag56z4r2hipex5p7wz pwd8jv065zm7dygepc9c13d7pbv
7 Sep 23
The present invention is a method for producing perovskite type quantum dots, wherein, using a plurality of precursor solutions each containing a different element, each of the plurality of precursor solutions is heated and sprayed as an aerosol of the precursor solution, and the plurality of aerosols are collided to cause a gas phase reaction, dropping in a solvent to synthesize core particles containing the different elements.
Yoshihiro NOJIMA, Shinji AOKI, Kazuya TOBISHIMA
Filed: 6 May 21
Utility
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7 Sep 23
Naoki Kobayashi, Daisuke Kori, Toshiharu Yano
Filed: 7 Feb 23
Utility
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7 Sep 23
Teppei ADACHI, Shinya YAMASHITA, Masaki OHASHI, Tomohiro KOBAYASHI, Kenichi OIKAWA, Takayuki FUJIWARA
Filed: 15 May 23
Utility
cyj37l3cxjx7xlt15wbo2p3xpio8byhmf4p4tqm99qnqlzll2q
7 Sep 23
Daisuke KORI, Shohei Iwamori
Filed: 15 Feb 23
Utility
npa2j9cyukq57b374d6ljrkqm7xxr3uw2572qjjtl51xn
7 Sep 23
Provided are a piezoelectric substrate and a manufacturing method thereof, by which bonding strength enough for forming a piezoelectric layer on an insulating substrate having a significantly small linear expansion coefficient can be obtained through ion implantation even by heat treatment at 100° C. or less.
Kazutoshi NAGATA
Filed: 28 Apr 21
Utility
scy6ogwptqe7p0xvz686ua52gt12zgfspfapmt99p7nvz34k07g8 gj132cz
31 Aug 23
It is an object of the present invention to provide a personal care composition having not only a low environmental impact and a good skin feel but also a high cleansing property.
Takane SUDO, Yasuyuki HIRAMA, Shingo NIINOBE
Filed: 16 Mar 23
Utility
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31 Aug 23
The present invention is a planarizing agent for forming an organic film, including an aromatic-group-containing compound having a molecular weight represented by a molecular formula of 200 to 500, wherein a blended composition that includes the planarizing agent and a preliminary composition containing an organic film-forming resin and a solvent, and having a complex viscosity of 1.0 Pa·s or more in a temperature range of 175° C. or higher has a temperature range in which a complex viscosity of the blended composition is less than 1.0 Pa·s in a temperature range of 175° C. or higher.
Yasuyuki YAMAMOTO, Kenta ISHIWATA, Toshiharu YANO, Tsutomu OGIHARA
Filed: 23 Feb 23