专利检索_ 有羧基连接在六元芳环的碳原子上并有羟基氧-金属基醛基酮基醚基<img id="id" src="$path$/3399115830/jpggifpegjpeg"/>基<img id="id" src="$path$/3399115834/jpggifpegjpeg"/>基或<img id="id" src="$path$/3399115832/jpggifpegjpeg"/>基中任何基团的化合物专利检索_ 有羧基连接在六元芳环的碳原子上并有羟基氧-金属基醛基酮基醚基<img id="id" src="$path$/3399115830/jpggifpegjpeg"/>基<img id="id" src="$path$/3399115834/jpggifpegjpeg"/>基或<img id="id" src="$path$/3399115832/jpggifpegjpeg"/>基中任何基团的化合物专利检索查询_ 有羧基连接在六元芳环的碳原子上并有羟基氧-金属基醛基酮基醚基<img id="id" src="$path$/3399115830/jpggifpegjpeg"/>基<img id="id" src="$path$/3399115834/jpggifpegjpeg"/>基或<img id="id" src="$path$/3399115832/jpggifpegjpeg"/>基中任何基团的化合物专利检索查询分析平台

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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
1	一种利用碱性生物炭从园林垃圾中提取芳香化合物的方法	CN201710227416.0	2017-04-10	CN107413812A	2017-12-01	刘乐; 鞠美庭; 李龙; 李钟波; 张士秋; 李维尊
一种利用碱性生物炭从园林垃圾中提取芳香化合物的方法，其主要步骤包括：将园林垃圾制备成碱性生物炭催化剂；利用碱性生物炭催化园林垃圾转化为芳香化合物。本发明利用城市园林垃圾制备生物炭，拓展了园林垃圾的资源化路径；通过向生物炭上引入钙、镁等碱土金属组分，实现生物炭的结构转变和定向改性，提高了生物炭对的催化性能；实现了温和环境下园林垃圾生物质高效降解以及向芳香化合物的资源转化，提高了生物质资源利用效率，解决了园林垃圾难于降解、再利用的难题，具有极其深远的社会意义和经济价值。
2	由酸的盐制备游离酸的方法	CN201080004019.3	2010-02-01	CN102272086A	2011-12-07	A·驰拉文; T·泰克; T·哈斯; C·科布勒; D·布斯; A·罗纳博格; O·泽纳克尔
在此描述的本发明包括通过如下方式从有机酸，优选羧酸、磺酸或膦酸，尤其是α-或β-羟基羧酸的铵盐中释放所述有机酸的改进的方法，所述方式为释放和移除氨并同时使用胺作为适当的萃取剂从水相中萃取释放的酸。所述方法相当于反应性萃取。从有机酸的铵盐的水溶液中反应性萃取所述有机酸可以通过使用汽提介质或夹带气体，例如氮气、空气、水蒸气或惰性气体，例如氩气而显著改进。通过连续气流从所述水溶液中移除所释放的氨，并且可以将其再次供应到生产工艺中。所述游离酸可以从所述萃取剂中通过例如蒸馏、精馏、结晶、再萃取、色谱法、吸附的方法或通过膜方法获取。
3	Stabilized o-iodoxybenzoic acid compositions and process for the preparation thereof	US10050035	2002-01-17	US06462227B2	2002-10-08	Dominique Depernet; Bruno Francois
Compositions that comprise, for one mole of o-iodoxybenzoic acid, from 0.5 to 4 moles of an aliphatic acid of formula CH3(CH2)nCOOH, in which n is from 8 to 20, of a benzenecarboxylic acid of formula in which R represents H, CH3, COOH or of mixtures thereof.
4	Schistosomiasis treatment	US80144459	1959-03-24	US3057776A	1962-10-09	SHORT FRANKLIN W; ELSLAGER EDWARD F
Orally administrable therapeutic compositions in dosage unit form comprise a pharmaceutical carrier and, as active ingredient, pararosaniline or a salt thereof with a mineral acid or with a p monobasic organic acid containing a single carboxyl or sulphonic acid group. Suitable salts are the hydrochloride (parafusehin), hydrobromide, hydroiodide, acetate, sulphate, palmitate, stearate, salicylate, hydroxynaphthoate and 2-hydroxy-6-naphthalene sulphonate, the compositions preferably containing from 50 to 500 mg. of pararosaniline per dosage unit, e.g. as tablets, powders, capsules, solutions, suspensions and enterically coated forms comprising conventional solid and liquid carriers, diluents, preservatives and flavouring agents.
5	COMPOSITIONS STABILISEES D'ACIDE O-IODOXYBENZOIQUE ET LEUR PROCEDE DE PREPARATION	EP02711994.0	2002-01-17	EP1351917B1	2005-04-06	DEPERNET, Dominique; FRANCOIS, Bruno

6	遊離の酸をその塩から製造する方法	JP2011550504	2010-02-01	JP5650136B2	2015-01-07	シュラーフェンアレクサンダー; トーマス　タッケ; タッケトーマス; トーマス　ハース; ハーストーマス; コープラークリストフ; ブスディーター; ロネブルクアクセル; ツェーナッカーオリヴィエ

7	Manufacture of dimethylamine	JP25646185	1985-11-15	JPS61178951A	1986-08-11	ROIDO ABURAMUSU; SAAMAN YUUJIN GIA; ROBAATO DEI SHIYANON; JIYOOJI KAARU SONIKUSEN

8	酸化反応用リアクター、及び酸化物の製造方法	JP2015097581	2015-05-12	JP2018127398A	2018-08-16	鈴木崇将; 村井良行
【課題】炭化水素を反応的にもエネルギー的にも効率よく酸化できる酸化反応用リアクターを提供する。【解決手段】本発明の酸化反応用リアクターは、反応基質としての炭化水素を含有する液体が導入される液体導入流路と、酸素とオゾンとを含む気体が導入される気体導入流路と、前記液体導入流路から導入された液体と前記気体導入流路から導入された気体とを混合する気液混合部と、フローリアクターとを備えた酸化反応用リアクターであって、前記フローリアクターが、その内壁が鉄を含む材質であるフローリアクターであるか、又はその内部に鉄を含む粉末を充填させたフローリアクターであることを特徴とする。【選択図】図1
9	JPH0310613B2 -	JP25646185	1985-11-15	JPH0310613B2	1991-02-14	ROIDO ABURAMUSU; SAAMAN YUUJIN GIA; ROBAATO DEI SHANON; JOOJI KAARU SONIKUSEN

10	VERFAHREN ZUR HERSTELLUNG FREIER SÄUREN AUS IHREN SALZEN	EP10702663.5	2010-02-01	EP2398757A1	2011-12-28	SCHRAVEN, Alexander; TACKE, Thomas; HAAS, Thomas; KOBLER, Christoph; BUSS, Dieter; RONNEBURG, Axel; ZEHNACKER, Olivier
The invention relates to an improved method for releasing an organic acid, preferably a carbon, sulfone or phosphone acid, particularly an alpha or beta hydroxycarbon acid, from the ammonia salt thereof by releasing and removing ammoniac and simultaneous extraction of the released acid, having an amine as a suitable extraction means from the aqueous phase. This method corresponds to a reactive extraction. The reactive extraction of an organic acid from the aqueous ammonia salt solution thereof can be significantly improved by the use of a strip medium or carrier gas, such as nitrogen, air, water vapor or inert gases such as argon. The released ammoniac is removed from the aqueous solution by the continuous gas flow and can be resupplied into a production process. The free acid can be obtained by a method such as distillation, rectification, crystallization, reextraction, chromatography, adsorption or by a membrane method from the extraction means.
11	COMPOSITIONS STABILISEES D'ACIDE O-IODOXYBENZO QUE ET LEUR PROCEDE DE PREPARATION	EP02711994.0	2002-01-17	EP1351917A1	2003-10-15	DEPERNET, Dominique; FRANCOIS, Bruno
The invention concerns compositions containing for one o-iodoxybenzoic acid mole from 0.5 to 4 moles: of a aliphatic acid of formula CH3(CH2)nCOOH, wherein n ranges between 8 and 20; a benzenecarboxylic acid of formula (I) wherein R represents H, CH3, COOH; or mixtures thereof.
12	A method for producing the free acid from the salt	JP2011550504	2010-02-01	JP2012518021A	2012-08-09	ロネブルクアクセル; シュラーフェンアレクサンダー; ツェーナッカーオリヴィエ; コープラークリストフ; ブスディーター; タッケトーマス; ハーストーマス
本願に記載の発明は、有機酸、好ましくはカルボン酸、スルホン酸もしくはホスホン酸、特にα−もしくはβ−ヒドロキシカルボン酸を、そのアンモニウム塩から、アンモニアの遊離及び除去を行い、そして同時に遊離される酸を、好適な抽出剤としてのアミンを用いて水相から抽出することによって遊離させるための改善された方法を包含する。前記方法は、反応的抽出に相当する。有機酸をそのアンモニウム塩水溶液から反応的抽出することは、ストリッピング媒体もしくはエントレイナーガス、例えば窒素、空気、水蒸気又は不活性ガス、例えばアルゴンなどの使用によって明らかに改善することができる。遊離されるアンモニアは、連続的なガス流によって水溶液から除去され、再び製造方法に供給することができる。遊離酸は、蒸留、精留、結晶化、逆抽出、クロマトグラフィー、吸着などの方法又は膜法によって抽出剤から得ることができる。
13	Stabilization o- iodoxybenzoic acid composition and method for manufacturing	JP2002557892	2002-01-17	JP4332347B2	2009-09-16	ドミニク・デペルネ; ブリューノ・フランソワ

14	Stabilization o- iodoxybenzoic acid composition and method for manufacturing	JP2002557892	2002-01-17	JP2004523524A	2004-08-05	ドミニク・デペルネ; ブリューノ・フランソワ
組成物は、o−ヨードキシ安息香酸１モルにつき、０.５〜４モルの− 式Ｉ：ＣＨ ₃ (ＣＨ ₂ )nＣＯＯＨ [式中、nは、８〜２０である]で示される脂肪酸、 − 式II：【化１】 [式中、Ｒは、Ｈ、ＣＨ ₃ 、ＣＯＯＨである]で示されるベンゼンカルボン酸、または− それらの混合物を含む。
15	Reactive mesogen compound having superior thermostability and high birefringence and method of preparing the same	US14805715	2015-07-22	US09434682B2	2016-09-06	Yoon-Tae Jeon; Do-Yeon Kim; Yun-Sun Do; Gi-Woo Lee; Hueong-Nam Park; Kwang-Sik Choi
Disclosed are a novel reactive mesogen compound having superior thermostability, high birefringence and a simple preparation process while possessing unique liquid crystal characteristics having molecular orientation by forming a polymer network through photopolymerization, and a method of preparing the same. The novel reactive mesogen compound according to the present invention is represented by Formula 3 below.
16	Method for producing a free acid from the salt thereof	US13141456	2010-02-01	US08809576B2	2014-08-19	Alexander Schraven; Thomas Tacke; Thomas Haas; Christoph Kobler; Dieter Buss; Axel Ronneburg; Olivier Zehnacker
The invention relates to an improved method for releasing an organic acid, preferably a carbon, sulfone or phosphone acid, particularly an alpha or beta hydroxycarbon acid, from the ammonia salt thereof by releasing and removing ammoniac and simultaneous extraction of the released acid, having an amine as a suitable extraction means from the aqueous phase. This method corresponds to a reactive extraction. The reactive extraction of an organic acid from the aqueous ammonia salt solution thereof can be significantly improved by the use of a strip medium or carrier gas, such as nitrogen, air, water vapor or inert gases such as argon. The released ammoniac is removed from the aqueous solution by the continuous gas flow and can be resupplied into a production process. The free acid can be obtained by a method such as distillation, rectification, crystallization, reextraction, chromatography, adsorption or by a membrane method from the extraction means.
17	METHOD FOR PRODUCING A FREE ACID FROM THE SALT THEREOF	US13141456	2010-02-01	US20110257429A1	2011-10-20	Alexander Schraven; Thomas Tacke; Thomas Haas; Christoph Kobler; Dieter Buss; Axel Ronneburg; Olivier Zehnacker
The invention relates to an improved method for releasing an organic acid, preferably a carbon, sulfone or phosphone acid, particularly an alpha or beta hydroxycarbon acid, from the ammonia salt thereof by releasing and removing ammoniac and simultaneous extraction of the released acid, having an amine as a suitable extraction means from the aqueous phase. This method corresponds to a reactive extraction. The reactive extraction of an organic acid from the aqueous ammonia salt solution thereof can be significantly improved by the use of a strip medium or carrier gas, such as nitrogen, air, water vapor or inert gases such as argon. The released ammoniac is removed from the aqueous solution by the continuous gas flow and can be resupplied into a production process. The free acid can be obtained by a method such as distillation, rectification, crystallization, reextraction, chromatography, adsorption or by a membrane method from the extraction means.
18	Anti-static hydrocarbon fuel and additive therefor	US50765465	1965-11-15	US3397971A	1968-08-20	DER MINNE JOHAN L VAN; HERMANIE PIETER H J

19	Parasiticide	US21857062	1962-08-22	US3218339A	1965-11-16	SHORT FRANKLIN W; ELSLAGER EDWARD F

20	Process for making 1,4-dicaffeylquinic acid	US51086655	1955-05-24	US3100224A	1963-08-06	LUIGI PANIZZI; ALBERTO VERCELLONE

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