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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	用于自由流电泳的缓冲分流装置	CN200510024412.X	2005-03-17	CN1333247C	2007-08-22	曹成喜; 武功冬; 王秋玲
本发明涉及一种用于自由流电泳的缓冲分流装置，缓冲器腔体由下部储液室和上部气垫室组成，连通电解质/样品溶液的输入管经输入管接口连通缓冲器腔体，缓冲器腔体经输出管与输出管接口连通自由流电泳分离室，气垫调节注射器经气垫调节阀连通缓冲器腔体，装置上部安装水平仪，底部设置水平调节旋纽。本发明中的储液室和气垫室在同一缓冲器腔体内，气垫室中的气垫能有效缓冲输液泵导致的压力-流速脉冲，输液泵输送到缓冲分流装置的液体经输出管接口、输出管形成多达几十到几百条的稳定均匀的液体输送模式。本发明可应用于自由流电泳中液体输送或样品进样，显著降低自由流电泳对高精度高稳定多道泵的依赖。
2	电解质的纯化方法、由此获得的电解质和发生器及其用途	CN200680031746.2	2006-07-28	CN101252978A	2008-08-27	卡里姆·扎吉伯; 若塞林·贾尔伯特; 阿卜杜勒巴斯特·克尔飞; 克里斯托夫·米绍; 米歇尔·戈捷; 马丁·东特尼; 帕特里克·查尔斯特
一种包含至少一种碱土金属盐的离子电解质的纯化方法，该方法至少包括一个与至少一种钙盐颗粒接触的步骤。所述方法使获得具有特别低含水量特性的新颖电解质成为可能。引入该电解质作为组成部件的相应电化学发生器的特征在于，显著的稳定性，并且该电化学发生器极其安全。
3	电解质的纯化方法、由此获得的电解质和发生器及其用途	CN200680031746.2	2006-07-28	CN101252978B	2013-01-30	卡里姆·扎吉伯; 若塞林·贾尔伯特; 阿卜杜勒巴斯特·克尔飞; 克里斯托夫·米绍; 米歇尔·戈捷; 马丁·东特尼; 帕特里克·查尔斯特
一种包含至少一种碱土金属盐的离子电解质的纯化方法，该方法至少包括一个与至少一种钙盐颗粒接触的步骤。所述方法使获得具有特别低含水量特性的新颖电解质成为可能。引入该电解质作为组成部件的相应电化学发生器的特征在于，显著的稳定性，并且该电化学发生器极其安全。
4	NANOCOMPOSITE MATERIAL AND METHOD OF MANUFACTURING THE SAME	US11566253	2006-12-04	US20070199109A1	2007-08-23	Dong-kee YI; Byung-ki KIM; Jae-ho LEE; Eun-joo JANG; Seong-jae CHOI
A nanocomposite material and a method of manufacturing the same are disclosed. The nanocomposite material includes a plurality of nanoparticles coated with a metal oxide, and a matrix of the metal oxide immobilizing the nanoparticles that are dispersed therein. The nanocomposite material is manufactured such that macro- or macro-scale cracks are prevented or effectively prevented, light stability is enhanced over a light-emitting period, and light brightness is improved.
5	Cherkasky lubricant comprises chemically modified, preferably halogenated e.g. fluorinated with germanium oxide, or cross linked silicon or other chemically modified biomass, fresh cell culture e.g. alga biomass	DE102006055673	2006-11-23	DE102006055673A1	2008-06-12	CHERKASKY ALEXANDER
Cherkasky lubricant comprises chemically modified, preferably halogenated e.g. fluorinated with germanium oxide, or cross linked silicon or other chemically modified biomass, biomass- and cell lysate or its residue, fresh cell culture or its lysate, like alga biomass, fungal biomass, plant biomass, biomass consisting of larger organisms, like sea animals and birds or mammals, bacterial cell cultures and their corpuscle, liquid manure, tardigrade, hay snails, Kakalaken, other insects of yellow falling (tree) leaves, disposed animal bodies, barks or plant residues. Cherkasky lubricant comprises chemically modified, preferably halogenated, preferably fluorinated, brominated, chlorinated and iodinated, and borated, selenated, selenium-borated, siliconated, with germanium oxide, or cross linked silicon or other chemically modified biomass, biomass- and cell lysate or its residue, fresh cell culture or its lysate, like alga biomass ( Chlamydomonas, Volvox), fungal biomass, like Saccharomyces cerevisiae, plant biomass, biomass consisting of larger organisms, like fish, preferably guppy Poecilia reticulata, sea animals (like crabs, lobster, snails, mussels) and birds or mammals, where animal bodies have different degrees of comminution, bacterial cell cultures, like green photo-synthetic bacteria and Escherichia coli and their corpuscle, liquid manure, tardigrade, hay snails, Kakalaken, other insects of yellow falling (tree) leaves, disposed animal bodies, barks or plant residues. Independent claims are included for: (1) a material mixture comprising Cherkasky lubricant product which is preferably mixed with oils and fats; and (2) preparing the biomass, comprising crushing, mincing and lyzing the organisms and transferring the organisms to hydrofluoric acid, bromic acid, hydrochloric acid, hydrogen iodide, selenium, boron, silicon, germanium oxide or other materials or substances, where the transferring step takes place preferably by either transferring the organisms with hydrogen fluoride and then crushing or crushing and then transferring with other materials or reagents, and also takes place by transferring and then crushing or crushing and further transferring or preparing preferably with hydrogen fluoride, selenium and boron.
6	PROTEINA ENZIMATICA CON ACTIVIDAD ENDOGLUCANASA, PROCEDIMIENTO PARA SU PRODUCCION Y SUS APLICACIONES.	ES01932197	2001-05-22	ES2278743T3	2007-08-16	MURASHIMA KOICHIRO; SUMIDA NAOMI; NAKANE AKITAKA; YANAI KOJI; NISHIMURA TOMOKO; KOGA JINICHIRO
Una proteína que tiene la actividad endoglucanasa, que comprende una secuencia desde la posición 19 hasta la posición 223 de la secuencia de aminoácidos descrita en SEQ ID NO:1.
7		AT93116876	1993-10-19	AT170829T	1998-09-15	KATO KINYA; KOZAKI SHINYA; IMAMURA TAKESHI; KOMATSU TOSHIYUKI
There are here provided a method for biodegrading trichloroethylene which comprises the step of bringing an aqueous medium containing trichloroethylene into contact with microorganisms having a trichloroethylene degrading ability derived from intestines of termites to degrade trichloroethylene; a method for obtaining the microorganisms; a method for remediating a soil by the use of the microorganisms; and a method for biodegrading an chlorinated organic compound with the microorganisms.
8	AN APPARATUS, DEVICE AND OR SUBJECT MATTER KNOWN AS SOLAR POWER OR ELECTRICAL FREQUENCY THAT ALLOWS TV'S, CELL PHONES, LAPTOPS, COMPUTERS, STATIONARY AND OR WIRELESS, HOUSEHOLD APPLIANCES, TOOLS AND OR ANY DEVICE AND OR ANY SUBJECT RELATING TO THE USE OF ELECTRICITY WIRELESS AND OR WIRED	CA3108531	2021-01-30	CA3108531A1	2022-07-30	VILLE DE CARIES GLENN; DE CARIES JENNILEE
TITLE OF INVENTION: An apparatus, device and or subject matter known as solar power or electrical frequency that allows TV's, cell phones, laptops, computers stationary and or wireless, household appliances, tools and or any device and or any subject relating to the use of electricity wireless and or wired. TECHNICAL FIELD: The basis of having an operation of solar power and or electrical frequency and or chemical energy to power a single device and or devices and or appliances that are frequently used indoors and or with the possibilities of outdoor usage and or utilized by consumers, entrepreneurial, businesses, peoples, people, individuals and or commercial, residential, institutional and or industrial. TECHNICAL PROBLEM: The utilization of solar panels and solar power exist but not under the spoken about regimen solar adaption, (Example, A TV that has a solar system directly attached to a solar grid that can be wired and or wireless and or can utilize chemical energy and be installed on the specific. Example, A TV to have the opportunity for the grid to manufactured within it and or a component purchased and connected to it. SOLUTION: We the applicants have invented the usage for solar and or electrical frequency to be utilized as a direct energy source, applied on the device. Example, picture a tv, cellphone charger appliances ect... utilizing a built in grid, sourcing energy from a wired and or wireless grid component attached to a window and or elsewhere and or sourcing electrical frequency from the indoor lighting system allowing electrical power to be sourced for usage. This invention provides facts of the applicants application that the radiation levels cannot be harmful with when applied to individual appliances or devices.
9	Procedimiento de purificación de un electrolito que comprende una sal de metal alcalino	ES06775050	2006-07-28	ES2388785T3	2012-10-18	ZAGHIB KARIM; JALBERT JOCELYN; GUERFI ABDELBAST; MICHOT CHRISTOPHE; GAUTHIER MICHEL; DONTIGNY MARTIN; CHAREST PATRICK
Procedimiento de purificación de un electrolito iónico que comprende por lo menos una sal de metal alcalino,comprendiendo dicho procedimiento por lo menos una etapa en la que las partículas de carburo de calcio se ponenen contacto con el electrolito.
10		AT01932197	2001-05-22	AT349516T	2007-01-15	MURASHIMA KOICHIRO; SUMIDA NAOMI; NAKANE AKITAKA; YANAI KOJI; NISHIMURA TOMOKO; KOGA JINICHIRO; MURAKAMI TAKESHI; KONO TOSHIAKI
There is provided an endoglucanase enzyme, which is useful for reducing fuzz of regenerated cellulose-containing fabrics, improving the touch and appearance, color clarification, localized variation in color, reducing stiffness and using it as components of a detergent, as well as deinking waste paper and improving freeness of paper pulp. A cDNA coding for the endoglucanase enzyme NCE5 was cloned and its DNA sequence and amino acid sequence derived from it were determined.
11	Zygomycetes-origin endoglucanase lacking cellulose-binding domain	AU2406802	2001-11-21	AU2406802A	2002-06-03	NAKANE AKITAKA; BABA YUKO; KOGA JINICHIRO; KUBOTA HIDETOSHI
This invention relates to a protein that is a Zygomycetes-derived endoglucanase lacking the cellulose-binding domain and exhibits endoglucanase activity, and a method for using the same. This invention can enhance effects of an endoglucanase enzyme on fabric treatment such as reduction of fuzzing, improvement in feel and appearance, color clarification, partial color change, and softening of cellulose-containing fabrics and on performance improvement in the deinking of waste paper and drainage of paper pulp.
12	Method for transferring selected molecule into target cell and selected molecule transfer device used for the same	JP2012134989	2012-06-14	JP2013255474A	2013-12-26	JINNO MASAFUMI; MOTOMURA HIDEKI; TACHIBANA KUNIHIDE; OKIHIRO TADASHI; SATO SUSUMU; SAEKI NOBORU
PROBLEM TO BE SOLVED: To provide a method for transferring a selected molecule into a target cell, by which the selected molecule can more efficiently be transferred than before, and a damage given to the target cell can be reduced, and to provide a selected molecule transfer device used for the same.SOLUTION: A method for transferring a selected molecule into a target cell or target tissue includes a transport step for passing a first liquid through an inner portion or outer surface of a voltage-applied electrode to act an electric field on the first liquid and transporting it to a container, wherein the first liquid contains at least one selected from a group consisting of a transfer liquid which is a liquid containing the selected molecule, the target cell or target tissue, and a culture liquid; and the selected molecule is brought into contact with the target cell or target tissue before or after the transport step.
13		JP2002357227	2002-12-09	JP3442071B1	2003-09-02

14	PRODUCTION OF POWDER WITH HIGH CONTENT OF LACTOSUCROSE AND USE OF THE SAME POWDER	JP6769491	1991-03-08	JPH04281795A	1992-10-07	HARA KOZO; FUJITA TAKATERU; YAMASHITA MASAYUKI; TSUNETOMI YASUHIKO; SAKAI SHUZO; MIYAKE TOSHIO
PURPOSE:To obtain the subject safe powder, excellent in fluidity and useful as selective sugar sources for bifid bacteria by reacting an aqueous solution of sucrose and lactose with a sugar transferase, removing impurity sugars from the formed lactosucrose- containing sugar solution and spray-drying the prepared solution. CONSTITUTION:A sugar transferase (e.g. levansucrase) is added to an aqueous solution containing sucrose and lactose and the resultant solution is kept at 40 deg.C and pH 6.0 for 16 hr and reacted. The enzyme is then thermally inactivated and the obtained solution is filtered. The prepared filtrate is decolored with active carbon and the impurity sugars are removed from the obtained lactosucorse-containing sugar solution according to one or more methods of column chromatography, using an alkaline metal type or alkaline earth metal type strongly acidic cation exchange resin, a fermentation method using an invertase-deficient enzyme and a method for crystallizing the lactose and removing the lactose, etc., to provide a solution with a high lactosucrose content at >=45wt./wt.% expressed in terms of sugar composition. The resultant sugar solution is then spray-dried to afford the objective powder with a high lactosucrose content.
15		JP3170175	1975-03-07	JPS51113792U	1976-09-14

16	Stabilized powdered formaldehyde	US11712782	2007-02-28	US20070259395A1	2007-11-08	James Biesecker
According to an aspect of the invention, a polymerized form of formaldehyde is available in granular form containing a polymerized form of formaldehyde, such as paraformaldehyde, a buffer, such as sodium phosphate dibasic anhydrous, and a stabilizer, such as hydroxymethyl cellulose, or hydroxypropyl methyl cellulose. When added to an aqueous solvent, the paraformaldehyde can dissolve in alkaline solution, and depolymerizes into a formaldehyde solution containing a stabilizer. Optionally a second member of the buffer pair or another buffer or pH adjuster can be used The stabilized depolymerized formaldehyde solution is then ready for use, or can be modified by addition of other substances, such as sodium phosphate monobasic monohydrate. Additionally, an additional buffer may be included in the granular mixture to increase the rate at which the solid dissolves and depolymerizes.
17	Process for producing metal oxide particle and exhaust gas purifying catalyst	US10593629	2005-04-27	US20070197379A1	2007-08-23	Masahide Miura
The present invention provides an exhaust gas purifying catalyst and a process for producing a metal oxide particle comprising multiple species of metal oxides and capable of satisfactorily exerting the properties of respective metal oxides. A process of the present invention comprises providing a sol containing at least a population of first colloid particles and a population of second colloid particles differing in the isoelectric point with each other; adjusting the pH of the sol to be closer to the isoelectric point of the population of first colloid particles than to the isoelectric point of the population of second colloid particles, thereby aggregating the population of first colloid particles; adjusting the pH of the sol, thereby aggregating the population of second colloid particles onto the population of first colloid particles aggregated; and drying and firing the obtained aggregate.
18	シート状細胞培養物解離システム	JP2012526590	2011-07-29	JPWO2012015030A1	2013-09-12	山本　敬; 敬山本
シート状の細胞培養物を個別の細胞に解離させる際に、細胞へのダメージを最小限にするためのシステムであって、(i)シート状細胞培養物を解離させる反応部、(ii)反応部内に存在する細胞の粒度分布に関係する情報を取得するセンサー部、(iii)センサー部により取得された情報から細胞の粒度分布を算出し、解離状態を判断し出力する解析部を含む、シート状細胞培養物を個別の細胞に解離するためのシステム。
19		JP23529990	1990-09-04	JP2875367B2	1999-03-31	SATAKE TOSHIHIKO; SATAKE SATORU; KUMAMOTO KATSUYUKI

20		JP33861590	1990-11-30	JP2674674B2	1997-11-12

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