序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
181 树脂砚的制造方法 CN200710034693.6 2007-04-09 CN101434116A 2009-05-20 宁小静
发明提供一种树脂砚的制造方法,它以不饱和树脂,固体无机物粉末、固化剂和促进剂为原料,以橡胶浇铸模为成型模,采用打样、制模、配料、注料、固化、脱模、打磨、修饰后制成为成品砚。采用这种方法制造的砚,不但制造工艺简单、成本低、工效高,而且具有质地细腻、尺寸准确、纹饰精细、发墨快、不损笔、盛墨不易干涸和易清洗的优点。
182 自动磨墨机 CN200510089899.X 2005-08-10 CN1709716A 2005-12-21 杨国铵
发明公开了一种自动磨墨机,包括一个底盘,底盘上面有砚台,底盘通过起落支架安装有电机及被电机驱动旋转的墨条固定架,墨条固定架上有墨条夹紧装置用于竖直固定墨条。这种自动磨墨机使用方便,将人从手动磨墨操作过程中解放出来,而且通过砚池加量及磨墨时间长短、压可以磨出浓淡不同的墨汁。
183 黄河澄泥砚 CN01109378.1 2001-03-06 CN1373051A 2002-10-09 刘建军
黄河澄泥砚不施彩釉,由于科学周密的原料配方,精心的药物调剂,特殊的炉火烧制,加之窑变,一窑之中出现多种色彩,不但有史书上记载的朱砂红、膳鱼黄、檀香紫、蟹壳灰、绿豆青……等名贵颜色,而且出现了古砚从未有过的各种美妙的纹理,完全具备古砚:“泽如美玉,击若钟磬,贮墨不耗,积墨不腐,冬不冻,夏不枯,写字作画虫不蛀”等特点。
184 药物澄泥砚的制作工艺 CN91111091.7 1991-11-20 CN1033566C 1996-12-18 张存生; 王玲
一种药物澄泥砚的制作工艺,包括过滤、和泥、入模或雕刻、晾晒、入窑烧制、上蜡抛光等步骤,其特征是过滤前先将黄泥与黄丹粉混合,且上蜡前先对其熏蒸。该制作工艺简单、易于掌握,填补了我国在制砚行业中的一个空白。
185 药物澄泥砚的制作工艺 CN91111091.7 1991-11-20 CN1061748A 1992-06-10 张存生
一种药物澄泥砚的制作工艺,包括过滤、和泥、入模或雕刻、晾晒、入窑烧制、上蜡抛光等步骤,其特征是过滤前先将黄泥与黄丹粉混合,且上蜡前先对其熏蒸。该制作工艺简单,易于掌握,填补了我国在制砚行业中的一个空白。
186 JPS4033772Y1 - JP6167764 1964-08-06 JPS4033772Y1 1965-11-26
187 Bottle holder US29866039 1939-10-09 US2207086A 1940-07-09 CARMICHAEL JAMES B
188 Desk set US55171631 1931-07-18 US1916808A 1933-07-04 PARKER KENNETH S
189 Inkstand US68142023 1923-12-18 US1499009A 1924-06-24 PAUL FRANTSITS
190 Stationery to which reversible discoloring layer is provided JP13440596 1996-04-30 JPH09295489A 1997-11-18 KANI TAKAO; YASUDA MICHIYUKI
PROBLEM TO BE SOLVED: To satisfy appearance and disappearance, decorating, differentiation, etc., of various kinds of images by a method wherein a reversible heat discoloring layer discoloring by contact or rubbing with the fingers is provided at a suitable position of a stationary surface. SOLUTION: As an example of a stationery, on a surface of a lead pencil shaft 2, homogeneous compatible material composed of 6 parts of 3- diethylamino-6-methyl-7-anilinofluoran, 10 parts of 1,1-bis(4'-hydroxyphenyl) hexane, and 100 parts of ethylhexyl is contained in an epoxy resin hardened film. Heat discoloring ink wherein the reversible heat discoloring material which discolors to black at under 30 deg.C, and to colorless at 30 deg.C or higher is dispersed in a medium containing a binder, is used. It is applied by spraying, and the stationery 1 to which a reversible discoloring layer 3 is provided, is obtained.
191 JPH0453978Y2 - JP12629986 1986-08-19 JPH0453978Y2 1992-12-18
192 JPS6331980U - JP12629986 1986-08-19 JPS6331980U 1988-03-01
193 JPS5778983U - JP15752180 1980-11-04 JPS5778983U 1982-05-15
194 Device for filling writing, drawing, printing or painting utensils US469087 1995-06-05 US5482191A 1996-01-09 Rainer Kaufmann
A device for filling a writing utensil having an applicator tip for applying a liquid has a container for receiving a liquid. The container has an air inlet connection to connect the interior of the container to a surrounding atmosphere and further has an opening. A receiving member for receiving the writing utensil or a liquid reservoir of the writing utensil is provided, wherein the receiving member is sealingly connected within the opening. A capillary liquid conveying connection, having a first and a second end, for conveying the liquid from the container into a writing utensil or a liquid reservoir of a writing utensil is provided. The first end opens into the receiving member and contacts the writing tip of the writing utensil or the inlet of the liquid reservoir of the writing utensil. The air inlet connection has at least one chamber.
195 Bottleholder US77439647 1947-09-16 US2596009A 1952-05-06 CONNOR KATHLEEN M; WARREN BOGAN CHARLES
196 Inkwell base US5851336 1936-01-10 US2053517A 1936-09-08 LOID CRANDALL; LINDQUIST LORENTZ J
197 Ink-bottle holder US47604821 1921-06-08 US1417081A 1922-05-23 MCCONNELL WALTER B
198 Inkstand US36880520 1920-03-25 US1389650A 1921-09-06 FULLER FRANZ A
199 Inkwell US41574220 1920-10-09 US1386108A 1921-08-02 ROLAND HARDING
200 Bottle-holder US33724119 1919-11-11 US1338106A 1920-04-27 RUTHVEN SMITH EDWIN
QQ群二维码
意见反馈