首页
产品
黄页
商标
征信
会员服务
注册
登录
全部
|
企业名
|
法人/股东/高管
|
品牌/产品
|
地址
|
经营范围
发明名称
Process for preparing penicillanic acid derivatives
摘要
申请公布号
US4912213(A)
申请公布日期
1990.03.27
申请号
US19880241186
申请日期
1988.09.07
申请人
OTSUKA KAGAKU KABUSHIKI KAISHA;TAIHO PHARMACEUTICAL COMPANY, LIMITED
发明人
TANIGUCHI, MASATOSHI;SASAOKA, MICHIO;MATSUMURA, KIYOTOSHI;KAWAHARA, ICHIRO;KASE, KENJI;SUZUKI, DAISUKE;TORII, SHIGERU;TANAKA, HIDEO;TANAKA, MOTOAKI;NAKAI, AKIRA
分类号
C07D499/87;B01J23/14;B01J27/135;C07B61/00;C07D499/00;C07D499/86;C07D499/897
主分类号
C07D499/87
代理机构
代理人
主权项
地址
您可能感兴趣的专利
Coin and token organizing, holding and dispensing apparatus
Head protective device incorporating a sweatband bandana
Electron-emitting device manufacturing apparatus, solution including metal micro-particles, electron-emitting device, and image displaying apparatus
System and method of an efficient snapshot for shared large storage
Process for the synthesis of phenol and acetone
Process for the production of triiodotrimesic acid
Antimicrobial quaternary surfactants based upon alkyl polyglycoside
Communication system in digital television
Method and system for detecting an outlying resistance in a plurality of resistive elements
Hub/router for communication between cores using cartesian coordinates
Sense-amp based adder with source follower pass gate evaluation tree
Addition circuit for accumulating redundant binary numbers
Size reduction techniques for vital compliant VHDL simulation models
Apparatus for the correction of temperature drift for pressure sensor, pressure control apparatus and pressure-type flow rate control apparatus
Wireless transmitter and doorbell system
Timing control unit and color image forming apparatus using the same
Coherency management for a switchless distributed shared memory computer system
Method for managing a cache memory using a predictive modeling engine to select a caching algorithm
Analog filter suitable for smoothing a DeltaSigma-modulated signal
Dynamic power sharing zero intermediate frequency (ZIF) mixer and method of forming same