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    • 2. 发明专利
    • Rational employment service for companies and job applicants
    • 公司和工作人员的就业服务
    • JP2013125421A
    • 2013-06-24
    • JP2011273936
    • 2011-12-14
    • Keiichiro Koga圭一郎 古賀
    • KOGA KEIICHIRO
    • G06Q10/06
    • PROBLEM TO BE SOLVED: To efficiently eliminate waste of money and waste of time and labor by interviews or the like on a company side, to precisely hire a target talent, and to provide an extremely efficient job hunting support service for allowing a job applicant side to appeal his/her actual talent and skills from the beginning without uselessly looking for a job.SOLUTION: By using a rational employment service for companies and job applicants of the present invention, the company side presents a desired skill or talent as a problem, the job applicant side is adapted to the talent desired by the company side by searching for a job suited to himself/herself and demonstrating his/her skill or talent to the full.
    • 要解决的问题:通过公司方面的访问等有效消除资金浪费和时间和劳动,精确聘请目标人才,并提供极其有效的求职支持服务,允许 求职者一方面从一开始就吸引了他/她的实际人才和技能,而无需寻找工作。 解决方案:通过为本发明的公司和求职者使用合理的就业服务,公司方面提出了期望的技能或人才作为问题,求职者侧通过搜索来适应公司所需的人才 适合自己的工作,充分发挥他/她的技能或才能。 版权所有(C)2013,JPO&INPIT
    • 3. 发明专利
    • Positional information linkage advertisement system
    • 定位信息链接广告系统
    • JP2013113947A
    • 2013-06-10
    • JP2011258378
    • 2011-11-27
    • Keiichiro Koga圭一郎 古賀
    • KOGA KEIICHIRO
    • G09F19/00G06Q30/02G09F23/00
    • PROBLEM TO BE SOLVED: To prevent going-through under a crossing gate at a railroad crossing and an accident at the crossing gate and to curtail publication to the crossing gate of a railroad crossing and an advertisement pillar.SOLUTION: Advertisement spaces owned by advertising companies and railroad companies can be registered by using advertising WEB services so that a sponsor can retrieve an advertisement space and publish an advertisement on a favorite condition. Going-through under a crossing gate and suicide are prevented by attaching advertisement to the crossing gate of a railroad crossing.
    • 要解决的问题:防止铁路过境处的交叉口穿越过境点和交叉口的事故,并将出版物公开到铁路道口和广告柱的交叉口。 解决方案:广告公司和铁路公司拥有的广告空间可以通过使用广告WEB服务进行注册,以便赞助商可以检索广告空间并在喜欢的条件下发布广告。 通过在过境口进行通行和自杀是通过在广播道口的交叉口附上广告来防止的。 版权所有(C)2013,JPO&INPIT
    • 4. 发明授权
    • Electronic timepiece
    • 电子钟表
    • US4262351A
    • 1981-04-14
    • US943263
    • 1978-09-15
    • Shigeru MorokawaFukuo SekiyaYukio HashimotoYasushi NomuraKeiichiro Koga
    • Shigeru MorokawaFukuo SekiyaYukio HashimotoYasushi NomuraKeiichiro Koga
    • G04G15/00G04C3/00G04G3/02G04G5/04G04G9/00G04G11/00G04G13/02G04G17/08G04G99/00G04B23/02G04C21/16
    • G04G99/006G04C3/005G04G11/00G04G13/025G04G5/04
    • An electronic timepiece includes a frequency supply for providing a relatively high frequency time base signal, a frequency converter responsive to the time base signal to provide a relatively low frequency time unit signal, timing signals, and a plurality of word pulses indicative of plurality of data words representing time data concerning the current time, and a set of additional data other than the time data. A primary register is arranged to store the time data and the additional data, and display means displays the time data and the additional data. An external control member is adapted to provide an input signal when actuated, and an indexing signal is generated in response to the input signal. A secondary register is arranged to store a plurality of sets of additional data and is operable to transfer each set of additional data to the primary register in a sequential manner as the first mentioned set of additional data in response to the indexing signal, whereupon each of the sets of additional data is sequentially displayed by the display means.
    • 电子钟表包括用于提供相对高频时基信号的频率供应器,响应于时基信号的频率转换器,提供相对低频的时间单位信号,定时信号以及表示多个数据的多个字脉冲 表示与当前时间有关的时间数据的单词,以及除了时间数据之外的一组附加数据。 主寄存器被设置为存储时间数据和附加数据,并且显示装置显示时间数据和附加数据。 外部控制构件适于在致动时提供输入信号,并且响应于输入信号产生分度信号。 次级寄存器被布置为存储多组附加数据,并且可操作以响应于索引信号以顺序方式将每组附加数据传送到主寄存器作为第一附加数据组,因此, 显示装置依次显示附加数据组。
    • 5. 发明授权
    • Decoding method for multiple bit error correction BCH codes
    • 用于多位纠错BCH码的解码方法
    • US4694455A
    • 1987-09-15
    • US772504
    • 1985-09-04
    • Keiichiro Koga
    • Keiichiro Koga
    • H03M13/00H03M13/15G06F11/12
    • H03M13/15
    • In an error correction code decoding system using BCH (Bose-Chaudhuri-Hocquenghem) code for correcting error bits in input data Y=(y.sub.1, y.sub.2, - - - , y.sub.n) having the steps of obtaining syndrome S=(S.sub.1, S.sub.2, - - , S.sub.n) through calculation of YH.sup.t, where H is a parity check matrix, obtaining determinant Q.sub.t (equation 6) which has elements of said syndrome S=(S.sub.1, S.sub.2, - - - , S.sub.n), and Q determinant which is provided by deleting some rows and columns including specified diagonal elements of said Q.sub.t determinant, determining coefficients of error locator polynominal by using said Q determinant, and solving said error locator polynomial, the improvement that said Q determinant is calculated by Q determinant storage means for storing the calculated Q determinant, and calculation means for providing accumulation of product (equation 11) of Q determinant in said storage means and square of said syndrome, and updating said storage means in order to simplify decoding equipment. Said Q.sub.t determinant and Q determinant may be replaced by Q polynomial, and the square of the syndrome by the syndrome itself.
    • 在使用BCH(Bose-Chaudhuri-Hocquenghem)码校正输入数据Y =(y1,y2, - - ,yn)中的错误位的纠错码解码系统中,具有获得S =(S1,S2, - - ,Sn),其中H是奇偶校验矩阵,获得具有所述综合征S =(S1,S2, - - - ,Sn)的元素的决定因素Qt(等式6)和Q 通过删除包括所述Qt行列式的指定对角线元素的一些行和列来提供,通过使用所述Q行列式确定误差定位器多项式的系数,并求解所述误差定位多项式,所述Q行列式由Q行列式存储装置计算, 计算出的Q行列式,以及用于在所述存储装置中提供Q行列式的乘积(等式11)的积累和所述校正子的平方的计算装置,并且更新所述存储装置以简化解码设备。 所述Qt行列式和Q行列式可以由Q多项式代替,综合征本身的平方和。
    • 6. 发明授权
    • Satellite communication system
    • 卫星通信系统
    • US4748622A
    • 1988-05-31
    • US890235
    • 1986-07-29
    • Takuro MurataniTatsuo WatanabeMichihisa OhkawaKeiichiro Koga
    • Takuro MurataniTatsuo WatanabeMichihisa OhkawaKeiichiro Koga
    • H04B7/15H04B7/185H04J3/06
    • H04B7/18578H04J3/0626
    • A satellite communication among a plurality of small earth stations (very small aperture terminal;VSAT) through a satellite is performed by using a relay earth station which has higher power than a small earth station. A signal goes from an originating small earth station to a destination small earth station, through a satellite, a relay earth station, and a satellite by using two hops propagation. Communication is carried out in digital form. The relay earth station regenerates digital signals from small earth stations. In the process of the regeneration of the digital signals, the error correction technique is applied to reduce the error rate, and a frequency compensation technique is also employed. Thus, a small simple earth station can provide high quality of communication with high C/N. A reference clock signal for operating a small earth station is derived from a reception signal from a satellite.
    • 通过使用具有比小地球站更高的功率的中继地球站,通过卫星进行多个小地球站(非常小的孔径终端; VSAT)之间的卫星通信。 信号通过卫星,中继地球站和卫星通过使用两个跳传播从原始的小地球站到达目的地小地球站。 沟通以数字形式进行。 中继地球站从小地球站再生数字信号。 在数字信号的再生过程中,采用纠错技术来降低误码率,并采用频率补偿技术。 因此,一个小型简单的地球站可以提供高C / N的高质量通信。 用于操作小型地球站的参考时钟信号是从卫星的接收信号导出的。