会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Ethanol/water vapor permeation membrane separation process with heat and energy recovery via temperature and flow control
    • 乙醇/水蒸汽渗透膜分离过程,通过温度和流量控制进行热能和能量回收
    • US09321011B2
    • 2016-04-26
    • US13809445
    • 2011-07-29
    • Takafumi KiuchiRyohta HidakaYoichi IshibashiYasuki KanshaAtsushi Tsutsumi
    • Takafumi KiuchiRyohta HidakaYoichi IshibashiYasuki KanshaAtsushi Tsutsumi
    • B01D61/36
    • B01D61/362B01D61/368B01D2313/24B01D2313/246B01D2313/38
    • [Problem] To provide a membrane separation apparatus and a membrane separation method capable of reducing energy consumption,[Solution] A membrane separation apparatus (10) includes: a membrane separator (20) supplied with a fluid (X) containing a component (A) and a component (B) and separating the fluid (X) into a fluid (Y) having a higher concentration of the component (A) than the fluid (X) and a fluid (Z) having a lower concentration of the component (A) than the fluid (X) by using a separation membrane; a first compressor (21) adiabatically compressing the fluid (Y); a first heat exchanger (11) to which the fluid (Y) adiabatically compressed by the first compressor (21) is introduced as a heat source; and a second heat exchanger (12) to which the fluid (Z) is introduced as a heat source. The fluid (X) is divided and conveyed by first and second supply lines (31, 32), the divided fluids (X) are heated by the first and second heat exchangers (11, 12), respectively, then merged and supplied to the membrane separator (20).
    • 提供一种能够降低能量消耗的膜分离装置和膜分离方法[方案]一种膜分离装置(10),包括:膜分离器(20),其供给含有成分(A )和组分(B),并且将流体(X)分离成具有比流体(X)更高浓度的组分(A)的流体(Y)和具有较低浓度组分的流体(Z)( A)比流体(X)使用分离膜; 绝热压缩流体(Y)的第一压缩机(21); 引入由第一压缩机(21)绝热压缩的流体(Y)作为热源的第一热交换器(11) 和引入流体(Z)作为热源的第二热交换器(12)。 流体(X)由第一和第二供应管线(31,32)分开并输送,分流体(X)分别被第一和第二热交换器(11,12)加热,然后合并并供应到 膜分离器(20)。
    • 2. 发明申请
    • MEMBRANE SEPARATION APPARATUS AND MEMBRANE SEPARATION METHOD
    • 膜分离装置和膜分离方法
    • US20130153498A1
    • 2013-06-20
    • US13809445
    • 2011-07-29
    • Takafumi KiuchiRyohta HidakaYoichi IshibashiYasuki KanshaAtsushi Tsutsumi
    • Takafumi KiuchiRyohta HidakaYoichi IshibashiYasuki KanshaAtsushi Tsutsumi
    • B01D61/36
    • B01D61/362B01D61/368B01D2313/24B01D2313/246B01D2313/38
    • [Problem] To provide a membrane separation apparatus and a membrane separation method capable of reducing energy consumption,[Solution] A membrane separation apparatus (10) includes: a membrane separator (20) supplied with a fluid (X) containing a component (A) and a component (R) and separating the fluid (X) into a fluid (Y) having a higher concentration of the component (A) than the fluid (X) and a fluid (Z) having a lower concentration, of the component (A) than the fluid (X) by using a separation membrane; a first compressor (21) adiabatically compressing the fluid (Y); a first heat exchanger (11) to which the fluid (Y) adiabatically compressed by the first compressor (21) is introduced as a heat source; and a second heat exchanger (12) to which the fluid (Z) is introduced as a heat source. The fluid (X) is divided and conveyed by first and second supply lines (31, 32), the divided fluids (X) are heated by the first and second heat exchangers (11, 12), respectively, then merged and supplied to the membrane separator (20).
    • 提供一种能够降低能量消耗的膜分离装置和膜分离方法[方案]一种膜分离装置(10),包括:膜分离器(20),其供给含有成分(A )和组分(R),并且将流体(X)分离成具有比流体(X)更高的组分(A)浓度的流体(Y)和具有较低浓度的流体(Z) (A)比流体(X)使用分离膜; 绝热压缩流体(Y)的第一压缩机(21); 引入由第一压缩机(21)绝热压缩的流体(Y)作为热源的第一热交换器(11) 和引入流体(Z)作为热源的第二热交换器(12)。 流体(X)由第一和第二供应管线(31,32)分开并输送,分流体(X)分别被第一和第二热交换器(11,12)加热,然后合并并供应到 膜分离器(20)。
    • 3. 发明授权
    • Load control mechanism for internal combustion engine
    • 内燃机负荷控制机构
    • US08186335B2
    • 2012-05-29
    • US12237730
    • 2008-09-25
    • Yoichi IshibashiHideaki Morikawa
    • Yoichi IshibashiHideaki Morikawa
    • F02B47/08F02M25/07F01L1/34
    • F02M26/01
    • To avoid the generation of a pumping loss, a communication passage is formed as a bypass passage between an exhaust port and a combustion chamber in an internal combustion engine. The communication passage is provided with a one-way valve as an exhaust gas return amount adjustment means. The one-way valve includes a spring member having a spring constant set to the value such that a valve body does not displace toward the combustion chamber under the pressure of the exhaust gas in the exhaust port. An opening degree of the one-way valve is autonomously adjusted depending on the amount of air introduced from an intake manifold when the pressure within the combustion chamber becomes negative in the intake stroke. Then inside of the combustion chamber is kept at substantially the atmospheric pressure with the exhaust gas returned to the combustion chamber via the communication passage and the aforementioned air.
    • 为了避免产生泵送损失,在内燃机的排气口与燃烧室之间形成有作为旁通通路的连通路。 连通通道具有作为废气返回量调节装置的单向阀。 单向阀包括具有设定为该值的弹簧常数的弹簧构件,使得阀体在排气口内的排气压力下不向燃烧室移动。 当进气冲程中燃烧室内的压力变为负时,单向阀的开度根据从进气歧管引入的空气量自动调节。 然后,燃烧室的内部保持基本上为大气压,废气通过连通通道和上述空气返回到燃烧室。
    • 4. 发明申请
    • LOAD CONTROL MECHANISM FOR INTERNAL COMBUSTION ENGINE
    • 内燃机负载控制机构
    • US20090084365A1
    • 2009-04-02
    • US12237730
    • 2008-09-25
    • Yoichi ISHIBASHIHideaki Morikawa
    • Yoichi ISHIBASHIHideaki Morikawa
    • F02B47/08
    • F02M26/01
    • To avoid the generation of a pumping loss, a communication passage is formed as a bypass passage between an exhaust port and a combustion chamber in an internal combustion engine. The communication passage is provided with a one-way valve as an exhaust gas return amount adjustment means. The one-way valve includes a spring member having a spring constant set to the value such that a valve body does not displace toward the combustion chamber under the pressure of the exhaust gas in the exhaust port. An opening degree of the one-way valve is autonomously adjusted depending on the amount of air introduced from an intake manifold when the pressure within the combustion chamber becomes negative in the intake stroke. Then inside of the combustion chamber is kept at substantially the atmospheric pressure with the exhaust gas returned to the combustion chamber via the communication passage and the aforementioned air.
    • 为了避免产生泵送损失,在内燃机的排气口与燃烧室之间形成有作为旁通通路的连通路。 连通通道具有作为废气返回量调节装置的单向阀。 单向阀包括具有设定为该值的弹簧常数的弹簧构件,使得阀体在排气口内的排气压力下不向燃烧室移动。 当进气冲程中燃烧室内的压力变为负时,单向阀的开度根据从进气歧管引入的空气量自动调节。 然后,燃烧室的内部保持基本上为大气压,废气通过连通通道和上述空气返回到燃烧室。
    • 10. 发明授权
    • Method for deinking
    • 脱墨方法
    • US6077389A
    • 2000-06-20
    • US50802
    • 1998-03-31
    • Minoru SawaiYoichi Ishibashi
    • Minoru SawaiYoichi Ishibashi
    • D21C5/02D21B1/08
    • D21C5/027Y02W30/648
    • A deinking method for obtaining regenerated pulp of high brightness is provided. One or more of deinking agents selected from (a-1) to (a-2) given below are used, and a deinking step is carried out, in which a washing step is carried out at treating temperatures from 40 to 80.degree. C.;(a-1) : a compound represented by the general formula (a-1) given below,R.sub.1 --O--(AO).sub.p --H (a-1)where R.sub.1 is an alkyl group or an alkenyl group having 14 to 24 carbon atoms, AO is specific quantities of EO and PO, and p is a number to satisfy the specific quantities,(a-2): a compound represented by the general formula (a-2) given below,R.sub.2 [--COO--(AO).sub.m --R.sub.3 ].sub.n (a-2)where n is an integer of one or more, R.sub.2 is a residue of carboxylic acid having 14 to 24 carbon atoms in total, R.sub.3 is hydrogen atom or an alkyl group having 1 to 20 carbon atoms and the like, AO is specific quantities of EO and PO, and m is a number to satisfy the specific quantities.
    • 提供了一种用于获得高亮度的再生浆的脱墨方法。 使用选自下述(a-1)〜(a-2)的脱墨剂中的一种以上的脱墨剂,进行在40〜80℃的处理温度下进行洗涤工序的脱墨工序。 ; (a-1):由下式给出的通式(a-1)表示的化合物:R1-O-(AO)pH(a-1)其中R1是烷基或具有14-24个碳原子的烯基 AO是特定量的EO和PO,p是满足特定量的数(a-2):由下列通式(a-2)表示的化合物,R2 [-COO-(AO) m-R3] n(a-2)其中n是一个或多个的整数,R2是总共具有14-24个碳原子的羧酸的残基,R3是氢原子或具有1-20个碳原子的烷基 AO是EO和PO的特定量,m是满足特定量的数。