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公开(公告)号：US20120211420A1
公开(公告)日：2012-08-23
申请号：US13508155
申请日：2010-11-16
Applicant: Kazuhisa Takeuchi , Yoshiaki Ito , Hidemasa Kakigami , Hideo Iwahashi , Katsunori Matsui , Kenji Tanaka
Inventor： Kazuhisa Takeuchi , Yoshiaki Ito , Hidemasa Kakigami , Hideo Iwahashi , Katsunori Matsui , Kenji Tanaka
CPC classification number: C02F1/441 , B01D61/025 , B01D61/04 , B01D61/10 , B01D61/12 , B01D2311/04 , C02F1/76 , C02F2209/06 , Y02A20/131 , B01D2311/2649 , B01D2311/12
Abstract: A desalination apparatus includes a pretreatment device 13 having a pretreatment membrane 13a that filters suspended matters in raw water 11 with added chlorine-containing water 12, a reverse osmosis membrane device 17 having a reverse osmosis membrane 16 that removes a salt content from filtrate water 14 supplied from the pretreatment device 13 to produce permeated water 15, and a reducing-agent injection device 30 that neutralizes the added chlorine on an upstream side of the reverse osmosis membrane device 17. The reducing-agent injection device 30 extracts a part 14a of the filtrate water 14, adds metering SBS solution 18 to the part, obtains a maximum change point (equivalence point) of the oxidation-reduction potential of a reducing agent and chlorine, obtains reducing-agent additive concentration (Csm) corresponding to the equivalence point, and supplies the SBS solution 18 corresponding to the concentration to the filtrate water 14 to thereby neutralize the chlorine.
Abstract translation: 脱盐装置包括具有预处理膜13a的预处理装置13，该预处理膜13a用加入的含氯水12对原水11中的悬浮物进行过滤，反渗透膜装置17具有从滤液水14除去盐含量的反渗透膜16 从预处理装置13供给产生渗透水15的还原剂注入装置30，中和反渗透膜装置17的上游侧的添加氯的还原剂注入装置30.还原剂注入装置30， 滤液水14，将计量SBS溶液18加入到该部件中，获得还原剂和氯的氧化还原电位的最大变化点（当量点），获得对应于当量点的还原剂添加剂浓度（Csm） 并将浓度对应的SBS溶液18供给到滤液水14中，从而中和氯。
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公开(公告)号：US20110309007A1
公开(公告)日：2011-12-22
申请号：US13148416
申请日：2009-08-07
Applicant: Yoshiaki Ito , Kazuhisa Takeuchi , Takayoshi Hori , Kenji Tanaka , Hideo Iwahashi
Inventor： Yoshiaki Ito , Kazuhisa Takeuchi , Takayoshi Hori , Kenji Tanaka , Hideo Iwahashi
CPC classification number: B01D63/12 , B01D61/022 , B01D61/025 , B01D61/06 , B01D61/12 , B01D2311/14 , B01D2311/16 , B01D2311/165 , B01D2313/18 , B01D2313/246 , B01D2317/022 , B01D2317/025 , B01D2319/022 , B01D2319/025 , C02F1/441 , C02F2103/08 , C02F2209/03 , C02F2303/10 , Y02A20/131 , Y02W10/30
Abstract: An embodiment of the present invention includes: a spiral type pressure vessel 15 in which a plurality of reverse osmosis membrane apparatuses 13-1 to 13-10 having spiral reverse osmosis membranes is connected through a permeated water pipe 14, and is housed in a connected state; a raw water supplying line that supplies raw water 11 into the pressure vessel 15; a concentrated water discharging line through which concentrated water 16 concentrated is discharged; a plug 17 that blocks the permeated water pipe 14 at the center of the reverse osmosis membrane apparatuses 13-1 to 13-10; a front-side permeated water line and a front-side permeated water line through which front-side permeated water 12-1 and rear-side permeated water 12-2 are discharged to the exterior, respectively, which are separated fore and aft, respectively, of the permeated water pipe 14 blocked by the plug 17; a pressure regulating valve 20 that is mounted in the raw wares supplying line and regulates the supply pressure of the raw water 11; and a flow regulating valve 22 that is mounted in the front-side permeated water line and regulates the pressure of the front-side permeated water 12-1.
Abstract translation: 本发明的一个实施例包括：螺旋型压力容器15，其中多个具有螺旋反渗透膜的反渗透膜装置13-1至13-10通过渗透水管14连接，并且被容纳在连接 州; 将原水11供给到压力容器15内的原水供给管路; 浓缩水16集中排出的浓缩排水管线; 堵塞反渗透膜装置13-1〜13-10的中央处的渗透水管14的塞子17; 前侧渗透水线和前侧渗透水线，前侧渗透水12-1和后侧渗透水12-2分别通过其分别前后分别排出到外部，前侧渗透水线 由插头17阻塞的透水水管14; 压力调节阀20，其安装在原料供给管线中并调节原水11的供给压力; 以及流量调节阀22，其安装在前侧渗透水管路中并调节前侧渗透水12-1的压力。
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公开(公告)号：US5661027A
公开(公告)日：1997-08-26
申请号：US503642
申请日：1995-07-18
Applicant: Kazuhisa Takeuchi , Yuuichi Fujioka
Inventor： Kazuhisa Takeuchi , Yuuichi Fujioka
CPC classification number: B01D53/84 , C12P3/00 , F03G7/04 , B01D2257/304 , Y02E10/10
Abstract: In a method of desulfurization used at a geothermal power plant, stem removed from a production well, after being used for power generation, is condensed and separated into condensed water and hydrogen sulfide-containing gas, and the hydrogen sulfide-containing gas is treated at biochemical treatment tank. The initial cell density of the reactor liquid of the biochemical treatment tanks is adjusted by cell culture liquid obtained from a cell breeding culture tank provided independently of the biochemical treatment tanks and water or a part of hot water returning to a reduction well, hydrogen sulfide-containing gas is supplied thereinto and desulfurized thereat. With lowering of activation at the biochemical treatment tanks and with lowering of desulfurization ability there, the acidified reaction liquid is removed and is added to the hot water returning to the reduction well. Accordingly, addition of inorganic nutritive salt for cell breeding becomes unnecessary. A geothermal power plant desulfurization system is constructed so that cells are separated by use of a cell separation filter from the acidified reaction liquid removed from the biochemical treatment tanks and the cells so separated are returned to the biochemical treatment tanks.
Abstract translation: 在地热发电厂使用的脱硫方法中，从用于发电的生产井中除去的茎被冷凝并分离成冷凝水和含硫化氢的气体，含硫化氢的气体在 生化处理槽。 生化处理槽反应器液体的初始细胞密度由独立于生化处理槽和水或一部分返回还原井的热水的细胞培养槽中获得的细胞培养液进行调节， 供给含有气体并在其上脱硫。 随着生化处理槽的活化降低，脱硫能力降低，酸化的反应液被除去，并加入回到还原井的热水中。 因此，不需要添加无机营养盐用于细胞育种。 构建地热发电厂脱硫系统，通过使用从生化处理槽除去的酸化反应液中的细胞分离过滤器分离细胞，将分离的细胞返回生化处理槽。
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4.发明申请公开(公告)号：US20110240554A1
公开(公告)日：2011-10-06
申请号：US13131769
申请日：2009-08-07
Applicant: Kazuhisa Takeuchi , Yoshiaki Ito , Kenji Tanaka , Hideo Iwahashi , Katsunori Matsui , Takayoshi Hori
Inventor： Kazuhisa Takeuchi , Yoshiaki Ito , Kenji Tanaka , Hideo Iwahashi , Katsunori Matsui , Takayoshi Hori
IPC: C02F1/44 , B01D65/02 , C02F103/08
CPC classification number: C02F1/441 , B01D61/022 , B01D61/025 , B01D61/12 , B01D2311/14 , B01D2317/025 , C02F2103/08 , C02F2209/03 , C02F2301/08 , Y02A20/131
Abstract: Included is a high-pressure pump P1 that increases the pressure of raw water 11 to a predetermined high pressure, a high-pressure reverse osmosis device 13 including a high-pressure reverse osmosis membrane 13a for concentrating a salt content in high-pressure feed water 12 whose pressure is increased, a first drain valve 21 that is mounted on a permeated water line L2 for supplying the permeated water 14 downstream and temporarily drains permeated water 14 of an initial start-up from a discharge line L6, a low-pressure pump P2 that is mounted on a permeated water line L3 provided downstream of the first drain valve 21 and reduces the pressure of the permeated water 14 to a predetermined low pressure, a low-pressure reverse osmosis device 16 including a low-pressure reverse osmosis membrane 16a for concentrating a salt content in low-pressure feed water 15 whose pressure is reduced by the low-pressure pump P2, and a second drain valve 22 that is mounted on a discharge line L5 at the concentrated water side of the low-pressure reverse osmosis device 16 and temporarily discharges the low-pressure feed water 15 of the initial start-up supplied to the low-pressure reverse osmosis device 16.
Abstract translation: 包括将原水11的压力增加到预定高压的高压泵P1，包括用于将盐含量浓缩在高压给水中的高压反渗透膜13a的高压反渗透装置13 12，压力增加的第一排水阀21，其安装在渗透水管线L2上，用于向下游供给渗透水14，并且从排出管线L6暂时排出初始启动的渗透水14，低压泵 P2，其安装在设置在第一排水阀21下游的渗透水线L3上，并将渗透水14的压力降低到预定的低压;低压反渗透装置16包括低压反渗透膜16a 用于将盐含量浓缩在由低压泵P2减压的低压给水15中，以及第二排水阀22，其安装在共同的排放管线L5上 低压反渗透装置16的浓缩水侧，并临时排出供给到低压反渗透装置16的初始启动的低压给水15。
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公开(公告)号：US20110158770A1
公开(公告)日：2011-06-30
申请号：US13041750
申请日：2011-03-07
Applicant: Yasushi NAKAGAWA , Hiroki YAMAMOTO , Takamichi HOSHINO , Kazuhisa TAKEUCHI
Inventor： Yasushi NAKAGAWA , Hiroki YAMAMOTO , Takamichi HOSHINO , Kazuhisa TAKEUCHI
IPC: F16B15/08
CPC classification number: F16B15/08
Abstract: A connected fastener assembly is formed by fitting a shaft guide on a shaft section of each fastener, by connecting the fasteners using two connecting sheets made of a synthetic resin and disposed on upper and lower sides of the shaft guides. Since the connecting sheets have through holes thorough which the fasteners pass and connecting sections formed so as to be easy to bend or difficult to bend in the width direction, the connected fastener assembly can be formed into a straight type or a coil type.In a connected fastener assembly, shaft sections of a plurality of fasteners are connected by a connecting band formed of a thin sheet of a synthetic resin. Ring-shaped retaining sections for retaining the shaft sections are formed at constant intervals in the connecting bands. The ring-shaped retaining sections are disposed so as to be overlaid on shaft guides made of soft materials and fitted on the shaft sections. Each of the shaft guides is formed into a cylindrical shape. An outside diameter of each of the ring-shaped retaining sections of the connecting band is larger than an outside diameter of the each of the shaft guides.
Abstract translation: 连接的紧固件组件通过使用由合成树脂制成的两个连接片连接并设置在轴导向件的上侧和下侧上而将每个紧固件的轴部分上的轴引导件装配在一起而形成。 由于连接片具有通过紧固件穿过的通孔和形成为容易弯曲或难以在宽度方向弯曲的连接部，所以连接的紧固件组件可以形成为直线型或线圈型。 在连接的紧固件组件中，多个紧固件的轴段通过由合成树脂的薄片形成的连接带连接。 用于保持轴部分的环形保持部分在连接带中以恒定的间隔形成。 环形保持部分设置成重叠在由柔软材料制成并安装在轴部分上的轴导向件上。 每个轴导向件形成为圆柱形。 连接带的每个环形保持部分的外径大于每个轴导向件的外径。
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Patent Agency Ranking
公开(公告)号：US07963393B2
公开(公告)日：2011-06-21
申请号：US12265481
申请日：2008-11-05
Applicant: Yasushi Nakagawa , Hiroki Yamamoto , Takamichi Hoshino , Kazuhisa Takeuchi
Inventor： Yasushi Nakagawa , Hiroki Yamamoto , Takamichi Hoshino , Kazuhisa Takeuchi
IPC: B65D85/24
CPC classification number: F16B15/08
Abstract: A connected fastener assembly is formed by fitting a shaft guide on a shaft section of each fastener, by connecting the fasteners using two connecting sheets made of a synthetic resin and disposed on upper and lower sides of the shaft guides. Since the connecting sheets have through holes thorough which the fasteners pass and connecting sections formed so as to be easy to bend or difficult to bend in the width direction, the connected fastener assembly can be formed into a straight type or a coil type.In a connected fastener assembly, shaft sections of a plurality of fasteners are connected by a connecting band formed of a thin sheet of a synthetic resin. Ring-shaped retaining sections for retaining the shaft sections are formed at constant intervals in the connecting bands. The ring-shaped retaining sections are disposed so as to be overlaid on shaft guides made of soft materials and fitted on the shaft sections. Each of the shaft guides is formed into a cylindrical shape. An outside diameter of each of the ring-shaped retaining sections of the connecting band is larger than an outside diameter of the each of the shaft guides.
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公开(公告)号：US08920653B2
公开(公告)日：2014-12-30
申请号：US13508155
申请日：2010-11-16
Applicant: Kazuhisa Takeuchi , Yoshiaki Ito , Hidemasa Kakigami , Hideo Iwahashi , Katsunori Matsui , Kenji Tanaka
Inventor： Kazuhisa Takeuchi , Yoshiaki Ito , Hidemasa Kakigami , Hideo Iwahashi , Katsunori Matsui , Kenji Tanaka
CPC classification number: C02F1/441 , B01D61/025 , B01D61/04 , B01D61/10 , B01D61/12 , B01D2311/04 , C02F1/76 , C02F2209/06 , Y02A20/131 , B01D2311/2649 , B01D2311/12
Abstract: A desalination apparatus includes a pretreatment device 13 having a pretreatment membrane 13a that filters suspended matters in raw water 11 with added chlorine-containing water 12, a reverse osmosis membrane device 17 having a reverse osmosis membrane 16 that removes a salt content from filtrate water 14 supplied from the pretreatment device 13 to produce permeated water 15, and a reducing-agent injection device 30 that neutralizes the added chlorine on an upstream side of the reverse osmosis membrane device 17. The reducing-agent injection device 30 extracts a part 14a of the filtrate water 14, adds metering SBS solution 18 to the part, obtains a maximum change point (equivalence point) of the oxidation-reduction potential of a reducing agent and chlorine, obtains reducing-agent additive concentration (Csm) corresponding to the equivalence point, and supplies the SBS solution 18 corresponding to the concentration to the filtrate water 14 to thereby neutralize the chlorine.
Abstract translation: 脱盐装置包括具有预处理膜13a的预处理装置13，该预处理膜13a用加入的含氯水12对原水11中的悬浮物进行过滤，反渗透膜装置17具有从滤液水14除去盐含量的反渗透膜16 从预处理装置13供给产生渗透水15的还原剂注入装置30，中和反渗透膜装置17的上游侧的添加氯的还原剂注入装置30.还原剂注入装置30， 滤液水14，将计量SBS溶液18加入到该部件中，获得还原剂和氯的氧化还原电位的最大变化点（当量点），获得对应于当量点的还原剂添加剂浓度（Csm） 并将浓度对应的SBS溶液18供给到滤液水14中，从而中和氯。
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公开(公告)号：US20120234760A1
公开(公告)日：2012-09-20
申请号：US13512363
申请日：2010-11-16
Applicant: Yoshiaki Ito , Kazuhisa Takeuchi , Kenji Tanaka , Hideo Iwahashi
Inventor： Yoshiaki Ito , Kazuhisa Takeuchi , Kenji Tanaka , Hideo Iwahashi
CPC classification number: C02F1/441 , B01D61/022 , B01D61/025 , B01D2311/10 , B01D2311/165 , B01D2317/025 , C02F2103/08 , C02F2209/02 , C02F2209/40 , C02F2301/08 , Y02A20/131
Abstract: A desalination apparatus includes a first reverse osmosis membrane device 13 that removes a salt content from raw water supplied with predetermined pressure, a second reverse osmosis membrane device 15 that removes a salt content in first permeated water 12 from the first reverse osmosis membrane device 13, a first flow regulation valve 17 that regulates flow rate of first concentrated water 16 from the first reverse osmosis membrane device 13, a second flow regulation valve 19 that regulate flow rate of second concentrated water 18 from the second reverse osmosis membrane device 15, and a control device that measures a supply temperature of the raw water 11 by a thermometer 20, controls the first flow regulation valve 17 to maintain discharge amount of concentrated water constant, and controls the second flow regulation valve 19 to reduce a return amount of water.
Abstract translation: 脱盐装置包括从预定压力供给的原水中除去盐含量的第一反渗透膜装置13，从第一反渗透膜装置13除去第一渗透水12中的盐含量的第二反渗透膜装置15， 调节来自第一反渗透膜装置13的第一浓缩水16的流量的第一流量调节阀17，从第二反渗透膜装置15调节第二浓缩水18的流量的第二流量调节阀19， 通过温度计20测量原水11的供给温度的控制装置控制第一流量调节阀17以使浓缩水的排出量保持恒定，并且控制第二流量调节阀19以减少水的返回量。
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公开(公告)号：US20110315612A1
公开(公告)日：2011-12-29
申请号：US13255210
申请日：2009-08-07
Applicant: Hidemasa Kakigami , Yoshiaki Ito , Kazuhisa Takeuchi , Katsunori Matsui , Hideo Iwahashi
Inventor： Hidemasa Kakigami , Yoshiaki Ito , Kazuhisa Takeuchi , Katsunori Matsui , Hideo Iwahashi
CPC classification number: C02F1/441 , B01D61/025 , B01D61/04 , B01D61/06 , B01D61/12 , B01D61/58 , B01D65/02 , B01D2311/04 , B01D2321/04 , C02F2103/08 , C02F2303/10 , Y02A20/131 , Y02W10/30 , B01D2311/2649
Abstract: A desalination apparatus according to the present invention includes: a pretreatment device having a pretreatment membrane that filters a turbid content contained in raw water; a reverse osmosis membrane device having a reverse osmosis membrane that reduces a salt content contained in filtrate water supplied from the pretreatment device to produce permeated water; a first control valve that is provided between a high-pressure pump mounted on a filtrate water line through which the filtrate water is supplied from the pretreatment device to the reverse osmosis membrane device and the reverse osmosis membrane device, and temporarily decreases a supply pressure of the filtrate water; and the control device that operates the first control valve to perform suck-back control by which a pressure at the entrance of the reverse osmosis membrane device is decreased in a pulse-like manner during operation.
Abstract translation: 根据本发明的脱盐装置包括：预处理装置，具有用于过滤原水中所含的浑浊物质的预处理膜; 具有反渗透膜的反渗透膜装置，其减少从所述预处理装置供给的滤液中含有的盐含量，以产生渗透水; 第一控制阀，其设置在安装在从预处理装置向反渗透膜装置供给滤液水的滤液水线上的高压泵和反渗透膜装置之间，暂时降低供给压力 滤液水; 以及控制装置，其操作第一控制阀，以进行反渗透控制，通过该控制，反渗透膜装置的入口处的压力在操作期间以脉冲状方式减小。
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公开(公告)号：US06474386B2
公开(公告)日：2002-11-05
申请号：US09942804
申请日：2001-08-30
Applicant: Kenji Takahashi , Kazuhisa Takeuchi
Inventor： Kenji Takahashi , Kazuhisa Takeuchi
IPC: B65H2924
CPC classification number: C04B35/63 , C04B35/536 , C04B2235/5224 , C04B2235/5228 , C04B2235/5236 , C04B2235/5244 , C04B2235/5248 , C04B2235/72 , G01N1/312 , G02B21/34 , Y10T156/1744 , Y10T156/1783
Abstract: The method of the present invention is capable of securely removing air from a space between the cover glass and a slide glass and securely locating a damaged part of a specimen outside of a visual field of a microscope. One end of the cover glass is held by a sucking pad, which is provided to an arm capable of rotating and vertically moving. Then, cover glass is obliquely held in a state. The one end of the cover glass is located on the upper side with respect to the other end thereof. A position of a rotational axis of the arm is moved to a position under the slide glass, and the arm is rotaed to make the other end of the cover glass contact the slide glass and curve the cover glass, and the one end of the cover glass is gradually moved toward the slide glass.
Abstract translation: 本发明的方法能够可靠地从盖玻璃和载玻片之间的空间中去除空气，并将试样的损坏部分牢固地定位在显微镜的视场外部。 盖玻璃的一端由设置在能够旋转和垂直移动的臂的吸盘保持。 然后，玻璃盖被倾斜地保持在一个状态。 盖玻璃的一端相对于其另一端位于上侧。 将臂的旋转轴的位置移动到载玻片下方的位置，并且旋转臂，使盖玻璃的另一端与滑动玻璃接触并弯曲盖玻璃，盖的一端 玻璃逐渐向玻璃板移动。
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