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    • 2. 发明授权
    • System for automatically inserting U-tubes of heat exchanger or the like
    • 自动插入热交换器的U型管的系统等
    • US4543711A
    • 1985-10-01
    • US610409
    • 1984-05-15
    • Takeshi WadaHisanao KitaTatsuji WadaSusumu FujishimaHironori Kadowaki
    • Takeshi WadaHisanao KitaTatsuji WadaSusumu FujishimaHironori Kadowaki
    • B23P21/00B23P15/26B23P19/02
    • B23P19/022Y10T29/53039Y10T29/53061Y10T29/53113Y10T29/53117Y10T29/53548Y10T29/53961Y10T29/53974
    • Disclosed is a system for automatically successively inserting a plurality of U-shaped heat transfer tubes into holes of support members of an equipment such as a heat exchanger. The system has fixing means for removably fixing the support members such that the corresponding holes of the support members are axially aligned; gripping means adapted to pick up one of the heat transfer tubes and movable to bring the heat transfer tube toward the holes of supporting members; a positioning means disposed between the gripping means and the fixing means and adapted to hold the gripped heat transfer tube horizontally and to make the same align with the holes in the support members; and control means operatively connected to the gripping means and the positioning means so as to sequentially control the operation of both means in a predetermined sequence. The system operates as follows under the control of the control means. The gripping means grips the heat transfer tube and raises the same. The gripping means is then moved toward the support members while the positioning means supports the heat transfer tube. As the heat transfer tube is inserted deeper into the support members, the support of the tube by the positioning means is released. The gripping of the tube by the gripping means is released and the gripping means is then returned to the position for picking up the next tube, after the completion of the insertion of the heat transfer tube.
    • 公开了一种用于将多个U形传热管自动连续地插入诸如热交换器的设备的支撑构件的孔中的系统。 该系统具有用于可拆卸地固定支撑构件的固定装置,使得支撑构件的相应的孔轴向对准; 夹持装置,适于拾取传热管中的一个并且可移动以将传热管朝向支撑构件的孔; 定位装置,设置在夹持装置和固定装置之间,并且适于水平地夹持夹持的传热管并使其与支撑构件中的孔对齐; 以及与所述夹持装置和所述定位装置可操作地连接的控制装置,以便以预定的顺序依次控制两个装置的操作。 在控制装置的控制下,该系统如下操作。 夹持装置夹紧传热管并提升传热管。 然后将夹持装置移动到支撑构件,同时定位装置支撑传热管。 当传热管更深地插入支撑构件时,通过定位装置的管的支撑被释放。 在完成传热管的插入之后,通过夹持装置夹住管子被释放并且夹紧装置然后返回到用于拾起下一个管子的位置。
    • 3. 发明授权
    • Method of connecting superconducting wires
    • 连接超导线的方法
    • US4794688A
    • 1989-01-03
    • US35033
    • 1987-04-06
    • Takeshi WadaHisanao KitaYoshinori KaratsuYoji Akutsu
    • Takeshi WadaHisanao KitaYoshinori KaratsuYoji Akutsu
    • H01R4/68H01L39/02
    • H01L39/02Y10T29/49014Y10T29/49195
    • A method of connecting superconducting wires have the steps of preparing a connecting superconducting wire piece, exposing the filaments of the superconducting layers to be connected and the filaments of the connecting superconducting wire piece by partially dissolving and removing the coating layers, inserting the filaments of the superconducting wires to be connected into the filaments of the connecting superconducting wire piece such that the filaments of the connecting superconducting wire piece cross and envelope the filaments of the superconducting wires to be connected, fitting a metallic connecting pipe on the region where the filaments cross each other, and crimping the metallic connecting pipe onto the crossing filaments thereby tightly fixing and connecting the exposed filaments to each other.
    • 连接超导线的方法具有如下步骤:通过部分地溶解和去除涂层,将连接的超导线材的长丝暴露出待连接的超导层的长丝和连接的超导线材的长丝, 超导线将连接到连接超导线材的细丝中,使得连接超导线材的长丝交叉并包围待连接的超导线材的长丝,在金属连接管道上在每根纤维交叉的区域上安装金属连接管 将金属连接管压接在交叉的细丝上,从而将暴露的细丝彼此紧密地固定和连接。
    • 4. 发明授权
    • Method of fabricating a structural member by electro slag forming
    • 通过电渣成型制造结构件的方法
    • US4326580A
    • 1982-04-27
    • US85301
    • 1979-10-16
    • Takeshi WadaTetsuo Okuni
    • Takeshi WadaTetsuo Okuni
    • B23K25/00B22D27/02
    • B23K25/00
    • A method of fabricating a structural member such as a wicket gate for water turbines by electro slag forming comprises the steps of mounting a water-cooled metal mold on a part of a previously formed structural member, such as a stem; melting electrodes inserted in the water-cooled metal mold to form the other part of the structural member such as a vane portion of the wicket gate on the previously formed structural member. The previously formed structural member has a concave portion which is exposed in the water-cooled metal mold and the water-cooled metal mold is mounted so as to contact with the previously formed structural member at the lower portion than the top of the concave portion. The previously formed structural member is melted gradually from the central portion of the concave to the outer periphery and then such a portion as the vane portion is formed by molten metal of the electrode.
    • 通过电渣形成用于水轮机的小门的结构构件的方法包括以下步骤:将水冷金属模安装在预先形成的结构构件(例如杆)的一部分上; 将熔融电极插入水冷金属模具中以形成结构构件的另一部分,例如预先形成的结构构件上的小门的叶片部分。 先前形成的结构构件具有暴露在水冷金属模具中的凹部,并且水冷金属模具安装成在比凹部的顶部更低的部分处与先前形成的结构构件接触。 先前形成的结构构件从凹部的中心部分逐渐熔化到外周,然后由电极的熔融金属形成叶片部分。
    • 5. 发明授权
    • Method of manufacturing stay ring for water turbine and pump turbine
    • 制造水轮机和水轮机的止动环的方法
    • US4228336A
    • 1980-10-14
    • US911081
    • 1978-05-31
    • Tetsuo OkuniMasao IshiharaTakeshi Wada
    • Tetsuo OkuniMasao IshiharaTakeshi Wada
    • B23K25/00F03B3/16
    • F03B3/16B23K25/00Y02E10/223Y02P70/525
    • A method of manufacturing a stay ring for a water turbine or pump turbine having an upper annular disc, a lower annular disc and a plurality of circumferentially equal-distantly spaced stay vanes extending between the upper and lower annular discs. The method includes forming openings in the upper and lower annular discs at locations where the stay vanes are to be positioned, locating the upper and the lower annular discs such that the openings in the upper and lower annular discs are put in vertical alignment, placing a plurality of molds each having therein a space of a shape conforming to that of the stay vane, such that the spaces in the molds are brought into communication with respective pairs of openings of the upper and the lower discs, and effecting an electroslag welding in the space in each mold through respective openings of the upper annular disc to fill the space with the welding metal, thereby to form the stay vanes and, at the same time, to connect the upper and lower annular discs through thus formed stay vanes.
    • 一种用于制造水轮机或泵​​式涡轮机的止动环的方法,其具有在上环形盘和下环形盘之间延伸的上环形盘,下环形盘和多个周向相等间隔的延伸叶片。 该方法包括在上下环形盘的位置上形成开口,该位置处定位上述下环形盘和上下环形盘,以使上下环形盘中的开口垂直排列, 多个模具各自具有与延伸叶片的形状相一致的形状的空间,使得模具中的空间与上部和下部盘的相应的开口对连通,并且进行电渣焊接 每个模具中的空间通过上部环形盘的相应开口,以与焊接金属填充空间,从而形成支撑叶片,并且同时通过如此形成的撑杆连接上部和下部环形盘。
    • 8. 发明申请
    • ILLUMINATING DEVICE AND DISPLAY DEVICE
    • 照明设备和显示设备
    • US20120320623A1
    • 2012-12-20
    • US13581381
    • 2011-03-01
    • Takeshi Wada
    • Takeshi Wada
    • F21V8/00
    • G02F1/133615G02B6/0088G02B6/009
    • An illuminating device includes a light guide plate; a light source that is located opposite at least two adjacent end faces of four end faces of the light guide plate; and a chassis that has an opening through which light emanating from a light emission surface of the light guide plate passes. At least one optical sheet that includes a corner portion with an interior angle of greater than 90 degrees in a position corresponding to a corner portion of the light guide plate that is sandwiched between the two end faces opposite the light source is disposed between the light emission surface of the light guide plate and the chassis.
    • 照明装置包括导光板; 光源,其与所述导光板的四个端面的至少两个相邻的端面相对; 以及具有从导光板的发光面发出的光通过的开口的底架。 至少一个光学片包括在对应于导光板的夹在与光源相对的两个端面之间的导光板的角部的位置处具有大于90度的内角的角部, 导光板和底盘的表面。
    • 10. 发明授权
    • Color conversion method, color conversion table created by the color conversion method, image processing apparatus, and color conversion program
    • 颜色转换方法,通过颜色转换方法创建的颜色转换表,图像处理装置和颜色转换程序
    • US08077353B2
    • 2011-12-13
    • US12469547
    • 2009-05-20
    • Takeshi Wada
    • Takeshi Wada
    • H04N1/60G03F3/08
    • H04N1/6058
    • There is provided a color conversion method. The method includes: a black correction step of converting the first black corresponding to the first color data having a tone value of 0 to the second black corresponding to the second color data having a tone value of 0 so that when the first black corresponding to the first color data having a tone value other than 0 is converted to a value smaller than a quantization threshold of tone values 0 and 1 of the second color data, a conversion destination becomes greater than or equal to the quantization threshold; a recording agent limit quantity calculating step of setting an upper limit of the sum of tone values for each pixel of the second color data with respect to a predetermined print medium; and a chromatic color correcting step of converting the second chromatic color so that the second color data after conversion in the black correction step does not exceed the upper limit.
    • 提供了一种颜色转换方法。 该方法包括:黑色校正步骤,将具有音调值0的第一颜色数据对应的第一黑色转换为与色调值为0的第二颜色数据相对应的第二黑色,使得当对应于 将具有0以外的色调值的第一颜色数据转换为小于第二颜色数据的色调值0和1的量化阈值的值,转换目标变为大于或等于量化阈值; 记录剂限制量计算步骤,用于相对于预定打印介质设置所述第二颜色数据的每个像素的色调值之和的上限; 以及彩色校正步骤,用于转换第二色彩,使得黑色校正步骤中的转换后的第二颜色数据不超过上限。