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    • 2. 发明授权
    • Torch for thermal spraying
    • 火炬用于热喷涂
    • US06634571B2
    • 2003-10-21
    • US10169458
    • 2002-07-01
    • Tadahiro Shimazu
    • Tadahiro Shimazu
    • B05B316
    • B05B7/201B05B7/0807B05B13/0636
    • A torch for thermal spraying stored rotatably in the front portion of a nozzle and having a discharge member with a droplet passage at the center, wherein a projection is formed at the tip of the discharge member, an air jet space allowing rotating air to be blown therein is formed at the rear of the discharge member projectedly from the discharge member by integrally forming with each other a plurality of arms disposed in an air jet cylinder, and a rotating force is given to the discharge member by the air blown from an air jet port disposed on the outside of the air jet space, so as to bring the rotational speed of the discharge member into the range of 800 to 6000 rpm, whereby thermal spraying can be performed on the internal surfaces of pipes and cylinders, and the thickness of a thermal spraying film can be optimized.
    • 一种用于热喷涂的手电筒可旋转地存储在喷嘴的前部,并且具有在中心具有液滴通道的排出构件,其中在排出构件的顶端处形成有突起,空气喷射空间允许旋转的空气被吹送 其中,从喷出部件突出地形成在排出部件的后部,通过一体地形成设置在空气喷射筒中的多个臂,并且通过从空气喷射吹出的空气向排出部件施加旋转力 设置在空气喷射空间的外侧的端口,以使排出构件的旋转速度在800〜6000rpm的范围内,由此可以对管和气缸的内表面进行热喷涂, 可以优化热喷涂膜。
    • 3. 发明授权
    • Continuously variable transmission
    • 连续可变传动
    • US07207918B2
    • 2007-04-24
    • US10482004
    • 2002-07-10
    • Tadahiro Shimazu
    • Tadahiro Shimazu
    • F16H15/52
    • F16H15/30F16H15/28
    • A mechanical continuously variable transmission in which the power roller is in “line contact” with the counter roller instead of conventional “pinpoint contact”. By utilizing line contact of the power roller and the counter roller, the pressure force between the metal components of a mechanical continuously variable transmission can be reduced. In addition, the line contact also reduces extra energy for maintaining the operation thereof. The configuration of the roll surface of the power roller, which is rotated by a rotation axle connected to an input axle, is formed into a partial configuration of a sphere. A plurality of counter rollers, which are in line contact with the power roller having said roll surface, are arranged in a circle by a disk. Each counter roller is formed with a concave roll surface corresponding to the partial configuration of the sphere on the surface thereof. The counter rollers are driven to rotate by the rotation of the power roller in contact therewith. Each counter roller is assembled rotatably on the same periphery of the disk connected to an output axle so that the concave roll surfaces neighboring to each other roughly continue into a toric shape. A rotation axle of the power roller is adapted so as to be continuously inclined with respect to the disk.
    • 一种机械无级变速器,其中动力辊与反转辊“传统接触”而不是常规的“精确接触”。 通过利用动力辊和相对辊的线接触,可以减小机械无级变速器的金属部件之间的压力。 此外,线接触还减少额外的能量以维持其操作。 通过连接到输入轴的旋转轴旋转的动力辊的辊表面的构造被形成为球体的局部构造。 与具有所述辊表面的动力辊成直线接触的多个反转辊通过盘布置成圆形。 每个相对辊形成有与其表面上的球体的部分构造对应的凹辊表面。 通过与其接触的动力辊的旋转,驱动反转辊旋转。 每个相对辊可旋转地组装在连接到输出轴的盘的相同周边上,使得彼此相邻的凹辊表面粗略地继续成复曲面形状。 动力辊的旋转轴适于相对于盘连续地倾斜。
    • 4. 发明授权
    • Torch head for plasma spraying
    • 火炬头等离子喷涂
    • US06657152B2
    • 2003-12-02
    • US10197096
    • 2002-07-17
    • Tadahiro Shimazu
    • Tadahiro Shimazu
    • B23K900
    • B05B7/226B05B13/06
    • A torch head includes a torch body which is inserted into the tube member, a cathode tube which is arranged in the torch body such that the longitudinal axis of the cathode tube is aligned to the longitudinal axis of the torch body and which has a cathode at the distal end of the cathode tube, an anode member which is arranged on the distal end side of the cathode tube, and a spraying material supply tube which opens toward a mouth opening formed in the anode member and which is arranged outside the torch body. In the anode member, a plasma gas supply chamber in which the front end of the cathode tube is stored in a non-contact state, an orifice which communicates with the plasma gas supply chamber and in which the cathode is stored in a non-contact state, and a plasma generation chamber which communicates with the orifice, which has a longitudinal axis substantially perpendicular to the longitudinal axis of the torch body, and which has the mouth opening are formed. The opening area of the orifice when the anode is inserted is made ⅓ to {fraction (1/10)} the opening areas of the plasma (generation chamber and the mouth opening so that an arc from the distal end of the cathode is generated within a range of 0° to 40° with respect to the longitudinal axis of the plasma generation chamber perpendicular to the longitudinal axis of the cathode.
    • 割炬头包括插入管构件的炬体,阴极管,其布置在炬体内,使得阴极管的纵向轴线与炬体的纵向轴线对准,并且阴极管 阴极管的前端,设置在阴极管的前端侧的阳极部件和朝向形成在阳极部件上的开口部开口且布置在焊炬主体外侧的喷射材料供给管。 在阳极构件中,以非接触状态存储阴极管的前端的等离子体气体供给室,与等离子体气体供给室连通的孔,阴极以非接触状态存储 形成与孔口连通的等离子体产生室,其具有基本上垂直于手电筒主体的纵向轴线的纵轴线,并具有开口。 当插入阳极时孔口的开口面积为1/3至{分数(等离子体的开口面积的1/10(发生室和开口),使得从阴极的远端产生的电弧在 相对于垂直于阴极的纵轴的等离子体产生室的纵轴为0°至40°的范围。
    • 5. 发明申请
    • Plasma spray apparatus
    • 等离子喷涂装置
    • US20060049149A1
    • 2006-03-09
    • US11035575
    • 2005-01-14
    • Tadahiro Shimazu
    • Tadahiro Shimazu
    • B23K9/00B23K9/02
    • B23K15/0093C23C4/134
    • To provide a plasma spray apparatus, having a reduced number of jet ports for the working medium transformed into plasma, resulting in a simplified structure thereof, and even when the trajectory of the working medium becomes misaligned, the apparatus remains capable of producing a plasma flame that can properly melt the spray material; thus, the spray material can be used effectively. Two jet paths in the plasma spray apparatus are formed at both sides of one supply port for spray material 17 and are arranged so that the axial directions cross each other at the outside of the nozzle anode 11; two cathodes 13 are disposed inside the two jet paths 12; and the openings of the jet paths 12 are formed into elongated holes so that the center lines thereof are parallel to each other and the areas thereof are the same.
    • 为了提供一种等离子喷涂装置,其具有减少转换成等离子体的工作介质的喷射口的数量,导致其简化的结构,并且即使当工作介质的轨迹变得不对准时,该装置仍然能够产生等离子体火焰 可以适当地熔化喷涂材料; 因此,可以有效地使用喷雾材料。 等离子喷涂装置中的两个喷射路径形成在用于喷射材料17的一个供给口的两侧,并且布置成使得轴向方向在喷嘴阳极11的外侧彼此交叉; 两个阴极13设置在两个喷射路径12内; 并且喷射路径12的开口形成为长孔,使得其中心线彼此平行并且其面积相同。
    • 6. 发明授权
    • Powder constant-volume feeder
    • 粉体定容量给料机
    • US4860928A
    • 1989-08-29
    • US137766
    • 1987-12-24
    • Tadahiro Shimazu
    • Tadahiro Shimazu
    • B01J8/00
    • B01J8/002
    • A powder constant-volume feeder includes a canister having on the inner surface thereof a fin for transferring powder upwards and is inclined to form a return portion for the powder which has been transferred by the fin. A bucket wheel has a plurality of buckets for continuously transferring the powder from the interior of the return portion to a powder hopper. The powder hopper receives the powder from the interior of the buckets of the bucket wheel. A constant volume of powder can thus be fed continously at a constant bulk density.
    • 粉体恒容量给料器包括一个罐,其内表面上有一个用于将粉末向上传送的翅片,并且倾斜形成已经被翅片转移的粉末的返回部分。 斗轮具有多个铲斗,用于将粉末从返回部分的内部连续地转移到粉末料斗。 粉末料斗从斗轮的桶的内部接收粉末。 因此,恒定体积的粉末可以以恒定的体积密度连续进料。