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    • 22. 发明授权
    • Energization control method, and electromagnetic control system in
electromagnetic driving device
    • 电磁控制方法,电磁驱动装置电磁控制系统
    • US5636601A
    • 1997-06-10
    • US485705
    • 1995-06-07
    • Takashi MoriyaYasuyuki KomatsuHiroshi SonoTakashi Sugai
    • Takashi MoriyaYasuyuki KomatsuHiroshi SonoTakashi Sugai
    • F01L9/04
    • F01L9/04
    • An electromagnetic driving device includes an armature, a pair of electromagnets disposed in an opposed relation to each other on opposite sides of the armature so as to be able to apply an electromagnetic attracting force to the armature, and a pair of return springs for biasing the armature toward the electromagnets, respectively. In the electromagnetic driving device, the energizing quantity for the electromagnets is varied in accordance with operational conditions. Thus, it is possible to insure the attracting and maintaining of the armature to and on the electromagnets irrespective of changes in operational conditions. In addition, the energizing quantity for the electromagnets is varied in accordance with the distance between the armature and the electromagnets. Thus, it is possible to avoid a wasteful consumption of electric power in the electromagnets to enable a reliable attracting and maintaining of the armature.
    • 一种电磁驱动装置,包括一个电枢,一对电磁体,它们在电枢的相对侧彼此相对设置,以便能够向电枢施加电磁吸引力;以及一对复位弹簧, 衔铁朝向电磁铁。 在电磁驱动装置中,电磁铁的通电量根据作业条件而变化。 因此,无论操作条件的变化如何,都可以确保电枢的吸引和维持。 此外,电磁铁的激励量根据电枢和电磁体之间的距离而变化。 因此,可以避免电磁铁中的浪费的电力消耗,从而能够可靠地吸引和保持电枢。
    • 23. 发明授权
    • Compression ratio changing device in internal combustion engine
    • 内燃机压缩比变更装置
    • US5562068A
    • 1996-10-08
    • US477848
    • 1995-06-07
    • Mitsuru SugimotoIwao KadotaTakashi Moriya
    • Mitsuru SugimotoIwao KadotaTakashi Moriya
    • F02B75/04F02D15/02
    • F02B75/045
    • A compression ratio changing arrangement in an internal combustion engine. In order to change the compression ratio by utilizing, to the maximum, an eccentric amount between inner and outer peripheral surfaces of an eccentric ring interposed between a crank pin and a large end of a connecting rod in a compression ratio changing device, the eccentric ring is selectively connected to the crank pin or the large end of the connecting rod by a connecting pin with the thinnest portion or thickest portion of the connecting ring being turned toward the center of rotation of a crankshaft. The selective connection is performed when the piston is at botton dead center. When the eccentric ring has been connected to the crank pin, the stroke of the piston is increased or decreased by an amount corresponding to two times the eccentric amount of the eccentric ring without changing the position of the bottom dead center of the piston, as compared to the stroke with when the eccentric ring has been connected to the large end.
    • 内燃机的压缩比变更装置。 为了最大限度地利用压缩比改变装置中插入在曲柄销和连杆的大端之间的偏心环的内外周面之间的偏心量来改变压缩比,偏心环 通过连接销选择性地连接到曲柄销或连接杆的大端,连接环的最薄部分或最厚部分朝向曲轴的旋转中心转动。 当活塞处于死亡中心时进行选择性连接。 当偏心环已经连接到曲柄销时,活塞的冲程增加或减小相当于偏心环的偏心量的两倍的量,而不改变活塞的下死点的位置,相比之下 当偏心环已经连接到大端时,到行程。
    • 25. 发明授权
    • Print head for dot matrix printers
    • 点阵打印机的打印头
    • US4986179A
    • 1991-01-22
    • US383413
    • 1989-07-20
    • Takashi MoriyaMasahiko UedaToshihiro Endo
    • Takashi MoriyaMasahiko UedaToshihiro Endo
    • B41J2/275B41J2/26B41J9/10B41J9/127
    • B41J9/10B41J2/26B41J9/127
    • A stylus actuator unit for dot matrix line printers in which each electromagnetic actuator drives each stylus.An armature is rockably supported by the electromagnetic actuator while fixing a stylus for printing to one end thereof and having at the other end thereof a plunger to be attracted by the electromagnetic actuator. At an intermediate between the stylus fixing end and the plunger fixing end of armature is provided an armature support member composed of a torison leaf spring which is supported by a yoke base mounted on the electromagnetic actuator.The torsion leaf spring has a configuration of the letter E and both side portions are fixed to the yoke base and the central portion supports the armature. When the electromagnetic actuator attracts the plunger, the armature on the side of the stylus is driven in the opposite direction to the direction of attraction, thereby enabling the stylus to impact to the paper placed over the outer periphery of the platen.
    • 用于点阵线打印机的触针致动器单元,其中每个电磁致动器驱动每个触针。 电枢由电磁致动器摇摆地支撑,同时将用于印刷的触针固定到其一端,并且另一端具有被电磁致动器吸引的柱塞。 在触针固定端和电枢的柱塞固定端之间的中间设置有电枢支撑构件,该电枢支撑构件由安装在电磁致动器上的轭架支撑的托盘簧。 扭转片弹簧具有字母E的构造,并且两个侧部固定到轭架基座,并且中心部分支撑衔铁。 当电磁致动器吸引柱塞时,触针侧的电枢沿与吸引方向相反的方向被驱动,从而使得触针能够撞击放置在压板外周上的纸张。
    • 26. 发明授权
    • Method for detecting original position of robot arm for alignment
    • 检测机器人手臂位置的方法
    • US4980839A
    • 1990-12-25
    • US305686
    • 1989-02-03
    • Kazuo SoujiTakashi Moriya
    • Kazuo SoujiTakashi Moriya
    • B25J9/16G05B19/23
    • B25J9/1692G05B19/23G05B2219/39007
    • In a robot arm having a rotary encoder of incremental value type outputting signals including a signal (Z-signal) which is generated every one revolution of the rotary encoder and a rotary encoder of absolute value type, angles (.DELTA.Z, .DELTA.D) of the original positions of the respective rotary encoders with respect to an original position (E) of the robot arm are previously measured, then the arm is moved and is stopped at a position in which the Z-signal is generated, subsequently, an absolute position of the arm is detected on the basis of the angles (.DELTA.Z, .DELTA.D), and the angle between the arm and the original position (E) is calculated. The absolute position is detectable within one revolution of the rotary encoder of incremental type, and thereby an effective "return-to-origin operation" of the arm is accomplished.
    • 在具有增量型输出信号的旋转编码器的机器人臂中,输出包括旋转编码器的每一转产生的信号(Z信号)和绝对值型旋转编码器的信号(Z信号),角度(DELTA Z,DELTA D) 预先测量各个旋转编码器相对于机器人手臂的原始位置(E)的原始位置,然后将臂移动并停止在产生Z信号的位置,随后是绝对位置 根据角度(DELTA Z,DELTA D)检测臂的位置,并计算臂与原始位置(E)之间的角度。 绝对位置在增量式旋转编码器的一圈内可以检测到,从而实现了臂的有效的“返回原点操作”。
    • 27. 发明申请
    • SCREEN DEVICE
    • 屏幕设备
    • US20130118694A1
    • 2013-05-16
    • US13811398
    • 2011-06-24
    • Hirofumi MoriyaTakashi Moriya
    • Hirofumi MoriyaTakashi Moriya
    • E06B3/48
    • E06B3/48E06B9/262E06B9/52E06B2009/2625
    • A screen device including a parallel motion mechanism using wires inserted into a screen, an upper part of the screen being restricted from bending by external forces such as wind. One end of a screen made expandable and contractible by alternate folding in opposite directions is connected to a longitudinal frame member of a screen frame, and another end is connected to a movable frame to make the screen openable and closable by lateral pulling. A parallel motion mechanism moving parallel the movable frame by flexible linkage members including wires is inserted in an expansion and contraction direction of the screen. A part of the wires are tensioned along a portion above the screen as wires for hanging the screen and are inserted into an inner hole of a ring portion of a hanging member, the upper end of the screen being sandwiched by a sandwiching portion of the hanging member.
    • 一种屏幕装置,其包括使用插入到屏幕中的电线的平行运动机构,屏幕的上部被诸如风的外力限制在弯曲之中。 通过在相反方向上的交替折叠而使可展开和收缩的屏幕的一端连接到屏幕框架的纵向框架构件,另一端连接到可移动框架,以使屏幕能够通过横向拉动而打开和关闭。 通过包括线的柔性联动构件平行移动框架的平行运动机构沿屏幕的伸缩方向插入。 电线的一部分沿着屏幕上方的部分张紧,作为用于悬挂屏幕的电线并被插入悬挂构件的环部分的内部孔中,屏幕的上端被悬挂的夹持部分夹持 会员。
    • 28. 发明授权
    • Net guide for wire screen and wire screen apparatus having the same
    • 具有相同丝网和丝网设备的网导板
    • US07717152B2
    • 2010-05-18
    • US11576850
    • 2004-10-07
    • Takashi MoriyaHirofumi Moriya
    • Takashi MoriyaHirofumi Moriya
    • E06B9/40
    • E06B9/54E06B2009/543
    • A net guide for a wire screen, made to absorb an impact by causing connections of many guide pieces of a net guide formed by the connections of the guide pieces to have a stretchability. A net guide going in and out from a lower end of a movable frame in compliance with an opening/closing of a net to thereby guide a lower end of the net is constituted by connecting, by a wire, many guide pieces formed approximately like a U-letter by a bottom part and a standing wall part. The wire is inserted through through-holes of the guide pieces, and the guide pieces under a connected state are pressed by a coil spring giving a tension to the wire.
    • 用于通过引导由导向件的连接形成的网状引导件的许多引导件的连接而吸收冲击的金属丝网的网状引导件具有拉伸性。 从网的下开端进入和移出可移动框架的下端的网状导向器是通过用线连接许多导向件构成的,这些导向件形成为大致类似于 U字母由底部和站立墙部分组成。 导线插入引导件的通孔中,连接状态下的引导片被螺旋弹簧按压,从而向线材施加张力。
    • 29. 发明授权
    • Sliding roll screen door
    • 滑动卷帘门
    • US07669634B2
    • 2010-03-02
    • US11629198
    • 2004-06-14
    • Noboru SugiyamaTakashi Moriya
    • Noboru SugiyamaTakashi Moriya
    • A47G5/02
    • E06B9/54E06B9/82E06B9/90E06B2009/543
    • A horizontal-pulling roll screen door for which the right/left hand can be set or changed easily and safely even by a layman and in a screen door in which a net wound up by a winding shaft of a movable stile is made capable of opening/closing by horizontal pulling. First and second caps rotatably supporting the winding shaft are mounted at the both ends of the movable stile capable of replacement by each other. A lock mechanism which can hold a locked state as necessary is provided between a connecting cylindrical shaft connected to the winding shaft and an intermediate support member connected to the first or the second cap unrotatably and removably. Rotation of the winding shaft by an urging force of a winding spring is prevented by this lock mechanism even when the both caps are removed for assembling or change of the right/left hand.
    • 一种水平拉丝卷帘门,即使由外行人和丝网门也可以容易且安全地设置或改变右/左手,其中由可移动立柱的卷绕轴缠绕的网可以打开 /水平拉动关闭。 可旋转地支撑卷绕轴的第一和第二盖安装在能够彼此更换的可移动立体的两端。 可以在连接到卷绕轴的连接圆筒轴与不可旋转地和可拆卸地连接到第一或第二盖的中间支撑构件之间设置可以根据需要保持锁定状态的锁定机构。 这种锁定机构即使当两个盖被去除以用于组装或改变右/左手时,也可以通过卷绕弹簧的作用力来旋转卷绕轴。
    • 30. 发明授权
    • Take up-type screen device whose lock is releasable from either inside or outside
    • 吸收式屏幕装置,其锁可从内部或外部释放
    • US07370685B2
    • 2008-05-13
    • US10515185
    • 2003-05-27
    • Hirofumi MoriyaTakashi Moriya
    • Hirofumi MoriyaTakashi Moriya
    • E06B9/56
    • E06B9/54E06B2009/543
    • The present invention provides a simple-structured windable screen device provided with a locking element that can be unlocked both from the inside and the outside of a building. According to such a windable screen device, a locking element 7 attached to a movable-frame member 6 includes interior and exterior handle units 19 and 20 respectively attached to an inner side and an outer side of the movable-frame member; a hooking component 23 which is rotatably attached to an attachment plate 21 of the interior handle unit 19 and is engageable with a locking-frame member 3; a spring member 24 which rotatably biases the hooking component 23 in a locking direction; an operating component 25 rotatably attached to an attachment plate 22 of the exterior handle unit 20; and a transmission pin 26 which extends through the movable-frame member 6 in a slidable manner such that the transmission pin 26 transmits a rotation, generated when one of the hooking component 23 and the operating component 25 is pressed, to the other one of the hooking component 23and the operating component 25.
    • 本发明提供了一种简单结构的可卷绕屏幕装置,其具有能够从建筑物的内部和外部解锁的锁定元件。 根据这样的可卷绕的屏幕装置,附接到可动框架构件6的锁定元件7包括分别附接到可动框架构件的内侧和外侧的内部和外部手柄单元19和20; 钩部件23,其可转动地安装在内部手柄单元19的安装板21上并且可与锁定框架构件3接合; 弹簧构件24,其以锁定方向可旋转地偏压钩挂构件23; 可旋转地附接到外部手柄单元20的附接板22的操作部件25; 以及传动销26,其以可滑动的方式延伸穿过可动框架构件6,使得传动销26将钩子部件23和操作部件25中的一个按压时产生的旋转传递到另一个 钩部件23和操作部件25。