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    • 1. 发明专利
    • Elevator device
    • 电梯装置
    • JP2008074589A
    • 2008-04-03
    • JP2006258223
    • 2006-09-25
    • Hitachi LtdHitachi Mito Engineering Co Ltd日立水戸エンジニアリング株式会社株式会社日立製作所
    • FUKUYA TAKESHIHAGITANI TOMOFUMITOMITA MASAMICHIFUJINO ATSUYANISHINO KATSUNORI
    • B66B7/06
    • PROBLEM TO BE SOLVED: To provide an elevator device in which the vibration of the car is suppressed.
      SOLUTION: In this elevator device, a car 1 and a counterweight 12 suspended by a rope 5 in a hoistway are driven by a long body hoist 10. The elevator device comprises sash pulleys suspending the car 1 and the counterweight 12 by roping of n: 1 (n is the natural number of three or more) and attached to the car 1 and the counterweight 12; return pulleys installed in the hoistway and changing the direction of the rope, and a drive sheave 11 which is attached to the long body hoist 10 and around which the rope 5 is wrapped. At least one of the return pulleys around which the rope 5 is wrapped between the drive sheave 11 and the sash pulley of the car 1 has a diameter different from that of the drive sheave 11.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供一种能够抑制轿厢的振动的电梯装置。 解决方案:在该升降机装置中,由绳索5悬挂在井道中的轿厢1和配重12由长体提升机10驱动。电梯装置包括通过绕绳悬挂轿厢1和配重12的窗扇滑轮 n:1(n是三个以上的自然数)并且附接到轿厢1和配重12; 安装在井道中的返回带轮和改变绳索的方向,以及驱动绳轮11,其连接到长体提升机10上,绳索5围绕该牵引轮缠绕。 绳索5围绕其缠绕在驱动绳轮11和轿厢1的窗框带轮之间的至少一个返回滑轮具有与驱动绳轮11的直径不同的直径。(C)2008,JPO&INPIT
    • 2. 发明专利
    • Elevator device
    • 电梯装置
    • JP2007290872A
    • 2007-11-08
    • JP2007212023
    • 2007-08-16
    • Hitachi Ltd株式会社日立製作所
    • TOMITA MASAMICHIHAGITANI TOMOFUMIFUJINO ATSUYAARAHORI NOBORUHAYANO TOMIOMATSUURA ATSUSHI
    • B66B7/00B66B7/06
    • PROBLEM TO BE SOLVED: To provide an elevator device a driving device of which is small and a braking part or a position detector of which is easily maintained.
      SOLUTION: This elevator device in which a car 1 suspended by a rope 5 and a balance weight 12 are driven by a winding machine in an elevator shaft is furnished with a sash pulley 8 provided on an upper part of the car 1, a rope stopping part 19 provided on a floor plate lower part of the car 1 and to fix one end of the rope 5, a reversing pulley 20 provided on an end part of the floor plate side of the car 1, a sash pulley 13 provided on an upper part of the balance weight 12 and a rope stopping part 15 provided on an upper part of the balance weight 12 and to fix the other end of the rope 5 and is devised so that vertical projection of a driving sheave 24 of the winding machine does not overlap with vertical projection of the car 1, vertical projection of an end of the side of an anti-driving sheave 24 of a braking part of the winding machine or a position detector 26 is positioned in the vertical projection of the car 1 and the rope 5 extended from the rope stopping part 19 provided on the floor plate lower part of the car 1 is direction-changed upward through the reversing pulley 20.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供一种驱动装置小型的电梯装置,并且容易地保持其制动部件或位置检测器。 <! - SIPO - >这样的电梯装置,其中,由电梯井轴上的卷绕机驱动由绳索5和平衡配重12悬挂的轿厢1,设置有设置在轿厢1的上部的窗扇滑轮8, 设置在轿厢1的地板下部并固定绳5的一端的绳停止部19,设置在轿厢1的地板侧的端部的换向滑轮20,设置在该轿厢 在平衡重12的上部和设置在平衡重12的上部上的绳索止挡部15,并且固定绳索5的另一端,并设计成使得绕组的驱动绳轮24的垂直突出 机器不与轿厢1的垂直投影重叠,卷绕机的制动部件的反驱动滑轮24的一侧的端部的垂直突起或位置检测器26位于轿厢1的垂直投影中 并且从绳停止部19伸出的绳5提供 在轿厢1的地板下部通过反向滑轮20向上方向改变。(C)版权所有(C)2008,JPO&INPIT
    • 8. 发明专利
    • BACKGROUND DEVICE FOR IMAGE PICKUP OF ELECTRONIC COMPONENT IN ELECTRONIC COMPONENT LOADING MACHINE
    • JPH03103719A
    • 1991-04-30
    • JP24113689
    • 1989-09-18
    • HITACHI LTD
    • TSUJI ISAOAZUMA MINEOFUJIOKA SHINGOTOMITA MASAMICHI
    • G01D11/24G01B11/00H05K13/08
    • PURPOSE:To improve the image recognition accuracy of a component by providing a background plate which reflects light incident from a flank irregularly and projects the light from the reverse surface by the scattering and a lighting means which makes the light incident on the background plate sideward so that the axis of a suction nozzle is perpendicular at the periphery of a component suction head. CONSTITUTION:The background plate 23 which is positioned at the periphery of the upper part of the electronic component suction nozzle 8 is provided at the lower end of the electronic component loading head 7, the light source 19 for lighting is supported on a stationary member (not shown in figure) almost by the background plate 23, and a shield plate 20 irradiates only the side part of the background plate 23 with light. The background plate 23 is in a circular reflecting surface 24 and reflects the light from the light source 19 irregularly to transmit the light downward, thereby irradiating the component 9 form its reverse side. Therefore, when the component 9 is viewed through an image pickup camera 11, the background plate 23 has a bright uniform background colored in, for example, a daylight color and an image the compo nent 9 is picked up as a clear black silhouette with the background plate 23 for the background.
    • 9. 发明专利
    • POSITIONAL CALIBRATION OF HEAD FOR INSTALLING ELECTRONIC COMPONENT
    • JPH01215100A
    • 1989-08-29
    • JP3940288
    • 1988-02-24
    • HITACHI LTD
    • TOMITA MASAMICHIITAGAKI MASATOHAEDA YOSHIONAKAYAMA SUSUMUAJIKI NAOJIFUJISHIRO KEISUKE
    • H05K13/04
    • PURPOSE:To confirm a component attaching accuracy substantially similar to that of a single head, by a method wherein in both an inspection station and a component attaching station, difference vectors of position vectors of respective heads with respect to respective positioning reference points are previously obtained, and a position correction value characteristic to each position of the head is set. CONSTITUTION:An electronic component 8 is sucked to the head section of a head 7 in a such station 2. In this connection, it is assumed that an error P2 exists between the center position of the component 8 and a positioning reference line 2-2. When the head 7 reaches a rough positioning station 3, a rough positioning device corrects the position of the component 8 to decrease the position error to P3. Next, in reaching an inspection station 4, the image of the component 8 is picked up by means of a camera 9 which is disposed on a positioning reference line which is approximately located just under both the head 7 and the component 8. The image applied to the camera 9 is then focused on an image pickup device 10, and the displacement in the position of the component 8 from a reference vertical line in the inspection station 4 is observed on the basis of both a predetermined electrical processing and a mathematical operation to obtain a displacement of P4 in value. Finally, in an attaching station 5, the head 7 is moved downward, and then attached to a board 11 to which components are to be attached with a decreased error P5.
    • 10. 发明专利
    • METHOD FOR DETECTING GROOVE POSITION
    • JPS63106501A
    • 1988-05-11
    • JP25177986
    • 1986-10-24
    • HITACHI LTD
    • SHIBATA NOBUOHIRAI AKIRATOMITA MASAMICHIAKATSU TOSHIOKAWASAKI KYOICHI
    • B23K9/127B23K9/12G01B11/00
    • PURPOSE:To detect a groove position with good accuracy, by a method wherein evaluation for detecting the groove position is performed on the basis of a light cut image when slit light is allowed to irradiate in arbitrary quantity of light and, when the evaluation is improper, the quantity of the slit is regulated. CONSTITUTION:The lines H1-H2, H2-H3 of a light cut image 9a show the light cut image of the upper surface of a welding base material 4. Coordinates axes (u), (v) respectively show the horizontal and vertical axes of an observing optical system 8. Herein, the addition value of the density values of picture elements in the horizontal direction is calculated at every picture element in the vertical direction to obtain not only the max. value Bmax and min. value Bmin but also the intermediate value Bw of both values. When the average brightness of the light cut image is set to Bav and the upper and lower limits thereof are set to BT2, BT1 and formulae I, II are satisfied, a desired groove following position is operated from the light cut image data preliminarily inputted and stored. When either one of the formulae I, II is not satisfied, the property of the density pattern of the light cut image is classified, for example, into three kinds and the irradiation quantity of the light of an irradiation optical system 3 is controlled corresponding to the property of each density pattern to perform the detection of the groove position.