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    • 2. 发明授权
    • Printer
    • 打印机
    • US06196741B1
    • 2001-03-06
    • US09230568
    • 1999-11-29
    • Kazumine KoshiNoriyuki SaitoTohru ArakawaMasaaki MatsuiToshio Tanaka
    • Kazumine KoshiNoriyuki SaitoTohru ArakawaMasaaki MatsuiToshio Tanaka
    • B41J1126
    • B41J15/042
    • The present invention aims at providing a printing apparatus of a small size that facilitates replacement of a rolled paper, removal of a jammed paper, etc. and alleviates likeliness of a paper jam with a considerably simple structure. The printing apparatus comprises a rolled-paper holder (2), which is provided with a first holder (2b) for use in carrying out printing on a rolled paper (1), and a second holder (2a) for use in setting the rolled paper (1), wherein the rolled paper (1) is moved from the second holder (2a) to the first holder (2b) as a main body of the apparatus is shifted from a paper setting position to a printing work position, thereby facilitating the setting of the rolled paper (1) and removal of a jammed paper, since the rolled paper (1) can be temporarily supported by the second holder (2a) in order to provide a sufficient work space when replacing the rolled paper (1) or removing a jammed paper.
    • 本发明旨在提供一种小尺寸的打印装置,其有助于更换卷纸,去除卡纸等,并以相当简单的结构减轻卡纸的可能性。 印刷装置包括卷纸支架(2),其设有用于在卷纸(1)上进行打印的第一保持器(2b)和用于设置滚动的第二保持器(2a) 纸(1),其中当设备的主体从纸张设置位置移动到打印作业位置时,卷纸(1)从第二保持器(2a)移动到第一保持器(2b),从而便于 卷纸(1)的设置和卡纸的移除,因为卷纸(1)可以由第二保持器(2a)暂时支撑,以便在更换卷纸(1)时提供足够的工作空间, 或取出卡住的纸张。
    • 5. 发明授权
    • Apparatus for and a method of repairing by filling with an adhesive
    • 装置和通过填充粘合剂进行修复的方法
    • US4555286A
    • 1985-11-26
    • US670843
    • 1984-11-13
    • Wataru OrikasaKunio TochimotoTomoyuki MoriMasayoshi ShigetomiKatsuji YamagaMasaaki MatsuiHiroshi Saito
    • Wataru OrikasaKunio TochimotoTomoyuki MoriMasayoshi ShigetomiKatsuji YamagaMasaaki MatsuiHiroshi Saito
    • B05C5/00B05D7/00E04G23/02B32B35/00
    • E04G23/0203Y10T156/1798
    • An adhesive filler apparatus is disclosed comprising an injector and a support portion, the injector comprising a pressure buffer tube made of an elastic material and check valves adjacent both ends of the pressure buffer tube, the support portion comprising a base member and a projection. The adhesive filler apparatus disclosed is used as follows: A hose connected to a pump is coupled to one end of the pressure buffer tube so that the nozzle of the hose presses the check valve to clear its closure, allowing an adhesive to be fed in the pressure buffer tube. The hose is disconnected from the fed and swollen tube, causing the check valve to close the end of the tube. The fed injector is coupled to the support portion fixed on the crack developed in a concrete structure, etc., whereupon the projection on the support portion presses the check valve to open the end of the tube, thereby allowing the adhesive in the tube to be filled in the crack by gradual and continuous contraction of the elastic tube. Where the quantity of adhesive reserved in the tube is not enough, adhesive can be supplemented in the tube through the other end of the tube left idle so that the injector need not be detached from the crack for supplementation of adhesive in the tube.
    • 公开了一种粘合剂填充装置,其包括注射器和支撑部分,所述注射器包括由弹性材料制成的压力缓冲管和邻近所述压力缓冲管的两端的止回阀,所述支撑部分包括基部构件和突起。 所公开的粘合剂填充装置使用如下:连接到泵的软管联接到压力缓冲管的一端,使得软管的喷嘴压紧止回阀以清除其关闭,允许粘合剂在 压力缓冲管。 软管与进料和膨胀管断开,导致止回阀关闭管的端部。 馈送的喷射器联接到固定在以混凝土结构等形成的裂纹上的支撑部分上,由此支撑部分上的突出部分按压止回阀以打开管的端部,从而允许管中的粘合剂为 通过弹性管的逐渐和连续收缩填充裂缝。 在管中保留的粘合剂的量不足的情况下,可以通过管闲置的管的另一端在管中补充粘合剂,使得注射器不需要从裂纹中分离以补充管中的粘合剂。
    • 6. 发明授权
    • Non-contact thermometer
    • 非接触式温度计
    • US5826980A
    • 1998-10-27
    • US704184
    • 1996-08-28
    • Katsumi KouzuShigehiro YoshiuchiKoji OikeMasaaki MatsuiKazuto Kume
    • Katsumi KouzuShigehiro YoshiuchiKoji OikeMasaaki MatsuiKazuto Kume
    • G01J5/02G01J5/00G01J5/34G01J5/08G01J5/04G01K3/06
    • G01J5/34G01J5/0022
    • A non-contact thermometer uses a pyroelectric infrared sensor which makes it possible to measure temperatures of an object having a large area required to be measured, and at a plurality of points. The thermometer sets up a reference position without using a position detecting switch and also improves the accuracy of measuring the temperature due to its increased amount of incident infrared rays transmitted as a result of reducing the motor speed and extending the time of measurement at the point where infrared rays of the object to be measured is to be detected. The thermometer's stepping motor is fed with its operation step input and brought to a stop at the reference exciting phase of the motor which has been set up in advance. The whole measurement operation thereafter is arranged to proceed, starting from the above exciting phase serving as the reference, at which point the motor was brought to a stop.
    • 非接触温度计使用热电红外传感器,其使得可以测量具有需要测量的大面积的物体的温度以及多个点。 温度计不使用位置检测开关而设置基准位置,并且由于降低电机速度和延长测量时间而使传入的入射红外线的量增加,从而提高了测量温度的精度。 要检测待测物体的红外线。 温度计的步进电机输入其操作步进输入,并在预先设置的电机的参考励磁相位停止。 其后的整个测量操作被设置为从作为参考的上述激励相开始,在此时电动机停止。
    • 10. 发明授权
    • Method of bonding a magnetic head element to a supporting beam
    • 将磁头元件接合到支撑梁的方法
    • US5843255A
    • 1998-12-01
    • US597187
    • 1996-02-06
    • Masaaki MatsuiSeiichi Nagata
    • Masaaki MatsuiSeiichi Nagata
    • G11B5/31G11B5/48G11B5/49G11B5/58B32B31/16
    • G11B5/4846G11B5/4826G11B5/58
    • A connecting pad of a magnetic head element is bonded to a signal conductor of a supporting beam. As a result of the bonding, the magnetic head element is mechanically coupled to the supporting beam and the connecting pad is electrically connected to the signal conductor. Also an auxiliary pad of the magnetic head element is bonded to the signal conductor. This bonding improves the mechanical coupling strength of the magnetic head element to the supporting beam. When the magnetic head element is to be bonded to the supporting beam, one of the pads is bonded to the signal conductor, and thereafter the other pad is bonded to the signal conductor. During the process of the latter bonding, a groove which is previously disposed in the signal conductor blocks heat given for the bonding from being transmitted to the former bonding portion in which bonding has been already completed, thereby preventing the bonding of the former bonding portion from being broken.
    • 磁头元件的连接焊盘接合到支撑梁的信号导体。 作为结合的结果,磁头元件机械地耦合到支撑梁,并且连接垫电连接到信号导体。 此外,磁头元件的辅助焊盘接合到信号导体。 该接合提高了磁头元件与支撑梁的机械耦合强度。 当磁头元件要与支撑梁接合时,其中一个焊盘接合到信号导体,之后另一个焊盘接合到信号导体上。 在后一次接合的过程中,预先设置在信号导体中的槽阻挡了用于接合的热量传递到已经结束的接合部分,从而防止了前者接合部分 被打破