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    • 31. 发明公开
    • Sorter
    • 分拣机
    • EP0425987A3
    • 1991-08-21
    • EP90120330.7
    • 1990-10-23
    • IKEGAMI TSUSHINKI CO., LTD.
    • Yamamoto, HiroshiTobita, Hiroshi
    • B65H39/11B42C1/12
    • B65H39/11B65H2403/511B65H2408/113
    • A vertically arranged plurality of trays (12) are each formed with a cut-out (12E) at a rear corner. The trays (12) are arranged so that the corner where the cut-out (12E) is formed is lower than the other corners. Vertically upward extending rear and side walls (12D, 12B) are provided on each tray (12) adjacent the cut-out (12E). A downwardly extending side wall (12C) is formed on the tray (12) opposite the upwardly extending one (12B). The trays (12) can be selectively shifted by cylindrical cams (44) to positions wherein sheets of printed matter can be ejected thereonto. Due to the skewed angle of the trays (12) the sheets slide to the corners where the cut-out (12E) are formed. After sheet collation a tray drawing device pulls a tray (12) rearwardly to a stapler which fastens the sheets at the corners which extend into the cut-out (12E). The tray drawing device then returns the tray (12), the trays (12) are shifted vertically by the cylindrical cams (44), and the next tray (12) is pulled to the stapler.
    • 垂直排列的多个托盘(12)分别在后角处形成有切口(12E)。 托盘(12)被布置为使得形成切口(12E)的角部低于其他角部。 垂直向上延伸的后壁和侧壁(12D,12B)设置在邻近切口(12E)的每个托盘(12)上。 向下延伸的侧壁(12C)形成在托盘(12)上,与向上延伸的一个(12B)相对。 托盘(12)可以通过圆柱形凸轮(44)选择性地移动到可以将印刷品片材喷射到其上的位置。 由于托盘(12)的倾斜角度,片材滑动到形成切口(12E)的角部。 在纸张对比之后,纸盒拉出装置将纸盒12向后拉到订书机,该订书机在延伸到切口12E的拐角处固定纸张。 托盘拉出装置然后返回托盘12,托盘12被圆柱凸轮44竖直移动,并且下一个托盘12被拉到订书机。
    • 33. 发明公开
    • Logic IC tester
    • Prüferfürintegrierte logische Schaltungen。
    • EP0432292A1
    • 1991-06-19
    • EP89122930.4
    • 1989-12-12
    • ADVANTEST CORPORATION
    • Kusama, Masaji
    • G01R31/318
    • G01R31/31908
    • In logic IC tester for testing a logic IC by applying thereto test patterns successively read out of a pattern memory (12), a test processor (11) is connected via a te­ster bus (14) to a pattern memory readout controller (17e) and to a timing signal generator (25) and a formatter (21) whereby the test patterns read out of the pattern memory (12) are applied to the logic IC (23) under test under pre­determined test conditions. The test processor (11) is fur­ther connected via a pattern transfer bus (34) to the pat­tern memory (12), and a write controller (17b) for control­ling the write of the test patterns into the pattern memory is connected to the pattern transfer bus, whereby even if one logic IC is being tested, the test patterns can be transferred from the test processor to the pattern memory via the pattern transfer bus at any time when no test pat­terns are being read out of the pattern memory.
    • 在逻辑IC测试器中,通过对从模式存储器(12)连续读出的测试图形进行测试来测试逻辑IC,测试处理器(11)通过测试器总线(14)连接到模式存储读出控制器(17e)和 到定时信号发生器(25)和格式化器(21),由此在预定的测试条件下将从图案存储器(12)读出的测试图案应用于被测试逻辑IC(23)。 测试处理器(11)还经由模式传输总线(34)连接到模式存储器(12),并且用于控制将测试图案写入模式存储器的写入控制器(17b)连接到模式传送 总线,由此即使正在测试一个逻辑IC,测试模式可以在没有从模式存储器读取测试模式的任何时间通过模式传输总线从测试处理器传送到模式存储器。
    • 34. 发明公开
    • ELECTROMAGNET FOR SOLENOID VALVE AND PRODUCTION METHOD OF THE SAME
    • ElektromagnetfürSolenoidventil und verfahren zur Herstellung。
    • EP0428728A1
    • 1991-05-29
    • EP89913164.3
    • 1989-11-29
    • SANMEIDENKI KABUSHIKIKAISHA
    • KONDO, Yusuke Sanmeidenki KabushikikaishaNAKAMURA, Shinji Sanmeidenki Kabushikikaisha
    • F16K31/06H01F7/16
    • H01F7/1607H01F41/0206H01F2007/085H01F2007/163
    • This invention relates to an electromagnet (A) that can be used for a solenoid valve. A fitting portion (12) for a valve main body (B) is disposed at one of the ends of a pipe body (6) and a cap (E) is put onto the other end. A movable core (24) is disposed movably inside the pipe body (6) and a coil (D) is put onto the outer peripheral side of the pipe body (6). The cap (E) and the pipe body (6) are connected to each other by screws (18, 39) formed on their inner and outer peripheral opposed surfaces. When the electromagnet (A) is fitted to the valve main body (B), the pipe body (6) is first fitted to the valve main body (B), the coil (D) is then put over the pipe body (6) and furthermore, the cap (E) is fitted by screwing to the pipe body (6). In this manner the coil (D) can be fixed by the cap (E). An air vent hole (41) opening to the inner peripheral surface of the cap (E) is formed on the cap (E). When it is desired to discharge air inside the pipe body (6), the cap (E) is rotated to place the air vent hole (41) at its highest position. Then, the air can be discharged through the vent hole (41).
    • 本发明涉及可用于电磁阀的电磁铁(A)。 用于阀主体(B)的装配部分(12)设置在管体(6)的一端,盖(E)放在另一端。 可移动的芯体(24)可移动地设置在管体(6)的内部,线圈(D)被放置在管体(6)的外周侧。 盖(E)和管体(6)通过形成在其内周对外表面上的螺钉(18,39)彼此连接。 当将电磁铁(A)装配到阀主体(B)时,首先将管体(6)装配到阀主体(B),然后将线圈(D)放置在管体(6)上, 此外,盖(E)通过旋拧到管体(6)上而被安装。 以这种方式,线圈(D)可以由盖(E)固定。 在盖(E)上形成有通向盖(E)的内周面的通气孔(41)。 当需要在管体(6)内排放空气时,盖(E)旋转以将排气孔(41)放置在其最高位置。 然后,可以通过通气孔(41)排出空气。
    • 39. 发明公开
    • Mechanical ventilator for patient
    • 机械通气器
    • EP0402951A3
    • 1991-03-06
    • EP90111367.0
    • 1990-06-15
    • Akashi, Manabu
    • Akashi, ManabuSakanaka, Kiyohiko
    • A61M16/00
    • A61M16/205A61M16/024A61M16/204A61M2016/0036A61M2016/0039A61M2016/0042
    • A mechanical ventilator has an airway circuit (D) which is inserted into a trachea (T) of a patient by way of his airway, an inspiratory circuit (P1) and an expiratory circuit which are branched from the airway circuit. A gas delivering means (3) is provided at the end of the inspiratory circuit, and a gas flow regulating means is provided in the inspiratory circuit for regulating the gas flow to be delivered from the gas delivering means to the patient. A flowmeter (1a) is provided in the airway circuit (D) at the entry of the respiratory system of the patient for directly and continuously measuring the respiratory flow of the patient and outputting respiratory flow signal to a computer (5). The computer controls the operation of the gas flow regulating means so as to regulate the gas flow to be delivered to the patient in accordance with the change in respiratory flow signal of the patient.
    • 机械呼吸机具有气道回路(D),其通过他的气道插入患者的气管(T),从气道回路分支的吸气回路(P1)和呼气回路。 在吸气回路的末端设置有气体输送装置(3),并且在吸气回路中设置有气体调节装置,用于调节从气体输送装置输送给患者的气体流。 在患者的呼吸系统入口处,在气道回路(D)中设置有流量计(1a),用于直接且连续地测量患者的呼吸流量并向计算机(5)输出呼吸流量信号。 计算机控制气流调节装置的操作,以便根据患者呼吸流量信号的变化来调节要输送给患者的气流。
    • 40. 发明公开
    • SKI BOOT HAVING VARIABLE VOLUME INNER SHELL
    • 与可变容积HEART住房SKI。
    • EP0412135A1
    • 1991-02-13
    • EP90901264.0
    • 1989-11-20
    • OTTIERI, Marco Tonci
    • OTTIERI, Marco Tonci
    • A43B5
    • A43B5/0435A43B5/048
    • Une chausssure de ski (10) comprend une enveloppe extérieure rigide et une enveloppe intérieure (20) relativement souple. Ladite enveloppe intérieure comporte une région relativement souple en forme de selle s'étendant sur les parties métatarsiennes et/ou du cou-de-pied du pied de l'utilisateur. Des éléments extensibles, tels que des cordons ou des sangles, coopèrent avec ladite selle pour ménager une force de support variable (10) au pied de l'utilisateur. Lesdits éléments extensibles (44, 46) s'étendent à partir de la selle (41), sous la semelle de l'enveloppe intérieure et aboutissent sur le déflecteur du talon. Cette conception permet d'appliquer une force de tension de support aux éléments extensibles par pivotement dudit déflecteur du talon (15) en position fermée. L'ouverture dudit déflecteur du talon a pour résultat de relâcher les éléments extensibles et de libérer la force de support du pied. L'enveloppe intérieure (20) de la chaussure comporte également une structure (62) de support (20) de cheville, venant au contact de la jambe de l'utilisateur à un point situé juste au-dessus de la malléole, et coopérant avec le déflecteur du talon afin de maintenir le talon de l'utilisateur en contact avec la semelle de ladite chaussure.