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    • 1. 发明公开
    • Dot matrix printing head for high-definition or high-speed printing
    • Punktmatrixdtasten einer innerenTrommelflächeundzugehörigesAbtastverfahren。
    • EP0483766A2
    • 1992-05-06
    • EP91118441.4
    • 1991-10-29
    • MICROLYS S.p.A.
    • Motta, Carlo
    • B41J2/265B41J2/24B41J2/235
    • B41J2/265
    • The printing head is of the type in which the tips of the needles are guided in two parallel rows by a pair of matrices (7, 8) disposed side by side and carried, a first by a support fixed to the printing body and a second by a support movable on the printing body so as to move the second matrix parallel to the first from a position in which the tips of the needles in the two rows are at the same heights (high-speed printing) to one in which the tips of the needles in one row are located at the heights of the spaces between the tips of the needles in the other row (high-definition printing); the movable support is fixed to the printing body by a parallelogram structure in which two parallel sides are constituted by the support (12) and the body (2) and the other two sides by resiliently-deformable members (20, 21); pre-loaded, resilient biasing means (200) keep the movable support against a first abutment (22) and an electromagnetic actuator (23), when operated, moves the movable support into contact with a second abutment (24).
    • 打印头是通过一对并排设置的一对矩阵(7,8)以两行平行的行被引导的类型的打印头,首先由固定到打印体的支撑件和第二个 通过可在打印体上移动的支撑件,以便将第二矩阵平行于第一矩阵从两行中的针的尖端处于相同高度(高速打印)的位置移动到其中尖端 一行中的针位于另一排中的针的尖端之间的空间的高度(高清晰度打印); 可移动支撑件通过平行四边形结构固定到印刷体上,其中两个平行侧由支撑件(12)和主体(2)构成,另外两个侧面由弹性变形构件(20,21)构成; 预加载的弹性偏置装置(200)在可操作时将可移动支撑件保持抵靠第一邻接部(22)和电磁致动器(23),使可移动支撑件与第二基台(24)接触。
    • 2. 发明公开
    • Pin printer head for a high definition dot matrix printer
    • Nadeldruckkopffüreinen hochauflösbarenPunktmatrixdrucker。
    • EP0408968A1
    • 1991-01-23
    • EP90112607.8
    • 1990-07-02
    • MICROLYS S.p.A.
    • Motta, CarloStevenin, Gino
    • B41J2/275B41J2/235
    • B41J2/24B41J2/275
    • The head has twenty four pins (11) each welded to the edge (56) of a blade (44) placed in a radial plane. Each blade (44) is rigidly attached to the keeper (41) of a corresponding electromagnet (25), which is placed in a plane perpendicular to that of the corresponding blade The edge (56) is supported by an appendage which can have two different forms (53 and 54) so that the edges (56) of successive blades (44) are radially offset so reducing the distance between these edges and the axis (16) of the head. Blades (44) normally rest against an elastomeric ring (63), the position of which can be adjusted along axis (16).
    • 头部具有二十四个销钉(11),每个销钉焊接到放置在径向平面中的刀片(44)的边缘(56)。 每个叶片(44)刚性地连接到相应的电磁体(25)的保持器(41),该对准的电磁体(25)放置在垂直于相应叶片的平面的平面中。边缘(56)由附属物支撑,附件可以具有两个不同的 形式(53和54),使得连续叶片(44)的边缘(56)径向偏移,从而减小这些边缘与头部的轴线(16)之间的距离。 刀片(44)通常靠在弹性体环(63)上,其位置可以沿轴线(16)调节。
    • 6. 发明公开
    • Dot matrix printing head for high-definition or high-speed printing
    • 用于高分辨率或高速打印的DOT MATRIX打印头
    • EP0483766A3
    • 1993-04-14
    • EP91118441.4
    • 1991-10-29
    • MICROLYS S.p.A.
    • Motta, Carlo
    • B41J2/265B41J2/24B41J2/235
    • B41J2/265
    • The printing head is of the type in which the tips of the needles are guided in two parallel rows by a pair of matrices (7, 8) disposed side by side and carried, a first by a support fixed to the printing body and a second by a support movable on the printing body so as to move the second matrix parallel to the first from a position in which the tips of the needles in the two rows are at the same heights (high-speed printing) to one in which the tips of the needles in one row are located at the heights of the spaces between the tips of the needles in the other row (high-definition printing); the movable support is fixed to the printing body by a parallelogram structure in which two parallel sides are constituted by the support (12) and the body (2) and the other two sides by resiliently-deformable members (20, 21); pre-loaded, resilient biasing means (200) keep the movable support against a first abutment (22) and an electromagnetic actuator (23), when operated, moves the movable support into contact with a second abutment (24).
    • 打印头是通过一对并排设置的一对矩阵(7,8)以两行平行的行被引导的类型的打印头,首先由固定到打印体的支撑件和第二个 通过可在打印体上移动的支撑件,以便将第二矩阵平行于第一矩阵从两行中的针的尖端处于相同高度(高速打印)的位置移动到其中尖端 一行中的针位于另一排中的针的尖端之间的空间的高度(高清晰度打印); 可移动支撑件通过平行四边形结构固定到印刷体上,其中两个平行侧由支撑件(12)和主体(2)构成,另外两个侧面由弹性变形构件(20,21)构成; 预加载的弹性偏置装置(200)在可操作时将可移动支撑件保持抵靠第一邻接部(22)和电磁致动器(23),使可移动支撑件与第二基台(24)接触。
    • 8. 发明公开
    • Dot matrix print head
    • Punktmatrixdruckkopf。
    • EP0261322A1
    • 1988-03-30
    • EP87109314.2
    • 1987-06-29
    • MICROLYS S.p.A.
    • Gaiardo, Mario
    • B41J2/275
    • B41J2/275
    • A dot matrix print head of improved type is described the principal characteristic of which lies in the fact that the casing (2) containing the electromagnets (5) actuating the needles (4) is clamped between the needle support body (3) and a cover (10) carrying on its interior the striker elements (6) which, when attracted by the electromagnets, displace the needles; the casing (2) is formed by an extruded metal tube body (34) and by an element (36) of plastics material between which are inserted, in appropriate grooves, stacks of U-shape laminations carrying at one end respective electrical windings (43) constituting the electromagnets.
    • 描述改进型的点阵打印头,其主要特征在于,包含致动针(4)的电磁体(5)的壳体(2)夹在针支撑体(3)和盖 (10)在其内部承载当被电磁体吸引时使针移位的撞针元件(6); 壳体(2)由挤出的金属管体(34)和塑料材料(36)形成,它们在适当的凹槽中插入U形叠片的叠层,U形叠片在一端承载相应的电绕组(43 )构成电磁铁。
    • 9. 发明公开
    • Dot-matrix print head
    • 点阵打印头
    • EP1186426A3
    • 2002-03-20
    • EP01121478.0
    • 2001-09-07
    • MICROLYS S.p.A.
    • Stevenin, Gino
    • B41J2/28B41J2/275B41J2/24
    • B41J2/24B41J2/275
    • A dot-matrix print head (1) wherein a casing (2) houses a number of sliding print needles (3) arranged radially about a central axis (7), respective rocking members (4) associated with the needles (3), and respective electromagnets (5) for controlling the rocking members and for attracting the respective rocking members in opposition to elastic contrasting means (6) to move the respective rocking members selectively into a rest position and a print position; the elastic contrasting means (6) are defined by a substantially U-shaped monolithic annular element (6) made of elastomeric material and having two continuous circumferential projections (21, 22) spaced radially to rest, with respective predetermined loads, on respective first and second contact portions of the rocking members (4); and the annular element (6) is so shaped and sized that the ratio between the respective predetermined loads exerted by the projections (21, 22) on the respective first and second contact portions (23, 24) of the rocking members (4) ranges between roughly 7:1 and roughly 3:1 when the rocking members are in the rest position, and between roughly 3:1 and roughly 1:1 when the rocking members are in the print position.
    • 一种点阵打印头(1),其中壳体(2)容纳围绕中心轴线(7)径向布置的多个滑动打印针(3),与针(3)相关联的相应摇摆构件(4),以及 相应的电磁铁(5),用于控制摆动件并用于吸引相对于弹性对比装置(6)的各个摆动件,以将各个摆动件选择性地移动到静止位置和打印位置; 弹性对比装置(6)由基本上U形的由弹性材料制成的单片环形元件(6)限定并具有径向间隔开的两个连续的周向突起(21,22),以分别在各自的第一和 摇摆构件(4)的第二接触部分; 并且环形元件(6)的形状和尺寸被设计成使得由突起(21,22)施加在摇摆构件(4)的相应第一和第二接触部分(23,24)上的相应预定载荷之间的比率范围 在摇摆构件处于静止位置时大约在7:1和大约3:1之间,当摇摆构件处于打印位置时大约在3:1和大致1:1之间。
    • 10. 发明公开
    • Dot-matrix print head
    • 针式打印头
    • EP1186426A2
    • 2002-03-13
    • EP01121478.0
    • 2001-09-07
    • MICROLYS S.p.A.
    • Stevenin, Gino
    • B41J2/28
    • B41J2/24B41J2/275
    • A dot-matrix print head (1) wherein a casing (2) houses a number of sliding print needles (3) arranged radially about a central axis (7), respective rocking members (4) associated with the needles (3), and respective electromagnets (5) for controlling the rocking members and for attracting the respective rocking members in opposition to elastic contrasting means (6) to move the respective rocking members selectively into a rest position and a print position; the elastic contrasting means (6) are defined by a substantially U-shaped monolithic annular element (6) made of elastomeric material and having two continuous circumferential projections (21, 22) spaced radially to rest, with respective predetermined loads, on respective first and second contact portions of the rocking members (4); and the annular element (6) is so shaped and sized that the ratio between the respective predetermined loads exerted by the projections (21, 22) on the respective first and second contact portions (23, 24) of the rocking members (4) ranges between roughly 7:1 and roughly 3:1 when the rocking members are in the rest position, and between roughly 3:1 and roughly 1:1 when the rocking members are in the print position.