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    • 1. 发明公开
    • Multi-needle embroidery sewing machine
    • Sticknähmaschinemit mehreren Nadeln
    • EP2233630A2
    • 2010-09-29
    • EP10157162.8
    • 2010-03-22
    • Brother Kogyo Kabushiki Kaisha
    • Kawaguchi, YasuhikoNishida, ShinichiTokura, MasashiMizuno, NoboruNiizeki, TomoyasuNagai, Masahiko
    • D05C3/02D05C7/04D05C11/06
    • D05C3/02D05C7/04D05C11/06
    • A multi-needle sewing machine provided with a plurality of needle bars (8) including a specific needle bar (8) allowing detachable attachment of a punch needle (10, 61 to 66) that punch engraves a surface of a punch workpiece (W) in dot-by-dot strokes; a transfer mechanism (18) that allows detachable attachment of a punch workpiece holder (21), a detector (40) that detects the attachment of the punch workpiece holder (21) on the transfer mechanism (18); and a controller (41) that, when the attachment of the punch workpiece holder (21) is detected by the detector (40), executes a punch engraving operation on the punch workpiece (W) with the punch needle (10, 61 to 66) by selecting the specific needle bar by controlling a needle-bar selector/driver mechanism (17) and the transfer mechanism (18) based on punch engraving pattern data which is pre-stored or given by external components.
    • 一种多针缝纫机,其具有多个针杆(8),该针杆包括特定的针杆(8),该针杆允许可拆卸地安装冲头(10,61〜66) 逐点划线; 传送机构(18),其允许可拆卸地安装冲头工件保持器(21);检测器(40),其检测冲头工件保持件(21)在传送机构(18)上的附接; 以及控制器(41),当所述检测器(40)检测到所述冲头工件保持架(21)的安装时,利用所述冲头针(10,61〜66)对所述冲头工件(W)进行冲压加工 )通过根据由外部部件预先存储或给出的冲压雕刻图案数据来控制针杆选择器/驱动机构(17)和传送机构(18)来选择特定的针杆。
    • 2. 发明公开
    • Sewing machine and non-transitory computer-readable medium storing sewing machine control program
    • 电脑和电脑
    • EP2386673A1
    • 2011-11-16
    • EP11165829.0
    • 2011-05-12
    • Brother Kogyo Kabushiki Kaisha
    • Tokura, Masashi
    • D05B19/12D05C5/06
    • D05B19/12D05C5/06
    • In a sewing machine (1), an image capture device generates data that describe a captured image of a sewing object (39) that is positioned between a needle bar (31) and a needle plate (16). The generated data are acquired as captured image data (Step S110). Data are generated, as marker data, that describe a setting marker that indicates settings of a reference point position and an angle of the embroidery pattern in relation to the sewing object (Step S130). Based on the captured image data that were generated in the processing at Step S110 and the marker data that were generated in the processing at Step S 130, data that describe a composite image are generated as composite image data (Step S140). Based on the composite image data that were generated in the processing at Step S140, the composite image is displayed on a screen (Step S150).
    • 在缝纫机(1)中,图像拍摄装置生成描述位于针杆(31)和针板(16)之间的缝制物(39)的拍摄图像的数据。 获取生成的数据作为拍摄图像数据(步骤S110)。 生成作为标记数据的数据,其描述指示参考点位置的设置和刺绣图案相对于缝制对象的角度的设置标记(步骤S130)。 基于在步骤S110的处理中生成的拍摄图像数据和在步骤S130的处理中生成的标记数据,生成描述合成图像的数据作为合成图像数据(步骤S140)。 基于在步骤S140的处理中生成的合成图像数据,将合成图像显示在屏幕上(步骤S150)。
    • 4. 发明公开
    • Holding member, cutting apparatus and non-transitory computer-readable medium storing cutting operation control program
    • 保持元件,刀和自由过渡计算机可读介质,具有存储于其上的切割操作控制程序
    • EP2907633A1
    • 2015-08-19
    • EP15154757.7
    • 2015-02-11
    • Brother Kogyo Kabushiki Kaisha
    • Matsushita, HironoriTokura, Masashi
    • B26D5/30B26F1/38H04N1/04B26D7/01B26D7/02
    • B41J11/663B26D5/30B26D7/015B26D7/025B26F1/3806B26F1/3813B26F2001/388H04N1/04
    • A holding member (61, 81, 91) is configured to be inserted into a cutting apparatus (1) including an image scanning device (6), while holding a sheet-shaped object (W), so that the object (W) is scanned by the image scanning device (6) and cut by the cutting apparatus (1). The holding member (61, 81, 91) includes a base (62, 82) having an adhesive part (63, 83) on which the object (W) is removably placed, a transparent sheet (64) holding the object (W) between the base (62, 82) and itself (64), the transparent sheet (64) having a proximal end fixed to a first side of the base (62, 82) and being movable between a closed position where the transparent sheet (64) is laid over the adhesive part (63, 83) and an open position where the adhesive part (63, 83) is exposed, a first sign (67) located on the base (62, 82) to indicate a type of the holding member (61, 81, 91), and a second sign (68) located on the transparent sheet (64) to indicate that the transparent sheet (64) is located at the closed position.
    • 的保持构件(61,81,91)被配置为被插入到包括图像扫描装置(6),同时保持片材状物体(W),所以没有对象(W)的切割装置(1)是 由图像扫描装置(6)扫描并切断由切割装置(1)。 保持部件(61,81,91)包括:具有在其上的对象(W)被可移除地放置粘合剂部(63,83)的基部(62,82),透明片(64),保持上述物体(W) 所述基部(62,82)和自身(64),具有近端固定到基座(62,82)的第一侧和可在关闭位置之间可移动的透明片(64)之间,其中所述透明片(64 )被置于位于所述基部(62上的粘合剂部(63,83)和一个打开位置,其中该粘合剂部(63,83)被暴露,第一符号(67),82),以指示一个类型的保持的 部件(61,81,91),和位于所述透明片(64)的第二符号(68)为了表示该情况,透明片(64)位于所述关闭位置。
    • 5. 发明公开
    • Sewing machine and computer-readable medium storing sewing machine control program
    • 缝纫机和存储缝纫机控制程序的计算机可读介质
    • EP2292825A2
    • 2011-03-09
    • EP10172174.4
    • 2010-08-06
    • Brother Kogyo Kabushiki Kaisha
    • Tokura, Masashi
    • D05B19/12D05B25/00D05C5/06
    • D05B19/12D05B25/00D05C5/06
    • An image is captured of at least one marker (180, 281, 282) that is positioned on at least one of an embroidery frame (84, 384) that is r attached to a carriage (22) and a work cloth (39) that is held by the embroidery frame (one of Step S60 and Step S100). First marker data are computed based on generated image data (one of Step S65 and Step S110). The computed first marker data are transmitted to a sewing machine that will be used afterward (Step S70). The first marker data that are transmitted from another sewing machine are acquired as second marker data (Step S80). A sewing condition is acquired (Step S80). Pattern data are acquired in accordance with a pattern condition (Step S85). A correction condition is computed (Step S115). A partial pattern is sewn in accordance with the corrected pattern data (Step S130).
    • 拍摄至少一个定位在刺绣框架(84,384)中的至少一个上的至少一个标记(180,281,282)的图像,所述刺绣框架附接到托架(22)和工作布(39),所述工作布 由绣花框保持(步骤S60和步骤S100中的一个)。 基于生成的图像数据计算第一标记数据(步骤S65和步骤S110中的一个)。 计算出的第一标记数据被传送给后面将要使用的缝纫机(步骤S70)。 获取从另一缝纫机发送的第一标记数据作为第二标记数据(步骤S80)。 获取缝制条件(步骤S80)。 根据模式条件获取模式数据(步骤S85)。 计算校正条件(步骤S115)。 根据校正后的图案数据缝制局部图案(步骤S130)。
    • 6. 发明公开
    • Sewing machine and computer-readable medium storing sewing machine control program
    • 缝纫机和存储缝纫机控制程序的计算机可读介质
    • EP2292824A2
    • 2011-03-09
    • EP10172172.8
    • 2010-08-06
    • Brother Kogyo Kabushiki Kaisha
    • Tokura, Masashi
    • D05B19/12D05B25/00D05C5/06
    • D05C5/06D05B19/12D05B25/00
    • In a sewing machine (1) that is included in a sewing system (100) that, using a plurality of the sewing machines, performs sewing of a single embroidery pattern on a work cloth (39) that is held by an embroidery frame (84, 384), at least one image is captured of at least one marker (180, 281, 282) that is positioned in a marker area (87, 88) (Step S15). A pattern condition and setting condition are acquired (one of Step S60 and Steps S35 and S50). Pattern data are acquired (one of Step S40 and Step S65). A positioning condition is computed based on image data that are generated at Step S15 (Step S20). The pattern data are corrected based on the computed positioning condition and on the acquired setting condition (Step S70). A partial pattern is sewn in accordance with the corrected pattern data (Step S80).
    • 在包括在缝纫系统(100)中的缝纫机(1)中,使用多台缝纫机,在由绣花框架(84)保持的工作布(39)上执行单一绣花花样的缝制 ,384)时,至少一个图像被捕获到位于标记区域(87,88)中的至少一个标记(180,281,282)(步骤S15)。 获取图案条件和设置条件(步骤S60和步骤S35和S50中的一个)。 获取图案数据(步骤S40和步骤S65中的一个)。 基于在步骤S15中生成的图像数据来计算定位条件(步骤S20)。 基于计算出的定位条件和所获取的设置条件来校正图案数据(步骤S70)。 根据校正后的图案数据缝制局部图案(步骤S80)。
    • 7. 发明公开
    • Multi-needle sewing machine
    • Nähmaschinemit mehreren Nadeln
    • EP2230345A2
    • 2010-09-22
    • EP10153997.1
    • 2010-02-18
    • Brother Kogyo Kabushiki Kaisha
    • Fujihara, ShinyaTokura, Masashi
    • D05B19/14D05B55/10D05C11/06D06H3/08
    • D05B19/14D05B55/10D05C11/06
    • A multi-needle sewing machine (1) is provided with a needle bar case (21) that is movable to the right and to the left. Six needle bars (31) are lined up on the frame (24) that is provided in a needle bar case (21). A needle bar case moving mechanism (40) moves the needle bar case (21) in a direction in which the six needle bars (31) are lined up. Sewing is performed by using one of the six needle bars (31) that is positioned straight above a needle drop position. On the right side of the frame (24), an image sensor holding mechanism (51) that holds an image sensor (52) is provided such that the image sensor (52) is aligned with the six needle bars (31). The image sensor (52) is moved to a position that is straight above the needle drop position by moving the needle bar case (21).
    • 多针缝纫机(1)具有向左右移动的针杆壳体(21)。 六个针杆(31)排列在设置在针杆壳体(21)中的框架(24)上。 针杆外壳移动机构40沿着六根针杆31排列的方向移动针杆外壳21。 通过使用位于针落位置上方的六个针杆(31)中的一个进行缝合。 在框架(24)的右侧设置有保持图像传感器(52)的图像传感器保持机构(51),使得图像传感器(52)与六个针杆(31)对准。 通过移动针杆盒(21),将图像传感器(52)移动到直线位置。