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    • 1. 发明授权
    • Dispersing feeder
    • 分散进料器
    • US4570831A
    • 1986-02-18
    • US395905
    • 1982-07-07
    • Asashiro IzumiMasao Fukuda
    • Asashiro IzumiMasao Fukuda
    • B65G47/19G01G13/02G01G19/393B65G27/12
    • G01G19/393B65G47/19G01G13/026
    • A dispersing feeder for dispersively feeding articles, supplied by a supply device, to a plurality of weighing machines where the articles are weighed. The feeder includes a turntable or conical projection for receiving and temporarily retaining the articles supplied by the supply device, a dispersing bowl disposed concentrically with respect to the turntable or conical projection and having a number of exits on its outer circumferential portion, and an electromagnetic vibrator for subjecting the dispersing bowl to torsional reciprocative oscillation. The surface of the turntable and/or dispersing bowl is provided with a multiplicity of raised and recessed portions to minimize the contact area between the surface and the articles so that the articles may be transferred without adhering to the surface.
    • 一种用于将由供应装置供应的物品分散供给到称重物品的多个称重机的分散进料器。 进料器包括用于接收和临时保持由供应装置供应的物品的转盘或锥形突起,相对于转盘或锥形突起同心地设置并且在其外圆周部分上具有多个出口的分散碗,以及电磁振动器 用于使分散碗经受扭转往复振荡。 转台和/或分散碗的表面设置有多个凸起和凹陷部分,以使表面和制品之间的接触面积最小化,使得物品可以不粘附到表面上被转移。
    • 3. 发明授权
    • Packaging machine with mechanisms for positioning its former
    • 包装机具有定位其前者的机构
    • US6131366A
    • 2000-10-17
    • US481827
    • 2000-01-12
    • Masao Fukuda
    • Masao Fukuda
    • B65B41/10B65B9/20B65B41/16B65B41/18B65B59/00B65H23/032B65B57/04
    • B65H23/0326B65B41/16B65B41/18B65B59/00B65B9/20B65B9/2014B65H2801/69
    • A packaging machine has a roll supporting device with a support shaft rotatably supporting a film roll which extends in an axial direction, an elongated bag-forming film being wrapped around the film roll, a bag forming device which pulls out the film from the film roll and forms the film into a shape of a bag, a packaging device for filling the bag-shaped film with articles to be packaged and sealing the film to produce a package, a roll displacing mechanism for displacing the roll supporting device in the axial direction, and a roll position controller for controlling the roll displacing mechanism to adjust the position of the roll supporting device. The bag forming device includes a former for bending the film into a tubular form and a former roller for guiding the film to the former. As a former of a different size is installed, depending on the width of the film, the position of the former roller is changed by a former roller discharging mechanism which includes a first mechanism for supporting the former roller and moving it to a plurality of different positions with respect itself and a second mechanism for moving the first mechanism to a plurality of different positions in the same direction.
    • 一种包装机具有:辊支撑装置,其具有可旋转地支撑沿轴向延伸的膜卷的支撑轴,缠绕在膜卷上的细长袋形成膜;袋形成装置,其从膜卷中拉出膜 并将膜形成袋状,将包装物品填充到袋状膜的包装装置中,并密封膜以制造包装;卷轴移位机构,用于使辊支承装置沿轴向移动; 以及卷位置控制器,用于控制辊移动机构以调节辊支撑装置的位置。 袋形成装置包括用于将膜弯曲成管状的成形器和用于将膜引导到前者的前辊。 作为不同尺寸的前者,根据薄膜的宽度,前辊的位置由前辊排出机构改变,前辊的排出机构包括用于支撑前辊的第一机构并将其移动到多个不同的位置 相对于其自身的位置和用于将第一机构沿相同方向移动到多个不同位置的第二机构。
    • 4. 发明授权
    • Poker for packaging machine
    • 扑克包装机
    • US5983610A
    • 1999-11-16
    • US6599
    • 1998-01-13
    • Masao Fukuda
    • Masao Fukuda
    • B65B9/20B65B9/10B65B35/00
    • B65B9/20B65B2210/10
    • A poker is provided to a packaging machine which has a former for bending a film into a tubular form and a chute for guiding articles to be packaged into a bag being made below. The poker includes a driver link which is driven to undergo a reciprocating rotary motion around a fixed axis and a generally L-shaped arm member disposed above and behind the former. A base part of the arm member is rotatably connected with a moving end part of the driver link such that the arm member can undergo a reciprocating rotary motion around a mobile axis of rotation which rotates around the stationary axis of rotation. A connecting mechanism is further provided to coordinate these two rotational motions such that the tip of the arm member distal from its mobile axis of rotation will move along a desired trajectory to reach a desired bottom center part of the chute which is likely to become clogged with the articles dropped thereinto. The connecting mechanism may be formed with a cam-following member attached to a part of the arm member and a cam plate with an elongated opening such that this cam-following member is constrained to move along an arcuate path determined by this elongated opening.
    • 将一个扑克提供给包装机,该包装机具有用于将薄膜弯曲成管状的成形器,以及用于将要包装的制品引导到下面制成的袋子中的滑槽。 该扑克包括被驱动以围绕固定轴线进行往复旋转运动的驱动器连杆和布置在前者上方和后面的大致L形的臂部件。 臂构件的基部与驱动器连杆的移动端部可旋转地连接,使得臂构件可以围绕围绕静止旋转轴线旋转的可动旋转轴线进行往复旋转运动。 进一步提供连接机构以协调这两个旋转运动,使得远离其移动旋转轴线的臂构件的尖端将沿着期望的轨迹移动以到达滑槽的期望的底部中心部分,其可能被堵塞 文章落在了其中。 连接机构可以形成有附接到臂构件的一部分的凸轮跟随构件和具有细长开口的凸轮板,使得该凸轮接合构件被限制为沿着由该细长开口确定的弓形路径移动。
    • 5. 发明授权
    • Transverse sealer for a packaging machine
    • 用于包装机的横向封口机
    • US5881539A
    • 1999-03-16
    • US856105
    • 1997-05-13
    • Masao FukudaYukio KakitaJames Lewis
    • Masao FukudaYukio KakitaJames Lewis
    • B65B9/20B65B9/213B65B51/30B65B61/24
    • B65B9/213B65B51/306B65B9/2007
    • An elongated web of bag-making material (S) is bent into a tubular form by a former (2), transported along a path (A), is filled with articles (W) and sealed by a transverse sealer (10) transversely to its direction of motion. A pair of seal jaws (20) supported by rotary arms (12) are rotated in mutually opposite directions by a power-communicating mechanism (P) which includes a trajectory-forming mechanism (H) such that the seal jaws (20) will each travel on a generally D-shaped trajectory with a linear section along the path (A) of the bag-making material (S). Cramming devices (50) are adjustably attached to the rotary arms (12) and stroke the tubularly shaped bag-making material (S) from both sides in forward-backward direction (X) without substantially closing the bag being formed such that the articles (W) can be more efficiently crammed with empty spaces among them effectively reduced. Stripping rods (42) are attached to the seal jaws (20) for stripping down the articles being dropped into the bag immediately before the transverse sealing and after the cramming by the cramming devices (50) so as to prevent them from becoming caught between the seal jaws (20).
    • 制袋材料(S)的细长腹板由沿着路径(A)输送的前者(2)弯曲为管状,填充有制品(W),并横向地横向于由横向密封剂(10)密封 其运动方向。 由旋转臂(12)支撑的一对密封钳口(20)通过包括轨迹形成机构(H)的动力连通机构(P)在相互相反的方向上旋转,使得密封钳口(20)将各自 沿着制袋材料(S)的路径(A)沿直线部分在大致D形轨迹上行进。 克隆装置(50)可调节地附接到旋转臂(12),并且从前后方向(X)的两侧沿管状形状的制袋材料(S)行进,而基本上不关闭所形成的袋, W)可以更有效地填补空白空间,有效减少。 剥离杆(42)附接到密封爪(20),用于剥离在紧靠横向密封之前被落入袋中的物品,并在挤压装置(50)挤压之后,以防止它们被夹在 密封钳口(20)。
    • 10. 发明授权
    • Method of partially painting an article using laser masking technique
    • 使用激光遮蔽技术部分涂装物品的方法
    • US4578281A
    • 1986-03-25
    • US727403
    • 1985-04-25
    • Hiroo EbisawaIwao MaruyamaMasao FukudaShigeo Miyamoto
    • Hiroo EbisawaIwao MaruyamaMasao FukudaShigeo Miyamoto
    • B05D7/02B05D1/32B05D7/24B05D3/06B65B33/00
    • B05D1/325
    • A partial painting method suitable for partially painting a workpiece or article of a complex surface shape. A surface of the workpiece is coated with strippable paint. The coated strippable paint is dried into a strippable film on the workpiece surface. A laser beam is applied to the strippable film along a prescribed cutting line so as to cut the strippable film. A portion of the strippable film corresponding to a first area of the workpiece surface to be painted is peeled off, while the remaining portion of the strippable film is left adhering on a second area of the workpiece surface to remain unpainted, and thereby masking of the workpiece is completed. The first area is then painted with a paint to form a final paint coating. The strippable paint contains powder, such as of graphite, having a substantially high light energy absorptivity, so that the strippable film can reliably be cut by the laser beam without damaging the surface of the workpiece which may be molded of synthetic resin that is relatively soft and is easily softened when heat is applied.
    • 适用于局部涂漆复杂表面形状的工件或部件的局部涂装方法。 工件的表面涂有可剥离的涂料。 将涂覆的可剥离涂料干燥成工件表面上的可剥离膜。 沿着规定的切割线将激光束施加到可剥离膜上,以切割可剥离膜。 可剥离膜的与待涂漆的工件表面的第一区域相对应的部分被剥离,而可剥离膜的剩余部分被粘附在工件表面的第二区域上以保持未上漆,从而掩蔽 工件完成。 然后第一个区域涂上油漆,形成最终的涂料。 可剥离涂料含有石墨粉末,具有基本上高的光能吸收率,使得可剥离膜可以可靠地被激光束切割而不会损坏工件的表面,该表面可以由比较软的合成树脂 并且当加热时容易软化。