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Method and machine for cutting and boning large-sized fish

机译:大型鱼的切割和去骨方法及机器

摘要

233,799. Baader, R. Feb. 18, 1924. Fish, dressing. - In a machine for splitting and boning large fish, the fish are gripped individually by the tail between opposed rotary discs and are engaged in succession by a rotary splitting knife, a spreading-plate and two disc knives, set at an angle, which cut under and peel out a predetermined length of backbone. The opposed discs 4, 5 are provided with clamping- jaws 65, 66, Fig. 7, the jaw 65 being fixed longitudinally and the jaw 66 being movable against a spring 69 by a lever 70 which engages a fixed cam during the rotation of the discs 4, 5. The jaws 65, 66 are connected by a U- shaped frame 63 and are rotatable through an angle of 45‹ to allow the fish to lie against flanges of the discs 4, 5, the jaws being returned to the normal position, between the discharge of a fish and the insertion of the next, by the engagement of a pin 91 with a fixed cam 92, Fig. 3. The splitting-knife is carried by an arm 36 on a rock shaft 35 which is oscillated to engage the knife with the fish by an arm 41 engaging with a cam 7, the shaft 35 also carrying the spreading-plate 43 which enters the cut and flattens the fish against the flanges of the discs 4, 5. The knives 60, 61 are mounted, as shown in Fig. 9, to cut under the backbone a, the knives being driven by suitable gearing. The knives are carried on a bracket 59 which is oscillated, with a shaft 44 carrying a counterweight 90, by a roller-ended arm 62 co-operating with a cam 7a integral with the cam 7. The points of engagement of the splitting and boning-knives are determined by a feeling-lever 82 on a shaft 24 carried by a lever 13 integral with a sleeve 21, Fig. 4, rotatable on the central shaft 2 on which the sleeve 3 carrying the discs 4, 5 also rotates. The lever 13 carries a spring-pressed rod 14 which engages a notch in an angularly adjustable disc 11 whereby the lever 13, shaft 24 and feeler 82 are rotated about the shaft 2, the feeler 82 sweeping over the fish which is rotated, with the discs 4, 5, in the opposite direction. The lever 13 carries co-acting pawls 17, 18, the pawl 17, which is provided with an extension 88, engaging with a partly toothed fixed disc 22 and the pawl 18 with a co-axial rotatable. partly toothed disc 26. The pawl 17 is slidable in a spring box 17b which is pivoted at 16 to the lever 13 and is oscillated from the feeler shaft 24 through links and arms 24a, 25, 25a so that when the feeler 82 leaves the decapitated end of the fish, it drops and allows the pawls to engage with the discs 22, 26, under the action of a spring 86. When the pawl 17 reaches the teeth on the disc 22 it is pushed into the box 17b and the extension 88 abuts against the arm 20 of a bell crank 19, 20 which lifts the bolt 14 from the notch in the disc 11 and the rotation of the lever 13 is stopped. The pawl 18 having rotated the disc 26 slightly, the stops 27, 28 thereon are disengaged from the arms 30 on shafts 29, journaled in the cam discs 7, 7c and carrying pawls 31. The pawls 31 engage a toothed wheel 6 on the sleeve 3 and the discs 7, 7a, at the moment of stoppage of the lever 13, rotate with the discs 4, 5 until the arms 30 again contact with the stops 27, 28 and lift the pawls 31 from the wheel 6. A stop 8 on the disc 9, which rotates. with the discs 7, 7a, engages a spring bolt 34 slidable in a member 32 attached to the sleeve 21 of the lever 13, the lever 13 thereby being returned to its original position. The bolt 34 is then withdrawn from the stop 8 by a ramp 89 on the disc 22.
机译:233,799。巴德(R. Baader),1924年2月18日。鱼,敷料。 -在分割和去骨大鱼的机器中,鱼被相对的旋转圆盘之间的尾部分别抓紧,并通过旋转分割刀,撒布板和两个成一定角度设置的圆盘刀依次啮合在下面并剥去预定长度的主干。相对的圆盘4、5设有图7所示的夹紧爪65、66,该爪65纵向固定,并且该爪66通过杠杆70可抵抗弹簧69运动,该杠杆70在弹簧的旋转过程中与固定凸轮接合。圆盘4、5。夹爪65、66通过U形框架63连接并且可旋转45度角,以使鱼靠在圆盘4、5的凸缘上,使夹爪恢复正常通过销91与固定凸轮92的接合,在鱼的放出与下一条的插入之间的位置,如图3所示。劈刀由摇动的摇臂35上的臂36承载。为了通过与凸轮7接合的臂41使刀与鱼接合,轴35还携带有扩散板43,扩散板43进入切口并将鱼压在圆盘4、5的凸缘上变平。刀60、61如图9所示,安装有用于在骨架a下方切割的齿,这些齿由合适的齿轮驱动。刀被承载在托架59上,托架59由带有配重90的轴44通过与与凸轮7成一体的凸轮7a配合的辊端臂62而摆动。刀由轴杆24上的感测杆82确定,该轴杆由与图4所示的套筒21一体形成的杆13支撑的杆13可在中心轴2上旋转,承载圆盘4、5的套筒3也在其上旋转。杠杆13带有弹簧压杆14,该弹簧压杆14与角度可调盘11上的凹口接合,由此杠杆13,轴24和探针82绕轴2旋转,探针82扫过旋转的鱼,同时光盘4、5朝相反的方向旋转。杆13承载共同作用的棘爪17、18,具有延伸部88的棘爪17,该延伸部88与部分有齿的固定盘22接合,并且棘爪18可同轴旋转。棘爪17可在弹簧箱17 中滑动,该弹簧箱在16处枢转至杠杆13,并通过连杆和臂24 ,25、25 从探针轴24摆动。因此,当触头82离开鱼的断头端时,它掉落并允许棘爪在弹簧86的作用下与圆盘22、26啮合。当棘爪17到达圆盘22上的齿时,推入盒17 中,延伸部分88抵靠曲柄19、20的臂20,曲柄19、20的臂20从圆盘11上的凹口中提起螺栓14,并且杠杆13的旋转停止。稍微转动了盘26的棘爪18,其上的止动件27、28从轴29上的臂30脱离,轴颈支承在凸轮盘7、7c中并承载棘爪31。棘爪31接合齿轮6。在套筒3和圆盘7、7 上,在杠杆13停止的时刻,与圆盘4、5一起旋转,直到臂30再次与止动件27、28接触并且将棘爪31从轴上提起。轮6.盘9上的挡块8旋转。圆盘7、7 与弹簧螺栓34接合,该弹簧螺栓34可滑动到附接到杠杆13的套筒21的构件32中,从而杠杆13返回到其原始位置。然后通过盘22上的斜面89将螺栓34从挡块8中抽出。

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