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    • 13. 发明公开
    • SCALE DEVICE
    • WÄGEEINRICHTUNG
    • EP2843379A4
    • 2015-10-21
    • EP13780749
    • 2013-01-21
    • YAMATO SCALE CO LTD
    • TSURUOKA MASATOMIKISHIMOTO HIROTSUGU
    • G01G21/28B65B37/18B65D88/26G01G13/00
    • G01G13/006B65B37/18B65D88/26B65D90/623
    • A weighing hopper (10) includes a hopper body (11), a gate (12a), an opening and closing means (13), a rotary shaft (41a), first and second bearing units (42A, 42B), and a partition wall (50, 51) which partitions a region in which the weighing hopper (10) is placed into a center region (P) and outer regions (Q) located at both sides of the center region (P). The rotary shaft (41a) penetrates the partition wall (50, 51) in a non-contact state. The hopper body (11), the gate (12a), and a fastening means (40A, 40B) which unitarily fastens the gate (12a) to the rotary shaft (41a), are placed in the center region (P); and the opening and closing means (13), and the first and second bearing units (42A, 42B) are placed in the outer regions (Q).
    • 称重料斗(10)包括料斗主体(11),门(12a),开闭装置(13),旋转轴(41a),第一和第二轴承单元(42A,42B) 将所述计量料斗(10)的区域分配到中心区域(P)的区域(50,51)以及位于所述中心区域(P)的两侧的外部区域(Q)。 旋转轴(41a)以非接触状态穿过分隔壁(50,51)。 将料斗主体(11),闸门(12a)和将闸门(12a)整体地固定在旋转轴(41a)上的紧固装置(40A,40B)放置在中心区域(P)中。 并且所述打开和关闭装置(13)以及所述第一和第二轴承单元(42A,42B)被放置在所述外部区域(Q)中。
    • 14. 发明公开
    • Method for filling bags with a metered quantity of bulk material, apparatus and automatic machine for implementing the method
    • 填充散装材料,装置和自动机器的计量量袋用于实现该方法的方法
    • EP2889590A1
    • 2015-07-01
    • EP14196105.2
    • 2014-12-03
    • Concetti S.p.A.
    • Canestri, PaoloCeccacci, GianniConcetti, Teodoro
    • G01G13/18G01G13/24B65B37/18B65B1/32B65B1/02B65B1/22B65B51/14
    • B65B37/18B65B1/02B65B1/06B65B1/22B65B1/32B65B1/36B65B43/56B65B51/146G01G13/18G01G15/001
    • Method for filling bags (1) with metered quantities (QP) of bulk products (P1;P2), characterized in that it comprises the following steps:
      a) providing a first container (B11) and a second container (B21) having an assigned total volume;
      b) dividing up each container (B11;B21) into two respective half-volumes (B11a,B11b;B21a,B21b), each half-volume being designed to feed product to a first station (R1) or a second station (R2) for filling bags (1), so that each container has a half-volume connected to the first station (R1) and a half-volume connected to the second station (R2) of the two stations (R1;R2);
      c) providing a first predefined metered quantity (QP) of product (P1) inside the first container (B11) by dividing up the metered quantity (QP) of product into two quantities (Q1P1,Q2P1) equal to approximately half the metered quantity, each fed to a respective half-volume (B11a,B11b) of the first container (B11);
      d) conveying a bag (1) to the first filling station (R1) ;
      e) filling the bag (1) with the quantity (Q1P1) of product of the first half volume (B11a) of the first container (B11);
      f) providing a second predefined quantity (QP2) of product (P2) inside the second container (B21), dividing up the metered quantity (QP2) of product into two quantities (Q1P2,Q2P2) equal to approximately half of the metered quantity, each fed to a respective half-volume (B21a,B21b) of the second container (B21);
      g) moving the bag (1) to the second filling station (R2);
      h) filling the bag (1) with the quantity (Q2P1) of product contained in the second half-volume (B11b) of the same first container (B11);
      i) conveying a second bag (2) to the first filling station (R1);
      j) filling the second bag (2) with the quantity (Q1P2) of product (P2) supplied from the first half-volume (B21a) of the second container (B21) ;
      k) moving the second bag (2) to the second station (R2);
      l) filling the second bag (2) with the second quantity of product (Q2P2) supplied from the second half-volume (B21b) of the same second container (B21);
      m) feeding a new metered quantity of product (P1) to the first container (B11) with division into the two half-volumes (B11a,B11b) for a further dispensing cycle;
      n) conveying the first bag (1) to the sealing station (S) and from here to the exit (113) ;
      o) continuing the cycle with the steps (c-n) for the second or following bags.
    • 在分配具有a)提供第一容器(B11)和第二容器(B21):用于填充袋(1)用的散装产品计量的量(QP)(P1,P2),其特征在于在没有它包括以下步骤的方法 总体积; b)将构成每个容器(B11; B21)分成两个respectivement半体积(B11A,B11B; B21a,B21b),每个半体积被设计成饲料产品到第一站(R1)或第二站(R2) 用于填充袋(1),所以没有每个容器具有连接到所述第一站(R1)和连接到所述两个站(R1; R2)的第二站(R2)的半量的半体积; c)中通过将向上产品的计量量(QP)成两个量(Q1P1,Q2P1)等于大约一半的计量量提供产品的第一容器(B11)内的第一预定义的计量量(QP)(P1), 每个进料至所述第一容器(B11)的respectivement半体积(B11,B11B); D)输送袋(1)连接到第一填充站(R1); E)填充所述袋(1)与所述第一体积的一半的第一容器(B11)(B11)的产物的量(Q1P1); f)提供第二预定量的产物(QP 2)(P2)的第二容器(B21)的内部,划分了计量量(产品的QP 2)分成两个量(Q1P2,Q2P2)等于大约一半的计量量的, 每个馈送到respectivement半体积的第二容器(B21a,B21b)(B21); 克)在袋(1)移动到第二填充站(R2); 1H)与包含在第二半体积相同的第一容器的(B11B)(B11)的产品的数量(Q2P1)填充所述袋(1); ⅰ)传送第二袋(2)到第一填充站(R1); j)的填充第二袋(2)与产物(P2从第一半体积的第二容器的(B21a)(B21)供给量(Q1P2)); K)移动所述第二袋(2)向所述第二站(R2); 升)填充第二袋(2)与产物(Q2P2的第二量)从第二半体积相同的第二容器(B21b)(B21)提供; 米)将产品(P1)到所述第一容器(B11)与所述划分的一个新的计量数量为两个半体积(B11A,B11B)再分配循环; n)的传送第一袋(1)到密封工位(S)和从这里到出口(113); O)继续与步骤(C-N)为第二次或后续袋周期。
    • 15. 发明公开
    • QUANTITATIVE PACKING SCALE FOR SPLIT LOADING OF PARTICLES AND QUANTITATIVE WEIGHING METHOD THEREFOR
    • 定量包装FÜRGETEILTE PARTIKELLADUNGEN数量单位ABWIEGEVERFAHRENDAFÜR
    • EP2796375A1
    • 2014-10-29
    • EP12866997.5
    • 2012-11-12
    • Shanghai Yamato Scale Co., Ltd
    • LIAO, YoujunGE, AoxingCUI, YingxinZONG, Bin
    • B65B1/30B65B37/18
    • G01G19/42B65B1/32B65B57/20B65B65/08G01G19/387G01G19/393
    • The present invention is related to a quantifying packaging balance for weighing according to the number of the goods, characterized in that the balance includes a storage funnel, unit particle weight obtaining unit and a quantifying packaging unit, wherein the unit particle weight obtaining unit comprises a sampling device (2), a feeding device (3), multiple line vibrator (4), a storage channel (7), a camera (5), a camera control device, a light source (6) and an input device, wherein the quantifying packaging unit is a one-head quantifying packaging balance or a multiple-head quantifying packaging balance, and comprises a dividing channel (9), a feeding device (10), quantifying funnels (8, 11) and a weight control device, wherein the unit particle weight obtaining unit and all the components of the quantifying packaging unit are coordinated by PLC. The balance according to the current invention can obtain the unit particle weight in time, amend the weight being packaged and thus improve the packaging accuracy.
    • 本发明涉及一种根据商品数量进行称量的量化包装秤,其特征在于,余量包括储存漏斗,单元粒子重量获取单元和定量包装单元,其中单元粒子重量获取单元包括 采样装置(2),馈送装置(3),多线振荡器(4),存储通道(7),照相机(5),相机控制装置,光源(6)和输入装置 量化包装单元是单头量化包装平衡或多头定量包装平衡,包括分隔通道(9),进料装置(10),定量漏斗(8,11)和重量控制装置, 其中所述单位粒子重量获取单元和所述量化包装单元的所有组分由PLC协调。 根据本发明的平衡可及时获得单位颗粒重量,修改包装重量,从而提高包装精度。