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    • 1. 发明公开
    • Gauge for sorting fruit with a divergent bi-cone feeder
    • 仪表与发散双锥馈线分拣水果
    • EP1923147A1
    • 2008-05-21
    • EP06380296.1
    • 2006-11-14
    • FOOD MACHINERY ESPANOLA S.A.
    • Sanchez de Leon Rodriguez Roda, Juan Antonio
    • B07C5/36B07C5/18B65G47/52B65G47/38B07B13/00
    • B07B13/003B07C5/18B07C5/36B65G37/005B65G47/38B65G2201/0211
    • Gauge for sorting fruit with divergent bi-cone feeder , composed of fruit feeding systems based on belts that align and separate the fruit for subsequent individualized treatment and which are transported by-cone, rollers, and where at a point on their path a camera-based vision system has been provided in order to dynamically display the shape, appearance and color, which is characterized by the fact that the fruit, once it si individualized, is transported by two parallel, very close lines of divided, facing bi-cones (4) and housed between two pairs of bi-cones (4) of each transport line, so that at a certain moment and in synchronization with the receptacles (10), which run under these transport lines, they laterally separate in the opposite direction, at which time the fruit is individually deposited in each of the receptacles (10).
    • 计分选水果不同双锥给料机的基础上,皮带没有对齐和后续个体化治疗和分离果果料系统组成由锥体,滚轮,并在他们的路径中的照相机 - 上的点运 基于视觉系统是为了动态地显示由所述factthat特点的果实,一旦对个体化的形状,外观和颜色,所有,是由两个平行的,分割非常接近线运提供了,面向双锥体( 4)并容纳2对每个传输线的双向锥体(4)的之间,如在某个时刻和与所述容座(10),所述下合成运输线路运行同步这么做,他们晚反弹在相反的方向分开, 在WhichTime果在每个容座(10)的单独成膜。
    • 3. 发明公开
    • Conveyor system for sorting according to weight and optical properties
    • Fördersystemzur Sortierung nach Gewicht und optischen Eigenschaften
    • EP1083008A1
    • 2001-03-14
    • EP99500159.1
    • 1999-09-08
    • FOOD MACHINERY ESPANOLA S.A.
    • Sanchez de Leon Rodriguez Roda, Juan Antonio
    • B07C5/342B07C5/18
    • B65G47/962B07C5/18B07C5/3422B07C5/36
    • The purpose of the invention is a fruit and vegetable conveyor for classification by weight and electro-optical parameters, of the monorail type, with the fruit-carrying elements coupled to a transporting chain formed by turning biconic rollers.
      Each carrier is composed of two bicones (1) joined by a frame (2), and the set is embedded in a transporting chain (3) by means of an anchoring part (4) with two projections (5) which is able to be vertically displaced.
      As the frame (2) slides along the guides, these transmit the weight to charge cells the signal of which is electronically analyzed to discount the tare and obtain the weight of each piece of fruit.
      The bicones (1) turn due to friction of their polished ends against a motor belt, and the speed and turning direction of the bicones (1) depend on the relation between the lineal speeds of the motor belt and the transporting chain (3).
    • 本发明的目的是一种水果和蔬菜输送机,用于按单重轨道类型的重量分类和电光参数,其中果实携带元件连接到通过转动双锥辊形成的输送链。 每个载体由通过框架(2)连接的两个双锥体(1)组成,并且该组件通过具有两个突出部(5)的锚固部件(4)嵌入传送链条(3)中,该两个突出部分能够 垂直移位。 当框架(2)沿着引导件滑动时,这些传递重物以对电子信号进行电荷分析,以折射皮重并获得每片水果的重量。 双凸点(1)由于其抛光端与摩擦带的摩擦而转动,双锥体(1)的速度和转动方向取决于电动机皮带和输送链(3)的线速之间的关系。
    • 5. 发明公开
    • Upper citrus rind cutter for reduction of the essential oil in the juice during squeezing
    • 对于上柠檬皮切割设备,来降低精油在果汁挤出过程中
    • EP2113175A1
    • 2009-11-04
    • EP08380124.1
    • 2008-04-28
    • FOOD MACHINERY ESPANOLA S.A.
    • Sanchez de Leon Rodriguez Roda, Juan Antonio
    • A23N1/00A47J19/02B08B3/02
    • A23N1/003A47J19/02
    • "Upper citrus rind cutter for reduction of the essential oil in the juice during squeezing", in which an axial opening has been made all along its length that connects to radial openings located at the bottom of the cutter and that coincide with the cutting zone, such that pressurized water enters through this axial opening and is expelled through the radial openings, cleaning the cutting zone and with the water being expelled together with the citrus fruit impurities through the lateral outlet tubes. Moreover, to change the cutter, it is not necessary to take apart the cups that hold the citrus fruit, since the cutter is secured to the cup holder by a lateral screw, fastener, pin or similar means thanks to an opening made in the cup holder that coincides with a peripheral groove which the cutter has at the top for this purpose, thus avoiding the need to disassemble the cup holder to replace the cutter
    • 其中在轴向开口已被全部沿其长度由“用于挤压期间减少果汁中精油的上部柑橘皮切割器”并连接到径向位于切割器的底部开口,并且也与切割区域重合, 搜索没有加压水进入通过该轴向开口,并通过径向开口排出,清洁所述切割区域,并与水正在通过侧向出口管中的柑橘类水果中的杂质排出在一起。 更过来,以改变切刀,它不必拆开杯并保持所述柑橘类水果中,由于切割器被固定到所述杯架由横向螺钉,紧固件,销或类似装置,以在所述杯制成开口 持有人确实恰逢切割器在顶部用于此目的的周边凹槽,从而避免了需要拆卸杯架更换切刀
    • 9. 发明公开
    • Quincunxanordnung的Gerätzur automatischen und wechselweisenFruchtzuführzu einemZellempfänger
    • EP1298060A1
    • 2003-04-02
    • EP01500240.5
    • 2001-09-28
    • FOOD MACHINERY ESPANOLA S.A.
    • Sanchez de Leon Rodriguez Roda, Juan Antonio
    • B65B25/04B65G47/08
    • B65G47/084B65B25/04
    • The purpose of this Patent is an "Automatic alternating fruit feeder to a cell receiver in quincunxes" , the use of which is explained in the title of the invention.
      Its structure consists of: Supply lines, formed by two V-shaped belts (1)-(1') that go in the same direction at different speeds; Photoelectric cells (2) on the first transversal alignment of cells and others (3) on the fruit outlet of the feeder; Pneumatic cylinders that separate or group the outlet ends of the supply lines, turning on their inlet ends: Detection means (6) of the arrangement of the cells to suitably position the supply lines; Means (7) to check loading on the inlet ends of the feed lines, that operate as a transporter (8) to regulate and give continuity to the general supply.
    • 该专利的目的是“本发明的标题中说明了使用”在五氯丙烷中的电池接收器的自动交替供水器“。 其结构包括:供给线,由两个以不同速度相同方向移动的V形带(1) - (1')形成; 光电池(2)在细胞等的第一次横向对准(3)在进料器的水果出口上; 气动缸,分离或组合供应管路的出口端,转动其入口端:检测单元布置的装置(6),以适当地定位供应管线; 用于检查进料管入口端的装载(7),其作为运输器(8)运行,以调节并使其与一般供应连续。