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    • 4. 发明申请
    • Carrier for sorting apparatus
    • 载体分拣装置
    • US20070114158A1
    • 2007-05-24
    • US10574221
    • 2004-10-07
    • Erik Van WijngaardenWouter Van den Berg
    • Erik Van WijngaardenWouter Van den Berg
    • B07C9/00
    • B65G47/962B07C5/36
    • The present invention relates to an apparatus for sorting products such as fruits, the apparatus comprising: an endless conveyor, for instance a chain; conveying units for conveying the products, all one behind the other in a conveying direction and situated in a substantially horizontal plane, each connected with the conveyor, and each for conveying a single product, wherein each conveying unit is formed by: at least two rolling elements with the axes perpendicular to the conveying direction, for instance diabolo-like rolling elements; a connecting element by which each rolling element is rotatably and vertically movably connected with the conveyor; and a carrier element arranged between the rolling elements, while at least in an inspection position each product is situated on two successive rolling elements, and in a weighing position each product is situated on the carrier element, and each carrier element is connected with moving means for moving the carrier element to and from the weighing position for laterally discharging the product onto an output apparatus, wherein the discharge guide means assume the discharge position when they are energized by energizing means, while discharge positions for lateral discharge on both sides of the conveyor can be assumed. More particularly, the discharge guide means comprise a leaf spring, which leaf spring assumes a rest position in the case of conveyance and weighing, and has a deflection only upon movement to and from the discharge position. Compact and widely deployable sorting machines are thus enabled in an advantageous manner.
    • 本发明涉及一种用于分选诸如水果的产品的设备,该设备包括:环形输送机,例如链条; 用于输送产品的输送单元,所有这些输送单元在输送方向上彼此接近并且位于基本上水平的平面中,每个与输送机连接,并且每个输送单元用于输送单个产品,其中每个输送单元通过以下方式形成:至少两个滚动 具有垂直于输送方向的轴线的元件,例如空泡状滚动元件; 每个滚动元件可旋转并垂直地可移动地连接到输送机上的连接元件; 以及布置在滚动元件之间的载体元件,而至少在检查位置,每个产品位于两个连续的滚动元件上,并且在称重位置中,每个产品位于载体元件上,并且每个载体元件与移动装置 用于将载体元件移动到称重位置并从该称重位置横向排出产品到输出设备上,其中当排出引导装置通过通电装置通电时,排出引导装置处于排出位置,而输送机两侧侧向排出的排放位置 可以假设 更具体地,排放引导装置包括板簧,在输送和称重的情况下,板簧呈现静止位置,并且仅在移动到排出位置时才具有偏转。 因此,能够以有利的方式实现紧凑且广泛部署的分拣机。
    • 5. 发明授权
    • Feeding apparatus for products such as fruits
    • 产品如水果的喂食设备
    • US07137501B2
    • 2006-11-21
    • US10998042
    • 2004-11-29
    • Erik Van WijngaardenWouter Van Den Berg
    • Erik Van WijngaardenWouter Van Den Berg
    • B65G17/32
    • B65G21/2054B65G47/30B65G2201/0211
    • An apparatus for transferring products, such as fruit, onto, and supplying the same to, a conveyor, preferably a roller conveyor. The apparatus is provided with two flat endless conveyor belts positioned obliquely relative to a vertical plane, continuous in the conveying direction, functioning as a V-channel. The endless conveyor belts first extend substantially parallel to the conveyor in the conveying direction, wherein from a well-defined location, the endless conveyor belts bear off the conveyor and continue at different angles relative to the conveying direction, with the conveyor belts diverging mutually. The apparatus accommodates a stream of food products, such as fruit, with greatly varying sizes, to be transferred gradually and in the proper sequential order onto the conveyor, thereby considerably reducing injuries to the food product during transfer.
    • 用于将诸如水果的产品转移到输送机,优选地辊式输送机上的设备。 该设备设置有两个平坦的环形输送带,其相对于竖直平面倾斜地定位,在输送方向上连续,用作V形通道。 环形输送带首先在输送方向上基本上平行于输送机延伸,其中,从明确定义的位置,环形输送带承载输送机并相对于输送方向以不同的角度继续,输送带相互分开。 该装置容纳大量变化尺寸的诸如水果的食品流逐渐地以适当的顺序顺序转移到输送机上,从而大大减少了在转移期间对食品的伤害。
    • 6. 发明申请
    • Apparatus for singulating products
    • 用于分割产品的设备
    • US20060185963A1
    • 2006-08-24
    • US11345631
    • 2006-02-02
    • Erik van WijngaardenWouter van den Berg
    • Erik van WijngaardenWouter van den Berg
    • B65G35/00
    • B65G47/683B65G2201/0211
    • The present invention provides an apparatus for singulating products supplied in bulk which are substantially round, such as for instance fruits or potatoes, comprising an endless feed conveyor belt on which the products are unloaded and are then supplied in a conveying direction T, and an endless singulator conveyor, which follows the said feed conveyor belt downstream, and which consists of two sections V1, V2, with endless belts forming, substantially, a V-channel, the sections being located in substantially two planes which, each at an angle to a horizontal plane, intersect along an intersecting line parallel to the conveying direction T, the products, during conveying, being singulated and positioned substantially one behind the other in the direction of said intersecting line, and the products, thereupon, being transferred, one by one, from the V-channel to a processing apparatus, wherein on the side of one of the two said sections V1, V2, at least one further endless belt B1, B2, . . . , B(n-1) is provided, each further belt being further to a side of said intersecting line and parallel to said one section, each further belt being in substantially the same plane as said one section, and each further belt running in the same direction T, Bn being provided further to a side than B(n-1) while the speed of said one section is greater than the speed of the said at least one further endless belt. In particular, the speed of belts situated further outwards is smaller, and the V-channels preferably have an angle curvature of 0° at the upstream end to, minimally, 5° at the downstream end. It has appeared that in this manner, large quantities of products can be singulated particularly well.
    • 本发明提供了一种用于分选大量圆形的产品(例如水果或马铃薯)的单体化设备,其包括环形进料输送带,产品在其上卸载并随后沿输送方向T供应,并且环形 分切机输送机,其沿着所述进料输送带下游,并且由两个部分V 1,V 2组成,其中环形带基本上形成V形通道,所述部分基本上位于两个平面中,每个平面各自以一定角度 水平面沿平行于输送方向T的交叉线交叉,产品在输送过程中,在所述相交线的方向上基本上一个接一个地基本上一个接一个地定位,并且产品被转移,一个 一个,从V沟道到处理装置,其中在两个所述部分V 1,V 2中的一个的一侧上,至少一个另外的环形带 t B 1,B 2, 。 。 ,提供B(n-1),每个另外的带还进一步到所述相交线的一侧并且平行于所述一个部分,每个另外的带处于与所述一个部分基本上相同的平面中,并且每个另外的带在 相同的方向T,Bn进一步设置在比B(n-1)的一侧,而所述一个部分的速度大于所述至少一个另外的环形带的速度。 特别地,进一步向外的带的速度较小,并且V形通道优选地在上游端具有0°的角度曲率,在下游端优选地具有5°的角度曲率。 看来,以这种方式,大量的产品可以特别好地被分割。
    • 7. 发明申请
    • Apparatus for weighing and conveying objects
    • 用于称重和传送物体的设备
    • US20070102265A1
    • 2007-05-10
    • US10567644
    • 2004-08-16
    • Wouter van den BergErik van Wijngaarden
    • Wouter van den BergErik van Wijngaarden
    • B65G13/02
    • B07C5/18B65G17/061B65G17/12
    • A diabolo roller conveyor provided with rotation axles with diabolo rollers mounted thereon, each diabolo roller being divided into two diabolo roller halves by an imaginary dividing plane in which the rotation axle too extends, a locking element being provided having a locked position and a releasing position, while each diabolo roller half is connected to the rotation axle via at least one weighing guide element such that in the releasing position this allows an independent movement of each diabolo roller half parallel to the imaginary plane and perpendicular to the rotation axle for the purpose of weighing an object located on the respective diabolo roller half and that in a locked position the two diabolo roller halves are intercoupled and rotatably drivable through rotation of the rotation axle. An apparatus provided with such a diabolo roller conveyor wherein the apparatus is provided with a weighing cell over which the diabolo rollers are guided.
    • 一种带有安装在其上的反射轴的旋转轴的反射辊式输送机,每个反射罗拉通过其中旋转轴也延伸的假想分割平面分成两个倒钩辊半部,锁定元件设置有锁定位置和释放位置 而每个反射镜一半通过至少一个称重引导元件连接到旋转轴,使得在释放位置,这允许每个反射镜一半平行于假想平面并垂直于旋转轴的独立运动,以便 对位于相应的反射镜半体上的物体进行称重,并且在锁定位置中,两个反射镜半体通过旋转轴的旋转相互耦合并可旋转地驱动。 一种装备有这样的暗黑辊式输送机的设备,其中该设备设置有称重单元,该反射辊被引导到该称重单元上。
    • 8. 发明申请
    • Feeding apparatus for products such as fruits
    • 产品如水果的喂食设备
    • US20050133344A1
    • 2005-06-23
    • US10998042
    • 2004-11-29
    • Erik Van WijngaardenWouter Van Den Berg
    • Erik Van WijngaardenWouter Van Den Berg
    • B65G47/52B65G21/20B65G47/30B65G17/00
    • B65G21/2054B65G47/30B65G2201/0211
    • The present invention relates to an apparatus for transferring products, such as fruit, onto, and supplying same to, a conveyor, for instance a roller conveyor, wherein the intermediate spaces between successive rollers, in particular hourglass-shaped rollers, form nests for a product, wherein, viewed in the conveying direction, preceding the conveyor the apparatus is provided with two flat endless conveyor belts positioned obliquely relative to a vertical plane, continuous in the conveying direction, functioning as V-channel, wherein from a well-defined location, the endless conveyor belts continue at different angles relative to the conveying direction, with the conveyor belts diverging mutually. What is advantageously accomplished with this apparatus is that also a stream of products, such as fruit, whose size can greatly vary among each other, are transferred gradually and in the proper sequential order onto, for instance, a roller conveyor. Moreover, with this apparatus, injuries to particularly fruit during transfer from the V-channel are considerably reduced.
    • 本发明涉及一种用于将诸如水果的产品转移到输送机上的装置,例如辊式输送机,其中连续的辊子,特别是沙漏形辊子之间的中间空间形成巢 产品,其中从输送方向看,在输送机之前,该设备设置有两个平坦的环形输送带,其相对于竖直平面倾斜定位,在输送方向上连续地起着V形通道的作用,其中从定义良好的位置 ,环形传送带相对于传送方向以不同的角度继续,传送带相互分开。 利用该设备有利地实现的是,也可以将尺寸可以彼此大大变化的产品流,例如水果逐渐地以适当的顺序转移到例如辊式输送机上。 此外,使用这种装置,从V形槽传送过程中特别是水果的损伤大大减少。
    • 9. 发明授权
    • Circuit arrangement for use in a television camera tube with an
anti-comet tail electron gun
    • 用于具有抗彗星尾电子枪的电视摄像机管中的电路布置
    • US3931466A
    • 1976-01-06
    • US449354
    • 1974-03-08
    • Wouter Van Den Berg
    • Wouter Van Den Berg
    • H04N5/228H04N5/34
    • H04N5/2286H04N5/228
    • An automatic control to the optimum lens adjustment in an ACT gun in a television camera tube. A variation in the cathode and control electrode potential during the line flyback requires an adaptation of the lens voltage for optimum target erasing action. In the circuit a measurement of the anode current in the gun is effected because for an optimum target erasing action during the line flyback it is found that this current must be at a minimum. A measurement is effected about an adjusting point. In case of unequal current the optimum value is not yet reached and an adjusting point displacement is effected towards the optimum value whereafter a subsequent measurement is effected.
    • 在电视摄像机管中的ACT枪的最佳镜头调整的自动控制。 在线反激期间阴极和控制电极电位的变化需要镜头电压的适应以实现最佳目标擦除动作。 在电路中,实现了枪中的阳极电流的测量,因为对于线回扫期间的最佳目标擦除动作,发现该电流必须是最小的。 对调整点进行测量。 在不等电流的情况下,最佳值尚未达到,并且对最佳值进行调整点位移,然后进行后续测量。
    • 10. 发明申请
    • Apparatus for conveying objects
    • 用于输送物体的装置
    • US20070158165A1
    • 2007-07-12
    • US10567643
    • 2004-08-16
    • Wouter van den BergMichiel BraskampErik van Wijngaarden
    • Wouter van den BergMichiel BraskampErik van Wijngaarden
    • B65G47/28
    • B65G47/90B65G17/32B65G17/323
    • Apparatus for conveying objects (1), for instance fruits, comprising—a first endless conveyor, with conveying elements (2) such as diabolos connected thereto, while a conveying position is defined between at least two conveying elements, one of which downstream and the other upstream, viewed in the direction of travel of the conveyor, and—a second endless conveyor, with product carriers connected thereto, comprising gripper hands (7), for transferring objects from between the conveying elements, the second conveyor being provided in the direct proximity of the first conveyor, wherein at least in the surfaces supporting the objects at the moment of transfer, the conveying elements comprise grooves (4) in a direction perpendicular to the conveyor, and said gripper hand has fingers (8), while the distance between the fingers corresponds to the distance between the grooves of the conveying elements such that upon transfer of the objects by said gripper hand the fingers are positioned at least partly under the objects in the groove ends (6) of the grooves.
    • 用于输送物体(1)的装置,例如水果,包括第一环形输送机,其中输送元件(2),例如连接到其上的输送元件(2),而输送位置被限定在至少两个输送元件之间,其中一个输送元件 在输送机的行进方向上观察的另一个上游,以及与其连接的产品承载件的第二环形输送机,包括用于从输送元件之间传送物体的夹爪(7),第二输送机设置在直接 接近第一传送器,其中至少在传送时刻支撑物体的表面中,传送元件在垂直于传送器的方向上包括凹槽(4),并且所述夹爪手具有手指(8),而距离 手指之间的距离对应于输送元件的凹槽之间的距离,使得当通过所述夹持器手转移物体时,手指是定位的 至少部分地位于凹槽的凹槽端部(6)的下方。