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    • 5. 发明申请
    • A COMBINATION WEIGHER
    • WO2018130645A1
    • 2018-07-19
    • PCT/EP2018/050742
    • 2018-01-12
    • MAREL A/S
    • BROAGER, AnneTJØRNELUND, MichaelKAASTRUP, Ole
    • G01G19/393G01G13/20
    • This invention relates to a combination weigher, including a dispersion unit adapted to radially disperse food products dropped in from above and onto the dispersion unit, a plurality of V-shaped like guide structures extending radially away from a center of the dispersion unit and arranged such that a narrower end of the V-shaped like guide structures face a center point of the dispersion unit, and where the V-shaped like guide structures are designed such that for every second V-shaped like guide structure the distance R1 from the narrower end of the V-shaped like guide structure to the center point of the dispersion unit is smaller than the distance R2 from the narrower end of the remaining V-shaped like guide structures to the center of the dispersion unit, and where the sides of adjacent V-shaped like guide structures define side walls of trenches, where the trenches comprise circular sector shape bottom portions, where the trenches comprise receiving ends where the radially disperse food products are received from the dispersion unit and outfeed ends where the food products are released from the trenches, a plurality of hoppers associated to each of the trenches arranged below the outfeed ends of the trenches, a control unit, and screw feeders arranged in each of the trenches operated by the control unit, where the operation includes operate a rotational movement of the screw feeders and thus the conveying of the food products from the receiving ends of the trenches towards the outfeed ends of the trenches where they are released into the plurality of hoppers, wherein the space between adjacent V-shaped like guide structures at a distance R1 defines a buffer zone for radially dispersed food products from the dispersion unit, and where the screw feeders in the adjacent trenches thereof have opposite orientation and rotate in opposite directions such that upper part of the screw feeders are rotating away from each other.
    • 6. 发明申请
    • A PALLETIZING SYSTEM AND A METHOD OF OPERATING SUCH A PALLETIZING SYSTEM
    • 一种分离系统及其操作方法
    • WO2016128394A1
    • 2016-08-18
    • PCT/EP2016/052717
    • 2016-02-09
    • MAREL A/S
    • MIKKELSEN, Tommy Noerskov
    • B65G1/137G06Q10/08
    • B65G1/1378B65G1/1371G06Q10/087
    • A palletizing system (200), comprising: a pallet storage (220) for accommodating a plurality of pallets (213, 214) at fixed positions, at least one robotic system (210-212) in the proximity of the fixed positions, conveying means (205, 206, 230) for conveying a flow a containers, each container containing a plurality of food items. The control system (231) is configured to: determine the order line associated with each container, determine the type of each container and the associated flow rate of that type of container, determine one single of the pallet positions to which each of the containers is to be allocated. A selection of the pallet position for each container among the plurality of pallet positions is made on the basis of the order line identifier of the container and the associated flow rate, and the at least one robotic system is instructed to arrange each container at the determined pallet position
    • 一种码垛系统(200),包括:用于在固定位置容纳多个托盘(213,214)的托盘存储器(220),在固定位置附近的至少一个机器人系统(210-212),输送装置 (205,206,230),用于输送容器的流量,每个容器包含多个食品。 控制系统(231)被配置为:确定与每个容器相关联的订单行,确定每个容器的类型以及该类型的容器的相关流量,确定每个容器的单个托盘位置 被分配。 基于容器的顺序行标识符和相关联的流量,对多个托盘位置中的每个容器的托盘位置进行选择,并且指示至少一个机器人系统将每个容器布置在确定的 托盘位置
    • 8. 发明申请
    • A FOOD PROCESSING SYSTEM FOR PROCESSING AND BATCHING FOOD ITEMS
    • 一种用于加工和包装食品的食品加工系统
    • WO2016113428A1
    • 2016-07-21
    • PCT/EP2016/050914
    • 2016-01-18
    • MAREL A/S
    • SKRÆDDERDAL, HenningKRISTIANSEN, Henrik
    • G01G19/30G01G19/24
    • G01G13/003B26D5/007B26D7/0625B26D7/30B26D2210/02G01B15/04G01G9/005G01G19/24G01N23/00G01N2223/618G01N2223/633G01N2223/643
    • This invention relates to a food processing system (100, 200)and a method for processing and batching food items (107)conveyed by a conveyor means (109)where the batches (302, 303)fulfil at least one target criteria including at least one weight target, including a first weight determining means (101, 201)for determining the weight of incoming food items (107), a batching system (103, 203), a food item separation device (102, 202) positioned downstream in relation to the first weight determining means (101, 201)and upstream in relation to the batching system (103, 203), a control system (104, 204)for controlling the batching system (103, 203)and the food item separation device (102, 202), the controlling including, repeatedly: monitoring the weight of the incoming food items (107), determining, based on the weight of the incoming food items (107), a prospect indicator indicating the prospect to meet the target criteria for the batches (302, 303)such that each batch fulfils the at least one target criteria, comparing if the prospect indicator fulfils a predefined criteria, where in case the prospect indicator does not fulfils the pre-defined criteria, instructing the food item separation device (102, 202)to separate at least some of the incoming food items (107)such that the weight of the food items (107)coming to the batching system (103, 203), after passing the food item separation device (102, 202), have a prospect indicator fulfilling the pre-defined criteria so that the weight of the food items (107) coming to the batching system (103, 203)becomes useful for completing batching the food items (107) according to the target criteria.
    • 本发明涉及一种食品加工系统(100,200)和一种用于处理和配料由传送装置(109)输送的食品(107)的方法,其中批次(302,303)满足至少一个目标标准,至少包括 一个重量目标,包括用于确定进入的食品(107)的重量的第一重量确定装置(101,201),一个配料系统(103,203),一个位于下游关系的食品分离装置(102,202) 相对于所述配料系统(103,203)到所述第一重量确定装置(101,201)和上游的控制系统(104,204),用于控制所述配料系统(103,203)和所述食品分离装置 控制包括:重复地:监测进入的食品(107)的重量,基于进入的食品(107)的重量确定一个前景指标,其指示预期达到目标标准的目标 批次(302,303),使得每个批次满足至少 一个目标标准,比较前景指标是否达到预定标准,如果前景指标不符合预定标准,则指示食物分离装置(102,202)将至少一些进入的食品 (107)使得在通过食物分离装置(102,202)之后进入配料系统(103,203)的食品(107)的重量具有满足预定义标准的前景指示器,使得 进入配料系统(103,203)的食品(107)的重量变得有助于根据目标标准对食品(107)进行配料。
    • 9. 发明申请
    • A TRAY FEEDING SYSTEM AND A METHOD OF OPERATING SUCH A TRAY FEEDING SYSTEM
    • 托盘进料系统和操作这种托盘进料系统的方法
    • WO2016000725A1
    • 2016-01-07
    • PCT/DK2015/050204
    • 2015-07-03
    • MAREL A/S
    • PEDERSEN, Bjørn HeideMADSEN, Carl-JørnHUNDTOFTE, NielsJENSEN, Lars Riis
    • B65G17/24B65G47/26B65G47/31
    • B65G17/24B65G15/00B65G17/30B65G37/00B65G39/20B65G43/08B65G47/261B65G47/268B65G47/30B65G47/31
    • This invention relates to a tray feeding system (200). A first conveyor (202) is adapted to be used as a buffer conveyor for trays (209), where the first conveyor includes a first conveyor belt (210) including a plurality of spaced apart rollers acting as free running rollers (207) having rotation axis being substantially perpendicular to the conveying direction of the first conveyor. The plurality of spaced apart rollers are arranged such that the rollers partly extend upward from the carrying surface of the first conveyor belt such that the trays resting on the first conveyor at least partly rest on the rollers. A second conveyor (293) has a receiving end (211) placed adjacent to an outputting end of the first conveyor and is adapted to be used as a tray conveyor where items are placed into the trays by a tray filling means (204; 205). The tray feeding system further includes a roller interacting means (212) positioned below and adjacent to the carrying surface of the first conveyor belt at an outputting end area (206) of the first conveyor, the roller interacting means being adapted to engage with the rollers upon arriving at the outputting end area when the first conveyor belts is moving forward causing a rotational movement of the rollers positioned within the outputting end area and thus an acceleration of the tray or trays resting on the first conveyor within the outputting end area of the first conveyor towards the receiving end of the second conveyor.
    • 本发明涉及一种托盘供给系统(200)。 第一输送机(202)适于用作托盘(209)的缓冲输送机,其中第一输送机包括第一输送带(210),第一输送带包括多个间隔开的辊,其作为具有旋转的自由运行辊 轴基本上垂直于第一输送机的输送方向。 多个间隔开的辊布置成使得辊部分地从第一传送带的承载表面向上延伸,使得搁置在第一传送器上的托盘至少部分地搁置在辊上。 第二传送器(293)具有邻近第一传送器的输出端设置的接收端(211),并且适于用作托盘输送器,其中物品通过托盘填充装置(204; 205)放入托盘中, 。 托盘进给系统还包括在第一输送机的输出端区域(206)处定位在第一输送带的承载表面下方并与其相邻的滚子相互作用装置(212),滚子相互作用装置适于与滚子 当第一传送带向前移动时到达输出端区域,导致定位在输出端区域内的辊的旋转运动,从而在第一传送带的输出端区域内的托盘或托盘的加速度位于第一输送机上 输送机朝向第二输送机的接收端。
    • 10. 发明申请
    • A FEEDER SYSTEM FOR CONVEYING AND DISCHARGING AT LEAST ONE FOOD PRODUCT INTO A RECEPTABLE
    • 将至少一种食物产品输入和排放到可接受的进料器系统
    • WO2014067532A1
    • 2014-05-08
    • PCT/DK2013/050355
    • 2013-11-04
    • MAREL A/S
    • HANSEN, GertBROAGER, Anne
    • B65B25/06B65B35/08B65B57/14B65B57/20B65B5/10
    • B65B57/14B65B25/064B65B35/08B65B57/20G01G13/24
    • This invention relates to a multihead weighing system having a multiple of feeder systems for conveying and discharging at least one food product into a receptacle. The feeder system includes an inlet-end for receiving food products, an outlet-end for discharging the food products into the receptacle positioned below the outlet end,a feeder unit operated by a feeder-control unit for conveying the food products from the inlet-end towards outlet-end, and a determination unit that is positioned such that the light beam emitted by the optical device crosses a fall path of the at least one food product when discharged from the outlet-end. The optical device is operable connected to the determination unit that determines when a food object falls from the outlet-end towards said receptacle and based thereon the monitoring unit determines whether the receptacle is empty or not.
    • 本发明涉及一种多头称重系统,其具有多个用于将至少一种食品输送和排放到容器中的供料器系统。 馈送系统包括用于接收食物的入口端,用于将食品排放到位于出口端下方的插座中的出口端,由馈送器控制单元操作的馈送单元,用于从入口端输送食品, 端部朝向出口端,以及确定单元,其被定位成使得当由所述出口端排出时,由所述光学装置发射的光束与所述至少一种食品的落下路径相交。 光学装置可操作地连接到确定单元,该确定单元确定食品物体何时何时从出口端朝向所述容器落下,并且基于此,监视单元确定容器是否为空。