Abstract:
A storage rack system having a plurality of storage bays adapted to store pallet loads that are seven pallets deep is disclosed. One storage rack system disclosed includes six carts each adapted to support a single pallet load and being supported on track means for movement from a forward position to a back position. Another storage rack system disclosed includes a first cart for supporting a single pallet load, and two double carts each adapted to support two pallet loads, the carts being supported on track means for movement from a forward position to a back position.
Abstract:
A storage rack system having a plurality of storage bays adapted to store pallet loads that are seven pallets deep is disclosed. One storage rack system disclosed includes six carts each adapted to support a single pallet load and being supported on track means for movement from a forward position to a back position. Another storage rack system disclosed includes a first cart for supporting a single pallet load, and two double carts each adapted to support two pallet loads, the carts being supported on track means for movement from a forward position to a back position.
Abstract:
An apparatus for conveying and sorting produce, in particular fruit, provided with a mechanism to discharge the produce is described. The apparatus includes a pair of conveyor lines located on either side of an endless drive chain. Each conveyor line includes a plurality of rollers. The rollers are spaced apart such that one item of produce can be held between each pair of rollers. The discharge mechanism includes a plurality of ejectors wherein one ejector is located between two rollers, a plurality of pivot axes, and a plurality of linking members designed to connect together the plurality of pivot axes while allowing the axes to mutually move angularly and longitudinally. This apparatus is especially suited to sorting fruits according to their quality.
Abstract:
A system and method for loading particulate material into a dispenser. This system includes a dispenser for receiving and dispensing particulate material, and a deflection assembly to deflect particulate material fed into the dispenser. The deflection assembly is located adjacent an inlet of the dispenser, and includes a deflection cone and a plurality of outside fins or ribs. In use, a supply of a particulate material is directed onto the deflection cone, and this cone and the ribs connected thereto then direct that material outward and around the interior of the dispenser.
Abstract:
The foodstuff-displaying refrigerator unit comprises a box-like container, having an enclosure upwardly opening through a top mouth. A door aperture is defined about a side wall of the container. A vegetable-supporting platform is freely mounted into the enclosure for vertical movement therethrough. A pallet is supported by a first conveyor, itself resting on the container flooring. Inflatable balloons are provided between the pallet and the platform, for power lifting the platform. An air compressor feeds air into the balloons, and furthermore cools the air within the container enclosure beneath the platform. The top layer of foodstuff supported by the platform can thus be adjusted by the inflatable balloons, to remain substantially about the plane of the top mouth of refrigerator enclosure, to facilitate inspection of and access to the foodstuff independently of the level of progressive attrition of foodstuff from successive foodstuff withdrawal by customers.
Abstract:
A cup for conveying fruit, or other discrete bruisable articles to be sorted, is connected to a transporting chain. The cup has a first body of a first plastic, such as Delrin or UHMW, which has dimensional stability, which is connected to the transporting chain. The cup also has a second body of a second plastic which is of a less expensive/quality material, such as a softer material having the cost characteristics of EVA. The second body is irremovably connected to the first body and extends from it in a dimension opposite to the connection of the first body to the transporting chain, and the second body has a generally conical depression with the front and rear edges longer than the side edges and a varying angle of inclination, that prevents a discrete bruisable element from inadvertently moving out of the body. A trip tab may extend downwardly from the first body.
Abstract:
A method and apparatus for transferring discrete articles such as eggs or fruit from a conveyor having at least one row of article holders to a receiver having a resilient upwardly facing portion which then carries the articles generally horizontally to a receiving station. The upwardly facing portion has a resilient structure including for example brush bristles or an air bellows.
Abstract:
A conveyor discharge apparatus, and a related method of operation, that can lift and thereby eject any article carried by a conveyor of the apparatus through substantially relying on the motor that advances the conveyor of the apparatus. The apparatus includes an ejection mechanism having a plurality of ejection fingers that are each associated with a separate one of the pockets of the conveyor and are selectively movable between rest and ejection positions so as to lift and eject articles carried by the pocket in which the particular finger is located. The ejection mechanism is further configured such that the power required to lift and eject any article from the pockets is provided substantially by the motor that advances the conveyor. In operation, the conveyor is advanced via the motor and the fingers are selectively moved substantially via the power of the motor from their respective rest positions to their respective ejection positions.
Abstract:
A method and apparatus for aseptically filling containers with product, such as the bags (B) of bag-in-box containers, wherein the aseptic filling chamber (9 or 40) with a filling head or nozzle (5 or 43) therein is provided with fluid inlet and outlet lines (2,4,6,8,19,21,39 or 57,59,63) to create desired positive or negative atmospheric conditions within the chamber, so that a positive pressure can be maintained within the chamber when change over, at an aperture in the chamber, of a bag to be filled occurs, and so that after filling, a negative pressure (through line 15 or 63) can be generated to evacuate the chamber and hence remove any headspace gas from the top of the filled container prior to it being capped.
Abstract:
A pallet (4) bearing a load of objects (5) disposed in horizontal layers formed of parallel rows aligned in a certain direction (Y) is raised step by step on a frame (1) by a lift (2, 3). A transfer arrangement (7) provided with claws (31) is mounted on a carriage (8). A control causes the claws to engage under each of the objects of a row so that this row is secured to the transfer arrangement, after which the row is placed on a conveyor (10) which then transfers it to another conveyor (11). This latter conveyor moves in the aforementioned direction and brings each object to the entry station (14) of a machine (15).