Abstract:
A conveyor belt including a plurality of link elements, and a pivot rod with a button head at one end. The button head is sized to pass through an outer opening and be received in a first edge extension when in a particular orientation. The pivot rod is retained with the button head received in the first edge extension by rotating the button head so that the button head is misaligned with respect to the first dimension of the outer opening. A method for assembling a conveyor belt is also provided.
Abstract:
Commercial production transport systems, mechanisms, and guides for food processing are configured so as to automate food handling and/or transport. The systems employ fingers that can be inserted to gap spaces in a carrier surface so as to dislodge, guide and/or route food to travel over predetermined travel lanes. Associated methods can angularly translate food being transported in an automated food processing system in a longitudinally offset direction.
Abstract:
A modular plastic conveyor belt constructed of flexible belt modules molded out of a material such as a flexible elastomeric compound that enables the belt to wrap closely around drive sprockets. Drive elements in the bottom of the belt are uniformly spaced in the direction of belt travel. The distance between consecutive drive elements is the drive pitch, which is less than the pitch, roughly the length, of each module. A belt constructed of these modules has fewer joints between modules than a typical modular conveyor belt of the same length.
Abstract:
This apparatus automatically lines up and forwards in a single line lengthwise objects supplied at random and in many lines and yet automatically returns objects overflowed from a line-up line to upstream. This apparatus includes: a cantilever type main conveying conveyor (A1) constructed from a conveying roller of a obliquely arrangement drivingly rotated by transmission system of non-contact, a return conveying conveyor (A2) formed of drivingly rotating in a direction opposite to the conveying direction of the main conveying conveyor, and a delivery conveying conveyor (A3) for transferring objects conveyed by the return conveying conveyor to upstream. The return conveying conveyor (A2) has been arranged with an open end side of the conveying roller placed close to a side portion on the open end side of the conveying roller on the downstream side along the conveying direction in the main conveying conveyor (A1).
Abstract:
In circulating type food and drink transport apparatus (EQU), a plurality of plates (5A) is located on a circular link chain (4) including a chain driving section (DV) and a chain driven section (FR) with a predetermined clearance. The circular link chain is guided and carried by a traveling lane (1). The lower portion of the traveling lane is closed using a substantially U-shaped receiver (9). The chain driving section and the chain driven section are movable in accordance with a manual operation. The link chain is loosened, and thereby, the traveling lane (1) is securely cleaned.
Abstract:
An improved conveyor chain formed from a plurality of modular links arranged in rows and each associated with at least two elongated transverse connectors is disclosed. In one embodiment, the connectors define a substantially open, planar conveying surface intermediate of the links in each row. Each link in a first row includes apertures for receiving a first of the connectors extending through a slot in the links of an adjacent row, as well as a receiver having a closed end and an open end for receiving one end of a second one of the connectors. The chain with the connectors associated with each row is thus capable of side-flexing to negotiate curves or bends, as well as longitudinal compression/expansion, while at all times providing full and even article support.
Abstract:
A method and apparatus is provided for determining an attribute of an article during the transfer of the article by an article-feeding machine during the transfer of the article from one location to another location.
Abstract:
A device for gripping, holding, and releasing objects of varying sizes and shapes, which comprises an elongated torus (30) enclosing a fluid material (31), an external control rod (40), and an internal control rod (38). Torus (30) may be made of a flexible membrane and able to seal in fluid material (31). Fluid material (31) can be a gas, liquid, solid particles, semisolid particles, or mixtures of these. Central channel (34) of torus (30) is collapsed due to pressure of fluid material (31) within torus (30). Both control rods are securely attached to torus (30), with rod (38) attached to the interior portion of the torus along collapsed central channel (34), and rod (40) attached to the exterior portion of the torus on outer surface (32). Gripping action is achieved by differential linear motion of control rods (38) and (40) along the longitudinal (elongated) axis of torus (30). This causes front portion (36) of the torus to slide radially inward or outward to grip objects. Further movement of the control rods can cause the object to be pulled completely inside the collapsed channel for secure gripping by completely surrounding the object. The soft flexible nature of torus (30) allows grasping even the most delicate objects without damaging them. Even over-ripe strawberries can be rapidly grasped without bruising.
Abstract:
Apparatuses and methods of picking up items from a first location and selectively releasing those items at one of multiple desired second locations are provided in which an item is either pierced, clamped, or stuck to a gripper without using vacuum pressure to maintain the grasp between the item and the pickup device. In several embodiments the items are grasped by piercing probes such as an expandable needle, a barbed needle or a screw. In other embodiments the items are clamped by tweezers or a gear and fingers combination. In a final embodiment, an item is grasped by being frozen to a temperature controllable surface.
Abstract:
A packing method and system are disclosed which system includes a first platform having a product support surface for supporting a product and a second platform for supporting a box into which the product is to be packed. After a box is received on and secured to the second platform, the second platform is rotated so that the open top of the box faces the first platform and moved toward the first platform until the box substantially surrounds the product on the product support surface. The first and second platforms are then rotated simultaneously so that the product is transferred from the product support to the box, and the full box is discharged to a discharge conveyor.