Abstract:
The invention relates to a transport device (1) for workpieces (2) which have a longitudinal axis (L), in particular for pipes or for round stock, by way of which transport device (1) the workpieces (2) can be conveyed from a first location (3) to a second location (4) in a conveying direction (F) transversely with respect to their longitudinal axis (L), wherein the transport device (1) has: at least two stationary storage carriers (5, 6) which are arranged spaced apart in the conveying direction (F) for the intermediate storage of the workpieces (2) to be conveyed, at least one first conveying rack (7) with a number of storage surfaces (8) which are spaced apart in a conveying direction (F) for the workpieces (2), at least two drive shafts (9, 10) which are arranged parallel to one another and are driven synchronously, and at least two first rocker arms (11, 12), wherein each first rocker arm (11, 12) is connected fixedly to a drive shaft (9, 10) so as to rotate with it and in an articulated manner to the first conveying rack (7). In order to achieve a shortened transport time and therefore higher productivity of the system, the proposed transport device is characterized by at least one second conveying rack (13) having at least one storage surface (14) for the workpieces (2), wherein the second conveying rack (13) is connected via two second rocker arms (15, 16) to the drive shafts (9, 10), wherein each second rocker arm (15, 16) is connected fixedly to a drive shaft (9, 10) so as to rotate with it and in an articulated manner to the second conveying rack (13), and wherein the second rocker arms (15, 16) are arranged on the respective drive shaft (9, 10) with an offset angle (a) in the circumferential direction relative to the first rocker arms (11, 12).
Abstract:
The invention relates to a transport device (1) for workpieces (2) which have a longitudinal axis (L), in particular for pipes or for round stock, by way of which transport device (1) the workpieces (2) can be conveyed from a first location (3) to a second location (4) in a conveying direction (F) transversely with respect to their longitudinal axis (L), wherein the transport device (1) has: at least two stationary storage carriers (5, 6) which are arranged spaced apart in the conveying direction (F) for the intermediate storage of the workpieces (2) to be conveyed, at least one first conveying rack (7) with a number of storage surfaces (8) which are spaced apart in a conveying direction (F) for the workpieces (2), at least two drive shafts (9, 10) which are arranged parallel to one another and are driven synchronously, and at least two first rocker arms (11, 12), wherein each first rocker arm (11, 12) is connected fixedly to a drive shaft (9, 10) so as to rotate with it and in an articulated manner to the first conveying rack (7). In order to achieve a shortened transport time and therefore higher productivity of the system, the proposed transport device is characterized by at least one second conveying rack (13) having at least one storage surface (14) for the workpieces (2), wherein the second conveying rack (13) is connected via two second rocker arms (15, 16) to the drive shafts (9, 10), wherein each second rocker arm (15, 16) is connected fixedly to a drive shaft (9, 10) so as to rotate with it and in an articulated manner to the second conveying rack (13), and wherein the second rocker arms (15, 16) are arranged on the respective drive shaft (9, 10) with an offset angle (a) in the circumferential direction relative to the first rocker arms (11, 12).
Abstract:
A rack feeds sticks of pipe to a machine for serial fusion to the trailing end of a pipeline. Multiple independent spaced apart feeders support transverse bundles of sticks of pipe on beams. Legs which support the beams above the ground have jacks to vary the height and slope of the beams. The slope is set so that sticks tend to roll toward the lower front end of the beam where roller assemblies receive the sticks of pipe as they are manually rolled, one at a time, off the beams. All of the rack components are modular and interchangeably connectable so that the feeder can be quickly adapted for a variety of conditions and applications.
Abstract:
A process and an apparatus for stocking semifinished products for manufacturing tires for vehicle wheels, wherein a semifinished product is supplied on a roller conveyor along a supplying direction. Between the rollers of the conveyor at an unloading station, there are arranged arms of a lift. When the semifinished product reaches the unloading station, the arms are rotated around an axis parallel to the supplying direction in such a way as to lift the arms and slide the semifinished product by gravity on the arms along an unloading direction that is perpendicular to the supplying direction and to first ends of these arms. The semifinished product drops through gravity from the first ends onto a resting plane of a supporting bench positioned below the first ends and spaced apart therefrom.
Abstract:
A system and method for receiving, handling and storing used rolls following unwinding of sheet material therefrom includes:(a) transferring the cores to a remnant cleaning station,(b) inspecting for (i) remnant material, (ii) repairable damage or (iii) irreparable damage; and(c) for those cores cleaned, repaired, or satisfactory as is, transferring them to a storage rack for the specific size and length.
Abstract:
A lumber transfer system and a method for individually transferring lumbers from a feeding conveyor to an outfeed conveyor. Detectors are used for monitoring a lumber presence along a corridor on a longitudinal conveying surface. Motorized blocking fingers located about the corridor and transversally spaced along the conveying surface are provided and are configured for moving between blocking and unblocking positions. A controller is also provided, the controller having at least one input for receiving detecting signals from the detectors respectively, the detecting signals of the detectors being respectively associated to the motorized blocking fingers. The controller also has at least one output for sending independent control signals to the motorized blocking fingers respectively, in response to the detecting signals, for moving the respective blocking fingers for which a lumber presence is detected from a blocking to an unblocking position, and otherwise keeping the respective motorized blocking fingers in their blocking position.
Abstract:
A transfer arrangement (10) for gripping articles (at 60) comprises a central wheel body with a multiplicity of arms (20), which can be pivoted about a first axis (23) in each case, articulated along its periphery. The arms (20) have a gripper (60) for receiving in each case one or more articles (15). Each gripper (60) can be rotated about a second axis (33) for predetermined positioning of the articles, while the connecting body (30) can be rotated about the first axis (23). The rotary movement of the gripper (60), then, can be transferred to the gripper (60), rotating about the second axis (33), via a shaft (28) arranged along the first axis (23), with the aid of a transfer element (25, 26, 27). Finally, a third axis (43) is arranged on the connecting body (30), between the first and second axes (23, 33). This allows rotation of the connecting body (30) to be transferred in a controlled manner to the connecting body (30), at the location of the first axis (33), via a shaft (49) arranged along the third axis (43), with the aid of a transfer element (45, 46, 47). This means that articles (15) can be tracked.
Abstract:
An indexing conveyor 1 travels at (90) degrees to a wrapping output conveyor (2), which conveys elongate packs (3) of circular biscuits at high speed with their diameter-ends leading. The indexing conveyor 1 receives the packs (3) and conveys them in an orthogonal direction, with their long-dimensions leading. The indexing conveyor (1) has a regular series of V-section lugs (11), which receive and center the packs (3) and can accommodate a range of diameters of circular packs (3) while maintaining a constant pitch. A pair of lifting bars (12) lifts a group (31) of packs (3) at a time during the dwell period of the index of the (10) conveyor (1). The packs (3) of each group (31) are moved together during the lift so that they are touching, to ensure that a robotic pick-and-place system can pick up the group (31) reliably.
Abstract:
A high-speed stacker preferably includes dual stacking arms configured to operate complementary to one another. Most preferably, an electronic control system is provided to enable precise control over the speed and positioning of the stacker arms in both horizontal and vertical orientations. Linear motion devices (such as hydraulic cylinders, screw drive linear actuators, or other devices) can be used to position the arms horizontally and vertically in response to instructions from the electronic control system. In operation, the electronic control system preferably controls the speed and ramping of the stacker arms to repeatedly move courses of material from a feed system to a stacking area at a rapid rate with little maintenance. The high-speed stacker can also be configured to operate fewer than all of the stacker arms to facilitate faster stacking of smaller courses of material.
Abstract:
A system for bundling long ferrous products comprises a roller table for delivering the products longitudinally to a receiving station. A cradle is spaced laterally from the receiving station and is constructed and arranged to receive and accumulate the products in bundle form. A stacker is positioned between the receiving station and the cradle, and a pre-stacker is positioned between the stacker and the receiving station. A transport system laterally advances products from the receiving station to the pre-stacker, and the pre-stacker operates in concert with the transport system to pre-stack multiple layers of the products into sub-bundles and to transfer the sub-bundles to the stacker, which then operates to deposit the sub-bundles in the cradle.