Transloading apparatus for transcontainers

• US 5,727,702 A
• Filed: 04/21/1995
• Issued: 03/17/1998
• Est. Priority Date: 09/01/1993
• Status: Expired due to Fees

• Current Assignee: Krupp Fördertechnik GmbH
• Original Assignee: Krupp Fördertechnik GmbH
• Inventors: Kullmann, Friedemann, Baumann, Andreas, Mende, Burkhard
• Primary Examiner(s): Brahan, Thomas J.
• Application Number:
  US08/424,423
• Time in Patent Office: 1,061 Days
• Field of Search: 414/460, 414/392, 212/273, 212/319, 212/326, 212/327, 212/343, 212/344
• US Class Current: 212/273
• CPC Class Codes: B66C 1/101 for containers B66C1/223 and B66C1/663 take precedence
• CPC Class Codes: B66C 1/223 for containers
• CPC Class Codes: B66C 13/06 for minimising or preventing longitudinal or transverse swinging of loads
• CPC Class Codes: B66C 13/08 for depositing loads in desired attitudes or positions
• CPC Class Codes: B66C 17/20 for hoisting or lowering heavy load carriers, e.g. freight containers, railway wagons

Abstract

The invention relates to a transloading apparatus for transcontainers such as freight containers, interchangeable containers and semi-trailers including a crane trolley adapted to travel on a crane or portal, to which, by way of a lifting means, a load receiving means is fitted in a manner for raising and lowering.

In order to enable the load receiving means to be guided and aligned more accurately in relation to the transcontainer, provision is made to connect to the load receiving apparatus two horizontally movable columns or lifting structures at a distance from one another which is fixed or can be adjusted in a defined manner and to reader these vertically displaceable. Preferably each of the columns or each of the two lifting structures can be connected by way of a pendulum suspension to the load receiving means.

Claims

1. A transloading apparatus for containers comprising:

a horizontally displaceable support spaced above a container to be transloaded and including at least one crane trolley;

two horizontally spaced vertically elongated rigid lifting structures on said support;

means on said support for vertically displacing said lifting structures on said support;

a respective pendulum structure on each of said rigid lifting structures and having lower ends swingable relative to said lifting structures, each of said pendulum structures including a pendulum rod and means for cardanically mounting the respective pendulum rod at an upper end of the respective lifting structure;

load receiving means connected cardanically to said lower ends of said pendulum structures and provided with formations for engagement with said container and affixing said container detachably to said apparatus; and

selectively operable arresting means for preventing swinging movement of said pendulum structures relative to said lifting structures.

2. The transloading apparatus defined in claim 1 wherein the arresting means comprises a centering pin and a receiving element therefor.

3. The transloading apparatus defined in claim 1 wherein the load receiving means includes a telescopic spreader.

4. The transloading apparatus defined in claim 1 wherein the means for cardanically mounting is a ball joint.

5. The transloading apparatus defined in claim 1 wherein each pendulum structure is separately vertically displaceable on the respective lifting structure.

6. The transloading apparatus defined in claim 1 wherein in lower areas close to the load receiving means the pendulum structures are guided by adjusting units, forming said arresting means.

7. The transloading apparatus defined in claim 6 wherein the load receiving means are in addition pivotable about a vertical axis via said adjusting units in the form of servo-cylinders.

8. The transloading apparatus defined in claim 6 wherein the load receiving means are guided over three degrees of freedom via the adjusting units.

9. The transloading apparatus defined in claim 6 wherein the load receiving means is guided via at least three adjusting units, each of which is connected with a pendulum rod.

10. The transloading apparatus defined in claim 6 wherein the adjusting units can be arrested in any desired orientation or position.

11. The transloading apparatus defined in claim 6 wherein the adjusting units are supported at both ends articulatingly to a pendulum rod and to the lifting structure.

12. The transloading apparatus defined in claim 6 wherein the adjusting units are each supported articulatingly to the lifting structure and to the load receiving means.

13. The transloading apparatus defined in claim 1 wherein the crane trolley is mounted on a portal.

14. The transloading apparatus defined in claim 1 wherein the lifting structures are each connected to a respective bridge crane trolley and the bridge crane trolleys can be separately moved in a transverse direction with respect to a longitudinal axis of the container.

15. The transloading apparatus defined in claim 14 wherein the bridge crane trolleys are displaceable by means of a synchronous control.

16. The transloading apparatus defined in claim 15 wherein the bridge crane trolleys are interconnected by a telescopic coupling rod.

17. A transloading apparatus for containers comprising:

a horizontally displaceable support spaced above a container to be transloaded and including at lest one crane trolley;

two vertically elongated rigid lifting structures on said support;

means on said support for vertically displacing said lifting structures on said support

a respective pendulum structure on each of said rigid lifting structures and having lower ends swingable relative to said lifting structures, each of said pendulum structures including a pendulum rod and means for cardanically mounting the respective pendulum rod at an upper end of the respective lifting structure;

load receiving means connected cardanically to said lower ends of said pendulum structures and provided with formations for engagement with said container and affixing said container detachably to said apparatus; and

selectively operable arresting means for preventing swinging movement of said pendulum structures relative to said lifting structures, wherein in lower areas close to the load receiving means the pendulum structures are guided by adjusting units forming said arresting means, four of said pendulum rods being provided, each coupled to a respective one of said adjusting units whereby at least two of the adjusting units are arranged perpendicularly with respect to said other when considered in a plan view, each of said rods having ball-joints at upper and lower ends thereof.