12 results about "Intermediate bulk container" patented technology

The invention relates to a flexible intermediate bulk container, FIBC, 01, having a bag body with a bag base 02 and at least one side wall 03. A plurality of carrying straps 08 each comprising a loop portion 05 and a connecting portion 14 are connected to the FIBC 01. At least one of the plurality of carrying straps 08 comprises a releasable portion 15 between the loop portion 05 and the connecting portion 14. A release assembly 13 releasably holds at least one of the plurality of carrying straps to an upper portion of the at least one side wall 03 at a portion adjacent the loop portion 05. The connecting portion 14 is fixed to the bag body at a location on or adjacent the bag base 02.

A mounting system for mounting an item of liquid handling equipment to an intermediate bulk liquid container is described, the mounting system including a frame which includes a number of attachment regions for attaching the frame to the cage of the intermediate bulk container; the attachment regions include saddles which fit about the vertically disposed cage bars; the attachment regions further include support members to which the saddles are attached and which in use can rest upon a horizontally oriented cage bar; a pair of lateral frame members attached to the support members; and the lateral support members support a mounting region which is adapted to support an item of liquid handling equipment.

The application discloses a container assembly, which comprises a medium bulk container and a fence assembly. The medium bulk container comprises a base, two pairs of opposite side plates and a cover plate. The bottom of each pair of side plates is foldably connected with the base, and the cover plate is operable to cover the top of the two pairs of side plates. The fence assembly comprises a first fence, a second fence, a first folding assembly and a second folding assembly. The first fence is a rectangular ring and surrounds the outside of the medium bulk container. The second fence is also a rectangular ring and surrounds the outside of the medium bulk container. The second fence is located above the first fence. The first folding assembly is located between the first fence and the second fence. The bottom end and the top end of the first folding assembly are foldably connected with the first fence and the second fence respectively. The second folding assembly is foldably connected with the second fence and surrounds the top surface of the cover plate. In the folded state, the first folding assembly and the second folding assembly are both folded and surround the outside of the medium bulk container.

The invention discloses a stainless steel intermediate bulk container which comprises a bent stand column and an inclined collecting part. The inner side of the bent stand column is provided with a turnup roll-welded barrel body, and a maintenance hole is formed in the center of the surface of the barrel body; the inclined collecting part is arranged at the bottom of the barrel body, and the surface of the inclined collecting part is connected with an elbow pipe; according to the stainless steel intermediate bulk container, the structural strength and the damage resistance of all parts of the stainless steel intermediate bulk container are enhanced through the design that the barrel body is connected with the turned edges of the bent stand columns in a roll welding mode, the reinforcing ribs on the top and the corner protection pads of the connecting frames are arranged, the overall service life of the stainless steel intermediate bulk container is prolonged, and the use cost of a user is reduced; meanwhile, the upper plate turnup at the top of the barrel body is welded to the bent stand column, the lower plate turnup at the bottom of the barrel body is welded to the bent stand column, and therefore automatic production can be achieved; in the liquid discharging link, the bottom inclined collecting part guides the liquid to be collected to the lowest position, and the liquid flows to a liquid discharging opening through the elbow pipe.

This utility model discloses a flexible medium-sized bulk container, relating to the field of bulk container technology. It aims to solve the problems of existing flexible packaging containers, such as simple structure, susceptibility to damage, inability to fold, insufficient puncture resistance and moisture protection, easy expansion and deformation under load, and insufficient overall structural strength, filling stability, and practicality. The key technical solution includes a polypropylene shell, with packaging straps wrapped around its exterior. These straps consist of lifting sections and supporting sections. Four lifting sections are located at the four corners of the polypropylene shell. A cardboard layer is placed inside the polypropylene shell, and an outer cover is fastened to the ends of the shell. Non-woven fabric is placed on the inner bottom of the cardboard layer. This achieves multi-layered filling protection, high structural strength, good sealing, high stability during transport and lifting, and strong overall practicality.

The utility model discloses an IBC (intermediate bulk container) protective frame which comprises a bottom frame, a plurality of side frames and a plurality of stand columns, a plurality of reinforcing ribs are arranged on the bottom frame, a plurality of openings are formed in the bottom frame, supporting feet are arranged at the vertex angle positions of the bottom face of the bottom frame, a gap is reserved between the bottom frame and the ground, every two adjacent side frames are connected through the corresponding stand column, and the stand columns are arranged on the side frames. The stand columns are connected with the vertex angle positions of the bottom frame. According to the IBC ton barrel protection frame, the multiple reinforcing ribs are arranged on the bottom frame, the multiple openings are formed, the supporting feet are arranged at the vertex angle positions of the bottom face of the bottom frame, a gap is reserved between the bottom frame and the ground, and therefore the supporting strength of the bottom frame is improved, and a supporting cross beam does not need to be additionally arranged below the bottom frame; therefore, fork heads of carriers such as motor forklifts and hand-operated forklifts can be inserted into the gaps between the chassis and the ground from multiple directions for loading, unloading and carrying.

The invention relates to a closure element (1) for an intermediate bulk container with a tapered outlet (2). The closure element (1) is at least partially made of plastic material and has, in the absence of external forces acting on it, an undeformed overall shape in an undeformed state. The closure element (1) comprises 1) a first section (9), with an outer surface (10) of the first section substantially corresponding to a right cone in the undeformed state, wherein in the undeformed state an angle (β) between a generatrix of the outer surface (10) and the axis (11) of the outer surface is between 40° and 50°, and wherein in a sealing state, the closure element (1) is oriented relatively to the tapered outlet (2) such that the outer surface (10) of the first section (9) is oriented away from the exit area (7) and the base of the outer surface (10) of the first section (9) faces the exit area (7), and wherein in the sealing state, the closure element (1) is arranged in the interior (6) of the tapered outlet (2) in such a way that it seals parts of the interior (6) which face the outer surface (10) from an exit area (7) of the tapered outlet (2), 2) a second section (12) connected to the first section and embodied as a solid of revolution in the undeformed state, wherein the axis (11) of revolution of the second section (12) corresponds to the axis (11) of the outer surface (10) of the first section (9), wherein the second section (12) comprises a protruding edge (13), with the protruding edge pointing away from the axis (11) of revolution of the second section, and 3) a third section (16) connected to the second section (12), wherein the third section extends circumferentially around the second section (12), wherein the third section (16) comprises at least one bearing surface, and wherein the closure element (1) is such that in the sealing state, at least the at least one bearing surface is in contact with the tapered outlet (2).

The utility model discloses an IBC (Intermediate Bulk Container) frame processing and bending machine, and relates to the technical field of IBC processing, the IBC frame processing and bending machine specifically comprises a lower bending structure and an upper bending structure, the lower bending structure comprises a lower workbench, two ends of the top of one side of the lower workbench are provided with bending assemblies I, the inner sides of the two bending assemblies I are symmetrically provided with workpiece clamping structures I, and the workpiece clamping structures I are provided with workpiece clamping structures II; workpiece transfer structures are arranged in the middles of the inner sides of the two first bending assemblies; the other side of the lower workbench is connected with an upper bending structure through a supporting frame. According to the machining and bending machine for the IBC ton barrel frame, a workpiece of the IBC ton barrel frame is bent twice, in the two-time bending process, the position of the workpiece is finely adjusted through the workpiece transferring structure, the workpiece bending precision is guaranteed, the workpiece is heated through the electric heating rod, the yield strength of the workpiece is reduced, and the machining quality of the IBC ton barrel frame is improved. And therefore, the bending force applied to the workpiece by the bending machine is reduced, and the energy consumption and the equipment abrasion of the bending machine are reduced.

A method for establishing and / or maintaining a desired temperature of a material in an intermediate bulk container including the steps of positioning a heating element in at least partial contact with a material container containing the material within the intermediate bulk container; and applying an electrical power source to the heating element, wherein the heating element is at least partially made of a positive temperature coefficient resistant material, the heat from the heating element being largely transferred to the material in the material container.

The invention discloses a liquid leakage monitoring system of an intermediate bulk container. A liquid leakage monitoring device is fixedly arranged below a liquid outlet of the intermediate bulk container; the liquid leakage monitoring device comprises a shell, a battery, a control panel with a chip, a camera, a flash lamp and a positioner; a liquid accumulation chamber is arranged in the shell, a liquid collection opening is formed in the top of the shell and communicated with the liquid accumulation chamber, a liquid inductive sensor is arranged in the liquid collection opening, and a liquid discharge opening of the liquid accumulation chamber is formed in the bottom of the shell. A liquid inductive sensor is arranged in a liquid collecting opening in the liquid leakage monitoring device, and once liquid is found to enter, the liquid inductive sensor can inform a camera to take pictures for evidence obtaining and upload data to analyze whether internal liquid leaks or not. Meanwhile, the liquid leakage monitoring device is provided with a positioning device, and then a worker is notified to process the liquid outlet of the intermediate bulk container at the position.

Intermediate Bulk Container Cover

The present invention relates to a nozzle plug (33) positioned on a nozzle neck (31), the nozzle plug (33) having a plug (38) having an external thread (39) configured to engage with an internal thread (37) of the nozzle neck, and an annular sealing element (41) positioned on the outer circumference of the plug in front of the external thread when viewed in the screwing direction (35) of the nozzle plug into the nozzle neck, wherein the diameter (42) of the plug in the radial contact area (43) between the sealing element and the plug is greater than the small diameter (44) of the external thread, and / or the plug has a circumferential retaining web (45) positioned on the outer circumference in front of the external thread when viewed in the screwing direction, and the sealing element is positioned on the plug in front of the retaining web when viewed in the screwing direction.