A belt conveyor includes: a belt which is supported, rotated and moved by a plurality of rollers, and which moves ore and a product; skirt means which are installed on both sides over the belt along a longitudinal direction, and which prevent the ore and the product from being scattered; impact bar means which are installed beneath both sides of the belt, and which rub against the belt and also support the bottom surface of the belt; and impact bar fastening means which are installed beneath the impact bar means, and which support the lower ends of the impact bar means; wherein the impact bar means are installed in transverse directions along the longitudinal direction of the belt, and the impact bar means are detachably installed in left-right directions.

A transportable drive-over conveyor system comprising a drive-over hopper for receiving grain or other material and having a belted conveyor for conveying the grain or other material, a transition section pivotally connected at an upstream end to the drive-over hopper, an auger mounted at a downstream end of the transition section, wherein the transition section transfers the grain or other material from the belted conveyor to the auger.

A method for operating a tray conveying apparatus, wherein a tray edge of a tray to be destacked is guided in contact with and along a support until the tray has been deposited on a conveying unit positioned therebelow. An apparatus for destacking and further conveying trays that may comprise a destacker for destacking trays, wherein the destacker may also comprise a frame for accommodating at least one tray stack and a plurality of destacking screws configured to be operated in a respective direction of rotation. Each destacking screw may comprise a helically configured spiral or groove with a support. A conveying unit may be positioned below the destacker and used for receiving and transporting the destacked trays from the destacker.

A racking system is described. It includes, for example, a racking unit for holding goods thereon. The racking unit includes at least one leg. The system can include at least one protective shroud. Each protective shroud is arranged to least partially encircle a portion the racking unit leg. The protective shroud is arranged to be rotatable about the racking unit leg.

A bonding system is a bonding system that bonds two substrates and includes: a bonder (1) that executes a positioning process of performing positioning of the two substrates under reduced pressure, and then executes a contact process of bringing the two substrates into contact under reduced pressure; and a conveying device (84) that conveys, to the bonder (1), the two substrates to be bonded to each other. Then, the bonder (1) executes the positioning process and the contact process mentioned earlier in a state where the conveying device (84) is separated from the bonder (1).

Provided is a conveyor belt. The upper cover rubber has a configuration in which a wear resistance layer and an impact resistance layer are layered in this order from an outer peripheral side of the conveyor belt. The wear resistance layer has a loss coefficient of from 0.03 to 0.25 and a loss elastic coefficient of from 0.20 MPa to 6.50 MPa at 20 C. The impact resistance layer has a loss coefficient of from 0.15 to 0.70 and a loss elastic coefficient of from 1.5 MPa to 30.0 MPa at 20 C.

A load-centering apparatus including a torque-absorbing coupler that minimizes the likelihood that the load-centering apparatus will damage a load of goods after centering the load of goods on a conveyor.

A protector for installation on a floor includes: a guard part comprising a contact surface portion having first screw through-holes formed therethrough, a middle portion which is coupled upward from the edge of the contact surface portion to be primarily impacted, and wing portions integrally coupled to both sides of the middle portion, respectively; a base part having third screw through-holes formed therethrough so as to be fixed to a floor surface while being brought into contact with the floor surface; an intermediate body disposed between the guard part and the base part and having second screw through-holes formed therethrough; and stud bolts passing through the guard part, the intermediate body, and the base part so as to fix the base part to the floor surface, wherein when an external force is applied, the elastic and flexible intermediate body is compressed in a collision direction to effectively reduce the impact.

Provided is a conveyor belt. The upper cover rubber has a configuration in which a wear resistance layer and an impact resistance layer are layered in this order from an outer peripheral side of the conveyor belt. The wear resistance layer has a loss coefficient of from 0.03 to 0.25 and a loss elastic coefficient of from 0.20 MPa to 6.50 MPa at 20 C. The impact resistance layer has a loss coefficient of from 0.15 to 0.70 and a loss elastic coefficient of from 1.5 MPa to 30.0 MPa at 20 C.

A modular anti-impact protection, comprising a main module (10), comprising: an outer body (11), which has at least one internal cavity; an inner body (12), provided with at least one internal cavity, and configured to be inserted at least partially into the cavity of the outer body (11).