Abstract: A sheeter can include a discharge conveyor mounted to be laterally translatable so as to allow a user to stand close to the discharge side of the dough sheeter and access those components. The discharge conveyor can be mounted to a guide assembly configured to accommodate lateral movement of the discharge conveyor. The guide assembly can include nesting, primary and secondary guide assemblies.

Abstract: A multi-deck burner assembly for a conveyor-type oven can include a central manifold feeding fuel to upstream and downstream arrays of burners. Other burner assemblies can include pilot burners disposed at approximately a midway point along a longitudinal direction of the burners, thereby enabling the use of longer burners, and thus more efficient burner assembly design. Some burner assemblies can include both a centrally located manifold feeding upstream and downstream arrays and pilot burners disposed at approximately midpoints along the longitudinal lengths of both the upstream and downstream arrays.

Abstract: A sheeter can include a cutting roller having a driveshaft and a removeable a cutting sleeve. The removeable cutting sleeve can simplify the process for replacing the cutting surface of a cutting roller. Additionally, the sheeter can include a mounting arrangement that supports the driveshaft of the cutting roller in a cantilevered manner, and an access portion allowing the removal sleeves to be pulled off of the driveshaft without removing the driveshaft from the sheeter.

Abstract: A strut top mount is optimized to provide a resilient response to jounce and rebound load rates that is symmetrical and linear over a predetermined range of travel. An annular tower is formed of the body structure. A central bracket has adhered thereto an outer resilient element that abuts the tower, and has adhered oppositely thereto an inner resilient element. A bearing is supported by the central bracket, and a spring seat is supported by the bearing. A sleeve is received by a strut shaft and adhered to the inner resilient element A lower washer abuts a lower end of the inner resilient element. An upper washer abuts an upper end of the inner resilient element. A retention washer is mounted onto the strut shaft, wherein a periphery thereof has a retention washer resilient element. The components are collectively tuned to provide the optimization.

Abstract: A strut top mount utilizing a mount dome including lightweight polymeric material for the primary structural member as a replacement for the steel material that is traditionally used. The utilization of the polymeric material is possible because the factors associated with strut top mount stresses are successfully managed by a strategic geometric arrangement of the components thereof and the body structure to which it interfaces, as for example by the mount dome being configured to seat in abutting relation to a support shell of the strut tower, wherein the polymeric material is placed under compression. A load bypass is provided in the event of a maximum jounce event.

Abstract: A strut top mount utilizing a mount dome including lightweight polymeric material for the primary structural member as a replacement for the steel material that is traditionally used. The utilization of the polymeric material is possible because the factors associated with strut top mount stresses are successfully managed by a strategic geometric arrangement of the components thereof and the body structure to which it interfaces, as for example by the mount dome being configured to seat in abutting relation to a support shell of the strut tower, wherein the polymeric material is placed under compression. A load bypass is provided in the event of a maximum jounce event.

Abstract: A strut top mount is optimized to provide a resilient response to jounce and rebound load rates that is symmetrical and linear over a predetermined range of travel. An annular tower is formed of the body structure. A central bracket has adhered thereto an outer resilient element that abuts the tower, and has adhered oppositely thereto an inner resilient element. A bearing is supported by the central bracket, and a spring seat is supported by the bearing. A sleeve is received by a strut shaft and adhered to the inner resilient element A lower washer abuts a lower end of the inner resilient element. An upper washer abuts an upper end of the inner resilient element. A retention washer is mounted onto the strut shaft, wherein a periphery thereof has a retention washer resilient element. The components are collectively tuned to provide the optimization.