Abstract: A process of manufacturing a reconstituted tobacco material is provided which includes: preparing a heated mixture of water and sugar; providing a liquid flavorant such as menthol; mixing tobacco particles, water and a gum binder with the mixture of water and sugar and with the flavorant to form a reconstituted tobacco mixture; and forming the reconstituted tobacco mixture, such as by casting or extruding the reconstituted tobacco mixture, into a reconstituted tobacco material. Exemplary menthol reconstituted tobacco products provided herein enable high levels of menthol to be retained in a tobacco product.

Abstract: A process of manufacturing a reconstituted tobacco material is provided which includes: preparing a heated mixture of water and sugar; providing a liquid flavorant such as menthol; mixing tobacco particles, water and a gum binder with the mixture of water and sugar and with the flavorant to form a reconstituted tobacco mixture; and forming the reconstituted tobacco mixture, such as by casting or extruding the reconstituted tobacco mixture, into a reconstituted tobacco material. Exemplary menthol reconstituted tobacco products provided herein enable high levels of menthol to be retained in a tobacco product.

Abstract: A process of manufacturing a reconstituted tobacco material is provided which includes: preparing a heated mixture of water and sugar; providing a liquid flavorant such as menthol; mixing tobacco particles, water and a gum binder with the mixture of water and sugar and with the flavorant to form a reconstituted tobacco mixture; and forming the reconstituted tobacco mixture, such as by casting or extruding the reconstituted tobacco mixture, into a reconstituted tobacco material. Exemplary menthol reconstituted tobacco products provided herein enable high levels of menthol to be retained in a tobacco product.

Abstract: A sensor for sensing when a latch of a child safety seat is coupled to a seat assembly of a vehicle. The sensor may include a first housing member that is mounted to a seat frame of the vehicle. The sensor may also include a second housing member that can move relative to the first housing member. A sensor subassembly may sense the relative movement of the second housing member. The latch of the child safety seat can be snapped onto a ring of the second housing member and subsequently tightened to secure the child seat to the vehicle. Coupling the child seat to the ring moves the second housing member relative to the first housing member. This movement is sensed by the sensor which provides an output signal. The output signal can be processed to provide an indication to the vehicle driver that the child seat has been coupled to the seat, and/or disable an airbag and/or disable a seat movement device.

Abstract: A apparatus for improving loading dock safety includes an actuator 22 coupled to light 16. Actuator 22 controls the position of a visible barrier 24, or flag. When semi-truck 12 is being unloaded, it is unsafe to move semi-truck 12 ahead, therefore, red light 18 is activated and actuator 22 lowers barrier 24 in front of the truck where the driver can see it. When the unloading process is complete, it is safe to move semi-truck 12 ahead, therefore, green light 20 is activated and actuator 22 raises barrier 24 to signal the driver that semi-truck 12 may be safely moved ahead.

Abstract: A cigarette smoking article achieves very low levels of CO and other gas phase components by means of substantial air dilution, but has an acceptable pressure drop and sufficient delivery of particulate matter to provide a flavorful smoke. The filter has two sections, an upstream section which has substantially no pressure drop thereacross and a downstream section which provides substantially all the pressure drop of the filter. Dilution air is admitted to the upstream section of the filter to mix with mainstream smoke before it passes through the downstream section of the filter and thereby reduce the CO and gas phase levels in the smoke.