Figure 20 (right)
Inner fixture assembly testing with UVc energy flux test strips.
See testing video above.
Figure 19 (left)
Outer back fixture testing with UVc energy flux test strips.
See testing video above.
Figure 20 (right)
Inner fixture assembly testing with UVc energy flux test strips.
See testing video above.
Figure 19 (left)
Outer back fixture testing with UVc energy flux test strips.
See testing video above.
Figure 18 (right)
UVc energy flux test strip placement on the front face of the cart, to see if the designed fixtures output enough energy for the surface to be sanitized to a log 3 reduction
Figure 17 (left)
Fixture Assembly, where the internal side panel is shown here. The lamp holders are mounted on the top and bottom edge, with the ballasts mounted on the back, serving as a power supply
Figure 16 (right)
Wooden stand solution to correctly position the outer fixtures next to the cart
Figure 15 (left)
Updated Internal fixture assembly with different brackets connecting the bottom fixture
Figure 14 (left)
CAD model of a potential solution for the bulb wire mount for the fixtures in order to create space between the bulb and the cart
Figure 13 (right)
CAD model of the full internal fixture array configuration of the shopping cart.
Figure 12 (left)
CAD model of the internal fixture array configuration for the cart. These fixtures can simply be placed inside the cart.
Figure 11 (right)
CAD model of the full shopping cart with all fixture configurations in their respective positions. Front side panel is semi-transparent.
Figure 10 (left)
Irradiation simulation of the side face of the shopping cart with the UV fixture installed.
Figure 9 (right)
CAD model of rear fixture array with a bumper solution attached to the sheet metal.
Figure 8 (left)
CAD model of the fixture array configuration for the front and rear of the shopping cart.
Figure 7 (right)
CAD model of the fixture array configuration for the handle of the shopping cart
Figure 6 (left)
CAD model of the fixture array configuration for the sides of the shopping cart. Bulbs will be horizontally placed into tombstones and attached to sheet metal.
Figure 5 (right)
Model of side fixture array configuration attached to side of the shopping cart. Bumpers will be added to create space between UV bulbs and cart.
Figure 4 (left)
Initial CAD model of the fixture. Purple bar depicts the UV light bulb that will be placed inside the lamp holder.
Figure 3 (right)
Bulbs will be placed 70 milimeters away from each other, measure from the radius of each bulb
Figure 2 (left)
CAD model of the frame concept around shopping cart. Single nut with button heads are one of the options for fastening. Cables with looped ends can grab the nuts and can be be adjusted if this method is to be used.
Figure 1 (right)
CAD model of the fixture placement around the shopping cart. UV light fixtures will be placed on sides, front, back, bottom, and around the basket and handles of the cart.