The outside surface of the gas shocks conduct heat to its interior. The hollow 128 helps to provide a heat trap near the gas shocks. Each gas shock is placed within the path of heat flow emanating from the lamps 90. The structure allows for ready affixion and removal of the canopy 60 from the link 102. In addition, the aluminum channel includes a bead 122 which frictionally resides against a terminus of the second surface 118 adjacent a front face 102 d of the link plates 102 a, 102 b, just at one end of the V-shaped upper end. The hollow is defined by an aluminum molding of generally arcuate configuration having an abutment 120 that is to capture the latch 114 by having the latch rest on top of the abutment 120 as shown in the various FIG. 3A shows the link 102 being received in a hollow 128 on the canopy 60. A thermistor 81 is included in the exhaust cowling of both the bench and the canopy to regulate the air flow rate through the fans 84 to provide optimum temperature control, particularly after use of the device 10 to assure proper cool down.įIG.
The air flow is intended to assure that the UV tubes are provided with adequate ventilation so that they operate at their optimal temperature.
A clear cover 86 having air channeling fins 88 integrated therewith provide the channel ways for proper air flow so that the UV tubes 90 are maintained in a temperature controlled environment.
The canopy is provided with fans 84 that lead from a cowling 82 in a manner similar to the bench. Specifically, filters 72 are replaceable by removing the end cap 89 (having foramen 49) from the end walls 66. In addition, the canopy 60 includes similar filters 72 which allow air to pass within the interior 74 of the canopy and be exhausted via slits 76 provided in the canopy cover 62 after having passed through the end wall 66 via holes 78. Similarly, the canopy 60 has an arcuate top cover 62 (concave towards the bench) and elongate side walls 64 terminated by end walls 66 which have the same removable attachment features that the bench has.
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