Baffle inspection apparatus

A baffle inspection apparatus comprising:

• a baffle comprising a spray surface configured to receive and spray fluid;
• an upper vessel coupled to the baffle such that the spray surface of the baffle faces downward;
• an upper plate above the upper vessel and supporting the upper vessel;
• a lower vessel below the upper vessel and apart from the upper vessel and the upper plate;
• a pressure measurement sensor on an upper surface of the lower vessel;
• a lower plate on a lower surface of the lower vessel and supporting the lower vessel;
• a support that supports the upper plate and the lower plate,
• wherein the upper vessel comprises a flow path pipe that is configured to supply the fluid to the baffle so that the fluid is sprayed from the spray surface of the baffle,
• wherein the baffle inspection apparatus further comprises:
• a supply tank connected to the flow path pipe, the supply tank configured to store the fluid and to supply the fluid to the flow path pipe;
• a pump configured to apply pressure to the fluid and supply the fluid to the supply tank;
• and
• a processing unit that comprises at least one processor, the processing unit configured to receive result data measured by the pressure measurement sensor, process the result data, and visualize the result data, and
• wherein the lower plate is movably connected to a vertically extending portion of the support, and the vertically extending portion of the support extends vertically past the lower plate and is connected to the upper plate.

A baffle inspection apparatus comprising:

• a baffle comprising a spray surface configured to receive and spray fluid;
• an upper vessel comprising a flow path pipe that is configured to supply the fluid to the baffle so that the fluid is sprayed from the spray surface of the baffle, the upper vessel coupled to the baffle such that the spray surface of the baffle faces downwards;
• an upper plate above the upper vessel and supporting the upper vessel;
• a lower vessel below the upper vessel and apart from the upper vessel and the upper plate;
• a pressure measurement sensor on an upper surface of the lower vessel and configured to measure pressure according to a position of the pressure measurement sensor, the pressure measurement sensor being a capacitance measurement sensor;
• a lower plate on a lower surface of the lower vessel and supporting the lower vessel;
• a plurality of leveling screws in the lower plate and configured to adjust a level of the lower vessel to maintain a level of the pressure measurement sensor;
• a support that supports the upper plate and the lower plate;
• a supply tank connected to the flow path pipe, the supply tank configured to store the fluid and supply the fluid to the flow path pipe;
• a pump configured to apply pressure to the fluid and supply the fluid to the supply tank;
• and
• a processing unit comprising at least one processor, the processing unit configured to receive result data measured by the pressure measurement sensor, process the result data, and visualize the result data,
• wherein the upper vessel comprises a baffle hole that is inwardly concaved from a lower surface of the upper vessel,
• wherein the baffle comprises a baffle coupling surface that is complementarily coupled to the baffle hole, the baffle coupling surface being on a side of the baffle that is opposite to the spray surface, and
• wherein the lower plate is movably connected to a vertically extending portion of the support, and the vertically extending portion of the support extends vertically past the lower plate and is connected to the upper plate.