Heating device for use below ship decks

Abstract

The present invention relates to a heating device for use below on ship decks which is disposed so as to be capable of heating below the ship deck to prevent accidents caused by ice formation due to extremely cold weather, which can be installed onto an existing structure so as to be economical, and which is installed independently of another heating device to facilitate repair, maintenance, and management, and which is disposed not above but below the structure so as not to cause inconvenience to walking and operations. The heating device for use below ship decks according to one preferred embodiment of the present invention includes: a case body member having a charging space formed therein, multiple coupling holes formed on the lower surface, and an upper surface formed to be open; an insulating member charged into the charging space; a heating cable arranged on the insulating member so as to be capable of heating and transmitting heat to the ship deck positioned above same; a fixing member disposed on the heating cable so as to position the heating cable on the insulating member and fix the former thereto; and a controller disposed outside the case body member, which is electrically connected to the heating cable, and controls the heat generated by the heating cable and the power supplied thereto.

Description

technical field [0001] The invention relates to a heating device for the lower part of the deck of a ship. More particularly, the present invention relates to a lower heat generating device for a ship's deck, which is installed below the ship's deck in a heat release manner in order to prevent safety accidents due to freezing due to cold weather, the device can be additionally Installed into existing structures to ensure economic efficiency, it is installed independently to facilitate maintenance, repair and management, and the device is installed under the structure instead of above the structure, so as to avoid pedestrians and workers in the Inconvenient during walking and working. Background technique [0002] In general, structures such as stairs or corridors installed on ships or marine structures are made of ferrous materials. However, if iron stairs installed on ships or marine structures are exposed to the same cold weather as in polar regions for a long period of ...

AI Technical Summary

Problems solved by technology

However, this conventional heat generating device has a problem that when the device malfunctions or breaks down, because the entire heat generating device needs to be maintained and repaired, the stairs may freeze during maintenance and repair, thereby making it difficult to use the stairs and increasing the Maintenance and Repair Costs

[0004] In addition, in the case where the heat generating device is installed in the existing structure, the user suffers from the inconvenience of having to install the heat generating device after removing the stairs or hallway and rebuilding the stair or hallway, and the conventional heat generating device exists because it is installed in the existing structure The disadvantage of causing inconvenience to pedestrians and workers in the process of walking and working

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