KR20100038506A

KR20100038506A - Heating tube

Info

Publication number: KR20100038506A
Application number: KR1020080097507A
Authority: KR
Inventors: 박성길
Original assignee: 박성길
Priority date: 2008-10-06
Filing date: 2008-10-06
Publication date: 2010-04-15

Abstract

PURPOSE: A hose for heating and supplying hot water is provided to enabling heating by coupling a heating source, a conductor, and coating with a plastic hose and heating on its own. CONSTITUTION: A hose for heating and supplying hot water comprises a plastic hose(100) and a heating element(200). The hose for heating and supplying hot water is a flexible plastic heating tube. The heating element is mounted on the plastic hose and a conductor(210) is installed on the outer cover of the heating element.

Description

Hot Water Heating Fever Lake {HEATING TUBE}

This disease-related product relates to hot water (fluid) pipe heating system, which does not require a separate heating device (boiler, heater), and the pipe lake itself generates heat, so that the braided carbon coating, carbon coating or heating wire on the hot water pipe lake It is a heating wire with insulation coating on it, and it has the characteristics of general lake (flexibility, processability) by extrusion processing manufacturing. Existing heating system has separate boiler (boiler room) and difficulty in boiler installation due to separate boiler, but heating system integrating boiler and hot water pipe has no restriction on space (boiler room) and is simple and easy to install. Installation cost is low because no boiler room and boiler are needed, and it can be applied as heat exchanger for hot water and heating such as solar collector, heating tube, water heater, etc.

Heated heating heating pipe (pipe) is buried on the floor of the building and radiant heat by electric energy is used for main heating and auxiliary heating of the building. It is a system that provides comfortable and convenient heating.

The plastic lakes (100, 110) are weak to heat, so they cannot withstand high heat and the coating is melted and peeled off, resulting in safety accidents such as electric shock and fire for a long time.

Since the plastic lake (100, 110) is weak to heat and can be melted, irradiated and cross-linked so that the plastic lake (tube) (100, 110) does not melt even at a high temperature (240 ℃) to improve the safety and quality of the product.

Examples of the use of irradiated cross-linked products: engine rooms that generate high heat such as automobiles, ships, trams, airplanes, etc.

The present invention is a separate (heating room) heating system is a heating element in each room or the floor of the building because the heat dissipation in the process of supplying hot water due to the characteristic that the existing individual heating system to supply hot water in the outdoor (boiler room) Depending on the distance, about 5 ℃ ~ 20 ℃ is lost and hot water is supplied by raising the temperature about 5 ℃ ~ 20 ℃ higher than the water temperature required for each room, but excessive heating cost due to inefficient use of heat generated increases, but for hot water heating Since the heating lake directly supplies heat to each room, there is no heat loss generated in the process of supplying hot water, thereby maximizing heat use efficiency than existing individual heating systems, thereby significantly reducing energy saving and heating costs.

Therefore, the present invention can reduce the construction cost and post-installation operation cost during installation, and has the effect of supplying eco-friendly low carbon products without energy saving and carbon dioxide emission.

The present invention is a plastic heating tube having flexibility as a hot water heating heating lake to cover the heating element (carbon braiding, carbon resin extrusion, heating coil) (200) on the plastic lake 100 and at the same time the electricity is well on both sides At the same time as inserting the conductor 210 through the extrusion is composed of a structure that is coated with an insulating coating 110 by extrusion.

The hot water heating heating lake (pipe) of the present invention is buried in the floor like the XL pipe of the boiler and does not need the boiler separately. It is cheaper.

The hot water heating heating lake (pipe) of the present invention is the individual energy heating system having the highest energy efficiency when heating, and the individual heating system currently used is a process of supplying hot water due to the characteristic of supplying hot water outdoors (boiler room). The heat loss is increased by about 5 ℃ ~ 20 ℃ according to the distance, and the hot water must be supplied higher than the temperature of the hot water actually required in each room. Lake (pipe) is a new concept of individual hot water heating system that supplies heat directly to each room and there is no heat loss in the process of supplying hot water.

Individual heating system is a system that saves heating energy by installing a controller 300 having a separate temperature sensor for each room to control the room (room) and unnecessary room (room) that requires heating.

In order to prevent the insulation coating from being damaged when the pipe is constructed, the heating and heating heating lake (pipe) of the present invention is fixed by wrapping the pipe using an insulating band 400 of rubber material when fixing the floor.

1. Installed in the building (housing, apartment, building, factory, etc.) to use heating and hot water

2. Use of heating and hot water for agricultural use (facility: flower, special crop, vegetable, fruit, drying room, barn, etc.).

3.Used for solar collectors, heat pipes, water heaters, heaters

1 is a perspective view of a hot water heating heating lake according to the present invention

Figure 2 is a hot water heating heating lake "A" Type cross section according to the present invention

Figure 3 is a hot water heating heating lake "B" Type cross-sectional view according to the present invention

Figure 4 is an installation plan according to the present invention

※ Explanation of code for main part of drawing

100-plastic lake

110-insulation

200-Heating element (carbon coating, carbon weaving, coil)

210-conductor

300-Control Unit (Temperature Sensor)

400-control band (insulator)

Claims

Plastic heating tube with flexibility to cover the heating element (carbon chamber braiding, carbon resin extrusion, heating coil) (200) on the plastic lake (100) and at the same time the electricity is well Hot water heating heating lake consisting of a structure in which the insulating film 110 is coated with an extrusion coating on the conductor 210 at the same time.

The main heating and auxiliary heating of the building using the radiant heat of electric energy, the rapid heating of the heating cable and the heating of the water (fluid) in the lake pipe, the preservation of the thermal energy and the continuous maintenance of the thermal energy Hot water heating heating lake that provides comfortable and convenient heating of indoor environment by maintaining indoor temperature.

Existing individual water heating system is required to supply hot water in the outdoor (boiler room), so heat loss in the process of supplying hot water causes loss of 5 ℃ ~ 20 ℃ depending on the distance. Heat loss occurs because hot water is supplied higher than temperature by 5 ℃ ~ 20 ℃. However, hot water heating heating lake is a hot water heating heating lake that provides individual hot water heating without any heat loss generated in the process of supplying hot water by directly supplying heat from each room.