KR20110006550A

KR20110006550A - A steam heating apparatus having spiral structure of moisture trap

Info

Publication number: KR20110006550A
Application number: KR1020090064247A
Authority: KR
Inventors: 강성탁
Original assignee: 강성탁; 이재철
Priority date: 2009-07-13
Filing date: 2009-07-13
Publication date: 2011-01-20

Abstract

PURPOSE: A steam heating apparatus having a spiral structure of moisture trap is provided to improve the quality of steam since moisture trap is rapidly completed. CONSTITUTION: A steam heating apparatus having a spiral structure of moisture trap comprises a vapor suction port(1), a housing(7), a helix piping coil(13), a heat path(8), and a helix moisture isolation structure(6). The vapor suction port is connected to the steam vapor outlet line. The helix piping coil passes through the inside of the housing. The helix piping coil moves to the center of the inner pipe. The helix moisture separation structure has the constant width along heat path.

Description

A steam heating device having a spiral radiating structure. {A STEAM HEATING APPARATUS HAVING SPIRAL STRUCTURE OF MOISTURE TRAP.}

The present invention relates to a steam heater having a spiral water separation structure, and more particularly, to a steam heater having a spiral structure for quickly removing moisture in saturated steam and making the removed steam a good heated steam. will be.

In general, the steam generated from the steam boiler is saturated steam containing a large amount of water, and the steam is heated in the next step by using a water separator to separate the steam and water due to the high moisture content in the steam.

In general, in order to heat steam, steam pipes have been mainly used in the required dry steam state by heating steam in a combustion chamber or using waste heat and flue. Typically, sufficient heat is not added to the steam unless it is sufficiently separated. It only adds heat to steam when it is heated in dry steam, but in immature dry steam it is rarely converted to dry steam because only heat is wasted to remove the remaining heat. Difficulties and the production of steam at temperatures satisfactory to high-quality, high-quality users are subject to considerable skill and difficulty.

The present invention has been made to solve the above problems,

It is an object of the present invention to provide a steam heating apparatus having a spiral water separation structure that allows the separation of the already generated saturated steam to be quickly completed, and to make a steam of good temperature to the separated steam.

According to the present invention for solving the above problems,

A steam inlet (1) connected to the steam discharge pipe, a cylindrical housing (7) connected from the bottom to the upper part through a predetermined height (11), the upper part of which is connected in the form of an inverted funnel, Inside the housing, the through-coiled pipe coil 13 having a predetermined diameter from below rotates to a certain height 11 and then proceeds a predetermined section 12 vertically from the center of the internal pipe to the top, which is a heat rising from below. It is a hot air passage (8) for discharging the spiral, the spiral water separation structure (6) having a predetermined width along the hot air passage (8) proceeded in a vertical state is wound from the left to the right to the upper part to be fixed by turning to the finish portion (12) The lower surface (9-1) of the spiral moisture separation structure (6) is a plurality of water dropping pins (5) of the pointed end is joined downward, the upper portion of the housing (7) hot air outlet (4) Steam is discharged to the upper side Provided is a steam heating apparatus having a spiral water separation structure, which is configured to include a sphere (2).

1) Saturated steam can be quickly separated, and 2) good quality steam can be produced from the separated steam, and 3) the device can add heat to the separation and steam. There is a structural advantage.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. 1 is an overall schematic diagram.

The configuration of the present invention is the steam inlet (1) connected to the steam discharge pipe of the steam boiler steam chamber, and the cylindrical housing from the bottom through the predetermined height (11) is passed through the upper funnel in the form of inverted funnel long and upwards The cylindrical housing (7) connected and the inner spiral through the spiral pipe coil 13 having a predetermined diameter from below rotates to a certain height (11), and then in a vertical section from the inner center of the pipe to the top again. 12) It proceeds, which is a hot air passage (8) for discharging the heat rising from the bottom, the spiral water separation structure (6) having a predetermined width along the hot air passage (8) proceeded in a vertical state from the left to the upper right Coiled and fixed by turning to the finishing part 12, the lower surface (9-1) of the spiral water separation structure (6) is a plurality of water dropping pins (5) of the pointed end is joined downward, the housing (7) open vertically on the top An air outlet 4 is provided, and the upper side includes a vapor outlet 2.

The steam inlet 1 is connected to the steam boiler steam chamber steam discharge pipe by welding and the shape is like a round circular pipe.

The housing 7 of the present invention may be assumed to be shaped like a beer bottle with an open bottom and to have a steam outlet on its upper side.

The spiral water separation structure 6 penetrates from the outside of the housing 7 from below and enters the inside of the housing, whereby a spiral pipe coil 13 is provided, and proceeds upwards. After reaching to the center and rising vertically upwards, the pipes 4 having a penetrated shape are penetrated by passing through the housing 7 from the housing inner end finishing portion 12 and proceeding upwards for a predetermined period. The spiral water separation structure having a predetermined width is rotated from the left to the right to the inner end of the housing 12 by the outer surface of the hot air passage 8 which is fixed to the outer surface of the spiral passage. A plurality of water drop pins (5) are joined.

Then, an embodiment of the present invention will be briefly described.

When steam is generated in the steam boiler and the primary saturated steam is stored in the steam chamber, a constant steam outlet is provided at the top of the steam chamber, and the steam inlet 1 of the present invention is joined to the steam outlet by welding or the like. .

Then, a very small waste heat passing through the flue section after passing the steam boiler combustion chamber below is fastened to the hot water inlet 3 of the present invention, which is a structure and steam separating the waste heat to the utmost as much as possible. For use in heating. In order to add heat to the saturated steam, a heat adding method is required. If the steam pipe is passed through a hot or hot place unconditionally, the surviving saturated steam disappears rather than added heat to the steam.

It is not advisable to burn heat in steam where there is a suitable condition and environment for it to burn heat. The present invention is to use the heat of the flue that is lost heat passing through the combustion chamber is to use this waste heat actively because the saturated steam comes out of the flue section at the most suitable conditions for burning heat.

In the saturated steam 14 containing a large amount of water in the lower steam chamber, waste heat is introduced from the lower heat inlet 3 and heat is transferred to the spiral pipe coil 13 so that the heat contained in the spiral pipe radiates into the separation structure. In the state of being saturated, the steam 14 gradually moves to the upper part and then meets the spiral water separator structure 6 while gradually turning the spiral water separating structure, and the steam expanded by the light rising from the bottom rises to the upper part. Water that is heavier than steam while exiting the steam outlet (2) and striking a number of bonded water dropping pins (5) installed on the lower surface of the spiral water separation structure (6) is separated from the water dropping pin (5) or spiral water separation. Along the helical top surface 9 or helical bottom surface 9-1, which is the structure 6, it is allowed to flow down and the quality heated steam rises and discharges the steam. It is discharged to (2) becomes subjected to the completion of the present invention. While the features of the present invention have been described with reference to preferred embodiments, the contents described in the drawings and the specification are exemplary descriptions of the present invention, which are merely used for the purpose of illustrating the present invention and are described in the meaning limitations or claims. It is not intended to be used to limit the scope of the invention. Therefore, various modifications and equivalent other embodiments may be carried out within the allowable technical spirit of the present invention.

1 is an overall schematic view of an essential part of the present invention;

Claims

Steam inlet (1) connected to the steam discharge pipe, and the cylindrical housing (7), which is opened from below and the cylindrical housing upwards through a certain height (11), the upper part is collected in the form of an inverted funnel and connected upwards long. And, the inner circumference of the housing is provided with a helical pipe coil 13 having a predetermined diameter from below, the spiral pipe coil 13 is rotated to a certain height (11) and then moved to the center of the inner pipe, vertically upwards again A spiral section 12 having a predetermined width is provided along a hot air passage 8 for discharging the heat from the bottom and a hot air passage 8 in a vertical state. The spiral water separation structure is wound from the left to the right to the upper side, and is fixed by joining by turning to the finishing portion 12. The water dropping pin having the pointed tip is formed on the lower surface 9-1 of the spiral water separation structure 6. (5) multiple down folding Is becomes, the housing 7, the upper portion is provided to open the outlet (4) vertically, the upper side of the steam heating apparatus with a spiral rider isolation structure comprises a steam outlet (2).

2. The helical water separation structure (6) according to claim 1, wherein the spiral water separation structure (6) inputs heat from the lower hot air inlet (3) and heat is discharged to the hot air outlet (4) at the top. Device.

The spiral water separation structure (6) according to claim 1, wherein the spiral water separation structure (6) is pivotally joined while enclosing the hot passage (8) from the left to the right, and has a tip-shaped point on the lower surface (9-1) of the spiral structure. Steam heating device having a spiral water separation structure, characterized in that a plurality of water-falling PIN having a bonded.