KR20170033006A

KR20170033006A - A heat-excghange of package type disk bundle

Info

Publication number: KR20170033006A
Application number: KR1020150130775A
Authority: KR
Inventors: 서진욱
Original assignee: 서진욱
Priority date: 2015-09-16
Filing date: 2015-09-16
Publication date: 2017-03-24
Also published as: KR101729411B1

Abstract

The present invention relates to a disk bundle type package heat exchanger systemized to be able to divide into modularized disk bundles, so as to efficiently realize a plate heat exchanger with variable specifications desired by a customer. To this end, a disk bundle type package heat exchanger, stacking and brazing-bonding heat transfer plates having port holes to allow a heating medium and a medium to be heated passing a heating heat transfer passage and a heat transfer passage to be heated of the heat transfer plate, respectively, to mutually exchange heat, comprises: a bundle package including first to n^th bundles, which is integrated by brazing-bonding the heat transfer plates having a reinforcement plate formed on an outer surface, and selectively modularized by the bundle, wherein the number of heat transfer plates is within a range of 5 to 20; and a leakage prevention means for watertightness of the port hole between the second bundle adjacent to the first bundle and the other n^th bundle.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a disk-type package heat exchanger,

[0001] The present invention relates to a disk bundle type packaged heat exchanger, and more particularly, to a disk bundle type packaged heat exchanger capable of efficiently implementing a variable-size plate type heat exchanger desired by a consumer by systematically dividing the packaged type heat exchanger into a modular disk bundle Lt; / RTI >

The plate type heat exchanger is adapted to mutually exchange heat along the heat transfer path between the heat transfer plates made of a thin metal plate while the heating medium or the heat transfer medium flows.

As shown in Fig. 1, a general plate type heat exchanger 1 is constituted by a plate-type heat exchanger in which several tens of heat transfer plates 2 are superimposed in several stages, and the contact surfaces are fused (fused) by a solvent. However, the incidence of defects is high and the loss of raw materials to be discarded in case of defects is large. In particular, as the specification (specification, capacity) of the plate heat exchanger becomes larger and larger, the production and production become more difficult, and the incidence of defects is very high and the loss thereof is serious. In addition, it takes a great deal of money to purchase or replace the heat exchanger in order to increase the capacity and capacity of the heat exchanger.

Further, even if joining failure, leakage, clogging, or the like occurs in the plate heat exchanger, there is a problem that the cause can not be found. In addition, the plate heat exchanger is difficult to repair or repair in the event of a failure or leakage, and the replacement cost is high. In other words, when leakage occurs inside the plate heat exchanger, it is almost impossible to find the faulty part, so the replacement cost is increased.

[0003] The conventional plate heat exchanger related to the related art (Patent Literature) is described in Japanese Patent Laid-Open No. 10-1078554 (Oct. 25, 2011, invented by the same inventor) Disc type heat exchanger ', which will be more easily understood by reference thereto.

Next, a disk-type heat exchanger is known, which is called a disk-type heat exchanger of Japanese Patent Application No. 10-1999-0024440 (June 26, 1999), which is composed of an integral heat transfer plate block and a separate heat transfer plate unit combination, A detailed description thereof will be omitted as is known in the art. However, in the above-described prior art (Patent Document 0002), the aforementioned problems are expected in the former integrated heat transfer plate block because a plurality of heat transfer plates are fixed by welding. Or the latter separator type heat transfer plate unit assembly, if the gasket is inserted between the heat transfer plates, the operating pressure and the temperature are likely to be lowered, and particularly, there is a high risk of leakage. In addition, the production of the product is difficult, the productivity is lowered, the manufacturing cost is increased, and the service life of the gasket is shortened when the high temperature heat medium (blood heat medium) is used.

Korean Patent No. 10-1078554 (October 25, 2011, invented by the same inventor as the present application) Korean Patent Application No. 10-1999-0024440 (June 26, 1999)

An object of the present invention is to modularize a disk type heat transfer plate in a small unit (unit) to provide a disk bundle of a predetermined unit size, and to connect the disk bundle repeatedly as needed, Disclosed is a packaged heat exchanger of a disk bundle type.

The present invention provides a packaged heat exchanger of the disk bundle type which can improve the workability by having a bundle guide and a hinge to easily accommodate a disk bundle inside the housing and also to draw out the disk bundle in reverse There is another purpose.

In order to accomplish the above object, the present invention provides a disk bundle type heat exchanger in which a heat transfer passage and a heating heat transfer passage of a heat transfer plate of a heat transfer plate and a heat transfer medium are heat exchanged by lamination of heat transfer plates having portholes, The bundle heat exchanger includes a first bundle to a second bundle integrated by brazing in a state in which the reinforcing plate is in close contact with the outer surface of the heat transfer plate within a range of 5 to 20 sheets, A bundle package that is selectively modularized by the bundle; Leakage preventing means for watertightness of the porthole between the second bundle adjacent to the first bundle and another nth bundle; The heat exchanger of the disc bundle type is characterized in that the heat exchanger is composed of a heat exchanger.

According to the present invention, the leakage preventing means comprises: a connecting plate sandwiched between the first bundle and the nth bundle and having a through-hole communicating with the porthole; An O-ring inserted into the through hole; A space ring fitted inside the O-ring; .

According to the present invention, the reinforcing plate and the connecting plate are formed with protrusions and grooves to be fitted to each other.

The present invention is characterized in that the first bundle to the n-th bundle are formed in a honeycomb structure having a corrugated portion forming an outer rim of the heat transfer plate.

The present invention provides a method of manufacturing an electronic device, comprising: a housing accommodating the bundle package and having a heating medium inlet and a heating medium outlet; A blind that opens and closes a side opening of the housing and includes a heating medium inlet and a heating medium outlet communicating with the pouring hole; .

The present invention is characterized by comprising a bundle guide formed on an inner surface of the housing.

The present invention is characterized in that it is constituted by a bracket, a hinge and a hinge pin respectively attached to the housing and the blind.

According to the present invention, the disk bundle is modularized and standardized in a compact configuration, so that it is convenient to design and apply it according to the specification (standard, processing capacity) of the plate heat exchanger, and has the effect of standardizing the product and stabilizing the quality. And it is easy to manufacture disk bundles by stacking a certain number of heat transfer plates and brazing joints, greatly improving productivity and handling and management.

The present invention provides leakage preventing means between the disk bundle and the bundle, thereby preventing leakage, eliminating heat loss, and enhancing energy efficiency. It also lowers the incidence of defects, significantly reduces production costs, and lowers product prices.

The present invention provides a space ring that covers an O-ring in a through hole of a connecting plate, and is excellent in water tightness and durability, and the O-ring can be used for a long time without being directly exposed to the heat medium, thereby extending its service life.

The present invention provides an effect of promptly grasping a damaged bundle and easily repairing and repairing the same without the need to replace the entire heat transfer plate when a failure or damage occurs. And the repair and replacement cost of each bundle is less than 1/3, which is economical.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a diagram illustrating a conventional plate heat exchanger; FIG.
FIG. 2 is a perspective view of a disk bundle type packaged heat exchanger according to a preferred embodiment of the present invention. FIG.
3 is an internal cross-sectional view of a disk bundle type packaged heat exchanger according to the present invention.
Fig. 4 is a side view showing the cross section taken along line "A" to "A "

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. The present invention is characterized in that the heat transfer plates (32) having the portholes (35) are stacked and brazed together so that the heating medium passing through the heating heat transfer path (33) and the heating heat transfer path (34) The heat transfer plate (32) is within a range of 5 to 20 sheets, and the reinforcing plate (38) is welded to the outer surface of the heat transfer plate (32) A bundle package 30 having a first bundle 40-1 to a second bundle 40-2, an n-th bundle 40-n and being selectively modularized by the bundle; Leakage preventing means 50 for watertightness of the porthole 35 between the second bundle 40-2 adjacent to the first bundle 40-1 and another nth bundle 40-n; .

The disk bundle type heat exchanger of the present invention having the above-described features is composed of a main body housing 10, a bundle bundle package 30 in units of bundles, and a leakage preventing means 50. One side of the housing 10 is opened and closed by a blind 20 and a bundle package 30 is accommodated therein.

First, the bundle package 30 is provided with one or a plurality of disk bundles, and the first bundle 40-1 to the second bundle 40-2, the third bundle 40-3, Lt; / RTI > bundle 40-n.

The first through n-th bundles 40-1, 40-2, 40-3, ... 40-n are integrated by stacking a plurality of heat transfer plates 32 in multiple stages and brazing the contact surfaces, It is preferable that the heat transfer plate 32 is provided within a range of at least 2 sheets to a maximum of 30 sheets, and 5 to 20 sheets are most suitable. The reinforcing plate 38 is integrally brazed to the outer surface of the heat transfer plate 32 in a state in which the reinforcing plate 38 is in close contact. The heating plate 32 has potholes 35 at the upper and lower edges and the heating heat transfer path 33 and the heating heat transfer path 34 are alternately formed in the bundle so that the heating medium inside the housing and the pothole The heat is transferred to the heat medium while the heat medium flows along the corresponding flow path.

The leakage preventing means 50 is provided between the first bundle 40-1 and the second bundle 40-2 adjacent to the first bundle 40-1 and the nth bundle 40- do.

According to the present invention, the leakage preventing means 50 includes a connection 53 having a through hole 53 which is sandwiched between the first bundle 40-1 to the n-th bundle 40-n and communicates with the pour- A plate 52; An O-ring 54 inserted into the through hole 53; A space ring 56 fitted inside the O-ring 54; .

That is, the connecting plate 52 is brought into close contact with the side reinforcing plate 38 of the first bundle 40-1 and the O-ring 54 and the space ring 56 are inserted into the through- 2 bundle 40-2. In this way, the third bundle 40-3, the nth bundle 40-n are repeatedly assembled, and after the bundles are sequentially inserted into the housing, the blinds are brought into contact with the fastening holes It is pressed and fixed according to tightening. Also, the connection plate 52 and the O-ring 54 may be inserted between the inner surface of the housing or between the blind and the n-th bundle to prevent the leakage of the contact portion or to adjust the clearance between the bundles.

In this case, the space ring 56 is fitted in the port hole 39 with the sleeve 57 on the inner side in a '' shape. Accordingly, the space ring 56 is formed to have the same thickness or thickness as the connection and the inner surface of the O-ring can be stably supported. Preferably, the sleeve 57 is formed on the inner side so that the cross section of the sleeve 57 is in the shape of 'ㅗ' as shown in FIG. 3 and supports the O-ring in the shape of 'O', and the contact surface with the O-ring is formed into a concave curve. The sleeve 57 is fitted tightly into the port hole 39 and is tightly fixed, preventing direct contact with the heating medium and extending the service life of the O-ring.

According to the present invention, the reinforcing plate 38 and the connecting plate 52 are formed with protrusions 42 and grooves 44 which are fitted to each other. As described above, when the bundle is assembled, the projection 42 is fitted into the groove 44, so that the contact area between the connecting plate 52 and the reinforcing plate 38 is uniformly assembled, and the accuracy is improved.

The present invention is characterized in that the first bundle 40-1 to the nth bundle 40-n have a honeycomb structure in which the corrugations 36 forming the outer rim of the heat transfer plate 32 are formed do. That is, the heat transfer plate 32 is formed with a heating or heating heat transfer path on its front surface and is tightly watertightly processed by the wrinkles 36 formed along the rim. In particular, the wrinkles 36 are formed in a trapezoidal shape And the honeycomb structure is excellent in strength and durability.

On the other hand, the heat transfer plate 32 and the corrugated portion 36 are formed by the same method as that described in the above-mentioned Japanese Patent Application No. 10-1078554 (Oct. 25, 2011, Quot; edge type reinforced disk type heat exchanger "). According to this, the corrugated portion of the corrugated portion is formed and reinforced along the outer edge of the heat transfer plate, and the corrugated portion (the concave portion and the protruded portion) is brazed to each other, wherein the corrugated portion is overlapped with the heat transfer plate, It is preferable that the corrugated portions (recessed portions and projected portions) of adjacent adjacent heat transfer plates are joined to form a four-layered bonded structure.

Next, the present invention is characterized by comprising: a housing (10) accommodating the bundle package (30) therein and having a heating medium inlet (14) and a heating medium outlet (16); A blind 20 having a heating medium inlet 22 and a heating medium outlet 24 communicating with the porthole 35 by opening and closing a side opening of the housing 10; .

In other words, the housing 10 has an opening formed in one side or both sides in the form of a hollow cylinder, a flange 12 is formed in the opening, and the blind 20 is sealed to be sealed. The heating medium inlet 14 and the heating medium outlet 16 are respectively provided in the upper and lower portions to allow the heating medium to flow in or out. The side surfaces of the heating medium inlet 22 and the heating medium outlet 24 So that the heating medium flows or flows out. The blind 20 is assembled to the flange 12 by fasteners 28 such as bolts and nuts.

The present invention also includes a bundle guide (18) formed on an inner surface of the housing (10). As shown in FIG. 4, the bundle guide 18 is formed on both sides of the inner surface of the housing so as to be curved so that the heating medium through the upper heating medium inlet flows downward along the heating heat transfer path to increase heat exchange efficiency. Further, the disk bundle guides into or advances into the housing, and an appropriate tolerance is formed between the heat transfer plate and the bundle guide.

The present invention is characterized in that the bracket 60 and the hinge 62 attached to the housing 10 and the blind 20 are assembled by the hinge pin 64. [ This is because the blind 20 is assembled with the housing 10 by means of the bracket 60 and the hinge 62 and the hinge pin 64 so that when the blind is released and the blind is released, And the bundle package is easy to work with.

10: housing, 12: flange. A heating medium inlet is connected to a heating medium inlet and a heating medium outlet is connected to the heating medium inlet. The present invention relates to a heat exchanger for heating an object to be heated and a method for manufacturing the same, A n-bundle of n-th bundles, 42: projections, 44: grooves, 50: leakage preventing means, 52: connecting plate, 53: through hole, 54: o- : Bracket, 62: hinge, 64: hinge pin

Claims

The heat transfer plates 32 having the portholes 35 are stacked and brazed together so that the heating medium passing through the heating heat transfer path 33 and the heating heat transfer path 34 of the heat transfer plate and the heat transfer medium are heat- In a bundle type packaged heat exchanger,
The heat transfer plate 32 is in the range of 5 to 20 sheets and the first bundle 40-1 to the second bundle 40-1 are brazed to the outer surface of the heat transfer plate 32 in a state where the reinforcing plate 38 is in close contact, A bundle package 30 having a n-th bundle 40-n and being selectively modularized by the bundle;
Leakage preventing means 50 for watertightness of the porthole 35 between the second bundle 40-2 adjacent to the first bundle 40-1 and another nth bundle 40-n; Wherein the heat exchanger is provided with a disk bundle type heat exchanger.

The method according to claim 1,
The leakage preventing means (50)
A connecting plate 52 sandwiched between the first bundle 40-1 to the nth bundle 40-n and having a through hole 53 communicating with the porthole 35;
An O-ring 54 inserted into the through hole 53;
A space ring 56 fitted inside the O-ring 54; Wherein the heat exchanger comprises a heat exchanger.

3. The method of claim 2,
Wherein the reinforcing plate (38) and the connecting plate (52) are provided with projections (42) and groove portions (44) to be fitted to each other.

The method according to claim 1,
The first bundle 40-1 to the n-th bundle 40-n are formed in a honeycomb structure in which the corrugations 36 forming the outer rim of the heat transfer plate 32 are formed. Packaged heat exchanger.

The method according to claim 1,
A housing (10) having the bundle package (30) therein and having a heating medium inlet (14) and a heating medium outlet (16);
A blind 20 having a heating medium inlet 22 and a heating medium outlet 24 communicating with the porthole 35 by opening and closing a side opening of the housing 10; Wherein the heat exchanger comprises a heat exchanger.

6. The method of claim 5,
And a bundle guide (18) formed on an inner surface of the housing (10).

6. The method of claim 5,
And a bracket (60), a hinge (62) and a hinge pin (64) attached to the housing (10) and the blind (20), respectively.