KR101883313B1 - Apparatus for Curing Concrete Using a Natural Light - Google Patents

Abstract

The present invention relates to a method for curing a concrete structure by using a heat source obtained through natural light at the time of curing of a concrete structure and curing the concrete block so as to provide an economical curing while reducing the cost required for curing work, A main curing part forming a curing space which is hermetically sealable from the outside so as to create an environment in which the curing part can be formed; A heat source generating unit installed at one end of the main curing unit and capable of communicating with the curing space inside thereof and accommodating a concrete block facing the main curing unit therein to form a preheating space capable of obtaining and storing a heat source according to natural light; Wherein the curing space of the main curing part and the preheating space of the heat source generating part are openable and closable to form a conveying path through which the concrete block can be moved, and a heat source in the heat source generating part is formed so as to be circulated toward the curing space of the main curing part A concrete curing device using natural light including a heat source circulation means is provided.

Description

Technical Field [0001] The present invention relates to a concrete curing apparatus using natural light,

The present invention relates to a concrete curing device using natural light, and more particularly, to a concrete curing device using natural light, and more particularly, to a concrete curing device using natural light, The present invention relates to a concrete curing device using natural light,

In general, concrete structures are produced by pouring concrete with durability and vibration-proofing effects, and then mass-produced by a curing process that keeps the shapes from being affected by harmful effects such as temperature, load and impact. The concrete curing unit uses a concrete curing unit that is molded to various shapes and sizes and then cured uniformly.

Such a concrete curing device includes a curing device to which a wet curing method of curing the product is applied and a curing device to cure the product from a heat source using a burner or electric energy by heating the water to generate steam according to the curing process and method, The curing system to which the dry curing method of the present invention is applied.

However, in the case of conventional concrete curing equipment, steam and high-pressure steam are replaced by leachate, and leachate containing concrete components flows out to the outside, and fossil fuels such as kerosene and diesel used as fuel for oil burner are used There is a problem that environmental pollution and a large amount of fuel cost are generated.

As a prior art disclosed to solve the above problems, Korean Utility Model Registration No. 382484 (Apr. 13, 2005) discloses a concrete curing chamber in which a water-containing concrete molding is loaded or a high temperature Wherein the air in the curing room or the curing bath is re-sucked through a residual heat absorbing pipe on one side and is forced through a heating pipe on the other side, And an electric heating wire which is heated to discharge the air passing through the heating pipe through the hot air and moisture discharge pipe on the other side to the inside of the curing room, And a water supply pipe connected to one side of the hot air and the water discharge pipe, A water supply unit provided at one side thereof for supplying water to the inside of the curing chamber together with the hot air, and a control unit for controlling the temperature of the curing room and the temperature and humidity of the curing chamber, A sensing unit provided on one side of the curing chamber and including a temperature and humidity sensor for sensing the temperature and humidity of the curing chamber and transmitting the sensed temperature and humidity to the controller; A display unit including a first display window for indicating temperature, humidity, curing time and remaining curing time of the curing indoor part, and a second indicator for indicating a temperature rising curing, a temperature lowering curing and a curing completion state of the curing indoor part There is known a concrete curing device for concrete which is capable of reducing the amount of ground water used and improving the quality of concrete curing.

However, in the case of the above-mentioned conventional concrete curing apparatus, an electric heater is applied to generate hot air so as to cope with the problem of environmental pollution caused by fossil fuel. However, in order to continuously drive the electric heater, There is a problem in that it is expensive to operate the apparatus for the operation.

In addition, the conventional concrete curing apparatus is structurally complicated due to a lot of electric facilities including an electric heater, and the manufacturing cost of the apparatus is high, so that the cost competitiveness of the apparatus is inferior.

KR Registration Practical Utility Model No. 20-0382484 (Mar. 13, 2005)

The present invention has been made to solve the above problems and it is an object of the present invention to provide a curing curing method for curing concrete blocks, And it is an object of the present invention to provide a concrete curing device using natural light which can minimize maintenance cost.

In addition, the present invention is to provide a concrete curing device using natural light, which can increase the curing efficiency while minimizing heat loss in the curing space because the heat source in the curing space containing the concrete block is continuously circulated for reuse.

The concrete curing device using natural light proposed by the present invention comprises a main curing part forming a curing space which can be hermetically sealed from the outside so as to create an environment capable of curing while receiving a concrete block therein; A heat source generating unit installed at one end of the main curing unit and capable of communicating with the curing space inside thereof and accommodating a concrete block facing the main curing unit therein to form a preheating space capable of obtaining and storing a heat source according to natural light; Wherein the curing space of the main curing part and the preheating space of the heat source generating part are openable and closable to form a conveying path through which the concrete block can be moved, and a heat source in the heat source generating part is formed so as to be circulated toward the curing space of the main curing part And a heat source circulation means.

The outer wall of the heat source generating unit is made of vinyl, glass, or a plastic material capable of receiving natural light transmitted through a light source, and the temperature of the preheating space in the heat source generating unit is maintained at 10 to 60 ° C .

The heat source circulation means may include a screen door provided at one end of the main curing portion in contact with the heat source generating portion and provided so as to be able to open and close the curing space and a heat source provided corresponding to an upper portion of the screen door, A heat source supply means for supplying the heat to the curing space of the main curing portion; and an exhaust means provided corresponding to a lower portion of the screen door and discharging the cool air in the curing space toward the preheating space of the heat source generating portion.

And a stacking means for stacking a plurality of concrete blocks and reciprocatingly moving back and forth toward a position of the curing space of the main curing portion at a position in the preheating space of the heat source generating portion.

And a heat source supply unit installed at one end of the main curing unit and supplying a heat source so as to reinforce heating or heating toward the curing space.

According to the concrete curing device using natural light according to the present invention, since the curing heat source according to natural light is acquired and continuously supplied to the curing space, it is possible to provide an environmentally-friendly curing environment to protect the natural environment, It is possible to greatly reduce the operation cost and maintenance cost of the apparatus and to improve the quality of curing due to efficient temperature maintenance while minimizing the heat loss in the curing space.

In addition, the concrete curing apparatus using natural light according to the present invention can easily manufacture the apparatus because the overall structure is simple because the energy source according to natural light is utilized, thereby reducing the manufacturing cost and improving the price competitiveness of the apparatus There is an effect that can be.

1 is a perspective view showing a general concrete block.
2 is a front view schematically showing an embodiment according to the present invention;
3 is a side view schematically showing an embodiment according to the present invention.
Figure 4 is a side view of a stacking means in one embodiment in accordance with the present invention;
5 is a side view schematically illustrating another embodiment according to the present invention.

The present invention relates to a curing apparatus comprising a main curing section for forming a curing space which can be sealed from the outside so as to create an environment in which a concrete block can be cured while being accommodated therein; A heat source generating unit installed at one end of the main curing unit and capable of communicating with the curing space inside thereof and accommodating a concrete block facing the main curing unit therein to form a preheating space capable of obtaining and storing a heat source according to natural light; Wherein the curing space of the main curing part and the preheating space of the heat source generating part are openable and closable to form a conveying path through which the concrete block can be moved, and a heat source in the heat source generating part is formed so as to be circulated toward the curing space of the main curing part And a heat source circulation means. The concrete curing apparatus using natural light is characterized by its technical structure.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, preferred embodiments of concrete curing apparatus using natural light according to the present invention will be described in detail with reference to the drawings.

As shown in FIGS. 2 and 3, the concrete curing apparatus using natural light according to the present invention includes a main curing unit 10, a heat source generating unit 20, and a heat source circulating means 30 .

In the present invention, as a curing device for a concrete block (C), a concrete block (C) cured by the present invention is a structure of a concrete block (C) used for a sidewalk block or boundary stone construction , Cement, water, sand, and admixture.

As shown in FIGS. 2 and 3, the main curing part 10 is formed with a curing space 11 that can be sealed from the outside in order to create an environment capable of curing the concrete block C therein, The space 11 forms a sufficient area in which a plurality of concrete blocks C can be collectively accommodated.

The curing space (11) has a structure in which a plurality of walls are assembled on four sides in the case of the main curing part (10) so as to create a closed space. The main curing part (10) It is preferable to use a heat insulating material so as to prevent the heat source from being lost while blocking the heat insulating material as much as possible.

The main curing part 10 is provided with a seating member 13 which holds and holds a plurality of concrete blocks C in the curing space 11 at a fixed interval so as to be supported at a fixed position. For example, a curing position is fixed by placing a plate P on which a plurality of concrete blocks C are placed on a seating member 13 which is configured to have two pairs of corresponding to each other, A plurality of plates P can be seated on the upper and lower sides and the left and right sides thereof.

The heat source generating unit 20 performs a function of acquiring a curing heat source to supply the heat source necessary for the curing work in the main curing unit 10. [

As shown in FIG. 3, the heat source generating unit 20 is disposed so as to be in contact with one outer end of the main curing unit 10, and is configured to communicate with the curing space 11 therein. That is, the heat source generating unit 20 forms a preheating space 21 which can communicate with the curing space 11 depending on whether the heat source circulation means 30 is opened or closed.

Preferably, the heat source generating unit 20 is integrally assembled with one end of the main curing unit 10 so as to block the loss of the heat source as much as possible and to assure the durability of the apparatus itself.

The preheating space 21 of the heat source generating unit 20 is provided with an opening and closing door (not shown) through which a concrete block C can be introduced at one end thereof in a closed space. That is, a space for accommodating the concrete block C facing the main curing part 10 is secured in the preheating space 21, and the concrete block C is formed through the opening and closing door do.

In the heat source generating unit 20, a heat source is acquired and stored in the preheating space 21, and a heat source according to natural light is acquired. That is, since the outer wall of the heat source generating unit 20 is composed of a light source of vinyl, glass, or transparent plastic that can receive natural light transmitted through a light source, a heat source according to natural light can be obtained from all directions.

The outer wall of the heat source generating unit 20 is spaced apart from the outer wall of the heat generating unit 20 so as to insulate the heat source from the heat generated in the preheating space 21 while receiving natural light, It is preferable to construct a multi-walled structure of layers.

The heat source is obtained in the heat source generating unit 20 so that it can be maintained at a temperature of 10 to 60 ° C, that is, a minimum temperature of 10 ° C and a maximum temperature of 60 ° C.

For example, the temperature of the heat source in the preheating space 21 is set so as to show a maximum of 60 ° C at a minimum of 40 ° C in summer, and at a maximum of 15 ° C at a minimum of 10 ° C in winter.

Although not shown in the drawing, the heat source generating unit 20 may be provided with a heating means for generating artificial light on the inner wall surface so as to supplement the temperature of the preheating space 21. More specifically, a heat source which is insufficient only by natural daylighting in the winter can be complemented by artificial light according to the heating means.

The heat source circulation unit 30 circulates and supplies the curing heat source acquired by the heat source generation unit 20 to the main curing unit 10.

The heat source circulating means 30 is located between the curing space 11 of the main curing portion 10 and the preheating space 21 of the heat source generating portion 20 and is configured to be openable and closable, And forms a conveyance path that can be moved toward the curing space 11 in the preheating space 21.

3, the heat source circulation means 30 includes a screen door 31 provided to open and close the curing space 11, a heat source supply means 33 for supplying a heat source to the curing space 11, And an exhausting means 35 for exhausting cool air in the curing space 11. As shown in FIG.

The screen door 31 is installed at one end of the main curing part 10 which is in contact with the heat source generating part 20 and is provided in the form of a roll screen at the upper part. . That is, the screen door 31 moves upward to open the curing space 11 so that the concrete block C in the preheating space 21 can be moved toward the curing space 11, The door 31 is moved downward to close the curing space 11, so that the curing space in the curing space 11 can be formed.

The heat source supplying means 33 is provided corresponding to the upper portion of the screen door 31 and supplies the heat source obtained from the heat source generating unit 20 toward the curing space 11 of the main curing unit 10 .

The heat source supply means 33 is constructed only in the form of a suction port penetrating on the screen door 31 so as to be naturally supplied by the pressure difference between the curing space 11 and the preheating space 21 Or a structure in which a driving source such as a suction fan is provided corresponding to the suction port and can be mechanically supplied.

The exhaust means 35 is provided corresponding to the lower portion of the screen door 31 and discharges the cool air in the curing space 11 toward the preheating space 21 of the heat source generating unit 20.

The exhausting means 35 may be constituted by a natural supply structure having only an exhaust opening as in the case of the heat source supply means 33 or a mechanical supply structure including a driving source such as an exhaust fan together with the exhaust opening .

Although not shown in the drawing, the heat source circulating means 30 may be provided with a temperature adjusting means for adjusting the temperature in the curing space 11 of the main curing portion 10. That is, since the temperature control means automatically controls the heat source supply means 33 and the exhaust means 35, the heat source supply amount according to the heat source supply means 33 and the exhaust amount according to the exhaust means 35 are adjusted The temperature in the curing space 11 can be efficiently adjusted and maintained.

As shown in FIGS. 3 and 4, the concrete curing apparatus using natural light according to the present invention can easily carry the concrete block C to be cured toward the curing space 11 of the main curing part 10 It is also possible to further comprise a load carrying means 40 which can be driven to be able to be moved.

The stacking and conveying means 40 is constructed such that a plurality of concrete blocks C are stacked and the position of the curing space 11 of the main curing portion 10 at a position in the preheating space 21 of the heat source generating portion 20 is So as to reciprocate back and forth.

4, the stacking and conveying means 40 includes a conveying body 41 having a support member 42 on which a plurality of concrete blocks C are stacked and on which a plate P can be loaded, (45) which is provided at a lower portion of the heating chamber (41) and is mounted on a running rail (R) provided in a straight path from the preheating space (21) to the curing space (11) .

The supporting member 42 of the conveying main body 41 is constituted by a multi-layer stacking structure in which a plurality of plates P on which a plurality of concrete blocks C are stacked. In the case of the supporting member 42, It is possible to stably support the plate P and simultaneously convey a large amount of the concrete blocks C because the height and the width and the number of the seating members 13 provided in the housing 10 correspond to the height, .

The carrying main body 41 is rotatably driveable on the traveling means 45. That is, the transporting body 41 is configured to be able to change the direction of the rotation of the transporting body 41 so as to facilitate the drawing and loading of the plate P.

That is, according to the concrete curing apparatus using natural light according to the present invention, the curing heat source according to natural light can be acquired and continuously circulated to the curing space, thereby providing an environmentally-friendly curing environment, It is possible to greatly reduce the operating cost and maintenance cost of the apparatus by utilizing pure natural energy while improving the quality of curing due to efficient temperature maintenance while minimizing heat loss in the curing space.

In addition, since the overall structure of the present invention is easily configured by utilizing an energy source according to natural light, it is possible to reduce the manufacturing cost and improve the price competitiveness of the device with ease.

As shown in FIG. 5, the concrete curing apparatus using natural light according to the present invention may be installed at one end of the main curing unit 10 and may be reinforced to heat the curing space 11 And a heat source supplier (50) for introducing the heat source.

The heat source supply unit 50 is a selectively drivable structure in which the temperature of a suitable curing environment in the curing space 11 of the main curing unit 10 is maintained only by a heat source according to natural light of the heat source generating unit 20 It is configured to allow the heat source to flow only in difficult cases.

For example, the temperature regulating means for regulating the temperature in the curing space 11 of the main curing unit 10 during the winter can automatically control the heat source supply unit 50 to be driven, Can be maintained continuously.

The heat source supply unit 50 is provided with a heating means such as a general electric heater, so as to have a blower capable of injecting hot air.

In the other embodiments described above, the same configuration as that of the above-described embodiment can be employed, so that detailed description is omitted.

Although the preferred embodiment of the concrete curing device using natural light according to the present invention has been described above, the present invention is not limited thereto, and various modifications may be made within the scope of the claims, the specification and the accompanying drawings. And this is also within the scope of the present invention.

10: Main curing part 11: Curing space
13: seat member 20: heat source generating unit
21: preheating space 30: heat source circulation means
31: Screen door 33: Heat source supply means
35: exhaust means 40: stacking means
41: carrying body 42: supporting member
45: travel means 50: heat source supply
C: Concrete block P: Plate

Claims (5)

A main curing part for forming a curing space which can be sealed from the outside so as to create an environment in which a concrete block can be cured while receiving the concrete block; A heat source generating unit installed at one end of the main curing unit and capable of communicating with the curing space inside thereof and accommodating a concrete block facing the main curing unit therein to form a preheating space capable of obtaining and storing a heat source according to natural light; Wherein the curing space of the main curing part and the preheating space of the heat source generating part are openable and closable to form a conveying path through which the concrete block can be moved, and a heat source in the heat source generating part is formed so as to be circulated toward the curing space of the main curing part And a heat source circulation means,
The outer wall of the heat source generating unit is made of vinyl, glass, or plastics mining material that can receive natural light transmitted through a light source. The outer wall of the heat source generating unit absorbs natural light and loses the heat source acquired in the preheating space. And the temperature of the preheating space in the heat source generating unit is maintained to be maintained at 10 to 60 DEG C,
The heat source circulation means may include a screen door provided at one end of the main curing portion in contact with the heat source generating portion and provided so as to be able to open and close the curing space and a heat source provided corresponding to an upper portion of the screen door, And a discharge means provided corresponding to a lower portion of the screen door and discharging the cool air in the curing space toward the preheating space of the heat source generating portion,
And a stacking means for stacking a plurality of concrete blocks and reciprocatingly moving back and forth toward a position of the curing space of the main curing portion at a position in the preheating space of the heat source generating portion,
Wherein the stacking and conveying means comprises a conveying body having a support member of a multi-layer stacking structure in which a plurality of plates on which a plurality of concrete blocks are stacked can be divided and stacked, and a conveying body provided at a lower portion of the conveying body, And a traveling means which is seated on a running rail provided in a linear path up to a point where the traveling body is linearly movable forward and backward, wherein the carrying body is rotatably driveable on the traveling means so as to be able to change direction ,
And a heat source supply unit installed at one end of the main curing unit to supply a heat source so as to reinforce heating or heating toward the curing space.
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