KR200381107Y1 - A visual cold storage for keeping freshness of raw fish - Google Patents

Abstract

The present invention is an upper and lower substrate means for binding and bonding each of the aluminum cooling plate member disposed by fixing the cooling pipe embedded; A sight-winding means and an opening-closing means which are respectively installed and coupled to the front and rear of the upper and lower substrate means; A holder means for sealing the upper and lower substrate means, the see-through means and the opening / closing means, and both left and right end ends for sealing both ends; Intermediate isolating holder means for separating and separating the refrigerating chamber and the machine room at any intermediate position of the sealing holder means at both ends, so that the cold air from the upper and lower sides of the aging refrigerator can be released It can keep the freshness of fish fresh for a long time while minimizing the temperature variation in the heat of the heat and keeping it cool at the required temperature in an equal condition. At the same time, it is possible to mass-produce the matured refrigeration shelves for the freshwater fish by simply and efficiently mass-producing them at low cost by constructing the matured refrigeration shelves in the state that each component is assembled in a prefabricated manner. It's about opening.

Description

A visual cold storage for keeping freshness of raw fish}

The present invention relates to a maturation refrigeration shelf for fresh fish for aging display and aging of fresh seafood for sushi or sushi to maintain a mature taste and freshness, in particular the present invention is the cold air from the upper and lower sides of the aged refrigeration shelf By minimizing the temperature variation of the matured refrigeration shelf in the high temperature and maintaining the cooling state at the required predetermined temperature in an equal state, it is matured to maintain the optimal taste of the fresh fish. It is possible to maintain freshness of fish for a long time and to make the matured refrigeration cabinet in the state that each component is assembled in a prefabricated manner. It relates to an aged refrigeration cabinet for fresh fish that can be provided.

Generally, as a method for maintaining freshness of sashimi or sushi fresh fish, the heads, fins, scales, blood and other internal organs of fresh fish and fresh fish are removed and trimmed. The fish fillet is cut in a manner of cutting by portions, and then it is stored in the refrigerator while being aged for a predetermined time in a refrigerator compartment of a refrigerator.

In particular, considering only the freshness of sashimi, sashimi is usually caught live fish caught immediately and sashimi sashimi, which is a live fish strained in the process of cutting the fish with a knife and floating the sashimi In the process, the post muscle stiffness is severe in this process, and the post stiffness of the live fish stiffens the meat of the meeting to reduce the tender and soft taste.

Therefore, the dead sashimi for sashimi or sushi just after being stored at low temperature for a certain period of time in the refrigerating room after the cold storage and aging to soften and soften the quality of sashimi while maintaining the freshness and remove the fishy smell to taste the sashimi or sushi It is also taking steps to enhance the quality of sashimi.

However, in the case of killing live fish and opening a sack and then aging for a certain period of time in a low temperature refrigerator, it is common to use a refrigerator of a normal kitchen refrigerator. It is for the purpose of refrigeration of all food materials required by the company. It is composed of a closed cabinet that is completely blocked from the outside. Therefore, it is impossible to check the state of the contents stored inside the refrigerator. After the contents were taken out to the outside and the condition was checked or selected, they had to be taken.

Therefore, in the case of storing the sashimi for sashimi in such a kitchen refrigerator, whenever the door of the refrigerating compartment is opened, the outside air flows into the refrigerating compartment, and thus the fresh fish stored in the refrigerating compartment frequently comes into contact with the outside hot air. The freshness of the fish may be lowered, resulting in deterioration of the fish taste of expensive fish or high-quality fish for sushi or, in severe cases, deterioration of the taste, making it impossible to use the fish. As a result, various problems such as lowering the product value of expensive production meetings added to the economic burden on the business.

Therefore, in the case of refrigeration and display of fresh fish of high quality fish for sushi and sushi, as shown above, a business or a user manufactures a display refrigerator by hand in a box shape such as a glass box and does not use a kitchen refrigerator. The company also plans to store and display the sashimi or sushi fresh fish by disposing a cooling pipe made of copper tubes at the lower part of the kitchen. However, this is a special order made by skilled workers and it is difficult to mass produce it. It is very difficult and expensive, and not only can it be practically used, but also the cooling line is installed only at the bottom of the box-type refrigerated shelves in glass boxes. By various articles for example, The block is fit a binary refrigeration opening and the lower and the upper temperature range, depending on where increased effectively maintained for a long time and an expensive sashimi diagram of sushi for fresh fish is there shown in the disadvantage of insufficient points occur much.

Therefore, the present invention was created in order to solve the various disadvantages and problems of the prior art listed above, the present invention is a flexible soft taste and meat quality without the stiffness of the fish meat made by cutting freshly killed live fish The purpose is to provide aging fresh storage shelves for commercial fish that can be aged, stored and displayed for a long time while the furnace is maintained.

In addition, the present invention has another object to provide a refrigeration shelf for maturing fresh fish that can maintain the freshness for a long time by eliminating the refrigeration temperature deviation in the high by installing the cooling line of the refrigerated shelves in the upper and lower.

In addition, the present invention is installed in the front and side viewing window that can be ordered by the customer while observing the inside from the outside, and transparent opening and closing means is installed at the rear to easily and quickly perform the selection or withdrawal of the required fresh air in the cold air Another goal is to provide freshwater matured refrigeration shelves that can minimize losses and reduce power consumption.

In addition, the present invention allows the cooling line to be installed at both the upper and lower parts of the refrigerator to maintain the same temperature at the refrigeration temperature, which requires little in the upper and lower temperature variations. It is possible to expect the air curtain effect to block the water, and even if the rear opening and closing means frequently open and close by minimizing the inflow of outside air by cold air inside the air, thereby suppressing the phenomenon that the freshness of the surface of the fresh fish is reduced. It is also an object of the present invention to provide a matured refrigerated shelf for fresh fish that can maintain the freshness of the fresh fish for a long time.

In addition, the present invention is composed of all the components for providing a fresh fish matured refrigeration shelves in a prefabricated structure, the production assembly is easy and mass production is possible to provide a large amount of fresh fish matured refrigeration shelves that can effectively display and store expensive fresh fish. There is another purpose.

The present invention for achieving the above object is the upper and lower substrate means for binding and bonding each of the aluminum cooling plate member disposed by fixing the cooling pipe; A sight-winding means and an opening-closing means which are respectively installed and coupled to the front and rear of the upper and lower substrate means; A holder means for sealing the upper and lower substrate means, the see-through means and the opening / closing means, and both left and right end ends for sealing both ends; Intermediate isolating holder means for isolating and separating the refrigerating chamber and the machine room at any intermediate position of the sealing holder means of the both ends, which will be described in more detail according to the accompanying drawings the most preferred configuration and embodiment As follows.

Figure 1 is an overall external perspective view of the present invention, Figure 2 is a full exploded perspective view of the present invention, Figure 3 is a perspective view of a combined state of a portion of the present invention in a closed state, Figure 4 is a side cross-sectional view showing a refrigerator compartment combined state of the present invention. 1 is a cross-sectional view taken along the line II-II of FIG. 1, and FIG. 5 is a cross-sectional view taken along the line of the present invention in front view, and a cross-sectional view taken along the line III-III of FIG. 1, FIG. 6 is a cross-sectional view of the present invention, and FIG. 7 is a holder applied to the present invention. Figure 8 is a cross-sectional view showing a state in which the coupling frame for coupling means, Figure 8 (A), (B), (C), (D), (E) is an exemplary view showing the assembly process of the present invention.

As shown, the fresh fish matured refrigeration cabinet (1) of the present invention is coupled by binding the aluminum cooling plate member (10), (20), which is arranged by fixing the cooling pipes (11), (21) separately. Upper and lower substrate means (100, 200); A viewing window 300 and an opening / closing means 400 which are respectively installed and coupled to the front and rear of the upper and lower substrate means 100 and 200; Left and right sides of the upper and lower substrate means 100, 200 and the sight glass 300 and the shielding plate 310 and the opening and closing means 400 and the shielding plate 410 are combined to seal both ends. The holder means for sealing 500 and 600; Intermediate isolation holder means 700 for separating and separating the interior of the refrigerator compartment 1 from the refrigerator compartment F and the machine compartment M at any intermediate position of the sealing holder means 500, 600 at both ends. It is characterized by having).

The upper substrate means 100 of the refrigerated display cabinet 1 of the present invention has a front projection 102 which horizontally contemplates the insertion request 101 into which the upper end 301 of the see-through window 300 is inserted. Is formed long in the longitudinal direction, and the rear projection 105, which is formed at the same height as the front projection 102 at the same length as the front projection 102, is formed long in the longitudinal direction, and the front and rear projections 102 and 105 described above. On the inner side of the) is inserted into the aluminum or stainless steel extrudates in a state in which the insertion requests (106, 107) facing each other are long side by side in the longitudinal direction.

In addition, the lower substrate means 200 also has a front projection 202 which is formed in the longitudinal direction of the front projection 202, the upper projection of the insertion request 201, which is inserted into the lower end of the see-through window 300 in front of the lengthwise, the front projection in the opposite side of the rear The rear projections 205 having the rails 203 and 204 concave at the same height as the ones 202 are formed to be long in the longitudinal direction, and the insertion requests 206 and 207 facing each other on the inner surfaces of the front and rear projections 202 and 205 are long. In the same state as the upper substrate means 100, which are arranged side by side in a long direction, respectively, are extruded from aluminum or stainless steel.

Insertion requests (106, 107) and (206, 207), which are arranged side by side in the longitudinal direction opposite to each other on the inner surfaces of the projections (102, 105) and (202, 205) on both the front and rear sides of the upper and lower substrate means (100, 200). Insertion requests 12, 22 for inserting and fixing the cooling pipes 11, 21, respectively, are formed in the longitudinal direction in a plurality of longitudinal directions to form insertion protrusions 13, 14, and 23, 24 at both ends. One cold plate member 10 or 20 is inserted to be hypothesized, and both end insertion protrusions 13, 14 and 23 and 24 of the cold plate member 10 and 20 are made of rubber or soft. After inserting through the packing members (15, 16) and (25, 26) made of synthetic resin, the cooling plate members (10) and (20) are hypothesized on the upper and lower substrate means (100, 200) Insulation between them to exert a heat bridge effect to block the cold air conduction, and the space between the upper and lower substrate means 100, 200 and the cooling plate members 10, 20 ( S) insulated insulation such as urethane By foaming, heat insulation layers 108, 208 are formed to prevent the cooling air of the cooling plate members 10, 20 to be released to the outside to maximize the cooling efficiency.

In addition, between the front projections 102 and the insertion request 101, 201 of the lower substrate means 100, 200 of the upper and lower substrate means 100, the transparent front view window (such as tempered glass or acrylic) on both sides ( The upper and lower ends 301, 302, and 311, 312 of the shield plate 310 made of 300 and a metal plate are inserted and coupled, respectively, and the rear protrusions 105 of the upper and lower substrate means 100, 200, and On the rails 103, 104 and 203, 204 formed at positions facing each other at 205, the opening and closing means 400 made of sliding doors 401, 402 made of transparent tempered glass, acrylic, or the like is provided in a gastight state so as to be slidable. On the other side, the shielding plate 410 made of a metal plate is inserted into the rails 103, 104 and 203, 204 of the upper and lower substrate means 100, 200 and installed in a fixed state, respectively. At the rear end of the 300 and the opening / closing means 400, a holder means 700 for isolation to be described later is interposed, and the refrigerating compartment F of the refrigerating shelf 1 is provided. And thereby isolated and divided into a machine chamber (M).

The isolation holder means 700 is installed in the upper and lower portion through the cooling plate member 10, 20, the upper and lower substrate means 100, 200 through the insertion slot 711,712 inserted through ) Is formed, the center is shielded with a diaphragm 713, the insertion openings 714, 715 and the wide outside of the wide side of the viewing window 300 and the one end (304, 313) of the shielding plate 310 is inserted and guided on both sides An insulating frame 710 having a peripheral frame 716 is provided, and a guide groove 721 through which the upper substrate means 100 on which the cooling plate member 10 is installed is guided through the outside. And a pair of coupling protrusions 722, 723, and 724 and 725, which are inserted into and coupled to the rails 103 and 104 and 203 and 204 of the upper and lower substrate means 100 and 200 outside the guide groove 721, respectively. It is configured to include a coupling frame (720) formed with a receiving piece 726 protruding up and down.

In addition, the left and right sides of the refrigerated cabinet (1) is provided with a holder means for sealing 500, 600, respectively.

The sealing holder means 500 is a means for constituting the outer wall of the refrigerating compartment (F) of the refrigerating display cabinet (1), the upper and the lower side, the cold plate member 10, 20, Insertion grooves 511 and 512 to which one end of the lower substrate means 100 and 200 are inserted and coupled are provided in the upper and lower sides, respectively, and an insertion end in which one end 303 of the viewing window 300 is inserted and guided. 513 and a sealing frame 510 formed with a wide outer periphery frame 514, a side viewing window 530 made of transparent tempered glass or an acryl plate shielding the inside, and the coupling frame 720 described above. A pair of couplings inserted into and coupled to the guide grooves 521 for guiding and placing the upper fingerboard means 100 and the upper and lower substrate means 100, 200 in the same manner as The coupling frame 520 which provided the receiving piece 526 which protruded the top and bottom protrusions 522,523 and 524 and 525 is provided.

In addition, the sealing holder means 600 is a means for constituting the outer wall of the machine room (M) of the refrigerated display cabinet (1), the upper, the upper and the lower side of the cooling plate members 10, 20, Insertion grooves 611 and 612 coupled to the other end of the lower substrate means 100 and 200 are inserted into and coupled to the upper and lower sides, respectively, and the inner side of the shielding plate 310 is inserted and guided. The guide frame 610 formed with a jig 613 and a wide outer periphery frame 614, and a ventilation plate 630 and an upper substrate means 100 formed with a heat dissipation vent coupled to the inside are placed. The guide groove 621 and a pair of coupling protrusions 622, 623, 624, 625 which are inserted into and coupled to the rails 103, 104 and 203, 204 of the upper and lower substrate means 100, 200, respectively, are turned up and down. It is comprised by the coupling frame 620 which formed the snow receiving piece 626 which was made.

Assembling each component of the present invention, which is configured as described above will be described below the process of assembling the fresh fish aging refrigerated shelves (1).

First, the front and rear projections (102, 105) and (202, 205) of the upper and lower substrate means (100, 200) are cut and provided with the same length determined according to the total length of the fresh fish matured refrigeration shelf (1) to be assembled The cooling pipes 11 and 21 are separately arranged in a zigzag form in the insertion requests 12 and 22 corresponding to the lengths of the refrigerating chambers F required for the inner insertion requests 106, 107 and 206 and 207 of the respective components. Both ends of the upper and lower cooling plate members 10 and 20 are slidably inserted, and urethane foam is injected and foamed into the space S therebetween to form the heat insulating layers 108 and 208. At the same time, the cooling pipes 11, 21 and the cooling plate members 10 and 20 are integrally and firmly coupled to the upper and lower substrate members 100 and 200. One end of the lower substrate member 200 to which the cooling plate member 20 is coupled as described above is a sealing frame 5 of the sealing holder means 500 constituting the outer wall of the refrigerating chamber (F). 10) inserted into the lower insertion groove 512 formed in the lower portion and fixed by fastening means such as screws or adhesive means such as adhesive (see FIG. 8 (A)), The side door window 530 made of transparent tempered glass or acrylic plate material and the coupling frame 520 are placed in close contact with and overlapped with each other, and the door receiving piece 526 is formed in the coupling frame 520. The lower coupling protrusions 524 and 525 of the lower substrate means 200 into the rails 203 and 204 of the lower substrate means 200, and then join the lower coupling protrusions 524 and 525 in a standing state. Inserting the lower end portion 302 of the viewing window 300 to be, and sliding it so that one end 301 is inserted into the insertion slot 513 formed in the coupling frame 510 of the sealing holder means 500 for sealing the viewing window 300. The lower end 301 and one side end 303 of the first coupling to the lower substrate means 200 (See FIG. 8 (B)), the other end 304 side of the transparent window 300 made of transparent tempered glass or acrylic plate is placed in close contact with the coupling frame 720 of the holder means 700 for isolation, The upper and lower coupling protrusions 722, 723 and 724, 725 of the door support piece 726 formed in the coupling frame 720 in the same manner as the coupling frame 510, the upper and lower substrate means 100, (200) Inserted into the rails 103, 104 and (203, 204) of the) to enter the coupling frame 720, and then coupled to the isolation frame 710 on the outside thereof, the through-insert formed in the lower portion of the isolation frame 710 The lower substrate means 100 penetrates and is inserted into the jig 712, and then the other end 304 of the front viewing window 300 made of the tempered glass or acrylic plate is inserted and guided into the insertion tool 714 on one side thereof. And the door support pieces 526 and 726 of the coupling frame 520 of the sealing holder means 500 and the coupling frame 720 of the shielding holder means 700. When the sliding doors 401, 402 of the opening and closing means 400 are coupled to the rails 103, 104 and 203, 204, which are positioned between the doors, the refrigerating compartment F of the refrigerator compartment 1 is constructed. ) Reference)

As described above, after combining the elements of the sealing holder means 500, the isolation holder means 700 and the front sight window 300, the opening and closing means 400 on the lower substrate means 200, the holder means for isolation The cooling plate member 10 in which the cooling pipe 11 is disposed in the insertion demand 12 is installed in the through insertion tool 711 formed on the isolation frame 710 of the 700, and the space S therebetween. Urethane foam is injected and foamed and inserted through the upper substrate means 100 having the heat insulation layer 108 formed thereon, and the front viewing window 300 made of transparent tempered glass or acrylic plate on the insertion request 101 of the upper substrate means 100. The upper end portion 301 of the () is slidingly coupled in a state of being coupled to the insertion and at the same time the coupling frame (720), 520 of the holder holder (700) and the sealing holder means (500) for isolation into the rail (103,104) Sliding engagement in the state that the upper engaging protrusions (722, 723), (522, 523) of the door support pieces 726, 526 of the insertion, and the tip thereof Is seated in the upper insertion groove 511 of the sealing holder means 500, the coupling of the upper substrate member 100 is also completed to complete the assembly configuration of the refrigerating compartment (F) portion of the refrigerating cabinet (1) once. (See FIG. 8 (D)).

After assembling in this way, the compressor 800 is disposed on the upper surface of the lower substrate member 200 of the outer machine chamber M of the isolation frame 710, which is opened before and after the upper and lower substrate means 100 and 200, respectively. After installing the components of the cooling line system as usual, such as the cooling condenser 900 and the upper and lower cooling pipes 11 and 21 (300), the upper and lower substrate means 100, ( Inserting and shielding the shielding plate 310 made of a metal plate of the same type as the sight-winding window 300 and inserting the finishing projections 101 and 201 of the front protrusions 102 and 202 of the 200, and the rear protrusion 105 After the shielding plate 410 made of a metal plate is inserted into the outer rails 104 and 204 formed at the 205 and 205 to finish the rear surface thereof, the ventilation plate 630 and the coupling frame 620 are disposed on the outer side. By coupling the sealing holder means 600 for the machine room (M) side wall configuration to be the same as the above-mentioned sealing holder means 500 to the upper and lower substrate means 100, 200 ends Side wall of machine room (M) When closing a cooling plate 10, to which the (20) to complete the assembling work of the refrigerating chamber (F) seafood ripening display refrigerator (1) phase, formed wide in the lower portion, and hold the (see FIG. 8 (E))

Thus, in the description of the present invention, by injecting and foaming a foam foam in the space (S) between the upper, lower substrate means (100), (200) and the cooling plate members (10), (20) heat insulation (108) In forming the 208 and 208, when the upper and lower substrate means 100 and 200 and the cooling plate members 10 and 20 provided with the cooling pipes 11 and 21 are combined, The urethane foam may be formed by injecting and foaming the urethane foam in advance into the space S of the cooling plate member 10 having the upper and lower substrate means 100 and 200 and the cooling pipes 11 and 21 disposed therein. After the combination of the (20) and (20), the urethane foam may be formed by injecting and foaming after combining with the sealing holder means (500).

On the other hand, Figure 9 shows another embodiment of the present invention, the shelf holder 540 on the coupling frame 520, 720 of the sealing holder means 500 and the holder holder 700 for isolation, 740 may be formed, and the shelf 40 may be installed to maximize the usable area by configuring the display area of the interior of the fresh fish aging refrigeration cabinet 1 in two stages.

As described above, the present invention includes upper and lower substrate means for binding and bonding the aluminum cooling plate members respectively disposed to fix and fix the cooling pipes. A sight-winding means and an opening-closing means which are respectively installed and coupled to the front and rear of the upper and lower substrate means; A holder means for sealing the upper and lower substrate means, the see-through means and the opening / closing means, and both left and right end ends for sealing both ends; It is manufactured by assembling each component in the state of assembling the fresh fish matured refrigeration shelf, such as an intermediate isolating holder means for isolating and separating the refrigerating chamber and the machine room at any intermediate position of the sealing holder means at both ends. This extremely simple and standardized can provide a large amount at a low cost, and the present invention is to cut the fresh fish killed by installing the cooling line of the refrigeration cabinet in the upper and lower parts of the refrigerator to eliminate the temperature difference in the inside of the refrigerator. It is possible to provide a commercial fish shelf for fresh fish that can be matured, stored and displayed for a long time without fresh stiffness. Front and side view windows for customers to order while observing the inside from the outside, and transparent dogs at the rear By installing the means, it is possible to easily and quickly perform the selection or withdrawal of the required fresh fish without any fear of temperature rise due to frequent opening of the door, and the cooling line is installed on both the upper and lower parts of the interior. It is possible to maintain the inside temperature evenly with the required refrigeration temperature with almost no temperature variation in the lower part, and to exert cold air from the lower part to block the inflow air. By minimizing the inflow of external hot air by cold air, the freshness of the surface of the freshwater is suppressed, thereby maintaining the freshness of the freshwater for a long time, and minimizing the loss of cold air in the air to reduce power consumption. It is possible to provide a large amount of economically matured fresh fish refrigerators at low cost, which requires low operating costs. It has many features such as.

1 is a perspective view of the overall appearance of the present invention,

2 is a full exploded perspective view of the present invention,

Figure 3 is a perspective view of a coupled state of a part hostile state of the present invention,

Figure 4 is a side cross-sectional view showing a refrigerator compartment combined state of the present invention

It is sectional drawing of the II-II line | wire of FIG.

5 is a cross-sectional view taken along line III-III of FIG. 1 as a longitudinal cross-sectional view of the present invention;

6 is a cross-sectional view of the present invention,

7 is a state that the coupling frame of the holder means applied to the present invention is coupled

Is a cross-sectional view

8 (A), (B), (C), (D), (E) is an exemplary view showing the assembly process of the present invention, Figure 9 is another embodiment of the present invention.

* Explanation of symbols for the main parts of the drawings

1: display refrigerator 10, 20: cold plate member 11, 21: cooling pipe

12,22: 13, 14, 23, 24: shovel masonry 15, 16, 25, 26: packing member

40: shelf 100: upper substrate means 101: viewing window insertion request

102: front projection 103, 104: rail 105: rear projection

106,107: Insertion request 108: Insulation layer 200: Lower substrate means

201: sight window insertion request 202: front projection 203, 204: rail

205: rear projection 206, 207: insertion request 208: heat insulation layer

300: front view window 301: upper portion 302: lower portion

303, 304 left and right ends 311 upper end 312 lower end

313,314: left and right ends 400: opening and closing means 401,402: sliding door

410: shielding plate 500: sealing holder means 510: sealing frame

511,512: Insertion groove 513: Insertion slot 514: outer periphery frame

520: coupling frame 521: guide groove 522,523: coupling protrusion

524,525: Binding protrusion 526: Door support 530: Side view window

540: shelf base 600: sealing holder means 610: sealing frame

611,612: Insertion groove 613: Insertion slot 614: outer peripheral frame

620: coupling frame 621: guide groove 622,623: coupling protrusion

624,625: engaging ledge 630: vent plate 700: isolating holder means

710: frame for isolation 711, 712: insertion slot 713: diaphragm

714, 715: insertion slot 716: outer peripheral frame 720: coupling frame

721: guide grooves 722, 723, 724, 725: mate

726: door support 740: shelf support

Claims (6)

In constituting the fresh fish aging refrigeration shelves (1) for aging display of sashimi or sushi fresh fish, Upper and lower substrate means (100) and (200) for binding and coupling the aluminum cooling plate members (10) and (20) respectively disposed to fix and fix the cooling pipes (11) and (21); A viewing window 300 and an opening / closing means 400 which are respectively installed and coupled to the front and rear of the upper and lower substrate means 100 and 200; Left and right sides of the upper and lower substrate means 100, 200 and the sight glass 300 and the shielding plate 310 and the opening and closing means 400 and the shielding plate 410 are combined to seal both ends. The holder means for sealing 500 and 600; Intermediate isolation holder means 700 for separating and separating the interior of the refrigerator compartment 1 from the refrigerator compartment F and the machine compartment M at any intermediate positions of the sealing holder means 500, 600 at both ends. Fresh fish matured shelf, characterized in that it is provided with. The method of claim 1, The upper, lower substrate means 100, 200 of the refrigerated display cabinet (1) are horizontally inclined to the insertion request 101, 201 is inserted into the upper, lower portions (301, 302) of the viewing window 300 in front One protruding portion 102, 202 is elongated in the longitudinal direction, and the rear protruding portion 105, in which the rails 103, 104 are concave at the same height as the front protruding portions 102, 202 on the opposite rear thereof, 205 is elongated in the longitudinal direction, and the front and rear protrusions 102, 105 and 202, 205 are arranged side by side in parallel with each other in the lengthwise direction of the insertion requests 106, 107 and 206, 207 facing each other. An aged fresh fish shelf characterized in that it is molded from aluminum or stainless steel extrudates. The method according to claim 1 or 2, Cooling pipes 11 and 21 are inserted into the insertion requests 106, 107 and 206 and 207 of the protrusions 102 and 105 and the front and rear sides of the upper and lower substrate means 100 and 200, respectively. Forming a plurality of shovel requests (12, 22) to be fixed in the longitudinal direction to insert the cold plate member (10), (20) formed with the insertion protrusions 13, 14 and (23, 24) at both ends It is hypothesized, matured fresh fish, characterized in that the insulating layer is formed by injecting a heat insulating material such as urethane into the space (S) between the upper, lower substrate means 100, 200 and the cooling plate member 10, 20 Refrigerated shelves. The method according to claim 1 or 3, Cooling plate member (10), 20 is matured refrigeration shelves further comprising, characterized in that composed of aluminum or stainless extrudates. The method of claim 1, Refrigerating shelf (1) The upper and lower cooling plate members (10), 20 installed in the fresh fish matured refrigeration shelf further comprising a cooling structure of the upper and lower two-way (2 way) system. The method of claim 1, Shelf bases 540 and 740 may be formed on the coupling frames 520 and 720 of the holder holder 500 for sealing and the holder holder 700 for isolation, and the shelf 40 may be detachably installed. What made  Fresh fish aging refrigeration shelves containing more.