KR102208190B1 - unit set device for assembly and moving of refrigerator and heating cabinet - Google Patents

Abstract

The present invention relates to a unit set device for moving and assembling a cooling and heating cabinet. The unit set device comprises: a moving device automatically moved while loading a cooling and heating cabinet of a detachable structure; and an attachment and detachment means installed between a refrigerator and a heating cabinet for attachment and detachment of the cooling and heating cabinet. Therefore, the unit set device has convenient workability in a process of moving and arranging the cooling and heating cabinet for moving the cooling and heating cabinet to a new house or an outdoor space and maintains operation of the cooling and heating cabinet.

Description

Unit set device for assembly and moving of refrigerator and heating cabinet}

The present invention relates to a unit set device for moving and assembling a refrigerator, and more particularly, to a unit set device for moving and assembling a refrigerator and a refrigerator using a structure that is easy to attach and detach between a refrigerator and a warmer. About.

In general, refrigerators are used to keep foods fresh for a long time while preventing spoilage of foods such as food, beverages, and other foods. However, because refrigerators store food in a way that lowers the ambient temperature, food is always kept cold.

For this reason, in order to store food in a warm state, a warming cabinet is used, and since such a warming cabinet can prevent the problem of food cooling cold, a user can consume warm food.

In this way, refrigerators are used to store food in a cold state, and warming cabinets are used to store food in a warm state. Due to the different characteristics of refrigerators and warmers, most of them are located away from places such as households or restaurants. to be.

Of course, there are cases where the refrigerator and the heating cabinet are located close to each other, but most of the refrigerator sizes and the heating cabinet size specifications are different from each other, and therefore, they are often arranged in different positions.

Therefore, from the user's point of view, the user must take out or store food alternately between the refrigerator and the heating cabinet, which inevitably increases the movement of the user, which in turn means that when the user faces an urgent cooking situation, the user takes out the food. You have no choice but to feel uncomfortable with storing or storing.

In addition, when there is a moving, there is an inconvenience of moving a heavy refrigerator, and since the refrigerator fluctuates in the process of moving the refrigerator, foods that have not been taken out may be poured out of the refrigerator when the door of the refrigerator is opened.

In addition, as the power of the refrigerator or the heating cabinet is blinking for a long time during the moving process, the food stored in the refrigerator may be deteriorated, and the warmth of the food stored in the refrigerator may be lost. There is.

Of course, since the refrigerator and the warmer have to be moved and used for various events in the outdoors other than moving, there have always been problems in moving the refrigerator and the warmer, and the need to bear the spoilage of food.

On the other hand, it may be referred to that the patent documents disclosed in the following prior art documents are technologies related to refrigerators.

Patent Document 001: Registered Patent No. 20-0167101 (Registration Date October 29, 1999)

The present invention for solving the above-described problems ensures easy mobility of a refrigerator and a heating cabinet mobilized during a moving season or an outdoor event season, and applies a detachable structure for assembling and separating the refrigerator and the heating cabinet. Its purpose is to provide a unit set device for moving and assembling a refrigerator and a heating cabinet that can guarantee a method of combining or separating a refrigerator and a heating cabinet according to the characteristics.

The present invention for achieving the above objects is a movement of a refrigerator including a moving device for automatically moving while a refrigerator having a detachable structure is loaded, and a detachable means installed between the refrigerator and the warmer for attaching and detaching the refrigerator And the assembly unit set device has an exemplary feature.

An example of a unit set device for moving and assembling a refrigerator, which is further provided with a rechargeable battery for supplying power to the refrigerator by being connected to a vehicle battery in the process of moving the moving device including the refrigerator to the vehicle. There are features of.

The moving device is connected to a receiving box for accommodating the refrigerator and at regular intervals along both inner portions of the receiving box and inserted between the outer sides of the refrigerator and both inner sides of the receiving box. There is an example feature of a unit set device for moving and assembling a refrigerator and a refrigerator, further comprising a fixed wedge to prevent the refrigerator from swinging.

Unit set device for moving and assembling a cold/hothouse further provided with a rotational power source that is installed and fixed in a vertical structure from the bottom of the housing body to supply rotational power to the main power wheels that are rotatably installed at the bottom corners of the housing There is an example feature.

The attaching and detaching means is installed in a structure that can be rotated at the upper end of the refrigerator for attaching and detaching the heating cabinet mounted on the upper end of the refrigerator to determine the rotation direction of the heating cabinet, and for mounting the rotating disk. The refrigerator has a shape of a structure that is recessed from the top of the refrigerator, and further includes a recessed seating line that is fixed according to the rotation of the rotating disk by inducing a tilting operation method in the process of rotating the rotating disk. And the assembly unit set device has an exemplary feature.

In the unit set device for moving and assembling the refrigerator, which is installed in a structure that can be lifted from one side of the upper end of the refrigerator and further provided with a locking piece that enables hooking or releasing of hooking to the heating cabinet mounted to the upper end of the rotating disk. There is an example feature.

The rotary mounting disk has an example feature of a unit set device for moving and assembling a refrigerator that is fixed without turning through an elastic body operated in a tilting manner during the rotation of the recessed seating line.

The elastic body has an example feature of a unit set device for moving and assembling a refrigerator in a refrigerator using a spring of a stainless steel wire elastic body coated with a Teflon material.

According to the present invention as described above, when there is a moving or an outdoor event, easy mobility of the refrigerator and the heating cabinet is guaranteed, and thus the inconvenient workability and heavy refrigerator to remove the foods stored in the refrigerator and the heating cabinet must be moved. The workability is improved, and there is an effect of providing convenience for moving the refrigerator and the heating cabinet.

In addition, according to the present invention, in the process of moving the refrigerator and the heating cabinet to a moving or outdoor event place, the refrigerator and the heating cabinet are mounted on the mobile device as a single unit and the rechargeable battery for the refrigerator and the rechargeable battery for the heating cabinet can be connected to the vehicle battery. According to the provided connection, power is connected even in the process of moving the refrigerator and the warmer so that the refrigerator can be operated, thereby preventing deterioration of food.

In addition, according to the present invention, the refrigerator and the heating cabinet are assembled and arranged as a single unit, or the refrigerator and the heating cabinet are separated and arranged in a binary body according to an unforeseen arrangement characteristic structure at a place to move or at an outdoor event venue. There is an effect of expanding the range of choices.

FIG. 1 is a three-dimensional perspective view showing a moving device for moving a refrigerator and assembling a unit set device for moving and assembling a refrigerator and a refrigerator according to an embodiment of the present invention.
FIG. 2 is a diagram illustrating a state in which the refrigerator and the warmer are separated from each other as the refrigerator and warmer shown in FIG.
3 is a diagram illustrating a structure of a detachable means that can be installed on the first refrigerator of the refrigerator shown in FIG. 2 in a plan view.
FIG. 4 is a view showing in detail the structure in which the bottom of the heating cabinet is coupled along the rail of the attaching/detaching means shown in FIG. 2 in a cross-sectional conceptual state.
5 is a view for grasping a state in which a portion of the bottom of the heating cabinet shown in FIG. 2 is latched or released from a portion of the upper portion of the first refrigerator of the refrigerator. It is a drawing showing in detail in a state.
6 is a view for grasping the rotational driving state of the main power wheel through transmission of power from a rotational power source installed and fixed under the housing of the moving device shown in FIG. 1.
FIG. 7 is a diagram illustrating internal structures of a first refrigerator and a second refrigerator as the inside of the refrigerator of the refrigerator shown in FIG. 1.
FIG. 8 is a diagram showing each rechargeable battery that is connected to a vehicle battery in the process of being loaded and moved in a vehicle while the refrigerator is accommodated in a moving device and can provide power required for the operation of the refrigerator to be.

The drawings attached to the present specification are shown exaggerated for clarity and convenience of description, and the embodiments described herein are only the most preferred embodiments of the present invention, and are not all represented by the technical idea of the present invention. As such, it should be understood that there may be various equivalents and modified examples that can replace them at the time of the present application. In addition, the scope of the present invention is not limited to the embodiments, but should be interpreted based on the technical idea throughout the specification in consideration of the fact that various modifications are implemented.

Hereinafter, a unit set device for moving and assembling a refrigerator according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

A unit set device for moving and assembling a refrigerator according to an embodiment of the present invention, as shown in FIG. 1, for example, in a refrigerator composed of a first refrigerator 1200 and a second refrigerator 1300, according to the characteristics of the arrangement structure. Accordingly, the heating cabinet 1100 is combined and placed as a single refrigerator 1000 in a specific place of a general home or restaurant, or the heating cabinet 1100 is separated from the refrigerator according to the characteristics of the arrangement structure as shown in FIG. It may be arranged in a binary manner in a home or restaurant, and a moving device 2000 may be provided to move the refrigerator 1000 during moving or outdoor events.

The refrigerator may include a second refrigerator 1300 positioned below and a first refrigerator 1200 configured at an upper end of the second refrigerator, and a heating cabinet 1100 disposed at an upper end of the first refrigerator 1200 It may be combined in a mounted state as shown in FIGS. 1 and 2 to form a single refrigerator 1000, but the heating cabinet 1100 may be easily detached from the top of the first refrigerator 1200 of the refrigerator, To this end, a detachable means 100 may be installed between the heating cabinet 1100 and the first refrigerator 1200 to be configured.

The attachment and detachment means 100 is a relationship that will be described in more detail later in the process, and when looking at the configuration of the moving device 2000 first, as shown in Fig. 1, the accommodation for receiving the refrigerator 1000 as a whole The housing 2100 and one side of the housing can be configured as a housing opening and closing door 2110 that can be opened or closed in, for example, a slide-type structure, and each corner of the bottom of the housing 2100 includes the housing box ( As a wheel for movement of the 2100, it may be composed of one main power wheel 2140 and the other driven wheel 2150.

Each of the driven wheels 2150 may be installed in a horizontally rotatable structure to adjust the moving direction of the receiving case 2100 in the process of moving the receiving case 2100, but the main power wheel 2140 is In order to provide power required for rolling of the driven wheels 2150, power may be provided from a rotational power source 2130 installed and fixed under the exterior of the housing 2100.

In order for the main power wheel 2140 to be driven by rotational power provided from the rotational power source 2130, as shown in FIG. 6, a rotational power source 2130 installed and fixed under the exterior of the housing 2100 The first bevel gear 2132 coupled with the motor shaft 2131 of the motor shaft 2132 and the second bevel gear 2142 coupled with the rotation shaft 2141 of the main power wheel 2140 are connected in a manner that teeth (meet) with each other. It can be implemented through structure.

That is, the rotational power source 2130 vertically installed and fixed from the outer side of the housing 2100 may be formed of, for example, a motor, and the first bevel gear 2132 coupled to the motor shaft 2131 of the rotational power source As the second bevel gear 2142 coupled to the rotation shaft 2141 of the main power wheel 2140 installed in the horizontal direction and the second bevel gear 2142 are connected in a toothed manner, according to the rotation of the first bevel gear 2132 As the second bevel gear 2142 is rotated, the rotation shaft 2141 and the main power wheel 2140 may be driven, and the remaining driven wheel 2150 may be driven, whereby the housing body 2100 Can be automatically moved to the desired position.

Of course, the driving and stopping of the main power wheel 2140 can be implemented through the operation of the remote control R as shown in FIG. 1 that can manipulate the power supply to the rotation power source 2130 or cut off the power. However, the remote control (R) may be composed of, for example, a power button, a direction control button, and a display window, and the operation method may be, for example, a wireless communication method, for this purpose, any one or more of beacon, NFC, and Bluetooth is employed. It can be done in a way.

And, in the process of continuously operating the refrigerator 1000 accommodated in the receiving box 2100, the cooling chamber 1000 is increased by increasing the internal heat of the receiving box 2100 due to the sealing of the receiving box 2100. There is a possibility that ignition may occur in the surrounding electric wire, and such ignition may be ignited and burned in the fixed wedge joint 2120 or expansion pack, which will be described later, and thus the interior of the receiving box 2100 For the purpose of blocking the risk of ignition that may occur in the housing 2100, a light sensing unit capable of detecting ignition light may be installed and provided at any one point of the inner wall of the housing 2100.

The light sensing unit may include an image image sensor that detects and analyzes the image or image information of the ignition light, and a photo detector that absorbs the ignition light energy from the image image sensor as an electrical signal to detect the exact point of occurrence of the ignition light , The image or image of the ignited light transmitted from the light emitter through any one of beacon, NFC, and Bluetooth is displayed on the display window of the remote control R to inform the operator of the remote control R, allowing the operator to receive the housing 2100. ) It is to enable an active response to digest the ignition occurring inside.

When the refrigerator 1000 is accommodated into the interior of the receiving box 2100, the receiving box 2100 cannot be secured while the receiving box 2100 is moved. Fixed wedge joints 2120 for fixing the refrigerator 1000 are connected along both inner portions of the 2100.

These fixed wedge joints 2120 may be made of a rubber material having flexibility and contraction and expansion properties, and may be configured in a wedge shape of a triangular structure having a sharper structure toward the front.

Therefore, as the fixed wedge joints 2120 are firmly fitted between the outer sides of the refrigerator 1000 and the inner sides of the receiving box 2100, the refrigerator 1000 is also in the process of moving the receiving box 2100. It is possible to prevent the phenomenon of fluctuating.

Of course, the fitting workability of the fixed wedge joints 2120 may be inconvenient in some cases, and in this case, an air pressure control means capable of replacing the fixed wedge joints 2120 may be provided. The air pressure control means is not shown separately, but may be composed of a pneumatic tank, a pneumatic injector gun, and an expansion pack, and the pneumatic tank may be provided in a structure that is fixedly coupled to one side of the receiving box 2100, The pneumatic injector gun may be connected to the pneumatic tank and the hose to be provided in a hanging structure on one side of the receiving box 2100, and the expansion pack is an inlet of the pneumatic injecting gun at the inner wall of the receiving box 2100 It may be provided in a structure connected to.

Accordingly, when the refrigerator 1000 is accommodated in the housing 2100, air may be injected into the expansion pack by pressing the injection button of the pneumatic injector gun after turning on the power of the pneumatic tank. According to the expansion of the expansion pack, the refrigerator 1000 accommodated in the receiving box 2100 is wrapped by the expansion pack and is in a pressurized state, so that the refrigerator ( 1000) collides with the inner wall of the housing 2100, that is, a collision problem due to the shaking phenomenon can be prevented.

In particular, the expansion pack may be made of an elastic material capable of withstanding the weight load of the refrigerator 1000 without bursting.

On the other hand, the refrigerator 1000 is a single unit composed of a refrigerator composed of a second refrigerator 1300 and a first refrigerator 1200 and a heating cabinet 1100 mounted on the upper end of the first refrigerator 1200 and combined. Can be done.

Of course, the heating cabinet 1100 is configured to be further connected with an opening door 1110 for opening or closing the interior thereof, and an opening door 1210 for opening or closing the interior thereof is further connected to the first refrigerator 1200 The second refrigerator 1300 may also be configured by further connecting an opening and closing door 1310 for opening or closing the interior thereof.

Moreover, when the opening door 1210 connected to the first refrigerator 1200 and the opening door 1310 connected to the second refrigerator 1300 are opened, foods having a small size are accommodated inside the opening door 1210. It may be configured in a structure in which a predetermined small first storage unit 1211 is partitioned, and more food than the storage amount of the foods stored in the small first storage unit 1211 is stored inside the opening and closing door 1310 It may be configured in a structure in which the small second storage unit 1311 to be divided is divided.

In addition, the inside of the first refrigerator 1200 may be configured in a structure in which small storage slide boxes 1201 that can enter and exit in a slide manner are partitioned, and the small storage slide boxes 1201 contain foods having a small size. It is intended to be stored and stored, and the second refrigerator 1300 may be configured in a structure in which large storage slide boxes 1301 that can enter and enter in a slide manner are partitioned, and the large storage slide boxes 1301 It may be used for storing and storing large-sized foods.

Of course, the wheels 1320 may be installed at each corner of the bottom of the second refrigerator 1300 in a rotatable structure for the purpose of realizing short mobility of the refrigerator 1000.

On the other hand, in such a refrigerator 1000, in particular, the heating cabinet 1100 coupled in a manner mounted on the top of the first refrigerator 1200 is It can be arranged as a binary body or a single body in a manner that is separated or mounted from the top.

In this way, the heating cabinet 1100 may be separated or mounted from the top of the first refrigerator 1200. As a means for this, a detachable means 100 is also provided between the heating cabinet 1100 and the first refrigerator 1200. It can be installed and configured as shown in 2.

The detachable means 100 is installed in a rotatable structure at the upper end of the first refrigerator 1200, and the rotating mounting disk 110 for gripping the heating cabinet 1100 in a slide manner, the rotating mounting disk 110 for mounting the rotating disk. A recessed seating line (not shown) formed in the upper end of the first refrigerator 1200, installed at one side of the upper end of the first refrigerator 1200 to fix or release the jam according to the mounting of the heating cabinet 1100 It may be composed of a pressing tool 161 and a locking tip 162.

Of course, in order to couple the bottom of the heating cabinet 1100 to the rail 120 exposed in a straight structure from the top of the rotating disk 110 and the locking tip 162, a guide groove corresponding to the rail 120 A locking groove 1130 corresponding to the locking tip 1120 and the locking tip 162 is formed at the bottom of the heating cabinet 1100 as shown in FIG. 4, respectively.

The rotating disk 110 is formed around the circumference of the rotating body 130 formed at the lower end of the rotating disk 110 together with the rail 120 exposed in a straight structure from the upper end thereof as shown in FIGS. 2 and 3. Accordingly, it may have a structure including an elastic body 140 installed in an elastic structure.

The recessed seating line (not shown) formed in the upper end of the first refrigerator 1200 for the mounting and installation of the rotating disk 110 is a recessed structure in the form of an uneven line as shown in FIGS. ) And the recessed convex portion 152 may be connected to each other.

Therefore, the rotating mounting disk 110 is mounted on the recessed mounting line (not indicated) so that the rotating mounting disk 110 can be rotated and fixed at a desired angle according to the user's preference. Fixation according to the rotation of the disk 110, as shown in Figure 3, in the process of rotating the elastic body 140 elastically installed around the rotation body 130, the recessed convex portion of the recessed seating line (not shown) ( When passing through 152, it is compressed according to the contact with the concave convex portion 152, and when it reaches the concave convex portion 151, it is expanded by an elastic force, which may be achieved through a process of contacting the concave concave portion 152.

Although the elastic body 140 is installed in an elastic structure along the circular circumference of the rotating body 130, it is compressed and expanded through the process of passing through the recessed concave portion 151 and the recessed convex portion 152 of the recessed seating line. By operating in a repeating manner, since fixing according to the rotation of the rotating disk 110 can be made, the elastic body 140 is preferably used as a fish spring, and the fish spring improves delay in loss of elastic force. It is characterized by using a stainless steel wire elastomer coated with a Teflon material suitable for delaying changes in physical properties due to weather and customs as well as preventing excessive damage.

In this way, the elastic body 140 uses a stainless steel wire elastic body coated with a Teflon material as a spring, so that the heating cabinet 1100 mounted on the rotating disk 110 is required to rotate according to the user's preference. If so, the user can rotate the heating cabinet 1100 in a desired direction with a constant force.

In this process, the elastic body 140 repeatedly contacts the recessed convex portion 152 and the recessed recessed portion 151 of the recessed seating line (not shown) through the process of rotating the rotation-mounted disc 110. As the rotating and tilting operation is performed, the rotating disk 110 is rotated and then fixed in a specific direction, thereby fixing according to the rotation of the heating cabinet 1100 mounted and fixed on the top of the rotating disk 110, The user can manipulate the rotation direction of the heating cabinet 1100 with a simple push force in the rotation direction while touching the heating cabinet 1100 in a convenient direction for taking out or storing food from the inside of the heating cabinet 1100.

The heating cabinet 1100 mounted on the upper end of the rotating disk 110 has a guide groove 1120 formed at the bottom of the heating cabinet 1100 as shown in FIGS. 4 and 5 with reference to FIG. 2. 1200), after passing through the locking piece 162 protruding to one side of the upper end of the rotary mounting disk 110, can be entered in a manner of being bitten by the rail 120 exposed to the upper end of the rotating disk 110, and the guide groove 1120 The locking groove (1130) formed on one side of the bottom of the heating cabinet (1100) is at the time of complete entry of the guide groove (1120) into the rail (120), You can get stuck in 162.

As such, the heating cabinet 1100 mounted on the upper end of the rotating disk 110 is separated from the rotating disk 110 according to the design environment of the arrangement structure in a place such as a general home or restaurant, and is different from the arrangement of the refrigerator. It can also be placed separately in a place.

Separation of the heating cabinet 1100 from the rotating disk 110 is performed by pressing the pressing port 161 installed on the upper side of the first refrigerator 1200 as shown in FIG. 2 with reference to FIG. 2 As the locking piece 162 descends in a vertical lower direction and the locking in the locking groove 1130 is released, the heating cabinet 1100 is freely separated from the rail 120, so that the rotating mounting disk ( 110) Separation of the heating cabinet 1100 from the top can be easily made.

Of course, at this time, the pressing tool 161 can be returned to its original position by the elastic force of the spring 161b, and at the same time as the pressing tool 161 returns to its original position, the locking piece 162 is also a spring ( It can be returned to its original position by the elastic force of 162b).

On the other hand, in order to move the refrigerator 1000 according to moving or holding an outdoor event, the storage box 2100 is loaded in the vehicle while the refrigerator 1000 is loaded inside the receiving box 2100 of the moving device 2000. In the process of moving to the state, it is possible to prevent deterioration of the food stored inside the refrigerator 1000 by supplying power to continue the operation of the refrigerator 1000. Referring to 1, as shown in FIG. 8, for example, two rechargeable batteries B1 and B2 that can be connected to a vehicle battery may be provided.

The rechargeable battery B1 may be used to supply power to a refrigerator comprising, for example, the first refrigerator 1200 and the second refrigerator 1300, and the rechargeable battery B2 is, for example, stored in the heating cabinet 1100. It may be for the purpose of supplying electric power for.

These rechargeable batteries (B1) (B2) may be composed of power plugs (B1a) (B2a) and connection terminals (B1b) (B2b) at one end and the other end, respectively, but the power plug (B1a) ( B2a) are used to connect to the vehicle battery, and the connection terminals (B1b) (B2b) are used to transmit and supply power to the refrigerator and the heating cabinet by being connected to the refrigerator and the heating cabinet.

As described above, since the rechargeable batteries B1 and B2 are provided, it is possible to supply power to the refrigerator 1000 even in the process of moving through a vehicle, so that food stored in the refrigerator 1000 The deterioration of the field can be prevented.

The present invention described above not only provides convenience in the process of moving and disposing the refrigerator 1000 in an outdoor place or a moving place, but also expands the range of options for placement, and enables continuous supply of power. The effect of preventing deterioration can be expected.

Refrigerator (1000)
Heating cabinet (1100) door opening (1110)
Guide groove (1120) locking groove (1130)
1st refrigerator 1200 small storage slide box 1201
Opening door (1210) small first storage unit (1211)
2nd refrigerator (1300) large storage slide box (1301)
Opening door (1310) Small second storage part (1311)
Wheel(1320)
Detachable means (100) rotating mounting disk (110)
Rail(120) Rotator(130)
Elastic body 140, seating part 150
Depressed seating line Depressed recess (151)
Recessed convex part (152)
Pressing hole (161) shaft pin (161a)
Spring(161b)
Locking tip (162) shaft pin (162a)
Spring (162b)
Moving device (2000)
Housing enclosure (2100) enclosure opening and closing door (2110)
Fixed wedge joint (2120) Rotating power source (2130)
Motor shaft (2131) first bevel gear (2132)
Main power wheel (2140) Rotation shaft (2141)
2nd bevel gear (2142)
Follower wheel (2150)

Claims (8)

A moving device that automatically moves while loading a detachable refrigerator; And attaching/detaching means installed between the refrigerator and the heating cabinet for attaching and detaching the refrigerator. Including,
The attachment/detachment means includes a rotating disk mounted in a structure capable of being rotated at an upper end of the refrigerator to determine a rotation direction of the heating cabinet for attaching and detaching the heating cabinet mounted on the upper end of the refrigerator; And
A recessed seating line that has a shape of a structure that is recessed from the top of the refrigerator to seat the rotating disk, and induces a tilting operation method in the process of rotating the rotating disk to fix according to the rotation of the rotating disk. ;
Unit set device for moving and assembling a refrigerator, characterized in that it further comprises. The method of claim 1,
A unit for moving and assembling a refrigerator, characterized in that further comprising a rechargeable battery for supplying power to the refrigerator by being connected to a vehicle battery in the process of moving the mobile device including the refrigerator to the vehicle Set device. The method of claim 1,
The moving device includes a receiving box for accommodating the refrigerator; And
Fixed wedge cooperatives that are connected at regular intervals along both inner portions of the receiving box and sandwiched between both outer sides of the refrigerator accommodated in the receiving box and both inner sides of the receiving box to prevent the refrigerator from swinging;
Unit set device for moving and assembling a refrigerator, characterized in that it further comprises. The method of claim 3,
Movement and assembly of a refrigerator, characterized in that it is further provided with a rotating power source that is installed and fixed in a vertical structure under the exterior of the receiving box to supply rotational power to the main power wheels that are rotatably installed for each bottom corner of the receiving box. Unit set device for. delete The method of claim 1,
For moving and assembling a refrigerator, characterized in that it is installed in a structure that can be lifted from one side of the upper end of the refrigerator to enable hooking or disengaging of the heating cabinet mounted on the upper end of the rotating disk. Unit set device. The method of claim 6,
The unit set device for moving and assembling a refrigerator, characterized in that the rotating mounting disk is fixed without turning through an elastic body operated in a tilting manner during a rotation process in the recessed seating line. The method of claim 7,
The elastic body is a unit set device for moving and assembling a refrigerator, characterized in that the spring of a stainless steel wire elastic body coated with a Teflon material is used.

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