KR20060106340A - Hinge of home-bar for refrigerator - Google Patents

Abstract

The present invention relates to a hinge member of a home bar for a refrigerator, and a case inserted into both sides of a refrigerator home bar door, a driving rod rotatably inserted into the rear of the case, and having a recess and a convex part formed on the front thereof, A hinge rod is formed of an actuating rod having a recessed portion and a convex portion formed at a rear side thereof while being protruded / retracted in the front and a rotating shaft protruding from the front of the actuating rod to be inserted into a hinge hole of the refrigerator home bar frame. Rotating and protruding the operating rod, and assembling the groove bar door to the groove bar frame while protruding / retracting the rotating shaft from the side of the groove bar door.

Refrigerator, door, home bar, hinge member

Description

Hinge member of home bar for refrigerator {HINGE OF HOME-BAR FOR REFRIGERATOR}

1 is a perspective view of a refrigerator home bar portion according to the present invention;

2 is a perspective view of a groove bar frame according to the present invention;

3 is a perspective view of a home bar door according to the present invention;

4 is an exploded perspective view of the hinge member according to the present invention;

5 and 6 is an operating state diagram of the hinge member according to the present invention.

<Description of Major Symbols in Drawing>

10-Refrigerator 20-Door

30-opening 40-groove bar frame

50-Home Bar Door 51-Control Panel

60-Latch Assembly 61-Latch Groove

70-Clasp 71-Clasp Groove

80-hinge member 81-hinge groove

82-hinge hole 83-axis of rotation

84-Spring 90-Case

91-Shaft Bore 92-Lever Bore

93-Guide groove 100-Drive rod

101-lever 102-main part

103-Iron 110-Operating Rod

111-Guides 112-Lumbar

113-Iron

The present invention relates to a hinge member of a home bar for a refrigerator, and more particularly, to a hinge member of a home bar for a refrigerator, in which the home bar door and the home bar frame of the home bar are assembled while the rotary shaft of the hinge member provided in the home bar is inserted / extracted.

In general, a refrigerator is provided with a plurality of storage rooms in which the food is accommodated so as to freeze or refrigerate food, and one side of the storage room is opened to store and retrieve the food.

In addition, one open surface of the refrigerator storage compartment is formed to be opened / closed by a door to cover the entire open surface of the storage compartment.

In addition, in recent years, a home bar is provided on the refrigerator door to prevent leakage of cold air due to frequent opening / closing of the door, and to allow the user to easily store and take out food, which is frequently used, such as a drink.

Here, the home bar has an opening formed in the door so as to communicate with the inside of the refrigerator storage compartment, the opening is provided with a home bar door that is opened and closed separately from the door, the home bar in the state that the door of the refrigerator storage compartment is closed While opening / closing the door, food stored in the basket formed on the inner side of the home bar door and usually on the inner side of the door is stored and taken out.

The conventional home bar door is generally installed to be rotatable through the hinge member in the home bar frame forming the opening frame of the door.

Here, the hinge member is generally formed to protrude rod-shaped from both sides of the groove bar door to the outside, and the groove bar door is generally rotatably fitted into the hinge hole formed in the groove bar frame. .

In addition, the hinge member includes a rod-shaped hinge member protruding from both sides of the groove bar door, and a hinge member made of a link fastened to both sides of the groove bar door via a plate or the like, and in particular, the rod member on both sides of the groove bar door. In the case of the hinge member protruding from the shape, the width of the groove bar door is formed to have the same width as that of the groove bar frame. Therefore, it is impossible to fasten the groove bar door to the groove bar frame in the assembled state of the groove bar frame.

Accordingly, there was a method of installing the home bar door first and then fastening the home bar frame to the refrigerator door before assembling the home bar frame, but the home bar frame is integral with the door, or the exterior material of the home bar frame is different from the exterior material of the door. In the case of a single body, it is impossible to assemble the home bar frame to the door after installation of the home bar door, so that the home bar door cannot be assembled.

Therefore, there is a demand that the home bar door can be assembled to the home bar frame assembled to the refrigerator door by using the hinge member protruding from the side of the side of the home bar door and protruding the hinge member.

The present invention has been invented by the above-described demands, and the object of providing a hinge member of the home bar for a refrigerator to achieve the opening of the opening that is opened in the door while the home bar door is rotated by the user's pressing operation on the home bar door. There is this.

Another object of the present invention is to provide a hinge member of a home bar for a refrigerator, which is configured to easily assemble a home bar door to a home bar frame assembled to a refrigerator door first.

Still another object of the present invention is to provide a hinge member of a home bar for a refrigerator, which enables the home bar door to be detached / detached from the home bar frame without changing the assembled home bar door.

The present invention for achieving the above object, the opening is formed in the refrigerator door to communicate the inside and outside of the refrigerator, the home bar frame to form the appearance of the opening, and one end is hinged to the home bar frame A groove bar door for opening / closing the opening by an opening / closing operation, a clasp member formed on an upper portion of the groove bar door and the groove bar frame, and the clasp member when the groove bar door is closed to the groove bar frame. Is installed in any one of the groove bar door and the groove bar frame of the position corresponding to the, the latch member has a groove for reciprocating movement, the latch member is inserted through the groove is in a locked state, applied to the home bar door The latch assembly to release the latching state by the pressing force, and connecting the groove bar door and the groove bar frame Provided on the support shaft characterized by comprising a hinge member to provide a damping force to the rotation of the home bar door.

In another aspect of the present invention, the groove bar door is closed by the latch assembly while the latch member is inserted into the groove of the latch assembly while the user closes the groove bar door to the groove bar frame, and the user closes the outer surface of the groove bar door. It is characterized in that the locking state is released by pressing.

Another feature of the invention is characterized in that the hinge member comprises a case, a driving rod, an operating rod, a rotating shaft and a spring.

Another feature of the invention is characterized in that the case is formed in the form of a box, one surface of which is open, including a shaft hole, a lever hole, and a guide groove.

The shaft hole may be formed in the same shape as the cross-sectional shape of the rotating shaft so that the rotating shaft penetrates one surface of the case and is opened.

The lever hole is composed of a hole that is opened in one direction to move the rod-shaped lever penetrates, characterized in that formed on one side of the case is opened at the opposite end of the shaft hole.

The guide groove is characterized in that the inner surface of the case consists of a recess formed in the longitudinal direction extending from the front to the rear of the case.

Another feature of the present invention, the driving rod is formed into a rod shape is inserted into the inside of the case is rotated, characterized in that the front portion and the recessed portion is provided.

In addition, the rod is formed in the shape of a rod outward from one side of the rear end of the driving rod is formed to protrude, the lever is characterized in that configured to move through the lever hole.

The actuating rod is formed in the same rod shape as the driving rod, and the recess and the iron portion corresponding to the recess and the recess of the driving rod are formed on the rear surface thereof.

In addition, the operating rod is characterized in that the rod is formed in the shape of a rod from the one side to the outside and the guide protrusion is protruded into the guide groove.

The rotating shaft is formed integrally with the operating rod, it is characterized in that the rod formed in the front of the operating rod and protruding to be inserted into the hinge hole of the groove bar frame.

The spring is characterized in that it is configured to elastically support the operating rod over the front side of the operating rod and the front inner side of the case.

Another feature of the invention is characterized in that the lever protrudes to the outside through the operation tool formed on the groove bar door.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 shows that the home bar door 50 according to the present invention is installed in the opening 30 formed in the door 20 of the refrigerator 10, and FIG. 2 shows the home bar frame 40 according to the present invention. 3 shows the groove bar door 50 according to the present invention, Figure 4 shows each component of the hinge member according to the present invention, Figure 5 shows that the rotating shaft of the hinge member according to the invention is inserted into the interior. 6 shows that the rotating shaft of the hinge member according to the present invention protrudes outward.

In the present invention, the home bar door 50 is installed in the opening 30 formed in the door 20 of the refrigerator 10, and the home bar door 50 installed in the opening 30 in this embodiment has a pair of hinges. The home bar for the refrigerator, which is rotatably fastened through the member 80 and the home bar door 50 is opened only by the user's pressing operation, will be described.

In the present embodiment, as shown in Figure 1, the groove bar door 50, a pair of hinge members 80 are respectively installed at both ends thereof, the latch assembly fastened to the groove bar frame 40 to be described later ( 60 and the clasp member 70 to be locked / released is formed.

The opening part 30 may open a portion of the front surface of the door 20 so that one point such as a central portion of the door 20 formed to cover the opening surface of the storage compartment of the refrigerator 10 communicates with the inside of the storage compartment of the refrigerator 10. It is formed.

In addition, the opening 30 is preferably provided at the formation position of the basket to facilitate storage and take-out of food contained in the basket formed on the inner surface of the door 20.

As shown in FIG. 2, the groove bar frame 40 is attached to an inner circumferential surface of the opening 30 so that a groove bar door 50 to be described later is installed and the operation of the groove bar door 50 is supported. It is comprised in the frame shape closely_contact | adhered to the inner periphery of the opening part 30. As shown in FIG.

In addition, the groove bar frame 40 is composed of a frame fitted to the inner circumferential surface of the opening 30, and is configured such that the exterior material having the same shape as the front shape of the door 20 is coupled to the front surface.

In addition, hinge holes 82 are formed on both inner surfaces of the groove bar frame 40 so that the rotation shaft 83 of the hinge member 80, which will be described later, is inserted and fixed.

The groove bar door 50 is formed of a plate-like member having the same shape as that of the opening 30 so as to cover the entire surface of the opening 30, and is assembled to the opening / closing of the groove bar frame 40.

The latch assembly 60 is fitted into one end of the groove bar frame 40 and, in this embodiment, is inserted into a latch groove 61 formed at the upper end of the front surface of the groove bar frame 40.

Here, the latch groove 61 is formed by forming a box shape from the upper end of the front of the groove bar frame 40 to the inside and recessed.

In addition, the latch groove 61 may be formed at the side end or the bottom of the groove bar frame 40 in accordance with the installation position of the latch assembly 60 and the latch member 70, of course, in the groove bar door (50) Of course, the latch assembly 60 may be formed at one end of the inner surface of the groove bar door 50 to be fastened.

The latch assembly 60 is formed in the shape of a box formed in the front of the slot is formed in the front of the slot that is opened in the longitudinal direction in the center so that the latch member 70 to be described later is inserted into the inside of the latch groove 61 It is formed to be fixed.

In addition, the latch assembly 60 is fixed to the hook member 70 inserted into the slot by a hook to be rotated, or formed so as to detach the latch member 70 while the hook is rotated, the hook The other end acting portion of the hook that the front end of the clasp member 70 is in contact with the detachment is formed to press the front end portion of the clasp member 70 of the clasp member to the outside.

In addition, the latch assembly 60 has the latch member 70 inserted into the slot, and the front end of the latch member 70 presses the action portion of the hook, so that the hook rotates to open the latch member 70. The hook is inserted into the latch member 70 is configured to fix the inside of the latch assembly 60, the latch member 70 is pressed again while the tip of the latch member 70 by pressing the action portion of the hook The hook is separated from the opening of the clasp member 70 so that the clasp member 70 is freely moved.

In addition, the latch assembly 60 is inserted into the latch groove 61 of the groove bar frame 40, and is buried and fixed in a filler such as a heat insulating material filled in the groove bar frame 40.

The clasp member 70 is formed in a plate shape having an opening at a central portion thereof, and is formed to fit into a slot opened at the center of the latch assembly 60.

In addition, the latch member 70 is assembled to one end of the groove bar door 50 corresponding to the position of the latch assembly 60, in this embodiment is fastened to the upper end of the inner side of the groove bar door (50). .

Here, the fastening of the clasp member 70 is assembled in the outward direction from the inner side of the clasp groove 71 which is opened at the upper end of the inner side of the groove bar door 50 so that the central portion of the clasp member 70 having the opening is Assembled to protrude outside the inner surface of the groove bar door (50).

In addition, the end of the clasp member 70 is formed with a plate formed larger than the size of the clasp groove 71 is configured so that the clasp member 70 spans the inner surface of the clasp groove 71.

The hinge members 80 are formed in a pair, and the pair of hinge members 80 are installed at both lower ends of the groove bar door 50, respectively.

In addition, the hinge member 80 of the hinge member 80 has a spring or hydraulic oil having elasticity therein is coupled to the rotary shaft 83 and the rotary shaft 83 is rotated by a predetermined angle or more. The rotation is formed to attenuate.

In addition, the hinge member 80 is fixed to the hinge groove 81 shown in FIG. 3 inside the both ends of the groove bar door 50 by a screw or the like, and the rotation shaft 83 is the groove bar door 50. It is fixed so as to protrude outward from the side.

As shown in FIG. 4, the hinge member 80 includes a case 90, a driving rod 100, an operating rod 110, a rotation shaft 83, and a spring 84. .

The case 90 is formed in a hollow box shape, and includes a shaft hole 91, a lever hole 92, and a guide groove 93.

The shaft hole 91 penetrates the front surface of the case 90 and a rotating shaft 83 to be described later on one surface facing the side of the home bar door in a state where the case 90 is inserted into the home bar door in this embodiment. It is formed to form a shape similar to the cross-sectional shape of the rotary shaft 83 so as to be opened.

The lever hole 92 is formed of an opening formed in one direction on one side of the rear end of the case 90, and is formed to be opened in a direction perpendicular to the front / rear direction of the case 90.

The guide groove 93 is composed of a groove recessed in the front / rear direction of the case 90 on the inner surface of the case 90.

The driving rod 100 is formed into a rod shape that is inserted into the case 90 and rotated, and includes a lever 101, a recess 102, and a convex portion 103.

The lever 101 is formed to protrude and form a rod shape from the rear end of the driving rod 100 to the outside, and is formed to penetrate through the lever hole 92 and the operation tool 51 of the groove bar door to be described later, The tip is made larger or the opening is formed in the center of the tip so that the user's operation and the tool can be operated.

The recess 102 is formed in a substantially triangular shape and recessed from the front of the driving rod 100 to the inside, and is formed in a shape symmetrical with the convex portion 103 to be described later.

The convex portion 103 is formed to protrude in a substantially triangular shape from the front of the driving rod 100 to the outside, and is formed to be symmetrical with the recess 102.

Here, each of the recess 102 and the convex portion 103 is formed on the front of the drive rod 100 so that the front portion of the drive rod 100 may be formed to form a single inclined surface, in the present embodiment It is assumed that the recess 102 and the convex 103 are formed to cross each of the two to improve the accuracy of the operation.

In addition, the front end of the convex portion 103 is formed in a predetermined plane so as to be horizontal with the front surface of the driving rod 100 is configured to be supported with the front end of the operating rod 110 to be described later.

The operating rod 110 is formed to form the same shape as the drive rod 100 and is inserted to rotate inside the case 90 is formed, the guide protrusion 111, the recess 112, It is configured to include the convex portion 113.

The guide protrusion 111 is formed in a bar shape and protruding outward from one side of the operating rod 110, is formed to be inserted into the guide groove 93 is supported.

The recess 112 has a substantially triangular shape inward from the rear surface of the operating rod 110 to correspond to the convex portion 103 of the driving rod 100 so that the convex portion 113 of the driving rod 100 is inserted. It is formed by depression.

The convex portion 113 is formed to protrude in a substantially triangular shape from the rear of the operating rod 110 to the outside so as to be inserted into the recess 102 of the driving rod (100).

Here, the recess 112 and the convex portion 113 is formed on the front of the operating rod 110, respectively one by one may be formed to form a single inclined surface of the operating rod 110, in the present embodiment It is assumed that the recess 112 and the convex part 113 are formed to cross each other so that the accuracy of the operation is improved.

In addition, the front end of the convex portion 113 is formed in a predetermined plane to be horizontal to the front surface of the operating rod 110 is configured to be supported with the front end of the driving rod (100).

The rotating shaft 83 is formed in a rod shape to be inserted into and fixed to the hinge hole opened in the groove bar frame, and is integrally formed on the front surface of the operating rod 110.

The spring 84 is composed of a coil spring 84 fitted to the rotary shaft 83 and elastically supported over the front surface of the operating rod 110 and the front surface of the case 90.

Next, the operation of the hinge member of the inventive refrigerator home bar will be described.

Hinge members 80 are inserted into and fixed to both sides of the home bar door 50 to cover the opening 30 formed in the refrigerator door.

At this time, the rotating shaft 83 protruding through the side of the hinge member 80 is assembled to protrude outward through both side surfaces of the groove bar door 50.

As the groove bar door 50 is assembled to the groove bar frame 40 fastened to the opening 30, a hinge hole formed in the groove bar frame 40 has rotation shafts 83 protruding from both sides of the groove bar door 50. Is fitted to (82).

Here, as the groove bar door 50 and the groove bar frame 40 have the same width, the rotation shaft 83 protruding outward from both sides of the groove bar door 50 is directly assembled to the groove bar frame 40. Since it is impossible to, the groove bar door (in the state in which the rotating shaft 83 of both the hinge member 80 or both of the hinge member 80 of both the hinge member 80 of the groove bar door 50 is inserted inward) 50 is inserted into the assembly position of the groove bar frame 40, and protrudes the rotating shaft 83 to assemble the groove bar door 50 to the groove bar frame 40.

As shown in FIGS. 5 and 6, the insertion / extraction of the rotation shaft 83 uses the lever 101 protruding to the outside through the operation tool 51 opened on the inner side of the groove bar door 50. When the operation is moved in one direction, the driving rod 100 formed integrally with the lever 101 is rotated in one direction.

At this time, the lever 101 can be moved by the user directly, as well as when the lever 101 is formed inside the home bar door 50 to improve the appearance of the operation tool 51, Of course, the user may insert a tool such as a pin through the operation tool 51 to operate the lever 101.

As the driving rod 100 is rotated, the recessed portion 102 and the iron portion 103 formed on the front surface of the driving rod 100 are rotated, and the recessed portion 102 and the iron portion 103 are rotated to operate the operating rod 110. When rotated to a position corresponding to the recess 112 and the convex portion 113 of the), the convex portion 113 of the operating rod 110 is inserted into the concave portion 102 of the driving rod 100, the driving rod ( The convex portion 103 of the 100 is inserted into the recess 112 of the operating rod 110.

The recessed portion and the convex portion of the driving rod 100 are engaged with the recessed portion and the convex portion of the operating rod 110, respectively, and by the elasticity of the spring 84 that elastically supports the front surface of the operating rod 110. The operating rod 110 is inserted into the direction of the driving rod 100, that is, the case 90.

At this time, the driving rod 100 is rotated by the user's manipulation of the lever 101, the operating rod 110 is supported by the guide projection 111 protruding out of the one side is inserted into the guide groove 93 Since the rotation is prevented, only the recessed portions and the convex portions of the driving rod 100 are rotated so that the recessed portions and the convex portions of the driving rod 100 and the operating rod 110 are engaged.

The operating rod 110 is inserted into the case 90, and a rotation shaft 83 integrally formed with the operating rod 110 is inserted into the case 90, and the rotation shaft 83 is provided. While being inserted into the case 90, the groove bar door 50 is inserted into the outer side of the groove bar door 50, and the protrusions such as the rotation shaft 83 are removed from at least one side of the groove bar door 50.

In the state in which the protrusions are removed from at least one side of the groove bar door 50, a rotation shaft or the like protruding from the other side of the groove bar door 50 is first fitted to the other side of the groove bar door 40, and then the protrusions are removed. One side of the groove bar door 50 is fitted to one side of the groove bar frame 40.

In a state where the groove bar door 50 is fitted to the home bar frame 40, the user reoperates the lever 101 to move the lever 101 to the initial position.

While the lever 101 is moved to the initial position, the driving rod 100 integrally formed in the lever 101 is rotated in the case 90, and the driving rod 100 is rotated so that the sphere is rotated. The recessed portion 102 and the convex portion 103 formed on the front surface of the envelop 100 are rotated.

As the convex portion of the driving rod 100 is rotated, the inclined portions of the convex portion 113 of the operating rod 110 engaged with the convex portion 103 press each other, and the convex portion 103 and the convex portion 113. While the inclined portions of the mutually pressed, the convex portion 113 of the operating rod 110 is moved along the inclined portion.

Here, the convex portion 113 of the operating rod 110 is moved, since the rear of the driving rod 100 is supported on the inside of the rear of the case 90 to prevent its movement, the operating rod 110 The convex portion 113 is moved to the outside of the case 90 in accordance with the rotation of the convex portion 103 of the drive rod (100).

At this time, the operating rod 110 is rotated in one direction along the inclined portion between the convex portion guide protrusion 111 protruding from one side of the operating rod 110 to the guide groove 93 of the case 90. While being inserted and supported, the operating rod 110 is moved outwardly of the case 90.

As the operating rod 110 is moved outwardly of the case 90, a rotation shaft 83 integrally formed in the operating rod 110 protrudes out of the case 90, and the rotation shaft 83 is moved into the case. In addition to protruding to the outside of the 90, the hinge hole 82 formed on one side inner circumferential surface of the groove bar frame 40 to protrude out of one side of the groove bar door 50 to face one side of the groove bar door 50 Is inserted into the one end of the home bar door 50 is rotatably coupled to one end of the home bar frame (40).

Idae, the tip of the convex portion 103 of the driving rod 100 and the tip of the convex portion 113 of the operating rod 110 is formed to form a plane, so that the tips of the convex portions are in contact with each other and stable in the plane do.

When opening the home bar door 50 of the refrigerator 10 formed by the present invention, by pressing the outer surface of the home bar door 50 installed in the door 20 of the refrigerator 10, the home bar door 50 In the present embodiment, as the latch member 70 and the latch assembly 60 locking the groove bar door 50 are formed at the upper end of the groove bar door 50, the upper end of the groove bar door 50 is formed. Presses a predetermined width in the inner direction of the groove bar door (50).

When the upper end of the outer side of the groove bar door 50 is pressed, the upper end of the groove bar door 50 is rotated around the rotation shaft 83 of the hinge member 80 installed at the lower end of the groove bar door 50. A predetermined width is inserted in the inward direction of 50).

Here, the upper end of the groove bar door 50 is recessed into the inside of the groove bar frame 40, the latch member 70 is fastened to the upper end of the inner surface of the groove bar door 50 inside the latch assembly 60. Is inserted more from.

As the clasp member 70 is further inserted into the latch assembly 60, the front end of the clasp member 70 presses the hook action portion of the latch assembly 60 so that the hook rotates so that the clasp member 70 is rotated. Departure from the opening.

At this time, the acting portion of the hook formed in the latch assembly 60 is pressed to release the hook from the opening of the latch member 70, and the acting portion of the hook elastically presses the tip of the latch member 70. By pushing the latch member 70 from the inside of the latch assembly 60 to the outside.

As the hook of the latch assembly 60 is detached from the opening of the latch member 70, the latch member 70 is free to move, and the latch member 70 is moved to the refrigerator 10 by the impact of the hook action portion. ) Is pressed outward of the door 20.

In the state in which the groove bar door 50 is moved to a predetermined width while being pressed outward by the latching operation of the latch assembly 60, the groove bar door 50 falls downward by its own load, and the home bar door ( The groove bar door 50 is rotated by rotating the shaft 83 of the hinge member 80 formed at the lower end of the shaft 50.

After the home bar door 50 is freely rotated, the hinge member 80 installed at the lower end of the home bar door 50 is operated, and the home bar door 50 is rotated at a low speed.

Here, the hinge member 80 is rotated about an axis of the rotating shaft 83 protruding from the hinge member 80 to the groove bar frame 40 in accordance with the rotation of the groove bar door 50, the hinge member ( As the spring 80 is rotated, a spring or oil installed inside the hinge member 80 is rotated, and the spring or oil is hinged to rotate the axis of rotation as the spring is stopped or stopped at a predetermined angle or more. The rotation speed of 80 is attenuated.

While the rotation speed of the hinge member 80 is attenuated, the rotation speed of the groove bar door 50 to which the hinge member 80 is fastened is attenuated and rotated to fall.

As described above, the present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by those skilled in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes are within the scope of the claims.

As described above, according to the present invention, the home bar door formed in the refrigerator door is opened and closed only by the user's pressing operation, so that the opening / closing operation of the home bar door is easy and thus the user's convenience is improved.

Another effect of the present invention is to be assembled in the hinge hole of the groove bar frame while the rotary shaft of the hinge member installed on both sides of the groove bar door is assembled, there is an effect that can be assembled without dismantling the groove bar door and the groove bar frame. In addition, there is an effect that the groove bar door can be separated from the groove bar frame while inserting / extracting the rotating shaft of the hinge member.

Claims (5)

In the hinge member provided on both sides of the home bar door of the refrigerator home bar, The hinge member, Box-shaped cases fixed to both sides of the home bar door; A driving rod rotatably inserted into the rear of the case and having recesses and convex portions formed on the front surface thereof; A lever projecting from the rear end of the driving rod to the rear of the case; An actuating rod inserted into the front of the case so as to protrude / retract, and having a recess and a recess corresponding to the recess and the recess of the driving rod; A rotating shaft protruding through the front of the case to be inserted and fixed to the door from the front of the operating rod; A spring installed between the front inner surface of the case and the front surface of the operating rod to support the operating rod in a sinking direction; The hinge member of the refrigerator home bar, characterized in that configured to include. The method of claim 1, A guide protrusion protruding from the side of the operating rod to move the operating rod in a protruding / receding direction from the case; A guide groove recessed in the protruding / retracting direction on the inner surface of the case so that the guide protrusion is inserted and moved in the protruding / retracting direction; The hinge member of the home bar for refrigerator, characterized in that it is further provided. The method of claim 1, The lever is Protrudes through a lever hole long opened in the rotational direction of the driving rod on the rear side of the case, The hinge member of the home bar for a refrigerator, characterized in that protrudes to the outside of the home bar door through the operation opening is opened in the same shape as the lever hole on one surface of the home bar door to which the case is fixed. The method of claim 1, The hinge member of the home bar for a refrigerator, characterized in that the recessed portion and the convex portion of the driving rod and the recessed portion and the convex portion of the operating rod are formed in pairs. The method of claim 1, The hinge member of the home bar for a refrigerator, wherein the driving rod convex portion and the tip of the operating rod convex portion form a predetermined width plane.

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