KR100589915B1 - Apparatus for grill - Google Patents

Abstract

[assignment]

Even when the grill pan is removed from the grill, the grill door is not obstructed and the device can be easily handled.

[Resolution]

The grill apparatus 1 supports the shaft so that the grill door 4 is grilled (3) and opens sideways to the front opening 31 so as to rotate in a 90 degree range, and the door when the grill door 4 is opened or closed. In connection with the rotation, the grill pan 2 (placement body) is grilled (3) and the grill pan access means 200 (placement body access means) is installed to move in and out. The grill pan access means 200 is provided with a pantograph mechanism 5 as a stroke expanding function for expanding the grill pan 2 out. Even when the grill door 4 is opened to the side and almost the entire grill pan 2 is pulled out of the grill 3, the grill door 4 hardly protrudes from the front position of the grill pan 2 which is pulled out.

Therefore, the food can be easily handled without the obstacle of the grill door 4.

Grill, Grill Pan (Ground), Grill Canister, Grill Door, Pantograph Equipment

Description

Grill device {Apparatus for grill}

1 is a perspective view showing a gas furnace to which a grill apparatus according to the embodiment is applied.

2 is a side view showing the internal structure of the grill apparatus.

3a to 3c is a plan view showing the grill pan exiting in conjunction with the door rotation of the grill door.

4A to 4C are plan views showing the grill pan coming out when a link mechanism is used as another example of the stroke extension means.

5A to 5C are plan views showing the grill pans exiting when the rack pinion mechanism is used as another example of the stroke extension means.

Figure 6 is a cross-sectional view showing a grill apparatus having a conventional drawer grill door.

Fig. 7 is a side view showing a grill apparatus having a conventional front door grill door.

8A to 8C are side views showing the grill pan coming out of the grill apparatus according to the second embodiment in association with the door rotation of the grill door.

9A to 9C are side views showing the grill pan exiting when the link mechanism is used as another example of the stroke extension function of the grill pan access means (placement access means) according to the second embodiment.

10A to 10C are side views showing the grill pan exiting when the rack pinion mechanism is used as another example of the stroke extension function of the grill pan access means (placement access means) according to the second embodiment.

11 is a cross-sectional view showing a grill apparatus with a conventional drawer grill door.

12A to 12C are side views showing a grill apparatus having a conventional front door grill door.

Fig. 13 is a cross-sectional view showing a grill apparatus having a conventional side open grill door.

** Description of the symbols for the main parts of the drawings **

1, 1 ': Grill device

2, 2 ': Grill Pan

3, 3 ': grill

4, 4 ': grill door

5, 5: pantograph mechanism (with stroke extension function)

5A, 5A ': Link mechanism (with stroke extension function)

5B, 5B ': Rack pinion mechanism (with stroke extension function)

6, 6 ': grid

7, 7 ': extruded arm

8, 8 ': connecting arm

9: L arm

31, 31 ': front opening

41, 41 ': shaft

42, 42 ': Hoeam Rock

43: upper door

44: lower door

200, 200 ': Grill pan access means (witness access means)

The present invention relates to a grill apparatus installed in, for example, a gas stove, an IH stove, or the like.

[Background]

In the conventional grill apparatus, for example, as illustrated in FIG. 11, the grill door 633 is provided in a drawer type (Patent Document 1). The front end of the grill pan 603 (placement body) is connected to the rear surface of the grill door 633 disposed at the front opening 611 of the grill 612, and when the grill door 633 is opened to remove the grill door 633, the grill pan ( The grill pan 603 is accommodated in the grill 612 when the 603 draws out of the grill 612 together and the grill door 633 is pushed in and closed.

Moreover, as shown in FIG. 12, there exists also the grill apparatus in which the grill door 706 was provided by the conduction type (patent document 2, patent document 3).

The grill door 706 is axially supported at the front end of the grill pan holder 705 (placement body) in which the slide is freely installed in the grill 721, and the grill door 706 with the front opening 722 closed is electrically connected. 12 (a) (b), and the grill door 706 is pulled out, and the grill pan holder 705 disposed on the grill pan 704 comes out together (Fig. 12 (c)).

In such grill pans 603 and 704, grids on which foods such as fish are placed are mounted.

Moreover, as shown in FIG. 13, there exists also the grill apparatus in which the grill door 818 was provided by the side opening type (patent document 4). This causes the drill door 818 to be axially supported 814 on one end shaft of the front opening 816 of the grill 815 and a grill pan of a line type on the back of the grill door 818. When the grill door 818 is opened sideways by attaching (817) (the mounting body), the fan-shaped grill pan 817 is also drawn together and is pulled out of the 815.

[Patent Document 1] Japanese Patent Laid-Open No. 6-105746 (Fig. 1)

[Patent Document 2] Japanese Patent Application Laid-Open No. 4-117923 (FIGS. 7, 8, and 9)

[Patent Document 3] Publication No. 2-62306 (figure 2)

[Patent Document 4] Publication No. 3-45823 (Figure 1)

[Initiation of invention]

[Problem to Solve Invention]

11 and 12, the grill doors 603 and 704 are arranged to protrude to the front positions of the grill pans 603 and 704 while the grill doors 633 and 706 are opened and the grill pans 603 and 704 are removed. The grill doors 633 and 706 interfere with the handling of the grid-shaped foods 630 and 730. In particular, as shown in FIG. 12, the grill door 706 is protruding greatly while maintaining the horizontal position to the front position of the grill pan 704 (see FIG. 12 (c)). do. 11 and 13, the upper doors 631 and 819 of the grill doors 633 and 818 protrude upwards than the upper faces of the grill pans 603 and 817, thereby preventing the upper doors 631 and 819.

In addition, since any top of the grill doors 633, 706, 818 protrudes largely forward or upward in any of the grill devices, the top of the grill doors 633, 706, 818 is misaligned with the top of the grill doors 633, 706, 818. I may feel it.

In addition, in FIG. 13, when the heavy food 830 is placed on the grill pan 817 on which the food 830 is placed on the grill door 818, the grill pan 817 becomes heavy and inclined, in particular, the grill door. When closing 818, problems such as the front opening 816 may be caused.

SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and an object of the present invention is to realize a grill apparatus that can easily handle food without disturbing the grill door even when a mounting body such as the grill pan is taken out of the grill.

[Means for solving the problem]                         

The grill apparatus of the invention according to claim 2 is a grill apparatus for opening and closing a front door of a grill that accommodates a mounting body, wherein the grill door is opened sideways at the front opening of the grill. It is characterized in that it is supported by the rotation, and the mounting body access means for drawing the placing body in and out and in and out in conjunction with the door rotation when opening and closing the grill door. As a result, when the grill door is completely opened, the grill door is opened to the side and at the same time, the placing body is drawn out and pulled out by the means for entering and leaving the housing. It is placed in the side position. Therefore, the grill door does not protrude from the front position of the displaced body.

On the other hand, when the side of the grill door is closed, the placing body is accommodated in the grill due to the placing means access means interlocked with the door rotation. The grill apparatus of the present invention according to claim 2 is formed in the grill apparatus so that the upper part of the door is folded inward when the grill door is completely opened. As a result, the upper end of the grill door held at the side position of the mounting body removed from the grill can be prevented from protruding more than the upper surface of the mounting body.

The grill apparatus of the invention according to claim 4, wherein the grill door is provided with a grill door in which the front opening of the grill is accommodated, and the grill door rotates in a manner of falling forward to the front opening of the grill (conduction type). It is characterized in that the installation means for installing the access means for drawing the mounting body in and out in and out in conjunction with the door rotation when opening and closing the grill door.

As a result, when the grill door is fully opened, the grill door falls forward from the front opening, and the placing body is disposed at an upper position thereof. Therefore, the grill door that has fallen forward can be placed on the lower surface axis of the placing body when the placing body is removed. have. Therefore, the grill door does not protrude from the front position or the upper position of this mounting body. Therefore, in the state of removing the mounting body, the grill door is not obstructed and food can be handled easily. In addition, it can prevent the grill door from coming in contact with the hot top and causing discomfort.

On the other hand, when the upright grill door is closed, the placement member is accommodated in the grill by means of the placement access means linked to the door rotation.

In the grill apparatus according to claim 4, the grill apparatus is formed in a cross-section " " shape so as to protrude forward. This ensures a sufficient amount of space protruding forward from the rear axis of the grill door.

Therefore, the front end of the mounting body can be smoothly escaped without colliding with the rear surface of the grill door.

In the grill apparatus according to claim 5, in the grill apparatus (claims 2 or 4), the projecting shear of the fully opened grill door and the projecting shear of the displaced body are substantially the same. As a result, it is possible to reliably prevent the grill door from protruding to the front position of the placement member which has come out.

Best Mode for Carrying Out the Invention

EMBODIMENT OF THE INVENTION Next, embodiment of this invention is described, referring an accompanying drawing.

Embodiment 1

1 to 3 show a grill apparatus 1 according to Embodiment 1 of the present invention. As shown in FIG. 1, the grill apparatus 1 is installed at the center of the front surface of the gas stove 100, and the grill door 4 and the grill door of the type that open the grill door 4 sideways are formed. 4) is provided with a grill pan access means 200 (placement access means, see Figs. 2 and 3) to draw the grill fan (2) in conjunction with the door rotation when opening and closing the door (3). In addition, the grill pan 2 may be provided with a grid 6 on which food items such as fish are placed.

The grill pan access means 200 extends the pivot arm 42 fixed to the grill door 4 and the exit of the grill pan 2 so that the pantograph mechanism 5 as a stroke extension function and the pivot arm ( 42 and a connecting arm 8 for connecting the pantograph mechanism 5 and an extrusion arm 7 and an L arm 9 for connecting the pantograph mechanism 5 and the grill pan 2.

As shown in Fig. 2 and Fig. 3, the grill 3 is made of heat-resistant sheet metal, and is formed in a quadrangular shape having an entire front opening 31.

The front opening 31 of the grill 3 is provided with a side open grill door 4 that is open to the left. In addition, the inside of the grill 3 has become the floor in which the grill pan 2 was mounted and the base 32 was raised (refer FIG. 2). The grill pan 2 is placed on the raised bottom plate 32 in a state where the inside of the plate is long as the long side shaft is directed in the front-rear direction. In addition, a pantograph mechanism 5 is provided on the bottom plate 32 behind the grill pan 2. In addition, a heat source such as a burner (not shown) is provided near the ceiling of the grill 3.

The grill pan 2 made of a mounting body includes a rectangular container portion 20 made of sheet metal and capable of containing water, and a flange 21 cast on the outer periphery of the upper end of the container portion 20. And the rear flange 210 is formed in the shape of a hook in which the lower part 211 is extended and provided so that the extrusion arm 7 attached to the pantograph mechanism 5 may be formed (refer FIG. 2).

In addition, the grill pan 2 is provided with leg portions 22F protruding downward from four corners of the container portion 20, and projections 22 protruding downwardly from the rear surface of the lower portion of the container portion 20 are provided. It is. And in front of the base plate 32 of the grill 3, the protrusion 321 which protrudes upward so that it may engage with the protrusion 22 of the grill pan 2 is provided (refer FIG. 2). Therefore, when the bottom projection 22 of the grill pan 2 which slides out on the bottom plate 32 and exits in front of the bottom plate 32 is locked to the protrusion 32 in front of the bottom plate 32, the grill door 2 does not exit at the same time. ) Is also regulated so as not to open any more (see Fig. 3 (c)).

As shown in FIG. 3, the grill door 4 draws by rotating the door in a 90-degree range by a shaft portion 41 installed at the lower left end supported by the base plate 32 and opened sideways (3). To open and close the front opening 31. In the lower portion of the rear shaft of the grill door 4, a pivoting arm 42 extending rearward is fixed near the shaft portion 41. The rotation arm 42 is rotated 90 degrees around the shaft portion 41 by opening and closing the grill door 4. The rotation arm 42 is connected to the pantograph mechanism 5 so that the connection arm 8 is rotatably mounted.

The grill door 4 is divided into a door upper part 43 and a door lower part 44. The door upper part 43 opens the grill door 4, so that the door upper part 43 is moved to the inner shaft. It is pivotally supported by the shaft portion 45 at the upper end of the lower door 44 so as to be able to fold into the structure to fall over (see Fig. 2). When the grill door 4 is fully opened, the upper part of the door 43 is formed such that the height of the upper end of the grill door 4 is about the same as the height of the upper surface of the grill pan 2 or lower than the upper surface of the grill pan 2. Keep your posture in a retracted state. The protruding shear 4F of the grill door 41 is set to have substantially the same length as the protruding shear 2F of the grill pan 2 which has come out (see Fig. 1).

On the contrary, when the grill door 4 is closed, the upper part 43 of the door has its left end directly in contact with the main surface 311 of the front opening 31 of the grill 3 and then the side plate 33. Sliding all the way to stand, and when the grill door (4) is completely closed, it stands up completely.

In addition, a glass window 46 is inserted into the upper part of the door 43 so that the inside of the grille 3 can be viewed, and the lower door 44 can be easily hooked to rotate the grill door 4 to the left. The convex part 47 is attached.

The pantograph mechanism 5 has four first to fourth intersections 51 to 54 as shown in FIGS. 2 and 3, and the bottom first plate 32 of the rearmost first intersection 51 draws 3. It is a fixed point fixed to the drawing and arranged to stretch in the front and rear direction of the grill (3). The L-arm 9 is attached to the 3rd intersection 54 of the foremost part, and the extrusion arm 7 which extends horizontally in the upper end part of this L-arm 9 is attached.

The extruded arm 7 is hooked on the rear flange 210 of the grill pan 2 placed on the base plate 32.

In addition, an operating arm 81 is formed directly below the second intersection 52 near the first intersection 51, which is a fixed point, and the pivoting arm 42 of the grill door 4 is provided on the operating arm 81. The connecting arm 8 is rotatably mounted in connection with (Fig. 2). The actuating arm 81 is inserted into the guide hole 322 installed in the front and rear direction directly from the base plate 32, whereby the actuating arm 81 is directly guided and moved in the front and rear direction, thereby moving the actuating arm 81. The attached pantograph mechanism 5 itself is immediately stretched in the front-rear direction. Thus, it becomes an operating point operated according to rotation.

The pantograph mechanism 5 moves to the first intersection 51 of the fixed point because the third intersection 53 and the fourth intersection 54 also move together when the second intersection 52 of the operating point protrudes and moves. Between the 2nd intersection 52 and the 3rd intersection 53, the 3rd intersection 53 and the 4th intersection 54 also expand simultaneously (refer FIG. 3 (c)). As a result, the pantograph mechanism 5 has three points of the movement amount x due to the door rotation when viewed from the first intersection 51 of the fixed point at the fourth intersection 54 of the foremost portion on which the extrusion arm 7 is mounted. The amount of ship movement is obtained. Therefore, according to the pantograph mechanism 5, the movement amount of three times the horizontal component movement amount due to the door rotation can be given to the grill pan 2 by moving the second intersection 52 as the direct movement point. A sufficient stroke for pulling out the grill pan 2 can be ensured. Therefore, the grill pan access means 200 is provided with a stroke extension function by the pantograph mechanism 5.

Next, the operation of the grill apparatus 1 will be described.

As shown in Fig. 3 (a), the grill door 4 is closed at the front opening 31 of the grill 3, so that the grill door 4 is caught in the grill 3 and the grill door 4 is closed. Grab the handle 47 and pull to open the grille door (4) is rotated to open the left side (橫 開 式).

When the grill door 4 is opened as shown in FIG. 3 (b), the connecting arm connected to the pivot arm 42 rotates at the same time as the pivot arm 42 installed on the rear of the grill door 4 in conjunction with the door pivot. (8) and the operation arm 81 connected to this connection arm 8 protrude from the second intersection 52, which is the operating point of the pantograph mechanism 5, to draw up the pantograph 5. At this time, since the operation arm 81 is fitted in the guide hole 322 installed in the front and rear direction from the bottom plate 32, the pantograph mechanism 5 is pulled straight in the front and rear direction.

Then, the extruded arm 7 connected to all of the pantograph mechanisms 5 is moved forward, and the grill pan 2 caught by the extruded arm 7 slides out on the base plate 32 and comes out forward. At the same time, the upper door 43 of the grill door 4 is folded inwardly as it extends to the main name 311 of the front opening 31 of the grill 3.

3 (c), when the grill door 4 is rotated 90 degrees to the left and completely opened, the pantograph mechanism 5 almost completely draws the grill pan 2 out of the grill 3. This is because the pantograph mechanism 5 expands the small amount of movement in the front-rear direction by the door rotation to secure the stroke amount of the grill pan 2 coming out.

That is, according to the pantograph mechanism 5 having the first to the fourth four intersections 51 to 54, the second front point 52 is moved to the operating point, so that the frontmost outermost to push the grill pan 2 out. At all the four intersections 54, three times the movement amount of the horizontal component by the door rotation is obtained, so that even if the amount of movement of the front and rear components is small by the door rotation, sufficient stroke to escape the grill pan 2 can be secured. Can be.

In addition, when the grill door 4 is fully opened, the grill door 4 in the fully opened state is disposed on the left and right sides of the grill pan 2, and at the same time, the protruding shear 4F of the grill door 4 exits and the grill pan 2 The door top 43 has a posture in which the upper end of the grill door 4 is folded with a position approximately equal to the height of the top surface of the grill pan 2. (See Fig. 1). In addition, the grill pan 2 is inclined to the protrusion 321 of the bottom plate 32 so that the grill pan 2 can not be pulled out immediately, but the grill pan 2 is inclined upward in this state. When tilted, the locking is released, so when the puller is pulled out in this inclined state, the grill pan 2 draws out of the grill 3.

On the other hand, the grill pan 2 is accommodated in the grill 3, and the grill door 4 in the horizontally open state is rotated in the opposite direction to the above by holding the handle 47. Then, as the grill door 4 is closed, the pantograph mechanism 5 is reduced in contrast to the above, and the extrusion arm 7 pulls the rear flange 210 of the grill pan 2 to draw the grill pan 2. It is housed in storehouse 3. At the same time, the upper door portion 43 of the grill door 4 stands on the left side of the grill door 4 directly in contact with the main surface 311 of the front opening 31 of the grill 3, and then slides on the main surface 331. . And when the grill door 4 is completely closed, it will stand up completely. As a result, the grill pan 2 in the grill 3 is accommodated and the front opening 31 is closed.

As described above, according to the grill apparatus 1 of the present embodiment, when the grill door 4 is opened sideways, the grill pan 2 is drawn and the grill pan 2 is removed from the grill pan. At 200, the pantograph mechanism 5 draws almost the entire grill pan 2 out of the grill 3. In the state in which the grill pan 2 is pulled out, the horizontally opened grill door 4 is disposed at the left and right side positions of the grill pan 2. Therefore, since the grill door 4 does not protrude in the front position of the grill pan 2 thus removed, the grill door 4 is not obstructed and the food on the grid 6 can be easily handled.

In addition, when the grill door 4 is completely opened, the upper end of the grill door 4 is held in a position to be folded inside the upper door 43 so that the upper end of the grill door 4 is positioned approximately equal to the height of the upper surface of the grill pan 2. The upper end of the grill door 4 is prevented from protruding above the upper surface of the grill pan 2. Therefore, when handling the food on the grid 6, it is possible to prevent the possibility of feeling unpleasant due to erroneous contact with the upper end of the grill door (4). In addition, when the grill door 4 is completely opened, the protruding shear 4F of the grill door 4 and the protruding shear 2F of the grill pan 2 which are pulled out are set approximately equal to each other. The grill door 4 can be reliably prevented from popping out at the front position thereof, so that the food can be easily handled without disturbing the grill door 4 at the front position thereof.

In addition, the following design changes can be implemented for the first embodiment.

For example, in the first embodiment, the pivoting arm 42 is provided on the rear surface of the grill door 4, but the connecting arm 8 can be freely rotated on the rear of the grill door 4 without providing the pivoting arm 42. You may design. In this case, the grill pan access means 200 is composed of a connecting arm (8), pantograph mechanism (5), extrusion arm (7) and L arm (9).

In addition, the pantograph mechanism 5 is employed as the stroke extension function provided with the grill pan access means 200, but in conjunction with the rack pinion mechanism 5B shown in the link mechanism 5A shown in FIG. You may employ | adopt various well-known means, such as using a motor to drive.

The link mechanism 5A shown in FIG. 4 is provided on the lower surface of the base plate 32 with a raised bottom, the link arm A is connected to the pivot arm 42, and the L arm is at the tip of the link arm A. FIG. The link arm B which connects to the extrusion arm 7 is connected through the installation rod 9A corresponding to (9). The base plate 32 is also provided with an inclined second guide hole 323 for guiding the coupling point between the link arm A and the link arm B. The length of the second guide hole 323 itself is set to be equal to the length of the guide hole 322 which is provided in the base plate 32 in the front-back direction and guides the extrusion arm 7. Accordingly, the guide hole 322 and the length are set to be equal to the amount of the grill pan 2 and the exiting together. In addition, the guide hole 322 is provided to the left side from the center position. The inclination angle of the second guide hole 323 is set so that the length of the front-rear component of the second guide hole 323 is equal to the amount of movement of the front-rear component of the pivot arm 42. According to this link mechanism 5A, the amount of movement of the length of the front-rear component of the second guide hole 323 is extended by the link arm B to the amount of movement of the length of the second guide hole 323 itself and the grill is drawn. It gives to the fan 2, and can fully ensure the stroke which the grill pan 2 will come out. In addition, these grill pan access means 200 are comprised by the rotation arm 42, the link mechanism 5A, and the standing rod 9A and the extrusion arm 7. As shown in FIG. Therefore, when the grille arm 4 is opened in a side opening manner, the link arm A moves along the second guide hole 323 by the link arm A by the door rotation. The extrusion arm 7 at the tip of the link arm B is moved by the guide hole 322 so that the grill pan 2 is pushed forward by the amount of movement of the extrusion arm 7 (Fig. 4 (a) (b). )Reference). Then, when the grill door 4 is completely open and disposed on the left side, almost the entire grill pan 2 is drawn out of the grill 3 (see Fig. 4 (c)).

In addition, the rack pinion mechanism 5B shown in FIG. 5 is installed on the bottom surface of the bottom plate 32 when the bottom is elevated, and the connecting rod 8B is connected to the pivot arm 42 so that two ends of the connecting rod 8B are provided. The pinion 56 bittenly engaged with the racks 55a and 55b is connected. The short rack 55a on the left side is fixed to the side surface 33 on the left side lower than the base plate 32. The long rack 55b on the right side is mounted to be movable back and forth by the rotation of the pinion 5b, and a crank rod 9B bent in a crank shape is fixed to the front part. The crank rod 9B is coupled to the extrusion arm by being caught by the rear flange 210 of the green fan 2 by inserting the guide hole 322 directly installed in the front and rear direction in the bottom plate 32.

As a result, since the long rack 55b is engaged with the pinion 56, the long rack 55b is moved and added in the same manner as the amount of movement of the front and rear components of the pinion 56, and the distance is moved by the rotation distance of the pinion 56 with the same distance. . As a result, according to the rack pinion mechanism 5B, the rotational distance of the pinion 56 can be given to the grill pan 2 by adding the amount of movement of the front and rear components of the pinion 56 to the amount of movement by the long rack 55b. It is possible to secure a stroke from which the grill pan 2 can be taken out. Moreover, this grill pan access means 200 is comprised by the rotation arm 42, the connecting rod 8B, the rack pinion mechanism 5B, the crank rod 9B, and the extrusion arm 7. As shown in FIG.

Therefore, when the grill door 4 is opened in a side opening manner, when the pinion 56 is moved while the pinion 56 is rotated by the door rotation, the long rack 56b is moved to the amount of the pinion 56 to move. In addition to the rotational distance, the grill pan 2 is pushed forward through the extrusion arm 7 by the movement amount of the long rack 56b (see Fig. 5 (a) (b)). Then, when the grill door 4 is completely open and arranged to the left side, almost the entire grill pan 2 is drawn out of the grill 3 (see Fig. 5 (c)).

Embodiment 2

6 to 8 show a grill apparatus 1 'according to an embodiment of the present invention. As shown in FIG. 6, the grill apparatus 1 ′ is installed at the center of the front of the gas stove 100, and the grill apparatus 4 ′ is opened by opening the grill door 4 forward. ) Is covered with the grill pan 2 '(placement) to the upper position of the grill door (4') as if the whole of the () is covered.

Hereinafter, the structure of this grill apparatus 1 'is demonstrated. The grill apparatus 1 'opens and closes the grille 3' for accommodating the grill pan 2 having the front opening 31 'and the front and rear opening 3' of the grille 3 '. The grill grille (4 ') of the grounding type and the grill pan (2') draws in and out of the grille (3 ') in conjunction with the door rotation when opening and closing the grille (4'). And a fan access means 200 (refer to FIGS. 7 and 8). That is, the grid 6 'may be placed on the grill pan 2' on which foods of fish are placed.

The grill pan take-off device 200 'is a pantograph mechanism 5' as a stroke extension function for expanding the removal of the rotation arm 42 'and the grill pan 2' fixed to the grill door 4 '. And an connecting arm 8 'for connecting these pivotal arms 42' and a pantograph mechanism 5 ', and an extrusion arm 7 for connecting the pantograph mechanism 5' and the grill pan 2; ').

As shown in Fig. 7, the grille 3 'is made of a heat-resistant sheet metal, and is formed in a rectangular shape having a front opening 31' as a whole. The inside of the grill 3 'is provided with an inner wall plate 33' mounted on the left and right sides and 32 ', respectively, and a bottom plate 34' on which the grill pan 2 'is placed is raised. It is. A pantograph mechanism 5 'is provided between the inner wall plate 33' and the side plate 32 'on the left and right sides of the grill 3'. In addition, the grill pan 2 'is placed on the bottom bottom plate 34' of the height of the grill 3 'in a state in which the long wall is laterally long. In addition, a heat source such as a burner (not shown) is provided near the ceiling of the grill 3 '.

The grill pan 2 'is made of sheet metal, and has a rectangular container portion 20' for containing water, and a flange 21 'cast on an outer periphery of the upper end of the container portion 20'. The rear flange 2310 'is formed in a hook shape in which the lower part 211' is extended so that the extrusion arm 7 'mounted on the pantograph mechanism 5' is caught (Fig. Also, the grill pan 2 'is provided with leg portions 22F protruding downward from four corners of the container portion 20', and at the same time, a projection projecting downward on the rear surface of the container portion 20 '. 22 'is provided, and at the front of the base plate 34' of the grill 3 ', a protrusion 342' protruding upwards as if engaging the protrusion 22 'of the grill pan 2'. Therefore, the grill pan 2 ', which slides out on the bottom plate 34' and exits forward, is secured to the protrusion 342 'at the front of the bottom plate 34'. When this is over, it is regulated not to come out (Especially see FIG. 8 (C)).

As illustrated in FIG. 8, the grill door 4 ′ is formed in a cross-sectional " " shape to protrude forward. The grill door 4 'is formed by rotating the door in a 90-degree range in a manner that the shaft portions 41' provided at both ends of the door bottom are supported by the side plate 32 'under the shaft and fall forward. The front opening 31 'of 3' is opened and closed. That is, the grill door 4 'draws in a vertical position and completely closes the front opening 31' of the 3 ', and opens the front opening 31' completely in a horizontal position rotated 90 degrees in this vertical position. The protruding shear 4F of the grill door 4 'which is completely opened in this way and the protruding shear 2'F of the grill pan 2' which has come out are arranged approximately equally.

In addition, pivoting arms 42 'extending rearward are fixed to the rear side lower portion of the grill door 4', respectively. Therefore, these left and right pivotal arms 42 'are rotated in a 90 degree range about the shaft portion 41' as the grille door 4 'opens and closes. A connecting arm 8 'connected to the pantograph mechanism 5' is rotatably attached to these pivotal arms 42 ', and these constitute a grill pan entry and exit means 200'. In addition, the grill door 4 'has a glass window 44' fitted on the inclined upper door 43 'so that the inside of the grille 3' can be seen, and a handle 45 'is attached to the upper end thereof. have.

The pantograph mechanism 5 'has a first to fourth four intersections 51' to 54 ', as shown in FIG. 8, and a side plate of the rear end of the first intersection 51' and 3 '. A fixed point fixed to the 32 'and the inner wall plate 33' is disposed so as to be stretched in the front and rear directions of the grill 3 '.

At the fourth intersection 54 'of the rotating part, an extruded arm 7' installed on the left and right pantograph mechanism 5 'is mounted (see Fig. 7). The extruded arm 7 'is fitted into the guide hole 331' which is laterally extended in the horizontal direction from the left and right inner wall plates 33 'and at the same time the grill pan 2' mounted on the base plate 34 '. Hanging on the rear furenji 210. A connecting arm 8 'connected to the pivot arm 42' of the grill door 4 'is rotatably attached to the second intersection 52' next to the first intersection 51 ', which is a fixed point. As a result, the second intersection 52 'becomes a movable point that is operated in accordance with the door rotation when the grill door 4' is opened and closed.

The pantograph mechanism 5 'is a fixed point because the third intersection 53' and the fourth intersection 54 'move simultaneously when the second intersection 52' of the operating point pops out by the door rotation. Between the second intersection 52 'and the third intersection 53' with a movement amount x equal to the movement amount x of the second intersection 52 'with respect to the first intersection 51' The three intersections 53 'and the fourth intersection 54' are also widened at the same time (see FIG. 8 (C)). As a result, in the fourth intersection 54 'of the foremost part where the extruded arm 7' is mounted, the pantograph mechanism 5 'is moved by the door rotation when viewed from the first intersection 51' of the fixed point. Three times the amount of movement of x) is obtained. Therefore, according to this pantograph mechanism 5 ', it moves the 2nd intersection 52' as an operation point, and draws 3 times the movement amount of the horizontal component x in the rotational arm 42 by door rotation. It can apply to the fan 2 ', and the stroke which pulls out the grill pan 2' enough can be ensured. Therefore, the grill pan access means 200 'is provided with a stroke extension function by the pantograph mechanism 5'.

Next, the operation of the grill apparatus 1 'will be described.

As shown in Fig. 8A, the grill door 4 'closes the front opening 31' of the grill 3 'and the grill pan 2' is grilled in a state in which the grill pan 2 'is accommodated in the grill 3'. Grab the handle 45 'of the door 4' and open it by rotating the grill door 4 'in the manner of falling forward.

As shown in FIG. 8 (b), when the grill door 4 ′ is opened, the pivoting arm 42 ′ of the rear surface of the grill door 4 ′ is rotated upward in conjunction with the door rotation at this time, and the pivot arm 42 ′ is rotated upward. The connecting arm (8) connected to the () is projected out of the second intersection (52 ') of the red snapping point of the pantograph mechanism (5') to pull up the pantograph mechanism (5 '). Then, the extruded arm 7 'installed on the front of the pantograph mechanism 5' is moved forward along the guide hole 331 'of the inner wall plate 33', and at the same time, the grill caught on the extruded arm 7 '. The fan 2 'slides out on the base plate 34' and exits forward.

At this time, since the grill door 4 'secures a space to the rear side formed in the cross-section " " shape protruding forward, the front end of the grill pan 2' which is drawn out by this space is the rear of the grill door 4 '. The grill pan (2 ') can be pulled out smoothly because it will avoid collision.

In addition, the grill pan 2 'is drawn out even when the grill pan 2' is disposed higher than the pivot 41 'which is the pivot center of the grill door 4' mounted on the bottom plate 34 'of the raised floor. Of the front end of the grill pan 2 'and the rear surface of the grill door 4' can be avoided.

As shown in FIG. 8 (c), when the grill door 4 ′ is rotated 90 degrees and is completely horizontal and fully opened, the pantograph mechanism 5 ′ draws almost the entire grill pan 2 ′ ( 3 ') the entirety of the grill pan 2' is disposed on the grill door 4 'which exits and is horizontally opened. This is because the pantograph mechanism 5 'expands the movement amount less by the horizontal component of the door rotation to secure the stroke amount from which the grill pan 2' is pulled out.

That is, according to the pantograph mechanism 5 'having the first to the third four intersections 51' to 54 ', the second pan 52' is moved to the operating point so that the grill pan 2 'is pushed. As the fourth intersection 54 'of the rotating portion, the amount of movement of three times the horizontal amount x of the horizontal component is obtained by the rotation of the door 42' from the pivoting arm 42 ', so that the amount of movement of the horizontal component by the rotation of the door is at least sufficient. A stroke for pulling out 2 'can be secured.

In addition, since the rectangular grill pan 2 'is accommodated in the grille 3' with the short side shaft facing the front and rear direction, it is accommodated in the grille 3 '. Nearly the entirety of the pan 2 'can be drawn (3') and pulled out. In addition, by placing the grill pan 2 'in the long side (3') and placing the grill pan 2 'sideways when the grill pan 2' is pulled out of the grill (3 '), The grill door 4 'state can be arranged in order.

Then, when the grill door 4 'is completely opened, the extrusion arm 7' is directly in contact with the tip of the guider hole 331 'so that the grill door 4' is maintained in a horizontal position, and the grill door 4 is completely opened. The grill pan 2 'from which the protruding shear of 4') is pulled out is disposed approximately equal to the protruding shear. In the state where the grill pan 2 'is pulled out, the bottom projection 22' is held by the protrusion 342 'of the bottom plate 34'. When the inclination of the up) is released, the locking is released, and when it is protruded in this inclined state, the grill pan 2 'is drawn out of the grill 3'.

On the other hand, the grill pan 2 'is accommodated in the grill 3' and the grill door 4 'opened in a horizontal position is grasped by the handle 45' and lifted to rotate upward. Then, as the grill door 4 'is closed, the pantograph mechanism 5' is loosened as described above, and the extrusion arm 7 'pulls the rear flange 30' of the grill pan 2 'and the grill pan 2 ') And draw into 3'.

As described above, according to the grill apparatus 1 'of the second embodiment, the grill door 4' is opened in a manner of falling forward to draw the grill pan 2 '(3'). When pulled out from the inside, almost the whole of the grill pan 2 'is pulled out to the upper position of the grill door 4' of the fully open state maintained in a horizontal position. Therefore, the grill door 4 'is arrange | positioned in the lower surface position of the grill pan 2' in the state which the grill pan 2 'was pulled out. Moreover, the grill door 4 'hardly sticks out at the front position of the pulled-out grill pan 2'. Therefore, the grill door 4 'is unobstructed and the grid is not disturbed in the state where the grill door 4' is opened in the manner of falling forward and the grill pan 2 'is removed from the inside 3'. Of food can be handled easily. In addition, there is also a possibility of feeling unpleasant to contact with the upper end of the hot grill door (4 ').

In addition, when the grill door 4 'is fully opened, it is assured that the grill door 4' pops out almost as the projecting shear of the grill door 4 'and the projecting shear of the grill pan 2' withdrawn. Since the grill door 4 'can be prevented from interfering with the front door, the food can be easily handled.

[Etc]

Moreover, the thing of the said Embodiment 2 is possible as follows.

For example, in the second embodiment, the pivoting arm 42 'is provided on the rear surface of the grille door 4', but the connecting arm 8 is not provided with the pivoting arm 42 '. It may be installed on the back in a rotating manner. However, when the grill door 4 'is completely opened, it is better to select a position where the connecting arm 8 does not protrude significantly from the side portion of the grill pan 2'.

In this case, the grill pan access means 200 'is composed of a connection arm 8', a pantograph mechanism 5 'and an extrusion arm 7'.

In addition, although the stroke extension function portion provided in the grill pan access means 200 'employs the pantograph mechanism 5', the link 5A 'shown in FIG. 9, the rack pinion mechanism 5B shown in FIG. Moreover, you may employ | adopt various other well-known means, such as using the motor which drives in conjunction with door rotation.

The link mechanism 5A 'shown in FIG. 9 has a link arm A' connected to the rotational arm 42 ', and a rear flange 210' of the grill pan 2 'is connected to the lower end of the link arm A'. The link arm B 'which hypothesized the extruded arm 7' which was hooked up is connected. The inner wall plate 33 'is provided with an inclined second guide hole 332' for guiding the coupling point between the link arm A 'and the link arm B'. The length of the second guide hole 332 'itself is set equal to the length of the guide hole 331' for guiding the extrusion arm 7 ', that is, the amount through which the grill pan 2' is pulled out. Incidentally, the inclination angle of the second guide hole 332 'is set such that the length of the horizontal component of the second guide hole 332' is equal to the amount of movement of the horizontal component of the pivot arm 42 '. Thus, according to the link mechanism 5A ', the amount of movement of the length of the horizontal component of the second guide hole 332' is changed by the link arm B 'to the length of the second guide hole 332' itself. This can be extended to the grill pan 2 ', so that a stroke to sufficiently pull out the grill pan 2' can be secured. That is, the grill pan entry means 200 'is comprised by the rotation arm 42', the link mechanism 5A ', and the extrusion arm 7'.

Therefore, when the grill door 4 'is opened in a forward falling manner, the engagement point between the link arm A' and the link arm B 'is moved along the guide hole 332' by the door rotation. At the same time, the extrusion arm 7 'at the tip of the link arm B' is moved along the guide hole 331 'so that the grill pan 2' is extruded forward by the amount of movement of the extrusion arm 7 '. (See Figure 9 (a) (b)). Then, when the grill door 4 'is completely opened and is in a horizontal position, the whole of the grill pan 2' is drawn out of the grill 3 'and the grill pan 2' is placed on the open grill door 4 '. Is almost entirely disposed (see Fig. 9 (c)).

In addition, the rack pinion mechanism 5B 'shown in FIG. 10 has a connecting rod c' connected to the pivot arm 42 ', and two upper and lower racks 55a' and 55b 'connected to the lower end of the connecting rod c'. The pinion 56 ', which is meshed with the pinion, is rotatably connected. The upper short rack 55a 'is fixed to the inner wall plate 33' or the side plate 32 '. The lower long rack 55b 'is mounted so as to be movable back and forth by the rotation of the pinion 56', and a standing rod 71 'for installing the extrusion arm 7' is provided at the front end.

As a result, since the lower long rack 55b 'is engaged with the pinion 56', the lower rack 55b 'is moved to the same amount as the horizontal component of the pinion 56', and the rotation distance and the rotation distance of the pinion 56 ' Is moved the same distance. Consequently, according to the rack pinion mechanism 5B ', the amount of rotation of the horizontal component of the pinion 56' is added to the amount of rotation of the pinion 56 'by the lower long rack 55b' and the grill pan 2 '), It is possible to secure a stroke to sufficiently pull out the grill pan (2'). In addition, the grill pan access means 200 'is composed of a rotating arm 42', connecting rod (c '), rack pinion mechanism (5B'), standing 71 ', extrusion arm (7').

Therefore, when the grill door 4 'is opened in a forward falling manner, when the pinion 56' is moved while the pinion 56 'is rotated by the door rotation, the lower long rack 55b' moves by the pinion 56 '. In addition, the rotation distance of the pinion 56 'is moved so that the grill pan 2' is pushed forward through the extrusion arm 7 'by the amount of movement of the long rack 55b' (Fig. 10 (a) ( b) reference). Then, when the grill door 4 'is completely open and in a horizontal position, almost the entire grill pan 2' is drawn out of the grill 3 'and the grill pan 2' is placed on the open grill door 4 '. Almost all of them are arranged (see Fig. 10 (c)).

In addition, as a mounting body in this invention, the holder which accommodates and mounts various containers etc. other than the said grill pan 2, 2 ', the holder which accommodates and mounts the said grill pan 2, 2', etc., the said grill It is also applicable to a backing material for accommodating and placing the fans 2, 2 'and the like.

As described above, according to the present invention, even when the grill pan is pulled out of the grill, the grill door is not disturbed, and thus the food can be easily handled.

Claims (5)

delete A grill apparatus having a grill door for opening and closing the front opening of a grill, in which a mounting body is accommodated, the grill door being supported to rotate sideways at the front opening of the grill. When the grill door is opened and closed, the grill device is installed in the mounting device access means for drawing the mounting body in and out in and out in conjunction with the door rotation, The grill door 4 is divided into an upper door part 43 and a lower door part 44, and the upper door part 43 is pivotally supported by the shaft part 45 at the upper end of the lower door part 44. The grill apparatus, characterized in that the top of the door is formed to be folded inward when fully opened. delete A grill apparatus provided with a grill door for opening and closing the front opening of a grill, in which a mounting body is accommodated, the grill door being supported to rotate in a manner of falling forward from the front opening of the grill, and when the grill door is opened or closed. In the grill apparatus is provided with a device access means for drawing and placing the mounting body in and out in conjunction with the door rotation, The grill door is a grill device, characterized in that formed in the cross-section "<" shape so as to protrude forward. The method according to claim 2 or 4, And a protruding front end of the grill door which is completely opened and a protruding front end of the placement member which are completely out of the grill door.

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