JP3650698B2 - Combination cooker - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a combination type cooking utensil in which unit cooking utensils such as a drop-in stove and a fryer are combined and attached to a countertop of a system kitchen.
[0002]
[Prior art]
As a combination type cooking utensil in which a plurality of unit cooking utensils such as a drop-in stove and a fryer having different heat generation capacities are appropriately combined and attached to the countertop of the system kitchen, there is a type as shown in FIG.
FIG. 9 is an enlarged cross-sectional view of the mounting portion of the drop-in stove as the left two unit cooking utensils (17) and (17) appearing in FIG. 8, but the mounting hole (13) opened in the countertop (10). The flange (36) protruding from the outer periphery of the upper end of the main body case (18) (18) is engaged with the mouth edge (14) of (13), and the upper end open portion of the main body case (18) (18) is It is covered with the top plate (12) (12). The fryer which is a unit cooking utensil (17) appearing at the right end of FIG. 8 includes a main body case (18) attached to the countertop (10) and a top frame (15) covering the periphery of the upper end opening. .
[0003]
In this device, various unit cooking utensils (17) and (17) selected according to the user's wishes are combined and attached to the countertop (10) (see FIG. 8).
In the above-mentioned conventional one, the narrow gap between the top plates (12) (12) and the top frame (15) of each unit cooking utensil (17) (17) (17) exposed on the upper surface of the countertop (10) ( 11) (11) (generally about 10 mm) spills during cooking, so that the gap (11) (11) is difficult to clean.
[0004]
In order to prevent the above inconvenience, the top plate (12) (12) and the top plate (12) (12) and the top frame (15) with a spacer interposed in the gap (11) (11) of the top frame (15). It is also conceivable that the top frame (15) is connected and integrated by tightening with screws or the like in the arrangement direction (longitudinal direction of the countertop (10)).
[0005]
[Problems to be solved by the invention]
However, when the top plate (12) (12) and the top frame (15) are connected and integrated in the arrangement direction as in the above improvement plan, the arrangement pitch of the top plate (12) (12) and the top frame (15) The arrangement pitch of the main body cases (18) and (18) mounted in the mounting holes (13) and (13) may slightly shift, and these main body cases (18) and (18) and the top plate (12) and (12) etc. Does not correspond exactly up and down. The above inconvenience that the top plate (12) (12) etc. and the main body case (18) (18) do not correspond accurately is a single common mounting hole (13) formed in the countertop (10). The same occurs when a plurality of body cases (18) and (18) are mounted.
[0006]
The present invention has been made in view of the above points, and the top plates (12), (12) and the top frame (15) covering the upper end open peripheral edge of each main body case of each unit cooking utensil (17) (17). ) And the like so that no gap is generated between them, the arrangement pitch of the main body cases can be adjusted in accordance with the arrangement pitch of the respective covers. Let it be an issue.
[0007]
[Means for Solving the Problems]
The technical means of the present invention for solving the above problems are as follows:
`` Multiple body cases that are dropped and mounted in a row in the mounting holes of the counter top (10) of the system kitchen,
A unit cooking utensil comprising a plurality of coverings placed on the countertop (10) and connected in the arrangement direction of the main body cases in a state of covering at least the peripheral edges of the upper end open portions of the main body cases. 17) A combined cooking utensil comprising (17),
There are first and second output parts that operate separately from each other with respect to a pair of opposing surfaces of the peripheral wall of the mounting hole, and first and second adjustment screws that operate the first and second output parts separately. An interval adjusting means is provided in each main body case.
[0008]
The technical means operates as follows.
When the first and second adjusting screws are rotated, the first and second output portions move away from or abut against a pair of opposing surfaces of the peripheral wall of the mounting hole formed in the countertop (10). The main body case can be positioned at a predetermined position with respect to the mounting hole by the rotation of the first and second adjusting screws. By performing this operation for each main body case, the arrangement pitch of the main body cases can be set to a predetermined value. Therefore, the arrangement pitch of the main body cases can be adjusted in accordance with the arrangement pitch of the respective covers.
[0009]
【The invention's effect】
The present invention has the following specific effects.
The arrangement pitch of the main body cases can be adjusted in accordance with the arrangement pitch of the coverings covering the periphery of the upper end open portion of each main body case. Therefore, a cover such as the top plate (12) (12) or the top frame (15) covering the upper edge of the upper end of the main body case of each unit cooking utensil (17) (17) is connected to form a gap between them. Even if it does not occur, it is possible to make the arrangement pitch of the respective coverings coincide with the arrangement pitch of the main body cases.
[0010]
<Others>
* Item a To solve the above problem,
`` A plurality of body cases that are mounted in a state of being dropped into a plurality of mounting holes arranged in a row on the counter top (10) of the system kitchen,
A unit cooking utensil (17) (17) comprising a plurality of coverings placed on the countertop (10) and connected in the arrangement direction in a state of covering at least the periphery of the upper end opening of each main body case. )
First and second output portions that are separately moved toward and away from a pair of opposing surfaces of the mounting holes that are opposed to each other in the connecting direction, and these first and second output portions are operated separately. It is also possible to adopt a configuration in which a distance adjusting means having first and second adjusting screws is provided in each main body case. In this case, when the first and second adjusting screws are rotated, a pair of opposing surfaces of the peripheral walls of the mounting hole formed in the countertop (10), that is, each covering on the countertop (10) The first and second output sections are moved toward and away from a pair of opposed surfaces that face in the connecting direction. Accordingly, the protruding length of the first and second output portions protruding from the main body case toward the peripheral wall is changed, thereby changing the position of the main body case with respect to the mounting hole. When this operation is performed for each main body case, the arrangement pitch of these main body cases changes in the connecting direction of the respective coverings on the countertop (10), and the main body case is matched to the arrangement pitch of each covering. The arrangement pitch is adjusted.
* Item b In the above invention, “the first and second adjustment screws are screwed into the side plate of the main body case, and the tips of the first and second adjustment screws are the first and second output portions”. Then, when the screwing degree of the first and second adjusting screws with respect to the side plate of the main body case is adjusted, the tips of the first and second adjusting screws, which are the output parts, move toward and away from the peripheral wall of the mounting hole (13). The arrangement pitch of each body case can be adjusted.
[0011]
DETAILED DESCRIPTION OF THE INVENTION
Next, an embodiment of the above invention will be described.
FIG. 1 is a perspective view showing a state in which a combination-type cooking utensil for explaining an embodiment of the present invention is mounted on a countertop of a system kitchen. A fryer (5), a medium capacity drop-in stove (3), and a large capacity drop are shown. The stove (4) is attached to the countertop (10) in a lowered state. In this embodiment, each of the above-described fryer (5), medium-capacity drop-in stove (3), and large-capacity drop-in stove (4) corresponds to the unit cooking utensils (17), (17), (17) described above. doing. As shown in FIG. 1 and FIG. 2, the top plate covers the upper end open portions of the main body cases (31) and (41) of the medium capacity drop-in stove (3) and the large capacity drop-in stove (4). (32) (42) Rectangular box-like spacers (84) (84) opened downward are arranged between each other and between these and the top frame (52) of the flyer (5). In the present embodiment, the top plates (32), (42) and the top frame (52) correspond to the above-described covering.
[0012]
Hereinafter, details of each part will be described in detail.
* About medium capacity drop-in stove (3) *
As shown in FIG. 2, the medium-capacity drop-in stove (3) has a main body case (31) containing gas burners (35) and (35), and a top plate (32) covering the upper end open portion of the main body case (31). And five virtues (34) and (34) placed on the top plate (32).
[0013]
The main body case (31) constituting the medium capacity drop-in stove (3) is formed in a rectangular box shape with an open upper end, and the mounting hole of the countertop (10) is formed on the outer periphery of the upper end of the main body case (31). A flange (36) is provided around the mouth edge (14) of (13).
As shown in FIG. 2 and FIG. 3, the screw holes located in the vicinity of both end portions in the longitudinal direction are located in the vicinity of the upper side portions of the pair of side plates (300) (300) on the long side portion side of the main body case (31). (89) (89) are formed through, and adjusting screws (81) (81) as interval adjusting means are screwed into the screw holes (89) (89). Then, with the body part (39) of the main body case (31) in the medium capacity drop-in stove (3) attached to the mounting hole (13) of the countertop (10), adjust screws (81) (81) When tightened, the tip, which is the output end of the adjusting screw (81) (81), is pressed against the peripheral wall of the mounting hole (13).
[0014]
As shown in FIG. 2, the top plate (32) disposed so as to cover the upper end open portion (30) of the main body case (31) is arranged in front and back with a central ridge (327) therebetween. A bottom plate (322) having a burner insertion hole (321) (321) provided, an upright plate (324) which bends and rises from the outer periphery of the bottom plate (322), and an outer peripheral flange (323) which projects outward from the upper end thereof The hanging plate (325) hanging from the outer periphery of the outer peripheral flange (323) is placed on the rim (14) of the mounting hole (13) provided in the countertop (10). It has become. Further, through holes (33), (33) are formed in the vicinity of both ends in the longitudinal direction in the portion of the hanging plate (325) on the large capacity drop-in stove (4) side.
[0015]
In addition, an operation portion (326) for igniting and extinguishing the gas burners (35) and (35) and adjusting their heating power is provided at the portion corresponding to the stove front side of the top plate (32). The control unit (326) and the control device (not shown) in the main body case (31) are electrically connected by a lead wire (not shown).
The two virtues (34) and (34) placed and mounted on the top plate (32) are bent so as to surround the burner insertion hole (321) formed in the bottom plate (322) of the top plate (32). A square-shaped five-virtual frame (341) is formed, and a claw (342) extending from the five-virtual frame (341) toward the center thereof.
[0016]
* About the large capacity drop-in stove (4) *
The large-capacity drop-in stove (4) has two medium-capacity gas burners (35, 35) in that it has a single large-capacity gas burner (45) as shown in Figs. This is different from the previously described ability drop-in stove (3).
For this reason, a high-capacity gas burner (45) is disposed at the center of the rectangular box-shaped main body case (41) with the upper end open, and a flange ( 46) is provided around. Also, in the vicinity of the upper side of the pair of side plates (400) (400) on the long side of the main body case (41), in the vicinity of both ends in the longitudinal direction, similar to the previously described capacity drop-in stove (3). Positioned screw holes (99) and (99) are formed so as to penetrate therethrough, and adjusting screws (82) and (82) as spacing adjusting means are screwed into the screw holes (99) and (99).
[0017]
The bottom plate (422) of the top plate (42) covering the upper end opening (40) of the main body case (41) is provided with a single burner insertion hole (421) and the outer periphery of the bottom plate (422). On the outer periphery of the upper end of the upright plate (424) that is bent upright from the top, there is a hanging plate (425) that engages with the rim (14) of the mounting hole (13) provided in the countertop (10) from above. The outer peripheral flange (423) is overhanging. Further, through holes (43) and (43) are formed in the long side portion of the hanging plate (425) on the medium capacity drop-in stove (3) and flyer (5) side.
[0018]
An operation portion (426) for the gas burner (45) is provided at a portion corresponding to the stove front side of the top plate (42).
Further, on the bottom plate (422) of the top plate (42), the virtues (44) having the virtues frame (441) and the claws (442) (442) extending from the top to the center are mounted. It ’s like that.
* About Flyer (5) *
The fryer (5) includes a main body case (51) having an oil tank (53) (shown with the corners cut away in FIG. 2) and an upper end opening portion (50) of the main body case (51). ) A top frame (52) disposed so as to cover the periphery, and a wire mesh (54) mounted on the rear part of the top frame (52).
[0019]
A flange (56) is provided on the outer periphery of the upper end of the main body case (51), and a pair of side plates (500) (500) on the long side of the main body case (51) is provided in the longitudinal direction thereof. Screw holes (86) and (86) positioned in the vicinity of both end portions are formed so as to penetrate therethrough, and adjustment screws (87) and (87) as interval adjusting means are screwed therein.
Further, a cross-sectional shape obtained by cutting the top frame (52) in the horizontal direction (longitudinal direction of the countertop (10)) is configured as shown in FIG. That is, the hanging plate (525) is bent and suspended on the outer periphery of the top frame (52), and the inner suspension of the horizontal plate (524) bent at a right angle from the upper end is bent on the inner periphery of the horizontal plate (524). The plate (527) is extended, and a flange portion (528) projecting inward is provided at the lower end of the inner hanging plate (527). A certain range on the rear side of the top frame (52) (the back side of the countertop (10)) is covered with a wire mesh (54) placed on the flange portion (528).
[0020]
Of the hanging plate (525) hanging from the outer periphery of the top frame (52), the portion on the large-capacity drop-in stove (4) side is positioned with an interval in the front-rear direction of the countertop (10). A pair of through holes (520) (520) is formed.
* About spacer (84) *
Medium capacity drop-in stove (3), large capacity drop-in stove (4), and spacer (84) (84) filled between the top plate (32) (42) and top frame (52) of the flyer (5) ) Is formed in a flat rectangular box shape with the lower end opened, as shown in FIG. 5 (a perspective view of the spacer 84 viewed from below). The pair of side plates (841) (842) on the long side of the spacer (84) is formed with screw holes (843) (843) (844) (844) located near both ends in the longitudinal direction. The screw holes (843) (843) formed in one side plate (841) and the screw holes (844) (844) formed in the other side plate (842) face each other in the width direction of the spacer (84). doing. Further, when the spacer (84) (84) is inserted between the top plate (32) (42) and the top frame (52), the threaded hole (843) (843) (844) of the former spacer (84) (844) is a through hole (33) (33), (43) (43), (520) drilled in each of the hanging plates (325) (425) (525) such as the latter top plate (32) Matches (520).
[0021]
* About countertop (10) *
2, the system kitchen countertop (10) has a medium capacity drop-in stove (3), a large-capacity drop-in stove (4), and a flyer (5) body case (31) (41) ( The rectangular mounting holes (13), (13), and (13) that are slightly larger than the trunk portions (39), (49), and (59) of 51) are formed at predetermined intervals.
[0022]
* Installation work on countertop (10) *
Next, the operation of attaching the above-mentioned medium capacity drop-in stove (3), large-capacity drop-in stove (4) and flyer (5) to the countertop (10) will be described.
First, the top plates (32) and (42) of the medium capacity drop-in stove (3) and the large capacity drop-in stove (4) are arranged in the width direction (longitudinal direction of the countertop (10)). The long sides of the hanging plates (325) and (425) are opposed to each other. Next, a spacer (84) is inserted between the opposed long sides of the drooping plates (325) (425), and the drooping plates (325) (425) and the spacer (84) are connected to a seal packing (85 ) (85) and bis (58) (58).
[0023]
That is, as shown in FIG. 3, the spacer (84) is formed from the through holes (33) (33) formed in the hanging plate (325) located on the outer periphery of the top plate (32) of the medium capacity drop-in stove (3). Screws (58) and (58) are screwed into the screw holes (843) and (843) formed in the side plate (841), and tightened. At this time, a seal packing (85) is interposed between the top plate (32) and the spacer (84). On the other hand, the large-capacity drop-in stove (4) in the spacer (84) from the through holes (43) (43) formed in the hanging plate (425) of the top plate (42) of the large-capacity drop-in stove (4) Screws (58) and (58) are screwed into the screw holes (844) and (844) formed in the side plate (400) on the side in the same manner as described above. Then, the top plates (32) and (42) of the medium capacity drop-in stove (3) and the large capacity drop-in stove (4) are connected via the spacer (84). Next, when the top plate (42) of the large capacity drop-in stove (4) and the top frame (52) of the fryer (5) are connected via the spacer (84) in the same manner as described above, the medium capacity drop-in stove (3 ), Large capacity drop-in stove (4) and flyer (5) are connected in one direction.
[0024]
Next, the medium capacity drop-in stove (3), large-capacity drop-in stove (4), and flyer (5) main body case (13) are installed in the mounting holes (13) (13) (13) opened in the countertop (10). 31) Drop (41) (51) from above.
Then, as shown in FIG. 3, the adjustment screws (81) (81) (82) (82) attached to the side plates (300) (400) on the long side of the body case (31) (41) are It faces the peripheral wall of the mounting hole (13) of the countertop (10), and the screwing degree of the adjusting screws (81) (81) (82) (82) is adjusted in this state. Thereby, the arrangement pitch of the main body cases (31) and (41) can be adjusted. Similarly, when the screwing degree of the adjusting screws (87) (87) provided in the main body case (51) of the fryer (5) is adjusted, the main body case (41) of the large capacity drop-in stove (4) and the fryer The arrangement pitch of the body case (51) of (5) can be adjusted.
[0025]
By adjusting the screwing degree of the adjusting screws (81), (82), and (87) as described above, the main body case (31) is connected in the connecting direction of the top plates (32) (42) and the top frame (52). ) (41) (51) to adjust the arrangement pitch of the top plate (32) (42) and the top frame (52) and the arrangement pitch of the body case (31) (41) (51). Match.
Next, the top plate (32) (42) and the top frame (52), which are connected and integrated through the spacers (84) (84), are placed on the countertop (10), and the top plate (32) (42) and the top frame (52) cover the upper end open portions (30), (40) and (50) of the main body cases (31), (41) and (51). Then, as shown in Fig. 3, the body case (31) (41) of the medium capacity drop-in stove (3) and large capacity drop-in stove (4) and the top plate (32) (42) etc. It will be in the state opposite to.
[Others]
(1) In the above embodiment, the top plate (32) (42) and the top frame (52) are connected via the spacer (84) (84). The top frame (52) can also be directly connected with screws.
[0026]
In other words, the medium capacity drop-in stove (3), the large capacity drop-in stove (4), and the top plate (32) (42) and the top frame (52) of the flyer (5) (the longitudinal direction of the countertop (10)) When the top plate (32) (42) and the top frame (52) are directly connected, these are the mounting holes (13) (13) of the countertop (10). ) And (13) so that they substantially coincide with the arrangement pitch.
(2) As shown in FIG. 6, a slit (90) is formed in the lower part of the side plate of the main body case (31) (41) (51) of each unit cooking utensil, and the lower end of the lever (91) is formed in the slit (90). The lever (91) can be pushed outward by the adjusting screw (92). In this case, when the adjusting screw (92) is screwed into the screw hole (93), the upper end (95) as the output end of the lever (91) that is pushed and rotated by the tip of the adjusting screw (92) is It is pressed against the peripheral wall of the mounting hole (13). When the lever (91) rotates, an arcuate guide arm (96) protruding from the upper end of the lever (91) slides in the slit (97) formed in the side plate of the body case (31) (41) (51). As a result, the rotation of the lever (91) is stabilized. In this case, the combination of the adjusting screw (92) and the lever (91) corresponds to the interval adjusting means described above.
(3) In the above embodiment, the spacer (84) and the top plates (32), (42) adjacent to the spacer (84) are connected by screws (58), (58). However, as shown in FIG. 32) The hanging plates (325) (425) on the outer periphery of (42) are cut and raised outward to form the engagement bent portions (329) (429), while the side plates (841) (842) of the spacer (84) Notches (848) (849) that open downward are formed, and the spacers (84) and the top plate (32) (42) are formed using these notches (848) (849) and the engaging bends (329) (329). ) Can also be combined. That is, by inserting the spacer (84) from above between the top plates (32) and (42) arranged with an interval corresponding to the width of the spacer (84), both side plates (841) of the spacer (84) are inserted. ) The engaging bent portions (329) and (429) are engaged with the notches (848) and (849) of (842), thereby connecting the top plates (32) and (42) to each other.
(4) In the above embodiment, the mounting holes (13), (13), and (13) corresponding to the respective body cases (31), (41), and (51) are opened in the countertop (10). Each body case (31) (41) (51) can be mounted in a single row in a single mounting hole (13) that is long in the lateral direction (longitudinal direction of the countertop (10)) formed in (10) it can. In this case, a pair of side plates located before and after the body (39), (49) and (59) in each main body case (31), (41) and (51) (front and back in the depth direction of the countertop (10)) A pair of facing surfaces facing the front-rear direction (depth direction of the countertop (10)) of the peripheral walls of the mounting holes (13), (13), and (13). The adjustment screws (82), (82) are pressed against each other, thereby fixing the main body cases (31), (41), (51) at predetermined positions.
[Brief description of the drawings]
[Fig. 1] Perspective view of the top surface of the countertop (10) with a medium capacity drop-in stove (3), a large capacity drop-in stove (4) and a fryer (5) attached. [Fig. Fig. 3 Cross section of the boundary between medium capacity drop-in stove (3) and large capacity drop-in stove (4) [Figure 4] Cross section of top frame (52) [Figure 5] View spacer (84) from below FIG. 6 is a cross-sectional view of a main part of a modified example of the interval adjusting means. FIG. 7 is a cross-sectional view of a main part illustrating another example of the spacer (84). FIG. 9 is an explanatory diagram of a conventional example [Explanation of symbols]
(10) ・ ・ ・ Countertop
(13) ・ ・ ・ Mounting hole
(17) ・ ・ ・ Unit cookware
(31) (41) (51) ... Body case
(31) (82) (86) ・ ・ ・ Adjustment screw

Claims (4)

A plurality of main body cases that are dropped and mounted in a row in the mounting holes of the countertop (10) of the system kitchen,
A unit cooking utensil comprising a plurality of coverings placed on the countertop (10) and connected in the arrangement direction of the main body cases in a state of covering at least the upper end open portion periphery of each main body case. 17) A combined cooking utensil comprising (17),
There are first and second output portions that are separately moved toward and away from a pair of opposing surfaces of the peripheral wall of the mounting hole, and first and second adjustment screws that are operated separately from each other. A combination cooking utensil in which interval adjusting means is provided in each main body case. A plurality of body cases that are mounted in a state of being dropped into a plurality of mounting holes arranged in a row on the countertop (10) of the system kitchen,
A unit cooking utensil (17) (17) comprising a plurality of coverings placed on the countertop (10) and connected in the arrangement direction in a state of covering at least the periphery of the open end of each main body case. )
First and second output portions that are separately contacted and separated with respect to a pair of facing surfaces that face each other in the connecting direction among the peripheral walls of the mounting holes, and operate the first and second output portions separately. A combination cooking utensil in which a distance adjusting means having first and second adjusting screws is provided in each main body case. The first and second adjustment screws are screwed into a side plate of the main body case, and tips of the first and second adjustment screws serve as the first and second output portions, respectively. Combination cooking utensil as described. The mounting hole is formed in a rectangular shape in plan view, and the first and second output portions are pressed against a straight portion of a peripheral wall of the mounting hole formed in the rectangular shape. A combined cooking utensil according to any of the above.

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