JPH054570B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a fixing structure for a support column that supports members related to a stove or range stand, such as support members for various cooking utensils, guard plates, and exhaust hoods.

[Prior art] Conventionally, general stoves and cooktops have a hole in the center of the top, a gas burner is exposed in the hole, and a saucer is placed around the hole. The basic structure is that there are trivets on top of these. Therefore, when cooking, cooking utensils such as pots are placed on this trivet. Further, the guard plate for preventing scattering of oil, etc. is deformed into a U-shape and is placed leaning against the periphery of the stove or microwave stand. Furthermore, in most cases, the exhaust hood is fixedly installed above the stove or range table.

[Problem to be Solved by the Invention] When adjusting the heat on a stove or microwave stand, cooking cannot be performed successfully by simply adjusting the flame size of a gas burner for a pot placed on a trivet. In addition, once the height of the trivet is set, it is not easy to change its position during cooking.

Furthermore, the guard plate is extremely unstable as it is simply placed against the periphery, and can even become an obstacle if unnecessary.

In addition, fixedly installed exhaust hoods are generally located at relatively high places, so
In some cases, there is a drawback that exhaust treatment cannot be performed reliably.

Therefore, the present invention can be universally applied to various stoves or cooktops currently on the market, and can maintain members related to the cooktop or cooktop in a sufficiently stable state and yet be able to be displaced. The purpose of the present invention is to provide a fixed structure for a column that can be supported in a fixed condition.

[Means for Solving the Problems] In order to achieve the above-mentioned object, the present invention has the following configuration for the fixing structure of the support column that supports the members related to the stove or range stand.

In other words, it is a rigid plate for use on a stove or cooktop that has a hole in the center of the tabletop, and is large enough to cover the top of the stove or cooktop with one or more supports installed on the surface. A fixed plate consisting of a flat plate part, an edge part having a cross-sectional shape conforming to the edge shape of the opening part, and a tip part extending along the flat plate part at this edge part; A presser plate having a flat plate portion, an edge portion, and a tip portion each having a shape corresponding to the above-described flat plate portion, edge portion, and tip portion of the plate, and the fixed plate and the presser plate are attached to the stove or microwave stand. It is characterized by comprising a fixing member extending from the edge of the opening to the base surface thereof and disposed on the upper and lower surfaces of the wall, respectively, and fixing each of the projecting ends mutually in an overlapping state.

In the above-described structural features of the present invention, the rigid plates constituting the fixing plate and the holding plate may be made of a metal material such as an iron plate or a heat-resistant plastic material having equivalent performance.

In addition, the size of the flat plate on the fixed plate is limited depending on the width of the table surface to which the stove or microwave stand is applied, but the size of the flat plate part on the fixed plate is limited depending on the width of the base part to be applied to the stove or microwave stand. set to be the best possible.
Further, the size of the corresponding flat plate portion on the holding plate may be smaller than the flat plate portion of the fixed plate as long as the fixed plate can be stably fixed.

In addition, in the present invention, the configuration of the pillars on the fixed plate includes a structure in which the pillars are erected indirectly on the fixed plate as well as a case in which the pillars are directly erected on the fixed plate. include. Therefore, for example, two locking protrusions parallel to each other are formed on the upper surface of the fixed plate, and a support plate with the support column erected and fixed on the surface between these locking protrusions is provided on the lower surface thereof. It is possible to employ a configuration in which the fitting plate is removably fitted.

[Effect] In the present invention, the following effects occur.

First, the fixing plate and the holding plate that realize the fixing structure of the support according to the present invention are fixed in such a way that they sandwich the wall that forms the tabletop from the edge of the hole in the center of the tabletop of the stove or microwave stand from above and below. Therefore, the pillar can be erected in a stable enough state to support cooking utensils, etc., and together with the rigidity of each member mentioned above, it also works to reinforce the edge of the hole. do.

In addition, in the fixed state, the fixed plate and the presser plate are in an overlapping state because their respective protruding ends follow the flat plate parts, and in this state, between the respective protruding ends, A fixed configuration is obtained by arranging the fixing member. Therefore, no special processing or treatment is required for the main body of the stove or range stand.

In addition, the support to be fixed is provided in the form of an upright position on the top of the stove or microwave table, and is appropriately distant from the installation position of the trivet, so the support becomes an obstacle for normal cooking operations. Never.

In addition, as described above, when the indirect erecting structure of the support column is adopted, based on the removable structure of the support support part, it becomes possible to intentionally remove only the support support part. In this case, the structure in which the support section is fitted between the locking protrusions on the fixing plate can provide the same stable structure of the support support as described above.

[Example] Next, examples of the present invention will be described.

FIG. 1 shows the structure of fixing the support column in this embodiment.
This fixing structure consists of a fixing plate 6 on which the support column 20 is erected on the surface of the flat plate part 6c, a presser plate 7, and a fixing bolt 8 that fixes these.

The fixed plate 6 has an edge part 6b continuous from the flat plate part 6c, which has a cross-sectional shape that matches the step shape at the edge part 2 of the hole in the center of the table surface 1a of the stove 1. From the part 6b, the tip part 6a is further connected to the flat plate part 6.
It is extended along c.

Similarly, the presser plate 7 also has an edge portion 7b having a cross-sectional shape that matches the step shape of the edge portion 2, which is continuous from the flat plate portion 7c, and further has a tip portion 7a extending from the edge portion 7c to the flat plate portion 7c. It will be extended along.

In addition, to erect the support column 20 on the fixed plate 6 surface, the support column 20 is directly erected and fixed on the support plate 11 surface, and is run along the lower surface of the support plate 11 via the abutment 12. Two locking protrusions 6d, 6d parallel to each other formed on the flat plate portion 6c surface of the fixed fitting plate 13
This is done by inserting it in between.

Thus, in the fixing configuration in this embodiment, the fixing plate 6 is arranged on the base surface 1a with its end edge 6b aligned with the hole edge 2 surface, and the presser plate 7 is placed on the base surface 1a with its edge 6b aligned with the hole edge 2 surface. While the part 7b is aligned with the hole edge 2 surface, the table surface 1a is
placed below. At this time, the respective protruding ends 6a and 7a are in an overlapping state. Each of these tip portions 6
By disposing the fixing bolts 8 between a and 7a, the fixing plate 6 and the holding plate 7 are fixed to each other, so that the fixing plate 6 is firmly fixed on the base surface 1a. will be done. Therefore, the support column 20 is erected in a stable state on the table surface 1a, albeit indirectly. Note that 3 is a saucer on the stove 1 supported on the edge 2 of the hole.

Next, FIGS. 2 and 3 show examples of applications of the above-described structure for fixing columns. In this application example, 2a is an opening, 4 is a trivet, 3a is a hole in the center of the 3 sides of the saucer, and 5 is a gas burner directly below the hole 3a. In addition, the pillar 21 is
0 on the surface of the support plate 11, and are fixed by bolts 23, respectively. In addition, a rectangular groove 11a is formed on the support plate 11 at a position near the support column 21, and a rectangular support base 24a is fitted into the groove 11a, so that the threaded shaft 24 is vertically suspended. Near the lower end, the shaft 24 is inserted into the through hole of the support member 27 whose one end is fixed onto the support plate 11 with a screw 28, so that the support base 2
See FIGS. 4 and 7 where 4a is locked. Note that the threaded shaft 24 is rotatable around the shaft on the support base 24a. Further, 26 is a handle provided on the arm 25. Further, the support columns 20 and 21 are inserted into the openings 33 and 34 of the moving plate 30, respectively, and the threaded shaft 2 is inserted into the screw hole 35 of the moving plate 30.
4 screwed together, it is supported so that it can move up and down in a horizontal state. That is, by rotating the threaded shaft 24 around the axis by operating the handle 26, the vertical position can be adjusted along the struts 20 and 21 while maintaining the horizontal state.

The movable plate 30 has a notch 31 extending in the front-rear direction at the center thereof, and a locking base 32 having an inverted concave shape and projecting upward is provided at a rear portion of the notch 31.
is straddled. In addition, notches 36 and 38 are made by notches in the vicinity of the opposite edges of the notch 31, respectively, and hooks 37 and 39 are formed by pushing these notches downward, respectively. Ru.

Moreover, 40 is a support frame, which has a shape that substantially matches the circumferential shape of the heating cooking appliance. This support frame 40
As shown in FIG.
A handle 42 consisting of 4 is fitted. In this case, the fixing shaft portion 41 is fitted into the concave mold 43b of the lower part 43 formed according to the cross-sectional shape of the fixed shaft portion 41, and is further fitted into the corresponding concave mold of the upper portion 44, and then the screw 45, This is done by fastening with 45. Note that 43a and 44a are corresponding through holes bored on the lower part 43 and upper part 44, respectively.
After the above-mentioned fitting, there will be a series of mounting holes 42a.

Furthermore, an adapter 46 consisting of a receiving portion 47 and an upper lid portion 51 is integrated into the handle 42 . The receiving part 47 has a box shape with openings at both ends, and has bearing parts 48, 48 along the sides on the lower surface thereof,
Further, a locking bolt 49 and a locking pin 50 are erected on the inner bottom surface thereof and spaced apart from each other on the center line.
In the above-mentioned combined configuration, the handle 42 is exposed from the open end on the support frame 40 side in the receiving part 47 while the locking bolt 49 and the locking pin 50 are simultaneously inserted and locked into the appropriate mounting hole 42a. was housed in a condition that
The upper lid part 51 is placed over this, and the fixing nut 52 is screwed onto the end of the bolt 49 to the locking part exposed from the perforation 51a to fix it.

The adapter 46 configured in this way is arranged in such a manner that the forming surface of the support frame 40 is horizontally arranged above the gas burner section 5, and its longitudinal direction is along the edge of the notch 31. The hooks 37 and 39 are arranged in the section 31 and on the movable plate 30.
It is supported via a support shaft 53 that is provided between the two. In this case, the support shaft 53 is the adapter 46
The adapter 46 is inserted into the perforations 48a, 48a of each bearing part 48 in a direction perpendicular to the longitudinal direction of the adapter 46, and the adapter 46 is swingable on this support shaft 53. Further, the rear end portion of this adapter 46 is connected to the locking base portion 32.
It is located in the locking recess 32a to lock the support frame 40 in a horizontal state and prevent the support frame 40 from swinging further downward.
Further, the lower part of this rear end of the adapter 46 is located within the notch 31 area and is open, and the support shaft frame 40 is moved upward to a position where the upper surface of the adapter 46 comes into contact with the front end surface of the locking base 32. It can be swung (indicated by a chain double-dashed line in FIG. 3). The front end surface of the locking table part 32 has a slope that slopes forward, and this together with the difference between the front and back positions of this slope and the support shaft 39 makes it possible to stabilize the support frame 40 in a leaning state. can be maintained.

Further, in an applied example, as shown in FIG. 7, it can be inserted and supported on a support frame 40 such as a deep fryer 55 and positioned above the gas burner section 5. At this time, most of the fixed plate 6 is in close contact with the surface of the stove 1, so that its load does not act excessively on the opening edge 2, and its supporting state is stable. Further, the frying net 56, which is an accessory device, is also mounted on the support 20 with a bearing portion 57 at its end.
It is fixed by a fixing bolt 58 through the tempura grill 55, and can be located close to the upper opening of the tempura grill 55 and, if selected, at a position that does not become an obstacle.

Further, as shown in the figure for the guard plate 60, the ends of support arms 61, 61 protruding forward at positions near the upper edge of the guard plate 60 are connected to the supports 20, 21, respectively.
Stove 1 can be stably fixed by locking it on the top.
It is possible to surround the rear peripheral part of the In this manner, the arrangement is such that it is attached to the stove 1 in a stable state, so there is no need to remove it each time it is used.

In addition to the original trivet, the height above the gas burner portion 5 relative to the deep fryer 55 as a cooking utensil can be determined by rotating the threaded shaft 24 around the axis by operating the handle 26.
It can be moved up and down in a horizontal state via the moving plate 30, support frame 40, etc., and its up and down position can also be finely adjusted.

Next, a second application example is shown in FIG. In the figure, 6
Reference numeral 3 denotes a fish fryer, which is inserted and supported on the support frame 40 via a shield 64 at the bottom thereof. In addition, 6
4a is a hole formed by a cut, and 64b is a cut-out piece with the cut portion pressed upward, and is formed on the bottom surface of the barrier 64. Reference numeral 65 denotes a grid, which is fixed to the upper peripheral edge of the wall shield 64 by fixing members 66 . 67 again
is an exhaust hood, and supports columns 20, 21 via support arms 68, 68 protruding symmetrically on the peripheral surface thereof and bearings 69, 69 at their ends.
It is fixed to the top so that it can move up and down. In addition, 70
is an exhaust pipe that communicates with the inside of the exhaust hood 67. In such a structure of the exhaust hood 67, the intake surface of the exhaust hood 67 can be used close to the position directly above where smoke is generated, so that sufficient exhaust treatment can be achieved. Also, as described above, the fish fryer 63 can be moved up and down and its height can be finely adjusted.

Moreover, after cooking, the used cooking utensils are removed from the support frame 40, and as described above,
By leaning the support frame 40 via the adapter 46 or the like into a stored state, the stove 1 can be used normally.

In the above-mentioned embodiment, the struts are indirectly erected on the surface of one stove via the support plate 11, but the struts may be erected directly on the surface of one stove. As described above, in this case, the screw shaft 24 may also be arranged upright on the surface of the stove.

In addition, in the above embodiment, two pillars were used, but the number of pillars may be changed to one depending on the usage and function.
It may be a book or three or more books. In addition, the above-mentioned upright configuration of this support is such that it can be placed on the fixed plate 6 on the base surface of the stove 1 as long as it performs the above-mentioned function.
There is no particular need for it to be vertically installed on the surface or on the surface of the support plate 11, and it also includes cases where it is inclined. The above applies even if the target is a range.

[Effects of the Invention] Since the present invention is constructed as described above, it exhibits the following effects.

First, the structure of fixing the support of the present invention extends from the edge of the hole formed in the center of the top surface of the stove or microwave stand to the top thereof, so that it can be almost universally applied to existing stoves and the like.

Moreover, the fixing plate and the presser plate as the fixing member are fixed to each other by the fixing member across the tip portions thereof. Therefore, no special processing or treatment is required for the stove or the like. This is likewise suitable for its general use.

In addition, the fixed plate and the holding plate are fixed to each other while sandwiching the wall extending from the edge of the hole on the stove, etc. to the top of the stove, so the state of fixation to the fixed plate is extremely stable. be. Therefore, the pillars erected on the fixed plate surface can also be firmly supported.

Therefore, supporting members, functional members, etc., on which related members such as various cooking utensils, exhaust equipment, and guards can be set in a vertically adjustable manner, are appropriately and stably arranged on this support. Therefore, it becomes possible to use a method that can eliminate the above-mentioned conventional drawbacks.

Furthermore, since the support is installed upright at the base of the stove, etc., the presence of the support does not pose an obstacle during normal cooking operations. Note that, depending on the case, it is also possible to adopt a configuration in which the supporting column can be removed from the surface of the fixed plate.

[Brief explanation of drawings]

Fig. 1: Partial vertical sectional side view of the fixing structure of the support column according to the present invention, Fig. 2: A perspective view of the applied example, Fig. 3: Partial longitudinal sectional side view of the applied example, Fig. 4. …
...Partial plan view of the same application example, Fig. 5...Partial perspective view of the same application example, Fig. 6...Partial exploded perspective view of the same application example, Fig. 7...Partial front view of the same application example, Fig. Figure 8...
...A partial front view of the same application example. Explanation of drawing symbols, 1... Stove, 1a... Base, 2... Hole edge, 6... Fixed plate, 6a... Tip end, 6b... End edge, 6c... Flat plate part, 7 ……
Holding plate, 7a...Tip portion, 7b...Edge portion, 7c
... Flat plate part, 8 ... Fixing bolt, 20, 21 ...
Prop.

Claims (1)

[Scope of Claims] 1. A rigid plate for use on a stove or range table having a hole in the center of the surface, which has 1 or 2 holes on the surface.
A flat plate portion with a size that extends over the stove or microwave table on which the above-mentioned support is erected, an edge portion having a cross-sectional shape that conforms to the edge shape of the hole portion, and this edge portion to the flat plate portion. A presser foot having a fixed plate consisting of a tipped end extending along the fixed plate, and a flat plate part, an end edge, and a tipped end each having a shape corresponding to the above-described flat plate part, edge part, and tipped end of the fixed plate. The plate, the fixed plate, and the presser plate are arranged on the upper and lower surfaces of the wall of the stove or microwave stand, respectively, from the edge of the opening of the stove or range stand to the stand surface thereof, so that each of the above-mentioned plates is placed in an overlapping state. 1. A fixing structure for a column supporting a member related to a stove or range stand, characterized by comprising a fixing member that fixes protruding ends to each other. 2. Two locking protrusions parallel to each other are formed on the upper surface of the fixed plate, and a support plate on which the support column is erected and fixed on the surface between these locking protrusions has a fitting plate provided on its lower surface. The fixed structure of a support supporting a member related to a stove or a cooktop according to claim 1, wherein the support is removably fitted.