TWI717150B - Flow management table structure for installing gas stove - Google Patents

Abstract

The present invention at least includes a storage cabinet with a door panel installed, a set of frame devices fixed at one side of the storage cabinet, a countertop installed at the storage cabinet and the frame device, and a countertop installed at the countertop The gas stove; wherein: an appropriate position of the countertop is provided with an insertion area penetrating the thickness of the countertop, so that the gas stove can be installed in the insertion area; the frame device includes at least one set fixed to the The frame board group at one side of the locker, a hollow space area surrounded by the frame board group, and a receiving tray that is accommodated at the frame board group for sliding back and forth; and before the frame board group The plate is provided with at least one guide air passage that can connect the airflow hole to the space area to serve as a path for external air to flow into the space area; and the track area of the frame plate group is arranged in the space area. At the front board or at the side of the side board, and the direction of movement that the track area can produce is toward or facing the dial of the receiving tray, and the track area can be connected to the space area, so that The receiving area of the receiving tray can be slidably located at the space area; the receiving tray includes at least a recessed receiving area and a toggle portion connected to one side of the receiving area, and the toggle portion is provided with a plurality of penetrating portions The air flow hole can be connected to the space area.

Description

Flow management table structure for installing gas stove

The present invention relates to a flow management table structure; in particular, it relates to a flow management table structure for installing a gas stove that can overcome the red fire or incomplete combustion of the flow table top gas stove during combustion.

According to the general flow management countertop gas stove, it mainly includes a countertop for placing items, a storage area for supporting the countertop and for containing items, and a connection to the storage area and gas supply A recessed hole for furnace installation and erection, wherein the recessed hole is in communication with the storage area, so that after the gas furnace is installed, the internal space of the gas furnace is directly connected to the storage area; , You can complete the purpose of installing the countertop gas stove at the flow table.

Although the above creation can achieve its creation purpose, its use will also have the following deficiencies:

When the boiling soup overflows accidentally, since the inside of the gas stove is directly connected to the storage area, the overflowing soup will drip down to the storage area along the outer circumference of the stove, which is easy to cause The problem of deterioration or uncleanness of items already in the storage area is a major problem.

In order to overcome the above-mentioned shortcomings, some manufacturers set up a closed recessed cabinet between the recessed hole of the flow table and the storage area to ensure the recessed cabinet by the arrangement of the recessed cabinet. The hole will not be connected to the storage area, so although it can prevent the trouble of dripping to the storage area when the soup accidentally overflows; however, in use, the recessed cabinet is completely closed because of the closed shape. It is connected to the air outside the flow table, so that when the countertop gas stove is burned and used, the burning of the burner head or the accidental occurrence of incomplete carbon monoxide poisoning due to insufficient gas supply mixing ratio is another major problem. Troubled.

Therefore, how to develop a quality that can maintain the high-quality texture of the countertop, prevent the overflow of the soup and cause the items in the storage area to deteriorate or become unclean, and overcome the problem of red fire or incomplete combustion of the countertop gas stove , Which is a problem that the industry needs to solve first.

The main content of the flow management table structure for installing a gas stove of the present invention is to provide a frame device that has been installed between two adjacent storage cabinets, and the space area of the frame device can be positioned with the countertop. The entrance area is connected, so that the gas stove can be installed and fixed in the insertion area and the space area; in addition, the track area of the frame device is used for the sliding limit of a receiving tray, and makes the receiving tray The receiving area can slide back and forth into the space area and is located below the placement area; in addition, the receiving tray is provided with a plurality of through-shaped airflow holes, and the airflow holes can be connected by the guide airway of the frame device The function is connected to the space area to serve as a path for external air to flow through the airflow holes and the guide airway in sequence before entering the space area and being placed in the space area; in this way, it can not only increase The support strength of the countertop of the countertop that is already located on one side of the storage cabinet or between two adjacent storage cabinets, and can also reduce the number and cost of the storage cabinets required for the countertop. At the same time, It can also upgrade the gas stove that has been installed on the countertop of the flow table The amount of air mixed with the primary or secondary air supply required when the head burns, which can effectively overcome or eliminate the red fire phenomenon generated during conventional combustion or the accidental danger of carbon monoxide poisoning caused by incomplete combustion. It is an advanced proposition .

In order to achieve the purpose of the above creation, the main technical means for installing the flow table structure for a gas stove of the present invention includes at least: a storage cabinet with a door panel, a set of frame devices fixed on one side of the storage cabinet , The countertop installed at the storage cabinet and the frame device, and the gas stove installed at the countertop; wherein: the countertop is provided with an entry area through the thickness of the countertop at an appropriate position for the gas The furnace energy frame is arranged at the placement area; the frame device at least includes a set of frame plates fixed on one side of the storage cabinet, a hollow space area surrounded by the frame plate sets, and A receiving tray that is accommodated in the frame plate group for sliding back and forth; and the frame plate group includes at least a side plate assembled and fixed at one side of the storage cabinet, and a connecting assembly arranged on the side plate or two adjacent side plates The front panel at the front side, the rear panel connected to the rear side between two adjacent side panels, one is surrounded by the side panel and the front panel or the side panel, the front panel and the rear panel. The hollow space area and the track area for the receiving tray to move back and forth; the side plate is provided with a through hole for one end of a bolt to be penetrated and locked on one side of the storage cabinet as the side plate Fixed on the side of the storage cabinet; and the front panel is provided with at least one guide air passage that can connect the airflow hole to the space area to serve as a path for external air to flow into the space area The track area is located at the front plate or the side of the side plate, and the direction of movement that the track area can generate is toward or facing the dial portion of the receiving tray, and the track area can Connected to the space area, so that the receiving area of the receiving tray can slide in the space area; the receiving tray at least It includes a recessed receiving area and a toggle portion connected to one side of the receiving area, and the toggle portion is provided with a plurality of penetrating air holes, and the air holes can be connected to the space area.

1: locker

10: Door panel

2: Frame device

20: Frame plate group

201: side panel

2011: penetration hole

202: front panel

2021: Guide the airway

203: rear panel

205: Track Area

23: Space area

25: Undertake pallets

251: Undertaking Area

252: Toggle Department

2521: Airflow hole

28: Bolt

3: Countertop

30: Placement area

4: Gas stove

40: burner

401: mixing tube

45: Gas switch valve

46: Nozzle

47: Dish dryer

471: control door

Fig. 1 is a three-dimensional exploded view and an enlarged partial sectional view of the present invention.

Figure 2 is a three-dimensional part assembly and partial cross-sectional enlarged view of Figure 1.

Figure 3 is a three-dimensional assembly diagram of the application of Figure 1 after installation.

Figure 4 is an enlarged view of the plane combination and partial cross-section when Figure 3 is applied.

Fig. 5 is a cross-sectional view of Fig. 4 in another plane combination.

Fig. 6 is a combined plane sectional view of the second embodiment of the present invention.

The present invention relates to a flow management table structure for installing a gas stove, please refer to Figures 1 to 5, which at least includes a storage cabinet 1 with a door panel 10 installed and a set of storage cabinets 1 fixed to the storage cabinet 1 The frame device at one side 2, the countertop 3 installed at the storage cabinet 1 and the frame device 2, and the gas stove 4 installed at the countertop 3; wherein: the countertop 3 is at its proper position There is an insertion area 30 penetrating the thickness of the countertop 3, so that the gas stove 4 can be installed in the insertion area 30; the frame device 2 includes at least one set fixed to the storage cabinet 1 The frame plate group 20 at the side, a hollow space 23 formed by the frame plate group 20, and a receiving tray accommodated in the frame plate group 20 for sliding back and forth 25; and the frame panel group 20 includes at least a side panel 201 fixed at one side of the storage cabinet 1, a connecting panel 201 or a front panel 202 at the front side of the two adjacent side panels 201, and a connecting group A rear plate 203 located at the rear side between two adjacent side plates 201, a hollow formed by the side plate 201 and the front plate 202 or the side plate 201, the front plate 202 and the rear plate 203 A space area 23 and a track area 205 for the receiving tray 25 to move back and forth; the side plate 201 is provided with a through hole 2011 for one end of a bolt 28 to pass through and be locked on one side of the storage cabinet 1, The side plate 201 is fixed to the side of the storage cabinet 1; and the front plate 202 is provided with at least one air guide 2021 that can communicate between the airflow hole 2521 and the space area 23, so as to serve as an exterior The air flow enters into the space area 23; the track area 205 is arranged at the front plate 202 or the side plate 201, and the direction of movement that the track area 205 can generate is toward or face For the toggle portion 252 of the receiving tray 25, and the track area 205 can be connected to the space area 23, so that the receiving area 251 of the receiving tray 25 can slide at the space area 23; and the above-mentioned The space area 23 corresponds to the placement area 30; the receiving tray 25 at least includes a recessed receiving area 251 and a toggle portion 252 connected to one side of the receiving area 251, and the toggle portion 252 is provided with a plurality of through-shaped airflow holes 2521, and the airflow holes 2521 can be directly or indirectly connected to the space area 23 through the guide air passage 2021, so as to enter the space area 23 as external air flow The use of the path; and the above-mentioned air flow hole 2521 is set downwards is the best, and the air flow hole 2521 It is replaced by holes, or elongated holes, or elongated slots, or notches; when installing the flow management table, only one end of the bolt 28 is used to pass through the through hole 2011 of the side plate 201 of the frame device 2. One end of the bolt 28 can be directly screwed to one side of the storage cabinet 1 of a predetermined size. Similarly, one end of the other bolt 28 is passed through the through hole 2011 of the other side plate 201 of the frame device 2 and then directly Screwed on one side of another storage cabinet 1 of a predetermined size, and a frame device 2 is set between the two adjacent storage cabinets 1; at this time, the countertop with the placement area 30 is dug 3 Directly straddle and lock it on the top surface of the storage cabinet 1 and the top surface of the frame device 2, and finally, install the gas stove 4 directly in the placement area 30 to complete the assembly of the first-class counter, so, Only then can the support strength of the countertop 3 on the side of the storage cabinet 1 or between two adjacent storage cabinets 1 be increased, and the assembly quantity of the storage cabinet 1 of the counter can be reduced. And cost; however, in order to make the tidying table more beautiful, it is possible to place a dish dryer 47 directly under the frame device 2 which is already located between the two adjacent storage cabinets 1. The integrity of the flow table and the dish dryer 47 is maintained in order to greatly enhance the design of its texture.

When the gas stove 4 is used, because the mixing tube 401 of the burner 40 is located in the insertion area 30 and the space area 23, and the space area 23 is guided by the guide air passage 2021 of the front plate 201 and the receiving The airflow holes 2521 of the tray 25 are connected to the outside of the dial portion 252. In other words, the air already located outside the receiving tray 25 can flow into the space area 23 through the airflow holes 2521 and the guiding air passage 2021. And the placement area 30; at this time, because the dish dryer 47 is assembled directly under the frame device 2, and in front of the dish dryer 47 Keep a proper distance between the top edge of the side control door 471 and the air flow hole 2521 (as shown in Fig. 5), so that the air that has been located at the dial 252 to the front of the dishwasher 47 can pass through the air flow hole 2521 Flow through the guide air passage 2021 and then flow into the space area 23 and the placement area 30; at this time, if the burner head 40 of the gas furnace 4 is ignited and burned, the gas will first flow through the gas switch valve 45 and then It is sprayed into the mixing pipe 401 through the nozzle 46, and while being sprayed into the mixing pipe 401, the surrounding air that has been located between the nozzle 46 and the mixing pipe 40 can also be sucked in to provide the mixing pipe 40 The internal gas supply mixing ratio is used once, and the gas that has been supplied with the gas mixing ratio can flow through to the burner 40 and spray out from the flame hole (not shown) until it is After the sprayed primary air supply mixing ratio, the gas gas, the air above the furnace head 40 and the air from below the furnace head 40 (that is, the air in the insertion zone 30) can be mixed again for secondary air supply. The secondary mixed gas can be ignited and burned until it is mixed to the optimal ratio. In this way, the burner head 40 of the gas stove 4 installed at the countertop 3 of the flow management table can be burned. The amount of mixed air required for the primary or secondary air supply at the same time can effectively solve the accidental danger of carbon monoxide poisoning caused by the red fire phenomenon or incomplete combustion caused by conventional combustion.

Please refer to Figure 6, which is a diagram of the second embodiment of the present invention. The main change is: the original design of the track area 205 located at the side of the side plate 201 is changed to. The guiding air passage 2021 of the front plate 202 directly replaces the original track area 20, and the movement direction of the guiding air passage 2021 is directed toward or facing the dial 252 of the receiving tray 25, and Make the The guide air passage 2021 can be connected to the space area 23 and the air flow hole 2521 respectively, so that the receiving area 251 of the receiving tray 25 can slide at the air guide 2021 and the receiving area 251 can slide in the space Area 23 (that is, the width and height of the guide air passage 2021 are larger than the width and height of the receiving area 252 of the receiving tray 25, and as the outside air will first pass through the air flow hole 2521 and then flow through the guide air passage After 2021, it is used to enter the space area 23 and the path in the placement area 30; as for the storage cabinet 1, the frame device 2, the air guide 2021, the air flow hole 2521, the countertop 3, The structure of the gas stove 4, etc., have been described in detail in the above content, so I will not repeat them here.

The above are only the preferred embodiments of the present invention and are not used to limit the scope of implementation of the present invention; therefore, all equivalent changes or modifications based on the features and spirit described in the scope of the application of the present invention shall include Within the scope of the patent application of the present invention.

1: locker

10: Door panel

2: Frame device

20: Frame plate group

201: side panel

2011: penetration hole

202: front panel

2021: Guide the airway

203: rear panel

205: Track Area

23: Space area

25: Undertake pallets

251: Undertaking Area

252: Toggle Department

2521: Airflow hole

28: Bolt

3: Countertop

30: Placement area

4: Gas stove

40: burner

Claims (9)

A flow management table structure for installing a gas stove, which at least includes a storage cabinet with a door panel, a set of frame devices fixed on one side of the storage cabinet, and a table installed at the storage cabinet and the frame device The panel, and the gas stove installed at the countertop; wherein: the countertop is provided with an insertion area penetrating the thickness of the countertop, so that the gas stove can be installed in the insertion area; the frame device, It is located below the countertop, and it includes at least a set of frame panels fixed on one side of the locker, a hollow space area surrounded by the frame panel, and a accommodating The frame plate group presents a receiving tray for sliding back and forth, and the frame plate group is provided with a track area for the sliding of the receiving tray, so that the receiving area of the receiving tray can slide in the space area; the receiving tray is Located below the countertop, it at least includes a recessed receiving area and a toggle portion connected to one side of the receiving area, and the toggle portion is provided with a plurality of through-shaped airflow holes, and the airflow The hole can be connected to the space area; with the above structure, it can not only use the frame device to be assembled under the countertop, but also on one or two sides of the locker, so as to increase the locker already located In addition to the support strength of the flow management table panel between one side or two adjacent storage cabinets, at the same time, the receiving tray that has been assembled at the frame device can be provided with the air flow hole to lift the installed The amount of secondary mixed air required for the burner of the gas stove at the top of the flow management table to burn. As described in item 1 of the scope of patent application, the flow management table structure for installing a gas stove, wherein the space area is set corresponding to the placement area of the countertop. As described in the second item of the scope of patent application, the flow management table structure for installing a gas stove, wherein the frame plate group includes at least a side plate assembled and fixed on one side of the storage cabinet, and the connection assembly is arranged at the front side of the side plate The front plate, a hollow space area surrounded by the side plate and the front plate, and a track area for the receiving tray to move back and forth. As described in the second item of the scope of patent application, the flow management table structure for installing a gas stove, wherein the frame plate group includes at least a side plate assembled and fixed on one side of the storage cabinet, and a connection assembly is arranged on two adjacent side plates The front panel at the front side between the two adjacent side panels, the rear panel connected at the rear side between the two adjacent side panels, and a hollow space area surrounded by the side panel, the front panel and the rear panel , And the track area for the receiving tray to move back and forth. As described in item 3 or 4 of the scope of patent application, the flow management table structure for installing a gas stove, wherein the air flow hole is arranged downward. As described in the fifth item of the scope of patent application, the flow management table structure for installing a gas stove, wherein the front plate is provided with at least one guide air passage that can communicate the air flow hole to the space area, as an external air flow channel It is used as a path to enter the space area. As described in item 6 of the scope of patent application, the flow management table structure for installing a gas stove, wherein the track area is arranged at the front plate, and the direction of movement that the track area can generate is facing or facing the receiving At the toggle part of the tray, the track area can be connected to the space area. As described in item 6 of the scope of patent application, the flow management table structure for installing a gas stove, wherein the track zone is arranged at the side of the side plate. As described in item 8 of the scope of patent application, the flow management table structure for installing a gas stove, wherein the side plate is provided with a through hole for one end of a bolt to penetrate and lock on one side of the storage cabinet.

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