TW202344780A - A system kitchen counter with a guiding fume channel - Google Patents

Abstract

A system kitchen counter with a guiding fume channel, comprising: a table, containing a stovetop area for installing a stove; a cooker hoods, mounted in positions corresponding to the cooktop area and above the cooktop; and a fume guide module at least includes a device, which is installed on a fixing body, and the said device is pivotally connected to at least a guide plate, so that the said guide plate is to form a fume guide channel with the surrounding space, the fume guide channel is located between the stove and the range hood and is located on both sides and the rear of the stove, so that the cooking fumes can be guided to the range hood through the fume guide channel.

Description

Smoke guide systematic flow table

The invention relates to a systematic flow table.

Most of the general home interior designs include a part used as a kitchen. However, when the kitchen is used for cooking, the oil fumes generated by the high temperature will scatter outward and adhere to the surroundings of the kitchen. In addition to being difficult to clean, the scattered cooking fumes will cause Affect indoor air quality and damage the health of cooks.

For this reason, the invention patent No. I593923 "Lifting and docking type forced smoke exhaust device for kitchen cabinets" previously applied to and approved by the Jun Bureau by the inventor of this case includes: a frame body containing a table, which is placed on The top of the frame body is provided with an opening on the table, and a space is formed below the table; a pair of guide rails are installed on opposite sides of the frame body in the space below the table; a lifting platform is installed on the Between a pair of guide rails, the lifting platform is equipped with at least one driving motor for linking at least one driving element to drive the lifting platform to rise or fall along the pair of guide rails; a fume hood includes an upper cover so that the The upper cover conforms to the shape of the opening of the table top, and is provided with a pair of openings. A rear cover is connected downwardly to the rear side of the upper cover, and on the left and right sides of the upper cover, downwards A left and right cover are connected together, so that the bottom ends of the left and right covers are placed across the lifting platform, so that the smoke collecting hood rises or falls with the lifting platform; a stove carrying platform , including a panel for carrying a stove, with the front end of the panel straddling a fixed rod, and the two ends of the fixed rod being fixed on both sides of the frame body, and the rear end of the panel being straddled Placed on a support frame, the bottom end of the support frame is fixed to the bottom of the frame body, and the panel is projected below the upper cover and framed by the left, right cover and rear cover. Within the area enclosed; and a row of chimneys, including a smoking port and a smoke exhaust port, so that the smoke exhaust port is connected to a smoke exhaust machine, and when the smoke collecting hood is raised to a height with the lifting platform, the exhaust port The smoking port below the chimney relatively penetrates into the matching opening of the upper cover and extends into the smoke collecting hood.

Although the above-mentioned invention patent No. I593923 can almost guide the oil smoke to the smoking port of the chimney, the overall structure must be equipped with extremely complex lifting platforms, slide rails and other mechanisms, so its manufacturing cost is extremely high and the installation construction is extremely difficult. It's complicated and needs improvement.

In view of this, the inventor of the present case added research and innovation to reveal the smoke-guided systematic flow table disclosed in the present invention.

The object of the present invention is to provide a smoke-guided systematic flow table, which includes: a table, including a stove area, for installing a stove; a range hood, including a suction port, the suction port Located above or on one side of the stove; and a smoke guide module, including at least one pivot member, installed on a fixed object, and the pivot member is pivotally connected to at least one smoke guide plate, so that the smoke guide plate is directed toward After being lifted out, a smoke guide channel is formed with the surrounding space, so that the smoke guide channel is located between the stove and the suction port of the range hood, and is an area enclosed by the sides and rear of the stove. , so that the oil smoke generated by cooking can be guided to the suction port of the range hood along the smoke guide channel.

In the smoke-guided systematic flow table disclosed by the present invention, the fixing object can be a wall perpendicular to the table, a ceiling parallel to the table, a part of a cabinet or a part of a range hood.

In the smoke-guiding systematic flow processing table disclosed by the present invention, the pivoting member refers to a hinge or a rotating shaft, so that the pivoted smoke-guiding plate can rotate according to the rotation center of the hinge or the rotating shaft. The invention is not limited thereto. The type or type of hinge.

In the smoke-guiding systematic flow table disclosed by the present invention, the smoke-guiding module contains two smoke-guiding plates. The two smoke-guiding plates are respectively pivotally mounted on both sides of the range hood with a pivoting member. On the fixed object, the two smoke guide plates usually cover the suction port of the range hood, and after being opened downward, they are located between the two sides of the range hood and the stove.

In the smoke-guiding systematic flow table disclosed by the present invention, the smoke-guiding module contains two smoke-guiding plates. The two smoke-guiding plates are respectively pivotally mounted on two sides of the range hood with a pivoting member. side, so as to move up and down with the range hood, so that the two smoke guide plates usually cover the suction inlet of the range hood, and after being opened downward respectively, they are located on both sides of the range hood and the stove. between.

The present invention discloses a smoke-guiding systematic flow table, in which the smoke-guiding channel is composed of a smoke-guiding plate and two adjacent walls, and its cross-section is U-shaped.

The present invention discloses a smoke guide systematic flow table, in which the smoke guide channel is composed of two smoke guide plates and a wall located between the two smoke guide plates, and its cross section is U-shaped.

In the smoke guide systematic flow table disclosed by the present invention, the smoke guide plate is made of transparent material or can be an electronic display panel with a display function, or can be hooked and attached with cooking tools on the smoke guide plate. Invention does not limit itself.

Desirable entities disclosed in the present invention can be made clear from the following description and the accompanying drawings.

As shown in Figures 1 to 3, the present invention relates to a smoke-guided systematic flow processing table, which includes: a table (10), including a stove area (11) for installing a stove (12); A range hood (20) includes at least one suction port (21), which is located above or on one side of the stove (12) (as shown in Figure 11); and at least one guide The smoke module (30) contains at least one pivot member (31), which is installed on a fixed object (F), and the pivot member (31) is pivotally connected to at least one smoke guide plate (32) so that the smoke guide plate The plate (32) is lifted outward in the (R) direction and forms a smoke guide channel (A) with the surrounding space, so that the smoke guide channel (A) is located between the stove (12) and the range hood (20). Between the suction port (21) and the area enclosed by the two sides (12a, 12b) and rear (12c) of the stove (12), the oil fume generated by cooking can pass through the smoke guide channel ( A), leading to the suction port (21) of the range hood (20).

As shown in Figures 1 to 6, in the smoke-guided systematic flow processing table disclosed by the present invention, the fixture (F) can be perpendicular to the rear wall of the table (10), or as shown in Figures 7, 8, 9 As shown, it is parallel to the ceiling above the countertop (10), or it is part of the cabinet in the kitchen in interior decoration: or as shown in Figures 10 to 13 and 16 to 18, the fixture (F) is for exhausting oil fume The present invention is not limited to the casing body of the machine (20), etc.

The present invention discloses a smoke-guiding systematic flow table, in which commonly known rebounders and push switches can be installed between the smoke-guiding plate (32) of the smoke-guiding module (30) and the fixed object (F). [Not shown] This allows the user to automatically pop out the smoke guide plate (32) by pressing the smoke guide plate (32) when the smoke guide plate (32) is closed. ) to facilitate the user to open the smoke guide plate (32) outward; or elastic positioning balls can be installed between the smoke guide plate (32) of the smoke guide module (30) and the fixture (F). Magnet, so that the smoke guide plate (32) can be opened outward at an angle and then stopped or can be stably closed when folded, because the above-mentioned resilience, push switch, elastic positioning ball, and magnet are commonly used. Technology is not the object of the present invention, and therefore will not be described in detail.

The invention discloses a smoke-guiding systematic flow table, in which the pivoting member (31) of the smoke-guiding module (30) refers to a hinge or a rotating shaft, so that the pivoted smoke-guiding plate (32) can be adjusted according to the The rotation center of the pivot member (31) rotates, and the present invention is not limited to the type or type of the hinge. The hinge used in the above-mentioned pivot member (31) can be a 90-degree folding hinge to limit the opening of the smoke guide plate (32) to 90 degrees, and to enable the smoke guide plate (32) to be stably opened at 90 degrees. Since the 90-degree folding hinge is a commonly used item and is not the subject of the present invention, it will not be described again.

As shown in Figure 9, in the smoke-guiding systematic flow-charging table disclosed by the present invention, the smoke-guiding module contains two smoke-guiding plates (32), and the two smoke-guiding plates (32) are each connected with a smoke-guiding plate. The pivot member (31) is pivotally mounted on the fixings (F, such as the bottom of the cabinet) on both sides of the range hood (20), as shown in the solid line in Figure 9, so that the two smoke guide plates (32) are normally It is to cover the suction port (21) of the range hood (20) to enhance the overall beauty of the kitchen space; when the two smoke guide plates (32) are lifted down in the (R1, R2) directions respectively, as shown in Figure 9 As shown by the dotted lines, the two smoke guide plates (32) are located on both sides of the range hood (20) and the stove (12), and can form a U-shape with the wall behind the stove (12). The smoke guide channel (A) is used to guide the oil fume during cooking to the suction port (21) of the range hood (20).

As shown in Figure 10, in the smoke-guiding systematic flow processing table disclosed by the present invention, the smoke-guiding module (30) contains two smoke-guiding plates (32), and the two smoke-guiding plates (32) are A pivot member (31) is respectively mounted on both sides of the range hood (20) (which can be the housing on both sides of the range hood (20)) to follow the range hood (20), The two smoke guide plates (32) usually cover the suction inlet (21) of the range hood (20), as shown by the solid line in Figure 10. When they are lifted downward in the (R1, R2) directions, After opening, as shown by the dotted line in Figure 10, the two smoke guide plates (32) are located between the two sides of the range hood (20) and the stove (12). In this case, the present invention can be applied to systematic kitchen equipment that can lift the range hood (20).

As shown in Figure 11, in the smoke-guided systematic flow sink disclosed by the present invention, a side-suction range hood (20) is fixedly provided behind the table (10). The range hood (20) ) is provided with a top plate (20a) at the top, and a smoke guide plate (32) is pivotally connected to both sides of the front plate (20b) of the range hood (20). The user can move outward in the (R1, R2) direction. After lifting up each smoke guide plate (32), a smoke guide channel (A) is formed between the two smoke guide plates (32), the front plate (20b) and the top plate (20a) of the range hood (20). To guide the oil fume to the suction port (21) of the range hood (20) located above the front plate (20b).

The smoke-guiding systematic flow table disclosed by the present invention is shown in Figures 12 and 13. The smoke-guiding module (30) contains three smoke-guiding plates (32), so that each of the smoke-guiding modules (30) can The smoke plate (32) is pivotally mounted on both sides and the rear side of the range hood (20) with a pivot member (31) respectively. The two sides and rear side of the range hood (20) are defined as described in the present invention. Fixed object (F), so that the three smoke guide plates (32) usually cover the bottom of the range hood (20); as shown in Figure 13, when the respective smoke guide plates (32) are opened in the directions (R1, R2, R3), Behind the smoke guide plate (32), the three smoke guide plates (32) are located between both sides and the rear of the range hood (20) to form a U-shaped smoke guide channel (A) to The oil fume during cooking is guided to the suction port (21) of the range hood (20).

As shown in Figures 14 and 15, in the smoke-guiding systematic fluidization table disclosed by the present invention, the smoke-guiding module (30) contains two smoke-guiding plates (32). The two smoke-guiding plates (32) ) are respectively pivotally mounted on both sides of a liftable shutter with a pivoting member (31). The shutter defines the fixed object (F) of the present invention. The shutter can be lowered and sunk into the table at ordinary times. (10), the shield can be raised upward when used, as shown in Figure 14, and then the two smoke guide plates (32) can be lifted outward in the directions (R1, R2) and lowered. The range hood (20) is as shown in Figure 15. The present invention uses the two smoke guide plates (32) and the liftable cover to form a smoke guide channel (A) to guide the oil smoke generated by cooking. The suction port (21) at the bottom of the range hood (20).

The smoke-guiding systematic flow table disclosed by the present invention can be shown in Figures 16, 17, and 18, in which the smoke-guiding module (30) is connected to a liftable side-suction range hood (20). ), the top and both sides of the range hood (20) are respectively pivotally connected to a smoke guide plate (32) by a pivot member (31). The two sides and rear sides of the range hood (20) are defined as the fixings (F) of the present invention. The side-suction range hood (20) can usually be sunk under the countertop. If the user raises the range hood (20), as shown in Figure 18, lift the side-suction range hood (20) upward in the (R1) direction. The smoke guide plate (32) at the top of the range hood (20), and open the smoke guide plates (32) on both sides of the range hood (20) to the left and right (R2, R3), as shown in Figure 18. A smoke guide channel (A) is formed between the three smoke guide plates (32) and the liftable range hood (20) to guide the oil smoke generated by cooking to the side of the range hood (20). Suction mouth (21).

As shown in Figures 19 and 20, the smoke guide module (30) disclosed in the present invention includes: a smoke guide plate (32), which can be pivotally mounted on a fixed object (F) with a pivot member (31), and On both sides of the smoke guide plate (32), a sub-smoke guide plate (32a) is pivotally installed respectively. In this case, the smoke guide plate (32) can be lifted down in the (R1) direction, and then moved to the left and right (R1, R2). ) Open the two sub-smoke guide plates (32a) respectively, as shown in Figure 20, so that the smoke guide plate (32) and the two sub-smoke guide plates (32a) can be respectively framed in a row of range hoods (20) The rear and both sides of the smoke guide to form a smoke guide channel (A).

In the smoke-guiding systematic flow table disclosed by the present invention, the smoke-guiding channel (A), as shown in Figure 2, can be composed of a single piece of the smoke-guiding plate (32) and two adjacent walls (W1, W2). For example, the single smoke guide plate (32) is composed of the walls (W1, W2) located behind and on the other side of the stove (12), and its cross section is U-shaped. Or as shown in Figure 7, the smoke guide channel (A) is lifted downward from the single smoke guide plate (32) located above the stove (12) and connected to the wall (W1) behind the stove (12) and the wall surface (W2) on the other side of the stove (12), and its cross section is U-shaped.

In the smoke-guiding systematic flow table disclosed by the present invention, the smoke-guiding channel (A), as shown in Figure 4, can be composed of two smoke-guiding plates (32) and a smoke-guiding plate (32) located between the two smoke-guiding plates (32). It is composed of a wall (W1) between them, and its cross-section is U-shaped. Each smoke guide plate (32) can also be pivotally mounted on the wall behind the stove (12) as shown in Figure 4, or as shown in Figures 7 to 11, pivotally mounted on the cabinet or cabinet above the countertop (10). On the ceiling, each smoke guide plate (32) can be lifted down respectively to cover the side of the stove (12). The invention is not limited thereto.

The U-shaped smoke guide channel (A) formed by the present invention is shown in Figure 4. Since it is located on both sides of the stove (12), when the indoor air conditioning airflow (S) passes through the side of the stove (12), When the smoke guide plate (32) is on the side, it can be blocked by the smoke guide plate (32) and guided to the front of the stove (12) to avoid disturbing the operation of the range hood (20), so as to improve the performance of the range hood (20) of the present invention. Smoke exhaust efficiency.

The range hood (20) applied to the present invention can be as shown in Figures 1 to 10, so that the suction port (21) is installed directly above the stove (12), or as shown in Figure 11, so that the exhaust The suction port (21) of the range hood (20) is located on one side of the stove (12). The present invention is not limited to the form and type of the range hood (20).

In the smoke guide systematic flow table disclosed by the present invention, the smoke guide plate (32) can be made of transparent materials, refractory materials, etc., and the present invention is not limited to its material. In addition, the smoke guide plate (32) can also be an electronic display panel with a display function, which can be connected to the Internet via WiFi. The user can download and view cooking recipes through the electronic display panel, or can use the smoke guide plate (32) to 32) Install hooks or racks to place cooking utensils. The invention is not limited thereto.

The smoke guide type systematic flow table disclosed by the present invention does not need to be equipped with any motor equipment to lift the smoke guide plate, so the overall cost can be very low, future maintenance is also extremely convenient, and it can also be applied to most current kitchens. Designed to demonstrate the novelty and practicality of the invention.

The structure and shape disclosed in the present invention can be modified and applied without violating the spirit and scope of the present invention, and the present invention is not limited thereto.

(10): Countertop (11): Stove area (12): Stove (12a)(12b): Both sides (12c): Rear (20): Range hood (20a): Top plate (20b): Front plate (21): Suction port (30): Smoke guide module (31): Pivot member (32): Smoke guide plate (32a): Sub-smoke guide plate (A): Smoke guide channel (F): Fixture (W1)(W2): Wall (S): Air conditioning airflow (R)(R1)(R2)(R3): Direction

Figure 1: is a front structural view of the present invention. Figure 2: A top view of the structure in the direction marked 2-2 in Figure 1. Figure 3: A schematic diagram of the front structure after the smoke guide plate is opened outward from Figure 1. Figure 4 is a schematic top view of the structure of the second embodiment of the present invention. Figure 5: A schematic diagram of the front structure of Figure 4. Figure 6: A schematic front view of Figure 4 after opening the two smoke guide plates. Figure 7 is a schematic diagram of the smoke guide module of the present invention installed above the table with a single flip-down smoke guide plate. Figure 8 is a schematic diagram of the smoke guide module of the present invention installed on the top of the table with a double-piece flip-down smoke guide plate. Figure 9 is a schematic structural diagram of an embodiment of the present invention in which the smoke guide module is installed on both sides of the range hood. Figure 10 is a structural diagram of an embodiment of the invention in which the smoke guide module is assembled on a liftable range hood. Figure 11 is a schematic diagram of the present invention applied to a side-suction range hood. Figure 12 is a diagram of an embodiment of the smoke guide module of the present invention in which three smoke guide plates are installed on both sides and the rear of the bottom of the range hood. Figure 13: A schematic diagram of the three smoke guide plates in Figure 12 unfolded. Figure 14 is a diagram of an embodiment of the smoke guide module of the present invention installed on a lifting shield wall. Figure 15: This is a schematic diagram after the two smoke guide plates in Figure 14 are opened. Figure 16 is a diagram of an embodiment of the smoke guide module of the present invention installed on a liftable range hood. Figure 17: This is a schematic diagram of the range hood in Figure 16 being raised upward. Figure 18: A schematic diagram of each smoke guide plate opened from Figure 17. Figure 19 is a perspective view of yet another embodiment of the smoke guide module of the present invention. Figure 20 is a schematic diagram of the embodiment shown in Figure 19 installed on the range hood and unfolded.

(10): Countertop

(11): Stove area

(12):Stove

(12a)(12b):Both sides

(12c):Rear

(20): Range hood

(30): Smoke guide module

(31): Pivot member

(32): Smoke guide plate

(A): Smoke guide channel

(F): Fixture

(W1)(W2): Wall surface

Claims (10)

A smoke-guided systematic flow table, which includes: A table includes a stove area for installing a stove; A range hood containing a suction port installed above or on one side of the stove; and At least one smoke guide module includes at least one pivot member installed on a fixed object, and the pivot member is pivotally connected to at least one smoke guide plate, so that after the smoke guide plate is lifted out, it forms a smoke guide channel with the surrounding space. , so that the smoke guide channel is located between the stove and the suction port of the range hood, and in the area enclosed by the sides and rear of the stove, so that the oil smoke generated by cooking can pass through the smoke guide channel , leading to the suction port of the range hood. The smoke-guided systematic sink as described in claim 1, wherein the fixture refers to a wall perpendicular to the countertop, a ceiling parallel to the countertop, a cabinet or a part of the range hood. The smoke-guiding systematic flow table as described in claim 1, wherein the smoke-guiding module contains two smoke-guiding plates, and the two smoke-guiding plates are respectively pivotally mounted on the range hood with a pivoting member. On the fixed objects on both sides, the two smoke guide plates usually cover the suction port of the range hood, but after being opened, they are located between the two sides of the range hood and the stove. The smoke-guiding systematic flow table as described in claim 1, wherein the smoke-guiding module contains two smoke-guiding plates, and the two smoke-guiding plates are respectively pivotally mounted on the range hood with a pivoting member. on both sides of the range hood to move up and down with the range hood, so that the two smoke guide plates normally cover the suction inlet of the range hood, and after being opened, they are located between the two sides of the range hood and the stove. . The smoke-guiding systematic flow table as described in claim 1, wherein the smoke-guiding channel is composed of a piece of the smoke-guiding plate and two adjacent walls, and its cross-section is U-shaped. The smoke-guiding systematic flow table as described in claim 1, wherein the smoke-guiding channel is composed of two smoke-guiding plates and a wall located between the two smoke-guiding plates, and its cross-section is U-shaped. As for the smoke-guiding systematic flow table described in claim 1, the smoke-guiding module contains three smoke-guiding plates, and each of the smoke-guiding plates is pivotally mounted on the row by a pivoting member. Both sides and rear of the range hood. The smoke-guiding systematic flow table as described in claim 1, wherein the smoke-guiding module includes two smoke-guiding plates, and the two smoke-guiding plates are respectively pivotally mounted on a liftable cover with a pivoting member. On both sides of the board, the shutter is defined as a fixed object, and the shutter can usually be lowered and sunk below the table. The smoke-guiding systematic flow table as described in claim 1, wherein the smoke-guiding module is attached to the fixed objects on the top and both sides of a liftable side-suction range hood, with a pivoting member respectively. A smoke guide plate is pivotally connected so that the side-suction range hood can sink into the table. After raising the range hood, lift up the smoke guide plate located at the top of the range hood and move it to the left and right. Open the smoke guide plates on both sides of the range hood to the right, so that the three smoke guide plates and the liftable range hood form a smoke guide channel to guide the oil smoke generated by cooking to the range hood. Side suction port. As for the smoke guide systematic flow table described in claim 1, a sub-smoke guide plate is pivotally mounted on both sides of the smoke guide plate.

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