TWM631547U - 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 system flow table

The novel system relates to a systemized flow table.

In general home interior design, most of them will be used as kitchen, but when using the kitchen for cooking, the oil fumes generated by high temperature will be scattered outward and attached to the surrounding of the kitchen. In addition to being difficult to clean, the scattered cooking fumes will Affect indoor air quality and damage the health of cooks.

For this reason, the new patent No. I593923 "Lifting and docking type kitchen cabinet forced smoke exhaust device" previously applied to and approved by the new person in this case includes: a frame body, including a table, the table is placed The top of the frame body, the table is provided with an opening, and a space is formed under the table; a pair of guide rails are installed on opposite sides of the space where the frame body is located below the table; a lifting platform is installed in the Between the pair of guide rails, the elevating stage device has at least one driving motor for linking at least one driving element to drive the elevating stage to ascend or descend along the pair of guide rails; The upper shroud matches the shape of the opening of the table top, and is provided with a pair of closing parts. A rear shroud is connected downward on the rear side of the upper shroud, and the left and right sides of the upper shroud are downward Connected with a left shutter and a right shutter, so that the bottom ends of the left and right shutters straddle the lifting platform, so that the smoke collecting hood rises or falls with the lifting platform; a furnace loading platform , contains a panel for carrying a stove, the front end of the panel is placed across a fixed rod, the two ends of the fixed rod are fixed on both sides of the frame body, and the rear end of the panel is tied across the It is placed on a support frame, the bottom end of the support frame is fixed on the bottom of the frame body, and the panel is projected under the upper shutter, and is framed by the left and right shutters and the rear shutter In the surrounding area; and a row of chimneys, including a smoke outlet and a smoke outlet, the smoke outlet is connected to a smoke exhaust machine, and when the smoke collecting hood is raised to a height with the lifting platform, the row The smoking openings below the chimney are relatively penetrated into the opposite openings of the upper shroud, and protrude into the smoke collecting hood.

Although the above-mentioned new patent No. I593923 can almost guide the oil fume to the smoking port of the chimney, the overall structure must be equipped with extremely complicated lifting platforms, slide rails and other mechanisms, so its manufacturing cost is extremely high and the installation and construction are extremely high. complex, and there is a need for improvement.

In view of this, the creator of the new type of case has added research and innovation to reveal the smoke-guiding systematic flow platform disclosed by the new type.

The purpose of this new model is to provide a smoke-guiding systemized flow table, which includes: a table surface, including a furnace table area, for installing a furnace; a range hood, including a suction port, the suction port Located above or on one side of the stove; and a smoke guide module, which at least includes a pivot member, which is installed on a fixture, and the pivot member is pivotally connected to at least a smoke guide plate, so that the smoke guide plate is directed toward the smoke guide plate. 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 the area surrounded by the two sides and the rear of the stove , so that the oil fume produced by cooking can follow the fume guide channel and lead to the suction port of the fume extractor.

In the smoke-conducting system system disclosed by the present invention, the fixture can be a wall perpendicular to the countertop, a ceiling parallel to the countertop, a part of a cabinet or a part of a range hood.

In the smoke guide system system disclosed in the present invention, the pivot member refers to a hinge or a rotating shaft, so that the pivoted smoke guide plate can be rotated according to the rotation center of the hinge or the rotating shaft. The present invention is not self-limiting The type or kind of hinge.

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

In the smoke-guiding systemized management platform disclosed in the present invention, the smoke-guiding module includes two smoke-guiding plates, and the two smoke-guiding plates are pivotally mounted on two sides of the range hood by a pivot member respectively. so that the two fume guide plates usually cover the suction port of the range hood, and they are located on both sides of the range hood and the stove when they are opened downward respectively. between.

In the smoke-guiding systemized flow table disclosed in the present invention, the smoke-guiding channel is composed of a piece of the smoke-guiding plate and two adjacent wall surfaces, and the cross-section of the smoke-guiding channel is in a ㄇ shape.

In the smoke-guiding systemized flow table disclosed by the present invention, the smoke-guiding channel is composed of two smoke-guiding plates and a wall surface between the two smoke-guiding plates, and the cross-section of the smoke-guiding channel is ㄇ-shaped.

In the smoke guide system system disclosed by the present invention, the smoke guide plate is made of a transparent material or an electronic display panel with display function, or can be hooked on the smoke guide plate to attach cooking tools. The new model is not self-limiting.

The desirable entities disclosed by the present invention can be made clear from the following description and accompanying drawings.

As shown in Figures 1 to 3, the present invention relates to a smoke-guiding systemized fluid table, which comprises: a table (10), including a furnace table area (11) for installing a furnace (12); A range hood (20), comprising at least one suction port (21), the suction port (21) being located above or on one side of the stove (12) (as shown in Figure 11); and at least one guide The smoke module (30) at least includes a pivot member (31), which is installed on a fixture (F), and the pivot member (31) is pivotally connected to at least a smoke guide plate (32), so that the smoke guide After the plate (32) is lifted out in the direction (R), a smoke guide channel (A) is formed with the surrounding space, so that the smoke guide channel (A) is located between the stove (12) and the range hood (20) The area between the suction port (21) is the area surrounded by the sides (12a, 12b) and the rear (12c) of the stove (12), so that the cooking fumes can pass through the smoke guide channel ( A), leading to the suction port (21) of the range hood (20).

As shown in FIGS. 1-6 , in the smoke-guiding systematic flow table disclosed by the present invention, the fixing object (F) can be perpendicular to the back wall of the table (10), or as shown in FIGS. 7 , 8 and 9 . As shown, it is parallel to the ceiling above the countertop (10), or a part of the cabinet located in the kitchen in the interior decoration: or as shown in Figures 10~13 and 16~18, the fixture (F) is for the exhaust fumes The case body of the machine (20), etc., is not limited by the present invention.

In the smoke guide system system disclosed by the present invention, a generally known rebounder and a push switch can be installed between the smoke guide plate (32) of the smoke guide module (30) and the fixture (F). [Not shown in the figure], in this case, the user can automatically eject the smoke guide plate (32) by pressing the smoke guide plate (32) when the smoke guide plate (32) is closed. ), so as to facilitate the user to lift the smoke guide plate (32) outward; or between the smoke guide plate (32) of the smoke guide module (30) and the fixture (F), elastic positioning balls, A magnet, so that the smoke guide plate (32) can be opened to 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 subject of the claims of this new model, so it will not be repeated.

In the smoke guide system system disclosed by the present invention, the pivot member (31) of the smoke guide module (30) refers to a hinge or a rotating shaft, so that the hinged smoke guide plate (32) can be pivoted according to the The rotation center of the pivoting member (31) rotates, and the present invention does not limit the type or type of the hinge. The hinge applied to 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 stably open the smoke guide plate (32) at 90 degrees position, since the 90-degree folding hinge is a well-known and commonly used item, and is not the subject of the request of this new model, it will not be repeated.

As shown in FIG. 9 , in the smoke guide system system disclosed by the present invention, the smoke guide module includes two smoke guide plates (32), so that the two smoke guide plates (32) are respectively connected to a The pivot member (31) is pivotally mounted on the fixed objects (F, such as the bottom of the cabinet) on both sides of the range hood (20), as shown by the solid line in Figure 9, so that the two smoke guide plates (32) are normal It is to cover the suction port (21) of the range hood (20), so as to improve the overall appearance of the kitchen space; when the two smoke guide plates (32) are respectively lifted in the direction of (R1, R2), as shown in Figure 9 As shown by the dotted line, the two smoke guide plates (32) are located on both sides of the range hood (20) and the stove (12), and can just form a ㄇ shape with the wall behind the stove (12). The smoke guide channel (A) is used to guide the cooking fumes to the suction port (21) of the range hood (20).

As shown in FIG. 10 , in the smoke guide system system disclosed by the present invention, the smoke guide module (30) includes two smoke guide plates (32), and the two smoke guide plates (32) are A pivot member (31) is pivotally mounted on both sides of the range hood (20) (which may be the housings on both sides of the range hood (20)), so as to be mounted on the range hood (20), downward displacement, so that the two smoke guide plates (32) usually cover the suction port (21) of the range hood (20), as shown by the solid line in Figure 10. 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). If so, the present invention can be applied to the systematic kitchen equipment of the liftable range hood (20).

As shown in FIG. 11 , in the smoke-guiding systemized flow table disclosed by the present invention, a side-suction type range hood (20) is fixedly arranged behind the countertop (10), and the range hood (20) ) is provided with a top plate (20a) at the top of the range hood (20), and a smoke guide plate (32) is pivotally connected to both sides of the front plate (20b) of the range hood (20). After each of the smoke guide plates (32) is lifted out, 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), In order to guide the oil fume to the suction port (21) of the range hood (20) located above the front plate (20b).

As shown in Figures 12 and 13, the smoke guide system system disclosed by the present invention is shown in Figures 12 and 13, wherein the smoke guide module (30) contains three smoke guide plates (32). The smoke plate (32) is pivotally mounted on both sides and the rear side of the range hood (20) by a pivoting member (31) respectively, and the two sides and the back side of the range hood (20) are defined as described in this new model. Fixing (F), so that the three smoke guide plates (32) are usually used to cover the bottom of the range hood (20); as shown in Figure 13, when the After the smoke guide plate (32), the three pieces of the smoke guide plate (32) are located between the two sides and the rear of the range hood (20) to form a ㄇ-shaped smoke guide channel (A), so as to The cooking fumes are guided to the suction port (21) of the range hood (20).

As shown in Figs. 14 and 15, in the smoke guide system system disclosed by the present invention, the smoke guide module (30) includes two smoke guide plates (32), the two smoke guide plates (32). ) are pivotally mounted on both sides of a liftable shutter with a pivot member (31) respectively, the shutter defines the fixing object (F) described in the present invention, and the shutter can be lowered and sunk into the table at ordinary times Below (10), when applied, the shutter can be raised upwards, as shown in Figure 14, and then the two smoke guide plates (32) can be lifted out in the direction of (R1, R2) and lowered respectively. The range hood (20), as shown in FIG. 15, in this new model, a smoke guide channel (A) is formed by the two smoke guide plates (32) and the shutter that can be raised and lowered, so as to guide the cooking fumes generated by cooking. The suction port (21) at the bottom of the range hood (20).

The smoke guide system system disclosed by the present invention can be as shown in Figures 16, 17 and 18, wherein the smoke guide module (30) is attached to a side-draft range hood (20) that can be raised and lowered. ) top and two sides, respectively, a pivot member (31) is pivotally connected to a smoke guide plate (32), the two sides and the rear side of the range hood (20) are defined as the fixtures (F) described in this new model, The side-suction type range hood (20) can usually be sunk under the table top. If the user lifts the range hood (20), as shown in FIG. the smoke guide plate (32) at the top of the range hood (20), and lift the smoke guide plates (32) on both sides of the range hood (20) to the left and right of (R2, R3), as shown in Figure 18, A smoke guide channel (A) is formed between the three smoke guide plates (32) and the elevating range hood (20), so as to guide the cooking fumes to be located on the side of the range hood (20). Suction port (21).

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

In the smoke guide system system disclosed by the present invention, the smoke guide channel (A), as shown in FIG. 2 , can be composed of a single piece of the smoke guide plate (32) and two adjacent wall surfaces (W1, W2). For example, the single-piece smoke guide plate (32) is formed with the wall surfaces (W1, W2) located at the rear and the other side of the stove (12), and its cross-section is ㄇ-shaped. Or as shown in FIG. 7, the smoke guide channel (A) is the wall surface (W1) behind the stove (12) after the single-piece smoke guide plate (32) located above the stove (12) is lifted downwards. and the wall surface (W2) on the other side of the stove (12), and its cross-section is ㄇ-shaped.

In the smoke guide system system disclosed by the present invention, the smoke guide passage (A), as shown in FIG. It is composed of a wall (W1) in between, and its cross-section is ㄇ-shaped. Each of the smoke guide plates (32) can also be pivotally mounted on the wall surface behind the stove (12) as shown in Fig. 4, or as shown in Figs. On the ceiling, each of the smoke guide plates (32) can be lifted down respectively to cover the sides of the stove (12), which is not limited by the present invention.

The ㄇ-shaped smoke guide channel (A) formed by the new type is shown in FIG. 4 , because it is located on both sides of the stove (12), so when the indoor air-conditioning airflow (S) passes through the side of the stove (12) When the fume guide plate (32) is on the side, it can be blocked by the smoke guide plates (32) and directed to the front of the stove (12), so as to avoid interfering with the operation of the range hood (20), so as to improve the operation of the range hood (20) of the present invention. Smoke extraction efficiency.

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

In the smoke guide system system disclosed by the present invention, the smoke guide plate (32) can be made of transparent materials, refractory materials, etc. The present invention does not limit its material. In addition, the smoke guide plate (32) can also be an electronic display panel with display function, which can be connected to the Internet via WiFi, and the user can download and watch cooking recipes through the electronic display panel, or can browse the smoke guide plate ( 32) Hooks or hangers are installed on the top to place cooking utensils. The new model is not limited by itself.

The smoke guide system system disclosed by the present invention does not need to install any electrical equipment to lift the smoke guide plate, so the overall cost can be very low, the future maintenance is also very convenient, and it can also be applied to most of the current kitchens The design shows the novelty and practicability of the new model.

The structures and shapes 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 self-limiting.

(10): countertops (11): Hearth 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 (32a): Sub-smoke guide (A): Smoke channel (F): Fixture (W1)(W2): Wall (S): Air conditioning airflow (R)(R1)(R2)(R3): Direction

Figure 1: It is a front view structure diagram of the new model. Figure 2: It is a top plan view of Figure 1 marked with the direction 2-2. Figure 3 is a schematic front view of the structure after the smoke guide plate is lifted outwards from Figure 1 . FIG. 4 is a schematic top view of the second embodiment of the present invention. FIG. 5 is a schematic view of the front structure of FIG. 4 . Figure 6 is a schematic front view of Figure 4 after the two smoke guides are lifted. Figure 7: It is a schematic diagram of the new type of smoke guide module installed on the top of the table with a single-piece downward flip-up smoke guide plate. Figure 8; is a schematic diagram of the new type of smoke guide module installed on the top of the table with a double-piece downward flip-type smoke guide plate. Figure 9: It is a schematic structural diagram of an embodiment of the new smoke guide module installed on both sides of the range hood. Figure 10: It is a structural diagram of an embodiment of the new smoke guide module installed on a range hood that can be lifted up and down. Figure 11: It is a schematic diagram of the application of this new type of side-suction range hood. Figure 12: It is an embodiment diagram of the new type of smoke guide module that installs three smoke guide plates on both sides and the rear side of the bottom of the range hood. Figure 13: It is a schematic diagram after unfolding the three smoke guide plates of Figure 12. Figure 14: It is an embodiment diagram of the new smoke guide module installed on a lifting shielding wall. Figure 15: It is a schematic diagram after the two smoke guide plates of Figure 14 are lifted. Figure 16: It is an embodiment diagram of the new type of smoke guide module installed on a range hood that can be raised and lowered. Figure 17: It is a schematic diagram of raising the range hood of Figure 16 upwards. FIG. 18 is a schematic diagram of opening each of the smoke guide plates from FIG. 17 . Fig. 19 is a perspective view of another embodiment of the smoke guide module of the present new type. Fig. 20 is a schematic diagram of the embodiment shown in Fig. 19 being installed on a range hood and unfolded.

(10): countertops

(11): Hearth area

(12): stove

(12a)(12b): Both sides

(12c): rear

(20): Range hood

(30): Smoke guide module

(31): Pivot member

(32): Smoke guide

(A): Smoke channel

(F): Fixture

(W1)(W2): Wall

Claims (10)

A smoke-guiding systemized flow table, comprising: a surface, containing a stovetop area for installing a stove; a range hood, including a suction port, the suction port is installed above or on one side of the stove; and At least one smoke guide module includes at least one pivot member, which is installed on a fixed object, and the pivot member is pivotally connected to at least a smoke guide plate, so that the smoke guide plate and the surrounding space form a smoke guide channel after being lifted out , so that the smoke guide channel is located between the stove and the suction port of the range hood, and is the area surrounded by both sides and the rear of the stove, so that the cooking fumes can pass through the smoke guide passage. , leading to the suction port of the range hood. The smoke-guiding systemized flow table according to claim 1, wherein the fixture refers to a wall perpendicular to the table top, a ceiling parallel to the table top, a cabinet or a part of the range hood. The smoke-guiding systemized flow bench according to claim 1, wherein the smoke-guiding module comprises two smoke-guiding plates, and the two smoke-guiding plates are pivotally mounted on the range hood by a pivot member respectively. On the two sides of the fixings, the two smoke guide plates usually cover the suction port of the range hood, and are located between the two sides of the range hood and the stove after being opened. The smoke-guiding systemized flow bench according to claim 1, wherein the smoke-guiding module comprises two smoke-guiding plates, and the two smoke-guiding plates are pivotally mounted on the range hood by a pivot member respectively. The two sides of the fume extractor are displaced up and down with the range hood, so that the two fume guide plates usually cover the suction port of the range hood, and when they are opened, they are located between the two sides of the range hood and the stove. . The smoke-guiding systemized flow table according to claim 1, wherein the smoke-guiding channel is composed of a piece of the smoke-guiding plate and two adjacent wall surfaces, and its cross-section is ㄇ-shaped. The smoke-guiding systemized flow table as claimed in claim 1, wherein the smoke-guiding channel is formed by two of the smoke-guiding plates and a wall surface located between the two smoke-guiding plates, and the cross-section of the smoke-guiding channel is ㄇ-shaped. The smoke guide system system as claimed in claim 1, wherein the smoke guide module includes three smoke guide plates, so that each of the smoke guide plates is pivotally mounted on the row by a pivot member. Both sides and rear of the range hood. The smoke-guiding systemized flow table according to claim 1, wherein the smoke-guiding module comprises two smoke-guiding plates, and the two smoke-guiding plates are pivotally mounted on a liftable shield by a pivot member respectively. On both sides of the board, the shutter is defined as a fixed object, and the shutter can usually be lowered and sunk under the table top. The smoke-guiding systemized flow table as claimed in claim 1, wherein the smoke-guiding module is fastened to the top and two fixed objects of a side-suction range hood that can be lifted up and down, and is connected by a pivot member respectively. A smoke guide plate is pivotally connected, so that the side-suction type range hood can sink into the table, so that after the range hood is raised, the smoke guide plates located at the top of the range hood are lifted upward respectively, and the smoke guide plates located at the top of the range hood can be lifted to the left, Open the smoke guide plates on both sides of the range hood to the right, so that the smoke guide channel is formed between the three smoke guide plates and the liftable range hood, so as to guide the cooking fumes on the range hood. Side suction port. The smoke-guiding systemized flow table as claimed in claim 1, wherein two sides of the smoke-guiding plate are respectively pivotally mounted with a sub-smoke-guiding plate.

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