KR102169099B1 - Roasting table with function to protect lifting adjusted unit - Google Patents

Abstract

The present invention relates to a roasting table with a protection function for a lifting control unit. The present invention comprises: a main body having a predetermined seating plate movable space provided therein and including a grill seating part with a seating protrusion extending inward to enable seating and installation of a grill along the edge of an upper opening hole opened upward so that the seating plate movable space and the outside communicate with each other; a heating means seating unit disposed in the seating plate movable space and in which a heating means capable of applying heat from a lower portion of the grill installed in the grill seating part is placed on an upper portion thereof and installed therein; and a lifting control unit installed in the seating plate movable space, connected to one side of the heating means seating unit, and controlling a lifting state of the heating means seating unit based on a vertical height direction in the seating plate movable space. The heating means seating unit comprises a heating means seating plate disposed at the top of the heating means seating unit and including a seating plate body part provided in a plate shape in which the heating means can be placed on the upper portion thereof and a seating plate inclined part extending to have a slope inclined downward from the edge area of the seating plate body part. Accordingly, a user can selectively adjust the heating intensity in consideration of the cooking state of a current heating object.

Description

Roasting table with function to protect the lifting control unit {ROASTING TABLE WITH FUNCTION TO PROTECT LIFTING ADJUSTED UNIT}

The present invention relates to a grilling table having a function of protecting the lifting control unit.

The grilling table is a cooking tool that helps you easily grill and eat the heated object anywhere by using a separate heating means such as an oven containing charcoal that is heated to emit heat, and a grill or grill on which a heating object such as meat is placed. .

Such a roasting table has been developed in various forms in order to develop technologies for allowing users to more easily and quickly bake food such as meat to be heated, as well as technologies for making meat more delicious.

Among them, the grilling table has a separate heating means such as a fire oven containing charcoal that is heated and radiates heat under the open structure, and a separate grill, such as a grill or grill, is placed on it, and the meat is placed on the grill to heat the bottom. There is a grilling table that provides a method of grilling meat using heat provided by means, and a grilling table that provides a method of grilling meat using direct or indirect heat by placing a heating means and a grilling plate in a closed space inside the grilling table itself.

In order to improve the convenience of work such as installing a heating device or provide additional additional functions, such various roasting types of roasting tables may apply a technology that enables a plate on which a heating device such as an oven is placed to be lifted.

In this regard, prior literature on the prior art provided to enable the lifting of the plate on which the heating means is placed among the grilling tables in which the heating means, the grilling plate, and the heating object are all placed inside the grilling table and the space is sealed to cook the heating object. There is a “grilled table” (hereinafter referred to as “conventional technology”) of Korean Patent Publication No. 10-0755214.

However, in the case of the grilling table that provides the lifting function of the existing heating means including the prior art, simply place the heating means on a plate located at the maximum height convenient for the user, and when cooking using the heating means, the plate on which the heating means is placed is placed down. In particular, when a heating means is used in an internal enclosed space, there is a great difficulty in actively performing changes in the baking surface according to the cooking state of the object to be heated or the change in the intensity of heating to be baked.

In addition, in the case of a roasting table that provides the lifting function of conventional heating means including the prior art, smoke and various foreign substances generated during cooking by applying heat to the heated object using the actual heating means fall under the roasting plate. In the process of entering the interior space, there is a problem that affects various functional devices, including a device for lifting a plate on which a heating means installed inside the roasting table is placed.

The present invention was created to solve the above problem, and an object of the present invention is to adjust the heating intensity by actively raising and lowering the heating means by the user according to the progress of cooking in cooking the heating object placed on the grill using the heating means. It is possible to do this, and it is to provide a roasting table prepared so that the corresponding control method can be efficiently utilized.

In addition, another object of the present invention is to be installed inside the grilling table during the process of applying heat to the heating object using a heating means and falling under the grill, which is a variety of foreign substances, and entering the space inside the grilling table. The object of the present invention is to provide a roasting table with a function to protect the devices so as not to affect various functional devices, including devices for lifting and lowering the plate on which the heating means is placed.

In order to achieve the above object, the grilling table capable of adjusting the heating intensity by elevating the heating means of the present invention has a predetermined seating plate movable space inside, and the seating plate movable space and the outside are opened upward to communicate with each other. A main body including a grill seating portion that forms a seating protrusion extending inward to enable seating and installation of the grill along the edge of the upper open hole. A heating means seating unit disposed in the seating plate movable space and in which a heating means capable of applying heat from a lower portion of the grill installed in the grill seating portion is placed on the upper portion of the grill seating unit; And an elevating control unit installed in the seating plate movable space and connected to one side of the heating means seating unit, and adjusting an elevating state of the heating means seating unit based on a vertical height direction in the seating plate movable space; and , The heating means seating unit is disposed at the uppermost end of the heating means seating unit, the seating plate body portion provided in a plate shape on which the heating means can be placed on the upper side and the seating plate body portion inclined downward from the rim region It includes; a heating means seating plate having a seating plate inclined portion extending so as to have a.

Here, the heating means seating unit, the lower one side is connected to the elevation control unit, the seating plate body portion is placed on the upper surface of the connecting plate body portion on which the heating means seating plate is seated and installed, and the connecting plate body portion A connection plate having a plurality of connection plate protrusions formed to protrude laterally to form a locking jaw; And the connecting plate body part is formed to extend from each side of the frame forming the opening hole of the first protection plate, which is an insertable size, to have a slope inclined downward to form a hollow eaves structure plate. It may further include a first lifting unit protection plate having a first protection plate body portion to be seated on the protrusion and a plurality of first protection plate connection portions providing a predetermined connection member coupling space on the side of the first protection plate body portion; .

In addition, the heating means seating unit is formed to extend from each side of the rim forming the second protection plate open hole, which is an open space having a size into which the connection plate body portion can be inserted, to have a slope inclined downward to form a hollow eaves structure. A plurality of second protection plate connection portions that form a plate and provide a predetermined connection member coupling space on a second protection plate body portion disposed on a lower side of the connection plate body portion and a side surface of the second protection plate body portion, and at least two A second elevating unit protective plate that is provided and stacked up and down; And a plurality of protection plate connecting members for vertically connecting the first protection plate connection portion of the first lift unit protection plate and the second protection plate connection portions of each of the at least two second lift unit protection plates at a predetermined interval.

In addition, the heating means seating plate may be positioned under the grill seating portion when moving upward to a maximum height through the lift control unit.

In addition, the main body may have an air inlet hole provided at a lower side of the body to allow the seating plate movable space to communicate with the outside, so that air introduced from the outside can be moved to the upper open hole through the seating plate movable space.

In addition, the elevating control unit may include an elevating control unit for controlling whether to elevate and whether to elevate the heating means seating plate on the basis of the control signal generated by the input.

Here, the elevation control unit is a first for controlling the elevation state of the connecting plate so that the heating means seating plate is moved upward during the generation time of the first elevation control signal based on the input generated first elevation control signal. Lift control part; A second elevation control part for controlling an elevation state of the connection plate so that the heating means seating plate is moved upward to a preset maximum height based on the input generated second elevation control signal; A first lowering control part for controlling an elevated state of the connecting plate such that a lowering movement of the heating means seating plate is performed during a generation time of the first lowering control signal based on the input generated first lowering control signal; A second lowering control part for controlling the lifting state so that the heating means seating plate is lowered to a preset minimum height based on the input generated second lowering control signal; And a control unit activating part for controlling whether to activate a control operation of the first rise control part, the second rise control part, the first fall control part, and the second fall control part based on an input-generated activation control signal. have.

In addition, the elevating control unit, the rotation shaft provided in the form of a screw threaded clockwise and counterclockwise; A first connection leg having one end connected to one side of the screw on which the clockwise thread of the rotation shaft is formed to enable angle adjustment; A second connection leg having one end connected to one side of the screw on which the counterclockwise thread of the rotation shaft is formed to enable angle adjustment; A bucket to which the connecting plate is connected to an upper side of which the other end of the first connecting leg and the other end of the second connecting leg are connected and supported at the lower side; And an elevating motor connected to the rotating shaft so as to rotate the rotating shaft, wherein the elevating control unit controls a rotational drive of the elevating motor to adjust a rotation direction and a rotation driving time of the rotating shaft, and the rotating shaft The first connection leg and the second connection leg are close to each other or spaced apart from each other according to the rotation direction of, and the angle is adjusted to change the reference phase in the vertical height direction of the bucket.

According to the present invention, there are the following effects.

First, a heating object such as meat is placed on a grill seated in the grill seating part on the upper side of the main body, and a heating means is placed on the heating means seating plate provided inside the main body so that heat is provided to the upper side. Can be easily identified.

Second, the upper and lower heights of the heating means placed on the heating means seating plate provided inside the main body in a state in which a heating object such as meat is placed on the grill seated on the grill seating part on the upper side of the main body and the phase of the heating object is fixed in the vertical height direction. By controlling the phase with respect to the direction using the lifting control unit, the user can easily adjust the heating intensity in consideration of the current cooking state of the heating target.

Third, the upper and lower heights of the heating means placed on the heating means seating plate provided inside the body in a state in which a heating object such as meat is placed on the grill seated on the grill seating portion on the upper side of the body and the phase of the heating object is fixed in the vertical height direction. In the method of controlling the phase of the direction using the elevation control unit, the user can select the case of raising and lowering the elevation control and the lowering control to the highest or lowest height at once, or allowing the gradual elevation to be made against the control time. have.

Fourth, a heating object such as meat is placed on a grill seated in the grill seating part on the upper side of the main body, and a heating means is placed on the heating means seating plate provided inside the main body to provide heat to the upper side. In the process of falling under the grill and entering the movable space of the mounting plate provided inside the main body, the inclined part of the seating plate, the body of the first protection plate, and the body of the second protection plate protect the fall of the unit from the inclination of the seating plate, thereby controlling the elevation of foreign substances. The problem of deteriorating the functionality of the unit can be prevented in advance.

1 is a perspective view showing a roasting table having a function of protecting the lifting control unit according to the present invention.
2 is a cross-sectional view showing a cross-sectional shape in the width direction of a roasting table having a function of protecting an elevation control unit according to the present invention.
3 is a cross-sectional view showing a cross-sectional shape in the longitudinal direction of the roasting table having a function of protecting the lifting control unit according to the present invention.
Figure 4 is a perspective view showing a combination of the heating means seating plate, the connecting plate and the lifting control unit in the grilling table having a function of protecting the lifting control unit according to the invention.
5 is an exploded perspective view showing a combination of a heating means seating plate, a connecting plate, and an elevation control unit in a roasting table having a function of protecting the elevation control unit according to the present invention.
6 and 7 are perspective views showing a combination of a connecting plate in a grilling table, a first elevating unit protection plate, and a second elevating unit protection plate having an elevating control unit protection function according to the present invention.
8 is a conceptual diagram for explaining the elevating form of the heating means seating unit and the elevating control unit in the roasting table having a function of protecting the elevating control unit according to the invention.

Preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings, but technical parts that are already well known will be omitted or compressed for conciseness of description.

<Description of the roasting table with the lifting control unit protection function>

Referring to FIGS. 1 to 4, the grilling table 100 capable of adjusting the heating intensity through lifting and lowering the heating means of the present invention includes a main body 110; Heating means seating unit 120; Elevating adjustment unit 130; And a smoke emission unit 140;

The main body 110 has a housing configuration in which a predetermined seating plate movable space 110T is provided inside as shown in FIGS. 1 to 3, and the heating means seating unit 120 and the elevating control unit 130 to be described below. ) Acceptable and installed.

This body 110 extends inward so that various grilling plate members such as a grill can be seated and installed along the rim of the upper opening hole 111H opened upward so that the seating plate movable space 110T and the outside communicate with each other. It includes a grill seat 111 forming a seating jaw.

Therefore, a grill is placed on the grill seat 111 provided on the upper body 110, and a heating object such as meat placed on the grill is heated by the heating means F disposed in the seat plate movable space 110T. Receive burning proceeds.

In other words, the phase of the grill seated on the grill seat 111 provided on the main body 110 is fixed and is not linked to the lift motion by the lift adjustment unit 130 to be described below.

However, in contrast to a fixed phase based on the vertical height direction of the grill installed on the grill seat 111 provided on the upper part of the main body 110, it is interlocked by the lift control unit 130 within the seat plate movable space 110T to lift and lower. The level of the fluid phase based on the vertical height direction of the heating means seating unit 120 to be exercised immediately affects the level of the heating intensity provided to the heating object.

In addition, the main body 110 is in communication with the seating plate movable space 110T on one side of the lower side as shown in Figs. 1 to 3, so that air introduced from the outside passes through the seating plate movable space 110T and the upper open hole 111H It has an air inlet hole (110H) provided to be moved to.

Starting with the air inlet hole 110H, an air passage 110P for communicating the air inlet hole 110H and the seating plate movable space 110T is formed in the lower inner side of the main body 110 as shown in FIG. Do.

These, the air inlet hole (110H), the air movement passage (110P), the mounting plate movable space (110T) and the upper open hole (111H) are in communication with each other to share an open space, the outside through the air inlet hole (110H) The air introduced and moved to the mounting plate movable space (110T) and the upper open hole (111H) through the air passage (110P) is a fire oven filled with charcoal placed in the heating means mounting unit (120) in the mounting plate movable space (110T) The heating means (F) continues to heat and prevents the fire from being turned off, and after contact with the heating means (F), it is discharged back to the outside through the upper open hole 111H.

The heating means seating unit 120 is disposed in the seating plate movable space 110T, and the heating means F that can apply heat from the lower portion of the grill installed in the grill seating unit 111 is placed on the upper portion of the plate to be installed. It is the absence of shape.

Therefore, the reference phase in the vertical height direction of the heating means seating unit 120 directly corresponds to the height level of the heating means (F), which in turn corresponds to the distance level between the grill installed in the grill seating unit 111 and the heating means (F). It affects the heating intensity and becomes a factor controlling the heating intensity.

This heating means seating unit 120 is not limited to a characteristic that can proceed with an elevating movement by simply providing an upper space in which the heating means (F) can be seated and installed and interlocking with the elevating control unit 130, the elevating control unit ( 130) also performs the protective function.

To this end, the heating means seating unit 120 includes a heating means seating plate 121, a connection plate 122, a first elevating unit protective plate 123, a second elevating unit protective plate 124, and a protective plate connecting member 125. Include.

Looking at the arrangement for each detailed configuration of the heating means seating unit 120, the heating means seating plate 121 is disposed at the top, and the connecting plate 122 is disposed below it, so that it is caught on the connecting plate 122. The first elevating unit protective plate 123 is disposed, the second elevating unit protective plate 124 is arranged, which is connected to the lower part of the connection plate 122 and provided in plural to form a stacked structure together with the first elevating unit protective plate 123 .

Here, the heating means seating plate 121 is disposed at the top of the heating means seating unit 120, and the seating plate body portion 121a and the seating plate body are provided in a plate shape on which the heating means F can be placed on the upper portion. It includes a seating plate inclined portion 121b extending to have a slope inclined downward from the negative edge region.

More specifically, the seating plate body portion 121a provides a space in which the heating means F can be placed on the upper side of the plate shape, and the seating plate inclined portion 121b is the edge of each side of the seating plate body portion 121a The heating object placed on the grill installed on the grill seat 111 by extending downwardly inclined like the eave structure provided on the roof is heated by the heating means (F) placed on the seating plate body (121a) When various foreign substances, such as oil and food debris generated during the process, fall under the grill and flow outward without contacting the heating means (F), the foreign substances may not move along the eaves surface of the seating plate inclined part (121b). As a result, it is guided so that it does not bury or fall off the lift control unit 130.

In the conventional case, various foreign substances generated in the process of performing cooking by heating an object to be heated by the heating means (F) often flow down and get on or off the elevation control unit 130 in some cases. In this case, there is a problem of impairing or damaging the operating performance of the lifting control unit 130 over time.

Therefore, it is very important to protect the lifting control unit 130 from heating the object to be heated by the heating means (F) so that various foreign substances generated in the process of cooking are not affected by flowing down.

Next, as shown in FIG. 5, the connection plate 122 has a lower one side connected to the elevation control unit 130, and the seating plate body 121a is placed on the upper surface, and the heating means seating plate 121 is seated. It is provided with a connecting plate body portion (122a) and a plurality of connecting plate protruding portions (122b) which are formed to protrude laterally on the side of the connecting plate body portion (122a) to form a locking jaw.

Here, the first lifting unit protection plate 123, which will be described below the connection plate protrusion 122b, is engaged without falling down and is engaged so that it can be supported as shown in FIG. 7.

Therefore, as shown in Figs. 7 and 8, the protruding shape of the connecting plate protrusion 122b corresponds to the inclined shape of the eave structure provided by the first protection plate body 123a of the first lifting unit protection plate 123. desirable.

Next, as shown in Figs. 6 and 7, the first elevating unit protection plate 123 is of an edge forming the first protection plate opening hole 123H, which is an open space having a size into which the connection plate body 122a can be inserted. It is formed to extend from each side to have a slope inclined downwardly to form a hollow eaves-like plate, and includes a first protective plate body portion 123a that is engaged with the plurality of connection plate protrusions 122b.

In addition, the first elevating unit protection plate 123 includes a plurality of first protection plate connection portions 123b of a ring-shaped structure providing a predetermined connection member 125 coupling space on the side surface of the first protection plate body portion 123a. .

Next, the second elevating unit protection plate 124 is of an edge forming a second protection plate opening hole 124H, which is an open space having a size into which the connection plate body 122a can be inserted, as shown in FIGS. 6 and 7. A second protective plate body portion 124a is provided on the lower side of the connecting plate body portion 122a by extending from each side to form a hollow eaves structure plate.

In addition, the second elevating unit protection plate 124 includes a plurality of second protection plate connection parts 124b providing a predetermined connection member coupling space on the side of the second protection plate body part 124a.

The second lifting unit protective plate 124 has a basic structure in which at least two are provided and stacked vertically, and when the first lifting unit protective plate 123 is interlocked with the rise of the connection plate 122 to move to the maximum As shown in Fig. 8, points connected to each other by the protection plate connection member 125 are arranged along the vertical height direction at predetermined equal intervals.

More specifically, the formation position of the first protection plate connection portion 123b formed on the side surface of the first protection plate body portion 123a and the second protection plate connection portion 124b formed on the side surface of the second protection plate body portion 124a It is preferable to have a shape as shown in FIG. 6 that is provided at positions corresponding to each other when viewed from a plane, and is collectively disposed on an arbitrary reference line formed in the vertical direction.

Lastly, the protective plate connecting member 125 includes a first protective plate connecting portion 123b of the first lifting unit protective plate 123 and a second protective plate connecting portion 124b of each of the at least two or more second lifting unit protective plates 124. It is a wire-like member that connects up and down at intervals, and is provided in plural.

As a result, when the connecting plate 122 moves upward through the lifting control unit 130 as shown in FIG. 8, the heating means seating plate 121 connected to the upper side of the connecting plate 122 also moves upward, and the connecting plate The first lifting unit protective plate 123 over the protruding portion 122b of the connection plate 122 is also moved upward, and at least two second or more interconnected through the first lifting unit protective plate 123 and the protective plate connecting member 125 The lifting unit protection plate 124 is also moved upward.

Accordingly, the heating means seating plate 121, the first elevating unit protective plate 123, and at least two or more second elevating unit protective plates 124 form a predetermined distance from the upper side to the lower side and are arranged by dividing the layers.

In this case, the seating plate inclined portion 121b of the heating means seating plate 121 is inclined in an eave structure type, and the first protective plate body portion 123a of the first lifting unit protection plate 123 is inclined in an eaves structure type. The inclined shape of the eaves structure provided by the second protection plate body portion 124a of at least two second elevating unit protection plates 124 is inclined from the upper side to the lower side, and is placed on the grill installed on the grill seat 111 Various foreign substances, including oil and food scraps generated in the process of heating by the heating means (F) placed on the seating plate body (121a), fall under the grill and flow outward without touching the heating means (F). When getting off, the corresponding foreign matters are guided along the eaves of the seating plate inclined part 121b, and as a result, they are protected from being buried or falling off the lifting control unit 130 so that foreign matters can move only along each slope, and the center Do not let it flow to the side.

Therefore, the elevating control unit 130 includes oil, food scraps, etc. generated in the process of heating the heating object placed on the grill installed on the grill seating portion 111 by the heating means F placed on the seating plate body portion 121a. It is affected to the minimum of various foreign substances including, and the problem of abnormality or damage to the operating state due to this is blocked in advance.

The elevating control unit 130 is installed in the seating plate movable space 110T and connected to one side of the heating means seating unit 120, based on the vertical height direction in the seating plate movable space 110T of the heating means seating unit 120. It is a configuration that adjusts the lifting state.

To this end, the lifting adjustment unit 130 includes a rotation shaft 131, a first connection leg 132, a second connection leg 133, a bucket 134, a first chain bracket 135, and a second chain bracket 136. ), a chain 137, an elevating motor 138 and an elevating control unit 139.

First, the rotation shaft 131 is one rotation shaft member provided in the form of a screw having clockwise and counterclockwise threads as shown in FIGS. 4 and 5.

Specifically, the rotation shaft 131 has a screw thread formed in a clockwise direction on one side from the center based on the longitudinal direction, and a connection leg interlocked with the thread on each side is formed in a counterclockwise direction, and the rotation of the rotation shaft 131 As a result, it is provided to move on the rotation shaft 131 in opposite directions.

Next, the first connecting leg 132 is a rod member having one end connected to one side of the screw in which the clockwise thread of the rotation shaft 131 is formed so that the angle can be adjusted, and the second connecting leg 133 is It is a rod member having one end connected to one side of the screw on which the counterclockwise thread is formed so that the angle can be adjusted.

Therefore, when the rotation shaft 131 performs a rotational movement, the first connection leg 132 and the second connection leg 133 are moved closer to each other or spaced apart from each other according to the rotational movement direction.

Next, the bucket 134 is supported by being connected to the other end of the first connecting leg 132 and the other end of the second connecting leg 133 on the lower side, as shown in FIGS. 4 and 5, and the connecting plate ( 122) is fixedly connected.

Therefore, when the first connection leg 132 and the second connection leg 133 are close due to the rotational motion of the rotation shaft 131, the reference phase in the vertical height direction of the bucket 134 also moves upward as shown in FIG. , When the first connecting leg 132 and the second connecting leg 133 are separated from each other and the angle is lowered, the reference phase in the vertical height direction of the bucket 134 is also moved downward as shown in FIG. 8.

And the reference phase in the vertical height direction of the bucket 134 reflects the height level of the connection plate 122 connected thereto.

Next, the rotational movement method of the rotation shaft 131 can be implemented in various forms through interlocking with the lifting motor 138, as an example, a first chain formed at one end of the rotation shaft 131 in the longitudinal direction as shown in FIG. The bracket 135 and the second chain bracket 136 formed on the drive shaft of the lifting motor 138 are interconnected by a chain 137 so that the rotational motion of the drive shaft of the lifting motor 138 becomes a rotational motion of the rotation shaft 131. Can be linked.

Finally, the elevation control unit 139 controls whether or not the heating means seating unit 120 ascends or descends on the basis of the control signal generated by the user.

Such, the heating means seating unit 120 through the lifting control unit 139 is subdivided into various types of elevation and state control. For this purpose, the elevation control unit 139 includes a control activation part 139a, a first elevation control part (139b), a second rising control portion 139c, a first falling control portion 139d, and a second falling control portion 139e.

Here, the control activation part 139a is a control function of the first rise control part 139b, the second rise control part 139c, the first fall control part 139d, and the second fall control part 139e to be described below. It is a configuration that determines whether to be activated, and if the input generation of the control signal through the control activation part 139a is not performed, the first rise control part 139b, the second rise control part 139c, and the first fall control part 139d ) And the input of the control signal through the second descending control part 139e is essentially blocked.

In other words, the control activation part (139a) is based on the activation control signal generated by the input, the first rise control part (139b), the second rise control part (139c), the first fall control part (139d) and the second fall control. Controls whether or not the control operation of the portion 139e is activated.

In addition, the first ascent control part 139b controls the ascending state so that the ascending movement of the heating means seating unit 120 is performed during the generation time of the first ascent control signal based on the first ascent control signal generated by the user. do.

In other words, while the first ascending control signal is being generated through the first ascending control part (139b), the lifting motor 138 is driven so that the rotational motion of the rotational shaft 131 is interlocked, and thus the heating means seating unit (120 upward movement is maintained.

In addition, the second elevation control part 139c controls the elevation state so that the heating means seating unit 120 is moved upward to a preset maximum height based on the second elevation control signal input by the user.

In other words, when the second ascent control signal is generated through the second ascent control part (139c), the driving of the lifting motor 138 is maintained until the ascending movement of the heating means seating unit 120 proceeds to a predetermined uppermost height. The rotational motion of the rotation shaft 131 is interlocked.

In addition, the first descending control part (139d) controls the lifting state so that the descending movement of the heating means seating unit 120 is performed during the generation time of the first descending control signal based on the first descending control signal input by the user. do.

In other words, while the first descending control signal is being generated through the first descending control part (139d), the driving of the lifting motor 138 is in progress and the rotational motion of the rotating shaft 131 is interlocked, and thus the heating means seating unit (120 descent movement is maintained.

In addition, the second lowering control part 139e controls the lifting state so that the heating means seating unit 120 is moved upward to a preset minimum height based on a second lowering control signal input by the user.

In other words, when the second descending control signal is generated through the second ascending control part (139c), the driving of the lifting motor 138 is maintained until the descending movement of the heating means seating unit 120 proceeds to a preset lowermost height. The rotational motion of the rotation shaft 131 is interlocked.

In this way, the lifting control unit 139 is a control module that controls the rotational drive of the lifting motor 139 and adjusts the rotational direction and rotational driving time of the rotational shaft 131 linked thereto. As a result, the lifting control unit 130 The heating means seating unit 120, whose phase is adjusted in the vertical direction through the lift control unit 130, is located under the grill seating portion 111 even if it moves to the maximum height through the lift control unit 130, and is located under the grill seating portion 111, and the outer upper side of the main body 110 It is preferable that it is not exposed.

This is between the heating means seating unit 120, the heating means (F) placed on the heating means seating unit 120 and the grill seating unit 111, in which the phase in the vertical direction is adjusted through the elevating control unit 130. This is because it is a configuration provided to control the heating intensity through interval adjustment as desired by the user, and to control the most suitable heating conditions in response to the cooking state of the meat to be heated.

Depending on the implementation, the elevation control unit 130 installs a distance limiting sensor 130S on one side of the rotation shaft 131, and moves the first connecting leg 132 and the second connecting leg 132 to move closer or spaced apart from each other along the rotation shaft 131 When it is determined that it is lower than the preset minimum value by sensing the level of stiffness between the connecting legs 133, the detection information is immediately transmitted to the elevation control unit 139, so that the control activation part 139a drives the elevation motor 138 It may be provided to immediately stop and deactivate the control operation of the first rise control part 139b and the second rise control part 139c.

This is the elevation control unit 130 limits the maximum height level by a preset value in the adjustment of the upward movement of the heating means seating unit 120 through the distance limit sensor 130S, and as a result, the heating means seating unit 120 ) Is not exposed to the outer upper side of the main body 110.

The embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention, but to explain it, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

100: a roasting table that can adjust the heating intensity by lifting the heating means
110: main body
110T: mounting plate operation space 110H: air inlet hole
110P: air passage 111: grill seating
111H: upper open hole
120: heating means mounting unit
121: heating means mounting plate
121a: seating plate body 121b: seating plate inclined portion
122: connecting plate
122a: connection plate body 122b: connection plate protrusion
123: 1st lifting unit protection plate
123a: first protection plate body 123b: first protection plate connection
123H: 1st protection plate open hole
124: 2nd lifting unit protection plate
124a: second protection plate body 124b: second protection plate connection
124H: 2nd protection plate open hole
125: protection plate connection member
130: lifting control unit
131: rotating shaft 132: first connecting leg
133: second connecting leg 134: bucket
135: first chain bracket 136: second chain bracket
137: chain 138: lifting motor
139: lifting control section
139a: control activation part 139b: first rise control part
139c: second rising control part 139d: first falling control part
139e: second lowering control part
F: heating means

Claims (8)

A predetermined seating plate movable space is provided inside, and a seating protrusion extending inward is formed to allow the seating and installation of the grill along the rim of the upper opening hole opened upward so that the seating plate movable space and the outside communicate with each other. A main body including a grill seat;
A heating means seating unit disposed in the seating plate movable space and in which a heating means capable of applying heat from a lower portion of the grill installed in the grill seating portion is placed on the upper portion of the grill seating unit; And
And an elevation control unit installed in the seating plate movable space and connected to one side of the heating means seating unit, and adjusting an elevation state of the heating means seating unit based on a vertical height direction within the seating plate movable space, and
The heating means seating unit,
A seating plate disposed at the uppermost end of the heating means seating unit, the seating plate body portion provided in a plate shape on which the heating means can be placed, and a seating plate extending to have an inclination inclined downward from an edge region of the seating plate body portion A heating means seating plate having an inclined portion;
The lower one side is connected to the elevating control unit, and the mounting plate body is placed on the upper surface of the connecting plate body to which the heating means mounting plate is mounted, and the connecting plate body is formed to protrude laterally on the side of the connecting plate body to form a locking jaw. A connection plate having a plurality of connection plate protrusions; And
The plurality of connection plate protrusions are formed to have a slope inclined downward from each side of the rim forming the first protection plate opening hole, which is an open space of the size of the connection plate body part, to form a hollow eaves structure plate. And a first elevating unit protection plate having a first protection plate body portion that is caught and seated and a plurality of first protection plate connection portions providing a predetermined connection member coupling space on a side surface of the first protection plate body portion.
Roasting table with protection function of the lifting control unit.
delete The method of claim 1,
The heating means seating unit,
The connection plate body portion is formed to extend from each side of the rim forming the second protection plate open hole, which is an insertable size, to have a slope inclined downward to form a hollow eaves structure plate to form a lower portion of the connection plate body portion. A second protection plate body portion disposed on the side and a plurality of second protection plate connection portions providing a predetermined connection member coupling space on the side surface of the second protection plate body portion, and a second lift that is provided in at least two and stacked vertically. Unit protection plate; And
And a plurality of protection plate connecting members for connecting the first protection plate connection portion of the first lift unit protection plate and the second protection plate connection portions of each of the at least two second lift unit protection plates up and down at a predetermined interval; doing
Roasting table with protection function of the lifting control unit.
The method of claim 1,
The heating means seating plate is located under the grill seating portion when moving upward to a maximum height through the elevation control unit.
Roasting table with protection function of the lifting control unit.
The method of claim 4,
The main body has an air inlet hole provided at a lower side of the seating plate movable space to be in communication with the outside, so that air introduced from the outside can be moved to the upper open hole through the seating plate movable space.
Roasting table with protection function of the lifting control unit.
The method of claim 4,
The elevation control unit,
And an elevation control unit that controls whether or not the heating means seating plate rises or descends and controls the elevation state based on the control signal generated by the input.
Roasting table with protection function of the lifting control unit.
The method of claim 6,
The elevating control unit,
A first elevation control part for controlling an elevation state of the connecting plate such that the heating means seating plate is moved upward during a generation time of the first elevation control signal based on the input generated first elevation control signal;
A second elevation control part for controlling an elevation state of the connection plate so that the heating means seating plate is moved upward to a preset maximum height based on the input generated second elevation control signal;
A first lowering control part for controlling an elevated state of the connecting plate such that a lowering movement of the heating means seating plate is performed during a generation time of the first lowering control signal based on the input generated first lowering control signal;
A second lowering control part for controlling the lifting state so that the heating means seating plate is lowered to a preset minimum height based on the input generated second lowering control signal; And
And a control activation part for controlling whether or not a control operation of the first rise control part, the second rise control part, the first fall control part, and the second fall control part is activated based on an input-generated activation control signal. With
Roasting table with protection function of the lifting control unit.
The method of claim 6,
The elevation control unit,
A rotating shaft provided in the form of a screw having clockwise and counterclockwise threads;
A first connection leg having one end connected to one side of the screw on which the clockwise thread of the rotation shaft is formed to enable angle adjustment;
`A second connecting leg having one end connected to one side of the screw on which the counterclockwise thread of the rotation shaft is formed so as to be able to adjust the angle;
A bucket to which the connecting plate is connected to an upper side of which the other end of the first connecting leg and the other end of the second connecting leg are connected and supported at the lower side; And
It further includes; a lifting motor connected to the rotation shaft so as to rotate the rotation shaft,
The elevating control unit controls rotational driving of the elevating motor to adjust the rotational direction and rotational driving time of the rotational shaft,
The first connecting leg and the second connecting leg are close to each other or separated from each other according to the rotation direction of the rotating shaft, and the angle is adjusted to change the reference phase in the vertical height direction of the bucket.
Roasting table with protection function of the lifting control unit.

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