JP6519072B2 - Gas grill - Google Patents

Description

  The present invention relates to a gas grill which is a kind of a heating cooker.

  Conventionally, this kind of gas grill includes a grill storage, a grill burner, and an ignition sensor for detecting ignition to the grill burner, and during ignition error control executed when the ignition sensor does not detect ignition, There is known a gas grill which starts a next ignition operation after a predetermined standby time has elapsed from the start of the previous ignition operation when the next ignition operation is performed (see, for example, Patent Document 1).

Japanese Patent Application Laid-Open No. 2002-136062

  In the case of the conventional gas grille as described above, since the standby time from the start of the previous ignition operation to the start of the next ignition operation is a predetermined standby time, the next ignition operation is started after the fuel gas stagnation has started There is a possibility that the next ignition operation may be performed before the fuel gas stagnation is sufficiently canceled until a sufficient time for the fuel gas stagnation to be canceled is not secured. There was a fear that it would be inconvenient to wait more than necessary before.

  The present invention has been invented in view of the above-mentioned conventional problems, and the next ignition operation is performed before the retention of the fuel gas is sufficiently eliminated, or the engine is on standby more than necessary before the next ignition operation. It is an object of the present invention to provide a gas grill that suppresses

In order to solve the above problems, the invention according to claim 1 comprises a grill storage for containing a food, an upper burner for heating the food from above, a lower burner for heating the food from below, and Gas amount control means for controlling the amount of gas flowing to the upper burner and the lower burner, spark generation means for generating sparks and ignition in the upper burner and the lower burner, and detection of ignition to the upper burner An upper burner ignition sensor, a lower burner ignition sensor for detecting ignition to the lower burner, an ignition command operation unit for instructing the upper burner and the lower burner to perform ignition by performing an ignition operation, A control unit configured to control the gas amount adjustment unit and the spark generation unit based on an ignition command from the ignition command operation unit; the ignition command operation unit If so, the control means controls the gas amount adjustment means to flow the fuel gas to the upper burner and the lower burner, and generates a spark by the spark generating means, thereby the upper burner and the lower burner The ignition operation to the lower burner is started, and when at least one of the upper burner ignition sensor and the lower burner ignition sensor does not detect ignition when a predetermined ignition operation time has elapsed. The control means controls the gas amount adjustment means to stop the flow of fuel gas to the upper burner and the lower burner, and executes an ignition error control for stopping the spark by the spark generation means. In the gas grille, when the ignition command operation unit performs an ignition operation while the control for the ignition error is performed, the control means performs the point control. After a predetermined standby time has elapsed since the misuse control is performed, the gas amount control means is controlled to flow the fuel gas to the upper burner and the lower burner, and a spark is generated by the spark generation means. Te, start the ignition operation to the upper burner and the lower burner.

Furthermore , after the start of the ignition operation, when the second ignition operation time shorter than the first time when the predetermined ignition operation time is the first time, the upper burner ignition sensor And when none of the lower burner ignition sensors detect ignition, the control means controls the gas amount adjustment means to stop the flow of fuel gas to the upper burners and the lower burners. that perform control said ignition miss for stopping a spark by the spark generating means while.

  In the invention according to claim 1, after execution of the control for the ignition error (that is, from the time when it is considered that fuel gas retention starts when the ignition error occurs), the predetermined ignition operation is performed before the next ignition operation. The standby time is surely secured, and the next ignition operation is prevented from being performed before the retention of the fuel gas is sufficiently eliminated, and a long time is also required until the next ignition operation. There is no need to wait more than necessary, which is convenient.

Furthermore , when the second ignition operation time shorter than the predetermined ignition operation time elapses, when neither the upper burner ignition sensor nor the lower burner ignition sensor detects ignition, the fuel gas is passed. Since the flow is stopped, it is highly safe.

It is the perspective view seen from the upper front of the gas stove with a grill in one embodiment of the present invention. It is a front sectional view of a grill in one embodiment. It is the perspective view seen from the front slanting upper part of the grill operation part of one embodiment. It is the perspective view seen from the front slanting upper part of the grill pan of one embodiment. It is the perspective view seen from the upper front of the grille which demonstrates the withdrawal state of the grill pan in one embodiment. It is the perspective view seen from the front diagonally upper of the board | substrate for arrangement | positioning which mounted the lower burner in one Embodiment. It is the figure which looked at the ceiling surface of the grill storage in one embodiment from the lower part. It is a block diagram of the gas amount adjustment means in one Embodiment, and its peripheral equipment. FIG. 9A is a time chart showing reignition in the first time, and FIG. 9B is a time chart showing reignition in the second time. It is the perspective view seen from the front diagonally upper of the other example of a grill pan.

  One embodiment of a gas grill of the present invention will be described based on the attached drawings.

  Although the gas grill of this embodiment is a gas grill in a gas stove with a grill, it may be a single gas grill without a stove. Moreover, although the gas stove with a grill of this embodiment is a drop-in stove inserted and installed from the upper part in the opening part formed in the kitchen counter, it is not limited in particular to a drop-in stove, Even if it is a table stove Good.

  As shown in FIG. 1, the grille-equipped gas stove 1 includes heating means, control means for controlling the heating means, and a main body casing 10. The gas stove with grille 1 includes a stove burner 11 and a grill burner 3 (see FIG. 2) as heating means. The heating means and the control means are housed in the main body casing 10. The main casing 10 has a substantially box shape that opens upward, and a top plate 12 that covers the upper opening is installed. A stove burner insertion port 13 is formed in a portion of the top plate 12 through which the stove burner 11 is inserted. The substantially circular upper portion of the stove burner 11 which is a Bunsen burner is exposed upward through the stove burner insertion port 13.

  Around the stove burner insertion opening 13 of the top plate 12, a Vitoku 14 for supporting the cooking container is installed. In addition, a stove (stove burner 11, five virtue 14 grade | etc.,) Is arbitrary structures in this invention, and does not need to be provided.

  In this embodiment, the stove burner 11 is provided with the temperature sensor 15 which detects the temperature of the bottom part of the cooking container mounted in five virtues 14, as shown in FIG. Based on the temperature detected by the temperature sensor 15, the control means executes an automatic cooking mode or the like.

  On the upper surface of the top plate 12, an operation unit 16 is provided which gives a control command of switching on / off of the stove burner 11 and fire power adjustment. In response to the operation of the operation unit 16, the control means comprising a microcomputer controls the stove burner 11.

  The gas stove with grill 1 is equipped with a gas grill 2. The gas grill 2 has the grill storage 20 accommodated in the main body casing 10, as shown in FIG. The grill storage 20 is provided with the grill burner 3 inside, and makes an internal space a combustion chamber. The grill storage 20 has a front opening, and can store a food (a heating target) in an accessible manner from the front through the front opening. At the front opening, as shown in FIG. 1, a grill door 21 is provided so as to be openable and closable. The gas grill 2 will be described later. For convenience, as shown in FIG. 1, the front and rear directions of the grille-equipped gas stove 1 are the front F where the user is located, and the reverse B, and the left and right directions are the rear B. We say the left L and right R of time.

  A grille operating unit 18 shown in FIG. 3 is provided in the front panel 17 (see FIG. 1) of the gas stove 1 with a grill. The grill operation unit 18 is a touch panel type, and includes a menu display unit in addition to switches such as a menu change switch 18a, a cooking mode change switch 18b, a fire change switch 18c, a point fire switch 18d, a timer switch 18e, and a cancel switch 18f. 18 g, a cooking mode display unit 18 h, a heating display unit 18 i, a timer display unit 18 j, and the like.

  Every time the menu change switch 18a is operated, "fish: grilled fish" → "fish: fillet" → "hamburger" → "grill chicken" → "toast" → "gohan" → no choice → "fish: grilled fish" in the order The display of the menu display unit 18g changes. Thus, a plurality of cooking menus are executable.

  With respect to the cooking menu set by the menu changeover switch 18a, the finish of the cooking can be adjusted by the heating change changeover switch 18c. In addition, "heating" at the time of automatic cooking means, for example, the strength of brown eyes, and the thermal power itself is automatically adjusted as one of the control items of automatic cooking.

  Then, "bak" is selected by the cooking mode changeover switch 18b as a menu selection means, and "fish: grilled", "fish: fillet", "hamburg", "grilled chicken", "toast" and "gohan" by the menu changeover switch 18a. When one of the points is selected and the point fire extinguishing switch 18d is pressed, a control unit configured by a microcomputer executes grill automatic control described later to perform automatic cooking according to each cooking menu.

  Hereinafter, the gas grill 2 will be described. The gas grill 2 has a grill pan 4 which is moved back and forth through the front opening as shown in FIG. As shown in FIG. 4, the grill pan 4 has a bottom wall 40, a front wall 41 protruding upward from the periphery of the bottom wall 40, a rear wall 42, a left side wall 43, and a right side wall It has a portion 44. The boundary between the front wall 41, the rear wall 42, and the left and right side walls 43 and 44 may not be clearly distinguished. Moreover, in this embodiment, although the grill pan 4 is formed so as to be point-symmetrical in plan view, it is not particularly limited.

  In the grille 4, the object to be heated may be placed directly on the upper surface of the bottom wall portion 40, the cooking container may be placed, or the grill is placed on the object to be heated. May be placed, and the form of use is not particularly limited.

  The grill pan 4 is supported by the pan holder 5 as shown in FIGS. 2 and 5. In the present embodiment, the plate receptacle 5 is constituted by a frame which is bent in a wire and has a substantially rectangular shape in a plan view, but may not be frame-shaped, and the shape or the like is not limited.

  In addition, as shown in FIG. 10, the grill plate 4a different from the grill plate 4 of FIG. 4, FIG. 5 may be used. The height of the peripheral wall of the grill pan 4a is higher than that of the front wall 41, the rear wall 42, and the left and right side walls 43 and 44 of the grill pan 4, and the depth of the container is deep. In addition, a lid 4b may be provided to be placed on the upper opening of the grille 4a. The grill pan 4a is placed on the pan 5 as shown in FIG.

  The pan holder 5 is supported by the grille door 21 fixed to the movable rail 22 as shown in FIGS. 2 and 5. The movable rails 22 respectively project rearward from the left and right end portions of the grille door 21 so that the longitudinal direction is the longitudinal direction, and the intermediate rails 23 are attached to the outer surface. Further, as shown in FIG. 2, the fixed rail 24 is attached to the inner side wall of the grill storage 20. The fixed rail 24 has the longitudinal direction as the longitudinal direction, and the intermediate rail 23 is attached to the inner surface.

  Further, as shown in FIG. 2, a rail cover 25 is attached to the movable rail 22 by a fastener (not shown) such as a screw. When the grille 4 is stored in the grill storage 20, the rail cover 25 covers the inside and upper sides of the movable rail 22, the intermediate rail 23, and the fixed rail 24.

  The grill pan 4 is formed so that heat can be efficiently transferred to the heating target when the heating target is placed directly on the upper surface. The upper surface of the bottom wall portion 40 of the grill pan 4 is formed of an inclined surface which inclines in such a manner as to be lowered from its central portion toward its peripheral edge. In the present embodiment, as shown in FIG. 4, the oil generated from the object to be heated and the front and rear ends of the upper surface of the bottom wall 40, that is, the portions along the front wall 41 and the rear wall 42 of the upper surface A reservoir 40b is formed in which the broth and other liquids (such as broth) are collected. An intermediate portion of the upper surface of the bottom wall portion 40 excluding the storage portion 40b is a mounting surface 40a on which the object to be heated is mounted. The upper surface of the reservoir 40b is lower than the mounting surface 40a.

  The grill pan 4 has a flatness that does not prevent the adhesion with the object to be heated on which the mounting surface 40a is to be mounted, so that the heat transfer to the object to be heated is efficiently performed and the energy efficiency is good. It can be a gas grill.

  In addition, since the mounting surface 40a has the above-described flatness and is formed by an inclined surface which decreases from the central portion toward the peripheral edge, the flow of the cooking fluid from the food to be cooked is not hindered, and the cooking fluid is smooth. The fluid flows to the storage section 40b and is efficiently removed from the mounting surface 40a. As a result, by storing cooking fluid and the like on the mounting surface 40a, it is suppressed that the food to be cooked becomes oily and affected by the cooking fluid and the like, and the gas grill having a good finish of the food to be cooked Become.

  The grill burner 3 is provided with the lower burner 31 arrange | positioned under the grill pan 4 accommodated in the grill storage 20, as shown to FIG. 2, FIG. In the present embodiment, the lower burner 31 is provided below a substantially central portion in a plan view of the grill pan 4 stored in the grill storage 20. Moreover, although the lower burner 31 is a Bunsen burner which carried out the substantially circular shape similar to the stove burner 11, the form and shape of a burner are not specifically limited. The lower burner 31 is mounted on a placement substrate 34 fixed by screwing to the bottom surface of the grill storage 20, as shown in FIG. The lower burner 31 has a burner main body 31a mounted on the placement substrate 34 with the axial direction directed in the front-rear direction, a burner cap 31c mounted on the burner base portion 31b of the burner main body 31a, and the burner A flame port 31d comprising a large number of flame holes formed at predetermined intervals along the circumferential direction of the burner cap 31c between the outer peripheral portion of the cap 31c and the upper surface of the burner base 31b, and from the flame port 31d And a spark plug 35 for igniting the jetted fuel gas to form a flame. The spark plug 35 (and the spark plug 38 described later) constitutes a spark generating means for generating a spark and igniting the fuel gas.

  In addition, as shown in FIGS. 2 and 6, the lower burner 31 is a lower burner comprising a thermocouple which detects the temperature of the flame formed in the flame port 31d as an attached sensor and detects the presence or absence of the flame. And a temperature sensor 32 for detecting the temperature of the plate body 40 of the grill 4. The temperature sensor 32 protrudes upward from the central portion of the lower burner 31 (more specifically, the central portion of the burner cap 31c), and the grille 4 is stored in the grill storage 20 in the plate main body 40 of the grill 4 It comes in contact. Then, based on the temperature detected by the temperature sensor 32, the fuel gas control means 6 for the grill burner executes an automatic cooking mode and the like.

  The grill burner 3 is provided with the upper burner 33 arrange | positioned above the grill pan 4 accommodated in the grill storage 20, as shown in FIG. The upper burner 33 is attached to the ceiling part 20b of the grill storage 20, as shown in FIG. The upper burner 33 has a rectangular bag-like burner main body 33a attached to the ceiling 20b of the grill storage 20 with the lower surface facing the inside of the grill storage 20, and a gas pipeline section for guiding fuel gas into the burner main body 33a. A flame is formed by igniting fuel gas ejected from the flame port 33c and the flame port 33c consisting of a large number of small diameter flame holes generally formed in a rectangular frame shape on the lower surface of the burner main body 33a as a whole. And an ignition plug 38. In addition, the upper burner 33 includes a thermocouple as an attached sensor, which detects whether or not ignition has occurred by detecting the temperature of the flame formed in the flame port 33c and detecting the presence or absence of the flame. A burner ignition sensor 39 is provided.

  The upper burner 33 and the lower burner 31 make it possible to heat the grill pan 4 from above and below (both sides baking).

  The grill burner 3 includes a gas amount adjusting unit 6 that adjusts the amount of gas flowing to the upper burner 33 and the lower burner 31. As shown in FIG. 8, the gas amount adjustment means 6 includes a motor drive type main closing valve 62 with an opening adjustment function interposed in the original supply pipe 61 of the grill burner 3 and a branch supply pipe 63 for the lower burner of the grill burner 3. An electromagnetic lower burner on-off valve 64, an electromagnetic upper burner on-off valve 66 disposed on the upper burner branch supply pipe 65 of the grill burner 3, and these three valves 62 and 64, A grill control unit 37 as a control means comprising a microcomputer for controlling the opening / closing switching of the 66, etc., and controlling the flow of fuel gas such as city gas to the lower burner 31 and the upper burner 33 of the grill burner 3; It has become.

  The grill control unit 37 receives signals of various commands from the grill operation unit 18, and also receives detection signals of the lower burner ignition sensor 36, the upper burner ignition sensor 39, and the like. . The grille control unit 37 controls the ignition operation of the ignition plug 35 of the lower burner 31 and the ignition plug 38 of the upper burner 33 in addition to the above-described flow control of the fuel gas based on the input signal.

  The ignition to the upper burner 33 and the lower burner 31 will be described.

  First, in the extinguishing state, the ignition command operation unit (point fire extinguishing switch 18d) is pressed to perform the ignition operation. The point fire extinguishing switch 18d issues an instruction to ignite the upper burner 33 and the lower burner 31 when the ignition operation is performed, and the ignition command is input to the control means (the grill control unit 37). The grille control unit 37 controls the gas amount adjusting means 6 and the spark generating means (ignition plugs 35, 38) based on the ignition command from the point fire extinguishing switch 18d.

  The grille control unit 37 controls the gas amount adjusting means 6 to flow the fuel gas to the upper burner 33 and the lower burner 31 when the ignition operation is performed by the point fire extinguishing switch 18d, and the ignition plugs 35, 38 Generates a spark to start the ignition operation to the upper burner 33 and the lower burner 31. In the present embodiment, after the ignition command of the grill burner 3 is input as an operation signal of the grill operating portion 18, the main shutoff valve 62 is opened to a strong position (position where the thermal power is large). The open / close valve 66 is opened, the igniters of the spark plugs 35, 38 are turned ON, the spark plugs 35, 38 are sparked and ignited, and the lower burner 31 and the upper burner 33 start the ignition operation. Turning on the igniters of the spark plugs 35 and 38 continues for a predetermined time for ignition operation (in the present embodiment, it is 6 seconds but not particularly limited; for convenience, this is the first time). Then, after the start of the ignition operation, when the predetermined ignition operation time has elapsed, the outputs of the lower burner ignition sensor 36 and the upper burner ignition sensor 39 are read, and this output is a threshold (the lower burner ignition sensor 36 Ignition is detected by determining whether or not the upper burner ignition sensor 39 is at least 1.5 mV. Then, when at least one of the upper burner ignition sensor 39 and the lower burner ignition sensor 36 does not detect ignition, the grille control unit 37 controls the gas amount adjusting means 6 to control the upper burner 33 and the lower. The flow of fuel gas to the burner 31 is stopped, and an ignition error control for stopping the sparks by the spark plugs 35, 38 is executed. In the present embodiment, in the control for the ignition error, notification of the occurrence of the ignition error is given by voice or display, but such notification may not be performed.

  Further, after the start of the ignition operation, the upper burner ignition sensor 39 detects 1.55 mV or more and the lower burner ignition sensor 36 detects 2.0 mV or more to detect ignition until the first time elapses. In this case, the grille control unit 37 continues the flow of the fuel gas to the lower burners 31 and the upper burners 33, stops the sparks by the spark plugs 35, 38, and ends the ignition operation. In the present embodiment, at the end of the ignition operation, the lower burner 31 and the upper burner 33 are notified that the ignition has been normally performed.

  In the present embodiment, the second ignition operation time (three seconds in the present embodiment) is shorter than the predetermined ignition operation time (that is, the first time) after the ignition operation is started, but is not particularly limited. The grill control unit 37 controls the gas amount adjusting unit 6 when neither the upper burner ignition sensor 39 nor the lower burner ignition sensor 36 detects ignition when the second time period has elapsed. Is controlled to stop the flow of fuel gas to the lower burners 31 and the upper burners 33 and to execute the above-mentioned control for misfires for stopping the sparks by the spark plugs 35, 38.

  That is, even when the upper burner ignition sensor 39 and the lower burner ignition sensor 36 are both not detecting ignition when the second time has elapsed since the start of the ignition operation, the second time has elapsed. When the upper burner ignition sensor 39 detects ignition or the lower burner ignition sensor 36 detects ignition, the grille control unit 37 sets the first time longer than the second time after the start of the ignition operation ( In the present embodiment, for example, the extension ignition control for continuing the flow of the fuel gas to the upper burner 33 and the lower burner 31 and the spark of the spark plugs 35, 38 until the lapse of, but not limited to, six seconds. Run.

  When the extended ignition control is executed, the grille control unit 37 does not detect the ignition by the upper burner ignition sensor 39 or after the start of the ignition operation, or the lower burner ignition sensor 36 detects the ignition. If not, the grille control unit 37 stops the flow of the fuel gas to the upper burner 33 and the lower burner 31 when the first time has elapsed after the start of the ignition operation, and sparks by the spark plugs 35 and 38 Control for stopping the ignition is executed to notify that an ignition error has occurred.

  Also, after the start of the ignition operation, when the first burner ignition sensor 39 detects 1.55 mV or more and the lower burner ignition sensor 36 detects 2.0 mV or more and detects ignition when the first time elapses, The grille control unit 37 continues the flow of the fuel gas to the lower burner 31 and the upper burner 33, stops the spark by the spark plugs 35 and 38, and ends the ignition operation, and the lower burner 31 and the upper burner 33 To the effect that the ignition was normal.

  Thus, when the second ignition operation time (second time) shorter than the predetermined ignition operation time (first time) elapses, either of the upper burner ignition sensor 39 and the lower burner ignition sensor 36 Even if ignition is not detected, the flow of fuel gas is stopped, so safety is high.

  Next, reignition control will be described. In the present invention, when the ignition error control is performed and the ignition operation is performed by the point fire extinguishing switch 18d, the grille control unit 37 executes the ignition error control as the reignition control. After a predetermined waiting time has elapsed since the start, the gas amount adjusting means 6 is controlled to flow the fuel gas to the lower burner 31 and the upper burner 33, and sparks are generated by the spark plugs 35, 38 to lower It is characterized in that the ignition operation to the burner 31 and the upper burner 33 is started.

  That is, as shown in FIG. 9, when the grille control unit 37 is executing the control for the ignition error, the grille control unit 37 can receive the ignition operation when the ignition operation of the point fire extinguishing switch 18d is performed. The execution of the ignition operation for the ignition command performed by the ignition operation starts a predetermined standby time (five seconds in this embodiment, but is not limited) after starting the execution of the ignition error control. The ignition operation is performed after a predetermined waiting time has elapsed since the start of the execution of the ignition error control. 9A is a time chart showing reignition when the ignition operation time is the first time, and FIG. 9B is a time chart showing reignition when the ignition operation time is the second time. Further, “delay time” in FIG. 9 refers to a time lag from the end of the next ignition operation performed during the execution of the control for the ignition error to the start of the next ignition operation.

  While the grille control unit 37 is executing the control for the ignition error, the grille control unit 37 receives the ignition command when the ignition operation is performed by the point fire extinguishing switch 18d, but the ignition operation is performed by the ignition error It is held until a predetermined waiting time has elapsed since the start of the execution of the control, and the ignition operation is performed after a predetermined waiting time has elapsed after the start of the ignition error control.

  As a result, after execution of the control for ignition error (from the point where it is considered that fuel gas retention starts when an ignition error occurs), a predetermined waiting time is reliably ensured before the start of the next ignition operation. As a result, it is suppressed that the next ignition operation is performed before the retention of the fuel gas is sufficiently eliminated. In addition, it does not require a long time until the next ignition operation, and waiting more than necessary is suppressed, which is convenient.

  In particular, the lower burner 31 and the upper burner 33 are separately provided, and a second ignition operation time (second time) shorter than a predetermined ignition operation time (first time) is set. When the ignition of one of the lower burner 31 and the upper burner 33 is confirmed until then, it is suppressed that the next ignition operation is performed before the retention of the fuel gas is sufficiently eliminated. In addition, it does not require a long time until the next ignition operation, and waiting more than necessary is suppressed, which is convenient.

DESCRIPTION OF SYMBOLS 1 gas stove 10 main body casing 18 grill operation part 18 d point fire extinguishing switch 2 gas grill 20 grill storage 21 grill door 22 movable rail 23 intermediate rail 24 fixed rail 25 rail cover 3 grill burner 31 lower burner 32 temperature sensor 33 upper burner 34 arrangement substrate 35 ignition Plug 36 Lower Burner Ignition Sensor 37 Grill Control 38 Ignition Plug 39 Upper Burner Ignition Sensor 4 Grill Plate 5 Plate Holder 6 Gas Volume Adjustment Means

Claims (1)

The grill storehouse, which accommodates food, and
An upper burner for heating the food from above;
A lower burner for heating the food from below,
A gas amount adjusting means for adjusting an amount of gas flowing to the upper burner and the lower burner;
Spark generation means for generating and igniting sparks in the upper burner and the lower burner;
An upper burner ignition sensor that detects ignition of the upper burner;
A lower burner ignition sensor that detects ignition to the lower burner;
An ignition command operation unit for commanding ignition to the upper burner and the lower burner by performing an ignition operation;
And a control unit configured to control the gas amount adjustment unit and the spark generation unit based on an ignition command from the ignition command operation unit.
When an ignition operation is performed in the ignition command operation unit, the control unit controls the gas amount adjustment unit to flow the fuel gas to the upper burner and the lower burner, and the spark generation unit Generates a spark to start an ignition operation to the upper burner and the lower burner,
When at least one of the upper burner ignition sensor and the lower burner ignition sensor does not detect ignition when a predetermined ignition operation time has elapsed, the control unit controls the gas amount adjustment unit. In the gas grill which performs control of an ignition error to stop the flow of fuel gas to the upper burner and the lower burner and to stop the spark by the spark generating means by controlling
When the ignition command operation unit performs an ignition operation while the control for the ignition error is being performed, the control means performs the control for the ignition error, and a predetermined standby time has elapsed. Thereafter, the gas amount adjusting means is controlled to flow the fuel gas to the upper burner and the lower burner, and a spark is generated by the spark generating means to ignite the upper burner and the lower burner. To start ,
After the start of the ignition operation, when the second ignition operation time shorter than the first time when the predetermined ignition operation time is the first time, the upper burner ignition sensor and When none of the lower burner ignition sensors detect ignition, the control means controls the gas amount adjustment means to stop the flow of fuel gas to the upper burner and the lower burner. A gas grill characterized in that the control for the ignition error for stopping the spark by the spark generation means is executed .

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