JP2012215327A - Grill - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a grill capable of informing grill operating information to a user so as to easily perceive the same.SOLUTION: In the grill G in which a drawer part H is arranged protrudingly/retractingly movably in a storing position where the drawing part is housed in a grill chamber with a front opening part 8 closed by a door 70 and a drawing out position where the drawing part is drawn in front of the grill chamber, a light guiding member 16 comprising a light entering part 16i capable of receiving light from outside and an irradiating surface 16r irradiating the light entering from the light entering part 16i is arranged in the door 70, the light entering part 16i approaches the inside surface part of the front opening part 8 with the drawer part H located in the storing position and is arranged in the light guiding member 16 such that light can enter from a direction crossing the protruding/retracting moving direction of the drawer part H, the irradiation surface 16r is arranged in the light guide member 16 such that the irradiation surface is visible from the front side, a light emitting means 17 is arranged in the front opening part 8 such that light can enter into the light entering part 16i with the drawer part H located in the storing position, and a light emitting control means controlling the operation of the light emitting means 17 is arranged.

Description

  The present invention includes a grill cabinet and a drawer portion having a door having a handle and on which an object to be heated can be placed, and the drawer portion closes the front opening of the grill cabinet with the door. The present invention relates to a grill provided movably in and out of a storage position stored in the grill storage and a pull-out position pulled out forward of the grill storage.

Such a grill is for cooking an object to be heated by storing the extraction part in a grill box with the object to be heated placed on the extraction part.
In other words, when the handle of the door is gripped and the drawer is pushed into the grill cabinet and stored in the grill cabinet, the front opening of the grill cabinet is closed by the door, and is thus closed by the door. The object to be heated is cooked in the grill. When cooking is completed, the handle of the door is gripped and the drawer is pulled out of the grill to take out the object to be heated.

In such a grill, grilling operation such as that the heating means for heating the object to be heated placed in the drawer is operating, or that a heating abnormality has occurred in heating the object to be heated by the heating means, etc. It is necessary to inform the user of the information.
Conventionally, an LED lamp is provided in a manually operated grill operating portion provided in the grill main body for operations such as starting and stopping the heating operation by the heating means, and the grilling is performed by turning on the LED lamp. It was comprised so that a driving | operation information might be alert | reported to a user (for example, refer patent document 1).

JP 2000-193248 A

However, in the conventional grill, the grill operation information is notified by turning on an LED lamp provided in the grill operation unit, so that the portion that is visually recognized by the user is small, and it is difficult for the user to recognize the grill operation information. Met.
Such a grill may be incorporated in a stove provided with a stove heating means for heating a heating container placed on the top plate. In such a case, in addition to the grill operating unit, a plurality of stove operating units are provided for operating the heating means for the stove, in addition to the grill operating unit, and the plurality of stove operating units are also used for reporting the stove operation information. Since the LED lamp is provided, even if the LED lamp provided in the grill operation unit among the plurality of operation units of the grill operation unit and the stove operation unit is lit, the user can It is difficult to determine whether the lighting of the provided LED lamp is related to the grill, and it is difficult for the user to recognize the grill operation information.

  This invention is made | formed in view of this situation, The objective is to provide the grill which can alert | report so that a user may recognize grill operation information easily.

The grill according to the present invention includes a grill cabinet and a drawer portion having a door having a handle and on which an object to be heated can be placed, and the drawer portion opens the front opening of the grill cabinet at the door. In a closed state, it is provided so as to be movable in and out of a storage position stored in the grill cabinet and a pull-out position pulled out in front of the grill cabinet,
In the first characteristic configuration, the door is provided with a light guide member including a light incident part capable of entering light from the outside and a radiation surface that emits light incident from the light incident part,
Light can enter from the direction where the light entrance part is close to the inner surface of the front opening and intersects the moving direction of the lead part with the lead part positioned at the storage position. As provided in the light guide member,
The light guide member is provided on the light guide member so that the radiation surface is visible from the front side.
A light emitting means is provided at the front opening so that light can be incident on the light incident portion in a state where the drawer portion is located at the storage position.
A light emission control means for controlling the operation of the light emission means is provided.

That is, when the light emission means is activated by the light emission control means in a state where the drawer portion is stored in the storage position, light from the light emission means enters the light incident portion of the light guide member, and the incident light Travels in the light guide member and is emitted from the radiation surface, so that the radiation surface shines.
Such a radiation surface can be widened under the condition that light incident from the light incident part can be radiated over the entire surface, and the light guide member having such a radiation surface has a radiation surface of Since it is provided on the door of the grill so as to be visible from the front side, the grill operation information notified when the radiation surface shines is easily recognized by the user.
Further, when such a grill is incorporated in a stove, the radiation surface of the light guide member provided on the grille door shines even when a plurality of grill or stove operation sections are provided on the front surface of the stove. Since the grill operation information is notified by this, it is easy for the user to determine that the information notified when the radiation surface shines is related to the grill, and the grill operation information is easy for the user to recognize.

By the way, the drawer part is provided with a grill net on which an object to be heated can be placed. Usually, the drawer part is detachably provided from the grill cabinet for cleaning the grill net or the like.
In the present invention, the drawer portion is provided with a light guide member, and the electrical parts such as the light emitting means and the light emission control means are provided on the grill body and do not need to be provided on the drawer portion. The present invention can be applied even when it is detachable.
Moreover, since no electrical parts are provided in the drawer, the drawer can be cleaned.
Therefore, it is possible to provide a grill that can notify the user of the grill operation information so that the user can easily recognize the grill operation information.

In addition to the first feature configuration, the second feature configuration is
The handle is configured in an elongated shape,
The elongated handle is provided so as to extend over the entire length or substantially the entire length of the lateral width direction of the door in a posture in which the longitudinal direction thereof is lateral.
The light guide member is integrally assembled to the handle in a form in which the radiation surface is exposed over substantially the entire length in the width direction of the handle,
A pair of the light incident portions are provided to be distributed to both ends in the longitudinal direction of the light guide member,
A pair of the light emitting means is provided corresponding to the pair of light incident portions.

That is, the elongated handle is provided so as to extend over the entire length in the width direction of the door or substantially the entire length, and the light guide member is integrally formed with the handle in a form in which the radiation surface is exposed over the entire length in the width direction of the handle. Since it is assembled, the grill operation information is notified when the elongate radiating surface extending over substantially the entire length in the width direction of the handle shines, and the user can more easily recognize the grill operation information.
In addition, a pair of light incident portions are provided at both ends in the longitudinal direction of the light guide member, and a pair of light emitting means are provided corresponding to the pair of light incident portions. Since light is incident from both ends of the light and emitted from the elongated radiation surface, the elongated radiation surface can be illuminated evenly over the entire surface.
Therefore, since the elongate radiating surface over the substantially entire length in the width direction of the handle is evenly illuminated and the grill operation information is notified, it is possible to notify the grill operation information so that it can be more easily recognized by the user.

In addition to the first or second feature configuration, the third feature configuration is
A heating control means for controlling the operation of the heating means for heating the object to be heated placed on the drawer is provided,
The heating control unit is configured to be able to execute an automatic mode in which the heating operation of the heating unit is stopped when it is time to end the heating of the object to be heated by the heating unit.
Command means for commanding the heating control means to execute the automatic mode is provided,
The light-emitting means is configured to be capable of switching the emission color between a first emission color and a second emission color different from each other;
In a state where the automatic mode is instructed by the command means, the light emission control means causes the light emission means to emit light in the first emission color before the heating control means starts a heating operation of the heating means. After the heating control means starts the heating operation of the heating means, the light emitting means is configured to emit light in the second emission color.

That is, when the automatic mode is commanded by the command means, the radiation surface of the light guide member shines in the first emission color, and when the heating means is heated by the heating control means and the automatic mode is executed, the light guide member is guided during execution. The emission surface of the optical member shines with the second emission color.
Therefore, it is possible to notify the user of two types of grill operation information that the automatic mode is instructed and that the automatic mode is being executed so that the user can easily recognize it.

In addition to the third feature configuration, the fourth feature configuration is
A heating abnormality detection means for detecting that a heating abnormality that is an abnormality in heating of the object to be heated by the heating means is provided,
When the automatic mode ends without the heating abnormality being detected by the heating abnormality detecting unit, the light emission control unit blinks the light emitting unit with the first emission color, and the execution of the automatic mode When a heating abnormality is detected by the heating abnormality detecting means, the light emitting means is configured to blink in the second emission color.

That is, when the automatic mode ends normally, the emission surface of the light guide member blinks in the first emission color, and when a heating abnormality occurs during execution of the automatic mode, the emission surface of the light guide member blinks in the second emission color. To do.
Accordingly, it is possible to notify the user of the two types of grill operation information that the automatic mode has been completed normally and that the heating abnormality has occurred during the execution of the automatic mode so that the user can easily recognize.

In addition to any one of the first to fourth feature configurations described above, the fifth feature configuration is
Door opening / closing detection means for detecting whether or not the drawer portion is located at the storage position is provided,
The light emission control means is configured to turn off the light emission means when the door opening / closing detection means detects that the drawer is not located at the storage position.

That is, when the drawer is pushed into the grill cabinet and positioned at the storage position, the door opening / closing detection means detects that the drawer is positioned at the storage position. Then, when the drawer part is pulled out when the radiation surface is shining in a state where the door opening / closing detection means detects that the drawer part is located at the storage position, the door opening / closing detection means causes the drawer part to be pulled out. Is not located in the storage position, and the light emitting means is turned off accordingly, so that the radiation surface does not shine.
Therefore, it is possible to notify the user of grill operation information indicating that the drawer portion is not properly positioned at the storage position so that the user can easily recognize it.

Perspective view of gas stove with grill A perspective view of the gas stove with the top plate omitted and the drawer part pulled out Perspective view of the main part on the front side of the gas stove Perspective view of the main part on the front side of the gas stove Right side view and vertical right side view of the door Exploded perspective view of door and handle The perspective view from the front upper side which shows the arrangement | positioning form of the light guide member for grills, and the light emission part for grills The perspective view from the back upper side which shows the arrangement | positioning form of the light guide member for grills, and the light emission part for grills Cutaway perspective view of the main part of the front side of the gas stove showing the light emitting part for grill Cutout plan view of the main part of the back side of the gas stove showing the door open / close detection switch Block diagram showing control configuration of gas stove

Hereinafter, the case where the embodiment of the present invention is applied to a grill of a gas stove will be described with reference to the drawings.
FIG. 1 shows a gas stove provided with a grill G according to the present invention. In the gas stove, three stove burners 2 are arranged on the upper portion of the stove body 1, and a grill burner 3 (heating means) is provided inside the stove body 1. A grill G having a structure (see FIG. 2) is arranged to constitute a built-in type gas stove.
A grill exhaust port 4 for exhausting combustion exhaust gas from the grill burner 3 is provided on the upper rear side of the stove body 1, and the upper portion of the stove body 1 is covered with a top plate 5. Corresponding to each of the three stove burners 2, the five virtues 6 for placing heating containers (such as pans) are placed and supported.
Although the illustration of the installation state is omitted, the stove body 1 is provided with a stove controller C (see FIG. 11) configured to execute various controls for controlling the operation of the gas stove using a microcomputer. It has been.

As shown in FIGS. 1 and 2, the approximate center of the front portion of the stove body 1 is opened at the front opening 8 of the grill cabinet 7 in the grill G built in the stove body 1. FIG. 2 is a perspective view of the gas stove with the top plate 5 omitted.
A grill operating unit 30 for operating the grill burner 3 is provided on the left side of the front opening 8 of the grill cabinet 7 at the front surface of the stove body 1.
As shown in FIGS. 1 to 4, on the right side of the front opening 8 of the grill cabinet 7 on the front surface of the stove body 1, a stove operation knob for performing operations such as ignition of the stove burner 2, extinguishing, and adjustment of thermal power 40 is provided corresponding to each of the three stove burners 2, and a thermal power display unit 9 for displaying the thermal power of the stove burner 2 is provided corresponding to each of the three stove operation knobs 40. Furthermore, a stove operation unit 50 for operating each stove burner 2 and a power switch 10 are also provided.

As shown in FIGS. 1 to 4, each time the grill operating unit 30 and the stove operating unit 50 are pressed, the grille operating unit 30 and the stove operating unit 50 are in an open state in which the operation surface constituted by the panel switch is exposed in a forward-turned state. It is configured to be switchable to a closed state in which the surface is stored.
As shown in FIG. 1, the grill operation unit 30 includes a grill operation switch 31 for igniting and extinguishing the grill burner 3, a thermal power adjustment switch 32 for adjusting the thermal power of the grill burner 3, and an automatic firing mode switch for setting an automatic firing mode. 33, a timer operation switch 34 for setting a timer operation mode, and the like are provided.
In the automatic baking mode, after the grill burner 3 is ignited by the grill operation switch 31, the grill burner 3 is burned under a predetermined combustion condition, and the grill burner 3 is automatically extinguished at the timing when the end of the cooking of the cooking object is predicted. It is.
The timer operation switch 34 can freely set the timer time. In the timer operation mode, after the grill burner 3 is ignited by the grill operation switch 31, the grill burner 3 is burned with the thermal power set by the thermal power adjustment switch 32. In this mode, the grill burner 3 is automatically extinguished when the timer time set at 34 elapses.

That is, each of the automatic baking mode and the timer operation mode corresponds to an automatic mode in which the grill burner 3 is extinguished (the heating operation of the heating means is stopped) when the heating of the heated object by the grill burner 3 is to be finished.
Then, as shown in FIG. 11, combustion control means C2 as heating control means for controlling the operation of the three burner burners 2 and the grill burner 3 is configured by using a stove controller C, and this combustion control means C2 is automatically burned. The automatic firing mode switch 33 and the timer operation switch 34 function as command means for commanding the combustion control means C2 to execute the automatic mode.

As shown in FIGS. 1, 2, and 9, the stove operation unit 50 is provided with an automatic cooking menu setting panel 51 that sets an automatic cooking menu corresponding to each stove burner 2.
In the automatic cooking menu setting panel 51, any one of a plurality of automatic cooking modes such as a timer operation mode, a rice cooking mode, and a water heater mode can be set alternatively.
In the rice cooking mode and the water heater mode, after the stove burner 2 is ignited by the stove operation knob 40, the stove burner 2 is burned under predetermined combustion conditions, and the stove burner 2 is automatically extinguished at the timing when the completion of rice cooking and water boiling is predicted. It is a mode to do.
The automatic cooking menu setting panel 51 can set a timer time. In the timer operation mode, after the stove burner 2 is ignited by the stove operation knob 40, the stove burner 2 is burned with the heating power set by the stove operation knob 40. In this mode, the burner 2 is automatically extinguished when the timer set in the automatic cooking menu setting panel 51 elapses.

As shown in FIGS. 3, 4, and 9, each stove operation knob 40 is configured to be an automatic return type push operation type, and is configured to be rotatable within a predetermined angle range. Then, by pressing the stove operation knob 40 from the retracted state to the protruding state, the ignition of the stove burner 2 is commanded, and by pressing the stove operation knob 40 from the protruding state to the retracted state, The burner 2 is instructed to be extinguished, and the heating power of the stove burner 2 is set by rotating the stove control knob 40 in a protruding state.
In other words, although the illustration of the installation state is omitted, inside the front panel of the gas stove, a push-operation type point extinguishing switch 44 (on / off is switched by pressing the stove operation knob 40 to command an ignition command and a fire extinguishing command ( 11), and a rotary encoder 45 (see FIG. 11) that generates a pulse signal in accordance with the turning operation of the stove operation knob 40 to command the heating power.

As shown in FIGS. 3, 4, and 9, each stove operation knob 40 has a tubular knob light guide member 42 fitted into a tubular knob body 41, and the stove light guide member 42. The front end opening is closed with a lid 43.
Although the illustration of the stove light guide member 42 is omitted, the rear end surface of the stove light guide member 42 becomes a light incident portion that can enter light from the rear side in the front-rear direction (the axial direction of the stove light guide member 42). The front end surface is a radiation surface 42r that emits light, and is configured to guide the light incident on the light incident portion and emit the light from the radiation surface 42r.

Although not shown, on the rear side of each stove operation knob 40, the stove light-emitting portion 11 (see FIG. 11) having directivity for light emission causes light to enter the light incident portion of the stove light guide member 42. Accordingly, the light emitting direction is set to face forward. The stove light-emitting unit 11 includes a white light-emitting body 11w and an orange light-emitting body 11o, and the light-emitting color can be switched between white and orange. Incidentally, the white light emitter 11w and the orange light emitter 11o are each constituted by an LED lamp.
When the white light emitter 11w emits light, the outer surface of the stove operation knob 40 glows white in a ring shape by the radiation surface 42r of the stove light guide member 42 (see FIG. 4), and the orange light emitter 11o emits light. The outer surface of the stove operation knob 40 shines orange in a ring shape by the radiation surface 42r of the light guide member 42 for the stove (see FIG. 4).

Hereinafter, the grill G will be described.
As shown in FIGS. 1 to 4, this grill G has a grill compartment 7, a grill burner 3 that heats the inside of the grill compartment 7, and a door 70 that has a handle 60. And a drawer H that can be placed freely. The drawer portion H is stored in the grill cabinet 7 with the front opening 8 of the grill cabinet 7 closed by the door 70 (see FIGS. 1 and 4) and the front of the grill cabinet 7. It is provided so as to be able to move out to and from the drawing position (see FIG. 2) drawn out to the grill box 7 and to be detachable from the grill box 7. Incidentally, the drawer position is a state in which the drawer portion H is supported by the stove main body 1 in a state where most of the drawer portion H is pulled out from the grill cabinet 7. Note that FIG. 3 shows a state in which the drawer portion H is pulled out from the grill warehouse 7 to a position before the pull-out position.
Further, the grill cabinet 7 is configured in a rectangular parallelepiped box shape whose front portion is opened at the front opening 8.
Incidentally, although not shown in the drawing, the drawer portion H is provided with a grill net so that it can be placed thereon, and the object to be heated is placed on the drawer net, thereby being placed on the drawer portion H.

  As shown in FIGS. 2 and 11, the grill burner 3 is located at an upper portion in the grill cabinet 7, and an upper burner 3 a for heating an object to be heated placed on the grill net from above, A pair of lower burners 3b (see FIG. 11) which are located apart on both sides of the lower part (illustration of the installation state is omitted) and heat the object to be heated placed on the grill from both lower sides. It is prepared.

As shown in FIG. 2, the lead-out portion H is a pair of arm members that are guided to move in the front-rear direction of the gas stove body 1 by a pair of guide rails (not shown) provided at the lower left and right sides in the grill cabinet 7. 14, and a door 70 is attached to the front ends of the pair of arm members 14 in a standing posture. A pair of arm members 14 is configured so that a juice receiving tray 15 can be placed thereon. Further, a grill net (not shown) is configured so as to be placed on the juice receiving tray 15. In addition, although illustration of an installation state is abbreviate | omitted, a grill net will be mounted on the juice receiving tray 15 shown by FIG.
And the drawer | drawing-out part H is set as the structure which can be moved back and forth to a storage position and a drawer position by guidance of a pair of left and right guide rails. Further, when the drawer portion H is lifted at the drawer position and further pulled out, the drawer portion H can be detached from the pair of guide rails, and the drawer portion H can be attached to the pair of guide rails by the reverse operation. ing.

As shown in FIG. 3 to FIG. 6, in the present invention, a grill provided with a light incident portion 16 i capable of entering light from the outside and a radiation surface 16 r that radiates light incident from the light incident portion 16 i in the door 70. A light guide member 16 is provided.
The light incident portion 16i is close to the inner surface portion of the front opening 8 in a state in which the drawer portion H is located at the storage position, and is in the moving direction of the drawer portion H (corresponding to the front-rear direction). The light guide member 16 is provided so that light can enter from the intersecting direction.
Further, the light guide member 16 is provided with a radiation surface 16r so as to be visible from the front side.
Incidentally, the light incident portion 16i is provided on a part of the peripheral portion of the grill light guide member 16 in the front view, that is, on the right side surface, the left side surface, the upper surface, the lower surface, and the like in the front view.
Further, as shown in FIGS. 7 to 9, the grill light-emitting portion 17 as the light-emitting means is opened at the front so that light can enter the light incident portion 16 i in a state where the drawer portion H is located at the storage position. The unit 8 is provided.
And the light emission control means C1 (refer FIG. 11) which controls the action | operation of the light emission part 17 for grills is provided in the stove main body 1 (equivalent to a grill main body) provided with the grill warehouse 7. FIG. That is, in this embodiment, as shown in FIG. 11, the light emission control means C1 uses the stove controller C so as to control the operation of the stove light emitting unit 11 in addition to the operation of the grill light emitting unit 17. It is configured. And since the grill G is provided in the gas stove, the stove main body 1 corresponds to the grill main body.

3 shows a state where the radiating surface 16r of the light guide member 16 for grill is not shining, and FIG. 4 shows a state where the radiating surface 16r of the light guide member 16 for grill is shining.
5A is a right side view of the door 70, and FIG. 5B is a vertical right side view of the door 70 at the approximate center in the lateral width direction.
7 is a perspective view of the arrangement of the light guide member 16 for grill and the light emitting portion 17 for grill seen from the front upper side. FIG. 8 shows the light guide member 16 for grill and the light emitting portion 17 for grill. It is the perspective view seen from the back upper side which shows the arrangement | positioning form.

Next, the door 70 will be described.
As shown in FIGS. 3 to 6, the door 70 includes a door body 71 that closes the front opening 8, a glass plate 72 that is mounted on the upper side of the front surface of the door body 71, and the front surface of the door body 71. And a door decorative plate 73 mounted on the lower side.
A horizontally long window 71 w is formed on the upper side of the door main body 71, and the glass plate 72 is provided with a horizontally long transparent portion in accordance with the window 71 w of the door main body 71.
The door decorative plate 73 is formed with slits 73 s for inserting a grill light guide member 16 described later along the horizontal direction.

Next, the handle 60 and the light guide member 16 for grill will be described.
As shown in FIGS. 3 to 6, the light guide member 16 for grill is generally formed in an elongated shape over the entire length in the width direction of the handle 60.
Specifically, as shown in FIGS. 7 and 8, the grilling light guide member 16 includes a pair of quadrangular pyramid portions 16 w arranged in the lateral width direction with the apexes facing each other, and the pair of quadrangular pyramid portions 16 w. Is formed of a light-transmitting material (for example, a resin material such as polycarbonate) into a shape having an elongated plate-like plate-like radiation portion 16p projecting forward with the plate surface extending in the horizontal direction. .

The plate-shaped radiating portion 16p of the light guide member 16 for grill has a generally arcuate shape in plan view with an arcuate edge facing forward, and its front surface is inclined upward (in other words, obliquely upward and forward). Formed on the radiation surface 16r obliquely upward and forward.
Each of the pair of quadrangular pyramid portions 16w of the grill light guide member 16 has a rectangular cross-sectional shape along the front-rear direction, and the rectangular bottom surface is a lateral shape perpendicular to the lateral width direction of the grill light guide member 16. The horizontal bottom surface (corresponding to the right side surface and the left side surface of the grill light guide member 16) is configured to function as the light incident portion 16i.

As shown in FIG. 3 to FIG. 6, the handle 60 is formed in an elongated shape, and the elongated handle 60 is provided on the door 70 so as to cover the entire length in the lateral width direction in a posture in which the longitudinal direction is laterally oriented. ing.
The handle 60 is formed in an elongated shape extending over the entire width of the door 70, and is disposed in front of the cover body 61 disposed between the door body 71 and the door decorative plate 73 and the door decorative plate 73. And a handle body 62.
The cover body 61 has a pair of quadrangular pyramid recesses 61d (see FIG. 6) that open to the front surface so that the pair of quadrangular pyramid portions 16w of the light guide member 16 for grill can be fitted therein. It is formed with the end in the direction open. The cover body 61 is formed of a light-shielding material (for example, resin or metal) so that the inner surfaces of the pair of quadrangular pyramid-shaped recesses 61d are reflective surfaces capable of reflecting light.
The handle body 62 has a generally arcuate shape in plan view with an arcuate edge facing forward. The handle body 62 penetrates the handle body 62 in the front-rear direction, and the plate-like radiation portion 16p of the light guide member 16 for grill. A slit 62s that can be inserted through is formed. The opening in front of the slit 62s is formed in the front side portion of the upper surface of the handle 62 along the substantially entire length of the arcuate edge. This handle 62 is also made of a light-shielding material so that the inner surface of the slit 62s becomes a reflective surface.

  Then, the cover body 61 is disposed on the front surface of the door body 71, and the light guide member 16 for grill is fitted in the pair of quadrangular pyramidal portions 61w of the pair of quadrangular pyramid portions 16w. Next, the door decorative plate 73 is mounted in front of the cover body 61 in a state where the plate-shaped radiating portion 16p of the light guide member 16 for grill is inserted through the slit 73s. Further, the handle body 62 is disposed in front of the door decorative plate 73 in a state in which the plate-like radiation portion 16p of the light guide member 16 for grill is inserted through the slit 62s. The member 16, the door decorative plate 73 and the handle body 62 are integrally assembled and fixed to the door main body 71 with a bolt or the like (not shown), whereby the handle 60 is attached to the door 70 and the light guide for grilling is attached to the handle 60. Member 16 is integrated It is assembled.

  In this state where the grill light guide member 16 is assembled to the handle 60, each light incident portion 16i (corresponding to the bottom surface of each quadrangular pyramid portion 16w) of the grill light guide member 16 corresponds to each cover body 61. The laterally outward opening of the quadrangular pyramid-shaped recess 61d is exposed from the lateral side portion of the handle 60, and light is transmitted from the direction along the longitudinal direction of the light guide member 16 for grill (that is, the direction orthogonal to the front-rear direction). Incident is possible.

As shown in FIGS. 3 to 5, in the state where the grilling light guide member 16 is integrally assembled to the handle 60 as described above, the radiation surface 16 r of the grilling light guide member 16 is located at the front end of the upper surface of the handle 60. In the part, it is exposed obliquely upward and forward in an arc shape along substantially the entire length of the front end edge.
The light incident on the light incident portion 16 i on the bottom surface of each quadrangular pyramid portion 16 w of the grill light guide member 16 is scattered inside each quadrangular pyramid portion 16 w and each quadrangular pyramid concave portion 61 d of the cover body 61. The front end of each plate-shaped radiation portion 16p is reflected toward the top of each quadrangular pyramid portion 16w while being reflected by the inner surface of the plate-like member, scattered inside the plate-shaped radiation portion 16p, and reflected from the inner surface of the slit 62s of the handle 62. Therefore, the light incident from the pair of light incident portions 16i can be evenly emitted from the entire surface of the long arc-shaped radiation surface 16r. As shown in FIG. 4, the long arc-shaped radiation is emitted. The surface 16r can be illuminated uniformly over the entire surface.

As shown in FIGS. 2 to 4, 6, and 9, the grill light-emitting portion 17 is connected to each of the pair of opening side plates 18 that form the left and right inner surfaces of the front opening 8 of the grill cabinet 7. Are mounted so as to face the respective light incident portions 16i of the light guide member 16 for the grill in a state of being located at the storage position.
As shown in FIG. 6 to FIG. 9, each light emitting portion 17 for grill is composed of a white light emitting body 17 w having directivity for light emission and an orange light emitting body 17 o, and the light emission color is white (corresponding to the first light emission color). ) And orange (corresponding to the second emission color). Incidentally, the white light emitter 17w and the orange light emitter 17o are each configured by an LED lamp.
Each of the white light emitters 17w and the orange light emitters 17o of each grille light emitting portion 17 is provided with its light emission direction directed in the horizontal direction toward the inside of the front opening 8 of the grill cabinet 7.

As described above, the handle 60 is attached to the door 70, and the light guide member 16 for grill is integrally assembled with the handle 60, so that the elongated handle 60 has a posture in which the longitudinal direction is set sideways. Then, the door 70 is provided so as to cover the entire length in the width direction or substantially the entire length, and the light guide member 16 for grill is integrated with the handle 60 in a form in which the radiation surface 16r is exposed over the entire length in the width direction of the handle 60. Will be assembled. In this embodiment, the direction in which the radiation surface 16r is exposed is set obliquely upward and forward.
Further, a pair of light incident portions 16i are provided at both ends in the longitudinal direction of the light guide member 16 for grill, and a pair of light emitting portions 17 for grill are provided corresponding to the pair of light incident portions 16i. Become.

Next, the gas supply structure to the three burner 2 and the grill burner 3 is demonstrated based on FIG.
Four systems of branch paths 19b are branched from the source gas supply path 19 and connected to the three stove burners 2 and the grill burner 3, respectively, and the source gas supply path 19 is provided with a source solenoid valve 20, and each branch path 19b. Is provided with a flow rate control valve 21 for adjusting the amount of heating by adjusting the flow rate of the fuel gas by driving a stepping motor (not shown). The branch path 19b to the grill burner 3 is branched into two systems and connected to the upper burner 3a and the lower burner 3b, respectively.

As shown in FIG. 11, a spark plug 22 and a thermocouple 23 for detecting the ignition state are provided in the vicinity of each of the three burner burners 2, and also in the vicinity of each of the upper burner 3a and the lower burner 3b of the grill burner 3. A spark plug 22 and a thermocouple 23 are provided.
Each of the three burners 2 is provided with an expansion / contraction mechanism 24 that can be expanded and contracted in the vertical direction, with its lower end fixed in a state of being urged to return in the expansion direction.
The expansion / contraction mechanism 24 is configured to be pushed down as the bottom of the heating container placed on the virtues 6 comes into contact, and to return upward when the heating container is removed.
For each expansion / contraction mechanism 24, the heating container is placed on the virtues 6 and turned on as the expansion / contraction mechanism 24 is pushed down, and the heating containers placed on the virtues 6 are removed. A container detection switch 25 is provided so as to be turned off as the telescopic mechanism 24 returns upward.

  A container temperature sensor 26 that detects the temperature of the heating container is provided in the upper end of each expansion / contraction mechanism 24, and the bottom of the heating container placed on the virtues 6 is in contact with the upper end of the expansion / contraction mechanism 24. Thus, the container temperature sensor 26 is configured to detect the temperature of the heating container. Although the illustration of the installation location is omitted, the grill portion G is provided with a grill temperature sensor 29 for detecting the temperature in the grill cabinet 7.

Further, as shown in FIG. 10, the grill G is provided with a door open / close detection switch 27 as door open / close detection means for detecting whether or not the drawer portion H is located at the storage position.
The door opening / closing detection switch 27 is provided on the right side behind the grill cabinet 7 in a plan view. Further, at the rear end of the arm member 14 on the right side of the drawer H (position corresponding to the right corner of the rear of the drawer H), the door open / close detection switch 27 is turned on / off as the drawer H moves out and out. A pressing member 28 is provided.
That is, as the drawer H is moved rearward from the pulled out position and positioned at the storage position, the operation lever 27r of the door open / close detection switch 27 is pressed by the pressing member 28 to turn on the door open / close detection switch 27. ((A) of FIG. 10), as the drawer H is pulled forward from the storage position, the pressing member 28 moves away from the operation lever 27r of the door open / close detection switch 27 and turns off the door open / close detection switch 27. (FIG. 10 (b)).

Next, the control configuration of the gas stove will be described based on FIG.
Since the present application is an invention relating to the grill G, the illustration and explanation of the control relating to the three stove burners 2 and the stove light-emitting part 11 are limited to the main ones, and details regarding the control relating to the grill burner 3 and the grill light-emitting part 17 are detailed. Explained. Since various controls can be executed when the power switch 10 is turned on, description of the operation of the power switch 10 is omitted.

First, the control of the grill burner 3 in the combustion control means C2 will be described.
The combustion control means C2 executes an ignition process for igniting the grill burner 3 when the operation of the grill G is commanded by the grill operation switch 31 without setting either the automatic firing mode or the timer operation mode. In this ignition process, a drive signal is given to the spark plug 22 in a state in which the original solenoid valve 20 is opened and the flow rate control valve 21 is controlled so that the heating power of the grill burner 3 becomes a preset ignition power. When ignition is performed and ignition is confirmed by the thermocouple 23, driving of the spark plug 22 is stopped.
After completion of the ignition process, when the flow control valve 21 is controlled so that the thermal power of the grill burner 3 becomes the thermal power set by the thermal power adjustment switch 32, and the stop of the grill G is commanded by the grill operation switch 31, The solenoid valve 20 and the flow control valve 21 are closed to extinguish the grill burner 3.

When the operation of the grill G is instructed by the grill operation switch 31 in the state in which the timer operation mode is instructed by the timer operation switch 34, the combustion control means C2 executes the ignition process as described above, The flow rate control valve 21 is controlled so that the thermal power becomes the thermal power set by the thermal power adjustment switch 32, and when the timer time set by the timer operation switch 34 has elapsed, the original solenoid valve 20 and the flow rate control valve 21 are closed. Turn the grill burner 3 off.
When the operation of the grill G is instructed by the grill operation switch 31 in the state in which the automatic operation mode is instructed by the automatic operation mode switch 33, the combustion control means C2 is set in advance after executing the ignition process as described above. When the flow rate control valve 21 is controlled to burn the grill burner 3 under the burned condition and the end of the cooking of the cooking object is predicted, the original electromagnetic valve 20 and the flow rate control valve 21 are closed to open the grill burner. Extinguish 3

  Further, the combustion control means C2 is configured such that when neither the automatic firing mode nor the timer operation mode is set, when the timer operation mode is set by the timer operation switch 34, or when the automatic firing mode switch 33 is used. In either case, when the fire extinguishing of the grill burner 3 is detected by the thermocouple 23, or the detected temperature of the grill temperature sensor 29 is equal to or higher than the set temperature for preventing overheating, the grill G is overheated. When detected, the original solenoid valve 20 and the flow control valve 21 are closed.

That is, the state where the grill burner 3 disappears and the state where the inside of the grill chamber 7 is heated to a temperature higher than the set temperature for preventing overheating is an abnormality in heating of an object to be heated by the grill burner 3 as a heating means.
Therefore, the thermocouple 23 and the grill temperature sensor 29 function as a heating abnormality detection unit that detects that a heating abnormality has occurred in heating the object to be heated by the grill burner 3.

Next, the control of the grill light emitting unit 17 in the light emission control means C1 will be described.
When the door opening / closing detection switch 27 detects that the drawer H is located at the storage position in a state where the operation of the grill G is not instructed by the grill operation switch 31, the light emission control means C1 17w is made to emit light.
When the light emission control means C1 causes the white light emitter 17w to emit light based on the fact that the door opening / closing detection switch 27 detects the state where the drawer H is located at the storage position, the timer operation switch 34 causes the timer to operate. Even when the operation mode is set or the automatic baking mode is set by the automatic baking mode switch 33, the light emission state of the white light emitter 17w is maintained.

  Subsequently, the light emission control means C1 determines whether the automatic firing mode or the timer operation mode is set, when the timer operation mode is set by the timer operation switch 34, and when the automatic firing mode switch 33 is used. In any case where the mode is set, when the operation of the grill G is commanded by the grill operation switch 31 and the ignition process is executed, when the ignition is confirmed by the thermocouple 23, the white light emitter 17w. Is turned off, and the orange light emitter 17o is caused to emit light.

When the grille burner 3 is instructed to be extinguished by the grill operation switch 31 and the grill burner 3 is extinguished, the light emission controller C1 confirms that the grill burner 3 is extinguished. Is turned off, and the white light emitter 17w is caused to emit light.
Further, the light emission control means C1 extinguishes the grill burner 3 by the thermocouple 23 as the grill burner 3 is extinguished when the timer time set by the timer operation switch 34 elapses during execution of the timer operation mode. Is confirmed, the orange light emitter 17o is turned off, and the white light emitter 17w is blinked.
Further, the light emission control means C1 confirms that the grill burner 3 is extinguished by the thermocouple 23 as the grill burner 3 is extinguished at the timing when the end of the grill cooking is predicted during execution of the automatic baking mode. Then, the orange light emitter 17o is turned off and the white light emitter 17w is blinked.

  Further, the light emission control means C1 is configured so that neither the automatic firing mode nor the timer operation mode is set, the timer operation mode is set by the timer operation switch 34, and the automatic firing mode switch 33 is used. In any case, when the fire is detected in the grill burner 3 by the thermocouple 23 or when the temperature detected by the grill temperature sensor 29 becomes equal to or higher than the set temperature for preventing overheating, the orange light is emitted. The body 17o is blinked.

  That is, in the state where the light emission control means C1 is instructed by the automatic firing mode switch 33 or the timer operation switch 34 (corresponding to the command means), the automatic firing mode or the timer operation mode (corresponding to the automatic mode), the combustion heating Before the control means C2 starts the heating operation of the grill burner 3, the grill light emitting portion 17 emits white light (corresponding to the first emission color), and after the combustion control means C2 starts the heating operation of the grill burner 3, The grille light emission unit 17 is configured to emit light in orange (corresponding to the second emission color).

  Further, when the light emission control means C1 ends the automatic baking mode or the timer operation mode without detecting a heating abnormality by the thermocouple 23 or the grill temperature sensor 29 (both corresponding to the heating abnormality detecting means), the grill If the heating abnormality is detected by the thermocouple 23 or the grill temperature sensor 29 during execution of the automatic baking mode or the timer operation mode, the light emitting unit 17 for the grill is blinked in white (corresponding to the first emission color). The light emitting unit 17 is configured to blink in orange (corresponding to the second light emitting color).

Further, the combustion control means C2 controls the operation of the white light emitter 17w and the orange light emitter 17o as described above, and turns on or blinks either the white light emitter 17w or the orange light emitter 17o. When the door open / close detection switch 27 is turned off and the state where the drawer H is not located at the storage position is detected, the white light emitter 17w or the orange light emitter 17o that is turned on or blinking is turned off.
That is, the light emission control means C2 is configured to turn off the grill light emission unit 17 when the door opening / closing detection switch 27 detects that the drawer H is not located at the storage position.

Next, the light emission state of the radiation surface 16r of the light guide member 16 for grill accompanying the user's operation of the grill operation unit 30 and the withdrawal operation of the drawer H will be described. In the following description, the state in which the radiation surface 16r of the light guide member 16 for grilles shines or flashes is shown in FIG.
When the user pushes in the drawer portion H to place the drawer portion H in the storage position, the grill provided on the handle 60 is turned on as the door opening / closing detection switch 27 is turned on and the white light emitter 17w emits light. The light emission surface 16r of the light guide member 16 is elongated and shines in white over substantially the entire length of the door 70 in the width direction. Thereby, the user can recognize clearly that the drawer | drawing-out part H was accommodated in the accommodation position appropriately.
The form in which the radiating surface 16r of the light guide member 16 for grill shines or blinks is an elongated form that extends over the substantially entire length of the door 70 as described above. However, in the following description, the light guide for the grill is used. Description of the mode when the radiation surface 16r of the member 16 shines or flashes is omitted.

  When neither the automatic firing mode nor the timer operation mode is set, when the timer operation mode is set by the timer operation switch 34, or when the automatic firing mode is set by the automatic firing mode switch 33 However, when the user commands the operation of the grill G by the grill operation switch 31, the grill light guide member 16 provided in the handle 60 is turned on as the grill burner 3 ignites and the orange light emitter 17 o emits light. The radiation surface 16r shines orange. As a result, the user can clearly recognize that the grill burner 3 is burning.

When the user commands the grill G to stop using the grill operation switch 31, the grill burner 3 is extinguished, the orange light emitter 17o is extinguished, and the white light emitter 17w emits light. The radiation surface 16r of the light guide member 16 for grill shines white. Thereby, the user can recognize clearly that the grill burner 3 was extinguished normally.
In addition, when the timer time elapses during execution of the timer operation mode and the timer operation mode ends normally, or when the end of baking cooking is predicted during execution of the automatic baking mode, the automatic baking mode is normal. As the grill burner 3 is extinguished and the orange light emitter 17o is extinguished and the white light emitter 17w blinks, the radiating surface 16r of the grill light guide member 16 that has been lit orange blinks in white. . As a result, the user can clearly recognize that the timer operation mode or the automatic baking mode has ended normally.

  When neither the automatic firing mode nor the timer operation mode is set, when the timer operation mode is set by the timer operation switch 34, and when the automatic firing mode is set by the automatic firing mode switch 33 In any case, when the grill burner 3 is burning, the grill burner 3 goes out or the temperature in the grill 7 becomes abnormally high and the grill burner 3 is extinguished so that the orange light is emitted. As the body 17o blinks, the radiating surface 16r of the grille light guide member 16 that glows orange blinks orange. Thus, the user can clearly recognize that an abnormality has occurred during the operation of the grill G and the grill burner 3 has been extinguished.

Furthermore, if the drawer part H is not located in the storage position, the radiation surface 16r of the handle 60 will not shine or blink, so that the user clearly recognizes that the drawer part H is not stored in the proper position. Can do.
In addition, when the radiating surface 16r of the handle 60 is shining or blinking in white or orange, when the drawer H is pulled out, the light emission or blinking of the radiating surface 16r of the handle 60 stops. The person can clearly recognize that the drawer portion H has been pulled out.

Next, the control of the three burners 2 in the combustion control means C2 will be briefly described. In addition, since the control structure of each of the three stove burners 2 is the same, the following description will be made with respect to one stove burner 2.
The combustion control means C2 executes an ignition process for igniting the burner 2 when the point-extinguishing switch 44 is switched from the off state to the on state and an ignition command is issued. In this ignition process, the original solenoid valve 20 is opened, and a drive signal is given to the spark plug 22 to cause the ignition operation in a state in which the flow control valve 21 is controlled so that the heating power of the burner 2 becomes the ignition power. When ignition is confirmed by the thermocouple 23, the driving of the spark plug 22 is stopped.

After the ignition process, the combustion control means C2 controls the flow rate control valve 21 so that the heating power commanded by the rotary encoder 45 is obtained when the automatic cooking menu is not set by the automatic cooking menu setting panel 51. When the point fire extinguishing switch 44 is switched from the on state to the off state and a fire extinguishing command is issued, the original solenoid valve 20 and the flow control valve 21 are closed to extinguish the burner 2.
Further, when the automatic cooking menu is set by the automatic cooking menu setting panel 51, the combustion control means C2 executes the set automatic menu after the ignition process, and when it is time to end the automatic menu, The original solenoid valve 20 and the flow control valve 21 are closed to extinguish the burner 2.

  Further, the combustion control means C2 detects that the thermocouple 23 is extinguished during combustion of the burner 2, or the temperature detected by the container temperature sensor 26 is equal to or higher than the set temperature for overheating prevention. When overheating of the object to be heated is detected, the original solenoid valve 20 and the flow control valve 21 are closed.

Next, control of the stove light-emitting unit 11 in the light emission control means C1 will be described.
The light emission control means C1 causes the white light emitter 11w to emit light when a heating container is placed on the virtues 6 and the container detection switch 25 is turned on in a state where ignition is not commanded by the point fire extinguishing switch 44. Thus, when the container detection switch 25 is turned off while the white light emitter 11w is emitting light, the white light emitter 11w is turned off.
That is, when the user places the heating container on Gotoku 6, the radiation surface 42 r of the stove light guide member 42 provided on the stove operation knob 40 shines in white in a ring shape along the outer periphery of the stove operation knob 40. When the heating container is lifted, it will not shine, so the user can clearly recognize whether or not the heating container is properly placed on the five virtues 6. Note that the form in which the radiation surface 42r of the stove light guide member 42 shines or blinks is a ring-like form along the outer periphery of the stove operation knob 40 as described above. Description of the mode when the radiation surface 42r of the optical member 42 shines or flashes is omitted.

.
Even when the automatic cooking menu is set by the automatic cooking menu setting panel 51 in a state where the white light emitter 11w emits light based on the container detection switch 25 being turned on, the light emission control unit C1 The light emission state is maintained. That is, the radiation surface 42r of the stove light guide member 42 provided on the stove operation knob 40 continues to shine white.
Subsequently, when ignition is instructed by the point fire extinguishing switch 44 and ignition processing is executed, when the ignition is confirmed by the thermocouple 23, whether or not the automatic cooking menu is set by the automatic cooking menu setting panel 51 or not. Regardless, the white light emitter 11w is turned off and the orange light emitter 11o is caused to emit light.
In other words, when the user pushes the stove operation knob 40 in the retracted state to bring it into a protruding state, if the stove burner 2 ignites, the radiating surface 42r of the stove light guide member 42 that has been shining in white will glow orange. Can clearly recognize that the burner 2 is burning.

Then, the combustion control means C2 turns off the orange light emitter 11o when the thermocouple 23 confirms that the thermocouple 23 is extinguished as the combustor 2 is extinguished by the point fire extinguishing switch 44. The white light emitter 11w is caused to emit light.
That is, when the user pushes the stove operation knob 40 in the protruding state to bring it into the retracted state, the radiation surface 42r of the stove light guide member 42 that glows orange glows white, and the user extinguishes the stove burner 2. Can be clearly recognized.
The combustion control means C2 turns off the orange light emitter 11o when it is confirmed that the thermocouple 23 is extinguished by the thermocouple 23 when the automatic menu is finished during execution of the automatic cooking menu. Then, the white light emitter 11w is blinked.
That is, since the radiation surface 42r of the stove light guide member 42 that has been lit in orange blinks in white, the user can clearly recognize that the automatic cooking menu has ended.

The combustion control means C2 detects whether the thermocouple 23 is extinguished by the thermocouple 23 during the combustion of the stove burner 2 regardless of whether the auto cooking menu is set by the auto cooking menu setting panel 51, or When the temperature detected by the container temperature sensor 26 is equal to or higher than the set temperature for preventing overheating, the orange light emitter 11o blinks.
That is, since the radiation surface 42r of the stove light guide member 42 that has been lit in orange blinks in orange, the user can clearly recognize that the stove burner 2 has been extinguished.

[Another embodiment]
Next, another embodiment will be described.
(A) The installation form of the light guide member 16 for the grill with respect to the door 70 is not limited to the form described in the above embodiment, that is, the form assembled integrally with the handle 60 of the door 70.
For example, you may provide in locations other than the handle 60 in the front surface of the door 70. FIG.
Further, the number of grill light guide members 16 is not limited to one as in the above-described embodiment, and a plurality of grill light guide members 16 may be provided. When a plurality of grill light guide members 16 are provided, the grill light emitting portions 17 are provided corresponding to the light incident portions 16 i of the respective grill light guide members 16.

(B) The shape of the radiating surface 16r of the light guide member 16 for grill is not limited to the elongated shape as in the above-described embodiment. It may be a shape or a square frame shape. In this case, the light incident part 16i is provided at a plurality of locations according to the shape of the radiation surface 16r so that the radiation surface 16r can be illuminated as uniformly as possible over substantially the entire surface. It will be provided corresponding to each part 16i.

(C) The direction of the radiation surface 16r provided in the light guide member 16 for grill is not limited to the diagonally upward and forward direction illustrated in the above embodiment, and may be, for example, the front front direction.
Further, the grill light guide member 16 may be provided with a front-front surface and a vertically upward upper surface, and both the front surface and the upper surface may be the radiation surface 16r.

(D) When the radiating surface 16r of the light guide member 16 for grill is processed into a satin finish by applying a texture or the like, light can be diffusely reflected to make the radiating surface 16r shine evenly.

(E) In the above embodiment, the light emission color of the grill light emitting unit 17 is configured to be switchable between two colors of white and orange. However, the light emission color of the grill light emitting unit 17 may be only one color. It may be configured so that it can be switched between colors or more.

(F) When blinking the light emitting unit 17 for grill, a plurality of types of blinking patterns may be set so that the information to be notified is different.

(G) In the above embodiment, the case where the present invention is applied to the grill G built in the gas stove has been illustrated, but the present invention can also be applied to the one having only the grill G.
In addition, a grill G built in a stove equipped with a halogen lamp, a sheathed heater incorporating an electric resistance wire, or an electric heating means such as a magnetic field generating coil that performs electromagnetic induction heating (usually called “IH”). Can also be applied.
In this case, as the heating means for heating the inside of the grill cabinet 7, an electric heating means such as a sheathed heater is provided instead of the grill burner 3 exemplified in the above embodiment.

  As described above, it is possible to provide a grill that can notify the grill operation information so that the user can easily recognize it.

3 Grill burner (heating means)
7 Grill box 8 Front opening 16 Light guide member for grill (light guide member)
16i Light incident portion 16r Radiation surface 17 Light emitting portion for grill (light emitting means)
23 Thermocouple (Heating abnormality detection means)
27 Door open / close detection switch (door open / close detection means)
29 Grill temperature sensor (heating abnormality detection means)
33 Automatic firing mode switch (command means)
34 Timer operation switch (command means)
60 Handle 70 Door C1 Light emission control means C2 Combustion control means (heating control means)
G Grill H drawer

Claims (5)

A grill cabinet and a drawer having a door having a handle and on which an object to be heated can be placed, and the drawer closes the front opening of the grill cabinet at the door. A grill provided movably in and out of a storage position stored in and a pull-out position pulled out in front of the grille,
The door is provided with a light guide member including a light incident part capable of entering light from the outside and a radiation surface that emits light incident from the light incident part,
Light can enter from the direction where the light entrance part is close to the inner surface of the front opening and intersects the moving direction of the lead part with the lead part positioned at the storage position. As provided in the light guide member,
The light guide member is provided on the light guide member so that the radiation surface is visible from the front side.
A light emitting means is provided at the front opening so that light can be incident on the light incident portion in a state where the drawer portion is located at the storage position.
A grill provided with light emission control means for controlling the operation of the light emission means. The handle is configured in an elongated shape,
The elongated handle is provided so as to extend over the entire length or substantially the entire length of the lateral width direction of the door in a posture in which the longitudinal direction thereof is lateral.
The light guide member is integrally assembled to the handle in a form in which the radiation surface is exposed over substantially the entire length in the width direction of the handle,
A pair of the light incident portions are provided to be distributed to both ends in the longitudinal direction of the light guide member,
The grill according to claim 1, wherein a pair of the light emitting means is provided corresponding to the pair of light incident portions. A heating control means for controlling the operation of the heating means for heating the object to be heated placed on the drawer is provided,
The heating control unit is configured to be able to execute an automatic mode in which the heating operation of the heating unit is stopped when it is time to end the heating of the object to be heated by the heating unit.
Command means for commanding the heating control means to execute the automatic mode is provided,
The light-emitting means is configured to be capable of switching the emission color between a first emission color and a second emission color different from each other;
In a state where the automatic mode is instructed by the command means, the light emission control means causes the light emission means to emit light in the first emission color before the heating control means starts a heating operation of the heating means. The grill according to claim 1 or 2, wherein the light emitting means is caused to emit light in the second emission color after the heating control means starts the heating operation of the heating means. A heating abnormality detection means for detecting that a heating abnormality that is an abnormality in heating of the object to be heated by the heating means is provided,
When the automatic mode ends without the heating abnormality being detected by the heating abnormality detecting unit, the light emission control unit blinks the light emitting unit with the first emission color, and the execution of the automatic mode The grill according to claim 3, wherein when the heating abnormality is detected by the heating abnormality detecting means, the light emitting means is caused to blink in the second emission color. Door opening / closing detection means for detecting whether or not the drawer portion is located at the storage position is provided,
The light emission control means is configured to turn off the light emission means when the door opening / closing detection means detects that the drawer is not located at the storage position. The grill according to item.

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