JP2011158141A - Floor type heating device for cooking - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a floor type heating device 1 for cooking capable of operating control sections controlling heating sections in safety even when both hands are busy for any reason. <P>SOLUTION: In this floor type heating device 1 for cooking including the heating sections (stove burners 3, 4), the control sections 8, 9 controlling the heating sections, and operation tools 10, 11, 20, 21 for operating the control sections, foot operation tools 20, 21 disposed on a place near a floor when the heating device 1 for cooling is placed on the floor, are included in the operation tools. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a floor-standing cooking heater.

  2. Description of the Related Art A so-called floor-standing type cooking heating apparatus is known that includes a heating unit in the upper part and forms a storage space for kitchen utensils or the like in a lower region of the heating unit. An example is described in. This type of cooking heating device may be integrated into a system kitchen with a sink, or an independent form of cooking heating device may be placed on the kitchen floor to follow the system kitchen. There is also.

  The heating unit provided in the cooking heater is generally a gas stove, but may be an electromagnetic cooker such as an IH stove. In any case, as described in Patent Document 1, the cooking heating apparatus includes a control unit that controls the heating unit, and more specifically, controls the ignition and extinguishing of the heating unit and the adjustment of the thermal power. Furthermore, a hand operating tool for a person using a cooking heating device to operate the control unit is disposed in the vicinity of the heating unit.

Japanese Patent Laid-Open No. 4-344002

  In a conventional floor-standing type cooking heating device, for example, when the heating unit is a gas stove, the gas stove and the hand-operated operation tool are easy to use by a person using the cooking heating device, for example, 80 to 80 It is arranged at a height of 90 cm, and the person using the cooking heating device can easily perform desired cooking by operating the hand operating tool with his / her hand, which is highly convenient. ing.

  On the other hand, when it becomes necessary to stop the gas stove, or when it is absolutely necessary to adjust the heating power, the cooking person's hands are blocked by other work. In this state, the hand control tool cannot be operated, so the hand control tool can be operated after leaving the hand free, or in some cases, the hand that is blocked It will be used to operate the hand control tool with an unreasonable posture.

  In the former case, since there is a time delay in the operation, the person who performs the operation may be irritated and there is a risk of inconvenience such as an erroneous operation. The same applies to the latter case, and taking an unreasonable posture may still cause some accidents.

  This invention is made | formed in view of the above situations, and makes it a subject to add still higher safety | security and convenience to the conventional floor-standing type cooking heating apparatus. More specifically, a floor-standing type cooking heating apparatus capable of calmly and safely performing the operation of the control unit that controls the heating unit even when both hands are blocked for some reason. The issue is to provide.

  The cooking heating device according to the present invention is a floor-standing type cooking heating device including a heating unit, a control unit for controlling the heating unit, and an operation tool for operating the control unit, and the operation tool. Includes at least a foot operation tool arranged at a location close to the floor when the cooking heating device is placed on the floor.

  In the above heating device for cooking, since the foot operation tool for operating the control unit that controls the heating unit is arranged in a place close to the floor when placed on the floor, even when both hands are blocked, It is possible to give a sense of security that a person using the cooking heating device can operate the foot operation tool with his / her foot. Therefore, even if the user is forced to operate the control unit that controls the heating unit with both hands not being able to use freely, he / she can calmly move without using the foot operation tool. It can be operated to extinguish the heating part and adjust the heating power. Moreover, ignition can also be performed as needed. As a result, higher safety is ensured as a cooking heating device.

  In the cooking heating device according to the present invention, in addition to the hand operation tool provided near the heating unit in the conventional cooking heating device, the above-described foot operation tool may be provided as an auxiliary operation tool. You may make it provide only. Further, in the cooking heating apparatus according to the present invention, the foot operation tool is preferably a foot pedal from the viewpoint of operability. However, the foot operation tool is in the form of a push button switch on the condition that it can be operated with the foot. It may be.

  In the heating apparatus for cooking according to the present invention, the foot operation tool is capable of giving the control section operations for adjusting ignition, extinguishing, and heating power of the heating section, from the viewpoint that the cooking heating apparatus can be used effectively. ,preferable. However, it may be a foot operation tool that can give only the fire extinguishing operation to the control unit, and even in this aspect, it is possible to prevent an unexpected accident from occurring from the cooking heating apparatus with a high probability. Moreover, the foot operation tool which can give only an ignition operation to a control part may be sufficient. In this way, by limiting the operations that the foot operation tool can give to the control unit, it is possible to simplify the apparatus. However, when the operation that can be given to the control unit by the foot operation tool is limited, it becomes a specification mode as an auxiliary operation tool, so the hand operation tool provided in the vicinity of the heating unit in the conventional cooking heating device is provided. It is necessary to provide it separately.

  In the heating apparatus for cooking according to the present invention, the heating unit may be a gas stove or an electromagnetic cooker such as an IH stove. In any case, as described above, a conventionally known control unit provided in a conventional gas stove or electromagnetic cooker is incorporated in a proper place in the cooking heating device, and the control unit is operated by a foot operation tool.

  In the cooking heating apparatus according to the present invention, in the case of a cooking heating apparatus having one or more craters as a heating part, a plurality of foot operation tools are arranged so as to be connected to the control part of each crater. . However, from the viewpoint of avoiding structural complexity, a foot operation tool that is connected only to the control unit of the crater that is predicted to be used more frequently than others may be arranged. Furthermore, from the viewpoint of ensuring high safety, one foot operation tool is arranged as an auxiliary operation tool, and the control unit of all craters can be changed to a fire extinguishing state with the foot operation tool. You may make it connect a control part and the said one foot operation tool.

  In the heating apparatus for cooking according to the present invention, the method of transmitting the operation state of the foot operation tool to the control unit that controls the heating unit may be a mechanical transmission mechanism, a process using an electrical signal, or a combination of both. There may be. A transmission system between a control unit for controlling the heating unit and a hand operating tool for operating the control unit, which is employed in a conventionally known cooking heating apparatus, can be employed as it is. What is necessary is just to select suitably according to the form of the control part to control.

  When the heating unit is a gas stove, depending on the operation state of the foot operation tool, the start and ignition of gas supply, the adjustment of gas flow rate, the operation of stopping gas supply, or the operation selected from among them can be controlled by the attached control unit. It will be given to the gas stove via. Further, when the heating unit is an electromagnetic cooker, depending on the operation state of the foot operation tool, the start of energization, the adjustment of the energization amount, the operation of stopping energization, or the operation selected from among them can be controlled by the attached control unit. It will be given to the electromagnetic cooker via.

  In addition, when equipped with a hand operating tool that is operated by the user's hand, it is designed so that the operation of the foot operating tool and the operation of the hand operating tool are interlocked with each other, so that it is more convenient to use on the floor. A heating device is obtained.

  As a specific example of the technique for transmitting the operation state of the foot operation tool in the heating apparatus for cooking according to the present invention to the control unit for controlling the heating unit, the control unit for controlling the heating unit is a valve mechanism provided in a gas pipe. A transmission mechanism for transmitting the operation state of the foot operating tool to the valve mechanism, wherein the foot operating tool includes a bar member connected to the valve mechanism, and the bar member is configured to close the valve. An energizing force is applied, and by depressing a foot pedal that constitutes the foot operation unit, the rod member moves in a direction against the energizing force and moves in a direction to open the valve. .

  In the cooking heating device, the transmission mechanism preferably further includes a mechanism capable of temporarily stopping the movement of the rod member in the direction of opening the valve in the process of stepping on the pedal. It is very easy to use and adjust the heating power in multiple stages.

  In the transmission mechanism described above, there is no particular limitation on the mechanism that can temporarily stop the movement of the rod member in the direction of opening the valve, but as an example, an appropriate attachment can be made while being supported by the machine frame so as to be rotatable by a bearing. A cylinder to which a rotational force is applied in one direction by a biasing mechanism, a guide path is formed on the inner wall of the cylinder, and the rod member is internally provided in the axial direction of the cylinder, and a part thereof Is slidably engaged with the guide path, and the guide path has a required number of long grooves formed in the axial direction of the cylinder formed in parallel to the circumferential direction of the inner wall of the cylinder at a predetermined interval. And an appropriate number of crank portions formed between adjacent long grooves, wherein the crank portion includes a first vertical groove rising in a circumferential direction from a lower long groove, and a long groove extending from an end of the first vertical groove. A side extending in a direction substantially parallel to the direction opposite to the biasing direction of the bar member And a second vertical groove reaching the upper long groove from the end of the horizontal groove, and is slidable in the guide path at a corner portion where the first vertical groove and the horizontal groove are connected. A transmission mechanism having a configuration in which a pool portion capable of holding a part of the engaged bar member is formed. The present invention also discloses a cooking heating device provided with the transmission mechanism.

  ADVANTAGE OF THE INVENTION According to this invention, it becomes possible to perform control of the control part which controls a heating part with a user's leg | foot in a floor-standing type cooking heating apparatus. Therefore, even when the user's hands are occupied, the necessary control can be performed on the control unit that controls the heating unit, so that the floor can be placed more safely and more conveniently. A type of cooking heating device is obtained.

The schematic side view which shows an example of the heating apparatus for floor-standing type cooking by this invention. The schematic surface view of the heating apparatus for cooking shown in FIG. The figure which shows a specific example for transmitting the operation state of a foot operation tool to the control part which controls a heating part in the heating apparatus for cooking by this invention. The figure which shows some of the other operation modes of the step operation tool in the heating apparatus for floor-standing type cooking by this invention.

  Hereinafter, an example of a floor-standing cooking heater according to the present invention will be described with reference to the drawings. FIG. 1 is a schematic side view showing an example of a floor-standing cooking heater according to the present invention, and FIG. 2 is a schematic surface view thereof.

  In this example, the heating unit is a gas stove, and two gas stoves 3 and 4 are attached to the top surface portion of the box 2 constituting the floor-standing cooking heating device 1. A gas pipe 5 is connected to each gas stove 3, 4, and valve mechanisms 6, 7 including a shut-off valve and a flow rate adjusting valve are attached to the gas pipe 5 corresponding to each gas stove 3, 4. Each gas stove 3, 4 has control units 8, 9 that control the operation of the valve mechanisms 6, 7, and each gas stove 3, 4 is ignited by the operation of each control unit 6, 7. , Firepower adjustment, digestion operation (control) is given. The valve mechanism 6 (7) and the control unit 8 (9) may be conventionally known, and a description of the specific configuration thereof is omitted.

  The box 2 is normally about 70 to 90 cm in height, and conventionally known hand operating tools 10 and 11 for operating the control units 8 and 9 are attached above the front side thereof. is there. In this example, each hand operating tool 10, 11 has an ignition / fire extinguishing switch 12 and a slide-type thermal power adjustment knob 13. When the switch 12 is pressed and held while the fire is extinguished, the operation is transmitted to the control unit 8 (9) by an appropriate means, and the control unit 8 (9) opens the shut-off valve of the valve mechanism 6 (7). The gas flowing in the gas stove 3 (4) is ignited.

  When the user moves the thermal power adjustment knob 13 after ignition, the operation is transmitted to the control unit 8 (9) by appropriate means, and the control unit 8 (9) opens the opening of the flow rate adjustment valve of the valve mechanism 6 (7). Is controlled corresponding to the movement of the heating power adjustment knob 13. Thereby, the gas flow rate to the gas stove 3 (4) is adjusted, and the thermal power is controlled. When necessary, when the switch 12 is pressed again, the operation is transmitted to the control unit 8 (9) by an appropriate means, and the control unit 8 (9) closes the shut-off valve of the valve mechanism 6 (7). Thereby, the gas stove 3 (4) is extinguished.

  The above-described aspect of the hand operating tool 10 (11) is one example, and many other types of operating tools are used. In addition, the means for transmitting the operation of the hand operating tool 10 (11) to the control unit 8 (9) can be of various forms such as a mechanical transmission mechanism, a transmission mechanism based on processing using an electrical signal, and a transmission mechanism combining both. Things are used. Any of the floor-standing cooking heaters 1 according to the present invention can be employed as appropriate.

  A door 14 is attached to the front surface of the box 2, and by opening the door 14, kitchen utensils and the like can be stored in a storage space 15 that is a region below the gas stove 3 (4) in the box 2. it can. Furthermore, when the heating apparatus 1 for cooking is placed on the floor at the lower end on the front side of the box 2, the area 16 is a region 16 that slightly enters the back side. In the region 16, the foot operation tools 20 and 21 according to the present invention are arranged. One foot operating tool 20 corresponds to one gas stove 3, and the other foot operating tool 21 corresponds to the other gas stove 4. Since both the foot operation tools 20 and 21 may be the same, in the following, one foot operation tool 20 will be described in detail, and the description of the other foot operation tool 21 will be omitted.

  In this example, the foot operation tool 20 includes three foot pedals 22, 23, and 24. The first foot pedal 22 is a pedal corresponding to the ignition and fire extinguishing switch 12 in the hand operating tool 10 described above, and the second foot pedal 23 and the third foot pedal 24 are used in the hand operating tool 10. This is a pedal corresponding to the slide type thermal power adjustment knob 13. However, the second foot-pressing pedal 23 is for increasing the thermal power by depressing, and the third foot-pressing pedal 24 is for decreasing the thermal power by depressing. That is, the stepping operation of the second foot pedal 23 corresponds to the sliding operation in one direction of the slide type thermal power adjustment knob 13, and the stepping operation of the third foot pedal 24 is the sliding type thermal power adjustment knob 13. It corresponds to the sliding movement in the other direction.

  Then, the depression operation of the first foot pedal 22 is transmitted to the control unit 8 through a transmission system similar to the transmission system that transmits the operation of the ignition and fire extinguishing switch 12 in the hand operating tool 10 to the control unit 8. It has become so. That is, the gas stove 8 is ignited by long depression of the first foot pedal 22, and is extinguished by depressing again.

  The stepping operation of the second foot pedal 23 is performed by the control unit via a transmission system similar to the transmission system that transmits the one-way sliding operation of the slide-type thermal power adjustment knob 13 in the hand operation tool 10 to the control unit 8. When the second foot pedal 23 is depressed, the thermal power increases in accordance with the depression amount. The stepping operation of the third foot pedal 24 is performed through a transmission system similar to the transmission system that transmits the sliding operation in the other direction of the sliding-type thermal power adjustment knob 13 in the hand operation tool 10 to the control unit 8. When the third foot pedal 24 is depressed, the thermal power is reduced according to the amount of depression.

  In the cooking heating apparatus 1 described above, regardless of whether the hand operating tool 10 (11) or the foot operating tool 20 (21) is operated, the gas stove 3 (4) including the ignition and the fire extinguishing is operated according to the operation. The combustion state can be adjusted as desired. It is possible to perform cooking by selecting an operation tool that is easier for a person using the cooking heating device 1 to operate. Even when the person performing cooking is in a state where both hands are closed, the combustion state of the gas stove 3 (4) can be adjusted as desired by selecting the foot operating tool 20 (21), and the cooking heating device 1 ensures high safety as well as high convenience.

  Furthermore, in this example, the foot operation tool 20 (21) is disposed in the region 16 that slightly enters the back side formed at the lower end on the front side of the box 2, and does not protrude to the front of the box 2. Therefore, it is possible to effectively avoid a person who cooks from stepping on the foot operation tool 20 (21) or operating it erroneously.

  In terms of the mechanism, it is desirable to apply a biasing force toward the original position to the first foot pressing pedal 22 with a spring or the like so that the first foot pedal 22 can return to the original position after being released. . The second foot pedal 23 and the third foot pedal 24 should be provided with a resistance that allows the second foot pedal 23 and the third foot pedal 24 to remain in that position when the foot is released, and one of the foot pedals is downward. It is desirable to incorporate a mechanism that, when depressed, allows the other to return upward or return to the highest position by the distance of the depression.

  The cooking heating device 1 described above is an embodiment of the present invention, and the present invention is not limited to this. Although not shown, the hand operating tool 10 (11) can be omitted. In this case, all devices are performed by the foot operation tool 20 (21). For the purpose of simplifying the configuration of the apparatus, only the first foot pedal 22 may be provided as the foot operation tool 20 (21). Furthermore, you may make it give the said 1st foot pedal 22 only the function to close the cutoff valve of the valve mechanism 6 (7).

  In the illustrated example, the two gas stoves 3 and 4 are provided. However, the gas stove may be one, or three or more. A corresponding number of foot operation tools 20 are provided. A grill for grilling fish together with the gas stove may be added as the heating unit instead of the gas stove. Furthermore, it can replace with a gas stove and can also use an electromagnetic cooker as a heating part.

  FIG. 3 is a specific example for transmitting the operation state of the foot operation tool 20 (21) to the control unit 8 (9) for controlling the heating unit in the floor-standing type cooking heating apparatus 1 according to the present invention. Show. The transmission mechanism 30 has a bar member 31 that moves the same distance according to the stepping distance of the foot operating tool 20 (21), and temporarily stops the movement of the bar member 31 during the movement and holds it at that position. The cylinder 32 which comprises the holding mechanism which can be provided is provided.

  One end of the bar member 31 is connected to a foot pedal 50 constituting the foot operating tool 20 (21), and the other end is a flow rate adjusting valve constituting a valve mechanism 6 (7) provided in the gas pipe 5. Connected to the side. The bar member 31 is always urged by an urging mechanism (not shown) such as a spring means in the direction of arrow A in the drawing, that is, the direction in which the foot pedal 50 constituting the foot operation tool 20 (21) is pushed upward. When 31 moves the foot pedal 50 to the uppermost position, that is, when the foot pedal 50 is in an unloaded state, the flow rate adjusting valve of the valve mechanism 6 (7) is set to be in a closed state. Yes.

  Further, the bar member 31 is disposed so as to penetrate the inside of the cylinder 32 in the axial direction, and when the foot pedal 50 is stepped on, the bar member 31 moves in the direction of the arrow B in the figure, and the moving distance thereof. The opening of the flow rate adjustment valve is adjusted according to. The bar member 31 has a side branching portion 33 as a part thereof, and when the bar member 31 moves in the arrow B direction, a groove-shaped guide path 34 formed on the inner peripheral wall of a cylinder 32 to be described later. It is made to slide along.

  The cylinder 32 is rotatably supported on the machine frame by a bearing (not shown), and is further given a rotational force in the direction of arrow C in the drawing by an appropriate biasing mechanism such as a spring means (not shown). On the inner peripheral wall of the cylinder 32, a required number of long grooves 35 in a direction inclined to the axis of the cylinder are formed in parallel with each other at a predetermined interval in the circumferential direction. Each of the long grooves 35 is inclined so that the end side located on the valve mechanism 6 (7) side becomes the downstream side in the biased rotational direction. Each long groove 35 may be formed in parallel or substantially parallel to the axis of the cylinder 32.

  A required number of crank portions 36 are formed in the axial direction between the adjacent long grooves 35 and 35. Each crank part 36 is parallel to the first long groove 37 rising from the long groove 35 on the upstream side in the rotation direction of the cylinder (the long groove located in the lower part in FIG. 3) and the long groove 35 from the end of the first vertical groove 37. And a second vertical groove 39 extending from the end of the horizontal groove 38 to the long groove 35 on the downstream side in the rotation direction of the cylinder (the long groove positioned at the top in FIG. 3). A reservoir 40 is formed at the corner where the lateral groove 38 is connected. The long groove 35 and the crank portion 36 form the guide path 34.

  The movement of the transmission mechanism 30 will be described. When the user does not place his / her foot on the foot pedal 50, as described above, the bar member 31 is moved to the leftmost position in the drawing by the urging force, and the flow rate adjusting valve is in a closed state. The said branch part 33 of the rod member 31 at that time exists in the position shown to a in a figure. The user steps on the foot pedal 50 when necessary. Thereby, the bar member 21 and the branch part 33 move rightward in the figure and reach the position b in the figure. When that position is reached, the cylinder 32 is constantly urged in the direction of arrow C, so that the cylinder 32 moves in the direction of arrow C while passing the branch portion 33 into the first vertical groove 37 of the crank portion 36. Rotate. The rotation of the cylinder 32 is temporarily stopped when the branching portion 33 enters the position indicated by c in FIG. When the user removes his / her foot from the foot pedal 50 at that position, the bar member 31 stops moving in the axial direction. The connection state with the valve mechanism is set so that the opening degree of the valve becomes the opening degree 1 at the stop position, and the gas stove 3 (4) is ignited when the foot pedal 50 is started to be depressed by an appropriate mechanism. By making it possible, the combustion at the opening degree 1 continues on the gas stove 3 (4).

  When the user steps on the foot pedal 50 again, the branch portion 33 moves against the urging force in the lateral groove 38 of the crank portion 36 and reaches the position of the second vertical groove 39. In this state, the cylinder 32 is rotated in the direction of the arrow C by the urging force, whereby the branching portion 33 is moved to a position indicated by d in the drawing. Then, when the user further depresses the foot pedal 50, the branching portion 33 moves to the position e in the figure, and in the same manner as the movement of the branching part 33 from the position b to the position c, f in the figure. It enters into the pool part 40 in the next crank part 36 shown.

  When the user removes his / her foot from the foot pedal 50 at that position, the rod member 31 stops moving in the axial direction again, and the gas stove 3 (4) continues the combustion at the opening degree 2, for example. Hereinafter, by repeating the same operation, the opening degree of the valve can be gradually increased, and combustion at the opening degree can be maintained at the position of each opening degree. In the figure, it is preferable to set the maximum heating power when the branch portion 33 reaches the position of the rightmost reservoir 40 of the long groove 35.

  When the combustion of the gas stove 3 (4) is stopped, the rod member 31 is moved in the B direction by pushing in the foot pedal, and the branch portion 33 is moved from the reservoir portion 40 through the lateral groove 38 and the second vertical groove 35 to the upper long groove 35. To move. When the foot pedal is loosened, the bar member 31 is moved in the direction A by the biasing means such as a spring means, and the flow rate adjusting valve of the valve mechanism 6 (7) is closed.

  By cutting the edge of the corner 41 on the upstream side of the joining portion of the long groove 35 and the first vertical groove 37, if the foot pedal is returned at a predetermined speed or more, the branching portion 33 moves along the long groove 35. It is possible to return to the position a where the flow rate adjustment valve of the mechanism 6 (7) is closed. On the other hand, when the foot pedal is returned at a predetermined speed or less, the branch portion 33 moves in the direction of the first vertical groove 37 and reaches the pool portion 40. In other words, the gas stove can be extinguished by returning the foot pedal quickly, and the heating power can be reduced by one step by slowly returning it.

  In the above description, the case where the transmission mechanism 30 is applied to a foot pedal (for example, the second foot-pressing pedal 23) that increases the thermal power by depressing is described. For example, the present invention can be similarly applied to the third foot pedal 24).

  FIG. 4 shows some of the other operation modes of the foot operation tool in the floor-standing type cooking heating apparatus according to the present invention. In FIG. 4 (a), the foot pedal 50 has a pivot shaft 60 in the center, and the foot pedal 50 is arranged so that the pivot shaft 60 is positioned in parallel with the front surface of the floor-standing type cooking heating apparatus 1. The heating device 1 for cooking on the floor is attached. In this embodiment, the front side 51 of the foot pedal 50 is connected to the front side 51 so as to operate the mechanism that increases the thermal power, and the rear side 52 of the foot pedal 50 is operated to decrease the thermal power. If it connects so that a user may depress the front side 51 of the foot pedal 50, a thermal power can be gradually strengthened, and a thermal power can be gradually weakened by depressing the back side 52.

  In FIG. 4B, the same mechanism as that shown in FIG. 4A is used, but the pivot shaft 60 of the foot pedal 50 is positioned in a direction perpendicular to the front surface of the floor heating type cooking device 1. ing. In this aspect, the thermal power can be gradually increased by stepping on the right side 51 a from the pivot shaft 60 of the foot pedal 50, and the thermal power can be gradually decreased by stepping on the left side 52 a from the pivot shaft 60.

  In FIG. 4C, the foot pedal 50 is configured to be slidable in the direction of the arrow along the floor surface, and the user moves the foot pedal 50 in the left and right arbitrary directions with the tip of the foot when necessary. Also in this case, for example, a mechanism in which the sliding movement in one direction (for example, the right direction) of the foot pedal 50 is interlocked with a mechanism for gradually increasing the heating power, and the sliding movement in the opposite direction (for example, the left direction) is gradually decreased. By interlocking with the power, it is possible to arbitrarily adjust the heating power by moving the foot to the left and right.

  In FIG. 4C, an operation box 54 having two push-type foot pedals 50R and 50L and a push button switch 53 is provided on the front surface of the floor-standing type cooking heating apparatus 1. Mechanically, the movement of the foot pedal 50R and the movement of the foot pedal 50L are in a trade-off relationship, that is, when one is pushed, the other is pushed. The push button switch 53 is connected to the ignition and extinguishing mechanism of the gas stove.

  In this embodiment, if the foot pedal 50R is connected to the side that operates the mechanism that increases the thermal power, and the foot pedal 50L is connected to the side that operates the mechanism that decreases the thermal power, the user presses the push button switch 53. The gas stove is ignited by depressing with, and then the heating power can be gradually increased by pushing the foot pedal 50R. The foot pedal 50L is pushed out by the pushing distance of the foot pedal 50R, and the user can weaken the heating power to an appropriate size by pushing the foot pedal 50L when necessary. The gas stove is extinguished by depressing the push button switch 53 with the foot again.

  It should be noted that when the push button switch 53 is pressed down, it is set to move to the position where the foot pedal 50R protrudes most in conjunction with the push button switch 53 and to the position where the foot pedal 50L is most retracted. This is a preferred embodiment.

1 ... floor heating type cooking device,
2 ... Box,
3, 4 ... gas stove,
5 ... Gas piping,
6, 7 ... valve mechanism,
8, 9 ... a control unit for controlling the operation of the valve mechanism,
10, 11 ... Hand control tool,
12 ... ignition and fire switch,
13 ... Slide-type thermal power adjustment knob,
14 ... the door,
15 ... Storage space,
16 ... A region that has entered the back side,
20, 21 ... foot operation tool,
22: First foot pedal,
23. Second foot pedal,
24. Third foot pedal,
30 ... transmission mechanism,
31 ... Bar member,
32 ... Cylinder,
33 ... Branch portion of the bar member,
34 ... guideway,
35 ... Long groove,
36 ... crank part,
37 ... first longitudinal groove,
38 ...
39 ... second longitudinal groove,
40 ... the reservoir,
50 ... Foot pedal.

Claims (6)

  A floor-standing type cooking heating device comprising a heating unit, a control unit for controlling the heating unit, and an operating tool for operating the control unit, wherein the operating tool is configured to place the cooking heating device on a floor. A cooking heating device comprising at least a foot operation tool arranged at a location close to the floor when placed.   2. The cooking heating apparatus according to claim 1, wherein the operation tool further includes a hand operation tool arranged in the vicinity of the heating unit.   It is a heating apparatus for cooking of Claim 1 or 2, Comprising: The said heating part contains a gas stove or an electromagnetic cooker, The heating apparatus for cooking characterized by the above-mentioned.   The cooking heating apparatus according to any one of claims 1 to 3, wherein the control unit that controls the heating unit includes at least a valve mechanism provided in a gas pipe, and controls an operation state of the foot operation tool. The transmission mechanism for transmitting to the valve mechanism includes a rod member that connects the foot operating tool and the valve mechanism, and the rod member is provided with a biasing force in a direction to close the valve, and the foot operation When the foot pedal which comprises a part is stepped on, the said rod member moves to the direction which resists the said urging | biasing force, and is moved to the direction which opens a valve, The cooking heating apparatus characterized by the above-mentioned.   5. The heating apparatus for cooking according to claim 4, wherein the transmission mechanism temporarily stops the movement of the rod member in the direction of opening the valve and holds it in that position in the process of stepping on the pedal. A heating apparatus for cooking, further comprising a mechanism capable of handling.   6. The cooking apparatus according to claim 5, wherein the transmission mechanism is given a rotational force in one direction by an appropriate urging mechanism in a state where the transmission mechanism is rotatably supported by a machine frame by a bearing. A guide path is formed on the inner wall of the cylinder, and the rod member is provided in the axial direction of the cylinder, and a part of the bar member is slidably engaged with the guide path. The guide path includes a predetermined number of long grooves formed in the axial direction of the cylinder formed substantially parallel to the circumferential direction of the inner wall of the cylinder and an appropriate number of grooves formed between adjacent long grooves. A crank portion, wherein the crank portion is a first vertical groove that rises in a circumferential direction from a long groove on the upstream side in the rotational direction of the cylinder, and is parallel to the long groove from an end of the first vertical groove, and A transverse groove extending in a direction opposite to the urging direction of the bar member, and a rotational direction of the cylinder from the end of the transverse groove A bar member that is configured by a second vertical groove that reaches a long groove on the downstream side, and is slidably engaged with the guide path at a corner portion where the first vertical groove and the horizontal groove are connected. A cooking heating device characterized in that a pool portion capable of holding a part of the cooking chamber is formed.

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