Gas cooking stove

Abstract

To prevent incorrect attachment of a burning indication lamp and an infrared ray element.SOLUTION: In a gas cooking stove 1, a first harness, a second harness, and a third harness extend from a second fixing part side to a first binding band side. Only the first harness extends to a first fixing part without being folded back. The second harness and the third harness are folded back 180 degrees toward the second fixing part side between the first binding band and the first fixing part. The first harness, portions before and after a folded position of the second harness, and portions before and after a folded position of the third harness are bound by the first binding band, and the second harness and the third harness extending from the first binding band to the second fixing part side are bound by a second binding band. A binding position by the second binding band is located closer to the first fixing part than to the second fixing part. A distance from the second binding band to an infrared transmitter part 401 is shorter than a distance from the second binding band to the second fixing part.SELECTED DRAWING: Figure 1

Description

[Technical Field]

[0001] The present disclosure relates to gas stoves. [Background technology]

[0002] The gas stove described in Japanese Patent No. 5465214 (Patent Document 1 below) comprises at least two burners, a stove body that houses these burners, and an operation panel attached to the front of the stove body. The operation panel is provided with a plurality of push switches that are pressed to ignite and extinguish each burner, and a plurality of flame power adjustment levers that protrude from upward positions corresponding to each push switch and are slid left and right to adjust the flame power of each burner. The operation panel is provided with a lever slide hole that is long in the left and right direction and is formed continuously across both sliding ranges of two adjacent flame power adjustment levers. [Prior art documents] [Patent documents]

[0003] [Patent Document 1] Patent No. 5465214 Summary of the Invention [Problem to be solved by the invention]

[0004] In the above-mentioned stove, if a combustion indicator lamp is provided above each heat adjustment lever and an infrared emitting element for driving an external device is provided in the lever slide hole, the distance between each lamp and each infrared emitting element will be short, which may result in the lamp and infrared element being installed incorrectly. [Means for solving the problem]

[0005] The gas stove of the present disclosure is a gas stove including a gas burner and a housing that houses the gas burner, wherein the housing includes a box-shaped housing main body and a front panel fixed to the front surface of the housing main body, and a first fixing part for fixing a first lamp is provided on the right side of the rear surface of the front panel when viewed from the rear, a second fixing part for fixing a second lamp is provided on the left side, and a third fixing part for fixing an infrared emitting part is provided between the first fixing part and the second fixing part and at a position higher than the first fixing part and the second fixing part, and a fixing seat for fixing a first cable tie is provided at a position closer to the first fixing part than the center between the first fixing part and the second fixing part, The first cable tie is fixed to the fixing seat so that a winding central axis faces the left-right direction while bundling a first harness leading from a base end to the first lamp, a second harness leading from the base end to the second lamp, and a third harness leading from the base end to the infrared emitting unit, and the first harness, the second harness, and the third harness are arranged extending in the left-right direction as a whole along the winding central axis of the first cable tie, and the first harness, the second harness, and the third harness extend from the second fixing portion side to the first cable tie side, and only the first harness extends to the first fixing portion without being folded back, The second harness and the third harness are folded back 180 degrees toward the second fixed part between the first cable tie and the first fixed part, the first harness, the second harness before and after the fold, and the third harness before and after the fold are tied together by the first cable tie, the second harness and the third harness extending from the first cable tie toward the second fixed part are tied together by a second cable tie, the tie position of the second cable tie is closer to the first fixed part than the second fixed part, and the distance from the second cable tie to the infrared emitting part is shorter than the distance from the second cable tie to the second fixed part. [Effects of the Invention]

[0006] According to the present disclosure, it is possible to prevent the combustion indicator lamp and the infrared element from being erroneously attached to the gas stove. [Brief explanation of the drawings]

[0007] [Figure 1] FIG. 1 is a front view of a gas stove according to an embodiment. [Figure 2] FIG. 2 is an enlarged perspective view of the right panel unit of the gas stove with the decorative panel of FIG. 1 removed. [Figure 3] FIG. 3 is a perspective view of the right panel unit as seen from the rear. [Figure 4] FIG. 4 is a diagram showing the right panel unit from the rear, schematically illustrating the two lamps, the infrared emitting element, and the wiring of the harnesses therefor. [Figure 5] 5 is an enlarged perspective view of the AA cross section of FIG. 1 as seen from the rear. [Figure 6] FIG. 6 is an enlarged cross-sectional view showing the vicinity of the infrared ray storage section on the cross section BB of FIG. DETAILED DESCRIPTION OF THE INVENTION

[0008] [Description of the embodiments of the present disclosure] First, embodiments of the present disclosure will be listed and described. (1) The gas stove of the present disclosure is a gas stove including a gas burner and a housing that houses the gas burner. The housing includes a box-shaped housing main body and a front panel that is fixed to the front surface of the housing main body. A first fixing part for fixing a first lamp is provided on the right side of the rear surface of the front panel when viewed from the rear, a second fixing part for fixing a second lamp is provided on the left side, and a third fixing part for fixing an infrared emitting part is provided between the first fixing part and the second fixing part and at a position above the first fixing part and the second fixing part. a fixing seat for fixing a first cable tie is provided at a position closer to the first fixing part than the center between the first fixing part and the second fixing part, and the first cable tie is fixed to the fixing seat so that a wrapping center axis faces in the left-right direction while bundling a first harness leading from a base end to the first lamp, a second harness leading from the base end to the second lamp, and a third harness leading from the base end to the infrared emitting part, The first harness, the second harness, and the third harness are arranged extending in the left-right direction as a whole along the wrapping center axis of the first cable tie, the first harness, the second harness, and the third harness extend from the second fixed portion side to the first cable tie side, and only the first harness extends to the first fixed portion without being folded back, the second harness and the third harness are folded back 180 degrees toward the second fixed portion side between the first cable tie and the first fixed portion, the first harness, the second harness before and after the fold, and the third harness before and after the fold are tied together by the first cable tie, the second harness and the third harness extending from the first cable tie to the second fixed portion side are tied together by the second cable tie, the tie position by the second cable tie is closer to the first fixed portion than the second fixed portion, and the distance from the second cable tie to the infrared emitting unit is shorter than the distance from the second cable tie to the second fixed portion.

[0009] The first harness, the second harness before and after the 180-degree fold, and the third harness before and after the 180-degree fold are bound together with a first cable tie. When bound together with the first cable tie, the first harness extends toward the first fixing part, while the second and third harnesses that are folded back 180 degrees extend toward the second fixing part. This prevents the first lamp from being installed incorrectly.

[0010] In addition, the binding position of the second binding band is closer to the first fixing part than the second fixing part, and the distance from the second binding band to the infrared emitting part is shorter than the distance from the second binding band to the second fixing part, thereby preventing incorrect installation of the second lamp and the infrared emitting part.

[0011] (2) In the gas stove described in (1), it is preferable that the distance from the second binding band to the infrared emitting part is shorter than the distance from the second binding band to the first fixing part.

[0012] This prevents the infrared transmitter from being attached to the first fixing part by mistake. The second cable tie does not necessarily have to be fixed to the fixing seat. The reason for this is that even if the infrared transmitter is not fixed, if an attempt is made to forcibly fix the infrared transmitter to the first fixing part, the periphery of the second cable tie will rise up, allowing the worker to realize that they are trying to fix it in the wrong place.

[0013] (3) In the gas stove described in (1) or (2), it is preferable that the distance from the first cable tie to the first lamp is shorter than the distance from the first cable tie to the second fixing portion.

[0014] In this way, it becomes physically impossible to attach the first lamp to the second fixing part, thereby preventing erroneous attachment.

[0015] (4) In the gas stove described in any one of (1) to (3), it is preferable that reinforcing tape to prevent flexing is wrapped between the first cable tie and the first fixing portion in the first harness, and between the second cable tie and the second fixing portion in the second harness.

[0016] In this way, the first harness can be maintained facing the first fixing part, and the second harness can be maintained facing the second fixing part, making it possible to inform the worker of the correct attachment location.

[0017] [Details of the embodiments of the present disclosure] Embodiments of the present disclosure will be described with reference to Figures 1 to 6. The present disclosure is not limited to these examples, but is defined by the claims, and is intended to include all modifications within the meaning and scope of the claims.

[0018] [Overall structure of gas stove] The overall structure of gas stove 1 will be described with reference to Figure 1. Gas stove 1 is a built-in stove. Gas stove 1 has a roughly rectangular parallelepiped housing 2. Housing 2 is formed in a roughly box shape that opens upward. A top plate 3 is fixed to the top of housing 2. Housing 2 houses a right burner 4 on the front right, a left burner 5 on the front left, and a rear burner 6 on the rear center side. A grill door 7 is provided in the center of the front of housing 2 so that it can be pulled out toward the front. Grill door 7 opens and closes the opening of a grill chamber (not shown) installed within housing 2. A right panel unit 31 is provided to the right of grill door 7, and a left panel unit 32 is provided to the left of it. Housing 2 has a roughly box-shaped housing main body 20, the right panel unit 31, and the left panel unit 32.

[0019] [Right panel unit and left panel unit] As shown in FIG. 1, ignition buttons 11 and 12 are provided side by side, starting from the right, in approximately the center of the right panel unit 31 in the height direction. Ignition button 11 ignites and extinguishes the right burner 4, and ignition button 12 ignites and extinguishes the grill burner (not shown) inside the grill chamber. The right panel unit 31 includes an upper panel 33 having ignition buttons 11 and 12, and a lower panel 34 provided below the upper panel 33 and having a battery case 8. The battery case 8 can store dry batteries (not shown) (see FIG. 2).

[0020] As shown in FIG. 2, levers 21 and 22 are provided, from right to left, on the upper side of the upper panel 33 in the height direction above the ignition buttons 11 and 12. The levers 21 and 22 are heat adjustment levers for adjusting the heat of the right burner 4 and the grill burner in the grill chamber. The upper panel 33 has lever slide holes 41 and 42 that are elongated in the left-right direction. The levers 21 and 22 are arranged in the lever slide holes 41 and 42 and can swing left and right. The upper panel 33 corresponds to the front panel of the present disclosure.

[0021] As shown in FIG. 1 , ignition buttons 13 and 14 are provided side by side, starting from right, in the approximate center of the left panel unit 32 in the height direction. The ignition button 13 ignites and extinguishes the rear burner 6, and the ignition button 14 ignites and extinguishes the left burner 5. The left panel unit 32 includes an upper panel 35 having the ignition buttons 13 and 14, and a lower panel 36 provided below the upper panel 35. Levers 23 and 24 are provided, starting from right, above the ignition buttons 13 and 14 on the upper side of the upper panel 35 in the height direction. The levers 23 and 24 are flame power adjustment levers for adjusting the flame power of the rear burner 6 and the left burner 5. The two flame power adjustment levers 23 and 24, located adjacent to each other on the upper panel 35 of the left panel unit 32, include lever slide holes 43 and 44 that are elongated in the left-right direction. The levers 23 and 24 are arranged in lever slide holes 43 and 44 and are capable of swinging in the left-right direction.

[0022] As shown in Figures 1 and 2, the upper and lower panels 33, 34 of the right panel unit 31 are made of resin and are formed into a generally rectangular plate shape when viewed from the front. The ignition buttons 11, 12 are provided side-by-side on the upper panel 33 so as to be pressable. The decorative panel 25 is attached to the front of the upper panel 33. The battery case 8 is provided below the ignition buttons 11, 12. The cover 26 is attached to the front of the lower panel 34 so as to close the front opening of the battery case 8.

[0023] The upper and lower panels 35, 36 of the left panel unit 32 shown in Figure 1 are made of resin and are formed into a generally rectangular plate shape when viewed from the front. The ignition buttons 13, 14 are provided side-by-side on the upper panel 35 so that they can be pressed in. The decorative panel 27 is attached to the front of the upper panel 35. The cover 28 is attached to the front of the lower panel 36.

[0024] The upper panel 33 of the right panel unit 31 has a cover body 50, a diffusion panel 52, and a panel main body 54. As shown in FIG. 2, the panel main body 54 has a pair of left and right storage sections 211, 212 that store a pair of left and right light-emitting elements 331, 340, respectively. The first storage section 211 on the left side in the figure is open to the front. The left first storage section 211 is located between the ignition button 12 and the lever 22. The second storage section 212 on the right side in the figure is open to the front. The right second storage section 212 is located between the ignition button 11 and the lever 21.

[0025] As shown in Fig. 2, the panel main body 54 has an infrared storage section 511 that stores an infrared emitting element 512 that emits an infrared signal forward. The infrared storage section 511 is located between the slide holes 41 and 42. The infrared storage section 511 opens forward. A cover body 50 is attached to the panel main body 54 so as to cover the opening of the infrared storage section 511 (see Fig. 6).

[0026] The upper panel 35 of the left panel unit 32 has a configuration similar to that of the upper panel 33 of the right panel unit 31, and therefore a detailed description thereof will be omitted. That is, the upper panel 35 of the left panel unit 32 includes a cover body (not shown) disposed on the left side of the gas stove 1, a diffusion panel (not shown), and a panel body (not shown).

[0027] [Internal structure of the upper panel] The upper panel 33 will be described as seen from the rear with reference to Figure 3. The first lamp 311 indicates the ignition or extinguishing state of the grill burner in the grill chamber when the ignition button 12 is pressed, and the second lamp 312 indicates the ignition or extinguishing state of the right burner 4 when the ignition button 11 is pressed. Similarly, the first lamp 321 on the left panel unit 32 indicates the ignition or extinguishing state of the left burner 5 when the ignition button 14 is pressed, and the second lamp 322 indicates the ignition or extinguishing state of the rear burner 6 when the ignition button 13 is pressed.

[0028] Infrared storage section 511 stores infrared emitting element 512. When infrared emitting element 512 is stored in infrared storage section 511, infrared emitting element 512 is capable of emitting an infrared signal forward. When gas stove 1 is in use, the infrared signal emitted from infrared emitting section 401 is reflected by a user standing in front of gas stove 1 and is received by a receiving section of a ventilation device (not shown) provided above gas stove 1.

[0029] 5, the upper panel 33 will be described as viewed from the rear. Each lamp has a light-emitting element. In the present disclosure, the first lamp 311 has a first light-emitting element 331 and a first lamp body 332 arranged behind the first light-emitting element 331. For example, the light-emitting element includes an LED. The first lamp 311 is electrically connected to a control circuit in the housing 2 via a first harness 701 (described later) that bundles together wires (not shown) drawn out to the rear of the first lamp body 332. A pair of locking pieces 333A are formed on both the left and right sides of the first lamp body 332. The number of locking pieces 333A of the first lamp body 332 is not limited to two.

[0030] In the present disclosure, the second lamp 312 has a second light-emitting element 340 and a second lamp body 341 disposed behind the second light-emitting element 340. For example, the light-emitting element includes an LED. The second lamp 312 is electrically connected to a control circuit in the housing 2 via a second harness 702 (described later) that bundles together wires (not shown) drawn out to the rear of the second lamp body 341. A pair of locking pieces 342A are formed on both the left and right sides of the second lamp body 341. The number of locking pieces 342A of the second lamp body 341 is not limited to two.

[0031] As shown in Fig. 6, the infrared emitting unit 401 has an infrared emitting element 512 and a cover body 50. The infrared emitting element 512 is held by a support body 514 connected to the rear of a light emitting unit 513, which is a portion that emits an infrared signal. The infrared emitting element 512 is electrically connected to a control circuit in the housing 2 via a third harness 703 (described later) that bundles together wiring 517 drawn out to the rear of the support body 514. The light emitting unit 513 is clamped in the vertical direction by, for example, clamping portions 515 of the panel main body 54. A pair of engagement pieces 516A is formed on both the vertical sides of the support body 514. The number of engagement pieces 516A of the support body 514 is not limited to two.

[0032] The same applies to the first lamp 321, the second lamp 322, and the infrared transmitter 402 on the left panel unit 32. In terms of internal structure, the upper panel 35 of the left panel unit 32 has almost the same internal structure as the upper panel 35 of the right panel unit 31, and therefore detailed description thereof will be omitted.

[0033] [First storage compartment, second storage compartment, and infrared storage compartment] As shown in FIG. 5, the first storage section 211 on the right side of the drawing has a rectangular cylindrical shape that opens in the front-to-rear direction. The first storage section 211 has a front opening that opens forward and a rear opening that opens rearward. A pair of left and right latching portions 333B are formed on the edge of the rear opening. The pair of latching pieces 333A of the first lamp 311 latches with the pair of latching portions 333B of the first storage section 211 from the front, thereby fixing the first lamp 311 to the first storage section 211. The front opening of the first storage section 211 in which the first lamp 311 is stored is covered by a diffusion panel 52.

[0034] The second storage section 212 on the left side in the figure has a rectangular cylindrical shape that opens in the front-to-rear direction. The second storage section 212 has a front opening that opens to the front and a rear opening that opens to the rear. A pair of left and right latching portions 342B are formed on the opening edge of the rear opening. The pair of latching pieces 342A of the second lamp 312 latches with the pair of latching portions 342B of the second storage section 212 from the front, thereby fixing the second lamp 312 to the second storage section 212.

[0035] As shown in Fig. 5, a first cable tie 601 is disposed at a position slightly closer to the first storage section 211 than the center between the first storage section 211 and the second storage section 212. The first cable tie 601 has a pair of locking pieces 602 at the front and a binding portion at the rear for binding the harness. The first cable tie 601 is fixed to both edge portions of the opening of the panel main body 54 by the pair of locking pieces 602 of the first cable tie 601. The both edge portions of the opening of the panel main body 54 will be referred to as fixing seats 603 below.

[0036] As shown in FIG. 6 , the infrared storage unit 511 has a rectangular cylindrical shape that opens in the front-rear direction. The infrared storage unit 511 has a front opening that opens forward, a rear opening that opens rearward, and a pair of upper and lower clamping portions 515 that sandwich the infrared emitting element 512 from above and below in the light-emitting portion 513. A pair of upper and lower locking portions 516B are formed on the edge of the rear opening. A pair of locking pieces 516A of the support body 514 of the infrared emitting element 512 locks with the pair of locking portions 516B of the infrared storage unit 511 from the front, thereby fixing the infrared emitting element 512 to the infrared storage unit 511. The front opening of the infrared storage unit 511, in which the infrared emitting element 512 is stored, is covered by a cover body 50. The cover body 50 is fixed by the panel main body 54 and the decorative panel 25.

[0037] That is, the first storage section 211, the second storage section 212, and the infrared storage section 511 correspond to the first fixing section that fixes the first lamp 311, the second fixing section that fixes the second lamp 312, and the third fixing section that fixes the infrared transmitter 401, respectively, of the present disclosure. Note that, even in terms of fixing structure, the upper panel 35 of the left panel unit 32 is substantially the same as the upper panel 33 of the right panel unit 31, and therefore detailed description thereof will be omitted.

[0038] [Harness] The harnesses on the upper panel 33 of the right panel unit 31 will be described with reference to Figures 3 and 4. Examples of the harnesses in this embodiment include a first harness 701, a second harness 702, and a third harness 703. The first harness 701, the second harness 702, and the third harness 703 all start from the same base end 704.

[0039] The first harness 701 has a first cable tie 601, a first reinforcing tape 801, and a first lamp 311 arranged in this order from the base end 704. The first harness 701 runs from the base end 704 through the first cable tie 601 to the first lamp 311.

[0040] The second harness 702 is provided with, in order from the base end 704, a first cable tie 601, a second cable tie 604, a second reinforcing tape 802, and a second lamp 312. The second harness 702 extends from the base end 704 toward the first cable tie 601, is folded back 180 degrees by the first cable tie 601, is again bound by the first cable tie 601, and is then bound by the second cable tie 604 and connected to the second lamp 312. The second harness 702 is bound so that the winding central axis of the first cable tie 601 faces the left-right direction. The second cable tie 604 is positioned closer to the first storage section 211 than the center between the first storage section 211 and the second storage section 212. The second cable tie 604 is also positioned closer to the second storage section 212 than the first cable tie 601.

[0041] The third harness 703 has the first cable tie 601, the second cable tie 604, and the infrared emitting element 512 arranged in this order from the base end 704. The third harness 703 extends from the base end 704 toward the first cable tie 601, is folded back 180 degrees by the first cable tie 601, is again tied to the first cable tie 601, is then tied to the second cable tie 604, and is immediately bent upward to lead to the infrared emitting element 512. The third harness 703 is tied so that the central axis of the first cable tie 601 faces the left-right direction. It is desirable that the distance from the second cable tie 604 to the infrared emitting unit 511 be shorter than the distance from the second cable tie 604 to the second storage unit 212.

[0042] A first reinforcing tape 801 for preventing flexure is wound around the first harness 701 itself between the first cable tie 601 and the first storage section 211 in the first harness 701. A second reinforcing tape 802 for preventing flexure is wound around the second harness 702 itself between the second cable tie 604 and the second storage section 212 in the second harness 702. In this way, the first harness 701 can be maintained in a horizontal position facing the first storage section 211, and the second harness 702 can be maintained in a horizontal position facing the second storage section 212, making it possible to inform the worker of the correct attachment locations. The first reinforcing tape 801 and the second reinforcing tape 802 correspond to the "reinforcing tape" of the present disclosure.

[0043] 4, the linear distance from the first cable tie 601 to the first lamp 311 (the tip of the first harness 701) is defined as L_a. The linear distance from the first cable tie 601 to the second storage section 212 of the second lamp 312 is defined as LA_2. Since the position of the first cable tie 601 is closer to the first storage section 211 than the center between the first storage section 211 and the second storage section 212, L_a is shorter than LA_2.

[0044] The linear distance from the second binding band 604 to the first storage section 211 of the first lamp 311 is defined as LB_1. The linear distance from the second binding band 604 to the infrared transmitter 401 (the tip of the third harness 703) is defined as L_c. The linear distance from the second binding band 604 to the infrared storage section 511 is defined as LB_3. Note that although L_c and LB_3 are shown as different distances in FIG. 4, they are almost the same distance in this embodiment.

[0045] The linear distance from the second binding band 604 to the second housing section 212 of the second lamp 312 is defined as LB_2. L_c is shorter than LB_1 and LB_2. From the viewpoint of preventing erroneous installation between the second lamp 312 and the infrared emitting element 512 (infrared emitting unit 401), it is desirable that the distance from the second binding band 604 to the infrared emitting housing section 511 be shorter than the distance from the second binding band 604 to the second housing section 212, and therefore L_c is shorter than LB_2. Furthermore, from the viewpoint of preventing erroneous installation between the first lamp 311 and the infrared emitting element 512 (infrared emitting unit 401), L_c is shorter than LB_1.

[0046] The linear distance from the second binding band 604 to the second lamp 312 (the tip of the second harness 702) is defined as L_b. Note that although LB_2 and L_b are shown as different distances in FIG. 4, they are almost the same distance in this embodiment. Note that the above definition of distance is based on the premise that each harness is linear, but it is not necessary for them to be strictly linear, and the harnesses may be slightly bent.

[0047] LB_2 is longer than LB_1. That is, the second cable tie 604 is provided at a position closer to the first storage section 211 than the center between the first storage section 211 and the second storage section 212. In this embodiment, the second cable tie 604 is not fixed to the panel main body 54, but the second cable tie 604 may be fixed to a fixing seat 55 of the panel main body 54. The fixing seat 55 shown in FIG. 4 corresponds to the "fixing seat" of the present disclosure.

[0048] [Harness routing work] Here, an example of the wiring work of the first harness 701, the second harness 702, and the third harness 703 of this embodiment will be described. First, with reference to Fig. 4, the wiring of the first harness 701 and the attachment of the first lamp 311 will be described. Next, the wiring of each of the second harness 702 and the third harness 703 and the attachment of each of the second lamp 312 and the infrared element 512 will be described.

[0049] First, the harnesses are bundled and secured in a predetermined routing configuration using first and second cable ties 601 and 604. An operator secures the first cable ties 601 to the securing base 603 so that the first harness 701 extends into the first storage section 211. Next, when storing the first lamp 311 in the first storage section 211, if the operator attempts to secure the infrared emitting element 512 (infrared emitting unit 401) in the first storage section 211, the infrared emitting element 512 (infrared emitting unit 401) cannot be secured in the first storage section 211 because L_c is shorter than LB_1. Therefore, the first lamp 311 and the infrared emitting element 512 (infrared emitting unit 401) will not be secured in the first storage section 211 by mistake. In this case, the periphery of the second cable ties 604 will be raised, allowing the operator to notice the incorrect installation.

[0050] Furthermore, even if the first cable tie 601 is fixed to the fixing seat 603 so that the first harness 701 extends toward the second storage section 212, L_a is shorter than LA_2, so it is physically impossible to fix the first lamp 311 at the tip of the first harness 701 to the second storage section 212. Therefore, the first lamp 311 at the tip is fixed to the first storage section 211. After the first lamp 311 is fixed to the first storage section 211 in this way, the second harness 702 and the third harness 703 extend from the second cable tie 604 toward the second storage section 212.

[0051] Next in the wiring work, the worker attaches the infrared emitting element 512 (infrared emitting unit 401) to the infrared storage unit 511. If the worker attempts to attach the infrared emitting element 512 (infrared emitting unit 401) toward the second storage unit 212, L_c is shorter than LB_2, and therefore the length of the third harness 703 is insufficient, making it physically impossible to fix the infrared emitting element 512 (infrared emitting unit 401) to the second storage unit 212, and making it impossible to mistakenly fix the infrared emitting element 512 (infrared emitting unit 401) to the second storage unit 212.

[0052] Furthermore, when an operator attempts to fix the second lamp 312 to the infrared storage section 511, the second harness 702 around which the second reinforcing tape 802 is wound extends to the infrared storage section 511 without bending. However, because LB_2 is longer than L_c, there is an excess length of the second harness 702 up to the infrared storage section 511, and the operator can visually see the difference in physical length, which may result in the operator noticing the incorrect installation.

[0053] Thereafter, the second lamp 312 at the tip of the second harness 702 is fixed to the second storage section 212, and the infrared emitting element 512 (infrared emitting unit 401) at the tip of the third harness 703 is fixed to the infrared emitting unit 511. This prevents the second lamp 312 and the infrared emitting element 512 (infrared emitting unit 401) from being erroneously attached. This allows the first lamp 311, the second lamp 312, and the infrared element 512 (infrared emitting unit 401) to be correctly stored in the first storage section 211, the second storage section 212, and the infrared emitting unit 511, respectively.

[0054] Furthermore, when fastening the first cable tie 601 to the fixing seat 603 so that the first harness 701 extends into the first storage section 211, if the first cable tie 601 is mistakenly fastened to the fixing seat 603 so that the first harness 701 extends toward the second storage section 212, L_a is shorter than LA_2, so it is physically impossible to fasten the first lamp 311 to the second storage section 212. Therefore, incorrect attachment by the worker can be detected after the fact.

[0055] [Other cabling work] When fixing each harness in a predetermined wiring configuration using only the first cable tie 601, if the first cable tie 601 is mistakenly fixed to the fixing seat 603 so that the first harness 701 extends toward the second storage section 212, it is physically impossible to fix the first lamp 311 to the second storage section 212 because L_a is shorter than LA_2. Therefore, the first lamp 311 at the tip of the first harness 701 is fixed to the first storage section 211.

[0056] After the first lamp 311 is fixed to the first storage section 211, the second harness 702 and the third harness 703 are tied to the second cable tie 604. Here, the second cable tie 604 may be fixed to the fixing seat 55. If fixed, the worker fixes the second cable tie 604 to the fixing seat 55. Next, as part of the wiring work, when the second lamp and the infrared element 512 (infrared emitting unit 401) are fixed, the second lamp and the infrared element 512 (infrared emitting unit 401) are stored in the respective storage sections 212, 511 using the same procedure as above. Thus, the first lamp 311, the second lamp 312, and the infrared emitting element 512 (infrared emitting unit 401) are fixed to the first storage section 211, the second storage section 212, and the infrared storage section 511.

[0057] In addition, the upper panel 35 of the left panel unit 32 has a configuration that is almost the same as the upper panel 33 of the right panel unit 31 in terms of the harness, its routing, and the routing work, so a detailed explanation will be omitted. [Explanation of symbols]

[0058] 1: Gas stove 2: Housing 3: Top plate 4: Right burner (gas burner) 5: Left burner (gas burner) 6: Rear burner (gas burner) 7: Grill door 8: Battery case 11,12: Ignition button 13,14: Ignition button 20: Housing main body 21, 22: Levers 23, 24: Levers 25: Decorative panel 26: Cover 27: Decorative panel 28: Cover 31: Right panel unit 32: Left panel unit 33: Upper panel 34: Lower panel 35: Upper panel 36: Lower panel 41, 42: Lever slide hole 43, 44: Lever slide hole 50: Cover body 52: Diffusion panel 54: Panel body 55: Fixing base 211: First storage section 212: Second storage section 311: 1st lamp 312: 2nd lamp 321: 1st lamp 322: 2nd lamp 331: First light emitting element 332: First lamp body 333A: Locking piece 333B: Locked part 340: Second light emitting element 341: Second lamp body 342A: Locking piece 342B: Locked part 401: Infrared transmitter 402: Infrared transmitter 511: Infrared ray storage section 512: Infrared ray emitting element 513: Light emitting section 514: Support body 515: Clamping section 516A: Engagement piece 517: Wiring 516B: Locked section 601: First cable tie 602: Locking piece 603: Fixing seat 604: Second cable tie 701: First harness 702: Second harness 703: Third harness 704: Base end 801: First reinforcing tape 802: Second reinforcing tape

Claims

1. A gas burner and A gas stove comprising: a housing that accommodates the gas burner; the housing includes a box-shaped housing main body and a front panel fixed to a front surface of the housing main body; a first fixing portion for fixing a first lamp is provided on the right side of the rear surface of the front panel when viewed from the rear, a second fixing portion for fixing a second lamp is provided on the left side, and a third fixing portion for fixing an infrared emitting portion is provided between the first fixing portion and the second fixing portion and at a position above the first fixing portion and the second fixing portion, and a fixing seat for fixing a first cable tie is provided at a position closer to the first fixing portion than the center between the first fixing portion and the second fixing portion, the first binding band is fixed to the fixing seat such that a winding center axis faces the left-right direction while binding together a first harness leading from a base end portion to the first lamp, a second harness leading from the base end portion to the second lamp, and a third harness leading from the base end portion to the infrared transmitter; the first harness, the second harness, and the third harness are arranged to extend in the left-right direction as a whole along the winding central axis of the first binding band, the first harness, the second harness, and the third harness extend from the second fixing portion side to the first binding band side, and only the first harness extends to the first fixing portion without being folded back, the second harness and the third harness are folded back 180 degrees toward the second fixing portion between the first binding band and the first fixing portion, and the first harness, the second harness before and after the folding back, and the third harness before and after the folding back are bound by the first binding band; A gas stove, wherein the second harness and the third harness extending from the first cable tie toward the second fixed portion are tied together by a second cable tie, the tie position of the second cable tie is closer to the first fixed portion than to the second fixed portion, and the distance from the second cable tie to the infrared transmitter is shorter than the distance from the second cable tie to the second fixed portion.

2. The gas stove according to claim 1 , wherein a distance from the second binding band to the infrared emitting part is shorter than a distance from the second binding band to the first fixing part.

3. The gas stove according to claim 2 , wherein a distance from the first cable tie to the first lamp is shorter than a distance from the first cable tie to the second fixing portion.

4. A gas stove as described in any one of claims 1 to 3, wherein reinforcing tape to prevent sagging is wound between the first cable tie and the first fixing portion in the first harness, and between the second cable tie and the second fixing portion in the second harness.

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