CN213019759U - Gas kitchen ranges - Google Patents

Abstract

The utility model provides a gas stove, which relates to the technical field of kitchen appliances, and comprises a gas stove body, an ignition regulating switch which is arranged on the gas stove body and is provided with a first gear range, an ignition control element which plays a control role, and a timing element which is electrically connected with the ignition control element; the ignition regulating switch is also provided with a second gear range; when the ignition regulating switch is in the first gear range, ignition can be performed through the ignition control element, and the ignition regulating switch can regulate the fire power; when the ignition adjusting switch is in the second gear range, the timing element is started to work, cooking time can be set, the gas stove body is controlled to be flamed out after cooking is finished through the ignition control element, and the technical problem that a gas stove in the prior art lacks of a specific gear with a timing function is solved.

Description

Gas kitchen ranges

Technical Field

The utility model belongs to the technical field of the kitchen appliance technique and specifically relates to a gas-cooker is related to.

Background

The daily cooking soup cooking process generally comprises the steps of cleaning food materials, putting the food materials into a soup pot, adding enough water, heating the food materials to boiling with maximum firepower, properly adjusting the firepower to be small, continuing heating with medium to large fire, cleaning blood, wiping and other impurities, after the time is about 15 minutes to 20 minutes, starting to operate a knob to adjust and search for approximately suitable firepower for cooking soup and heating after the work is completed, and determining a approximate heating time period by looking at the time, and then removing other things.

However, in the above process, since the conventional gas cooker has no special soup cooking position, the user can only set the heating power and estimate the cooking completion time according to his own experience, so that the heating power is not easily controlled, and the user may forget to turn off the gas cooker after the cooking time is reached.

Based on the above problem, the utility model provides a gas-cooker with a kind of deep pot hot water keeps off the position and has timing function seems to be especially important.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a gas-cooker to the gas-cooker among the prior art has been alleviated and has lacked the technical problem that has the specific fender position of timing function.

The utility model provides a gas stove, which comprises a gas stove body, an ignition regulating switch which is arranged on the gas stove body and is provided with a first gear range, and an ignition control element which plays a control role;

the gas stove also comprises a timing element which is electrically connected with the ignition control element;

the ignition regulating switch is also provided with a second gear range;

when the ignition regulating switch is in the first gear range, ignition can be performed through the ignition control element, and the ignition regulating switch can regulate the fire power;

when the ignition adjusting switch is located in the second gear range, the timing element is started to work, cooking time can be set, and the ignition control element controls the gas stove body to extinguish after cooking is finished.

Furthermore, the ignition regulating switch is mechanically connected with the timing element, and the ignition regulating switch can drive the timing element to move when being located in the second gear range, so as to realize a timing function.

Further, the ignition regulating switch comprises a plug valve, the plug valve is provided with a valve rod capable of being regulated in a rotating mode, and a cam is arranged on the valve rod;

the gas stove also comprises a signal microswitch, the signal microswitch is electrically connected with the ignition control element, and the signal microswitch is arranged corresponding to the cam;

the valve stem is mechanically connected with the adjusting input end of the timing element so as to set the cooking time by rotating the valve stem;

when the ignition regulating switch is in the first gear range, the cam and the signal microswitch are in a separated state so as to cut off a timing circuit consisting of the signal microswitch, the ignition control element and the timing element;

when the ignition regulating switch is in the second gear range, the cam is in contact with the signal microswitch so as to switch on a timing circuit consisting of the signal microswitch, the ignition control element and the timing element.

Further, the timing element is a potentiometer.

Further, when the ignition regulating switch is located in the second gear range, the ignition regulating switch can regulate firepower by rotating the valve rod.

Further, the timing circuit is powered by a battery.

Further, the gas stove body comprises a panel, and an operation part of the ignition adjusting switch protrudes out of the panel;

the panel upper surface just is located the region around the operation portion is provided with first sign district and the second sign district that arranges in order, first sign district with first fender interval corresponds the setting, the second sign district with second fender interval corresponds the setting.

Further, the gas stove comprises an electromagnetic valve arranged on a gas pipeline, and the electromagnetic valve is electrically connected with the ignition control element so as to enable the electromagnetic valve to be in an open state in the cooking process and to be in a closed state after the cooking is finished.

Furthermore, the second blocking section comprises various cooking section units which are sequentially arranged according to time length.

Further, one or more cooking zone units form a soup cooking gear zone.

Has the advantages that:

the utility model provides a pair of gas stove, including the gas-cooker body, set up in the ignition regulating switch of gas-cooker body and carry out the ignition control component who controls the gas-cooker body, wherein, the gas-cooker body includes at least one combustor, ignition regulating switch has first gear interval, from this, when user's needs are igniteed, only need start ignition regulating switch, and ignite through ignition control component control, so that the combustor ignites the burning, and, can adjust ignition regulating switch according to user's demand, adjust the firepower size, in order to adapt to different culinary art modes.

On the basis, the gas stove further comprises a timing element electrically connected with the ignition control element, and the ignition regulating switch is additionally provided with a second gear range, and cooking modes which do not have time requirements in some first gear ranges or cooking modes which do not have time requirements in some first gear ranges can be met through the second gear range, so that when a user needs to cook in a timing mode, the ignition regulating switch is only switched to the second gear range, the timing element is started to work, and the user can set cooking time through the timing element; after the set time is up, the timing element sends the information of the time to the ignition control element, and the ignition control element controls the flameout of the burner of the gas stove body.

To sum up, compare in prior art, the gas-cooker that this application provided has add the second gear interval with the ignition regulating switch, and has add timing element, therefore, can set for the culinary art time through timing element when the ignition regulating switch is in the second gear interval, thereby, to the culinary art mode that has the timing demand, the user need not worry constantly that the culinary art time arrives and can't flame-out problem, and, to some specific culinary art modes (the culinary art mode that does not exist in the first gear interval), the user need not set for the problem of firepower size and culinary art time length in the first gear interval according to the experience of oneself again, and then, the convenience of culinary art has been improved greatly, safety, user's experience sense has been improved.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the embodiments or the technical solutions in the prior art will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.

Fig. 1 is a schematic structural diagram of a gas stove product provided by an embodiment of the present invention;

fig. 2 is a schematic structural diagram of a plug valve provided in an embodiment of the present invention;

fig. 3 is a schematic view of fire control of an ignition adjusting switch according to an embodiment of the present invention;

fig. 4 is a schematic circuit diagram of a burner according to an embodiment of the present invention.

Icon:

100-gas stove body; 110-a first identification area; 120-a second identification area; 130-a burner;

200-ignition regulating switch; 210-plug valve; 220-a valve stem; 230-a cam; 240-knob;

300-an ignition control element; 400-a timing element; 500-signal microswitch;

600-a battery; 700-solenoid valve;

a-a first gear range; b-second gear range.

Detailed Description

The technical solution of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are some, but not all embodiments of the present invention. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

At present, a cock valve type gas stove on the market basically comprises a burner, a knob, a cock valve, an ignition control panel, an ignition circuit, an electromagnetic valve and other structures, when a user needs to cook, the user only needs to press downwards and turn the knob in a screwing mode, the ignition circuit is controlled by the ignition control panel to ignite, meanwhile, the electromagnetic valve is opened, a gas pipeline conveys gas, the burner is made to burn, and firepower can be adjusted by turning the knob in a screwing mode to meet cooking requirements under different conditions.

However, in the actual use process, the inventor finds that the cooking functions of some existing gas stoves are not perfect, for example, the functions of boiling soup and boiling water are lacked, and due to the lack of some specific functions, a user can only set the fire power according to the existing gear by experience when performing corresponding cooking, and estimate the cooking time according to the experience. However, due to the long cooking time, such as soup making, boiling, etc., during the cooking, the user often leaves the gas stove to do other things, and thus forgets that the gas stove is still burning, which causes problems such as dry pot, fire, gas leakage, etc. In addition, the specific cooking firepower is set according to the existing gear, which easily causes inaccurate firepower control and influences the cooking efficiency, the taste of food materials and other problems.

Based on this, the embodiment provides a gas stove capable of satisfying a specific cooking function and having a timing function, referring to fig. 1 to fig. 4, the specific technical solution is as follows:

the embodiment provides a gas stove, which comprises a gas stove body 100, an ignition regulating switch 200 arranged on the gas stove body 100 and provided with a first gear range a, and an ignition control element 300 for controlling the gas stove body 100 by a user, and in addition, the gas stove further comprises a timing element 400, the timing element 400 is electrically connected with the ignition control element 300, the ignition regulating switch 200 is further provided with a second gear range b, therefore, when the ignition regulating switch 200 is in the first gear range a, ignition can be carried out through the ignition control element 300, and the fire power is regulated through the ignition regulating switch 200 so as to adapt to cooking requirements under different conditions; when the ignition adjusting switch 200 is in the second gear range b, the positioning element can start the timing function, and the user can set the cooking time through the timing element 400, so that the gas stove body 100 can be controlled to be extinguished through the ignition control element 300 after the cooking is finished.

On the basis of the prior art, the gas stove provided by the embodiment is additionally provided with the timing element 400, the ignition adjusting switch 200 is additionally provided with the second gear range b, and the second gear range b can meet the requirements that some first gear ranges a do not exist and have time requirements for cooking, or meet the requirements that some first gear ranges a exist and have time requirements for cooking, so that when a user needs to cook at regular time, the ignition adjusting switch 200 is only required to be switched to the second gear range b, the timing element 400 is started to work, and the user can set the cooking time through the timing element 400; after the set time is up, the timing element 400 sends the time information to the ignition control element 300, and the ignition control element 300 controls the burner 130 of the gas stove body 100 to be extinguished.

To sum up, compare in prior art, the gas-cooker that this application provided has add second gear interval b with ignition regulating switch 200, and has add timing element 400, from this, can set for the culinary art time through timing element 400 when ignition regulating switch 200 is in second gear interval b, thereby, to the culinary art mode that has the timing demand, the user need not worry constantly that the culinary art time arrives and can't flame-out problem, and, to some specific culinary art modes (the culinary art mode that does not exist in first gear interval a), the user need not set for the problem of firepower size and culinary art time length in first gear interval a according to own experience again, and then, the convenience of culinary art, the security has been improved greatly, user's experience sense has been improved.

In a preferred embodiment, the ignition adjusting switch 200 is mechanically connected to the timing element 400, and when the ignition adjusting switch 200 is in the second gear range b, the ignition adjusting switch can drive the timing element 400 to move so as to set the timing time and realize the timing function.

Further, the ignition adjusting switch 200 includes a cock valve 210, the cock valve 210 has a rotatably adjustable valve stem 220, and a cam 230 is disposed on the valve stem 220; the gas stove further comprises a signal microswitch 500, the signal microswitch 500 is electrically connected with the ignition control element 300, and the signal microswitch 500 is arranged corresponding to the cam 230; the valve stem 220 is mechanically connected to the adjustment input of the timing element 400 to set the cooking time by rotating the valve stem 220; when the ignition regulating switch 200 is in the first gear range a, the cam 230 and the signal microswitch 500 are in a separated state, so as to disconnect a timing circuit formed by the signal microswitch 500, the ignition control element 300 and the timing element 400; when the ignition regulating switch 200 is in the second gear range b, the cam 230 and the signal microswitch 500 are in a contact state, so as to switch on a timing circuit formed by the signal microswitch 500, the ignition control element 300 and the timing element 400.

Specifically, the gas stove body 100 includes a panel located at the upper portion, and the main body of the plug valve 210 is disposed inside the gas stove body 100 and located below the panel, a through hole is formed in the panel, the valve rod 220 extends to the upper portion of the panel through the through hole, and the knob 240 is installed at the upper end of the valve rod 220, so that the user can conveniently screw the valve rod 220 to achieve ignition or adjust fire. Further, the valve rod 220 is provided with the cam 230, the signal microswitch 500 is arranged near the cam 230, when the knob 240 is screwed by a user, the cam 230 is driven to rotate by the valve rod 220, so that when the ignition regulating switch 200 enters the second blocking interval b, the cam 230 can touch the signal microswitch 500, and as the signal microswitch 500, the ignition control element 300 and the timing element 400 are electrically connected to form a timing circuit, when the cam 230 touches the signal microswitch 500, the timing circuit is switched on, the timing function is switched on, at this time, the timing element 400 can output different timing signals according to the setting of the user, and the ignition control element 300 outputs different timing times after detecting the corresponding timing signals, thereby controlling the burner 130 to extinguish after the timing time reaches.

It should be noted that when the ignition adjusting switch 200 is in the first shift range a, the cam 230 does not touch the signal microswitch 500, and the timing circuit is in the off state, that is, when the ignition adjusting switch 200 is in the first shift range a, the cooking timing is not performed. Based on this, compare in prior art, the gas-cooker that this embodiment provided need not to carry out comparatively complicated improvement, only need on the basis of the ignition regulating switch 200 that has first gear interval a, adds second gear interval b and can regularly cook in this interval with ignition regulating switch 200 to, make the improvement process more succinct, reduced improvement cost. In addition, the signal microswitch 500 is normally in a normally closed state, and can be turned on only by being touched by the cam 230 when the ignition adjusting switch 200 is in the second gear range b. The specific structure and operation of the stop cock valve 210 can be found in the prior art and will not be described in detail herein.

As a preferred embodiment, the gas range further includes a solenoid valve 700 disposed on the gas pipeline, the solenoid valve 700 being electrically connected to the ignition control element 300, whereby, when the user turns the knob 240 to ignite, the solenoid valve 700 is opened by the control action of the ignition control element 300, so that the gas can be delivered to the burner 130 through the gas pipeline; when cooking is finished, the timing element 400 sends timing arrival information to the ignition control element 300, and the ignition control element 300 controls the electromagnetic valve 700 to close, so that the function of timing cooking is realized. It should be noted here that, with regard to the opening or closing principle of the solenoid valve 700, reference may also be made to the corresponding prior art, and no limitation is made here.

As a further preferred implementation, the timing element 400 in this embodiment employs a potentiometer, wherein the potentiometer is one of variable resistors, and the voltage and current levels are adjusted by adjusting the resistance value. Here, the potentiometer is used, and under the driving action of the valve rod 220, the potentiometer can switch different working states, that is, different resistance signals are output at different positions, and the ignition control element 300 can detect the resistance signal of the potentiometer, so as to output different timing time, thereby realizing the timing function. Of course, the timing element 400 may be other electric elements capable of realizing the timing function besides the potentiometer, and is not limited herein.

As a preferred embodiment, in the present embodiment, when the ignition adjusting switch 200 is in the second shift range b, the fire power can be adjusted by rotating the valve rod 220 of the plug valve 210, so that when the ignition adjusting switch 200 is in the second shift range b, the user can turn the knob 240 and switch the state of the plug valve 210 through the valve rod 220, thereby adjusting the fire power to meet different cooking requirements.

Here, the specific principle of the heating power adjustment in the above state is the same as that of the heating power adjustment when the ignition adjusting switch 200 is in the first shift range a, and will not be described in detail here.

In a preferred embodiment, when the ignition adjusting switch 200 is in the second gear range b, the electric energy in the timing circuit is supplied by the battery 600. The gas stove is powered by the battery 600, the timing function of the gas stove in the prior art is replaced, the mains supply of the power adapter is adopted, the use safety of the gas stove is guaranteed, the use cost is reduced to a certain extent, the gas stove is suitable for the demands of common people in the market, and the market share is relatively high.

Further, in order to ensure the durability of the battery 600 and prolong the service life, in this embodiment, the timing circuit is switched on when the ignition adjusting switch 200 is in the second gear range b, so as to realize the timing function, and compared with the prior art in which the mains supply is supplied by the power adapter in the first gear range a, the battery 600 is used for supplying power to the timing circuit, so that the electric energy consumption is reduced to a certain extent, the use cost is reduced, and the use safety of the gas stove is ensured.

Further preferably, the timing circuit is powered by a dry cell battery.

As a preferred embodiment, referring to fig. 3, the gas range body 100 of the present embodiment includes a panel, and the operation part of the ignition adjusting switch 200 protrudes from the panel; the area on the upper surface of the panel and around the operation portion is provided with a first identification area 110 and a second identification area 120 which are sequentially arranged, the first identification area 110 is arranged corresponding to the first gear area a, and the second identification area 120 is arranged corresponding to the second gear area b.

In consideration of convenience for use of a user, in the embodiment, the first identification area 110 and the second identification area 120 are arranged on the panel, and preferably, along the rotation direction of the knob 240, the first identification area 110 is in front of the panel, the second identification area 120 is behind the panel, and the two are adjacent to each other, so that when the user screws the knob 240, the user can select whether the knob 240 corresponds to the first identification area 110 or the second identification area 120 according to actual requirements, that is, when the user needs to perform ordinary cooking, the user can select a required cooking function from the first identification area 110, and then realize an ordinary cooking process; when the user needs a specific cooking function, the user may find the desired cooking function in the second identification area 120 and can set a cooking time and then implement the specific cooking function.

Further, the second blocking area b includes a plurality of cooking area units, that is, the second identification area 120 can be divided into a plurality of cooking functions, such as soup making, boiling, steaming and the like, which are sequentially arranged according to time duration, for example, 20 minutes is required for boiling, 30 minutes is required for soup making, 50 minutes is required for boiling, and then the order from front to back is steaming, soup making and boiling, so that when the time is selected, the cooking can be performed in order according to the time duration. Of course, each cooking function may have multiple cooking zone units, that is, multiple time selections, for example, the cooking function may be set for 15 minutes, 20 minutes, and 25 minutes to select according to the needs of the user, and likewise, the soup cooking and the boiling may be divided into different times to meet the tastes of different users.

It should be further noted that, in order to facilitate the user to distinguish the first gear section a from the second gear section b, a distinguishing structure, such as a damping structure, may be provided between the first gear section a and the second gear section b, that is, hand feeling in the two gear sections is different, so that the user can easily distinguish the two gear sections, of course, a blocking structure may also be provided, and when the user switches, the user can feel the blocking effect of the blocking structure, and then enter the second gear section b, and can also distinguish the two gear sections; of course, it is also possible to separate the two gear ranges at a distance to leave a neutral range. In addition, any other manner to meet the requirement may be adopted, and is not limited herein.

In this embodiment, the working process of the gas cooker will be described by taking soup cooking as an example, which is as follows:

cleaning food materials, putting the food materials into a stockpot, adding enough water, screwing a knob 240 to ignite, adjusting the firepower to be maximum in a first gear interval a until the food materials are boiled, properly adjusting the firepower to be small, continuing heating with medium to large fire, starting to clean impurities such as blood foam, rotating the knob 240 to a second gear interval b after a short time, selecting a soup cooking gear in the second gear interval b, switching on a timing circuit, starting at regular time (the soup cooking gear corresponds to a certain specific time, such as 50 minutes, or the soup cooking gear corresponds to a plurality of time points, such as 40, 50 and 60, and then selecting the corresponding time according to needs), and at the moment, a user can leave a gas stove to do other things. When the timing time for cooking soup is up, the timing unit 400 sends timing off information to the ignition control unit 300, and the ignition control unit 300 controls the electromagnetic valve 700 to close, thereby extinguishing the burner 130.

In conclusion, the user does not need to wait in the soup cooking process, and the user does not need to manually close the burner 130 after the soup cooking is finished, so that convenience and safety of soup cooking are improved, and the experience of the user is improved.

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solution of the present invention, and not to limit the same; although the present invention has been described in detail with reference to the foregoing embodiments, it should be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; such modifications and substitutions do not depart from the spirit and scope of the present invention.

Claims (10)

1. A gas stove comprises a gas stove body (100), an ignition regulating switch (200) which is arranged on the gas stove body (100) and is provided with a first gear range (a), and an ignition control element (300) playing a control role, and is characterized by further comprising a timing element (400), wherein the timing element (400) is electrically connected with the ignition control element (300);

the ignition regulating switch (200) also has a second gear range (b);

when the ignition regulating switch (200) is in the first gear range (a), ignition can be performed through the ignition control element (300), and the ignition regulating switch (200) can regulate the fire power;

when the ignition adjusting switch (200) is located in the second gear range (b), the timing element (400) is started to work, cooking time can be set, and the ignition control element (300) is used for controlling the gas stove body (100) to be flamed out after cooking is finished.

2. Gas range according to claim 1, characterized in that the ignition regulating switch (200) is mechanically connected to the timing element (400) and the ignition regulating switch (200) is capable of moving the timing element (400) when in the second gear range (b) to perform a timing function.

3. The gas range according to claim 2, wherein the ignition adjusting switch (200) comprises a cock valve (210), the cock valve (210) has a rotatably adjustable valve stem (220), and a cam (230) is provided on the valve stem (220);

the gas stove further comprises a signal microswitch (500), the signal microswitch (500) is electrically connected with the ignition control element (300), and the signal microswitch (500) is arranged corresponding to the cam (230);

the valve stem (220) is mechanically connected with the adjustment input of the timing element (400) to set the cooking time by rotating the valve stem (220);

when the ignition regulating switch (200) is in the first gear range (a), the cam (230) and the signal microswitch (500) are in a separated state so as to disconnect a timing circuit formed by the signal microswitch (500), the ignition control element (300) and the timing element (400);

when the ignition regulating switch (200) is in the second gear range (b), the cam (230) and the signal microswitch (500) are in a contact state so as to switch on a timing circuit consisting of the signal microswitch (500), the ignition control element (300) and the timing element (400).

4. Gas range according to claim 3, characterized in that the timing element (400) is a potentiometer.

5. The gas range according to claim 3, wherein when the ignition adjusting switch (200) is in the second gear range (b), the ignition adjusting switch (200) can adjust the fire power by rotating the valve rod (220).

6. Gas range according to claim 3, characterized in that the timing circuit is powered by a battery (600).

7. The gas range of claim 3, wherein the gas range body (100) includes a panel from which an operating portion of the ignition adjusting switch (200) protrudes;

the upper surface of panel just is located the region around the operation portion is provided with first identification area (110) and second identification area (120) that arrange in order, first identification area (110) with first fender position interval (a) corresponds the setting, second identification area (120) with second fender position interval (b) corresponds the setting.

8. Gas range according to claim 3, characterized in that the gas range comprises a solenoid valve (700) arranged on the gas line, the solenoid valve (700) being electrically connected with the ignition control element (300) such that the solenoid valve (700) is in an open state during cooking and in a closed state after cooking is finished.

9. The gas range according to any one of claims 1 to 8, wherein the second gear range (b) includes a plurality of cooking range units, and the plurality of cooking range units are arranged in sequence according to the length of time.

10. The gas range of claim 9, wherein one or more cooking zone units form a soup-cooking range.

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