CN208755666U - Anti-spill pot, heating device and heating tackling - Google Patents

Abstract

The utility model provides a kind of anti-spill pot, heating device and heating tackling, the anti-spill pot includes: pot body and is arranged in the pot body and away from the first electrode sensor and second electrode sensor at the pre-determined distance of pot top, and the first electrode sensor and the second electrode sensor are mutually isolated and to stretching out on the inside of pot.The utility model can effectively prevent liquid in pot to overflow.

Description

Anti-spill pot, heating device and heating tackling

Technical field

The utility model relates to electromagentic furnace technology fields, and in particular to a kind of anti-spill pot, heating device and heating tackling.

Background technique

Relatively broad use has been obtained as a kind of energy-efficient kitchen tools in electromagnetic oven, and cooking function is also increasingly It is abundant, it can be used to heat up water, cook congee, Baoshang etc..But in the specific use process, however it remains some inconvenients. Such as it is cooked congee with electromagnetic oven or when Baoshang, overflowing pot phenomenon, not only wastes soup congee frequent occurrence, and electromagnetic oven is more difficult clear after overflowing pot Reason is more seriously also possible to cause the safety accidents such as electromagnetic oven damage or fire.

Utility model content

For the problems of the prior art, the utility model provides a kind of anti-spill pot, heating device and heating tackling, this Utility model can effectively prevent liquid in pot to overflow.

In order to solve the above technical problems, the utility model the following technical schemes are provided:

In a first aspect, the utility model provides a kind of anti-spill pot, comprising: pot body and be arranged in the pot body and away from First electrode sensor and second electrode sensor at the pre-determined distance of pot top, wherein the first electrode sensor and described Second electrode sensor is mutually isolated and to stretching on the inside of pot.

Preferably, the first electrode sensor and second electrode sensor setting are under the pot top at 5~10cm.

Preferably, the anti-spill pot includes two handles being oppositely arranged, and the first electrode sensor is arranged described At the anchor of a handle of pot body, the second electrode sensor is arranged at the anchor of another handle of the pot body.

Preferably, the quantity of the first electrode sensor and the second electrode sensor is respectively 2~4, described The quantity of first electrode sensor and the second electrode sensor is equal and pairs of appearance.

Preferably, when the anti-spill pot includes multiple first electrode sensors and multiple second electrode sensors When, first position of multiple first electrode sensor concentrated settings in the pot body, multiple second electrode sensings The device concentrated setting second position opposite with the first position in the pot body.

Preferably, when the anti-spill pot includes multiple first electrode sensors and multiple second electrode sensors When, multiple first electrode sensors and multiple second electrode sensor distributions are arranged in the pot body, and with it is every A first electrode sensor present position is provided with a second electrode sensor at opposite position.

Preferably, the anti-spill pot further includes the signal supervisory instrument being arranged in the pot body, and the first electrode passes Sensor and the second electrode sensor are connect with the signal supervisory instrument respectively；

The signal supervisory instrument according to the first electrode sensor and the second electrode sensor for monitoring Signal carry out anti-overflow judgement.

Preferably, the signal supervisory instrument is for detecting the first electrode sensor and the second electrode sensor Whether be connected, and when determining the first electrode sensor and the second electrode sensor conducts to for described anti-overflow The heating device that pot is heated, which is sent, overflows alerting signal, so that the heating device adjusts working condition.

Preferably, the anti-spill pot includes two handles being oppositely arranged, and the signal supervisory instrument is disposed therein one Around at the anchor of a handle.

Preferably, the signal supervisory instrument includes single-chip microcontroller and the first radio communication mold for connecting with the single-chip microcontroller Block；

The single-chip microcontroller is used to detect the first electrode sensor and whether the second electrode sensor is connected, and Pass through first wireless communication module when determining the first electrode sensor and the second electrode sensor conducts to institute It states heating device and sends and overflow alerting signal.

Second aspect, the utility model additionally provide a kind of heating device, for receiving as described in first aspect above Anti-spill pot send spilling alerting signal, and receive it is described spilling alerting signal when adjust heating device working condition.

Preferably, the second wireless communication module is set on the heating device and is connected with second wireless communication module The first control module connect, second wireless communication module are used to receive the spilling alerting signal that the anti-spill pot is sent, institute The first control module is stated for the working condition according to the spilling alerting signal adjustment heating device.

Preferably, the working condition of the adjustment heating device includes reducing heating power or stopping heating.

Preferably, the heating device includes one of electromagnetic oven, gas-cooker and electric heating sheets or a variety of.

The third aspect, the utility model additionally provides a kind of heating tackling, including anti-overflow as described in first aspect above Pot and the heating device as described in second aspect above.

As shown from the above technical solution, anti-spill pot provided by the utility model, in pot body away from pot top pre-determined distance Provided with first electrode sensor and second electrode sensor, therefore it can effectively detect whether liquid in pot will overflow.This Outside, since electrode sensor has the characteristics that precision height, high sensitivity, peripheral circuit are simple, it is provided by the utility model Anti-spill pot also has advantage at low cost and highly reliable.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is this Some embodiments of utility model, for those of ordinary skill in the art, without creative efforts, also Other drawings may be obtained according to these drawings without any creative labor.

Fig. 1 is a kind of structural schematic diagram for the anti-spill pot that an embodiment of the present invention provides；

Fig. 2 is the structure composition schematic diagram for the signal supervisory instrument that an embodiment of the present invention provides；

Fig. 3 is another structural schematic diagram for the anti-spill pot that an embodiment of the present invention provides；

Fig. 4 is the structure composition schematic diagram for the heating device that another embodiment of the utility model provides；

The meaning of each figure label is respectively as follows: above

1 indicates pot body；2 indicate signal supervisory instrument；21 indicate single-chip microcontroller；22 indicate the first wireless communication module；31 tables Show first electrode sensor；32 indicate second electrode sensor；41 indicate one of handle；42 indicate another handle；5 tables Show heating device.

Specific embodiment

It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer Attached drawing in type embodiment, the technical solutions in the embodiments of the present invention are clearly and completely described, it is clear that is retouched The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments.Based on the implementation in the utility model Example, every other embodiment obtained by those of ordinary skill in the art without making creative efforts belong to The range of the utility model protection.

For the problems of the prior art, the utility model provides a kind of anti-spill pot, heating device and heating tackling, by In anti-spill pot provided by the utility model, overflowed in pot body and away from being provided at the pre-determined distance of pot top for detecting liquid in pot The electrode sensor of state, therefore can effectively detect whether liquid in pot will overflow.Specific embodiment pair will be passed through below Explanation is explained in detail in the utility model.

Fig. 1 shows the structural schematic diagram of the anti-spill pot of the utility model one embodiment offer.Referring to Fig. 1, this reality It include: pot body 1 and setting in the pot body and away from pot top pre-determined distance with the anti-spill pot that novel one embodiment provides The first electrode sensor 31 and second electrode sensor 32 at place, wherein the first electrode sensor 31 and second electricity Pole sensor 32 is mutually isolated and to stretching on the inside of pot.

In the present embodiment, first electrode sensor 31 and second electrode sensor 32 are arranged in the pot body, and first Electrode sensor 31 and second electrode sensor 32 are mutually isolated and refer to stretching out on the inside of pot, the first electrode sensor 31 and the second electrode sensor 32 sensor main body and pot body combine together be arranged in pot body, and sensor probe to Pot inside is stretched out.The benefit being arranged in this way is can to fix electrode sensor as much as possible, reduce electrode sensor with when Between elapse and be easy to happen the probability to fall off, and due to the first electrode sensor 31 and the second electrode sensor 32 Sensor main body and pot body, which combine together, to be arranged in pot body, and only sensor probe is stretched out to pot inside, therefore but also pot Body seems more beautiful.

In addition, it is contemplated that user is easy to touch sensor probe, therefore 31 He of first electrode sensor when washing pot The length of the sensor probe of the second electrode sensor 32 to stretching on the inside of pot is unsuitable too long, such as the length to stretching on the inside of pot Spend length, damage is easy to happen when washing pot or fracture sensor probe the problem of, therefore be preferably to the length stretched out on the inside of pot 0.5~1cm.Typically also, for convenience of accurate detection liquid overflow status, first electrode sensor 31 and second electrode are passed Sensor 32 is in sustained height, but allows to have that appropriately distance is poor, for example, first electrode sensor 31 and second electrode sensor The distance between 32 differences can be received within 1~3cm.

It is understood that when steam is run out in pot after the liquid in pot is boiled, just as blowing soap bubbles that Sample, blow out a face table tension it is larger be not easy shattered to pieces bubble come, with the increase of steam, the more poly- bubble also the more, in pot Liquid level can also gradually rise, and when they are raised to the edge of pot, just overflow outward in pot.Due in the soup or congee water in pot Containing a large amount of protein and starch, therefore their conductivity is larger, is mounted on pot body when the bubble overflowed outward touches When a pair of electrodes sensor of the preset height at place, first electrode sensor and second electrode sensor conducts (best handle here The contact surface of first electrode sensor and second electrode sensor is done wider), therefore work as first electrode sensor and second Electrode sensor may determine that the soup in taking the dish out of the pot or congee water reach spilling warning line when being connected, at this time should be to corresponding Heating device, which is sent, overflows alerting signal, so that corresponding heating device adjusts working condition.Such as heating power is reduced, to protect The state that mild fire in pot is stewed slowly is held, boils in a covered pot over a slow fire food materials in pot while not spilling over ripe, or directly closes heating device.

It is to be appreciated that anti-spill pot described in the present embodiment can for stainless-steel pan, iron pan, aluminum pot, casserole, copper pot, The cookwares such as enamel pan, non-stick pan, composite pot.Anti-spill pot described in the present embodiment can also be pressure cooker, frying pan, soup Pot, steamer, multifunctional pot, can also for the liner of electric cooker, the liner of insulating pot, soy bean milk making machine the cookwares such as liner.

Seen from the above description, anti-spill pot provided in this embodiment, due in pot body away from being provided at the pre-determined distance of pot top First electrode sensor and second electrode sensor, therefore can be effective by first electrode sensor and second electrode sensor Whether liquid will overflow in detection pot.Further, since electrode sensor has precision height, high sensitivity, peripheral circuit simple The features such as, therefore, anti-spill pot provided by the utility model also has advantage at low cost and highly reliable.

In a preferred embodiment, the first electrode sensor and the second electrode sensor are arranged on pot top Under at 5~10cm.For prevent heating device receive overflow alerting signal also have not enough time to adjustment working condition pot The case where interior liquid has just overflowed, the position and pot top of the first electrode sensor and second electrode sensor setting Distance should not be too small；Meanwhile in order to avoid there is the erroneous judgement of overflow status, the first electrode sensor and second electricity The position of pole sensor setting also should not be too big at a distance from pot top, by experimental verification, the first electrode sensor and institute It is more appropriate at 5~10cm under the pot top to state the setting of second electrode sensor.

In a preferred embodiment, referring to Fig. 3, the anti-spill pot further includes two 41 Hes of the handle being oppositely arranged 42, the first electrode sensor 31 is arranged at the anchor of a handle 41 of the pot body, the second electrode sensor 32 are arranged at the anchor of another handle 42 of the pot body.First electrode sensor 31 and second electrode sensor 32 are arranged It is on the one hand that the height at handle anchor is more appropriate at the anchor of handle, it on the other hand can also be by the anchor at anchor Gu the fixed first electrode sensor 31 of power and second electrode sensor 32, facilitate production, this outer pan body appearance is also relatively beautiful.

In a preferred embodiment, multipair electrode sensor is provided on the anti-spill pot.Such as 2~4 pairs.It can manage Solution if this breaks down to electrode sensor, is then held very much when only setting a pair of electrodes sensor on the anti-spill pot Easily cause failing to judge for overflow status.For the generation for avoiding the phenomenon, it is preferable that multipair electrode can be set on the anti-spill pot and pass Sensor (such as 2~4 pairs).Wherein, multipair electrode sensor can be with concentrated setting together, can also be with scattering device, as long as meeting Apart from pot top pre-determined distance and mutually isolated two-by-two.

In a preferred embodiment, when the anti-spill pot includes multiple first electrode sensors and multiple described When second electrode sensor, first position of multiple first electrode sensor concentrated settings in the pot body, Duo Gesuo State the second electrode sensor concentrated setting second position opposite with the first position in the pot body.

In another preferred embodiment, when the anti-spill pot includes multiple first electrode sensors and multiple institutes When stating second electrode sensor, multiple first electrode sensors and multiple second electrode sensor distributions are arranged in institute It states in pot body, and is provided with a second electrode sensing at the position opposite with each first electrode sensor present position Device.

It is understood that the benefit of multipair electrode sensor concentrated setting together is to facilitate production, appearance also compares It is beautiful.And the benefit of scattering device is that detection can be made more accurate.It is understood that more when being arranged on the anti-spill pot When to electrode sensor, it is every a pair of electrode sensor in first electrode sensor and second electrode sensor respectively with the letter The connection of number detection device.It is understood that due to when liquid boiling, dispersing not in pot from the bubble come out in liquid in pot Too uniformly, if some places have, some places do not have, therefore work as using multipair electrode sensor scattering device in pot body side When, Boiling detection result comparatively can be more accurate.It is also had the advantage that in addition, multipair electrode sensor is arranged: can be with Determine that liquid boiling state is that general boiling is gone back in current pot by the conducting situation between the multipair electrode sensor of comprehensive descision Be acutely boil, and then judge in pot that liquid will slowly overflow and still substantially overflow, and according to judging result to corresponding plus Thermal sends different spilling alerting signals so that heating device according to different spilling alerting signals to its working condition into The different adjustment of row.For example, illustrate that liquid is in violent fluidized state in pot when being both turned between multipair electrode sensor, Corresponding heater stop is so preferably set to heat or heating power is greatly reduced at this time, in case liquid substantially overflows in pot. For another example, when only a pair of or two pairs of electrodes sensor conducts in multipair electrode sensor, and other do not turn on electrode sensor When, illustrate that liquid is in general fluidized state in pot, then can make corresponding heating device at this time by a small margin reduces heating function Rate can also be boiled in a covered pot over a slow fire food materials in pot while not spilling over ripe with keeping the state that mild fire is stewed slowly in pot.

In a preferred embodiment, referring to Fig. 1, the anti-spill pot further includes the signal inspection being arranged in the pot body Device 2 is surveyed, the first electrode sensor 31 and the second electrode sensor 32 connect with the signal supervisory instrument 2 respectively It connects, the signal supervisory instrument 2 according to the first electrode sensor 31 and the second electrode sensor 32 for monitoring Signal carry out anti-overflow judgement.It is understood that the first electrode sensor 31 and the second electrode sensor 32 can To be connect respectively with the signal supervisory instrument 2 by two conducting wires；

In a preferred embodiment, the signal supervisory instrument 2 is for detecting 31 He of first electrode sensor Whether the second electrode sensor 32 is connected, and is determining the first electrode sensor 31 and the second electrode sensor It is sent when 32 conducting to the heating device 5 for being heated to the anti-spill pot and overflows alerting signal, so that the heating fills Set 5 adjustment working conditions.

In a preferred embodiment, the anti-spill pot further includes two handles being oppositely arranged 41 and 42, in order to make It is more beautiful to obtain entire pot body appearance, it is preferable that the hidden position of more pot body can be arranged in the signal supervisory instrument 2 Set, for example, with reference to Fig. 3, the signal supervisory instrument 2 is disposed therein at the anchor of a handle 42 around.

Seen from the above description, anti-spill pot provided in this embodiment, due in pot body away from being provided at the pre-determined distance of pot top First electrode sensor and second electrode sensor, therefore can be effective by first electrode sensor and second electrode sensor Whether liquid will overflow in detection pot, and will overflow alerting signal in time and be sent to heating device, so that heating device adjusts Working condition, so as to effectively prevent liquid in pot to overflow.Further, since electrode sensor have precision height, high sensitivity, The features such as peripheral circuit is simple, therefore, anti-spill pot provided by the utility model also have advantage at low cost and highly reliable.

In a preferred embodiment, referring to fig. 2, the signal supervisory instrument 2 include single-chip microcontroller 21 and with it is described The first wireless communication module 22 that single-chip microcontroller 21 connects；

The single-chip microcontroller 21 is used to detect the first electrode sensor 31 and whether the second electrode sensor 32 leads It is logical, and when determining that the first electrode sensor 31 and the second electrode sensor 32 are connected by first channel radio Believe that module 22 is sent to the heating device 5 and overflows alerting signal.

It is understood that first wireless communication module 22 can be bluetooth module, ZigBee module and Wi-Fi mould One of block.

Based on identical inventive concept, second embodiment of the utility model additionally provides a kind of heating device, the heating Device is used to receive the spilling alerting signal of the transmission of anti-spill pot described in above-mentioned one embodiment, and is receiving the spilling The working condition of heating device is adjusted when alerting signal.

It is understood that the heating device may include a receiving module and a control module, the reception Module is used to receive the spilling alerting signal of the transmission of anti-spill pot described in above-mentioned one embodiment；The control module is used for root According to the working condition of the spilling alerting signal adjustment heating device.It is understood that the receiving module can be by having Line or the spilling alerting signal for wirelessly receiving the transmission of anti-spill pot described in above-mentioned one embodiment.

In a kind of optional embodiment, referring to fig. 4, be arranged on the heating device the second wireless communication module and with First control module of the second wireless communication module connection, second wireless communication module is for receiving the anti-spill pot The spilling alerting signal of transmission, first control module are used for the work according to the spilling alerting signal adjustment heating device State.

It is understood that second wireless communication module can be bluetooth module, ZigBee module and Wi-Fi module One of.

It is understood that the working condition of the adjustment heating device includes reducing heating power or stopping heating.Into One step, the heating device can be one of electromagnetic oven, gas-cooker and electric heating sheets or a variety of.The electric heating sheets can Be interpreted as the heating chassis of electric cooker, the heated base of insulating pot, soy bean milk making machine the heating devices such as heating rod.In addition, described Heating device can also be other heating devices, and the utility model does not limit this, as long as can carry out to above-mentioned anti-spill pot The device of heating both falls within the protection scope of the utility model.

Based on identical inventive concept, the utility model third embodiment provides a kind of heating tackling, the heating mantle Tool includes the anti-spill pot as described in first embodiment above and the heating device as described in second embodiment above.

It is understood that the heating tackling can be single product, or two pieces product.For example, electric cooker It inherently include cookware and heating device, therefore when the heating tackling is electric cooker, the heating tackling is one single A product.And when heating tackling is that a stainless steel anti-spill pot adds one for being heated to the stainless steel anti-spill pot When electromagnetic oven, the heating tackling is the combination of two pieces auxiliary products.

Since heating tackling provided in this embodiment includes anti-spill pot as described in first embodiment above and above Heating device described in second embodiment, therefore its working principle is similar with beneficial effect, and will not be described here in detail.

Above embodiments are merely to illustrate the technical solution of the utility model, rather than its limitations；Although referring to aforementioned reality Example is applied the utility model is described in detail, those skilled in the art should understand that: it still can be to preceding Technical solution documented by each embodiment is stated to modify or equivalent replacement of some of the technical features；And these Modifications or substitutions, the spirit and model of various embodiments of the utility model technical solution that it does not separate the essence of the corresponding technical solution It encloses.

Claims (15)

1. a kind of anti-spill pot characterized by comprising pot body and be arranged in the pot body and away from pot top pre-determined distance at First electrode sensor and second electrode sensor, wherein the first electrode sensor and the second electrode sensor phase Mutually it is isolated and to stretching on the inside of pot.

2. anti-spill pot according to claim 1, which is characterized in that the first electrode sensor and the second electrode pass Sensor setting is under the pot top at 5~10cm.

3. anti-spill pot according to claim 1, which is characterized in that the anti-spill pot includes two handles being oppositely arranged, At the anchor of a handle that the pot body is arranged in the first electrode sensor, the second electrode sensor is arranged in institute It states at the anchor of another handle of pot body.

4. anti-spill pot according to claim 1, which is characterized in that the first electrode sensor and the second electrode pass The quantity of sensor is respectively 2~4, and the quantity of the first electrode sensor and the second electrode sensor is equal and pairs of Occur.

5. anti-spill pot according to claim 4, which is characterized in that when the anti-spill pot includes that multiple first electrodes pass When sensor and multiple second electrode sensors, multiple first electrode sensor concentrated settings in the pot body One position, multiple second electrode sensor concentrated settings second opposite with the first position in the pot body It sets.

6. anti-spill pot according to claim 4, which is characterized in that when the anti-spill pot includes that multiple first electrodes pass When sensor and multiple second electrode sensors, multiple first electrode sensors and multiple second electrode sensors Scattering device is provided with one in the pot body, and at the position opposite with each first electrode sensor present position Second electrode sensor.

7. described in any item anti-spill pots according to claim 1~6, which is characterized in that the anti-spill pot further includes being arranged in institute The signal supervisory instrument in pot body is stated, the first electrode sensor and the second electrode sensor are examined with the signal respectively Survey device connection；

The signal supervisory instrument is used for the letter monitored according to the first electrode sensor and the second electrode sensor Number carry out anti-overflow judgement.

8. anti-spill pot according to claim 7, which is characterized in that the signal supervisory instrument is for detecting first electricity Whether pole sensor and the second electrode sensor are connected, and are determining the first electrode sensor and the second electrode It is sent when sensor conducts to the heating device for being heated to the anti-spill pot and overflows alerting signal, so that the heating Device adjusts working condition.

9. anti-spill pot according to claim 7, which is characterized in that the anti-spill pot includes two handles being oppositely arranged, Around the signal supervisory instrument is disposed therein at the anchor of a handle.

10. anti-spill pot according to claim 8, which is characterized in that the signal supervisory instrument include single-chip microcontroller and with First wireless communication module of the single-chip microcontroller connection；

The single-chip microcontroller is used to detect the first electrode sensor and whether the second electrode sensor is connected, and in determination Added by first wireless communication module to described when the first electrode sensor and the second electrode sensor conducts Thermal, which is sent, overflows alerting signal.

11. a kind of heating device, which is characterized in that sent for receiving the described in any item anti-spill pots of claim 1~10 such as Spilling alerting signal, and receive it is described spilling alerting signal when adjust heating device working condition.

12. heating device according to claim 11, which is characterized in that the second wireless communication is arranged on the heating device Module and the first control module connecting with second wireless communication module, second wireless communication module is for receiving The spilling alerting signal that the anti-spill pot is sent, first control module are used to be adjusted according to the spilling alerting signal and heat The working condition of device.

13. heating device according to claim 11, which is characterized in that it is described adjustment heating device working condition include It reduces heating power or stops heating.

14. 1~13 described in any item heating devices according to claim 1, which is characterized in that the heating device includes electromagnetism One of furnace, gas-cooker and electric heating sheets are a variety of.

15. a kind of heating tackling, which is characterized in that including the described in any item anti-spill pots of such as claim 1~10 and as weighed Benefit requires 11~14 described in any item heating devices.