CN209712531U

CN209712531U - Cooking pot and cooking device

Info

Publication number: CN209712531U
Application number: CN201920131273.8U
Authority: CN
Inventors: 马强; 史庭飞
Original assignee: Zhejiang Shaoxing Supor Domestic Electrical Appliance Co Ltd
Current assignee: Zhejiang Shaoxing Supor Domestic Electrical Appliance Co Ltd
Priority date: 2019-01-25
Filing date: 2019-01-25
Publication date: 2019-12-03
Anticipated expiration: 2029-01-25

Abstract

The utility model provides a cooking pot and cooking ware, this cooking pot is including the pot body (1) and temperature measurement component (3), set up recess (10) that can hold temperature measurement component (3) on the outer wall of the pot body (1), temperature measurement component (3) are including temperature measurement element (31) that are used for detecting the pot body (1) temperature and circuit (32) of being connected with temperature measurement element (31) electricity, and still have first insulation layer (100) between temperature measurement component (3) and the pot body (1), first insulation layer (100) set up on the cell wall of recess (10), thereby the timeliness and the accuracy of temperature measurement have been improved.

Description

Cooking pot tool and cooking device

Technical field

The utility model relates to field of home appliance technology more particularly to a kind of cooking pot tools and cooking device.

Background technique

Cooking pot tool is essential utensil in people's daily life.Cooking pot tool can be in electromagnetic oven or gas-cooker It is used on equal heating devices.

Electromagnetic oven specifically includes that bottom case and the panel at the top of bottom case, is equipped with coil panel, circuit board etc. in bottom case.Electricity Functions, the accurate temperature controllings such as magnetic furnace generally heats up water, cooks congee, Baoshang can make electromagnetic oven preferably realize these functions.In order to Realize the heating devices such as electromagnetic oven to the accurate temperature controlling of cooking pot tool, the prior art by the way that temperature measurement component is arranged in electromagnetic oven, Temperature measurement component is particularly located at the lower section of panel, detects the temperature for the cookware being placed on panel indirectly by temperature measurement component.It is cooking When preparing food, cooking pot tool is placed on electromagnetic oven, the temperature of pot body is acquired by temperature measurement component, then makes electromagnetic oven according to thermometric The temperature that component measures adjusts heating power, to realize electromagnetic oven to the temperature control of cooking pot tool.

However, leading to survey of the temperature measurement component to pot body due to having panel between the temperature measurement component and pot body of the prior art Temperature lag, temperature measurement accuracy is lower, be easy to cause and is burned or the generation of the unsafe accidents such as dry combustion method.

Utility model content

In order to solve the problems, such as at least one mentioned in background technique, the utility model provides a kind of cooking pot tool and the cooking Device can be improved temperature measurement component to the timeliness and accuracy of pot body thermometric.

To achieve the goals above, in a first aspect, the utility model provides a kind of cooking pot tool, including pot body and thermometric Component offers the groove that can accommodate the temperature measurement component on the outer wall of the pot body, and the temperature measurement component includes for detecting The temperature element of the temperature of boiler and the route being electrically connected with the temperature element, and the temperature measurement component and the pot body Between there is the first insulating layer, first insulating layer is arranged on the cell wall of the groove.

Temperature measurement component is arranged in groove by opening up groove on the outer wall of pot body for the cooking pot tool of the utility model In, so that temperature measurement component be enable directly to detect the temperature of pot body, the timeliness and accuracy of thermometric are improved, to a certain degree On avoid being burned, dry combustion method.Meanwhile it being set as temperature measurement component to include temperature element and be electrically connected with temperature element The route connect detects the temperature of pot body by temperature element, the transmission of temperature signal is realized by route, in addition, in order to prevent Temperature measurement component directly contacts with pot body and short circuit occurs, and also has the first insulation between the temperature measurement component and pot body of the utility model Layer, that is, insulation set between temperature measurement component and pot body, and in order to keep the setting of the first insulating layer more convenient, insulating layer is had Body is arranged on the cell wall of groove, thus prevents temperature measurement component directly to contact with pot body and short circuit occurs, and then lead to temperature Signal can not normal transmission, that is, while guaranteeing temperature measurement component effective thermometric, ensure that the reliable biography of temperature measurement component signal It is defeated, guarantee is provided for normal temperature control.

Optionally, first insulating layer is arranged on the cell wall of the groove by way of spraying.

Optionally, first insulating layer is arranged on the cell wall of the groove by way of meltallizing.

By by the first insulating layer spraying or meltallizing on the cell wall of groove so that the first insulating layer will not be easily from slot It is detached from wall, it is easy to make and fixed reliable.

Optionally, first insulating layer is ceramic layer.

The insulation between temperature measurement component and pot body is realized by ceramic layer, and insulation effect is good and at low cost, and first is exhausted Edge layer is easily molded.

Optionally, the cell wall of the groove includes bottom wall and side wall, is provided on the bottom wall and the side wall described First insulating layer.

The setting range of the first insulating layer is increased in this way, further ensures the insulation effect between temperature measurement component and pot body Fruit.

Optionally, the thickness range of first insulating layer is 0.05mm~1mm.

In the range by the thickness setting of the first insulating layer, temperature of boiler can effectively be acquired in guarantee temperature measurement component On the basis of, the consumptive material of the first insulating layer is saved, is reduced the production cost；And make groove too deep without opening, thus Keep groove more easy to manufacture, and ensure that the integral strength of pot body.

Optionally, the temperature measurement component further includes basal layer, and the temperature element and the route are by way of silk-screen Print is located in the one side towards the groove of the basal layer.

Basal layer can play the role of to temperature element and line protection, avoid temperature element and route exposed and grind It damages or causes unsafe accidents, improve the safety in utilization of cookware；Moreover, pattern mark can be arranged on the base layer Knowledge or words identification, improve the aesthetic appearance of pot body.Base is located in addition, temperature element and route are printed by way of silk-screen On bottom, so that temperature element and route will not fall off easily, the stability of temperature element and route is improved, is normal thermometric It provides safeguard.Meanwhile temperature element and route being printed by way of silk-screen and set on the base layer, allow temperature measurement component system Make it is thinner, correspondingly, accommodate temperature measurement component groove be then not necessarily to out it is too deep, guarantee the effective thermometric of temperature measurement component basis On, while improving the structural strength of pot body.

Optionally, the basal layer includes substrate, the temperature element and the route print be located at the substrate towards In the one side of the groove.

Optionally, the basal layer includes substrate and the second insulating layer that is arranged on the substrate medial surface, the survey Warm element and route print are set on the second insulating layer.

By setting substrate and second insulating layer for basal layer, while improving protective action, further improve The safety that cookware uses, and it is more flexible that the material of substrate is selected.

Optionally, the outer surface of the basal layer is lower than the notch of the groove；

Alternatively, the outer surface of the basal layer is concordant with the notch of the groove.

The aesthetic appearance of the stationarity and raising cookware that can be further ensured that when pot body is placed in this way.

Optionally, the basal layer is welded on the groove.

By the way that basal layer to be welded on groove, entire temperature measurement component is more firmly fixed in groove, It will not deviate from from groove easily, improve the stability of temperature measurement component, provide guarantee for accurate thermometric.

Second aspect, the utility model provide a kind of cooking device, including electromagnetic oven and cooking pot tool as described above；

It is provided with the control panel being electrically connected with the temperature measurement component on the cooking pot tool, has and institute in the electromagnetic oven State the controller of control panel electrical connection.

The cooking device of the utility model is set temperature measurement component by opening up groove on the pot body outer wall of its cooking pot tool It sets in a groove, so that temperature measurement component be enable directly to detect the temperature of pot body, improves the timeliness and accuracy of thermometric, In It avoids being burned to a certain extent, dry combustion method.Meanwhile it setting temperature measurement component to include temperature element and and thermometric The route of element electrical connection, the temperature of pot body is detected by temperature element, and the transmission of temperature signal is realized by route, in addition, Temperature measurement component directly contacts with pot body and short circuit occurs in order to prevent, also has between the temperature measurement component and pot body of the utility model First insulating layer, that is, insulation set between temperature measurement component and pot body, and in order to keep the setting of the first insulating layer more convenient, it will Insulating layer is specifically located on the cell wall of groove, thus prevents temperature measurement component directly to contact with pot body and short circuit occurs, in turn Cause temperature signal can not normal transmission, that is, while guaranteeing temperature measurement component effective thermometric, to ensure that temperature measurement component signal Reliable transmission provides guarantee for normal temperature control.

The construction of the utility model and its other purposes and beneficial effect will be in conjunction with the accompanying drawings to preferred realities Apply the description of example and more obvious and easy to understand.

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 Some embodiments of the utility model, for those of ordinary skill in the art, in the premise of not making the creative labor property Under, it is also possible to obtain other drawings based on these drawings.

Fig. 1 is the structural schematic diagram for the cooking pot tool that an embodiment of the present invention provides；

Fig. 2 is the schematic enlarged-scale view in Fig. 1 at I；

Bottom knot when temperature measurement component is installed in the pot body for the cooking pot tool that Fig. 3 provides for an embodiment of the present invention Structure schematic diagram；

Fig. 4 is the sectional view along A-A of Fig. 3；

Structure when not installing temperature measurement component in the pot body for the cooking pot tool that Fig. 5 provides for an embodiment of the present invention is shown It is intended to；

Fig. 6 is the schematic enlarged-scale view in Fig. 5 at I；

Fig. 7 is the schematic enlarged-scale view in Fig. 1 at A；

Fig. 8 is the schematic enlarged-scale view in Fig. 1 at B；

Fig. 9 is the cooking pot tool that provides of an embodiment of the present invention when electrode is connect by electroconductive elastic sheet with control panel Structural schematic diagram；

Figure 10 is the pot body for the cooking pot tool that an embodiment of the present invention provides and the fractionation structure chart of temperature measurement component One；

Figure 11 is the pot body for the cooking pot tool that an embodiment of the present invention provides and the fractionation structure chart of temperature measurement component Two；

Figure 12 is the structural schematic diagram of the basal layer of the temperature measurement component for the cooking pot tool that an embodiment of the present invention provides；

Figure 13 is the deployed configuration schematic diagram of the temperature measurement component for the cooking pot tool that an embodiment of the present invention provides；

Cross-sectional view when Figure 14 is the temperature measurement component expansion for the cooking pot tool that an embodiment of the present invention provides；

Figure 15 is the schematic enlarged-scale view in Figure 14 at I；

Figure 16 is the schematic enlarged-scale view in Figure 14 at II；

Figure 17 is the overall structure of the explosion figure of the handle for the cooking pot tool that an embodiment of the present invention provides；

Figure 18 is the sectional structure chart of the handle for the cooking pot tool that an embodiment of the present invention provides.

Description of symbols:

1-pot body；

10-grooves；

110-bottom walls；

120-side walls；

101-the first groove segment；

102-the second groove segment；

100-the first insulating layer；

2-handles；

21-the first cavity；

22-the second cavity；

220-accommodation grooves；

230-through-holes；

23-handle bodies；

24-the first lid；

25-the second lid；

26-sealing rings；

27-power supply units；

271-batteries；

272-solar panels；

28-sealing elements；

20-mounting portions；

3-temperature measurement components；

31-temperature elements；

32-routes；

33-electrodes；

30-basal layers；

305-substrates；

306-second insulating layers；

301-the first interval；

302-the second interval；

303-the first sub- segmental arc；

304-the second sub- segmental arc；

4-handle sets；

5-control panels；

6-conducting wires；

7-protective layers；

8-electroconductive elastic sheets.

Specific embodiment

Embodiment one

Fig. 1 is the structural schematic diagram for the cooking pot tool that an embodiment of the present invention provides；Fig. 2 is the structure in Fig. 1 at I Enlarged drawing；Bottom knot when temperature measurement component is installed in the pot body for the cooking pot tool that Fig. 3 provides for an embodiment of the present invention Structure schematic diagram；Fig. 4 is the sectional view along A-A of Fig. 3；Fig. 5 is in the pot body for the cooking pot tool that an embodiment of the present invention provides Structural schematic diagram when temperature measurement component is not installed；Fig. 6 is the schematic enlarged-scale view in Fig. 5 at I；Fig. 7 is that the structure in Fig. 1 at A is put Big figure；Fig. 8 is the schematic enlarged-scale view in Fig. 1 at B；Fig. 9 is the cooking pot tool that provides of an embodiment of the present invention when electrode is logical Cross structural schematic diagram when electroconductive elastic sheet is connect with control panel；Figure 10 is the cooking pot tool that an embodiment of the present invention provides The fractionation structure chart one of pot body and temperature measurement component；Figure 11 be the pot body of cooking pot tool that provides of an embodiment of the present invention with And the fractionation structure chart two of temperature measurement component；Figure 12 is the base of the temperature measurement component for the cooking pot tool that an embodiment of the present invention provides The structural schematic diagram of bottom；Figure 13 is that the deployed configuration of the temperature measurement component for the cooking pot tool that an embodiment of the present invention provides shows It is intended to；Cross-sectional view when Figure 14 is the temperature measurement component expansion for the cooking pot tool that an embodiment of the present invention provides；Figure 15 is figure Schematic enlarged-scale view in 14 at I；Figure 16 is the schematic enlarged-scale view in Figure 14 at II；Figure 17 provides for an embodiment of the present invention Cooking pot tool handle overall structure of the explosion figure；Figure 18 is the handle for the cooking pot tool that an embodiment of the present invention provides Sectional structure chart.Referring to figs. 1 to shown in Figure 18, the present embodiment provides a kind of cooking pot tools.The cooking pot tool can be applicable to electricity On magnetic furnace.

The cooking pot tool can include: pot body 1 and the pot cover (not shown) being located in pot body 1 can be covered.It needs to illustrate , in culinary art, pot cover can be used, pot cover can also not used.In order to realize the heating devices such as electromagnetic oven to the culinary art The accurate temperature controlling of cookware offers the groove 10 that can accommodate temperature measurement component 3 on the outer wall of pot body 1, that is, the specific position of temperature measurement component 3 In the groove 10 of 1 outer wall of pot body.That is, being arranged temperature measurement component 3 in pot body 1, temperature measurement component 3 is enable directly to examine The temperature for surveying pot body 1, so that thermometric is much sooner, accurately.

When specific implementation, handle 2 can also be set in the side of pot body 1, be convenient to play at 1 end of pot body by handle 2 Or it puts down.

Wherein, temperature measurement component 3 specifically include temperature element 31 for detecting 1 temperature of pot body and with 31 electricity of temperature element The route 32 of connection.Wherein, temperature element 31 specifically can be negative tempperature coefficient thermistor (Negative Temperature Coefficient, abbreviation NTC).Certainly, in other implementations, temperature element 31 be also possible to other have adopt warm nature energy Device.Temperature element 31 directly detects the temperature of pot body 1, is then transmitted by route 32 to the temperature signal, so that Electromagnetic oven adjusts heating power etc. according to the temperature signal, realizes the accurate temperature controlling to cookware.

When specific implementation, which can also include control panel 5, and route 32 is specifically electrically connected with control panel 5.Thermometric Element 31 acquires the temperature of pot body 1, collected temperature signal is then transmitted to control panel 5 by route 32, and then pass through Communication between control panel 5 and the controller in electromagnetic oven realizes electromagnetic oven to the accurate temperature controlling of cookware.It is of course also possible to not set Control panel 5 is set, route 32 is directly electrically connected with the controller in electromagnetic oven, is electrically connected for example, having in pot body 1 with route 32 First electrical interface has the second electrical interface being electrically connected with the controller on electromagnetic oven, in use, connecing the first electricity by power supply line Mouth and the second electrical interface connect the signal transmission that can be realized between temperature measurement component 3 and electromagnetic oven.

At the same time, temperature measurement component 3 directly contacts with pot body 1 and short circuit occurs in order to prevent, causes temperature measurement component 3 can not It carries out the normal transmission of normal thermometric and signal, when specific implementation, also there is the first insulation between temperature measurement component 3 and pot body 1 Layer 100.Due to the presence of the first insulating layer 100, thermometric can be prevented while guaranteeing temperature measurement component 3 to 1 effective thermometric of pot body Component 3 directly contacts with pot body 1 and short circuit occurs, and provides guarantee for normal temperature control.In the present embodiment, the first insulating layer 100 are specifically located on the cell wall of groove 10, so that the setting of the first insulating layer 100 is more convenient.

It is being illustrated on electromagnetic oven by by the cooking pot tool use: in culinary art, the culinary art of food materials will be loaded with Cookware is placed on the panel of electromagnetic oven, and electromagnetic oven is given to be powered, that is, the electric current for having high frequency flows through coil panel in electromagnetic oven, is produced Raw magnetic force line cutting pot body 1, so that countless small vortex are formed in the bottom surface of pot body 1, to heat to pot body 1.Adding When hot, the temperature of pot body 1 is directly acquired by temperature measurement component 3, temperature signal is then transferred to the control panel on cooking pot tool, After control panel receives the temperature signal, the controller being passed in electromagnetic oven, controller is believed according to the temperature received Number carry out heating power, the adjustment of heating time, to realize electromagnetic oven to the accurate temperature controlling of the cooking pot tool.

It should be noted that cooking pot tool provided in this embodiment can not only use on electromagnetic oven, it can also be in electricity Pottery furnace, gas-cooker etc. other need to use on the heating device for carrying out accurate temperature controlling.Illustratively, electric ceramic heaters are equipped with and control The controller that plate 5 is electrically connected, the temperature signal that temperature measurement component 3 detects is transmitted to the controller by control panel 5, so that electric ceramic heaters Interior controller controls the temperature of the cooking pot tool for the side of being placed on it according to the temperature signal received.

Temperature measurement component 3 is arranged by opening up groove 10 on the outer wall of pot body 1 for cooking pot tool provided in this embodiment In groove 10, so that temperature measurement component 3 be enable directly to detect the temperature of pot body 1, the timeliness and accuracy of thermometric are improved, It avoids being burned to a certain extent, dry combustion method.Meanwhile it setting temperature measurement component 3 to include 31 He of temperature element The route 32 being electrically connected with temperature element 31 detects the temperature of pot body 1 by temperature element 31, realizes temperature letter by route 32 Number transmission, in addition, temperature measurement component 3 directly contacts with pot body and short circuit occurs in order to prevent, between temperature measurement component and pot body also It is provided with the first insulating layer 100, that is, insulation set between temperature measurement component 3 and pot body 1, and in order to make setting for the first insulating layer 100 Set more convenient, insulating layer be specifically located on the cell wall of groove, thus prevent temperature measurement component directly contacted with pot body and Short circuit occurs, and causes temperature signal can not normal transmission, that is, while guaranteeing 3 effective thermometric of temperature measurement component, ensure that survey The reliable transmission of warm 3 signal of component, provides guarantee for normal temperature control.

When specific implementation, the first insulating layer 100 can be specifically arranged on the cell wall of groove 10 by way of meltallizing, this Sample makes the first insulating layer 100 more stable, is not easy to fall off from the cell wall of groove 10, and makes more convenient.

More preferred, the first insulating layer 100 specifically can be ceramic layer, that is, by ceramic layer realize temperature measurement component 3 with Insulation between pot body 1, insulation effect is good and at low cost, and easily molded.Certainly, in other implementations, the first insulation Layer 100 is also possible to other isolation materials, such as insulating paint.

In addition, the first insulating layer 100 can also be arranged on the cell wall of groove 10 by other modes such as sprayings, equally may be used Realize being reliably fixed for the first insulating layer 100.

Wherein, the cell wall of groove 10 specifically includes bottom wall 110 and side wall 120, in the present embodiment, the bottom wall of groove 10 110 and side wall 120 on be provided with the first insulating layer 100, the setting range of the first insulating layer 100 can be increased in this way, further Guarantee the insulation effect between temperature measurement component 3 and pot body 1.

When specific implementation, the thickness of the first insulating layer 100 can be arranged between 0.05mm~1mm.It is more preferred, the The thickness of one insulating layer 100 may be provided at 0.05mm~0.5mm.In the range by the thickness setting of the first insulating layer 100, In On the basis of guaranteeing that temperature measurement component 3 can effectively acquire 1 temperature of pot body, the consumptive material of the first insulating layer 100 is saved, is reduced Cost of manufacture；And make groove 10 too deep without opening, to keep groove 10 more easy to manufacture, and it ensure that the entirety of pot body 1 Intensity.

Further, temperature measurement component 3 can also include basal layer 30, and temperature element 31 and route 32 are especially by silk-screen Mode, which prints, to be located in the one side towards groove 10 of basal layer 30.Basal layer 30 can be played to temperature element 31 and the protection of route 32 Effect, avoid temperature element 31 and route 32 it is exposed and wear or cause unsafe accidents, improve cookware Safety in utilization；Moreover, pattern identification or words identification can be arranged on basal layer 30, the aesthetic appearance of pot body 1 is improved.Separately Outside, temperature element 31 and route 32 are printed by way of silk-screen and is located on basal layer 30, so that temperature element 31 and route 32 It will not fall off easily, improve the stability of temperature element and route, be provided safeguard for normal thermometric.Meanwhile by temperature element 31 and route 32 printed and be located on basal layer 30 by way of silk-screen, temperature measurement component 3 is made thinner, correspondingly, The groove 10 for accommodating temperature measurement component 3 is then too deep without opening, and on the basis of guaranteeing 3 effective thermometric of temperature measurement component, improves simultaneously The structural strength of pot body 1.

In the present embodiment, basal layer 30 specifically includes substrate 305 and the second insulating layer of 305 inside of substrate is arranged in 306, wherein the one side towards groove 10 of inside, that is, substrate 305 of substrate 305.Wherein, specifically print is located at the to temperature measurement component 3 On two insulating layers 306.Due to the presence of second insulating layer 306, substrate 305 can be metal substrate, for example, stainless steel, aluminium, Copper, iron, aluminium alloy etc., the utility model is not especially limited this, for example, when pot body 1 is irony pot body, it can be by substrate 305 are fabricated from iron, so that the entire outer surface aesthetic feeling of pot body is more preferable.Substrate 305 is also possible to non-metal base plate, for example, Silica gel, bakelite, nylon etc..It is understood that second insulating layer 306 is located at thermometric group due to the presence of second insulating layer 306 Insulation and protective effect well are played, so that the selection of 305 material of substrate is more flexible in the outside of part 3.

Wherein, second insulating layer 306 can be printed by way of silk-screen and is located on substrate 305, can also pass through spraying etc. Other modes are arranged on substrate 305, and second insulating layer 306 specifically can be ceramic layer, be also possible to what other can insulate Material, such as insulating paint etc..

Illustratively, when specific production, first the first insulating layer 100 is set in groove 10, is arranged second on substrate 305 Insulating layer 306, then silk-screen temperature element 31 and route 32 in second insulating layer 306, are then equipped with temperature element 31 for print The bending of basal layer 30 with route 32 is fixed in groove 10 in substantially with the matched shape of groove 10.

More preferred, basal layer 30 can be specifically fixed on by welding in groove 10, due to integral solder In groove 10, during mobile cookware or even if pot body 1 is cleaned for a long time, temperature measurement component 3 will not be from groove 10 Middle abjection.Certainly, basal layer 30 can also be connected in groove 10.Alternatively, making the side of basal layer 30 is turnover to be connected to Basal layer 30 is overturn after the good temperature element 31 of silk-screen and route 32, makes the another of basal layer 30 by the notch side of groove 10 (such as welding) is fixed in side and the notch other side of groove 10.

In another implementation, basal layer 30 specifically includes substrate 305, that is to say, that the second insulation that no setting is required Layer 306, wherein specifically print is located on substrate 305 temperature measurement component 3, and in that case, substrate 305 specifically can be by non-metallic material Matter is made, to guarantee good protection and insulation effect.

It is more preferred, the outer surface of basal layer 30 can be made to be lower than the notch of groove 10, alternatively, making the appearance of basal layer 30 Face is concordant with the notch of groove 10, and the outer of stationarity and raising cookware when pot body 1 is placed can be further ensured that in this way by being arranged See aesthetic feeling.That is, the outer surface of substrate 305 is lower than the notch of groove 10, alternatively, the outer surface of substrate 305 and groove 10 Notch it is concordant.

When specific implementation, the thickness h 3 of temperature element 31 can be arranged between 0.1mm~0.5mm, by the thickness of route Range is 0.05mm~0.3mm.By the way that the setting of the thickness of temperature element 31 and route 32 within the above range, is being guaranteed effectively While thermometric and signal effectively transmit, so that the integral thickness of temperature measurement component 3 will not be too thick, correspondingly, groove 10 is then not necessarily to That opens is too deep, to keep groove 10 more easy to manufacture, and ensure that the integral strength of pot body 1.

Wherein, the groove width of groove 10 can be arranged between 5mm~15mm, by the groove depth d of groove setting 0.5mm~ It between 2mm, can either guarantee effective accommodating to temperature measurement component 3 in this way, and be opened up in certifiable pot body 1 strong at groove 10 Degree, and then ensure that the intensity of entire pot body 1.

In addition, the thickness h 1 of substrate 305 can be arranged between 0.5mm~2mm, by the thickness h 2 of second insulating layer 306 It is arranged between 0.05~0.5mm, it is too deep without opening up groove 10 in this way while playing the role of effective protection, make Groove 10 is more easy to manufacture, and ensure that the integral strength of pot body 1.

In the present embodiment, control panel 5 is specifically located in handle 2, can carry out effective protection to control panel 5 in this way, no Only be effectively utilized the inner space of handle 2, and make the cabling between temperature measurement component 3 and control panel 5 it is more convenient, close Reason connects relatively reliable.When specific implementation, handle 2 can be fixed on the side of pot body 1 by handle set 4, and handle set 4 is covered on At least partly outside of temperature measurement component 3.It, can so that connection between handle 2 and pot body 1 is more convenient by the way that handle set 4 is arranged It leans on, meanwhile, so that handle set 4 is covered on the outside of part temperature measurement component 3, that is, temperature measurement component 3 is partly hidden in handle set 4 Between pot body 1, effective protection has been carried out to temperature measurement component 3, has improved the aesthetic appearance of cookware, and handle set 4 can be simultaneously Play the role of further fixing to temperature measurement component 3.

Illustratively, handle set 4 is connected by screw in pot body 1, and the top of handle set 4 is inserted into handle 2, handle It is fixed between 2 and handle set 4 by screw, the present embodiment is not limited to this its connection type.

When specific implementation, the transmitting module being electrically connected with control panel 5 can be set in handle 2, while in electromagnetic oven The receiving module being electrically connected with the controller is set, and transmitting module is electrically connected with receiving module, and control panel 5 will be adopted by transmitting module The temperature signal collected is sent to receiving module, and temperature signal is transmitted to controller by receiving module.It should be noted that hair Penetrating module can be directly integrated on control panel 5, and receiving module can be directly integrated on the controller.Certainly, transmitting module and Receiving module is also possible to individual module, as long as can be realized normal signal transmission between control panel 5 and controller.

Transmitting module can be wireless transmitter module, and receiving module can be wireless receiving module, that is to say, that pass through nothing The mode of line connection realizes that the signal between transmitting module and receiving module transmits, and signal transmission is smooth and reliable, and makes whole The appearance of a cooking pot tool is more succinct.Certainly, in other embodiments, transmitting module can also be realized by wired mode Signal transmission between receiving module, for example, having the first connector being electrically connected with transmitting module, electromagnetism on cooking pot tool There is the second connector being electrically connected with receiving module, in use, being connected to two connectors by power supply line on furnace.

It should be noted that installation room can also additionally be arranged in the outside of pot body 1 in other implementations, will control The setting of making sheet 5 is indoor in installation.Alternatively, control panel 5 can also be located on the pot cover or electromagnetic oven in.

When specific implementation, one end of route 32 is electrically connected with temperature element 31, the settable electrode 33 of the other end of route 32, Electrode 33 is electrically connected with control panel 5.By the way that electrode 33 is arranged so that connection between route 32 and control panel 5 it is more convenient, can It leans on.Wherein, the other end of route 32 can be arranged in electrode 33 by way of silk-screen, can also be by spraying or welding Mode is arranged on the other end of route 32.It is understood that route 32 specifically includes electrode line and negative line, correspondingly, Electrode 33 specifically includes anode electrode and negative electrode.Wherein, can by the thickness h 4 of electrode 33 be arranged 0.05mm~0.4mm it Between.

Referring to Fig. 7 and Fig. 8, in a kind of feasible implementation, electrode 33 is connect especially by conducting wire 6 with control panel 5, Conducting wire 6 is specifically welded on electrode 33.It is understood that one end of conducting wire 6 is welded on electrode 33, the other end of conducting wire 6 It is connect with control panel 5.Being electrically connected between temperature measurement component 3 and control panel 5 is realized by conducting wire 6, so that temperature measurement component 3 and control Signal transmission between plate 5 is reliable much sooner, while conducting wire 6 being welded on electrode 33, so that between conducting wire 6 and electrode 33 Connection it is more reliable and more stable.

In that case, when control panel 5 is located in handle 2, the part of temperature measurement component 3 can be stretched in handle 2, To realize the connection between electrode 33 and control panel 5, alternatively, temperature measurement component 3 can not also stretch in handle 2, make conducting wire 6 from Handle 2 is stretched out to connect with the electrode 33 on the temperature measurement component 3 in groove.

It is more preferred, it can also be in the outer side covering protective layer 7 of electrode 33 and the weld of conducting wire 6, so as to play Certain waterproof action, and appearance the phenomenon that can prevent the weld of electrode 33 and conducting wire 6 from getting rusty, further ensure thermometric group The normal transmission of signal between part 3 and control panel 5, and protective layer 7 plays further the junction of electrode 33 and conducting wire 6 The effect of reinforcing.

Wherein, protective layer 7 specifically can be sealant, be also possible to be located on the outside of weld by spraying or being electroplated or print Rush-resisting material and formed.For example, rush-resisting material is anticorrosive paint or grease.Alternatively, protective layer is to nitrogenize to weld It handles and is formed.

Referring to Fig. 9, in another feasible implementation, electrode 33 is electrically connected by electroconductive elastic sheet 8 with control panel 5, Wherein, one end of electroconductive elastic sheet 8 is connected on electrode 33, and the other end of electroconductive elastic sheet 8 is electrically connected with control panel 5.By that will lead Electric elastic slice 8 is connected on electrode 33, and the electric connection between electrode 33 and control panel 5 can be realized, so that assembly is more It is convenient.Wherein, electroconductive elastic sheet 8 such as can be copper, copper alloy, or have certain elasticity and conductive material for other Matter, the utility model are not particularly limited its material.

When electrode 33 is electrically connected by above-mentioned electroconductive elastic sheet 8 with control panel 5, electroconductive elastic sheet 8 can specifically be located at handle 2 It is interior so that it is convenient to electroconductive elastic sheet 8 setting, assembly when, make partially protruding into handle 2 for temperature measurement component 3, make electroconductive elastic sheet 8 are connected on the electrode 33 of temperature measurement component 3, wherein can set inclined plane shape, so during installation, In for electroconductive elastic sheet 8 During in the partial insertion of temperature measurement component 3 to handle 2, electroconductive elastic sheet 8 and electrode 33 can be realized by way of sliding Abutting, it is easier for installation.Moreover, realizing temperature measurement component 3 and control panel 5 by the abutting of electroconductive elastic sheet 8 and electrode 33 Electrical connection, so that the disassembly between handle 2 and pot body 1 is more convenient.

Referring to Fig. 9, in the present embodiment, handle 2 has mounting portion 20, and electroconductive elastic sheet 8 is specifically connected on mounting portion 20, For example, mounting portion 20 includes the mounting plate being arranged in handle 2, electroconductive elastic sheet 8 is fixed on mounting portion 20 by fastener, tightly Firmware such as can be screw, bolt, rivet etc., alternatively, electroconductive elastic sheet is bonded on mounting portion 20.Wherein, electroconductive elastic sheet 8 The other end can be connect by conducting wire 6 with control panel 5, for example, conducting wire 6 is welded on the other end of electroconductive elastic sheet 8.Certainly, conductive bullet The other end of piece 8 can also be connected directly between on control panel 5, alternatively, electroconductive elastic sheet 8 and conducting wire 6 are crimped on jointly by fastener On mounting portion 20.

Wherein, groove 10 specifically include the first groove segment 101 and by the first groove segment 101 one end along the outer of pot body 1 Side wall upwardly extends and the second groove segment 102 for being formed.Second groove segment 102 is segmental arc.Referring to Fig.1 shown in 0, one kind can In capable implementation, the first groove segment 101 is particularly located at the bottom of a pan of pot body 1.Referring to Fig.1 shown in 1, in another feasible reality In existing mode, the first groove segment 101 is arranged close to the bottom of a pan of pot body 1.Wherein, temperature element 31 is particularly located at the first groove segment In 101, route 32 is upwardly extended along the second groove segment 102, to be electrically connected with control panel 5.By the way that the first groove segment 101 is set Setting the bottom of a pan in pot body 1 or the bottom of a pan close to pot body 1 can make in this way so that temperature element 31 is located in the first groove segment 101 Temperature element 31 directly acquires the temperature in the bottom of a pan, further improves the accuracy of 3 thermometric of temperature measurement component.Make the second groove simultaneously Section 102 is upwardly extended along the lateral wall of pot body 1, so that temperature measurement component 3 and the connection of control panel 5 are more convenient, cabling more adduction Reason.

In the present embodiment, pot body 1 is specifically as follows pan, and the first groove segment 101 is specifically located at the pot of pot body 1 Bottom, wherein the first groove segment 101 can be formed as flat segments or substantially at flat segments.Certainly, in other implementations, Pot body 1 is also possible to circular bottom pot, and the first groove segment 101 is specially segmental arc at this time.

When specific implementation, it can set the radius R1 of circle where the second groove segment 102 to not less than 50mm.It is more square in this way Just the assembly of temperature measurement component 3, moreover, being equipped with thermometric that will print when temperature element 31 and the print of route 32 are located on basal layer 30 When the basal layer 30 of element 31 and route 32 is assemblied in groove 10, as above setting can avoid print from being located at substrate to a certain extent The phenomenon that temperature element 31 and route 32 on layer 30 fall off from basal layer 30 appearance.

Wherein, basal layer 30 specifically includes the first interval 301 in the first groove segment 101 and by the first interval 301 the second intervals 302 upwardly extended, wherein the first interval 301 matches with pot body 1, matching here it is to be understood that First interval 301 can be matched with the inner wall of groove 10, alternatively, the first interval 301 is matched with the outer surface of pot body 1, for example, pot There is common split to form pattern etc. for the outer surface of body 1 and the outer surface of the first interval 301；Alternatively, the first interval 301 not only with The inner wall of groove 10 matches, while matching with the outer surface of pot body 1.Wherein, the second interval 302 to be at least partially disposed at second recessed In slot section 102, as above setting enables basal layer 30 preferably to cooperate with groove 10, improves the aesthetic appearance of entire cookware.

The angle a between the part and the first interval 301 of the first interval 301 of the second interval 302 can specifically be made not Less than 120 °, the assembly of basal layer 30 more convenient in this way, for example, when the print of temperature measurement component 3 is located on basal layer 30, it then will print When basal layer 30 equipped with temperature measurement component 3 is assemblied in groove 10, it is in substantially matched with groove 10 which, which is bent, Shape can prevent the connection of the first interval 301 and the second interval 302 in assembly not less than 120 ° by setting angle a to The case where place's fracture or the temperature element 31 on basal layer 30 and route 32 are broken or fall off.

Wherein, the second interval 302 specifically may include the first sub- segmental arc 303 and be upwardly extended by the first sub- segmental arc 303 The second sub- segmental arc 304, the first sub- segmental arc 303 at least partly matches with pot body 1, wherein can be by the first subarc shape The radius R2 of circle where section 303 is set as being set as not less than 50mm, the radius R3 of the circle where the second sub- segmental arc 304 Not less than 70mm.The assembly of basal layer 30 more convenient in this way makes preferably cooperate between basal layer 30 and pot body 1, and The case where basal layer and temperature measurement component can be prevented to be broken or fall off.Specifically, the second sub- segmental arc 304 can be to handle 2 direction extends, to facilitate the connection of electrode 33 Yu control panel 5.

When specific implementation, the power supply unit 27 for powering for control panel 5 is additionally provided in handle 2, specifically, in handle 2 With the first cavity 21 and positioned at the second cavity 22 of 21 side of the first cavity, control panel 5 is arranged in the first cavity 21, power supply Device 27 is arranged in the second cavity 22.That is, control panel 5 and power supply unit 27 are in two different cavitys, make It obtains the installation of control panel 5 and power supply unit 27 and takes out and do not interfered, for example, when power supply unit 27 is out of power or not enough power supply, When needing replacing power supply unit 27, the second cavity 22 where power supply unit 27 need to only be opened, it at this time will not be to control Plate 5 has an impact；Alternatively, only the first cavity 21 where control panel 5 need to be opened, at this time not when taking out control panel 5 Power supply unit 27 can be had an impact, to realize being effectively isolated for control panel 5 and power supply unit 27, avoid in installation or Another component is had an impact when taking out one of component.

First cavity 21 and the second cavity 22 can be set gradually along the length direction of handle 2, and the first cavity 21 is located at pot Between body 1 and the second cavity 22.That is, 21 to the second cavity 22 of the first cavity is closer to pot body 1, so that control panel 5 and detection pot The distance between the temperature measurement component 3 of 1 temperature of body is closer, so that the transmission of signal is much sooner and accurately, and is convenient for temperature measurement component 3 With the cabling between control panel 5；Power supply unit 27 can be made farther out, to avoid the high temperature of pot body 1 to power supply unit apart from pot body 1 simultaneously 27 have an impact.

In the present embodiment, control panel 5 and power supply unit 27 are realized especially by lead is electrically connected, in that case, The through-hole 230 passed through for lead is offered between first cavity 21 and the second cavity 22, is guaranteeing control panel 5 and power supply unit 27 while be effectively isolated, and ensure that normal cabling between the two.Specifically, handle 2 includes: handle body 23 and handle Lid.First cavity 21 and the second cavity 22 are arranged on handle body 23.Handle cover includes the first lid 24 and the second lid 25, the first lid 24 lid is located in the opening of the first cavity 21, and the second lid 25 lid is located in the opening of the second cavity 22.In this way Setting assembly and use are all very convenient, and when needing to install or replacing power supply unit 27, the second lid 25 is opened, Keep control panel 5 unaffected；When needing to install, replacing or repair control panel 5, the first lid 24 is opened, makes to supply Electric installation 27 is unaffected.

Specifically, the first cavity 21 is opening up, the second cavity 22 it is opening down.Wherein, it can be set on control panel 5 Key, indicator light are set, user can select different cooking functions by key, such as: without oil smoke, quick-fried etc., pass through instruction Lamp realizes the effect for reminding user.By the way that the opening up setting of the first cavity 21 of control panel 5 will be accommodated, to facilitate user Pressing keys improve user experience.By the way that the opening down setting of the second cavity 22 of power supply unit 27 will be accommodated, so that Water, dust or grease stain are not easily accessible into the second cavity 22, have carried out effective protection to power supply unit 27, and from depression angle From the point of view of, it can't see the second cavity 22 and the second lid 25, improve the aesthetic appearance of handle 2.

Certainly, the opening of the first cavity 21 and the second cavity 22 can also be arranged upward or be arranged downward, alternatively, The opening down setting of first cavity 21, the opening up setting of the second cavity 22.

When specific implementation, the first lid 24 lid can be located in the opening of the first cavity 21 by way of clamping.Second lid Body 25 lid can be located in the opening of the second cavity 22 by way of rotation engaging, wherein in order to improve the second lid 25 and the Leakproofness between two cavitys 22 opening avoids the fouls such as water, steam, dust from entering in the second cavity 22 and cause for Denso Situations such as setting 27 dampness or damaging, the opening of the second cavity 22 are additionally provided with sealing ring 26, and sealing ring 26 can be silicon Cushion rubber is also possible to rubber ring.Specifically, the opening of the second cavity 22 is provided with the accommodation groove for accommodating the sealing ring 26 220, so that sealing ring 26 is easier to assemble, and improves the stability of sealing ring 26, further ensures 25 He of the second lid Sealing effect between the opening of second cavity 22.

Wherein, power supply unit 27 specifically may include battery 271 and solar panel 272, and solar panel 272 is fixed on the second cavity 22 Interior, control panel 5 is electrically connected especially by lead with solar panel 272, and battery 271 can take out from the second cavity 22.When battery 271 Not enough power supply or when exhausting, the second lid 25 is opened, battery 271 is taken out from the second cavity 22, then fills new battery Enter in the second cavity 22, then covers the second lid 25.It should be noted that power supply unit 27 or and control panel 5 The power coil of electrical connection is the power supply of control panel 5 by electromagnetic induction principle.

In order to improve the leakproofness between the first cavity 21 and the second cavity 22, referring to shown in Fig. 8 and Fig. 9, the cooking pot Tool further include: for sealing the sealing element 28 of through-hole 230, and offer the fairlead passed through for lead on sealing element 28, draw Sealed set between line and fairlead.Due to the presence of sealing element 28, so that water will not be in the first cavity 21 and the second cavity 22 Between flow.In the present embodiment, sealing element 28 is the sealing-plug being inserted into through-hole 230, specifically, the outer wall of sealing-plug It can be interference fitted between the hole wall of through-hole 230.Certainly, sealing element 28 or diaphragm seal.Alternatively, lead and through-hole 230 Between gap pass through sealant pouring and sealing.

Embodiment two

On the basis of the above embodiments, the present embodiment provides a kind of cooking device, which includes: electromagnetic oven and culinary art Cookware.

Cooking pot tool in the present embodiment is identical as the structure of cooking pot tool that embodiment one provides, and can reach it is identical or Similar technical effect, details are not described herein, specifically can refer to the description of embodiment one.

Wherein, electromagnetic oven includes: bottom case and the panel at the top of bottom case, is equipped with coil panel, circuit board, control in bottom case Device etc..Panel can be glass panel, be also possible to ceramic panel, and the utility model is not construed as limiting the material of panel.Wherein, It can have the control panel 5 being electrically connected with temperature measurement component 3 on cooking pot tool, controller is electrically connected with control panel 5.Utilize electromagnetic oven When being cooked, the cookware for being loaded with food materials is placed on panel, is powered to electromagnetic oven, the electric current for having high frequency at this time passes through Coil on coil panel, so that countless closed magnetic field forces are generated, the cooking pot tool on magnetic force line cutting panel, in cooking pot tool Bottom surface generate countless small vortex, to be heated to cooking pot tool.

In the electromagnetic oven course of work, the temperature measurement component 3 on cooking pot tool detects the temperature of pot body 1, and temperature measurement component 3 will The temperature signal detected is transferred to control panel 5, and then the temperature signal is transferred to the controller in electromagnetic oven by control panel 5 On, so that the controller of electromagnetic oven be made to realize the accurate control of electromagnetic oven according to the temperature of the temperature signal control cookware received Temperature.

Cooking device provided in this embodiment, by opening up groove 10 on the outer wall of the pot body 1 of its cooking pot tool, by thermometric Component 3 is arranged in groove 10, so that temperature measurement component 3 be enable directly to detect the temperature of pot body 1, improves the timeliness of thermometric And accuracy, it avoids being burned to a certain extent, dry combustion method.Meanwhile it setting temperature measurement component 3 to include thermometric Element 31 and the route 32 being electrically connected with temperature element 31 detect the temperature of pot body 1 by temperature element 31, real by route 32 The transmission of existing temperature signal, in addition, temperature measurement component 3 directly contacts with pot body and short circuit occurs in order to prevent, temperature measurement component and pot The first insulating layer 100 is additionally provided between body, that is, insulation set between temperature measurement component 3 and pot body 1, and in order to make the first insulation The setting of layer 100 is more convenient, and insulating layer is specifically located on the cell wall of groove, thus prevents temperature measurement component straight with pot body Contact and short circuit occurs, and cause temperature signal can not normal transmission, that is, while guaranteeing 3 effective thermometric of temperature measurement component, It ensure that the reliable transmission of 3 signal of temperature measurement component, provide guarantee for normal temperature control.

Finally, it should be noted that the above various embodiments is only to illustrate the technical solution of the utility model, rather than it is limited System；Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should Understand: it is still possible to modify the technical solutions described in the foregoing embodiments, or to some or all of Technical characteristic is equivalently replaced；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution, and this is practical new The range of each embodiment technical solution of type.

Claims

1. a kind of cooking pot tool, which is characterized in that including pot body (1) and temperature measurement component (3), on the outer wall of the pot body (1) The groove (10) that can accommodate the temperature measurement component (3) is offered, the temperature measurement component (3) includes for detecting the pot body (1) The temperature element (31) of temperature and the route (32) being electrically connected with the temperature element (31), and the temperature measurement component (3) with There are the first insulating layer (100) between the pot body (1), slot of the first insulating layer (100) setting in the groove (10) On wall.

2. cooking pot tool according to claim 1, which is characterized in that the side that first insulating layer (100) passes through spraying Formula is arranged on the cell wall of the groove (10)；

Alternatively, first insulating layer (100) is arranged on the cell wall of the groove (10) by way of meltallizing.

3. cooking pot tool according to claim 2, which is characterized in that first insulating layer (100) is ceramic layer.

4. cooking pot tool according to claim 1, which is characterized in that the cell wall of the groove (10) includes bottom wall (110) With side wall (120), first insulating layer (100) is provided on the bottom wall (110) and the side wall (120).

5. cooking pot tool according to claim 1, which is characterized in that the thickness range of first insulating layer (100) is 0.05mm~1mm.

6. cooking pot tool according to any one of claims 1 to 5, which is characterized in that the temperature measurement component (3) further includes base Bottom (30), the temperature element (31) and the route (32) print the face for being located at the basal layer (30) by way of silk-screen To in the one side of the groove (10).

7. cooking pot tool according to claim 6, which is characterized in that the basal layer (30) includes substrate (305), described Temperature element (31) and the route (32) print are located in the one side towards the groove (10) of the substrate (305)；

Alternatively, the basal layer (30) includes the second insulating layer of substrate (305) and setting on the substrate (305) medial surface (306), the temperature element (31) and the route (32) print are located on the second insulating layer (306).

8. cooking pot tool according to claim 6, which is characterized in that the outer surface of the basal layer (30) is lower than described recessed The notch of slot (10)；

Alternatively, the outer surface of the basal layer (30) is concordant with the notch of the groove (10).

9. cooking pot tool according to claim 6, which is characterized in that the basal layer (30) is welded on the groove (10) On.

10. a kind of cooking device, which is characterized in that including electromagnetic oven and cooking pot as described in any one of claim 1 to 9 Tool；

Be provided with the control panel (5) being electrically connected with the temperature measurement component (3) on the cooking pot tool, have in the electromagnetic oven with The controller of control panel (5) electrical connection.