CN208920123U - Heat utensil - Google Patents

Abstract

The utility model provides a kind of heating utensil, comprising: pedestal；Panel is located on pedestal, and panel is equipped with through-hole；Heating member, between pedestal and panel；Temperature sensor, including movable probe, saddle and elastic supporting member for supporting optical member, saddle connect with movable probe and opposite can slide, elastic supporting member for supporting optical member and saddle and movable probe against, wherein saddle is supported by pedestal and/or heating member, movable probe wear in through-holes and can along through-hole activity, movable probe is equipped with backstop limiting section, and backstop limiting section is located at below the panel, is used for and panel is against to limit movable probe disengaging through-hole.The heating utensil that this programme provides, it is good to cookware contact thermography effect, and have installation step few, simpler, the quick advantage of assembly manipulation, can significant increase product assembly efficiency, reduce product cost, the bottleneck working-procedure problem for preventing heating utensil simultaneously, is more conducively promoted in field.

Description

Heat utensil

Technical field

The utility model relates to kitchen utensils fields, in particular to a kind of heating utensil.

Background technique

Existing electromagnetic oven etc. heats utensil, is directly contacted with cookware using convex type temperature sensor to cookware thermometric, can To increase thermometric accuracy, solve because cookware temperature it is excessively high caused by the problems such as being burned, wherein the temperature of existing heating utensil The parts such as temperature sensing part after the shell of temperature sensor is loaded on pedestal or panel, need to be packed by sensor structure from bottom to top The interior of shell of temperature sensor then compresses temperature sensing part using sleeve upwards, and limit circlip and shell is recycled to assemble simultaneously Sleeve is abutted against upwards to limit it so that sleeve maintenance compression temperature sensing part, prevents the parts such as interior of shell temperature sensing part downward It pulls out, this heating utensil structure components are more, assembly is complicated, assembling procedure is more, influence production efficiency.

Utility model content

At least one in order to solve the above-mentioned technical problem, the purpose of this utility model is to provide a kind of heating utensils.

To achieve the above object, the embodiments of the present invention provide a kind of heating utensil, comprising: pedestal；Panel, if On the base, the panel is equipped with through-hole；Heating member, between the pedestal and the panel；Temperature sensor, packet Movable probe, saddle and elastic supporting member for supporting optical member are included, the saddle connect with the movable probe and opposite can slide, the elasticity branch Support member and the saddle and the movable probe against, wherein the saddle is supported by the pedestal and/or the heating member, The movable probe wears in the through hole and can be equipped with backstop limiting section, institute along the through-hole activity, the movable probe It states backstop limiting section and is located at the below the panel, for being detached from described lead to against to limit the movable probe with the panel Hole.

The utility model heating utensil provided by the above embodiment, when cookware is placed on panel, can push movable probe The position on the upside of panel is projected to along through-hole, at this moment, movable probe is moved down relative to saddle and elasticity of compression supporting element makes Energy storage, after cookware leaves panel, elastic supporting member for supporting optical member discharge potential energy, and drive movable probe relative to saddle upward sliding into Row resets, and realizes to cookware contact temperature-measuring, has the advantages that thermometric is accurate, and in this structure, pass through design temperature sensor Comprising saddle, movable probe and elastic supporting member for supporting optical member, saddle connect progress mutually limit with movable probe and realizes that the two is seldom split It assembles to form, while opposite can be slided between saddle and movable probe, be supported on saddle using elastic supporting member for supporting optical member and activity is visited Between head, so that the sliding matching structure of movable probe and elastic supporting member for supporting optical member component are formed in inside temperature sensor, temperature is realized Degree sensor forms modular construction and itself can carry out elastic telescopic movement, in this way, temperature sensor and panel, pedestal and line When the components such as circle disk are assembled, it is only necessary to it is slided when satisfaction enables movable probe to be pressurized saddle support limit relative to saddle, And meet the assembled condition limited to temperature sensor to prevent its prolapse upwards through-hole, correspondingly, on assembly manipulation only The step that saddle position need to be resisted against on pedestal or coil panel and the through-hole of panel is set on the outside of movable probe makes panel The step of backstop limiting section forms limit is pushed, the entire assembling parts being related on utensil assembly production chain that heat are few, assembly Step is few, and assembly manipulation is also simpler, quick, can significant increase product assembly efficiency, reduce product cost, at the same prevent plus The bottleneck working-procedure problem of hot utensil, is more conducively promoted in field.

In addition, the heating utensil in above-described embodiment provided by the utility model can also have following supplementary technology special Sign:

In above-mentioned technical proposal, the heating member is equipped with avoid holes, and the saddle is connected to the avoid holes.

In the present solution, be equipped with avoid holes on heating member, saddle is set to be connected to avoid holes, so more conducively temperature sensing The lead-out wire of device is directed downwards on the downside of heating member, the problem that it is more convenient to make product cabling, while also avoiding lead-out wire heated.

In above-mentioned technical proposal, the heating member is equipped with positioned at the avoid holes top and surrounds the evacuation pore size distribution Water blocking convex ribs.

In the present solution, design water blocking convex ribs surround avoid holes, avoid holes can be entered to avoid along the water that through hole enters, Promote electric appliance waterproofness.

In above-mentioned technical proposal, water blocking convex ribs top is 1mm~3mm higher than the avoid holes top.

In the present solution, setting water blocking convex ribs top is 1mm~3mm higher than avoid holes top, it can be ensured that water blocking effect is reliable, It prevents from easily causing the injection defects such as shrink, eyelet when water blocking convex ribs are excessively high simultaneously, it is ensured that water blocking convex ribs good forming effect, this Sample, water blocking effect is also more reliable, and by limit water blocking convex ribs height in 3mm hereinafter, can avoid water blocking convex ribs it is excessively high hold The problem of interfering easily is formed with the movable probe that moves downward, while meeting movable probe effective active strokes, can be made It is more compact to obtain product structure, simplifies product height dimension.

In above-mentioned technical proposal, the heating member is equipped with the water receiving tank along the water blocking convex ribs peripheral distribution, the water receiving Slot is equipped with the conduit pipe for water to be discharged.

In the present solution, water receiving tank is arranged in the outside of water blocking convex ribs, water receiving tank plays the role of reception, conflux, can be with The water for avoiding enter into heating utensil flows over wantonly to be caused to heat appliance internal mouldy the problem of becoming damp, and by utilizing conduit pipe Water in water receiving tank is discharged in time, can prevent water level in water receiving tank from rising and crossing water blocking convex ribs and enter avoid holes, realize Electric appliance water inlet risk is reduced, electrical safety is promoted.

In above-mentioned technical proposal, the heating member is equipped with water guide rib, and one end of the water guide rib is adjacent to the through-hole, separately One end is extended in the water receiving tank or is extended at the position directly above of the water receiving tank notch.

In the present solution, setting water guide rib may be implemented pair so that water for entering through-hole is directed in water receiving tank using it The flow direction of heating utensil water flow inside is oriented, and further avoiding flowing over wantonly into the water of heating utensil causes to heat utensil Internal mouldy the problem of becoming damp, is also conducive to that flow path is made to avoid electric component, reduces electric appliance water inlet risk.

In above-mentioned technical proposal, the quantity of the water guide rib is multiple, week of multiple water guide ribs along the water receiving tank It is arranged to compartment of terrain, wherein the backstop limiting section protrudes at the position between the adjacent water guide rib, and the water guide rib is also used In with the backstop limiting section support by rotation angle to limit the movable probe.

In the present solution, protruding into backstop limiting section at the position between adjacent water guide rib, in this way, when movable probe rotates When, the meeting of backstop limiting section and water guide rib correspondingly, are led against to limit movable probe rotation by controlling backstop limiting section two sides The circumferential distance of water muscle can accordingly limit the rotation angle of movable probe, it is possible to prevente effectively from caused by because of movable probe rotation Lead-out wire winds problem, guarantees temperature sensor reliability of electrical connection.

In above-mentioned technical proposal, the conduit pipe is protruded out downwards, and the heating member bottom is equipped with stabilizer blade, and the water guide is logical The bottom end in road is higher than the bottom end of the stabilizer blade, or contour with the bottom end of the stabilizer blade.

It is or contour with the bottom end of stabilizer blade in the present solution, the bottom end of setting conduit pipe is higher than the bottom end of stabilizer blade, in this way, When heating member is laid flat, empty avoiding can be carried out to conduit pipe using the supporting role of stabilizer blade, be conducive to protect conduit pipe, and also sharp It is placed steadily in heating member, keeps heating member heating effect more preferable, and for the case where heating member is coil panel, be also conducive to coil panel Automated winding is promoted around line mass.

In above-mentioned technical proposal, it is formed with avoiding space at the position of the corresponding conduit pipe at the top of the heating member, The water guide of the avoiding space for avoiding the heating member being positioned above when multiple heating members stack is logical Road.

In the present solution, avoiding space is arranged at the top of heating member, for adding above evacuation when multiple heating members stack The water guide of warmware is connected, that is, avoiding space is used to protrude into avoiding space for the conduit pipe of the heating member of top, in this way, When multiple heating members stack, the conduit pipe of top heating member will not interfere with lower section heating member, so that the branch of top heating member Foot can gentle support be convenient to heating member stacking placement in lower section heating member surface, and for the case where heating member is coil panel, Also it is conducive to coil panel Automated winding, is promoted around line mass.

In above-mentioned technical proposal, the heating member is coil panel, and the coil pan bottom is equipped with magnetic stripe slot, the magnetic stripe slot Outer end position downwardly convex stretch to form the stabilizer blade.

In the present solution, downwardly convex stretch in outer end position of setting magnetic stripe slot to form stabilizer blade, that is, magnetic stripe slot is radially outer Position protrudes out downwards one section as stabilizer blade more and is used to support coil panel, specifically such as makes coil bracket integrated in injection molding The structure is molded, structure is simple, easy to process, and acquisition can be transformed to existing mold, while having to module The advantage that transformation is convenient, improvement expenses are low reduces product cost.

In above-mentioned technical proposal, the cross section of the stabilizer blade is C-shaped；And/or the bottom surface of the stabilizer blade is plane.

In the present solution, the cross section of setting stabilizer blade is C-shaped, the stabilizer blade intensity of the moulding is high, it is not easy to occur being broken Problem, reliability are higher.

The bottom surface that stabilizer blade is arranged is plane, in this way, when multiple heating members stack, it is easier to guarantee the heating member of top under The heating member surface held stationary of side is convenient to heating member stacking placement, and for the case where heating member is coil panel, is also conducive to Coil panel Automated winding is promoted around line mass.

In a technical solution of the utility model, the saddle is equipped with step and buckle, and the step relies on On the water blocking convex ribs, the buckle is clamped after the avoid holes with the heating member.

In the present solution, setting saddle is supported in heating member and is clamped with heating member, more conducively guarantee saddle assembly is firm Property, to accordingly promote the assembly stability of entire temperature sensor, it is made to be not easy temperature sensor deviation, loosening etc. occur Unfavorable condition.

In above-mentioned technical proposal, the movable probe is equipped with the first stopper section, and the saddle is equipped with the second stopper section, described First stopper section and second stopper section can continue slide downward against to limit the movable probe relative to the saddle, Wherein, between first stopper section and second stopper section free gap amount be less than or equal to the movable probe with it is described The distance between apparent surface above and below water blocking convex ribs.

In the present solution, the free gap amount between the first stopper section of design and the second stopper section is less than or equal to movable probe With the distance between apparent surface above and below water blocking convex ribs, in this way, movable probe compression is when moving down, the first stopper section and second It stopper section can be prior to movable probe and water blocking convex ribs against to be visited using the first stopper section and the second stopper section against limitation activity The maximum amount of moving down of head will not continue to movable probe downwardly against on water blocking convex ribs, and such saddle and heating member pass through card It is buckle-shaped at clamping junction stress it is small, it is not easy to there is the problem of saddle and heating member are threaded off, so that temperature sensor assembles Reliability is higher, and but also the buckle of saddle can pass completely through avoid holes barb when saddle and heating member carry out clamping assembly To heating member bottom surface, assembly manipulation is more convenient.

In a technical solution of the utility model, the saddle bottom is equipped with support, and the support passes through described keep away It allows and is only butted on the pedestal behind hole.

In the present solution, the support of setting saddle is passed down through after avoid holes and is only butted on pedestal, in this way, cookware passes through temperature The stress that sensor transmits downwards can less pass to heating member or not be transmitted to heating member with direct-drive to pedestal, this Sample, heating member stress are small, it is not easy to stress damage problem occur, product quality is more reliable.

In above-mentioned technical proposal, the support side wall is equipped with outlet hole；Or the support side wall is equipped with and extends to institute State the line outlet groove of support bottom end.

In the present solution, outlet hole is arranged on support side wall with from support side wall outlet, in this way, seat supports are in pedestal Shi Buhui is pressed onto the lead-out wire of temperature sensor, it is not easy to lead-out wire crushing problem occurs, and also play line using outlet hole The effect of card, convenient for drawing wire arranging.

The line outlet groove for extending to support bottom end is equipped on support side wall, in this way, lead-out wire can be from line outlet groove bottom plate rabbet Direct to be laterally caught in line outlet groove progress cabling, without perforating to lead-out wire, operation is easier, and Product Assembly is more convenient, efficient.

In any of the above-described technical solution, the heating utensil further include: sealing ring is located at the panel and the heating member Between, and be tightly connected with the panel and the heating member, wherein the through-hole corresponds to the center porose area of the sealing ring Domain.

In the present solution, panel and heating member are tightly connected by setting sealing ring, and through-hole is made to correspond to the center of sealing ring Bore region, in this way, the water entered along through-hole will not the gap between panel and heating member enter heating member and be located at sealing ring The position in outside realizes that the position for being located at heating member on the outside of sealing ring is formed as reliably watertight area, in this way, can will heat The circuit part (the coiling position of such as coil panel or the Electric radiant Heating Film Germ distribution of electric hot tray) of part designs at the watertight area To avoid heating member circuit water inlet problem, Product Safety is higher.

In above-mentioned technical proposal, one in the heating member and the sealing ring is equipped with protrusion, another is equipped with recessed Concave portion, the protrusion are embedded in the recessed portion, and with the concave surface of the recessed portion against.

Utilizing protrusion insertion recessed portion to form embedded cooperation between heating member and sealing ring in the present solution, designing, It could be formed with the anti-water route of sealing of effect, waterproof effect is more preferable, and has the advantages that structure is simple, easy to assembly.

In any of the above-described technical solution, the movable probe includes: bracket component, connect and can be slided relatively with the saddle It is dynamic, and its outer is equipped with the backstop limiting section protruded outward；Temperature-sensitive cap is connect and with the bracket with the bracket component Component movement；Temperature-sensing element is located on the bracket component, and is encapsulated and limit by the temperature-sensitive cap.

In the present solution, setting movable probe includes bracket component, temperature-sensitive cap and temperature-sensing element, temperature-sensing element is located at bracket On component, and limited by being encapsulated with the temperature-sensitive cap of bracket component assembly and connection, in this way, movable probe modular assembly structure, and It is not necessary that additionally using the realization of the parts such as circlip, sleeve is limited to temperature-sensing element limit fixation, the amount of parts of product reduces, pacifies Dress step is also reduced, and the assembly efficiency of product is higher.

In above-mentioned technical proposal, the bracket component includes: pedestal, and center is equipped with inner hole, the lateral surface of the pedestal Equipped with the backstop limiting section protruded outward；Bracket is connected to the inner hole, and the branch is provided with flange, and the flange is taken Lean against on the pedestal, the temperature-sensing element is supported by the bracket, temperature-sensitive cap dress on the bracket and with it is described Pedestal connection, is limited in the flange between the temperature-sensitive cap and the pedestal.

In the present solution, design bracket component includes pedestal and bracket, backstop limiting section is located on pedestal, in this way, to only The heat-blocking action for keeping off limiting section is good, and backstop limiting section is not easy thermal deformation, more reliable so as to which movable probe is integrally formed Position-limiting action, and in this structure, after bracket is connected to inner hole and is hooked its flange on the base, make temperature-sensitive cap mounted in bracket Above and with pedestal it is connected, while realizing temperature-sensitive cap to bracket and fixed pedestal, the encapsulation of temperature-sensing element is fixed in completion, installation Step integrated level is high, and step number is few, and the assembly efficiency of product is higher.

In above-mentioned technical proposal, the saddle have sliding part, the sliding part be nested in the inner hole hole wall with it is described Between bracket outer wall, the sliding part is equipped with back-off, and the inner hole hole wall or the bracket outer wall are equipped with sliding slot, the back-off It convexedly stretches in the sliding slot and can be slided along the sliding slot, and the cell wall of the sliding slot can be with the back-off against described in limitation Back-off is detached from the sliding slot.

In the present solution, bracket, sliding part and inner hole form successively nested assembly from inside to outside, in this way, saddle and work Slide-and-guide between dynamic probe is good, it is not easy to occur sliding clamping stagnation problem, and be formed and slided with sliding slot by design back-off Cooperation, and the effect to movable probe limit is formed using sliding slot and when being buckled to and being clamped, it is ensured that saddle and movable probe Assembly stabilization is not easily separate, in this way, the degree of modularity of temperature sensor is higher, it is more square with pedestal or coil panel assembly Just, the bottleneck working-procedure problem for fast, preventing heating utensil, is more conducively promoted in field.

Optionally, the heating utensil is electromagnetic oven, hearth etc..

The additional aspect and advantage of the utility model will become obviously in following description section, or practical new by this The practice of type is recognized.

Detailed description of the invention

The above-mentioned and/or additional aspect and advantage of the utility model from the description of the embodiment in conjunction with the following figures will Become obvious and be readily appreciated that, in which:

Fig. 1 is the schematic cross-sectional view of cooking equipment described in the utility model first embodiment；

Fig. 2 is the enlarged structure schematic diagram of A portion shown in Fig. 1；

Fig. 3 is the decomposition texture schematic diagram of cooking equipment described in the utility model first embodiment；

Fig. 4 is the schematic cross-sectional view of temperature sensor described in the utility model first embodiment；

Fig. 5 is the decomposition texture schematic diagram of temperature sensor described in the utility model first embodiment；

Fig. 6 is the overlooking structure diagram of heating member described in the utility model first embodiment；

Fig. 7 is the enlarged structure schematic diagram of B portion shown in Fig. 6；

Fig. 8 is the present invention looks up structural representation of heating member described in the utility model first embodiment；

Fig. 9 is the schematic cross-sectional view of cooking equipment described in the utility model second embodiment；

Figure 10 is the enlarged structure schematic diagram of C portion shown in Fig. 9；

Figure 11 is the section view of temperature sensor described in the utility model second embodiment with regard to structural schematic diagram.

Wherein, the corresponding relationship between appended drawing reference and component names of the Fig. 1 into Figure 11 are as follows:

100 pedestals, 110 rhones, 120 drainage holes, 200 panels, 210 through-holes, 300 heating members, 310 avoid holes, 320 gears Water convex ribs, 330 water receiving tanks, 331 conduit pipes, 340 water guide ribs, 350 stabilizer blades, 360 magnetic stripe slots, 370 protrusions, 371 avoiding spaces, 400 temperature sensors, 410 movable probes, 411 bracket components, 4111 pedestals, 41111 backstop limiting sections, 41112 inner holes, 41113 sliding slots, 4112 brackets, 41121 flanges, 41,122 first stopper sections, 4113 temperature-sensitive caps, 41131 positioning bars, 4114 temperature-sensitives Element, 4115 lead-out wires, 4116 resilient snubbers, 420 saddles, 421 steps, 422 buckles, 4,221 second stopper sections, 423 Seat, 4231 line outlet grooves, 424 sliding parts, 4241 back-offs, 430 elastic supporting member for supporting optical member, 500 sealing rings, 510 recessed portions.

Specific embodiment

In order to be more clearly understood that the above objects, features, and advantages of the utility model, with reference to the accompanying drawing and have The utility model is further described in detail in body embodiment.It should be noted that in the absence of conflict, this Shen The feature in embodiment and embodiment please can be combined with each other.

Many details are explained in the following description in order to fully understand the utility model, still, this is practical Novel to be implemented using other than the one described here other modes, therefore, the protection scope of the utility model is simultaneously It is not limited by the specific embodiments disclosed below.

Utensil is heated according to some embodiments of the utility model referring to Fig. 1 to Figure 11 description.

As shown in Figure 1 to 11, the heating utensil that the embodiments of the present invention provide, comprising: pedestal 100, panel 200, heating member 300 and temperature sensor 400.

Specifically, panel 200 is located on pedestal 100, and panel 200 is equipped with through-hole 210；Heating member 300 be located at pedestal 100 with Between panel 200；Temperature sensor 400 includes movable probe 410, saddle 420 and elastic supporting member for supporting optical member 430, saddle 420 and activity 410 connection of probe and can opposite sliding, elastic supporting member for supporting optical member 430 and saddle 420 and movable probe 410 against, wherein saddle 420 It is supported by pedestal 100 and/or heating member 300, movable probe 410 is threaded through in through-hole 210 and can be along 210 activity of through-hole, activity Probe 410 is equipped with backstop limiting section 41111, and backstop limiting section 41111 is located at the lower section of panel 200, be used for panel 200 against with It limits movable probe 410 and is detached from through-hole 210.

The utility model heating utensil provided by the above embodiment, when cookware is placed on panel 200, can push movable spy First 410 project to the position of 200 upside of panel along through-hole 210, and at this moment, movable probe 410 moves down simultaneously relative to saddle 420 Elasticity of compression supporting element 430 is allowed to energy storage, and after cookware leaves panel 200, elastic supporting member for supporting optical member 430 discharges potential energy, and drives work Dynamic probe 410 is resetted relative to 420 upward sliding of saddle, realizes to cookware contact temperature-measuring, has thermometric accurately excellent Point, and in this structure, include saddle 420, movable probe 410 and elastic supporting member for supporting optical member 430 by design temperature sensor 400, slides Part 420, which connect progress mutually limit with movable probe 410, both to be realized and to assemble with seldom splitting form, while saddle 420 and living It opposite can slide between dynamic probe 410, be supported between saddle 420 and movable probe 410 using elastic supporting member for supporting optical member 430, so that The sliding matching structure and 430 component of elastic supporting member for supporting optical member of movable probe 410 are formed in inside temperature sensor 400, realize temperature Sensor 400, which is formed, modular construction and itself can carry out elastic telescopic movement, in this way, temperature sensor 400 and panel 200, When the components such as pedestal 100 and coil panel are assembled, it is only necessary to when satisfaction makes movable probe 410 be pressurized 420 support limit of saddle It can be slided relative to saddle 420, and meet the assembly item limited to temperature sensor 400 to prevent its prolapse upwards through-hole 210 Part correspondingly, on assembly manipulation only needs the step being resisted against 420 position of saddle on pedestal 100 or coil panel and by face The through-hole 210 of plate 200, which is set on the outside of movable probe 410, makes panel 200 push the step that backstop limiting section 41111 forms limit Suddenly, entirely the assembling parts that are related to are few on heating utensil assembly production chain, and fit on step is few, assembly manipulation is also simpler, Fast, can significant increase product assembly efficiency, reduce product cost, while prevent heating utensil bottleneck working-procedure problem, more It is promoted conducive in field.

Specific embodiment one (as shown in Figures 1 to 8)

Heating utensil is electromagnetic oven, is specifically included: pedestal 100, panel 200, heating member 300 and temperature sensor 400.

As shown in Figure 4 and Figure 5, temperature sensor 400 includes movable probe 410, saddle 420 and elastic supporting member for supporting optical member 430.

Elastic supporting member for supporting optical member 430 is spring, certainly, it is also possible to the replacement such as elastic slice, elastic rubber.

Movable probe 410 specifically includes: bracket component 411, temperature-sensitive cap 4113 and temperature-sensing element 4114, bracket component 411 Including pedestal 4111 and bracket 4112.Wherein, there are installation passage, spring groove inside saddle 420, saddle 420 is equipped with for activity 410 connection of probe and can opposite sliding sliding parts 424, be equipped on the outside of the sliding part 424 and be buckled to 4241, it is preferable that such as Fig. 5 institute Show, 3 back-offs, 4241,3 back-offs 4241 are equipped on the outside of saddle 420 and are arranged along 420 periphery compartment of terrain of saddle.4112 bottom of bracket Installation passage inside saddle 420, so that forming radial limit between bracket 4112 and saddle 420,420 bottom of saddle is set There is support 423, support 423 includes 3 support edges, and 3 support edges arrange circumferentially-spacedly, so that being formed between adjacent supports side Line outlet groove 4231,4112 inner hollow of bracket, temperature-sensing element 4114 are located at 4112 top of bracket and are supported by bracket 4112, temperature-sensitive Lead-out wire 4115 is connected on element 4114, lead-out wire 4115 extends downwardly along the hollow part of bracket 4112 and penetrates support 423 central areas are finally drawn from line outlet groove 4231.Certainly, this programme is also not limited to using 4231 outlet of line outlet groove, Perforative outlet hole can be equipped on support 423 for being pierced by for lead-out wire 4115.

Spring one end is mounted in the spring groove of saddle 420, and the other end abuts against bracket 4112.

4111 center of pedestal is equipped with inner hole 41112, and outside is equipped with backstop limiting section 41111, and backstop limiting section 41111 is specific Including the muscle protruded out from 4111 side surface of pedestal, it is preferable that be equipped with 3 muscle on the outside of pedestal 4111, wherein heating member 300 is Coil panel, certainly, according to specific demand for heat, electric hot tray is also can be selected in heating member 300, in the present solution, coil disk center is equipped with The outer diameter of groove, the muscle is less than groove internal diameter, is seated pedestal 4111 in groove, the outer diameter and groove internal diameter of preferred design muscle Adaptation plays the role of limit temperature sensor 400 and radially shakes.In addition, the outer diameter of the muscle is greater than through-hole 210 on panel 200 Play the role of limit temperature sensor 400 in this way, muscle cannot pass through through-hole 210 and move up, prevent temperature sensor 400 in aperture Prolapse upwards through-hole 210.The hole wall of the inner hole 41112 of pedestal 4111 is equipped with sliding slot 41113 certainly can also be by sliding slot 41113 On 4112 outer wall of bracket, when saddle 420 is connected to downwards inner hole 41112, the back-off 4241 of saddle 420 projects to sliding slot In 41113, sliding slot 41113 plays the role of evacuation to the back-off 4241 of saddle 420 and is slidably matched with the formation of back-off 4241, and such as Shown in Fig. 4, when movable probe 410 is relative to 420 upward sliding of saddle to default maximum height, back-off 4241 is buckled in sliding slot Limit cooperation is formed on 41113 bottom wall, limitation back-off 4241 is detached from sliding slot 41113, and limits saddle 420 and pedestal with this 4111 (movable probes 410) separation, so that saddle 420 and movable probe 410 form stable modular assembly structure.

Temperature-sensitive cap 4113 is preferably metal material, and 4113 position of temperature-sensitive cap of movable probe 410 is connected on panel 200 Through-hole 210 simultaneously can be along 210 activity of through-hole, it is preferable that the 4113 big 0.5mm~1.5mm of outer diameter of aperture ratio temperature-sensitive cap of through-hole 210, Radial position-limiting action is formed to temperature-sensitive cap 4113 simultaneously.The lid of temperature-sensitive cap 4113 is mounted in 4112 top of bracket, and outside temperature-sensitive cap 4113 Edge is evenly distributed with 3 positioning bars 41131, and positioning bar 41131 is squeezed into the limiting slot of 4111 side of pedestal, is formed solid with pedestal 4111 Fixed connection, meanwhile, 41121 position of flange of bracket 4112 is pressed on pedestal 4111 by temperature-sensitive cap 4113, is realized bracket 4112 is fixed with pedestal 4111, and temperature-sensing element 4114 is compressed limit on bracket 4112 by temperature-sensitive cap 4113, is completed to temperature-sensitive The encapsulation limit of element 4114.

Preferably, temperature-sensing element 4114 is preferably thermistor module.

Preferably, as shown in Figure 4 and Figure 5, between temperature-sensing element 4114 and bracket 4112 be equipped with resilient snubber 4116 into Row buffering, the specific such as elastomeric pad of resilient snubber 4116, such as rubber pad, elastic cotton.

The temperature sensor 400 that this programme is formed, it can be achieved that activity under the resilient support effect of elastic supporting member for supporting optical member 430 Probe 410 floats up and down relative to saddle 420.

In addition, coil panel includes raised 370, water blocking convex ribs 320, conduit pipe 331, water guide as shown in Fig. 6, Fig. 7, Fig. 8 Muscle 340 and stabilizer blade 350 etc..Coil panel is located at 200 lower section of panel and between panel 200 and pedestal 100, as shown in figure 3, line It encloses and is equipped with sealing ring 500 between disk and panel 200, sealing ring 500 is ring structure, 210 face of the through-hole sealing on panel 200 The central bore region of circle 500,500 bottom of sealing ring are equipped with recessed portion 510, are formed in the upward insertion recessed portion 510 of protrusion 370 embedding Enter formula cooperation, and is sealed between panel 200 and coil panel against sealing is realized to realize with the concave surface of recessed portion 510 Connection.

As depicted in figs. 1 and 2, the bottom surface of the center groove of coil panel is equipped with perforative avoid holes 310, movable probe 410 When in the center groove loaded on coil panel namely when pedestal 4111 is seated in the groove, it is connected to the saddle of movable probe 410 420 are connected to avoid holes 310, wherein the support 423 of saddle 420 is only butted on pedestal 100 after passing through avoid holes 310, in this way, pot The stress that tool is transmitted downwards by temperature sensor 400 can with direct-drive to pedestal 100, and less pass to coil panel or It is not transmitted to coil panel, in this way, coil panel stress is small, it is not easy to stress damage problem occur, product quality is more reliable.

Further, as shown in figure 4, coil panel is equipped with positioned at 310 top of avoid holes and around the distribution of avoid holes 310 Water blocking convex ribs 320, wherein surround avoid holes 310 using water blocking convex ribs 320, can enter to avoid the water entered along through-hole 210 Avoid holes 310 promote electric appliance waterproofness.

Preferably, water blocking convex ribs 320 are in circular ring shape along the circumferential construction of avoid holes 310.

Preferably, 320 top of water blocking convex ribs is 1mm~3mm higher than 310 top of avoid holes, it can be ensured that water blocking effect is reliable, together When prevent from easily causing the injection defects such as shrink, eyelet when water blocking convex ribs 320 are excessively high, it is ensured that 320 good forming effect of water blocking convex ribs, In this way, water blocking effect is also more reliable, and pass through the height for limiting water blocking convex ribs 320 in 3mm hereinafter, can avoid water blocking convex ribs 320 It is excessively high and easy to form the problem of interfering with the movable probe 410 moveed downward, meeting the effective active strokes of movable probe 410 While, product structure can be made more compact, simplify product height dimension.

Further, the position that the center groove of coil panel is located at 320 outside of water blocking convex ribs is formed as along water blocking convex ribs The water receiving tank 330 of 320 peripheral distributions, water receiving tank 330 are equipped with the conduit pipe 331 for water to be discharged.Wherein, water receiving tank 330 Play the role of reception, conflux, the water that can avoid enter into heating utensil flow over wantonly causes to heat that appliance internal is mouldy becomes damp The problem of, and by the way that the water in water receiving tank 330 is discharged in time using conduit pipe 331, water level in water receiving tank 330 can be prevented Rise and cross water blocking convex ribs 320 and enter avoid holes 310, realizing reduces electric appliance water inlet risk, promotes electrical safety.

Furthermore it is preferred that as shown in Figures 2 and 3, pedestal 100 is equipped with rhone 110, conduit pipe 331 protrudes into rhone In 110,110 bottom surface of rhone is equipped with the drainage hole 120 of connection environment, so that the water of water receiving tank 330 is successively along conduit pipe 331, rhone 110, drainage hole 120 are discharged to outside pedestal 100.

Preferably, the side wall of the center groove of coil panel is equipped with water guide rib 340, one end adjacent through-holes of water guide rib 340 210, the other end is extended in water receiving tank 330 or is extended at the position directly above of 330 notch of water receiving tank.Utilize water guide rib 340 The water for entering through-hole 210 is directed in water receiving tank 330, may be implemented to be oriented the flow direction of heating utensil water flow inside, It further avoids flowing over wantonly into the water of heating utensil and causes to heat appliance internal mouldy the problem of becoming damp, be also conducive to make water flow Electric component is avoided in path, reduces electric appliance water inlet risk.

It is highly preferred that as shown in Figure 6 and Figure 7, the quantity of water guide rib 340 be it is multiple, multiple water guide ribs 340 are along water receiving tank 330 arrange circumferentially-spacedly, wherein backstop limiting section 41111 (namely muscle on pedestal 4111) protrudes into adjacent water guide rib 340 Between position at, when (movable probe 410 is whole in other words) rotates forward or backwards in this way, pedestal 4111, water guide rib 340 can It is rotated with backstop limiting section 41111 against to limit pedestal 4111 (movable probe 410 is whole in other words), to be limited using backstop The water guide rib 340 of 41111 two sides of portion realizes the rotation angle of limitation movable probe 410.In this way it is possible to prevente effectively from because activity is visited First 410, which rotate caused lead-out wire 4115, winds problem, guarantees 400 reliability of electrical connection of temperature sensor.

Further, conduit pipe 331 protrudes out downwards, and coil pan bottom is equipped with stabilizer blade 350, the bottom end of conduit pipe 331 It is contour with the bottom end of stabilizer blade 350, namely as shown in Figure 1, the bottom end of conduit pipe 331 is designed using horizontal reference line h as reference It is fallen on horizontal reference line h with the bottom end of stabilizer blade 350.In this way, utilizing the supporting role of stabilizer blade 350 when coil panel is laid flat Empty avoiding can be carried out to conduit pipe 331, be conducive to protect conduit pipe 331, and is also steady conducive to coil panel placement, make coil panel Heating effect is more preferable, and for the case where coil panel is coil panel, is also conducive to coil panel Automated winding, is promoted around line mass.

Certainly, this programme is not limited thereto, and the bottom end that can also design conduit pipe 331 according to demand is higher than stabilizer blade 350 Bottom end.

It is further preferred that as shown in Figure 6 and Figure 7, being formed with and keeping away at the position of corresponding conduit pipe 331 at the top of coil panel Allow space 371, avoiding space 371 is for avoiding the conduit pipe for the coil panel being positioned above when multiple coil panels stack 331。

More specifically, as shown in Figure 6 and Figure 7, the avoiding space 371 at the top of coil panel is surrounded by protrusion 370 and is limited, It is enclosed in the space set out in this way, conduit pipe 331 protrudes into protrusion 370, without realizing empty avoiding with 370 interference of protrusion.

Further, coil pan bottom is equipped with magnetic stripe slot 360, and the outer end position of magnetic stripe slot 360 is downwardly convex to stretch to form stabilizer blade 350, that is, the radially outer position of magnetic stripe slot 360 is downwards more one section is protruded out as stabilizer blade 350 be used to support coil panel.

Wherein it is preferred to which the cross section of stabilizer blade 350 is C-shaped, 350 intensity of stabilizer blade of the moulding is high, it is not easy to be broken The problems such as, reliability is higher.

Preferably, the bottom surface of stabilizer blade 350 is plane, in this way, when multiple heating members 300 stack, it is easier to guarantee top Coil panel is convenient to coil panel stacking placement in the coil panel surface held stationary of lower section, and be also conducive to coil panel automation around Line is promoted around line mass.

The complete machine mount scheme of this heating utensil: temperature sensor 400 is inserted into the center groove of coil panel, is then made The avoid holes 310 that 420 part of saddle of temperature sensor 400 is passed down through on the center groove bottom surface of coil panel are only butted on pedestal 100, then, the lead-out wire 4115 of temperature sensor 400 is electrically connected to the mainboard of heating utensil from coil pan bottom, then, The panel 200 for being stained with sealing ring 500 is installed on pedestal 100.

In this structure, the support 423 of the saddle 420 of temperature sensor 400 contacts pedestal 100, supports temperature using pedestal 100 Spend sensor 400；210 diameter of through-hole of panel 200 be greater than temperature sensor 400 4113 diameter of temperature-sensitive cap about 0.5~ 1.5mm is moved radially with limit temperature sensor 400；210 diameter of through-hole of panel 200 is limited less than 4111 outside backstop of pedestal The diameter in position portion 41111 plays the role of limit temperature sensor 400 and removes complete machine.The activity for pressing temperature sensor 400 is visited When first 410, the movable probe 410 of temperature sensor 400 is moved down with respect to saddle 420, is kept off until 4111 bottom end of pedestal contacts Water convex ribs 320；When pressing releasing, movable probe 410 rises reset under the action of contained spring.

Specific embodiment two (as shown in Figures 9 to 11)

With aforementioned embodiment one the difference is that, to support 423 of the saddle 420 of temperature sensor 400 Position is changed, and in the present embodiment, saddle 420 is equipped with step 421 and buckle 422, and step 421 relies on water blocking convex ribs On 320, buckle 422 is clamped after passing through avoid holes 310 with coil panel.In this way, be more conducive to guarantee that saddle 420 assembles stability, from And the assembly stability of entire temperature sensor 400 is accordingly promoted, so that it is not easy 400 deviation of temperature sensor occur, loosened A problem that.

More specifically, 420 bottom of saddle is equipped with 3 buckles 422, and 3 422 positions of buckle of saddle 420, which are connected to, to be kept away Allow hole 310 when, 3 buckle 422 by natural resiliency inside contract realization evacuation, when 3 buckle 422 convex buckle position be pierced by avoid holes After 310,3 422 rebounds of buckle make position of the convex buckle position barb around avoid holes 310, realize saddle 420 and coil panel card It connects.

Preferably, movable probe 410 be equipped with the first stopper section 41122, saddle 420 be equipped with the second stopper section 4221, first Stopper section 41122 and the second stopper section 4221 can continue slide downward against to limit movable probe 410 relative to saddle 420, Wherein, the free gap amount between the first stopper section 41122 and the second stopper section 4221 is less than or equal to movable probe 410 and water blocking The distance between about 320 apparent surface of convex ribs.

More specifically, the first stopper section 41122 is the boss structure on bracket 4112, and the second stopper section 4221 is saddle 420 top surfaces correspond to the position of boss structure, wherein as shown in Figure 10, which is that movable probe 410 is in the maximum height that floats When state, under the state, the backstop limiting section 41111 and panel 200 of pedestal 4111 against, at this moment, the first stopper section 41122 Free gap between the second stopper section 4221 is measured maximum, is worth for L1, correspondingly, on movable probe 410 and water blocking convex ribs 320 The distance between lower apparent surface, that is, 4111 bottom end of pedestal and the spacing distance up and down on 320 top of water blocking convex ribs are also maximum, Value is L2, wherein L1 < L2.When 410 downward displacement movement of movable probe, L1 is synchronous with L2 to be reduced, and due to L1 < L2, when L1 becomes 0, i.e. when L1=0mm, L2 > 0mm understands in this way, forming the first stopper section 41122 and the second stopper section 4221 prior to work Dynamic probe 410 is with water blocking convex ribs 320 against so that the clamping junction stress that saddle 420 and coil panel are formed by buckle 422 It is small, it is not easy to the problem of saddle 420 and coil panel tripping occur, so that 400 assembly reliability of temperature sensor is higher.And it can be with Understand, when pushing temperature sensor 400 so that the buckle 422 of saddle 420 is connected in avoid holes 310, movable probe 410 is In relative to 420 position lowest part of saddle, by design when L1 becomes 0, i.e. when L1=0mm, L2 > 0mm, in this way, pushing When movable probe 410 is further to drive the buckle 422 of saddle 420 to be connected in avoid holes 310, movable probe 410 and water blocking are convex It will not be preferable between muscle 320 between first stopper section 41122 and the second stopper section 4221 against in this way will not be to saddle 420 Buckle 422 be connected in the assembly manipulations of avoid holes 310 and interfere, enable the buckle 422 of saddle 420 to pass completely through evacuation For 310 barb of hole to coil panel bottom surface, assembly manipulation is more convenient.

Wherein, specific embodiment of the utility model two and the something in common of specific embodiment one are referred to above-mentioned specific The explanation of embodiment one, details are not described herein.

Certainly, in addition to heating utensil cited by embodiments above one and specific embodiment two be electromagnetic oven the case where Outside, heating utensil can also be no longer exhaustive herein for infra-red furnace, hearth etc., but belongs under the premise of not departing from the design design In the protection scope of this programme.

In the present invention, term " first ", " second " are only used for the purpose of description, and should not be understood as instruction or dark Show relative importance；Term " multiple " then refers to two or more, unless otherwise restricted clearly.Term " installation ", " phase Even ", the terms such as " connection ", " fixation " shall be understood in a broad sense, for example, " connection " may be a fixed connection, be also possible to removable Connection is unloaded, or is integrally connected；" connected " can be directly connected, can also be indirectly connected through an intermediary.For ability For the those of ordinary skill in domain, the concrete meaning of above-mentioned term in the present invention can be understood as the case may be.

In the description of the utility model, it is to be understood that the orientation or positional relationship of the instructions such as term " on ", "lower" is It is based on the orientation or positional relationship shown in the drawings, is merely for convenience of describing the present invention and simplifying the description, rather than indicate Or imply that signified device or unit must have specific direction, be constructed and operated in a specific orientation, it is thus impossible to understand For limitations of the present invention.

In the description of this specification, the description of term " one embodiment ", " some embodiments ", " specific embodiment " etc. Mean that particular features, structures, materials, or characteristics described in conjunction with this embodiment or example are contained at least the one of the utility model In a embodiment or example.In the present specification, schematic expression of the above terms are not necessarily referring to identical embodiment Or example.Moreover, the particular features, structures, materials, or characteristics of description can be in any one or more embodiment or examples In can be combined in any suitable manner.

The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model Within, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.

Claims (20)

1. a kind of heating utensil characterized by comprising

Pedestal；

Panel, if on the base, the panel is equipped with through-hole；

Heating member, between the pedestal and the panel；

Temperature sensor, including movable probe, saddle and elastic supporting member for supporting optical member, the saddle connect with the movable probe and can phases To sliding, the elastic supporting member for supporting optical member and the saddle and the movable probe against, wherein

The saddle is supported by the pedestal and/or the heating member, and the movable probe is worn in the through hole simultaneously can edge Through-hole activity, the movable probe are equipped with backstop limiting section, and the backstop limiting section is located at the below the panel, be used for The panel is detached from the through-hole against to limit the movable probe.

2. heating utensil according to claim 1, which is characterized in that

The heating member is equipped with avoid holes, and the saddle is connected to the avoid holes.

3. heating utensil according to claim 2, which is characterized in that

The heating member is equipped with positioned at the avoid holes top and around the water blocking convex ribs of the evacuation pore size distribution.

4. heating utensil according to claim 3, which is characterized in that

Water blocking convex ribs top is 1mm~3mm higher than the avoid holes top.

5. heating utensil according to claim 3, which is characterized in that

The heating member is equipped with the water receiving tank along the water blocking convex ribs peripheral distribution, and the water receiving tank is equipped with for water to be discharged Conduit pipe.

6. heating utensil according to claim 5, which is characterized in that

The heating member is equipped with water guide rib, and adjacent to the through-hole, the other end extends to the water receiving for one end of the water guide rib In slot or extend at the position directly above of the water receiving tank notch.

7. heating utensil according to claim 6, which is characterized in that

The quantity of the water guide rib be it is multiple, multiple water guide ribs arrange circumferentially-spacedly along the water receiving tank, wherein institute It states backstop limiting section to protrude at the position between the adjacent water guide rib, the water guide rib is also used to and the backstop limiting section support By the rotation angle to limit the movable probe.

8. heating utensil according to claim 5, which is characterized in that

The conduit pipe protrudes out downwards, and the heating member bottom is equipped with stabilizer blade, and the bottom end of the conduit pipe is higher than the branch The bottom end of foot, or it is contour with the bottom end of the stabilizer blade.

9. heating utensil according to claim 8, which is characterized in that

Avoiding space is formed at the top of the heating member at the position of the corresponding conduit pipe, the avoiding space is used for when more The conduit pipe for the heating member being positioned above is avoided when a heating member stacks.

10. heating utensil according to claim 8, which is characterized in that

The heating member is coil panel, and the coil pan bottom is equipped with magnetic stripe slot, and the outer end position of the magnetic stripe slot is downwardly convex to stretch Form the stabilizer blade.

11. heating utensil according to claim 10, which is characterized in that

The cross section of the stabilizer blade is C-shaped；And/or

The bottom surface of the stabilizer blade is plane.

12. the heating utensil according to any one of claim 3 to 11, which is characterized in that

The saddle is equipped with step and buckle, and the step relies on the water blocking convex ribs, and the buckle is kept away across described Heating member described in Kong Houyu is allowed to be clamped.

13. heating utensil according to claim 12, which is characterized in that

The movable probe is equipped with the first stopper section, and the saddle is equipped with the second stopper section, first stopper section and described the Two stopper sections can continue slide downward against to limit the movable probe relative to the saddle, wherein first backstop Free gap amount between portion and second stopper section is less than or equal to the movable probe and the water blocking convex ribs are opposite up and down The distance between surface.

14. according to heating utensil described in any one of claim 2 to 11, which is characterized in that

The saddle bottom is equipped with support, and the support is only butted on the pedestal after passing through the avoid holes.

15. heating utensil according to claim 14, which is characterized in that

The support side wall is equipped with outlet hole；Or

The support side wall is equipped with the line outlet groove for extending to the support bottom end.

16. heating utensil according to any one of claim 1 to 11, which is characterized in that further include:

Sealing ring is tightly connected between the panel and the heating member, and with the panel and the heating member, In, the through-hole corresponds to the central bore region of the sealing ring.

17. heating utensil according to claim 16, which is characterized in that

One in the heating member and the sealing ring is equipped with protrusion, another is equipped with recessed portion, protrusion insertion institute State in recessed portion, and with the concave surface of the recessed portion against.

18. heating utensil according to any one of claim 1 to 11, which is characterized in that the movable probe includes:

Bracket component connect with the saddle and opposite can slide, and its outer is equipped with the backstop limiting section protruded outward；

Temperature-sensitive cap connect with the bracket component and moves with the bracket component；

Temperature-sensing element is located on the bracket component, and is encapsulated and limit by the temperature-sensitive cap.

19. heating utensil according to claim 18, which is characterized in that the bracket component includes:

Pedestal, center are equipped with inner hole, and the lateral surface of the pedestal is equipped with the backstop limiting section protruded outward；

Bracket is connected to the inner hole, and the branch is provided with flange, and the flange relies on the pedestal, the temperature-sensitive member Part is supported by the bracket, and the temperature-sensitive cap dress is connect on the bracket and with the pedestal, is limited the flange Between the temperature-sensitive cap and the pedestal.

20. heating utensil according to claim 19, which is characterized in that

The saddle has sliding part, and the sliding part is nested between the inner hole hole wall and the bracket outer wall, the cunning Dynamic portion is equipped with back-off, and the inner hole hole wall or the bracket outer wall are equipped with sliding slot, and the back-off convexedly stretches in the sliding slot simultaneously It can be slided along the sliding slot, and the cell wall of the sliding slot can be detached from the sliding slot against to limit the back-off with the back-off.