CN207400644U - Electric kettle - Google Patents

Abstract

The utility model provides an electric kettle, include: the kettle body (20) and pot lid (10), wherein, be equipped with button assembly (11) on pot lid (10), and be equipped with rotatable filter screen spare (14) on pot lid (10), still including setting up impeller (12) and pot lid slide lock (13) in pot lid (10), wherein, pot lid slide lock (13) have can supply impeller (12) gliding sliding space (1303), impeller (12) have and can supply dodge space (1204) that button assembly (11) passed, the utility model provides an electric kettle has realized slidable subassembly mutual noninterference and does not have the problem of space conflict in the pot lid, has simplified the subassembly structure that is used for driving filter screen spare and removes in the pot lid simultaneously.

Description

Insulating pot

Technical field

The utility model is related to household electrical appliance technical field more particularly to a kind of insulating pots.

Background technology

Insulating pot as a kind of common Sheng water heating vessels, heating is fast, it is safe and reliable, using simple, easy to carry, The household small electric appliance very high through becoming frequency of use, requirement of the people to insulating pot each side is also higher and higher, wherein, in order to anti- Only the solid particulate matter in insulating pot (such as incrustation scale) outflow or foreign matter enter in insulating pot, occur band filtering work(in the market The insulating pot of energy, specifically in the setting net-filter assembly at the kettle nozzle of insulating pot, is played a role in filtering by net-filter assembly.

At present, patent (CN202981579U) discloses a kind of improved electric kettle filter structure, specific open (referring to figure 1 and Fig. 2)：Insulating pot includes pot lid 1 and the cam 2 that is fixedly installed on pot handle, cam 2 include convex arc section 3 and with convex arc section 3 The flat part 4 to smoothly transit, 1 bottom of pot lid are pivoted with filter screen bracket 5, and filter screen bracket 5 is equipped with filter screen 6, on the pot lid 1 Equipped with lever body and transfer bar mechanism, the transfer bar mechanism can squeeze with cam 2 in the rotation process of pot lid 1 and drive and dial Linkage is stirred filter screen bracket 5 and is rotated, and the pot lid 1 is equipped with the first elastic element 17 that can reset filter screen bracket 5, In, lever body includes the driving lever 7 being hubbed on pot lid 1, and transfer bar mechanism includes the push rod 18 that can be slided on pot lid 1, pot lid 1 The second avoiding hollow groove 15 is equipped with, the filter screen bracket 5 is equipped with bar 16, which extends pot by the second avoiding hollow groove 15 On lid 1, and the driving lever 7 can stir the bar 16, and described first elastic element, 17 one end is fixed on bar 16, use When, when pot lid 1 covers, in the rotation process of pot lid 1, the convex arc section 3 of cam 2 touches push rod 18 first, then with The process top pressure push rod 18 of rotation, 18 forward slip of push rod and top splenium 21 is made to squeeze shifting block 12 and is rotated, top splenium 21 is opposite to be set There are the first top pressure face 25 and the second top pressure face 22, shifting block 12 to be pressurized and driving lever 7 is driven to rotate, driving lever 7 stirs bar 16 when rotating, So as to which filter screen bracket 5 be driven to rotate, filter screen bracket 5 and filter screen is made to rotate and pack up, so as to ensure that the filter screen bracket 5 in closing lid And filter screen can enter in pot；When pot lid 1 is closed in the pot mouth of kettle body, shifting block 12 has exited the top of top splenium 21 completely Scope is pressed, top splenium 21 disengages shifting block 12, thus driving lever 7 no longer effectively stirs bar 16, so as to which filter screen bracket 5 is in the work of torsional spring With and open, cling on the inner wall of kettle body.

However, in above-mentioned insulating pot, when filter screen bracket 5 is arranged on pot lid, lever body and transfer bar mechanism phase need to be passed through Interaction is realized, and lever body and transfer bar mechanism occupy larger space in pot lid so that is used to open opening for pot lid Cap assemblies are also easy to produce Steric clashes with lever body and transfer bar mechanism, and component of uncapping, lever body and transfer bar mechanism are in pot lid Difficulty is set to increase, while so that the structure of pot lid is complex.

Utility model content

It is at least one in order to solve the problems, such as to mention in background technology, the utility model provide a kind of pot lid it is simple in structure and The insulating pot of Steric clashes is not present in component in pot lid.

The utility model provides a kind of insulating pot, including：Kettle body and the pot lid being rotatedly connected with the kettle body, wherein, The pot lid is equipped with button assembly, and the pot lid is equipped with rotatable screen element, and the filter towards the one side of kettle body Netware is covered in when the pot lid lid closes in the spout of the kettle body, is further included：The promotion being slidably arranged in the pot lid Part and pot lid sliding lock, wherein, the pot lid sliding lock has the sliding space slided for the impeller, and the impeller has For the avoiding space that the button assembly passes through, and the impeller is used to promote the screen element movement so that the strainer Part is covered in the spout.

By being slided in the pot lid and setting impeller and pot lid sliding lock, and the pot lid sliding lock has for described The sliding space that impeller slides, the impeller have the avoiding space passed through for the button assembly, in this way, sliding empty Between and avoiding space setting so that the slip of pot lid sliding lock and the slip of impeller are not interfere with each other, and avoid the occurrence of pot lid It uncaps Steric clashes of the drive component in pot lid of component and screen element, moreover, screen element is directly connected with impeller, passes through Impeller directly drives screen element and is moved so that for driving the modular construction of screen element simple and connection side in pot lid Just, meanwhile, in the application, the pot lid sliding lock and impeller in pot lid are compact in pot lid inner structure, easy for installation, simplify pot lid Internal structure.

Optionally, the first end of the impeller is connected towards the spout and with the screen element, the impeller Second end is squeezed to drive the screen element mobile with the kettle body when the pot lid lid is closed and is covered in the spout.

Optionally, the first end of the pot lid sliding lock is connected to the pot towards the spout and when the pot lid lid closes So that the pot lid is locked in the kettle body on the outer of body, the second end of the pot lid sliding lock passes through the first elastic component and institute The inner wall for stating pot lid is connected, and the pot lid sliding lock when the button assembly is pressed towards the first elastic component movement with Open the pot lid.

Optionally, the pot lid includes：Lower cover and lid are located at the upper cover on the lower lid, and the impeller and the pot Lid sliding lock is slidably arranged on the bottom surface of the lower cover, and the lower cover is pushed away for described towards opening up on the side wall of the spout The slip mouth and open up for the second end of the impeller that the first end of moving part and the first end of the pot lid sliding lock pass through The escape port passed through；

One end of the button assembly is connected with the bottom surface of the lower cover, and the other end is connected to through the avoiding space It covers.

Optionally, be covered under described on the side wall top of the slip mouth and installing plate be set, the screen element with it is described Installing plate is rotatedly connected, and the first end of the impeller is connected through the slip mouth with the screen element.

Optionally, the second elastic component is arranged in the first end of the impeller, wherein one end of second elastic component The outer edge of the slip mouth is connected to, the other end of second elastic component is connected on the outer wall of the avoiding space.

Optionally, limit protrusion, the limit protrusion are equipped between the second end of the impeller and the avoiding space /V is carried out for the length that the second end to the impeller is stretched out from the escape port.

Optionally, kettle body position corresponding with the escape port is equipped with pot lid stent, and the lower cover passes through the pot Lid support is rotatedly connected with the kettle body, and the 3rd elastic component is equipped between the lower cover and the pot lid stent；

The second end of the impeller is connected to after pot lid lid conjunction on the pot lid stent.

Optionally, the button assembly includes：It uncaps button and the 4th elastic component, wherein, the one of the 4th elastic component End is connected with the bottom surface of the lower cover, and the other end is connected to described uncap on button so that described uncap through the avoiding space Button is located on the key hole of the upper cover.

Optionally, the pot lid sliding lock is equipped with convex block, and the convex block is equipped with the button of uncapping corresponding and court To the inclined inclined-plane of the first elastic component.

Optionally, the installing plate is equipped with arc groove of the opening towards the screen element, and the screen element is in the arc It is rotatablely connected in connected in star.

The construction of the utility model and its other purpose of utility model and advantageous effect will be in conjunction with the accompanying drawings Description of preferred embodiments and it is more obvious understandable.

Description of the drawings

Fig. 1 is the cut-away section structure diagram of existing insulating pot；

Fig. 2 is the overlooking the structure diagram of the pot lid of existing insulating pot；

Fig. 3 is the cross-sectional view for the insulating pot that the utility model embodiment provides；

Fig. 4 is the Structure explosion diagram for the insulating pot that the utility model embodiment provides；

Fig. 5 is the stereochemical structure explosive view of impeller in the insulating pot that the utility model embodiment provides；

Fig. 6 is the stereochemical structure explosive view of pot lid sliding lock in the insulating pot that the utility model embodiment provides；

Fig. 7 is the part-structure schematic diagram that the insulating pot pot lid that the utility model embodiment provides is closed；

Fig. 8 is the diagrammatic cross-section that the insulating pot pot lid that the utility model embodiment provides is in opening state；

Fig. 9 is the structure diagram that the insulating pot pot lid that the utility model embodiment provides is in opening state.

Reference sign：

10：Pot lid； 20：Kettle body； 30：Pot lid stent；

101：Upper cover； 102：Lower cover； 1021：Escape port；

11：Button assembly； 21：Spout； 301：3rd elastic component；

111：It uncaps button； 112：4th spring； 131：First elastic component；

12：Impeller； 201：Liner； 103：Installing plate；

121：Second elastic component 1201：The first end 1202 of impeller：The second end of impeller

1203：Limit protrusion 1204：Avoiding space 14：Screen element；

13：Pot lid sliding lock； 202：Bottle body housing； 22：Rotation slot；

1301：The first end 1302 of pot lid sliding lock：The second end of pot lid sliding lock； 1303：Sliding space；

132：Convex block； 133：Inclined-plane.

Specific embodiment

Fig. 3 is the cross-sectional view for the insulating pot that the utility model embodiment provides, and Fig. 4 is implemented for the utility model The Structure explosion diagram for the insulating pot that example provides, Fig. 5 are the three-dimensional knot of impeller in the insulating pot that the utility model embodiment provides Structure explosive view, Fig. 6 are the stereochemical structure explosive view of pot lid sliding lock in the insulating pot that the utility model embodiment provides, and Fig. 7 is this The part-structure schematic diagram that the insulating pot pot lid that utility model embodiment provides is closed, Fig. 8 are real for the utility model The insulating pot pot lid for applying example offer is in the diagrammatic cross-section of opening state, and Fig. 9 is the electric water that the utility model embodiment provides Pot pot lid is in the structure diagram of opening state, and as shown in figs. 3-9, insulating pot includes：It kettle body 20 and is rotated with kettle body 20 Connected pot lid 10, specifically, kettle body 20 has inner cavity, the top of inner cavity has opening, and the lid of pot lid 10 is located in opening, kettle body 20 one side is provided with spout 21, and spout 21 is connected by the spout opening being arranged in kettle body 20 with the inner cavity of kettle body 20, In, pot lid 10 is equipped with button assembly 11, and the opening of pot lid 10 can be realized by button press component 11, wherein, in order to protect Card plays a role in filtering to the liquid in kettle body 20, and in the present embodiment, pot lid 10 is equipped with rotatable towards the one side of kettle body 20 Screen element 14, and screen element 14 pot lid 10 cover close when be covered in the spout 21 of kettle body 20 to play the role of filtering.

Wherein, in the present embodiment, as seen in figures 3-6, further include：Impeller 12 and the pot lid being slidably arranged in pot lid 10 Sliding lock 13, wherein, pot lid sliding lock 13 is used to pot lid 10 being locked at kettle body 20, and the pot lid sliding lock when button assembly 11 is pressed 13 slide and are opened so that being unlocked between pot lid 10 and kettle body 20 so as to pot lid 10, impeller 12 for promoting screen element mobile so that The screen element is covered in the spout 21, specifically, when pot lid 10 is covered and closed, impeller 12 promotes screen element 14 towards pot Mouth is mobile so that screen element 14 is covered in spout, and when pot lid 10 is opened, drive screen element 14 is moved away from 21 direction of spout So that screen element 14 is moved up with pot lid 10.

Wherein, since impeller 12 and pot lid sliding lock 13 are slidable in pot lid 10, in order to avoid impeller 12 Steric clashes are generated when being slided with pot lid sliding lock 13 in the pot lid 10, in the present embodiment, as shown in fig. 6, pot lid sliding lock 13 has For the sliding space 1303 that impeller 12 slides, i.e., when impeller 12 slides in pot lid 10, specifically in pot lid sliding lock 13 Sliding space 1303 in slide, such impeller 12 and pot lid sliding lock 13 do not deposit Steric clashes when being slided in pot lid 10.

Simultaneously as pot lid sliding lock 13 is slided under the driving of button assembly 11, in order to avoid button assembly 11 With the Steric clashes of impeller 12, in the present embodiment, kept away as shown in figure 5, impeller 12 has for what button assembly 11 passed through It allows space 1204, is set when driving the pot lid sliding lock 13 to slide by the setting button assembly 11 of avoiding space 1204 with sliding Impeller 12 between there is no Steric clashes, therefore, in the present embodiment, 10 opening procedure of pot lid is moved through with screen element 14 Steric clashes are not present in journey.

Wherein, it is necessary to which explanation, sliding space 1303 are not limited to as shown in Figure 5 and Figure 6 with avoiding space 1204 Structure, such as the space of sliding space 1303 or closure, avoiding space 1204 or open space, such as will push away Moving part 12 is bent to form the groove passed through for button assembly 11, as long as sliding space 1303 meets impeller 12 and slided in the space Slip when dynamic with pot lid sliding lock 13 is there is no conflicting, as long as correspondingly, avoiding space 1204 can wear button assembly 11 It crosses.

Wherein, impeller 12 is slided in the pot lid 10 when setting, specifically, the first end 1201 of impeller 12 is towards spout 21 and it is connected with screen element 14, the second end 1202 of impeller 12 squeezes to drive screen element when pot lid 10 is covered and closed with kettle body 20 14 move and are covered in spout 21, wherein, since screen element 14 will be covered in spout 21, so, screen element 14 and pot lid During 10 rotation connection, screen element 14 is located at outside pot lid 10, in this way, when the first end 1201 of impeller 12 is connected with screen element 14, The first end 1201 of impeller 12 need to be pierced by from pot lid 10 to be connected with screen element 14, meanwhile, the second end 1202 of impeller 12 needs It is pierced by from pot lid 10 and is squeezed with kettle body 20, in the present embodiment, when pot lid 10 closes at kettle body 20, the second end of impeller 12 1202 are connected in kettle body 20, and when pot lid 10 is opened, the second end 1202 of impeller 12 departs from the abutting of kettle body 20, and to After slide, screen element 14 is driven to be moved away from spout 21, when pot lid 10, which covers, to be closed, the second end 1202 of impeller 12 and kettle body 20 It is squeezed at abutting, so that impeller 12 moves forward, and drives screen element 14 to be moved towards spout 21, Landfill covering is in pot On mouth 21, wherein, it is necessary to illustrate, the forward movement mentioned in the present embodiment refers specifically to move towards 21 direction of spout, to Mobile refer to is moved away from 21 direction of spout afterwards.

Wherein, when pot lid sliding lock 13 slides setting in pot lid 10, specifically, as shown in Figure 3 and Figure 7, pot lid sliding lock 13 First end 1301 towards spout 21 and pot lid 10 cover close when be connected on the outer of kettle body 20 so that pot lid 10 is locked at pot On body 20, the second end 1302 of pot lid sliding lock 13 is connected by the first elastic component 131 with the inner wall of pot lid 10, and pot lid sliding lock 13 exists It is moved when button assembly 11 is pressed towards the first elastic component 131 so that pot lid 10 is opened.

Wherein, in the present embodiment, the sliding process of impeller 12 and pot lid sliding lock 13 is specially：When button assembly 11 by by When dynamic, button assembly 11 applies an active force to pot lid sliding lock 13, and active force driving pot lid sliding lock 13 moves backward, so that pot The first end 1301 of lid sliding lock 13 departs from 20 outer of kettle body, and pot lid 10 can not be locked in kettle body 20, and pot lid 10 is opened, In 10 opening procedure of pot lid, the second end 1202 of impeller 12 departs from the abutting of kettle body 20, and slides backward, and drives screen element 14 move away from spout 21, as shown in figure 8, pot lid 10 is opened, wherein, when pot lid sliding lock 13 moves backward, the first elastic component 131 are compressed, and when release button component 11, pot lid sliding lock 13 is completed to reset under the elastic force effect of the first elastic component 131, when When the lid of pot lid 10 closes, the second end 1202 of impeller 12 is squeezed with 20 place of abutting of kettle body, so that impeller 12 moves forward, And screen element 14 is driven to be moved towards spout 21, Landfill covering in spout 21, meanwhile, the first end 1301 of pot lid sliding lock 13 exists The lid of pot lid 10 is connected to kettle body 20 outer when closing sentences pot lid 10 is made to be locked in kettle body 20, as shown in fig. 7, pot lid 10 is locked In kettle body 20, wherein, in the present embodiment, the outer of kettle body 20 is connected to for the ease of the first end 1301 of pot lid sliding lock 13 On, as shown in fig. 6, specifically arcuation is arranged on one side by the first end 1301 of pot lid sliding lock 13 is directed downwardly, wherein, the present embodiment In, the first elastic component 131 is specially spring.

To sum up, the skill that screen element 14 moves is driven with setting lever body and transfer bar mechanism in pot lid 10 in the prior art Art is compared, and in the present embodiment, screen element 14 is directly connected with impeller 12, and directly driving screen element 14 by impeller 12 carries out It is mobile so that the structure in pot lid 10 is simple, meanwhile, pass through the setting of sliding space 1303 and avoiding space 1204 so that The slip of pot lid sliding lock 13 and the slip of impeller 12 are not interfere with each other, and avoid the occurrence of uncap component and the screen element 14 of pot lid 10 Steric clashes of the drive component in pot lid 10, and in the application, the pot lid sliding lock 13 and impeller 12 in pot lid 10 are in pot 10 inner structure of lid is compact, easy for installation, so that the structure of pot lid 10 is simple.

Wherein, the setting for the ease of pot lid sliding lock 13 and impeller 12 in kettle body 20, in the present embodiment, pot lid 10 wraps It includes：Lower cover 102 and lid are located at the upper cover 101 on lower cover 102, and impeller 12 and pot lid sliding lock 13 are slidably arranged in lower cover 102 On bottom surface, and due to impeller 12 first end 1201 need to screen element 14 be connected and second end need to be abutted with kettle body 20, together When, the first end 1301 of pot lid sliding lock 13 need to be connected on the outer of kettle body 20, therefore lower cover 102 is towards on the side wall of spout 21 Open up the slip mouth passed through for the first end 1201 of impeller 12 and the first end 1301 of pot lid sliding lock 13 and lower cover 102 On open up the escape port 1021 passed through for the second end 1202 of impeller 12, wherein, due to the first end 1201 of impeller 12 When being connected from slip mouth stretching with screen element 14, screen element 14 need to be driven to move back and forth at spout 21, for the ease of screen element 14 movements, in the present embodiment, as shown in figure 3, the bottom surface of lower cover 102 and equipped with exist between the kettle body 20 at spout 21 it is certain between Every that is, the bed-plate dimension of lower cover 102 is less than the size of 20 top end opening of kettle body, sets the side wall and pot of the lower cover 102 for sliding mouth There are spaces, screen element 14 between 20 top of body to be moved under the drive of impeller 12 under this space.

Wherein, as shown in Figure 3-4, one end of button assembly 11 is connected with the bottom surface of lower cover 102, and the other end is empty through avoiding Between 1204 be connected in upper cover 101, specifically, in the present embodiment, as shown in figure 4, button assembly 11 includes：It uncaps button 111 With the 4th elastic component 112, wherein, one end of the 4th elastic component 112 is connected with the bottom surface of lower cover 102, specifically, in lower cover 102 Bottom surface circular bosses (as shown in Figure 4) are set, the lateral surface that one end of the 4th elastic component 112 is stuck in circular bosses is attached, the The other end of four elastic components 112 is connected to through avoiding space 1204 uncaps on button 111 so that button 111 of uncapping is located at upper cover On 101 key hole, when button 111 of uncapping is pressed, button 111 of uncapping is moved down and acted on to 13 application of pot lid sliding lock, 4th elastic component 112 is compressed, and pot lid sliding lock 13 is acted on down by external force to be moved backward so that is solved between pot lid 10 and kettle body 20 Lock, when button 111 of uncapping is released, button 111 of uncapping realizes reset under the action of the 4th elastic component 112, wherein, this implementation In example, the 4th elastic component 112 is specifically as follows spring, and as shown in figure 4, spring is cone-shaped spring, and cone-shaped spring Small end and the circular bosses clamping of 102 bottom surface of lower cover, big end, which is connected to, uncaps on button 111.

Wherein, for the ease of being installed to screen element 14, in the present embodiment, slided as shown in figure 3, lower cover 102 is equipped with Installing plate 103 is set on the side wall top of mouth, wherein, installing plate 103 on side wall top when setting, as shown in figure 3, the installation Plate 103 is located on the interval between 102 bottom surface of lower cover and kettle body 20, and screen element 14 is rotatedly connected with installing plate 103, impeller 12 first end 1201 is connected through mouth is slided with screen element 14, wherein, it is rotatedly connected between screen element 14 and installing plate 103 When, in order to enable screen element 14 impeller 12 drive under move it is in larger distance, in the present embodiment, specifically, such as Fig. 3 institutes Showing, arc groove of the opening towards screen element 14 is equipped on installing plate 103, and screen element 14 is rotatablely connected in arc groove, The amplitude bigger that so screen element 14 rotates, so as to larger with the driving displacement distance of impeller 12, such pot lid 10 is opened When, screen element 14 is not easy the presence of friction between 20 inner wall of kettle body from the stretching of kettle body 20.

Wherein, in order to enable when departing from the abutting of the second end 1202 of impeller 12 and kettle body 20, impeller 12 can be with In time screen element 14 is driven to move backward, in the present embodiment, as shown in Figure 3 and Figure 4, be arranged in the first end 1201 of impeller 12 There is the second elastic component 121, wherein one end of the second elastic component 121 is connected on the outer edge for sliding mouth, the second elastic component 121 The other end is connected on the outer wall of avoiding space 1204, i.e. the second elastic component 121, which is in, to be slided between mouth and avoiding space 1204, When the second end 1202 of impeller 12 is squeezed with kettle body 20, impeller 12 drives screen element 14 to be moved towards spout 21, and second Elastic component 121 is compressed, when in 10 opening procedure of pot lid, when the second end 1202 of impeller 12 departs from 20 place of abutting of kettle body, The elastic force driving impeller 12 of the second elastic component 121 in compressive state moves backward, the mobile band electric filter of impeller 12 Part 14 is moved away from spout 21, wherein, in the present embodiment, the second elastic component 121 is specially spring.

Wherein, when impeller 12 moves backward under the driving of the second elastic component 121, the second of impeller 12 in order to prevent End 1202 can not be squeezed between kettle body 20 when from the excessive of the stretching of escape port 1021 lid of pot lid 10 being caused to close and be driven Screen element 14 is moved towards spout 21, in the present embodiment, is equipped between the second end 1202 of impeller 12 and avoiding space 1204 Limit protrusion 1203, the length that limit protrusion 1203 stretches out the second end 1202 of impeller 12 from escape port 1021 limit Position.

Wherein, for the ease of being rotatedly connected between kettle body 20 and lower cover 102, in the present embodiment, as shown in Figure 3-4, kettle body 20 are equipped with pot lid stent 30 with 1021 corresponding position of escape port, and lower cover 102 is rotatedly connected by pot lid stent 30 and kettle body 20, And between lower cover 102 and pot lid stent 30 be equipped with the 3rd elastic component 301, specifically, the 3rd elastic component 301 be torsional spring, so when After pot lid sliding lock 13 moves backward, pot lid 10 is realized under the action of torsional spring and automatically opened.Meanwhile the second end of impeller 12 1202 are connected on pot lid stent 30 after the lid of pot lid 10 closes through escape port 1021, during the opening of pot lid 10, the of impeller 12 Two ends 1202 depart from the opening of pot lid 10 with pot lid stent 30, pot lid 10 to lower cover 102 close when, the second end of impeller 12 It squeezes that impeller 12 is driven to move forward that screen element 14 is driven to move between 1202 and pot lid stent 30.

Wherein, when being moved backward under button 111 of uncapping is pressed, specific implementation is pot lid sliding lock 13：Such as Fig. 6 institutes Show, pot lid sliding lock 13 is equipped with convex block 132, and convex block 132 is equipped with and direction first elastic component corresponding with button 111 of uncapping 131 inclined inclined-planes 133, when button 111 of so uncapping is pressed, button 111 of uncapping applies work vertically downward to inclined-plane 133 Firmly, according to effect force resolution, there is a component on 133 direction of inclined-plane, the component drive pot lid sliding lock 13 to After move, so as to depart between 20 outer of the first end 1301 of pot lid sliding lock 13 and kettle body, pot lid 10 is in torsional spring (the 3rd elastic component 301) lower realize of elastic force effect automatically opens.

Wherein, it is necessary to which explanation, in order to ensure that pot lid sliding lock 13 steadily moves backward, what is set on pot lid sliding lock 13 is convex Block 132 is symmetrical arranged as far as possible in the both sides of sliding space 1303, and in the present embodiment, the first elastic component 131 is in nature shape During state, button 111 of uncapping is corresponding with the inclined-plane 133 of convex block 132.

Wherein, in order to protect kettle body 20 and prevent people from being scalded during insulating pot is used, in the present embodiment, such as Shown in Fig. 4, kettle body 20 includes bottle body housing 202 and the liner 201 being arranged in bottle body housing 202, wherein, spout 21 and pot lid Stent 30 is separately positioned on the both sides of bottle body housing 202, and the present embodiment is not specially limited for the material of bottle body housing 202, Can be metal, or plastics.

Finally it should be noted that：Various embodiments above be only to illustrate the utility model embodiment technical solution rather than It is limited；Although the utility model embodiment is described in detail with reference to foregoing embodiments, this field it is common Technical staff should be understood：It can still modify to the technical solution recorded in foregoing embodiments or to wherein Some or all of technical characteristic carries out equivalent substitution；And these are changed or are replaced, and do not make the essence of appropriate technical solution Depart from the scope of the utility model embodiment technical solution.

Claims (10)

1. a kind of insulating pot, including：Kettle body (20) and the pot lid (10) being rotatedly connected with the kettle body (20), wherein, it is described Pot lid (10) is equipped with button assembly (11), and the pot lid (10) is equipped with rotatable strainer towards the one side of kettle body (20) Part (14), and the screen element (14) is covered in when the pot lid (10) is covered and closed in the spout (21) of the kettle body (20), It is characterized in that, further includes：

The impeller (12) and pot lid sliding lock (13) being slidably arranged in the pot lid (10), wherein, the pot lid sliding lock (13) With the sliding space (1303) slided for the impeller (12), the impeller (12) has for the button assembly (11) avoiding space (1204) passed through, and the impeller is used to promote the screen element (14) mobile so that the screen element (14) it is covered in the spout (21).

2. insulating pot according to claim 1, it is characterised in that：The first end (1201) of the impeller (12) is towards institute It states spout (21) and is connected with the screen element (14), the second end (1202) of the impeller (12) is covered in the pot lid (10) Squeeze to drive the screen element (14) movement so that the screen element (14) is covered in the pot with the kettle body (20) during conjunction On mouth (21).

3. insulating pot according to claim 2, it is characterised in that：First end (1301) direction of the pot lid sliding lock (13) The spout (21) and be connected to when the pot lid lid closes on the outer of the kettle body (20) so that the pot lid (10) lock In the kettle body (20), the second end (1302) of the pot lid sliding lock (13) passes through the first elastic component (131) and the pot lid (10) inner wall is connected, and the pot lid sliding lock (13) when the button assembly (11) is pressed towards first elastic component (131) movement is so that the pot lid (10) is opened.

4. insulating pot according to claim 3, it is characterised in that：The pot lid (10) includes：Lower cover (102) and lid are located at Upper cover (101) on the lower cover (102), and the impeller (12) and the pot lid sliding lock (13) be slidably arranged in it is described under It covers on the bottom surface of (102), and the lower cover (102) is towards opening up for the impeller (12) on the side wall of the spout (21) First end (1201) and the slip mouth that passes through of first end (1301) and opening up of the pot lid sliding lock (13) pushed away for described The escape port (1021) that the second end (1202) of moving part (12) passes through；

One end of the button assembly (11) is connected with the bottom surface of the lower cover (102), and the other end passes through the avoiding space (1204) it is connected in upper cover (101).

5. insulating pot according to claim 4, it is characterised in that：The lower cover (102) is equipped with the side wall of the slip mouth Installing plate (103) is set on top, and the screen element (14) is rotatedly connected with the installing plate (103), and the impeller (12) first end (1201) is connected through the slip mouth with the screen element (14).

6. insulating pot according to claim 5, it is characterised in that：It is arranged in the first end (1201) of the impeller (12) There is the second elastic component (121), wherein one end of second elastic component (121) is connected to the outer edge of the slip mouth, it is described The other end of second elastic component (121) is connected on the outer wall of the avoiding space (1204).

7. insulating pot according to claim 6, it is characterised in that：The second end (1202) of the impeller (12) with it is described Limit protrusion (1203) is equipped between avoiding space (1204), the limit protrusion (1203) is used for the impeller (12) The length that second end (1202) is stretched out from the escape port (1021) carries out /V.

8. insulating pot according to claim 7, it is characterised in that：The kettle body (20) is corresponding with the escape port (1021) Position be equipped with pot lid stent (30), the lower cover (102) passes through the pot lid stent (30) and the kettle body (20) rotation phase Even, and between the lower cover (102) and the pot lid stent (30) it is equipped with the 3rd elastic component (301)；

The second end (1202) of the impeller (12) is connected to after the pot lid (10) lid closes on the pot lid stent (30).

9. according to any insulating pots of claim 5-8, it is characterised in that：The button assembly (11) includes：Uncap by Key (111) and the 4th elastic component (112), wherein, one end of the 4th elastic component (112) and the bottom surface of the lower cover (102) It is connected, the other end is connected to described uncap on button (111) so that the button of uncapping through the avoiding space (1204) (111) on the key hole of the upper cover (101).

10. insulating pot according to claim 9, it is characterised in that：The pot lid sliding lock (13) is equipped with convex block (132), And the convex block (132) be equipped with it is corresponding with the button of uncapping and towards the inclined inclined-plane of first elastic component (131) (133)；

The installing plate (103) is equipped with arc groove of the opening towards the screen element (14), and the screen element (14) is described It is rotatablely connected in arc groove.