CN209074057U - Double mode vacuum cup - Google Patents

Abstract

A kind of double mode vacuum cup of the utility model, belongs to insulation cup technology field.The utility model includes cup body main body, medium accommodating chamber and switch unit, and wherein cup body main body includes shell and liner, and interlayer is provided between shell and liner；Above-mentioned cup body lower body part is provided with medium accommodating chamber, is provided with heat conduction particle in the medium accommodating chamber；Switch unit is set between cup body main body and medium accommodating chamber, switch unit separates interlayer and medium accommodating chamber, the switch unit includes the first blade and the second blade, wherein lower opening is provided on the second blade, the upper opening of first blade is matched with above-mentioned lower opening, by rotating the first blade switch unit is turned on or off.The utility model is turned on or off by switch unit, is located at heat conduction particle in medium accommodating chamber or interlayer, so that vacuum cup has the both of which that keeps the temperature and radiate, and can according to need the use pattern of switching vacuum cup.

Description

Double mode vacuum cup

Technical field

The utility model relates to insulation cup technology fields, more specifically to a kind of double mode vacuum cup.

Background technique

Vacuum cup is that Drinking Water Temperature in cup can be made to change slow cup.Currently, miscellaneous heat preservation available on the market Cup has good heat insulation function, can guarantee that the long Shi Wenre of hot drink water, people drink good for health in cup.But these keep the temperature Cup is all not easy to change, such as during the broiling summer, these vacuum cups cannot be such that hot drink water in cup cools down in time；In the cold winter It cannot use the hot drink hot-water heating hand in cup in season.

Chinese Patent Application No.: CN201310275456.4, the applying date: on June 18th, 2013, invention and created name are as follows: The vacuum cup of energy quickly cooling can make the vacuum cup that hot water is quickly cooled down in cup this application discloses a kind of, in Double layer cup interlayer It is interior that a small amount of volatile liquid is added, and breath sap cavity is set in interlayer bottom, breath sap cavity has intercommunicating pore and top interlayer space phase Even.It is mainly air in interlayer when cup body is upright static, air is the non-conductor of heat, so cup has heat insulating ability at this time. Hot water is added in cup, covers cup lid, it is desirable to when being quickly cooled down, rock cup body, a small amount of volatile liquid ceased in sap cavity is shaking The heat absorption evaporation of cup liner is touched by intercommunicating pore under dynamic, steam transfers heat to the external world by cup shell, then cools down Liquefaction is liquid, is recycled.

In addition, Chinese Patent Application No.: 201510201563.1, the applying date: on April 27th, 2015, invention and created name Are as follows: fast cool vacuum cup can be shaken, this application discloses speed of cooling fast when drinking water in a kind of rapid cooling cup can shake faster Dynamic fast cool vacuum cup, the vacuum cup include the gap layer between liner, shell and liner and shell, are in gap layer Vacuum has sealed conductive powder in gap layer up for safekeeping, and gap layer lower part is provided with breath powder chamber, and breath powder chamber has intercommunicating pore to communicate with gap layer top, leads Hot powder can free movement in gap layer.When cup body just placement when, conductive powder is not contacted in gap layer lower part with liner, and cup body is in Keeping warm mode；When cup body is inverted, conductive powder will flow among gap layer top from breath powder chamber through intercommunicating pore, and then shaking cup can Make drinking-water comparatively fast be as cold as suitable temperature to drink.Although these prior arts make vacuum cup have heat insulation function and heat dissipation substantially Function, but breath sap cavity, breath powder chamber has been respectively adopted to control heat-conducting medium outflow, since breath sap cavity, breath powder chamber are equal in the prior art With intercommunicating pore, so not can guarantee the heat preservation of switching vacuum cup and radiating mode as needed.

Accordingly it is desirable to have one kind can when in use, as needed easily keep the temperature and radiate both of which it Between the vacuum cup that switches over.

Utility model content

1. utility model technical problems to be solved

The purpose of this utility model is that vacuum cup in the prior art is overcome to be difficult to switch heat preservation and heat dissipation as needed The deficiency of mode provides a kind of double mode vacuum cup, so that it has the both of which that keeps the temperature and radiate, and can be according to need Switch the use pattern of vacuum cup.

2. technical solution

In order to achieve the above objectives, technical solution provided by the utility model are as follows:

A kind of double mode vacuum cup of the utility model, including cup body main body, medium accommodating chamber and switch unit, wherein cup Body main body includes shell and liner, and interlayer is provided between shell and liner；Above-mentioned cup body lower body part is provided with medium Accommodating chamber is provided with heat conduction particle in the medium accommodating chamber；Switch unit is set between cup body main body and medium accommodating chamber, is opened It closes unit to separate interlayer and medium accommodating chamber, which includes the first blade and the second blade, the first blade and the Two blades are coaxial, and the first blade can be rotated relative to the second blade, wherein lower opening is provided on the second blade, the first leaf The upper opening of piece is matched with above-mentioned lower opening, by rotating the first blade switch unit is turned on or off.

Preferably, the second blade is fixedly installed in medium and accommodates on cavity wall, and shaft is provided in the middle part of the second blade, the One blade is rotatablely installed in the shaft of the second blade, and the first blade is rotated centered on shaft.

Preferably, the second blade is fixedly installed in medium and accommodates at the top of cavity wall, and cavity top is arranged at the top of medium accommodating chamber Wall surface and the second blade form rotation slot, and the first blade is fixedly installed in the bottom of cup body main body, cup body bottom part body rotation peace Loaded in above-mentioned rotation slot.

Preferably, it is provided with internal magnet on the edge of the flabellum of the first blade, is provided on the outer wall of medium accommodating chamber outer Magnet, and internal magnet is correspondingly arranged with external magnet, and external magnet is for driving internal magnet to move.

Preferably, axis hole is provided in the middle part of the first blade, the first blade is rotatablely installed by axis hole in the second blade In shaft, and the first blade is rotated centered on shaft.

Preferably, sealing ring is provided between rotation slot and the bottom of cup body main body.

Preferably, it is provided with sliding groove on the outer wall of medium accommodating chamber, which is correspondingly arranged with internal magnet, external magnet It is corresponding to be slidably mounted on sliding groove.

Preferably, internal magnet is arranged along the circumferencial direction of flabellum, and external magnet accommodates the circumference side of cavity outer wall along medium To setting.

Preferably, end cap is provided at the top of above-mentioned shaft.

Preferably, above-mentioned heat conduction particle is the metallic particles that partial size is less than 5mm.

3. beneficial effect

Using technical solution provided by the utility model, compared with prior art, have the following beneficial effects:

(1) a kind of double mode vacuum cup of the utility model, including cup body main body, medium accommodating chamber and switch unit, cup Body lower body part is provided with medium accommodating chamber, is provided with heat conduction particle in the medium accommodating chamber；Switch unit is set to cup body master Between body and medium accommodating chamber, switch unit separates interlayer and medium accommodating chamber, the switch unit include the first blade and Second blade, the first blade and the second blade are coaxial, and the first blade can be rotated relative to the second blade, by rotating the first leaf Piece turns on or off switch unit, when heat conduction particle is located in medium accommodating chamber, turns off the switch unit, at vacuum cup In holding mode；Unit is turned on the switch, when heat conduction particle is filled in interlayer, vacuum cup is in radiating mode, so that Vacuum cup has the both of which that keeps the temperature and radiate, and can according to need the use pattern of switching vacuum cup；

(2) a kind of double mode vacuum cup of the utility model, the second blade are fixedly installed in medium and accommodate on cavity wall, the Shaft is provided in the middle part of two blades, the first blade is rotatablely installed the shaft in the second blade and is rotated centered on shaft, It is provided with end cap at the top of shaft, so that the lower surface of the first blade is bonded with the upper surface of the second blade, realizes the first leaf Sealing between piece and the second blade guarantees the heat preservation and radiating mode switching of vacuum cup；

(3) a kind of double mode vacuum cup of the utility model, the second blade are fixedly installed in medium and accommodate at the top of cavity wall, First blade is fixedly installed in the bottom of cup body main body, and setting cavity top wall surface and the second blade, which are formed, at the top of medium accommodating chamber turns Dynamic slot, cup body bottom part body are rotatablely installed in above-mentioned rotation slot；And the circumferential edges of the first blade are provided with external seal Pad；The top edge of second blade is provided with interior gasket, and external seal pad is matched with interior gasket, ensure that the first blade with The relative position of second blade is fixed, to realize the heat preservation and radiating mode switching of vacuum cup；

(4) a kind of double mode vacuum cup of the utility model, the heat conduction particle used are less than the metal of 5mm for partial size Grain, the heat conduction particle of the partial size can pass through the upper opening of the first blade and the lower opening of the second blade, and not It can reside between the first blade and the second blade, ensure that the heat preservation and radiating mode switching of vacuum cup.

Detailed description of the invention

Fig. 1 is structural schematic diagram when a kind of double mode vacuum cup of embodiment 1 is upright；

Fig. 2 is a kind of structural schematic diagram of the switch unit of double mode vacuum cup of embodiment 1；

Fig. 3 is a kind of structural schematic diagram of the first blade of double mode vacuum cup of embodiment 1；

Fig. 4 is a kind of structural schematic diagram of the switch unit of double mode vacuum cup of embodiment 3；

Fig. 5 is the cup body main body of embodiment 3 and the structural schematic diagram of the first blade；

Fig. 6 is the medium accommodating chamber of embodiment 3 and the structural schematic diagram of the second blade；

Fig. 7 is use state diagram when a kind of double mode vacuum cup of utility model stands upside down.

Label declaration in attached drawing:

100, cup body main body；110, shell；120, interlayer；130, liner；140, cup lid；

200, medium accommodating chamber；201, cavity top wall surface；202, annular groove；210, heat conduction particle；220, sealing ring；

300, switch unit；301, the first blade；302, the second blade；303, end cap；

305, internal magnet；306, external magnet；307, sliding groove；308, axis hole；

3011, upper opening；3021, lower opening.

Specific embodiment

Hereafter to the detailed description of the exemplary embodiment of the utility model with reference to attached drawing, which forms the one of description Part has been shown as example the enforceable exemplary embodiment of the utility model in the figure.Although these exemplary realities Example is applied to be described in sufficient detail so that those skilled in the art can implement the utility model, it is to be understood that it can be realized His embodiment and can various changes can be made to the utility model in the case where not departing from the spirit and scope of the utility model.Hereafter Required the scope of the utility model is not limited to the more detailed description of the embodiments of the present invention, and only The description of the characteristics of in order to be illustrated and not limit to the utility model and feature, to propose to execute the utility model Best mode, and it is sufficient to make those skilled in the art that can implement the utility model.Therefore, the scope of the utility model only by Appended claims limit.

Hereafter the detailed description of the utility model and example embodiment are more fully understood in combination with attached drawing, wherein this reality It is identified with novel element and feature by appended drawing reference.

Embodiment 1

A kind of double mode vacuum cup of the utility model includes cup body main body 100, medium accommodating chamber 200 and switch unit 300, cup body main body 100 is open-topped container, cup lid 140 is arranged at the top of cup body main body 100, the cup lid 140 is for covering The top of cup body main body 100, cup body main body 100 includes shell 110 and liner 130, and is arranged between shell 110 and liner 130 There is interlayer 120, which is vacuum enclosure；100 lower part of cup body main body is provided with medium accommodating chamber 200, switch unit 300 are set between cup body main body 100 and medium accommodating chamber 200, and switch unit 300 divides interlayer 120 and medium accommodating chamber 200 It separates.

When cup body is upright (as shown in Figure 1), heat conduction particle 210 is located in medium accommodating chamber 200, heat conduction particle 210 Total volume is less than the total volume of medium accommodating chamber 200, and 120 surrounding of interlayer is vacuum layer at this time, and interlayer 120 can be at this time certainly It is flooded with air, the air buffer that interlayer 120 is formed has good heat insulating ability, and the vacuum cup is in holding mode at this time.It leads Hot particle 210 is granular solids, such as partial size is less than the metallic particles of 5mm, illustrates and can be the aluminium that partial size is less than 5mm Grain, aluminum shot have good heat-transfer effect.When cup body stands upside down (as shown in Figure 7), since heat conduction particle 210 has mobility, So handstand cup body can cause the flowing of heat conduction particle 210, heat conduction particle 210 is filled in interlayer 120 at this time, heat conduction particle 210 total volume is less than the total volume of interlayer 120, and heat conduction particle 210 can riddle in interlayer 120, the liquid in liner 130 Heat can be exchanged with the external world by liner 130, heat conduction particle 210 and shell 110, which is in radiating mode, and can be with So that the liquid rapid cooling in liner 130.

As shown in Fig. 2, switch unit 300 is the switch of magnetic-type.The switch unit 300 includes the first blade 301 and second Blade 302, the first blade 301 and the second blade 302 are coaxial, and the first blade 301 can be rotated relative to the second blade 302.The Two blades 302 are fixedly installed on 200 inner wall of medium accommodating chamber, and the middle part of the second blade 302 is provided with shaft, the first blade 301 middle part is provided with axis hole 308 (as shown in Figure 3), and the first blade 301 is rotatablely installed by axis hole 308 in the second blade 302 Shaft on, the rotational installation of the first blade 301 is in the shaft of the second blade 302, and the first blade 301 is turned centered on shaft It is dynamic.First blade 301 is rotated centered on shaft.Internal magnet 305, medium are provided on the edge of the flabellum of first blade 301 External magnet 306 is provided on the outer wall of accommodating chamber 200, and internal magnet 305 is correspondingly arranged with external magnet 306, and external magnet 306 is used It is moved in driving internal magnet 305, first blade 301 can be rotated under the drive of internal magnet 305 with the shaft of the second blade 302. Certainly, internal magnet 305 perhaps any one in external magnet 306 be ironwork another be permanent magnet or electromagnet, thus Mutual attraction is generated, and by attracting power drive rotation.

Lower opening 3021, the upper opening 3011 of the first blade 301 are provided on the second blade 302 in the present embodiment It is matched with above-mentioned lower opening 3021, drives internal magnet 305 to rotate by external magnet 306, and drive the rotation of the first blade 301 Turn, when the rotation of the upper opening 3011 of the first blade 301 is extremely matched with the lower opening 3021 of the second blade 302, switch Unit 300 is opened in the state opened；Inverted insulation cup at this time, the heat conduction particle 210 in medium accommodating chamber 200 can be by beating The switch unit 300 for the state opened enters in interlayer 120, so that heat conduction particle 210 is filled in interlayer 120 and can conduct heat (as shown in Figure 7)；Opposite direction rotates external magnet 306 again, and drives internal magnet 305 to rotate by external magnet 306, and then rotate First blade 301, upper opening 3011 and lower opening 3021 are interleaved at this time, and switch unit 300 enters closed state, and can Heat conduction particle 210 to be limited in interlayer 120, vacuum cup is radiating state at this time.It therefore, can be by rotating the first blade 301 turn on or off switch unit 300.Effectively prevent because jolt rock caused by pattern switching, ensure that this The heat preservation of double mode vacuum cup and heat dissipation performance.

And by the setting of switch unit 300, so as to by 210 basis of heat conduction particle in medium accommodating chamber 200 It needs to be filled in interlayer 120 or be stored in medium accommodating chamber 200, keep the temperature and radiate two kinds so that vacuum cup has Mode, and can according to need the use pattern of switching vacuum cup.

End cap 303 is provided at the top of the shaft, the first blade 301 is pressed on above the second blade 302 by end cap 303, It ensure that the lower surface of the first blade 301 is bonded with the upper surface of the second blade 302, and the first blade 301 and the second blade 302 be, for example, elastic material, it is ensured that effectively seals between the first blade 301 and the second blade 302, avoids switch unit 300 Sealing effect is bad and heat conduction particle 210 is caused to be flowed into medium accommodating chamber 200 by interlayer 120.

Embodiment 2

The basic content of the present embodiment with embodiment 1, the difference is that: be provided on the outer wall of medium accommodating chamber 200 Sliding groove 307, the sliding groove 307 are correspondingly arranged with internal magnet 305, and external magnet 306 is corresponding to be slidably mounted on sliding groove 307 On.Meanwhile internal magnet 305 along flabellum circumferencial direction be arranged, external magnet 306 along 200 outer wall of medium accommodating chamber circumference Direction setting, when rotating external magnet 306, external magnet 306 drives internal magnet 305 to be rotated under magneticaction, and inside The second blade of driving 302 of magnet 305 is rotated.

Embodiment 3

The basic content of the present embodiment with embodiment 1, the difference is that: the second blade 302 be fixedly installed in medium appearance It receives at the top of chamber 200 inner wall, the cavity top wall surface 201 of protrusion is set at the top of medium accommodating chamber 200, the cavity top wall surface 201 and the Two blades 302 form rotation slot (as shown in Figure 6), and the internal diameter of the rotation slot is slightly larger than the outer diameter of the bottom of cup body main body 100, from And 100 lower rotation of cup body main body can be installed in above-mentioned rotation slot to (as shown in Figure 4), so that cup body main body 100 can relatively rotate with medium accommodating chamber 200, and the first blade 301 is fixedly installed in the bottom of cup body main body 100 (such as Shown in Fig. 5) so that the first blade 301 can be rotated relative to the second blade 302.Moreover, on the second blade 302 It is provided with lower opening 3021, the upper opening 3011 of the first blade 301 is matched with above-mentioned lower opening 3021, by turning Dynamic cup body main body 100 or medium accommodating chamber 200, can to occur between the first blade 301 and the second blade 302 opposite Rotation is obtained when the rotation of the upper opening 3011 of the first blade 301 is extremely matched with the lower opening 3021 of the second blade 302 Switch unit 300 is opened in the state opened；Upper opening 3011 and lower opening 3021 are interleaved, switch unit 300 into Enter closed state, and then switch unit 300 can be made to turn on or off by rotating the first blade 301.And realize heat preservation The heat preservation of cup and radiating mode switching.

Further it should be noted that: it is provided with sealing ring 220 between rotation slot and the bottom of cup body main body 100, retouches in detail It states are as follows: the inside of cavity top wall surface 201 offers annular groove 202, i.e., is provided with annular groove 202 on rotation slot inner wall, should Sealing ring 220 is provided in annular groove 202, sealing ring 220 is between rotation slot and the bottom of cup body main body 100 (as schemed 4).Sealing ring 220 improves the sealing effect between rotation slot and the bottom of cup body main body 100, and can apply on its surface Lubricating oil is smeared to improve sealing performance.

In addition, the outside of cup body main body 100 and medium accommodating chamber 200 is respectively arranged with label, rotate cup body main body 100 or Person's medium accommodating chamber 200, and make upper opening 3011 phase of the lower opening 3021 of the second blade 302 with the first blade 301 Cooperation, and it is co-located when switch unit 300 open, heat conduction particle 210 can by interlayer 120 enter medium accommodating chamber In 200, or entered in interlayer 120 by medium accommodating chamber 200, and then realizes the switching of the mode of vacuum cup.Moreover, sealing Sealing effect not only can be improved in circle 220, but also rotation slot and cup body main body 100 can be improved by the way that sealing ring 220 is arranged Frictional force between bottom so that cup body main body 100 and medium accommodating chamber 200 will not relatively rotate, and makes switch unit 300 will not open or close because jolting, thus effectively place because jolt rock caused by pattern switching, ensure that the bimodulus The heat preservation of formula vacuum cup and heat dissipation performance.

The utility model is described in detail above in conjunction with specific exemplary embodiment.It is understood, however, that can be It is carry out various modifications in the case where not departing from the scope of the utility model being defined by the following claims and modification.It is detailed to retouch State should be to be considered only as with attached drawing it is illustrative and not restrictive, if there is any such modifications and variations, then They fall in the scope of the utility model described herein.In addition, background technique is intended to grinding in order to illustrate this technology It was found that shape and meaning, it is no intended to limit the application field of the utility model or the application and the utility model.

Claims (10)

1. a kind of double mode vacuum cup, it is characterised in that: including cup body main body (100), medium accommodating chamber (200) and switch unit (300), wherein cup body main body (100) includes shell (110) and liner (130), and is set between shell (110) and liner (130) It is equipped with interlayer (120)；Above-mentioned cup body main body (100) lower part is provided with medium accommodating chamber (200), the medium accommodating chamber (200) Inside it is provided with heat conduction particle (210)；Switch unit (300) is set between cup body main body (100) and medium accommodating chamber (200), Switch unit (300) separates interlayer (120) and medium accommodating chamber (200), which includes the first blade (301) and the second blade (302), coaxially, and the first blade (301) can be relative to for the first blade (301) and the second blade (302) Second blade (302) rotation, wherein being provided with lower opening (3021) on the second blade (302), is opened on the first blade (301) Begin to speak (3011) matched with above-mentioned lower opening (3021), by rotate the first blade (301) make switch unit (300) It turns on or off.

2. a kind of double mode vacuum cup according to claim 1, it is characterised in that: the second blade (302) is fixedly installed in On medium accommodating chamber (200) inner wall, it is provided with shaft in the middle part of the second blade (302), the first blade (301) rotational installation is in the The shaft of two blades (302), the first blade (301) are rotated centered on shaft.

3. a kind of double mode vacuum cup according to claim 1, it is characterised in that: the second blade (302) is fixedly installed in At the top of medium accommodating chamber (200) inner wall, setting cavity top wall surface (201) and the second blade (302) at the top of medium accommodating chamber (200) Rotation slot is formed, the first blade (301) is fixedly installed in the bottom of cup body main body (100), cup body main body (100) lower rotation peace Loaded in above-mentioned rotation slot.

4. a kind of double mode vacuum cup according to claim 2, it is characterised in that: the side of the flabellum of the first blade (301) It is provided with internal magnet (305), is provided on the outer wall of medium accommodating chamber (200) external magnet (306) on edge, and internal magnet (305) It is correspondingly arranged with external magnet (306), and external magnet (306) is for driving internal magnet (305) to move.

5. a kind of double mode vacuum cup according to claim 2, it is characterised in that: the middle part of the first blade (301) is arranged Have axis hole (308), the first blade (301) is rotatablely installed by axis hole (308) in the shaft of the second blade (302), and first Blade (301) is rotated centered on shaft.

6. a kind of double mode vacuum cup according to claim 3, it is characterised in that: the circumferential edges of the first blade (301) It is provided with external seal pad (3012)；The top edge of second blade (302) is provided with interior gasket (3022), external seal pad (3012) it is matched with interior gasket (3022).

7. a kind of double mode vacuum cup according to claim 4, it is characterised in that: rotation slot and cup body main body (100) Sealing ring (220) are provided between bottom.

8. a kind of double mode vacuum cup according to claim 4, it is characterised in that: internal magnet (305) along flabellum circle Circumferential direction setting, external magnet (306) are arranged along the circumferencial direction of medium accommodating chamber (200) outer wall.

9. a kind of double mode vacuum cup according to claim 5, it is characterised in that: be provided with end at the top of above-mentioned shaft Cap (303).

10. -9 described in any item a kind of double mode vacuum cups according to claim 1, it is characterised in that: above-mentioned heat conduction particle (210) it is less than the metallic particles of 5mm for partial size.