CN207693370U - Every the intelligent thermos cup of empty thermometric - Google Patents

Abstract

The utility model discloses a kind of intelligent thermos cups every empty thermometric,Including thermal insulation cup ontology and intelligent assembly,Thermal insulation cup ontology includes cup body and cover,Intelligent assembly includes main control chip and temperature sensor,Cup lid includes outer cover,Pedestal and sealing structure,Pedestal is removably mounted in outer cover intracoelomic cavity,Therebetween the first accommodating space is formed,Main control chip is mounted in the first accommodating space,Sealing structure is mounted in base intracavity,Therebetween the second accommodating space is formed,The outlet of cup body liner is connected to the outside of sealing structure and extends in the second accommodating space,The first pillar is additionally provided in base intracavity,First pillar inner cavity is penetrated through with base outside wall,Sealing structure inner cavity is additionally provided with the second pillar,Second pillar inner cavity is penetrated through with sealing structure lateral wall,Temperature sensor is mounted in the first pillar inner cavity,First pillar is plugged in the second pillar inner cavity.Water temperature, true and accurate are reacted by measuring the temperature of vapor.

Description

Every the intelligent thermos cup of empty thermometric

Technical field

The utility model is related to intelligent thermos cup fields, and in particular to a kind of intelligent thermos cup every empty thermometric.

Background technology

Intelligent thermos cup has both the function of heat preservation and intelligent control, by more and more extensive use.Intelligent thermos cup Intelligent control function there is the main control chip of program to realize by temperature sensor and solidification, temperature sensor and main control chip one As be arranged on pedestal or cup body, temperature sensor reacts water temperature by detecting the temperature of pedestal or cup body, due to cup body one As wall thickness it is thicker, often there is the inaccurate phenomenon of detection in the phenomenon that having delay when cup body transmits water temperature, in addition when cup leaks When water, it is easy to leak on main control chip, cause the damage of main control chip, and when water temperature overheats, will also result in master control The problem of chip overheating.

Invention content

The purpose of this utility model is to provide a kind of intelligent thermos cup every empty thermometric, by the way that temperature sensor is located at cup It covers, reacts water temperature, true and accurate by measuring the temperature of vapor, while making master control chip in wired jointing temp that is electrically connected Cup lid position can also be mounted in the case of sensor, it is therefore prevented that main control chip is damaged because of leak and because water temperature Caused by problems of excessive heat.

In order to achieve the above objectives, the technical solution adopted in the utility model is：A kind of intelligent thermos cup every empty thermometric, packet Thermal insulation cup ontology and intelligent assembly are included, the thermal insulation cup ontology includes cup body and is placed on the cup body and seals the cup The cup lid of body liner outlet, the intelligent assembly include main control chip and the temperature sensor that is electrically connected with the main control chip, The cup lid includes outer cover, pedestal and sealing structure, and the pedestal is removably mounted in the outer cover intracoelomic cavity, and two The first accommodating space is formed between person, the main control chip is mounted in first accommodating space, the sealing structure installation In the base intracavity, the second accommodating space is formed therebetween, and the cup body liner outlet is connected to the sealing structure Outside and extend in second accommodating space, the first pillar, first pillar are additionally provided in the base intracavity Inner cavity is penetrated through with the base outside wall, and the sealing structure inner cavity is additionally provided with the second pillar, second pillar inner cavity and institute The perforation of sealing structure lateral wall is stated, the temperature sensor is mounted in first pillar inner cavity, and first pillar plugs In second pillar inner cavity.

Further, first pillar is set on the base intracavity roof, and second pillar is set to the sealing On structure inner chamber roof.

Further, second pillar inner cavity is cavity.

Further, the outer cover intracoelomic cavity is cavity, and the base intracavity is cavity, and the sealing structure cavity is upward Extend to above the outer cover so that as bubbler, the cup lid further includes head cover, the head cover be placed on the outer cover it Above and seal the bubbler.

Further, the outer cover cavity upper port, the pedestal cavity upper port and the sealing structure cavity Upper port distinguishes eccentric setting, and first pillar is arranged between the pedestal cavity upper port and the articulated position, institute The second pillar is stated to be arranged between the sealing structure cavity upper port and the articulated position.

Further, the head cover is hinged at the top of the outer cover and the third with the bubbler of stepping down is accommodating empty Between.

Further, the intelligent assembly further includes light prompt module, the light prompt module and the master control core Piece is connected to show different colors according to water temperature.

Since above-mentioned technical proposal is used, the utility model has following advantages compared with prior art：

（1）Intelligent thermos cup disclosed by the utility model is steamed by the way that temperature sensor to be located on cup lid by measuring water The temperature of gas reacts water temperature, true and accurate, while making the master control chip in the case of wired electrical connection temperature sensor It may be mounted at cup lid position, it is therefore prevented that main control chip is damaged because of leak and because problems of excessive heat caused by water temperature；

（2）Intelligent thermos cup disclosed by the utility model not only realizes temperature by the way that the first pillar and the second pillar is arranged Sensor and vapor come into full contact with, and the positioning between pedestal and sealing structure may be implemented；

（3）Intelligent thermos cup disclosed by the utility model can prompt person who quote current by the way that light prompt module is arranged Water temperature.

Description of the drawings

Fig. 1 is the structural schematic diagram of intelligent thermos cup disclosed by the utility model.

Fig. 2 is the compositional block diagram of the utility model intelligent assembly.

Fig. 3 is the sectional view of cup lid half disclosed by the utility model.

Fig. 4 is the other half sectional view of cup lid disclosed by the utility model.

Wherein：100, cup body；110, cup body liner exports；200, cup lid；210, outer cover；220, pedestal；230, it seals Structure；232, conductive steel ball；233, conductive rubber sealing ring；240, bubbler；250, head cover；260, drinking-water portion；270, it seals Portion；300, main control chip；310, set screw 400, temperature sensor；500, angle detector；600, battery；700, operation portion Part；800, Hall sensor；910, light prompt module；920, display module.

Specific implementation mode

The utility model is further described with reference to the accompanying drawings and embodiments：

Referring to Fig. 1 to Fig. 4, as shown in legend therein, a kind of intelligent thermos cup, including thermal insulation cup ontology and smart group Part, thermal insulation cup ontology include cup body 100 and are placed on cup body 100 and seal the cup lid 200 of cup body liner outlet 110, intelligence Energy component includes main control chip 300, temperature sensor 400, angle detector 500 and battery 600, and cup lid 200 includes outer cover Body 210, pedestal 220, sealing structure 230, bubbler 240 and head cover 250, pedestal 220 are removably mounted to outer cover 210 In cavity, the first accommodating space, main control chip 300, temperature sensor 400, angle detector 500 and electricity are formed therebetween Pond 600 is mounted in the first accommodating space, and sealing structure 230 is mounted in 220 cavity of pedestal, and it is accommodating to form second therebetween Space, cup body liner outlet 110 are connected to the outside of sealing structure 230 and extend in the second accommodating space, bubbler 240 210 top of outer cover is extended to, head cover 250 is placed on outer cover 210 and seals bubbler 240, and head cover 250, which has, steps down The third accommodating space of bubbler 240.Main control chip is located at the outside in the first accommodating space and positioned at the second accommodating space, Be not in the problem of main control chip damages caused by cup body leak, overheat will not be led to the problem of because of Water Temperature, and It will not be corroded by vapor.

Wherein, the first pillar is additionally provided in 220 cavity of pedestal, the first pillar inner cavity is penetrated through with 220 roof of pedestal, sealing knot 230 inner cavity of structure is additionally provided with the second pillar, and the second pillar cavity is penetrated through with 230 lateral wall of sealing structure, and temperature sensor 400 is installed In the first pillar inner cavity, the first pillar is plugged in the second pillar cavity.By the way that temperature sensor to be located on cup lid, pass through The temperature of vapor is measured to react water temperature, true and accurate, while making master control chip in wired electrical connection temperature sensor In the case of can also be mounted on cup lid position, it is therefore prevented that main control chip damages because of leak and because of mistake caused by water temperature Heat problem not only realizes coming into full contact with for temperature sensor and vapor, Er Qieke by the way that the first pillar and the second pillar is arranged To realize the positioning between pedestal and sealing structure.

Cup body liner is equipped with conductive steel ball 232, sealing as the first conductive contact, in the through-hole of 230 side wall of sealing structure The outer sheath of structure 230 is equipped with conductive rubber sealing ring 233, and 233 inner ring of conductive rubber sealing ring is sealed in the outside of through-hole simultaneously And connect with conductive steel ball 232, the outer ring of conductive rubber sealing ring 233 is connect with main control chip 300, cup body liner tilt so that The conductive steel ball 232 of water therein conducting and then the first signal is generated, main control chip 300 is according to the first signal to angle detector 500 send out the control instruction for starting detection, and angle detector 500 detects the angle information of thermal insulation cup ontology, main control chip 300 The water level information of cup body liner is calculated according to angle information.By the way that the first conductive contact and the second conductive contact is arranged, only keeping the temperature In the case that the first conductive contact and the second conductive contact is connected in water when cup ontology tilts, that is, the case where meeting water level detecting condition Under, angle detector just works, the energy consumption of angle detector is saved, on the other hand, the conduction being connect with main control chip Contact is arranged in cup lid position so that main control chip can also be mounted on cup lid position in the case of wired electrical connection, prevent Main control chip is damaged because of leak and because problems of excessive heat caused by water temperature.

In a kind of embodiment, head cover 250 is hinged on the side at 210 top of outer cover, and 240 eccentric setting of bubbler is outside The other side at 210 top of lid.The position of bubbler is more reasonable.

In a kind of embodiment, 220 outer profile of pedestal is in up-small and down-big ladder-like, the small size of 220 outer profile of pedestal Section end is resisted against on the roof of 210 inner cavity of outer cover, and the large scale section side wall of 220 outer profile of pedestal is connected to outer cover 210 On the side wall of inner cavity, the above-mentioned first accommodating sky is formed between the side wall of 210 inner cavity of side wall and outer cover of 220 small size section of pedestal Between.On the one hand being mutually located for pedestal and outer cover is realized, has been formed simultaneously above-mentioned first accommodating space, and completely cut off steaming Vapour.

In a kind of embodiment, 230 lower end of sealing structure is equipped with the sealing rings with 110 cooperation of cup body liner outlet.So that Sealing between sealing structure and cup body is relatively reliable.

In a kind of embodiment, the side wall of outer cover 210 is additionally provided with the mounting hole of the first accommodating space of perforation, in mounting hole The operating member 700 being electrically connected with main control chip 300 is installed.

In a kind of embodiment, 231 inner cavity of the second pillar is cavity.

In a kind of embodiment, 210 cavity upper port of outer cover, 220 cavity upper port of pedestal and sealing structure 230 are logical Chamber upper port distinguishes eccentric setting, and the first pillar is arranged between 220 cavity upper port of pedestal and articulated position, and the second pillar is set It sets between 230 cavity upper port of sealing structure and articulated position.

In a kind of embodiment, 300 located screw 310 of main control chip is fixed on the outside of 220 side wall of pedestal, positions spiral shell Silk 310 is connect with conductive rubber sealing ring 233 to constitute signal path across 220 side wall of pedestal.Pass through the positioning of main control chip Part realizes the effect of signal transduction simultaneously, saves the installation space of signal wire.

In a kind of embodiment, sealing structure 230 includes drinking-water portion 260 that is setting up and down and being detachably connected and sealing Portion 270, among 270 upper end of 260 lower end of drinking-water portion and sealing, internal thread is being arranged close to its spindle nose position in one of them, separately One sets gradually external screw thread and through-hole along its asymptotic shaft shoulder position, and internal thread is threadedly coupled with external screw thread, and conductive rubber is close Seal 233 limits between spindle nose and the shaft shoulder.Facilitate the positioning of the installation and conductive seal circle of sealing structure.

In a kind of embodiment, head cover 250 is equipped with magnet, is additionally provided in the first accommodating space and is electrically connected with main control chip 300 The Hall sensor 800 connect, magnet is rotated with head cover 250 so that Hall sensor 800 incudes variation magnetic field and then generates second Signal, main control chip 300 send out the control instruction for starting detection according to the first signal and the second signal to angle detector 500. By the way that magnet or Hall sensor is arranged, thermal insulation cup ontology is just carried out under the double condition that conductive contact conducting and cup lid are opened The detection of angle, extra detection caused by preventing when cup leaves unused due to inclination, reduces unnecessary energy consumption.

In a kind of embodiment, intelligent assembly further includes light prompt module 910, light prompt module 910 and master control core Piece 300 is connected to show different colors according to water temperature.

In a kind of embodiment, intelligent assembly further includes display module 920, and display module 920 is connect with main control chip 300 To show water level information.

The level testing methods of the above-mentioned intelligent thermos cup of optimum way are described below, include the following steps：

S1, pass through 300 real-time reception the first signal and the second signal of main control chip；

S2, judge whether to receive the first signal and the second signal simultaneously by main control chip 300, if so, then enter S3, If not, returning to S1；

S3, the control instruction for starting detection is sent out to angle detector 500 by main control chip 300；

S4, angle detector 500 detect the angle information of thermal insulation cup ontology；

S5, main control chip 300 calculate water level information in cup body liner according to angle information and include aobvious by water level information Show in module 900.

Claims (7)

1. a kind of intelligent thermos cup every empty thermometric, including thermal insulation cup ontology and intelligent assembly, the thermal insulation cup ontology includes cup Body and the cup lid for being placed on the cup body and sealing cup body liner outlet, the intelligent assembly include main control chip and The temperature sensor being electrically connected with the main control chip, which is characterized in that the cup lid includes outer cover, pedestal and sealing knot Structure, the pedestal are removably mounted in the outer cover intracoelomic cavity, form the first accommodating space, the master control core therebetween Piece is mounted in first accommodating space, and the sealing structure is mounted in the base intracavity, forms second therebetween Accommodating space, the cup body liner outlet are connected to the outside of the sealing structure and extend to second accommodating space In, the first pillar is additionally provided in the base intracavity, first pillar inner cavity is penetrated through with the base outside wall, the sealing Structure inner chamber is additionally provided with the second pillar, and second pillar inner cavity is penetrated through with the sealing structure lateral wall, the temperature sensing Device is mounted in first pillar inner cavity, and first pillar is plugged in second pillar inner cavity.

2. the intelligent thermos cup according to claim 1 every empty thermometric, which is characterized in that first pillar is set to described On base intracavity roof, second pillar is set on the roof of the sealing structure inner cavity.

3. the intelligent thermos cup according to claim 1 every empty thermometric, which is characterized in that the second pillar inner cavity is logical Chamber.

4. the intelligent thermos cup according to claim 1 every empty thermometric, which is characterized in that the outer cover intracoelomic cavity is logical Chamber, the base intracavity are cavity, and the sealing structure cavity extends upwardly to above the outer cover using as bubbler, institute It further includes head cover to state cup lid, and the head cover is placed on the outer cover and seals the bubbler.

5. the intelligent thermos cup according to claim 4 every empty thermometric, which is characterized in that the outer cover cavity upper end Mouth, the pedestal cavity upper port and the sealing structure cavity upper port distinguish eccentric setting, the first pillar setting Between the pedestal cavity upper port and articulated position, second pillar setting in the sealing structure cavity upper port and Between articulated position.

6. the intelligent thermos cup according to claim 4 every empty thermometric, which is characterized in that the head cover is hinged on described outer At the top of lid and with the third accommodating space for the bubbler of stepping down.

7. the intelligent thermos cup according to claim 1 every empty thermometric, which is characterized in that the intelligent assembly further includes lamp Light reminding module, the light prompt module are connected from the main control chip to show different colors according to water temperature.