CN214609103U - Intelligent uncovering wine bottle cap capable of preventing fake wine - Google Patents

Abstract

An intelligent uncovering wine bottle cap capable of preventing fake wine belongs to the field of wine bottles, a two-dimensional code is pasted outside the wine bottle cap, the wine bottle cap comprises an inner layer and an outer layer, a separation part with the same height is arranged between the upper part and the lower part of the inner layer, a wine outlet channel is arranged at the central part of the lower part of the inner layer, a sealing mechanism is arranged between the upper part and the lower part of the inner layer, a lifting shaft is arranged at the central part of the upper part of the inner layer, a circumferential synchronous rotating mechanism is arranged between the outer layer and the inner layer, a lifting driver is connected on the lifting shaft at the upper part of the inner layer, a wireless controller is connected on the lifting driver, the mobile phone APP is wirelessly connected with a logistics network and the wireless controller, the utility model can utilize the two-dimensional code to wirelessly network with a remote logistics network of a manufacturer, therefore, related information of alcohol dispelling is used for identifying true and false wine, and the wine bottle cap is opened intelligently to prevent accidents caused by false wine.

Description

Intelligent uncovering wine bottle cap capable of preventing fake wine

Technical Field

The utility model relates to a beverage bottle lid, in particular to can prevent intelligent beverage bottle lid that uncaps of false wine belongs to the beverage bottle field.

Background

Wine culture is popular in all countries in the world, good wine is more popular with drinkers, and the wine is considerable in profit, especially high-grade wine, and the wine is high in value and considerable in profit, so that the wine is concerned by illegal manufacturers and vendors, and the wine is simulated in many ways to obtain high profit. However, if a consumer purchases a fake wine or a secondary wine, the consumer may lose his face, may suffer from alcoholism, and may even threaten life safety.

How to avoid buying fake wine and secondary wine is a very concerned thing of wineries and sales units, and a lot of time is put into packaging wine bottles and wine bottles, but the appearance of the fake wine and the secondary wine cannot be avoided.

In recent years, with the emphasis on product quality, production places and the like are often posted on products, and quality tracing can be performed when problems occur, but in the event of an event such as alcoholism, even if tracing is performed too late when the product quality problem occurs, life-threatening safety can be avoided only by confirming before consumption.

In recent years, with the rapid development of network technology, it is not difficult to confirm consumer products in advance by using modern industrial technology, and how to trace the source of wine products in advance before drinking by using internet technology is a big problem in front of consumers and wine manufacturers.

Disclosure of Invention

In view of with the false in the existing market, can lead to the condition of alcoholism even, the utility model provides a can prevent intelligent wine bottle lid of uncapping of fake wine, pseudo-wine, its purpose utilizes two-dimensional code and manufacturer's long-range commodity circulation net wireless networking to this relevant information of alleviating a hangover, discerns true and false wine, and the wine bottle lid is opened to intelligence, prevents to drink the emergence of accident such as alcoholism that the fake wine brought by mistake.

The technical scheme of the utility model is that: an intelligent uncovering wine bottle cap capable of preventing fake wine comprises a wireless internet of things, a mobile phone internet of things APP and a two-dimensional code, the wine bottle cap is externally pasted with a two-dimensional code and comprises an inner layer and an outer layer, a separation part with the same height is arranged between the upper part and the lower part of the inner layer and the outer layer, the separation part of the outer layer is separated at intervals in advance, the lower part of the inner layer is fixed on a bottle opening in a sealing manner, a wine outlet channel is arranged at the central part of the lower part of the inner layer, a sealing mechanism is arranged between the upper part and the lower part of the inner layer, a lifting shaft is arranged at the central part of the upper part of the inner layer and comprises a cone part, a cylinder part and a spiral spline part, a circumferential synchronous rotating mechanism is arranged between the outer layer and the inner layer, a lifting driver is connected onto the lifting shaft at the upper part of the inner layer, a wireless controller is connected onto the lifting driver, and the Internet of things APP of the mobile phone is wirelessly connected with a logistics network and the wireless controller is wirelessly connected with the wireless controller;

further, the circumferential synchronous rotating mechanism comprises a helical tooth mechanism, a helical spline housing mechanism and a clutch mechanism of the lifting shaft and the helical spline housing;

further, the lifting driver comprises a micro motor, the micro motor is connected with the wireless controller, an input wheel is arranged at the upper end of the lifting shaft, an output wheel is arranged on an output shaft of the micro motor, the output wheel is linked with the input wheel, a spiral spline is arranged on the periphery of the lifting shaft, a spiral spline sleeve is meshed on the periphery of the spiral spline, and the spiral spline sleeve is connected with the upper part of the inner layer into a whole;

further, the sealing mechanism comprises a wine outlet channel arranged at the center of the lower part of the inner layer, the wine outlet channel is a round hole, a step is arranged on the round hole, the diameter of the upper part of the step is larger than that of the lower part, a sealing ball is arranged in the round hole above the step, a downward central rod and a pressing spring are fixed at the lower end part of the lifting shaft, the pressing spring is positioned on the periphery of the central rod, the pressing spring is pressed on the upper part of the sealing ball, and the sealing ball is pressed on the step of the wine outlet channel;

further, the outer layer is a stainless steel layer, the separating parts of the outer layer are separated at intervals in advance, the inner layer is a plastic product, and the upper part above the separating part of the inner layer is in threaded connection with the lower part below the separating part of the inner layer;

further, the two-dimension code is a connection for downloading an Internet of things APP, the Internet of things is connected with a computer end of a wine production plant, and the computer end stores related information of the two-dimension code wine bottle;

further, the lifting rotation direction of the lifting shaft is the same as the unscrewing direction of the upper part of the inner layer;

furthermore, the spiral helical tooth mechanism comprises a synchronous wheel arranged at the upper end part of the lifting shaft, spiral helical teeth are arranged on the periphery of the synchronous wheel, and spiral helical teeth are arranged at the top of the inner periphery of the outer layer matched with the synchronous wheel; the spiral spline housing mechanism comprises a spiral spline arranged on the periphery of a lifting shaft, the periphery of the spiral spline is meshed with a spiral spline housing matched with the spiral spline housing, a clutch mechanism of the lifting shaft and the spline housing comprises a plurality of wedge blocks arranged on the periphery of the lifting shaft, when the lifting shaft and the spiral spline housing are linked and separated, the wedge blocks are positioned on the periphery of a frustum part arranged on the lifting shaft, and when the lifting shaft and the spiral spline housing synchronously rotate, the wedge blocks are positioned on the periphery of a cylindrical part of the lifting shaft;

further, micro motor sets up in inlayer upper portion, still is provided with motor drive battery and wireless controller in the upper portion, and micro motor and battery pass through wireless controller to be connected, wireless controller and cell-phone thing networking APP wireless connection.

The utility model discloses the positive effect who has is: the mobile phone APP is arranged on the mobile phone, so that the mobile phone APP can be wirelessly connected with the Internet of things, the mobile phone APP can also be wirelessly connected with the wireless controller, and the mobile phone APP can be connected with a winery through the Internet of things, so that on one hand, related information for dispelling the effects of alcohol and true and false of wine can be set, and on the basis of wine identification, a lifting driver arranged in a wine bottle cap can be wirelessly operated on the Internet of things through the Internet of things APP; the lifting shaft arranged in the wine bottle cap can be lifted upwards through the lifting driver, and a circumferential synchronous rotating mechanism arranged between the outer layer and the inner layer can play a role through the upward lifting, so that circumferential synchronization is realized; the upper part and the lower part of the outer layer and the upper part and the lower part of the inner layer are provided with the separating parts, the upper part and the lower part of the outer layer can be separated through manual rotation, the inner layer and the outer layer are synchronized by utilizing the spiral helical tooth mechanism and the clutch mechanism of the lifting shaft and the spline housing, and then the inner layer is separated along the threaded connecting part through rotation; the lifting shaft can be driven by the motor to ascend by arranging the spiral spline sleeve mechanism, after the lifting shaft ascends, the meshing between the inner circumferential spiral helical teeth on the inner circumference of the outer layer and the outer circumferential spiral helical teeth on the outer circumference of the synchronizing wheel can be realized, and the manual simultaneous rotation between the outer layer and the synchronizing wheel in the circumferential direction can be realized in the same direction; through set up the helical spline in the lifting spindle periphery, helical spline periphery meshing spiral spline housing, can when the lifting spindle rotates, rise along the helical spline, realize the rising of lifting spindle, the lifting spindle rises the back, a plurality of voussoirs that set up in the circular truncated cone periphery get into lifting spindle cylinder portion periphery, be in the voussoir lockable state, when manual rotation beverage bottle lid outer, can make between lifting spindle and the inlayer rotate as an organic whole even, transmit the power that manual rotation beverage bottle lid upper portion to the synchronizing wheel, because of synchronizing wheel and lifting spindle fixed connection, can transmit the turning force to the lifting spindle, because be linked together by the voussoir between the spline housing of lifting spindle and inlayer, therefore, when manual rotation beverage bottle lid outer, can rotate the inlayer simultaneously, can make inlayer upper portion rotate along the screw thread, separate the inlayer and skin simultaneously and open. On the contrary, when the operation of the Internet of things APP is not available, the lifting shaft is located at the low position, the wedges are located on the periphery of the frustum part and belong to a free rotation state, and because the helical tooth mechanism, the helical spline housing mechanism, the lifting shaft and the clutch mechanism of the helical spline housing are all in a separation state, even if the outer layer is manually rotated, the outer layer can idle around the anti-tripping device from top to bottom,

also can not rotate with the inlayer is synchronous, can only make outer idle running, can't make separation between upper portion and the lower part, also can not be synchronous between inlayer and the skin, more can not open the beverage bottle lid, does not utilize cell-phone internet of things APP can not obtain the relevant information of wine, can not be connected with the thing networking, can not driving motor, also can not make the motor rotate, more can not lift the axle and rise, can't make the synchronous slewing mechanism of circumference play effect, can not open the beverage bottle lid and drink. The utility model discloses usable two-dimensional code and manufacturer's long-range commodity circulation net wireless networking to this sobering up relevant information, discernment true and false wine, the beverage bottle lid is opened to intelligence, prevents to drink by mistake alcoholism etc. that false wine brought and does not survey the accident.

Drawings

Fig. 1 is a schematic sectional structure diagram of an intelligent wine bottle cap.

FIG. 2 is a schematic view of the wedge and the periphery of the inner side of the bottle cap before opening the cap.

Fig. 3 is a schematic sectional view along a-a in fig. 1.

Fig. 4 is a schematic structural diagram of the helical teeth in the outer layer of the wine bottle cap.

Figure 5a schematic diagram of the limit switch arrangement.

Description of reference numerals: 10-wine bottle main body, 10 a-bottle mouth, 11-outer layer, 11 a-anti-tripping device, 12-synchronizing wheel, 12 a-inner spiral inclined tooth, 12 b-outer spiral inclined tooth, 13-inner layer, 13 a-upper layer, 13 b-lower layer, 14-thread part, 15-lifting shaft, 15 a-spiral spline, 16-wine outlet channel, 16 a-step, 17-sealing ball, 18-pressing spring, 19-central rod, 20-micro motor, 20 a-output wheel, 20 b-input wheel, 21-wedge block, 23-battery, 24-wireless controller, 25-separation part, 26-fixing bolt, 27-lifting space, 28-inner and outer layer gap, 29-cone part, 30-limit switch, 31-contact.

Detailed Description

In order to make those skilled in the art and wine drinkers further understand the specific structure of the wine bottle cap, the following describes the technical solution of the present invention in detail with reference to the attached drawings. In the following drawings, the lift shaft is in a state before being raised.

The technical scheme of the utility model is a can prevent intelligent beverage bottle lid that uncaps of fake wine, figure 1 is the section structure schematic diagram of intelligent beverage bottle lid. In the figure, 10 is a wine bottle main body, 10a is a bottle mouth, an existing wireless internet of things is required to be utilized for an intelligent uncapped wine bottle cap, an internet of things APP is required to be downloaded and installed on a mobile phone, a two-dimensional code of information related to the wine bottle is pasted on the wine bottle main body 10 or the wine bottle cap, the intelligent uncapped wine bottle cap comprises an inner layer 13 and an outer layer 11, an anti-tripping device 11a is arranged between the inner layer 13 and the outer layer 11, the outer layer 11 can be always sleeved on the periphery of the inner layer 13, 28 is a gap between the inner layer 13 and the outer layer 11, spiral inclined teeth are arranged at the top end of the gap, a separating part 25 is arranged on each of the inner layer 13 and the outer layer 11, a lower part 13b of the inner layer 13 is hermetically fixed on the bottle mouth 10a, a wine outlet channel 16 is arranged at the lower central part of the inner layer 13, a step 16a is arranged on the wine outlet channel 16, a sealing mechanism is arranged between the upper part 13a and the lower part 13b of the inner layer 13, a lifting shaft 15 is arranged at the upper central position of the inner layer 13, the main part top-down of promotion axle has set gradually frustum portion 29, cylinder portion and spiral spline portion, and the synchronous slewing mechanism of circumference that is provided with between outer 11 and the inlayer 13 is connected with the promotion driver on the promotion axle 15 on inlayer 13 upper portion, promotes and is connected with wireless controller 24 on the driver, wireless connection between cell-phone thing networking APP and logistics network wireless connection, the wireless controller 24.

In this embodiment, the outer layer 11 is a stainless steel platform and the inner layer 13 is a plastic.

The circumferential synchronous rotating mechanism comprises a spiral helical tooth mechanism, a spiral spline housing mechanism, a lifting shaft 15 and a clutch mechanism of the spiral spline housing.

The lifting driver comprises a micro motor 20, the micro motor 20 is connected with a wireless controller 24, an input wheel 20b is arranged at the upper end of the lifting shaft 15, an output wheel 20a is arranged on an output shaft of the micro motor 20, the output wheel 20a is linked with the input wheel 20b, a spiral spline 15a is arranged on the periphery of the lifting shaft 15, a spiral spline housing is meshed with the periphery of the spiral spline 15a, and the spiral spline housing is connected with the upper portion of the inner layer 13 into a whole.

In the present embodiment, the input wheel 20b and the output wheel 20a are both gears, and are meshed with each other.

The sealing mechanism comprises a wine outlet channel 16 arranged at the center of the lower part of the inner layer 13, the wine outlet channel 16 is a round hole, a step 16a is arranged in the round hole, the diameter of the upper part of the step 16a is larger than that of the lower part, a sealing ball 17 is arranged in the round hole above the step 16a, a downward central rod 19 and a compression spring 18 are fixed at the lower end part of the lifting shaft 15, the compression spring 18 is positioned at the periphery of the central rod 19, the compression spring 18 is pressed at the upper part of the sealing ball 17, the sealing ball 17 is pressed on the step 16a of the wine outlet channel 16, and the sealing ball 17 is taken out through a connecting line with the central rod 19 after the upper layer of the inner cover is unscrewed.

In this embodiment, the sealing ball 17 is soft and resilient in texture and seals the outlet passage 16.

Outer 11 is the stainless steel layer, and the separation is set for in advance to the interval nature between the upper and lower of outer 11 separator 25, and only the punctiform is connected, is favorable to the manual separation after the networking, and the separator 25 of inlayer is on same height with outer separator 25, inlayer 13 is plastic products, threaded connection between upper portion 13a and the lower part 13b of inlayer 13, and 14 is the screw thread portion between the upper portion 13a of inlayer and the lower part 13b of inlayer, stainless steel layer and plastic products are food grade material.

Two-dimensional code is the connection of download thing networking APP, can be connected with the wine production factory computer end on thing networking APP after the download, the computer end storage has the relevant information of two-dimensional code beverage bottle, can carry out the affirmation of true and false wine through the two-dimensional code, still can know the relevant information of beverage bottle and wine, can produce the operating button who starts the uncork if true wine, further start micro motor 20, promote axle 15 and rotate the rising back, contact 31 and limit switch 30 contact, stall, manual rotation outer 11 punctiform connecting portion of layer can separate, rotate inlayer 13, upper strata 13a rotates along external screw thread portion 14, upper strata 13a and lower floor 13b separate.

The lifting rotation direction of the lifting shaft 15 is the same as the unscrewing direction of the upper part of the inner layer, after the lifting shaft 15 is lifted, the lifting shaft 15 and the clutch mechanism of the spline sleeve lock the lifting shaft 15 and the inner layer and are connected with the outer layer 11 into a whole, when the outer layer 11 is held by a hand to unscrew the wine bottle cap manually, the inner layer 13 is communicated simultaneously, the delamination 11 is unscrewed from the separation part 25, the upper part 13a and the lower part 13b of the inner layer 13 are separated along the thread part 14, the wine bottle cap is opened, and wine can be poured out from the wine outlet channel.

For the drinker to operate correctly, the outer side of the outer layer 11 of the wine bottle cap is marked with the rotation direction and characters for opening the wine bottle cap, and corresponding operation steps are carried out.

Fig. 2 is a schematic structural view of a wedge 21 and the periphery of the cap before opening the cap, fig. 3 is a schematic structural view of a cross section along a-a direction in fig. 1, and fig. 4 is a schematic structural view of helical teeth in the outer layer 11 of the cap. In fig. 4, in order to show the internal helical teeth, the anti-unscrewing teeth 11a blocking the overall internal helical teeth 12a are removed. The helical tooth mechanism comprises a synchronous wheel 12 arranged at the upper end part of a lifting shaft 15, external helical teeth 12b are arranged on the periphery of the synchronous wheel 12, internal helical teeth 12a are arranged on the inner periphery of an outer layer 11, and a certain lifting space 27 is reserved between the synchronous wheel 12 and the top of the outer layer 11.

The spiral spline housing mechanism comprises a spiral spline part 15a arranged on the periphery of the lifting shaft 15, a spiral spline housing is meshed on the periphery of the spiral spline part 15a, the spiral spline housing and the upper part of the inner layer are of an integral structure, the lifting shaft 15 clutch mechanism comprises a plurality of wedges 21 arranged on the periphery of the lifting shaft 15, when the lifting shaft 15 and the spiral spline housing are in linkage and separation, the wedges 21 are positioned on the periphery of a conical table part 29 arranged on the lifting shaft 15, and when the lifting shaft 15 and the spiral spline housing synchronously rotate, the wedges 21 are positioned on the periphery of a cylindrical part of the lifting shaft 15; in this embodiment, the synchronizing wheel 12 is fixed to the top of the lift shaft 15 by means of a fixing bolt 26.

A plurality of voussoirs 21 are the columnar structure, and a plurality of columnar structure are the same, and a plurality of column terminal surfaces are non-circular structure, including major diameter and minor diameter on the non-circular structure terminal surface, when the lifting shaft rotates, a plurality of voussoirs 21 lock lifting shaft 15 and spline housing simultaneously when rotating to major diameter direction, can't rotate, and when opposite direction rotated, a plurality of voussoirs 21 free rotation.

In this embodiment, the threaded spline housing is integral with the upper portion of the inner layer 13.

The micro motor 20 is arranged in the upper part of the inner layer 13, a battery 23 for driving the motor is also arranged in the upper part, and the lifting and rotating direction of the lifting shaft 15 is the same as the unscrewing direction of the upper part of the inner layer 13.

The limit switch 30 is arranged inside the wine bottle cap, and when the outer layer helical tooth 12b is engaged with the helical tooth 12a on the periphery of the synchronizing wheel 12, the limit switch 30 stops the rotation of the micro motor 20. Fig. 5 is a schematic diagram of the arrangement of the limit switch, in this embodiment, a contact 31 is arranged below the output wheel 20a, a limit switch bracket is fixed on the inner layer of the side surface below the output wheel 20a, and a limit switch 30 is arranged on the bracket, because the diameter of the output wheel 20a and the diameter of the input wheel 20b are relatively large, the outer helical teeth 12b will rise to the position of meshing with the inner helical teeth 12a after one rotation, and therefore, the position of the contact 31 is just the position of meshing between the inner helical teeth 12a and the outer helical teeth 12 b.

Based on the above, the input wheel 20a and the output wheel 20b may have arc-shaped structures.

The utility model discloses a set up thing networking APP on the cell-phone, can be with cell-phone APP and thing networking wireless connection, also can be through wireless connection between cell-phone thing networking APP and wireless controller 24, accessible thing networking APP is connected with the winery, can establish the true and false of wine on the one hand, can utilize thing networking APP to wirelessly operate the lifting drive that sets up in the beverage bottle lid on the thing networking on the basis of discerning wine in addition; the lifting shaft 15 arranged in the wine bottle cap can be lifted upwards through the lifting driver, and a circumferential synchronous rotating mechanism arranged between the outer layer 11 and the inner layer 13 can play a role through the upward lifting, so that the circumferential synchronous rotation is realized; the outer layer 11 and the inner layer 13 are respectively provided with the separating parts 25, the outer layer 13 is connected with each other at intervals, after synchronization, the upper part and the lower part of the outer layer 11 can be separated through manual rotation, the inner layer 13 and the outer layer 11 are synchronized through a spiral helical tooth mechanism and a lifting shaft separating mechanism, and then the inner layer 13 is separated through rotation along the thread part 14; the lifting shaft 15 can be driven by the motor to lift by arranging the spiral spline sleeve mechanism, after the lifting shaft 15 is lifted, the meshing between the inner spiral helical teeth 12b on the inner periphery of the outer layer 11 and the outer spiral helical teeth 12a on the outer periphery of the synchronizing wheel 12 can be realized, and the synchronous rotation between the outer layer 11 and the synchronizing wheel 12 in the circumferential direction can be manually realized in the same direction; the lifting shaft 15 can ascend along the spiral splines 15a when the lifting shaft 15 rotates by arranging the spiral splines 15a on the periphery of the lifting shaft 15 and engaging the spiral spline sleeve on the periphery of the spiral splines 15a, the lifting shaft 15 ascends, then a plurality of wedges 21 arranged on the periphery of the truncated cone 29 enter the periphery of the cylindrical part of the lifting shaft 15 and are in a lockable state, when the outer layer 11 of the wine bottle cap is manually rotated, the lifting shaft 15 and the inner layer 13 can be connected into a whole to rotate, the force for manually rotating the upper part of the wine bottle cap is transmitted to the synchronizing wheel 12, the synchronizing wheel 12 is fixedly connected with the lifting shaft 15, the rotating force is transmitted to the lifting shaft 15, when the outer layer 11 of the wine bottle cap is manually rotated, the inner layer 13 is rotated simultaneously due to the locking between the spline sleeves of the lifting shaft 15 and the inner layer 13 by the wedges 21, and the upper part of the inner layer 13 can be rotated along the threads, the inner layer 13 is unscrewed. In contrast, in the absence of operation of the internet of things APP, the lifting shaft 15 is located at the periphery of the conical portion 29 at the low wedge 21, the wedges 21 are in a free state, even if the outer layer 11 is rotated, because the helical tooth mechanism, the helical spline housing mechanism, the lifting shaft 15 and the clutch mechanism of the helical spline housing are all in a separated state, even if manual rotation outer layer 11, can rotate simultaneously around anti-tripping 11a between the upper and lower of outer layer 11, can not rotate with inlayer 13 synchronization, can only make outer 11 idle running, separation between unable upper portion and the lower part that makes, also can not be synchronous between inlayer 13 and the outer 11, more can not open the beverage bottle lid, do not utilize cell-phone thing networking APP networking driving motor, also can not make the motor rotate, more can not make lifting shaft 15 rise, unable make the synchronous slewing mechanism of circumference play a role, can not open the beverage bottle lid and drink, can't obtain the relevant information and the true and false affirmation of wine. The utility model discloses usable two-dimensional code and manufacturer's long-range commodity circulation net wireless networking to this sobering up relevant information, discernment true and false wine, the beverage bottle lid is opened to intelligence, prevents to drink by mistake and does not survey accident such as alcoholism that false wine brought.

Claims (9)

1. The utility model provides a can prevent intelligent beverage bottle lid that uncaps of false wine, includes wireless thing networking, cell-phone thing networking APP, two-dimensional code, its characterized in that: the two-dimensional code has been posted outward to the beverage bottle lid, the beverage bottle lid includes inlayer and skin, be provided with the separation portion of co-altitude between inlayer and the outer upper and lower, separation interval separation in advance between the outer separation portion, the sealed fixing of inlayer lower part is on the bottleneck, the central point of the lower part of inlayer is provided with out the wine passageway, be provided with the mechanism of sealing between the upper portion of inlayer and the lower part, the upper portion central point of inlayer is provided with the lift axle, the lift axle includes cylinder portion, cone portion and spiral spline portion, the synchronous slewing mechanism of circumference that is provided with between skin and the inlayer, be connected with the promotion driver on the lift axle on inlayer upper portion, be connected with wireless controller on the promotion driver, cell-phone thing networking APP and logistics network wireless connection, wireless connection between the wireless controller.

2. The intelligent uncovering wine bottle cap capable of preventing fake wine according to claim 1, is characterized in that: the circumferential synchronous rotating mechanism comprises a spiral helical tooth mechanism, a spiral spline sleeve mechanism and a clutch mechanism of a lifting shaft and a spiral spline sleeve.

3. The intelligent uncovering wine bottle cap capable of preventing fake wine according to claim 1, is characterized in that: the lifting driver comprises a micro motor, the micro motor is connected with a wireless controller, an input wheel is arranged at the upper end of a lifting shaft, an output shaft of the micro motor is provided with an output wheel, the output wheel and the input wheel are linked, a spiral spline is arranged on the periphery of the lifting shaft, a spiral spline sleeve is meshed with the periphery of the spiral spline, and the spiral spline sleeve is connected with the upper portion of the inner layer into a whole.

4. The intelligent uncovering wine bottle cap capable of preventing fake wine according to claim 1, is characterized in that: the mechanism of sealing includes that inlayer lower part central point puts and is provided with out the wine passageway, goes out the wine passageway and is the round hole, is provided with the step on the round hole, and step upper portion diameter is greater than the lower part diameter, is provided with the ball sealer in the round hole of step top, and the tip is fixed with well core rod and pressure spring down under the lift shaft, and pressure spring is located well core rod periphery, and pressure spring presses on ball sealer upper portion, and the ball sealer is pressed on the step of going out the wine passageway.

5. The intelligent uncovering wine bottle cap capable of preventing fake wine according to claim 1, is characterized in that: the outer layer is a stainless steel layer, the outer separating parts are separated at intervals in advance, the inner layer is a plastic product, and the upper part above the inner separating part is in threaded connection with the lower part below the inner separating part.

6. The intelligent uncovering wine bottle cap capable of preventing fake wine according to claim 1, is characterized in that: the two-dimensional code is the connection of downloading thing networking APP, and the thing networking is connected with the wine production factory computer end, and the computer end storage has the relevant information of two-dimensional code beverage bottle.

7. The intelligent uncovering wine bottle cap capable of preventing fake wine according to claim 1, is characterized in that: the lifting rotation direction of the lifting shaft is the same as the upper unscrewing direction of the inner layer.

8. The intelligent uncovering wine bottle cap capable of preventing fake wine according to claim 2, characterized in that: the spiral helical tooth mechanism comprises a synchronous wheel arranged at the upper end part of a lifting shaft, spiral helical teeth are arranged on the periphery of the synchronous wheel, and spiral helical teeth are arranged at the top of the inner periphery of an outer layer matched with the synchronous wheel; spiral spline housing mechanism is provided with the spiral spline including lifting shaft periphery, and the meshing of spiral spline periphery has the spiral spline housing that matches with it, and lifting shaft and spline housing's clutching mechanism includes a plurality of voussoirs that lift shaft periphery set up, and when the interlock was separated between lifting shaft and the spiral spline housing, a plurality of voussoirs were located the frustum portion periphery that lifts epaxial setting, and when lifting shaft and spiral spline housing synchronous rotation, a plurality of voussoirs were located lifting shaft cylinder portion periphery.

9. The intelligent uncovering wine bottle cap capable of preventing fake wine according to claim 3, characterized in that: micro motor sets up in inlayer upper portion, still is provided with motor drive battery and wireless controller in the upper portion, and micro motor and battery pass through wireless controller to be connected, wireless controller and cell-phone thing networking APP wireless connection.

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