Safe cup cover

Abstract

The utility model discloses a safe cup cover. The lock catch unit, the verification unit and the unlocking unit are installed in the installation cavity of the shell. A plurality of side wall through holes (100d) are formed in the side wall of the mounting cavity in the circumferential direction at intervals. The lock catch unit comprises a center plate (121), a plurality of buckling pieces (122) and a compression spring (123). The wedge-shaped clamping hook of the buckling piece can automatically penetrate out of the side wall through hole to be clamped into the inner wall groove of one cup opening. And the verification unit sends an unlocking instruction after acquiring and verifying the identity information of the user. The unlocking unit is used for executing an unlocking instruction, and unlocking is carried out by driving the center plate and the buckling piece through the cam (142). The safe beverage cup with the safe cup cover is simple in structure and reliable in performance.

Description

Technical Field

[0001] The utility model belongs to a personal daily drinking utensil, in particular to a safety cup cover. Background Art

[0002] The water cups of school students, train passengers and group travelers are occasionally out of monitoring or forgotten in water dispensers, etc., which may cause hygiene problems due to misuse and also provide opportunities for criminals.

[0003] There is a cup cover for a children's thermos cup, which comprises a nozzle part, a nozzle cover and a snap cover from bottom to top. The nozzle part is threadedly connected to the cup mouth and is provided with an annular limiter. The nozzle cover can be rotatably sleeved on the nozzle part, and a spring-driven snap-on part is provided inside the nozzle part. After the snap-on cover and the nozzle cover are locked by a fingerprint lock, the snap-on part will be separated from the annular limiter under the pressure of the snap-on cover. At this time, the nozzle cover cannot be turned by hand to drive the nozzle part to rotate and unscrew the cup cover. After the snap-on cover is unlocked and opened, the snap-on part will automatically reset and snap-on the annular limiter. At this time, the nozzle cover can be turned by hand to drive the nozzle part to rotate and unscrew the cup cover. Utility Model Content

[0004] The technical problem to be solved by the utility model is how to improve the structure of a cup cover with a safety protection function to improve reliability.

[0005] The utility model discloses a safety cup cover.

[0006] The safety cup cover is used to cover the cup mouth, and comprises:

[0007] A shell, the shape of which is substantially symmetrical about the central axis, and a mounting cavity is provided inside, and a plurality of side wall through holes are provided on the side wall of the mounting cavity at intervals in the circumferential direction;

[0008] A locking unit, located in the mounting cavity, for locking the safety cup cover and the cup mouth, comprising a center plate, a plurality of snaps and a compression spring;

[0009] a verification unit, located in the installation cavity and configured as an embedded computer system, which issues an unlocking instruction after obtaining and verifying the user's identity information; and

[0010] An unlocking unit, comprising a micro motor and a cam in transmission connection, the micro motor being controlled by the verification unit and being used to execute an unlocking instruction to drive the locking unit to unlock;

[0011] Wherein, the inner wall of the cup mouth is provided with at least one inner wall groove;

[0012] The center plate is perpendicular to the center axis and can be axially movably assembled between the inner wall of the housing and the cam;

[0013] The compression spring presses against the inner wall of the housing at one end and presses against the central plate at the other end, and is located on an axially extending line passing through the middle of the central plate together with the cam.

[0014] The buckle member is L-shaped, corresponding to the side wall through holes one by one, hinged at the side wall through holes with the bent part, hinged at the outer edge of the central plate with the end of the radially inner arm, and the radially outer arm is configured as a wedge-shaped hook.

[0015] The wedge-shaped hook has an inclined surface facing radially outward and the cup mouth, and is used to be stuck into the inner wall groove of the cup mouth, protruding from the side wall through hole when the cam does not contact the central plate, and retracting into the side wall through hole when the cam rotates to drive the central plate.

[0016] In some embodiments of the present invention, it can be selected that a first cavity and a second cavity which are waterproof and isolated are arranged inside the housing. The verification unit and the micro motor are arranged inside the first cavity, and the lock unit and the cam are arranged inside the second cavity.

[0017] In some embodiments of the present invention, it can be selected that

[0018] The housing includes a first cover body, a second cover body and a third cover body which are assembled in sequence from top to bottom. The second cover body and the third cover body both have a cylindrical barrel shape with the barrel mouth facing upwards. The second cover body and the first cover body enclose a first cavity, and the third cover body and the second cover body enclose a second cavity. The first cavity and the second cavity are waterproof and isolated.

[0019] A plurality of T-shaped notches are arranged at the edge of the barrel mouth of the third cover body, and a plurality of clamping parts protruding downwards are arranged at the bottom edge of the second cover body. One clamping part includes four clamping convex columns distributed in a rectangle. The four clamping convex columns: the heads embedded in a T-shaped notch, are divided into two groups and abut against the two steps of the T-shaped notch, thereby forming one of the side wall through holes.

[0020] On both sides of the bent part of the buckle member, there are a pair of rotating shaft convex columns, which are placed between the two steps of the T-shaped notch through the rotating shaft convex columns, and each rotating shaft convex column is rotatably clamped between the two clamping convex columns.

[0021] The central plate is located between the second cover body and the cam, and the compression spring is located between the second cover body and the central plate.

[0022] In some embodiments of the present invention, it can be selected that the verification unit includes:

[0023] A circuit main board powered by a rechargeable battery.

[0024] A fingerprint module is assembled on the first cover body and electrically connected to the circuit main board for receiving fingerprint input operations; and

[0025] A magnetic charging base includes a pair of charging electrode posts with exposed top surfaces and at least one permanent magnet, and is assembled on the first cover body for charging a rechargeable battery.

[0026] In some embodiments of the present invention, the user identity information may be a digital code, a fingerprint pattern, a palm print pattern, an iris pattern, a gesture animation, or a facial expression animation.

[0027] Implementing the technical solution of the present invention can achieve the following beneficial effects.

[0028] The present invention discloses a safety cup cover. Its locking unit, verification unit, and unlocking unit are installed in the installation cavity of the housing. The side wall of the installation cavity is circumferentially provided with a plurality of side wall through holes at intervals. The locking unit includes a central plate, a plurality of buckle members, and a compression spring. The wedge-shaped hooks of the buckle members can automatically pass through the side wall through holes and engage with the inner wall grooves of a cup mouth. The verification unit issues an unlocking instruction after obtaining and verifying the user identity information. The unlocking unit is used to execute the unlocking instruction and unlock by driving the central plate and the buckle members through a cam. The safety beverage cup using the safety cup cover has a simple structure and reliable performance. Description of the Drawings

[0029] The following drawings are all schematic diagrams and should be used in combination with the specific implementation part.

[0030] Figure 1 It is a usage state diagram of the safety cup cover in the first embodiment;

[0031] Figure 2 is Figure 1 an axial sectional view of the cup mouth shown, with the dashed line being the central axis Y0;

[0032] Figure 3a is Figure 1 an axial sectional view of the safety cup cover shown, with the black arrow representing the front view direction, and the section passing through Figure 1 the midpoint of the center line connecting the top surfaces of the two charging electrode posts, and the two dashed lines are respectively: the central axis Y0, and the axial extension line Y1 of the compression spring and the cam;

[0033] Figure 3b is Figure 1 a three-dimensional schematic diagram of the safety cup cover shown, with a partial cutaway to show the side wall through holes;

[0034] Figure 4a and Figure 4b are both three-dimensional assembly diagrams of the sealing ring, the third cover body, the locking unit, and the unlocking unit in the first embodiment. The buckle members facing the reader in the figure are alsoFigure 3b shown in Figure 4b is cut open together with the housing in

[0035] Figure 5 is a perspective view of the third cover body in the first embodiment, from an upper oblique view;

[0036] Figure 6a is a top view of the center plate in the first embodiment, where two dashed lines intersect at the center of the contour circle;

[0037] Figure 6b is a perspective view of the center plate in the first embodiment, from a lower oblique view;

[0038] Figure 7 is a perspective view of the buckle in the first embodiment;

[0039] Figure 8a is a top view of the second cover body in the first embodiment, where two dashed lines intersect at the center of the contour circle;

[0040] Figure 8b is a perspective view of the second cover body in the first embodiment, from an upper oblique view.

[0041] The marks in the drawings respectively represent:

[0042] 100 - safety cup cover, 100c - annular gap; 110 - housing, 110a - first cavity, 110b - second cavity, 110d - side wall through hole;

[0043] 111 - first cover body, 1111 - annular assembly groove;

[0044] 112 - second cover body, 112a - screw perforation, 1122 - motor compartment, 1123 - clamping position;

[0045] 113 - third cover body, 113a - T-shaped notch, 113b - installation through hole, 1132 - shoulder step, 1133 - rectangular prism, 1134 - limiting ring, 114 - plastic sealing ring, 115 - plastic two-way joint;

[0046] 120 - locking unit, 121 - center plate, 121a - side notch, 121b - front notch, 121c - U-shaped notch, 121e - guiding through hole, 1211 - hinge shaft, 1212 - spring limiting post, 1213 - sealing convex post, 1214 - convex platform, 122 - buckle, 1221 - wedge-shaped hook, 1222 - rotating shaft convex post, 1223 - ring column with notch, 123 - compression spring; 130 - verification unit, 131 - circuit main board, 132 - magnetic charging base, 1321 - charging pole post, 133 - fingerprint module; 140 - unlocking unit, 141 - micro motor, 142 - cam;

[0047] 810 - cup mouth, 810a - inner wall groove, 811 - hidden part, 812 - inner wall convex ring. DETAILED DESCRIPTION

[0048] The embodiments are described below with reference to the accompanying drawings.

[0049] In this specification, unless otherwise specified, one embodiment, some embodiments and other embodiments are used to distinguish different embodiments and do not refer to all embodiments; the accompanying drawings are schematic diagrams, not proportional drawings; the directions / positions indicated by top, bottom, center, edge, inside, outside, far, near, length, width, vertical, horizontal, up, down, front, back, left, right, etc., based on the observation angle of the accompanying drawings, cannot be understood as the components / devices are located in specific positions and facing specific directions; ordinal words such as first, second, third, etc., do not have a sequential meaning when used to distinguish components / devices with the same function / name.

[0050] Embodiment 1

[0051] A safety cup cover 100 for a beverage cup is disclosed.

[0052] See also Figure 1 The safety cup cover 100 is used to cover the cup mouth 810 of the beverage cup.

[0053] See also Figure 2 The upper part of the cup mouth 810 is thinner than the lower part, forming a hidden part 811 that can be hidden in the safety cup cover 100. The inner wall of the cup mouth 810 is circumferentially provided with an inner wall groove 810a and an inner wall convex ring 812.

[0054] See also Figure 3a The safety cup cover 100 includes a housing 110 , a locking unit 120 , a verification unit 130 and an unlocking unit 140 .

[0055] The verification unit 130 is configured as an embedded computer system, and issues an unlocking instruction after acquiring and verifying the user's fingerprint pattern.

[0056] The unlocking unit 140 includes a micro motor 141 and a cam 142 which are in transmission connection, and is used to execute the unlocking instruction to drive the locking unit 120 to unlock. That is, the micro motor 141 is controlled by the verification unit 130 .

[0057] See also Figure 3a and Figure 3b The housing 110 includes a first cover 111 , a second cover 112 and a third cover 113 which are assembled in sequence from top to bottom, and also includes a plastic sealing ring 114 and a plastic two-way pipe 115 .

[0058] The first cover body 111 has a cylindrical barrel shape with the barrel opening facing downwards. An annular assembly groove 1111 and a plurality of axial protrusions 1112 are provided on the inner wall of its barrel bottom for assembling the second cover body 112. A central through hole 111a is provided at its barrel bottom for embedding the fingerprint recognition module 133 of the verification unit 130, and a strip-shaped groove 111b is also provided on its top surface for accommodating an external magnetic charging connector. Two through holes are provided on the bottom surface of the strip-shaped groove 111b for embedding a pair of charging pole columns 1321 of the verification unit 130.

[0059] Please refer to Figure 3a , Figure 8a and Figure 8b , the second cover body 112: has a cylindrical barrel shape with the barrel opening facing upwards. Its barrel opening fits into the annular assembly groove 1111 of the first cover body 111, and three axial protrusions 1121 are provided at the edge of the inner wall of its barrel bottom. Blind holes are provided on the top surfaces of the axial protrusions 1121 to cooperate with the axial protrusions 1112 of the first cover body 111, so that the second cover body 112 and the first cover body 111 are assembled into one body.

[0060] An annular gap 100c is formed between the barrel side walls of the second cover body 112 and the first cover body 111. The annular gap 100c is used to accommodate the hidden part 811 of the cup mouth 810.

[0061] The second cover body 112 and the first cover body 111 enclose a first cavity 110a for installing the verification unit 130 and the micro motor 141 of the unlocking unit 140. Specifically, the barrel bottom of the second cover body 112 is locally convex and set as a motor chamber 1122.

[0062] The motor chamber 1122: has its long axis extending radially, and its internal space is a part of the first cavity 110a. An end face through hole 1122a is provided on the radially inner end face for the micro motor 141 to connect to the cam 142.

[0063] Three downwardly protruding clamping parts 1123 are provided at the bottom edge of the second cover body 112. Each clamping part 1123 includes four axially extending clamping protrusions distributed in a rectangle. In Figure 8b , the circumferential width of the clamping part 1123 is denoted as K1, the gap in the rectangular length direction of its clamping protrusions is denoted as D1, and the gap in the rectangular width direction of its clamping protrusions is denoted as D2.

[0064] Two screw through holes 112a are also provided on the inner wall of the barrel bottom of the second cover body 112 for the countersunk bolts to pass through and connect to the third cover body 113.

[0065] Two protruding parts 1124 are also provided on the inner wall of the barrel bottom of the second cover body 112 for assembling the circuit board 131 of the verification unit 130.

[0066] Please refer to Figure 3a ,Figure 4a , Figure 4b and Figure 5 , the third cover body 113 has a cylindrical barrel shape with the barrel opening facing upward, and three T-shaped notches 113a are provided at the edge of the barrel opening. The shoulders of the T-shaped notches are provided with a pair of shoulder steps 1132 extending inward.

[0067] The barrel opening of the third cover body 113 cooperates with the outer edge of the bottom end of the second cover body 112, so that the third cover body 113 and the second cover body 112 enclose a second cavity 110b and a side wall through hole 110d.

[0068] Second cavity 110b: It is used to install the cam 142 of the lock unit 120 and the unlocking unit 140, and is waterproofly isolated from the first cavity 110a. After assembling the unlocking unit 140, the end face through hole 1122a of the motor chamber 1122 is sealed waterproof to prevent liquid beverages or water vapor from entering the first cavity 110a.

[0069] The tail of the T-shaped notch 113a faces downward and the head cooperates with the clamping portion 1123 of the second cover body 112. That is, the width of the head of the T-shaped notch 113a is equal to the width K1 of the clamping portion 1123.

[0070] Four clamping convex columns of each clamping portion 1123: are embedded in the head of a T-shaped notch and are divided into two groups to abut against the two shoulder steps 1132 of the T-shaped notch, thereby forming a side wall through hole 100d.

[0071] The bottom of the barrel of the third cover body 113 is also provided with: two axial convex columns 1131, two rectangular prisms 1133, an installation through hole 113b, and a limiting ring 1134 surrounding the periphery of the installation through hole 113b.

[0072] The axial convex column 1131 is provided with a top surface threaded hole for screwing and engaging with a screw corresponding to the screw through hole 112a of the second cover body 112.

[0073] The two rectangular prisms 1133 have a guiding and supporting effect on the center plate 121 of the lock unit 120.

[0074] The plastic two-way joint 115 passes through the installation through hole 113b and is fixedly assembled in the limiting ring 1134. The plastic sealing ring 114 is sleeved on the outer side of the outer periphery of the bottom of the third cover body 113 and is used to abut against the inner wall convex ring 812 of the cup mouth 810.

[0075] In summary, the outer shape of the housing 110 is axisymmetric about the center, and an installation cavity is provided inside. Three side wall through holes 100d are circumferentially spaced on the side wall of the installation cavity. The installation cavity includes a first cavity 110a and a second cavity 110b that are waterproof and isolated. The side wall through hole 100d is located on the side wall of the second cavity 110b. A plastic two-way joint 115 is provided at the bottom of the second cavity 110b, and a lock unit 120 and a cam 142 are provided inside. By arranging the verification unit 120 and the micro motor 141 inside the first cavity 110a, the waterproof performance requirements for electronic and electrical components can be reduced.

[0076] Lock unit 120: Located inside the second cavity 110b, it is used to lock the safety cup cover 100 and the cup mouth 810, and includes a central plate 121, three buckle parts 122 and a compression spring 123.

[0077] Please refer to Figure 3a 、 Figure 6a and Figure 6b As shown in, the central plate 121: has a circular contour, is perpendicular to the central axis Y0, and is axially movably assembled between the second cover 112 and the cam 142.

[0078] A sealing boss 1213 is vertically provided on the bottom surface of the central plate 121. The sealing boss 1213 is located between the front notch 121b and the spring limit groove 121d and above the plastic part two-way joint 115. The bottom end of the sealing boss 1213: faces the top opening of the plastic part two-way joint 115 and is used to seal the plastic part two-way joint 115.

[0079] In the middle of the top surface of the central plate: there is a spring limit post 1212, and a spring limit groove 121d surrounding the spring limit post 1212 is also provided for assembling the compression spring 123.

[0080] Compression spring 123: One end vertically presses the spring limit groove 121d of the central plate 121, and the other end presses the bottom surface of the second cover 112, and is located on the axial extension line Y1 passing through the middle of the central plate 121 together with the cam assembly 142.

[0081] That is: the central plate 121 is located between the second cover 112 and the cam 142, and the compression spring 123 is located between the second cover 112 and the central plate 121.

[0082] The central plate 121 also has: a front notch 121b at the front end, a U-shaped notch 121c at the rear end, a pair of side notches 121a on the top surfaces on both sides of the U-shaped notch 121c, a pair of bosses 1214 on the bottom surfaces on both sides of the U-shaped notch 121c, and three hinge shafts 1211 evenly distributed circumferentially on the edge.

[0083] Each boss 1214 is provided with a guiding through hole 121e facing the hinge shaft 1211. The guiding through hole 121e cooperates with the rectangular prism 1133 of the third cover body 113. The rectangular prism 1133 passes through the guiding through hole 121e for positioning and guiding the central plate 121, and jointly supports the central plate 121 with the sealing boss 1213.

[0084] The two hinge shafts 1211 are respectively located between the side walls of the two side notches 121a, and the remaining one hinge shaft 1211 is located between the side walls of the front notch 121b.

[0085] That is, in the circular contour central plate 121: three supporting parts (the sealing boss 1213 and the two bosses 1214) protrude downward from the bottom surface for abutting against the third cover body 113; the front notch 121b is located at the front end; the two side notches 121a are located on the left and right sides and are circumferentially evenly distributed with the front notch 121b; the three hinge shafts 1211 respectively: are located between the side walls of the front notch 121b and the two side notches 121a, and hinge the three fasteners 122; are located at the rear U-shaped notch, and after the motor housing 1122 passes through, it is located inside the barrel of the third cover body 113. Thus, a part of the cam 142 is embedded in the end face through hole 1122a of the motor housing 1122 and is connected to the micro motor 141.

[0086] Please refer to Figure 7 , the fastener 122 is L-shaped, including a radially inner branch arm, a radially outer branch arm, and a bending part connecting the two branch arms. On both sides of its bending part, a pair of rotating shaft bosses 1222 are symmetrically provided. The end of its radially inner branch arm is set as a notched ring column 1223. Its radially outer branch arm: vertically points downward (the cup mouth 810), and the end is set as a wedge-shaped fastener 1221.

[0087] The fastener 122 is hinged on the hinge shaft 1211 through the notched ring column 1223.

[0088] The bending part of the fastener 122 is placed between the two shoulder steps 1132 of the T-shaped notch of the second cover body 112 through the rotating shaft boss 1222. Each rotating shaft boss 1222 is a cylindrical shape with a diameter equal to the above-mentioned gap D2, and is rotatably stuck between the two positioning bosses of the positioning part 1123 of the second cover body 112.

[0089] That is, the L-shaped fastener 122: corresponds to the side wall through hole 100d one by one, is hinged at the side wall through hole 100d with the bending part, is hinged at the outer edge of the central plate 121 with the end of the radially inner branch arm, and the radially outer branch arm is configured as a wedge-shaped hook 1221.

[0090] The inclined surface of the wedge-shaped hook 1221 faces radially outward and the cup mouth 810.

[0091] Wedge-shaped catch 1221: When the cam 142 does not contact the center plate 121, it protrudes from the side wall through-hole 100d, so that it can automatically snap into the inner wall groove 810a of the cup mouth 810; when the cam 142 rotates and lifts the center plate 121, it retracts into the side wall through-hole 100d to unlock the cup lid 100 from the cup mouth 810.

[0092] The verification unit 130 is a fingerprint lock configured as an embedded computer system, including components such as a circuit main board 131, a magnetic charging base 132, a fingerprint module 133, and a charging battery.

[0093] Circuit main board 131: Assembled with conventional components such as a computing chip, a storage chip, a charging circuit, and a data connector, powered by a charging battery, and connected to the charging battery, the magnetic charging base 132, the fingerprint module 133, and the micro motor 142 through cables respectively.

[0094] The circuit main board 131 is provided with edge through-holes for being installed on the top of the protruding part 1124 of the second cover 112 by screws.

[0095] Magnetic charging base 132: Assembled on the first cover 111, used for magnetically attracting an external charging connector to charge the charging battery, including one or more permanent magnets and a pair of charging pole columns 1321. The top surface of the charging pole column 1321 is exposed outside the bottom surface of the strip-shaped groove 111b.

[0096] Charging battery: Powers the fingerprint module 133, the circuit main board 131, and the micro motor 141, and can be charged by connecting to an external power supply through the charging base 132.

[0097] Fingerprint module 133: Embedded in the top surface of the first cover 111, electrically connected to the circuit main board 131, used for receiving fingerprint input operations and outputting fingerprint data to the circuit main board 131.

[0098] The storage chip of the circuit main board 131 pre-stores the fingerprint data of the owner of the beverage cup. When the circuit main board 131 compares the input fingerprint and the pre-stored fingerprint successfully, it outputs an unlocking instruction and controls the micro motor 141 to unlock.

[0099] In the normal state, the tip of the cam 142 points radially outward and does not contact the center plate 121; the center plate 121 is pressed by the compression spring 123, the sealing convex column 1213 seals the plastic two-way joint 115, the two rectangular prisms 1133 of the third cover 113 abut against the lower part of the hinge shafts 1211 on both sides, and the wedge-shaped catch 1221 protrudes from the side wall through-hole 100d.

[0100] During use, the bottom end of the safety cup lid 100 is inserted into the cup mouth 810, and the inner wall of the cup mouth 810 squeezes the wedge-shaped catch 1211 into the side wall through hole 100d; after the safety cup lid 100 is in place, the wedge-shaped catch 1211 is snapped into the inner wall groove 810a of the cup mouth 810, the plastic sealing ring 114 abuts against the inner wall convex ring 812 of the cup mouth 810, and the barrel wall of the first lid body 111 shields the hidden part 811 of the cup mouth 810, thus locking onto the cup mouth 810; before opening the cup lid, the fingerprint module 133 accepts a fingerprint input operation. After the verification unit 130 acquires and verifies the user's fingerprint information, it issues an unlocking instruction and controls the micro motor to rotate. As a result, the cam rotates 90 degrees to lift the center plate 121, and the center plate 121 drives the three buckle members 122, causing the wedge-shaped catch 1221 to retract into the side wall through hole 100d, thus unlocking; at the same time, the sealing convex column 1213 disengages from the plastic two-way joint 115, allowing the inside of the beverage cup to communicate with the atmosphere through the second cavity 110b to eliminate the pressure difference.

[0101] The safety cup lid 100 has the following technical advantages:

[0102] 1) Using a fingerprint lock for identity recognition can reduce potential safety hazards;

[0103] 2) Using a magnetic charging base facilitates connecting to an external charger;

[0104] 4) Simple structure and good safety.

[0105] In another embodiment, the main body of the safety cup lid 100 has a prism shape to prevent accidental slipping when held by hand.

[0106] In another embodiment, the housing 110 of the safety cup lid 100 is an integrally formed member, with an installation cavity and a pressure balance channel inside. A locking unit, a verification unit, and an unlocking unit are provided in the installation cavity. The pressure balance channel is used to connect the inside of the beverage cup and the external atmosphere, and its on-off is controlled by a stop valve driven by the unlocking unit and a compression spring.

[0107] In another embodiment, the sealing ring is located at the bottom of the annular gap 100c, and the hole wall and the hole wall joint of the side wall through hole are provided with a polytetrafluoroethylene coating. The buckle member can seal the side wall through hole within the entire range of movement to prevent liquid or water vapor from entering the installation cavity.

[0108] In another embodiment, a frame member is used to equivalently replace the center plate 121. Part of the frame member is set as a solid surface to facilitate contact with the cam 142, the compression spring 123, the plastic two-way joint 115, and the rectangular prism 1133.

[0109] In other embodiments, the user identity information obtained and verified by the verification unit 50 includes at least one of a digital code, a fingerprint pattern, a palmprint pattern, an iris pattern, a gesture animation, and a facial expression animation. The verification unit may be a digital password lock or a security lock that utilizes identity information such as fingerprints, palmprints, iris patterns, gestures, and facial expressions. The verification unit may jointly use any two or three of passwords, fingerprints, palmprints, iris patterns, gesture actions, and facial expressions for security management. Methods, components, and program modules for jointly using multiple identity information for security management have been widely used in mobile communication terminal devices, such as mobile phones and tablet computers installed with application programs such as "Alipay" or "WeChat".

[0110] In other embodiments, the side wall through holes and the buckle members of the safety cup lid are two or four, and the inner wall grooves of the cup mouth correspondingly have two or four, corresponding one by one to the buckle members.

[0111] In other embodiments, the outer shape of the safety cup lid is not strictly axially symmetric about the center, and an ear may be eccentrically provided on its top surface for installing a hanging rope or a hanging ring.

[0112] The above embodiments, application examples, and technical analyses are intended to introduce the technical concept and characteristics of the present utility model, so that those skilled in the art can implement the technical solutions of the present utility model, and do not constitute a limitation on the protection scope of the present utility model. Simple modifications and equivalent transformations of the above embodiments are within the protection scope.

Claims

1. A safety cup cover for covering the cup mouth, characterized in that include: A shell (110) having an outer shape that is substantially symmetrical about the central axis, a mounting cavity being provided inside, and a plurality of side wall through holes (100d) being provided on the side wall of the mounting cavity at intervals in the circumferential direction; A locking unit (120), located in the installation cavity and used to lock the safety cup cover and the cup mouth, comprising a central plate (121), a plurality of locking members (122) and a compression spring (123); A verification unit (130), located in the installation cavity and configured as an embedded computer system, issues an unlocking instruction after obtaining and verifying user identity information; and An unlocking unit (140) comprises a micro motor and a cam in transmission connection, the micro motor being controlled by the verification unit and being used to execute an unlocking instruction to drive the locking unit to unlock; Wherein, the inner wall of the cup mouth is provided with at least one inner wall groove (810a); The center plate is perpendicular to the center axis (Y0) and can be axially movably assembled between the inner wall of the housing and the cam; The compression spring has one end pressing the inner wall of the housing and the other end pressing the center plate, and is located together with the cam on an axial extension line (Y1) passing through the middle of the center plate; The buckle is L-shaped, corresponding to the side wall through holes one by one, hinged at the side wall through holes with a bent portion, hinged at the outer edge of the center plate with the end of the radial inner arm, and the radial outer arm is configured as a wedge-shaped hook (1221); The wedge-shaped hook has an inclined surface facing radially outward and the cup mouth, and is used to be inserted into the inner wall groove of the cup mouth. When the cam does not interfere with the center plate, it protrudes from the side wall through hole, and retracts into the side wall through hole when the cam rotates to drive the center plate.

2. The safety cup cover according to claim 1, characterized in that: A first cavity and a second cavity are provided inside the shell for waterproof isolation. The verification unit and the micro motor are provided inside the first cavity, and the locking unit and the cam are provided inside the second cavity.

3. The safety cup cover according to claim 1, characterized in that: The housing comprises a first cover body, a second cover body and a third cover body which are assembled in sequence from top to bottom, the second cover body and the third cover body both have a cylindrical barrel shape with the barrel mouth facing upwards, the second cover body and the first cover body together form a first cavity, the third cover body and the second cover body together form a second cavity, and the first cavity and the second cavity are waterproofly isolated; The barrel opening edge of the third cover body is provided with a plurality of T-shaped notches (113a), and the bottom surface edge of the second cover body is provided with a plurality of locking portions (1123) protruding downwards, wherein one locking portion comprises four locking convex columns distributed in a rectangular shape, and the four locking convex columns are embedded in the head of a T-shaped notch and are divided into two groups to abut against two steps of the T-shaped notch, thereby forming a side wall through hole; The bending part of the buckle: a pair of rotating shaft bosses are provided on both sides, and the rotating shaft bosses are placed between the two steps of the T-shaped notch, and each rotating shaft boss can be rotatably clamped between the two clamping bosses; The center plate is located between the second cover body and the cam, and the compression spring is located between the second cover body and the center plate.

4. The safety cup cover according to claim 3, characterized in that: The center plate has a substantially circular outline and is provided with a U-shaped notch (121c); The bottom of the barrel of the second cover body is partially convex and is configured as a motor compartment (1122); The motor compartment passes through the U-shaped notch and is located in the barrel of the third cover body.

5. The safety cup cover according to claim 3, characterized in that: The edge of the center plate is provided with a plurality of hinge shafts spaced circumferentially; The radial inner end of the buckle is arranged as a ring column with a notch, which is sleeved with the hinge shaft.

6. The safety cup cover according to claim 3, characterized in that: The housing (110) further comprises a plastic sealing ring (114) and a plastic two-way pipe (115); a sealing boss (1213) is vertically disposed on the bottom surface of the center plate; A plastic sealing ring, sleeved on the outer side of the third cover body, and used to abut against the inner wall of the cup mouth; The plastic two-way is located below the sealing boss, and the top opening is directly opposite to the bottom end of the sealing boss; The sealing boss seals the plastic two-way valve with its bottom end when the cam does not interfere with the center plate, and separates from the plastic two-way valve when the cam rotates and drives the center plate.

7. The safety cup cover according to claim 3, characterized in that: The bottom of the barrel of the second cover body is partially convex and is configured as a motor compartment (1122); The center plate has a circular profile and comprises: Three supporting parts protruding downward from the bottom surface and used to abut against the third cover body; a front notch at the front end; A pair of side notches located on the left and right sides are evenly distributed in the circumferential direction with the front notch; Three hinge shafts are located one by one between the side walls of the front notch and the two side notches, and are hinged to the three buckling parts one by one; and A U-shaped notch is located at the rear end so that the motor compartment can pass through.

8. The safety cup cover according to claim 1, characterized in that: The verification unit comprises: A circuit board, powered by a rechargeable battery; a fingerprint module, mounted on the first cover, electrically connected to the circuit main board, and used to receive fingerprint input operations; and A magnetic charging stand includes a pair of charging poles with exposed top surfaces and at least one permanent magnet, which is assembled on the first cover and is used to charge a rechargeable battery.

9. The safety cup cover according to claim 1, characterized in that: The user identity information is a digital code, a fingerprint pattern, a palm print pattern, an iris pattern, a gesture animation or a facial expression animation.

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