Key cover taking cup suitable for one-hand operation

Abstract

The invention relates to a button cover taking cup suitable for one-hand operation, which comprises a cup cover and a cup body, and is characterized in that the cup cover comprises a cover body, an upper bracket, a sliding bracket, a sealing bracket, a pair of spring bolts and a button; the pair of lock tongues is arranged between the upper bracket and the sliding bracket in a sliding manner, and is driven by the driving inclined surfaces on the two sides of the downward key to synchronously retract inwards so as to release the locking between the lock tongues and the cup body; in the locking process, the outer edge of the sealing support arranged below the sliding support is embedded into the sealing ring to abut against the cup body for sealing, in addition, the cover body is further provided with a locking mechanism for restraining the action of the key, and the safety effect is achieved. The driving slopes on the two sides of the key are matched with the inner edges of the rear ends of the pair of lock tongue notches, the pair of lock tongues can be synchronously driven to retract inwards to release locking of the cup cover and the cup body when the key moves downwards, meanwhile, the cup cover can bounce instantly under the elastic force action of the sealing spring, and the cover can be conveniently taken by one hand.

Description

Technical field:

[0001] The invention belongs to the field of daily necessities, and particularly relates to a cup with a lid that can be removed by pressing a button and is suitable for one-hand operation, in particular, a solution in which the cup lid can be removed by pressing a button. Background technology:

[0002] Carrying a drinking cup or kettle with you has become a habit of life, and it has also spawned many solutions, especially the cup lid, which has evolved from the ancient screw-on lid to the flip-top lid and now the press-to-open lid. Various solutions for various detailed usage occasions are emerging one after another. For example, CN202220461534.4 discloses a cup lid that can be opened by pressing a lid, including: a cup body, an outer limit groove is provided on the outer side of the neck of the cup body; a cup lid, a partition is fixedly connected to the inside of the cup lid, a limit column is provided on the upper side of the partition, and an elastic member is sleeved on the surface of the limit column; a cylindrical hole is provided at the center of the top of the cup lid, and a storage cavity is provided inside the side wall of the cup lid; an unlocking mechanism includes a pressing cap, a connecting arm and a first inclined block, the pressing cap is located inside the cylindrical hole and on the upper side of the elastic member; and a connecting arm, a sliding arm, a limit block and a second inclined block in the limit mechanism; the first inclined block and the second inclined block form a sliding fit to release the locked state. The reed sheet is required to provide spring force for the second inclined plane block to reset, and the pressing cap needs to be transmitted through the first inclined plane block and the second inclined plane block. The action is not direct, and several limit blocks are prone to being out of sync, resulting in the defect of difficulty in opening the cover.

[0003] CN202223375204.2 discloses a cup with a lid that can be removed by pressing a button, including a cup lid and a cup body, wherein: the cup lid has an inner lid and an outer lid, between which are arranged several L-shaped hook arms in a circular array on the circumference of the inner lid, the L-shaped hook arm points to the driving arm at the center of the circle, and a spring is arranged below the driving arm, and the upper part is in contact with a button arranged in the center of the outer lid, and the downward movement of the button drives several L-shaped hook arms to swing outward synchronously, and the claws of the L-shaped hook arms open outward to disengage from the limit concave ring on the outer surface of the upper edge of the cup body; an elastic rubber plug is embedded in the lower part of the inner lid, and the cup lid is closed in place, and the elastic rubber plug contacts the edge of the cup body to form a sealing structure. Several L-shaped hook arms with claws are distributed on the circumference of the inner lid, and are directly driven to swing by the button, with quick and efficient action, but it is necessary to provide a swinging space for the L-shaped hook arms, which brings trouble to the spatial design and distribution of the cup lid.

[0004] How to provide a more reasonable technical solution becomes the research object of the present invention. Summary of the invention:

[0005] The purpose of the present invention is to invent a key-operated cover cup which is suitable for one-hand operation and can be driven by a key that moves up and down to drive a transverse locking tongue.

[0006] The technical solution of the present invention is achieved as follows: a key-operated cup with a cover suitable for one-hand operation comprises a cup cover and a cup body, characterized in that the cup cover further comprises a cover body, an upper bracket, a sliding bracket, a sealing bracket, a pair of locking tongues and a key; the upper bracket, the sliding bracket and the sealing bracket are sequentially distributed and installed on the inner side of the cover body from top to bottom, the upper bracket is locked with the sliding bracket, the sealing bracket is arranged below the sliding bracket, and is abutted against the cup body with the help of a sealing ring embedded in the sealing bracket; a pair of the locking tongues are slidably arranged in a slideway formed by the upper bracket and the sliding bracket, and always maintain a tendency to abut against the convex ring inside the cup mouth under the action of a locking spring; the key is arranged in the central hole of the cover body and is constrained to only move up and down, the key passes through the upper bracket and the sliding bracket in turn, and the driving inclined surfaces on both sides thereof correspondingly abut against the pair of locking tongues, and the downward movement can drive the pair of locking tongues to retract inwardly; a rotatable locking mechanism is arranged on the cover body, and the locking mechanism constrains the key action.

[0007] The lock tongue has an arc lock head and a sliding tongue handle, a notch is provided in the middle of the sliding tongue handle, the sliding tongue handles of a pair of lock tongues slide up and down and overlap, a locking spring is arranged between the bottom of the notch of one lock tongue and the end of the sliding tongue handle of the other lock tongue, the overlapping part of the notch of the two lock tongues is inserted by the central column of the key, and the driving inclined surfaces on both sides of the central column correspond to the inner edges of the notches of the two lock tongues to drive the lock tongues to retreat.

[0008] The cover body has a circular boss with a center hole and an annular step surface on the outer edge, and a hollow groove is formed at the intersection of the two; the key has a center column and a keycap that matches the center hole, driving inclined surfaces are formed on both sides of the center column, and pins are distributed on the lower edge of the keycap, and the lower end of the pin has an outward hook, which can be hung on the inner edge of the center hole of the cover body.

[0009] The locking mechanism arranged on the cover body includes an upper locking ring and a locking ring. The upper locking ring is sleeved on the annular step surface, and the locking ring is arranged on the inner side of the circular boss. The locking ring is locked to the bottom of the upper locking ring by means of a positioning ear passing through the hollow groove on the outer edge of the locking ring; blocks corresponding to the key pins are distributed on the inner edge of the locking ring, and there is a movement gap between the block surface and the bottom of the pin; the block can enter and leave the bottom of the pin projection as the upper locking ring rotates, thereby blocking or releasing the constraint on the key downward movement.

[0010] Two pairs of symmetrical arc blocking plates are formed on the annular step surface of the cover body, and each pair of arc blocking plates has a wave bulge protruding inward at the distal end; the upper locking ring is provided with an arc stopper corresponding to the arc blocking plate, and the outer surface of the arc stopper is formed with a wave pattern. When assembled in place, the wave bulge can slide into the wave pattern to form an adjusted gear.

[0011] The cover body is provided with a plurality of inclined surface protrusions on the outer surface of the circular boss, and the inner surface of the lower edge of the arc stopper of the upper locking ring is provided with corresponding inclined surface chamfers, which are used to slide over the inclined surface protrusions to form an assembly constraint.

[0012] Two slide baffles are formed on the bottom surface of the upper bracket, and the lower edges of the two slide baffles are in contact with the surface of the sliding bracket to form a slide for the lock tongue to slide; the lower edges of the two slide baffles are formed with inclined hooks facing outward, and the surface of the sealing bracket is provided with hooks corresponding to the inclined hooks. When assembled in place, the two hooks are used to hang on the corresponding inclined hooks to form an anti-slip structure; a sealing spring is provided between the sealing bracket and the sliding bracket, with the help of which the sealing spring always maintains the tendency of the sealing ring to be pressed tightly against the cup body and provides elastic force for opening the lid.

[0013] A guide column is arranged in the center of the sealing bracket, and the guide column is inserted into the central column of the key to guide the key downward, and a return spring is arranged on the outer sleeve of the guide column, and the return spring abuts against the central column of the key.

[0014] The edge of the sliding bracket is provided with a pair of symmetrical elastic clamping arms facing upward, and the ends of the elastic clamping arms have an outward clamping portion and an inclined top portion; during assembly, the elastic clamping arms pass upward through the recessed notch reserved on the edge of the upper bracket, and the inclined top portion slides over the outer edge of the hollow groove of the cover body to compress the elastic clamping arms to deform inward, and then the clamping portion is used to rest on the annular step surface of the cover body to form a positioning.

[0015] The cup body is a double-body structure, including a cup body and a connecting sleeve fastened to the cup body, and the two are tightly matched with threads; the connecting sleeve is formed with an inner convex ring on the upper edge, a step portion in the middle, and an internal thread that matches the cup body on the lower edge; the upper surface of the step portion of the connecting sleeve is used for the sealing ring on the sealing bracket to contact and seal, and the bottom surface is used for contact and seal with the cup body with the help of the sealing ring.

[0016] The invention has the characteristics of unique conception, simple structure, direct action and one-handed lid opening; in particular, the driving inclined surfaces on both sides of the button cooperate with the inner edges of the rear ends of a pair of locking tongue grooves, and the downward movement can synchronously drive the pair of locking tongues to retract inward to release the lock between the cup cover and the cup body. At the same time, under the elastic force of the sealing spring, the cup cover can be instantly bounced up, which is convenient for one-handed lid removal operation. The invention can be used with a drinking cup, and is also suitable for use on a water cup with a tea filter or a sealed container. Description of the drawings:

[0017] The present invention will be further described below in conjunction with specific illustrations:

[0018] Figure 1 Diagram of taking cover cup for key

[0019] Figure 2 Schematic diagram of removing the cover cup for the button

[0020] Figure 3for Figure 2 A partial enlarged schematic diagram

[0021] Figure 4 for Figure 2 Partial enlarged diagram of B in the middle

[0022] Figure 5 Schematic diagram of the cross section of the cup with lid removed by pressing the button

[0023] Figure 6 for Figure 5 Partial enlarged diagram of center C

[0024] Figure 7 Schematic diagram of the cup cover cross section

[0025] Figure 8 Schematic diagram of the relationship between the button and the lock ring

[0026] in

[0027] 100—cup lid;

[0028] 1—cover body; 11—circular boss; 111—inclined convex surface; 12—annular step surface; 13—center hole;

[0029] 14—hollow groove; 15—arc blocking piece; 151—wave convex;

[0030] 2—upper bracket; 21—slide baffle; 22—inclined hook; 23—arc enclosure; 24—recess;

[0031] 25—arc guide front side;

[0032] 3—sliding bracket; 31—elastic clamping arm; 311—clamping portion; 312—oblique top;

[0033] 4—sealing bracket; 41—hooking hook; 42—guiding column; 43—sealing spring; 44—reset spring;

[0034] 5—lock tongue; 51—arc lock head; 52—sliding tongue handle; 53—notch; 54—locking spring;

[0035] 6—button; 61—driving ramp; 62—center column; 63—key cap; 64—pin; 641—extension hook;

[0036] 7—sealing ring;

[0037] 8—locking mechanism; 81—locking ring; 811—arc stopper; 812—wave pattern; 813—high wave convex;

[0038] 814—inclined foot; 82—locking ring; 821—positioning ear; 822—stopper;

[0039] 200—cup body; 201—cup body; 202—connecting sleeve; 2021—inner convex ring; 2022—step portion;

[0040] 2023—internal thread; 203—sealing ring; Specific implementation method:

[0041] Reference Figures 1 to 8 , a button-operated cup with lid 100 suitable for one-hand operation, including a detachable cup lid 100 and a cup body 200, so that the cup body 200 can provide drinking water and cleaning. In this example, the cup body 200 is a double-body structure, including a cup body 201 and a connecting sleeve 202 fastened to the cup body, and the two are tightly matched with threads; an inner convex ring 2021 is formed on the upper edge of the connecting sleeve 202, a step portion 2022 is formed in the middle, and an inner thread 2023 that matches the cup body is formed on the lower edge. The upper surface of the connecting sleeve step portion 202 is used for the sealing ring on the sealing bracket to contact and seal, and the bottom surface is used for contact and seal with the opening of the cup body 201 with the help of the sealing ring 203. The double-rest structure can simplify the molding process of the cup body 201, so that more materials can be used, such as stainless steel or glass; and the upper mouth of the connecting sleeve is the cup mouth for drinking.

[0042] The cup cover 100 includes a cover body 1, an upper bracket 2, a sliding bracket 3, a sealing bracket 4, a pair of locking tongues 5 and a button 6; the upper bracket 2, the sliding bracket 3 and the sealing bracket 4 are distributed and installed on the inner side of the cover body 1 in sequence from top to bottom, the upper bracket 2 is locked with the sliding bracket 3, the sealing bracket 4 is arranged under the sliding bracket 3, and with the help of a sealing ring 7 embedded in the ring edge, it abuts on the cup body 200, that is, it abuts on the step portion 2022 of the connecting sleeve to form a sealing effect.

[0043] A pair of locking tongues 5 are slidably arranged in the slideway formed by the upper bracket 2 and the sliding bracket 3, that is, they are constrained between the two and can only slide radially; and under the action of the locking spring 54, they always maintain a tendency to resist the inner convex ring 201 of the cup mouth, that is, the radial spring force of the locking spring 54 drives the two locking tongues 5 to open outward, and they can be popped out in real time and be stuck by the inner convex ring 201.

[0044] The button 6 is arranged in the central hole 11 of the cover body 1 and is constrained to move only up and down. The button 6 passes through the upper bracket 2 and the sliding bracket 3 in sequence. The driving inclined surfaces 61 on both sides thereof correspondingly abut against a pair of locking tongues 5, and the downward movement can drive the pair of locking tongues 5 to retract inward; a rotatable locking mechanism 8 is arranged on the cover body 1, and the locking mechanism 8 constrains the action of the button 5.

[0045] The following is a further description of the specific structure of each component in conjunction with specific diagrams:

[0046] The lock tongue 5 has an arc lock head 51 and a sliding tongue handle 52. A notch 53 is provided in the middle of the sliding tongue handle. The sliding tongue handles 52 of a pair of lock tongues overlap and slide up and down, that is, the contact surfaces of the two are provided with slideways, which constrain them to slide linearly. The locking spring 54 is arranged between the bottom of the notch 53 of one lock tongue and the end of the sliding tongue handle 52 of the other lock tongue, so as to maintain the radial opening trend of the two lock tongues 5. The overlapping part of the notch 53 of the two lock tongues is inserted by the central column 62 of the key, and the driving inclined surfaces 61 on both sides of the central column 62 correspondingly contact the inner edges of the notches 53 of the two lock tongues, driving the lock tongues 5 to retreat. The central column 62 of the key cooperates with the inner edges of the two overlapping notches 53 to play a guiding role. When the key 6 loses external force, the locking spring 54 can not only make the two lock tongues 5 open outward quickly, but also react to the driving inclined surface 61 of the key by the edge of the notch 53, so that the key 6 moves up to the initial position and waits for the next unlocking task.

[0047] like Figure 2 and Figure 3 The cover body 1 has a circular boss 11 in the center and an annular step surface 12 on the outer edge. A central hole 13 for setting the key 6 is opened on the circular boss 11, and a hollow groove 14 is formed at the intersection of the circular boss 11 and the annular step surface 12; the key 6 has a central column 62 and a key cap 63 that matches the central hole 13, and driving inclined surfaces 61 are formed on both sides of the central column 62. In order to facilitate the cooperation with the notch 53 of the lock tongue, the cross-section of the central column 62 is a square structure; pins 64 are distributed on the lower edge of the key cap 63, and the lower end of the pin 64 has an outward hook 641, which can be hung on the inner edge of the central hole 13 of the cover body with the help of the outward hook 641 to prevent it from falling out.

[0048] The locking mechanism 8 comprises an upper locking ring 81 and a locking ring 82, and a pair of positioning ears 821 are arranged on the radial edge of the locking ring 82; the upper locking ring 81 is sleeved on the annular step surface 12 of the cover body, just covering the corner space between the annular step surface 12 and the edge of the circular boss 11, forming an organic decoration that is convenient for adjustment operation; the locking ring 82 is arranged on the inner side of the circular boss 22, and its radial pair of positioning ears 821 passes through the hollow groove 14 and is screwed to the bottom of the upper locking ring 81, that is, the locking ring 82 is in a hanging structure and can rotate with the upper locking ring 81; a stopper 822 corresponding to the key pin is distributed on the inner edge of the locking ring 82, and a small movement gap is formed between the surface of the stopper 822 and the bottom of the pin 64, which also includes the outward extension hook 641 of the pin; the stopper 822 can enter and leave the bottom of the positive projection of the pin 64 as the upper locking ring 81 rotates, blocking or releasing the downward constraint of the key 6, thereby switching the key 6 safety on and off to avoid accidental touch. In addition, although the lock ring 82 is suspended and positioned by the upper locking ring 81, a pair of symmetrical arc enclosures 23 are protruding upward on the surface of the upper bracket 2, which can also be used to restrict the rotation of the lock ring 82 and the rotation range of the two positioning ears 821. Moreover, the top of the arc enclosure 23 is abutted against the circular boss 11 of the cover body to improve the correlation between the parts, such as Figure 5 , Figure 6 and Figure 8 .

[0049] like Figure 2 Two pairs of symmetrical arc blocking pieces 15 are formed on the annular step surface of the cover body, and each pair of arc blocking pieces has a corrugated convex portion 151 protruding inwardly at the distal end thereof, and the arc blocking piece with the corrugated convex portion 151 is suspended in the hollow groove 14 of the annular step surface 12, so that the arc blocking piece 15 has a certain elastic deformation ability; the upper locking ring 81 is provided with an arc stop piece 811 corresponding to the arc blocking piece 15, and the outer surface of the arc stop piece 811 is formed with a corrugated ripple 812, and when assembled in place, the corrugated convex portion 151 can slide into the corrugated ripple 812 to form an adjustment gear. More specifically, two corrugated convex portions 151 are provided on each pair of arc blocking pieces 15, providing a more balanced resistance and increasing the adjustment feel. The wavy pattern 812 of the arc stopper piece 811 corresponds to the stopper 822 being directly below the pin 64 and completely away from the position. Two high ripples 813 are also provided, which are configured with the convex wave 151 to form an obvious resistance feel during the adjustment process to remind the switching state of the safety switch. Because the convex wave 151 is at the suspended end of the arc stopper piece 15, it is ensured that the locking ring 81 has both resistance and good passability when rotating and adjusting.

[0050] Furthermore, the cover body has a plurality of inclined surface protrusions 111 distributed on the outer surface of the circular boss 11, and the inner surface of the lower edge of the arc stopper 811 of the upper locking ring is provided with corresponding inclined surface chamfers 814, which are used to slide over the inclined surface protrusions 111 to form assembly constraints and provide multi-point support during rotation adjustment. More specifically, the matching inclined surface protrusions 111 and the inclined surface chamfers 814 are matched at a 45-degree angle, which not only ensures the reliability of positioning, but also allows the upper locking ring 1 to be separated by hand for easy cleaning. Furthermore, a pair of symmetrical elastic clamping arms 31 are arranged upward on the edge of the sliding bracket 3, and the ends of the elastic clamping arms 31 have an outward clamping portion 311 and an inclined top portion 312; when assembling, the elastic clamping arms 31 pass upward through the recess 24 reserved on the edge of the upper bracket 2, and the inclined top portion 312 slides over the outer edge of the hollow groove 14 of the cover body to compress the elastic clamping arms 31 to deform inward, and then the clamping portions 311 are placed on the annular step surface 12 of the cover body to form a detachable positioning. When cleaning, first remove the upper locking ring 81, and then pinch the two inclined top portions 312 with two fingers to force the elastic clamping arms 31 to retract, and the upper bracket 2, the sliding bracket 3 and the sealing bracket 4 can be separated from the cover body 1 as a whole, providing convenience for internal cleaning.

[0051] In addition, the upper bracket 2 is provided with an arc-shaped guide surface 25 protruding upward, and the arc-shaped guide surface 25 is attached to the inner surface of the circular boss 11 of the cover body to play a guiding role during disassembly and assembly, and to keep the sealing bracket 4 centered.

[0052] The bottom surface of the upper bracket 2 is formed with two slide baffles 21, and the lower edges of the two slide baffles 21 are against the surface of the sliding bracket 3 to form a slideway for the lock tongue 5 to slide; the lower edges of the two slide baffles 21 are formed with inclined hooks 22 facing outward, and the surface of the sealing bracket 4 is provided with hooks 41 corresponding to the inclined hooks 22. When assembled in place, the two hooks 41 are hung on the corresponding inclined hooks 22 to form an anti-slip structure, while allowing the sealing bracket 4 to float appropriately; a sealing spring 43 is provided between the sealing bracket 4 and the sliding bracket 3, and the sealing spring 43 is used to always keep the sealing ring 7 pressed against the cup body 200, and also provide elastic force for opening the lid. In addition, a guiding column 42 is provided in the center of the sealing bracket 4, and the guiding column 42 is inserted into the central column 62 of the key to guide the key 6 downward, and a reset spring 44 is provided on the outer sleeve of the guiding column 42, and the reset spring 44 is against the central column 62 of the key to provide the key 6 with rebound and increase the hand feel.

Claims

1. A cup with a lid that can be removed by pressing a button and can be operated with one hand, comprising a cup cover (100) and a cup body (200), characterized in that: The cup cover (100) further comprises a cover body (1), an upper bracket (2), a sliding bracket (3), a sealing bracket (4), a pair of locking tongues (5) and a button (6); the upper bracket (2), the sliding bracket (3) and the sealing bracket (4) are sequentially arranged from top to bottom and installed on the inner side of the cover body (1); the upper bracket (2) and the sliding bracket (3) are locked, the sealing bracket (4) is arranged below the sliding bracket (3) and abuts against the cup body (200) with the aid of a sealing ring embedded in the sealing bracket (4); the pair of locking tongues (5) are slidably arranged between the upper bracket (2) and the sliding bracket (3), and under the action of the locking spring (54), it always maintains a tendency to abut against the convex ring (2021) inside the cup mouth; the button (6) is arranged in the central hole (13) of the cover body, and is constrained to only move up and down. The button (6) passes through the upper bracket (2) and the sliding bracket (3) in sequence, and the driving inclined surfaces (61) on both sides thereof correspondingly abut against a pair of locking tongues (5), and downward movement can drive the pair of locking tongues (5) to retract inwardly; a rotatable locking mechanism (8) is arranged on the cover body (1), and the locking mechanism (8) constrains the action of the button (6).

2. A one-handedly operated button-operated cup according to claim 1, characterized in that: The lock tongue (5) comprises an arc lock head (51) and a sliding tongue handle (52), a notch (53) is provided in the middle of the sliding tongue handle, the sliding tongue handles (52) of a pair of lock tongues (5) slide and overlap up and down, a locking spring (54) is arranged between the bottom of the notch (53) of one lock tongue and the end of the sliding tongue handle (52) of the other lock tongue (5), the overlapping part of the notch (53) of the two lock tongues is inserted by the central column (62) of the key (6), and the driving inclined surfaces (61) on both sides of the central column (62) correspondingly abut against the inner edges of the notches (53) of the two lock tongues (5), so as to drive the lock tongue (5) to retreat.

3. The one-handedly operated button-operated cup according to claim 1, characterized in that: The cover body (1) comprises a circular boss (11) with a center hole (13) and an annular step surface (12) at the outer edge, and a hollow groove (14) is formed at the intersection of the two; the key (6) comprises a center column (62) and a key cap (63) matched with the center hole (13), driving inclined surfaces (61) are formed on both sides of the center column (62), and pins (64) are distributed on the lower edge of the key cap (63), and the lower end of the pin (64) has an outward hook (641), which can be hung on the inner edge of the center hole (13) of the cover body by means of the outward hook (641).

4. A one-handedly operated button-operated cup according to claim 1, 2 or 3, characterized in that: The locking mechanism (8) arranged on the cover body (1) comprises an upper locking ring (81) and a locking ring (82); the upper locking ring (81) is sleeved on the annular step surface (12), and the locking ring (82) is arranged on the inner side of the circular boss (11), and is locked to the bottom of the upper locking ring (81) by means of a positioning ear (821) passing through the hollow groove (14) on the outer edge of the locking ring (82); a stopper (822) corresponding to the key pin (64) is distributed on the inner edge of the locking ring (82), and a movement gap is provided between the surface of the stopper (822) and the bottom of the pin (64); the stopper (822) can enter and leave the bottom of the positive projection of the pin (64) as the upper locking ring (81) rotates, thereby blocking or releasing the downward constraint of the key (6).

5. A one-handedly operated button-operated cup according to claim 4, characterized in that: Two pairs of symmetrical arc blocking pieces (15) are formed on the annular step surface (12) of the cover body, and the distal ends of each pair of arc blocking pieces (15) are provided with corrugations (151) convex inwardly; the upper locking ring (81) is provided with arc blocking pieces (811) corresponding to the arc blocking pieces (15), and the outer surface of the arc blocking piece (811) is formed with corrugations (812), and when assembled in place, the corrugations (151) can slide into the corrugations (812) to form an adjustable gear position.

6. The one-handedly operated button-operated cup according to claim 5, characterized in that: The cover body is provided with a plurality of inclined surface protrusions (111) distributed on the outer surface of the circular boss (11), and the inner surface of the lower edge of the arc stopper plate (811) of the upper locking ring is provided with an inclined surface chamfer (814) corresponding thereto, and the inclined surface chamfer (814) is used to slide over the inclined surface protrusion (111) to form an assembly constraint.

7. The one-handedly operated button-operated cup according to claim 1, characterized in that: The bottom surface of the upper bracket (2) is formed with two slide baffles (21), and the lower edges of the two slide baffles (21) abut against the surface of the sliding bracket (3) to form a slide for the lock tongue (5) to slide; the lower edges of the two slide baffles (21) are formed with inclined surface hooks (22) facing outward, and the surface of the sealing bracket (4) is provided with hooks (41) corresponding to the inclined surface hooks (22), and when assembled in place, the hooks (41) are hung on the corresponding inclined surface hooks (22) to form an anti-slip structure; a sealing spring (43) is provided between the sealing bracket (4) and the sliding bracket (3), and the sealing spring (43) is used to always keep the sealing ring (7) pressed against the cup body (200) and provide elastic force for opening the lid.

8. A one-handedly operated button-operated cup according to claim 1, 3 or 7, characterized in that: A guide column (42) is arranged in the center of the sealing bracket (4). The guide column (42) is inserted into the center column (62) of the key (6) to guide the key (6) downward. A return spring (44) is arranged on the outer sleeve of the guide column (42) and the return spring (44) contacts the center column (62) of the key (6).

9. A one-handedly operated button-operated cup according to claim 1, 3 or 7, characterized in that: A pair of symmetrical elastic clamping arms (31) are arranged upward on the edge of the sliding bracket (3), and the ends of the elastic clamping arms (31) have an outwardly extending clamping portion (311) and an inclined top portion (312); during assembly, the elastic clamping arms (31) pass upward through the recess (24) reserved on the edge of the upper bracket (2), and the inclined top portion (312) slides over the outer edge of the hollow groove (14) of the cover body to compress the elastic clamping arms (31) to deform inwardly, and then the clamping portions (311) are placed on the annular step surface (12) of the cover body (1) to form a positioning.

10. A one-handedly operated button-operated cup according to claim 1 or 7, characterized in that: The cup body (200) is a double-body structure, comprising a cup body (201) and a connecting sleeve (202) fastened to the cup body, the two being tightly matched by threads; the connecting sleeve (202) is formed with an inner convex ring (2021) on the upper edge, a step portion (2022) in the middle, and an inner thread (2023) matched with the cup body (201) on the lower edge; the upper surface of the connecting sleeve step portion (2022) is used for the sealing ring (7) on the sealing bracket to contact and seal, and the bottom surface is used for contact and seal with the cup body (201) by means of the sealing ring (203).

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