ENVIRONMENTALLY-FRIENDLY, ANTI-CONTAMINATION SUCTION-NOZZLE BEVERAGE CUP COVER AND PROCESSING METHOD THEREOF

Abstract

Disclosed is an environmentally-friendly, anti-contamination suction-nozzle beverage cup cover, comprising a cover body (1), with the lower part of the cover body (1) being connected to a beverage cup (2), the top of the cover body (1) being formed with a suction nozzle mounting chamber (4), a tube insertion hole (5) being formed in the suction nozzle mounting chamber (4), and a suction nozzle (7) being disposed in the tube insertion hole (5), characterized in that a swing sleeve (8) is provided outside the suction nozzle (7) made of silicone, swing holes (9) are formed in both sides of the mounting chamber (4), the swing sleeve (8) is formed with a swing pin (10) fitted into the swing holes (9), a connecting ear (11) is formed at one side of the cover body (1), a clamp (12) and a safety catch (13) are disposed on the connecting ear (11), the clamp (12) and the safety catch (13) are fixed with the connecting ear (11) via a small shaft (14), a return ejector spring (15) is disposed in the clamp (12), a shield (17) is disposed on the cover body (1), the inner wall of the shield (17) is in contact with the head of the suction nozzle, the head (20) of the shield (17) is formed with a clamp rib (18), and the clamp rib (18) matches the clamp (12). Bacterial contamination can be avoided when the cup cover is opened and closed.

Claims

1. An environmentally-friendly, anti-contamination suction-nozzle beverage cup cover, comprising a cover body (1), with the lower part of the cover body (1) being connected to a beverage cup (2), the cover body being formed with a hand ring (3), the top of the cover body (1) being formed with a suction nozzle mounting chamber (4), a tube insertion hole (5) being formed in the suction nozzle mounting chamber (4), and a suction nozzle (7) being disposed in the tube insertion hole (5), characterized in that a swing sleeve (8) is provided outside the suction nozzle (7) made of silicone, swing holes (9) are formed in both sides of the mounting chamber (4), the swing sleeve (8) is formed with a swing pin (10), the swing pin (10) is fitted into the swing holes (9), a connecting ear (11) is formed at one side of the cover body (1), a clamp (12) and a safety catch (13) are disposed on the connecting ear (11), the clamp (12) and the safety catch (13) are fixed with the connecting ear (11) via a small shaft (14), a return ejector spring (15) is disposed in the clamp (12), a shield (17) is disposed on the cover body (1), a connecting hole is formed on the hand ring (3), two connecting feet are formed at the rear part of the shield (17), a connecting pin (21) is formed on the connecting feet (22), the connecting pin (21) matches the connecting hole (16), the inner wall of the shield (17) is in contact with the head of the suction nozzle, the head (20) of the shield (17) is formed with a clamp rib (18), the clamp rib (18) matches the clamp (12), the safety catch is in contact with the outer wall of the head of the shield (17), an air inlet hole (6) is formed in the suction nozzle mounting chamber (4), the suction nozzle is formed with a tenon (23), the tenon (23) matches the air inlet hole (6).

2. The environmentally-friendly, anti-contamination suction-nozzle beverage cup cover according to claim 1, characterized in that a positioning convex piece is formed on the hand ring (3), the positioning convex piece (19) is in contact with the connecting feet of the rear part of the shield (17).

3. The environmentally-friendly, anti-contamination suction-nozzle beverage cup cover according to claim 1, characterized in that processing steps are as follows: {circle around (1)} For the processing of the cover body, using an injection molding machine and an injection molding mold to perform the injection molding of a plastic raw material into the cover body; {circle around (2)} For the processing of the shield, using the injection molding machine and the injection molding mold to perform the injection molding of the plastic raw material into the shield; {circle around (3)} the processing of the suction nozzle, using a plastic vacuum forming machine and a plastic vacuum forming mold to make a silicone raw material as a suction nozzle; {circle around (4)} for the processing of the swing sleeve, using the injection molding machine and the injection molding mold to perform the injection molding of the plastic raw material into the swing sleeve; {circle around (5)} for the processing of the cover body, using an injection molding machine and an injection molding mold to perform the injection molding of a plastic raw material into the cover body; {circle around (6)} for the processing of the safety catch, using the injection molding machine and the injection molding mold to perform the injection molding of the plastic raw material into the safety catch; {circle around (7)} for the processing of the small shaft, using a wire material to make the small shaft with a shear mechanism; {circle around (8)} for the preparation of a spring, procuring the spring from a market; {circle around (9)} for assembly, using the suction nozzle and the swing sleeve mounting the suction nozzle in the swing sleeve, inserting one end of the suction nozzle into the tube insertion hole of the suction nozzle mounting chamber, mounting the swing pin of the swing sleeve into the swing hole of the suction nozzle mounting chamber, using the small shaft to fix the safety catch and the clamp on the connecting ear of the cover body, and finally using the shield, inserting the connecting pin on two connecting feet of the shield into the connecting hole on the hand ring.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0009] FIG. 1 is a structural diagram of an environmentally-friendly, anti-contamination suction-nozzle beverage cup cover of the present invention;

[0010] FIG. 2 is a structural diagram when a shield is under an opening state;

[0011] FIG. 3 is a perspective diagram when a shield is under a closing state;

[0012] FIG. 4 is a structural diagram when a shield is under an opening state and a suction nozzle is tipped upward; and

[0013] FIG. 5 is a top diagram when a shield is under an opening state.

DETAILED DESCRIPTION

[0014] The present invention relates to an environmentally-friendly, anti-contamination suction-nozzle beverage cup cover, as shown in FIGS. 1-5, the cup cover comprises a cover body 1, with the lower part of the cover body 1 being connected to a beverage cup 2, the cover body is formed with a hand ring 3, the top of the cover body 1 being formed with a suction nozzle mounting chamber 4, a tube insertion hole 5 being formed in the suction nozzle mounting chamber 4, and a suction nozzle 7 being disposed in the tube insertion hole 5, characterized in that a swing sleeve 8 is provided outside the suction nozzle 7 made of silicone, swing holes 9 are formed in both sides of the mounting chamber 4, the swing sleeve 8 is formed with a swing pin 10, the swing pin 10 is fitted into the swing holes 9, a connecting ear 11 is formed at one side of the cover body 1, a clamp 12 and a safety catch 13 are disposed on the connecting ear 11, the clamp 12 and the safety catch 13 are fixed with the connecting ear 11 via a small shaft 14, a return ejector spring 15 is disposed in the clamp 12, a shield 17 is disposed on the cover body 1, a connecting hole is formed on the hand ring 3, two connecting feet are formed at the rear part of the shield 17, a connecting pin 21 is formed on the connecting feet 22, the connecting pin 21 matches the connecting hole 16, the inner wall of the shield 17 is in contact with the head of the suction nozzle, the head 20 of the shield 17 is formed with a clamp rib 18, the clamp rib 18 matches the clamp 12, the safety catch is in contact with the outer wall of the head of the shield 17, an air inlet hole 6 is formed in the suction nozzle mounting chamber 4, the suction nozzle is formed with a tenon 23, the tenon 23 matches the air inlet hole 6. when in use, the safety catch is first is pulled down so that the safety catch and the head of the shield are disengaged, a clamp 12 is pressed, the clamp 12 is subject to a spring force so that the clamp 12 and the clamp rib 18 are disengaged, the elasticity of a silicone suction nozzle 7 is utilized to open the shield 17, the silicone suction nozzle 7 is tipped upward with the swinging of the swinging sleeve 8, one can easily drink the beverage without having to pull his finger up, when finishing the use, one presses with his finger on the outer wall of the shield 17, the shield 17 covers the outside of the silicone suction nozzle 7, the suction nozzle 7 is subject to the pressure of the shield 17, and is pressed into the suction nozzle mounting chamber 4 in the pressing direction of the shield 17, the drinking straw under the suction nozzle 7 is pressed and deformed to be closed, so that the beverage in the beverage cup does not flow out, when the head 20 of the shield 17 is pressed down and in contact with the clamp 12, the clamp 17 is subject to the elastic force of the return ejector spring 15 and blocks the head of the shield 17, the safety catch 13 is fastened, when one does not drink water, he can prevent the shield 17 from being accidentally bounced. when the cup cover is opened and closed, the finger is not in contact with the suction nozzle, this not only facilitates the use, but also avoids the infection of bacteria and achieve the purpose of health and environmental protection. an air inlet hole 6 is formed in the suction nozzle mounting chamber 4, the suction nozzle is formed with a tenon 23, the tenon 23 matches the air inlet hole 6. With the air inlet hole 6, the beverage is easy to flow out when being drunk. a positioning convex piece is formed on the hand ring 3, the positioning convex piece 19 is in contact with the connecting feet 22 of the rear part of the shield 17. after the shield 17 is opened, the positioning convex piece 19 positions and sticks the shield 17 on the hand ring, when drinking, one can avoid the shield 17 from rotating and contacting his own face.