CN200999116Y

CN200999116Y - Novel vessel cover

Info

Publication number: CN200999116Y
Application number: CNU2007201054061U
Authority: CN
Inventors: 沈飞龙
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-01-09
Filing date: 2007-01-09
Publication date: 2008-01-02
Anticipated expiration: 2017-01-09

Abstract

A novel utensil cap, comprising a cover and a water shutoff unit, which is arranged inside the cover; the water shutoff unit consists of a water shutoff sheet, a spring, a snap lock, a slide block, a switching push button and a self-hold piece. The switching push button penetrates into the slide block; the thick skew gear tooth is arranged at the outside of lower periphery of the switching push button; the skew gear tooth is available at the periphery of the lower end of the switching push button. The skew gear tooth is positioned between the adjoining thick skew gear teeth; the said skew gear tooth is situated in the trough which is between the groove and the triangle extended bar of the self-hold piece. The rotary helical gear teeth of the snap lock are situated in the trough which is among the triangle extended bars of the self-hold piece. The thick skew gear tooth, the skew gear tooth, the triangle extended bars of the self-hold piece, the raised line of the slide block fit the rotary skew gear tooth of the snap lock. This utility model provides a novel and hygienic utensil cap which can be conveniently used to dismount the switching push button and the self-hold piece.

Description

Novel vessel lid

(1) technical field

The utility model relates to a kind of vessel lid.

(2) background technology

In existing water tumbler, the water tumbler lid has adopted water sealing mechanism, adopts button switch to go out water management, and after pressing the button switch, the water sealing slice of water sealing mechanism separates with the water shutoff circle, and the user can pour out water smoothly; After pouring finishes, press button switch once more, the water sealing slice of water sealing mechanism and water shutoff circle closely cooperate; The shortcoming that exists is: 1, shift knob can not disassembly, cleaning, gather dirt easily, use unhygienic; 2, need set up water drinking utensil in addition, can not directly drink, use inconvenient by this water tumbler lid.

(3) summary of the invention

For the shift knob that overcomes existing novel vessel lid can not disassembly, cleaning, use antihygienic deficiency, the utility model provide a kind of can dismantle shift knob easily and from locking plate, use the novel vessel lid of health.

The technical scheme that its technical matters that solves the utility model adopts is:

A kind of novel vessel lid comprises lid, and described vessel lid also comprises the water sealing mechanism that is arranged in the lid, and described water sealing mechanism comprises water sealing slice, spring, Spring lock catch, slide block, shift knob and from locking plate; Described water sealing slice is positioned at the lower end of lid, is sealed and matched with the lower seal hydrosphere of lid lower end; Described water sealing slice passes lid, and the upper end of described water sealing slice is connected rotationally with Spring lock catch, socket spring outside penetrating the water sealing slice of lid; Described Spring lock catch is provided with the rotation helical teeth more than at least three, and described each rotates helical teeth and be distributed on the circumference of Spring lock catch by equal portions; Described slide block set is connected on the below from locking plate, and the inwall of described slide block is provided with raised line, and the lower end of described raised line is a dentation, is groove between the described adjacent raised line; Described socket place from locking plate and slide block is provided with locating part, describedly comprises also that from locking plate being positioned at the triangle that penetrates slide block stretches out bar, and described triangle stretches out the outside that bar is positioned at slide block inwall raised line; Described shift knob penetrates in the described slide block, and the periphery of the below of described shift knob is provided with thick helical teeth, and the circumference of the lower end of described shift knob is provided with helical teeth, and described helical teeth is between adjacent thick helical teeth; The thick helical teeth of described shift knob is at the groove of slide block inwall, in the triangle of locking plate stretches out groove between the bar; The rotation helical teeth of described Spring lock catch is in the triangle from locking plate stretches out groove between the bar; The thick helical teeth of described shift knob, helical teeth, stretch out the raised line of bar, slide block from the triangle of locking plate and cooperate up and down with rotation helical teeth on the Spring lock catch.

As preferred a kind of scheme: the outer wall of described slide block is provided with bulge loop, is provided with the scrobicular ring that cooperates with described bulge loop in the outer lid of described Spring lock catch.

As preferred another kind of scheme: described vessel lid also comprises the top, garden, and the top of described lid is the storage area, and top, described garden is threaded with lid top.

As preferred another scheme: the bottom on top, described garden holds out against on locking plate.

Described lid is provided with the back seal circle that is tightly connected with vessel.

Technical conceive of the present utility model is: cooperating up and down between the rotation helical teeth on the raised line that designed the thick helical teeth, helical teeth of shift knob, stretches out bar, slide block from the triangle of locking plate and the Spring lock catch realizes the utility model.

At initial condition, referring to Fig. 1, shift knob is not pressed, and the rotation helical teeth on the Spring lock catch, the thick helical teeth on the shift knob all drop on adjacent triangle from locking plate and stretch out in the groove between the bar; Simultaneously, the thick helical teeth of shift knob is in the groove of slide block inwall, and this matching relationship can guarantee the straight-line motion up and down of shift knob.

When shift knob is pressed, as shown in Figure 2, spring is to lower compression, and the tooth on the Spring lock catch comes out in the adjacent triangle from locking plate stretches out groove between the bar, rotates under the raised line of inwall of slide block on the end tooth, tooth on the Spring lock catch snaps under the raised line in the end tooth, tooth on the Spring lock catch has been played the location, and the triangle that go up from locking plate on the rotation helical teeth top of Spring lock catch stretches out bar, and the pressure of spring upwards contacts from locking plate, be subjected to the restriction of locating part, from locking plate upward to upper.

After shift knob was pressed, as shown in Figure 2, the helical teeth between this moment shift knob two thick helical teeth was positioned on the rotation helical teeth on the Spring lock catch; As press shift knob, and the rotation helical teeth that the helical teeth of shift knob drives Spring lock catch rotates, and the rotation helical teeth on the Spring lock catch shifts out from the raised line tooth of slide block inwall, breaks away from triangle and stretches out bar, reenters adjacent triangle from locking plate and stretches out in the groove between the bar;

As PS (Push Switch) button not, directly push from locking plate, triangle stretches out bar pressure to the rotation helical teeth of Spring lock catch, rotation helical teeth on the Spring lock catch shifts out from the raised line tooth of slide block inwall, to in the adjacent triangle of locking plate stretches out groove between the bar, the rotation helical teeth of Spring lock catch breaks away from triangle and stretches out bar, and triangle stretches out bar and can move downward, and can depress from locking plate.

At state as shown in Figure 2, the outer wall of slide block is provided with bulge loop, is provided with the scrobicular ring that cooperates with described bulge loop in the outer lid of described Spring lock catch.As upwards pushing water sealing slice, shift knob, can break away from the lid outside Spring lock catch from locking plate, slide block assembly, with shift knob, take out, can clean from locking plate, slide block.

The beneficial effects of the utility model mainly show: 1, can dismantle shift knob easily and from locking plate, use health; 2, the user can directly drink water from the storage area, and need not individually in addition go into to pour into a noggin, and is easy to use; 3, the area of contact from locking plate is bigger, and the user can close water sealing mechanism easily; 4, as long as lid is advanced in the commentaries on classics of top, garden, even if the user does not close water sealing mechanism, the garden contacts from locking plate, also can close water sealing mechanism, avoids water to flow out from vessel.

(4) description of drawings

Fig. 1 is the constructional drawing of the novel vessel lid of initial condition.

Fig. 2 is the constructional drawing of the novel vessel lid of open mode.

Fig. 3 is the structural representation of Spring lock catch.

Fig. 4 is the generalized section of Fig. 3.

Fig. 5 is the birds-eye view of Fig. 3.

Fig. 6 is the structural representation of slide block.

Fig. 7 is the A-A scheme drawing of Fig. 6.

Fig. 8 is the B-B scheme drawing of Fig. 6.

Fig. 9 is the structural representation from locking plate.

Figure 10 is the birds-eye view of Fig. 9.

Figure 11 is the structural representation of shift knob.

Figure 12 is the generalized section of Figure 11.

Figure 13 is the birds-eye view of Figure 11.

(5) specific embodiment

Below in conjunction with accompanying drawing the utility model is further described.

With reference to Fig. 1～Figure 13, a kind of novel vessel lid comprises lid 1, and described vessel lid also comprises the water sealing mechanism that is arranged in the lid, and described water sealing mechanism comprises water sealing slice 2, spring 3, Spring lock catch 4, slide block 5, shift knob 6 and from locking plate 7; Described water sealing slice 2 is positioned at the lower end of lid 1, is sealed and matched with the lower seal hydrosphere 8 of lid 1 lower end; Described water sealing slice 2 passes lid, and the upper end of described water sealing slice 2 is connected rotationally with Spring lock catch 4, socket spring 3 outside the water sealing slice 2 that penetrates lid; Described Spring lock catch 4 is provided with the rotation helical teeth 9 more than at least three, and described each rotates helical teeth 9 and be distributed on the circumference of Spring lock catch 4 by equal portions; Described slide block 5 is socketed in from the below of locking plate 7, and the inwall of described slide block 5 is provided with raised line 10, and the lower end of described raised line 10 is a dentation, is groove between the described adjacent raised line 10; Described socket place from locking plate 7 and slide block 5 is provided with locating part, describedly comprises also that from locking plate 7 being positioned at the triangle that penetrates slide block stretches out bar 11, and described triangle stretches out the outside that bar 11 is positioned at slide block inwall raised line 10; Described shift knob 6 penetrates in the described slide block 5, and the periphery of the below of described shift knob 6 is provided with thick helical teeth 12, and the circumference of the lower end of described shift knob is provided with helical teeth 13, and described helical teeth 13 is between adjacent thick helical teeth 12; The thick helical teeth 12 of described shift knob is at the groove of slide block 5 inwalls, in the triangle of locking plate 7 stretches out groove between the bar 11; The rotation helical teeth 9 of described Spring lock catch is in the triangle from locking plate 7 stretches out groove between the bar 11; The thick helical teeth 12 of described shift knob, helical teeth 13, stretch out the raised line 10 of bar 11, slide block from the triangle of locking plate and cooperate up and down with rotation helical teeth 9 on the Spring lock catch.

The outer wall of described slide block 5 is provided with bulge loop 14, is provided with the scrobicular ring 15 that cooperates with described bulge loop 14 in the lid outside the described Spring lock catch 4.Described vessel lid also comprises top, garden 16, and the top of described lid is the storage area, and top, described garden 16 is threaded with lid top.The bottom on top, described garden 16 holds out against on locking plate 7.Described lid 1 is provided with the back seal circle 17 that is tightly connected with vessel.

At initial condition, referring to Fig. 1, shift knob 6 is not pressed, and the rotation helical teeth 9 on the Spring lock catch 4, the thick helical teeth 12 on the shift knob 6 all drop on adjacent triangle from locking plate and stretch out in the groove between the bar; Simultaneously, the thick helical teeth of shift knob 6 is in the groove of slide block 5 inwalls, and this matching relationship can guarantee the straight-line motion up and down of shift knob.

When shift knob 6 is pressed, as shown in Figure 2, spring 3 is to lower compression, and the tooth on the Spring lock catch 4 comes out in the adjacent triangle from locking plate stretches out groove between the bar, rotates on the raised line tooth of slide block inwall, tooth on the Spring lock catch 4 snaps in 10 times end teeth of raised line, tooth on the Spring lock catch 4 has been played the location, and the triangle that go up from locking plate on the rotation helical teeth top of Spring lock catch 4 stretches out bar, and the pressure of spring upwards contacts from locking plate, be subjected to the restriction of locating part, from locking plate 7 upward to upper.

After shift knob 6 was pressed, as shown in Figure 2, the helical teeth between this moment shift knob 6 two thick helical teeth was positioned on the rotation helical teeth on the Spring lock catch 4; As press shift knob 6, the rotation helical teeth that the helical teeth of shift knob 6 drives Spring lock catch rotates, rotation helical teeth on the Spring lock catch 4 shifts out from the raised line tooth of slide block inwall, the rotation helical teeth of Spring lock catch 4 breaks away from triangle and stretches out bar 11, reenters adjacent triangle from locking plate 7 and stretches out in the groove between the bar;

As PS (Push Switch) button 6 not, directly push from locking plate 7, triangle stretches out bar 11 pressure to the rotation helical teeth of Spring lock catch 4, rotation helical teeth on the Spring lock catch shifts out from the raised line tooth of slide block inwall, to in the adjacent triangle of locking plate 7 stretches out groove between the bar, the rotation helical teeth of Spring lock catch 4 breaks away from triangle and stretches out bar, and triangle stretches out bar 11 and can move downward, and can depress from locking plate 7.

At state as shown in Figure 2, the outer wall of slide block 5 is provided with bulge loop, is provided with the scrobicular ring that cooperates with described bulge loop in the outer lid of described Spring lock catch 4.As upwards pushing water sealing slice down, can in the lid outside the Spring lock catch 4, break away from shift knob 6, from locking plate 7, slide block 5 assemblies, with shift knob 6, from locking plate 7, slide block 5 taking-ups, can clean.

Claims

1, a kind of novel vessel lid comprises lid, and described vessel lid also comprises the water sealing mechanism that is arranged in the lid, and described water sealing mechanism comprises water sealing slice, spring, Spring lock catch, slide block, shift knob and from locking plate; Described water sealing slice is positioned at the lower end of lid, is sealed and matched with the lower seal hydrosphere of lid lower end; Described water sealing slice passes lid, and the upper end of described water sealing slice is connected rotationally with Spring lock catch, socket spring outside penetrating the water sealing slice of lid; It is characterized in that:

Described Spring lock catch is provided with the rotation helical teeth more than at least three, and described each rotates helical teeth and be distributed on the circumference of Spring lock catch by equal portions;

Described slide block set is connected on the below from locking plate, and the inwall of described slide block is provided with raised line, and the lower end of described raised line is a dentation, is groove between the described adjacent raised line;

Described socket place from locking plate and slide block is provided with locating part, describedly comprises also that from locking plate being positioned at the triangle that penetrates slide block stretches out bar, and described triangle stretches out the outside that bar is positioned at slide block inwall raised line;

Described shift knob penetrates in the described slide block, and the periphery of the below of described shift knob is provided with thick helical teeth, and the circumference of the lower end of described shift knob is provided with helical teeth, and described helical teeth is between adjacent thick helical teeth;

The thick helical teeth of described shift knob is at the groove of slide block inwall, in the triangle of locking plate stretches out groove between the bar; The rotation helical teeth of described Spring lock catch is in the triangle from locking plate stretches out groove between the bar when water shutoff;

The thick helical teeth of described shift knob, helical teeth, stretch out the raised line of bar, slide block from the triangle of locking plate and cooperate up and down with rotation helical teeth on the Spring lock catch.

2, novel vessel lid as claimed in claim 1, it is characterized in that: the outer wall of described slide block is provided with bulge loop, is provided with the scrobicular ring that cooperates with described bulge loop in the lid outside the described Spring lock catch.

3, novel vessel lid as claimed in claim 1 or 2, it is characterized in that: described vessel lid also comprises the top, garden, and the top of described lid is the storage area, top, described garden is threaded with lid top.

4, novel vessel lid as claimed in claim 3, it is characterized in that: the bottom on top, described garden holds out against on locking plate.

5, novel vessel lid as claimed in claim 4, it is characterized in that: described lid is provided with the back seal circle that is tightly connected with vessel.