CN203860941U

CN203860941U - Cup cover set

Info

Publication number: CN203860941U
Application number: CN201420141266.3U
Authority: CN
Inventors: 卢彦合; 卢誉展
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-03-26
Filing date: 2014-03-26
Publication date: 2014-10-08
Anticipated expiration: 2024-03-26
Also published as: WO2015143921A1

Abstract

The utility model provides a cup cover set. The cup cover set comprises a cup cover and a cooling part. A space is formed in the top of the cup cover and the top of the cup cover is provided with an outlet communicated with the space. The cooling part is placed in the space. The cup cover set is switched between two modes through rotation. When the cup cover set is in the first mode, the mouth of a user is near the cooling part and drink flows to the mouth of the user after being cooled by the cooling part. When the cup cover set is in the second mode, the mouth of the user is near the outlet and the drink directly flows to the mouth of the user without passing through the cooling part.

Description

Bowl cover group

Technical field

The utility model relates to a kind of cup, especially a kind of bowl cover group for cup.

Background technology

Bowl cover can cover cup conventionally.This bowl cover is connected in cup by the mode that combines or screw.

TaiWan, China is announced the Patent Cases such as No. M420265, No. M458384, No. M459191 and No. M460845 and is disclosed some coffee cup, by a bowl cover that has outlet, is covered.

Some hot coffee of coffee cup the inside, the temperature of coffee is high, and the time required from outlet arrives user's mouth is very short, is difficult to be cooled to suitable temperature, causes user to be scalded by Hot Coffee.

Therefore, how to allow Hot Coffee cooling, just become the utility model problem urgently to be resolved hurrily.

Utility model content

In view of this, the utility model designer develops a bowl cover group, and main purpose is: adopt cooling construction, hot beverage is reduced to suitable consumption temperature.

For achieving the above object, the technical solution adopted in the utility model is:

A bowl cover group, is characterized in that, comprising:

A bowl cover, has a space at top, and has an outlet to communicate with space; And

A cooling piece, is placed in described space, and wherein bowl cover group relies on rotation and switches between two patterns, and when first mode, user is placed in mouth near cooling piece, and when the second pattern, user is placed in mouth near outlet.

In described bowl cover group: the mode that cooling piece is connected in bowl cover is adhesion, fastening or packing.

In described bowl cover group: some is connected in the horizontal part of bowl cover cooling piece, and there is another part to be connected in the vertical component effect of bowl cover.

In described bowl cover group: cooling piece is flap or arc.

In described bowl cover group: cooling piece comprises at least one projection, to help beverage heat radiation.

In described bowl cover group: comprise a linkage unit, linkage unit is stage structure or screw-type structure.

In described bowl cover group: comprise a cover, be covered with a hole and be connected in bowl cover, and cover and can rotate between a use location and a standby position, when use location, hole communicates with outlet, when standby position, cooling piece is aimed at the hole of cover.

In described bowl cover group: bowl cover has a recess between outlet and cooling piece, recess has two passages, first passage leads to cooling piece, second channel leads to the bowl cover edge part that cooled piece does not stop, when first mode, beverage flows into through the first passage of recess and cooling piece from outlet user's mouth, when the second pattern, beverage from outlet through the second channel of recess flow into user mouthful.

For achieving the above object, the technical solution adopted in the utility model also comprises:

A bowl cover group, is characterized in that, comprising:

A bowl cover, has an outlet; And

A cooling piece, has an interconnecting part in bottom, and at top, has a Hu Zui, kettle has a passage in the mouth, cooling piece be connected in bowl cover and can be between a use location and a standby position vertical oscillation, when use location, interconnecting part inserts outlet, and when standby position, interconnecting part detaches outlet.

In described bowl cover group: interconnecting part is tubular piece.

A bowl cover group, is characterized in that, comprising:

A bowl cover, has an outlet; And

A cooling piece, there is a hole, in bottom, there is an interconnecting part, at top, have a Hu Zui, and have in the mouth a passage at kettle, cooling piece is connected in bowl cover and can between a use location and a standby position, flatly rotates, when use location, interconnecting part inserts outlet, and when standby position, interconnecting part leaves outlet.

Compared with prior art, adopt the advantage the utlity model has of technique scheme to be: when beverage or boiling hot time, can select first mode to use bowl cover group.So, cover moves on to use location, so that cooling piece and hole are near user's mouth.Then allow cup tilt, pour out the beverage in cup, from outlet, enter upper space, through cooling piece and outside tap hole, person easy to use enjoys the beverage of cooling.After beverage cools off, can select the second pattern to use bowl cover group.This moment, cover moves on to standby position, with pore and the mouth of outlet near user.Same, inclination cup is also poured out beverage, flows directly into user's mouth, but without cooling piece from outlet and hole.

Accompanying drawing explanation

Fig. 1 is the exploded view of the utility model bowl cover group the first embodiment;

Fig. 2 is the top view after the combination of Fig. 1 bowl cover group;

Fig. 3 is the sectional drawing that Fig. 2 bowl cover group is cut open along A-A line;

Fig. 4 is the cutaway view after bowl cover group tilts;

Fig. 5 is that bowl cover group is at the cutaway view of other positions;

Fig. 6 is the exploded view of the utility model bowl cover group the second embodiment;

Fig. 7 is the top view after the combination of Fig. 6 bowl cover group;

Fig. 8 is the sectional drawing that Fig. 7 bowl cover group is cut open along B-B line;

Fig. 9 is the cutaway view that Fig. 8 bowl cover group moves on to other positions;

Figure 10 is the cutaway view of the another angle of Fig. 9 bowl cover assembly;

Figure 11 is the stereogram of the utility model bowl cover group the 3rd embodiment;

Figure 12 is the assembling schematic diagram of Figure 11 lid;

Figure 13 is the partial sectional view of the utility model bowl cover group the 4th embodiment;

Figure 14 is the part sectioned view of the utility model bowl cover group the 5th embodiment;

Figure 15 is the part cutaway view of the utility model bowl cover group the 6th embodiment;

Figure 16 is the partial section view of the utility model bowl cover group the 7th embodiment;

Figure 17 is the stereogram of the utility model bowl cover group the 8th embodiment;

Figure 18 is the stereogram of the utility model bowl cover group the 9th embodiment;

Figure 19 is the partial sectional view of Figure 18 bowl cover group.

Description of reference numerals: cooling piece 10; Straight flange 11; Interconnecting part 12; Hole 13; Kettle mouth 14; Protuberance 15; Bent edge 16; Passage 17; Bowl cover 20; Dividing plate 21; Outlet 22; Wall 23; Anti-skidding unit 24; Lower linkage unit 25; Upper space 26; Lower space 27; Opening 28; Depression 29; Upper linkage unit 30; Pivot ear 32; Axostylus axostyle 34; Recess 36; Cup 40; Cooling piece 50; Shallow slot 51; Handle 52; Connecting rod 53; Hole 54; Combined hole 55; Cooling piece 56; Projection 58; Axle 60; Hole 62; Axle 64; Gap 66; Cock body 70; Slice 72; Ring body 74; Cover 90; Hole 92; Handle 94; Instruction unit 96; Mark 98.

The specific embodiment

Refer to Fig. 1～Fig. 5, illustrate the concrete structure of bowl cover group the first embodiment.This bowl cover group comprises a cooling piece 10 and a bowl cover 20, and the two maintains rotation relation by a upper linkage unit 30, allows the relative bowl cover 20 of cooling piece 10 move back and forth between a use location and a standby position.

Cooling piece 10 is semicircular metallic plates roughly, comprises a straight flange 11 and a kettle mouth 14, and kettle mouth 14 is positioned at straight flange 11 opposites, and forms an interconnecting part 12 at cooling piece 10 contiguous kettle mouth 14 places.This interconnecting part 12 is continuous walls, toward cooling piece 10 belows, extends certain length, and surrounds one by the hole 13 of cooling piece 10 with interconnecting part 12 wall around.

Kettle mouth 14 comprises a bent edge 16 up extending from cooling piece 10, and then surrounds a passage 17.This kettle mouth 14 forms at least one protuberance 15 between bent edge 16 and interconnecting part 12.

Described bowl cover 20 comprises a dividing plate 21, and dividing plate 21 comprises an outlet 22, and extends a circle wall 23 around at dividing plate 21, and wall 23 forms the lower linkage unit 25 that an anti-skidding unit 24 and is positioned at 24 belows, anti-skidding unit above.In the present embodiment, this anti-skidding unit 24 comprises a plurality of ribs; This lower linkage unit 25 comprises external screw thread one.Dividing plate 21 tops are considered as space 26 on, and its below is defined as lower space 27.When bowl cover 20 covers a cup 40, by an opening 28 that is formed at wall 23 lower ends, lower space 27 is communicated with cup 40 inside.

Described upper linkage unit 30 comprise two from the upwardly extending pivot ear 32 of dividing plate 21 and two from the laterally extending axostylus axostyle 34 of cooling piece 10, each axostylus axostyle 34 inserts corresponding pivot ear 32, makes cooling piece 10 be connected to bowl cover 20 and rotatable.

As shown in Figure 3, the external screw thread 25 of bowl cover 20 is locked in the internal thread (unnumbered) of cup the inside.This moment, cooling piece 10 moves on to a use location, and interconnecting part 12 inserts outlet 22, so that passage 17 communicates with cup 40 inner spaces, is enjoyed the hot beverage of cup 40 the insides, as coffee.Passage 17 in figure, obviously sees that protuberance 15 up swells.

In Fig. 4, cup 40 tilts.Therefore, the beverage of pouring out from cup 40, enters kettle mouth 14 via interconnecting part 12 and outlet 22, cooling and enter in a user mouth.Wherein, beverage is divided into two by protuberance 15, time that need to be longer could inflow entrance in, contribute to distributing of beverage heat.

Through after a period of time, it is nice and cool that beverage can become, and cooling piece 10 is placed on a standby position as Fig. 5, so that interconnecting part 12 is pulled out from exporting 22.Therefore, beverage, along with cup 40 tilts, is directly poured in user's mouth from exporting 22, no longer passes through cooling piece 10.

Fig. 6～Figure 10 shows the concrete structure of bowl cover group the second embodiment, and it is similar to previous embodiment, and the structure at some position is slightly variant.For example, cooling piece is originally replaced by new cooling piece 50, and the two maximum difference is: trendy cooling piece 50 comprises one handle 52 and a hole 54, and handle 52 is just like be formed at as cylindrical protrusions on cooling piece 50.

Secondly, bowl cover 20 has two depressions 29, and each depression 29 is formed at dividing plate 21 but can not run through.

Three, on this, linkage unit 30 comprises that a hole of making at cooling piece 50 62 and is formed at the axle 64 of dividing plate 21, with axle 64, by hole 62, cooling piece 50 is rotated relative to bowl cover 20.Especially, this axle 64 has just like the shape as gill fungus mushroom, and its central authorities have gap 66 one, in order to increase the elasticity of axle 64, can insert in aforesaid hole 62.

Four, also have cock body 70, one slices 72 and a ring body 74, it is good all belonging to the flexible member that silicones makes, and relies on slice 72 to allow cock body 70 and ring body 74 link together.Ring body 74 is centered around wall 23 bottoms of bowl cover 20, and cock body 70 is connected with bowl cover 20.When bowl cover 20 is connected in cup 40, ring body 74 between bowl cover 20 and cup 40, be enough between sealed cup cover 20 and cup 40 between gap.

In Fig. 7, cooling piece 50 can rotate between a use location and a standby position, as long as operating grip 52 just can allow cooling piece 50 rotate relative to bowl cover 20.

In Fig. 8, cooling piece 50 is in use location, so that the described outlet 22 of interconnecting part 12 insertion, and passage 17 is communicated with cup 40 inner spaces.

Fig. 9 and Figure 10 show cooling piece 50 at standby position, so that interconnecting part 12 inserts corresponding depression 29, the 54 alignment outlets 22 of related aforesaid hole.This moment, cock body 70 can be obtained sealing effect with outlet 22 by plugging hole 54.

Figure 11, Figure 12 show the concrete structure of the 3rd embodiment of bowl cover group, it is similar to the first embodiment, but some position is slightly different: first, cooling piece is originally replaced by new cooling piece 56, new cooling piece 56 embeds one and is formed at the shallow slot 51 of bowl cover 20, and on surface, forms some projections 58.

Secondly, wall 23 comprises that one exceeds the upper part of dividing plate 21.Therefore, described upper space 26 by the upper part of wall 23 institute around.

So, whole bowl cover group can be done rotary switching between two modes.Wherein, first mode is applicable to boiling hot beverage, rotates cup 40 and makes cooling piece 56 near user's mouth, and the cup 40 that then tilts is poured out a glass interior beverage, and from exporting 22 inflows, space 26.The beverage that 56 pairs of outlets of cooling piece 22 are flowed out has cooling-down effect, because cooling piece 56 has conduction of heat, adds upper process 58 and contributes to heat radiation, and then obtain the refrigerating function of beverage.After cooling, beverage from from space 26 enter user mouth in.

When beverage no longer scalds tongue, can select the second pattern: rotate cup 40 and make to export 22 mouths near user, the cup 40 that then tilts is poured out a glass interior beverage, from exporting 22, flows through space 26, directly enter in user's mouth.In the second pattern, it is necessary condition that beverage not take through cooling piece 56.

Figure 13 shows the concrete structure of bowl cover group the 4th embodiment, and itself and the 3rd embodiment are roughly the same, only have two places inconsistent: first, bowl cover 20 does not have shallow slot; Secondly, cooling piece 56 is that adhesion is fixed on above bowl cover 20.

Figure 14 shows the concrete structure of bowl cover group the 5th embodiment, and itself and the 3rd embodiment are roughly the same, also have two places inconsistent: first, cooling piece 56 has more two combined holes 55; Secondly, bowl cover more than 20 two connecting rods 53, every connecting rod inserts corresponding combined hole 55, so that cooling piece 56 is fixed on above bowl cover 20.

Certainly, cooling piece 56, except being connected in bowl cover 20 with different modes shown in Figure 12, Figure 13 and Figure 14, also can be connected on bowl cover 20 by any other suitable device.

Figure 15 shows the concrete structure of bowl cover group the 6th embodiment, and itself and the 3rd embodiment are roughly the same, but lower linkage unit 25 is no longer external screw thread, but stepped profile.Letter speech, lower linkage unit 25 comprises several different external diameter positions, in order to coordinate the cup 40 of different inner diameters.

Same, bowl cover 20 can utilize different modes shown in Figure 11 and Figure 15 to be connected on cup, also can be connected to cup by any other suitable device.

Figure 16 shows the concrete structure of bowl cover group the 7th embodiment, and itself and the 4th embodiment are roughly the same, main difference be in: cooling piece 56 is flap or arc, and its vertical position is adhered to wall 23, and horizontal position is adhered to dividing plate 21.

Figure 17 shows the concrete structure of bowl cover group the 8th embodiment, and it is roughly similar to the 3rd embodiment, but cooling piece 56 is c-shaped and have two ends, so that cooling piece 56 is attached to above bowl cover 20, makes to export 22 elements 56 that are almost cooled completely and surrounds.

Secondly, the position of bowl cover 20 between outlet 22 and cooling element 56 forms a recess 36, and 36 pairs of beverages of recess produce the effects such as restriction and guiding.In figure, recess 36 is just like triangle, and each bight possesses guiding function.Wherein, cooling piece 56 is pointed in two bights, and each bight is defined as first passage.Remaining bight is considered as second channel, towards the bowl cover 20 edges part that cooled piece 56 does not stop.

When beverage or boiling hot time, can select first mode, allow cooling piece 56 near user's mouth, inclination cup 40 is also poured out beverage.Beverage, from exporting 22 inflow recesses 36, along the guiding of first passage, is crossed cooling piece 56 distribute heats and is obtained cooling effect, allows the beverage of cooling arrive in user's mouth.

When beverage cools off, can select the second pattern, allow and export 22 mouths near user, inclination cup 40 is also poured out beverage.Beverage, from exporting 22 inflow recesses 36, along the guiding of second channel, directly enters in user's mouth, needn't pass through cooling piece 36.

Figure 18, Figure 19 show the concrete structure of bowl cover group the 9th embodiment, and it is similar to the 3rd embodiment, many covers 90.In figure, cover 90 comprises a hole 92, leader 94, an instruction unit 96 and an axle 60, and except cover 90 is run through in hole 92, handle 94 is formed at the upper surface that covers 90, the lower surface of 60 outstanding covers 90 of axle with instruction unit 96.

Secondly, the top of wall 23 makes two marks 98, and dividing plate 21 central authorities make another hole 62.Therefore,, with axle 60 patchholes 62, make to cover 90 and be rotationally connected with above bowl cover 20.In figure, these axle 60 shapes just like gill fungus and have slit one, increase the elasticity of compression of axle 60, facilitate axle 60 to enter in hole 62.

The design that described handle 94 is prominent rib form, the force-applied cover 90 that orders about rotates between use and standby position relative to bowl cover 20, and guiding instruction unit 96, towards corresponding mark 98, helps user to understand the service condition of bowl cover group.When use location, hole 92 is positioned at cooling piece 56 tops; When standby position, hole 92 faces outlet 22.

When beverage or boiling hot time, can select first mode to use bowl cover group.So, cover 90 moves on to use location, so that cooling piece 56 and the mouth of hole 92 near user.Then allow cup 40 tilt, pour out the beverage in cup, from exporting 22, enter upper space 26, through cooling piece 56 and outside tap hole 92, person easy to use enjoys the beverage of cooling.

After beverage cools off, can select the second pattern to use bowl cover group.This moment, cover 90 moves on to standby position, with pore 92 and outlet 22 mouths near user.Same, inclination cup 40 is also poured out beverage, from export 22 and hole 92 flow directly into user's mouth, but without cooling piece 56.

Above-described embodiment is only explanation the utility model, and non-is restriction the utility model.Have the knack of this skill person from the derivative various variations of above-described embodiment, modification and apply all in category of the present utility model.

Claims

1. a bowl cover group, is characterized in that, comprising:

2. bowl cover group according to claim 1, is characterized in that: the mode that cooling piece is connected in bowl cover is adhesion, fastening or packing.

3. bowl cover group according to claim 1, is characterized in that: some is connected in the horizontal part of bowl cover cooling piece, and has another part to be connected in the vertical component effect of bowl cover.

4. bowl cover group according to claim 3, is characterized in that: cooling piece is flap or arc.

5. bowl cover group according to claim 1, is characterized in that: cooling piece comprises at least one projection, to help beverage heat radiation.

6. bowl cover group according to claim 1, is characterized in that: comprise a linkage unit, linkage unit is stage structure or screw-type structure.

7. bowl cover group according to claim 1, is characterized in that: comprise a cover, be covered with a hole and be connected in bowl cover, and cover can rotate between a use location and a standby position, and when use location, hole communicates with outlet, when standby position, cooling piece is aimed at the hole of cover.

8. bowl cover group according to claim 1, it is characterized in that: bowl cover has a recess between outlet and cooling piece, recess has two passages, first passage leads to cooling piece, second channel leads to the bowl cover edge part that cooled piece does not stop, when first mode, beverage is from the first passage of outlet process recess and cooling piece inflow user's mouth, when the second pattern, from outlet, the second channel through recess flows into user's mouth beverage.

9. a bowl cover group, is characterized in that, comprising:

A bowl cover, has an outlet; And

10. bowl cover group according to claim 9, is characterized in that: interconnecting part is tubular piece.

11. 1 kinds of bowl cover groups, is characterized in that, comprising:

A bowl cover, has an outlet; And