WO2015143921A1 - 杯盖组 - Google Patents

杯盖组 Download PDF

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Publication number
WO2015143921A1
WO2015143921A1 PCT/CN2015/000178 CN2015000178W WO2015143921A1 WO 2015143921 A1 WO2015143921 A1 WO 2015143921A1 CN 2015000178 W CN2015000178 W CN 2015000178W WO 2015143921 A1 WO2015143921 A1 WO 2015143921A1
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WO
WIPO (PCT)
Prior art keywords
cooling member
lid
outlet
cup
mouth
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PCT/CN2015/000178
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English (en)
French (fr)
Inventor
卢彦合
卢誉展
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卢彦合
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Application filed by 卢彦合 filed Critical 卢彦合
Publication of WO2015143921A1 publication Critical patent/WO2015143921A1/zh

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    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47G—HOUSEHOLD OR TABLE EQUIPMENT
    • A47G19/00—Table service
    • A47G19/22—Drinking vessels or saucers used for table service
    • A47G19/2288—Drinking vessels or saucers used for table service with means for keeping liquid cool or hot

Definitions

  • the present invention relates to a cup, and more particularly to a cup lid set for a cup.
  • the lid usually covers the cup. This lid is attached to the cup by a combination or screwing.
  • Taiwanese Patent Nos. M420265, M458384, M459191 and M460845 disclose certain coffee cups, which are covered by a cup lid with an outlet.
  • the present inventors have developed a cup lid set whose primary purpose is to reduce the hot beverage to a suitable drinking temperature using a cooling configuration.
  • a cup cover set comprising:
  • cup lid with a space at the top and an outlet that communicates with the space
  • a cooling member is disposed in the space, wherein the lid group is switched between the two modes by rotation, and in the first mode, the user places the mouth near the cooling member, and in the second mode, uses Place the mouth near the exit.
  • the cooling member is attached to the lid by means of sticking, snapping or pressing.
  • the cooling member has a portion connected to the horizontal portion of the lid and another portion connected to the vertical portion of the lid.
  • the cooling member is a flap or a curved plate.
  • the cooling member includes at least one protrusion to aid in heat dissipation of the beverage.
  • the connecting unit is a stage structure or a threaded knot Structure.
  • the cover includes a cover, the cover has a hole and is connected to the cup cover, and the cover can rotate between a use position and a standby position.
  • the hole communicates with the outlet.
  • the cooling member is aligned with the hole of the cover.
  • the cup cover has a recess between the outlet and the cooling member, the recess has two passages, the first passage leads to the cooling member, and the second passage leads to a portion of the lid edge that is not blocked by the cooling member.
  • the beverage passes from the outlet through the first passage of the recess and the cooling member into the mouth of the user
  • the beverage flows from the outlet through the second passage of the recess into the mouth of the user.
  • the technical solution adopted by the present invention further includes:
  • a cup cover set comprising:
  • a cooling member having a communication portion at the bottom and a spout at the top, a passage in the spout, the cooling member attached to the lid and capable of swinging vertically between a use position and a standby position, in use In the position, the communication portion is inserted into the outlet, and when the position is to be used, the communication portion is pulled away from the outlet.
  • the communication portion is a tubular member.
  • the technical solution adopted by the present invention further includes:
  • a cup cover set comprising:
  • cooling member having a hole, a communication portion at the bottom, a spout at the top, and a passage in the spout, the cooling member being attached to the lid and being capable of being in a use position and a standby position Rotating horizontally, in the use position, the communication portion is inserted into the outlet, and in the standby position, the communication portion leaves the outlet.
  • the present invention adopting the above technical solution has the advantage that when the beverage is still hot, the first mode can be selected to use the lid set.
  • the cover is moved to the use position such that the cooling member and the aperture are close to the user's mouth.
  • the cup is tilted, the beverage in the cup is poured out, and the upper space is taken from the outlet, and the cooling member is passed out of the hole to facilitate the user to enjoy the cooled beverage.
  • the second mode can be selected to use the lid set.
  • the cover is moved to the standby position so that the hole and the outlet are close to the user's mouth.
  • Figure 1 is an exploded view of a first embodiment of the cup cover of the present invention
  • Figure 2 is a plan view of the cup cover of Figure 1 combined;
  • Figure 3 is a cross-sectional view of the cup cover of Figure 2 taken along line A-A;
  • Figure 4 is a cross-sectional view of the cup cover after tilting
  • Figure 5 is a cross-sectional view of the cup cover at other positions
  • Figure 6 is an exploded view of a second embodiment of the cup cover of the present invention.
  • Figure 7 is a plan view of the cup cover of Figure 6 combined
  • Figure 8 is a cross-sectional view of the cup cover of Figure 7 taken along line B-B;
  • Figure 9 is a cross-sectional view of the cup cover of Figure 8 moved to another position
  • Figure 10 is a cross-sectional view of the cup lid assembly of Figure 9 at another angle;
  • Figure 11 is a perspective view of a third embodiment of the cup cover of the present invention.
  • Figure 12 is a schematic view showing the assembly of the cover of Figure 11;
  • Figure 13 is a partial cross-sectional view showing a fourth embodiment of the cup cover of the present invention.
  • Figure 14 is a partial cross-sectional view showing a fifth embodiment of the cup cover of the present invention.
  • Figure 15 is a partial cross-sectional view showing a sixth embodiment of the cup cover of the present invention.
  • Figure 16 is a partial cross-sectional view showing a seventh embodiment of the cup cover of the present invention.
  • Figure 17 is a perspective view of an eighth embodiment of the cup cover of the present invention.
  • Figure 18 is a perspective view of a ninth embodiment of the cup cover of the present invention.
  • Figure 19 is a partial cross-sectional view of the cup lid set of Figure 18.
  • cooling member 10 straight side 11; communication portion 12; hole 13; spout 14; convex portion 15; curved edge 16; passage 17; cup cover 20; partition 21; outlet 22; wall 23; Unit 24; lower connection unit 25; upper space 26; lower space 27; opening 28; recess 29; upper connecting unit 30; pivot 32; shaft 34; recess 36; cup 40; cooling member 50; shallow groove 51; Handle 52; connecting rod 53; hole 54; coupling hole 55; cooling member 56; protrusion 58; shaft 60; hole 62; shaft 64; slit 66; plug body 70; strip 72; ring body 74; cover 90; Handle 94; indicator 96; symbol 98.
  • the lid set includes a cooling member 10 and a lid 20 that are maintained in rotational relationship by an upper attachment unit 30 to reciprocate the cooling member 10 relative to the lid 20 between a use position and a standby position.
  • the cooling member 10 is a substantially semi-circular metal plate comprising a straight edge 11 and a spout 14 opposite the straight edge 11 and forming a communication portion 12 adjacent the spout 14 of the cooling member 10.
  • the connection The portion 12 is a continuous wall extending a certain length below the cooling member 10 and enclosing a hole 13 through the cooling member 10 with a wall around the communicating portion 12.
  • the spout 14 includes a curved edge 16 extending upwardly from the cooling member 10 to define a passageway 17.
  • the spout 14 forms at least one convex portion 15 between the curved edge 16 and the communicating portion 12.
  • the lid 20 includes a partition 21 including an outlet 22 and a wall 23 extending around the partition 21.
  • a non-slip unit 24 and a lower connection below the anti-slip unit 24 are formed on the wall 23.
  • the anti-slip unit 24 includes a plurality of ribs; the lower connecting unit 25 includes an external thread.
  • the upper portion of the partition 21 is regarded as an upper space 26, and the lower portion thereof is defined as a lower space 27. When the lid 20 covers a cup 40, the lower space 27 communicates with the interior of the cup 40 through an opening 28 formed in the lower end of the wall 23.
  • the upper connecting unit 30 includes two pivoting arms 32 extending upward from the partition plate 21 and two shafts 34 extending laterally from the cooling member 10. Each of the shafts 34 is inserted into a corresponding pivot 32 to connect the cooling member 10 to The lid 20 is rotatable.
  • the external thread 25 of the cup cover 20 is locked to the internal thread (not numbered) inside the cup.
  • the cooling member 10 is moved to a use position and the communication portion 12 is inserted into the outlet 22 such that the passage 17 communicates with the interior space of the cup 40 to enjoy the hot beverage, such as coffee, inside the cup 40.
  • the convex portion 15 is raised upward.
  • the cup 40 is slanted. Therefore, the beverage poured out from the cup 40 enters the spout 14 via the communication portion 12 and the outlet 22, cools and enters a user's mouth. Among them, the beverage is divided into two by the convex portion 15, and it takes a long time to flow into the inlet, which contributes to the heat dissipation of the beverage.
  • the beverage becomes cool and the cooling member 10 is placed in a standby position as shown in Fig. 5 so that the communication portion 12 is pulled out from the outlet 22. Therefore, the beverage is poured directly from the outlet 22 into the mouth of the user as the cup 40 is tilted, and no longer passes through the cooling member 10.
  • FIG. 6 to 10 show a specific structure of the second embodiment of the cup cover group, which is similar to the foregoing embodiment, and the configuration of some portions is slightly different.
  • the original cooling member is replaced with a new cooling member 50.
  • the new cooling member 50 includes a handle 52 and a hole 54, and the handle 52 is formed on the cooling member 50 like a cylindrical projection.
  • the lid 20 has two recesses 29, each of which is formed in the partition 21 but does not penetrate therethrough.
  • the upper connecting unit 30 includes a hole 62 formed in the cooling member 50 and a shaft 64 formed in the partition plate 21, and the shaft 64 passes through the hole 62 to rotate the cooling member 50 relative to the cup cover 20.
  • the shaft 64 has a shape like a mushroom, and has a slit 66 in the center for increasing the elasticity of the shaft 64 to be inserted. In the aforementioned hole 62.
  • plug body 70 there is also a plug body 70, a strip 72 and a ring body 74, all of which are elastic members made of silicone resin.
  • the strips 70 are connected to the ring body 74 by means of the strips 72.
  • the ring body 74 surrounds the lower portion of the wall 23 of the lid 20 to connect the plug body 70 to the lid 20.
  • the ring 74 is located between the lid 20 and the cup 40 sufficient to seal the gap between the lid 20 and the cup 40.
  • the cooling member 50 is rotatable between a use position and a standby position, and as long as the handle 52 is operated, the cooling member 50 can be rotated relative to the lid 20.
  • the cooling member 50 is in the use position such that the communication portion 12 is inserted into the outlet 22 such that the passage 17 communicates with the interior space of the cup 40.
  • Figures 11 and 12 show the specific structure of the third embodiment of the cup cap set, which is similar to the first embodiment, but with some differences being slightly different: first, the original cooling member is replaced by a new cooling member 56, new The cooling member 56 is embedded in a shallow groove 51 formed in the cup cover 20, and a plurality of protrusions 58 are formed on the surface.
  • the wall 23 includes an upper portion that extends beyond the partition 21. Therefore, the upper space 26 is surrounded by the upper portion of the wall 23.
  • the entire lid set can be rotated between the two modes.
  • the first mode is applicable to the hot beverage
  • the cup 40 is rotated to bring the cooling member 56 close to the user's mouth
  • the tilting cup 40 pours out the beverage in the cup and flows into the upper space 26 from the outlet 22.
  • the cooling member 56 has a cooling effect on the beverage flowing out of the outlet 22, because the cooling member 56 has a heat conduction effect, and the protrusion 58 helps to dissipate heat, thereby obtaining a cooling function of the beverage.
  • the beverage enters the user's mouth from the upper space 26.
  • the second mode can be selected: rotating the cup 40 to bring the outlet 22 close to the user's mouth, then tilting the cup 40 to pour out the beverage in the cup, from the outlet 22 through the upper space 26, directly into the user's mouth In the mouth.
  • the beverage is not required to pass through the cooling member 56.
  • Figure 13 shows a specific configuration of the fourth embodiment of the cup cap set, which is substantially the same as the third embodiment, and only two places are inconsistent: first, the cup cover 20 has no shallow grooves; secondly, the cooling member 56 is adhesively fixed to the cup cover 20. Above.
  • Figure 14 shows a specific structure of the fifth embodiment of the cup cover group, which is substantially the same as the third embodiment, and there are also two places inconsistent: first, the cooling member 56 has two more coupling holes 55; secondly, the cup cover 20 has two more. Connecting rods 53, each connecting rod is inserted into a corresponding coupling hole 55, so that the cooling member 56 is fixed to the cup cover 20. surface.
  • cooling member 56 can be attached to the lid 20 by any other suitable means, except that it is attached to the lid 20 in a different manner as shown in Figures 12, 13 and 14.
  • Fig. 15 shows a specific configuration of the sixth embodiment of the cup cover group, which is substantially the same as the third embodiment, but the lower connecting unit 25 is no longer an external thread but a stepped profile.
  • the lower attachment unit 25 includes several different outer diameter locations for mating cups 40 of different inner diameters.
  • the lid 20 can be attached to the cup in a different manner than shown in Figures 11 and 15, and can be attached to the cup by any other suitable means.
  • Figure 16 shows a specific structure of the seventh embodiment of the cup cover group, which is substantially the same as the fourth embodiment.
  • the main difference is that the cooling member 56 is a folded plate or a curved plate, and its vertical portion is adhered to the wall 23, the horizontal portion. Adhered to the separator 21.
  • FIG 17 shows a specific configuration of the eighth embodiment of the lid set, which is substantially similar to the third embodiment, but the cooling member 56 is C-shaped and has two ends so that the cooling member 56 is attached to the lid 20 so that the outlet 22 is almost completely enclosed by the cooling element 56.
  • the cup cover 20 is formed at a portion between the outlet 22 and the cooling member 56 to form a recess 36 which acts to restrict and guide the beverage.
  • the recess 36 is like a triangle, and each corner has a guiding effect. Wherein the two corners are directed toward the cooling member 56, each corner being defined as a first passage. The remaining corners are considered to be the second passages toward the portion of the lid 20 that is not blocked by the cooling member 56.
  • the first mode can be selected to bring the cooling member 56 close to the user's mouth, tilt the cup 40 and pour out the beverage.
  • the beverage flows from the outlet 22 into the recess 36, and along the guidance of the first passage, the heat is dissipated over the cooling member 56 to obtain a cooling effect, so that the cooled beverage reaches the mouth of the user.
  • the second mode can be selected to bring the outlet 22 close to the user's mouth, tilt the cup 40 and pour out the beverage.
  • the beverage flows from the outlet 22 into the recess 36 and, along the guidance of the second passage, directly into the mouth of the user without having to pass through the cooling member 36.
  • the cover 90 includes a hole 92, a handle 94, an indicator portion 96 and a shaft 60.
  • the handle 94 and the indicator portion 96 are formed on the upper surface of the cover 90 except that the hole 92 extends through the cover 90.
  • the shaft 60 protrudes from the cover 90. The lower surface.
  • a second mark 98 is made on the top of the wall 23, and another hole 62 is formed in the center of the partition 21. Therefore, the hole 60 is inserted into the hole 62, and the cover 90 is rotatably coupled to the top of the cup cover 20.
  • the shaft 60 has a shape like a weir and has a slit which increases the compression elasticity of the shaft 60 to facilitate the entry of the shaft 60 into the hole 62.
  • the handle 94 is designed in the form of a rib that can be forced to rotate relative to the lid 20 between the use and standby positions.
  • the guide indicator 96 is directed toward the corresponding mark 98 to assist the user in understanding the lid set. Usage. In the position of use, the aperture 92 is above the cooling element 56; in the position to be used, the aperture 92 is facing the outlet 22.
  • the first mode can be selected to use the lid set.
  • the cover 90 is moved to the use position such that the cooling member 56 and the aperture 92 are adjacent the user's mouth.
  • the cup 40 is then tilted, the beverage in the cup is poured out, and the upper space 26 is introduced from the outlet 22, and flows out of the hole 92 through the cooling member 56 to facilitate the user to enjoy the cooled beverage.
  • the second mode can be selected to use the lid set.
  • the cover 90 is moved to the standby position so that the aperture 92 and the outlet 22 are close to the user's mouth.
  • the cup 40 is tilted and the beverage is poured out, flowing directly from the outlet 22 and the aperture 92 into the user's mouth without passing through the cooling member 56.

Abstract

一种杯盖组，其包括一杯盖（20）与一冷却件（10）。杯盖（20）顶部有一空间，并有一个出口（22）与空间相通。冷却件（10）置于所述的空间里。其中，杯盖组凭借旋转而切换于二个模式之间。在第一模式时，使用者将口置于冷却件（10）附近，饮料经过冷却件（10）降温后，才流入使用者的口中。在第二模式，以出口（22）靠近使用者的嘴，饮料不经过冷却件（10），而能直接流入使用者口中。

Description

杯盖组 技术领域
本发明涉及一种杯子，尤其是一种用于杯子的杯盖组。
背景技术
杯盖通常会盖住杯子。这种杯盖通过组合或旋紧的方式连接于杯子。
中国台湾公告第M420265号、第M458384号、第M459191号及第M460845号等专利案披露某些咖啡杯，被一拥有出口的杯盖所盖住。
咖啡杯里面有些热的咖啡，咖啡的温度高，从出口到达一使用者口里所需的时间非常短，难以冷却至合适的温度，导致使用者可能被热咖啡烫伤。
因此，如何让热咖啡冷却，就成为本发明亟待解决的课题。
发明内容
有鉴于此，本发明设计人开发一款杯盖组，主要目的在于：采用冷却构造，将热的饮料降低至合适的饮用温度。
为实现上述目的，本发明采用的技术方案是：
一种杯盖组，其特征在于，包括：
一个杯盖，在顶部有一个空间，并有一个出口与空间相通；及
一个冷却件，置于所述的空间里，其中杯盖组凭借旋转而切换于二个模式之间，在第一模式时，使用者将口置于冷却件附近，在第二模式时，使用者将口置于出口附近。
所述的杯盖组中：冷却件连于杯盖的方式是粘着、扣合或迫紧。
所述的杯盖组中：冷却件有一部分连于杯盖的水平部，并有另一部分连于杯盖的垂直部。
所述的杯盖组中：冷却件是折板或弧形板。
所述的杯盖组中：冷却件包括至少一个突起，以帮助饮料散热。
所述的杯盖组中：包括一个连接单元，连接单元是阶段式结构或螺纹式结 构。
所述的杯盖组中：包括一个罩，罩有一个孔并连于杯盖，且罩能够在一个使用位置及一个待用位置之间旋转，在使用位置时，孔与出口相通，在待用位置时，冷却件对准罩的孔。
所述的杯盖组中：杯盖在出口与冷却件之间有一个凹部，凹部有二通道，第一通道通往冷却件，第二通道通往杯盖边缘未被冷却件阻挡的部分，在第一模式时，饮料从出口经过凹部的第一通道与冷却件流入使用者的口中，在第二模式时，饮料从出口经过凹部的第二通道流入使用者的口中。
为实现上述目的，本发明采用的技术方案还包括：
一种杯盖组，其特征在于，包括：
一个杯盖，有一个出口；及
一个冷却件，在底部有一个连通部，并在顶部有一个壶嘴，壶嘴里有一条通道，冷却件连于杯盖且能在一使用位置与一待用位置之间垂直摆动，在使用位置时，连通部插入出口，在待用位置时，连通部抽离出口。
所述的杯盖组中：连通部是管形件。
为实现上述目的，本发明采用的技术方案还包括：
一种杯盖组，其特征在于，包括：
一个杯盖，有一个出口；及
一个冷却件，有一个孔，在底部有一个连通部，在顶部有一个壶嘴，并在壶嘴里有一条通道，冷却件连于杯盖并能够在一使用位置与一待用位置之间水平地旋转，在使用位置时，连通部插入出口，在待用位置时，连通部离开出口。
与现有技术相比较，采用上述技术方案的本发明具有的优点在于：当饮料还是烫的时候，可以选择第一模式来使用杯盖组。如此，罩移到使用位置，以致冷却件与孔靠近使用者的嘴。接着让杯子倾斜，倒出杯内的饮料，从出口进入上部空间，经过冷却件而流出孔外，方便使用者享用降温的饮料。当饮料变凉后，可以选择第二模式来使用杯盖组。此刻，罩移到待用位置，以致孔与出口靠近使用者的嘴。同样的，倾斜杯子并倒出饮料，从出口和孔直接流入使用者口中，却不经过冷却件。
附图说明
图1是本发明杯盖组第一实施例的分解图；
图2是图1杯盖组结合后的俯视图；
图3是图2杯盖组沿A-A线剖开的断面图；
图4是杯盖组倾斜后的剖视图；
图5是杯盖组在其他位置的剖视图；
图6是本发明杯盖组第二实施例的分解图；
图7是图6杯盖组结合后的俯视图；
图8是图7杯盖组沿B-B线剖开的断面图；
图9是图8杯盖组移到其他位置的剖视图；
图10是图9杯盖组件另个角度的剖视图；
图11是本发明杯盖组第三实施例的立体图；
图12是图11盖子的装配示意图；
图13是本发明杯盖组第四实施例的局部剖视图；
图14是本发明杯盖组第五实施例的局部剖面图；
图15是本发明杯盖组第六实施例的部份剖视图；
图16是本发明杯盖组第七实施例的部份剖面图；
图17是本发明杯盖组第八实施例的立体图；
图18是本发明杯盖组第九实施例的立体图；
图19是图18杯盖组的局部剖视图。
附图标记说明：冷却件10；直边11；连通部12；孔13；壶嘴14；凸部15；曲缘16；通道17；杯盖20；隔板21；出口22；壁23；防滑单元24；下连接单元25；上空间26；下空间27；开口28；凹穴29；上连接单元30；枢耳32；轴杆34；凹部36；杯子40；冷却件50；浅槽51；手柄52；连接杆53；孔54；结合孔55；冷却件56；突起58；轴60；孔62；轴64；缝隙66；塞体70；细条72；环体74；罩90；孔92；把手94；指示部96；记号98。
具体实施方式
请参阅图1～图5，阐明杯盖组第一实施例的具体构造。这个杯盖组包括一个冷却件10与一个杯盖20，二者通过一个上连接单元30维持转动关系，让冷却件10相对杯盖20在一使用位置与一待用位置之间往复运动。
冷却件10是大致半圆形的金属板，包括一个直边11与一个壶嘴14，壶嘴14位于直边11对面，并在冷却件10邻近壶嘴14处形成一连通部12。该连通 部12是连续的壁，往冷却件10下方延伸一定的长度，并以连通部12周围的壁围成一通过冷却件10的孔13。
壶嘴14包括一从冷却件10往上延伸的曲缘16，进而围成一通道17。该壶嘴14在曲缘16和连通部12之间形成至少一个凸部15。
所述的杯盖20包括一隔板21，隔板21包括一个出口22，并在隔板21周围延伸一圈壁23，壁23上面形成一防滑单元24及一位于防滑单元24下方的下连接单元25。在本实施例中，该防滑单元24包括多个肋；该下连接单元25包括一道外螺纹。隔板21上方视为一上空间26，其下方界定为下空间27。当杯盖20覆盖一杯子40时，通过一形成于壁23下端的开口28，使下空间27与杯子40内部相通。
所述的上连接单元30包括二自隔板21向上延伸的枢耳32和二从冷却件10横向延伸的轴杆34，每个轴杆34插入相应的枢耳32，使冷却件10连接到杯盖20而可旋转。
如图3所示，杯盖20的外螺纹25锁固于杯子里面的内螺纹(未编号)。此刻，冷却件10移到一使用位置，连通部12插入出口22，以致通道17与杯子40内部空间相通，得以享用杯子40里面的热饮料，如咖啡。图中的通道17，明显看到凸部15是往上隆起的。
在图4中，杯子40是倾斜的。因此，从杯子40倒出的饮料，经由连通部12和出口22进入壶嘴14，冷却并进入一使用者的口中。其中，饮料被凸部15一分为二，需要较长的时间才能流入口内，有助于饮料热量的散发。
经过一段时间后，饮料会变得凉爽，冷却件10如图5般放在一待用位置，以致连通部12从出口22拉出。因此，饮料随着杯子40倾斜，从出口22直接倒入使用者的口内，不再经过冷却件10。
图6～图10表现杯盖组第二实施例的具体结构，其与前述实施例相似，某些部位的构造略有差异。譬如，原来的冷却件更换为新的冷却件50，二者最大的差异在于：新款冷却件50包括一手柄52和一孔54，手柄52宛如圆柱形凸起般形成于冷却件50上。
其次，杯盖20有二凹穴29，每一凹穴29形成于隔板21却不会贯穿。
第三、该上连接单元30包括一在冷却件50制成的孔62和一形成于隔板21的轴64，以轴64通过孔62，使冷却件50相对杯盖20旋转。尤其是，该轴64拥有宛如蕈菇般的形状，其中央有一道缝隙66，用以增加轴64的弹性而能插入 前述的孔62中。
第四、还有一塞体70，一细条72和一环体74，均属于硅树脂制成的弹性元件为佳，凭借细条72让塞体70与环体74连接在一起。环体74围绕在杯盖20的壁23下部，使塞体70与杯盖20相连。当杯盖20连接于杯子40时，环体74位于杯盖20和杯子40之间，足以密封杯盖20与杯子40之间之间隙。
图7中，冷却件50可在一使用位置和一待用位置之间转动，只要操作手柄52，就能让冷却件50相对杯盖20旋转。
图8中，冷却件50处于使用位置，以致连通部12插入所述的出口22，使通道17与杯子40内部空间相通。
图9和图10表现冷却件50在待用位置，以致连通部12插入相应的凹穴29，连带前述的孔54对齐出口22。此刻，塞体70可以堵塞孔54和出口22取得封闭效果。
图11、图12表现杯盖组第三个实施例的具体结构，其与第一实施例相似，但某些部位略有不同：首先，原来的冷却件被新的冷却件56所取代，新的冷却件56嵌入一形成于杯盖20的浅槽51，并在表面形成若干突起58。
其次，壁23包括一超出隔板21的上部位。因此，所述的上空间26被壁23的上部位所环绕。
如此，整个杯盖组可在二模式间做旋转式切换。其中，第一模式适用于烫的饮料，转动杯子40使冷却件56靠近使用者的嘴，然后倾斜杯子40倒出杯内饮料，从出口22流入上空间26。冷却件56对出口22流出的饮料有降温效果，因为冷却件56有热传导作用，加上突起58有助于散热，进而取得饮料的冷却功能。降温后，饮料从从上空间26进入使用者的口中。
当饮料不再烫舌时，可以选择第二模式：转动杯子40使出口22靠近使用者的嘴，然后倾斜杯子40倒出杯内饮料，从出口22流过上空间26，直接进入使用者的口中。在第二模式中，饮料不以经过冷却件56为必要条件。
图13表现杯盖组第四实施例的具体构造，其与第三实施例大致相同，只有两个地方不一致：首先，杯盖20没有浅槽；其次，冷却件56是粘着固定在杯盖20上面。
图14表现杯盖组第五实施例的具体结构，其与第三实施例大致相同，也有两个地方不一致：首先，冷却件56多出二结合孔55；其次，杯盖20多了两根连接杆53，每根连接杆插入相应的结合孔55，以致冷却件56固定在杯盖20上 面。
当然，冷却件56除了以图12、图13和图14所示不同方式连接于杯盖20外，也可通过任何其他适当的装置连接到杯盖20上。
图15表现杯盖组第六实施例的具体构造，其与第三实施例大致相同，但下连接单元25不再是外螺纹，而是阶梯状轮廓。简言的，下连接单元25包括几个不同的外径部位，用以配合不同内径的杯子40。
同样的，杯盖20可以利用图11与图15所示不同方式连接于杯子上，也能通过任何其他适当的装置连接到杯子。
图16表现杯盖组第七实施例的具体结构，其与第四实施例大致相同，主要的差异处在于：冷却件56是折板或弧形板，其垂直部位粘着于壁23，水平部位粘着于隔板21。
图17表现杯盖组第八实施例的具体构造，其与第三实施例大致相似，但是冷却件56却呈C形而拥有二端部，以致冷却件56附着于杯盖20上面，使出口22几乎完全被冷却元件56所围住。
其次，杯盖20介于出口22和冷却元件56之间的部位形成一凹部36，凹部36对饮料产生限制和引导等作用。图中，凹部36宛如三角形，每个角部具备引导作用。其中，二角部指向冷却件56，每个角部界定为第一通道。剩余的角部视为第二通道，朝向杯盖20边缘未被冷却件56阻挡的部分。
当饮料还是烫的时候，可以选择第一模式，让冷却件56靠近使用者的嘴，倾斜杯子40并倒出饮料。饮料从出口22流入凹部36，顺着第一通道的引导，越过冷却件56散发热量取得冷却效果，让降温的饮料到达使用者的口中。
当饮料变凉时，可以选择第二模式，让出口22靠近使用者的嘴，倾斜杯子40并倒出饮料。饮料从出口22流入凹部36，顺着第二通道的引导，直接进入使用者的口中，不必经过冷却件36。
图18、图19表现杯盖组第九实施例的具体构造，其与第三实施例相似，却多了一个罩90。图中，罩90包括一孔92、一把手94、一指示部96及一轴60，除了孔92贯穿罩90以外，把手94与指示部96形成于罩90的上表面，轴60则突出罩90的下表面。
其次，壁23的顶部制作二记号98，而且隔板21中央制作另一个孔62。因此，以轴60插入孔62，使罩90转动连接于杯盖20上面。图中，该轴60形状宛如蕈而拥有一道狭缝，增加轴60的压缩弹性，方便轴60进入孔62中。
所述的把手94为突肋形式的设计，可受力驱使罩90相对杯盖20在使用及待用位置间旋转，引导指示部96朝着相应的记号98，帮助使用者了解杯盖组的使用情况。在使用位置时，孔92位于冷却件56上方；在待用位置时，孔92正对着出口22。
当饮料还是烫的时候，可以选择第一模式来使用杯盖组。如此，罩90移到使用位置，以致冷却件56与孔92靠近使用者的嘴。接着让杯子40倾斜，倒出杯内的饮料，从出口22进入上部空间26，经过冷却件56而流出孔92外，方便使用者享用降温的饮料。
当饮料变凉后，可以选择第二模式来使用杯盖组。此刻，罩90移到待用位置，以致孔92与出口22靠近使用者的嘴。同样的，倾斜杯子40并倒出饮料，从出口22和孔92直接流入使用者口中，却不经过冷却件56。
上述实施例仅为说明本发明，非为限制本发明。熟习此技艺者从上述实施例衍生的各种变化、修改与应用均在本发明的范畴内。

Claims (11)

  1. 一种杯盖组，其特征在于，包括：
    一个杯盖，在顶部有一个空间，并有一个出口与空间相通；及
    一个冷却件，置于所述的空间里，其中杯盖组凭借旋转而切换于二个模式之间，在第一模式时，使用者将口置于冷却件附近，在第二模式时，使用者将口置于出口附近。
  2. 根据权利要求1所述的杯盖组，其特征在于：冷却件连于杯盖的方式是粘着、扣合或迫紧。
  3. 根据权利要求1所述的杯盖组，其特征在于：冷却件有一部分连于杯盖的水平部，并有另一部分连于杯盖的垂直部。
  4. 根据权利要求3所述的杯盖组，其特征在于：冷却件是折板或弧形板。
  5. 根据权利要求1所述的杯盖组，其特征在于：冷却件包括至少一个突起，以帮助饮料散热。
  6. 根据权利要求1所述的杯盖组，其特征在于：包括一个连接单元，连接单元是阶段式结构或螺纹式结构。
  7. 根据权利要求1所述的杯盖组，其特征在于：包括一个罩，罩有一个孔并连于杯盖，且罩能够在一个使用位置及一个待用位置之间旋转，在使用位置时，孔与出口相通，在待用位置时，冷却件对准罩的孔。
  8. 根据权利要求1所述的杯盖组，其特征在于：杯盖在出口与冷却件之间有一个凹部，凹部有二通道，第一通道通往冷却件，第二通道通往杯盖边缘未被冷却件阻挡的部分，在第一模式时，饮料从出口经过凹部的第一通道与冷却件流入使用者的口中，在第二模式时，饮料从出口经过凹部的第二通道流入使用者的口中。
  9. 一种杯盖组，其特征在于，包括：
    一个杯盖，有一个出口；及
    一个冷却件，在底部有一个连通部，并在顶部有一个壶嘴，壶嘴里有一条通道，冷却件连于杯盖且能在一使用位置与一待用位置之间垂直摆动，在使用位置时，连通部插入出口，在待用位置时，连通部抽离出口。
  10. 根据权利要求9所述的杯盖组，其特征在于：连通部是管形件。
  11. 一种杯盖组，其特征在于，包括：
    一个杯盖，有一个出口；及
    一个冷却件，有一个孔，在底部有一个连通部，在顶部有一个壶嘴，并在壶嘴里有一条通道，冷却件连于杯盖并能够在一使用位置与一待用位置之间水平地旋转，在使用位置时，连通部插入出口，在待用位置时，连通部离开出口。
PCT/CN2015/000178 2014-03-26 2015-03-17 杯盖组 WO2015143921A1 (zh)

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