TW202023913A - Handle with closure for beverage container - Google Patents

Abstract

A lid for a beverage or food container is described with a handle that includes a closure. The closure pivots relative to the handle and is biased to be in a closed position. The closure provides for the secure attachment of the lid to another object, such as a bag, a fence, etc.

Description

Handle with cover for beverage container

The present invention relates to a handle with a lid for a beverage container or a food container.

It is known that some beverage containers have handle features for hanging, fixing or holding the beverage container. Many of these beverage containers can still fall, lose or fall inadvertently when the handle feature fails or the handle feature cannot be fixed.

The present invention shows and describes certain aspects of a handle with a lid for a beverage container. The handle can be formed or integrated with a lid of the beverage container. The lid can be opened to permit attachment of the lid (and when present, the beverage container) to a backpack, other bag, fence, etc. The lid can be closed to secure the lid and/or the beverage container to the backpack, other bag, fence, etc. The cover may be tied to or include a gate pivotally coupled to the handle. The handle and cover provide additional protection to prevent accidental drop or loss of the beverage container equipped with the handle. The handle and cover provide convenient and safe storage for beverage containers equipped with handles.

In one aspect, a lid for a beverage container is described. The lid includes a handle with a lid. The lid includes a lid body with a fluid opening. The handle extends from the cover body. The handle includes a first handle part and a second handle part. The cover includes a distal end and a pivot end. The distal end is substantially opposite to the pivot end. The pivot end of the cover is pivotally coupled to the second handle portion. The cover is configured to move between an open position and a closed position. The second handle portion includes a slope surface that is configured to bias the cover toward the closed position. When the cover moves to the open position, the cover slides against the slope surface, which biases the cover. When the biased closure is released, the bias will push the closure back to the closed position.

The material of the cover can also be selected to have a certain amount of flexibility or durability to facilitate biasing the cover towards the closed position. The first handle portion includes a receiving space to receive the distal end of the cover in the closed position.

In another aspect, a cover is described. The lid includes a lid body with a dispensing opening through one of the lid bodies. A handle extends from the cover body. The handle includes a first handle part and a second handle part. The cover pivots relative to the handle between an open position and a closed position. The cover includes a first linear part and a second linear part joined together at a distal end. The first linear part forms a first connection part and the second linear part forms a second connection part. The first connection part and the second connection part are substantially opposite to the distal end. The first connecting part and the second connecting part are pivotally joined to the second handle part. The second handle part includes a base surface and a slope surface. The surface of the base includes an opening and the first connecting portion rotates in the opening. The slope surface is adjacent to the base surface and the first linear member pivots against the slope surface, which applies tension or bias to the cover. The first handle portion receives the distal end of the cover when the cover is moved to the closed position. When the cover is moved to the open position, the cover slides against the slope surface, which biases the cover. When the cover is released when in the open position, the bias from the ramp advances the cover to the closed position.

In another aspect, the cover is pivoted to the open position. An upper part of the cover contacts a slope surface and biases against the slope surface, and a lower part of the cover contacts a lower slope surface and biases against the lower slope surface. In other aspects, a single ramp surface can provide the necessary bias or tension to advance the cover to the closed position. As such, in some aspects, the upper slope surface or the lower slope surface may be omitted.

Cross reference to related applications

This application claims the rights and interests of US Provisional Patent Application No. 62/725,682 filed on August 31, 2018.

For the purposes of this application, any terms that describe relative positions (for example, "upper", "middle", "lower", "outer", "inner", "above", "below", "bottom", "top "Etc.) refer to one aspect of the present invention illustrated in the drawings, but these terms do not limit the orientation of the embodiments that can be used therein.

A first beverage container assembly 10 will now be explained with reference to FIGS. 1-9. The first beverage container assembly 10 includes a beverage container 50 for storing a beverage and a lid 100 for selectively closing the beverage container 50. The lid 100 may be engaged with the beverage container 50 to form the beverage container assembly 10.

As shown in FIGS. 1 to 2, the cover 100 includes a cover body 110. The lid 110 is shaped and configured to close one of the openings of the beverage container 50. The lid body 110 includes a lower wall 120 that forms an engaging part to be removably engaged with one of the engaging parts of the beverage container 50. The engagement components may include a threaded engagement, a snap engagement, a friction engagement, a bayonet engagement, or other complementary components that are configured to selectively attach the lid 100 to the beverage container 50. In this aspect, the lid body 110 includes a cap 150 that is hingedly joined to the lid body 110 by a hinge portion 155. The cap 150 can be opened to expose a drinking conduit 170, such as a drinking hole, spout, nozzle, valve, sprayer, straw, or other fluid passage in fluid communication with the interior of one of the beverage containers 50. Of course, those who are familiar with the art will understand that the lid body 110 can be used with any various beverage containers, drinkers, water bottles, water cups, etc. of all different types, sizes, and applications. In this aspect, the lid 100 includes a drinking tube 170 as a spout. In addition, those skilled in the art will recognize that the cap body 110 can omit the cap 150 and still provide the capping features described herein.

The cover 100 includes a handle 200 having a cover 300 to which the cover 300 is pivotally coupled. The lid 300 can be opened to permit attachment of the lid 100 (and, when present, the beverage container 50) to a backpack, other bag, fence, etc. Similarly, other items may be attached to the cover 300 to maintain such items that are connected or attached to the beverage container 50. For example, fitness cards, wallets, key chains, decorative ornaments, containers, labels, etc. can all be connected to the cover 300 (or slide over the handle 200 when the cover 300 is opened).

The cover 300 is biased to a closed position or pushed to the closed position under spring tension. The cover 300 is pivotally coupled to the handle 300 under bias or spring tension. The cover 300 is configured to pivot or rotate between an open position and a closed position. To open the cover 300, the user pushes the cover 300 sufficiently to overcome the bias or spring tension and move the cover 300 to the open position. In a normal state, the cover 300 will usually automatically move to the closed position by bias or spring tension. Once the user releases the cover 300 and no other force acts on the cover 300, the cover 300 can spring back or snap to the closed position.

In this aspect, the cover 300 includes an upper part 310 and a lower part 320 that are joined together in a distal end 330. The distal end 330 is substantially opposite to a pivot end 340. The distal end 330 includes a transition portion 308 that joins the upper part 310 and the lower part 320. In this aspect, the upper part 310 and the lower part 320 are arranged substantially parallel to each other, and have a space separating the upper part 310 and the lower part 320. In this aspect, the transition portion 308 is substantially perpendicular to the upper part 310 and the lower part 320. The upper part 310 and the lower part 320 may have a substantially linear shape. 3, opposite to the distal end 330, the upper part 310 is inclined downward to form a first connecting portion 315, and the lower part 320 is inclined upward to form a second connecting portion 325. In this aspect, the first connecting portion 315 and the second connecting portion 325 are substantially perpendicular to the upper part 310 and the lower part 320, respectively. The first connecting portion 315 and the second connecting portion 325 are attached to the pivot end 340 of the cover 300.

In some aspects, the cover 300 is a one-piece construction, while in other aspects, the upper part 310, the lower part 320, the distal end 330, the pivot end 340, the first connecting part 315 or the second connecting part Any one of 325 may be a single unit connected to or attached to other sections of the cover 300 or joined together. The cover 300 may be formed of any material having sufficient flexibility to function as described.

5-7, the cover 300 is pivotally coupled to the handle 200 to pivot between the open position and the closed position. In the open position, an opening 205 is available. The opening 205 is between a first handle portion 210 and a second handle portion 230. The opening 205 provides a path to an inner holding portion 240 of the handle 210. For example, when the first beverage container assembly 10 is suspended to a chain link fence, a loop of the fence can pass through the opening 205 and into the inner holding portion 240 of the handle 200.

In this aspect, the first handle portion 210 forms a grip structure for the user. The first handle portion 210 extends from the cover body 110 to define a portion of the inner holding portion 240 of the handle 210, which is sized and shaped for the user's hand and for engaging with fences, bags, keys, etc. The cover 300 forms another boundary of the inner holding portion 240. The first handle portion 210 further forms a receiving part 215 to hold or engage with the distal end 330 of the cover 300. The cover 300 is pivotally coupled to the second handle portion 230.

In some aspects, as shown in FIG. 5, the receiving part 215 includes a hook shape forming a receiving space 220. The distal end 330 of the cover 300 is fitted into the receiving space 220. In some aspects, the receiving space 220 includes a linear portion 223 that leads to a curved portion 224. The wall 222 of the receiving part 215 may form a linear portion 223 and a curved portion 224. The wall 222 may be bent inwardly toward a central axis of the cover 100 to form a bent portion 224. In FIG. 6, the distal end 330 has moved to the linear portion 223. In FIG. 7, the distal end 330 has moved from the linear portion 223 to the curved portion 224.

In this aspect, the second handle portion 230 includes an upper opening 232 and a lower opening 242. The first connection part 315 of the upper part 310 is inserted into the upper opening 232 and pivots therein, and the second connection part 325 of the lower part 320 is inserted into the lower opening 242 and pivots therein. The upper opening 232 and the lower opening 242 may be combined together to form a passage completely through the second handle portion 230. In other aspects, the upper opening 232 and the lower opening 242 only partially enter the second handle portion 230. Referring to FIGS. 3, 4, 8 and 9, the upper opening 232 is tied in an upper base surface 250 of one of the second handle parts 230. The upper substrate surface 250 includes a slope surface 254. The upper opening 232 is in a substantially central extension of the upper base surface 250 between the slope surface 254 and the outer upper edge 256. The lower opening 242 is in a substantially central extension of a lower base surface 260 of the second handle portion 230. The lower base surface 260 includes an inner wall 264 and an outer lower edge 266. The lower opening 242 is in the lower base surface 260 between the inner wall 264 and the outer lower edge 266.

In the illustrated aspect, the pivotal engagement of the cover 300 to the second handle portion 230 also helps to create a bias that advances the cover 300 to the closed position. The second handle portion 230 includes one or more sloped, inclined, or wedge-shaped surfaces that interact with one or both of the upper part 310 and the lower part 320. In this aspect, the second handle portion 230 includes a slope surface 254 formed on the upper base surface 250 or a portion thereof. In other aspects, the slope surface 254 is formed on the lower substrate surface 260 or a portion thereof. In a still further aspect, the slope surface 254 and the additional slope surface may be formed on or as part of both the upper substrate surface 250 and the lower substrate surface 260.

As shown in FIG. 8, in this aspect, the slope surface 254 is adjacent to the upper opening 232 and slopes upward in the direction in which the cover 300 moves to the open position, that is, the slope surface 254 slopes upward so as to be away from the outer upper portion The edge 256 moves toward the inner holding part 240 of the handle 210. In other aspects, the slope surface 254 may be formed on the lower substrate surface 260. In yet an additional aspect, the cover 230 may be configured to move away from the inner holding portion 240, and then the slope surface 254 may be inclined toward the outer upper edge 256.

In the illustrated aspect, when the cover 300 is pushed inward to the open position, a section of the upper part 310 contacts the ramp surface 254 and is biased against the ramp surface 254. The upper part 310 and the lower part 320 can be flexed relative to each other and/or relative to the distal end 330. For example, the space between the upper part 310 and the lower part 320 can be increased, so that the cover part 300 is loaded with tension or a biasing force. As the upper part 310 further moves against the ramp surface 254, the tension or bias may increase. The movement of the cover 300 to the open position can be biased or tensioned on the cover part 300 by increasing a distance between the upper part 310 and the lower part 320. When the cover 300 is released by the user, the tension or bias between the upper part 310 and the ramp surface 254 will drive the cover 300 back to the closed position. When the user releases the cover 300 when the cover 300 is in the open position, this provides for one of the covers 300 to automatically close.

As shown in FIG. 6, when the cover 300 is closed and no force is applied to the handle 200 to the minimum, the distal end 330 of the cover 300 enters the linear portion 223 of the receiving space 220. When the cover 300 is closed, the inner holding part 240 of the handle 210 is now completely closed, that is, the opening 205 to the inner holding part 240 of the handle 210 is closed by the cover 300. As shown in FIG. 7, when a user carries the handle 200 or attaches the handle 200 to a bag, fence or other article, the weight of the first beverage container assembly 10 presses the handle 200 downward, and the lid 300 is far away The end 330 enters the curved portion 224 of the receiving space 220. This provides additional security to prevent inadvertent opening of the cover 300 because the wall of the receiving part 215 is curved to partially enclose the distal end 330. In some aspects, the receiving space 220 includes a wall that transitions or curves to the linear portion 223 in the curved portion 224.

In the aspect of FIGS. 1 to 9, the handle 200 extends substantially perpendicular to a central axis of the cover 100. In other aspects, the handle 200 may extend at an angle (positive or negative) to the central axis of the cover 100. In other aspects, the handle 200 may be hingedly or pivotally connected to the lid 100. For example, one end of the first handle portion 210 close to the lid 100 and one end of the second handle portion 230 close to the lid 100 may be hingedly or pivotally connected to the lid 100. For example, a shaft may pass through an end close to the first handle part 210 of the cover 100, an end close to the second handle part 230 of the cover 100, and a shaft receiving part of the cover 100.

In other aspects, the handle 200 can be used with other portable items that are hung or carried. For example, the first handle portion 210, the second handle portion 230, and the cover 300 may be attached or connected to the external or external surfaces of these portable items.

A second beverage container assembly 11 will now be explained with reference to FIGS. 10-16. The beverage container assembly 11 includes a beverage container 51 for storing a beverage and a lid 400 for selectively closing the beverage container 51.

The second beverage container assembly 11 generally operates in a manner similar to that of the first beverage container assembly 10, that is, the lid member opens under a bias provided by a sloped surface. However, the second beverage container assembly 11 utilizes two sloped surfaces. In the second beverage container assembly 11, a handle portion includes an upper slope surface and a lower slope surface biased to the cover member.

The lid 400 may be engaged with the beverage container 51 to form the beverage container assembly 11. As shown in FIGS. 10 to 11, the cover 400 includes a cover body 410. The lid 410 is shaped and configured to close an opening of the beverage container 51. The lid main body 410 includes a lower wall 420 which forms an engaging part to be removably engaged with an engaging part of the beverage container 51. The engagement member may include a threaded engagement, snap engagement, friction engagement, bayonet engagement, or other complementary component that is configured to selectively attach the lid 400 to the beverage container 51.

The cover 400 includes a handle 500 having a cover 600 to which the cover 600 is pivotally coupled. The lid 600 can be opened to permit attachment of the lid 400 (and, when present, the beverage container 51) to a backpack, other bag, fence, etc.

The cover 600 is biased to a closed position or pushed to the closed position under spring tension. The cover 600 is pivotally coupled to the handle 600 under bias or spring tension. The cover 600 is configured to pivot or rotate between an open position and a closed position. To open the cover 600, the user pushes the cover 600 sufficiently to overcome the bias or spring tension and move the cover 600 to the open position. In a normal state, the cover 600 will usually move to the closed position automatically by bias or spring tension. Once the user releases the cover 600 and no other force acts on the cover 600, the cover 600 can be pushed or snapped to the closed position.

In this aspect, the cover 600 includes an upper part 610 and a lower part 620 joined together in a distal end 630. The distal end 630 is substantially opposite to a pivot end 640. In this aspect, the upper part 610 and the lower part 620 are usually arranged parallel to each other, and have a space separating the upper part 610 and the lower part 620. The upper part 610 and the lower part 620 may have a substantially linear shape. 11, opposite to the distal end 630, the upper part 610 is diagonally downward to form a first connecting portion 615, and the lower part 620 is diagonally upward to form a second connecting portion 625. In this aspect, the first connecting portion 615 and the second connecting portion 625 are substantially perpendicular to the upper part 610 and the lower part 620, respectively. The first connecting portion 615 and the second connecting portion 625 are attached to the pivot end 640 of the cover 600.

In some aspects, the cover 600 is a one-piece construction, while in other aspects, the upper part 610, the lower part 620, the distal end 630, the pivot end 640, the first connecting part 615, or the second connecting part Any one of 625 may be a single unit connected to or attached to other sections of the cover 600 or joined together. The cover 600 can be formed of any material that is flexible enough to function as described.

12-14, the cover 600 is pivotally coupled to the handle 500 to pivot between an open position and a closed position. In the open position, an opening 505 is available. The opening 505 is between a first handle portion 510 and a second handle portion 530. The opening 505 provides a path to an inner holding portion 540 of the handle 510. For example, when the beverage container assembly 11 is suspended to a chain link fence, a loop of the fence can pass through the opening 505 and reach the inner holding portion 540 of the handle 500.

In this aspect, the first handle portion 510 forms a grip structure for the user. The first handle portion 510 extends from the cover body 410 to define an inner holding portion 540 of the handle 510, which is sized and shaped for the user's hand and for engaging with fences, bags, etc. The first handle portion 510 further forms a receiving part 515 to hold or engage with the distal end 630 of the cover 600. The cover 600 is pivotally coupled to the second handle portion 530.

In some aspects, the receiving part 515 includes a hook shape forming a receiving space 520. The distal end 630 of the cover 600 is fitted into the receiving space 520. In some aspects, the receiving space 520 includes a linear portion 522 that leads to a curved portion 524. The wall 526 of the receiving part 515 may form a linear portion 522 and a curved portion 524. The wall 526 may be bent inwardly toward one of the central axes of the cover 400 to form a bent portion 524. In FIG. 13, the distal end 630 has moved to the linear portion 522. In FIG. 14, the distal end 630 has moved from the linear portion 522 to the curved portion 524.

In this aspect, the second handle portion 530 includes an upper opening 532 and a lower opening 542. The first connection part 615 of the upper part 610 is inserted into the upper opening 532 and pivots therein, and the second connection part 625 of the lower part 620 is inserted into the lower opening 542 and pivots therein. The upper opening 532 and the lower opening 542 may be combined together to form a passage completely through the second handle portion 530. In other aspects, the upper opening 532 and the lower opening 542 only partially enter the second handle portion 530. Referring to FIGS. 11 and 15, the upper opening 532 is in an upper base surface 550 of one of the second handle portions 530. The upper base surface 550 transitions into an upper slope surface 554. The upper opening 532 is in the upper base surface 550 between the upper ramp surface 554 and a front wall 556. The lower opening 542 is tied in a lower base surface 560 of the second handle portion 530. The lower base surface 560 transitions into the lower slope surface 564. The lower opening 542 is located in the lower base surface 560 between the lower slope surface 564 and a front wall 566.

The pivotal engagement of the cover 600 to the second handle portion 530 also helps to create a bias to advance the cover 600 to the closed position. The second handle portion 530 includes one or more sloped, inclined, or wedge-shaped surfaces that interact with one or both of the upper part 610 and the lower part 620. As shown in FIG. 15, the upper slope surface 554 is adjacent to the upper opening 532 and slopes upward in the direction in which the cover 600 moves to the open position, and the lower slope surface 564 is adjacent to the lower opening 542 and moves to the opening when the cover 600 The direction in the position is inclined downward. When the cover 600 is pushed inward to the open position, the upper part 610 contacts the upper slope surface 554 and is biased against the upper slope surface 554, and the lower part 620 contacts the lower slope surface 564 and is biased against the lower slope surface 564 Pressure. The upper part 610 and the lower part 620 may flex relative to each other and/or relative to the distal end 630. For example, the space between the upper part 610 and the lower part 620 can be increased, so that tension or a biasing force is applied to the cover part 600. When the upper part 610 and the lower part 620 further move against the respective slope surfaces 554 and 564, the tension or bias may increase. The movement of the cover 600 to the open position can be biased or tensioned on the cover part 600 by increasing a distance between the upper part 610 and the lower part 620. When the cover 600 is released by the user, the tension or bias between the upper part 610 and the upper slope surface 554 and the lower part 620 and the lower slope surface 564 will drive the cover 600 back to the closed position.

In the aspect of FIGS. 10-16, when the cover 600 is pivoted to the open position, the upper part 610 contacts the upper slope surface 254 and is biased against the upper slope surface 554 and the lower part 620 contacts the lower slope surface 564 and A bias is applied against the lower slope surface 564. In other aspects, a single ramp surface may provide the necessary bias or tension to advance the cover 600 to the closed position. As such, in some aspects, the upper slope surface 554 or the lower slope surface 564 may be omitted.

As shown in FIG. 13, when the cover 600 is closed and the least force is applied to the handle 500, the distal end 630 of the cover 600 enters the linear portion 522 of the receiving space 520. When the cover 600 is closed, the inner holding part 540 of the handle 510 is now completely closed, that is, the opening 505 to the inner holding part 540 of the handle 510 are closed by the cover 600. As shown in FIG. 14, when a user carries the handle 500 or attaches the handle 500 to a bag, fence or other article, the weight of the beverage container assembly 11 presses the handle 500 downward, and the distal end of the cover 600 630 enters the curved portion 524 of the receiving space 520. This provides additional security to prevent inadvertent opening of the cover 600. In some aspects, the receiving space 520 includes a wall 526 that transitions or curves to the linear portion 522 of the curved portion 524.

The cover 400 includes a dispensing opening 430 through one of the cover main bodies 410. The dispensing opening 430 may include a nozzle, spout, valve, sprayer, opening, or other fluid channel used in the beverage container and suction device. In some aspects, a cover can be fitted over the cover 400 or joined to the cover 400.

In the aspect of FIGS. 10 to 16, the handle 500 extends substantially perpendicular to a central axis of the cover 400. In other aspects, the handle 500 may extend at an angle (positive or negative) to the central axis of the cover 400. In other aspects, the handle 500 may be hingedly or pivotally connected to the cover 400. For example, one end of the first handle portion 510 close to the lid 400 and one end of the second handle portion 530 close to the lid 400 may be hingedly or pivotally connected to the lid 400. For example, a shaft may pass through an end close to the first handle part 510 of the cover 400, an end close to the second handle part 530 of the cover 400, and a shaft receiving part of the cover 400.

In other aspects, the handles 200 and 500 can be used with other portable items that are hung or carried. For example, the first handle portions 210, 510, the second handle portions 230, 530, and the covers 300, 600 can be attached or connected to these portable external or external surfaces.

In other aspects, the first handle portion 210, 510, the second handle portion 230, 530, and the cover 300, 600 may be integrated, attached, or incorporated into the wall forming the beverage container or engage other components of the beverage container Or in the main body of the lid. For example, a lid body (such as a cap, a ring, or other ring components) may include a first handle portion 210, 510, a second handle portion 230, 530, and a cover 300, 600 and fit over or above a beverage container. Join to a beverage container in other ways. For example, a screw cap or lid of a beverage container may include a first handle portion 210, 510, a second handle portion 230, 530, and a cover 300, 600. These cover bodies and caps may or may not have a suction opening.

Thus, it should be understood that the present invention is not limited to the specific aspects described herein, but various changes and modifications can be made without departing from the spirit and scope of this novel concept as defined by the scope of the attached patent application. In addition, those who are familiar with the technology will understand the many other advantages of the applicant's disclosure from the above description and the following patent scope.

10: The first beverage container assembly / beverage container assembly 11: The second beverage container assembly / beverage container assembly 50: beverage container 51: beverage container 100: Lid 110: Lid body 120: lower wall 150: cap 155: Hinge part 170: Drinking catheter 200: handle 205: open 210: first handle part/handle 215: receiving part 220: receiving space 222: Wall 223: Linear part 224: curved part 230: second handle part/cover 232: upper opening 240: Internal holding part 242: Lower opening 250: Upper base surface 256: upper edge 254: slope surface 260: Lower base surface 264: Inner Wall 266: outer lower edge 300: cover/cover parts 308: transition part 310: Upper part 315: The first connection part 320: lower part 325: The second connection part 330: remote 340: Pivot end 400: Lid 410: Lid body/lid 420: lower wall 430: dispense opening 500: handle 505: open 510: first handle part/handle 515: receiving part 520: receiving space 522: Linear part 524: curved part 526: Wall 530: second handle part 532: upper opening 540: Internal holding part 542: lower opening 550: Upper base surface 556: front wall 554: Upper slope surface / slope surface 560: Lower base surface 564: Lower slope surface / slope surface 566: front wall 600: cover/handle/cover parts 610: Upper part 615: The first connection part 620: Lower part 625: second connection part 630: remote 640: Pivot end

Figure 1 is a perspective view of the first beverage container assembly.

Figure 2 is a perspective view of the first beverage container assembly.

Figure 3 is an exploded view of the first beverage container assembly.

Figure 4 is a perspective view of the first beverage container assembly.

Figure 5 is a top view of the first beverage container assembly with the lid moved to the open position.

Figure 6 is a top view of the first beverage container assembly with the closure in the closed position.

Figure 7 is a top view of the first beverage container assembly in which the closure is in the closed position and the distal end of the closure is in the curved portion of the receiving space.

Figure 8 is a side view of the first beverage container assembly, in which the cover has been moved to the closed position.

Figure 9 is a side view of the first beverage container assembly in which the closure is moved to the open position and the biasing member is shown to engage against the ramp surface.

Figure 10 is a perspective view of the second beverage container assembly.

Figure 11 is an exploded view of the second beverage container assembly.

Figure 12 is a top view of the second beverage container assembly with the lid moved to the open position.

Figure 13 is a top view of the second beverage container assembly with the closure in the closed position.

Figure 14 is a top view of the second beverage container assembly with the closure in the closed position and the distal end of the closure in the curved portion of the receiving space.

Figure 15 is a side view of the second beverage container assembly in which the lid is moved to the open position and shows the upper and lower parts being biased against the ramp surface.

Figure 16 is a side view of the second beverage container assembly, in which the cover has been moved to the closed position.

10: The first beverage container assembly / beverage container assembly

50: beverage container

100: Lid

110: Lid body

120: lower wall

150: cap

155: Hinge part

200: handle

210: first handle part/handle

230: second handle part/cover

240: Internal holding part

300: cover/cover parts

Claims (20)

A lid for a food container or a beverage container, which includes: A cover body, which includes a fluid opening; A handle extending from the cover body, the handle including a first handle portion and a second handle portion; A cover, which includes a distal end and a pivot end, the distal end and the pivot end are substantially opposite; The pivot end of the cover is pivotally joined to the second handle portion, the cover is configured to move between an open position and a closed position, and the second handle portion includes a second handle portion configured to face The closed position is biased against a slope surface of the cover; and, The first handle portion includes a receiving space to receive the distal end of the cover. Such as the cover of claim 1, wherein the cover is a gate. The cover of claim 1, wherein the cover includes an upper part and a lower part joined together at the distal end. Such as the cover of claim 3, wherein the upper part and the lower part are arranged substantially parallel to each other, with a space separating the upper part and the lower part, wherein the upper part and the lower part have a substantially linear shape. Such as the cover of claim 3, wherein the upper part forms a first connecting part and the lower part forms a second connecting part. Such as the cover of claim 5, wherein the first connecting part of the upper part is inserted into and pivoted in an upper opening of the second handle part, and the second connecting part of the lower part is inserted into the second One of the handle parts pivots in the lower opening. The cover of claim 1, wherein the second handle portion includes a base surface adjacent to the slope surface, the base surface includes an opening, and a part of the cover is fitted into the opening. Such as the cap of claim 1, wherein the cap includes an upper part and a lower part joined together at the distal end, wherein the movement of the cap to the open position is by increasing the gap between the upper part and the lower part A distance to bias or tension the cover member. Such as the cover of claim 1, wherein the receiving space of the first handle portion includes a linear portion leading to a curved portion, wherein the wall of the linear portion is bent inward toward a central axis of the lid to form the curved portion. The cover of claim 1, wherein the receiving space of the first handle portion includes a linear portion leading to a curved portion, wherein the linear portion and the curved portion are configured to receive the distal end. The cover of claim 10, wherein the distal end is configured to move from the linear portion and to the curved portion with the force applied to the handle. Such as the cover of claim 1, which only includes a single slope surface, wherein the single slope surface is sized to support sufficient tension to push the cover into the closed position and be in a static state. The lid of claim 1, wherein the second handle portion includes a base surface and the ramp surface, the base surface includes an opening, the pivot end of the cover rotates in the opening, and the ramp surface is adjacent to the The base surface may be integrated therewith, and the cover rotates against the slope surface, which biases the cover. The cover of claim 13, wherein the cover includes a linear member having a substantially vertical connecting portion that is fitted into the opening to pivot the cover. The cover of claim 14, wherein a part of the linear member adjacent to the connecting portion contacts the slope surface during an opening movement of one of the covers. The cover of claim 1, wherein the second handle portion includes the slope surface and is configured to bias an additional slope surface of the cover toward the closed position, wherein the slope surface is formed on the second handle Part on an upper surface, and the additional slope surface is formed on a lower surface of the second handle part. A beverage container assembly, comprising a lid as in claim 1 and a beverage container, wherein the lid is configured to be joined to the beverage container. A lid for a beverage container or food container, which includes: A cover body; A handle extending from the cover body, the handle including a first handle portion and a second handle portion; A cover comprising a first linear part and a second linear part joined together at a distal end, and the first linear part forms a first connection part and the second linear part forms a first Two connecting parts, wherein the first connecting part and the second connecting part are substantially opposite to the distal end; The first connecting portion and the second connecting portion are pivotally joined to the second handle portion, and the cover is configured to pivot between an open position and a closed position; The second handle portion includes a base surface and a ramp surface, the base surface includes an opening, and the first connecting portion rotates in the opening, the ramp surface is adjacent to the base surface, and the first linear member Pivoting against the slope surface, this adds tension or bias to the cover; and, The first handle portion receives the distal end of the cover. A lid for a beverage container or food container, which includes: A cover body; A handle extending from the cover body, the handle including a first handle portion and a second handle portion; A cover comprising an upper part and a lower part joined together at a distal end, and the upper part forms a first connection part, and the upper part forms a second connection part, wherein the first connection Part and the second connecting part are substantially opposite to the distal end; The first connecting portion and the second connecting portion are pivotally joined to the second handle portion, and the cover is configured to pivot between an open position and a closed position; The second handle portion includes an upper base surface and an upper slope surface, the upper base surface includes an upper opening, and the first connecting portion pivots in the upper opening, the lower base surface includes a lower opening, and the The second connecting part pivots in the lower opening, and the upper slope surface is adjacent to the upper base surface, and the upper part pivots against the upper slope surface, which applies tension or bias to the cover; And, The first handle portion receives the distal end of the cover. Such as the cover of claim 19, wherein the second handle portion includes the lower base surface and a lower slope surface, the lower slope surface is adjacent to the lower base surface, and the lower part pivots against the lower slope surface, the Further tension or bias is applied to the cover.

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