TWM675845U - Fully detachable portable container lid - Google Patents

Abstract

The main technical feature of the fully detachable portable container lid provided by this invention is that the base, lid, and partition, which are the main components of the fully detachable portable container lid, are connected through a detachable structure provided by a connecting unit. As a result, the base and lid, as well as the partition and lid, can be easily disassembled for use, making it convenient for users to clean them.

Description

Fully detachable portable container lid

This project is related to portable containers, and in particular to a fully detachable portable container lid whose components are all detachable.

In portable container technology, to meet the requirements of portability, the design of the container lid focuses on sealing and portability. However, this also makes the structure of the portable container lid more complex, which affects its cleaning convenience. Therefore, there are always blind spots when cleaning the portable container lid, making it difficult for users to clean it completely.

Therefore, the main purpose of this invention is to provide a fully detachable portable container lid that can be disassembled by the user to facilitate cleaning and ensure hygiene while meeting the requirements of portability and sealing.

Therefore, in order to achieve the above-mentioned purpose, the main technical feature of the fully detachable portable container lid provided by this invention is that the seat, lid and middle partition, which are the main components of the fully detachable portable container lid, are combined through a detachable structure provided by a combining unit, so that the seat and lid, as well as the middle partition and lid, can be easily disassembled for use, thereby making it convenient for users to clean them.

The coupling structure between the seat and the cover is such that the seat has an annular seat body with a predetermined axial length, an annular end body radially protrudes from the radial annular surface of the seat body at one axial end, and an axial annular surface of the end body facing the other axial end of the seat body defines a first annular abutting surface; and the cover has a first side body in an annular shape with an outer diameter smaller than the inner diameter of the end body, a second side body in an annular shape with an outer diameter larger than the inner diameter of the end body, and a second side body in an annular shape with an outer diameter larger than the inner diameter of the end body. The side body is protruded on the circumference of the cover body, and a second abutting surface is defined by the annular surface of one axial end of the second side body. A cover body is provided on one axial end of the first side body, and a cylindrical space is jointly defined between the cover body and the radial inner annular surface of the first side body. A first through hole is penetrated on the cover body; at the same time, the coupling unit includes a first coupling portion and a second coupling portion that can be coupled to or separated from each other, and are respectively provided on the seat portion and the cover portion.

Furthermore, in the combination structure of the cover and the middle partition, the middle partition is further provided with a third side body in the shape of an annulus and having an outer diameter larger than the inner diameter of the base body, a first tube body having an outer diameter substantially the same as the diameter of the first through hole, and a skirt bridge arranged between the first tube body and the third side body; and the combination unit includes a compressible and annular third combination portion that is inserted into the outer side of the first tube body.

Furthermore, the fully detachable portable container lid further includes a sealing portion having a trigger member movably disposed on the lid body and movable between a closed position and an open position. A sealing body having an outer diameter larger than the inner diameter of the first tube body is disposed at a distal end of the trigger member. When the trigger member is in the closed position, the sealing body is positioned within the axial projection of the first through hole. When the trigger member is in the open position, the sealing body is positioned outside the axial projection of the first through hole.

The first coupling portion and the second coupling portion are a card body and a card slot that can complement each other in shape.

The first coupling portion is the card slot, which is concavely arranged on the other side of the end body and opposite to the first abutting surface; the second coupling portion is the card body, which is protrudingly arranged on the second abutting surface on the same side of the second side body.

Wherein, the third coupling portion is an elastic ring.

The cover further includes a second through hole, which is formed on the cover body and has an axis parallel to the first through hole. The partition further includes a second tube body, which has an axis parallel to the first tube body, and the skirt bridge is formed between the first tube body, the second tube body and the third side body.

The coupling unit further includes a fourth coupling portion, which is compressible and annularly sleeved on the second tube body. When the second tube body extends into the second through hole, the coupling unit can be sandwiched between the second tube body and the hole wall of the second through hole to provide static friction to prevent the second tube body from escaping from the second through hole.

The coupling unit further includes a fifth coupling portion disposed between the pull member and the cover portion, for enabling the pull member to perform angular motion between the closed position and the open position around the fifth coupling portion.

The fifth coupling portion includes two coaxially corresponding first pivots, which are respectively provided on the pull member, and two coaxially corresponding first pivot holes are respectively provided on the cover body, and each of the first pivots is respectively inserted into each of the first pivot holes, so that the pull member performs angular motion around the first pivots.

The cover further includes a recessed chamber recessed on the cover body, and the first pivot holes are respectively arranged on two side walls of the recessed chamber.

The fully detachable portable container lid further includes a handle; and the combining unit further includes a sixth combining portion, which is disposed between the handle and the lid body and is used to combine the handle and the lid body.

The sixth joint includes two coaxially corresponding second pivots, which are respectively provided on the handle. Two coaxially corresponding second pivot holes are respectively provided on the cover body, and each second pivot is inserted therein, so that the handle can perform angular motion around the second pivot.

Please refer to Figures 1 to 6, which show a fully detachable portable container lid (10) provided in a preferred embodiment of the present invention. Its main components include a seat (20), a lid (30), a middle partition (40), a handle (60) and a connecting unit (70).

The seat portion (20) includes a circular seat body (21) with an appropriate axial length, an annular end body (22) extending radially inwardly to an appropriate width from one axial end of the seat body (21), and defining an annular first abutting surface (231) with an end annular surface of the end body (22) axially facing the other axial end of the seat body (21).

The cover (30) includes a first side body (31) with an appropriate axial length and an annular shape, the outer diameter of which is smaller than the inner diameter of the end body (22). A cover body (32) is provided on one axial end of the first side body (31), and a cylindrical space is defined between the cover body (32) and the inner annular surface of the first side body (31) in the radial direction. A second side body (34) in the annular shape extends from the periphery of the middle portion of the first side body (31) to an appropriate width in the radial direction, and the second side body (34) can be axially extended toward the direction where the cover body (32) is located. A second abutting surface (341) is defined on an end ring surface thereof, a recessed chamber (33) is recessed on the cover (32), and can be integrally formed on the cover (32), a first through hole (35) is penetrated on the cover (32), a second through hole (36) is penetrated on the cover (32) and communicated with the recessed chamber (33), the hole axes of the first through hole (35) and the second through hole (36) can be parallel to each other and can be respectively communicated with the cylindrical space, and an arc-shaped open groove (37) is provided on the side edge of the cover (32).

The partition (40) includes a third side body (41) in the shape of a ring, a first tube body (42) and a second tube body (43) are arranged in the third side body (41) with their tube axes parallel to each other, and a skirt body (44) is bridged between the periphery of each of the first tube body (42), the periphery of the second tube body (43) and the third side body (41), so that the first tube body (42) and the second tube body (43) are combined on the third side body (41), and in this embodiment, the inner diameter of the ring of the third side body (41) is further made equal to the inner diameter of the ring. The outer diameter of the third side body (41) is substantially the same as the inner and outer diameters of the seat body (21) at the other axial end, and the outer diameter of the first tube body (42) is substantially the same as or slightly smaller than the first through hole (35), and the outer diameter of the second tube body (43) is substantially the same as or slightly smaller than the second through hole (36), so that the third side body (41) can be connected in series to the other axial end of the seat body (21), and the first tube body (42) can easily extend into the first through hole (35), and the second tube body (43) can easily extend into the second through hole (36).

The sealing portion (50) includes a plate-shaped pull member (51) that is movably arranged on the cover (32) and can perform reciprocating displacement between a closed position and an open position. A sealing body (52) with an outer diameter larger than the inner diameter of the first tube body (42) is arranged on a distal end (511) of the pull member (51) and can change its position synchronously with the movement of the pull member (51). When the pull member (51) is in the closed position, it drives the sealing body (52) to be displaced to the axial projection range of the first through hole (35). Conversely, when the pull member (51) is in the open position, it drives the sealing body (52) to be displaced outside the axial projection range of the first through hole (35).

The handle (60) is in the shape of an arc strip and is adaptively embedded in the receiving groove (37).

The coupling unit (70) includes two first coupling parts (71) and two second coupling parts (72) for coupling the seat (20) and the cover (30), a third coupling part (73) and a fourth coupling part (74) for coupling the partition (40) and the cover (30), a fifth coupling part (75) for coupling the sealing part (50) and the cover (30), and a sixth coupling part (76) for coupling the handle (60) and the cover (30).

Each of the first coupling parts (71) is a notch (513)-shaped slot, which is arranged at a right angle to each other on the other side of the end body (22) opposite to the first abutting surface (231), and each of the second coupling parts (72) is a deformable elastic card body, which is arranged at a right angle to each other on the second side body (34) and extends outwardly to a suitable height in the same direction as the second abutting surface (341). The end of the extension is respectively provided with a side protrusion (721) in the transverse direction, and the formed extension part (722) provides elastic deformation; thereby, when the cover (30) is closed with the third side The body (41) is coaxially inserted into the seat body (21), and while the second abutting surface (341) and the first abutting surface (231) are in abutment with each other, each of the second coupling parts (72) is synchronously engaged with each of the first coupling parts (71), thereby coupling the cover (30) to the seat (20). In use, the user can easily release the engagement between each of the second coupling parts (72) and each of the first coupling parts (71) by applying force to each of the second coupling parts (72), thereby quickly and easily separating the cover (30) from the seat (20).

The third joint portion (73) and the fourth joint portion (74) are respectively elastic annular rings, which are respectively inserted into the first tube body (42) and the second tube body (43). In use, when the partition (40) is coaxially connected to the cover (30), the first tube body (42) is synchronously inserted into the first through hole (35), and the second tube body (43) is synchronously inserted into the second through hole (36). At the same time, the third coupling portion (73) is sandwiched between the periphery of the first tube body (42) and the hole wall of the first through hole (35), and the fourth coupling portion (74) is sandwiched between the periphery of the second tube body (43) and the hole wall of the second through hole (36). The elasticity of (74) can provide appropriate static friction force after being compressed and clamped, so that the first tube body (42) and the second tube body (43) are positioned on the cover (30) without unexpected separation. When necessary, the user can apply appropriate external force to overcome the static friction force, and then the first tube body (42) and the second tube body (43) can be smoothly separated from the first through hole (35) and the second through hole (36) respectively, so as to achieve the purpose of separating the middle partition (40) and the cover (30);

Furthermore, as shown in this embodiment, when the outer diameter of the first tube body (42) is selected to be substantially the same as the inner diameter of the first through hole (35), and the outer diameter of the second tube body (43) is selected to be substantially the same as the inner diameter of the second through hole (36), since there is a lack of space between them to accommodate the third coupling portion (73) and the fourth coupling portion (74), annular grooves of appropriate depth can be further provided on the first tube body (42) and the second tube body (43) respectively to accommodate corresponding elastic rings therein.

The fifth coupling portion (75) includes two coaxial first pivots (751) disposed on both sides of a proximal end (512) of the pull member (51), and two coaxial first pivot holes (752) disposed on both side walls of the recessed chamber (33), so that the pull member (51) can be pivoted in each of the first pivot holes (751), thereby being used as a pivot in the recessed chamber (33). The pull member (51) can perform angular movement between the closed position and the open position. At the same time, in order to facilitate disassembly and assembly, two notches (513) can be respectively provided on the proximal end (512) of the pull member (51) to provide the required movement distance for each first pivot (751) to disengage from each first pivot hole (752), thereby facilitating the user to assemble and separate the sealing portion (50) and the cover portion (30).

The sixth coupling portion (76) includes two coaxial second pivots (761) disposed at both ends of the handle (60). Two coaxial corresponding second pivot holes (762) are respectively recessed on a side wall of the receiving groove (37) for inserting each second pivot (761), so that the handle (60) can perform angular motion around the second pivot. At the same time, the handle (60) is deformed by its own arc-shaped strip shape, so that the user can apply external force to each second pivot (761) to disengage it from the second pivot hole (762) into which it is inserted, thereby achieving the effect of easy disassembly and assembly.

By combining the above components, the fully detachable portable container lid (10) provided by the invention can be disassembled by the user by appropriate external force without the need for tools, thereby achieving the purpose of making the lid detachable, facilitating cleaning by the user to ensure hygiene.

In addition, in order to improve the convenience of using the trigger (51), the fully detachable portable container cover (10) can further include a positioning unit (80) for positioning the trigger (51) in the closed position or the open position. Specifically, please refer to Figures 7 to 9. The positioning unit (80) includes a first positioning portion (81) and a second positioning portion (82).

The first positioning portion (81) includes two arc-shaped protrusions (811) which are respectively arranged on the two side walls of the recessed chamber (33) and adjacent to the first pivot holes (752). The two concave holes (812) are respectively arranged on the two sides of the pull member (51) and adjacent to the first pivot holes (751). When the pull member (51) is moved to the open position, the concave holes (812) are respectively engaged with the protrusions (811), thereby providing a specific effect of positioning the pull member (51) at the open position.

The second positioning portion (82) includes a receiving space (821) in the shape of a notch (513) and is recessed on a side surface of the middle portion of the pull member (51); a third through hole (822) is provided on the middle portion of the pull member (51) and is connected to the receiving space (821); a pair of first sliding grooves (823) are provided on two opposite side walls of the receiving space (821) and are perpendicular to the third through hole (822). ), a pair of second slide grooves (824) are respectively arranged on the two side walls of the accommodating space (821), and the groove direction is parallel to the hole axis of the third through hole (822), and the pair of second slide grooves (824) and the pair of first slide grooves (823) are adjacent to each other and connected perpendicularly to each other, a first slide seat (825) is slidably connected to the pair of first slide grooves (823) on both sides, and a second slide seat (826) is slidably connected to the pair of first slide grooves (823) on both sides. The first slide (825) and the second slide (826) are connected to each other by a rectangular protrusion (8251) protruding from the bottom of the first slide (825) and fitting into the rectangular notch (8261) on the upper side of the second slide (826), thereby combining the first slide (825) and the second slide (826). The one-piece body (827) extends outward from the first slide (825) and allows the top end (8271) to be inserted into the third through hole (822). ) extends out from the pull member (51) to form a force for the user to apply to the outside of the pull member (51) so that the pull member (827) can be deformed and displaced. The two clamping strips (828) that can be relatively engaged are respectively protruded on the pull member (827) and a side wall of the recessed chamber (33). When the pull member (51) is in the closed position, the pull member (51) can be positioned in the closed upper position by the engagement of the two clamping strips (828) with each other.

(10): Fully detachable portable container lid

(20): Seat

(21): Seat

(22): End body

(231): First abutting surface

(30): Cover

(31): First side

(32): Cover

(33): Alcove

(34): Second side

(341): Second abutting surface

(35): First through hole

(36): Second through hole

(37): container

(40): Septum

(41): Third side

(42): First tube body

(43): Second tube body

(44): Skirt

(50):Seal Department

(51): trigger

(511): Remote

(512): Proximal

(513):Gap

(52): Sealing

(60): handle

(70): Binding unit

(71): First binding part

(72): Second junction

(721): Lateral protrusion

(722): Extension

(73): The third junction

(74): Fourth junction

(75): Fifth junction

(751): First axis

(752): First hinge

(76): Sixth junction

(761): Second axis

(762): Second pivot

(80): Positioning unit

(81): First positioning portion

(811): Bump

(812): Concave hole

(82): Second positioning portion

(821): Accommodation space

(822):Third through hole

(823): First chute

(824): Second chute

(825): First slide

(8251): Rectangular protrusion

(826): Second slide

(8261): Rectangular notch

(827): Antibody

(8271): Top

(828):Card strip

Figure 1 is a combined three-dimensional diagram of a preferred embodiment of this invention.

Figure 2 is an exploded perspective view of a preferred embodiment of this invention.

FIG3 is a cross-sectional view of a preferred embodiment of the present invention taken along the 3-3 cutting line in FIG1.

FIG4 is a cross-sectional view of a preferred embodiment of the present invention taken along the 4-4 cutting line in FIG3.

FIG5 is a cross-sectional view of a preferred embodiment of the present invention taken along the 5-5 cutting line in FIG3.

Figure 6 is a cross-sectional view of a preferred embodiment of the present invention along the A-A cutting line in Figure 5, which shows that the pull element is in the closed position.

FIG7 is a cross-sectional view of a preferred embodiment of the present invention along the A-A cutting line in FIG5 , showing the pull element in the open position.

FIG8 is an exploded perspective view of some components of a preferred embodiment of the present invention.

FIG. 9 is a view showing FIG. 8 from another angle.

(10): Fully detachable portable container lid

(20): Seat

(30): Cover

(50):Seal Department

(60): handle

(70): Binding unit

(72): Second junction

Claims (11)

A fully detachable portable container lid comprises: a seat having an annular seat body of a predetermined axial length, an annular end body radially projecting from a radial annular surface at one axial end of the seat body, and an annular first abutting surface defined by the end body facing the axial annular surface at the other axial end of the seat body; A cover portion having a first side body in an annular shape and an outer diameter smaller than the inner diameter of the end body, a second side body in an annular shape and an outer diameter larger than the inner diameter of the end body protruding from the circumference of the first side body, and a second abutting surface defined by an annular surface at one axial end of the second side body, a cover body disposed on one axial end of the first side body and defining a cylindrical space between the cover body and the radial inner annular surface of the first side body, and a first through hole being formed through the cover body; a partition portion having a third side body in an annular shape and an outer diameter larger than the inner diameter of the base body, a first tube body having an outer diameter substantially the same as the diameter of the first through hole, and a skirt bridge disposed between the first tube body and the third side body; a sealing portion having a pull member movably disposed on the cover body and movable between a closed position and an open position, a sealing body having an outer diameter larger than the inner diameter of the first tube body disposed on a distal end of the pull member, such that when the pull member is in the closed position, the sealing body is located within the axial projection range of the first through hole, and when the pull member is in the open position, the sealing body is located outside the axial projection range of the first through hole; A coupling unit for facilitating the coupling and separation of different components comprises a first coupling portion and a second coupling portion that can be coupled or separated to each other, respectively disposed on the base portion and the cover portion, and a compressible, annular third coupling portion that is sleeved on the outside of the first tube body; In this way, the cover and the seat can extend into the seat through the first side thread, and the second abutting surface and the first abutting surface are in contact with each other, and are combined with each other through the combination of the first combining portion and the second combining portion; the partition and the cover can extend into the first through hole through the first tube thread, and the third combining portion is sandwiched between the periphery of the first tube body and the wall of the first through hole, and the third combining portion provides a static friction force between the periphery of the first tube body and the wall of the first through hole to prevent the two from separating from each other, thereby combining the partition and the cover. As described in claim 1, the fully detachable portable container cover, wherein the first coupling portion and the second coupling portion are a card body and a card slot that can complement each other in shape. As described in claim 2, the fully detachable portable container lid, wherein the first coupling portion is the card slot, which is recessed on the other side of the end body opposite to the first abutting surface; the second coupling portion is the card body, which is protruded on the second abutting surface on the same side of the second side body. The fully detachable portable container lid as described in claim 1, wherein the third coupling portion is an elastic ring. As described in claim 1, the fully detachable portable container lid further includes a second through hole, which is formed on the lid body and has an axis parallel to the first through hole; the middle partition further includes a second tube body, whose axis is parallel to the first tube body, and the skirt bridge is arranged between the first tube body, the second tube body and the third side body. As described in claim 5, the fully detachable portable container lid, wherein the coupling unit further includes a fourth coupling portion, which is compressible and annularly inserted on the second tube body, and can be sandwiched between the second tube body and the wall of the second through hole while the second tube body extends into the second through hole, so as to provide a static friction force to prevent the second tube body from escaping from the second through hole. As described in claim 1, the fully detachable portable container lid, wherein the coupling unit further includes a fifth coupling portion, which is arranged between the trigger member and the lid portion, and is used to enable the trigger member to perform angular movement between the closed position and the open position around the fifth coupling portion. As described in claim 7, the fully detachable portable container lid, wherein the fifth coupling portion includes two coaxially corresponding first pivots, which are respectively provided on the pull member, and two coaxially corresponding first pivot holes are respectively provided on the lid body, and each of the first pivots is inserted into each of the first pivot holes, so that the pull member can perform angular motion around them. As described in claim 8, the fully detachable portable container lid further includes a recessed chamber recessed on the lid body, and each of the first pivot holes is disposed on two side walls of the recessed chamber. The fully detachable portable container lid as described in claim 1 further includes a handle; and the combining unit further includes a sixth combining portion, which is located between the handle and the lid body and is used to combine the handle and the lid body. As described in claim 10, the fully detachable portable container lid, wherein the sixth joint portion includes two coaxially corresponding second pivots, which are respectively arranged on the handle, and two coaxially corresponding second pivot holes are respectively arranged on the lid body, and each of the second pivots is respectively accommodated and inserted therein, so that the handle can perform angular motion around the second pivots.