SA521422606B1 - A beverage bottle with a non-removable straw - Google Patents

Abstract

The invention refers to a beverage packaging for receiving liquid product, the beverage package comprising an insertion area for inserting a drinking straw (1, 12, 19, 28, 40, 70, 90, 94) and the drinking straw. The drinking straw comprises a tubular straw member (3, 14, 22, 30, 42, 71, 80) comprising a straw wall (4, 15, 23, 31, 43, 72, 85), an inlet (5, 16, 24, 32, 44, 73, 83) to be placed into the beverage packaging and an outlet (6, 74, 81) to be placed outside the beverage packaging. On an outer surface of the straw wall, at least one locking catch (2, 13, 21, 27, 29, 41, 76, 87, 91) is provided which is connected to the outer surface of the straw wall towards the inlet and which is spaced from the outer surface of the straw wall towards the outlet, wherein the at least one locking catch is spaced from the inlet along a longitudinal axis (8, 39, 48, 86) of the drinking straw by a maximum of 30% of a length (l) of the drinking straw. (Fig. 1A)

Description

A beverage bottle with a non-removable straw Full description

Invention background

The present invention relates to a beverage packaging.

The European document b 1 209 1 431 disclosed an ejection device with a flexible package that includes a pipette organ

It includes a mouth-tip, a bag-end and a gripping organ formed by the truncated cone 5 tapering towards the bag-end. A ring is placed between the tip of the mouth and the grasping organ; Surface

The annulus facing the end of the bag forms a stop. The dimensions of the distance between the stopping hitch are determined

And the annular surface of the sliding organ facing the tip of the mouth in a certain way so that it is possible to contain

The unplaced drink bag shirt is between the stop hitch and the annular surface.

Alternatively, on the sleeve where the stripping device is contained, a set of locking chords may be deployed

separate locking webs 0; At the tip where the grasping organs are located. The distance between the annular surface of the gripping member facing the end of the mouth and the stopper is chosen in such a way that the stripping device is pushed back and forth between these two surfaces; the inner foil resting tightly against the pipetting member is not displaced relative to the pipette member. after emptying the drink bag; The removal medium may be pulled out of the bag.

5 In an iy way, the means of stripping may include a sleeve having two locking tendons and its end facing the end of (asl) where a loop is formed next to the locking tendons and the top of the locking tendons” and the handle webs that extend in the axial direction are distributed uniformly Circumferential above the ring ISAP 2011120037 21 relates to “drinking straws” and a more specific shape of a drinking straw with a safety feature to prevent easy removal from a beverage container.

0 Korean Application No. 200440896 Y1 relates to the dale domain and constitutes more specifically a pipette which prevents the pipette from releasing easily from the container by preventing breakage of wings formed on the outer circumference of the pipette even when a relatively large force is applied. General description of the invention

Thus, the present invention is based on the objective of providing a drinking straw and a drink packaging that allows the drinking straw to remain in the drink packaging. This issue is solved by the packaging of the drink. Preferred avatars and additional upgrades with child protections have been revealed.

Beverage packaging for receiving a liquid product that includes an insertion area for inserting a drinking dale and a drinking straw. A drinking straw comprises a tubular dale member that includes a straw wall; An inlet to be placed inside a beverage can and an outlet to be placed outside a beverage can. It is done on the outside of the pipette wall; Provide at least one locking catch, which is attached to the outside surface of the pipette wall towards the entrance, which is far from the outside surface of the pipette wall

0 towards the exit; Where at least one locking catch is spaced from the entrance along the longitudinal axis of the drinking straw to a maximum of 730 of the length of the drinking straw. Providing at least one locking clip at the bottom of the straw may prevent the straw from being lost after it has been placed in the beverage container; But the drinking straw may keep moving up and down to a certain extent; This makes it easier to remove the liquid. 5 An acute angle may be included between the locking catch and the longitudinal axis. At least one locking catch may be provided in such a way that it can be pressed backwards against the pipette wall; any pipette member; When a drinking straw is inserted through the insertion area inside a beverage bottle as it passes through the insertion area. when passing through the input area; There may not be any space between at least one locking clip and the 0 outer surface of the pipette wall. after at least one locking catch has been passed through the insertion area; That is, it is completely inside the drink package; At least one locking catch may retract to its original position relative to the outside surface of the pipette wall. If any attempt is made to pull the drinking straw out of the beverage container after at least one locking catch 5 has been inserted into the beverage container; At least one locking catch may jolin and rubs against the inner surface of the beverage container with the area around the insertion area in a certain way so that its pressure is pressed into the

Face the inner surface by attracting the drinking dale. For example; Its distance from the outside surface of the pipette wall can be partially increased or kept the same. At least one locking catch may act as a snag and prevent the straw from being pulled out of the beverage can again. At least one sealing clip may be distributed across part of the pipette wall. The sealing catch may be produced by a three-sided clip in the pipette wall; so that the pipette wall may have an opening which may be corresponding in dimensions to the locking clip; For example; If the surface of the locking clamp is distributed as a flat surface; It may be rectangular or trapezoidal. alternatively The sealing clamp may be produced by a two-sided clip in the pipette wall; For example, by placing a cutting device at an angle to the pipette wall; such as at an acute angle on the longitudinal axis 0; Make a clip in the pipette wall towards the inlet. Then for example the surface of this locking clamp might be if it were distributed as a flat surface. It may be triangular in shape. If an attempt is made to pull the drinking straw out of the beverage container after inserting the sealing catch produced by means of the two-sided clip in the straw wall into the beverage container; The closing catch may combine with the inner surface of the beverage can with the area around the insertion area so that the closing catch is pressed against the inner surface of the beverage can by the attraction of the drinking straw; while the straw area is below; that is, towards the entrance; Lit. dale is the drink that protrudes from the beverage can; Twisted hall and T-shaped locking catch which effectively prevents the straw from being pulled out. preferably The opening and therefore also the closing catch in different embodiments are of certain dimensions so that the liquid exit from inside the pipette member through the opening does not adversely affect the function of the drinking straw. with the above embodiments; The locking catch may be attached to the pipette wall on one ila of the opening (front side of rectangle, trapezoid, or third side of triangle). For example; The end gall of the locking catch pointing at the exit may also include a curvature away from the longitudinal axis; Jie claw-shaped; The remaining gall of the JU holder (eg Jal) does not include this curvature. 5. At least one locking catch may be an element that is inserted and secured to a section of the pipette wall. An acute angle may be included between the locking catch and the longitudinal axis. The clip may extend a wall

transverse pipette; for example vertically; on the longitudinal direction of the drinking straw; that is, extending along the circumferential area of the pipette wall; For example. The element may include a first ga dies within the inner region of the pipette member a second ging extending outside the pipette member; For example the first gal may include a section configured to allow the passage of liquid into the inner region of the pipette. An acute angle may be included between the locking catch and the longitudinal axis. The fact that the locking catch extends into the straw member improves the stability and balance of the locking catch. Lad relates to bending oll trying to pull the straw out of the beverage can again. At least one locking catch may include a portion Jol which may be attached to the outer 0 surface of the pipette wall and which die may extend a second gia of the locking catch and which may be diverged from the outside surface of the pipette wall towards the outlet. An acute angle may be included between the locking catch and the longitudinal axis. The locking catch may be attached to the outer surface in a smooth and easy way. The first edad can start at the entrance and extend from the entrance towards the exit. For example (Jia) the first part may start at the input end of the input. 5 The input may include an input terminal. It is possible for at least one of the sealing clamps to be produced using the injection molding method, eg separately from the pipette member. The locking catch may then be appropriately attached to or inserted into the pipette member and then secured; eg by using a liquid-resistant adhesive 6» eg by stapling, welding or sealing. 0 stapling may be performed without the use of a liquid-resistant adhesive. The drinking straw or straw member can be produced by injection molding. Subsequently; The pipette member, locking clip or locking clips may be made of one piece. The pipette member, locking clip or locking clips may also be manufactured separately. in case of separate production; The locking catch or locking catches may be at least partially attached to the pipette member by stapling; 5 Welding or stamping.

A cross-section of the pipette member may be round-oval; Triangular or square in shape. The cross sectional area of the insertion area and the cross sectional area of the pipette rod can be; Taking into account the wall thickness of the pipette wall; is canis the cross-sectional area of the insert area is 71 to 100 pounds (or up to 730 to 770) greater than the cross-sectional area of the pipette rod; Taking into account the wall thickness of the pipette wall. Paying attention to the thickness of the wall may mean that the cross-section of the wall is added to the internal cross-section of the pipette rod. In the case of the internal circular cross-section of the pipette rod; The cross section of the ring wall may have a ring width corresponding to the wall thickness. 0. The insertion area may be enclosed by a reinforced part. Subsequently; Reaching into the insertion area can be protected against snagging while trying to pull the straw out of the drink bottle again. The beverage packaging may be designed in the form of a carton beverage can; plywood bag or stand up bag. Brief explanation. For the drawings, the accompanying figures are typical illustrations for a better understanding and more accurate explanation of aspects and embodiments of the invention. Fig. 11 shows a schematic view of a graduated straw beverage package; Fig. 1[b shows a schematic view of a foil bag with a graduated drinking straw; Figure 1c shows a schematic diagonal view of a first embodiment of a drinking straw with a locking clamp; Figure 1d shows a schematic front diagonal view of the drinking straw insertion tip area; 0 FIG. 1e shows a schematic view from the back of the insertion end area of a drinking straw; Figure [f shows a schematic view of how the sealing catch deforms when trying to remove a drinking straw from a beverage package in Figure 1a; Fig. 1g schematically shows how the sealing catch is deformed when attempting to remove a straw from a beverage package cal 5 Fig. 2 shows an area on the straw where the sealing catches can be placed » Fig. 3 shows a schematic diagonal view of a second embodiment of a drinking straw with two locking catches;

Fig. 4 showing a schematic frontal view of the insertion end area of a third straw embodiment with a Jl-clip Fig. 4b showing a schematic diagonal view of the insertion-end area of a J-shaped drinking straw Fig. 5 showing a schematic diagonal view of a fourth straw embodiment with two locking catches and Fig. 16 shows a schematic diagonal view of a fifth embodiment of a drinking straw with two locking catches; Fig. 6b schematically shows how the two sealing catches deform when trying to remove the Fig. 16 drinking straw from a beverage package; Fig. 6c schematically shows how the two sealing catches deform when trying to remove the drinking straw of Fig. 6a from the plywood bag; 0 Fig. 17 shows a schematic diagonal view of a sixth embodiment of a drinking straw with clamp (J) Fig. 7b schematically shows how the closing catch is deformed when trying to remove the drinking straw of Fig. 7a from a beverage package; Fig. 7c schematically shows how the sealing catch deforms when trying to remove the straw of Fig. 17 from the plywood bag; 5 Fig. 18 schematically shows a tubular absorbent member upon which a JU clamp may be placed Fig. 8b schematically shows a first embodiment of a locking clamp produced by injection molding; Fig. 8c shows the locking catch of Fig. 8b placed on the pipette rod of Fig. 8a; Figure 8d schematically shows a second embodiment of the locking clamp produced by injection molding; Figure 8e shows the locking clamp of Figure 8d placed on the pipette rod of Figure 8a. 0 Detailed description: Figure | Diagonal view from top of the ST beverage can, which for convenience and clarity is shown with the front part removed; such that the drinking straw inserted 1 of the first embodiment (see also Fig. 1c) is visible. A means of inserting 53 with a first transverse sectional area 54 is provided on the upper side 52 of the beverage ST package within which the drinking dale 1 5 is inserted into the second transverse sectoral area 7 also abbreviated as cross sectional 7. The first transverse sectoral area 54 is Similar (mathematically) to the cross sectional area

second 7; That is, the two cross-sectional areas 7 54 have the same shape; but be

The first transverse sectoral area 54 is larger than the second transverse sectoral area 7. Nevertheless;

The first and second transverse sectoral regions can also be of the same size.

in the first embodiment; Straw 1 includes locking clip 2 and tubular straw member 3 includes

pipette wall 4; Inlet 5 goes inside a beverage can and outlet 6 goes outside a can

brew. by clarification; The absorbent member 3 shall have a circular cross-section 7.

insertion area 53 is enclosed by cementing fragments 55; Which is designed as a loop here Marg from

The insert area is above the loop view.

Figure Gl shows a schematic view of a foil bag 64 with drinking straw 1 first embodiment graded 0 (see also Fig. 1c). On one side of bag 65 there will be a means of insertion area 66

First transverse sectoral 67 within which the drinking dale 1 is inserted with the sectoral area

The second transverse section 7 is also referred to abbreviated as transverse section 7. Area formation

The first transverse sectoral area 67 is identical (mathematically) to the second transverse sectoral area 7;

That is, the two cross-sectional areas 7 67 have the same shape; wherein the first transverse sectoral region 5 67 is larger than the second transverse sectoral region 7. A region is enclosed

entry 66 with cementing part 68; which is designed as a loop here diag from the input area above

Annular width. however; The first and second transverse sectoral regions can also be

They are the same size.

Fig. 1c shows a schematic diagonal view of the first embodiment of the drinking straw 1 with locking catch 2. 0 The locking catch 2 is constructed by means of a three-sided clip in the wall of the straw 4; So that's a wall

Pipette 4 hole 9 which is dimensionally identical to locking clip 2. from side 10 of hole

9. Sealing-clip 2 remains attached to the pipette wall 4. Sealing-clip 2 may be considered as a separate part

from the pipette wall 4.

The locking clip 2 is provided on the outside of the pipette wall 4. towards the inlet 5; The locking clip 2 is attached to the outer surface of the pipette wall 4; slats exit 6; There will be an increasing distance

between the sealing clip 2 and the outer surface of the pipette wall 4.

Locking catch 2 has a distance d from the inlet 5 along the longitudinal axis 8 of the drinking straw 1 with a maximum of 730 of distance for the drinking straw 1. Drinking straw 1 is shown including tip

Insert 11. Figure a] shows a schematic diagonal view from the front of a cut from the insertion end 11 of the drinking straw 1

Figure 1e shows a schematic view from the rear of part of the insertion end 11 dale drinking 1.

Figure 1f shows how the closing catch 2 of the drinking straw 1 may become deformed when attempting to remove the drinking straw 1 from the beverage can 51. If an attempt is made to pull drinking straw 1 out of the beverage can 51 after the closing catch 2 has been inserted into the beverage can 51; The sealing catch 2 combines with the inner surface 56 of the beverage can 51 with the area around the insertion area 53 in such a way that the

0 Press the locking catch 2 on the inner surface 56 by pulling the drinking straw 1 while its distance from the outer surface of the straw wall 4 is partially increasing. This partial distance expansion occurs where the sealing catch 2 is not attached to the outer surface of the straw wall 4. The sealing catch 2 may therefore detach away from the outer surface of the straw wall 4 and act as a seal to prevent the drinking straw 1 from being pulled out of the beverage can 51 a second time.

5 Figure 1g shows how the sealing catch 2 of the drinking straw 1 is deformed when attempting to remove the drinking straw 1 from the laminated bag 64. If the drinking straw 1 is attempted to be pulled out of the laminated bag 64 after sealing catch 2 is grasped inside the laminated bag 64; The doling of the sealing catch 2 with the inner surface 69 of the laminated bag 64 rubs the area around the insertion area 66 so that the sealing catch 2 is pressed against the inner surface 69 by the attraction of the drinking dale 1; while its distance is from

0 The outer surface of the pipette wall 4 is partially increased. This partial distance expansion occurs where the sealing catch 2 is not attached to the outer surface of the straw wall 4. The sealing catch 2 may therefore detach away from the outer surface of the straw wall 4 and act as a seal to prevent the drinking straw 1 from being pulled out of the plywood bag 64 again. in general; At least one locking catch in different straw embodiments must have a distance from the inlet along the longitudinal axis of the straw with a limit of

5 Maximum 730 of the length of the drinking straw.

Figure 2 shows this schematically of the drinking straw 57; Input 58 having input terminal 9. From input terminal 59 to output 60; The drinking straw has a distance of 1. The area is chamfered on the pipette wall 61 and extends on the lateral surface at a height of 70 from length to 1 up to 730 from distance to 1. For example (JU) it may be required that the plane pass through the area (such as the locking catch edge or the end of the locking catch) the locking catch furthest from the entrance and perpendicular to the longitudinal axis 62; The drinking straw is cut at the height E of the insertion end 9 which is less than or lisle of about 730 of the length of 1. alternatively It may be stipulated that the level passing through the area where Tay the locking catch 63 in projecting from the outer surface of the straw wall 61 which is perpendicular to the longitudinal axis 62 intersects the drinking straw at 0 height to 1 of the insertion end 59 which is less than or equal to about 730 from length to 1. FIG. 3 shows a schematic diagonal view of a second embodiment of a drinking straw 12 with two locking catches 3. The drinking straw 12 is supplied for a beverage package and includes a tubular straw member 14 comprising a dale wall 15; Inlet 16 to be placed on a beverage can and an outlet (not shown) to be placed on the outside of a beverage can. by clarification; The pipette member 14 pictorially has a circular cross-section 5 95. The locking clips 13 are placed facing each other and each includes a first segment 17 which is fixed to the outer surface of the pipette wall 15 and from which extends a second segment 18 of the locking clip 3 having an increased distance from the surface The outside of the pipette wall 15 towards the outlet. The first eal 17 extends from inlet 16 towards the exit and the second gall 18 extends from one end of the first end 17 farthest from 0 inlet 16 toward the exit. Thus the locking clamps 13 may be considered as separate elements of the pipette member 14 which are glued to the pipette wall 15 together with the first segments 17; For example; or other suitable liquid-proof fastening; For example by welding or stamping. FIG. 1 shows a schematic view from the front of the insertion end area 20 with a third embodiment of the Hl pipette 19 with locking catch 21. The drinking straw 19 is supplied for a beverage package and includes a tubular pipetting member 5 22 comprising a pipette wall 23, an inlet 24 that is placed on the beverage bottle, and an outlet ( not

shown) to be placed outside the beverage packaging. by clarification; The pipette member 22 typically has a circular cross-section 25. The locking clamp 21 includes an initial segment 26 attached to the outer surface of the pipette wall 23 and from it extends the (SU) portion 27 of the locking clamp 21 having an increased distance from the outer surface of the pipette wall 23 towards the outlet. The first segment 26 extends from the insertion end 20 towards the exit and the second all 7 extends from one of the ends of the first all 26 furthest from the insertion end 20 towards the exit The locking catch 21 may therefore be considered as a separate element of the pipette member 22 which is glued to the pipette wall 3 with the first part 26 eg (JE) or secured by another suitable “liquid-proof” method eg by welding or stamping. Drinking dale 28 with two locking catches 9. Drinking dale 28 is supplied for a beverage can and includes a tubular straw member 30 comprising a dale 31 wall; inlet 32 to be placed on the beverage can and an outlet (not shown) to be placed 5 outside the beverage can. Illustratively, the pipette member 30 typically has a circular cross-section 33 and an insertion tip 34. The two locking catches 29 are positioned facing each other and each comprises the first oa 35 which is positioned within the pipette member 30 and extends substantially to the axle longitudinal 39; A second segment 36 is placed outside the pipette member 30. The locking catch 29 is inserted into the inner 0 segment of the straw member 30 by means of the segment 38 of the straw wall 31 which extends perpendicular to the longitudinal direction 39 of the drinking straw 28 with the first segment 35 in such a way that the first segment 35 points Towards the entrance 32 and the second part 36 towards the exit. The Bala angle between the locking catch 29 and the longitudinal axis 39 is included in the area around the segment 38; An adhesive may be applied to connect the locking catch 29 to the pipette member 30.

The first part 35 has a cavity 37 at the end facing the entrance 32 which is shaped in a certain way; For example, in a semi-circular shape; which instead of inserting the two locking catches 29 into the pipette member 30; Liquid may be conveyed through the inner part of the straw gad 30. A schematic diagonal view of a fifth embodiment of the straw 40 with two locking catches 41 is shown in Fig. 16. The straw 40 is supplied for a beverage package and comprises a tubular straw member 42 incorporating the straw wall 43; and an inlet 44 to be placed on the beverage can and an outlet (not shown) to be placed outside the beverage can. by clarification; The pipette member 42 typically has a circular cross-section gladd 45 and an insertion tip 46. The two locking catches 41 are facing each other and each has an oa 0 first 47 which is positioned inside the pipette member 42 and does not extend into the shaft longitudinal 48; But; For example; have a minimum distance to the longitudinal axis corresponding to the straw radius 40 and second part 49; which is placed outside the pipette member 43. Locking catch 1 is inserted into the inner part of the pipette member 42 by means of the clip 50 of the pipette wall 43; which extends perpendicular to the longitudinal direction 45 of the drinking straw 40; With the first segment 47 inserted within the inner segment 5 of the absorbent member 41 in such a way that the first hall 47 points towards the inlet 44 and the second segment 49 towards the exit. An acute angle is included between the locking catch 41 and the longitudinal axis 45. In the area around the segment 50; An adhesive sale may be applied to connect the locking catch 41 to the pipette member 42 since the two of the first segment 47 are separated from the longitudinal axis 45 liquid 0 may be transported through the inner gall of the pipette member 42. Figure 6b schematically shows how the two deform of the closing catch 41 on the drinking straw 40 in fifth embodiment when attempting to remove the pal straw 40 from the beverage package 51. When attempting to remove the drinking straw 40 from the beverage package 51 after inserting the closing clamps 41 into the beverage package 51 the closing clamps 41 interact with the inner surface 56 of the package the beverage 51 in the area 5 around the insertion area 53 so that the locking catches 41 are pressed against the inner surface 56 by the attraction of the drinking straw 40; While the distance of the second parts 49 of the locking catches 41 increases from the surface

Partially the outer wall of the pipette 43. This partial increase in distance occurs as the second part 49 of the sealing catch 41 does not contact the outside surface of the straw wall 43. The sealing catches 41 may therefore separate away from the outside surface of the straw wall 43 and act as obstructions and may prevent the drinking straw 40 from being pulled out of the beverage package 51 again. The first parts may retain 47 5 of the locking catches 41; Ally is placed in the inner gall of pipette member 42; In any form

that their shape is not affected by the intersection of the second segments 49 with the inner surfaces 56 of the beverage package 51. Figure 6c shows how the two sealing catches 41 of the drinking straw 40 deform in the fifth embodiment when attempting to remove the drinking straw 40 from the plywood bag 64. If an attempt is made to remove the pd straw 40 from the laminated bag 64 after locking catches 41 are inserted into the laminated bag

0 64; Each of the sealing catches 41 Jolin rubs with the inner surface 69 of the laminated bag 4 in the area around the insertion area 66 so that the sealing catches 41 are pressed against the inner surface 69 by pulling the drinking straw 40 while the distance of the second parts 49 of the sealing catches 41 increases from the outer surface For the pipette wall 43 partially. This partial increase in distance occurs as the second segment 49 of the locking catches 41 does not contact the outer surface of the pipette wall 43. Hence; may be

The sealing catches 41 deviate away from the outside of the straw wall 43 and act as barriers and may prevent the drinking straw 40 from being pulled out of the plywood bag 64 a second time. May retain first parts 47 of locking catches 41; Which is placed in the inner part of the absorbent member 42 in its shape, that is, its shape is not affected by the intersection of the second parts 49 with the inner surface 69 of the laminated bag 64.

0 Figure 7a shows a schematic diagonal view of a sixth embodiment of a drinking straw 70 with locking catch 76. The locking catch 76 is produced by a double-sided section in the straw wall 72; so that the wall of the straw 72 has a hole 77 which is dimensionally corresponding to the sealing catch 76. The section on either side of the sealing catch 76 may be made by a cut in which a knife, blade or other cutting tool cuts diagonally on the longitudinal axis of the straw 70 into the inside of the straw 70; cut off

5 Through the pipette wall 72 on both sides of the sealing catch 76. On one side of the hole 77 of the sealing catch 76 remains attached to the pipette wall 72. The sealing catch 76 may be considered as a separate part of

pipette laa 72. The locking catch 76 includes a tip 78 which may; For example; additionally includes a curvature away from the longitudinal axis of the drinking straw; while, for example; The remainder of locking catch 76 does not include this twist. The locking catch 76 is provided on the outside of the pipette wall 72. towards the inlet 73; Locking catch 76 is attached to the outer surface of the straw wall 72 (to the exit direction 75) and there is a visible increased distance of the sealing catch 76 from the outer surface of the straw wall 72. The advantage of said locking catch 76, as shown in Figure 7a, is that when the drinking straw is inserted into The beverage package may deform elastically inwards towards the center of the straw so that insertion is not impeded.This is mainly due to the fact that the hole 77 is analogous in shape 0 to the shape of the sealing catch 76 so that the sealing catch can be fully and flexibly compressed into the aman that locking catch 76 is completely inside the cag pial) the sealing catch may be deformed flexibly outward again. The locking catch 76 has a distance from the inlet 73 along the longitudinal axis of the straw 70 to a maximum of 730 of the length of the straw 70. The shown straw 70 includes the insertion tip 79. 5 Figure 7b shows schematically how the locking catch 76 deforms when trying to remove straw 0 from beverage can 51. When attempting to remove the drinking straw 70 from the beverage can 51 after inserting the locking catch 76 into the beverage can 51; The sealing catch 76 rubs and interacts with the inner surface 56 of the beverage can 51 in the area around the insertion area 53 so that the sealing catch 76 is pressed against the inner surface 56 by pulling the straw 70, while the straw area 70 twists downward; That is, towards the entrance 73. Therefore, the locking catch 76 separates from the outer surface of the straw wall 72 and acts as a barrier and may prevent the drinking straw 70 from being pulled out of the drink container for 1 second. The drinking straw 70 is in the shape of the letter T, which effectively prevents the drinking straw 70 from being pulled into the lal as the curved hall of the drinking dale and the sealing catch become resting on the inner surface of the beverage can on different sides of the insertion area; The remaining part 5 of the drinking straw protrudes from the insertion area and thus from the drink package.

Figure 7c shows how the sealing catch 76 is deformed when attempting to remove the drinking straw 70 from the plywood bag 64. When attempting to remove the dll straw 70 from the plywood bag 64 after the sealing catch 6 is inserted into the plywood bag 64; The sealing catch 76 rubs against and interacts with the inner surface 69 of the laminated bag 64 in the area around the insertion zone 66 so that the sealing catch 76 is pressed against the inner surface 69 by pulling on the straw 70 (while the straw zone 70 is twisted downwards towards the inlet 73). The seal 76 is off the outside of the straw wall 72 and acts as a constraint and may prevent the drinking straw 70 from being pulled out of the laminated bag 64 sec. Fig. 18 schematically shows a tubular straw member 80 on which a sealing catch may be placed The straw member 80 includes a straw wall 85; inlet 83 to be placed in a beverage can with tip 0 inlet 84 and outlet 81 to be placed outside of a beverage can The pipette member 80 has a circular cross-section 82 in diameter and a longitudinal axis 86. This longitudinal axis 86 is indicated in Figures 8b and 8d in order to illustrate the locking clamps which May be placed on the pipette member 80 Figure 8b shows a first embodiment of the sealing clamp 87 produced by injection molding The sealing clamp 7 includes a first 88 formed here JUS from the surface of the site la The inner diameter of the annular surface 5 is equal to or even 710 is smaller than the outer diameter of the pipette member 80; the second ia 89 of the first segment 88 extends away from the longitudinal axis 86. Due to the discrepancy in diameter the locking catch may be flexibly attached to the surface of the absorbent member 80. The inner diameter of the annular surface may also be up to 71 or 5 greater than the outer diameter of the pipette; while the locking catch must then be attached to the drinking straw by additional procedures such as welding; Sealing or gluing. The first iad 88 is designed in such a way that 0 encircles the circumference of the pipette member 80 by more than half; In this way it is possible to attach the locking catch 87 to the straw 80. The second part is 89; For example; wing-shaped; But it may also be of different shapes than the locking catch, such as any shape of an obstruction. The wing-like design has the advantage that the straw rests against the wall of the straw when the straw is inserted into the beverage package; This makes dell insert a drinking straw into a 5 drink bottle.

Figure 8c shows the Drinking Straw 90; with locking catch 87 of Figure 8b and placed on a member

Pipette 80 of Figure 8a. Locking catch 87 may be attached to the pipette member using yall

I 88. It is also possible to use a liquid-resistant adhesive. Then it may be done about

Alternative to welding or sealing the locking catch 87 to the pipette member 80. In various embodiments; may also be set

More than one locking clamp 87 on the sucker member 80.

Figure 8d schematically shows a second embodiment of locking catch 91 produced by injection molding.

Locking catch 91 includes the first gia 92 that is welded or sealed to the outside surface of the pipette wall

5 using » eg; Liquid resistant adhesive. by clarification; The first part is designed

2 in such a way that it encloses the circumference of the absorbent member 80 by less than half; Subsequently; 0 is possible to attach this first part 92 to the straw 80. The locking catch 91 has a second oa

3 which extends from the first ial 92 away from the longitudinal axis 86. the second gall 93 is on

Suite form.

Figure 8e shows the drinking straw 94; with locking catch 91 of Figure 8d and placed on a member

Pipette 80 of Figure 8a. The locking bracket 92 may be attached to the outer surface of the wall of the sucker 5 85 by welding or stamping.

in other incarnations; It is also possible for more than one 91 locking catch to be placed on a member

pipette 80. It may also be possible to apply one or more locking catches 87

for the first embodiment and one or more locking clamps 91 for the second embodiment on the pipette member 80.

This Lad applies to locking clamps produced by the injection molding method Ally having 0 tolerance from the inlet 83 along the longitudinal axis 86 of the sucker member 80 with a maximum of 730 of length

Straw member 80. The distance of the straw member is 80 and the distance of the drinking straw includes a member

Pipette 80 and one or more of the locking catches are corresponding to each other” i.e. they are equal

according to size.

Claims (1)

protection elements 1- Beverage packaging to receive the (Sila) product, which includes the beverage packaging Beverage packaging (51) on the insertion area (53) for inserting a straw “(70) drinking straw and a drinking straw. (70) drinking straw Where dale drinking straw (70) includes a tubular straw member 5 (71) includes a straw wall dale (72); inlet (73) to be placed inside a package Beverage packaging (51) and exit (74) to be placed outside the beverage packaging ‎«(51) packaging It is characterized as Where at least one locking catch (76) is produced by the sides SL clip 0 in the straw wall (72)) which is produced on the outer surface of the straw wall (72) towards the inlet (73) which is divergent from the outer surface of the straw wall (72) towards the outlet (74) where at least one locking catch (76) is spaced from the inlet (73) along the longitudinal axis of the drinking straw (70) not exceeding 730 of the length of the drinking straw cil (70); 15 2- Beverage packaging according to protection element 1, where to produce a two-sided section, the cutting device is placed at an angle on the straw wall (72) and a section is made on the straw wall (72). towards the entrance (73). 0 3- Beverage packaging according to protection element 1 or 2, where drinking straw (70) and beverage packaging are formed so that drinking straw (70) is inserted inside the beverage packaging beverage packaging (51) in such a way that the locking catch (76) is fully inserted into the cheverage packaging when trying to pull the drinking straw out of the beverage packaging cbeverage packaging 5 is deformed to prevent the dale drinking straw from being pulled out. — 8 1 — 4— Lag Beverage packaging of claim 1, where the entrance (73) includes an insertion tip (79). 5- Beverage packaging according to claim 1, where a pipette is manufactured Drinking straw (70) by injection molding. g 6— Beverage packaging according to Claim 1 wherein the cross sectional area (75) of the straw member (71) is circular, oval, triangular or square in shape. 7- Beverage packaging according to claim 1; where the cross-sectional area (54) of the insertion area (53) and the sector a-ad (75) of the straw member (1 7) are symmetrical; taking into account the wall thickness of the straw wall (72) where the cross sectional area (54) of the insertion area (53) 5 is equal or 71 up to 7100 skipped or 730 up to 770 skipped cross sectional area (75 for Ec En 2 light of the absorbent member straw member (1 7); taking into account the wall thickness of the straw wall (72) 8- Beverage packaging according to Claim 1; where d dala is the entry 0 area insertion area (53) by gia reinforced portion (35). or 51) b ge packaging, a ball box, a foil pouch, or a stand-up pouch. Ly , Ng 1 b : Tee 2 a 1 fig ¥ \ º c ~ | Daba 0 5 7 y ya :: "+ yara yha E i ; and" + # vy : " \ 5 X Fig. 1b ad La 1 ib m bkb ov 1 ot sab 7 ; '! Li" l \ z form ed q A â £ i i | Lt AFT i d 1 ..- Wy | . uh form ah form hs ¥ ¢ ey Jo 2 85 1 To 4 Fig. or 7 2 7 “m 1 = e and y y” + a 8 4h Fig. A The vA 1 ow | 1 | 0 1 » a J | hy ©) WA Th 4 talm 11 l 7 8 | 0 and sq | aA or Js form? Ya Y ND So with YY | vy NET B 11 1 TY Bbsah : : WD \ ENC Nr 7 1 : YA name in the head L AA I< » KAB I< & eo re s Po TA D yifak | 8 { Sir # 0 4 6 | ¥3 0 + ¥ & TA | Rasen A 6 y LL Alala Asal * TR Dabe 8 Nassi } p. 8 hand i j Laussels_» i / / Ly J / i / j m 1 | 0 z b e m f = IT o fig. 1 fig “x § oY a 5 p l ma ov TRE a a form tb 2 7 a: !, 1 and “e z 1 a * a love and either a { iv p at tha Fa: ph 0 J 1 and form zh ve Ye for each VE 0: Ola av vy 74 VY VA. º oY vy oY from a ve, 75 5 VA J 7 l “n YY form ab form a Ve Ve A 5 A Ye ad 6 11 m | \ FN vy vr Remy YA PB form Aj AY AS AY AY ely AY Ky A 4 A Lo \ Ma 1 R [ ae A AY AR 1 Ed rel for he | HINA - AY AA AY Fi 1 M L J Shape M oA Shape Th Shape Sleeve AS Moe -§y a. \ IR Ly = a : AS gy 1 0 gy 97 to a q¥ I" ah form ME AA form The Saudi Authority for Intellectual Property Sweden Authority for Intellectual Property pW RE .¥ + \ A 0 § Um 5 + < Ne ge “Benaj > Aye Ki Jada Li Days TEE Bbha Nase eg + Ed - 2 - 3 .++ .* provided that the annual financial fee is paid for the patent and that it is not null and void due to its violation of any of the provisions of the patent system, layout designs of integrated circuits, plant varieties and industrial designs or its implementing regulations. »> Issued by + BB 0.B Saudi Authority for Intellectual Property > > > “+ PO Box 1011 .| for ria 1*1 uo ; Kingdom | Arabic | For Saudi Arabia, SAIP@SAIP.GOV.SA