阅读说明：本技术 用于无菌应用的带有显窃启封盖和装配固定的医疗包装套 (Medical packaging sleeve with tamper evident closure and assembly securement for sterile applications ) 是由 沃尔夫冈·索勒 蒂莫·罗斯乐 于 2019-09-24 设计创作，主要内容包括：用于无菌应用的带有显窃启封盖(20)的医疗包装套(1)由单侧敞开的大约圆柱形的套管体(2)构成,其开口可通过封闭塞(5)被密封地封闭,其中,封闭塞(5)的位置可利用横过封闭塞(5)的大约呈套管状构造的显窃启封盖(20,30)被确定,其中,显窃启封盖(20)可被锁止到套管体(2)上,其中,封闭塞(5)可以经密封的螺纹连接(9,10；16,17)被拧入到套管体(2)的开口中,且存在用于控制在封闭塞(5)与套管体(2)之间的经密封的转动位置的视觉的目视检查(13,14,44),其中,显窃启封盖(20,30)抗扭地与封闭塞(5)相连接,且仅在封闭塞(5)的经密封的转动位置中可与套管体(2)被锁定。(A medical packaging (1) with a tamper-evident closure (20) for sterile applications is composed of an approximately cylindrical sleeve body (2) which is open on one side, the opening of which can be sealed by means of a closure plug (5), wherein the position of the closure plug (5) can be determined by means of a tamper-evident closure (20,30) of approximately sleeve-like configuration across the closure plug (5), wherein a tamper-evident closure (20) can be locked to the sleeve body (2), wherein the closure plug (5) can be screwed into the opening of the sleeve body (2) via a sealed screw connection (9, 10; 16,17), and a visual inspection (13,14,44) for controlling the sealed rotational position between the closure plug (5) and the sleeve body (2), wherein the tamper-evident closure (20,30) is connected to the closure plug (5) in a rotationally fixed manner, and can be locked with the sleeve body (2) only in the sealed rotational position of the closure plug (5).)

1. Medical packaging (1) with a tamper-evident closure (20) for sterile applications, consisting of an approximately cylindrical sleeve body (2) which is open on one side and the opening of which can be sealingly closed by a closure plug (5), wherein the position of the closure plug (5) can be determined by means of a tamper-evident closure (20,30) of approximately sleeve-like configuration across the closure plug (5), wherein the tamper-evident closure (20) can be locked onto the sleeve body (2), characterized in that the closure plug (5) can be screwed into the opening of the sleeve body (2) via a sealed screw connection (9, 10; 16,17) and that there is a visual check (13,14,44) for controlling the sealed rotational position between the closure plug (5) and the sleeve body (2), the tamper-evident closure (20), 30) is connected in a rotationally fixed manner to the closure plug (5) and can be locked to the sleeve body (2) only in a sealed rotational position of the closure plug (5).

2. Packaging sleeve according to claim 1, characterized in that the first sealing surface (36a,36b) between the closure plug (5) and the sleeve body (2) of the packaging sleeve (1) can be controlled with the visual inspection (13,14, 44).

3. Packaging according to claim 1 or 2, wherein the sealed end position between the closure plug (5) and the packaging (1) is additionally verifiable by a tactile locking position (45).

4. Packaging according to one of claims 1 to 3, wherein the torque-proof connection between the closure plug (5) and the tamper-evident closure (20,30) is constituted by a hand-manipulable knob (6) connected with the closure plug (5) which engages into a form-fitting opening (27,32) at the end face of the tamper-evident closure (20, 30).

5. Packaging according to one of claims 1 to 4, characterized in that at least one axially projecting centering nose (26) is arranged at the lower sleeve member (22) of the tamper-evident closure (20,30), which with an upwardly open locking groove (12) arranged in association at the periphery of the packaging (1) can be brought into mutual alignment.

6. Packaging according to one of claims 1 to 5, wherein the rotational position of the closure plug (5) by the rotationally fixed connection can be transferred to the tamper-evident closure (20,30), and a pushing of the tamper-evident closure (20,30) onto the sleeve body (2) is possible only when the closure plug (5) is sealingly connected with the sleeve body in its verified sealing position.

7. Packaging according to any one of claims 1 to 6, wherein there is a multiple seal (35,36a,36b) between the closure plug (5) and the sleeve body (2) of the packaging (1).

8. Packaging according to one of claims 1 to 7, characterized in that the tamper-evident closure (20,30) is formed from two sleeve parts (21,22) which are separated from one another by parting seams (24,25), are connected to one another in one piece via an annular groove material with a reduced cross section and can be separated by a tear strip (23).

9. Packaging according to one of claims 1 to 8, wherein the lower sleeve member (22) of the tamper evident closure (20,30) is configured as a radially elastically expandable locking flange (28) with an obliquely placed access bevel (29).

10. A packaging according to claim 9, wherein the locking flange (28) is radially expandable locked via an annular flange (8) of the sleeve body (2).

Technical Field

The object of the invention is a medical packaging according to the preamble of patent claim 1.

Background

A medical packaging of the generic type is known, for example, from EP 1055609B 1, in which a closure cap provided with an internal thread is screwed onto an external thread of the packaging or packaging bottle and a strip which is detachable from the cap via a narrow point is molded at the bottom face of the cap, which cap, in connection with a tear strip, makes it possible for the cap to be unscrewed from the packaging or packaging bottle in the case of a tear strip.

In the case of such known medical sleeve packages, there is the disadvantage that the closure is opened by means of a tamper-evident closure

The sealing connection between the fixed lid and the packaging sleeve is not reliably sealed because it lacks a corresponding pretensioning of the sealing ring.

A further disadvantage of the known sleeve package is that there is no check of the sealed connection between the screw-on lid and the sleeve body of the packaging sleeve. It is therefore not possible to check whether the screw cap is screwed onto the packaging body in a defined and firmly sealed manner.

A further disadvantage is that the sealing surface is arranged only axially on the inside of the closure cap and therefore likewise cannot be visually inspected. The radial arrangement of such sealing surfaces is not known from this document.

The arrangement of the radial sealing faces however has the advantage that in the case of a seal check when using at least partially transparent materials, a failure of the respective seal can be detected, which is not possible in the case of the object of EP 1055609B 1 due to the arrangement of the seals used.

A further disadvantage of the known arrangement is that the tamper-evident closure constitutes the only material one-piece part with the lid and therefore the function of the lid and its sealing closure are not separated in connection with the tamper-evident closure.

It is therefore not possible to screw or push the lid sealingly onto the closure body with a first check and check the sealing effect, and only in a second step is a tamper-evident closure used, which determines this sealed rotational position of the lid and remains unchanged. All of these features are not known from the above documents.

Another medical kit with fitting attachment is known from the subject of WO 2009/109312 a1, in which the packaging body is first closed with a rubber stopper and the rubber stopper sealingly placed on the packaging body is fixed with a tamper-evident closure in the form of a sleeve. The tamper evident closure is used to aseptically close a syringe. The cartridge has a lockable conical connection in the form of an external cone with a lockable internally threaded adapter. The outer cone is closed with a rubber stopper. The tamper evident closure is turned over (gettulpt) via the rubber stopper and safety cap.

In this case, it is a two-part tamper-evident closure in which the upper sleeve part and the lower sleeve part are separable, wherein the connection between the two sleeve parts is formed not by an annular tear strip but by a connecting piece which decreases in cross section.

In the case of the above-mentioned documents, a tamper-evident closure for a container or a syringe with a lockable conical adapter is concerned, which is closed aseptically by means of a rubber stopper and is fixed via a fixing sleeve, wherein the fixing sleeve which is pushed undetachably onto the conical adapter locking means is composed of a holder, a break-off and a break-off region which is placed between these parts.

It is disadvantageous that the sealing position and the sealing function of the rubber stoppers used in the closure cap cannot be checked. Furthermore, it is not a screw seal but a plug seal, so that the rubber stopper with the external sealing lip is to be placed against the inner surface of the neck-shaped projection in the closure sleeve.

Furthermore, it is known from this document that a two-part tamper-evident closure can be locked at its lower open end with a lower locking flange on an associated locking edge on the packaging sleeve, whereby at the same time the displacement position of the rubber plug in the packaging sleeve is likewise checked.

The closure position of the rubber stoppers used can therefore only be checked via the lockable nature of the two-part tamper-evident closure. Special visual inspection or mechanical position determination between the closure plug and the packaging sleeve is not provided.

The mechanical fixing of the closing plug with inspection of this position on the packaging jacket is not known from this document.

It can therefore happen that in the case of a deformed closure plug, the desired sealing effect is not produced and an improved sealing effect in the case of a medical sleeve package should anyway be achieved by a threaded connection that can be screwed in one another and therefore the screw-seal connection is not sufficiently reliable, in particular if the medical sleeve part should be constructed in a double sterile manner.

A further disadvantage is that the above-described medical sleeve packages are generally only operable when a tamper evident closure is used, since only this tamper evident closure makes possible a positional fixation of the push plug or the plug.

Removal of the tamper evident closure renders the package unusable.

In general, the above-mentioned documents do not allow a defined rotational position, plug-in position or sealing position or a defined closing position of the closure plug to be transferred to the tamper-evident closure and with this the tamper-evident closure is activated in such a way that a fixed position is ensured in which the tamper-evident closure is connected to the plug in a positionally suitable and fixed manner.

Disclosure of Invention

The present invention is therefore based on WO 2009/109312 a1 for the purpose of improving a medical sleeve package with a tamper-evident closure in such a way that an assembly attachment for fixing and checking the sealing effect is additionally made available.

A preferred feature of the invention is therefore that the arrangement of the tamper-evident closure can now be checked visually and/or mechanically by the technical features of independent patent claim 1 whether the closure plug is fixed in position and sealingly fitted in the packaging sleeve.

According to a further preferred feature, it can be mechanically and/or visually checked whether the rotational position, in particular the sealing position, of the closure plug is present in a suitable position and sealed off from the packaging sleeve.

In a preferred embodiment, the invention provides that the tamper-evident cap is connected to the closure in a rotationally fixed manner, so that the rotational position and the sealing position of the closure can be checked.

According to a first embodiment of the invention, provision is therefore made for the closure plug to be screwed into the packaging sleeve as a screw-tight connection and to form a first sealing surface there.

As is preferred here below, the invention makes available the necessary design features for this purpose, when the arrangement of the sealing surfaces can be checked.

In a preferred embodiment, a sequential test chain is provided, in which the rotational position between the closure plug and the packaging sleeve is made available, preferably by visual sealing test, so that it can be checked independently of the arrangement of the tamper-evident closure whether the closure plug provided with the screw-tight connection is screwed on the packaging sleeve in the correct position and in a sealing manner. By means of the above-described visual inspection, the first sealing surface between the closure plug and the packaging sleeve is thus inspected.

In a first development of the invention, provision can be made for the end position between the closure plug and the packaging sleeve to be additionally detectable by means of a mechanically and tactilely perceptible locking position, which however only has to be present in special cases. In other cases, provision may be made for the mechanical locking position to be cancelled, so that the perceptible reaching of the end position between the closure plug and the packaging sleeve is likewise cancelled.

Based on the first-mentioned visual and/or mechanical checking of the rotational position between the closure plug and the packaging sleeve, it is provided according to a feature of the invention that the rotational position of the checked seal of the closure plug and the packaging sleeve is then transferred to a separate tamper-evident closure which can be mounted thereby.

According to a preferred feature, provision is therefore made for the closure plug to be connected in a rotationally fixed manner to the tamper-evident closure, which can be achieved, for example, by placing a hand-operable knob on the closure plug, which engages in a rotationally fixed manner into an associated receiving opening on the inner side of the tamper-evident closure or into the split opening, in order to bring about a rotationally fixed connection between the tamper-evident closure and the closure plug.

The advantage is therefore that the above-described checking function initially transfers the positionally fixed closing position of the closing plug to the tamper-evident cover by visual and/or mechanical checking between the rotational position and the sealing position between the closing plug and the packaging sleeve, and in a development of the invention it is provided that the tamper-evident cover can only be pushed onto the packaging sleeve and can be locked to the packaging sleeve when the above-described fixed rotational connection between the packaging sleeve and the closing plug is achieved. If this is not reached, the tamper-evident closure as a sleeve element likewise cannot be locked to the packaging sleeve.

This is achieved according to a further preferred feature in that at least one axially projecting centering nose is arranged at the lower sleeve part of the tamper-evident closure, which can be brought into mutual alignment with an upwardly open locking groove arranged in association at the periphery of the packaging sleeve.

The tamper-evident closure can only be locked onto the packaging sleeve when at least one centering nose engages into a locking groove arranged at the periphery of the packaging sleeve at the lower edge of the tamper-evident closure.

It accordingly relates to a rotationally coded key connection between the packaging sleeve and the tamper-evident cover, which serves to lock the tamper-evident cover in a certain rotational position only with respect to the packaging sleeve.

Other key relationships also exist as an alternative to such key positions of the centering noses which are arranged at the tamper-evident closure and which can be locked into associated locking grooves at the outer periphery of the packaging sleeve.

In a further embodiment, which is designed kinematically opposite to the first-mentioned embodiment, provision can be made for such a centering nose to be arranged at the outer circumference of the packaging sleeve, which cooperates with an associated locking groove at the outer circumference of the tamper-evident closure.

In a further embodiment, it is likewise possible, for example, to mold an inwardly directed radial projection at the inner circumference of the annular collar of the sleeve part, which engages in a respective associated locking groove at the outer circumference of the packaging sleeve.

As an alternative to the radially projecting cams, it is also possible for axially projecting cams to be arranged at the sleeve part of the tamper-evident closure or at the annular flange of the packaging sleeve, which interact correspondingly with associated locking grooves at the opposite part.

This is accordingly a keyed rotary connection for the purpose that the tamper-evident cover can be pushed onto the packaging sleeve and locked thereto only in certain rotational positions, wherein the rotational position of the closure plug is transmitted to the tamper-evident cover according to a preferred feature, so that pushing of the tamper-evident cover onto the packaging sleeve is likewise only possible when the closure plug is connected to the packaging sleeve in its verified sealing position.

The above is mentioned as follows, i.e. it is a multiple seal between the closure plug and the packaging sleeve. More precisely, a sealing surface is present on the first end face side between the upper end face of the packaging sleeve and the closure plug, wherein in a preferred development it is provided that the sealing surface is also designed as an additional, softer sealing ring which is connected in one piece with the remaining plastic material of the closure plug by means of 2K process material.

The sealing application thus results in a soft, elastic end-side sealing surface for the first sterile barrier.

Two further sterility barriers are axially coupled and radially operatively configured. It is accordingly formed by sealing lips arranged at a distance from one another, which are placed radially outward on the inside of the sealing flange of the packaging sleeve and are configured as two sealing surfaces which are placed one behind the other and are axially spaced apart from one another and which are two further sterility barriers. Therefore, the above-described medical kit package is provided for reliable assurance of sterility in the case of maintaining sterile conditions for a long period of time.

The push-on fitting is preferred because the tamper-evident closure according to the invention can be pushed onto the packaging sleeve only in one defined rotational position, which is likewise mechanically locked and can be checked. It is therefore provided that the tamper-evident cover in the form of a sleeve can be pushed onto the packaging sleeve and locked thereto only in a defined rotational position in the sense of a push fit.

The determined rotational position of the seal is checked by the previously mentioned mechanical position check between a preferably projecting centering nose at the lower annular periphery of the sleeve member of the tamper-evident closure, which centering nose can be engaged in an associated upwardly open groove at the outer periphery of the packaging sleeve.

Alternative embodiments of the fixed-location key connection have already been described above.

A total of two configurations of the tamper-evident closure are suggested according to a preferred feature of the present invention. However, the present invention is not limited thereto.

In a first embodiment, provision is made for the closure plug to be connected to a rotary knob which projects axially from the upper cover face of the closure plug, wherein it is preferred if the material of the rotary knob and the closure plug consists of a single-piece part of material. The rotary knob is thus connected in one piece and rotationally fixed to the closure plug material.

In a further embodiment, provision may however be made for the rotary knob to be separated from the top cover surface of the closure plug and to be connected to the closure plug by a glue connection or by a plug-in connection or a locking connection.

In this case, the knob is connected to the closure plug in a rotationally fixed manner and, according to a further feature, is arranged in such a way that the knob forms a fixed position at the tamper-evident closure. In a first embodiment, a tamper-evident closure is therefore provided, which has a split opening in its upper top face, through which the rotary knob passes, so that there is a rotationally fixed position between the closure plug and the tamper-evident closure.

With the arrangement of the knob protruding from the tamper-evident cover, there is the advantage that in the case of intentional twisting of the knob, it is recognizable that it is handled at the packaging which is completely packed and sterile, and this is indicative of the packaging not being usable.

According to a feature of the invention, provision is then made for the respective tamper-evident closure to be formed from two sleeve parts which are separated from one another by a parting seam and for the two sleeve parts to be connected to one another in one piece via an annular groove material with a reduced cross section and to be separable by a tear strip, so that in the case of separation of the tear strip the upper sleeve part can be separated from the lower part.

In contrast, when the rotary knob protrudes from the upper sleeve part and is unintentionally rotated at the rotary knob, the parting seam tears and the operation at the packaging sleeve can be recognized.

According to a further embodiment of the invention, provision is made for the tamper-evident cover to form, with its upper sleeve part, a closed sleeve which covers the rotary knob of the closure plug, wherein in this case the closed rotary knob is held in a positionally fixed and rotationally fixed manner, but invisibly from the outside, in an associated receiving opening which is separated from one another by two ribs.

In both cases, it is accordingly proposed that the tamper-evident closure transfers the rotational position of the closure and thus its sealing position to the tamper-evident closure and that the tamper-evident closure itself can only be locked to the packaging sleeve in a specific rotational position.

It follows that, on the one hand, the packaging sleeve can also be used without the tamper-evident closure and the triple sterile sealing surfaces are maintained, and, on the other hand, that the tamper-evident closure can be used in its various embodiments as an add-on with the packaging sleeve according to the invention and therefore there is also an additional checking function with regard to the maintenance of preferably three sealing surfaces which are designed separately from one another.

In particular, if the packaging sleeve is made of transparent plastic, it can be checked in the case of a seal check whether the three mentioned sealing surfaces are functioning equally well or whether there is a leak.

The tamper-evident closure is preferably made of a polyethylene or polypropylene material, which ensures that a tear strip can be arranged with a profiled seam lying therebetween that is thinned in cross section.

The inventive object of the invention is not only to be seen as the object of the individual patent claims, but also as a combination of the individual patent claims with one another.

All the matters and features disclosed in the attached abstract, particularly the spatial arrangements shown in the drawings, may be claimed as essential to the invention, insofar as they are novel, individually or in any combination, relative to the prior art. The use of the concept "important" or "according to the invention" or "important for the invention" is subjective and does not mean that a feature mentioned as such is mandatory to be an integral part of one or more patent claims.

Drawings

In the following, the invention is further illustrated by means of the attached drawings showing only one implementation. Further features and advantages of the invention which are important for the invention are apparent from the drawing and the description thereof.

Wherein:

FIG. 1: a perspective view of the packaging sleeve without the tamper-evident closure in the sealing position of the closure plug is shown,

FIG. 2: the closure according to figure 1 is shown in side view,

FIG. 3: a perspective view of the closure according to figure 2 is shown,

FIG. 4: a schematic representation of the packaging according to figure 1 is shown without the closure plug,

FIG. 5: there is shown a schematic representation of a packaging sleeve with a closure plug and a tamper-evident closure in a first embodiment,

FIG. 6: showing the same illustration as figure 5 with a tamper evident closure in a second embodiment,

FIG. 7: showing a section through a tamper-evident closure according to figure 6,

FIG. 8: showing a section through a tamper-evident closure according to figure 5,

FIG. 9: showing a section through a packaging sleeve according to figure 1 without a tamper-evident closure,

FIG. 10: an enlarged cross-section according to figure 9 is shown,

FIG. 11: a cross-section according to figure 10 of a partially laid tamper-evident closure in an unsecured position is shown,

FIG. 12: showing the same illustration as figure 11 with a tamper evident closure of another embodiment in an unsecured position,

FIG. 13: a perspective side view of the packaging according to figure 1 without the tamper-evident closure with illustration of the fixing position between the closure plug and the packaging is shown,

FIG. 14: showing a mechanically fixed, partially fixed position between the tamper-evident closure of the first embodiment, wherein a torsionally rigid connection has not been established,

FIG. 15: showing the same illustration as figure 14 with a tamper evident closure in a second embodiment,

FIG. 16: a representation of the wrong rotational position between the closure plug and the packaging sleeve is shown,

FIG. 17: there is shown a graphical representation of the wrong twist position between the tamper-evident closure of the first embodiment and the packaging sleeve,

FIG. 18: there is shown a diagrammatic representation of the wrong rotational position between the tamper-evident closure of the second embodiment and the packaging sleeve,

FIG. 19: showing the fixing position of the packaging with the tamper-evident cover completed in the second embodiment,

FIG. 20: showing the finished secured position of the packaging sleeve with the tamper-evident closure in the first embodiment,

FIG. 21: the sterile arrangement of the examination chain with different examination measures is schematically shown,

FIG. 22: a diagram according to fig. 21 with a flow diagram of different inspection chains associated with each other in the case of connecting the above-mentioned parts is shown.

Detailed Description

The packaging 1 according to fig. 1 is substantially formed by a hollow-cylindrical sleeve body 2, preferably of transparent plastic. The packaging and its functional form are for example the subject of the old patent application DE 102015012898 a 1.

For the description herein, reference is made to the following description.

The sleeve body 2 is generally cylindrical. However, it can also be designed as an ellipsoid, wherein it is assumed that the upper and lower end faces of the sleeve body are cylindrically designed with a flange placed there.

The bottom of the sleeve body 2 is constituted by a conical appendage 3, which is closed at the lower part.

In the region of the conical attachment 3 or thereon, an attachment 4 is provided in the form of a tab, which projects radially beyond the outer circumference of the sleeve body 2 and forms a rolling attachment of the sleeve body 2. Therefore, the sleeve body 2 should not roll off the parking surface. This is prevented by the attachment 4.

Fig. 2 shows the packaging 1 without the closure plug 5. It is formed substantially by an upper sealing collar 7, on the upper annular edge 38 of which a first sealing surface 39 is formed in relation to the closure plug 5 to be described below.

A visually recognizable marking 13 is likewise arranged in the region of the sealing collar 7.

At the sealing flange 7, an annular flange 8 of increasing diameter is coupled, at the outer periphery of which at least one, preferably but two, locking grooves 12 are introduced, which are spaced apart from one another.

A threaded region 9 of reduced diameter is coupled axially to the annular flange 8, in which a thread 10 with an associated thread path is molded.

In the thread region 9, a locking groove 11 which is open at the top is likewise arranged and is formed as a concave region at the periphery of the thread region 9.

The closure plug 5 to be sealingly inserted into the cannula body 2 is further illustrated in fig. 2 and 3. It is formed by an upper knob 6, which is connected in one piece to the plastic material as handle material for turning the closure plug 5 and is connected to it in the region of the annular projection 19.

In the region of the annular projection 19, a visually recognizable marking 14 is arranged, which is to be brought into alignment with the sleeve-side marking 13.

A region of reduced diameter is connected to the annular projection 19, which is formed by sealing lips 15 arranged at a distance from one another and parallel to one another, which in connection with the associated inner surface of the sleeve body 2 form sealing surfaces 36a,36b to be described below.

In the double sealing region with respect to the sealing surfaces 36a,36b, a sealing ring 35 of reduced diameter is coupled, which merges into a thread extension 16, in which the thread of the thread path 17 is formed, which is visible from the thread extension.

In the region of the thread path 17, a locking recess 43 is formed which interacts with the associated locking groove 11 at the outer circumference of the sleeve body 2 in the thread region 9.

The locking groove 43 engages in the locking groove 11 only when the thread 17 of the closure plug 5 is pushed into the associated thread 10 of the sleeve body 2 in a positionally correct manner, and the operator is thereby informed tactually, i.e. in the case of a turning movement, that an end stop is reached for the threads 10,17 which engage in one another.

The rotational position of the closure 5 in the sleeve body 2 of the packaging sleeve 1 in the assembled state is thus checked by touch.

However, such a tactile inspection can be dispensed with, which is only provided as an additional measure with respect to the visual inspection shown in fig. 1.

If the correct rotational position between the closure plug 5 and the sleeve body 2 is reached, the reference symbol 14 arranged on the closure plug is then (according to fig. 1) opposite the reference symbol 13 arranged on the sleeve body 2.

By means of this positionally fixed rotational position between the closure plug 5 and the sleeve body 2, it is simultaneously ensured that the sealing surfaces 36a,36b (see fig. 3) work at the inner circumference of the sealing collar 7.

The rotational position which can be achieved by the coincidence of the reference symbols 14,15 on the one hand and (additionally optionally) by the tactile locking of the locking recess 43 into the locking groove 11 on the other hand, which is thus set, can be checked and a secure position in the case of both embodiments of the tamper- evident closure 20,30 can be ensured.

It is also added that the closure plug 5 is hollow and the plug end 18 does not form a closure cap. The closure of the closure plug 5 is realized in the region of the annular projection 19.

It is recalled that fig. 5 and 6 show that the first embodiment of the tamper-evident closure 20 is formed from two sleeve parts 21,22 that are separable from one another and are made of a material that is separable from one another in one piece in a plastic material by a parting seam 24,25 that is thinned in cross section, the two parting seams 24,25 being connected to one another by a tearable tear strip 23, when the tear strip 23 has not yet been actuated.

The difference between the tamper-evident closure 20 according to fig. 5 and the tamper-evident closure 30 according to fig. 6 is that in the case of the tamper-evident closure 20 according to fig. 5, a split opening 27 is present in the upper closure region according to fig. 8, through which the rotary knob 6 passes through the closure plug 5 in a torsion-resistant manner, as is likewise shown in cross-section in fig. 12.

In the case of the tamper-evident closure 30 according to fig. 6, the upper sleeve part 31 is however formed by a closed closure cap, which receives the rotary knob 6 of the closure plug 5 in its interior space in a rotationally fixed manner, as is shown in fig. 7.

Fig. 7 shows that the rotary knob is received in a receiving opening 33 at the inner side of the upper sleeve part 31, wherein the receiving opening is formed by two ribs 32 directed axially inwards, which are spaced apart from one another.

It can furthermore be seen that in the case of the two tamper- evident covers 20,30, at the lower sleeve part 22, at least one axially projecting centering nose 26 is provided, which interacts with the previously described locking groove 12 at the outer periphery of the sleeve body 2.

It can also be seen from the sectional views in fig. 7 and 8 that the lower sleeve part 22 of the tamper- evident caps 20,30 is configured as a locking flange 28 with an obliquely disposed entry bevel 29, so that the two tamper- evident caps 20,30 are pushed onto the sleeve body in the sense of a push fit (see fig. 11 and 12) and are connected to one another in the correct position, as is shown in fig. 14 and 15.

In the secured position (final position), the respective at least one centering nose 26 of the lower sleeve member 22 of the tamper- evident closure 20,30 is thus engaged into the associated upwardly open locking slot 12 of the sleeve body 2.

Fig. 9 and 10 show the completed sealing position of the closing plug 5 with a rotational position check, where it is possible to recognize that the sealing plug 5 is designed as a two-part, which is produced in a single injection molding process. At the outer periphery of the closure plug 5, according to fig. 9 and 10, an annular projection 19b of a different material is formed, which, together with the upper annular projection 19a, forms a one-piece part of the material, which is however of a different material.

Thus, according to fig. 10, a first sealing surface 39 is formed between the annular edge 38 of the sleeve body 2 and the associated edge of the annular bead 19b of softer material.

Two further sealing surfaces 36a,36b, which are spaced apart from one another in the axial direction, are coupled thereto.

Each of the sealing surfaces is formed by an annular sealing lip 15, which is molded in parallel, spaced apart from one another, circumferentially in a softer material annular bead 19 b. It thus forms the previously mentioned axially spaced sealing surfaces 36a,36b at the inner periphery of the sleeve body 2.

The annular flange 8, which is enlarged on the periphery, forms the annular groove 37, which is present, however, only for manufacturing reasons.

Below the annular groove 37, the thread regions of the mutually engaging threads between the thread 10 of the sleeve body 2 and the thread path 17 of the closure plug 5 are arranged.

Fig. 11 and 12 show the working position of the two tamper- evident closures 20,30, in which the fixed connection to the sleeve body 2 of the packaging sleeve 1 has not yet been established. It can therefore be seen that the locking flange 28 is still on the top side of the annular flange 8 and has not yet been brought into engagement with the locking edge 47 on the underside of the annular flange 8.

Thus, fig. 11 and 12 show two tamper- evident closures 20,30 in an intermediate state before reaching their locked position in a fixed position.

In the case of further continued assembly, the respective tamper- evident closure 20,30 is thus pressed downwards in the direction of the arrow 40, and the locking flange 28 is thus radially expanded and reaches onto the annular flange 8. The entry ramp 29 slides onto the upper surface of the annular flange 8 and then brings the lower locking flange 28 to the locking edge 47 for locking the annular flange 8 in a stationary manner.

Fig. 13 shows a visually detectable fixing of the rotational position between the closure plug 5 and the sleeve body 2 of the packaging sleeve 1, since it can be seen that the closure plug 5 with its marking 14 must be brought into the relative position with respect to the marking 13 of the sleeve body 2.

If this rotational position is not reached, the two reference symbols 13,14 deviate from one another, which then leads to a visually detectable error position, as is shown in fig. 16.

The visually recognizable error position according to fig. 16 continues into the illustration according to fig. 17 and 18, since it can be recognized that the axially projecting centering noses 26 are not in engagement with the sleeve-side locking groove 12, as shown in fig. 17 and 18, when the respective tamper- evident cap 20,30 is placed on the closure plug 5 in the error position according to fig. 16.

Incorrect assembly is thereby precluded.

The reason for this securing measure is that the rotary knob 6 of the closure plug 5 is connected in a rotationally fixed manner to the respective tamper- evident closure 20,30 and in this "wrong" rotational position according to fig. 16 it is not possible for its centering nose 26 to be brought into engagement in the locking groove 12 on the sleeve body side.

Two fully established fixed positions are shown step by step in fig. 19 and 20. Here, the tamper-evident closure 30 is shown in its completely fixed position in fig. 19, wherein this is used in that this fixed position can only be established in the case of a completely screwed-in and sealed closure plug 5 in the sleeve body 2, and likewise only then the lower locking flange 28 of the tamper-evident closure 30 can be brought into engagement with the associated locking edge 47 of the annular flange 8 of the sleeve body 2.

Similarly, FIG. 20 shows the tamper evident closure 20 in a fixed locked position.

If the closure plug 5 is not screwed completely onto the sleeve body 2, this is indicated on the one hand by the missing relative position of the two markings 13 and 14 and on the other hand forms a gap 42 according to fig. 16 between the sleeve body 2 and the closure plug 5.

Fig. 21 schematically shows the sequential order of the different inspection mechanisms of the present invention.

In a first inspection phase, the relative position of the marking symbols 13,14 between the closure plug 5 and the sleeve body 2 is inspected by means of a visual inspection 44.

In a second checking phase, mechanical position checking 45, additionally the positional relationship between the closure plug 5 and the cannula body 2 is checked by tactile feedback in such a way that the locking recess 43 arranged at the closure plug 5 is tactilely perceptibly engaged in the associated locking groove 11 at the outer periphery of the cannula body 2.

In a third checking phase, a further position check 46 is formed, which ensures a reliable rotational position and a closed position between the tamper- evident caps 20,30 and the cannula body 2 in such a way that one or more centering noses 26 arranged at the tamper- evident caps 20,30 can be brought into engagement with the locking groove 12 on the cannula body side only when a correct rotational position between the closure plug 5 and the cannula body 2 is established.

According to fig. 22, this relates to a series of inspection stages, wherein, in addition to the first visual inspection 44, there may additionally be a tactilely perceptible position inspection between the closure plug and the cannula body 2, but it may also be dispensed with.

The mechanical position check 46 between the tamper-evident cap and the sleeve body 2 is decisively determined here, wherein this position check is effected only when the closure plug 5 is correctly covered by the rotational position of the tamper- evident caps 20, 30.

List of reference numerals

1 packaging cover

2 casing body

3 conical accessory (Konusansatz)

4 Accessories

5 closing plug (Verschlusstoppfen)

6 knob (Knebel)

7 (1) sealing tape (Dichtbond)

8 (1) endless belt

9 threaded region

10 screw thread

11 (for 5) locking groove

12 (for 20) locking groove

13 (1) reference symbol

14 (of 5) reference signs

15 (5) sealing lip

16 screw thread extension

17 (5) thread path

18 plug end

19 annular protrusions a, b

20 tamper evident closure

21 casing pipe (Upper)

22 casing parts (lower part)

23 tear strip (Aufrei beta lasche)

24 upper part type seam

25 lower part of the molding seam

26 centering nose

27 (for 6) crack opening

28 locking tie

29 entry ramp

30 tamper evident closure

31 casing pipe (Upper)

32 Ribs

33 (for 6) receiving opening

34 opening

35 (5) sealing ring

36 sealing surfaces a, b

37 annular groove

38 (of 1) annular edge

39 (38) sealing surface

40 arrow direction

41 (1) stop surface

42 gap

43 (5 of 11) locking recess

44 (between 1& 5) visual inspection

45 (between 1& 5) position checking

46 (between 20,30& 1) position check

47 (8) locking edge