CH714174A1 - Packaging body for transporting, presenting and storing goods. - Google Patents

Abstract

A packaging body (1) for transporting and / or presenting and / or storing at least one article (9) comprises a substantially closed envelope (2) whose outside (22) is designed as a rollable ball. The sheath (2) is partially or completely transparent and comprises two or more sheath elements (21a) which are reversibly or irreversibly connected to each other. The packaging body (1) further comprises a support module (3) for at least one article (9), wherein the support module (3) is supported on an inner side (23) of the cover (2) and configured such that on the support module (3) the at least one article (9) can be positioned.

Description

description

Technical Field The present invention relates to packaging bodies for transporting and / or presenting and / or storing articles, kits for such packaging bodies, devices for scrolling automatic watches, and methods for scrolling automatic watches.

Background Art For the sale of products, where a purchase decision depends, inter alia, on the visual impression with the buyer, the product is often presented in a transparent plastic film package in the display. For high-quality products such as watches, perfumes and jewelry such packaging, however, are hardly suitable because of the little positive impression with the consumer.

For high quality products exist various packaging body, with which such a product for the potential customer can be presented attractively. It should also make the packaging body itself an attractive and interesting impression, and so animate to buy the product.

WO 2004/060 100 A1 describes a presentation packaging for luxury items, with a substantially spherical shell, which stands on a stand. The shell has a circular opening which is closed by a transparent visor-like cover. The transparent lid allows insight into the interior of the packaging container where the packaged item is presented. The lid is reversibly fixed to the shell, and can be pivoted about an axis of rotation so as to release the opening in the shell.

DE 200 315 574 U1 describes a presentation packaging for jewelry, with two hemispherical shell parts made of transparent polymer material. A lower shell part is filled with flowable particles, of which a piece of jewelry arranged in the packaging is at least partially covered. The two shell elements are connected together along a flange. The particulate material is intended to prevent the packaging container from rolling on even surfaces. It is explicitly provided that the piece of jewelry is arranged only loosely in the particulate material. Functionally, the packaging container is provided for a static presentation of the goods, except when a user manually turns the packaging container in his hands.

US 5 590 761 discloses a rectangular presentation package for presentation of coins in which a plurality of pivotable elastic support arms positively and non-positively center a coin with respect to a round viewing window.

For high quality products there is an increased risk that they will be stolen. Especially small-volume products such as wristwatches or perfume bottles can be relatively easily hidden in dresses, for example. Accordingly, it is desirable that products can not readily be removed from packaging.

Existing packaging bodies are designed for a static presentation. However, such a presentation is of little interest to the average customer, and does not provide a unique selling proposition to the competition. There is a general need for improvements in this field.

DESCRIPTION OF THE INVENTION The object of the invention is to provide a packaging body for transporting, presenting and / or storing objects which does not have the above-mentioned disadvantages and other disadvantages. In particular, in such a packaging body, the packaged article should be presented clearly visible, and the packaging body should enable attractive presentation forms. Next, such a package against unnoticed and / or unauthorized opening can be secured.

Advantageously, such a package should be cost-effectively manufacturable, flexible and durable.

Another object of the invention is to provide a device for moving automatic watches and a method for moving automatic watches.

These and other objects are achieved by a packaging body, a kit for such packaging bodies, a device for moving automatic watches and a method for moving automatic watches, according to the independent claims. Further preferred embodiments are given in the dependent claims.

The inventive solution can be further improved by various, in each case advantageous and, unless otherwise stated, any combinable with each other configurations. These embodiments and the advantages associated with them will be discussed below.

The term "packaging" is to be understood in the context of this disclosure also temporary packaging of goods for presentation purposes. The term "storage" in the context of this disclosure means a temporary storage of goods. A first aspect of the invention relates to a packaging body for transporting and / or presenting and / or storing at least one object, with a substantially closed one A shell, the outside of which is designed as a rollable ball, wherein the shell is partially or completely transparent, and comprises two or more shell elements, which are reversibly or irreversibly connected to each other; and with a support module for at least one article, wherein the support module is mounted supported on an inner side of the cover, and is configured such that at least one object can be positioned on the support module.

Advantageously, in such a packaging body, the mounting module is resiliently mounted on an inner side of the shell.

Advantageously, in such a packaging body, the support module and at least one mounted on an inner side of the shell elastic element or spring element.

The shell of a packaging body according to the invention advantageously has on its inside a positioning structure, with which the support module interacts to position the support module relative to the shell.

Particularly advantageous, the positioning structure comprises at least one recess on an inner side of the shell, in which engages the support module. In another embodiment, the sheath on projections or similar structures, which engages in corresponding recesses on the support module. Also possible is a clamping connection of the positioning structure of the shell with the support module, a screw connection, etc. These different variants can also be combined.

The support module of a packaging body according to the invention may have weight elements with which the effective center of gravity of the packaging body can be moved. This allows the effective center of gravity of the packaging body to be shifted, ideally as close as possible to the geometric center of the spherical sheath, in order to achieve efficient and uniform rolling of the packaging body.

The mounting module of a packaging body according to the invention may have a mirror element. This mirror element facilitates the view of the back of the packaged item.

The mirror element may have a weight element, with which the effective center of gravity of the packaging body can be moved.

The support module of a packaging body according to the invention may further comprise a support element which is designed so that at least one object can be positioned thereon positively and / or non-positively.

In an advantageous variant of the aforementioned inventive packaging body, the packaging body has a locking mechanism with which the shell parts can be reversibly or irreversibly connected to each other. Particularly advantageously, the locking mechanism comprises a snap closure or a bayonet closure or a screw cap.

Advantageously, an inventive packaging body is designed so that it can be opened from the outside only with a key device or a special tool.

An advantageous variant of an inventive packaging body has a locking mechanism with which the shell parts can be reversibly connected to each other, wherein the locking mechanism is configured such that by selective application of magnetic fields from the outside and / or direct or indirect supply of electrical energy outside the locking mechanism can be locked and / or unlocked.

With the magnetic fields can be actuated suitably designed mechanisms of the packaging body, which finally unlock the shell. Electrical energy, in turn, is supplied by means of alternating fields and induction loops in the packaging body, where electrical controls and actuators can be actuated, just for unlocking the casing elements, for example. A packaging body according to the invention can have a sealing element, which irreversibly changes upon opening of the packaging body, in particular demonstrably damaged or destroyed.

In an advantageous embodiment of an inventive packaging body is advantageously the sealing element irreversibly connected to the inside or outside of at least two of the shell parts, and is configured such that when separating said at least two shell parts, the sealing element by the mechanical forces occurring the sealing element is demonstrably changed, in particular demonstrably damaged or destroyed. Particularly advantageously, the sealing element is glued or welded on the surface of the shell.

In a particularly advantageous variant of an inventive packaging body, an aforementioned sealing element comprises an RFID circuit and an RFID antenna, which are configured and arranged such that when opening the packaging body or separating the at least two shell parts connected to the sealing element RFI D circuit and / or the RFID antenna is destroyed. By an unsuccessful Korn- communication sequence with the RFID element can be determined that the RFID element destroyed and thus the sealing element is broken.

In another particularly advantageous variant of an inventive packaging body, an aforementioned sealing element is arranged on an inner side of the shell, and contains a ferromagnetic element with which after closing the shell by applying certain magnetic fields, the sealing element can be mechanically manipulated from the outside. For example, the seal member may be pressed against the inside of a sleeve member.

A second aspect of the invention relates to a kit for one of the above-discussed inventive packaging body, comprising two or more shell elements, which are reversibly or irreversibly connected to a substantially closed shell, the outside of which is designed as a rollable ball, and at least one A support module for at least one article, wherein the support module can be supported supported on the inside of the assembled shell, and configured so that at least one object can be positioned on the support module.

A third aspect of the invention relates to a device for rolling moving automatic watches, in particular automatic wristwatches, with a runway on which a rolling body from a top of the overhead runway to a lower end of the runway are gravity driven rolling promoted can; and with a lifting device, with which the rolling body taken from the lower end of the runway, against the gravity promoted upwards, and can be handed over to the beginning of the runway again.

Preferably, such an inventive apparatus for rolling moving automatic watches comprises at least one rolling body in which an automatic clock is arranged.

In an advantageous variant of a device according to the invention for rolling automatic watches, the lifting device has a conveying element revolving in a plane tilted to the horizontal, in particular a conveyor belt, a conveyor chain or conveying wheel, on which a plurality of lifting elements are arranged which a rolling body against gravity can be promoted.

A fourth aspect of the invention relates to a method for moving automatically automatic watches, in particular automatic watches, comprising the steps: - Spatial positioning of an automatic watch in a rolling body, wherein the rolling body in particular the shape of a cylinder, a double cone , a double truncated cone, an ellipsoid or a sphere can have; and - rolling the rolling body.

Advantageously, in such an inventive method, the rolling body, an inventive packaging body as discussed above.

Advantageously, the rolling body is moved by being rolled by gravity driven over a runway.

Furthermore, such a method according to the invention is carried out with a device according to the invention for rolling automatic watches, as discussed above.

In another advantageous variant of a method according to the invention, the rolling body is moved in rolling fashion by being mounted on an actuator device which sets the rolling body in a rotational movement.

Such a rotational movement can be achieved, for example, by two rollers rotating in the same direction and at the same speed, on which the rolling body rests, or three omnidirectional wheels arranged in an equilateral triangle. By omnidirectional wheels is meant wheels as disclosed, for example, in US 3,789,947 and which permits rolling movement of the wheel in all directions ("omnidirectional") without changing the orientation of the wheel.

BRIEF DESCRIPTION OF THE DRAWINGS For a better understanding of the present invention, reference will now be made to the drawings. These show only embodiments of the subject invention. In the figures and the associated description, identical or equivalent parts are provided with the same reference numerals.

1 shows schematically a possible embodiment of a packaging body according to the invention, in a plan view. The upper shell part is omitted.

Fig. 2 shows schematically the inventive packaging body of Fig. 1 in a section along the plane A-A.

Fig. 3 shows schematically another possible embodiment of a packaging body according to the invention, in a plan view. The upper shell part is omitted.

Fig. 4 shows schematically another possible embodiment of a packaging body according to the invention, in a side view and partial gate.

FIG. 5 schematically shows a still another possible embodiment of a packaging body according to the invention, in a side view.

Fig. 6 shows schematically a possible embodiment of an inventive device for rolling moving automatic watches, in a perspective view.

Fig. 7 shows schematically another possible embodiment of an inventive device for moving automatic watches, in a side view.

Fig. 8 shows schematically another possible embodiment of an inventive device for moving automatic watches, in a side view.

Modes for Carrying Out the Invention The following examples are given to better illustrate the invention, but are not intended to limit the invention to the features disclosed herein.

A possible embodiment of a packaging body 1 according to the invention is shown in FIGS. 1 and 2. A casing 2 of the packaging body 1 consists of two casing parts 21a, 21b, which together form a hollow sphere. The two shell parts consist of a suitable transparent polymer material, for example PMMA (Plexiglas). They are reversibly or irreversibly connected to one another by means of a suitable locking mechanism (not shown), for example with a bayonet catch or a snap lock. Also possible is a gluing or welding, for example, with ultrasonic welding, the two shell parts. In such a case, the connection must be strong enough to withstand the mechanical stress during normal use, but also weak enough to form a predetermined breaking point where the package can be broken up in a controlled manner as needed.

The inner volume of the hollow sphere forms the interior 11 of the packaging body 1, in which a mounting module 3 is arranged. The mounting module 3 is supported on the inside 23 of the shell 2. Two flat spring elements 31 engage in a recess 24 in the form of a circumferential groove on the inside 23 of the shell. The spring elements 31 are substantially slightly elastic sheets of polymeric material, which are dimensioned so that for insertion of the support module into the groove, the spring elements must be easily bent, so that a spring force results. The support member is positively and non-positively mounted on the inside of the shell.

To center the support module 3 with respect to the interior 11, the groove 24 is arranged in a plane which intersects the center of the sphere. In the example shown, the groove is arranged in the plane of the contact surfaces of the two shell parts. However, the groove could also extend in a different oriented plane, regardless of the contact surfaces of the shell parts, for example perpendicular to the plane of the contact surfaces.

In a possible procedure for assembling the packaging body, a first sheath part 21a is provided. Subsequently, the support module 3 as described above is inserted into the circumferential groove 24 of the first shell part. The object to be presented or packaged, in the example shown, the wristwatch 9, can be mounted before or after insertion of the support module 3 in the shell 2 on the support module. In the example shown, however, it is easier to mount the watch on the mounting module before it is installed. Finally, the second shell part 21 b is mounted on the first shell part 21 a. The packaging body is now a rollable body, namely a rollable ball.

In the illustrated embodiment, the support module is configured so that a wristwatch 9 can be attached with a closed bracelet. Two curved support members 34 allow the attachment of the wristwatch 9 in the typical configuration as it is when worn on the arm. A mirror element 35 is disposed on the structure of the support module 3, and allows the viewer a simultaneous view of the front and the otherwise hidden back of the case of the wristwatch.

The support module for a packaging body according to the invention is advantageously geared to a specific type of goods, such as wristwatches, jewelry rings, jewelry chains, perfume bottles, valuable stamps, coins, sculptures, and other objects. The separation between the shell and the support module allows a simple and cost-effective adaptation of the packaging body according to the invention to changing goods.

Such a packaging body according to the invention allows a more interesting presentation of the goods than with the previously known static goods displays. For example, the balls can be kept in motion in various ways. Rolling or on-site rotating balls attract the attention of potential buyers due to movement within a static environment. Devices for achieving such movements will be discussed below.

If a rolling presentation of the packaging body according to the invention is desired, the center of gravity of the packaging body including the packaged article is advantageously as close as possible to the geometric center of the spherical casing. For this purpose, the support member may be designed accordingly to achieve a favorable for this purpose positioning of the product in the shell. It is also possible to provide weight elements on the mounting module and / or the shell parts which modify the effective center of gravity of the packaging body.

Another advantage of a packaging body according to the invention is the possibility that an interested customer can view the goods from all sides without having to touch the goods themselves. This avoids dirt and signs of use or even damage to high-quality items.

Yet another advantage of a packaging body according to the invention is the larger volume of packaging compared with the packaged product, which makes it difficult for a thief to hide the packaging body in its clothing and to transport it unnoticed from a shop.

Another possible embodiment of a packaging body 1 according to the invention is shown schematically in FIG. The holder 2 of the packaging body corresponds to that of FIGS. 1 and 2. The holder module 3 comprises a central structure with a mirror element 35 and support elements 34 for attaching a wristwatch 9. On the mirror element 35 four spring elements 31 "are mounted on four suspension points, which in turn a circumferential ring 31 'with gap 32. The open ring 31' serves as a further spring element, which is slightly radially compressed upon insertion of the support module in a circumferential recess of the shell, which leads to a spring force of the spring elements 31 ', 31 ". The mounting module is spring-loaded on the inside 23 of the shell 2 stored.

A possible locking mechanism 25 for the sheath elements 21 a, 21 b of a packaging body 1 according to the invention is shown schematically in FIG. 4. An upper shell part 21a has a plurality of latching lugs, which engage during closure of the shell 2 in corresponding recesses of the lower shell part 21b and connect the two shell parts form fit.

A latching connection is particularly suitable for irreversible closure of the shell. However, a latching connection can also be designed so that the latching connection can be solved by mechanical interference again non-destructive. For example, the locking connection can be configured reversible, but for opening a considerable spring force must be overcome. This force can not be applied by hand to the two shell parts due to the smooth spherical shape, but only with special tools.

In the packaging body 1 in Fig. 4, a sealing element is additionally attached to the inside 23 of the shell, in the form of a seal label 12, which overlaps both adjoining shell parts 21a, 21b at the contact point and is adhesively connected thereto. The mechanical stability of the label and the strength of the splices must be adapted to each other so that when separating the shell parts hold the splices, and thereby the label is irreversibly changed, for example, is torn.

In order to allow attachment of the seal label 12 on the inside of the already closed shell, in the illustrated embodiment, the seal label on a ferromagnetic element, such as a thin iron foil on. When assembling the packaging body, the seal label is permanently adhered to the one shell part 21a. However, the seal label 12 or the second sleeve part 21b is shaped such that after the assembly of the two sleeve elements, the exposed adhesive layer of the seal label has a small but sufficient air gap to the inside of the second shell part 21b, so that irreversible sticking does not take place yet. If a magnetic field is applied from the outside at the corresponding point, then the iron foil, and thus also the underlying seal label, is pulled against the inside of the sheath element 21b. The adhesive layer is pressed onto the shell surface, so that the adhesive effect arises.

5 schematically shows a further embodiment of a packaging according to the invention, with an RFID element 13. The RFID element 13 is permanently glued on the inside 23 of the casing 2. Since the envelope is permeable to radio frequency signals, it is possible to communicate with the RFID element from the outside. In addition, RFID elements do not require their own energy storage.

An RFID element can fulfill various tasks in the packaging body according to the invention. For example, RFID elements may serve to detect theft by sending out a signal as it passes an antenna, typically at the store outlet, that triggers an alarm. RFID elements can also be used for inventory management or allow a customer to view more information about a product using a reader.

To facilitate the attachment of the RFID element on the inside of the shell, for example, a UV-curable or blue light-curable adhesive may be used, which prior to curing, a shift of the adhesive surface of the RFID element on the inside of one or both Enables shell parts, so that the shell parts can be assembled. Subsequently, by irradiation of UV light or blue light from the outside through the transparent shell of the adhesive can be permanently cured. Of course, such a procedure is also applicable to sealing elements.

The RFID element 13 in the embodiment shown has not only the RFID function but also the function of a sealing element 12. For this purpose, an RFID tag is used as the RFID element 13, which is arranged at the boundary region of the two shell parts 21 a, 21 , and permanently bonded to both shell parts. The only schematically shown, consisting of very thin metal conductor layers antenna 132 of the RFID element is arranged so that when opening the shell, the antenna is destroyed, and thus the RFID element is permanently out of service. By interrogating the RFID element 13, it can thus be determined whether the sealing element 12 has been broken open in the form of the RFID element 13. If the RFID element answers, if the seal is undamaged, if there is no response, the seal is broken.

Certain RFID types allow communication over a distance of several meters. In this way, it is possible to regularly check the presence and the identity of several packaging bodies with such RFID elements at a distance. For example, packaging bodies can be monitored in a presentation showcase or display. Moving packaging bodies between different rooms can also be monitored with corresponding RFID communication devices. If the RFID signal of a specific packaging body disappears, this means that the packaging body has been removed or, with a corresponding design of the RFID element as a sealing element, as described above, the casing has been opened. If this is not intended or authorized, for example in the context of a successful sale, then an alarm can be triggered.

Depending on the desired intended use of the RFID elements, it may be necessary to use a plurality of RFID elements for a packaging body.

Also possible is the use of other means of protection, such as color capsules that permanently spray paint in an unauthorized opening of the packaging body or removing the packaging body from a particular rayon the packaging content and thus make the stolen product useless.

In the packaging body 1 in Fig. 5 is also schematically shown a locking mechanism 25, with interaction means 251, with which this locking mechanism can be actuated. For example, the interaction means may be narrow openings in the enclosure, as indicated in the figure, through which a special tool may act on the locking mechanism.

The packaging bodies according to the invention make it possible not only to present the packaging bodies or the goods arranged therein statically in a display but also to move them dynamically. The movement of the packaging body draws the attention of customers to the product.

Fig. 6 shows a schematically illustrated possible embodiment of an inventive device 4 for rolling movement of packaging bodies in the form of a rolling body 1, wherein the rolling bodies are designed spherical. The device 4 comprises a sloping runway 41 on which rollable packaging bodies 1 are gravity driven from an upper beginning 43 of the runway to a lower end 42 of the runway. The runway, which is shown only schematically as a dashed line in FIG. 6, can be a gutter, a tube, a wire frame, a plane or another structure which enables a controlled rolling movement of the packaging bodies 1.

The device 4 further comprises a lifting device 5, which takes on incoming packaging body 1 at the end 42 of the runway 41 and transported against gravity upwards to return there to the beginning 43 of the runway 41, from where they back down can roll. In the example shown, the lifting device 5 as driven by a motor 51, circulating conveyor chain 50 is realized. On the conveyor chain 50, a plurality of annular lifting members 53 are arranged, which lift the spherical packaging body 1 from the trough-shaped end 42 of the runway 41, and transport upwards within a guide plate. After reaching the apex, the lifting elements 53 return the spherical packaging body 1 to a channel-shaped start 43 of the runway. The result is a continuous circulation of the packaging body 1 within the device 4.

For an interesting presentation of the goods, the runway 41 can be designed very differently, with curves, waves and much more. The packaging body 1 need not move quickly, so that even flat slopes can be used. It may also be provided stowage and separation mechanisms to allow the viewer a better view of the packaging body 1. Likewise, the device 4 can be designed such that an interested customer or the sales staff can remove certain packaging bodies 1 during operation from the device.

The device 4 shown for rolling movement of rollable packaging body 1 is in addition to the use for dynamic presentation of goods also for moving automatic watches, especially automatic watches. Collectors of such watches, but also corresponding specialist shops, face the problem of having to keep the spring-loaded drive reserve of several automatic watches filled. There are for this purpose special actuator devices in which the automatic watches are slowly swung back and forth. An apparatus for moving packaging bodies according to the invention can also be used for this purpose by mounting the automatic watches in the packaging bodies. The rolling movement of the packaging body results in a movement of the automatic watches, which enables the automatic winding of the drive spring via the corresponding automatic mechanism.

A further embodiment of an inventive device 4 'for rolling movement of packaging bodies in the form of a rolling body is shown schematically in FIG. The lifting device 5 comprises a revolving wheel 50 having a plurality of scoop-shaped lifting members 53 arranged along its circumference. A rolling body 1 arriving at the end 42 of the runway 41, shown schematically, is grasped by a blade 53 and conveyed upwards in interaction with a guide plate 52. After exceeding the vertex, the rolling body move back a certain distance down until the blade 53 has again reached a horizontal position at a rotation angle of 90 ° after reaching the vertex and releases the rolling body. The rolling body rolls from then again gravity-driven from the blade 53 to the beginning 43 of the runway 41st

In the example shown, the blade elements 53 are radially aligned. By tilting the blade elements with respect to this radial alignment in the direction of rotation can be achieved that the rolling elements are released at less than 90 ° rotation angle after reaching the apex, so that the wheel 50 for a certain effective lifting height must be less high. For example, with a radial tilting of the blade by 30 ° in the direction of rotation, the blade is already horizontal again at a rotation angle of 60 ° after reaching the apex.

A further embodiment of a device according to the invention for the rolling movement of packaging bodies in the form of a rolling body is shown schematically in FIG. 8. On a mounted on rollers 50, circulating counterclockwise conveyor belt 45, the rollers roll 1 gravity driven steadily to the right in the direction of a trough in the middle of slightly sagged conveyor belt 45. At the same time, the rolling elements 1, of course, frictionally connected to the conveyor belt 45. The conveyor belt 45 thus acts on the one hand as a runway of the rolling elements, and on the other hand as a lifting element which conveys the rolling elements by the static friction against the force of gravity to the left and above.

The present invention is not limited in scope to the specific embodiments described herein. Rather, for the skilled person from the description and the associated figures, in addition to the examples disclosed herein, various other modifications of the present invention, which also fall within the scope of the claims. In addition, various references are cited in the description, the disclosure of which is hereby incorporated in their entirety by reference in the description.

Claims (23)

claims 1. Packaging body (1) for transporting and / or presenting and / or storing at least one article (9), with a substantially closed shell (2) whose outer side (22) is designed as a rollable ball, wherein the shell partially or is completely transparent, and comprises two or more shell elements (21a, 21b) which are reversibly or irreversibly connected to each other; and with a support module (3) for at least one article, wherein the support module is mounted supported on an inner side (23) of the cover, and configured such that at least one object can be positioned on the support module. 2. Packaging body according to claim 1, wherein the support module (3) on an inner side (23) of the shell resiliently (31, 31 ', 31 ") is mounted. 3. Packaging body according to claim 1 or 2, wherein the support module (3) has at least one on an inner side (23) of the shell mounted elastic element or spring element (31, 31 ', 31 "). 4. The packaging body according to one of the preceding claims, wherein the sheath (2) on its inner side (23) has a positioning structure with which the support module (3) interacts to position the support module relative to the sheath. 5. The packaging body according to claim 4, wherein the positioning structure comprises at least one recess (24) on the inner side (23) of the sheath (2), in which the support module (3) engages. 6. Packaging body according to one of the preceding claims, wherein the mounting module (3) has a mirror element (35). 7. Packaging body according to one of the preceding claims, wherein the support module (3) has a support element (34) which is designed so that at least one object (9) can be positioned thereon positively and / or non-positively. 8. Packaging body according to one of the preceding claims, wherein the packaging body (1) has a locking mechanism (25) with which the shell parts (21a, 21b) can be reversibly or irreversibly connected to each other. A packaging body according to claim 8, wherein the locking mechanism (25) comprises a snap closure or a bayonet closure or a screw cap. 10. Packaging body according to one of the preceding claims, wherein the packaging body (1) is designed so that it can be opened from the outside only with a key device or a special tool. 11. Packaging body according to one of the preceding claims, wherein the packaging body (1) has a locking mechanism (25), with which the shell parts (21 a, 21 b) can be reversibly connected to each other, wherein the locking mechanism is designed such that by selective application of magnetic Fields from the outside and / or direct or indirect supply of electrical energy from the outside of the locking mechanism can be locked and / or unlocked. 12. Packaging body according to one of the preceding claims, wherein the packaging body (1) has a sealing element (12) which is detectably irreversibly changed upon opening of the packaging body, in particular verifiably damaged or destroyed. 13. The packaging body according to claim 12, wherein the sealing element (12) is irreversibly connected to the inside or outside of at least two of the shell parts (21a, 21b), and configured such that when separating said at least two shell parts, the sealing element by the case occurring mechanical forces the sealing element is verifiably irreversibly changed, in particular detectably damaged or destroyed. 14. Packaging body according to claim 12 or 13, wherein the sealing element (12) comprises an RFID circuit (131) and an RFID antenna (132) which are configured and arranged such that upon opening of the packaging body (1) or a Separating the at least two shell parts connected to the sealing element of the RFID circuit (131) and / or the RFID antenna (132) is destroyed. 15. Packaging body according to one of claims 12 to 14, wherein the sealing element (12) on the inside (23) of the sheath (2) is arranged, and contains a ferromagnetic element with which after closing the sheath (2) by applying certain magnetic fields the sealing element can be mechanically manipulated from the outside. 16. Kit for a packaging body (1) according to one of claims 1 to 15, comprising two or more shell elements (21a, 21b), which are reversibly or irreversibly connectable to one another to a substantially closed shell (2) whose outer side (22) is designed as a rollable ball, and at least one support module (3) for at least one object, wherein the support module can be supported on the inside (23) of the composite shell, and configured to be positioned on the support module, the at least one object can. 17. A device (4) for rolling moving automatic watches, in particular automatic wristwatches (9), with a runway (41) on which a rolling body (1) from an overhead start (43) of the runway to a lower End (42) of the runway gravity-driven rolling can be promoted; and with a lifting device (5), with which the rolling body taken from the lower end of the runway, promoted against gravity up, and can be handed back to the beginning of the runway. 18. The apparatus of claim 17, wherein the device (4) comprises at least one rolling body (1), in which an automatic clock is arranged. 19. The apparatus of claim 17 or 18, wherein the lifting device (5) in a tilted to the horizontal plane rotating conveyor element (50), in particular a conveyor belt, a conveyor chain or conveyor wheel, on which a plurality of lifting elements (53) is arranged , with which rolling elements (1) can be conveyed against gravity. 20. A method for rolling moving automatic watches, in particular automatic wristwatches (9), comprising the steps of: - Spatially positioning an automatic watch in a rolling body (1), wherein the rolling body in particular the shape of a cylinder, a double cone, a Can have double truncated cone, an ellipsoid or a ball; and - rolling the rolling body. 21. The method of claim 20, wherein the rolling body is a packaging body (1) according to any one of claims 1 to 15. 22. The method according to claim 20 or 21, wherein the method with a device (4) according to any one of claims 17 to 19 is performed. 23. The method of claim 21 or 22, wherein the rolling body (1) is moved in rolling manner by being mounted on an actuator device which sets the rolling body in a rotational movement.