WO2019204850A1

WO2019204850A1 - Secure delivery device and system for protecting a product

Info

Publication number: WO2019204850A1
Application number: PCT/AT2019/060141
Authority: WO
Inventors: Harald EDER; Klemens HANS; Volker VIECHTBAUER
Original assignee: Veder Waterbox Gmbh
Priority date: 2018-04-26
Filing date: 2019-04-26
Publication date: 2019-10-31
Also published as: AT521216A2; AT16444U1; DE112019002140A5; AT521361B1; DE112019002112A5; AT521361A4

Abstract

The invention relates to a secure delivery device (1) for an at least temporary protection against an unauthorized removal of and/or transport damage to a product (4) for a delivery process, comprising at least one securing element (5), which is designed to bind the product (4) in at least two spatial directions (15), at least one closure device (7), which is designed to close the at least one securing element (5), and a securing means for at least temporarily coupling the secure delivery device (1) to a receiving device (14), wherein the securing means (8) has at least one eye- or loop-shaped securing means opening (12) which can be coupled to a receiving device (14) at a transfer, storage, or transport position (23), and the securing means (8) is connected to the closure device (7) and the securing element (5) at at least one connection point (26) in order to form a single-piece secure delivery device (1). The invention additionally relates to a packaging device (2) with such a secure delivery device (1) and to a delivery system (3) which is compatible with the secure delivery device (1) and/or the packaging device (2) according to the invention. Fig. 1

Description

Security delivery device and system for protecting a good

The invention relates to a security delivery device for protection against unauthorized Ent acquisition and / or damage during transport of goods for a delivery process. The invention also applies to a packaging device which has a packaging and at least one safety delivery device according to the invention. The invention further relates to an adjusting system comprising a security delivery device and a corresponding receiving device.

The increasing number of goods that are sent by post and logistics companies worldwide, goes hand in hand with an increase in the demands on manufacturers and / or suppliers regarding the delivery time and quality of the goods. An important point is the protection of the goods against damage and unauthorized access during transport.

The increasing amount of goods that are delivered to private individuals may also require a security of the goods for the delivery process, ie the period after the goods have been handed over to a logistician, during transport, up to the personal receipt of the goods by the recipient do. This is especially necessary if the recipient is not present in person to receive a consignment.

Analogous to a mailbox, the skilled person today a variety of re-closable mailbox systems are known in which temporarily a goods to be delivered can be stored until the recipient removes them from this mailbox system. However, the training as a lock or mailbox is very costly to buy and requires considerable space often not otherwise usable. Furthermore, such a central mailbox system is usually only visited by a logistics provider if the recipient was not present at the time of delivery. The search of this often removed from the delivery address of the recipient mailbox systems is usually associated with increased logistical costs on the wall for the deliverer and associated with a time delay and / or zeitli chem and / or additional cost of the receiver. In order to avoid this additional, unwanted expense of the recipient, the person skilled in the art today known concepts which, in the absence of the recipient suc ing, delivery via a mounted on the delivery address storage container he possible. The example of DE 102016004956 Al briefly the principle of a storage device is explained, wherein a bag for receiving at least one object, a holding device for the bag and a closure device for closing the firmly connected to the holding device bag are provided. In this way, a delivered goods can be placed in the bag and this temporarily closed. However, this process is not possible for multiple deliverers, since the bag can not be easily opened a second or more times, but only from the recipient.

Similar Kisten-, cupboard or basket-shaped storage devices frequently require comparatively much space and are therefore particularly in the area of public zugängli Chen and / or vielfrequentierten areas, such as a staircase of a tenement, often in the way and can in the worst case against the fire protection requirements of a building.

The secure temporary storage of a commodity to the receipt of a recipient, however, is not only in urban areas within closed spaces of interest. Often, direct or indirect weather protection from moisture, moisture, heat, direct UV radiation and the like is required, such as on outdoor areas of buildings or in rural areas, to transport on an open vehicle.

In addition, can be guaranteed by the known security systems only insufficient protection of the goods during the entire period of Zustellvorgangs. In the context of the present invention, the delivery process includes the period of time from acceptance of the goods by the logistics provider, the transport process, any intermediate storage, as well as the duration in which a delivered goods dwells at the delivery position or delivery address until the recipient actually receives the goods.

Object of the present invention was to overcomes the disadvantages of the prior art and a Sicherheitszu adjusting device, and an associated packaging device and / or to provide a corresponding delivery system, by means of which a simple, cost-effective and user-friendly protection of a product against unauthorized removal and / or transport damage over the entire delivery process can be achieved. It was another object of the invention by means of the delivery system and / or the security delivery device and / or the packaging device, as far as possible ortsunab pending to ensure a high level of security of goods and allow the delivery of the goods ver accordance or customer-oriented.

This object is achieved by a security delivery device, as well as a packaging device according to the invention and / or a corresponding delivery system according to the claims.

The invention relates to a security delivery device for protection against unauthorized Ent acquisition and / or transport damage to a product at least during an adjusting process and includes at least one securing element which is designed for strapping the goods in at least two spatial directions, and at least one closure device, which for closing the at least one Secured element, is formed, and at least one Be fastening means, which device for at least temporary coupling of the Sicherheitszustellvorrich device on a receiving device is formed. The receiving device can be attached to a transport position, a storage position or the dispensing position. According to the invention, the fastening means has at least one eyelet-shaped or loop-shaped fastening means opening which can be coupled to a receiving device at a dispensing, storage or transport position and in that the fastening means with the closure device and the securing element at at least one connection point to form a one-piece security delivery device connected is.

The security delivery device according to the invention can thus be at least temporarily connected or coupled at least temporarily by means of fastening means with a receiving device provided for this purpose. The fastening means is preferably designed as an eyelet, loop, tab or the like, such that it can be hung in a receiving device or even mounted around it. By the connection of the at least one security element to the attachment means and the closure device at at least one connection point, an at least temporary protection against authorized withdrawal guaranteed. This connection point can also be formed by joining the fastening means with the closure device and / or the securing element. The approach according to the invention of this safety actuating device makes it possible for both the manufacturer of a product, the distributor or logistics partner can already provide the security delivery device for protecting the goods, or can attach the security delivery device around the goods in separate steps or locations. In this way it is possible that when ordering the goods already given to the manufacturer, or even at the logistics partner in the security delivery and the goods are protected for the delivery process. The safety delivery device according to the invention is therefore also suitable for securing the goods in or at a transport position, for example in a delivery van, or even at a storage position, eg an intermediate storage or logistics center, against unauthorized removal and / or transport damage. At ei ner dispensing position, a deliverer has the security delivery device only at a designated receiving device or a holding means, such as a door buckle or a purpose suitable and / or designated holding means to install. In this way, it can be waived to personally meet a recipient of a product, since the goods inside the security delivery device at least for a certain period of time protects against unauthorized removal. The recording device is designed such that it can only be opened by a recipient of the goods. Preferably, the security delivery device, preferably on the United closure device on a predetermined breaking or opening point at which the receiver can open the Si cherheitszustellvorrichtung and / or an optional packaging easier.

In addition, the inventive design of the safety delivery device allows an at least temporary and simple recording by an unmanned Zustellvehi angle, such as a delivery drone or the like, can be done. It may therefore be provided that the safety delivery device has a plurality of trained by the at least one Sicherungsele element and the fastening means additional loops or eyes, whereby the recording is facilitated. The delivery process can be carried out relatively easily by a drone, which is provided with a receiving device or a holding means, which corresponds to the fastening means or designed as an eyelet or loop fastener opening. Furthermore, it may be advantageous for the closure device to be designed for visual protection and / or protection against external access, at least parts of the at least one fuse element and / or any free securing element ends of the at least one fuse element and / or at least parts of the fastening means within to absorb the United closure device.

In this way it can be avoided that possibly free securing element ends protrude from the safety delivery device and interfere during transport or under certain circumstances with automated handling of the safety device in a logistics center. The closure device can also have a non-visible from the outside inner space, which serves to receive multiple fuse element ends or parts of the fastener. As a result, external access or attachment of a tool to the securing element ends is made more difficult and the safety of the safety delivery device is favored. It is also possible that the Verschlussvorrich device is designed such that the fuse element ends are secured against slipping or -zie hen. This can e.g. be achieved by locking elements on the fuse element ends or a crimping or clamping device of the closure device.

In addition, it can be provided that the at least one securing element has at least one uniaxial tensile strength, which corresponds to at least twice the weight of the goods received therein, preferably 25 to 1500 MPa.

In this way, the stability of the security delivery device, in which the goods are received, increased for the manipulation or handling by the logistics provider who the. A "tearing" of the fuse element by its own weight can thus be avoided by a ge suitable, tuned to the weight of the goods from, tensile strength or tensile strength, as well as the specified strength makes unauthorized access difficult. Tensile strengths of at least 25 MPa, preferably higher, which may have up to about 1500 MPa, depending on the material used, are preferred. However, a receiver should still be able to open the security delivery device with a suitable tool, such as a sharp cutter or pliers. Furthermore, it may be expedient that the at least one securing element and / or the fastening means and / or the closure device comprise an at least uniaxially cut and / or tear-resistant, preferably reinforced by fibers, material.

It is advantageous that the cut and / or tear-resistant design of the Sicherungsele management and / or the fastener and / or the closure device at least delayed unauthorized access to the goods. The material of the securing element and / or of the fastening means and / or the closure device is preferably designed to be cut and / or tear-resistant in at least one direction. It has proven to be particularly advantageous before that the elastic modulus along the uniaxial cut and / or tear-resistant direction of the material between 2500 and 200,000 MPa, preferably between 5000 and 100,000 MPa. Suitable materials for this are plastics, and metal or metal alloys, as well as fiber-reinforced synthetic or natural fibers in question. In this way, a high degree of elasticity of the security delivery device is ensured in at least one direction and enables a high degree of design diversity of the security delivery device. Any free fuse element ends can be closed to the outside by means of the at least one closure device and are thus efficiently protected against access. It may moreover offer advantages to make the fastener, the closure device and the securing element of the same material, e.g. a cohesive connec tion site of the same material to be able to train easily.

Also advantageous is an expression, according to which it can be provided that the material of the at least one securing element and / or the fastening means and / or the closing device comprises at least one metal, preferably steel.

The relatively low material costs and good processability of metals and in this case of steels in particular are a particular advantage. Furthermore, compared to plastics usually higher tensile strengths or modulus of elasticity are another advantage to protect the recorded product.

Furthermore, it may be expedient if the material of the at least one securing element and / or of the fastening means and / or the at least one closure device is attached to at least one material of the group PC, PE, PP, PA, PVC, PET, or PS, or the Ma material a composite material with a matrix from the group PC, PE, PP, PA, PVC, PET, or PS, and therein at least partially encapsulated fibers of at least one material of the group consisting of carbon fiber, glass fiber, polyester fiber, ceramic fiber, metal fiber.

Such plastics from the group PC, PE, PP, PA, PVC, PET, PS or PTFE are very well to produce tape, net or foil-shaped security elements and are generally well weldable. Likewise, these plastics are advantageous and relatively easy to produce in order to form a matrix in composite materials which have fibers for reinforcing the securing element and / or the fastening means and / or the closure device. The fibers may be arranged, for example, in or at least partially within a strapping band or a strapping network, such that they are not visible from the outside. The arrangement of fibers can be done as a tissue and / or scrim. The material of the fibers may comprise at least one material from the group carbon fiber, glass fiber, ceramic fiber, metal fiber, plastic fiber, and in particular fibers from the group PE, PP, PA, PVC, PET, or PS. Such manufactured securing elements and / or fastening means and / or closure devices allow a good loading resistance of the security delivery device against weathering and unauthorized access.

Furthermore, it can be provided that the at least one securing element is formed as a band-shaped, preferably at least three, strapping bands, and / or as a strapping net and / or as a protective film which substantially completely covers the packaging, preferably waterproof.

The principle of the security delivery device according to the invention is conceivable both with strapping bands as well as with a strapping and / or a protective film surrounding a product. In accordance with the previous embodiments, it is preferred that the free securing element ends of the securing means, for example a strapping band or the free ends of a strapping net are sealed within a closure device. Likewise, for example, a cut edge of a protective film may be enclosed by the closure device. A combination of at least three strapping bands and / or a strapping with a protective film serving as packaging be particularly noted here. The Sicherheitszu adjusting device can thus serve to protect against unauthorized removal and / or transport damage of a product with any geometry. In order to protect the goods additionally from water or moisture, it has proven to be advantageous if the protective film is waterproof. Other weather conditions, such as excessive light irradiation or unwanted transparency of the protective film can be mitigated where appropriate by an opaque version.

Furthermore, it can be provided that the at least one connection point is designed as a non-detachable welding or soldering or riveting or latching connection.

In this way, the fastening means with at least one securing element and at least one closure device is firmly connected at one point. This can advantageously be done such that the fastener initially present loose and is taken from the United locking device or a locking device such that it is a Be festigungsmittelöffnung formed, whereby by the closure device on the one hand with the fastening means and on the other hand with the securing element for education the connection point is connected. It is also possible that the fastening means is already connected to the closure device and / or the securing element and the connection point is formed by the respective contact points of the individual elements. The permanent joint is also suitable as an indicator whether the security Stellvor direction was manipulated by an unauthorized person or whether an opening attempt has taken place. In addition, the aforementioned materials for the fastening means and / or the securing element and / or the closure device are particularly well suited to be riveted or preferably welded. Likewise, the connection point can be formed by locking elements which form a one-way closure, whereby a cost-effective and stable connection of the individual components can be created.

In addition, it can be provided that the fastening means is formed at least in a space direction movable relative to the securing element and / or the closure device. The relative mobility of the fastening means relative to the securing element or the closure device has the advantage that the fastening means during the transport process on the packaging on or even inside or at least partially hidden. The fastening means may be designed to be pivotable and / or rotatable relative to the securing means, for example. As a result, a simple and fast coupling security delivery device to a receiving device at a dispensing, La ger or transport position can be achieved. In addition, several safety delivery devices can be attached to one and the same receiving device.

Also advantageous is an expression according to which it can be provided that the fastening is made gungsmittel with the closure device in one piece.

The one-piece design of the fastener together with the closure device offers the advantage of increasing access security. In this way, any, mutually corresponding, fuse element ends can be efficiently hidden within the closure device and preferably fixed within the closure device against slipping. The fuse element ends can be arranged flush against each other or even overlapping. It is also conceivable that the fuse element ends are connected to each other or with the closure device, wherein the connection point preferably clamped and / or welded and / or can be performed riveted. The one-piece design of the fastener with the closure device can also provide manufacturing and cost advantages and allows a simple connection point to at least one fuse element.

Furthermore, it may be expedient if the at least one closure device has at least one locking device which is ausgebil det for receiving the fastening means for forming a fastener opening, and / or the at least one securing element by locking in the locking device, preferably a permanent locking device.

In this way, the safety delivery device can be completed only at the dispensing position and / or a receiving device by fastening the fastening means in the Arretiervorrich device of the closure device. It is conceivable that a logistician For example, belt or belt-shaped fastening means which has two loose ends, around a holding means herumschlingt and by fastening in the locking device, the fastening medium opening is formed. The loose ends are formed to the locking device form and / or function complementary and may have, for example, the shape of a buckle or a Ras telements. It is possible that the fastening means within the United closure device and / or hidden within the packaging device and is brought out only when needed. In this way, the protrusion of the fastener can remain hidden during transport. The locking means may be formed as a permanent locking device to receive the fastener such that the two loose ends are completely aufgenom men of the locking device and the closure device. It is also conceivable that a locking device serves to receive at least parts of the at least one securing element. Such a locking device, for example, take a strapping within the closure device in such a way that a security of the goods is given against slipping. The at least one securing element is likewise connected to the closure device for the purpose of forming at least one connection point, whereby a safety adjusting device which can be used very flexibly can be formed which is well adaptable to the local conditions of the dispensing position or the receiving device and / or the holding means.

It can also be provided that the fastening means and / or the at least one Si insurance selement has a fixed end and a loose end and the loose end and the Arre animal device to each other complementary to the formation of a fastener opening and / or strapping by locking the loose end in the locking device, preferably a non-detachable locking device, are formed.

In certain cases, it has proved to be advantageous if the fastener opening of the fastening means by a fixed and a loose end of the fastener together men together with a locking device is formed. The fixed end of the fastening means is firmly connected to the closure device or formed in one piece. The loose end of the fastening means is designed such that it is positively and / or functionally complementary to a locking device. Similarly, a fuse element may be at least partially connected to the closure device and the loose end or the loose Ends are received by a locking device. The locking device can be formed as a non-releasable locking device. The form-and funktionskom plementäre loose end may therefore, for example, a plug connection according to only have a plug, or have as a cable tie over a plurality of ratchet teeth. Furthermore, a design of the loose end as a hidden within the Arretiervorrich device buckle is conceivable. The opposite direction in the insertion of the loose end side of the locking device may be open or closed. The particular advantage of this form of expression is that the receiving device can be designed very simply. The Sicherheitszu adjusting device can therefore, for example, to a holding means, such as a lattice bar whose ends are fixedly connected to, for example, a masonry, are secured by looping around the loose end and fastening within the locking device. Analogously, other attachment sites or on receiving devices or holding means for receiving the security delivery device are thinking bar and include any dispensing positions, which have suitable recording devices.

In addition, it can be provided that the locking device and the loose end of the loading fastening means and / or at least one securing element for reducing a Publ opening width of the fastener opening are formed in at least one spatial direction.

The advantage of this embodiment is that the choice of the recording device he is facilitated by the ability to reduce the opening width of the fastener opening in at least one spatial direction. Here, the at least one loose end of the loading fastening means and / or at least one securing element is locked within the Arretiervorrich device and prevented from pulling out, whereby the security of the safety delivery device is increased against unauthorized removal of the goods. Another advantage is that a supplier does not have to search long for a suitable receiving device, as already a door handle or knob can serve as a suitable receiving device by the inventive principle of the safety delivery device.

It is also advantageous an expression according to which can be provided that the locking device and / or the locking device are detachably formed. In this way, the locking device and / or the locking device, which temporarily fix a fastening means and / or at least a part of the securing element, be solved by means such as an intended unlocking device such that the loading fastening means and / or the securing element at least loosened or even completely removed can be. Such an unlocking device can be executed in such a way that, for example, by lifting or squeezing by means of a fingernail or a flat object such as a screwdriver, the locking device and / or the locking device is unlocked. The advantage is that both the Verschlussvor direction, as well as the fastening means and / or the securing element for a fol lowing use are available without damage occurs. This can be advantageous for any return of the goods. Advantageously, the unlocking device is arranged such that it is not accessible after coupling to a receiving device. In this case, the receiving device must first be unlocked or opened to remove the security delivery device and the closure device or the locking device and / or the locking device can only then ge triggers, whereby the security against unauthorized removal remains unaffected.

Furthermore, the security delivery device according to the invention may comprise a conductivity sensor. The at least one securing element and / or the closure device and / or the fastening means may be at least partially electrically conductive and arranged with a disposed within the closure device conductivity sensor for detecting a change in conductivity at e.g. Opening or damage, be connected.

The conductivity of the one securing element and / or the closure device and / or the fastening means can be carried out by the choice of an electrically conductive material, or by embedding electrically conductive fibers within the components. By opening and / or damaging at least one of the named components of the safety-delivery device, a change in conductivity occurs, which can be detected by the conductivity sensor. The conductivity sensor may also be equipped with a microprocessor unit, which also allows detection of the time of conductivity change. Furthermore, the conductivity sensor may also have an inte- grated and / or separate connected to the microprocessor unit GPS transmitter / receiver ger have. Thus, the position of the Sicherheitszu adjusting device is detected at a conductivity change Leit, and can be used, for example, to allow tracking of the goods throughout the delivery process.

The detection of a change in conductivity can also be used to initiate predefinable measures. Such measures may e.g. be an optical and / or acoustic warning signal, or even a confirmation signal, such. sending an electronic message to the recipient and / or the logistician. It can thus be provided that at least one optical and / or acoustic and / or electromagnetic cal waves transmitting signal means is connected to the conductivity sensor.

The signaling means can also be connected to the microprocessor unit and optionally enable a transmitting and / or receiving device for the exchange of data with the receiver and / or the logistics provider. As signal means are thus, preferably as LED or OLED trained, optical filament in Lrage. It is also possible that the signal means comprises a loudspeaker which emits a warning tone as soon as a conductivity change is detected. In addition, as electromagnetic waves, all lorms of today's usual signals for a wireless data transmission, preferably Lunksignale understood. As a result, a wireless transmission ei nes signal, such as a warning, from the Sicherheitszu adjusting device to the Emp catcher and / or the logistics provider can be easily sent. The formation of such Signalmit means can increase the security during the delivery process against unauthorized opening or Ent acquisition significantly. In addition, it allows the tracking of the goods for the purpose of improved traceability for damaged and / or lost goods.

As a result, the logistics provider and / or the recipient or even an insurance company, based on the recorded data of the signal means in a position to investigate the cause of a faulty delivery process and initiate appropriate countermeasures. For example, the time of the deposit or delivery of the goods or the delivery position can thus be easily detected in a simple manner. It can additionally be provided that the safety delivery device comprises a deactivation device, which is connected to the conductivity sensor and / or the signal means.

The deactivation device is advantageously designed as a transmitting and receiving device for, preferably wireless, data, whereby the logistician and / or the recipient can unlock or deactivate them before the legitimate opening of the security-transmitting device. Deactivation may be manual or electro-mechanical, e.g. a suitable program on a PC or preferably mobile phone, suc conditions. The deactivation device may be connected to a release s device to open the closure device and / or the locking device and / or the locking element.

The invention further relates to a packaging device which comprises at least one packaging and a security delivery device according to the invention. The packaging is suitable for at least partially receiving a product at least for a delivery process. The security delivery device comprises at least one securing element, which is designed for strapping the goods in at least two spatial directions, and at least one closure device which is for closing the at least one hedging element, and a fastening means, which for at least zeitweili conditions coupling the security delivery device on a receiving device, is formed. The fastening means has at least one eyelet or loop-shaped fastening medium opening, which can be coupled with a receiving device to a dispensing, storage or transport position, and connected to the closure device and the fuse element at least one connection point to form a one-piece Sicherheitszu adjusting device is. The at least one securing element is arranged at least partially on and / or within the packaging for forming a packaging device according to the invention.

The combination of a packaging with a Sicherheitszustellvorrich invention tion, wherein the fuse element is at least partially disposed on and / or within the Verpa ckung, offers the advantage of a very simple and very safe Ver pack, and that this very time and cost saving in the delivery be attached can do without sacrificing safety. Moreover, such a packaging device can already be coupled to a transport position during transport. Incidentally, the same applies to the security delivery device according to the invention. In addition, a plurality of such security delivery devices or packaging devices may be temporarily arranged, for example, over one another on one and the same receiving device. This allows, for example, an improved storage and / or storage during transport and can avoid the stacking and mixing of goods in a van.

According to an advantageous development can be provided that the fastening means and the at least one securing element and a closure device are integrally formed with the packaging.

It may be particularly advantageous if already provided within the package Si insurance elements as well as a fastener associated with the securing element is seen in front and this arrangement can be closed with the closure device. In this way, a multi-stage arrangement and attachment of packaging, fuse element and fasteners is no longer required. This offers process engineering and production technology advantages. Furthermore, it can be provided in this way that the securing element is arranged concealed within the packaging. In this way, it can also be made possible that the proportion of the surface of a packaging for identification for security and / or advertising purposes, compared to an arrangement in which rests the at least one securing element on the outside of the package, can be increased.

In particular, it may be advantageous if the fastening means is formed with the Verschlussvor direction such that a free access to the fastener opening for coupling the fastener with the receiving device from the outside and the fastener opening relative to a surface of the package and / or the United closure device inside extending, preferably at one edge of the package, is arranged.

In this embodiment, the fastener opening may be formed inwardly relative to the surface of the package, thereby providing a protruding fastener is avoided. However, the fastener remains freely accessible from the outside. The United closure device can be arranged at any position of a package surface. Preferably, however, the positioning of the closure device at an edge whereby the fastening means is formed parallel to the edge. In this way, it is also possible that a plurality of packaging devices according to the invention can be attached with their respective fastening means to a dedicated receiving device.

Furthermore, it can be provided that the packaging and at least parts of the safety adjuster are preferably made from a natural fiber-based, preferably cellulose-based, and / or synthetic, preferably from the group PC, PE, PP, PA, PVC, PET, PS, PVOH Fibers reinforced, material is made.

According to the invention, at least parts of the safety adjusting device and the packaging are provided integrally, that is to say as a one-piece body, whereby costs and time advantages through very simple handling are increased during production as well as during the packaging process. The use of cellulosic materials offers environmental advantages. A combination or even independent production of the packaging and at least parts of the safety delivery device made of a synthetic material is also conceivable and offers particular advantages in terms of strength and longevity of the safety device. As materials, the same individual materials or composites come into question, as previously described for the security elements and / or closing device Ver and / or fasteners, which is why there is no need for a repetition. In addition, however, comes as a packaging material, the group of cardboard, preferably coated paper and cardboard packaging. About this applies to all embodiments that the surface of the package and / or the security delivery device can be designed to be printed. As a result, important information, for example concerning the goods, manufacturers and / or suppliers can be applied to safety in a simple manner. Likewise, the use for advertising purposes is conceivable.

In addition, it can be provided that the packaging is waterproof. With the packaging device according to the invention is thus achieved that the Anbrin tion of the packaging with the integrated safety delivery device is outside of a living area regardless of weather conditions. The waterproof design of the packaging thus ensures additional protection against damage in transit of a product. Furthermore, the protection against unauthorized removal of the security delivery device is additionally increased because a softening of the packaging is prevented in, for example, rain.

Also advantageous is an expression according to which can be provided that the fastening gungsmittel relative to the surface of the package to the outside hinged and / or rotatable and / o is designed to be displaceable.

It has proved to be particularly advantageous that the fastening means is not formed protruding relative to the surface of the packaging during the transport process. The fastening means can thus according to the invention until shortly before a coupling of the Verpa ckungs device or the safety delivery device with the receiving device ge compared to the surface are moved protruding. In this way, an automated movement of the packaging device is facilitated since the packaging does not have any protruding elevations to the outside. This embodiment thus allows decisive advantages in terms of transporting a product through the use of partially or fully automated manipulation or conveyor belts without the risk of damaging the goods.

Finally, the invention relates to a delivery system comprising a safety device according to the invention or a packaging device according to the invention for protection against unauthorized removal and / or transport damage of a product for a delivery process at a dispensing position, wherein a stationary receiving device or a stationary holding medium is provided at the dispensing position and the Recording device has a Schließme mechanism for receiving and / or release of the fastener.

It has proved to be advantageous if a receiving device provided for receiving the safety device according to the invention has a closing mechanism for receiving the fastening means and securing the safety feeding device. has. The locking mechanism may be formed in the simplest case, for example, as a lock Bares snap lock. But there are also number locks or the like conceivable. The recording device should be stationary at a dispensing position, at z. As a Ge building or a holding means attached thereto, such as a freestanding mailbox or a bicycle stand, be formed. The formation of the locking mechanism it allows in a simple way the access to the goods to be transported to a righteous people group, such as the recipient and the supplier, einzu restrict. Besides that, the safety actuator and / or the packaging device can be easily removed by the receiver by opening the locking mechanism from the receiving device.

It may also be useful if the locking mechanism is mechanically and / or elekt ronisch open or closed formed.

The locking mechanism can be controlled electronically in this case alternatively or in combination with a mechanical safety lock rule. The locking mechanism to Zu stellsystems may be formed separately and form an independent functional unit or coupled with a deactivation s device of a Sicherheitszu stellvorichtung and / or packaging device or functionally connected. The possible Ausfüh tion forms the deactivation device described above are therefore mutatis mutandis transferred to the locking mechanism. The electronic control can be done in the simple case via a control panel on the locking mechanism. To open a simple at least four-digit code is sent to the receiver, with which the locking mechanism can be unlocked. Likewise, fingerprint or facial recognition are suitable for such a purpose. It is equally conceivable that in this case a remote connection via cable or wirelessly to an external control device can be provided. Particularly suitable for this purpose are applications for mobile phones, as they allow communication and / or opening and closing of the closing mechanism between a person who is entitled to open, such as the supplier and the recipient. In addition, it is conceivable that an optionally feasible deactivation device and / or a signal means and / or a conductivity sensor of the security delivery device can also be deactivated simultaneously with such an application. An inventive delivery system may also include a stationary and segmented Aufnah mevorrichtung or a segmented holding means at the dispensing position, each of the segments by means of a common closing mechanism or separate Schließme mechanisms to open or close, and thereby for receiving and / or release of Be fastening means of at least one safety delivery device is used. Such an adjustment system can moreover also be equipped with a reading and / or transmitting device in order to detect, for example, the goods delivered by the logistics provider on the basis of a QR code, bar codes, or another machine-readable code in a control device.

Thereby the release of the locking mechanism and a control, e.g. via a weighing function, whether the goods have actually been delivered to the dispensing device or the holding means at the dispensing position. The control device is designed such that an electronic message as confirmation and / or release message to e.g. the delivery service, the consignee and / or the manufacturer or consignor of the goods. It is conceivable to incorporate such a delivery system in a surveillance system in which e.g. a coupling to a camera and / or an alarm system takes place. In this way, the delivery system u.U. be integrated into existing alarm systems and combined with the already existing unlocking the alarm system. Deactivation of the delivery system can be carried out analogously to the description of the conductivity keitssensors and / or the securing means.

For a better understanding of the invention, this will be explained in more detail with reference to the following figures.

In each case, in a highly simplified, schematic representation:

1 embodiment of a security delivery device or a packaging device with three strapping bands;

Fig. 2 embodiment of a security delivery device or a packaging device in the form of a Umreifungsnetzes;

Fig. 3 schematically illustrated embodiment of a closure device; Fig. 4 schematically illustrated embodiments of closure devices with integral fastener, see detailed description Fig. 4a-d;

Fig. 5 schematically illustrated embodiments of closure devices with

Locking device and / or locking device: for receiving two loose ends of the fastener (a), a loose end of the fastener (b), a loose end of the fastener with reducible opening width of the fastener

(C), and a sectional view by a releasable locking and / or Rastvorrich device for receiving fasteners and parts of a fuse element

(D);

FIG. 6 shows exemplary protection or packaging devices with fastening means on one edge; FIG.

Fig. 7 is a schematic representation of a delivery system with recording device and

Locking mechanism in open and closed state;

8 schematically illustrated embodiment of a delivery system with safety delivery device coupled to a holding means in the form of a door handle.

Introductoryly it should be noted that in the differently described embodiments, the same parts provided with the same reference numerals or the same component names who the, with the disclosures contained in the entire description mutatis mutandis to equivalent parts with the same reference numerals or the same component names who can. Also, the location information chosen in the description, such as above, un th, laterally, etc. related to the immediately described and illustrated figure and these position information in a change in position mutatis mutandis to transfer to the new location.

In Fig. 1, a possible arrangement of a security delivery device 1 according to the invention is shown. The security delivery device 1 in this case has at least one Sicherungsele element 5, which is shown in the selected representation as three strapping bands 18 and connected to a fastening means 8 within a closure device 7 or are closed. The fuse element ends 6 are at least from the outside sichtver borrowed connected to the closure device 7 and thus hidden a direct access from the outside Shen. In Fig. 1 also the formation of the fastening means 8 can be seen, wherein the fastening means 8 at least at a junction 26 with the fuse element 5 is connected. The fastening means 8 can has a fastener opening 12 is thereby coupled to a receiving device 14. The fastening means 8 may be formed as shown as eyelet, clip, loop or the like.

In the exemplary embodiment shown in FIG. 1, this fastening means 8 can also be moved relative to a securing element 5, ie in this case the strapping band 18, e.g. be pivoted, arranged. This allows the movable loop to be moved during transport e.g. can be inserted under the closure device 7 and only brought out for hooking and / or attaching to a receiving device 14. It may further erse hen a dashed line item 4 within the security delivery device 1 erse hen, which is exemplary located within a package 21 and thus within the Si cherheitszustellvorrichtung 1. Since the packaging 21 is not necessarily required for some goods 4, the security delivery apparatus 1 can also be used alone. From Fig. 1 therefore a packaging device 2 can be seen, which comprises at least one security delivery device 1 and a package 21, and wherein the securing element 5 is at least partially angeord net and / or within the package 21. In order to minimize the space requirements of at least one security delivery device 1 and / or packaging device 2 when coupled to the receiving device 14, a plurality of security devices 1 and / or packaging devices 2 can be received with a receiving device 14. Not shown is the possibility to form a plurality of loops or eyes by the at least one securing element 5, whereby a recording by the deliverer, an automated gripping device or a delivery drone can be facilitated.

The representation in FIG. 2 is a further and optionally independent embodiment of the security delivery device 1 according to the invention or the device 2 according to the invention, wherein the same reference numerals or component designations as in FIG. 1 are used again for the same parts. 2 is a schematic illustration Positioning of a running as Umreifungsnetz 19 securing element 5, wherein fuse element ends 6 of the Umreifungsnetz 19, which are guided after wrapping the goods 4 to each other, in turn, are protected for protection within a closure device 7. The fastening means 8 is integrally formed with the closure device 7, although again in this case, in turn, the fastening means 8 is partially designed to be movable relative to the Umreifungsnetz 19.

As indicated particularly schematically in FIG. 2, a product 4 may be located within a security delivery device 1 or packaging device 2, which does not have a rigid geometry and resembles a bag. To protect the product 4 from moisture and / or direct view or Fichteinstrahlung it may be particularly advantageous if the Verpa ckung 21, the goods to be transported 4 wrapped and formed as a protective film 20 or the fuse element 5 itself part of the protective film 20 is formed ,

In Fig. 3 is a further and possibly independent embodiment of he inventive security to actuator 1 and or Verpa ckung device 2 according to the invention, again using the same reference numerals or component designations as in Fig. 1 and Fig. 2 for the same parts become. It is a one-piece design of the closure device 7 with the attachment means 8 shown schematically, wherein the closure device 7 has an interior space 28 for receiving free security elements 6, which can be closed abge outwardly by closing the closure device 7. The free fuse element ends 6 may be the free ends of a strapping band 18, or even the free edges of a protective film 20, or else, as in the illustrated embodiment, the free ends of a strapping 19. The closure device 7 is, as in all other embodiments, preferably permanently closed. In Fig. 3, a possible embodiment is shown, wherein an upper side of the closure device 7 has receiving openings for locking elements on the Un terseite the closure device 7. When closing the closure device 7 hook this with the top of the closure device 7 and provide a permanent Si insurance of the fuse element ends 6 against unauthorized opening.

Similar to the representation of Fig. 3, but not shown, it is also possible that the loading fastening means 8 is not formed integrally with the closure device 7. Analogous to the aforementioned embodiments in Fig.l, 2 and 3, the fastening means 8 can be inserted together with the securing element 5 in the closure device 7 and closed to form at least one connection point 26. It is also conceivable that the closure device 7 for this purpose has, for example laterally disposed, openings in which the fastening means 8 and / or securing element ends 6 can be inserted, and by means of latching projections on the inside of the openings only a one-sided shift of said elements allow. In this way, connec tion sites 26 are formed, which allow the formation of a one-piece security to Stellvorrich device 1.

In Fig. 4a to 4d some different embodiments of Verschlussvorrichtun gene 7 and fasteners 8 are shown schematically. For the sake of simplicity, only the combination with a trained as Umreifungsband 18 Sure insurance element 5 are shown for the examples shown, but the examples are analogous to the formation of hedging elements 5 as Umreifungsnetz 19 and / or protective film 20 transferable or with the s.den Embodiments of FIGS. 1 to 3 and 5 to 7 combined.

As further shown in Fig. 4a to 4d, the fuse element ends 6 are arranged within the United locking device 7. It is possible that the securing element ends 6 are already connected to each other prior to attachment of the closure device 7, such as by gluing, sewing, welding, or else that the loose or free Sicherungsele mentenden 6 are connected via the closure device 7. In this case, it is possible given to the fuse element ends 6 by latching extensions on the inside of the Ver closing device 7 as a "one-way lock" to fix and connect with the closure device 7. In the selected examples, the joining of corresponding fuse element ends 6 is shown at the end face. It may, as shown in Figs. 4a to 4d ge be advantageous to fix the respective fuse element ends 6 within the closure ago direction 7 by a mechanical and / or chemical and / or thermal treatment. This can be realized by, for example, an adhesive, welding, or embossing process, as well as, for example, a riveting, screwing or sewing connection. In this case, at least one connection point 26 of the closure device 7 with the at least one fuse element 5 and / or achieved to the fastener 8. The fuse element ends 6 can also be arranged overlapping in Neren of the closure device 7 in order to ensure a higher Axialbelast availability of the fuse elements 5.

Fig. 4a to 4d schematically represent fastening means 8, which are integrally formed with the closure ago device 7. The eyelet or loop-shaped Ausbil tion of the fastener 8 shows possible arrangements and orientation of the fastening supply medium opening 12 on. It can also be seen the opening width 13 of the Befestigungsmit telöffnung 12, which may vary depending on the position and / or flexibility of the material of the loading fastening means 8, as well as well in conjunction with FIGS. 1 to 3 and 5 to 7 can be seen.

In Fig. 4a and 4b while the fastening means 8 and their fastener openings 12 in or transversely to the plane of the at least one securing element 5 or the Verpa ckung 21 are shown schematically. Furthermore, in Fig. 4c and 4d further possible Ausfüh insurance variants of the fastener 8 is shown, which at least temporarily on or within half of the closure device 7 can be hidden and at least in a spatial Rich device 15 is designed to be movable relative to the closure device 7. In the present case in game in Fig. 4c, the fastener 8 can be expanded as a movable eyelet if necessary. In Fig. 4d, the possibility is shown, at least temporarily to hide the fastener 8 within the closure device 7, which is indicated as dashed lines, and push out only if necessary herauszu.

Referring to the detailed description of Figs. 1 to 4, and Figs. 6 to 8, in Figs. 5a to 5c, the possibility of a closure device 7 with a locking device 16 and a fastening means 8 with at least one loose end 11 to form a Befes tion medium opening 12 are indicated schematically. These embodiments may represent independent objects of inventions, but may be combined with the embodiments of FIGS. 1 to 4, as well as FIGS. 6 to 8. Likewise, the schematic sectional view by a closure device 7 with two locking 16 and locking devices 17 is a playing with the aforementioned Ausführungsbei compatible independent embodiment. In Fig. 5, the closure device 7 at least one locking device 16, with egg ner latching or hooking side l6a and the shape and / or functionally complementary opposite side l6b, whereby a locking device 17 is formed. The fastener opening 12 can be formed by inserting the at least one loose end 11 in the designated Ar retiervorrichtung 16 of the closure device 7. The loose end 11, 16b is formed to the locking device 16a form and / or functionally complementary and may be formed, for example, as a latching or plug connection l6b.

In Fig. 5a, an embodiment is shown schematically, wherein the fastening means 8 have two loose ends 11 with a latching or plug connection. This is introduced into the Arre animal device 16 and thus forms the fastener opening 12 from. It is possible that a plurality of locking elements on the latching or Einhakseite l6a before present, whereby the opening width 13 of the fastener opening 12 can be reduced in at least one spatial direction 15 and a permanent connection to the closure device 7 is formed. The fastening means 8 may e.g. as, preferably cut and / or tear-resistant, belt or band be formed. It may, although not shown, be provided within half of the closure device 7 or within the package 21, a small chamber or bag, which can be used for temporarily receiving the loose Befestigungsmit means 8 and from which only at the delivery position 23, the attachment means 8 is brought to the formation of the fastener opening 12 in the United circuit device 7 and the locking device 16 are used.

In addition, in Fig. 5a, the possibility indicated schematically that the free Sicherungsele can be fixed 6 ends of the closure device 7. In this case, a positive and / or non-positive connection is formed and the fuse element ends 6 are prevented from slipping out. It can have the securing element ends 6 and / or the closure device 7, for example holding, squeezing and / or locking elements, which ensure the fixation. This possibility of fixing the at least one Sicherungsele element 5 is also for the other exemplary embodiments of FIGS. 1 to Fig. 8 analogously applicable or combined with it. In Fig. 5b is an example of a connector l6b shown at a loose end 11, currency end the other end of the fastener 8 firmly verbun with the closure device 7 is the. As well as Fig. 5a, the fastener 8 is shown in the still open state. The closure device 7 and the locking device 16 can only one side, for receiving the loose end 11, without this coming out in the insertion direction on the other side, be formed. Therefore, the loose end 11 can not be inserted penetrating the insertion device in the insertion direction 7, whereby an unauthorized access to the outside is significantly more difficult.

In Fig. 5c is another, possibly independent, embodiment Darge presents, wherein the closure device 7 and the locking device 16 in the insertion direction of the loose end 11 are opened on both sides and the locking device 16a is adapted to the loose end 11, l6b of Pass fastener 8 in one direction and prevent in the opposite direction from moving. This possibility is of course combinable with the examples shown in FIGS. 5a and 5b and 5d. The form- or func tion complementary loose end 11 has in the example selected a plurality of Rastele elements L6b, which prevent a backward movement of the locking device 16.

In the exemplary embodiments, FIGS. 5 a to 5 c, it can be seen that the opening width 13 of the fastening means opening 12 can be reduced in at least one spatial direction 15. In this way, the security delivery devices 1 or packaging devices 2 according to the invention can be fastened in a very simple and fast manner to a holding means 24 or receiving device 14 provided for this purpose, such as e.g. See also comparative Fig. 8. It may be possible that the fastener 8 on the securing element 5 is movable out forms, the fastener 8 separately from the closure device 7, but in one piece with the locking device 16, is formed and the fixed end 10 is thus attached to the locking device 16.

Referring to the description of FIGS. 5 a - c, a schematic sectional view through a closure device 7 is shown in FIG. 5 d, which represents a detachable connection of the fastening means 8 and / or at least part of a securing element 5. It In this case, a loose end 11 of the fastening means 8 in the locked state in the locking device 16 or the locking device 17 are shown. The second end of the attachment means 8 is not shown for the sake of clarity, however, can be firmly connected to the device 7 Verschlussvorrich or formed as a loose end 11 for receiving in the locking device 16. Furthermore, it can be seen from FIG. 5 d that a locking device 16 is provided for a securing element 5, the function of which is analogous to the reception of a fastening means 8. Moreover, a releasable connection of the fastening means 8 and / or the securing element 5 can be achieved in that an unlocking device 32 is formed from. This unlocking device 32, as in the selected representation together menwirkend with biased, releasable locking devices 16 and / or Rastvorrichtun conditions 17 may be formed. In the illustrated embodiment, the unlocking can be done simply by squeezing in the direction of the movement arrows. Once the security to adjusting device 1 or the packaging device 2 are coupled to eg a receiving device 14, the unlocking device 32 is covered ver by the fastening means 8, whereby unauthorized access can be prevented. After opening the receiving device 14 or alternatively the unlocking of the unlocking device 32 by means of deactivation device 31, the fastening means 8 and / or the at least one securing element 5 can be loosened or even released and are available for reuse.

FIG. 6 shows a further possible embodiment of the safety feeder device 1 and / or the packaging device 2 according to the invention. At least one securing element 5 is arranged on and / or within a packaging 21. In this case, the fastener 8 should be easy to take from the outside, to connect it with the Aufnah mevorrichtung 14 and / or a suitable holding means 24. To facilitate the assembly or coupling of the security delivery device 1 and / or the packaging device 2, the fastening means 8 and the at least one fuse element 5 may be integrally formed with the package 21, as indicated in Fig. 6. In egg ner such an integral design of the packaging device 2, it can brin particular advantages when the fastener opening 12 is formed in at least one spatial direction 15 relative to the surface 22 of the package 21 and / or a securing element 5 inwardly in Rich device 4 extending. In this way, a projection of the fastening be avoided means 8 during transport. Particularly advantageous is the order of the fastener 8 at an edge 27 of the package 21, as exemplified in Fig. 6 and 7 to see.

The fastener 8 can actually be arranged position independent on the surface 22 egg ner package 21 and, as indicated in Fig. 6, be formed as a web-shaped loop or eyelet. Analogous to the aforementioned embodiments, e.g. engage a manipulating device during an automated transport operation in a parcel sorting or lifting device in the fastener 8 without damaging the package 21. Nevertheless, such, in relation to the surface 22 inwardly "recessed" fastener opening 12 is very well suited to a plurality of security delivery devices 1 or packaging devices 2 in a Aufnahmevorrich device 14 or holding means 24, for. in a van, or an intermediate storage to transport or storage positions to couple.

Furthermore, in the context of the invention, the delivery system 3 is presented, which is indicated schematically in FIGS. 7 and 8. In this case, the coupling of a security delivery device 1 or a packaging device 2 with a receiving device 14 via the attachment means 8 from FIG. 7 can be clearly seen. The fastener 8 is temporarily hidden from the surface 22 of the package 21 and shown unfolded only for mounting or coupling relative to the closure device 7, as should be indicated by the movement arrow on the attachment means 8. For delivery system 3, a receiving device 14 is required, which may be arranged for example at a dispensing position 23 or a likewise stationary holding means 24. As holding means 24, all stationary objects can be used which prevent "lifting out" of the safety adjuster 1 and / or the packaging device 2, as is the case, for example, with a bicycle stand, a street lamp, or a door knob. As shown in Fig. 7 ersicht Lich, the receiving device can have a closing mechanism 25 which allows to open and close mechanically and / or electronically. An open position is indicated by the dashed lines. In addition to simple mechanical cylinder, Rie gel or U-locks, can be designed as closing mechanisms 25 and combinations or ei genständige electronic locking and / or control systems. It is preferred a radio and / or mobile telephone control, which by appropriate encryption a Publ NEN and closing the locking mechanism 25 by the logistics partner and the recipient entitled to remove permit.

An agreement by the recipient that a product 4 has been delivered to the receiving device 14 at its front door or any other suitable location or delivery position 23, at the recipient's option, may be via a text and / or voice message and the like done electronically.

As shown in FIG. 8, a security delivery device 1 according to the invention can be fixed temporarily to a holding means 24, as in the example shown a door knob or else a conically shaped door latch, by means of the fastening means 8. The example Ausfüh approximately in FIG. 8 includes a locking device 16 which receives the loose end 11 of the fastener 8 and by lashing the opening width 13 of the fastening medium opening 12 reduced in at least one spatial direction 15. For the operation of the example of Fig. 8, reference is made to the discussion of Fig. 5a to 5c and the details who therefore not repeated here. A safety delivery device 1 with a Arretiervor device 16 can therefore be introduced to all stationary holding means 24 and 23 dispensing positions, which is outstanding or widening in at least one spatial direction relative to the opening width 13 of the fastener opening 12. In the embodiment shown, a door handle is shown as holding means 24, which may also be a knob or the like. It is also conceivable that the fastening means 8 and at least parts of the securing element 5 are made in one piece, such as e.g. in the form of a cut and / or tear-resistant strap 18, are formed, and thus that the strap 18 has a loose end 11 which is held by the locking device 16.

A receiver may include the examples of the safety delivery devices 1 and / or packaging devices 2 according to the invention shown in FIGS. 1 to 8 at a predetermined breaking point which is preferably provided in the region of the closure device 7 and / or on the at least one securing element 5 , and / or by damage to the package 21 and at least a portion of the at least one fuse element 5 open. However, it is also possible to provide an unlocking device 32 and / or a deactivation device 31 in order to enable a reuse of the safety actuating device 1 and / or the packaging device 2.

It has proven to be particularly advantageous if the material of the inventive Shen security delivery device g 1 or packaging device 2 a natural fiber base th and / or synthetic material are produced. In particular, the at least one securing element 5 and / or the fastening means 8 and / or the closure device 7 may comprise an at least uniaxially cut and / or tear-resistant material, preferably reinforced by fibers 9. Similarly, the packaging material 21 may be made of such, preferably the same material as the security delivery device 1 or parts thereof. It may be advantageous if the at least one hedging element 5 has a modulus of elasticity along at least one direction between 2500 MPa and 15000 MPa. This is preferably by means of fibers 9 of e.g. Plastic, glass fibers, carbon fibers, Metallfasem or combination thereof can be achieved. In the direction of the fibers 9, under certain circumstances, a lower separation strength between the fibers it be sufficient, wherein a separation transverse to the direction of the fibers 9 very high Trennfestigkei th, of more than three times with respect to the transverse direction, may have. In the case of strapping bands 18, strapping nets 19, thicknesses of 0.1 to 4.0 mm, but in each case of 0.2 to 2.2 mm have proven particularly useful, whereas a protective film 20 only 20 pm to about 900 pm, preferably 50 pm may have up to about 500 pm. In the case of a combination of at least one strap 18 and / or a strapping 19 with a protective film 20, the respective thickness ranges apply in combination.

Analogous to the above embodiments, the material used for the packaging 21 is the use of a natural fiber-based and particularly cellulose-based casing or cardboard as packaging 21. The thickness of the cellulose-based cardboard can range from about 1.2 mm to about 8.0 mm, preferably from 1.4 to 2.8 mm. In this case, it is possible for at least parts of the at least one securing element 5, such as a strapping band 18 and / or strapping net 19, to run at least partially within the package 21 of cardboard. In the same way, both in combination or independently, packages 21 of a synthetic material, such as carbon or silicon-based plastics, preferably from the group of polyesters such as, for example, PC, PE, PET, PP, PA, PVC and the like chen, are used.

As indicated in FIG. 4a, the fibers 9 may be embedded in a carrier material or matrix material. It is also conceivable that by means of preferably water-repellent and / or dirt-repellent coating, the surface properties of the Sicherungsele element 5 and / or the fastener 8 and / or the closure device 7 and / or an optional packaging 21 can be selectively changed.

In addition or as an independent embodiment, the security delivery device 1 and / or the packaging device 2 may comprise a conductivity sensor 29, as indicated schematically in FIG. 7. The at least one securing element 5 and / or the closure device 7 and / or the fastening means 8 can be at least partially electrically conductive and connected to a disposed within the closure device 7 conductivity sensor 29 for detecting a change in conductivity, for example, opening or damage connected. A preferred form for enabling the electrical conductivity of the fuse element 5 and / or other components of the safety actuator is in the form of fibers 9, such as shown in Fig. 4a, which can simultaneously increase strength. As shown schematically by the dashed line in FIG. 7, the conductive parts of the security delivery device 1 are at least connected to the conductivity sensor 29. Furthermore, it is possible for the security delivery device 1 and / or the packaging device 2 to have a signal means 30 which, as shown by way of example in FIG. 7 as a flashing light, is designed for the emission of optical and / or acoustic signals, or preferably also is designed to send data or messages. It is also possible to provide a GPS transmitter / receiver (not shown) as part of the safety delivery device. The Sicherheitszustellvorrich device 1 and / or the packaging device 2 may additionally have a deactivation device 31, which is shown in the illustrated embodiment in Fig. 7 as the same component as the conductivity sensor 29, but may be formed independently from. The deactivation device 31 can, as shown schematically, have a wireless receiving and / or transmitting unit. For this purpose, in addition or again independently is another and optionally for themselves ei genständige embodiment, which is not shown separately, again for the same parts the same reference numerals as in the preceding Fig.l to 8 used. To avoid unnecessary repeats, reference is made to the detailed description in the preceding Figs. 1 to 8 or reference. According to the invention it can be provided that the surface 22 of a package 21 and / or the at least one securing element 5 and / or the fastening means 8 and / or the closure device 7 is printed out forms. Preferably, the protective film 20 is executed printable. In this way, for example, information about manufacturers, suppliers, as well as recipients of the goods 4, and / or also advertising and / or safety information can be easily printed. However, it can also be already pre-printed security elements 5 and / or packaging 21 are used. In this way, in order to increase the security against unauthorized removal and / or transport damage of the goods to be delivered 4 also also the security of handling the persons realize.

The embodiments show possible embodiments, it being noted at this point be that the invention is not limited to the specifically illustrated embodiments dersel ben, but also various combinations of the individual Ausfüh insurance variants are mutually possible and this variation possibility due to the teaching of technical action representational invention in the skill of those skilled in this technical field.

The scope of protection is determined by the claims. However, the description and drawings are to be considered to interpret the claims. Individual features or feature combinations from the illustrated and described different Ausführungsbeispie len can represent for themselves inventive solutions. The independent inventive solutions underlying task can the description taken from who the.

All information on ranges of values in objective description should be understood to include these arbitrary and all sub-ranges thereof, eg the indication 1 to 10 should be understood as including all sub-ranges, starting from the lower limit 1 and the upper limit 10 are, ie all sections begin with a lower Limit of 1 or greater and end at an upper limit of 10 or less, eg 1 to 1.7, or 3.2 to 8.1, or 5.5 to 10.

For the sake of order, it should finally be pointed out that, for a better understanding of the structure, elements have been partially rendered out of scale and / or enlarged and / or reduced Darge.

Reference symbol Safety delivery device 31 Deactivation device Packaging device 32 Unlocking device Delivery system

Would

fuse element

Fuse element end

Lock device

fastener

fiber

solid end

loose end

Fastener opening

Opening wide

cradle

spatial direction

locking device

Strapping tape, ribbons

Umreifungsnetz

protector

packaging

surface

delivery position

holding means

closing mechanism

junction

edge

inner space

Conductivity sensor

signal means

Claims

Patent claims

1. Security delivery device (1) for at least temporary protection against unauthorized removal and / or transport damage of a product (4) for a delivery process, to take

at least one securing element (5), which is designed for strapping the product (4) in at least two spatial directions (15), and

at least one closure device (7) which is designed to close the at least one fuse element (5), and

a fastening means, which is designed for the at least temporary coupling of the safety delivery device (1) to a receiving device (14),

characterized in that

- The fastening means (8) has at least one eyelet or loop-shaped fastener opening (12) which can be coupled to a receiving device (14) at a dispensing, storage or transport position (23), and

- That the fastening means (8) with the closure device (7) and the Sicherungsele element (5) at least one connection point (26) to form a one-piece safety delivery device (1) is connected.

2. Safety delivery device (1) according to claim 1, characterized in that the closure device (7) is designed for visual protection and / or protection against external access, at least parts of the at least one securing element (5) and / or approximately free securing element ends (6). the at least one securing element (5) and / or at least parts of the fastening means (8) within the closure device (7) aufzu take.

3. Security delivery device (1) according to claim 1 or 2 characterized in net that the at least one securing element (5) has at least one uniaxial tensile strength, which corresponds to at least twice the weight of the received therein goods (4), preferably 25 to 1500 MPa ,

4. Security delivery device (1) according to one of the preceding claims, characterized in that the at least one securing element (5) and / or the fastening means (8) and / or the closure device (7), preferably all components of the security delivery device (1), a at least uniaxial cut and / or tear-resistant, before given to reinforced by fibers (9), comprise material.

5. Safety delivery device (1) according to claim 4, characterized in that the material of the at least one securing element (5) and / or the fastening means (8) and / or the closure device (7), at least one metal, preferably steel.

6. Security delivery device (1) according to claim 4 or 5 characterized in net that the material from the group PC, PE, PP, PA, PVC, PET, PS is selected or the material is a composite material with a matrix from the group PC, PE , PP, PA, PVC, PET, PS, as well as therein at least partially trapped fibers (9) of at least one material of the group carbon fiber, glass fiber, polyester fiber, ceramic fiber, metal fiber, includes.

7. Safety delivery device (1) according to one of the preceding claims, characterized in that the at least one securing element (5)

band-shaped as, preferably at least three strapping bands (18), and / or

as a strapping network (19) and / or

- As the packaging (21) substantially continuously covering, preferably water-tight, protective film (20) is formed.

8. security delivery device (1) according to one of the preceding claims, characterized in that the at least one connection point (26) is designed as a permanent weld or solder or rivet or latching connection.

9. Safety delivery device (1) according to one of the preceding claims, characterized in that the fastening means (8) at least in a spatial direction (15) is designed to be movable relative to the securing element (5).

10. Security delivery device (1) according to one of the preceding claims, characterized in that the fastening means (8) with the closure device (7) is integrally formed.

11. Security delivery device (1) according to one of the preceding claims, characterized in that the at least one closure device (7) has at least one locking device (16), which for receiving the fastening means (8) for Bil tion of a fastener opening (12) and / or at least one securing element (5) by locking in the locking device (16), preferably a locking device (17) is formed.

12. Security delivery device (1) according to claim 11, characterized in that the fastening means (8) and / or the at least one securing element 5) has a fixed end connected to the closure device (7) end (10) and a loose end (11), and the loose end (11) and the locking device (16) form complementary to each other to form a fastener opening (12) and / or strapping by locking the lo sen end (11) in the locking device (16), preferably a locking device (17), out forms are.

13. Safety delivery device (1) according to any one of claims 11 or 12, characterized in that the locking device (16) and the loose end (11) of the fastening means (8) and / or at least one securing element (5) for reducing an opening wide ( 13) of the fastener opening (12) in at least one spatial direction (15) are out forms.

14. Safety delivery device (1) according to any one of claims 11 to 13, characterized in that the locking device (16) and / or the latching device (17) are detachably formed.

15. Security delivery device (1) according to one of the preceding claims, characterized in that the at least one securing element (5) and / or the closing device Ver (7) and / or the fastening means (8) is at least partially electrically conductive and with a within the Closure device (7) arranged Conductivity sensor (29) for detecting a change in conductivity, for example, opening or damage connected.

16, safety delivery device (1) claim 15, characterized in that at least one optical and / or acoustic and / or electromagnetic waves emitting the signal means (30) with the conductivity sensor (29) is connected.

17 security delivery device (1) claim 16, characterized in that a signal to the means (30) and / or the conductivity sensor (29) connected deactivation device (31) is formed.

18. Packaging device (2) comprising

a packaging (21) which is suitable for at least partially receiving a product (4) for a delivery process,

and at least one safety delivery device (1), preferably according to one of claims 1 to 17, having at least one securing element (5) which is designed to order the goods (4) in at least two spatial directions (15), and

at least one closure device (7), which is for sealing the at least one Si insurance severements (5), is formed, and

characterized in that

- That the fastening means (8) with the closure device (7) and the Sicherungsele element (5) at at least one connection point (26) to form a one-piece safety delivery device (1) is connected, and wherein

- The at least one securing element (5) is arranged at least partially on and / or within the package (21).

19. Packaging device (2) according to claim 18, characterized in that the fastening means (8) and the at least one securing element (5) and a United locking device (7) with the packaging (21) are integrally formed.

20. Packaging device (2) according to claim 18 or 19, characterized in that the fastening means (8) with the closure device (7) is designed such that a free access to the fastener opening (12) for coupling the Befestigungsmit means (8) with the Receiving device (14) from the outside and the Befestigungsmittelöff opening (12) relative to a surface (22) of the package (21) and / or the Verschlussvor direction (7) extending inwardly, preferably at an edge (27) of the package (21 ), is arranged on.

21. Packaging device (2) according to one of claims 18 to 20 characterized in that the packaging (21) and at least parts of the security device to Stellvorrich (1) from a natural fiber-based, preferably cellulose-based, and / or synthetic rule, preferably from the Group PC, RE, RR, PA, PVC, PET, PS, PVOH, preferably reinforced with fibers (9), material is made.

22. Packaging device (2) according to one of claims 18 to 21 characterized in that the packaging (21) is watertight.

23. Packaging device (2) according to any one of claims 18 to 22 characterized in that the fastening means (8) relative to the surface (22) of the package (21) to the outside is hinged and / or rotatable and / or displaceable ,

24. delivery system (3) comprising

a security adjusting device (1), preferably according to one of claims 1 to 17,

- or a packaging device (2), preferably according to one of claims 18 to 23, for protection against unauthorized removal and / or transport damage of a product (4) at a dispensing position (23),

- And a stationary receiving device (14) or a stationary holding means (24) which is arranged at a dispensing position (23),

in which - The Aufnahmevorrichfung (14) has a closing mechanism (25) for receiving the fastening supply means (8).

25. Delivery system (3) according to claim 24, characterized in that the

Locking mechanism (25) mechanically and / or electronically open or closed out forms is.