Accessory package and method for producing the package

Abstract

A packaging (10) for a tool (12) is specified, comprising a tool (12) having a receiving means (14) with an inner contour, a base (16) wherein the base (16) has an opening (18), in particular a punched opening, wherein an inner contour of the opening (18) at least partially coincides with the inner contour of the receiving means (14), a locking device (20) with a first locking element (22) which is configured to be passable through the opening, in particular a punched opening, (18) and the receiving means (14) and to fix the tool (12) to the base (16) in a rotationally fixed manner by positive locking, in particular reversibly.

Description

Field of invention

[0001] The present invention relates to a packaging with a tool and an associated method for manufacturing such packaging. Background of the invention

[0002] In the area of ​​packaging for accessories, such as machine tools, there is a growing need for solutions that meet several important requirements. This need includes packaging that not only ensures the visibility of the tools but is also environmentally friendly, safe, and suitable for automated processes.

[0003] Customers want to be able to see the tool before buying it in order to better assess its quality and suitability. Therefore, packaging that clearly displays the tool is desirable.

[0004] At the same time, environmental awareness is steadily increasing, and there are strict legal requirements for reducing packaging waste. Therefore, there is an urgent need for packaging that is sustainable and easily recyclable. This reduces environmental impact and increases consumer acceptance.

[0005] Another crucial criterion is the secure fixation of the tools within the packaging. They must be secured in such a way that they are not damaged during transport and storage. Secure fixation is essential to guarantee the quality and functionality of the tool until it reaches the end user.

[0006] Furthermore, automation in the packaging process is a key factor in achieving efficiency and cost savings. Packaging that can be easily integrated into automated production lines enables faster and more cost-effective production.

[0007] Therefore, there is a need for improvement compared to existing packaging solutions. Summary of the invention

[0008] The invention is seen as having the purpose of providing an improved packaging solution with a tool.

[0009] To solve the invention, a packaging for a tool is defined, wherein the tool has a receiving means with an inner contour. The packaging further comprises a base, the base having an opening, in particular a die-cut. An inner contour of the opening at least partially coincides with the inner contour of the receiving means. The packaging further comprises a locking device with a first locking element, which is configured to be passable through the opening and the receiving means and to fix the tool to the base by positive locking in a rotationally fixed manner, in particular reversibly.

[0010] According to one embodiment of the invention, a package with at least one tool is specified, wherein each of the at least one tool comprises a receiving element with an inner contour. If several tools are provided, they are preferably arranged in a stack, with the receiving elements of the tools lying one above the other, so that the first locking element can pass through several, in particular all, receiving elements. The package has a base, wherein the base has an opening, in particular a die-cut, with an inner contour. The inner contour of the opening at least partially coincides with the inner contour of the receiving element.The packaging further comprises a locking device with a first locking element, wherein the locking device is designed to be passable through the opening, in particular the punching, and the receiving means, and to fix the at least one tool, in particular a stack of tools, to the base in a rotationally fixed manner by positive locking, in particular reversibly.

[0011] In the context of the presented solution, "packaging" refers to a device specifically designed for the secure storage and presentation of tools. It is constructed to securely hold the tools through a combination of a base, an opening (particularly a die-cut), a tool holder, and a locking mechanism, while allowing for the most reversible fixation possible. This primarily ensures protection during transport. Furthermore, the base can be printed on to display tool-related parameters to the customer.

[0012] A "tool" is an accessory or component used in conjunction with a machine, especially a hand-operated machine tool, to ensure, extend, improve, or support its functionality in specific tasks.

[0013] For the purposes of the invention, a "receiving means" is to be understood as a specially designed recess or opening within the tool. This receiving means serves to securely attach or anchor the tool to a machine. It enables a precise and stable connection between the tool and the machine, thereby ensuring, expanding, or specializing the functionality of the machine.

[0014] In the context of the invention, a "base" refers to a structural component of the packaging that serves as a stable base or platform and supports the tool. This base is preferably flat, particularly plate-shaped, to provide a large contact area for the tool, ensuring secure fixation. This ensures that the tool remains securely in place and does not shift during transport or handling, and in particular, is not movable relative to the base, or is damaged.

[0015] The base is typically designed to accommodate the geometry and specific requirements of the tool. It can have various shapes and dimensions to ensure optimal support and securing of the tool. This flat design also allows the packaging to be efficiently integrated into automated production processes, as it provides a stable platform for handling and processing.

[0016] The holding device is typically dimensioned and shaped so that the tool can be precisely mounted on a machine and its positioning is ensured. This can be achieved through various means, such as positive locking or the use of additional fastening elements.

[0017] Preferably, this receiving element and the opening, in particular the punching, have a substantially circular shape and additionally feature recesses extending radially outwards from the circular shape. These recesses, preferably at least two, can preferably comprise polygonal or spline-like shapes. Preferably, these recesses form a star-shaped polygon with preferably circular segments. Tools with such recesses can be used particularly advantageously for machines designed for high stress applications.

[0018] If the inner contour of the opening, particularly the die-cut, at least partially coincides with the inner contour of the receiving device, this means that the shape and geometry of the die-cut are partially adapted to the shape and geometry of the receiving device, but need not necessarily be identical. It could mean that certain areas or features of the die-cut are designed to fit well into or interact with the receiving device. This embodiment of the opening, in conjunction with the locking device, enables precise alignment and fixation of the tool, thereby ensuring secure and stable tool packaging.

[0019] In the context of the invention, a "locking device" refers to a mechanical element, device, or system designed to securely and rotationally fix the tool to the base. This device is designed to be guided through the opening and receiving element of the tool and to reliably lock it to the base of the packaging. It provides a positive locking mechanism that securely holds the tool in a rotationally fixed position, preventing it from unintentionally loosening, rotating, or shifting. The locking device may consist of one or more locking elements.

[0020] The locking device can comprise various mechanisms, such as clips, bolts, latches, or screws, designed to allow for easy, and in particular reversible, assembly and disassembly of the accessory. This enables the locking elements to be connected or disconnected by positive locking. These mechanisms can also be designed to allow reversible fixing, so that the accessory can be easily removed or replaced if necessary.

[0021] In addition to its locking function, the locking device can also integrate safety components, such as locking latches or safety clips, which prevent the accessory from being accidentally removed. This is particularly important to ensure the safety and integrity of the tool accessory during transport and storage.

[0022] The combination of the opening, particularly the punching, the receiving element, and the locking device creates a stable, reliable, and user-friendly positive-locking connection that optimizes both handling and tool protection. This solution makes the packaging not only functional but also safe and efficient in its application.

[0023] According to an exemplary embodiment, a packaging is provided in which the locking device comprises a first locking element and a second locking element. The second locking element is designed to be connectable to the first locking element, and in particular to be insertable into the first locking element.

[0024] This design ensures reliable tool fixation that is not only firm and secure but also allows for easy assembly and disassembly. This is particularly advantageous for the user, as tools can be quickly removed from or added to the packaging without the need for complicated mechanisms.

[0025] A tool typically used with a hand-held power tool might be, for example, a grinding tool or a sawing tool. It is designed to rotate or oscillate around an axis and can be fixed to the machine by means of a mounting device.

[0026] The tool is preferably at least partially plate-shaped. An example of the use of such a tool is the Starlock system. This Starlock system uses a special fastening technique to ensure a secure and stable fit of the tool.

[0027] The Starlock system, protected by patent EP 3 027 362 B1, offers a reliable and robust solution for mounting, securing, and using tools in hand-held power tools. It ensures that the tool is held firmly and securely in the machine to guarantee optimal performance and safety during use.

[0028] The first or second locking element can be mushroom-shaped, meaning it has an elongated shaft and a preferably rounded head. This specific design enables a locking mechanism where the corresponding locking element securely connects to the receptacle of the corresponding locking element. The mushroom-shaped head also facilitates the insertion and removal of the locking element, as it ensures easy handling and a secure hold. Additionally, the inner surface of the mushroom-shaped head provides a contact surface for the tool, which supports and ensures the fastening process and the tool's stable positioning at the base. The surface of the mushroom can include tool markings or an indication of the machine type for which the tools are compatible.

[0029] Another advantage is that each locking element can be color-coded to identify specific tool versions. This allows for clear and easy identification of different tools. By using different colored locking elements, otherwise identical packages containing different tools can be easily distinguished. Color-coded packaging for different tools simplifies tool organization and management. This identification feature not only facilitates the quick selection of the required tool during purchase and use but also contributes to efficient use and management.

[0030] According to an exemplary embodiment, a packaging is provided in which the first locking element has an outer contour that at least partially coincides with or is in operative contact with the opening, in particular the punching, of the base.

[0031] The outer contour of the first locking element, which interacts with the inner contour of the opening, particularly the die-cut of the base, enables, in combination with the receiving element, a precise and rotationally secure fixation of the tool to the packaging base. This ensures that the tool remains firmly in place during transport or storage, thus preventing potential damage.

[0032] This design not only protects the tool but also increases handling efficiency. When manufacturing the packaging with a tool, the tool can be easily inserted and securely fastened, which is particularly advantageous in industrial and commercial applications. Furthermore, the coordinated shape between the outer contour of the first locking element, the opening of the base, and the tool's receptacle facilitates easy removal and insertion of the tool into and out of the packaging.

[0033] According to an exemplary embodiment, a packaging is provided in which the first locking element can be screwed to the second locking element.

[0034] According to another exemplary embodiment, a packaging is provided in which the second locking element can be screwed to the first locking element.

[0035] According to an exemplary embodiment, a packaging is provided in which the first locking element can be screwed into the second locking element.

[0036] According to an exemplary embodiment, a packaging is provided in which the second locking element can be screwed into the first locking element.

[0037] The ability to screw the first locking element to the second locking element creates a robust connection that reversibly holds a tool in a fixed position.

[0038] According to an exemplary embodiment, packaging is provided which further comprises a spacer. The spacer is arranged to be positioned between at least one section of the tool and the base, in particular to support at least one section of the tool on the base, and especially to compensate for any gap between the tool and the base. Preferably, the section of the tool supported by the spacer comprises the receiving element. Therefore, the spacer preferably has a recess through which the locking device is guided. The spacer can be formed in one piece or from several parts. It is shaped such that the support of the tool is ensured and, in addition, that the locking device can be inserted.

[0039] A key advantage of this embodiment is that the spacer allows a tool with a stepped base shape to be securely and firmly positioned within the packaging. In a tool with a stepped base shape, the tool's working area is offset from the area or section encompassing the holding element. For such shaped tools, the spacer ensures that the tool is not subject to unwanted movement during transport or storage, thus minimizing the risk of damage. The working area can be protected with a known coating, ensuring it remains intact.

[0040] According to an exemplary embodiment, packaging is provided in which the locking device, including its locking elements and / or the spacer, is made of plastic, in particular biodegradable plastic, in particular transparent and / or colored plastic, or is made of such plastic or a mixture thereof.

[0041] Biodegradable plastics offer a sustainable alternative to conventional plastics and are characterized by a variety of properties that make them suitable for diverse applications. Polylactic acid (PLA) is a widely used biodegradable plastic derived from renewable resources such as cornstarch or sugarcane. PLA is transparent, odorless, hard, and brittle. It is industrially compostable and decomposes at elevated temperatures and humidity.

[0042] Another biodegradable plastic is polyhydroxyalkanoate (PHA), which is produced from sugars or lipids by microorganisms. PHA is both industrially and home compostable and offers excellent biocompatibility and water resistance.

[0043] Polybutylene adipate terephthalate (PBAT) is another biodegradable plastic that is often used in combination with other biodegradable polymers to improve their properties. PBAT is flexible, tear-resistant, and compostable under industrial conditions.

[0044] Polycaprolactone (PCL) is also a biodegradable plastic that impresses with its low melting point and good flexibility.

[0045] These biodegradable plastics offer an environmentally friendly alternative to conventional plastics and help to reduce the environmental impact of plastic waste.

[0046] In addition to the biodegradable plastics already mentioned, there are also materials such as cellulose acetate, wood and cornstarch-based plastics that also offer sustainable alternatives to conventional plastics.

[0047] Cellulose acetate is derived from cellulose, a major component of plant cell walls, often from wood or cotton. It is biodegradable and widely used in the production of films, fibers, and injection-molded products. Cellulose acetate has high transparency, good mechanical properties, and is relatively resistant to water.

[0048] Wood is a natural, biodegradable material used in a wide variety of products, from building and furniture materials to small everyday objects. Wood is durable, strong, and has high tensile strength. It can be recycled or composted and leaves no harmful residues in the environment after decomposition.

[0049] Cornstarch-based plastics, such as thermoplastic starch (TPS), are made from cornstarch and are fully biodegradable. These plastics are flexible and can be processed into various forms, such as injection-molded products and packaging. TPS has good mechanical properties and high moisture resistance, making it ideal for packaging.

[0050] Furthermore, biodegradable materials ensure the necessary functionality and performance of the locking device and spacer. They offer robust properties required to keep the tool accessories securely and stably within the packaging, while simultaneously allowing for flexible adaptation to different shapes and sizes of accessories.

[0051] According to an exemplary embodiment, a packaging is provided in which the first locking element and / or the second locking element have a handle.

[0052] The integrated grip allows users to quickly and easily remove the tool from or place it in the packaging without the need for additional tools or complicated handling. This is particularly advantageous in work environments where time savings and efficiency are crucial, as the tool can be handled quickly and effortlessly.

[0053] The easy accessibility and usability provided by the handle helps to optimize workflows and increase productivity. At the same time, the handle ensures that the tool is securely fixed in the packaging, so that it remains protected during transport or storage.

[0054] According to an exemplary embodiment, packaging is provided in which the packaging contains a plurality of stacked tools.

[0055] A key advantage lies in the space savings and the ability to pack multiple tools into a single unit. This allows tool sets consisting of several tools to be provided in one package.

[0056] Furthermore, such packaging provides secure storage for the tool by holding each tool firmly and securely. This minimizes the risk of damage during transport or on the retail shelf.

[0057] According to an exemplary embodiment, packaging is provided wherein the base is a reinforced cardboard, in particular a display carton, a blister card or the like.

[0058] The reinforced cardboard used as the base material creates a robust and stable foundation, ensuring the safety and integrity of the packaging. This is particularly important for effectively protecting the tools during transport or storage and preventing damage.

[0059] Choosing reinforced cardboard also offers an environmentally friendly alternative to conventional plastic packaging. It is recyclable and contributes to reducing environmental impact without compromising functionality and durability.

[0060] Furthermore, the reinforced cardboard allows for easy customization and personalization of the packaging. It can be easily printed, shaped, and designed to meet specific requirements and brand guidelines, thus improving the presentation of the tools on the retail shelf. Particularly when the opening is die-cut, cardboard offers advantages due to its excellent material properties for die-cutting.

[0061] According to an exemplary embodiment, the packaging may further include a sealing device to ensure the packaging remains original, wherein the sealing device in particular has a sealing element which is designed to be destroyed when the tool is first removed.

[0062] One advantage of using a security seal is the guarantee that the packaging actually contains the advertised tools in the correct quantity. This helps prevent unauthorized access and protects the products from theft or tampering. Using a seal therefore offers not only security but also gives customers confidence that the goods are undamaged and authentic.

[0063] A key aspect of the invention is the provision of a packaging solution for machine tools that addresses several significant challenges in the industry. It ensures clear visibility of the tools inside and meets stringent environmental standards through its sustainable and easily recyclable design.

[0064] A key aspect of the invention is the secure, stable, and reliable fixation of the tools within the packaging. A special, adaptable fixing technology holds the tools firmly in place during transport and storage. This ensures that the tools arrive at the end user undamaged and in optimal working order.

[0065] Furthermore, the packaging is designed for seamless integration into automated production and packaging processes. This enables more efficient and cost-effective manufacturing by allowing packaging lines to operate smoothly and without interruption.

[0066] The invention thus represents a comprehensive solution that improves visibility, environmental compatibility, safety, and automation in the tool packaging industry. It addresses current market demands and offers a future-proof alternative to conventional packaging solutions.

[0067] The packaging can be suitable for several identical tools, in such a way that a large number of identical tools can be arranged in the packaging.

[0068] A packaging according to the invention can also comprise several tools that differ in shape and function. Such packaging then has a separate locking device for each tool shape. For example, the packaging can have a locking device with a spacer for securing offset tools and a locking device without a spacer for securing flat tools. Additionally, the number of different tools can vary. A packaging can comprise several tools with differing shapes, each tool shape having its own separate locking device.

[0069] The invention further relates to a method for manufacturing the packaging according to the invention, comprising the steps: i) Manufacturing the base; ii) Manufacturing the locking device;

[0070] The invention further relates to a method for manufacturing the packaging according to the invention, comprising the steps: a) Providing the base, b) Arranging the at least one tool on the base, c) Securing the at least one tool to the base using the locking device.

[0071] To manufacture the base (step i) or a)): First, the base of the packaging is manufactured. The base can be made from various materials such as cardboard, plastic, preferably biodegradable plastic, or other suitable materials. It is designed to have an opening, in particular a die-cut, which serves to receive and fix the tool. In this step, the base is cut and prepared, with the necessary die-cuts or recesses being made that correspond, at least in part, to the tool's receiving element.

[0072] Regarding step b): After step a), the at least one tool is preferably positioned on the prepared base. The tool, which includes a holding element, is positioned so that this holding element aligns with the opening, in particular the punched hole, in the base. This step requires precise placement to ensure that the tool can later be securely and firmly fixed in place.

[0073] Regarding steps ii) and c): At least one locking element of the locking device can be manufactured by injection molding. The locking device is designed to be guided through the opening or die-cut in the base and the receiving element of the tool. The locking device can take various forms; for example, it can consist of a first and a second locking element that are designed to interlock or screw together. This allows the tool to be fixed to the base by positive locking, preventing rotation and ensuring a secure, preferably reversible, fit. This guarantees stable and secure packaging of the tool, while simultaneously allowing for easy removal and reinstallation.

[0074] Regarding step c): In step c), the tool is attached to the base by means of the locking device, in particular by a first locking element passing through a receiving means of the at least one tool and through an opening in the base, and by providing a second locking element that interlocks with the first locking element, in particular by being positively connected, for example by being screwed to it. Brief description of the characters

[0075] Further details and advantages of the invention will become clear with reference to the exemplary embodiments illustrated in the drawings. These show Fig. 1 an exploded view of a package containing several tools; Fig. 2 A package containing several tools in side view; Fig. 3 an exploded view of a package containing several tools with a spacer; Fig. 4an exploded view of a packaging with multiple tools and a dimensioned die-cutting of a base; Fig. 5 an exploded view of a multi-tool package with a dimensioned first locking element; and Fig. 6 An exploded view of a packaging containing multiple tools with a dimensioned second locking element. Detailed description of exemplary embodiments

[0076] Fig. 1Figure 1 shows an exploded view of a package 10 containing a stack of identical tools 12. The package 10 is designed to hold at least one tool 12, which has a specific receiving element 14. The base 16 of the package 10 is provided with an opening in the form of a die 18, the shape and positioning of which are at least partially aligned with the inner contour of the receiving element 14 of the tool 12. This die 18 is crucial for securing the tool 12 to the base 16 in a rotationally fixed manner. The die 18, in conjunction with the locking device 20, enables a secure, reversible connection via a positive locking mechanism and also allows for easy removal of the tool 12 when necessary.

[0077] The locking device 20 consists of a first locking element 22 and a second locking element 24. The first locking element 22 has a special outer contour designed to at least partially correspond to the receiving means 14 of the tool 12 and to the punching 18 of the base 16. This configuration ensures a secure, fixed attachment of the tool 12 to the base 16 of the packaging 10.

[0078] In addition, the packaging 10 offers the flexibility that the first locking element 22 can be screwed into the second locking element 24. This feature enables a further improved and, in particular, reversible securing of the at least one tool 12 by means of a positive locking mechanism and increases the versatility of the packaging 10 in use.

[0079] The locking device 20 shows that the first locking element 22 is mushroom-shaped, which facilitates easy handling and securing of the tool 12. In addition, a ridge is provided on the locking element 24 (shown in Fig. 6 ) attached, which offers additional convenience when opening and closing.

[0080] Overall, this design offers not only secure storage and presentation of a stack of tools (12), but also ease of handling and flexibility in use. It is designed to meet the requirements of various applications and provide a reliable solution for the transport and storage of tools (12).

[0081] Fig. 2Figure 1 shows a side view of a package 10 containing a stack of tools 12. The locking device 20 is characterized by the first locking element 22 and the second locking element 24, the first locking element 22 having a special outer contour that corresponds to the punching 18 of the base 16 and at least partially to the shape of the receiving means 14 of the tool. This configuration ensures a robust connection between the tool 12 and the base 16.

[0082] Furthermore, the side view of the packaging 10 demonstrates the flexibility of the locking device 20, as the first locking element 22 can be screwed into the second locking element 24. This feature contributes to the further secure fastening of the tool 12 to the base 16 and improves the adaptability of the packaging 10 to different requirements and applications.

[0083] Overall, this side view provides a clear overview of the functionality and safety features of the packaging 10, which was specifically designed to safely and efficiently store and transport at least one tool 12.

[0084] Fig. 3Figure 10 shows an exploded view of a package 10 containing a stack of tools 12 with a spacer 26. The package 10 is designed to securely and accurately position the stack of tools 12 at the base 16. In the embodiment shown, a spacer 26 is also integrated into the package 10 to compensate for the gap between a recessed section of the tool 12, in which the tool's receiving element 14 is located, and the base 16. The advantage of this spacer 26 is that it allows tools whose working area 30 is vertically offset from the receiving element 14 to be securely held in the package without being loose or movable. The spacer 26 has a recess through which the locking device 20 is guided.This ensures not only orderly presentation and storage, but also improved protection of the tools during transport or sale. Furthermore, the spacer 26 enhances the efficiency and flexibility of the packaging, as it allows for the attachment of various types of tool accessories 12 without the need for custom modifications. This makes the packaging 10 more versatile and adaptable for diverse applications and conditions in industrial and commercial settings.

[0085] Fig. 4 an exploded view of a packaging 10 with a tool 12 with a dimensioned punching 18 of the base 16 and a spacer 26.

[0086] Fig. 5 an exploded view of a packaging 10 with a tool 12 with a dimensioned first locking element 22.

[0087] Fig. 6An exploded view of a packaging 10 with a tool 12 with a dimensioned second locking element 24. This second locking element 24 shows the web 28.

[0088] It should be noted that the term "include" does not exclude further elements or procedural steps, just as the terms "a" and "an" do not exclude multiple elements and steps.

[0089] The dimensions shown in the figures apply to the illustrated embodiment. Deviating embodiments may have different dimensions.

[0090] The reference symbols used serve only to increase clarity and should in no way be considered restrictive, the scope of protection of the invention being defined by the claims. List of reference symbols

[0091] 10 Packaging 12 Tool accessory 14 Holding device 16 Base 18 Opening, punching 20 Locking device 22 First locking element 24 Second locking element 26 Spacer 28 Bridge 30 Working area

Claims

1. Packaging (10) for a tool (12), comprising: a tool (12) having a receiving means (14) with an inner contour, a base (16) wherein the base (16) has an opening (18), in particular a punched opening, wherein an inner contour of the opening (18) at least partially coincides with the inner contour of the receiving means (14), a locking device (20) with a first locking element (22) which is configured to be passable through the opening, in particular punched opening, (18) and the receiving means (14) and to fix the tool (12) to the base (16) by positive locking in a rotationally fixed manner, in particular reversibly.

2. Packaging (10) according to claim 1, wherein the locking device (20) has a second locking element (24), wherein the second locking element (24) is configured to be connectable to the first locking element, in particular to be insertable into the first locking element (22).

3. Packaging (10) according to claim 2, wherein the first locking element (22) has an outer contour that at least partially coincides with the opening, in particular the punching (18).

4. Packaging (10) according to claim 2 or 3, wherein the first locking element and the second locking element are screwable together.

5. Packaging (10) according to claim 2 or 3, wherein the second locking element (24) is screwable into the first locking element (22) or wherein the first locking element (22) is screwable into the second locking element (24).

6. Packaging (10) according to one of the preceding claims, further comprising a spacer (26), wherein the spacer (26) is arranged to be positioned between at least one section of the tool (12) and the base (16), in particular to support at least one section of the tool (12) on the base (16), in particular to compensate for a distance of a section of the tool (12) to the base (16).

7. Packaging (10) according to one of the preceding claims, wherein the locking device (20) and / or the spacer (26) comprises plastic, in particular biodegradable plastic, in particular transparent or colored plastic, or is made of such plastic or a mixture thereof.

8. Packaging (10) according to claim 7, wherein the plastic comprises at least one of the following plastics: polylactide (PLA), polyhydroxyalkanoate (PHA), polybutylene adipate terephthalate (PBAT), polycaprolactone (PCL), cellulose acetate, wood and corn starch-based plastics.

9. Packaging (10) according to any one of claims 2 to 8, wherein the first locking element (22) and / or the second locking element (24) have a web (30).

10. Packaging (10) according to one of the preceding claims, wherein the packaging (10) comprises a plurality of stacked tools (12).

11. Packaging (10) according to any of the preceding claims, wherein the base (16) is a reinforced cardboard, in particular a display carton or a blister card.

12. Packaging (10) according to one of the preceding claims, further comprising a sealing device for ensuring an originality state of the packaging, wherein the sealing device in particular has a sealing element which is designed to be destroyed upon first removal of the tool (12).

13. Packaging (10) according to one of the preceding claims, wherein the first locking element (22) is passed through the opening, in particular punching, (18) and the receiving means (14) and the tool (12) is fixed to the base (16) by positive locking, in particular reversibly.

14. Method for manufacturing the components of the packaging according to any one of claims 1 to 13, without the tool: i) manufacturing the base; and ii) manufacturing the locking device.

15. Method for manufacturing the packaging according to any one of claims 1 to 13: a) providing the base, b) arranging the at least one tool accessory on the base, c) securing the at least one tool accessory on the base by means of the locking device.

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