Automatic beverage transfer and labelling system for security in stadiums

Abstract

The invention relates to an innovative machine intended to improve security in stadiums and other public venues by reducing the risks associated with the use of bottles or cans as weapons. The device automatically identifies the type of beverage contained in a bottle or can, empties its contents into a neutral plastic container, and applies a label confirming the authenticity of the transferred beverage. The system is designed to be fast, safe and easy for spectators to use prior to entry into the sporting or event venue.

Description

[0001] Abbreviation:

[0002] The invention relates to an innovative machine designed to improve security in stadiums and other public places by reducing the risks associated with the use of bottles or cans as weapons. The device automatically identifies the type of beverage contained in a bottle or can, empties its contents into a neutral plastic container, and applies a label confirming the authenticity of the transferred beverage. The system is designed to be quick, safe, and easy for spectators to use before entering the sports or event venue.

[0003] Title: Automated beverage transfer and dispensing system for stadium security

[0004] This project proposes an innovative solution to improve security in stadiums and other public venues during sporting or cultural events. It consists of an automated machine designed to transfer the contents of bottles or cans into neutral and recyclable containers, while guaranteeing the authenticity and traceability of the beverages. This system addresses a major security problem: the misuse of bottles or cans as projectiles, which can lead to violence or injuries. Current manual control methods are slow and inefficient, highlighting the need for a faster and more reliable solution.

[0005] The system relies on several interdependent modules. First, an identification module scans each bottle or can, recognizing its brand, contents, and volume using optical or RFID technology. Next, a drainage system draws the liquid and transfers it into a neutral, recyclable container that meets food safety standards. A printer generates and applies a label detailing essential information about the beverage, such as the brand, type, volume, and a traceability code. This process guarantees the integrity and authenticity of the beverage throughout the transfer. Finally, the empty bottles or cans are collected and sorted in an integrated compartment for efficient recycling.

[0006] This system offers numerous advantages. It eliminates the risks associated with hazardous containers, thereby enhancing the safety of spectators and staff in stadiums. The automated process is quick and intuitive, reducing waiting times at entrances and simplifying security checks. Container labeling ensures reliable traceability of beverages, reducing the risk of fraud or substitution. Furthermore, the system incorporates a waste management system, contributing to greater environmental sustainability through the recycling of original materials.

[0007] The expected impact of this solution is significant. By combining technology, safety, and environmental responsibility, this machine guarantees a seamless and secure user experience for spectators. It also represents a valuable tool for event organizers, enabling them to effectively manage crowds while meeting increasing sustainability demands. This project embodies a major step forward in securing public gatherings and reflects a modern vision for sports and event infrastructure.

[0008] Sporting events and concerts attract large crowds, but alcohol consumption and the misuse of bottles or cans as projectiles pose significant risks of violence and injury. Bans on glass or metal bottles are not always enforced, and manual checks are slow and ineffective.

[0009] To solve this problem, it is necessary to introduce an automated system that secures beverages by transferring their contents into harmless and recyclable containers, while guaranteeing the traceability and authenticity of the drinks. The system also allows for the efficient recycling of bottles and other beverage containers.

[0010] Detailed operation of the automated beverage transfer and labeling system for stadium security:

[0011] 1. Introducing the bottle or can

[0012] • The spectator inserts a bottle or a can into an entry compartment provided for this purpose.

[0013] • The compartment is equipped with a sensor to detect the presence of the container and initiate the process.

[0014] 2. Identification of the container and its contents

[0015] • Once inserted, the container is scanned by an identification module which can be based on optical technology (barcode reading) or RFID (embedded chips).

[0016] • The system automatically identifies the following information:

[0017] o The brand and type of drink.

[0018] o The exact volume of the liquid.

[0019] o The conformity of the container with the authorized specifications.

[0020] 3. Validation and security

[0021] • If the container is found to be compliant (without alteration or counterfeiting), the process continues.

[0022] • In case of non-compliance (suspicious contents or prohibited container), an error message is displayed on the user interface, and the machine rejects the container.

[0023] 4. Draining and transferring the liquid

[0024] • The container is oriented towards a drainage system that uses a pump or suction mechanism:

[0025] o The liquid is extracted cleanly, preserving its properties (temperature, gasification, etc.).

[0026] o Sensors monitor the flow rate and volume transferred to prevent any overflow or loss.

[0027] 5. Filling the neutral container

[0028] • The liquid is directed into a recyclable plastic cup or bottle that complies with food safety standards.

[0029] • The neutral container is chosen to be robust, lightweight and non-hazardous in case of splashing, thus guaranteeing safety.

[0030] 6. Automatic labeling

[0031] • Once the filling is complete, a label printer generates a personalized label. This label contains the following information:

[0032] o The brand of the drink. o The type of drink (e.g., soda, beer, water).

[0033] o The volume transferred.

[0034] o A traceability code to authenticate the beverage.

[0035] • The label is affixed to the recyclable container before being given to the spectator.

[0036] 7. Waste Management

[0037] • Empty bottles or cans are automatically directed to an integrated recycling compartment:

[0038] o The system sorts the materials (plastic, metal, glass) to facilitate their subsequent processing.

[0039] o The process ensures efficient and environmentally friendly waste collection.

[0040] 8. User Interface

[0041] • The system features an intuitive user interface:

[0042] o A touchscreen guides the user through each step, with clear instructions.

[0043] o A voice guidance option is also available to simplify use, particularly for people with disabilities.

[0044] 9. Safety and compliance

[0045] • The machine is equipped with safety devices to prevent any risk of accident:

[0046] o Automatic locking of compartments during transfer. o Immediate stop in case of an anomaly detection.

[0047] • It is also designed to comply with food regulations and recycling standards.

[0048] 10. Benefits of the system

[0049] • Increased security: Potentially dangerous bottles or cans are neutralized before entering public places.

[0050] • Speed: The process is designed to be fast, reducing queues at the entrances.

[0051] • Traceability: Labeling guarantees the authenticity of the drinks, preventing fraud or substitutions.

[0052] • Ecology: Integrated recycling minimizes environmental impact by efficiently collecting waste.

[0053] This automated system is an innovative solution to improve the safety and experience of spectators in stadiums and other public places while contributing to environmental sustainability.

[0054] Description of the drawings:

[0055] The drawings depict:

[0056] Side view of the machine showing the input compartment for the bottle / can and the transfer container.

Claims

Diagram of the drainage mechanism illustrating the suction and transfer of the liquid. Functional diagram showing the interactions between the identification module, the emptying system and the label printer. Demands:

1. Device for securing beverages in stadiums, comprising: • A perforation mechanism configured to pierce a bottle containing a liquid; • A suction system designed to transfer the liquid from the perforated bottle to a sealed bag; • An automatic sachet dispensing device, the sachets being designed to be airtight and secure to prevent any leakage.

2. Device according to claim 1, wherein the perforation mechanism comprises a perforation head mounted on an articulated arm, said head being actuated by an electric motor or a hydraulic system, allowing precise and controlled perforation of the bottle without risk of projection or alteration of the liquid.

3. Device according to claim 1 or 2, comprising: • A variable flow liquid pump allowing the suction and transfer of liquid from the perforated bottle to a bag; • An integrated filtration system designed to remove impurities and solid particles from the liquid before it is packaged in the airtight bag.

4. Device according to claim 1, comprising a sensor system enabling: • To detect the presence of a bottle and its state of filling (full, partially filled, empty) before perforation; • To monitor in real time the proper progress of the transfer of liquid to the bag, with an alert in case of malfunction or leakage.

5. Device according to claim 1, wherein the sachet dispensing device is configured to: • Automatically dispense a sealed bag immediately after the liquid transfer • Integrate a storage tank for sachets allowing for continuous supply and easy replacement when depleted.

6. A method for securing beverages intended for implementation in a stadium or at a large-attendance event, comprising the following steps: • Insert a bottle into the treatment device; • Pierce the bottle to allow the liquid to be extracted; • Aspirate the liquid using a pump and filter it before transfer;

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