Traceability management system

Abstract

The invention relates to a traceability management system, the system comprising at least one user interface (20) connected to a data server by a transmission means, the user interface (20) comprising a processing unit that has a storage means and a microcontroller, the user interface (20) being configured to track and process information from at least one connected object (25); the connected object (25) is connected to the user interface (20) and comprises a battery and a data transmitter and receiver, a display screen (21) with at least one battery level, a connection level comprising at least one item of information from one of the sensors; the user interface (20) comprises a display screen (21) tracking at least one item of information from the connected object (25); - the processing unit retrieves the data in real time or at regular time intervals from at least one item of information from at least one sensor.

Description

Management system for traceability. Technical field of the invention

[0001] The present invention relates to a management system for traceability, it allows the digitalization of good practices in terms of HACCP hygiene (an English acronym meaning "Hazard Analysis Critical Control Point"; in French "Analysis of dangers and control of critical points"), the control of the health plan (PMS). It applies, in particular, to the traceability and monitoring of food product data for kitchens and establishments in direct delivery.

[0002] Hygiene regulations in kitchens must be carried out through strict control of machinery and product quality.

[0003] The HACCP approach makes it possible to meet the obligation of results imposed by Article 5 of Regulation (EC) No. 852 / 2004 of 29 April 2004 on the hygiene of foodstuffs.

[0004] It is known from document FR2873188 that a temperature-controlled cooking system for food products.

[0005] For example, we know the publication document FR3106682, a product inventory management system which is suitable for domestic use.

[0006] The objective of the presentation is to provide a system with several aspects and meeting several user needs. However, the combinations of the solutions seem impossible to combine together given the different characteristics of each. Presentation of the invention

[0007] The present invention aims to overcome these drawbacks with a completely innovative approach.

[0008] More specifically, the invention aims in the field of catering, collective cooking and more generally of establishments processing foodstuffs and making direct delivery to provide management for the traceability and monitoring of food product data.

[0009] In particular, one objective of the invention is to provide such a technique making it possible to do away with any other complex adjustment system such as a stack of wired connectors for connecting connected objects to a user interface.

[0010] These objectives, as well as others which will appear subsequently, are achieved, using a management system for traceability comprising at least one user interface connected to a data server by a transmission means, said user interface comprising a processing unit having a storage means and a microcontroller, said user interface being configured to track and process information from at least one connected object; - the connected object is connected to the user interface and comprises a battery, a data transmitter and receiver, a display screen configured to show at least one battery level, a connection level, a temperature level and comprises at least one information from one of the following sensors: temperature, humidity, brightness;said connected object is of rectangular parallelepiped shape comprising a front face, a rear face and a thickness - the user interface comprises a display screen for monitoring at least one piece of information from the connected object; - the processing unit retrieves data in real time or according to a regular time interval of at least one piece of information from at least one sensor of the connected object; noteworthy in that: the connected object comprises at least one through-hole of elongated shape over at least part of the thickness of the connected object, said connected object is configured to transmit said information from at least one sensor to the user interface; the connected object comprises a magnet for fixing said connected object to a support, said magnet is located on the rear face of the connected object.;

[0011] Thanks to these provisions, the connected object linked to the user interface includes sensors which will collect data to send it back to the user interface and thus process the data.

[0012] Thanks to the user interface connected to the data server, the system enables real-time tracking of information collected by connected objects. This means users can instantly access the most recent data, which is essential for real-time traceability.

[0013] The user interface is designed to be user-friendly, making the system easy to understand and use. Information from connected objects is clearly presented on the display screen.

[0014] Connected objects are equipped with versatile sensors that can measure parameters such as temperature, humidity, brightness, battery level, etc. This makes it possible to monitor and manage a variety of data important for traceability.

[0015] Connected objects use data transmitters and receivers to transmit information to the user interface. This wireless communication simplifies system installation and management, eliminating the need for complex wiring.

[0016] The use of magnets on the back of connected objects makes it easier to attach them to a support. This allows them to be quickly and easily placed in various environments, which is particularly useful for tracking in hard-to-reach places.

[0017] The fact that all data is collected and processed by the user interface connected to the data server allows for centralized information management. This simplifies coordination and decision-making for system users.

[0018] The processing unit is capable of retrieving data in real time or at regular time intervals, allowing users to adjust the collection frequency according to their specific needs.

[0019] In various fields such as logistics, supply management, or environmental monitoring, this traceability system offers the possibility of precisely monitoring the state of connected objects and the environmental conditions to which they are exposed.

[0020] The invention is advantageously implemented according to the embodiments and variants set out below, which are to be considered individually or in any technically effective combination.

[0021] In one embodiment, the user interface includes a label printing means configured to print data from the user interface or from the data server.

[0022] The present invention has a built-in label printing means for printing data from the user interface or from the data server. This eliminates the need for a printer next to the system.

[0023] In one embodiment, the user interface comprises a recognition unit by one of the following: scanner, camera, camera. The present invention has a device in the recognition unit user interface, which allows to have an integrated (all in one) system with a recognition unit.

[0024] In one embodiment, the data server is viewable and usable by a mobile terminal.

[0025] The mobile terminal is, for example:- a digital tablet,- a mobile phone, particularly of the “smartphone” type,- a connected watch,- connected glasses,- a remote control,- a headset,- a computer,- a virtual reality headset,- a connected television,- a games console, or- an internet box.

[0026] In one embodiment, the connected object is connected to a (wired) power supply, the connector of the connected object being located on the thickness to recharge said battery.

[0027] The connector is used to recharge the battery, to associate the connected object with the user interface and is also a connection to other options of the connected object such as: oil tester, external temperature probe external to the connected object, etc.

[0028] In one embodiment, the connected object comprises a notch for the passage of a wire over the thickness configured so that the wire supports the connected object to a support.

[0029] In one embodiment, the data server contains data that is copied to a backup server for storing said data.

[0030] In one embodiment, the processing unit is covered by a layer of resin.

[0031] In one embodiment, the battery of the connected object is rechargeable by induction.

[0032] In one embodiment, the user interface is either replaced by a gateway configured to track and process information from at least one connected object, or interconnected with a gateway between the user interface and the connected object, said gateway comprises:- another user interface comprising a display screen for tracking at least one piece of information from the connected object; and- another processing unit retrieving data in real time or according to a regular time interval from at least one piece of information from at least one sensor of the connected object.

[0033] In one embodiment, the user interface or gateway comprises a scanner configured to take information by at least one of the following tools: scanning, taking a temperature or a photo, said information being transmitted to the user interface or gateway.

[0034] In one embodiment, the shower head comprises a connection element configured to be connected to a wired temperature sensor.

[0035] In one embodiment, the shower head comprises a battery rechargeable by a charging connector or by induction. Brief description of the figures

[0036] Other advantages, aims and characteristics of the present invention emerge from the following description given, for explanatory and non-limiting purposes, with reference to the appended drawings, in which:

[0037] Represents a diagram of a user interface according to an exemplary embodiment;

[0038] Represents another user interface according to another exemplary embodiment;

[0039] Represents a perspective view of a connected object according to an example embodiment;

[0040] It represents another perspective view of the;

[0041] It represents a subsystem of the management system for traceability;

[0042] It represents a shower head.

[0043] The watch shows a user interface 20 having the shape of a rectangular parallelepiped with rounded sides with a certain thickness, approximately 10 cm.

[0044] On the side of the we can see holes.

[0045] According to the exemplary embodiment, below the user interface 20, there is a rounded plate 29 with a hole in the middle. This plate serves as a support for scanning or photographing a product or an object and then storing it in the memory of the user interface 20.

[0046] In one example, the rounded plate is a retractable shelf that slides behind and into the height of the user interface 20.

[0047] The function of scanning or photographing is performed by the recognition unit 23. This function is performed by a scanner, a camera or a camera.

[0048] For example, using a recognition unit 23, it is possible to scan a label 24 of a product that is presented under the user interface 20. The recognition unit 23 stores the information in a database.

[0049] The system allows taking 24 label photographs and ensures the traceability of products used in a kitchen.

[0050] The user interface 20 has a display screen 21 for viewing information using icons.

[0051] The display screen 21 of the user interface 20 is touch-sensitive.

[0052] According to one example, the display screen comprising all the electronics for the operation of the system is movable by means of at least one retractable spring hinge. According to one example, this is an invisible spring plug which allows instant and tool-free assembly and disassembly while making the joint invisible or integrated.

[0053] The screen can be removed or replaced. The door can be opened at will and allows for the supply of labels or intervention on the label printing means.

[0054] The display screen 21 includes application icons 22.

[0055] The user interface 20 is connected to a data server by a wireless or wired transmission and communication means depending on the needs.

[0056] The user interface 20 can track and trace objects, according to another example, the function is used in other applications such as for example in the medical field.

[0057] The system includes a wireless communication means that allows data to be transferred to a mobile terminal or a data server.

[0058] The system includes a means of wireless communication with connected objects described below.

[0059] According to an exemplary embodiment, the connected object 25 comprises temperature, humidity and brightness sensors or one of the combinations of sensors mentioned. The information from the sensors is sent by a wireless transmitter to the user interface system 20.

[0060] A technical object is linked to the user interface 20 and allows data such as temperature, brightness or humidity to be regularly sent back.

[0061] Local storage allows data to be backed up locally. It is also possible to have a remote data server.

[0062] The user interface 20 has a means of taking temperature by the connected object 25.

[0063] According to one example, the user interface 20 has software allowing the control of the entire health plan (PMS), for example: cleaning plan for workstations, premises, kitchen appliances and kitchen siphon. It is also possible to track the oil change via the interface by previously indicating each oil change to see the last change of oil baths in a fryer. The user interface 20 thus makes it possible to have a date and to know the quality of the oil.

[0064] According to one option, the user interface 20 allows receipt of the goods by recording the temperature upon receipt of the goods and thus allows tracking upon receipt of the goods.

[0065] Temperature monitoring allows you to monitor changes such as the heating and cooling of food.

[0066] It is also possible, depending on the variant, to record other information such as the use-by date (for DLC) or the origin of a supplier.

[0067] The watch shows a gateway 30 connected to a user interface 20 similar to the one above.

[0068] This is a variation of the UI 20 shown on the. This Gateway 30 is a simplified version of the UI 20 ten-inch all-in-one.

[0069] The disadvantage of this variant is distinguished by the absence of a recognition unit 23 and a printing means implemented in the user interface 20. However, in this variant, the user interface 20 makes it possible to send the information to another user interface in the event of a long distance or if the signal is limited by the architecture of the building.

[0070] Gateway 30 provides access to application icons 22 and various features.

[0071] Lamontre shows a perspective view of a connected object 25.

[0072] The connected object 25 is rectangular in shape with rounded sides.

[0073] The connected object 25 has a front face and a rear face as well as a thickness, approximately 3 cm.

[0074] According to an exemplary embodiment, the electronic card of the connected object 25 is protected by resin.

[0075] The resin creates a waterproof barrier that prevents moisture and dust particles from coming into contact with the circuit board. The resin absorbs vibrations and protects the circuit board from physical shock. The resin provides effective electrical insulation, reducing the risk of short circuits or damage to electronic components in the event of accidental contact with conductive elements.

[0076] The through holes 26 and the resin prevent the tropicalization phenomenon.

[0077] Tropicalization is the process of modifying or adapting something to make it suitable for use in the hot, humid, and often corrosive environments of tropical regions.

[0078] The connected object 25 has at least one notch along its thickness. The notch is a through hole on one side and exits from another side adjacent to the first side.

[0079] According to an exemplary embodiment, the front face comprises a display screen 21.

[0080] According to one variant, the display screen 21 of the connected object 25 is a touch screen.

[0081] The thickness of the connected object 25 comprises several through holes 26 and a connector 27.

[0082] The connector 27 provides power to the connected object 25.

[0083] According to one example, the through holes 26 are of elongated shape.

[0084] The through holes 26 allow air to pass through and prevent condensation from building up inside, allowing waves and light to pass through.

[0085] The connected object 25 includes one of the following sensors: temperature, humidity, brightness.

[0086] In one example, it has one of the mentioned sensors. In another example, it has two sensors. In another example, it has all three sensors.

[0087] According to one example, the center of the display screen 21 is red or green, if the color is green then the temperature is correct or red if there is a fault. The temperature is programmed upstream.

[0088] The display screen has a light alert.

[0089] The said light alert is triggered in the event of a fault.

[0090] For example, for a negative cold of -18 degrees, below the accepted temperature limit, the connected object 25 displays a red light.

[0091] When the light alert is triggered, information is sent to the user interface 20.

[0092] According to one example, the through holes 26 are configured to transmit information from at least one of the sensors to the user interface 20.

[0093] The connected object 25 is connected to the user interface 20 which includes a battery. The battery operates at negative temperatures, such as -30°C.

[0094] In one example, the battery is charged by induction.

[0095] The principle of inductive charging is to transfer electrical energy wirelessly to an electronic device by placing it on a wireless charging surface. The charging surface contains a coil that generates a high-frequency alternating electromagnetic field.

[0096] According to one example, the magnet of the connected object 25 is compatible with induction charging.

[0097] In one example, induction charging charges multiple connected objects.

[0098] The connected object 25 comprises a data transmitter and receiver in order to transmit the information from one of the sensors.

[0099] In the center of the connected object 25 is a function button.

[0100] According to one example, the function button allows the connected object 25 to be switched on or off, the temperature to be taken, and other functions to be performed: humidity, brightness, etc.

[0101] According to a defined brightness duration range, the connected object 25 goes into fault mode if this range is exceeded (turns red) and sends an alert to the user interface 20 or the gateway 30.

[0102] According to defined hydrometry rate parameters, the connected object 25 goes into fault mode if this range is exceeded (turns red) and sends an alert to the user interface 20 or the gateway 30.

[0103] Depending on a defined battery level, for example 25%, the connected object 25 sends an alert to the user interface 20 or the gateway 30. The same operation applies for weak signal reception.

[0104] According to one variant, the display screen 21 is configured to show at least a battery level, a connection level and a temperature level.

[0105] Shows the back and thickness of the connected object 25.

[0106] According to one variant, the connected object 25 comprises a wire pass-through notch

[0107] The notch is located on the rounded side of the thickness of the connected object 25.

[0108] According to one example, the through-wire notch is used to hold the connected object 25 on a tip.

[0109] The rear face of the connected object 25 comprises a plate on which a magnet 28 is arranged for attachment to a suitable support.

[0110] According to one variant, said plate is stainless steel.

[0111] The other plate mentioned is a plastic plate.

[0112] The rear face comprises several elongated through holes over at least part of the thickness of the connected object 25.

[0113] The connected object 25 comprises a magnet 28 for fixing said connected object 25 to a support.

[0114] The magnet 28 is located on the rear face of the connected object 25.

[0115] In one example, the magnet 28 is centered relative to the rear face.

[0116] According to one variant, the connected object 25 has a CE inscription.

[0117] The CE marking is located on the back of the connected object 25.

[0118] Connected objects were developed to adapt to the harsh environment of professional kitchens. The ergonomics of the objects have smooth, uneven surfaces that make cleaning easier.

[0119] Lamontre is a subsystem of the management system for traceability.

[0120] This subsystem is divided into two parts.

[0121] The first part includes a user interface 20 and three connected objects 25.

[0122] Alternatively, the user interface 20 is fifteen inches.

[0123] According to one example, the user interface 20 or the gateway 30 is resistant to projections and shocks.

[0124] The 30 gateway can work with its ecosystem of connected objects (in the case of use only linked to T°) => store the data and save it remotely.

[0125]

[0126] According to the example produced, the user interface 20 and the three connected objects 25 are linked by a radio link.

[0127] The three connected objects 25 are sensor modules, they emit measured data.

[0128] The measured data are: temperature, humidity, and battery level.

[0129] The second part includes a gateway 30 and the three connected objects 25.

[0130] The three connected objects 25 transmit the measured data to the gateway 30 via radio.

[0131] The user interface 20 communicates with the gateway via a USB, radio or WIFI link, to retrieve information from the connected objects 25.

[0132] According to the example produced, the user interface 20 makes it possible to configure the gateway 30 and the connected objects 25 according to the desired use. According to a variant, the interface 30 is also autonomous in its configuration.

[0133] The radio link between the user interface 20 and the gateway is on the 868 MHz frequency band.

[0134] In some cases, it is not possible to have a wireless internet connection due to the building configuration.

[0135] This is why the radio link makes it possible to ensure connectivity between the connected object(s) 25 and with the gateway 30 or the user interface 20.

[0136] According to the example carried out, the radio link comprises a radio packet which includes: a network identifier, an effective data, and a CRC. According to another example according to one of the previous elements.

[0137] The network identifier is an 8-byte data, which allows you to create a private network and only receive messages belonging to your own network; the messages are filtered.

[0138] A byte is a unit of measurement for information and data storage capacity

[0139] The actual data is a message that can be up to 64 bytes.

[0140] CRC stands for "Cyclic Redundancy Check." It is an error detection algorithm used primarily in digital communications and data storage.

[0141] According to the example carried out, the CRC is calculated and managed internally by the radio module, it allows the integrity of the radio frame to be validated.

[0142] The actual message sent by the connected object 25 is formatted in such a way as to have the following elements: the identification of the connected object 25, the ambient temperature and the outdoor connected object, the percentage of humidity and brightness, the alert, and the battery percentage.

[0143] The gateway 30 retransmits as is to the user interface 20 to process the information of the actual message.

[0144] According to one variant, the connected object 25 can be in refrigerator mode or in external mode.

[0145] The temperature data from the outdoor probe will always be transmitted to maintain consistency in the format of the actual message.

[0146] According to one realized example, this part of the actual message is ignored by the user interface 20.

[0147] Lamontre a shower head.

[0148] The 31 shower head has several functions. The 31 shower head is self-contained and has an internal battery.

[0149] The presence of a battery allows the scanner to be completely autonomous, without relying on an external power source. This means the user can move freely to collect traceability data in various locations without being restricted by cables.

[0150] The shower head has a 32" display screen to show items such as temperature, photo, or scan.

[0151] In one variant, the display screen is touch-sensitive and allows you to control the actions of the various functions of the shower.

[0152] The integrated display instantly displays collected information, temperature measurement results, images, or scanned barcodes. This allows the user to quickly verify the validity of the collected data.

[0153] The shower head has a trigger 33. This trigger 33 allows you to act, for example, to take a temperature using a temperature laser. It is also possible to take a photo or scan of a product to read a barcode, for example a one- or two-dimensional barcode.

[0154] The temperature sensor allows you to quickly and accurately measure the temperature of objects, products, or environments. This is particularly useful for the traceability of temperature-sensitive products, such as food or pharmaceuticals.

[0155] The built-in camera or scanner allows you to capture images or scan barcodes, QR codes, or other information crucial for traceability. This facilitates accurate data collection and reduces the risk of human error.

[0156] The shower head has a 34 charging connector to power the internal battery. Charging is possible via the charger with contacts or by induction.

[0157] A connection element 35 allows a wired temperature sensor to be connected. The wired temperature sensor allows, for example, the temperature at the core of a product to be taken.

[0158] The scanner can be equipped with wireless connectivity capabilities (such as Wi-Fi or Bluetooth) to instantly transfer the collected data to a centralized management system: user interface or gateway. This allows for real-time updating of information and faster decision-making.

[0159] In one variation, the shower head is waterproof and resistant to immersion.

[0160] Automating data collection with the scanner reduces manual data entry errors. This improves the accuracy of traceability data, which is essential for regulatory compliance and product quality.

[0161] The handheld scanner allows for fast and efficient data collection, saving valuable time in the traceability management process. Operations are faster and more efficient.

[0162] In one variation, the shower head has on / off buttons.

[0163] The scanner can be used in a variety of traceability applications, whether tracking products in a warehouse, monitoring the temperature in display cases at a takeaway restaurant, in a laboratory, or scanning barcodes on products in a restaurant or store.

[0164] ReferencesDesignations20User interface21Display screen22Icons23Recognition unit24Label25Connected object26Through hole27Connection28Magnet29Rounded plate30Gateway31Shower head32Shower head screen33Temperature trigger34Charging connector35Connection element

Claims

Management system for traceability comprising at least one user interface (20) connected to a data server by a transmission means, said user interface (20) comprises a processing unit having a storage means and a microcontroller, said user interface (20) being configured to track and process information from at least one connected object (25); - the connected object (25) is connected to the user interface (20) and comprises a battery, a data transmitter and receiver, a display screen (21) configured to show at least one battery level, a connection level, a temperature level and comprises at least one information from one of the following sensors: temperature, humidity, brightness;said connected object (25) is of rectangular parallelepiped shape comprising a front face, a rear face and a thickness - the user interface (20) comprises a display screen (21) for monitoring at least one piece of information of the connected object (25); - the processing unit retrieves data in real time or according to a regular time interval of at least one piece of information from at least one sensor of the connected object (25); characterized in that: the connected object (25) comprises at least one through hole (26) of elongated shape over at least part of the thickness of the connected object (25), said connected (25) is configured to transmit said information from at least one sensor to the user interface (20); the connected object (25) comprises a magnet (28) for fixing said connected object (25) to a support, said magnet (28) is located on the rear face of the connected object (25).; The system of claim 1, wherein the user interface (20) comprises label printing means (24) configured to print data from the user interface (20) or from the data server. System according to claim 1, wherein the user interface (20) comprises a recognition unit (23) by one of the following elements: scanner, camera, camera. The system of claim 1, wherein the data server is viewable and usable by a mobile terminal. System according to claim 1, in which the connected object (25) is connected to a power supply whose connector (27) of the connected object (25) is located on the thickness to recharge said battery. The system of claim 1, wherein the connected object (25) comprises a notch for the passage of a wire over the thickness configured so that the wire supports the connected object (25) to a support. The system of claim 1, wherein the data server contains data that is copied to a backup server for storing said data. The system of claim 1, wherein the processing unit is covered by a layer of resin. System according to claim 1, in which the battery of the connected object (25) is rechargeable by induction. System according to claim 1, wherein the user interface (20) is either replaced by a gateway (30) configured to track and process information from at least one connected object (25), or interconnected with a gateway (30) between the user interface (20) and the connected object, said gateway (30) comprises:- another user interface (20) comprising a display screen (21) for tracking at least one piece of information from the connected object (25); and- another processing unit retrieving data in real time or according to a regular time interval from at least one piece of information from at least one sensor of the connected object (25). The system of claim 10, wherein the user interface (20) or the gateway (30) comprises a scanner configured to take information by at least one of the following tools: scanner, taking a temperature or a photo, said information being transmitted to the user interface (20) or the gateway (30). The system of claim 11, wherein the shower head comprises a connection element (35) configured to be connected to a wired temperature sensor. System according to claim 11, in which the shower head comprises a battery rechargeable by a charging connector (34) or by induction.

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