Mobile, manually carriable detection system

Abstract

A mobile, manually carriable detection system, comprising an electronic detection device, which is designed to detect an object, in particular a product and / or an electronic data processing unit that can be installed in a production presentation region and / or a code carrier that can be mounted in a production presentation region, and which is designed to take detection of the object as a basis for generating identification data for identifying the object, and an, in particular bar- or tube-like, arm extension device, one of the end regions of which carries the detection device and which can be gripped by a human hand, wherein the detection system is designed to transmit the identification data to an electronic management device, the management device being programmed to manage the object, in particular the product and / or the data processing unit and / or the code carrier, on the basis of the identification data.

Description

[0001] title

[0002] Mobile, manually portable recording system

[0003] Description

[0004] Technical field

[0005] The invention relates to a mobile, manually portable detection system and an electronic sales area management system.

[0006] background

[0007] In commercial premises, for example in retail stores, products are displayed and advertised with product and / or price tags. In order to keep track of the stock of goods and / or price tags, specially designed scanners, handheld devices, or mobile computers are usually used as data recording devices. This can be used, for example, to record the stock of goods and / or the stocking of products on the shelves. To ensure that there are always enough products available, regular inventories must therefore be carried out, during which the products and / or price tags are scanned. This is a time-consuming and physically demanding process in which employees have to scan the aforementioned objects on different shelf levels. To do this, employees often have to bend or stretch or even resort to using climbing aids such as ladders or stools.Inventory using these recording devices is therefore not only time-consuming but also ergonomically unsound, negatively impacting employee satisfaction and productivity, and potentially even their health. The situation is similar when logically pairing products with electronic display devices, whereby the products themselves and the electronic display devices positioned there must also be recorded. The invention therefore sets itself the task of providing a mobile, manually portable recording system that enables more ergonomic recording of objects in a sales area or warehouse.

[0008] Summary of the invention

[0009] This object is achieved by a detection system according to claim 1. The subject matter of the invention is therefore a mobile, manually portable detection system, comprising an electronic detection device which is designed to detect an object, in particular a product and / or an electronic data processing device which can be installed in a product presentation area and / or a code carrier which can be attached in a product presentation area, and which is designed to generate identification data for identifying the object based on the detection of the object, and a, in particular rod ortubular arm extension device which carries the detection device at one of its end regions and which is graspable by a human hand, wherein the detection system is designed to transmit the identification data to an electronic management device, wherein the management device is programmed to manage the object, in particular the product and / or the data processing device and / or the code carrier, on the basis of the identification data.

[0010] This object is further achieved by an electronic sales area management system according to claim 15. The invention therefore relates to an electronic sales area management system comprising at least one detection system according to the invention and a management device which is programmed to manage the object, in particular the product and / or the data processing device and / or the code carrier, on the basis of the identification data.

[0011] An arm extension device thus allows the detection system to be grasped with the human hand at a distance from the detection device. The arm extension device allows the hand to be positioned or the arm extension device to be grasped with the hand at a distance from the detection device, wherein the distance corresponds at least to the width of the gripping hand. The arm extension device is designed to provide a distance from the detection device, so that the arm extension device can be grasped within a range at a selectable distance from the detection device.The arm extension device thus allows gripping by hand within a distance range from a first distance, for example directly adjacent to the detection device, to a second distance, in particular a maximum possible distance from the detection device, wherein the two distances, in particular the maximum possible distance from the position directly adjacent to the detection device, differ. The arm extension device is thus designed to be graspable by the human hand at at least two different distances from the end region carrying the detection device. The possible maximum distance occurring here, for example, between the detection device and the hand gripping the arm extension device can be at least 20 cm, preferably at least 35 cm, or even more.For this purpose, the arm extension device preferably has a maximum longitudinal extension of at least 25 cm, preferably at least 40 cm.

[0012] The measures according to the invention offer the advantage that the arm extension device can be gripped largely arbitrarily along its longitudinal extension. This allows for an ergonomic arm posture without the need to adopt straining arm positions or body postures, while the detection device is positioned adjacent to the object to be detected in order to perform the detection there.

[0013] Further, particularly advantageous embodiments and developments of the invention emerge from the dependent claims and the following description.

[0014] The management device preferably comprises a server for processing the data for the purpose of managing the product and / or the data processing device and / or the code carrier (or a plurality of these objects) on the basis of the identification data and at least one access point for radio-based communication with the detection system.

[0015] To communicate with the management device, the detection system has a communication module, preferably a radio module for radio-based communication with the management device, in particular with the access point. Technologically, a proprietary radio system, a WLAN radio system, a ZigBee-based radio system, or even a Bluetooth-based radio system can be used.

[0016] To detect an object, in particular the product, the data processing device and / or the code carrier, the detection system is moved by the hand of the human operator (a person) towards the object so that the object is located within the detection range of the electronic detection device. The detection device then detects the object, as described below, and generates the identification data, which is transmitted to the electronic management device, where it is documented for management purposes and recorded or booked, for example, in a pianogram. This allows the actual situation in the sales area, in particular in the product presentation area, such as in a shelf compartment, for example the inventory as well as the goods position and / or the logical connection between the objects positioned there, to be digitally represented.Furthermore, adjustments and optimizations are possible based on this recording, for example refilling products on a shelf.

[0017] The object to be detected can have and / or provide an optical and / or electromagnetic identification feature, in particular a code, or even a specific appearance that allows optical identification of the object. For example, the objects can provide an optical identification feature, such as a barcode and / or a bar code, and / or an electromagnetic identification feature, for example an RFID or NFC signal (see, for example, standards ISO / IEC 14443 and FeliCa or ECMA-340 and ISO / IEC 18092 or ISO / IEC 21481 / ECMA-352) and / or Bluetooth signal (see standard IEEE 802.15.1 and specifications of the Bluetooth Special Interest Group (SIG)), etc. The electronic detection device is preferably designed for optical detection and / or electromagnetic detection.

[0018] Products are presented in a product display area, for example, on a shelf. They typically have a barcode that allows product identification. Furthermore, products typically have a distinctive appearance that allows identification through pattern recognition. They can also be identified, for example, using a QR code (Quick Response Code, see ISO / IEC 18004:2006 or corresponding national standards).

[0019] The data processing device can, for example, be designed as an electronic shelf label (ESL). However, it can also be an electronic label that can be attached to a product. A shelf rail control device, also known as a rail controller, can also be provided as the data processing device. This device controls electronic devices, in particular other data processing devices, that are attached to a shelf rail. It can also be a shelf processing device that controls electronic devices, in particular other data processing devices that are attached to a shelf.

[0020] The code carrier is preferably an optical and / or electromagnetic code carrier. The code carrier thus provides one or more recognition features that allow identification of the code carrier. The code carrier preferably has a barcode and / or a QR code and / or an RFID or NFC transponder. The code carrier can be designed, for example, as a sticker. This allows the code carrier to be easily attached in the product presentation area, on the shelf, or on the product itself. This allows for simple and quick scanning of the code carrier, making it easy to identify an object, determine its position if necessary, or establish a logical connection between identified objects.

[0021] For optical detection, the detection device can have a barcode reader or a QR code reader. This allows simple, fast and unambiguous detection of the information to be detected because this information is available in the specially designed format, i.e. as a barcode or QR code. The barcode or QR code can simply be printed on the product, the data processing device and / or the code carrier. The data processing device can also have a screen and display the barcode or QR code on this screen. The barcode reader or QR code reader preferably has a light source, in particular for emitting red light or infrared light, in particular by means of an LED or laser, and a light-sensitive sensor. Thus, as is known from such devices, the barcode or QR code can be detected with high accuracy.

[0022] The detection device preferably has a camera for optical detection. The detection system is preferably designed to interpret and identify objects detected by the camera using pattern recognition, in particular image recognition. Image data / video data or an interpretation of the image data / video data, for example a name and / or a character string representing an object, or a combination of image data / video data and an interpretation of the image data / video data, can thus be used as identification data. The use of image data / video data allows for comprehensive documentation and tracking of the detections. The use of interpretations of the image data / video data allows for documentation and data transmission with low memory requirements. Depending on the application, the optimal processing of the identification data can thus be selected. Combinations are also possible.In this way, the object can be interpreted and identified from high-resolution video data using pattern recognition, and this interpretation can be packaged together with a lower-resolution image file as identification data.

[0023] For electromagnetic detection, the electronic detection device preferably has a near-field communication detection device, or NFC detection device for short, for detecting or "reading" information or signals provided by near-field communication. This allows identification features of the objects to be detected to be reliably detected even when dirty. The same applies to the use of radio identification technology, or RFID technology for short.

[0024] For electromagnetic detection, however, the electronic detection device can also include a Bluetooth detection device for Bluetooth communication with the objects to be detected. Since Bluetooth allows multiple devices to communicate with each other simultaneously, this is advantageous, for example, for quickly forwarding a detected identification feature (e.g., a Bluetooth identification code) to another device, such as a handheld device belonging to the employee who is detecting the objects.

[0025] Combinations of capture methods can also be used. For example, the electronic capture device can be configured for optical capture using a camera and for electromagnetic capture using NFC technology. For example, a data processing device can be captured and identified using NFC, and products can then be captured and identified using a camera, so that this data can be transmitted to the management device. The management device can thus easily assign which products belong to which data processing device, for example, which electronic price display.

[0026] The identification data can relate to the pure identification of the product, the data processing device, or the code carrier. However, the identification data can also contain or indicate an assignment of a product to a data processing device and / or an assignment to a code carrier. The identification data can also contain or indicate an assignment of a data processing device to a code carrier. This assignment in the identification data facilitates subsequent management by the management device.

[0027] The arm extension device has a gripping or holding area at which the arm extension device can be grasped or held by a human hand. This area can occupy the entire arm extension device or extend over the entire longitudinal extent of the arm extension device, or it can occupy part of the arm extension device or extend over a partial area of ​​the longitudinal extent of the arm extension device.

[0028] Details of the arm extension device are discussed below.

[0029] According to one aspect of the invention, the arm extension device is designed to be graspable by a human hand at a distance of at least 40 cm, preferably at least 50 cm, particularly preferably at least 100 cm, from the electronic detection device. For this purpose, the arm extension device preferably has a maximum longitudinal extension of at least 45 cm, preferably at least 55 cm, particularly preferably at least 105 cm.

[0030] The arm extension device can be designed as a rigid rod or rod of fixed length or as a rigid bar or rod of fixed length. The arm extension device can therefore have a gripping or holding area that extends over its entire longitudinal extent. This means that, depending on how far away an object to be detected is from the person handling the detection system, the arm extension device can be grasped closer to the electronic detection device or further away from the electronic detection device. This makes it easy to detect objects on different shelf levels without the user of the detection system having to stretch or bend down. Instead, the user can grip the arm extension device at a position along the longitudinal extent of the arm extension device that is comfortable for them and can hold it there without any unpleasant orunergonomic movements swivel the detection system towards the object or hold it there.

[0031] The arm extension device is preferably designed to be extendable. This feature allows for particularly ergonomic detection of objects, as the arm extension device can be adjusted to the required length. Ergonomics are further improved by the fact that, for objects located close to the person, the detection system can be easily moved toward the object without having to avoid a protruding part of the arm extension device, as would be the case with a fixed-length arm extension device, where part of the arm extension device would appear "too long" for this application. To facilitate the transport of the arm extension device or to optimally adjust the length, the arm extension device is also designed to be retractable. This feature allows the arm extension device to be reduced to a compact length, making it easier to store.

[0032] For this purpose, the arm extension device preferably has an extension mechanism for extending the end portion carrying the detection device away from the gripping or holding area or for adjusting the desired length. The extension and retraction capability thus accompanies the length adjustment capability.

[0033] Preferably, the arm extension device, in particular the extension or retraction mechanism of the arm extension device, has at least one of the following designs for realizing the extendability or retractability, namely: a scissor lever, in particular a Nuremberg scissor, and / or a threaded rod, and / or a hydraulic cylinder, and / or a pneumatic cylinder and / or a telescopic rod, in particular a telescopic tube or a box-shaped telescopic rod.

[0034] These measures result in particularly ergonomic usability of the recording system.

[0035] A mechanism for the arm extension device featuring a telescopic rod has proven particularly advantageous. This allows the detection system to be collapsed into a particularly compact configuration, enabling ergonomic detection of nearby objects. At the same time, the detection system can be stored in a space-saving manner. However, the telescopic rod allows the longitudinal extension of the arm extension device to be significantly increased, allowing the arm extension device to be extended, allowing distant objects, for example, on the highest shelves, to be easily detected.

[0036] However, the mechanism can also be formed by a combination of the measures mentioned above.

[0037] Depending on the application, arm extension devices of different lengths have proven advantageous. In warehouses or retail areas with very high shelves, very long arm extension devices have proven advantageous. Supermarkets, on the other hand, often use lower shelves so that all products can be easily removed by potential customers. Here, arm extension devices with a shorter overall length and a smaller possible length change can be advantageous.

[0038] According to one aspect of the invention, the arm extension device is extendable by at least 10 cm, preferably at least 20 cm, particularly preferably at least 80 cm, and especially at least 120 cm. As mentioned, the optimal length can vary depending on the application, for example, whether high or low shelves are used. However, adhering to these minimum lengths provides a detection system that allows employees of different heights to ergonomically detect all shelf levels.

[0039] Furthermore, it has proven advantageous for the detection system to have an actuating device, wherein the detection system is designed to extend the arm extension device upon actuation of the actuating device. This allows the detection system to be adjusted to the required length particularly easily, even enabling one-handed operation. The user thus has one hand free for other activities, such as filling the shelf with products or correctly positioning displaced products. This measure thus allows for faster processing of the shelves, for example, during an inventory or mapping of the objects located there.

[0040] The actuating device is preferably designed for electromechanical or purely mechanical, particularly manually operated, extension of the arm extension device. The same applies to retraction, i.e., reducing the length of the arm extension device.

[0041] For electromechanical actuation, for example, an electric motor can be provided to extend or retract the arm extension device. Electromechanical actuation enables particularly simple operation of the actuating device because the necessary force is applied by an actuator, particularly an electric motor.

[0042] For purely mechanical (manual) actuation, a lever can be provided that transmits the force upon actuation, for example, via a mechanism comprising a gear, a hydraulic mechanism, and / or a pneumatic mechanism, so that this mechanism extends or retracts the arm extension device. Purely mechanical actuation enables particularly energy-efficient actuation of the actuating device because no electrical power is required from the detection system.

[0043] According to one aspect of the invention, it has proven advantageous for the center of gravity of the detection system to be located in the arm extension device or adjacent to the arm extension device at a distance from the electronic detection device. This further improves ergonomics because it reduces the moment exerted on the operator's hand when operating the detection system. This places less strain on the hand and protects the joints during prolonged use.

[0044] Particularly preferably, the center of gravity of the detection system is located in the gripping or holding area or adjacent to the gripping or holding area. This allows for torque-free handling of the detection system.

[0045] The center of gravity of the detection system can be adjusted, for example, using weights or counterweights.

[0046] The detection system may include electronics configured to process and / or transmit the identification data. This electronics may be located in the detection device, i.e., be a component thereof.

[0047] According to an advantageous embodiment, the detection system has electronics designed to process and / or transmit the identification data, wherein the arm extension device distances the electronics from the electronic detection device. The arm extension device thus provides a distance between the electronic detection device and the electronics. The arm extension device is thus located, at least in part, between the electronic detection device and the electronics. Additional electronics can be provided. By positioning the electronics in this way, the center of gravity of the detection system is shifted towards the arm extension device or towards the gripping or holding area, without the need for additional weights. The center of gravity and the moment of inertia of the detection system are thus optimally selected, which facilitates easy manual guidance of the detection system.The measure thus enables fast and dynamic movements that are gentle on the joints, which leads to a more efficient recording process.

[0048] Furthermore, it has proven advantageous for the detection system to include a screen. The screen can be located in the detection device, i.e., be a component of it.

[0049] This allows for simple and comprehensive operation of the detection system, allowing the user to easily maintain an overview of the detection process and receive relevant detection information in real time. For example, identification numbers and / or names of the detected objects can be displayed. When using a camera, an image of the area captured by the camera can also be displayed, allowing the user to easily determine which object is currently being or has been detected. This also allows the quality of the detection to be checked.

[0050] According to an advantageous embodiment, the arm extension device distances the screen from the electronic detection device. The screen is preferably located adjacent to the gripping or holding area. Particularly preferably, the extension mechanism is located, at least partially, preferably largely, in particular completely, between the screen and the end region of the arm extension device that supports the detection device. Thus, on the one hand, the screen contributes positively to the definition of the center of gravity and locates it close to the gripping or holding area, thus enabling dynamic movements of the detection system that are gentle on the joints. At the same time, this positioning of the screen allows it to be optimally viewed with an ergonomic head position during the detection process, thus avoiding errors due to incorrectly detected objects.If the electronic scanning device has a camera, for example, it is possible to look into distant shelf levels (i.e., those that would be impossible or difficult to reach without an arm extension device) and easily detect the correct object there, or to view overhead areas of shelves. According to one embodiment, it has proven advantageous for the electronic scanning device and the arm extension device to be designed for coupling and decoupling from one another, in particular without the use of tools. This allows, for example, objects to be scanned at a height that is comfortable for the user in the decoupled state without the arm extension device, and objects located high or very low to be scanned with arm extension devices.

[0051] The coupling can involve a mechanical coupling, including a magnetic coupling, as well as an electrical coupling. Thus, the arm extension device and / or the electronic detection device can have contacts, in particular spring contacts, to provide an electrical coupling. Furthermore, the arm extension device and the electronic detection device can have, for example, snap-hook connections and / or magnets to provide a mechanical coupling.

[0052] According to a further embodiment, it has proven advantageous for the electronic detection device and the arm extension device to be permanently connected. The electronic detection device and the arm extension device are thus formed as a single unit, in particular housed in a continuous housing. This measure results in a particularly robust detection system.

[0053] Regardless of whether the detection device and the arm extension device are designed as a single piece or can be coupled, the detection system can be designed for autonomous detection and / or for detection as a result of a triggering.

[0054] According to one aspect of the invention, the detection system comprises a triggering device, wherein the detection system is configured to trigger the generation of the identification data upon actuation of the triggering device. This allows for targeted detection of the object and "registration," i.e., identification and transmission of the identification data, of an object. The accidental or unintentional detection of objects past which the detection device is moved can thus be completely eliminated. The triggering device preferably comprises a button for triggering. This provides particularly simple operation. A touchscreen can also be used as the triggering device.

[0055] Preferably, the detection system is further configured to transmit the identification data to the management device as a result of the triggering of the triggering device. Particularly preferably, the detection system is configured to recognize different types of actuation and, based on the type of actuation of the triggering device, to trigger the generation of the identification data and / or the transmission of the identification data. For this purpose, for example, two buttons can be provided, each of the buttons being configured to trigger a specific action. However, a single button can also be provided that enables different types of actuation. These types of actuation can, for example, be a single click and a double click, which trigger different actions. The same can be implemented in the context of a touchscreen.

[0056] Multiple buttons can also be provided at different positions along the arm extension device, preferably designed to trigger the same action. Thus, the arm extension device can be held at different locations so that the action can be triggered by pressing one of the buttons.

[0057] According to a further aspect of the invention, the detection system is designed to autonomously trigger the generation of identification data upon detection of the object. This allows for particularly rapid operation and detection of the objects because no time is lost during the triggering process.

[0058] Preferably, the recording system is also designed to autonomously transmit the identification data to the management device. This allows the recorded data to be processed centrally in real time.

[0059] However, autonomous detection can also be used in conjunction with the triggering device. For example, the detection of certain unique objects, such as a barcode and / or an NFC signal, can occur autonomously, while the detection of a product, for example, requires confirmation by triggering the triggering device. The detection system can also be configured to operate in a fully autonomous mode, in which detection occurs autonomously, in a semi-autonomous mode, in which certain, but not all, detections occur autonomously, and in a manual mode, in which detection occurs exclusively as a result of manual activation of the triggering device.

[0060] Finally, it should be mentioned that in both the extendable and the non-extendable arm extension device, the arm extension device is designed to be graspable by the human hand at at least two different distances from the end region carrying the detection device. For this purpose, in the extendable arm extension device, the gripping or holding region can be positioned by extending the arm extension device into at least two positions at different distances from the end region carrying the detection device in order to enable gripping at the two different distances. In the non-extendable arm extension device, the gripping or holding region extends over at least two positions or locations at different distances from the end region carrying the detection device in order to enable gripping at the two different distances.In both training forms, the arm extension can be grasped, held and operated at at least two different distances from the detection device.

[0061] In summary, it should be noted that the top and / or bottom shelf levels in particular pose problems because employees have to stretch or bend to register the objects located there. As explained, the object can be a product, a data processing device, or a code carrier.

[0062] Preferably, the object is an IoT device and / or the object has an IoT device, where IoT stands for "Internet of Things". The objects can therefore also be understood as "things" or physical objects with a virtual representation in an internet-like structure. IoT devices are referred to below as "IOTS". "IOTS" refers to devices that can be accessed via the internet (or internet-like structures), such as GSM (Global System for Mobile Communications), LTE (Long Term Evolution), 5G (fifth generation of mobile communications), etc. IoTs can be, for example, sensors (distance sensor, motion sensor, temperature sensor, humidity sensor, gas sensor, radar sensor, camera).The IOTs can also be a display for electronically alterable still images and / or video images, in particular electronic labels, for example electronic shelf labels (ESLs).

[0063] The product, the data processing device, and / or the code carrier can be configured as an IoT and / or contain the IoT. Scanning the IoT is an important process in many different workflows, such as the installation of (IOT) shelf labels or (IOT) ESLS or other IoT devices in the local device ecosystem of a retail outlet.

[0064] The electronic detection device is designed to detect the object, or IoT. Detection can be achieved, for example, by image capture, barcodes, 2D codes, matrix barcodes, near-field communication (NFC), RFID, or similar.

[0065] As mentioned, a triggering device, in particular a button or key, for example, at an end region of the arm extension device, can be provided to trigger the detection. However, the electronic detection device can also be designed for autonomous triggering. For this purpose, it can be designed to be placed in a "detect mode," wherein in the detection mode, the objects to be detected, in particular the IoTs, are automatically detected in the detection area. Once an object, in particular an IoT, has been detected, the identification data, for example, the virtual representation of the physical IoTs, is transmitted. For this purpose, for example, a particularly software-based application, for example, a "local application," in particular executed by the management device, can be provided, which further processes the identification data.Depending on the desired application, this further processing can include, for example, inventory, product allocation, IoT tracking, IoT installation, etc. As mentioned, the object can also be a retail product (also known as a "retail product"), i.e., specifically a product. Due to its typically uniform appearance (e.g., a can of beans that always looks the same), this can be particularly advantageously captured and processed using image recognition. Capture using barcodes or 2D codes has also proven particularly advantageous for products.

[0066] The recording of IOTs and products (in the same or different ways), especially pairs of IOTs and products directly on the shelf, has proven advantageous because it creates a logical association between IOTs and products. This logical association can be documented or recorded by the management device.

[0067] It should also be generally mentioned that the electronic devices discussed (detection system, detection device, management device, etc.) comprise electronics. The electronics can be discrete or comprise integrated electronics, or even a combination of both. Microcomputers, microcontrollers, and Application Specific Integrated Circuits (ASICs), possibly in combination with analog or digital electronic peripheral components, can also be used. Many of the device functionalities mentioned are implemented—possibly in conjunction with hardware components—with the aid of software executed on an electronics processor. Devices designed for radio communication usually comprise an antenna configuration for transmitting and receiving radio signals as part of a transceiver module.The electronic devices can also have an internal electrical power supply, which can be implemented, for example, with a replaceable or rechargeable battery. The devices can also be powered wired, either via an external power supply or via "Power over LAN."

[0068] These and other aspects of the invention are apparent from the figures discussed below.

[0069] Brief Description of the Figures The invention is explained in more detail below with reference to the accompanying figures using exemplary embodiments, to which, however, the invention is not limited. In the various figures, identical components are provided with identical reference numerals. They show schematically: Fig. 1 shows a known barcode reader;

[0070] Fig. 2 the use of the known barcode reader;

[0071] Fig. 3 shows an electronic sales area management system comprising a recording system according to the invention;

[0072] Fig. 4 shows the use of the detection system according to Fig. 3;

[0073] Fig. 5A-5D show another embodiment of the detection system according to the invention;

[0074] Fig. 6 shows the electronic sales area management system comprising the recording system according to Figs. 5A-5D;

[0075] Fig. 7 the use of the detection system according to the figures

[0076] 5A-5D and 6;

[0077] Fig. 8 shows a further embodiment of the inventive

[0078] recording system;

[0079] Fig. 9 shows another embodiment of the inventive

[0080] recording system.

[0081] Description of the embodiments

[0082] Figure 1 shows a known detection system without an arm extension device, designed as a barcode reader 100. The barcode reader 100 has an electronic detection device 101. The electronic detection device 101 has an infrared reading unit 102 for reading barcodes in a detection area 103. Furthermore, the barcode reader 100 has a handle 104 and a button 105 for activating the detection or reading of the barcode. The handle 104 is shaped such that it is adapted to the hand of a person 22a, 22b, 22c (see Figure 2) such that when the person 22a, 22b, 22c grasps the barcode reader 100, their index finger is positioned corresponding to and covering the button 105. By moving the index finger, the person 22a, 22b, 22c can thus press the button 105 and activate the scanning process, i.e., the capture. Figure 2 shows a shelf 19 with three shelf levels 20a, 20b, and 20c.Products 21 are positioned on each of the shelf levels 20a, 20b, and 20c. Identical products 21 are positioned together in a group. Each group of products 21 is labeled with a price tag 23 that displays product and / or price information. Each product 21 is provided with a barcode 28; for reasons of clarity, this is only shown for the second product group from the left on the top shelf level 20a.

[0083] The three people 22a, 22b, and 22c, who are employees of the store to which the shelf 19 belongs, scan the products 21, as is done, for example, for inventory. For this purpose, they each use one of the known barcode readers 100 shown in Figure 1.

[0084] While the person 22b shown in the middle of Figure 2 can still relatively comfortably grasp the products at eye level on the middle shelf level 20b, the person 22a shown on the left has to stretch excessively to grasp the products on the upper shelf level 20a. To grasp products even higher, the person 22a would even need a climbing aid, such as a ladder, stool, or similar. The person 22c on the right of the image grasps the products 21 on the lowest, floor-level shelf level 20c and has to assume an uncomfortable squatting position to do so.

[0085] The use of the familiar barcode reader 100 is therefore inconvenient and ergonomically unfriendly. Because more breaks are required and because a climbing aid must be provided for higher shelf levels, which then has to be repositioned for each area to be scanned, scanning using the familiar barcode reader 100 has also proven inefficient because it is very slow.

[0086] Figure 3 shows an electronic sales area management system 10 comprising an embodiment of a mobile, manually portable detection system 1 according to the invention, in which the aforementioned problems are overcome. The detection system 1 has an electronic detection device 2 which is designed to detect the product 21 and / or an electronic data processing device which can be installed in a product presentation area and / or a code carrier attached in a product presentation area in its detection area 3. The electronic detection device 2 has a detection unit 4 designed as a camera. Furthermore, the detection system 1 has an arm extension device 5 which carries the detection device 2 at one of its end regions. Along the entire longitudinal extent of the arm extension device 5, it has a gripping orHolding area 6, where the arm extension device 5 can be grasped or held by a human hand 18.

[0087] The gripping or holding area 6 extends over a length LI of approximately 36 cm. This allows for comfortable gripping of the arm extension device 5 in the gripping or holding area 6 at a distance L2 of approximately 25 cm from the end of the arm extension device 5 that carries the electronic detection device 2. The end of the gripping or holding area 6 is thus a distance L3 of approximately 40 cm from the detection unit 4.

[0088] At the end of the arm extension device 5 opposite the electronic detection device 2, the detection system 1 has a counterweight structure 7, which acts as a counterweight to the detection device 2. Compared to a design without a counterweight structure 7, the counterweight structure 7 shifts the center of gravity from the detection device 2 toward the counterweight structure 7, i.e., toward the center of the gripping or holding area 6. This allows the detection device 2 to be held and moved with only a small moment acting on the user's wrist 22a-22b.

[0089] Furthermore, the detection device 2 has an electronics (not visible) which is housed in the counterweight structure 7 and thus contributes positively to the weight distribution.

[0090] The electronics comprise a processing module for processing and interpreting image data and a communication module, embodied here as a radio module, for radio-based communication. The electronics are connected to the electronic detection device 2 via communication technology, in this example via a cable. The electronic detection device 2 is configured to generate first identification data, which allow identification of the detected object, in the form of image data. The first identification data is transmitted to the processing module. The processing module generates second identification data from the first identification data using pattern recognition, in particular image recognition, so that the second identification data requires less data storage space relative to the first identification data.The second identification data may, for example, comprise text containing an identification code of a product, of an electronic data processing device installable in a product presentation area and / or of a code carrier mounted in a product presentation area.

[0091] The identification data, in particular the second identification data, can be provided within the electronic sales area management system 10 by means of a communication module.

[0092] In addition to the registration system 1, the sales area management system 10 further comprises a management device 11, which is programmed to manage products and / or the data processing devices and / or the code carrier based on the identification data, in particular the second identification data. The management device 11 here comprises an access point 12 for radio-based communication with the registration system 1, in particular with the communication module of the electronics of the registration system 1 via a first radio connection 15. The access point 12 is connected to a server 13 of the management device 11, where received identification data is stored and managed. The server 13 stores a pianogram of the store in digital form, which is updated based on the received identification data. This allows the current inventory in the store to be displayed, or the logical connection between objects to be stored.

[0093] Furthermore, the sales area management system 10 has a tablet computer 14, hereinafter referred to as tablet 14 for short, for displaying information. The tablet 14 is wirelessly connected to the management device 11 via a second wireless connection 16. The tablet 14 is wirelessly connected to the registration system 1 via a third wireless connection 17. The wireless connections 15, 16, 17 can each be the same type of wireless connection or different types. For example, all wireless connections can be implemented as WLAN wireless connections, and the entities communicating in this WLAN network can be configured for WI-FI wireless communication. One or more wireless connections 15, 16, 17 can also be implemented as Bluetooth wireless connections, which requires the entities to be configured for Bluetooth communication.

[0094] Figure 4 shows, analogous to Figure 2, the shelf 19 with the three shelf levels 20a, 20b, 20c. For reasons of clarity, the reference numerals have been reduced (see Figure 3). The products 21 are positioned on each of the shelf levels 20a, 20b, 20c. However, the persons 22a, 22b, 22c here use the detection system 1 according to the invention, so that each person can detect or scan the products 21 in an ergonomic and comfortable position. The person 22a on the left in the image holds the detection system 1 at the lower end of the gripping or holding area. This allows the person 22a to detect the products on the upper shelf level 20a without having to stretch. The person 22a could also detect the objects or products on an even higher shelf level without the need for a climbing aid. In the same ergonomic position, the person 22a can detect products from the shelf level 20b below using the detection system 1.To do so, person 22a merely needs to grasp the detection system 1 at the upper end section of the gripping or holding area 6, as person 22b shown in the center does. Person 22c, shown on the right in the image, can grasp the product on the lowest shelf level 20c without having to bend down. To do so, person 22c simply grasps the detection system 1 at a central position, so that the distance between hand 18 and electronic detection device 2 is selected such that the detection area 4 of the detection device 2 can be easily guided to the product 21.

[0095] Furthermore, as shown here, the persons 22a, 22b, and 22c can use the tablet 14 to keep track of the work progress and an overview of the recorded objects. For this purpose, the identification data, in particular the second identification data, are converted into third identification data in a format readable by the persons. The conversion can be performed by the recording system 1, the management device 11, and / or the tablet 14. This third identification data can include, for example, the product name. Thus, the persons 22a, 22b, and 22c are shown on the tablet 14 what exactly was recorded.

[0096] In addition to or in addition to the products 19, data processing devices and / or code carriers can also be scanned. Code carriers are objects that provide a detectable code, such as signs, stickers, etc. The code carrier can, for example, represent a shelf area. The price tags 23 are usually designed as code carriers or have a code carrier. For this purpose, a barcode (not shown) is provided on the price tag 23, which identifies the price tag 23. Price tags 23 can be used as paper price tags. Nowadays, electronic price tags 23, also known by the English term Electronic Shelf Label, or ESL for short, are mostly used. The price tag 23 forms an electronic data processing device and is used as part of the electronic sales area management system 10.As such, the data processing device can, for example, also be designed to provide a radio-based code, in particular an NFC-based (where NFC stands for Near Field Communication) code.

[0097] To capture an NFC-based code, the capture device 2 can have an NFC capture unit. For example, more comprehensive information than could be transmitted solely based on a barcode can be transmitted from the electronic price tag 23 to the capture device 2 or captured by the capture device 2.

[0098] Figures 5A to 5D show a further embodiment of the mobile, manually portable detection system 1. Figures 5A and 5B each show the detection system 1 from a different perspective. In this embodiment, the arm extension device 5 is designed to be extendable. For this purpose, the arm extension device 5 has a telescopic rod 24. Thus, the arm extension device 5 can be extended to a maximum length LI" of up to, for example, 100 cm, as shown in Figure 5D. Depending on the embodiment, longer maximum lengths can also be realized here. The arm extension device 5 can simultaneously be retracted to a minimum length LI' of approximately 12 cm, as shown in Figure 5C.In this example, the arm extension device 5 can be extended by the length AL, formed from the difference between the length LI" of the arm extension device 5 in the extended state and the length LI' in the retracted state, i.e. by 88 cm.

[0099] The lengths L2 and L3 (or L2' or L2" and L3' or L3") change accordingly when the arm extension device 5 is extended or retracted.

[0100] The extendable arm extension device 5 thus allows the detection system 1 to be adjusted to an optimal length LI in order to detect an object located at a certain distance.

[0101] Furthermore, the data capture system 1 has a screen 25 for displaying information, particularly relating to the data capture process. The screen 25 thus provides the functions of the tablet 14, providing the user with all the helpful information otherwise provided by the tablet 14, while simultaneously freeing one of the user's hands 22a, 22b, 22c. Additionally, a tablet 14 can be provided in the sales area management system 10 to provide a live view of the captured data to an employee, for example, an employee who manages or controls inventory, so that the employee can easily maintain an overview of the entire business area.

[0102] Figure 6 shows the sales area management system 10 comprising the registration system 1 with an extendable arm extension device 5. The structure of the sales area management system 10 essentially corresponds to that of Figure 3. However, screen display data is also transmitted from the management device 11 to the registration system 1 via the first radio connection 15 so that it can be displayed on the screen 25. The person 22a, 22b, or 22c is thus continuously visually informed about the work progress.

[0103] The screen 25 forms part of the counterweight structure 7. The screen is distanced from the detection device 2 by the arm extension device 5. By positioning the screen 25, the center of gravity is shifted close to the gripping or holding area 6, so that comfortable handling of the detection system 1 is guaranteed even when the arm extension device 5 is fully extended. Figure 7 shows the use of the detection system 1 with extendable arm extension device 5 by the three people 22a, 22b and 22c. As shown in Figure 4, all three people 22a, 22b and 22c can stand comfortably and detect the objects, in particular the products 21, with the detection device 2. The arm extension device 5 can be easily moved to a position that is suitable for the respective person 22a, 22b or22c comfortable length can be adjusted so that the distance between the hand 18 and the electronic detection device 2 is selected so that the detection area 4 of the detection device 2 can be comfortably guided towards the product 21.

[0104] The screen 25 of the detection system 1 eliminates the need for the tablet 14 and the persons 22a, 22b, 22c can simultaneously view the object to be detected and the screen 25.

[0105] The embodiments of the detection system 1 shown in Figures 3 to 7 are designed to autonomously trigger the generation of identification data upon detection of the product 21, or of another object to be detected, for example, the price tag 23. However, the detection system 1 can also be designed to generate the identification data upon actuation of a triggering device 26, for example, to scan or detect the product, as shown in Figures 8 and 9.

[0106] Figure 8 shows an embodiment of the detection system 1 with an extendable arm extension device 5. In the gripping or holding area 6 of the arm extension device 5, the detection system 1 has the triggering device 26, comprising a button 27. By pressing the button 27, for example, by the index finger of the user 22a, 22b, 22c, the detection is triggered, and an object is detected by the detection device, and the generation of the identification data is triggered.

[0107] Figure 9 shows an embodiment of the detection system 1 with a non-extendable arm extension device 5. In the gripping or holding area 6, which extends over the entire longitudinal extent of the arm extension device 5, the detection system 1 has the triggering device 26 having a plurality of buttons 27. Specifically, the triggering device 26 has four buttons 27. By pressing the button 27, for example by a finger of the person 22a, 22b, 22c, an object is scanned and the generation of identification data is triggered. As described, the person 22a, 22b, 22c can grip the arm extension device 5 in different positions in order to maintain the optimal distance between the hand 18 (see Figures 3 and 4) and the detection device 2.Due to the plurality of buttons 27, one of the buttons 27 is always located adjacent to a finger of the person, so that the person can trigger the alarm by pressing the button 27 with the corresponding finger.

[0108] Finally, it should be noted once again that the figures described in detail above are merely exemplary embodiments that can be modified in a variety of ways by those skilled in the art without departing from the scope of the invention. For the sake of completeness, it should also be noted that the use of the indefinite articles "a" or "an" does not exclude the possibility that the relevant features may be present multiple times.

Claims

Claims 1. Mobile, manually portable detection system (1), comprising - an electronic detection device (2) which is designed to detect an object, in particular a product (21) and / or an electronic data processing device which can be installed in a product presentation area and / or a code carrier which can be attached in a product presentation area, and which is designed to generate identification data for identifying the object based on the detection of the object, and - an arm extension device (5), in particular a rod-like or tube-like device, which carries the detection device (2) at one of its end regions and which can be grasped by a human hand (18), wherein the detection system (1) is designed to transmit the identification data to an electronic management device (11), wherein the management device (11) is programmed to manage the object, in particular the product (21) and / or the data processing device and / or the code carrier, on the basis of the identification data.

2. Detection system (1) according to claim 1, wherein the arm extension device (5) is designed to be grippable by a human hand (18) at a distance of at least 40 cm, preferably at least 50 cm, particularly preferably at least 100 cm, from the electronic detection device (2).

3. Detection system (1) according to one of the preceding claims, wherein the arm extension device (5) is designed to be extendable.

4. Detection system (1) according to claim 3, wherein the arm extension device (5) has at least one of the following configurations for realizing the extendability, namely: - a scissor lever, in particular a Nuremberg scissor, and / or - a threaded rod, and / or - a hydraulic cylinder, and / or - a pneumatic cylinder, and / or - a telescopic rod (24), in particular a telescopic tube or a box-shaped telescopic rod.

5. Detection system (1) according to one of the preceding claims 3 to 4, wherein the arm extension device (5) is extendable by at least 10 cm, preferably at least 20 cm, particularly preferably at least 80 cm, in particular at least 120 cm.

6. Detection system (1) according to one of the preceding claims 3 to 5, wherein the detection system (1) has an actuating device, and wherein the detection system (1) is designed to extend the arm extension device (5) as a result of the actuation of the actuating device.

7. Detection system (1) according to claim 6, wherein the actuating device is designed for electromechanical or purely mechanical, in particular manually operated, extension of the arm extension device (5).

8. Detection system (1) according to one of the preceding claims, wherein the center of gravity of the detection system (1) is located in the arm extension device (5) or adjacent to the arm extension device (5) at a distance from the electronic detection device (2).

9. Detection system (1) according to one of the preceding claims, wherein the detection system (1) comprises electronics which are designed to process and / or transmit the identification data, wherein the arm extension device (5) distances the electronics from the electronic detection device (2).

10. Detection system (1) according to one of the preceding claims, wherein the detection system (1) comprises a screen (25), and wherein the arm extension device (5) distances the screen (25) from the electronic detection device (2).

11. Detection system (1) according to one of the preceding claims, wherein the electronic detection device (2) and the arm extension device (5) are designed for decoupling from one another and coupling with one another, in particular without tools.

12. Detection system (1) according to one of the preceding claims 1 to 10, wherein the electronic detection device (2) and the arm extension device (5) are permanently connected.

13. Detection system (1) according to one of the preceding claims, wherein the detection system (1) has a triggering device (26) and wherein the detection system (1) is designed to trigger the generation of the identification data upon actuation of the triggering device (26).

14. Detection system (1) according to one of the preceding claims, wherein the detection system (1) is designed to autonomously trigger the generation of the identification data upon detection of the object.

15. Electronic sales area management system (10) comprising - at least one detection system (1) according to one of claims 1 to 14 and - a management device (11) which is programmed to manage the object, in particular the product (21) and / or the data processing device and / or the code carrier, on the basis of the identification data.

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