INFORMATION DEVICE

Abstract

This utility model relates to information devices designed to ensure safety in public places and present information on their screens (displays), such as alerts, slides, or videos, as well as any other information, such as weather, transport schedules, news, city maps, product advertisements, posters, etc. This safety feature is particularly relevant in subways, airports, train stations, shopping malls, government agencies, schools, hospitals, and other public places, including streets, squares, and bus stops. The technical result achieved by solving this problem consists of implementing, in a single device, any suitable option for connecting to a video transmission network from an IP camera, while meeting the necessary requirements for image quality and data transfer speed.The claimed technical solution differs from known analogues in that the touch screen and control equipment unit are sealed and isolated from each other, with the power supply connection node located in the lower corner of the housing, and the data network connection node located in the upper corner of the housing and containing two separate ports providing two connection options, one of which is connection to a standard Ethernet network, and the second is connection to a fiber-optic communication line. The choice of the required connection option is determined depending on the customer's requirements for the quality of the video image received from the IP outdoor surveillance camera. 9 pp. f-ly, 2 ill.

Description

[0001] This utility model relates to information devices designed to ensure safety in public places and to present information on their screens, for example, in the form of alerts, slides, or videos, as well as any other information, such as weather, transport schedules, news, city maps, product advertisements, posters, etc. For security purposes, this is especially relevant in subways, airports, train stations, shopping centers, government agencies, schools, hospitals, and other places where large numbers of people gather, including streets, squares, and bus stops.

[0002] Various advertising and information complexes and terminals are known, installed both on the streets and indoors.

[0003] A multifunctional terminal complex is known according to patent RU№101250 U1, published 10.01.2011 (Bulletin No. 1), IPC G09F 15 / 00, installed in places of mass presence of people and intended for their information and notification of the occurrence of an abnormal and / or emergency situation by displaying the relevant information and / or sound notification on screens, as well as providing emergency communication with the operator of the complex, made in a double-sided design in the form of a box installed on a support and consisting of two rectangular parts, mechanically connected to each other, covered with metal casings and containing screens based on LCD panels, located with the back side to each other, covered with protective impact-resistant glass, and containing emergency call buttons that allow contacting the operator via wired or wireless communication channels.The box contains screen controllers, a microphone, speakers, an audio amplifier, ambient temperature sensors, sensors for detecting hazardous and radioactive substances, sensors for detecting device tampering or impact, video cameras, a switch with several ports, power supplies, and cooling system fans.

[0004] This device only supports Ethernet data network operation via a network interface cable, but does not support high-speed fiber optic communication line operation.

[0005] A multifunctional terminal complex is known according to patent RU No. 115543 U1, published on 27.04.2012 (Bulletin No. 12), IPC G09F 15 / 00, intended for placement outdoors for the purpose of implementing a set of functions for informing and alerting the population about the occurrence of an abnormal and / or emergency situation with the ability to maintain a constant temperature inside the device at any time of the year, including to prevent fogging of glass and overcooling of components in the cold season, structurally executed similar to the device according to patent RU No. 101250 U1, but in a single-sided design with one screen, additionally containing an air conditioner to ensure the maintenance of a constant temperature inside the box and prevent fogging of glass and a hermetically sealed upper part of the box. The complex is connected to the data transmission network via an Ethernet cable, but, like its previous analogue, does not have the ability to connect to a high-speed fiber-optic communication line.

[0006] Information terminals with wireless data transmission are known, for example, according to patent RU No. 125378 U1, published on September 26, 2012 (Bulletin No. 12), IPC G09F 19 / 00; according to patent CN No. 203966512 U, published on July 02, 2024 (application No. 201420362217 U), IPC G09F 27 / 00; having a data transfer rate no worse than Ethernet, but less stable connection and not having the ability to broadcast high-quality video from the device's IP camera.

[0007] The utility model "Infocommunication security pylon" according to RU patent No. 232312 U1, published on 06.03.2025 (Bulletin No. 7), IPC G09F 19 / 00, related to vandal-proof infocommunication security terminals placed in public places, both outside and inside buildings and premises, was selected as the closest analogue of the claimed technical solution.The device is a structure in the form of a rack (housing) with a base made with the ability to supply electrical wiring and cable routes to the equipment, demonstration panels installed on the front and rear sides of the housing, LED lighting installed on top of the housing, a video surveillance system consisting of outdoor video surveillance cameras placed in the upper parts of the housing and made with the ability to monitor the surrounding area around the clock and output the received video information via a router to the monitor of the complex operator and / or emergency service, a video call panel with an emergency call button and voice communication.

[0008] The disadvantage of this device, like other similar ones, is the lack of the ability for the customer (owner) to choose the option of connecting to the data transmission network, which ensures the ability to obtain the necessary and sufficient quality of video images from the device's IP camera.

[0009] The objective of the stated technical solution is to provide, in a single device, the ability for the customer (owner) to select the option of transmitting data over a cable network in order to obtain the necessary and sufficient quality of video images from the device's IP camera.

[0010] The technical result achieved by solving the assigned problem consists in the implementation in a single device of any of the options for connecting to a cable network for transmitting video images from an IP camera of the device, while ensuring the necessary requirements for its quality and transmission speed.

[0011] The problem is solved and the technical result is achieved due to the fact that the information device consists of a robust housing in which the equipment is placed, connected to the power supply network and including a touch screen with a protective shockproof glass, having at least one constant zone with the current date, weather and time, at least one control zone and at least one information zone, a control equipment unit, LED backlighting installed in the upper part of the housing, a video surveillance system with an outdoor IP camera placed above the touch screen and configured to monitor the surrounding environment around the clock and output the received video image through a router to the monitor of the emergency service operator in real time with the storage of the received data in the memory of the emergency service server, a video call panel with an emergency call button installed under the touch screen,audio input devices, audio output devices, a port for charging mobile devices, a built-in ventilation system with ventilation holes located on the body, a base for installation on a foundation, and a connection node to the data transmission network.

[0012] The claimed technical solution differs from known analogs in that the touch screen and the control equipment unit are made sealed and isolated from each other, while the connection unit to the power supply network is located in the lower corner part of the housing, and the connection unit to the data transmission network is located in the upper corner part of the housing and contains two separate ports that provide two connection options, one of which is a connection to a standard Ethernet network, and the second is a connection to a fiber-optic communication line, while the choice of the required connection option is determined depending on the customer's requirements for the quality of the video image received from the IP outdoor surveillance camera.

[0013] Moreover:

[0014] The case can be made of any durable material: metal, plastic, composite or their combinations and contains a plate with information that allows you to determine the location of the product if necessary;

[0015] The body cladding can be made of high-pressure laminate HPL and can contain decorative elements that fit into the urban environment;

[0016] LED backlight can be located around the perimeter of the case, and it turns on and off automatically depending on the level of external lighting;

[0017] The sealed unit with display can have a built-in heating system, cold start protection and pressure equalization valves;

[0018] The sealed unit with control equipment can be made in the form of a thermal cabinet with a built-in automatic heating system and cold start protection, containing a high-performance ventilation system;

[0019] Access to the equipment housed in the enclosure can be achieved by using a quick-release latch panel associated with each isolated sealed unit containing the equipment;

[0020] audio input devices can be in the form of microphones, and audio output devices can be in the form of speakers;

[0021] Connection to the standard Ethernet port can be made using the 10 / 100 / 1000 Base-T standard of the product router;

[0022] Connection to a fiber optic communication line can be achieved via the SFP module included in the product package, which is made according to the 1000Base-X router standard of the product.

[0023] The robust enclosure housing the equipment, which has a removable panel with latches, provides protection for the equipment from adverse environmental factors and vandalism, and the removable panel with latches provides quick and convenient access to the internal equipment for replacement or repair, which increases the ease of maintenance.

[0024] Connecting the equipment to the power supply ensures its uninterrupted operation, and the location of the power supply connection unit in the lower corner of the device body is due to the minimization of the required connecting cables and wires, as well as the costs of installation, dismantling and maintenance of the product.

[0025] The touch screen, protected by impact-resistant glass, ensures reliable input and retrieval of the necessary information.

[0026] The presence of a zone in which the current date, weather and time are constantly displayed allows users to get the necessary and most needed information.

[0027] The presence of a control zone ensures that the user can contact emergency services to obtain the necessary information.

[0028] The presence of an information zone ensures that the information of interest (requested) or current news is displayed on the screen.

[0029] The control unit provides control of the device.

[0030] LED backlight, which automatically turns on and off depending on the level of external light, is located at the top of the case for better illumination of the device, its parts, areas and blocks in the dark, and also makes it easier and faster to draw attention to the device when necessary.

[0031] The outdoor IP camera surveillance system, located above the touch screen, provides the most comprehensive overview of the surrounding area in order to transmit 24 / 7 data through the router to the emergency service operator's monitor in real time and store it in the memory of the emergency service server.

[0032] The video calling panel with an emergency call button provides two-way communication between the user and the emergency service operator, and its location under the touch screen is ergonomic.

[0033] Audio input and output devices provide audio communication between visitors and emergency service operators and are an important element for blind and visually impaired people.

[0034] The built-in ventilation system ensures efficient and smooth operation of the equipment, eliminating failures and fogging of the display.

[0035] The base is designed for installing the product on a foundation.

[0036] The sealing of individual internal units of the product protects them from moisture and dust, increases the convenience of modular replacement and protects adjacent units from accidental damage during repairs.

[0037] The presence of a removable panel with latches improves the speed and quality of maintenance during installation, dismantling and repair.

[0038] The location of the data transmission network connection node in the upper corner of the device body is due to the need to maximize its distance from the power supply connection node in order to ensure increased operational stability and uninterrupted operation of network devices.

[0039] The presence of two separate ports in one device provides a choice of connection options to the data transmission network, depending on the customer’s (owner’s) preferences for the quality of the video image received from the outdoor IP surveillance camera.

[0040] The essence of the claimed solution is explained by illustrations.

[0041] Fig. 1 shows the general appearance and overall dimensions of the device, where:

[0042] 1 - device body

[0043] 2 - information plate with device data;

[0044] 3 - USB port for charging mobile devices;

[0045] 4 - touch display with protective glass;

[0046] 5 - IP video camera;

[0047] 6 - emergency call button;

[0048] 7 - audio output devices (sound emitters);

[0049] 8 - audio input devices (e.g. microphones);

[0050] 9 - ventilation holes of the ventilation system;

[0051] 10 - base for installing the product on a foundation with anchor fasteners.

[0052] Fig. 2 shows the device in section with a terminal block, where:

[0053] 11 - data network connection node;

[0054] 12 - port for connecting to the Ethernet network (RJ-45);

[0055] 13 - SFP port for connecting to fiber optic communication line;

[0056] 14 - power supply connection node.

[0057] The product is designed to organize communication with emergency services, as well as static and interactive information for citizens, and is installed in public places on a concrete reinforcement (foundation). Housing 1 (Fig. 1) with a cladding determines the appearance of the product and serves for its installation on the site, as well as for the preliminary protection of the equipment located within from the negative influence of the external environment. Moreover, the cladding of housing 1, unlike the metal cladding of known analogues, is made of high-pressure laminate (HPL), which is not subject to corrosion and allows preserving the aesthetic properties of the device, and contains decorative elements selected at the request of the customer (owner), harmoniously fitting into the urban environment. The product is operated in climatic conditions of UHL category 1 in accordance with GOST 15150-69 at an operating ambient temperature from minus 40°C to plus 45°C.

[0058] The upper part of the housing 1 is equipped with an LED backlight (not shown in the figure), which is turned on and off automatically depending on the level of external lighting. Housing 1 has a plate 2 with information about the product, allowing the device number to be identified and its location to be determined if necessary, and a port 3 is also installed, allowing users to charge their mobile devices with a USB port. The user interacts with the product via a touch screen 4, covered on the outside by protective glass. Touch screen 4 is the only input device in contact with the user and displays the information they need, including the entered query. The upper part of the display 4 contains a permanent zone with the current date, weather, and time, the middle part contains an information zone, and the lower part contains a control zone with service buttons, which, when pressed, display information according to the user's request.For example, pressing the "Service Phone Numbers" button displays a window describing the main emergency phone numbers and how to call them. The buttons also display the device's basic functions, including information about the installer or owner. The product interface is designed according to the customer's (owner's) preferences. An IP video camera 5 is mounted above display 4, providing monitoring and transmitting data about the surrounding environment via the customer's (owner's) chosen cable network to the emergency services control center. An emergency call button 6 is located below display 4, enabling users to quickly contact emergency services. To the right and left of display 4 are audio output devices (sound emitters) 7, such as speakers, and audio input devices (microphones) 8, enabling two-way audio communication between the user and the emergency services operator.The product is equipped with a built-in general ventilation system with fans and ventilation openings 9, which ensures air circulation inside the housing 1 in the direction from the bottom up, and has a base 10 with anchor fasteners for its quick and convenient installation on the foundation.

[0059] The internal microclimate of the device is also ensured by the presence of two sealed units within housing 1: the display unit 4 and the control unit. Display unit 4 has a built-in heating system, cold start protection, and pressure equalization valves, which prevent fogging of the display 4 work area and condensation. The control unit is a thermal cabinet (not shown in the figure) with a built-in automatic heating system, cold start protection, and a high-performance ventilation system. The separate design of the device's internal components as two sealed units, located in separate, isolated areas of housing 1, allows for more efficient regulation of the microclimate within housing 1, preventing mutual heating of the equipment located within.

[0060] To ensure regular periodic maintenance of the equipment or its replacement (for example, the display unit 4 or the unit with the control equipment), a quick-release panel with latches (not shown in the figure) is used, made, for example, on the rear or side surface of the housing 1 for each isolated sealed unit of the equipment.

[0061] The device is connected to the data network via node 11, located in the upper corner of housing 1 (Fig. 2) and containing two separate ports: port 12 for connecting to the Ethernet network (RJ-45) and port 13 for connecting to a fiber-optic communication line. The data transfer rate over the Ethernet network ranges from 10 Mbps to 100 Mbps.Fiber-optic communication lines provide higher speeds—from 100 Mbps to 10 Gbps and higher—and the ability to transmit high-quality video images for purposes such as the unambiguous identification of faces and objects. This is due to low signal attenuation, the high throughput of optical fiber, unattainable by other communication systems, and the high reliability of the optical medium (optical fibers do not oxidize, do not become wet, and are not susceptible to weak electrical stress). They are also unattractive to metal collectors and offer excellent information security, which in certain cases offsets the disadvantages of this type of communication, one of which is its relative high cost. The customer has the right to choose the most suitable connection option to the data transmission network, based on the required video quality and the operating conditions of the product.The higher the video quality, the more accurate and comprehensive the video analytics capabilities needed for facial recognition, violation identification, situational monitoring, vehicle movement analytics, and more. The choice of connection option is determined by the customer (owner) at the time of product installation, depending on the product and its operational requirements. These requirements may subsequently change during operation. The initially selected data network connection option can be easily replaced with another option without replacing the product itself, ensuring improved video data quality and transmission speed.In this case, there is no need to re-purchase another product suitable for the changed requirements; rather, it is sufficient to reconnect to the selected communication port in node 11: either to a standard Ethernet connection by connecting to port 12, implemented, for example, according to the 10 / 100 / 1000 Base-T standard of the product's router, or to a faster fiber-optic connection by connecting to port 13 via the SFP module included in the product's delivery kit, implemented according to the 1000Base-X standard of the product's router. Data transmission via a cable in either of these connection options ensures higher speed and stability of communication compared to wireless data transmission. The product is powered via the power supply network; for this purpose, the product is connected to the power supply network via node 14, implemented in the lower corner of housing 1.

[0062] The stated technical result offers a flexible solution that allows, at the customer's (owner's) discretion, to transmit data with the desired video image quality from the device's IP camera without replacing it, increasing safety in public places, which is confirmed by the product's trial operation and its uninterrupted operation, both outside and inside buildings and premises.

[0063] The product is manufactured in industrial conditions using standard equipment and approved materials. It is technologically advanced and operationally reliable, and can therefore be successfully used in urban environments.

Claims

1. An information device consisting of a durable housing in which equipment is placed, connected to the power supply network and including a touch screen with protective impact-resistant glass, having at least one permanent zone with the current date, weather and time, at least one control zone and at least one information zone, a control equipment unit, LED backlighting installed in the upper part of the housing, a video surveillance system with an outdoor IP camera placed above the touch screen and configured to monitor the surrounding environment around the clock and output the received video image through a router to the monitor of the emergency service operator in real time with the storage of the received data in the memory of the emergency service server, a video call panel with an emergency call button installed under the touch screen, audio input devices, audio output devices,a port for charging mobile devices, a built-in ventilation system with ventilation holes located on the housing, a base for installation on a foundation, and a connection unit to the data transmission network, characterized in that the touch screen and the control equipment unit are made sealed and isolated from each other, the connection unit to the power network is located in the lower corner part of the housing, and the connection unit to the data transmission network is located in the upper corner part of the housing and contains two separate ports that provide two connection options, one of which is a connection to a standard Ethernet network, and the second is a connection to a fiber-optic communication line, while the choice of the required connection option is determined depending on the customer's requirements for the quality of the video image received from the IP outdoor surveillance camera.

2. The device according to paragraph 1, characterized in that the housing is made of a durable material: metal, plastic, composite or combinations thereof and contains a plate with information that allows, if necessary, to identify the product and determine its location.

3. The device according to paragraph 2, characterized in that the housing lining is made of high-pressure laminate HPL and contains decorative elements that fit harmoniously into the urban environment.

4. The device according to paragraph 1, characterized in that the LED backlight is located along the perimeter of the housing, and its switching on and off is carried out automatically depending on the level of external lighting.

5. The device according to paragraph 1, characterized in that the sealed unit with the display has a built-in heating system, cold start protection and pressure equalization valves.

6. The device according to paragraph 1, characterized in that the sealed unit with control equipment is made in the form of a thermal cabinet with a built-in automatic heating system and cold start protection, containing a high-performance ventilation system.

7. The device according to paragraph 1, characterized in that access to the equipment located in the housing is achieved through the use of a quick-release panel with latches, intended for each isolated sealed unit with equipment.

8. The device according to paragraph 1, characterized in that the audio input devices are made in the form of microphones, and the audio output devices are made in the form of speakers.

9. The device according to paragraph 1, characterized in that the connection to the Ethernet network port is carried out according to the 10 / 100 / 1000 Base-T standard of the product router.

10. The device according to paragraph 1, characterized in that the connection to the fiber-optic communication line is carried out via an SFP module included in the delivery kit of the product, manufactured according to the 1000Base-X router standard of the product.

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