SK9560Y1 - Mobile multifunctional module for placing animals - Google Patents

Abstract

A mobile animal housing module formed by a skeleton (1) is arranged such that a plug-in modular board (2) for housing the electronic components (3.1 to 3.22), in placed in the skeleton (1) comprising a sensor (3.1) temperature, an electronic display (3.19) with indicators of values for remote and touch control, a battery power supply (3.21) and a communication unit (3.22) with GPS, and an autonomous control unit (3.18). The bottom (lower part) of the skeleton (1) comprises a extensible bottom (4), which has the function of a retaining tankfor impurities or a handling tank with extending means (11). A plug-in modular board (2) is connected to the skeleton (1) by the means of a connector (5).

Description

The field of technology

The technical solution relates to the construction of a mobile multifunctional module (hereinafter the mobile module) for the placement of animals designed to increase the protection and comfort of animals and their care. The technical solution belongs to the field of breeding needs for social terrestrial animals, reptiles, amphibians and fish.

Current state of the art

Countless solutions for placing and transporting animals in general are known in the state of the art. For terrestrial pets, such as dogs, cats, etc., these are various pens, kennels, cages, etc., which provide the animal with at least standard privacy and comfort. These pens and cages are usually made of metal mesh, or they are made of plastic mesh parts. In the published document CN 112535108 A, a cage for a dog is described, which is able to achieve automatic cooling and heat removal for a dog. The dog cage includes a cage body that is equipped with a fan rigidly attached to the inner wall of the cage body. Another published document, CN 212325049 U, describes a pet house that includes a house body, a control system, light bulbs, a temperature controller and a disinfection device integrated into an ultraviolet and ozone emitter, all of which are located in the upper part of the inside of the house body. A collection box for biological materials is movably installed in the lower part of the body of the house, and a transparent main door is placed on the front of the body of the house. A monitoring camera is installed in the house.

Another published document, CN 111149712 A, describes a cat house with rapid air circulation, which includes a control box fixedly located at the upper end of the cat house body. A microcomputer and a display are fixed in the control box. The temperature sensor is fixed on the back of the inner part of the cat house body, the humidity sensor is fixed on the side wall of the cat house body on the right side of the temperature sensor, the camera is fixed on the corner of the cat house body and located on the left side of the temperature sensor. A fan is fixed in the ventilation frame.

Another published document CN 212545054 U describes a pet box for permanent indoor placement, which includes a side frame, a side plate, a heating top plate, an upper frame, an installation box for built-in devices, an upper dividing plate, a middle dividing plate, a lower plate, a lower frame and glass door. The installation box for built-in devices is firmly connected to the board or frame of the animal box.

Different terrariums are used for placing and transporting lizards, reptiles, turtles, spiders, insects and similar animals, which provide the animal with at least standard privacy and comfort. These terrariums are usually made of glass. All additional components, such as heaters, sprayers, fans, filters, lighting, etc., are located on the ceiling, walls and bottom of the terrarium body.

The simplest state-of-the-art metal cages for animals have a cold effect on animals without privacy, the comfort of the animal and the animal do not ensure noise comfort in times of increased noise, especially in air transport. At the time of animal transport, due to the mentioned adverse aspects, it is necessary to administer sedatives, even with the knowledge of subsequent side effects. Also, the existing structures and equipment of modules for placing animals do not ensure contact of the owner with the animal during hospitalization, convalescence or transport. All the functions of the existing modules for the placement of animals from the state of the art are single-purpose, since their construction and the components installed in them cannot be used in another way without the need for external modification of the module skeleton, considering that most of the module components are distributed in several places of the module skeleton.

The result of efforts aimed at eliminating the shortcomings of modules for placing animals in the given area known from the state of the art is the construction of a mobile module for placing animals according to the technical solution described here.

The essence of the technical solution

Deficiencies in the state of the art in the field of breeding needs for companion land animals, reptiles, amphibians and fish are solved by the proposed construction of a mobile module for placing animals according to the technical solution. For the purposes of this technical solution, the term "mobile module for the placement of animals" must be understood as various metal or plastic pens, kennels, cages and similar boxes with solid and/or mesh walls for terrestrial pets such as dogs, cats and similar animals.

SK 9560 Υ1

Furthermore, the term mobile module for housing animals must also be understood as any type of fully or partially glass terrariums and similar mobile modules for lizards, reptiles, turtles, spiders, insects and similar animals, as well as any type of fully or partially glass aquariums for fish. Also, under the term mobile module for placing animals, it is necessary to understand any kind of crates of means of transport adapted for the transport and transport of animals, such as e.g. racehorses, racing dogs and similar animals. Finally, in this case, a stable is also considered a mobile module for housing animals (stalling) of horses.

For the purposes of this technical solution, the term mobile module for placing animals must be understood as a module for placing animals intended for the purposes of transportation, transportation, and therefore equipped with means of transport, such as wheels and/or handles. However, secondarily, the use of a mobile module for the placement of animals is not excluded for the purpose of a permanent habitat in the interiors and possibly also in the exteriors.

The essence of the technical solution lies in the fact that in the mobile module for the placement of animals, which is formed by a skeleton, a plug-in modular board is placed in this skeleton, intended for fitting electronic components, the basic of which is a temperature sensor, of course in cooperation with a battery source of electricity and an electronic display with value indicators with possible remote and touch control. Advantageously, an autonomous control unit and a communication unit can also be present, preferably also with GPS. The modularity of the plug-in modular board with selected electronic components according to the user's requirements consists in the fact that it is extendable in order to replace it with another plug-in modular board with other electronic components, as a result of which it is possible to completely change the functions of the mobile module according to the current need. Thus, for example, a plug-in modular board with an electronic component, which is preferably a temperature sensor, is inserted in the mobile module for positioning the dog for the needs of transport by car, for example for walking, which is sufficient for the driver transporting the dog to have control over the temperature in the mobile module. Exchange for another plug-in modular board with other electronic components is suitable, e.g. in a situation where the dog is hospitalized at a veterinary clinic. Then, for example, the owner of the dog or the staff of the clinic pulls out a plug-in modular board with a temperature sensor from the mobile module and inserts another plug-in modular board with other electronic components intended for remote visual and sound monitoring of the dog and for monitoring indicators of the dog's physiological state. In this way, it is possible not only to adapt the functions of a particular mobile module to current needs, but also to reduce overall costs, as it is not necessary to use specialized modules for the given needs, but only to exchange plug-in modular boards. The fact that the function of the mobile module can be changed without the need to move the animal from the mobile module to another place or to let it out of the mobile module is also significant, by simply changing the plug-in modular board, which can be advantageous, for example, if the animal is under anesthesia or if it is going o an animal that is difficult to handle or can be dangerous to its surroundings.

Another aspect of the modularity of a plug-in modular board with electronic components is based on the fact that it can advantageously have a set of busses and/or connector bars for inserting or replacing, or supplementing individual types of electronic components, which are advantageously sensors, actuators, energy sources, etc. , according to the standard equipment or according to the owner's requirements. In this case, one plug-in modular board with an available set of electronic components is enough for the owner.

The modular board with the contained electronic components is advantageously connected to the skeleton of the mobile module via a connector. The second part of the connector in the skeleton of the mobile module is then preferably connected to the source or to the electricity distribution network using a cable and plug and serves to supply electricity and recharge the accumulator. In such an advantageous arrangement, it is not necessary to deal with the supply of electrical energy to the board with a separate supply, which simplifies its handling and at the same time allows minimizing its dimensions, as it is not necessary for it to contain the source of electrical energy itself. At the same time, handling is safer.

The plug-in modular board can be advantageously placed under the ceiling of the skeleton, or in its bottom, but implementations where the modular board is placed in the wall of the skeleton are not excluded either. The arrangement of the plug-in modular board under the ceiling of the skeleton allows easy handling of the animal and at the same time the use of the arrangement with the bottom adapted as a handling tray. The skeleton of the mobile module is made of plastic, glass or metal, while its walls can be fully opaque or latticed, which is suitable for a module for housing terrestrial pets, such as e.g. dogs. Advantageously, the material of the skeleton is chosen so that it is resistant to mechanical damage by the housed animals and/or possibly resistant to chemicals to which it will be exposed during cleaning. In the event that the module is intended for housing terrarium animals, such as reptiles, then it is solved so that the skeleton has full transparent walls, e.g. made of glass, while a plug-in is advantageously applied under the ceiling of this mobile module

SK 9560 Υ1 modular board with electronic components. Alternatively, a plug-in modular board preferably with other electronic components is then applied in the bottom or preferably also in the bottom of the mobile module, for example, if another plug-in modular board is already applied under the ceiling of this mobile module. At least some walls and possibly the bottom and ceiling of the skeleton can be equipped with a layer of sound insulation.

The bottom of the mobile module for the placement of animals can be advantageously designed so that the lower part of the skeleton has a retractable bottom, which can be adapted as a collection tray for biological material or can be adapted as a handling tray with extendable means, such as wheels, which can be included in the medical equipment of the module. Then it is convenient if, in this case, the skeleton of the mobile module has additional additional medical equipment, such as: infusion holders and additional medication dispensers. If the extendable bottom of the mobile module for placing animals is advantageously adapted as a handling tray with extendable means, such as wheels, then the accessory is preferably also a height-adjustable storage, preferably mobile table for the handling tub. Using this handling tray, it is then possible to move the animal between individual mobile modules or, for example, advantageously from the operating theater after the procedure directly to the mobile module by simply inserting or extending the handling tray into or out of the skeleton.

The front wall of the skeleton, or the face of the skeleton, the mobile module performing the function of a door can be advantageously made of solid transparent material or can be advantageously designed as a grid. The front wall of the skeleton, or the face of the skeleton, mobile module can advantageously also have a reduced window opening to achieve adequate air access and animal comfort. If the front wall of the frame is advantageously implemented as a door, it is advantageously designed specifically so that part or all of the front wall of the frame is foldable and can be inserted into the frame in the area of the ceiling or in the area of the bottom, or possibly also into the side wall of the frame. In this way, it is possible to adjust the animal's comfort as needed and to ensure safe storage of the door. The front wall of the skeleton, or the front of the skeleton of the mobile module can also advantageously be realized in such a way that it is completely removable from the skeleton, preferably after loosening, for example, rotating hooks or similar means. For the purpose of problem-free handling of the mobile module, the skeleton of the mobile module for placing animals preferably has means of transport, which are e.g. wheels and/or handles. The mobile module can advantageously be equipped with feet to ensure air circulation under the module, or easy cleaning of the space under the module or between the modules.

Also worthy of attention is the solution of a plug-in modular board with electronic components, which is formed by a flat body in which at least one sensor is arranged, a component from the group: animal or air temperature sensor, heart rate sensor, blood pressure sensor, sugar level sensor, ECG, sensor air temperature, pH sensor, camera with night mode, infrared chip, microphone for monitoring sound manifestations, sensor for filling the collection tray with biological material, altimeter. Which sensors are used depends on the type of mobile module, whether it will be e.g. a cage, or a similar structure for terrestrial pets, such as dogs, cats and similar animals, or whether it will be for terrariums, aquariums, or whether it will be for means of transport adapted for the transport and transportation of animals, such as e.g. racehorses, racing dogs and similar animals. Furthermore, at least one electronic component from the group is arranged in the flat body: lighting inside the mobile module, adjustable heating element, adjustable fan, replaceable antibacterial HEPA filter, air humidifier, which again depends on the type of mobile module (for terrestrial animals, terrarium animals, fish) . Furthermore, the plug-in modular board contains at least one electronic component as a control/controlling element from the group: an electronic display with value indicators for remote and touch control, adjustable timers for administering medication, a battery power source and a communication unit with GPS.

Mobile modules for the placement of animals according to specific use can be modularly arranged in vertical and horizontal assemblies, preferably with the use of bow tie-shaped connecting rods for perfect horizontal and vertical fixation or other adequate connecting means commonly used in the state of the art.

The advantages of the mobile module for the placement of animals according to the technical solution are apparent from its external effects. The effects and originality of the presented construction consist in incorporating a plug-in modular board with electronic components into the skeleton of a mobile module for placing animals.

The plug-in modular board with electronic components in its volume and on the surface combines to the maximum extent all electronic components, which are thus concentrated in one place in the plug-in modular board, thus completely eliminating their distribution in the module skeleton. The plug-in modular board with electronic components, which is part of the mobile modules for placing animals, allows for direct visual and remote monitoring of the animal. Visual monitoring is an effective permanent visual approach to the placed animal in two alternatives of use. If the module door is

SK 9560 Υ1 transparent, such an arrangement is suitable for transport during quarantine, complete isolation, etc. The transparent door is then advantageously placed both hinged and retractable in the upper hollow part of the ceiling with openings for air supply for the placed animal with a cut-out for controlling the display. If, for increased comfort, the door preferably has a lattice element, then it is suitable for temporarily preventing the movement of the animal, for example during a visit, in case of isolation after medical care. The grid element can be formed by two parts for partial or complete closure of the module, while in a passive state it is advantageously located in the lower cavity of the floor of the module.

Remote monitoring is a constant overview of the animal's health, its comfort and handling conditions using visual, audio and data information during transport, care with a trusted person, etc. and also about the location of the animal using a GPS map. Remote monitoring is made possible by components that are stored in a plug-in modular board with electronic components: animal or air/water temperature sensor, heart rate sensor, blood pressure sensor, sugar level sensor, EKG, air temperature sensor, pH sensor, camera with night mode, infrared chip, microphone for monitoring sound manifestations, sensor for filling the collection tray with biological material, altimeter, lighting inside the mobile module, adjustable heating element, adjustable fan, replaceable antibacterial HEPA filter, air humidifier, electronic display with value indicators for remote and touch control, adjustable timers for administering medication, a battery source of electricity and a communication unit with GPS. Which electronic components are used depends on the type of mobile module, whether it will be e.g. a cage, or a similar structure for terrestrial pets, such as dogs, cats and similar animals, or whether it will be for terrariums, aquariums.

Remote monitoring enables the transmission of data to the doctors' central desks without the need to disturb the animal through means of communication, preferably through mobile applications. Furthermore, it enables constant observation of the animal's condition during hospitalization or during convalescence, absence at home, during pregnancy, transport, etc. This creates less separation and psychological well-being. Remote monitoring makes it possible to influence the conditions of the animal's location, such as heat, ventilation, light. Remote monitoring enables control and compliance with the protocol for the entrusted animal for the needs of the insurance company, transport, custody, care with the possibility of recording.

The sound insulation applied to the mobile modules is also an advantage, which ensures shelter and acoustic comfort for the animal. The acoustically resistant space protects the animal from stress and social activity. This hitherto unconsidered parameter adds a high degree of comfort and convenience for the housed animal. The sound insulation of the walls of the mobile module reduces harmful sounds several times. The animal does not look for an alternative shelter, which improves the animal's psychological and mental well-being. Acoustic comfort helps the animal's recovery. In times of increased acoustic discomfort, it prevents escape, or by attacking or performing biological needs, etc. It fully replaces an ineffective and dangerous alternative to dampen the sensations of animals in periods of increased noise, as various sedatives based on attenuation are ineffective and cause interactions without the desired results.

The original system of the construction ensures both mutual fixing of the panels and simultaneous fixing of the panels to the rails themselves. Without mechanical damage, it is not possible to disassemble the system in any place. It is a simple and clean design modular solution, which allows modular assemblies to be assembled with ease, resulting in efficient use of space for the placement of a larger number of modules of different sizes with the use of bow tie-shaped connecting rods for perfect horizontal and vertical fixation, especially for veterinary needs, transport, service roads and so on. Terrarium and aquarium mobile modules are also fully compatible with mobile modules for terrestrial animals.

Overview of images on drawings

The mobile module for placing animals according to the technical solution is shown in the drawings, where in fig. 1 shows the construction of a mobile module for terrestrial animals with an inserted plug-in modular board for mounting electronic components. In fig. 2 shows the construction of a mobile module with an extended plug-in modular board with electronic components. In fig. 3 shows the construction of a mobile module with a retractable bottom. In fig. 4 shows the construction of a mobile module whose skeleton contains a layer of sound insulation. In fig. 5 shows the construction of a mobile module, the door of which is the entire front wall of the skeleton and can be inserted into the skeleton above the plug-in modular board with electronic components under the ceiling of the skeleton. In fig. 6 shows the construction of a mobile module, the front wall of the skeleton of which has a reduced viewing hole. In fig. 7 shows the construction of the mobile module, the door of which is the entire front wall of the skeleton and still has

SK 9560 Υ1 reduced viewing hole. In fig. 8 shows the construction of the mobile module, the door of which is the entire front wall of the skeleton and is removable. In fig. 9 shows a plug-in modular board for mounting electronic components in a front view. In fig. 10 is a top and rear view of a plug-in modular board for mounting electronic components. In fig. 11 shows a plug-in modular board with the layout of electronic components. In fig. 12 shows a storage table as an accessory. In fig. 13 shows a retractable bottom as a handling tray with retractable means. In fig. 14 shows the construction of a mobile module - a terrarium for amphibians with an inserted plug-in modular board with electronic components in the upper part of the skeleton. In fig. 15 shows the construction of a mobile module - a terrarium for amphibians with an inserted plug-in modular board with electronic components in the lower part of the skeleton. In fig. 16 shows the construction of a mobile module - an aquarium for fish with an inserted plug-in modular board with electronic components in the lower part of the skeleton. In fig. 17 shows the construction of a mobile module - an aquarium for fish with an inserted plug-in modular board with electronic components in the upper part of the skeleton.

Implementation examples

Individual embodiments of the technical solution are presented for illustration and not as limitations of the technical solutions. Those skilled in the art will find or be able to find, using no more than routine experimentation, many equivalents to specific embodiments of the technical solution. Even such equivalents will fall within the scope of protection claims.

Optimal design of the structure cannot be a problem for experts familiar with the state of the art, therefore these features were not addressed in detail.

Example 1

In this example of a concrete embodiment of the subject of the technical solution, the simplest construction of a mobile module is described - a pen for placing a dog during transport for long-distance transport by car, e.g. to the location of the family trip, as shown in fig. 1 and 2. The mobile module for placing the dog consists of a skeleton 1, in which a plug-in modular board 2 with electronic components is placed. The plug-in modular board 2 is connected to the skeleton 1 of the module through the connector 5, which is shown in fig. 10. The second part of the connector 5 in the skeleton 1 of the mobile module is connected to the source or to the electrical power distribution network by means of a cable and a plug, which is not shown in any picture. Such an arrangement of the plug-in modular board 2 connected via the connector 5 to the skeleton 1 is also advantageously used in the other described embodiments.

The plug-in modular board 2 is placed under the ceiling of the skeleton 1. The skeleton 1 of the mobile module is made of plastic, while its walls are solid and opaque. The front wall of the skeleton 1 of the grain module performing the function of the door 8 is made transparent, which is shown in fig. 8, or alternatively it is designed as a grid and is foldable and can be inserted into the skeleton 1 of the mobile module in the ceiling area, which is shown in fig. 5. The skeleton 1 of the mobile module for placing animals has additional utility equipment in the form of transport means 10, which are handles, which is shown in fig. 1, 2 and 8, and wheels, which is shown in fig. 5. The lower part of the skeleton 1 of the mobile module has an extendable bottom 4, which in this case serves as a catch basin for biological material. The electronic components of the plug-in modular board 2 are the air temperature sensor 3.1 and the electronic display 3.19 with value indicators for remote and touch control.

The battery source 3.21 of electrical energy, the communication unit 3.22 with GPS and the control unit 3.18 are not shown in the figure. 1 and 2 shown, but are apparent from FIG. 11.

Example 2

In this example of a concrete implementation of the subject of the technical solution, the construction of a mobile module - a kennel for placing a dog for the purposes of hospitalization in a veterinary clinic is described, as shown in fig. 3. It is a modular solution based on the exchange of individual components of the mobile module. The skeleton 1 of the mobile module described in example 1 is used with minor modifications, where the lower part of the skeleton 1 of the mobile module with an extendable bottom 4, which is a catch tray for biological material, is replaced by an extendable bottom 4, which fulfills the function of a manipulation medical tray with extendable means 11 , which are wheels, as shown in fig. 13. Then the accessory is also a height-adjustable storage table 12 for the handling medical tub, as shown in fig.

SK 9560 Υ1

2. The skeleton 1 of the mobile module is also supplemented with additional medical equipment, such as: infusion holders and additional medication dispensers, which is not shown in the pictures. The modification also concerns the exchange of the plug-in modular board 2 described in example 1 for another plug-in modular board 2 with a wider arrangement of electronic components, which is shown in Fig. 11, such as: 3.1 air temperature sensor, 3.11 animal temperature sensor, 3.2 heart rate sensor, 3.3 blood pressure sensor, 3.4 sugar level sensor, EKG 3.5, 3.6 camera with day/night mode, infrared chip 3.7, microphone 3.8 for monitoring sound manifestations, sensor 3.9 of filling the collection tray, lighting 3.12 inside the module, adjustable heating element 3.13, adjustable fan 3.14, replaceable antibacterial HEPA filter 3.15, air humidifier 3.16, electrically controlled pneumatic/hydraulic inputs and/or outputs 3.17, electronic display 3.19 with remote value indicators and touch control, adjustable timers 3.20, battery power source 3.21 and communication unit 3.22 with GPS.

Alternatively, the module - kennel for placing the dog during hospitalization in the veterinary clinic is equipped with a layer of sound insulation 6, which is preferably inserted into the frame 1 in the form of plates, as shown in Fig. 1 and 4.

In another alternative solution, the plug-in modular board 2 is located in the bottom or wall of the frame 1, which is not shown in the figures.

In another alternative solution, the front wall of the skeleton 1 has a reduced viewing hole 7, as shown in fig. 6 and 7.

An alternative solution is one where the individual components of the mobile module are not replaced by the consumer, but a completely new mobile module with the included components and structure is produced in the production, which the consumer can purchase or borrow. Such mobile modules would be equipped with e.g. only veterinary clinics.

Finally, there is another alternative solution of the mobile module for the placement of animals, where the plug-in modular board 2 has a set of buses and/or connector strips for inserting or replacing, or supplementing individual types of electronic components according to the standard equipment or according to the owner's requirements.

Example 3

In this example of a concrete embodiment of the subject of the technical solution, the construction of a module - a cage for placing a cat during air transport to a holiday destination is described, which is shown in fig. 8. The module for placing the cat consists of a frame 1, in which a plug-in modular board 2 with electronic components 3 is placed. 1 module is made of plastic or metal, while its walls are solid and opaque. The front wall of the skeleton 1 module, performing the function of a door, is made solid and transparent, while it is foldable and can be inserted into the skeleton 1 module in the ceiling area. The skeleton 1 of the module for placing animals has transport means 10, which are handles, and also has legs 9. The lower part of the skeleton 1 of the module has a retractable bottom 4, which is a catch basin for biological material. The module would be equipped with a layer of sound insulation 6, which would be inserted into the skeleton 1 in the form of plates. The electronic components of the plug-in modular board 2 are an air temperature sensor 3.1, a camera 3.6 with day/night mode, an infrared chip 3.7, a microphone 3.8 for monitoring sound manifestations, sensor 3.9 of filling the collection tray, lighting 3.12 inside the module, adjustable heating element 3.13, adjustable fan 3.14, replaceable antibacterial HEPA filter 3.15, air humidifier 3.16, electrically controlled pneumatic/hydraulic inputs and/or outputs 3.17, electronic display 3.19 with remote value indicators and touch control, autonomous control unit 3.18, altimeter 3.10, battery power source 3.21 and switchable communication unit 3.22 with GPS.

Example 4

In this example of a concrete embodiment of the subject of the technical solution, the construction of a mobile module - a terrarium for placing lizards, as shown in fig. 14. The skeleton 1 has full transparent walls made of glass, while under the ceiling of this mobile module is applied a plug-in modular board 2 with electronic components such as: air temperature sensor 3.1, humidity sensor not shown in the pictures, camera 3.6 with day/night mode, infrared chip 3.7, lighting 3.12 inside the mobile module, adjustable heating element 3.13, adjustable fan 3.14, replaceable antibacterial HEPA filter 3.15, air humidifier 3.16, electronic display 3.19 with value indicators for remote and touch control, adjustable timers 3.20, battery source 3.21 of electricity and communication unit 3.22 with GPS.

SK 9560 Υ1

In an alternative solution, a plug-in modular board 2 is applied to the bottom of the mobile module with other electronic components, such as pneumatic/hydraulic inputs and/or outputs 3.17 for a water pump and a water or pH filter, a heating system not shown in the pictures, an electronic display 3.19 with value indicators for remote and touch control, adjustable timers 3.20, battery power source 3.21 and communication unit 3.22 with GPS, as shown in fig. 15.

Example 5

In this example of a concrete embodiment of the subject of the technical solution, the construction of a mobile module - an aquarium for placing fish, as shown in fig. 16. The skeleton 1 has full transparent walls made of glass, while a plug-in modular board 2 is applied to the bottom of this mobile module with electronic components such as: water temperature sensor 3.1, lighting 3.12 inside the mobile module, adjustable heating element 3.13, pneumatic/hydraulic inputs and/or outputs 3.17 for the water pump, aerator and water or pH filter, electronic display 3.19 with value indicators for remote and touch control, adjustable timers 3.20 for lighting, feed dosing, aerator, battery power source 3.21 and communication unit 3.22, which are shown in fig. 11.

Alternatively, in fig. 17 shows the application of a plug-in modular board 2 with electronic components in the upper part of the skeleton 1 of the mobile module - aquarium. The electronic components are: water temperature sensor 3.1, lighting 3.12 inside the mobile module, adjustable heating element 3.13, pneumatic/hydraulic inputs and/or outputs 3.17 for the water pump, aerator and water or pH filter, electronic display 3.19 with remote and touch value indicators control, adjustable timers 3.20 for lighting, feed dosing, aerator, battery source 3.21 of electrical energy and communication unit 3.22, which are shown in fig. 11.

Industrial applicability

Mobile modules for placing animals according to this technical solution are intended for the area of breeding needs for social terrestrial animals, amphibians and fish.

SK 9560 Υ1

List of related brands skeleton plug-in modular board

3.1 temperature sensor

3.2 pulse sensor

3.3 blood pressure sensor

3.4 sugar level sensor

3.5 ECG

3.6 camera with day/night mode

3.7 infrared chip

3.8 microphone

3.9 catch basin filling sensor

3.10 altimeter

3.11 blood pressure sensor

3.12 lighting

3.13 adjustable heating element

3.14 adjustable fan

3.15 HEPA filter

3.16 air humidifier

3.17 electrically controlled pneumatic/hydraulic inputs and/or outputs

3.18 autonomous control unit

3.19 electronic display

3.20 timers

3.21 source of electrical energy

3.22 communication unit extendable bottom connector sound insulation viewing hole door feet transport means extendable means adjustable table

Claims (15)

CLAIMS FOR PROTECTION 1. A mobile module for housing animals formed by a skeleton, characterized in that a plug-in modular board (2) for fitting electronic components (3.1 to 3.22) is placed in the skeleton (1). 2. Mobile module for housing animals according to claim 1, characterized in that a temperature sensor (3.1) is arranged in the plug-in modular board (2). 3. A mobile module for housing animals according to any one of the preceding claims, characterized in that the lower part of the frame (1) has a retractable bottom (4). 4. Mobile module for placing animals according to claim 3, characterized in that the retractable bottom (4) has retractable means (11). 5. A mobile module for housing animals according to any one of the preceding claims, characterized in that the plug-in modular board (2) is connected to the skeleton (1) via a connector (5). 6. Mobile module for placing animals according to any one of the preceding claims, characterized in that at least one electronic component from the group is arranged in the plug-in modular board (2): pulse sensor (3.2), blood pressure sensor (3.3), sensor (3.4) ) sugar levels, ECG (3.5), camera (3.6) with day/night mode, infrared chip (3.7), microphone (3.8) for monitoring sound effects, sensor (3.9) for filling the collection tray, altimeter (3.10), autonomous control unit ( 3.18). 7. Mobile module for placing animals according to any one of the preceding claims, characterized in that at least one electronic component from the group is arranged in the plug-in modular board (2): lighting (3.12) inside the mobile module, adjustable heating element (3.13), adjustable fan (3.14), replaceable antibacterial HEPA filter (3.15), air humidifier (3.16), electrically controlled pneumatic/hydraulic inlets and/or outlets (3.17). 8. Mobile module for placing animals according to any of the preceding claims, characterized in that at least one electronic component from the group is arranged in the plug-in modular board (2): electronic display (3.19) with value indicators for remote and touch control, adjustable timers (3.20), battery source (3.21) of electrical energy and communication unit (3.22). 9. Mobile module characterized by 10. Mobile module characterized by 11. Mobile module characterized for housing animals according to any of the preceding claims, in that the frame (1) contains a layer of sound insulation (6). for housing animals according to any of the preceding claims, in that the front wall of the frame (1) has a reduced viewing hole (7). for housing animals according to any of the preceding claims, in that it has a door (8) which is part or all of the front wall of the frame (1) and is foldable and can be inserted into the frame (1). 12. A mobile module for housing animals according to any one of the preceding claims, characterized in that the skeleton (1) has additional additional medical equipment, such as: infusion holders, additional medication dispensers. 13. Mobile module characterized by 14. Mobile module characterized by 15. A mobile module characterized for housing animals according to any of the preceding claims, in that the frame (1) has transport means (10). for housing animals according to any of the preceding claims, in that the frame (1) has legs (9). for housing animals according to any of the preceding claims, in that the plug-in modular board (2) is placed under the ceiling of the frame (1).