TABLE SYSTEM WITH A LIVELY LIVING SPACE

Abstract

The invention allows for normal use of the tabletop surface and ergonomic freedom for the seated user. While maintaining its volume, the space beneath the tabletop is used as a living area. It is a table system that evaluates the top glass table (1), shallower edges and table Acrylic body with a deeper curved profile towards the center (3), central table leg (11), Includes technical equipment holder (12) and foot support plate (13). Acrylic body (3) Acrylic vessels (5) can provide structural reinforcement or are hollow for water, air and mist distribution. can be used as channels; metal support elements (6) cover the veins and provide strength to the trunk and provides rigidity. Technical equipment housing (12), aquarium for aquatic creatures with different modules, Paludarium for aquatic and terrestrial animals, or terrarium for terrestrial animals. It can be adapted to the application. Filtration, oxygenation, water circulation, aeration, Humidification, heating, lighting, energy, and control elements can be grouped within the table leg.

Description

1 TARIFF TABLE SYSTEM WITH A LIVELY LIVING SPACE Technical Area The invention allows for normal use of the tabletop surface and ergonomic freedom for the seated user. while maintaining its volume, the space beneath the tabletop becomes a living space. It relates to table systems for evaluation. The invention also relates to the aforementioned life the area needs filtration, water circulation, ventilation, humidification, heating, The lighting, energy, and control equipment are grouped within a central table leg, and by using structural and fluid transmission vessels created within the acrylic body It is related. State of the Art In conventional table designs, a significant portion of the space beneath the tabletop is used for other purposes. Apart from the free space required for the user's sitting, kneeling and upper leg movements, it is functional. Some furniture and tables that contain living space are not considered as such. In technical applications, the living space is created in the form of a tank with a constant depth. The equipment being located off-site or in a visible position, the life of the supporting elements independent arrangement of the area and the integration of table ergonomics with the living space. Restrictions such as not being able to purchase it may arise. In addition, aquariums, paludariums, and terrariums are generally separate products. They are designed in classes; each application requires a different body, a different technical cabinet, and different Distribution lines are used. This situation shows that the same furniture architecture has different living environments. This makes it difficult to adapt to their areas, as well as the visibility and volume of the equipment. It can increase. Therefore, a table that preserves functionality and seating ergonomics, enhancing the living space. integrating it with its geometry, concealing the technical equipment within the central support leg, the same The basic body is different for aquatic organisms, organisms that can live in water and on land, or terrestrial organisms. An integrated system is needed that allows it to be used with technical equipment. Purpose of the Invention The main purpose of the invention is to modify the tabletop surface without altering its primary function and the circumferential free space required by the seated user in the knee and upper thigh area 2 by protecting the space under the table that is not ergonomically usable, thus creating a living space. The goal is to create a transformative table system. Another purpose is to make the acrylic body, which forms the living space, shallower at the edges of the table, By arranging the seating with a curved geometry that will be deeper towards the center of the table to maintain ergonomics and to obtain a higher volume for living beings in the center of the table to do. Another purpose is to provide filtration, water circulation, oxygenation, and ventilation for the living space. technical equipment related to humidification, heating, lighting, energy and control requirements The technical equipment is collected in a compartment created inside the table leg and is not visible from the outside. The goal is to reduce the need for an additional technical cabinet. Another objective is to create acrylic veins integrated with the body within the acrylic body, Some of these vessels receive structural reinforcement, while others receive water, air, or mist. It is used for the distribution of fluids. The same curved direction as acrylic veins. the following metal support elements are connected to the table leg and the metal seating elements. By creating a load-bearing structure, the strength and rigidity of the acrylic body are increased; at the same time Over time, the acrylic cores of the metal support elements covered the underside. The aim is to reduce its visibility. Another aim of the invention is to combine the same basic table and acrylic body architecture with different techniques. Modules for aquarium applications for aquatic creatures, for creatures that can live in water and on land. It can be converted into a paludarium and a terrarium for terrestrial animals. One of the social and educational aims of the invention is to enable children and young users in particular to use the table. during the time they spend around them, they can observe the living organisms and take care of them. creating an interactive environment where they can participate and develop a nature-related hobby. The aim is to bring about an increase in the daily use of phones, tablets, and similar screen devices. The encounter involves observing living organisms, their feeding, and the arrangement of their habitats. by encouraging interest in off-screen activities such as self-care, and by reducing excessive screen use to contribute to reducing the negative mental and physical effects that may result. The aim is to provide an additional use that does not limit the scope of technical protection of the invention. And it has educational benefits. Explanation of the Figures Figure 1: Side view of the desk system with the user seated. 3 Figure 2: Exploded glass top, acrylic frame, table leg, and foot support plate. It is a perspective view. Figure 3: Table system, acrylic frame, acrylic veins, connection points and central technical features. is a cross-sectional view of the equipment housing. Figure 4: Acrylic body, acrylic cores, metal support elements, and central connector. It is a topographic view of the region. Figure 5: AA showing acrylic core, core hole, acrylic body and metal support element. It is a cross-section. Figure 6: Habitat for aquatic creatures - in an aquarium application, within a technical equipment housing. This shows the appearance of the filtration, oxygenation, water circulation, energy, and control elements found within. Figure 7: Habitat for organisms that can live in water and on land - in a paludarium application. Water circulation, humidification, ventilation, sensors, and energy systems are located in the technical equipment housing. This is the appearance of the control elements. Figure 8: Habitat for terrestrial animals - in the technical equipment enclosure in a terrarium application. ventilation, humidification, heating, lighting, sensors, energy and control systems are included. It is the appearance of its elements. Explanation of References in Figures 1. Top glass panel 2. Edge ventilation holes 3. Acrylic body 4. Acrylic perforations 5. Acrylic vein 6. Metal support element 7. Coarse filter 8. Dirty water drain slot 9. Clean water drain slot 10. Acrylic frame with metal seat plate 11. Table leg 12. Technical equipment bay 13. Footrest plate 14. Cartridge-type replaceable filter unit 15. Oxygenation unit 4 16. Clean water pump 17. Rechargeable battery 18. Control unit 19. Dirty water connection line 20. Clean water connection line 21. Misting / humidification unit 22. Misting water reservoir 23. Controlled air circulation fan 24. Temperature and humidity sensor 25. Aerial connection line 26. Fogging connection line 27. Heating unit 28. UVB / lighting power and control unit 29. Heat sensor / thermostat probe Description of the Invention The invention consists of a top glass plate (1), an acrylic body (3) located under the said plate, and acrylic Acrylic body supporting the body from the central region, metal seating plate (10), table leg (11) It is implemented as an integrated table system including a footrest plate (13). The top glass tabletop (1) is made of tempered and ultra-clear glass in an application form, making it lively. the living area can be seen from above with high light transmittance and the table surface is suitable for everyday use. This ensures it is resistant to heavy loads. Acrylic body (3), lower in the edge areas where the user sits around the table a curved lower profile with vertical depth and increasing vertical depth towards the table center This creates a living space that allows the user to move their knees and upper legs comfortably. A wider center of the table, without interfering as much as possible with the surrounding free space. It is shaped in such a way as to obtain a volume. In an application example, the table height approximately 77 cm or less, seating surface height approximately 47 cm or less and the ergonomic free height in the upper thigh area of ​​the user will be approximately 62 cm. It can be evaluated as follows; starting from a depth of approximately 12 cm at the edges of the acrylic body. It can reach a depth of approximately 32 cm in the central region. These measurements are examples only and are subject to protection of the invention. It does not limit its scope. The top glass tabletop (1) will cover the top perimeter of the acrylic body (3) and form the table surface. It is positioned in this way. In one application, the top glass table (1) is the outside of the acrylic body. It can be arranged to extend approximately 1 cm beyond the edges. On the edge areas of the acrylic body... Edge ventilation holes (2) are especially useful in paludarium and terrarium applications. It contributes to controlled air exchange between the living space and the outside environment. Acrylic body (3), preferably in one piece and monolithic within the mold. is shaped. Acrylic veins (5) located inside the body are shaped during molding. It can be formed in an integrated way with the body. In the creation of hollow acrylic veins, the mold Temporary cores can be used inside; these after casting or shaping. The nuclei can be removed mechanically or with a suitable solvent, such as water or another The intravascular lumen can be formed by removing it through a detachment method. This production The approach reduces the number of separate pipes and fittings, allowing fluid flow through an acrylic body. It makes it possible to integrate distribution routes within a single framework. Acrylic veins (5) run from the central region of the acrylic body to the edge or corner regions. The veins can extend in more than one direction and follow the curvilinear profile of the trunk. partly as a solid section structural reinforcement, partly as a hollow fluid transmission channel It can be regulated. Acrylic vessel holes (4) in hollow vessels carry intravascular material. It enables the distribution of water, air, or fog to different areas of a living space from multiple points. Metal support elements (6) will follow the curved direction of the acrylic veins (5) Metal support elements (6) are positioned under the acrylic body. The body is directly connected to the metal seating plate (10), table leg (11) and foot support plate (13). Alternatively, it can form a metal support system connected via connecting elements. Thus, the forces resulting from the upper glass table (1), the acrylic body (3) and the service loads It helps to transfer the metal to the central table leg (11) and the leg support plate (13). Support elements (6) will also reduce the visibility of acrylic veins (5) from below. It can cover the veins in this way and maintain the strength, rigidity and form stability of the acrylic body. It can increase. In the central region of the acrylic housing (3) there is a coarse filter (7), a dirty water drain slot (8) and a clean A water drain slot (9) can be found. The coarse filter (7) removes large particles from the water. It restricts access to equipment. Dirty water drain slot (8) and clean water drain slot (9), between the living area and the technical equipment slot (12) located inside the table leg (11) It enables the establishment of a fluid connection. 6 The technical equipment holder (12) located inside the table leg (11) provides different living spaces. It is designed to include technical modules that can be modified according to the applications. The technical equipment bay can be opened or closed on the table leg for maintenance purposes. Accessible via a removable service compartment. Cartridge, battery, water tank and so on. Components requiring maintenance can be positioned in a way that allows the user to remove them. Habitat for Aquatic Life - Aquarium Application In one application of the invention, the acrylic body (3) is suitable for the life of aquatic organisms. It creates an aquarium application. The acrylic body is positioned towards the center of the table. Its deepening geometry causes an increase in water volume in the central region and the particles located at the bottom Gravity can facilitate their movement towards the central evacuation zone. The dirty water that passes through the coarse filter (7) reaches the dirty water drain slot (8) and the dirty water connection The dirty water is conveyed through line (19) to the cartridge type replaceable filter unit (14). its housing (8) is located at a higher elevation than the cartridge type replaceable filter unit (14) Thanks to this system, dirty water is channeled into the filter unit by gravity without the need for a separate dirty water pump. transferable. Cartridge type replaceable filter unit (14), mechanical, biological or chemical filtration It may include one or more of its components and, for maintenance purposes, may be removed from the technical equipment housing. (12) can be removed. The filtered water is conveyed to the oxygenation unit (15) to oxygenate the water. It helps to increase the content. Then the clean water pump (16) cleans the water. It sends clean water to the discharge socket (9) via the water connection line (20). Filtered and oxygenated water coming into the clean water drain slot (9) is placed inside a hollow acrylic Water is transferred to the vessels (5). Water flows through acrylic vessel holes (4) to different parts of the living space. by distributing the water to points, instead of a single point of high flow return, it is a spread-out and controlled water flow. Circulation can be established. In the aquarium application, clean water pump (16), oxygenation unit (15), Electrical equipment such as lighting elements and control unit (18) can be recharged with a battery. It can be powered by (17). The rechargeable battery (17) can be removed from the table leg and charged externally. It can be configured to be controlled and replaced with another fully charged battery. unit (18) continuously, intermittently, timely supplies equipment such as pump, oxygenation and lighting. It can operate either programmatically or based on sensor data. In aquarium maintenance, appropriate volume, water temperature, water quality, and live population density are crucial. Provided that it is provided, small ornamental fish, shrimp, freshwater snails and similar small aquatic creatures 7 The organisms can be fed. These organisms are used to facilitate understanding of the invention's application. These are examples only and do not limit the scope of protection to the species in question. Habitat for Aquatic and Terrestrial Organisms - Paludarium Application In another application form of the invention, the acrylic body (3) can accommodate both water and terrestrial environments. It creates a paludarium for living organisms that can use it. Acrylic body The ratio of water and land areas within it depends on the needs of the living species, including stones, sand, soil, and plants. It can be modified with regulatory elements such as natural or artificial shelters; Decorative and habitat design elements do not limit the technical structure of the invention. The water in the water section of the paludarium is transferred through the dirty water connection line (19) to the cartridge. The filter unit (14) can be switched on and the filtered water can be pumped into the clean water pump (16) The water can be returned to the living area via the clean water connection line (20). In applications where the volume is lower, the clean water pump (16) is used at low flow rate or It can be operated intermittently. Misting or humidification unit (21) to provide the necessary humidity in the terrestrial section, It turns the water it takes from the misting water reservoir (22) into mist or fine droplets. The mist created, via misting connection line (26) directly to the living area or from hollow acrylic vessels (5) can be transmitted to one person and distributed to the living space via acrylic vascular holes (4). The controlled air circulation fan (23) is connected to the hollow acrylic via the air connection line (25). It can supply air to one or more of the vessels (5). Thus, within the same acrylic body Different channels can be separately allocated for the distribution of clean water, air, or mist. To the living space The supplied air and excess moisture can escape through the edge ventilation holes (2). Temperature-humidity sensor (24) controls by sensing the environmental conditions in the living space. It transmits data to the control unit (18). The control unit (18) uses misting or according to the measured values. humidification unit (21) and controlled air circulation fan (23) independently of each other It can be operated in this way. The electrical equipment can be powered by a rechargeable battery (17). Suitable temperature, humidity, water-to-land ratio, and species requirements for paludarium applications. Provided that the necessary conditions are met, vampire crabs, some small frog species, and similar aquatic-land migratory creatures can be found. Small organisms that need a suitable habitat can be fed. These examples illustrate the application of the invention. This information is provided to illustrate the form and is not limiting in terms of species. Habitat for Terrestrial Animals - Terrarium Application 8 In another application form of the invention, the acrylic body (3) is suitable for the life of terrestrial animals. This involves creating a terrarium. A terrarium requires a constant volume of water. It is not mandatory; sand, soil, stones, branches, plants suitable for the species can be placed inside the acrylic body. Hiding areas and similar habitat elements can be placed. In the terrarium application, the usable volume of the technical equipment bay (12) is primarily It can be divided into ventilation, humidification, heating, lighting, and sensor equipment. Controlled air circulation fan (23), through air connection line (25) to hollow acrylic veins (5) can transmit air and air through acrylic vein holes (4) to different parts of the living space distributable. Depending on the moisture needs of the living species, misting or humidification unit (21) and misting water The reservoir (22) can be used; these modules can be used in applications where humidification is not required. It is not mandatory to use it. The temperature-humidity sensor (24) monitors the conditions in the living space. can transmit to unit (18). Heating unit (27) to ensure the necessary temperature distribution in the living area can be used. A heat sensor or thermostat probe (29) can be used to determine a specific area of ​​the living space. It measures the temperature in the region and transmits the data to the control unit (18). The control unit (18) measures the measured temperature. Depending on the temperature, you can switch the heating unit (27) on or off. UVB or lighting power and control unit (28), according to the needs of the living species visible light, UVB rays, or different light sources at specified time intervals It can operate the fan, humidifier, heating, lighting, and sensors in the terrarium system. One or more of its equipment can be managed together by the control unit (18). Electrical equipment can be powered by rechargeable batteries (17) or, depending on the energy requirement In applications where the power requirement is high, an external power supply can also be used. In terrarium creation, suitable temperature, humidity, ventilation, lighting, base area, and Provided that hiding places are provided, small and predominantly terrestrial animals such as leopard geckos can be protected. Gecko species that exhibit life and similar small terrarium creatures can be kept. Vertical living Body geometry can also be adapted for species that require space. The organisms mentioned... These are merely illustrative examples of the application and do not limit the scope of the invention. Modular Life Support System Technical equipment bay (12) is different on the same basic table and acrylic body (3). It is modular, allowing for the use of various equipment combinations. Aquatic organisms. Cartridge type replaceable filter unit (14) for aquarium application, oxygenation 9 unit (15), clean water pump (16), dirty water connection line (19) and clean water connection line (20) can be used. For organisms that can live in water and on land, these can be used in paludarium applications. additional or alternative misting or humidification unit (21), misting water tank (22), controlled air circulation fan (23), temperature-humidity sensor (24), air connection line (25) and The misting connection line (26) can be used. In the terrarium application for terrestrial animals, however, heating unit (27), UVB or lighting power and control unit (28) and heat sensor or A thermostat probe (29) can be used. Thanks to its modular design, this table can have a completely separate frame for different living spaces. The need for production is reduced by keeping the technical equipment inside the table leg (11). This prevents the creation of additional technical space around the table and preserves the aesthetic integrity of the furniture. This contributes to its protection. How the invention can be applied to industry. The invention applies to interior spaces such as homes, restaurants, cafes, hotels, waiting rooms, educational areas, exhibition spaces, offices, and similar places. They can be produced for dining, working, meeting or similar table systems used in venues and can be used. Acrylic body (3) molding, casting, thermoforming or similar acrylic Through shaping techniques; metal load-bearing elements, metal processing, welding, mechanical connection. or similar production methods. Technical modules are mounted on the table leg. Different living space configurations can be produced in series or on order. The application methods described above are intended to facilitate the understanding of the invention. The invention is based on examples of aquariums, paludariums, and terrariums, or the specified living organisms. It is not limited to certain types; the scope of protection is determined by the claims.

Claims

REQUESTS 1. An upper glass table (1), with a live one positioned under the said upper glass table (1). Acrylic body (3) that forms the living space, acrylic carrying the acrylic body (3) from the central region body metal seat plate (10), table leg (11) and foot supporting the table leg (11) on the floor It is a table system that includes a support plate (13), and its feature is that the acrylic body (3), table lower vertical sections at the edges corresponding to the surrounding user seating areas. a curved lower profile with increasing vertical depth towards the depth and the center of the table by creating the necessary circumferential free space for users' knee and upper leg movements. creating a living space in a way that will protect it and the word inside of the table leg (11) the subject is a place where the technical equipment used in operating the living space can be installed. The presence of a technical equipment bay (12).

2. Table system according to claim 1, its feature is that the top glass table (1) is made of tempered ultra-clear glass. is the creation of.

3. Table system according to claim 1, its feature is that the acrylic body (3) is in one piece in the mold and its monolithic shaping and acrylic body (3) integrated with the body at least one acrylic vein formed and following the curved lower profile of the acrylic body (5) It is the presence of.

4. According to claim 3, it is a table system, the feature of which is that some of the acrylic veins (5) have a solid cross-section. some as structural reinforcement elements, and some as hollow fluid transmission channels. is the creation of.

5. Table system according to claim 3 or 4, its feature is; acrylic veins (5) acrylic body It extends in multiple directions from the central region to the peripheral regions and is different The cross-section of the veins in the directions conforms to the curved profile of the acrylic body. It has its own geometry.

6. Table system according to any of the claims 3-5, its feature is; curved acrylic veins (5) metal support elements (6) following the direction of the acrylic body metal seating plate (10), a metal support structure connected with the table leg (11) and the foot support plate (13) forming; acrylic veins (5) of the metal support elements (6) from below by covering and reducing its visibility and the acrylic body (3) strength, rigidity and form stability It is about making a profit. 11 7. Table system according to claim 3 or 4, its feature is; life of hollow acrylic vessels (5) on the surfaces facing the area, water, air or mist carried through the vessels into the living area It has acrylic vein holes (4) which allow distribution.

8. According to Claim 1, it is a table system, the feature of which is; the technical equipment bay (12), living area a table where different technical equipment can be removed and placed according to the type of use. as a modular equipment volume accessible for maintenance purposes via its foot (11) It is the arrangement.

9. According to claim 3, it is a table system, the feature of which is that the acrylic body (3) is suitable for the life of aquatic organisms. to create a suitable aquarium application and in that application a coarse filter (7), dirty water drain slot (8), cartridge type replaceable filter unit (14), oxygenation unit (15), clean water pump (16), clean water discharge housing (9), dirty water connection line (19) and clean It is the presence of a water circulation system including a water connection line (20).

10. According to claim 9, it is a table system, the feature of which is; dirty water drain slot (8), cartridge type. positioning the replaceable filter unit (14) at a higher elevation and dirty water dirty through the water connection line (19) by gravity without using a separate dirty water pump It is transmitted to the cartridge type replaceable filter unit (14).

11. Table system according to claim 9 or 10, feature: cartridge type replaceable filter. The unit (14) can be removed, cleaned and replaced from the technical equipment housing (12). It is in the structure.

12. According to claim 9, it is a table system and its feature is a cartridge type replaceable filter unit (14) Oxygenation of the filtered water in the oxygenation unit (15) and then clean Clean water discharged by the water pump (16) through the clean water connection line (20) It is pressing into the socket (9).

13. According to claim 12, it is a table system, the feature of which is that it is conveyed to the clean water drain housing (9). Transfer of filtered and oxygenated water into hollow acrylic vessels (5) and acrylic It is the distribution to different parts of the living area through the vascular orifices (4).

14. According to claim 9, it is a table system, and its feature is; in the technical equipment bay (12), in the system It has a removable and rechargeable battery (17) that powers the electrical technical equipment.

15. According to claim 14, the table system has the feature of a rechargeable battery (17) from the table leg. (11) can be removed and charged externally and with another charged battery It is changeable. 12 16. According to claim 9, it is a table system, the feature of which is; in the technical equipment housing (12), clean water pumping pump (16), oxygenation unit (15), lighting elements and in the system other electrical technical equipment present may be continuously, intermittently, time-programmed or sensor-operated. It has a control unit (18) that manages its operation based on its data.

17. According to claim 3, it is a table system, the feature of which is; acrylic body (3), which can live in water and on land. a paludarium is a system where both aquatic and terrestrial areas suitable for the life of living organisms can be created. The application creates and the cartridge type can be changed in the technical equipment housing (12). filter unit (14), clean water pump (16), misting or humidifying unit (21), misting water tank (22), controlled air circulation fan (23), temperature-humidity sensor (24), charger It has a rechargeable battery (17) and a control unit (18).

18. According to claim 17, it is a table system, the characteristic of which is that the water inside the paludarium is dirty water. transfer via connection line (19) to the cartridge type replaceable filter unit (14) and filtered water is pumped by clean water pump (16) to clean water connection line (20) It is the process of returning them to their habitat.

19. According to claim 17, it is a table system, the feature of which is; misting or humidifying unit (21), It takes water from the misting water tank (22) and delivers it to the living area via the misting connection line (26). or transmits to at least one of the hollow acrylic vessels (5).

20. According to claim 17, it is a table system, the feature of which is; controlled air circulation fan (23), air transmitting air through the connection line (25) to at least one of the hollow acrylic veins (5) and the word The subject is the distribution of air into the living space through acrylic vein holes (4).

21. Table system according to claim 17, its feature is that different hollow acrylic veins (5) separately It can be dedicated to transporting clean water, air, or mist.

22. Table system according to claim 17, its feature is; temperature-humidity sensor (24) control unit (18) is connected to the control unit (18) and depends on the detected temperature and humidity values. as a misting or humidifying unit (21) and a controlled air circulation fan (23) The point is that they operate independently of each other.

23. According to claim 20, the table system is characterized by its acrylic veins (5) that extend into the living space. the air supplied and the excess humidity in the living space around the acrylic body (3) The aim is to allow it to exit through the edge ventilation holes (2). According to claim 24.3, it is a table system, the feature of which is that the acrylic body (3) is suitable for the life of terrestrial animals. to create a suitable terrarium application and in the technical equipment housing (12) controlled air circulation fan (23), temperature-humidity sensor (24), air connection line (25), 13 heating unit (27), UVB or lighting power and control unit (28), heat sensor or It has a thermostat probe (29), a rechargeable battery (17) and a control unit (18).

25. According to claim 24, it is a table system, the feature of which is; controlled air circulation fan (23) air transmitting air through the connection line (25) to at least one of the hollow acrylic veins (5) and the word The subject is the distribution of air into the terrarium living space through acrylic vein holes (4).

26. According to claim 24, it is a table system, the feature of which is that the heating unit (27) works during life. according to the temperature information received from the heat sensor or thermostat probe (29) in the area It is regulated by the control unit (18).

27. Table system according to claim 24, its feature is; UVB or lighting power and control. unit (28) has predetermined lighting elements that provide light to the living area. It is designed to run at specific time intervals.

28. According to claim 24, it is a table system, the characteristic of which is that it meets the moisture requirements of terrestrial animals. Technical specifications of the misting or humidification unit (21) and the misting water tank (22) in applications located in the equipment housing (12) and the produced fog through the fogging connection line (26) It can be distributed to the living space or to at least one of the acrylic vessels (5).

29. According to claim 8, it is a table system, the feature of which is; the technical equipment bay (12), the same table and The cartridge type can be changed on the acrylic housing (3) for aquarium application for aquatic life. filter unit (14), oxygenation unit (15), clean water pump (16), dirty water connection water line (19) and clean water connection line (20); paludarium for aquatic and terrestrial organisms In its application, cartridge type replaceable filter unit (14), clean water pump (16), dirty water connection line (19), clean water connection line (20), misting or humidifying unit (21), misting water tank (22), controlled air circulation fan (23), temperature-humidity sensor (24), air connection line (25) and misting connection line (26); in terrarium application for terrestrial animals controlled air circulation fan (23), temperature-humidity sensor (24), air connection line (25), heating unit (27), UVB or lighting power and control unit (28) and heat sensor or Alternatively, different groups of technical equipment including thermostat probe (29) It is a modular technical equipment bay where it can be placed.

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