TWM566988U - Aquatic intelligent incubator - Google Patents

Abstract

The present invention is an aquarium intelligent incubator comprising: a box body, at least one circulation fan, a temperature controller, a control panel, a plurality of feeding tanks, at least one inlet pipe, at least one intake pipe, at least one outlet pipe, and At least one fixed seat. The new type mainly controls the water circulation control system, and its purpose is to stabilize the water quality of the entire equipment system, and it is necessary to remove harmful water in the water to achieve clean and safe water quality. In particular, the independent operating system of the feeding tank is aimed at the isolation of new fish or the design of the attacking experiment.

Description

Aquatic wisdom incubator

The invention relates to a feeding device for aquarium organisms, which has the stability and safety of water quality, and is particularly important for the fish species in the experimental research value of the storage device, and the device has the functions of the water circulation control system and the independent operation of the feeding tank. Make sure the equipment system is operating safely.

Located in the subtropical zone, the summer temperature is above 30 degrees Celsius, and the winter temperature is below 5 degrees Celsius. For the aquarium cultivation tank, the temperature difference has a great impact, especially the small-volume test fish species aquarium, high and low temperature environment water temperature. The high heating rate will reduce the amount of dissolved oxygen in the water and affect the growth of fish. Therefore, it is generally necessary to install a cooling or heating module to cool or raise the feeding water to maintain a stable breeding water temperature and environment. At present, various equipments for water purification and breeding environment maintenance require complicated equipment to be assembled in or outside the breeding tank, and it is necessary to integrate the development of standardized equipment.

The prior art is directed to the research and development of aquarium water quality and environmental protection maintenance. As disclosed in the Republic of China Patent Publication No. M553927, M535951 and M406923, an aquarium maintenance unit must overcome the traditional circulating water system to manually remove the air in the pipeline. The problem of restoring operation allows the user to simply use the casing outside the aquarium for easy use and installation. A smart aquarium can detect the water quality in the aquarium and immediately process it to maintain the health of the aquatic organisms maintained in the aquarium, and the operator does not have to spend extra effort to clean up the aquatic environment in the aquarium. The utility model relates to a biological culture box cooling device, which is used for regulating the water temperature so that the water temperature in the culture tank is suitable for the growth of the aquarium organism, and the biological culture box cooling device does not need the compressor and the refrigerant cooling device, and the equipment cost is low. The smaller volume does not occupy space, and the noise generated by the compressor operation and the environmental pollution caused by the refrigerant can be avoided. However, the prior art may be due to the external room temperature environment, such as falling dust, temperature changes, spread of bacteria, etc., which easily affect the temperature, water quality, dissolved oxygen amount and disease in the aquarium, and a device capable of effectively isolating the external environment is needed.

The prior art is directed to the research and development of the cabinet environment control system, as disclosed in the Republic of China Patent Publication No. M467293, a smart environment control planting platform, the high greenhouse and the low greenhouse provide plant cultivation; the temperature control device includes a temperature control body, and the temperature rise The pipe fitting, the cooling pipe fitting, the controller and the second sensor, the temperature control body has a refrigerating part and a heating part, the refrigerating part and the heating part are arranged cyclically, the cooling pipe parts are connected to the refrigerating part and the low-temperature greenhouse absorbs heat energy, and the heating pipe is heated The cooling pipe and the temperature control body are arranged in a loop, and the second sensors are respectively arranged in a high greenhouse and a low temperature room; the fans are respectively arranged on the planting platform. Therefore, the temperature of the high greenhouse is higher than the temperature of the low greenhouse, so that plants with different ecological temperature differences, such as tropical, subtropical and frigid zones, can be planted on a planting platform, and the constant high and low greenhouses of the sensor are used. temperature. Although the intelligent environment control planting platform can effectively control the environmental conditions, the improvement of the aquarium cultivation equipment still needs further improvement and research.

With the improvement of the quality of life, the aquarium not only enjoys the use of fish and shrimp, planting aquatic plants, but also has a variety of functions such as beautifying environment, segregating indoor use space and landscaping. In recent years, it has become more and more popular by consumers or interior designers. Welcome, so that the aquarium has a demand for refined design; special fish breeding is also the new favorite of the ornamental fish market, fish species research and development also requires a more stable cultivation environment, accurate fish species, clean fish body and reduce environmental errors, Helps accelerate human understanding of fish pathology and gene development.

The creator of this creation has been engaged in the cultivation of peripheral equipment industry for aquaculture for many years. He is well aware that there are still deficiencies in the expansion of the environmental control and stability test of the aquarium biological cultivation experiment, and it is devoted to the development of aquarium wisdom incubator. The present invention is an aquarium intelligent incubator comprising: a box body surrounded by a partition, having at least one opening and at least one cover plate to provide a culture space isolated from the outside; at least one circulation fan disposed in the cabinet The culture space side provides air circulation in the culture space; a temperature controller has a temperature sensing component and a temperature exchange component, and is disposed outside the tank to provide temperature rise or maintenance of the air circulation in the culture space; a control panel, The utility model is disposed outside the box and connected to the temperature controller, and provides a user interface for operating the temperature controller in a graphic display manner; the plurality of feeding tanks are disposed in the culture space and are fixed on the fixing seat to provide aquarium growth and spacing The area; at least one inlet pipe, the end is connected to the inside and outside of the box, and is disposed in the cultivation space, adjacent to the inner partition of the box, and the other port is disposed beside the feeding tank, and the water is introduced into the feeding tank, and the box is provided The external water source is introduced into the interior of the box; at least one intake pipe, the end of which is connected to the inside and outside of the box, and is disposed in the culture space, and the box body The side partitions are adjacent to each other, and the other port is disposed beside the feeding tank, and the gas is introduced into the feeding tank, and the outside air of the box is introduced into the inside of the box; at least one water outlet pipe is connected to the inside and outside of the box, and is disposed in the cultivation space. Inside, adjacent to the inner partition of the box, the other port is disposed beside the feeding tank, and the water is led out of the feeding tank, and the water source inside the box is led out to the outside of the box; and at least one fixing seat is disposed in the culture space. Adjacent to the inner partition of the box, the working platform for placing and fixing the feeding tank is provided. Further, a nitrification system is provided to connect the outlet pipe and the inlet pipe respectively to provide the circulating water quality of the purification breeding tank. The cover of the box is opened and closed by using at least one of a double-door opening, a layered multi-door, a single door, and a sliding door. The gas controller is arranged and connected with the control panel to provide a user interface for operating the gas controller in a graphic display manner; and the water flow controller is arranged and connected with the control panel to provide user operation water flow control in a graphic display manner Control interface. Among them, the gas controller and the water flow controller are modules with solenoid valve switches. Further, a light illuminating device and a light illuminating controller are provided to provide an illumination source and a living organism growth light source in the culture space of the user; the light illumination controller is connected to the control panel to provide user operation in a graphic display manner. The control interface of the light illumination controller. Wherein, an aerator is arranged in the cultivation space to provide gas circulation in the culture space and in the breeding tank. A germicidal lamp is arranged in the culture space to provide a sterilizing effect of the water source. The breeding nesting box in the culture space provides aquaculture darkroom growth and cultivation. The control panel is connected to the wireless reporting module to provide the function of remotely monitoring the smart incubator. The control panel is connected to the identity identification control system, and the identity recognition control system comprises at least one system of a face recognition system, a fingerprint recognition system and a red film recognition system, and provides an identity record and a command device switch. The novel aquarium intelligent incubator mainly controls the water circulation control system, and the purpose thereof is to stabilize the water quality of the whole equipment system, such as: dissolved oxygen amount, pH value, electrical conductivity, oxidation-reduction potential, temperature, etc., and need to cause harmful effects in water Water can be removed, such as pathogens, ammonia-nitrogen, nitrous acid-nitrogen and nitric acid-nitrogen to achieve clean and safe water quality. In particular, the independent operating system of the feeding tank is aimed at the isolation of new fish, or the design of the attacking experiment. Because the new fish is not isolated, it may bring the pathogens in the original fish breeding system. In severe cases, it may cause a large number of fish infections and deaths. In order to ensure that the culture system can operate stably for a long time, it has good logistical support, such as: fish feeding, bait supply, water quality testing, equipment maintenance, consumables replacement, etc. It can improve the accuracy of aquarium biology test. The expansion of the internal culture space of the tank increases the number of breeding tanks, so that the number of organisms raised or tested can be controlled under the same environmental conditions at the same time, and the reliability of the test data can be improved and the test time can be shortened. The stable water circulation control system (ie, filtration system), as well as the temperature and gas control system, can accurately control environmental parameters, which is of great help to the accuracy of experimental data in biological experiments such as new drug development. The equipment structure of this creation is effectively increased. The cultivation space and stable control environment, and the isolation space from the outside world can effectively prevent the risk of open space pathogens or microbial cross-contamination. Its structure and efficiency are different from those of the past, and its novelty, progress and practical benefits are correct. With regard to the techniques, means and functions of the present invention, a preferred embodiment is described in detail with reference to the drawings, and it is believed that the above objects, structures and features of the present invention can be obtained from an in-depth and specific understanding. .

The embodiments of the present invention are described below by way of specific embodiments, and those skilled in the art can readily appreciate other advantages and effects of the present invention from the disclosure herein. The present invention can also be implemented or applied by various other specific embodiments. The details of the present specification can also be modified and changed without departing from the spirit of the present invention.

First of all, please refer to the first picture showing the front view of the creation of the aquarium wisdom incubator. The present invention is an aquarium smart incubator, which comprises: a box 101, surrounded by a partition 1011, having at least one The opening 1012 and the at least one cover 1013 are provided to provide a culture space isolated from the outside; the plurality of breeding tanks 201 are disposed in the culture space and are fixed on the fixing base 301 to provide an area for growing and spacing of the aquarium; at least one water inlet pipe 401, the end is connected to the inside and outside of the box 101, and is disposed in the culture space, adjacent to the partition 1011 inside the box 101, and the other port is disposed at the side of the breeding tank 201, and the water is introduced into the breeding tank 201, and the outside of the box is provided. The water source is introduced into the interior of the casing 101; at least one intake pipe 501 has an end connected to the inside and outside of the casing, and is disposed in the cultivation space, adjacent to the inner partition 1011 of the casing 101, and the other port is disposed beside the feeding cylinder 201, The gas is introduced into the feeding tank 201, and the outside air of the tank 101 is introduced into the interior of the tank 101; the nitrification system 801 is installed, and the water outlet pipe 601 and the water inlet pipe 401 are respectively connected to provide purification and breeding. 201 Water circulated. Among them, since the single door cover 1013 in the figure occupies too much space, it may be limited by the environmental space, and it is optional to add several space-saving designs. Therefore, the cover 1013 of the box 101 is selected to be double-sided, multi-door, The opening 1012 is opened and closed in a manner that the sliding door is at least one. A buffer tank 701 is provided in the water circulation system to provide water quality filtration, water quality adjustment, administration and buffer water flow. An air compressor 901 is provided in the culture space to provide gas circulation in the culture space and in the breeding tank 201. The spawning mating box 1101 in the culture space provides aquarium biological darkroom growth cultivation.

Fig. 2 is a front perspective view showing the closed state of the creation of the aquarium wisdom incubator, indicating that the cabinet 101 provides a culture space isolated from the outside, which is advantageous for stabilizing the ambient temperature, water quality, gas content and illumination of the cycle. A cover 1010 is provided on the outer cover 1013 of the casing 101 to provide a user opening and closing cover 1013, and a control panel 104 is disposed on the cover 101, and is disposed outside the casing 101 and connected to the temperature controller 103 for display. The mode provides a user interface for operating the temperature controller 103. Further, the control panel 104 is connected to the wireless transmitting module, and the remotely connects the external operating device to provide a function for the user to remotely monitor the smart incubator. The control panel is connected to the identity recognition control system, and the identity recognition control system comprises at least one system of a face recognition system, a fingerprint identification system and a red film recognition system, and provides an identity record and a command device switch. It can strengthen the benefits of conditional control and intellectual property confidentiality protection of experimental data in the biological experiment phase of new drug development. In addition, the third figure shows a rear perspective view of the creation aquarium smart incubator, and a water inlet hole 105, an air inlet hole 106 and a drainage hole 107 are disposed behind the casing 101, and the water inlet hole 105 provides an end communication box of the inlet pipe 401. Inside and outside the 101, the external water source of the casing is introduced into the interior of the casing 101; the inlet hole 106 provides an end of the inlet pipe 501 and communicates with the inside and outside of the casing, and the outside air of the casing 101 is introduced into the casing 101; the drainage hole 107 provides a The end of the outlet pipe x communicates with the inside and outside of the casing 101, and the water source inside the casing 101 is supplied to the outside of the casing 101. The temperature controller 103 is connected to the front control panel 104. The temperature controller 103 has a temperature sensing element and a temperature exchange element, and is disposed outside the casing 101 to provide temperature rise or fall of the air circulation in the culture space. The temperature controller 103 has a temperature sensing element and a temperature exchange element, and is disposed outside the casing 101 to provide temperature rise or maintenance of air circulation in the culture space.

Figure 4 shows the front view of the creation of the Aquatic Wisdom Incubator into the feeding tank. The front view of the creation of the Aquatic Wisdom Incubator is shown in Figure 5, which shows that the present model is an aquarium smart incubator, which includes: a box body 101, consisting of a partition 1011, having an opening 1012 and a cover plate (omitted from the drawing) to provide a culture space isolated from the outside; at least one circulation fan 102 is disposed on the upper end side of the culture space of the box body, The air circulation in the culture space is provided, and an air circulation hole and another circulation fan 102 are arranged behind the casing 101 to improve the air circulation efficiency; the plurality of breeding cylinders 201 are disposed in the cultivation space and are fixed on the fixing base 301. Providing an area for growing and spacing of the aquarium; at least one inlet pipe 401, the end of which communicates with the inside and outside of the casing 101, and is disposed in the cultivation space, adjacent to the inner partition 1011 of the casing 101, and the other port is disposed beside the breeding tank 201, The water is introduced into the breeding tank 201, and the external water source of the casing 101 is introduced into the interior of the casing 101; at least one intake pipe 501 is connected to the inside and outside of the casing 101, It is disposed in the culture space, adjacent to the inner partition plate 301 of the casing 101, and the other port is disposed beside the feeding tank 201, and the gas is introduced into the feeding tank, and the outside air of the casing 101 is introduced into the casing 101; at least one The outlet pipe 601 has an end connected to the inside and outside of the casing 101, and is disposed in the cultivation space, adjacent to the partition 301 inside the casing 101, and the other port is disposed beside the feeding cylinder 201, and the water is led out of the feeding cylinder 201, and a box is provided. The water source inside the body 101 is led out of the casing 101; and at least one fixing seat 301 is disposed in the culture space and adjacent to the partition plate 301 of the casing 101, and provides a working platform for the feeding cylinder 201 to be fixed and operated by the user. Further, a light illumination device and a light illumination controller are disposed on the surface of the spacer 1011 or the fixed seat 301 to provide an illumination source and an aquarium growth light source for the user in the culture space; and the light illumination controller is coupled to the control panel 104. The connection provides a user interface for operating the light illumination controller in a graphic display manner. A germicidal lamp 1001 is provided in the culture space to provide a sterilizing effect of the water source.

In order to enable the reviewing committee to further understand the practical application of the detailed control module, for example, the application examples of the gas supply device and the water supply device, as shown in Fig. 6, the front view of the gas supply device and the water supply device of the creation aquarium smart incubator, The water inlet pipe 401 is connected to the water flow controller 402, and a trickle pipe 403 is provided at the other port of the water flow controller 402, so that the feed water can flow into the breeding tank 201. On the other hand, the intake pipe 501 is connected to the gas controller 502, and an outlet pipe 503 is provided at the other port of the gas controller 502 to inject the gas into the breeding cylinder 201. The gas controller 502 is connected to the control panel 104 to provide a user interface for operating the gas controller 502 in a graphic display manner. The water flow controller 402 is coupled to the control panel 104 to provide a graphical interface for the user to operate the control interface of the water flow controller 402. The gas controller 502 and the water flow controller 402 are modules with solenoid valve switches.

The present invention is an aquarium intelligent incubator, which integrates a filtration system, a temperature and air supply system, provides a large number of aquarium biological cultivation and stable environmental control efficiency, and can effectively prevent the risk of open space pathogens or microbial cross-contamination, which is different from In the past, the skills of the prior art were different, and their novelty, progress and practical benefits were correct. Therefore, the lack of conventional knowledge can be effectively improved, and the utility is quite practical.

Looking at the above, the specific structure disclosed in the present embodiment can indeed provide an aquaculture breeding and research application which effectively increases the cultivation space and stabilizes the control environment. In terms of its overall structure, it has not been seen in similar products before application. Nor has it been disclosed. Cheng has already complied with the statutory requirements of the Patent Law and has filed a new type of patent application in accordance with the law.

However, the above is only a preferred embodiment of the present invention. When it is not possible to limit the scope of the creation of the present invention, that is, the equivalent changes and modifications made by the applicant in accordance with the scope of the patent application and the content of the creation specification are all It should remain within the scope of this creation patent.

101‧‧‧ cabinet
1011‧‧‧Baffle
1012‧‧‧ openings
1013‧‧‧ Cover
1014‧‧‧handle
102‧‧‧Circular fan
103‧‧‧temperature controller
104‧‧‧Control panel
105‧‧‧ water inlet hole
106‧‧‧Air intake
107‧‧‧Drainage holes
201‧‧‧feeding tank
301‧‧‧ fixed seat
401‧‧‧ water inlet
402‧‧‧Water flow controller
403‧‧‧Dripper
501‧‧‧Intake pipe
502‧‧‧ gas controller
503‧‧‧Exhaust pipe
601‧‧‧Outlet
701‧‧‧buffer tank
801‧‧‧Nitration system
901‧‧‧Air machine
1001‧‧‧ germicidal lamp
1101‧‧‧ spawning matching box

Fig. 1 is a front perspective view showing the opening state of the creation aquarium wisdom incubator. Fig. 2 is a front perspective view showing the closed state of the creation aquarium wisdom incubator. Figure 3 shows a rear perspective view of the creative aquarium wisdom incubator. Figure 4 is a front view showing the creation of the Aquarium Smart Incubator in the creation tank. Figure 5 is a front view showing the creation of the Aquarium Smart Incubator to remove the feeding tank. Fig. 6 is a front view showing the air supply device and the water supply device of the present aquarium smart incubator.

Claims (11)

The aquarium wisdom incubator comprises: a box body surrounded by a partition, having at least one opening and at least one cover plate to provide a culture space isolated from the outside; at least one circulation fan disposed in the culture space of the box body The side provides air circulation in the culture space; a temperature controller has a temperature sensing element and a temperature exchange element, and is disposed outside the box to provide temperature rise or maintenance of the air circulation in the culture space; a control panel is disposed outside the box And connecting the temperature controller to provide a user interface for operating the temperature controller in a graphic display manner; the plurality of feeding tanks are disposed in the culture space and are fixed on the fixed seat to provide an area for growth and spacing of the aquarium; a water inlet pipe, the end of which communicates with the inside and outside of the tank, and is disposed in the cultivation space, adjacent to the inner partition of the tank, and the other port is disposed beside the feeding tank, and the water is introduced into the feeding tank, and the water source outside the tank is introduced. Inside the box; at least one intake pipe, the end of which communicates with the inside and outside of the box, and is disposed in the cultivation space, separated from the inside of the box The plates are adjacent to each other, and the other port is disposed beside the feeding tank, and the gas is introduced into the feeding tank, and the outside air of the box is introduced into the inside of the box; at least one outlet pipe is connected to the inside and outside of the box, and is disposed in the cultivation space. Adjacent to the inner partition of the box, the other port is disposed beside the feeding tank, and the water is led out of the feeding tank, and the water source inside the box is led out to the outside of the box; and at least one fixing seat is arranged in the cultivation space and the box The inner side partitions are adjacent to each other, and provide a working platform for placing and fixing the feeding tank and the user. According to the aquarium wisdom incubator described in claim 1, further, a nitrification system is provided, which respectively connects the outlet pipe and the inlet pipe to provide the circulating water quality of the purification breeding tank. The aquarium intelligent incubator according to claim 1, wherein the cover of the box is opened and closed by using at least one of a double door opening, a layered multi-door, a single door, and a sliding door. The aquarium smart incubator according to claim 1, further, is provided with a gas controller and is connected with the control panel, and provides a user interface for operating the gas controller in a graphic display manner; and setting the water flow controller and controlling The panels are connected to provide a user interface for operating the water flow controller in a graphic display manner. The aquarium smart incubator according to claim 4, wherein the gas controller and the water flow controller are modules having a solenoid valve switch. The aquarium intelligent incubator according to claim 1 further includes a light illumination device and a light illumination controller, and provides an illumination source and an aquarium growth light source for the user in the cultivation space; the light illumination controller and the control panel Connected to provide a user interface for operating the light illumination controller in a graphical display. The aquarium wisdom incubator according to claim 1, wherein an air compressor is arranged in the culture space to provide gas circulation in the culture space and in the breeding tank. The aquarium wisdom incubator according to claim 1, wherein a germicidal lamp is disposed in the culture space to provide a sterilizing effect of the water source. The aquarium wisdom incubator according to claim 1, wherein the breeding space in the breeding space provides aquarium biological darkroom growth cultivation. The aquarium smart incubator according to claim 1, wherein the control panel is connected to the wireless transmitting module to provide a function for the user to remotely monitor the smart incubator. The aquarium smart incubator according to claim 1, wherein the control panel is connected to the identity recognition control system, and the identity recognition control system comprises: at least one system of a face recognition system, a fingerprint identification system and a red film recognition system, and provides an identity record and Command device switch.