CN2548424Y - Thermostat of aquatic cases - Google Patents
Thermostat of aquatic cases Download PDFInfo
- Publication number
- CN2548424Y CN2548424Y CN 02206085 CN02206085U CN2548424Y CN 2548424 Y CN2548424 Y CN 2548424Y CN 02206085 CN02206085 CN 02206085 CN 02206085 U CN02206085 U CN 02206085U CN 2548424 Y CN2548424 Y CN 2548424Y
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- China
- Prior art keywords
- aquarium
- cold
- water
- thermostat
- heat
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- Expired - Fee Related
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Abstract
The utility model relates to an aquarium thermostat, especially to an aquarium thermostat which can heat or cool the aquarium from outside. The heated or cooled water is transferred back to the aquarium to control the most suitable water temperature of the aquarium. The utility model comprises a ventilation box and a cold and hot transformation mechanism which can produce cold water or hot water to control the most suitable water temperature of the aquarium. The cold and hot transformation mechanism is arranged in the ventilation box and controlled by a microcomputer constant temperature mechanism to produce thermal energy or cold energy. The water from the aquarium is heated or cooled by the thermal energy or cold energy through a pair of inlet and outlet water tubes and the produced hot water or cold water is transferred back to the aquarium so that the cold source and hot source are provided for the aquarium to keep the most suitable water temperature in the aquarium. The utility model provides the fish group with a good life environment and saves the unnecessary energy consumption with the temperature sensing device and the drive control circuit. The improvement for effects is realized.
Description
Technical field
The utility model is about a kind of aquarium thermostat, and particularly about a kind of aquarium thermostat that can externally heat or cool off the water of aquarium, wherein the water of heating that is produced or cooling is sent back to aquarium again with control aquarium optimum water temperature.
Background technology
Fish are poikilotherms, but various fish all has its heat-resisting cold-resistant bound optimum temperature, and in optimum temperature range, the ingesting of fish, breathing, digestive function are vigorous, metabolism strengthens, and growth surpasses this comfort zone rapidly, can cause the metabolism imbalance, growth is suppressed, even dead.At present aquarium just looks like the scaled down version of a natural stream networks, all biologies and its living environment are closely bound up, the keep fit living environment of good fish, temperature controlling has promptly been played the part of a considerable role, and the variation that the factor that influences water temperature causes water temperature nothing more than the influence and the aquarium in-house facility of environment; Environment mainly is the different variation of four seasons temperature to the influence of water temperature, and temperature is higher during summer, and water temperature also just increases; Temperature descends during winter, and water temperature also just descends thereupon.The aquarium in-house facility also all can cause water temperature to rise 1 to 2 ℃ as the heat energy that filter motor and ligthing paraphernalia are given out.
If surpassed the comfort zone of suitable fish, so no matter for the shoal of fish, or whole Shui nationality system, harmful effect can be arranged all, as dissolved oxygen amount descend, microbial pathogens is movable frequent, gently then destroys environment, fish body health goes to pot; Heavy then may cause whole water system to worsen, the shoal of fish gets killed extremely, therefore usually in aquarium increase cooler arrangement, to reduce water temperature in its aquarium.Otherwise, temperature on the low side can cause cause of disease invasion fish body, or cause the frostbite of physical property, make the breakage of fish body, the easier cause of disease that suffers is invaded, and fish action edge and vitality has the slow trend of certain degree, therefore usually increases electric heater equipment in aquarium, to improve water temperature in its aquarium.No matter be that aquarium is increased cooler or electric heater, all make the aquarium in-house facility numerous and diverse, also can't keep optimum temperature range easily and accurately, and the noise of cooler allows more the people detest.
Summary of the invention
Main purpose of the present utility model provides a kind of water that can produce cooling on demand or heat, and makes aquarium keep optimum water temperature, improves the aquarium thermostat of the good living environment of the shoals of fish.
Another purpose of the present utility model provides a kind of aquarium thermostat that can take into account aquarium cooler or the electric heater function and the minimizing device space simultaneously.
Another purpose of the present utility model provides a kind of fitting operation that makes things convenient for, quiet pleasant aquarium thermostat.
For achieving the above object, the utility model aquarium thermostat, include a ventilation casing and and be installed in the interior cold and hot mapping device of this ventilation casing, this cold and hot mapping device is to be limited by a micro computer thermostatic control mechanism to produce heat energy or cold energy, wherein this cold and hot mapping device is suitable for communicating with an aquarium inside by a water inlet pipe and an outlet pipe, and this cold and hot mapping device is used to heat with this heat energy or cold energy or cool off flowing into water in this cold and hot mapping device by this water inlet pipe by this aquarium, wherein cold water that is produced or hot water flow back into this aquarium by this outlet pipe, so that aquarium low-temperature receiver or thermal source to be provided, to keep optimum water temperature in the aquarium.
Preferably, this cold and hot mapping device includes:
One heat conducting component that catchments comprises two surface and the runners between this two surface relatively, and this runner is connected to this outlet pipe with this water inlet pipe, so the water that flows through this runner is heated by this heat energy or cold energy or cools off;
A pair of cooling chip is used to produce this heat energy or cold energy, this has one first plane respectively to cooling chip, and they are these two surfaces that are contacted with this heat-transferring assembly that catchments respectively, reach second plane with respect to this first plane, wherein when this first plane is heated condition, this second plane is the state of cooling, and vice versa;
A pair of radiating subassembly with this second plane contact to cooling chip, is used for by conduction pattern this being produced radiating effect to cooling chip respectively; And
A pair of fluid driver flows through this to radiating subassembly surface and to flow out this ventilated box external in order to drive the external fluid of this ventilated box.
Preferably, this cold and hot mapping device further comprises a pair of heat insulating component, is to lay respectively at this to radiating subassembly and should be to catchmenting between the heat conducting component, be used for isolated this to radiating subassembly with should the heat of catchmenting between the heat conducting component be passed.
Preferably, this fluid driver is to be fan.
Preferably, this radiating subassembly has the parallel fin of plural pieces.
Preferably, aquarium thermostat of the present utility model still includes this micro computer thermostatic control mechanism, it is in order to activate this cold and hot mapping device and fluid driver, and switch this cold and hot mapping device heat energy or cold energy are provided, this micro computer thermostatic control mechanism comprises: a temperature detector, that is used to measure the interior water Yun of this outlet pipe is used to set the control panel and the micro computer constant temperature control circuit of the water temperature of aquarium.
The utility model aquarium thermostat utilizes cold and hot mapping device to produce hot and cold water on demand, take into account aquarium cooler or electric heater function simultaneously and reduce the device space, make aquarium keep optimum water temperature, improve the good living environment of the shoals of fish, people also are provided a kind of fitting operation that makes things convenient for, and quiet pleasant Shui nationality equipment promotes stress-relieving activity and taste life, and utilize temperature detector and Drive and Control Circuit can save unnecessary energy waste, the enhancement on really powerful.
Description of drawings
Fig. 1 is the application schematic diagram of the utility model aquarium thermostat.
Fig. 2 is the three-dimensional exploded view of the utility model aquarium thermostat.
Fig. 3 is the cut-away view of the utility model aquarium thermostat.Reference numeral 11 heat conducting component 12 that catchments, 12a hold-doun nut 13,13a goes out, water inlet pipe 20,20a cooling chip 25,25a fan 27 heat insulation pillars 28,28a heat insulating component 29,29a radiating subassembly 32 control panels 33 temperature detectors 34 control circuits 35 power distribution circuits 40 ventilation casings 41 upper casings 42 lower casings 43 air intakes 44 air outlet slits 100 aquarium thermostats 101 aquarium thermostats to aquarium pipeline 200 aquariums 201 aquariums to filter pipeline 300 filters 301 filters to aquarium thermostat pipeline
The detailed description of embodiment preferred embodiment
See also Fig. 1,2,3 and be application schematic diagram, decomposing schematic representation and the cut-away view of the utility model aquarium thermostat.As shown in Figure 1, connect aquarium 200 and aquarium thermostat 100 preferably at an aquarium 200 and 100 filters 300 of settling a water purification to use of aquarium thermostat of the present utility model, and with pipeline 201,301.Water in the aquarium 200 enters in this aquarium thermostat 100 by this filter 300, and in wherein being heated or cooled, is flowed back in this aquarium 200 by pipeline 101 again, so that aquarium 200 thermals source or low-temperature receiver to be provided, keeps optimum water temperature in the aquarium 200.
As shown in Figures 2 and 3, aquarium thermostat 100 of the present utility model includes the cold and hot mapping device in the lower casing 42 that a ventilation casing 40 and is installed on this ventilation casing 40.This cold and hot mapping device is covered by a upper casing 41, and is that the micro computer thermostatic control mechanism (32,33,34,35) that is located in this upper casing 41 controls, and makes things convenient for the demand of sensing, demonstration and set water temperature so can realize water temperature.
This cold and hot mapping device comprises: the heat conducting component 11 that catchments; A pair of cooling chip 20,20a; A pair of radiating subassembly 29,29a; A pair of heat insulating component 28,28a and a pair of fan 25,25a.
This inside of catchmenting heat conducting component 11 has a confined space and arrangement runner, and the outlet of this runner is communicated in this pipeline 101 with an outlet pipe 13a, and fixes this outlet pipe 13a and this pipeline 101 with a hold-doun nut 12 of being located on this upper casing 41.The inlet of this runner is communicated in this pipeline 301 with a water inlet pipe 13, and fixes this water inlet pipe 13 and this pipeline 301 with a hold-doun nut 12a who is located on this upper casing 41.This heat conducting component both sides external formation plate face that catchments is to be fitted and connected with this one side to cooling chip 20,20a respectively, cools off or heats water in this runner in order to cooling chip 20, cold energy that 20a produced or heat energy are imported this into this heat conducting component that catchments.
This is mounted in this to cooling chip 20, the external side of 20a to radiating subassembly 29,29a.This side to radiating subassembly 29,29a has an outstanding cylinder respectively and contacts applying with this another side to cooling chip 20,20a, and the parallel fin of plural pieces is positioned at opposite side, in order to this is given heat radiation to cooling chip 20, heat energy or cold energy that 20a produced by being added by conduction pattern.
This is to fan 25,25a, be mounted between the air intlet 43 of this radiating subassembly 29,29a and this ventilation casing 40, in order to outside air is sucked, flows through this surface to the parallel fin of the plural pieces of radiating subassembly 29,29a by air intlet 43, air outlet slit 44 by this ventilation casing 40 flows out these ventilation casings 40 again, so this is cooled off by outside air radiating subassembly 29,29a or heat.
This is in order to low-temperature heat quantity is brought to high temperature discharge to cooling chip 20,20a, and when it simultaneously was heated condition, another side can be the state of cooling, and vice versa.By activating this to cooling chip 20,20a and fan 25,25a by this micro computer thermostatic control mechanism, and switch this to cooling chip 20,20a so that cold energy or heat energy to be provided.This micro computer thermostatic control mechanism comprises: make things convenient for the control panel 32 of setting and showing water temperature, temperature detector 33, the control circuit 34 of micro computer thermostatic control start and the power distribution circuit 35 that suitable electric power is provided that senses the water temperature in the water pipe 13.When temperature detector 33 senses water pipe 13 leaving water temperatures than setting value when high, micro computer thermostatic control mechanism this cold and hot mapping device of indication provides cold energy, just, this control circuit 34 reaches this with indicating signal makes it carry out refrigeration work to cooling chip 20,20a, and this also can be actuated to heat energy is discharged to fan 25,25a simultaneously.This heat conducting component 11 that catchments can import cold energy into the water in its runner, and the cooling water flow that is produced is got back to aquarium 200, so that the aquarium low-temperature receiver to be provided, keeps optimum water temperature in the aquarium.Otherwise, when temperature detector 33 senses water pipe 13 leaving water temperatures when lower than setting value, this micro computer thermostatic control mechanism this cold and hot mapping device of indication provides heat energy, just, this control circuit 34 reaches this with indicating signal makes it carry out heating work to cooling chip 20,20a, and this also can be actuated to cold energy is discharged to fan 25,25a simultaneously.This heat conducting component 11 that catchments can import heat energy into the water in its runner, and the flow of hot water that is produced is got back to aquarium 200, so that the aquarium thermal source to be provided, keeps optimum water temperature in the aquarium.If this temperature detector 33 senses water pipe 13 leaving water temperatures in setting category the time (not high not low), this control circuit 34 can reach this cold and hot mapping device with indicating signal makes it close, to save the energy.
In addition, for asking better heat insulation effect, be provided with a pair of heat insulating component 28,28a, be to be filled in this to catchment 11 of heat conducting components of radiating subassembly 29,29a and this, and coating this to the outstanding cylinder of radiating subassembly 29,29a and this cooling chip 20,20a, can not mix cooling chip 20, cold (heat) source that 20a produced in order to isolated this with heat (cold) source of this radiating subassembly 29,29a.That is cold (heat) source of this cooling chip 20,20a only can provide cold (heat) source to this heat conducting component 11 that catchments, and this cooling chip 20, heat (cold) source that 20a produced then only can reach the external world by this radiating subassembly 29,29a.In addition, four heat insulation pillars 27 pass this four angles to heat insulating component 28,28a, and by the screw and the screw (not being shown among the figure) at pillar two ends these heat insulating components 28,28a are combined radiating subassembly 29,29a with this.Wherein this heat insulation pillar 27 be for phenolic resins (being commonly called as bakelite) made.
Claims (5)
1. aquarium thermostat, comprise that a ventilation casing and is installed in the cold and hot mapping device in this ventilation casing, this cold and hot mapping device is to be limited by a micro computer thermostatic control mechanism to produce heat energy or cold energy, it is characterized in that: this cold and hot mapping device is to communicate with an aquarium inside by a water inlet pipe and an outlet pipe;
Described cold and hot mapping device includes:
One heat conducting component that catchments comprises two surface and the runners between this two surface relatively, and this runner is connected to this outlet pipe with this water inlet pipe;
A pair of cooling chip is used to produce this heat energy or cold energy, and this has one first plane respectively to cooling chip, and they are these two surfaces that are contacted with this heat-transferring assembly that catchments respectively, reaches second plane with respect to this first plane;
A pair of radiating subassembly is respectively with this second plane contact to cooling chip; And
A pair of fluid driver is mounted between this air intlet to radiating subassembly and this ventilation casing.
2. aquarium thermostat as claimed in claim 1 is characterized in that: this cold and hot mapping device further comprises a pair of heat insulating component, is to lay respectively at this to radiating subassembly and should be to catchmenting between the heat conducting component.
3. aquarium thermostat as claimed in claim 1 is characterized in that: this fluid driver is a fan.
4. aquarium thermostat as claimed in claim 1 is characterized in that: this radiating subassembly has the parallel fin of plural pieces.
5. aquarium thermostat as claimed in claim 1, it is characterized in that: still include this micro computer thermostatic control mechanism, this micro computer thermostatic control mechanism comprises: a temperature detector, that is used to measure the water Yun in this outlet pipe is used to set the control panel and the micro computer constant temperature control circuit of the water temperature of aquarium.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02206085 CN2548424Y (en) | 2002-02-25 | 2002-02-25 | Thermostat of aquatic cases |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02206085 CN2548424Y (en) | 2002-02-25 | 2002-02-25 | Thermostat of aquatic cases |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2548424Y true CN2548424Y (en) | 2003-05-07 |
Family
ID=33687564
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 02206085 Expired - Fee Related CN2548424Y (en) | 2002-02-25 | 2002-02-25 | Thermostat of aquatic cases |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2548424Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105724309A (en) * | 2016-02-27 | 2016-07-06 | 舒孝周 | Thermostat and aquatic equipment adopting same |
| CN107306875A (en) * | 2017-08-29 | 2017-11-03 | 深圳市九汇科技有限公司 | The integrated thermostat and constant temperature aquarium of a kind of aquarium |
| CN112594922A (en) * | 2020-12-15 | 2021-04-02 | 衢州学院 | Device for controlling water body temperature |
-
2002
- 2002-02-25 CN CN 02206085 patent/CN2548424Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105724309A (en) * | 2016-02-27 | 2016-07-06 | 舒孝周 | Thermostat and aquatic equipment adopting same |
| CN107306875A (en) * | 2017-08-29 | 2017-11-03 | 深圳市九汇科技有限公司 | The integrated thermostat and constant temperature aquarium of a kind of aquarium |
| CN112594922A (en) * | 2020-12-15 | 2021-04-02 | 衢州学院 | Device for controlling water body temperature |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |