CN208179893U - A kind of concrete curing pond - Google Patents
A kind of concrete curing pond Download PDFInfo
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- CN208179893U CN208179893U CN201820081577.3U CN201820081577U CN208179893U CN 208179893 U CN208179893 U CN 208179893U CN 201820081577 U CN201820081577 U CN 201820081577U CN 208179893 U CN208179893 U CN 208179893U
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Abstract
The utility model discloses a kind of concrete curing ponds, including pond ontology, multiple support frames for being used to support test block are provided in the ontology of pond, water inlet pipe is provided with above support frame, the bottom of pond ontology is provided with apopore, it is fixedly connected with filter plate at apopore, dust suction part is provided in filter plate, suction pump is connected with by pipeline between water inlet pipe and apopore；The bottom of pond ontology is provided with the heating component for heating water, and the peripheral wall and center position of pond ontology are provided with the temperature measurement component for measuring water temperature；Water inlet pipe is for injecting water into pond ontology; apopore is for being discharged the water containing impurity; then impurity can be sucked out in draining in filter plate containing dust suction part, clean recycling after water quality, be conducive to protection environment; and heating component can then heat water; heat is directly acted on into water, the temperature that temperature measurement component then controls water makes it suitable for concrete test block, without additional setting air-conditioning; reduce heat loss, energy-saving and environmental protection.
Description
Technical field
The utility model relates to concrete curing devices, more specifically, it relates to a kind of concrete curing pond.
Background technique
Precast concrete generates for the intensity and crack prevention that guarantee concrete, needs precast concrete
The maintenance of a period of time is carried out, wet water curing is the one way in which of concrete curing, and wet water curing is that water is sprayed on coagulation
It on native prefabricated component, keeps it under the conditions of suitable temperature and humidity, prevents prefabricated component from generating big crack.Cured under same condition
Mean that test block and component are conserved under same temperature, humidity environment, as component demoulding, go out pond, factory, lifting,
It draws, put, provisional weight and the foundation for continuing construction and structure acceptance.
Concrete curing pond commonly used in the prior art is a pond for holding concrete test block, and in the room in setting pond
Interior setting air-conditioning and the temperature and humidity that curing pool is controlled in pond addition water, achieve the purpose that concrete test block maintenance.
But concrete curing pond needs the air-conditioning moment to run in the prior art in order to keep the temperature and humidity that set
To maintain constant temperature, it is also necessary to which a large amount of curing water economizes on resources and energy-efficient effect is to be improved.
Utility model content
Need the operation of air-conditioning moment to maintain constant temperature for existing concrete curing pool, it is also necessary to a large amount of curing water, section
About resource and energy-efficient effect technical problem to be improved, the utility model provide a kind of concrete curing pond, have
The advantage of environmental protection, energy conservation.
To achieve the above object, the utility model provides following technical solution:
A kind of concrete curing pond, including pond ontology are provided with multiple supports for being used to support test block in the pond ontology
Frame is provided with water inlet pipe above support frame as described above, and the bottom of the pond ontology is provided with apopore, fixes at the apopore
It is connected with filter plate, dust suction part is provided in the filter plate, is connected between the water inlet pipe and the apopore by pipeline
There is suction pump；
The bottom of the pond ontology is provided with the heating component for heating water, the peripheral wall and centre bit of the pond ontology
The place of setting is provided with the temperature measurement component for measuring water temperature, is additionally provided in the pond ontology and follows for Temperature Distribution in uniform pond
Ring assemblies.
Through the above technical solutions, water inlet pipe contains impurity for being discharged for injecting water, apopore into pond ontology
Water, the filter plate containing dust suction part then can be sucked out impurity in draining, clean recycling after water quality, be conducive to protection environment,
And heating component can then heat water, and heat is directly acted on water, the temperature that temperature measurement component then controls water makes
It is suitble to concrete test block, and recirculation assembly can be such that water flows, so that the intrinsic Temperature Distribution in pond, empty without additional setting
It adjusts, reduces heat loss, energy-saving and environmental protection.
Further, the heating component include for heating the heater of water, the heating for driving the heater
Driver and heating controller for controlling the heater driver power, the heater are fixedly connected on the pond sheet
The bottom of body, the heater driver are electrically connected with the heater, the heating controller and the heater driver telecommunications
Number connection, the heater driver and the heating controller are fixedly connected on the outer wall of the pond ontology.
Through the above technical solutions, heater directly heats water, and heating controller then controls heat driven
The output power of device can be realized water and reach within an acceptable error range to keep the heating power of heater adjustable
To constant temperature.
Further, the heater, the heater driver are to pass through heating cable electricity between the heating controller
It connects, is arranged with waterproof jacket on the heating cable.
Through the above technical solutions, waterproof jacket can protect the heating cable for touching water, water is reduced to heating cable
Corrosion function, conducive to extend heating cable service life, be also avoided that water make heat cable short circuit.
Further, support frame as described above is made of the metal material of magnetic conduction, and the heating component includes for generating exchange
The induction coil in magnetic field, the induction driver for driving induction coil and the sense for controlling the induction driver power
Controller is answered, the induction coil is embedded in the bottom wall of the pond ontology, the induction driver and induction coil electricity
Connection, the induction controller are connect with the induction driver electric signal, the induction driver and the induction controller
It is fixedly connected on the outer wall of the pond ontology, the heater, the heater driver are between the heating controller
It is electrically connected using the induction cable for being fed through described this body sidewall of pond.
Through the above technical solutions, support frame generates heating vortex in the magnetic field that induction coil generates, thus self-heating,
To directly heating to the water around concrete test block, heating time is short, heating effect is good.
Further, rigidized cover is arranged with outside the induction cable.
Through the above technical solutions, rigidized cover can provide guarantor to induction cable when making pond ontology and laying induction cable
Shield, avoids pond ontology from being damaged by pressure.
Further, the temperature measurement component includes the temperature probe being fixedly connected on support frame as described above, and the thermometric is visited
Head is connect with the heating controller electric signal, is provided on the heating controller and is connect with the temperature probe electric signal
Thermometric interface, the thermometric interface are used to read temperature signal to the temperature probe.
Through the above technical solutions, temperature probe measure pond water temperature and by pond water temperature be converted to temperature signal and by its
It is sent to heating controller, heating controller is compared after receiving temperature signal with the set temperature of its storage inside, if
Temperature signal is more than or equal to set temperature, and heating controller makes heater stop heating by driver, conversely, heating controller
Heater is heated by driver.
Further, the temperature measurement component includes the heat portective switch protruded into the pond ontology water, and the heat is protected
It is socketed with waterproof heat conducting sleeve on shield switch, the heat portective switch is electrically connected and is connected on one end of the induction controller；
When the temperature of water is higher than the operating temperature of the heat portective switch, the heat portective switch is disconnected, the sense
Controller is answered to power off, when the temperature of water is lower than the operating temperature of the heat portective switch, the heat portective switch conducting, institute
State induction controller energization.
Through the above technical solutions, heat portective switch is a kind of temperature controller for using bimetal leaf as the temperature module, when it
When normal work, bimetal leaf is in free state, and contact is in closed state: when temperature reaches operating temperature, bimetallic
Piece is heated to be generated internal stress and acts rapidly, break of contact circuit is closed, to play temperature control function: when electric appliance is cooled to reset
When temperature, contact is closed automatically, restores normal operating conditions.
Further, the recirculation assembly includes the circulation axis for running through and being rotatably connected on described this body sidewall of pond, institute
It states circulation axis and is located at the intrinsic one end in the pond and be fixedly connected with recycle slurry, the other end is fixedly connected with swing handle.
Recycle slurry is driven to be rotated by circulation axis through the above technical solutions, originally shaking swing handle in vitro in pond,
Water is set to flow.
Further, the recirculation assembly includes the loop exit for being fixedly connected on the pond body bottom portion, the circulation
Outlet is connected to the water inlet pipe, and its connectivity part is provided with the control valve of the water yield for controlling the loop exit.
Loop exit can be allowed to introduce the water with kinetic energy, water from water inlet pipe through the above technical solutions, opening control valve
It pours in the ontology of pond and forms circulation, to achieve the purpose that make uniformity of temperature profile in the ontology of pond.
Compared with prior art, the utility model has the beneficial effects that
(1) water inlet pipe contains dust suction part for the water containing impurity to be discharged for injecting water, apopore into pond ontology
Then impurity can be sucked out in draining in filter plate, clean recycling after water quality, be conducive to protection environment, and heating component then can be right
Water is heated, and heat is directly acted on water, and the temperature that temperature measurement component then controls water makes it suitable for concrete test block,
It is not necessary that air-conditioning is additionally arranged, heat loss, energy-saving and environmental protection are reduced；
(2) by setting recirculation assembly, recirculation assembly can be such that water flows, thus the intrinsic Temperature Distribution in pond.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model concrete curing pond embodiment one；
Fig. 2 is the structural schematic diagram of one heater of the utility model concrete curing pond embodiment；
Fig. 3 is the enlarged structure schematic diagram of one filter plate of the utility model concrete curing pond embodiment；
Fig. 4 is the vertical section schematic diagram of one filter plate of the utility model concrete curing pond embodiment；
Fig. 5 is vertical section schematic diagram of the utility model concrete curing pond embodiment one towards recycle slurry；
Fig. 6 is the overall structure diagram of the utility model concrete curing pond embodiment two；
Fig. 7 is the structural schematic diagram of two loop exit of the utility model concrete curing pond embodiment；
Fig. 8 is two top view containing induction coil of the utility model concrete curing pond embodiment；
Fig. 9 is the vertical section schematic diagram of two induction cable of the utility model concrete curing pond embodiment radially.
Appended drawing reference: 1, pond ontology；2, support frame；3, water inlet pipe；4, apopore；5, filter plate；6, leak hole；7, dust suction
Part；8, suction pump；9, Operation switch；10, heating component；11, heater；12, heater driver；13, heating controller；14,
Heat cable；15, waterproof jacket；16, temperature measurement component；17, temperature probe；18, waterproof cable；19, recirculation assembly；20, circulation axis；
21, recycle slurry；22, swing handle；23, induction coil；24, induction driver；25, induction controller；26, induction cable；27,
Rigidized cover；28, heat portective switch；29, waterproof heat conducting sleeve；30, loop exit；31, control valve.
Specific embodiment
With reference to the accompanying drawings and examples, the utility model is described in detail.
Embodiment one
A kind of concrete curing pond, as shown in Figure 1, including opening upwards and the pond ontology 1 in hollow rectangle body, pond ontology
Multiple support frames 2 for being used to support concrete test block, support frame 2 are fixedly connected with by expansion bolt on opposite inner wall in 1
For horizontal positioned long plate shape, and the support frame 2 in overlying relation facilitates employee to be put into or take out in being staggered
Concrete test block.Pond ontology 1 is provided with water inlet pipe 3 in the top of support frame 2, water inlet pipe 3 it is open at one end towards pond ontology 1
Interior, another end opening is towards outside pond ontology 1.As shown in Figure 3 and Figure 4, the bottom of pond ontology 1 offers opening up and rounded
Apopore 4, shape is fixedly connected at the inner edge of apopore 4 and filter plate 5 that apopore 4 cooperates, is offered on filter plate 5
Leak hole 6, filter plate 5 are in be placed with dust suction part 7 made of sponge in hollow setting and its cavity, after water is flowed out from apopore 4
Can be by dust suction part 7, to be purified, dust suction part 7 needs employee to regularly replace.Return to Fig. 1, water inlet pipe 3 and apopore 4 it
Between suction pump 8 is connected with by pipeline, suction pump 8 is electric water pump and by mains-supplied, is provided on suction pump 8 and controls for employee
The Operation switch 9 of 8 operating status of suction pump processed.Water inlet pipe 3 contains for injecting water, apopore 4 into pond ontology 1 for being discharged
Impurity can be then sucked out in the water of impurity, the filter plate 5 containing dust suction part 7 in draining, and cleaning water quality incorporates water inlet pipe 3 by pipeline
Recycling is conducive to protection environment.If water is inadequate, employee can fill the water into pond ontology 1 manually.
The bottom of pond ontology 1 is provided with heating component 10, and as shown in Figures 1 and 2, heating component 10 includes being fixedly connected on
The heater 11 of the bottom of pond ontology 1, and the heater driver 12 and heating controller that are fixed on 1 outer wall of pond ontology
13, to be electrically connected between heating controller 13 by heating cable 14, heating cable 14 is located at for heater 11, heater driver 12
Waterproof jacket 15 made of waterproof material are arranged with gluing on position in water, waterproof jacket 15 can be protected and touch water
Cable 14 is heated, corrosion function of the water to heating cable 14 is reduced, prolongs the service life, avoids 14 short circuit of heating cable.Add
Immersion heater electric appliance in the prior art can be used in hot device 11, and heater driver 12 can be used electric power IGBT in the prior art, add
The controller of electric power IGBT can be used in heat controller 13, in the controller have single-chip microcontroller, single-chip microcontroller have storage unit and
A variety of data-interfaces.Heater driver 12 is electrically connected to drive heater 11 with heater 11, and heating controller 13 and heating are driven
Dynamic 12 electric signal of device connection is to control the output of heater driver 12 to the heating power of heater 11.Heater 11 is directly to water
It is heated, and heating controller 13 then controls the output power of heater driver 12, to make the heating power of heater 11
It is adjustable, it can be realized water and reach constant temperature within an acceptable error range.
Temperature measurement component 16 is additionally provided in pond ontology 1, in conjunction with Fig. 5, temperature measurement component 16 includes the week for being fixedly connected on pond ontology 1
DS18B20 digital temperature sensor either PT100 can be used in temperature probe 17 on wall and support frame 2, temperature probe 17
For platinum resistance water temperature is changed into digital signal or resistance signal as temperature signal, the included conversion of PT100 platinum resistance is electric
Resistance value signal is become temperature signal by road.Temperature probe 17 and heating controller 13 pass through the progress electric signal of waterproof cable 18
It connects, is provided with the thermometric interface connecting with 17 electric signal of temperature probe on heating controller 13, heating controller 13 can pass through
Thermometric interface reads temperature signal to temperature probe 17.
Recirculation assembly 19 is additionally provided in pond ontology 1, recirculation assembly 19 includes that level runs through and is rotatablely connected by bearing
Circulation axis 20 on 1 side wall of pond ontology, it is vertical that one end that circulation axis 20 is located in pond ontology 1, which is fixedly connected with rotational plane,
Recycle slurry 21, the other end is fixedly connected with Z-shaped swing handle 22.It is logical that employee shakes swing handle 22 outside pond ontology 1
Crossing circulation axis 20 drives recycle slurry 21 to be rotated, and water is made to flow the Temperature Distribution to uniform water.
The working principle in concrete curing pond, for injecting water into pond ontology 1, is discharged with water inlet pipe 3 is had the beneficial effect that
For the water containing impurity to be discharged, impurity can be then sucked out in the filter plate 5 containing dust suction part 7 in draining in hole 4, and temperature probe 17 is surveyed
Pond water temperature and pond water temperature is converted into temperature signal, temperature controller by data-interface reading temperature signal, and with
The set temperature of its storage inside is compared, if temperature signal is more than or equal to set temperature, heating controller 13 passes through driving
Device makes heater 11 stop heating, conversely, heating controller 13 heats heater 11 by driver；Heating component 10
Water is heated, heat is directly acted on into water, the temperature that temperature measurement component 16 then controls water makes it suitable for concrete
Test block, recirculation assembly 19 can be such that water flows, so that the Temperature Distribution in pond ontology 1 reduces heat without additional setting air-conditioning
It scatters and disappears, it is energy saving, meanwhile, recycling after water quality is cleaned, protection environment is conducive to.
Embodiment two
A kind of concrete curing pond, as shown in Fig. 6 and Fig. 8, the difference with embodiment one is, heating component 10 includes axis
Heart line is vertical and secretly applies in the induction coil 23 in 1 inner wall of pond ontology and the induction being fixedly connected on 1 outer wall of pond ontology
Driver 24 and induction controller 25, wherein ontology 1 inner wall in pond is hollow displaying to facilitate the displaying line of induction in Fig. 6 and Fig. 8
Circle 23.Induction coil 23 is for generating alternating current magnetic field, and 23 coiling of induction coil is spiral and is provided with anti-corrosion epidermis, anti-corrosion table
Skin can extend the service life of induction coil 23.The driver of intermediate frequency furnace can be used in induction driver 24, to drive induction
Coil 23.Industry control PLC can be used in induction controller 25, with the output power for controlling induction driver 24.Support frame 2 is by leading
The metal material of magnetic is made, such as iron.Induction driver 24 is electrically connected with induction coil 23, induction controller 25 and induction driver
The connection of 24 electric signals, as shown in figure 9, heater 11, heater driver 12 between heating controller 13 using being fed through pond sheet
The induction cable 26 of 1 side wall of body is electrically connected, and rigidized cover 27 made of PVC plastic, 27 energy of rigidized cover are arranged with outside induction cable 26
Protection is provided to induction cable 26 when making pond ontology 1 and laying induction cable 26, pond ontology 1 is avoided to be damaged by pressure.
Temperature measurement component 16 includes protruding into the heat portective switch 28 in 1 water of pond ontology, is socketed on heat portective switch 28
Waterproof heat conducting sleeve 29, heat portective switch 28 are electrically connected and are connected on one end of induction controller 25.Heat portective switch 28 is a kind of
Use bimetal leaf as the temperature controller of the temperature module, when its normal work, bimetal leaf is in free state, and contact is in and closes
Conjunction state: when temperature reaches operating temperature, bimetal leaf is heated to be generated internal stress and acts rapidly, closure break of contact electricity
Road, to play temperature control function: when electric appliance is cooled to reset temperature, contact is closed automatically, restores normal operating conditions.
In the present embodiment, water inlet pipe 3 is communicated with water pump far from the side of pond ontology 1, and water pump can lead into water inlet pipe 3
Enter there is the water of setting pressure.As shown in fig. 7, recirculation assembly 19 includes the loop exit 30 for being provided with 1 bottom of pond ontology, circulation
Outlet 30 is connected to water inlet pipe 3 by soft pipeline, is equipped with control pipeline on-off on the position of soft pipeline connection water inlet pipe 3
Control valve 31, control valve 31 is using the solenoid valve that connect with 25 electric signal of induction controller, to export 30 for control loop
Water yield.
The working principle in concrete curing pond produces in the magnetic field that induction coil 23 generates with support frame 2 is had the beneficial effect that
Raw heating vortex, realizes self-heating；The pin of induction controller 25 reads the on off operating mode of heat portective switch 28, when water
When temperature is higher than the operating temperature of heat portective switch 28, heat portective switch 28 is disconnected, and induction controller 25 controls induction driver
24 make the not output power of induction coil 23, allow water Temperature fall；When the temperature of water is lower than the movement temperature of heat portective switch 28
When spending, heat portective switch 28 is connected, and induction controller 25 is powered, and is directly heated, is added to the water around concrete test block
The hot time is short, heating effect is good；The opening control valve 31 of induction controller 25, which can allow loop exit 30 to introduce from water inlet pipe 3, to be had
The water of kinetic energy, water pour in pond ontology 1 and form circulation, thus achieve the purpose that make uniformity of temperature profile in pond ontology 1, environmental protection,
Energy conservation.
The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to
Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to
Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and
Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.
Claims (9)
1. a kind of concrete curing pond, including pond ontology (1), which is characterized in that be provided with multiple be used in the pond ontology (1)
The support frame (2) of test block is supported, is provided with water inlet pipe (3) above support frame as described above (2), the bottom of the pond ontology (1) is set
It is equipped with apopore (4), is fixedly connected with filter plate (5) at the apopore (4), be provided with dust suction part in the filter plate (5)
(7), suction pump (8) are connected with by pipeline between the water inlet pipe (3) and the apopore (4)；
The bottom of the pond ontology (1) is provided with the heating component (10) for heating water, the peripheral wall of the pond ontology (1) and
Center position is provided with the temperature measurement component (16) for measuring water temperature, is additionally provided in the pond ontology (1) for uniform pond
The recirculation assembly (19) of interior Temperature Distribution.
2. concrete curing pond according to claim 1, which is characterized in that the heating component (10) includes for heating
The heater (11) of water, the heater driver (12) for driving the heater (11) and for controlling the heat driven
The heating controller (13) of device (12) power, the heater (11) is fixedly connected on the bottom of the pond ontology (1), described to add
Hot driver (12) is electrically connected with the heater (11), the heating controller (13) and the heater driver (12) telecommunications
Number connection, the heater driver (12) and the heating controller (13) are fixedly connected with the outer wall in the pond ontology (1)
On.
3. concrete curing pond according to claim 2, which is characterized in that the heater (11), the heat driven
Device (12) is arranged on the heating cable (14) with being electrically connected between the heating controller (13) by heating cable (14)
Waterproof jacket (15).
4. concrete curing pond according to claim 2, which is characterized in that support frame as described above (2) by magnetic conduction metal material
Material is made, and the heating component (10) includes for generating the induction coil of alternating current magnetic field (23), for driving induction coil
(23) induction driver (24) and the induction controller (25) for controlling the induction driver (24) power, the sense
Coil (23) is answered to be embedded in the bottom wall of the pond ontology (1), the induction driver (24) and the induction coil (23) electricity
Connection, the induction controller (25) connect with the induction driver (24) electric signal, the induction driver (24) and institute
It states induction controller (25) to be fixedly connected on the outer wall of the pond ontology (1), the heater (11), the heat driven
Device (12) between the heating controller (13) using the induction cable (26) for being fed through pond ontology (1) side wall to be electrically connected
It connects.
5. concrete curing pond according to claim 4, which is characterized in that be arranged with reinforcing outside the induction cable (26)
It covers (27).
6. concrete curing pond according to claim 2, which is characterized in that the temperature measurement component (16) includes being fixedly connected
Temperature probe (17) on support frame as described above (2), the temperature probe (17) and the heating controller (13) electric signal connect
It connects, the thermometric interface connecting with the temperature probe (17) electric signal, the thermometric is provided on the heating controller (13)
Interface is used to read temperature signal to the temperature probe (17).
7. concrete curing pond according to claim 4, which is characterized in that the temperature measurement component (16) includes protruding into institute
The heat portective switch (28) in pond ontology (1) water is stated, is socketed with waterproof heat conducting sleeve (29), institute on the heat portective switch (28)
State one end that heat portective switch (28) are electrically connected and are connected on the induction controller (25)；
When the temperature of water is higher than the operating temperature of the heat portective switch (28), the heat portective switch (28) is disconnected, institute
Induction controller (25) power-off is stated, when the temperature of water is lower than the operating temperature of the heat portective switch (28), the heat is protected
Shield switch (28) conducting, the induction controller (25) are powered.
8. concrete curing pond according to claim 1, which is characterized in that the recirculation assembly (19) includes running through and turning
The dynamic circulation axis (20) being connected on pond ontology (1) side wall, the circulation axis (20) are located at one in the pond ontology (1)
End is fixedly connected with recycle slurry (21), and the other end is fixedly connected with swing handle (22).
9. concrete curing pond according to claim 1, which is characterized in that the recirculation assembly (19) includes being fixedly connected
Loop exit (30) in pond ontology (1) bottom, the loop exit (30) are connected to the water inlet pipe (3), and at it
Connectivity part is provided with the control valve (31) of the water yield for controlling the loop exit (30).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820081577.3U CN208179893U (en) | 2018-01-18 | 2018-01-18 | A kind of concrete curing pond |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820081577.3U CN208179893U (en) | 2018-01-18 | 2018-01-18 | A kind of concrete curing pond |
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| Publication Number | Publication Date |
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| CN208179893U true CN208179893U (en) | 2018-12-04 |
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ID=64442821
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820081577.3U Active CN208179893U (en) | 2018-01-18 | 2018-01-18 | A kind of concrete curing pond |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110757636A (en) * | 2019-11-15 | 2020-02-07 | 江苏惠全新材料科技有限公司 | Special circulated constant temperature maintenance system of UHPC |
| CN112976270A (en) * | 2021-03-17 | 2021-06-18 | 中铁九局集团有限公司 | Automatic constant temperature control system suitable for high-speed railway track slab water maintenance and application thereof |
-
2018
- 2018-01-18 CN CN201820081577.3U patent/CN208179893U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110757636A (en) * | 2019-11-15 | 2020-02-07 | 江苏惠全新材料科技有限公司 | Special circulated constant temperature maintenance system of UHPC |
| CN112976270A (en) * | 2021-03-17 | 2021-06-18 | 中铁九局集团有限公司 | Automatic constant temperature control system suitable for high-speed railway track slab water maintenance and application thereof |
| CN112976270B (en) * | 2021-03-17 | 2022-08-30 | 中铁九局集团有限公司 | Automatic constant temperature control system suitable for high-speed railway track slab water maintenance and application thereof |
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