CN204649051U - A kind of polycarboxylate water-reducer production water cooling recycling device - Google Patents
A kind of polycarboxylate water-reducer production water cooling recycling device Download PDFInfo
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- CN204649051U CN204649051U CN201520162742.4U CN201520162742U CN204649051U CN 204649051 U CN204649051 U CN 204649051U CN 201520162742 U CN201520162742 U CN 201520162742U CN 204649051 U CN204649051 U CN 204649051U
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- cooling tube
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- inlet pipe
- air inlet
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Abstract
A kind of polycarboxylate water-reducer production water cooling recycling device, by water inlet shower, first square cooling tube, first air inlet pipe, second square cooling tube, second air inlet pipe, third party's shape cooling tube, 3rd air inlet pipe, square cooling tube, 4th air inlet pipe, air blast, tube connector, tube connector seal cover, fixed mount, water tank, water pump and tank bracket are formed, fixed mount lower end is arranged on water tank left side central portion, tube connector is arranged on air blast gas outlet, water inlet shower, four square cooling tube left ends are arranged on the right side of fixed mount, four air inlet pipe left ends are arranged on the right side of four square cooling tubes, four air inlet pipe right-hand members are arranged on the left of tube connector, water inlet shower right-hand member is arranged on tube connector upper end, tank bracket is arranged on water tank lower end, water pump is arranged on the front end lower left quarter of water tank.Reusability after the hot water cooling that the utility model is discharged after production polycarboxylate water-reducer can be made to absorb heat.
Description
Technical field
The utility model relates to and recycles wetting system, especially when producing polycarboxylate water-reducer, the High-temperature cooling water for cooling produced after producing can be reused, thus reaching a kind of polycarboxylate water-reducer production water cooling recycling device of energy-conservation object.
Background technology
At present, known technology, when producing polycarboxylate water-reducer, the cooling water used in production can not be reused, and the high-temperature cooling water produced after producing directly discharges, and causes the waste of the energy thus.
Utility model content
In order to overcome existing technology, when producing polycarboxylate water-reducer, the cooling water used in production can not be reused, the high-temperature cooling water produced after producing directly discharges, cause the drawback of energy waste thus, the utility model provides a kind of when producing polycarboxylate water-reducer, the High-temperature cooling water for cooling produced can be reused, thus reach a kind of polycarboxylate water-reducer production water cooling recycling device of energy-conservation object after production.
The utility model solves the technical scheme that its technical problem adopts:
A kind of polycarboxylate water-reducer production water cooling recycling device, is characterized in that by water inlet shower, first square cooling tube, first air inlet pipe, second square cooling tube, second air inlet pipe, third party's shape cooling tube, 3rd air inlet pipe, square cooling tube, 4th air inlet pipe, air blast, tube connector, tube connector seal cover, fixed mount, water tank, water pump and tank bracket are formed, water inlet shower, first air inlet pipe, second air inlet pipe, 3rd air inlet pipe, 4th air inlet pipe, tube connector, tube connector seal cover, fixed mount, water tank and tank bracket are steel material, the first square cooling tube, second square cooling tube, third party's shape cooling tube and square cooling tube are copper material, at the first square cooling tube, second square cooling tube, third party's shape cooling tube, the upper surface of square cooling tube is provided with radiating copper sheet at interval of 0.5 centimetre from left to right, from top to bottom kept at a certain distance away on the left of tube connector four openings, tube connector seal cover is arranged on tube connector upper end, tube connector lower end is arranged on the gas outlet of air blast, fixed mount lower end is arranged on water tank left side central portion, on the right side of water inlet shower, there is the perforate of a diameter 0.2 centimetre lower end at interval of 1 centimetre, water inlet shower left upper end is arranged on upper end on the right side of fixed mount, water inlet shower right-hand member is arranged on the outer upper end of tube connector seal cover, upper end on the right side of fixed mount is arranged on the left of first square cooling tube, first square cooling tube is positioned at into water shower lower end, the first square cooling tube right-hand member is arranged on the left of first air inlet pipe, to be arranged on the left of tube connector in first opening on the right side of first air inlet pipe, fixed mount right side central is arranged on the left of second square cooling tube, second square cooling tube is positioned at the first square cooling tube lower end, the second square cooling tube right-hand member is arranged on the left of second air inlet pipe, to be arranged on the left of tube connector in second opening on the right side of second air inlet pipe, fixed mount right side central is arranged on the left of third party's shape cooling tube, third party's shape cooling tube is positioned at the second square cooling tube lower end, third party's shape cooling tube right-hand member is arranged on the left of 3rd air inlet pipe, to be arranged on the left of tube connector in the 3rd opening on the right side of 3rd air inlet pipe, fixed mount lower right side is arranged on the left of square cooling tube, square cooling tube is positioned at third party's shape cooling tube lower end, square cooling tube right-hand member is arranged on the left of 4th air inlet pipe, to be arranged on the left of tube connector in the 4th opening on the right side of 4th air inlet pipe, water tank is positioned at into water shower, first square cooling tube, second square cooling tube, third party's shape cooling tube, square cooling tube lower end, tank bracket has four, be arranged on water tank lower end surrounding respectively, a perforate is had at the front lower end left part of water tank, water pump is arranged on the front end lower left quarter of water tank, the water inlet end of water pump is arranged in the perforate of water tank front lower end left part, after all devices are in place, and the first square cooling tube, second square cooling tube, third party's shape cooling tube, stepped in from top to bottom between square cooling tube, the first square cooling tube, second square cooling tube, third party's shape cooling tube, square cooling tube upper surface tilts slightly forward, when the wind of air blast blowout is by the first air inlet pipe, second air inlet pipe, 3rd air inlet pipe, 4th air inlet pipe enters the first square cooling tube respectively, second square cooling tube, third party's shape cooling tube, after square cooling tube, can from the first square cooling tube, second square cooling tube, third party's shape cooling tube, square cooling tube left end blows out.
Described air blast operating voltage is 220V, and power is 2.2KW.
Described pump working voltage is 220V, and power is 1KW.
The utility model beneficial effect is: during use, the hot water of discharging after producing polycarboxylate water-reducer heat absorption enters after water shower, hot water can be ejected to the first square cooling tube from the perforate of lower end is vaporific on the right side of water inlet shower, under the effect of the first square cooling tube upper surface radiating copper sheet, and the wind double action blown out in the first square cooling tube, the hot water of discharging after producing polycarboxylate water-reducer heat absorption is tentatively cooled; Obtain preliminary cooled hot water, successively again through the effect of the second square cooling tube, third party's shape cooling tube and square cooling tube, and under the wind effect of blowout in air blast, cooled through three times and fallen in water tank again, water pump by the water suction of cooling rear water box inside extremely, polycarboxylate water-reducer production equipment cooling water pipeline, will produce the heat absorption produced in polycarboxylate water-reducer again; Because the utility model can make polycarboxylate water-reducer produce the rear heat absorption hot water Reusability produced, therefore reach energy-conservation object.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is further illustrated.
Accompanying drawing is the utility model structural representation.
In accompanying drawing: 1 is into water shower, 2 is first square cooling tubes, and 3 is first air inlet pipe, 4 is second square cooling tubes, and 5 is second air inlet pipe, and 6 is third party's shape cooling tubes, 7 is the 3rd air inlet pipe, and 8 is square cooling tubes, and 9 is the 4th air inlet pipe, 10 is air blasts, and 11 is tube connectors, and 12 is tube connector seal covers, 13 is fixed mounts, 14 is water tanks, and 15 is water pumps, and 16 is tank brackets.
Detailed description of the invention
Shown in accompanying drawing, a kind of polycarboxylate water-reducer production water cooling recycling device, by water inlet shower 1, first square cooling tube 2, first air inlet pipe 3, second square cooling tube 4, second air inlet pipe 5, third party's shape cooling tube 6, 3rd air inlet pipe 7, square cooling tube 8, 4th air inlet pipe 9, air blast 10, tube connector 11, tube connector seal cover 12, fixed mount 13, water tank 14, water pump 15 and tank bracket 16 are formed, water inlet shower 1, first air inlet pipe 3, second air inlet pipe 5, 3rd air inlet pipe 7, 4th air inlet pipe 9, tube connector 11, tube connector seal cover 12, fixed mount 13, water tank 14 and tank bracket 16 are steel material, the first square cooling tube 2, second square cooling tube 4, third party's shape cooling tube 6 and square cooling tube 8 are copper material, at the first square cooling tube 2, second square cooling tube 4, third party's shape cooling tube 6, the upper surface of square cooling tube 8 is provided with radiating copper sheet at interval of 0.5 centimetre from left to right, from top to bottom kept at a certain distance away on the left of tube connector 11 four openings, tube connector seal cover 12 is arranged on tube connector 11 upper end, tube connector 11 lower end is arranged on the gas outlet of air blast 10, fixed mount 13 lower end is arranged on water tank 14 left side central portion, on the right side of water inlet shower 1, there is the perforate of a diameter 0.2 centimetre lower end at interval of 1 centimetre, water inlet shower 1 left upper end is arranged on upper end on the right side of fixed mount 13, water inlet shower 1 right-hand member is arranged on the outer upper end of tube connector seal cover 12, upper end on the right side of fixed mount 13 is arranged on the left of first square cooling tube 2, first square cooling tube 2 is positioned at into water shower 1 lower end, the first square cooling tube 2 right-hand member is arranged on the left of first air inlet pipe 3, to be arranged on the left of tube connector 11 in first opening on the right side of first air inlet pipe 3, fixed mount 13 right side central is arranged on the left of second square cooling tube 4, second square cooling tube 4 is positioned at the first square cooling tube 2 lower end, the second square cooling tube 4 right-hand member is arranged on the left of second air inlet pipe 5, to be arranged on the left of tube connector 11 in second opening on the right side of second air inlet pipe 5, fixed mount 13 right side central is arranged on the left of third party's shape cooling tube 6, third party's shape cooling tube 6 is positioned at the second square cooling tube 4 lower end, third party's shape cooling tube 6 right-hand member is arranged on the left of 3rd air inlet pipe 7, to be arranged on the left of tube connector 11 in the 3rd opening on the right side of 3rd air inlet pipe 7, fixed mount 13 lower right side is arranged on the left of square cooling tube 8, square cooling tube 8 is positioned at third party's shape cooling tube 6 lower end, square cooling tube 8 right-hand member is arranged on the left of 4th air inlet pipe 9, to be arranged on the left of tube connector 11 in the 4th opening on the right side of 4th air inlet pipe 9, water tank 14 is positioned at into water shower 1, first square cooling tube 2, second square cooling tube 4, third party's shape cooling tube 6, square cooling tube 8 lower end, tank bracket 16 has four, be arranged on water tank 14 lower end surrounding respectively, a perforate is had at the front lower end left part of water tank 14, water pump 15 is arranged on the front end lower left quarter of water tank 14, the water inlet end of water pump 15 is arranged in the perforate of water tank 14 front lower end left part, after all devices are in place, and the first square cooling tube 2, second square cooling tube 4, third party's shape cooling tube 6, stepped in from top to bottom between square cooling tube 8, the first square cooling tube 2, second square cooling tube 4, third party's shape cooling tube 6, square cooling tube 8 upper surface tilts slightly forward, and the wind blown out when air blast 10 passes through the first air inlet pipe 3, second air inlet pipe 5, 3rd air inlet pipe 7, 4th air inlet pipe 9 enters the first square cooling tube 2 respectively, second square cooling tube 4, third party's shape cooling tube 6, after square cooling tube 8, can from the first square cooling tube 2, second square cooling tube 4, third party's shape cooling tube 6, square cooling tube 8 left end blows out.Air blast 10 operating voltage is 220V, and power is 2.2KW.Water pump 15 operating voltage is 220V, and power is 1KW.Before the utility model uses, the outlet pipe of water pump 15 is connected by water pipe head with polycarboxylate water-reducer production equipment cooling water pipeline water inlet pipe front end, water inlet shower 1 is connected by water pipe head with polycarboxylate water-reducer production equipment cooling water pipeline outlet pipe front end, water tank 14 inside is filled water, before starting polycarboxylate water-reducer production equipment, by water pump 15 and air blast 10 power supply opening, after the cooling water of water tank inside sucks by water pump 15, export polycarboxylate water-reducer production equipment cooling water pipeline to, the heat produced when polycarboxylate water-reducer production equipment is produced by cooling water siphons away, on the right side of water inlet shower 1, the perforate of lower end is vaporific is ejected to the first square cooling tube 2 upper surface for hot water after intensification, the radiating copper sheet of the first square cooling tube 2 upper surface increases the area that the first square cooling tube 2 contacts with air, now, from the cold wind that air blast 10 blows out, the first square cooling tube 2 can be entered inner from the first air inlet pipe 3, the first square cooling tube 2 after heat absorption being heated up dispels the heat, like this, under the cold wind double action be blown in the first square cooling tube 2 and upper surface radiating copper sheet and the first square cooling tube 2, the hot water of discharging after producing polycarboxylate water-reducer heat absorption is tentatively cooled.Due to, first square cooling tube 2 upper surface tilts slightly forward, first square cooling tube 2, second square cooling tube 4, third party's shape cooling tube 6, stepped in from top to bottom between square cooling tube 8, so, obtain preliminary cooled cooling water, the second square cooling tube 4 upper surface rear end can be down flowed to from the first square cooling tube 2 upper surface front end, through the radiating copper sheet radiating and cooling effect of the second square cooling tube 4 and upper surface, and, blow out from air blast 10, the cold wind double action in the second square cooling tube 4 is blown into through the second air inlet pipe 5, cooling water can obtain second time cooling down, and down flow to third party's shape cooling tube 6 upper surface rear end from the second square cooling tube 4 upper surface front end.Flow to third party's shape cooling tube 6 upper surface through the cooled cooling water of second time, through the radiating copper sheet radiating and cooling effect of third party's shape cooling tube 6 and upper surface, and, blow out from air blast 10, the cold wind double action in third party's shape cooling tube 6 is blown into through the 3rd air inlet pipe 7, cooling water can obtain third time cooling down, and down flows to square cooling tube 8 upper surface rear end from third party's shape cooling tube 6 upper surface front end.Flow to square cooling tube 8 upper surface through third time cooled cooling water, through the radiating copper sheet radiating and cooling effect of square cooling tube 8 and upper surface, and, blow out from air blast 10, the cold wind double action in square cooling tube 8 is blown into through the 4th air inlet pipe 9, cooling water can obtain the 4th cooling down, and down flows in water tank 14 from square cooling tube 8 upper surface front end.By the water suction of cooling rear water box 14 inside extremely, polycarboxylate water-reducer production equipment cooling water pipeline, will produce the heat absorption produced in polycarboxylate water-reducer to water pump 15 again; Due to hot water Reusability after the heat absorption that the utility model can make production produce afterwards, therefore reach energy-conservation object.
Claims (1)
1. a polycarboxylate water-reducer production water cooling recycling device, is characterized in that by water inlet shower, first square cooling tube, first air inlet pipe, second square cooling tube, second air inlet pipe, third party's shape cooling tube, 3rd air inlet pipe, square cooling tube, 4th air inlet pipe, air blast, tube connector, tube connector seal cover, fixed mount, water tank, water pump and tank bracket are formed, water inlet shower, first air inlet pipe, second air inlet pipe, 3rd air inlet pipe, 4th air inlet pipe, tube connector, tube connector seal cover, fixed mount, water tank and tank bracket are steel material, the first square cooling tube, second square cooling tube, third party's shape cooling tube and square cooling tube are copper material, at the first square cooling tube, second square cooling tube, third party's shape cooling tube, the upper surface of square cooling tube is provided with radiating copper sheet at interval of 0.5 centimetre from left to right, from top to bottom kept at a certain distance away on the left of tube connector four openings, tube connector seal cover is arranged on tube connector upper end, tube connector lower end is arranged on the gas outlet of air blast, fixed mount lower end is arranged on water tank left side central portion, on the right side of water inlet shower, there is the perforate of a diameter 0.2 centimetre lower end at interval of 1 centimetre, water inlet shower left upper end is arranged on upper end on the right side of fixed mount, water inlet shower right-hand member is arranged on the outer upper end of tube connector seal cover, upper end on the right side of fixed mount is arranged on the left of first square cooling tube, first square cooling tube is positioned at into water shower lower end, the first square cooling tube right-hand member is arranged on the left of first air inlet pipe, to be arranged on the left of tube connector in first opening on the right side of first air inlet pipe, fixed mount right side central is arranged on the left of second square cooling tube, second square cooling tube is positioned at the first square cooling tube lower end, the second square cooling tube right-hand member is arranged on the left of second air inlet pipe, to be arranged on the left of tube connector in second opening on the right side of second air inlet pipe, fixed mount right side central is arranged on the left of third party's shape cooling tube, third party's shape cooling tube is positioned at the second square cooling tube lower end, third party's shape cooling tube right-hand member is arranged on the left of 3rd air inlet pipe, to be arranged on the left of tube connector in the 3rd opening on the right side of 3rd air inlet pipe, fixed mount lower right side is arranged on the left of square cooling tube, square cooling tube is positioned at third party's shape cooling tube lower end, square cooling tube right-hand member is arranged on the left of 4th air inlet pipe, to be arranged on the left of tube connector in the 4th opening on the right side of 4th air inlet pipe, water tank is positioned at into water shower, first square cooling tube, second square cooling tube, third party's shape cooling tube, square cooling tube lower end, tank bracket has four, be arranged on water tank lower end surrounding respectively, a perforate is had at the front lower end left part of water tank, water pump is arranged on the front end lower left quarter of water tank, the water inlet end of water pump is arranged in the perforate of water tank front lower end left part, after all devices are in place, and the first square cooling tube, second square cooling tube, third party's shape cooling tube, stepped in from top to bottom between square cooling tube, the first square cooling tube, second square cooling tube, third party's shape cooling tube, square cooling tube upper surface tilts slightly forward, when the wind of air blast blowout is by the first air inlet pipe, second air inlet pipe, 3rd air inlet pipe, 4th air inlet pipe enters the first square cooling tube respectively, second square cooling tube, third party's shape cooling tube, after square cooling tube, can from the first square cooling tube, second square cooling tube, third party's shape cooling tube, square cooling tube left end blows out.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520162742.4U CN204649051U (en) | 2015-03-20 | 2015-03-20 | A kind of polycarboxylate water-reducer production water cooling recycling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520162742.4U CN204649051U (en) | 2015-03-20 | 2015-03-20 | A kind of polycarboxylate water-reducer production water cooling recycling device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204649051U true CN204649051U (en) | 2015-09-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520162742.4U Expired - Fee Related CN204649051U (en) | 2015-03-20 | 2015-03-20 | A kind of polycarboxylate water-reducer production water cooling recycling device |
Country Status (1)
| Country | Link |
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| CN (1) | CN204649051U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105371678A (en) * | 2015-11-20 | 2016-03-02 | 湖南省湘衡盐化有限责任公司 | Mirabilite cooling device |
-
2015
- 2015-03-20 CN CN201520162742.4U patent/CN204649051U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105371678A (en) * | 2015-11-20 | 2016-03-02 | 湖南省湘衡盐化有限责任公司 | Mirabilite cooling device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150916 Termination date: 20200320 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |