CN201012463Y - Combined water container - Google Patents
Combined water container Download PDFInfo
- Publication number
- CN201012463Y CN201012463Y CNU2007200018354U CN200720001835U CN201012463Y CN 201012463 Y CN201012463 Y CN 201012463Y CN U2007200018354 U CNU2007200018354 U CN U2007200018354U CN 200720001835 U CN200720001835 U CN 200720001835U CN 201012463 Y CN201012463 Y CN 201012463Y
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- water
- backwater
- principal piece
- water inlet
- water tank
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Abstract
A built-up water tank includes a water tank unit, a water inlet end and a water outlet end. The water tank unit includes a main water tank, a water inlet flowing passage and a water return flowing passage. The water inlet flowing passage is provided with a water inlet main section at the main water tank; the water return flowing passage is provided with a water return main section at the main water tank. The main water tank is provided with a sheet of main clapboard and a communicating part. The main clapboard comparts the water inlet main section and the water return main section, and the water inlet main section communicates with the water return main section by the communicating part. The water inlet end communicates with the water inlet flowing passage and is used to receive the water for cooling; the water outlet end communicates with the water return flowing passage and is used to discharge the cooling water.
Description
Technical field
The utility model relates to a kind of processing machine that is applicable to, and can elasticity the water tank of change water capacity, particularly relate to a kind of combination water tank.
Background technology
As shown in Figure 1, be existing a kind of processing machine integral type water tank 1 of (figure does not show) that is used for, this water tank 1 has one can be held from the processing machine cooling water water leg 11 of (figure does not show), and cooling water is dispelled the heat in this water tank 1.When this water tank 1 is installed, must consider the type size of this processing machine or the demand of radiating rate, producing this water tank 1 of suitable water capacity and size, yet when practice, this water tank 1 but has following disappearance:
One, when the user because of the processing machine of changing different type of machines must this water tank 1 of change water capacity and during size, if large-scale water tank will be replaced with small-sized water tank, need destroy huge tanks and cut, and re-assembly and be welded into the less water tank of volume, perhaps continue to use the huge tanks that takes up space; On the contrary, in the time of if small-sized water tank will being replaced with huge tanks, can only buy huge tanks in addition, this water tank 1 originally can't continue to use, therefore, during the different processing machine of existing this water tank 1 collocation, for want of change the elasticity of water capacity and size, cause the water tank of different processing machines to share, cause the wasting of resources.
Two, the volume of huge tanks is bigger, and the dealer who produces water tank is in getting the raw materials ready, assemble processing, store in a warehouse, transport, neither convenience when reaching construction.
The utility model content
The purpose of this utility model be to provide a kind of can elasticity the change water capacity, and ease of assembly transports and combination water tank cheaply.
The utility model combination water tank comprises a tank unit, a water inlet end, and a water side.
This tank unit comprises a main water box, a water inlet flow channel, and backwater runner, this water inlet flow channel has a water inlet principal piece that is positioned at this main water box, this backwater runner has a backwater principal piece that is positioned at this main water box, this main water box has the main dividing plate that a slice is separated this water inlet principal piece, backwater principal piece, and an interconnecting part that is communicated with this water inlet principal piece, backwater principal piece.This water inlet end is to be communicated with this water inlet flow channel, and is used for receiving water to be cooled, and this water side is to be communicated with this backwater runner, and is used for discharging chilled water.
The utility model is based on this main water box, and secondary water tank can be assembled to this main water box, or from the secondary water tank of this main water box removal, to increase or to reduce water capacity of the present utility model.For producing the water tank dealer, the making of this main water box and secondary water tank can modularization, and then a large amount of the manufacturing reduces cost, for the user, in the time of must changing water tank water capacity and size when the processing machine of changing different type of machines, need only be that main body is appended or the secondary water tank of removal gets final product with this main water box, make the utilization of water tank more flexible.
Advantage of the present utility model also comprises:
When this water tank of processing assembling, main water box can separate the production moulding with secondary water tank, can this tank unit dismounting is stacked when storing, when transporting, the stacked tank unit gradation of dismounting can be transported, when getting the raw materials ready, do not need relatively large sheet metal, graded is carried to the other assembling of processing machine, convenient construction and carrying with this tank unit when construction.
Result of use of the present utility model availablely further specifies in conjunction with the accompanying drawings.
Description of drawings
Fig. 1 is a stereogram, and existing a kind of water tank that is used for processing machine is described;
Fig. 2 is the schematic perspective view of one first preferred embodiment of the utility model combination water tank;
Fig. 3 is the perspective exploded view that a tank unit of this first preferred embodiment does not comprise lid;
Fig. 4 is the solid combination schematic diagram that this tank unit of this first preferred embodiment does not comprise lid;
Fig. 5 is the schematic perspective view of one second preferred embodiment of the utility model combination water tank;
Fig. 6 is the perspective exploded view that a tank unit of this second preferred embodiment does not comprise lid;
Fig. 7 is the solid combination schematic diagram that this tank unit of this second preferred embodiment does not comprise lid;
Fig. 8 is the schematic perspective view of one the 3rd preferred embodiment of the utility model combination water tank;
Fig. 9 is the perspective exploded view that a tank unit of the 3rd preferred embodiment does not comprise lid;
Figure 10 is the solid combination schematic diagram that this tank unit of the 3rd preferred embodiment does not comprise lid;
Figure 11 is the schematic perspective view of one the 4th preferred embodiment of the utility model combination water tank;
Figure 12 is the perspective exploded view that a tank unit of the 4th preferred embodiment does not comprise lid;
Figure 13 is the solid combination schematic diagram that this tank unit of the 4th preferred embodiment does not comprise lid.
The specific embodiment
Below by most preferred embodiment and accompanying drawing combination water tank of the present utility model is elaborated:
About aforementioned and other technology contents, characteristics and effect of the present utility model, in the following detailed description that cooperates with reference to four graphic preferred embodiments, can clearly understand.
Before the utility model is described in detail, be noted that in the following description content similarly assembly is to represent with identical numbering.
Consult Fig. 2,3,4, first preferred embodiment of the utility model combination water tank is to receive from the processing machine cooling water of (figure does not show) (figure does not show) by a Scrap-removing machine 2, and by a pump unit 3 cooling water is looped back by the utility model and to be evacuated to this processing machine, so that this processing machine heat radiation.This combination water tank comprises a tank unit 4, a water inlet end 5, and a water side 6.For convenience of description, this specification is represented the flow direction of cooling water with arrow M1, M2, M3, M4.
This tank unit 4 comprise a water inlet flow channel 41, backwater runner 42, main water box 43, one be the first secondary water tank 44 that main body removably is assembled in these main water box 43 1 sides with this main water box 43, and one is the second secondary water tank 45 that main body removably is assembled in these main water box 43 other sides with this main water box 43.
This water inlet flow channel 41 has a water inlet principal piece that is positioned at this main water box 43 411, one and is positioned at first inlet segment 412 that this first secondary water tank 44 is communicated with these water inlet principal piece 411 1 ends, and second inlet segment 413 that is positioned at these second secondary water tank 45 these water inlet principal piece 411 other ends of connection.This backwater runner 42 has a backwater principal piece that is positioned at this main water box 43 421, one and is positioned at the first backwater section 422 that this first secondary water tank 44 is communicated with these backwater principal piece 421 1 ends, and second a backwater section 423 that is positioned at this second secondary water tank 45 and is communicated with these backwater principal piece 421 other ends.
This main water box 43 has that main lid 430, an a slice separate that the main dividing plate 431 of this water inlet principal piece 411 and backwater principal piece 421, one are communicated with this water inlet principal piece 411 and backwater principal piece 421 and away from the interconnecting part 432 of this water inlet end 5, and a slice is positioned at the small baffle 433 that this water inlet principal piece 411 capable of blocking is communicated with backwater principal piece 421 on this interconnecting part 432.This first secondary water tank 44 is by several screw 46 and these main water box 43 interlockings, and this first secondary water tank 44 has first dividing plate 441 that first lid 440, a slice are separated this first inlet segment 412 and the first backwater section 422.
This second secondary water tank 45 is by several screw 46 and these main water box 43 interlockings, this second secondary water tank 45 has the second partition 451 that second lid 450, a slice are separated this second inlet segment 413 and the second backwater section 423, and stillpot 452 that is communicated with this second inlet segment 413 and the second backwater section 423, the height of this second inlet segment 413 is to be higher than this stillpot 452, makes to have height fall between the two.In the present embodiment, this interconnecting part 432 is the perforation 4321 that are positioned on this main dividing plate 431, and this small baffle 433 seals this perforation 4321 with several screws 46 interlockings in this main dividing plate 431.
This water inlet end 5 is the water inlet flow channels 41 that are communicated with this tank unit 4, can receive the cooling water from this processing machine, and is positioned at these first inlet segment, 412 tops and away from this stillpot 452.This water side 6 can supply the chilled cooling water of these pump unit 3 pumpbacks, and is positioned at these first backwater section, 422 tops and away from this stillpot 452.
This processing machine running is followed the generation of heat and is heated up, and cooling water flow makes this processing machine cooling through this processing machine, and shown in Fig. 4 arrow M1, cooling water is entered the water inlet flow channel 41 of this tank unit 4 via this water inlet end 5 by this Scrap-removing machine 2.Cooling water flow to this first inlet segment 412 earlier, then, successively flow through this water inlet principal piece 411, second inlet segment 413, be communicated with the second backwater section 423 that flow to this backwater runner 42 by this stillpot 452 again, follow successively flow through this backwater principal piece 421, the first backwater section 422, be evacuated to this processing machine by this water side 6 by this pump unit 3 again.Because this tank unit 4 is to be assembled with this first and second secondary water tank 44,45 by this main water box 43, cooling water is mobile distance in this tank unit 4, the water yield of cooling water is more, and has height fall between this second inlet segment 413 and this stillpot 452, therefore not only make the smear metal (figure does not show) that produces in the working angles be deposited in this stillpot 452 in the flow process, also be beneficial to the heat radiation of cooling water and preferable radiating effect arranged, thus present embodiment be applicable in, large-scale or processing machine that must quick heat radiating.
Be worth having of explanation, the utility model also can be installed an oil-water separator 7, and several screen packs 8, mixes cutting fluid, oil and smear metal in cooling water with filtration.
Via above explanation, can again advantage of the present utility model be summarized as follows:
One, the utility model is based on this main water box 43, and with first, second mate's water tank 44,45 are assembled to this main water box 43, or from these main water box 43 removals first, second mate's water tank 44,45, to increase or to reduce water capacity of the present utility model, when installing this second secondary water tank 45 additional, must seal this perforation 4321 simultaneously, make cooling water can flow to this second inlet segment 413 by this water inlet principal piece 411, on the contrary, when removing the second secondary water tank 45, must remove the small baffle 433 of this main water box simultaneously, make the cooling water of this water inlet flow channel 41 be communicated to this backwater runner 42.For producing the water tank dealer, the making of this main water box 43 and this first and second secondary water tank 44,45 can modularization, and then a large amount of the manufacturing reduces cost, for the user, in the time of must changing water tank water capacity and size when the processing machine of changing different type of machines, need only be that main body is appended or the secondary water tank 44,45 of removal this first and second with this main water box 43, make the utilization of water tank more flexible.
When two, the dealer processes this tank unit 4 of assembling, this main water box 43 can separate the production moulding with this first and second secondary water tank 44,45, can be when storing with this stacked storage area that needs are less of tank unit 4 dismountings, when transporting, can transport or gradation is transported and is convenient to transport 4 dismountings of this tank unit are stacked, when getting the raw materials ready, do not need relatively large sheet metal, only need less sheet metal to get final product, graded is carried to the other assembling of processing machine with this tank unit 4 when construction, so convenient construction and carrying.
Consult Fig. 5,6,7, it is the utility model one second preferred embodiment, this second preferred embodiment is to be similar to this first preferred embodiment, its difference is: this tank unit 4 is to remove this second secondary water tank 45, make this tank unit 4 comprise this water inlet flow channel 41, this backwater runner 42, this main water box 43, reaching with this main water box 43 is this first secondary water tank 44 that main body removably is assembled in these main water box 43 1 sides.
This water inlet flow channel 41 has the water inlet principal piece 411 that is positioned at this main water box 43, and is positioned at this first secondary water tank 44 and is communicated with this first inlet segments 412 of this water inlet principal piece 411 1 ends.This backwater runner 42 has this backwater principal piece 421 that is positioned at this main water box 43, and is positioned at this first secondary water tank 44 and is communicated with this first backwater sections 422 of this backwater principal piece 421 1 ends.
This main water box 43 has this main lid 430, separate this water inlet principal piece 411 and backwater principal piece 421 this main dividing plate 431, be positioned at this main dividing plate 431 and be communicated with this water inlet principal piece 411 and backwater principal piece 421 and away from this interconnecting part 432 of this water inlet end 5, and a slice is removably sealed that this advances, backwater runner 41,42 is in contrast to first side plate 434 of these first secondary water tank 44 1 ends.This first side plate 434, this first secondary water tank 44 all are with two opposition sides of several screws 46 interlockings in this main water box 43.This first secondary water tank 44 has this first lid 440, and separates this first dividing plate 441 of this first inlet segment 412 and the first backwater section 422.In the present embodiment, because this second secondary water tank 45 is removed, so small baffle 433 (see figure 3)s that must remove this main water box 43 simultaneously, make the cooling water of this water inlet flow channel 41 be communicated to this backwater runner 42 by this interconnecting part 432, and this interconnecting part 432 is the perforation 4321 that are positioned on this main dividing plate 431, when practice, this interconnecting part 432 also can use a water pumper (figure does not show) to be communicated with this water inlet principal piece 411 and backwater principal piece 421.
This water inlet end 5 is to be positioned at this first inlet segment 412 and away from this interconnecting part 432, and this water side 6 is to be positioned at this first backwater section 422 and away from this interconnecting part 432.Shown in Fig. 7 arrow M2, cooling water is entered first inlet segment 412 of this water inlet flow channel 41 by this water inlet end 5, after this water inlet principal piece 411 of flowing through earlier, flow to the backwater principal piece 421 of this backwater runner 42 again by the perforation 4321 of this interconnecting part 432, this first backwater section 422 of then flowing through is evacuated to this processing machine by this pump unit 3 again.Compared to this first embodiment, this tank unit 4 of present embodiment is to remove this second secondary water tank 45 and this small baffle 433 simultaneously, and install this first side plate 434 additional, therefore water capacity is less relatively, cooling water flows in this tank unit 4 apart from also shorter relatively, so this second embodiment is applicable to medium and small processing machine, and can reach identical purpose and effect with above-mentioned first embodiment.
Consult Fig. 8,9,10, it is the utility model 1 the 3rd preferred embodiment, the 3rd preferred embodiment is to be similar to this first preferred embodiment, its difference is: this tank unit 4 is to remove this first secondary water tank 44, make this tank unit 4 comprise this water inlet flow channel 41, this backwater runner 42, this main water box 43, reaching with this main water box 43 is this second secondary water tank 45 that main body removably is assembled in these main water box 43 1 sides.
This water inlet flow channel 41 has the water inlet principal piece 411 that is positioned at this main water box 43, and is positioned at this second secondary water tank 45 and is communicated with this second inlet segments 413 of this water inlet principal piece 411 1 ends.This backwater runner 42 has this backwater principal piece 421 that is positioned at this main water box 43, and is positioned at this second secondary water tank 45 and is communicated with this second backwater sections 423 of this backwater principal piece 421 1 ends.
This main water box 43 has this main lid 430, separate this water inlet principal piece 411 and backwater principal piece 421 this main dividing plate 431, be communicated with this water inlet principal piece 411 and backwater principal piece 421 and away from this interconnecting part 432 of this water inlet end 5, be positioned at this small baffle 433 that this water inlet principal piece 411 capable of blocking is communicated with backwater principal piece 421 on this interconnecting part 432, and a slice is removably sealed that this advances, backwater runner 41,42 is in contrast to second side plate 435 of these second secondary water tank 45 1 ends.This second secondary water tank 45 has this second lid 450, separates this second partition 451 of this second inlet segment 413 and the second backwater section 423, and is communicated with this stillpot 452 of this second inlet segment 413 and the second backwater section 423.This second side plate 435 is in this main water box 43 with several screws 46 interlockings.In the present embodiment, because this second secondary water tank 45 is housed, therefore must use this small baffle 433 these interconnecting parts 432 of sealing, make the cooling water of this water inlet flow channel 41 flow to this second inlet segment 413, and be communicated with this backwater principal piece 421 by this stillpot 452 by this principal piece 411 of intaking.
This water inlet end 5 is to be positioned at this water inlet principal piece 411 and away from this stillpot 452, and this water side 6 is to be positioned at this backwater principal piece 421 and away from this stillpot 452.Shown in Figure 10 arrow M3, cooling water is entered the water inlet principal piece 411 of this water inlet flow channel 41 by this water inlet end 5, flow through earlier behind this second inlet segment 413, be communicated with the second backwater section 423 that flow to this backwater runner 42 by this stillpot 452 again, then flow to this backwater principal piece 421, be evacuated to this processing machine by this water side 6 by this pump unit 3 again.Compared to this first embodiment, this tank unit 4 of present embodiment is to remove this first secondary water tank 44, and install this small baffle 433 and this first side plate 434 simultaneously additional, therefore water capacity is less relatively, cooling water flows in this tank unit 4 apart from also shorter relatively, so the 3rd embodiment is applicable to medium and small processing machine, and can reach identical purpose and effect with above-mentioned first embodiment.
Consult Figure 11,12,13, it is the utility model 1 the 4th preferred embodiment, the 4th preferred embodiment is to be similar to this first preferred embodiment, its difference is: this tank unit 4 is to remove this first, second secondary water tank 44,45 simultaneously, make this tank unit 4 comprise this water inlet flow channel 41, this backwater runner 42, and this main water box 43.
This water inlet flow channel 41 has the water inlet principal piece 411 that is positioned at this main water box 43, and this backwater runner 42 has the backwater principal piece 421 that is positioned at this main water box 43.This main water box 43 has this main lid 430, separate this water inlet principal piece 411 and backwater principal piece 421 this main dividing plate 431, be positioned at this main dividing plate 431 and be communicated with this water inlet principal piece 411 with backwater principal piece 421 and away from the interconnecting part 432 of this water inlet end 5, removably seal that this advances, this first side plate 434 of backwater runner 41,42 1 ends, and seal removably that this advances, this second side plate 435 of backwater runner 41,42 other ends.In the present embodiment, because this second secondary water tank 45 is removed, so small baffle 433 (see figure 3)s that must remove this main water box 43 simultaneously, make the cooling water of this water inlet flow channel 41 be communicated to this backwater runner 42 by this interconnecting part 432, and this interconnecting part 432 is the perforation 4321 that are positioned on this main dividing plate 431, when practice, this interconnecting part 432 also can use a water pumper (figure does not show) to be communicated with this water inlet principal piece 411 and backwater principal piece 421.
This water inlet end 5 is to be positioned at this water inlet principal piece 411 and away from this interconnecting part 432, and this water side 6 is to be positioned at this backwater principal piece 421 and away from this interconnecting part 432.Shown in Figure 10 arrow M4, after cooling water enters the water inlet principal piece 411 of this water inlet flow channel 41 by this water inlet end 5, flow to the backwater principal piece 421 of this backwater runner 42 again by these interconnecting part 432 perforation 4321, then be evacuated to this processing machine by this pump unit 3.Compared to this first preferred embodiment, this tank unit 4 is to remove this first, second secondary water tank 44,45 simultaneously, and this small baffle 433, and install this first, second side plate 434,435 simultaneously additional, therefore water capacity is littler, and cooling water flows apart from shorter in this tank unit 4, so, the 4th preferred embodiment is applicable to small-sized processing machine, and can reach identical purpose and effect with above-mentioned first preferred embodiment.
Conclude above-mentioned, combination water tank of the present utility model, be based on this main water box 43, append or the secondary water tank 44,45 of removal this first and second, and the use of arrange in pairs or groups simultaneously this small baffle 433 and this first and second side plate 434,435, to be applicable to the processing machine of various different type of machines, make using and changing more flexible of water tank, and be convenient to carrying, construction and moulding, so can reach the purpose of utility model really.
Claims (10)
1. a combination water tank comprises a tank unit, a water inlet end, and a water side, it is characterized in that:
Described tank unit comprises a main water box, a water inlet flow channel, and backwater runner, described water inlet flow channel has a water inlet principal piece that is positioned at described main water box, described backwater runner has a backwater principal piece that is positioned at described main water box, described main water box has the main dividing plate that a slice is separated described water inlet principal piece, backwater principal piece, and an interconnecting part that is communicated with described water inlet principal piece, backwater principal piece;
Described water inlet end is to be communicated with described water inlet flow channel, and is used for receiving water to be cooled; And
Described water side is to be communicated with described backwater runner, and is used for discharging chilled water.
2. combination water tank as claimed in claim 1 is characterized in that:
Described interconnecting part is the perforation that is positioned on the described main dividing plate.
3. combination water tank as claimed in claim 1 is characterized in that:
Described main water box also has a slice and seals wherein first side plate of an end of described water inlet flow channel, backwater runner removably simultaneously, and a slice is sealed second side plate of described water inlet flow channel, the other end of backwater runner removably simultaneously.
4. combination water tank as claimed in claim 3 is characterized in that:
Described water inlet end is to be positioned at described water inlet principal piece and away from described interconnecting part, described water side is to be positioned at described backwater principal piece and away from described interconnecting part, after water to be cooled enters described water inlet principal piece by described water inlet end, flow to described backwater principal piece by described interconnecting part connection, discharge by described water side again.
5. combination water tank as claimed in claim 1 is characterized in that:
Described tank unit also comprises first a secondary water tank that removably is connected to described main water box one side, described water inlet flow channel also has first inlet segment that is positioned at the described first secondary water tank and is communicated with described water inlet principal piece, described backwater runner also has first a backwater section that is positioned at the described first secondary water tank and is communicated with described backwater principal piece, the described first secondary water tank has a slice and separates described first inlet segment, first dividing plate of the first backwater section, described main water box also have a slice and seal described water inlet flow channel removably simultaneously, the backwater runner is in contrast to first side plate of described first secondary water tank one end.
6. combination water tank as claimed in claim 5 is characterized in that:
Described water inlet end is to be positioned at described first inlet segment and away from described interconnecting part, described water side is to be positioned at the described first backwater section and away from described interconnecting part, water to be cooled enters described first inlet segment by described water inlet end, after the described water inlet principal piece of flowing through earlier, be communicated with by described interconnecting part again and flow to described backwater principal piece, the described first backwater section of then flowing through is discharged by described water side again.
7. combination water tank as claimed in claim 1 is characterized in that:
Described tank unit also comprises second a secondary water tank that removably is connected to described main water box one side, described water inlet flow channel also has second inlet segment that is positioned at the described second secondary water tank and is communicated with described water inlet principal piece, described backwater runner also has second a backwater section that is positioned at the described second secondary water tank and is communicated with described backwater principal piece, the described second secondary water tank has a slice and separates described second inlet segment, the second partition of the second backwater section, and described second inlet segment of connection, the stillpot of the second backwater section, the height of described second inlet segment is to be higher than described stillpot, make and have height fall between the two, described main water box also has a slice and is removable installed in described interconnecting part and is used for blocking the small baffle that described water inlet principal piece is communicated with the backwater principal piece, and a slice is sealed described water inlet flow channel removably simultaneously, the backwater runner is in contrast to second side plate of described second secondary water tank one end.
8. combination water tank as claimed in claim 7 is characterized in that:
Described water inlet end is to be positioned at described water inlet principal piece and away from described stillpot, described water side is to be positioned at described backwater principal piece and away from described stillpot, water to be cooled enters described water inlet principal piece by described water inlet end, flow through earlier behind described second inlet segment, be communicated with by described stillpot again and flow to the described second backwater section, the described backwater principal piece of then flowing through is discharged by described water side again.
9. combination water tank as claimed in claim 5 is characterized in that:
Described tank unit also comprises second a secondary water tank that removably is connected to the other side of described main water box, described water inlet flow channel also has second inlet segment that is positioned at the described second secondary water tank and is communicated with described water inlet principal piece, described backwater runner also has second a backwater section that is positioned at the described second secondary water tank and is communicated with described backwater principal piece, the described second secondary water tank has one and separates described second inlet segment, the second partition of the second backwater section, and described second inlet segment of connection, the stillpot of the second backwater section, the height of described second inlet segment is to be higher than described stillpot, make to have height fall between the two, described main water box also has a slice and is removable installed in described interconnecting part and is used for blocking described water inlet principal piece, the small baffle that the backwater principal piece is communicated with.
10. combination water tank as claimed in claim 9 is characterized in that:
Described water inlet end is to be positioned at described first inlet segment and away from described stillpot, described water side is to be positioned at the described first backwater section and away from described stillpot, water to be cooled enters described first inlet segment by described water inlet end, successively flow through described water inlet principal piece, second inlet segment, be communicated with by described stillpot again and flow to the described second backwater section, follow successively flow through described backwater principal piece, the first backwater section, discharge by described water side again.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200018354U CN201012463Y (en) | 2007-01-05 | 2007-01-05 | Combined water container |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200018354U CN201012463Y (en) | 2007-01-05 | 2007-01-05 | Combined water container |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201012463Y true CN201012463Y (en) | 2008-01-30 |
Family
ID=39024248
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007200018354U Expired - Lifetime CN201012463Y (en) | 2007-01-05 | 2007-01-05 | Combined water container |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201012463Y (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103862585A (en) * | 2012-12-12 | 2014-06-18 | 浙江瑞翌新材料科技有限公司 | Heat exchanger and cooling circulatory system based on diamond wire cutting machine |
| CN104476411A (en) * | 2014-12-19 | 2015-04-01 | 无锡大龙马数控机床制造有限责任公司 | Water tank structure for high-speed internal grinding machine |
| CN107321015A (en) * | 2017-09-05 | 2017-11-07 | 山东铭创环境工程有限公司 | Modularization dynamic washes microfiltration system certainly |
| CN107414591A (en) * | 2017-08-25 | 2017-12-01 | 江门市奥斯龙机械有限公司 | A kind of multipurpose water tank |
| CN110000600A (en) * | 2019-04-19 | 2019-07-12 | 深圳市创世纪机械有限公司 | Chip removal device |
-
2007
- 2007-01-05 CN CNU2007200018354U patent/CN201012463Y/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103862585A (en) * | 2012-12-12 | 2014-06-18 | 浙江瑞翌新材料科技有限公司 | Heat exchanger and cooling circulatory system based on diamond wire cutting machine |
| CN104476411A (en) * | 2014-12-19 | 2015-04-01 | 无锡大龙马数控机床制造有限责任公司 | Water tank structure for high-speed internal grinding machine |
| CN107414591A (en) * | 2017-08-25 | 2017-12-01 | 江门市奥斯龙机械有限公司 | A kind of multipurpose water tank |
| CN107321015A (en) * | 2017-09-05 | 2017-11-07 | 山东铭创环境工程有限公司 | Modularization dynamic washes microfiltration system certainly |
| CN110000600A (en) * | 2019-04-19 | 2019-07-12 | 深圳市创世纪机械有限公司 | Chip removal device |
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