CN209532075U - Spray head integration module and its fountain water cooling plant of application - Google Patents
Spray head integration module and its fountain water cooling plant of application Download PDFInfo
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- CN209532075U CN209532075U CN201821932897.1U CN201821932897U CN209532075U CN 209532075 U CN209532075 U CN 209532075U CN 201821932897 U CN201821932897 U CN 201821932897U CN 209532075 U CN209532075 U CN 209532075U
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Abstract
The utility model relates to a kind of spray head integration module and its fountain water cooling plants of application, wherein spray head integration module, including plate-like shunting pedestal, at least two groups liquid-conveying ducts are provided on the shunting pedestal, every group of liquid-conveying ducts respectively include branch flow passage and are connected to the branch flow passage and spaced apart fluid hole；It further include the perfusion tube for being directed to every group of one-to-one configuration of liquid-conveying ducts respectively, the branch flow passage for belonging to same group of liquid-conveying ducts is connected on perfusion tube described in same root, is separately provided for controlling the first control valve of the perfusion tube opening and closing on the every perfusion tube.In this way, the spray head integration module can be for the suitable cooling sequence of the factors such as architectural characteristic, the material characteristic of workpiece to be cooled configuration, cooling range and cooling duration, so as to be configured flexibly out a variety of different fountain cooling down schemes.
Description
Technical field
The present invention relates to spray head integration module and its fountain water cooling plants of application, they can be used for by high temperature
Workpiece after casting forming carries out spray water-cooled cooling processing.
Technical background
In recent years, with the lightweight of casting, casting section thickness control requires to be continuously improved.Because need to meet different performance and
The requirement of function, part casting need to be arranged thin-wall construction in uneven thickness.If the high temperature casting after demoulding is directly placed
Under room temperature, it is very easy to contraction distortion occur or even scraps.In order to reduce deformation, traditional method is by reshaping clamp pair
Casting corrects shape, but places meeting casting meeting nature rebound after a period of time, causes school shape to fail, What is more directly to lead
Casting is caused to occur being broken and scrapping.It in order to solve the above-mentioned technical problem, is at present usually cold to the high temperature casting progress after demoulding
But cooling is handled.It has had already appeared a variety of cooling devices on the market, such as in the applying date has been on 07 17th, 2017, Patent No.
A kind of Metallic Casting Die & Mold cooling device, including bottom plate, hand push are disclosed in the utility model patent of CN201720859507.1
Frame, storage liquid holding box, parcel shelf and spray head, the side of the bottom plate are fixedly installed hand push frame, and the upper surface of described bottom plate is fixed
It is provided with storage liquid holding box, the upper surface of described storage liquid holding box side is fixedly installed support, and the upper surface of described support is fixedly installed
Strut, the spray head are fixed at the end of support arm, and the side of the storage liquid holding box, which is fixedly installed to store up described in water pump, contains
Parcel shelf is provided on the upper surface of liquid case side is fixed, the centre of the parcel shelf offers the through-hole being connected to storage liquid holding box,
The inside of the through-hole is uniformly fixedly installed multiple levers close to the position on top, and the two sides of the parcel shelf open up respectively
There are two blast orifices, and the side of the parcel shelf is fixedly installed air blower, by being provided with blast orifice on the inside of parcel shelf,
Consequently facilitating carrying out supplementary function using wind energy while water cooling, convenient for using in the casting later period is cooling, but this is cooled down
The cooling effect of device is unsatisfactory.
Summary of the invention
Discovery is further analysed to the Metallic Casting Die & Mold cooling device in patent CN201720859507.1, although its
Water cooling and wind cooling temperature lowering can be carried out to casting, but can not be different cold for the architectural characteristic of casting, the configuration of material characteristic
But sequence and cooling range.In consideration of it, the present invention first improves nozzle structure, a kind of spray head integration module is proposed,
It is characterized in that, including plate-like shunting pedestal, at least two groups liquid-conveying ducts, every group of drain is provided on the shunting pedestal
Channel respectively includes branch flow passage and is connected to the branch flow passage and spaced apart fluid hole；It further include respectively for every group of drain
The perfusion tube of the one-to-one configuration in channel, the branch flow passage for belonging to same group of liquid-conveying ducts are connected on perfusion tube described in same root,
It is separately provided for controlling the first control valve of the perfusion tube opening and closing on the every perfusion tube.
Wherein, at least two groups liquid-conveying ducts are provided on the shunting pedestal, this feature is defined in the shunting base
Can be set two groups, three groups, four groups of even more liquid-conveying ducts described in multiple groups on seat, the setting of the liquid-conveying ducts erect according to
Depending on specific needs.
Wherein, every group of liquid-conveying ducts respectively include branch flow passage and are connected to the branch flow passage and spaced apart fluid hole,
This feature defines the structure of the liquid-conveying ducts, and the liquid-conveying ducts include fluid hole and branch flow passage, belongs to same group of institute
It states fluid hole and the branch flow passage is interconnected.The coolant liquid entered in the branch flow passage in this way can be by the fluid hole
Range is shone in the spray that the quantity for spraying out, and can also increasing the fluid hole extends the spray head integration module.Every group of institute
State liquid-conveying ducts can be set all the way, the branch flow passage of two-way or more.
Wherein, including for the perfusion tube of every group of one-to-one configuration of liquid-conveying ducts, belonging to same group of liquid-conveying ducts respectively
Branch flow passage is connected on perfusion tube described in same root, this feature define every group described in liquid-conveying ducts be respectively configured one it is described defeated
Liquid pipe is provided separately coolant liquid, and the perfusion tube connection belongs to same group of branch flow passage, the branch flow passages connection of difference group
The different perfusion tubes.
Wherein, it is separately provided for controlling the first control valve of the perfusion tube opening and closing on the every perfusion tube,
This feature defines the control of the perfusion tube opened or closed through the first control valve being disposed thereon, and also just passes through described the
One control valve opens or closes whether the control perfusion tube can convey coolant liquid to the branch flow passage.
According to the above technical scheme, compared with prior art, the advantageous effects of the spray head integration module in the present invention
It is: due to being separately provided for controlling the first control valve of the perfusion tube opening and closing on the every perfusion tube, in this way,
Under the control of first control valve, the different perfusion tubes can be simultaneously or sequentially to the drain for communicating therewith setting
Channel conveys coolant liquid, so as to make the liquid-conveying ducts to be cooled below the spray head integration module to being placed on
Workpiece is partly or wholly cooled down.It in addition, can also be different for liquid-conveying ducts configuration under the control of first control valve
Infusion duration, so as to allow the liquid-conveying ducts can be to the workpiece to be cooled being placed below the spray head integration module
Different water cooling durations is partly or wholly provided.To sum up, the spray head integration module can be for the structure spy of workpiece to be cooled
Property, the suitable cooling sequence of the factors configuration such as material characteristic, cooling range and cooling duration, it is more so as to be configured flexibly out
The different fountain cooling down scheme of kind.
Further technical solution is also possible that at least partly described liquid-conveying ducts include branch flow passage described in multichannel, institute
Stating perfusion tube includes main leg and more branch pipeline sections for being connected to the main leg, and the branch pipeline section is connected to the branch flow passage, described
First control valve is arranged on the main leg.Be conducive to simplify the structure of the spray head integration module in this way.
Further technical solution is also possible that further include having nozzle, and the nozzle is connected to the fluid hole.In this way, logical
The spray solarization range of the fluid hole can be further expanded by crossing the nozzle.
In order to which the horizontal position for shunting pedestal is adjusted flexibly, further technical solution is also possible that and also wraps
The horizontal location seat at left and right sides of the shunting pedestal that is placed in is included, is provided on the horizontal location seat and prolongs along the longitudinal direction
The horizontal strip hole stretched is respectively arranged with the corresponding horizontal strip hole arrangement in the left and right side walls for shunting pedestal
Side through-hole, is additionally provided with horizontal adjusting bolt, and the horizontal adjusting bolt passes through the horizontal strip hole and is connected to the side
On the through-hole of side.In this way, after unclamping the horizontal adjusting bolt, the shunting pedestal can front and back adjust position, after adjust, tune
Position of the whole horizontal adjusting bolt in the horizontal strip hole finally tightens fixed described point of the horizontal adjusting bolt
Flow the horizontal position of pedestal.
In order to which the height and position for shunting pedestal is adjusted flexibly, further technical solution is also possible that and also wraps
The perpendicular positioning seat at left and right sides of the shunting pedestal that is placed in is included, is provided on the perpendicular positioning seat and prolongs along the vertical direction
The vertical sliver hole stretched is provided with the end through-hole of the corresponding vertical sliver hole arrangement in the rear end of the horizontal location seat,
It is additionally provided with vertical adjustment bolt, the vertical adjustment bolt passes through the vertical sliver hole and is connected on the end through-hole.
In this way, after unclamping the vertical adjustment bolt, the shuntings pedestal can front and back adjust position, after adjust, adjustment is described vertical
Straight position of the adjustment bolt in the vertical sliver hole finally tightens the vertical adjustment bolt and solidifies the shunting pedestal
Height and position.
The present invention also proposes the fountain water cooling plant using the spray head integration module, which is characterized in that including with
In the workbench for carrying workpiece to be cooled, the top of the workbench is arranged in the spray head integration module.
Further technical solution is also possible that further include liquid holding box for storing coolant liquid, the workbench accommodating
In in the liquid holding box, being provided with the first cabinet liquid pass hole, the spray head integration module on the lower part wall body of the liquid holding box
Perfusion tube the first cabinet liquid pass hole is connected to by confluence general pipeline, be provided with and communicated with the water on the confluence general pipeline
Pump；It further include having central controller, the central controller signal connects first control valve and the water pump.Wherein, it is
It may be selected current divider is arranged between the perfusion tube and the confluence general pipeline convenient for connection.It is sprayed by the spray head integration module
The coolant liquid spilt, which can be pooled in the liquid holding box, to be reused, and cooling cost is saved.
After the heat transfer to the coolant liquid in the liquid holding box of casting, the temperature of coolant liquid can be gradually risen, in order to
The coolant liquid for being in low-temperature condition can be provided to workpiece to be cooled for a long time, further technical solution is also possible that in institute
It states and is additionally provided with cooling device on confluence general pipeline.In this way, the cooling device can carry out cooling processing to the coolant liquid flowed through.
Further technical solution is also possible that being additionally provided with the second cabinet on the lower part wall body of the liquid holding box crosses liquid
Hole further includes having connecting branch and three-way connection, and the confluence general pipeline includes the first confluence general pipeline and the second confluence general pipeline, described
One end of first confluence general pipeline is connected to the perfusion tube, and the other end is connected to the first interface of the three-way connection；Described second converges
One end of stream general pipeline is connected to the second interface of the three-way connection, and the other end is connected to the first cabinet liquid pass hole, the water pump,
Cooling device setting is on the second confluence general pipeline；One end of the connecting branch is connected to the second cabinet liquid pass hole, separately
One end is connected to the third interface of the three-way connection, is provided on the connecting branch for controlling the connecting branch opening and closing
The second control valve, second control valve connect with the central controller signal.In this way, closing first control valve
Afterwards, the water pump can be taken out the coolant liquid in the liquid holding box by the first cabinet liquid pass hole or the second cabinet liquid pass hole
It is drawn onto the second confluence general pipeline, coolant liquid passes through the second cabinet liquid pass hole or the after apparatus for supercooling cools
One cabinet liquid pass hole is flowed back into again in the liquid holding box.In this way, the liquid holding box can be allowed before carrying out spraying cooling work
Interior coolant liquid pre-cools cooling by the cooling device, prepares in advance for the formal cooling work in later period.
In order to automatically control the height of the workbench, further technical solution is also possible that further include having liter
Device drops, the lifter can drive workbench oscilaltion in the liquid holding box mobile, the lifter with it is described
The connection of central controller signal；When the spray head integration module completes spray to the workpiece to be cooled of carrying on the workbench
After cooling processing, the central controller, which can issue instruction, allows the lifter to drive the workbench to the liquid holding box
Bottom direction is mobile.In this way, adjustable height and the lifting shifting of the workbench can be automatically controlled by the central controller
The dynamic time provides optimized integration so as to automatically switch to immersion type cooling from fountain cooling for realization.Such as having
It can be in the application of body, the spray head integration module work first allowed to carry out spraying cooling processing to the workpiece to be cooled, it is special
First the localized high temperature regions of the workpiece to be cooled can preferentially not cooled down by the spray head integration module, described in
After the temperature difference in local high temperature zone and other regions is adjusted to OK range, the workbench is with the workpiece to be cooled to described
It is cooling that immersion type is carried out in the bottom direction movement of liquid holding box and the coolant liquid being dipped into the liquid holding box, forms gradient type
The cooling scheme gradually to cool down.The cooling scheme of the gradient type is conducive to avoid the workpiece to be cooled anxious in cooling procedure
Sharp fall is warm and apparent contraction distortion occurs.Certainly it can also first treat cooling down workpiece and carry out whole fountain cooling, then again
It is cooling to carry out immersion type, the factors such as structure and material characteristic with specific reference to workpiece to be cooled determine.
Due to the present invention have the advantages that These characteristics and, can be applied to the spray of spray head integration module and its application thus
In formula water cooling plant.
Detailed description of the invention
Fig. 1 is the fountain water cooling plant stereochemical structure with spray head integration module 100 using technical solution of the present invention
Schematic diagram；
Fig. 2 is that fountain water cooling plant shown in FIG. 1 rotates the schematic perspective view after general 180 °；
Fig. 3 is the schematic perspective view of fountain water cooling plant, and sliding door 61 is omitted in figure；
Fig. 4 is the schematic perspective view for shunting pedestal 1；
Fig. 5 is the structural schematic diagram of the overlook direction for shunting pedestal 1；
Fig. 6 is the schematic diagram of the section structure in the direction A-A in Fig. 5；
Fig. 7 is the assembling schematic perspective view of the workbench 5 and the lifter (51,51a).
Specific embodiment
As shown in Figure 1, Figure 2 and Figure 3, a kind of fountain water cooling plant using spray head integration module 100, including for holding
The workbench 5 for carrying workpiece to be cooled, is provided with liquid-leaking nozzle 50 on workbench 5, and the spray head integration module 100 is arranged described
The top of workbench 5.The spray head integration module 100 includes plate-like shunting pedestal 1, is arranged on the shunting pedestal 1
Between thering are at least two groups liquid-conveying ducts 11, every group of liquid-conveying ducts 11 to respectively include branch flow passage 111 and the connection branch flow passage 111 simultaneously
Every the fluid hole 112 of arrangement；Further include the perfusion tube 2 for being directed to every group of one-to-one configuration of liquid-conveying ducts 11 respectively, belongs to same group
The branch flow passage 111 of liquid-conveying ducts 11 is connected on perfusion tube 2 described in same root, is respectively arranged on the every perfusion tube 2
The first control valve 23 being opened and closed for controlling the perfusion tube 2.
The structure of the spray head integration module 100 is further described with reference to the accompanying drawing, in the present embodiment,
Three groups of liquid-conveying ducts 11, respectively branch flow passage (11a, 11b, 11c), every group of liquid-conveying ducts are provided on the shunting pedestal 1
11 respectively include two-way branch flow passage 111 and are respectively communicated with the branch flow passage 111 and spaced apart fluid hole 112, wherein described
Two-way branch flow passage 111 is respectively branch flow passage (111a, 111b).The coolant liquid entered in the branch flow passage 111 in this way can lead to
It crosses the fluid hole 112 to spray out, and can also be integrated by increasing the quantity extension spray head of the fluid hole 112
Range is shone in the spray of module 100.Nozzle 15 is communicated on the fluid hole 112, the nozzle 15 is universal snakelike ring nozzle.
Range is shone by the spray that the nozzle 15 can further expand the fluid hole 112.The spray head integration module 100 further includes
It is directed to the perfusion tube 2 of every group of one-to-one configuration of liquid-conveying ducts 11 respectively, i.e., is configured with 3 infusions altogether for three groups of liquid-conveying ducts 11
Pipe 2, respectively perfusion tube (2a, 2b, 2c).The perfusion tube 2 includes main leg 21 and two branch being connected to the main leg 21
Pipeline section (24,24a), the main leg 21 and branch pipeline section (24,24a) are connected by the first tap 9.The branch pipeline section
Specific setting quantity is depending on the quantity of the branch flow passage 111 of corresponding configuration.The branch pipeline section (24,24a) is respectively communicated with
The branch flow passage (111a, 111b), first control valve 23 are arranged on the main leg 21, namely are directed to every perfusion tube
2, which have been respectively configured first control valve 23, is individually controlled.It further include having central controller 8, the central controller 8 is believed
Number connection first control valve 23.In this way, under the control of first control valve 23, the different perfusion tubes 2 can be with
Coolant liquid simultaneously or sequentially is conveyed to the liquid-conveying ducts 11 for communicating therewith setting, so as to allow the liquid-conveying ducts 11 can
The workpiece to be cooled for being placed on 100 lower section of spray head integration module is partly or wholly cooled down.In addition described first
Under the control of control valve 23, different infusion durations can also be configured for liquid-conveying ducts 11, so as to allow the liquid-conveying ducts
11 can be to when partly or wholly the providing different water coolings of workpiece to be cooled for being placed on 100 lower section of spray head integration module
It is long.To sum up, the spray head integration module 100 can be suitable for the configuration of the factors such as architectural characteristic, the material characteristic of workpiece to be cooled
Cooling sequence, cooling range and cooling duration, so as to be configured flexibly out a variety of different fountain cooling down sides
Case.
In order to which the horizontal position for shunting pedestal 1 is adjusted flexibly, distinguish in the left and right sides for shunting pedestal 1
It is provided with horizontal location seat (16,16a).The structure of the horizontal location seat 16 and the horizontal location seat 16a and with it is described
The position adjustment structure for shunting pedestal 1 is similar, is described by taking the horizontal location seat 16 as an example below.In the horizontal location seat
It is provided with the horizontal strip hole 160 extended along the longitudinal direction on 16, is respectively arranged with pair on the right side wall for shunting pedestal 1
The side through-hole 14 for answering the horizontal strip hole 160 to arrange, is additionally provided with horizontal adjusting bolt 161, the horizontal adjusting bolt
161, which pass through the horizontal strip hole 160, is connected on the side through-hole 14.In this way, unclamping the horizontal adjusting bolt 161
Afterwards, the shunting pedestal 1 can front and back adjust position, after adjust, adjust the horizontal adjusting bolt 161 and horizontal grown described
The fixed horizontal position for shunting pedestal 1 of the horizontal adjusting bolt 161 is finally tightened in position in hole 160.
In order to which the height and position for shunting pedestal 1 is adjusted flexibly, distinguish in the left and right sides for shunting pedestal 1
The perpendicular positioning seat (17,17a) being provided with, the structure of the perpendicular positioning seat 17 and perpendicular positioning seat 17a and with
Position adjustment structure between the horizontal location seat is similar, is described by taking the structure of the perpendicular positioning seat 17 as an example below.
The vertical sliver hole 170 vertically extended is provided on the perpendicular positioning seat 17.The perpendicular positioning seat 17 positions
In the back side wall for the liquid holding box 6 that will be discussed below.The back side wall is provided with the corresponding vertical sliver hole 170
Avoid holes.The rear end of the horizontal location seat 16 is provided with the end through-hole that the corresponding vertical sliver hole 170 is arranged, also sets
It is equipped with vertical adjustment bolt 171, the vertical adjustment bolt 171 is connected to the end across the vertical sliver hole 170 and leads to
Kong Shang.In this way, after unclamping the vertical adjustment bolt 171, the shuntings pedestal 1 can front and back adjust position, after having adjusted, tune
Position of the whole vertical adjustment bolt 171 in the vertical sliver hole 170, finally tightens the vertical adjustment bolt 171
Solidify the height and position for shunting pedestal 1.
As shown in Figure 1, Figure 2 and Figure 3, the fountain water cooling plant further includes 6 He of liquid holding box for storing coolant liquid
The chassis 7 of the liquid holding box 6 is supported, the liquid holding box 6 has side openings, and being provided in the side openings can be upper and lower
The sliding door 61 of lifting.The workbench 5 is placed in the liquid holding box 6, and is provided on the lower part wall body of the liquid holding box 6
One cabinet liquid pass hole (shown in Fig. 2, the first cabinet liquid pass hole is blocked by the second confluence general pipeline 32 and is not marked), the spray
The perfusion tube 2 of head integration module 100 is connected to the first cabinet liquid pass hole by the general pipeline 3 that converges.The confluence general pipeline 3 includes the
One confluence general pipeline 31 and the second confluence general pipeline 32, one end of the first confluence general pipeline 31 are connected to described by the second tap 91
The main leg 21 of perfusion tube 2, the other end are connected to the first interface of three-way connection 92, are provided on the first confluence general pipeline 31
Third control valve 310.One end of the second confluence general pipeline 32 is connected to the second interface of the three-way connection 92, other end connection
The first cabinet liquid pass hole.Water pump 321 and cooling device 322, the third are provided on the second confluence general pipeline 32
Control valve 310, water pump 321 and cooling device 322 are connect with 8 signal of central controller respectively.Under the liquid holding box 6
The second cabinet liquid pass hole 62 is additionally provided on portion's wall body, one end of connecting branch 4 is connected to the second cabinet liquid pass hole 62, another
End is connected to the third interface of the three-way connection 92, is provided on the connecting branch 4 and opens for controlling the connecting branch 4
The second control valve 41 closed, second control valve 41 are connect with 8 signal of central controller.
In order to automatically control the height of the workbench 5, as shown in Figure 1 and Figure 7, the fountain water cooling plant is also
It include the lifter (51,51a) that 5 left and right sides of workbench is set, the lifter (51,51a) can drive institute
It is mobile to state the oscilaltion in the liquid holding box 6 of workbench 5.The structure of the lifter (51,51a) is similar, below with described
It is described for lifter 51.The lifter 51 includes the driver of the lifting moving of boom 511 and the driving boom 511
512, the driver 512 is located on the side wall of the liquid holding box 6 by fixing seat 513.The driver 512 with it is described in
Entreat the connection of 8 signal of controller.When the workpiece to be cooled being carried on the workbench 5 completes the spray head integration module 100
After spraying cooling processing, the central controller 8, which can issue instruction, allows the lifter (51,51a) to drive the workbench 5
It is mobile to the bottom direction of the liquid holding box 6.In this way, the workbench 5 can be automatically controlled by the central controller 8
The time of adjustable height and lifting moving, so as to provide realization base to automatically switch to immersion type cooling from fountain cooling
Plinth.
The cooling work process of the fountain water cooling plant is explained below:
Before cooling treatment, cooling treatment first is carried out to the coolant liquid in the liquid holding box 6 to splendid attire.Pass through the center control
Device 8 processed closes the third control valve 310, opens second control valve 41, water pump 321 and cooling device 322.The water pump
321 can be drawn into the second confluence general pipeline 32 by the first cabinet liquid pass hole the coolant liquid in the liquid holding box 6
Interior, coolant liquid is flowed back into after the cooling device 322 cools by the second cabinet liquid pass hole 62 described again
In liquid holding box 6, so recycle.In this way, the coolant liquid in the liquid holding box 6 can be allowed to pass through before carrying out spraying cooling work
The cooling device 322 pre-cools cooling, prepares in advance for the formal cooling work in later period.
Then second control valve 41 is closed by the central controller 8, opens the third control valve 310, water
Coolant liquid in the liquid holding box 6 can be crossed liquid by first cabinet by pump 321 and cooling device 322, the water pump 321
Hole is drawn into the second confluence general pipeline 32, then flow sequentially through the first confluence general pipeline 31, the perfusion tube 2 enter it is described
In spray head integration module 100, eject eventually by the nozzle 15 to the workpiece to be cooled being placed on the workbench 5
Carry out fountain cooling processing.Fountain cools down in treatment process, controls the spray head by three first control valves 23
Sprinkling sequence and sprinkling duration between the spraying range of integration module 100, different spraying ranges, so as to neatly preferential
The localized high temperature regions of the workpiece to be cooled are cooled down, the local high temperature zone and the temperature difference in other regions are adjusted to
After OK range, then whole spray is carried out, or enter directly into immersion type cooling work, with specific reference to the structure of workpiece to be cooled
It is determined with factors such as material characteristics.
Finally by the central controller 8 issue instruction allow the lifter (51,51a) drive the workbench 5 to
The bottom direction movement of the liquid holding box 6 allows the workpiece to be cooled being placed on the workbench 5 to be dipped into the liquid holding box 6
Coolant liquid in carry out immersion type cooling, form the cooling scheme of gradient type gradually to cool down.The cooling scheme of the gradient type
Be conducive to that the workpiece to be cooled is avoided sharply to cool down in cooling procedure and apparent contraction distortion occur.
Claims (10)
1. spray head integration module, which is characterized in that including plate-like shunting pedestal, be provided at least on the shunting pedestal
Two groups of liquid-conveying ducts, every group of liquid-conveying ducts respectively include branch flow passage and are connected to the branch flow passage and spaced apart fluid hole；
It further include the perfusion tube for being directed to every group of one-to-one configuration of liquid-conveying ducts respectively, the branch flow passage for belonging to same group of liquid-conveying ducts is connected to
On perfusion tube described in same root, it is separately provided for controlling the first control of the perfusion tube opening and closing on the every perfusion tube
Valve processed.
2. spray head integration module according to claim 1, which is characterized in that at least partly described liquid-conveying ducts include more
Branch flow passage described in road, the perfusion tube include main leg and more branch pipeline sections for being connected to the main leg, the branch pipeline section connection
The branch flow passage, first control valve are arranged on the main leg.
3. spray head integration module according to claim 1, which is characterized in that further include having nozzle, the nozzle is connected to institute
State fluid hole.
4. spray head integration module according to any one of claims 1 to 3, which is characterized in that further include being placed in described point
The horizontal location seat at left and right sides of pedestal is flowed, is provided with the horizontal strip extended along the longitudinal direction on the horizontal location seat
Hole is respectively arranged with the side through-hole of the corresponding horizontal strip hole arrangement in the left and right side walls for shunting pedestal, also sets
It is equipped with horizontal adjusting bolt, the horizontal adjusting bolt passes through the horizontal strip hole and is connected on the side through-hole.
5. spray head integration module according to claim 4, which is characterized in that further include the described shunting pedestal or so that is placed in
The perpendicular positioning seat of two sides is provided with the vertical sliver hole vertically extended, in the water on the perpendicular positioning seat
The rear end of flat positioning seat is provided with the end through-hole of the corresponding vertical sliver hole arrangement, is additionally provided with vertical adjustment bolt, institute
Vertical adjustment bolt is stated to be connected on the end through-hole across the vertical sliver hole.
6. fountain water cooling plant of the application claim 1 to the described in any item spray head integration modules of claim 5, feature
It is, the workbench including affiliated spray head integration module and for carrying workpiece to be cooled, the spray head integration module setting exists
The top of the workbench.
7. fountain water cooling plant according to claim 6, which is characterized in that further include the Sheng liquid for storing coolant liquid
Case, the workbench are placed in the liquid holding box, and the first cabinet liquid pass hole is provided on the lower part wall body of the liquid holding box,
The perfusion tube of the spray head integration module is connected to the first cabinet liquid pass hole by confluence general pipeline, connects on the confluence general pipeline
It is logical to be provided with water pump；It further include having central controller, the central controller signal connects first control valve and the water
Pump.
8. fountain water cooling plant according to claim 7, which is characterized in that be additionally provided on the confluence general pipeline cold
But device.
9. fountain water cooling plant according to claim 8, which is characterized in that on the lower part wall body of the liquid holding box also
It is provided with the second cabinet liquid pass hole, further includes having connecting branch and three-way connection, the confluence general pipeline includes the first confluence general pipeline
It is connected to the perfusion tube with one end of the second confluence general pipeline, the first confluence general pipeline, the other end is connected to the three-way connection
First interface；One end of the second confluence general pipeline is connected to the second interface of the three-way connection, other end connection described first
Cabinet liquid pass hole, the water pump, cooling device setting are on the second confluence general pipeline；One end of the connecting branch is connected to institute
The second cabinet liquid pass hole is stated, the other end is connected to the third interface of the three-way connection, is provided with and is used on the connecting branch
The second control valve of the connecting branch opening and closing is controlled, second control valve is connect with the central controller signal.
10. according to any fountain water cooling plant of claim 7 to 9, which is characterized in that it further include having lifter, institute
Stating lifter can drive workbench oscilaltion in the liquid holding box mobile, and the lifter and the center control
The connection of device signal；When the spray head integration module completes spraying cooling processing to the workpiece to be cooled of carrying on the workbench
Afterwards, the central controller, which can issue to instruct, allows the lifter to drive the workbench to the bottom direction of the liquid holding box
It is mobile.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201821932897.1U CN209532075U (en) | 2018-11-22 | 2018-11-22 | Spray head integration module and its fountain water cooling plant of application |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821932897.1U CN209532075U (en) | 2018-11-22 | 2018-11-22 | Spray head integration module and its fountain water cooling plant of application |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109365792A (en) * | 2018-11-22 | 2019-02-22 | 佛山市南海奔达模具有限公司 | Spray head integration module and its fountain water cooling plant of application |
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2018
- 2018-11-22 CN CN201821932897.1U patent/CN209532075U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109365792A (en) * | 2018-11-22 | 2019-02-22 | 佛山市南海奔达模具有限公司 | Spray head integration module and its fountain water cooling plant of application |
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