CN205949520U - Be used for internal flush section bar extrusion device of windowing - Google Patents
Be used for internal flush section bar extrusion device of windowing Download PDFInfo
- Publication number
- CN205949520U CN205949520U CN201620962930.XU CN201620962930U CN205949520U CN 205949520 U CN205949520 U CN 205949520U CN 201620962930 U CN201620962930 U CN 201620962930U CN 205949520 U CN205949520 U CN 205949520U
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- heat
- section bar
- discharge nozzle
- insulated cavity
- thermal insulation
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Abstract
The utility model discloses a be used for internal flush section bar extrusion device of windowing, including make -up machine body and water tank, be equipped with inlet pipe and discharging pipe at water tank's both ends, the play feed cylinder and the inlet pipe butt joint of make -up machine body, install thermal insulation cavity in water tank, inlet pipe and discharging pipe run through thermal insulation cavity's both sides wall respectively, be equipped with the branch pipe in thermal insulation cavity, hold ends at two bending sections of branch pipe and install a plurality of side shower nozzles respectively, be equipped with a plurality of main shower nozzles that distribute side by side in the middle part of the branch pipe lower wall, branch pipe upper wall middle part is connected with the water injection pipe, thermal insulation cavity and water tank's upper wall and outside the extension are run through to the water injection pipe upper end, the outlet that have with thermal insulation cavity intercommunication is opened at the water tank lower extreme. Install thermal insulation cavity in water tank, this thermal insulation cavity can give off and coolant produced heat after the intensification is opened with water tank's outer wall is isolated with the section bar, prevents the outer wall continuous heating of cooler bin in whole cooling process, avoids the staff to take place the incident.
Description
Technical field
This utility model is related to the production and processing field of aluminium section bar, specifically refers to fill for casement window opening inwards profile extrusion molding
Put.
Background technology
At present, aluminum section extruder is mainly used to produce the aluminium section bar of different size, and its processing method is solid by aluminium bar
Extrusion molding is carried out on fixed shaping mould, when aluminium section bar is extruded from aluminium bar extruder outlet, leads to section bar because temperature is very high
Hardness is inadequate, so needing a set of section bar cooling conveying device to complete the last sizing transportation work of aluminium section bar.Conventional determines
Type device is mainly air-cooled roll-type conveying sizing, and its structure mainly includes roller conveyor and blower fan etc..When using, it is whole
Individual air-cooled conveying sizing line is very long, thus the area of founding the factory increasing, and it is big to consume energy.
Utility model content
The purpose of this utility model is to provide for casement window opening inwards profile extrusion shaped device, shortens section bar cooling line
Road, and then reduce the purpose of production cost.
The purpose of this utility model is achieved through the following technical solutions：
For casement window opening inwards profile extrusion shaped device, including forming machine body and rack-mount water cooling box,
It is respectively arranged at two ends with coaxial feed pipe and discharge nozzle in water cooling box, the discharge barrel of described forming machine body and feed pipe pair
Connect, heat-insulated cavity be installed in described water cooling box, and feed pipe and discharge nozzle extend through the two side of heat-insulated cavity, every
Be provided with reclinate arc arm in hot cavity, arm by the region overlay between feed pipe and discharge nozzle, in arm two
Bending section end end is separately installed with multiple side spray heads, is provided with multiple main jet heads being distributed side by side, on arm in the middle part of arm lower wall
It is connected with water injection pipe, described water injection pipe upper end is run through the upper wall of heat-insulated cavity and water cooling box and stretched out in the middle part of wall, and
Water cooling box lower end has the discharge outlet connecting with heat-insulated cavity；In described heat-insulation chamber body, the position near discharge nozzle is additionally provided with and takes out
Airduct, is provided with moisture probe in the lower end of exhaust column, exhaust column upper end run through heat-insulated cavity and water cooling box upper wall and to
Outer extension, and the blower fan being connected with described exhaust column is provided with water cooling box, moisture probe passes through controller and described blower fan
Electrical connection, the longitudinal cross-section of described discharge nozzle is shape, is provided with inverted U-shaped sponge block, described sea on described discharging inside pipe wall
The thickness of continuous block is incremented by along the direction of section bar movement, and has tank on described discharge nozzle bottom surface.
For in prior art, casement window opening inwards section bar, after extrusion molding, generally to be lowered the temperature using air cooling way, but wind
The cooling effect difference of cold supply line and the transportation route that leads to increases, the requirement to Factory Building, equipment is increased and is led to entirely produce into
The problem of this increasing, inventor improves to Form-bar Press Machine, sets up water-cooled at the discharge barrel of single lead screw ex truding briquetting machine body
Case, is quickly cooled down to the aluminium of high temperature using water-cooling pattern, and in water cooling box, multiple main jet heads and the synchronization of side spray head are to type
The different piece of material is sprayed, and to carry out heat exchange between the intensive cooling medium stream of high speed and section bar, and remains in water-cooled
The liquid of case bottom then passes through discharge outlet quickly outer row, and the section bar that temperature reduces normal temperature then passes through discharge nozzle to unofficial biography
Send, under shorter water cooling lines, realize the continuous coo1ing to section bar, greatly reduce cooling device and hall space is accounted for
With having reached the purpose reducing production cost simultaneously.Wherein, the arm being connected with water injection pipe be circular arc, this circular arc
Section bar can be completely covered by pipe by the region between feed pipe to discharge nozzle, that is, section bar water cooling box medium section with start into
Material just carry out refrigerating work procedure, and main jet head then the upper surface to section bar and two sides spray respectively with side spray head；And
And in water cooling box, heat-insulated cavity being installed, this heat-insulation chamber body can be distributed section bar and cooling medium is produced after intensification
The heat of life is completely cut off with the outer wall of water cooling box to be opened, and prevents the outer wall persistent fever of cooler bin in whole cooling procedure, it is to avoid work
Make personnel and security incident occurs.
In heat-insulation chamber body, after coolant is contacted with the section bar under the condition of high temperature, coolant can vaporize to take away on section bar
Heat, and pile up in the easy heat-insulation chamber body of the vapor under vapor state, and then lead to the temperature in heat-insulation chamber body to be protected all the time
Hold in a higher level, that is, the section bar moving to outside discharge nozzle remains on higher temperature, and then significantly impacts section bar
Cooling progress；Because section bar has just entered into entrained heat maximum during heat-insulated cavity from feed pipe, sending out with coolant
The steam vapour amount producing during raw contact is maximum, and for ensureing the accuracy of water vapor concentration detection data, therefore inventor is heat-insulated
The back segment of cavity, installs moisture probe near the position of discharge nozzle, and when at this, the humidity of position reaches limits value, humidity is visited
Detection data is transferred to controller by head, and controller sends control command so that blower fan brings into operation, that is, start to heat-insulated cavity
In vapor carry out outer row, to ensure stable cooler environment in heat-insulation chamber body.
Further, when section bar is sent out by discharge nozzle, due to the particularity of water-cooling pattern, meeting on the outer wall of section bar
It is accompanied with a certain amount of liquid, be susceptible to aoxidize in natural environment lower sectional material and reduce its own quality, therefore inventor exists
Lay on the inwall of discharge nozzle by inverted U-shaped sponge block, and the thickness of sponge block is incremented by so that type along the direction of section bar movement
Material in discharging in-pipe, directly clear up to the upper surface and two side of section bar by sponge block, with the movement of section bar,
The larger one end of sponge block thickness starts to deform upon, that is, the liquid starting to be absorbed sponge block is extruded and flowed out along tank,
And on section bar outer wall the partially liq of residual then in transmitting procedure by natural air drying, and then ensure the matter after section bar cooling
Amount.
The side inwall that described heat-insulated cavity is connected with feed pipe is provided with deflector, described deflector is along feed pipe water
The direction of flat sensing discharge nozzle is downward-sloping.The deflector of inclination is provided with the side wall of heat-insulated cavity, this deflector can be right
The liquid of heat-insulated cavity bottom is dredged, the speed that accelerating liquid is flowed out by discharge outlet, to avoid liquid in heat-insulated cavity
Residual.
Described main jet head and side spray head are spiral nozzle.Preferably, selecting spiral nozzle, can make cold in arm
But medium is sprayed on section bar so that cooling medium is attached to the area on section bar within the unit interval in the form of taper water curtain
Increase, multiple main jet heads and multiple side spray head are and are distributed side by side simultaneously, and that is, section bar, in moving process, can enter with a part
Row is repeated several times spray, considerably increases the rate of cooling of section bar, the utilization rate of cooling medium also accordingly increases simultaneously, thus subtracting
The consumption of little cooling medium.
Described heat-insulated cavity is the seamless cavity that multiple XPS extruded sheets are spliced to form.Preferably, XPS extruded sheet is named again
Extrusion moulding type polystyrene heat insulating board, it has perfect closed pore alveolate texture, is likewise supplied with high pressure resistance, aging resistance
Property, low thermal conductivity coefficient and relatively low water absorption, complete between produced heat and the outer wall of water cooling box when section bar can be cooled down
Full isolation is opened, it is to avoid the temperature of water cooling box is too high and the operation easier that increases workman.
This utility model compared with prior art, has such advantages as and beneficial effect：
1st, this utility model is provided with heat-insulated cavity in water cooling box, and section bar can be distributed and cold by this heat-insulation chamber body
But the outer wall isolation of medium produced heat and water cooling box after intensification is opened, and prevents the outer of in whole cooling procedure cooler bin
Wall persistent fever, it is to avoid staff occurs security incident；
2nd, this utility model is provided with the deflector of inclination on the side wall of heat-insulated cavity, and this deflector can be to heat-insulated cavity
The liquid of bottom is dredged, the speed that accelerating liquid is flowed out by discharge outlet, to avoid liquid to remain in heat-insulated cavity；
3rd, this utility model selects spiral nozzle, and the cooling medium in arm can be made to be sprayed at type in the form of taper water curtain
So that the area that cooling medium was attached on section bar within the unit interval increases on material, multiple main jet heads and multiple side simultaneously
Shower nozzle is and is distributed side by side, and that is, section bar, in moving process, can carry out spray is repeated several times with a part, considerably increase section bar
Rate of cooling, simultaneously the utilization rate of cooling medium also accordingly increase, thus reducing the consumption of cooling medium.
Brief description
Accompanying drawing described herein is used for providing this utility model embodiment is further understood, and constitutes the one of the application
Part, does not constitute the restriction to this utility model embodiment.In the accompanying drawings：
Fig. 1 is this utility model structural representation；
Fig. 2 is longitdinal cross-section diagram of the present utility model；
Fig. 3 is the structural representation of discharge outlet.
Labelling and corresponding parts title in accompanying drawing：
1- forming machine body, 2- discharge barrel, 3- feed pipe, the heat-insulated cavity of 4-, 5- water cooling box, 6- arm, 61- main jet head,
7- side spray head, 8- water injection pipe, 9- deflector, 10- support, 11- discharge nozzle, 111- sponge block, 112- tank, 12- discharge outlet,
13- section bar, 14- moisture probe, 15- exhaust column, 16- blower fan.
Specific embodiment
For making the purpose of this utility model, technical scheme and advantage become more apparent, with reference to embodiment and accompanying drawing,
The utility model is described in further detail, and exemplary embodiment of the present utility model and its explanation are only used for explaining this
Utility model, is not intended as to restriction of the present utility model.
Embodiment 1
As shown in Fig. 1 ~ Fig. 3, the present embodiment includes forming machine body 1 and installation water cooling box 5 over the mount 10, in water
Ice chest 5 be respectively arranged at two ends with coaxial feed pipe 3 and discharge nozzle 11, discharge barrel 2 and the feed pipe 3 of described forming machine body 1
Docking, is provided with heat-insulated cavity 4 in described water cooling box 5, and feed pipe 3 and discharge nozzle 11 extends through the two of heat-insulated cavity 4
Side wall, is provided with reclinate arc arm 6 in heat-insulated cavity 4, and arm 6 is by the region between feed pipe 3 and discharge nozzle 11
Cover, be separately installed with multiple side sprays 7 at 6 two bending section ends of arm end, be provided with the middle part of arm 6 lower wall and multiple divide side by side
The main jet head 61 of cloth, is connected with water injection pipe 8 in the middle part of arm 6 upper wall, heat-insulated cavity 4 and water-cooled are run through in described water injection pipe 8 upper end
The upper wall of case 5 and stretching out, and have, in water cooling box 5 lower end, the discharge outlet 12 connecting with heat-insulated cavity 4；In described heat-insulation chamber
In body 4, the position near discharge nozzle 11 is additionally provided with exhaust column 15, is provided with moisture probe 14, exhaust column in the lower end of exhaust column 15
15 upper ends are run through the upper wall of heat-insulated cavity 4 and water cooling box 5 and are stretched out, and are provided with water cooling box 5 and described convulsion
The blower fan 16 of pipe 15 connection, moisture probe 14 is electrically connected with described blower fan 16 by controller, and the longitudinal direction of described discharge nozzle 11 is cut
Face is shape, is provided with inverted U-shaped sponge block 111, the thickness of described sponge block 111 is along section bar 13 on described discharge nozzle 11 inwall
The direction of movement is incremented by, and has tank 112 on described discharge nozzle 11 bottom surface.
For in prior art, casement window opening inwards section bar, after extrusion molding, generally to be lowered the temperature using air cooling way, but wind
The cooling effect difference of cold supply line and the transportation route that leads to increases, the requirement to Factory Building, equipment is increased and is led to entirely produce into
The problem of this increasing, inventor improves to section bar 13 extruder, sets up at the discharge barrel 2 of single lead screw ex truding briquetting machine body 1
Water cooling box 5, is quickly cooled down to the aluminium of high temperature using water-cooling pattern, multiple main jet heads 61 and side spray 7 in water cooling box 5
The synchronous different piece to section bar 13 sprays, to carry out heat exchange between the intensive cooling medium stream of high speed and section bar 13,
And the liquid remaining in water cooling box 5 bottom then passes through discharge outlet 12 quickly outer row, and temperature reduces the section bar 13 of normal temperature then
By discharge nozzle 11 transfer-out, under shorter water cooling lines, realize the continuous coo1ing to section bar 13, greatly reduce cold
But the occupancy to hall space for the equipment, has reached the purpose reducing production cost simultaneously.Wherein, the arm 6 being connected with water injection pipe 8
For circular arc, section bar 13 can be completely covered by the arm 6 of this circular arc by the region between feed pipe 3 to discharge nozzle 11,
I.e. section bar 13 just carries out refrigerating work procedure in water cooling box 5 medium section 13 to start charging, and main jet head 61 is right respectively with side spray 7
The upper surface of section bar 13 and two sides are sprayed；And heat-insulated cavity 4 is installed in water cooling box 5, this heat-insulated cavity 4
Section bar 13 can be distributed and the outer wall isolation of cooling medium produced heat and water cooling box 5 after intensification is opened, be prevented
The outer wall persistent fever of cooler bin in whole cooling procedure, it is to avoid staff occurs security incident.
In heat-insulated cavity 4, after coolant is contacted with the section bar 13 under the condition of high temperature, coolant can vaporize to take away section bar
Heat on 13, and the vapor under vapor state is easily piled up in heat-insulated cavity 4, and then lead to the temperature in heat-insulated cavity 4
Remain at a higher level, that is, the section bar 13 moving to outside discharge nozzle 11 remains on higher temperature, and then greatly
Have impact on the cooling progress of section bar 13；Due to entrained heat when section bar 13 just enters into heat-insulated cavity 4 from feed pipe 11
Maximum, the steam vapour amount producing when coming in contact with coolant is maximum, for ensureing the accuracy of water vapor concentration detection data,
Therefore inventor, in the back segment of heat-insulated cavity 4, installs exhaust column 15 near the position of discharge nozzle 11, and under exhaust column 15
Moisture probe 14 is installed at end, and when at this, the humidity of position reaches limits value, detection data is transferred to control by moisture probe 14
Device, controller sends control command so that blower fan 16 brings into operation, that is, start to carry out outer row to the vapor in heat-insulated cavity 4,
To ensure stable cooler environment in heat-insulated cavity 4.
Further, when section bar 13 is sent out by discharge nozzle 11, due to the particularity of water-cooling pattern, outer in section bar 13
A certain amount of liquid can be accompanied with wall, be susceptible to aoxidize in natural environment lower sectional material 13 and reduce its own quality, therefore
Inventor lays by inverted U-shaped sponge block 111 on the inwall of discharge nozzle 11, and the thickness of sponge block 111 moves along section bar 13
Dynamic direction is incremented by so that when section bar 13 moves in discharge nozzle 11, the sponge block 111 directly upper surface and two to section bar 13
Side wall is cleared up, and with the movement of section bar 13, the larger one end of sponge block 111 thickness starts to deform upon, that is, start sea
The liquid that continuous block 111 is absorbed is extruded and is flowed out along tank 112, and the partially liq of residual is then in transmission on section bar 13 outer wall
During by natural air drying, and then ensure the quality after section bar 13 cooling.
Wherein, deflector 9, described deflector 9 are provided with the side inwall that described heat-insulated cavity 4 is connected with feed pipe 3
The direction being horizontally directed to discharge nozzle 11 along feed pipe 3 is downward-sloping.The deflector of inclination is provided with the side wall of heat-insulated cavity 4
9, this deflector 9 can be dredged to the liquid of heat-insulated cavity 4 bottom, and the speed that accelerating liquid is flowed out by discharge outlet 12, to keep away
Exempt from liquid to remain in heat-insulated cavity 4.
Preferably, selecting spiral nozzle, the cooling medium in arm 6 can be made to be sprayed at section bar in the form of taper water curtain
So that cooling medium is attached to area on section bar 13 within the unit interval increases on 13, multiple main jet heads 61 and many simultaneously
Individual side spray 7 is and is distributed side by side, and that is, section bar 13, in moving process, can carry out being repeated several times spray with a part, increase greatly
Add the rate of cooling of section bar 13, the utilization rate of cooling medium also accordingly increases simultaneously, thus reducing the consumption of cooling medium.
Preferably, XPS extruded sheet is extrusion moulding type polystyrene heat insulating board again, it is cellular that it has perfect closed pore
Structure, is likewise supplied with high pressure resistance, ageing resistance, low thermal conductivity coefficient and relatively low water absorption, section bar 13 can be cooled down when institute
Between the heat producing and the outer wall of water cooling box 5, isolation is opened completely, it is to avoid the temperature of water cooling box 5 is too high and the operation that increases workman
Difficulty.
Above-described specific embodiment, is entered to the purpose of this utility model, technical scheme and beneficial effect
One step describes in detail, be should be understood that and the foregoing is only specific embodiment of the present utility model, is not used to limit
Fixed protection domain of the present utility model, all any modifications within spirit of the present utility model and principle, made, equivalent replaces
Change, improve, should be included within protection domain of the present utility model.
Claims (4)
1. it is used for casement window opening inwards profile extrusion shaped device, including forming machine body（1）And it is arranged on support（10）On water
Ice chest（5）, in water cooling box（5）Be respectively arranged at two ends with coaxial feed pipe（3）And discharge nozzle（11）, described forming machine body
（1）Discharge barrel（2）With feed pipe（3）Docking it is characterised in that：In described water cooling box（5）Heat-insulated cavity is inside installed（4）,
And feed pipe（3）And discharge nozzle（11）Extend through heat-insulated cavity（4）Two side, in heat-insulated cavity（4）Inside it is provided with and be turned under
Bent arc arm（6）, arm（6）By feed pipe（3）And discharge nozzle（11）Between region overlay, in arm（6）Two curved
Tune end end is separately installed with multiple side spray heads（7）, in arm（6）It is provided with multiple main jet heads being distributed side by side in the middle part of lower wall
（61）, arm（6）It is connected with water injection pipe in the middle part of upper wall（8）, described water injection pipe（8）Heat-insulated cavity is run through in upper end（4）And water-cooled
Case（5）Upper wall and stretch out, and in water cooling box（5）Lower end has and heat-insulated cavity（4）The discharge outlet of connection（12）；Institute
State heat-insulated cavity（4）Interior close discharge nozzle（11）Position be additionally provided with exhaust column（15）, in exhaust column（15）Lower end be provided with
Moisture probe（14）, exhaust column（15）Heat-insulated cavity is run through in upper end（4）And water cooling box（5）Upper wall and stretch out, and
Water cooling box（5）On be provided with and described exhaust column（15）The blower fan of connection（16）, moisture probe（14）By controller with described
Blower fan（16）Electrical connection, described discharge nozzle（11）Longitudinal cross-section be shape, in described discharge nozzle（11）Inwall is provided with inverted U
Shape sponge block（111）, described sponge block（111）Thickness along section bar（13）The direction of movement is incremented by, and in described discharge nozzle
（11）Tank is had on bottom surface（112）.
2. according to claim 1 for casement window opening inwards profile extrusion shaped device it is characterised in that：In described heat-insulation chamber
Body（4）With feed pipe（3）The side inwall connecting is provided with deflector（9）, described deflector（9）Along feed pipe（3）Level refers to
To discharge nozzle（11）Direction downward-sloping.
3. according to claim 1 for casement window opening inwards profile extrusion shaped device it is characterised in that：Described main jet head
（61）And side spray head（7）It is spiral nozzle.
4. according to claim 1 for casement window opening inwards profile extrusion shaped device it is characterised in that：Described heat-insulated cavity
（4）The seamless cavity being spliced to form for multiple XPS extruded sheets.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620962930.XU CN205949520U (en) | 2016-08-29 | 2016-08-29 | Be used for internal flush section bar extrusion device of windowing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620962930.XU CN205949520U (en) | 2016-08-29 | 2016-08-29 | Be used for internal flush section bar extrusion device of windowing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205949520U true CN205949520U (en) | 2017-02-15 |
Family
ID=57981044
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620962930.XU Expired - Fee Related CN205949520U (en) | 2016-08-29 | 2016-08-29 | Be used for internal flush section bar extrusion device of windowing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205949520U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106670252A (en) * | 2016-08-29 | 2017-05-17 | 成都标建铝业有限公司 | Inner casement window profile extrusion forming device |
-
2016
- 2016-08-29 CN CN201620962930.XU patent/CN205949520U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106670252A (en) * | 2016-08-29 | 2017-05-17 | 成都标建铝业有限公司 | Inner casement window profile extrusion forming 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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170215 Termination date: 20170829 |