CN205024268U - Vertical solution hardening machine row that spray of high strength aluminum alloy sheet metal - Google Patents
Vertical solution hardening machine row that spray of high strength aluminum alloy sheet metal Download PDFInfo
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Abstract
The utility model discloses a vertical solution hardening machine row that spray of high strength aluminum alloy sheet metal, including the material loading platform, ejection of compact platform and dissolve heating furnace body admittedly, be material loading platform and ejection of compact platform respectively admittedly dissolve the heating furnace body both sides, admittedly it installs the air knife in proper order to dissolve between heating furnace body and the ejection of compact platform, spray guenching unit soft breeze responsibility all, the material loading platform, ejection of compact platform, admittedly dissolve heating furnace body, it all has the transmission track platform of the same horizontal plane to spray guenching unit soft breeze responsibility, the activity distributes on the transmission track platform has the special fixture, the special fixture adopts vertical clamping structure press quenching panel, the utility model discloses equipment relatively simply, production efficiency is high and low in production cost, can produce the cut deal below high strength aluminum alloy sheet metal and the thickness 12mm in high quality ground, can be applicable to sheet material thickness and be the scope of 0.5mm to 12mm.
Description
Technical field
The utility model includes non-ferrous metal processing and heat treatment equipment field, particularly relates to a kind of aldural thin plate vertical spray solution hardening machine row.
Background technology
2XXX system, 6XXX system, the large typical aldural of 7XXX system three belong to heat-treatable strengthened aluminum alloy, have to pass through solution hardening and just likely reach its due high-performance.For their sheet material, be defined as plate of moderate thickness when sheet thickness is greater than 4mm, and plate of moderate thickness can adopt stove two kinds of methods at the bottom of immerseable and horizontal roller to carry out solution hardening usually.After heat treatment on mechanical properties of sheet, internal stress and plate form control, immerseable quenching cannot be up to the standard the quality that stove at the bottom of formula roller is produced.Therefore, high performance sheet material must carry out solution hardening production with stove at the bottom of roller; Thin plate is defined as when sheet thickness is less than 4mm, its quenching mode is generally immerseable and air cushion furnace two kinds of modes, and the mechanical property of the plate that immerseable is produced, internal stress and template also cannot reach the quality that air cushion furnace is produced, therefore, high performance thin plate (when particularly thickness of slab is less than 2mm) must carry out solution hardening production with air cushion furnace.
But, in above-mentioned high-strength aluminium alloy plate material production method, although stove at the bottom of roller can produce high-quality plate of moderate thickness, but when thickness is less than 10mm to 12mm (particularly when thickness is less than 5mm to 6mm), the efficiency that stove at the bottom of roller is produced declines rapidly, cost also significantly rises, and when thickness is 4mm to 6mm, template is also difficult to control; Air cushion furnace rolling method produces thin plate, although the solution hardening being applicable to thin plate is produced, its device systems is huge, expensive, and production cost is very high, very flexible, and efficiency has much room for improvement.
Summary of the invention
The purpose of this utility model is to provide that a kind of equipment is relatively simple, operation maneuverability, production efficiency is high and the aldural thin plate solution hardening machine that production cost is low row, aldural thin plate and the less plate of moderate thickness of thickness can be produced in high quality, and the scope that sheet thickness is 0.5mm to 12mm can be applicable to; Lower with the production efficiency solving stove at the bottom of the roller that proposes in background technology, cost is higher and template difficulty controls, and the device systems of air cushion furnace is huge, expensive, production cost is very high, very flexible and the general technical problem of efficiency.
For realizing above-mentioned utility model object, the technical scheme that the utility model adopts is: a kind of aldural thin plate vertical spray solution hardening machine row, comprise material loading platform 1, outfeed platforms 2 and solution heat furnace body 3, solution heat furnace body 3 both sides are respectively material loading platform 1 and outfeed platforms 2;
It is characterized in that: air knife 4, spray quenching device 5 and air drying system 6 are installed between solution heat furnace body 3 and outfeed platforms 2 successively, material loading platform 1, outfeed platforms 2, solution heat furnace body 3, spray quenching device 5 and air drying system 6 have the conveyor track platform 7 of same horizontal plane, on conveyor track platform 7, activity distribution has unit clamp 8, and unit clamp 8 adopts vertical type elastic clamp structure press quenching sheet material.
Optimize as concrete further, described unit clamp 8 comprises integral support 81, elastic clamp device 82 and elastic stretching device 83, elastic clamp device 82 is distributed in integral support 81 rear and front end in pairs, elastic clamp device 82 is for clamping the rear and front end of plate to be quenched, elastic clamp device 82 is arranged on two elastic tip of elastic stretching device 83, elastic stretching device 83 is fixedly mounted on integral support 81, and elastic stretching device 83 is for applying tension force in two ends forwards, backwards to plate.
Specifically optimize as further, containing of described unit clamp 8 organizes elastic clamp device 82 and elastic stretching device 83 more, and often group elastic clamp device 82 and elastic stretching device 83 are parallel to each other, and spacing is identical.
Optimize as concrete further, the forward and backward of described solution heat furnace body 3 is separately installed with entrance fire door 31 and outlet fire door 32, wind circulation passage 34, centrifugal blower 35, jet-air slot 36, well heater 37 and Controlling System in conveying track 33, stove is comprised in stove in the stove of solution heat furnace body 3, stove inner orbit is identical with the track specification of material loading platform and spray quenching device, track width, with highly identical, ensures that exclusive clamps prodigiosin moves to outfeed platforms from material loading platform along Satellite Orbit Smoothing, centrifugal blower 35 is positioned at furnace roof or furnace bottom, jet-air slot 36 is positioned at below conveying track 33, and it is parallel with conveying track 33 direction, centrifugal blower 35 quantity is determined according to stove insied width, go up that namely every 0.8 to 1.5 times of stove is wide a Fans along its length, solution heat furnace body 3 is longer, blower fan quantity is more, in stove, wind circulation passage 34 circulates and is communicated with well heater 37, jet-air slot 36 and centrifugal blower 35, in stove, wind circulation passage ensures that adding hot blast sprays along furnace bottom or furnace roof portion from the jet-air slot parallel with orbital direction, and form internal recycle from the central backflow of centrifugal blower, and the spacing of jet-air slot and unit clamp plate installing space, the spacing of spray quenching device is identical, jet-air slot is just to the centre at two boards material.
Optimize as concrete further, near quenching device side, air knife 4 is installed between described solution heat furnace body 3 and spray quenching device 5, air knife 4 is identical with the distribution of the waterwall of spray quenching device 5, the direction ejection in the high-pressure blast vertical quenching plate face of air knife 4, form high pressure gas curtain, the height of gas curtain is greater than plate width, and guarantees just blown by gas on whole plate width.
Optimize as concrete further, described spray quenching device 5 comprises high-pressure high-flow sprinkling system and low-pressure low flow sprinkling system, two cover sprinkling systems are staggered, work alone, high-pressure high-flow sprinkling system comprises high-pressure high-flow pump 51, upper water box 55, high pressure waterwall 56 and high-pressure high-flow nozzle 57, and low-pressure low flow sprinkling system comprises low-pressure low flow pump 52, low pressure waterwall 56.1, low-pressure low flow nozzle 57.1 and pipeline.High-pressure high-flow pump 51 extract out water by pipeline communication to upper water box 55, upper water box 55 communicates with high pressure waterwall 56, the water that low-pressure low flow pump 52 is extracted out is by the low pressure waterwall 56.1 of pipeline communication to correspondence, the height of each side waterwall is greater than plate width, high pressure waterwall (56) and low pressure waterwall (56.1) side are arranged with high-pressure high-flow nozzle (57) and low-pressure low flow nozzle (57.1) according to certain rules respectively, high-pressure high-flow sprinkling system is for the larger plate of the thickness that quenches, low-pressure low flow sprinkling system is for the less plate of the thickness that quenches.
Optimize as concrete further, below described spray quenching device 5, be provided with water tank 9, for accumulating the water of jet flow drippage.
Optimize as concrete further, described air drying system 6 comprises blower fan 61, electric heater 62, air channel 63 and air blast beak 64, and air channel 63 is communicated with blower fan 61, electric heater 62 and air blast beak 64 successively, and air blast beak 64 is distributed on the air channel of the both sides of quenching sheets; Its hot blast adds in the pressure of blower fan pressure to spray to plate both sides from air blast beak or air nozzle, thus plate top blast out from spray quenching device is swept drying.
Optimize as concrete further, described material loading platform 1 is a symmetrical same structure with outfeed platforms 2, material loading platform 1 comprises platform support 11, transport guide rails 12 and transmission mechanism 13, transport guide rails 12 is positioned at above platform support 11, be used for supporting unit clamp 8, and unit clamp 8 can move with transport guide rails 12 under the driving of transmission mechanism.
As optimization, described aldural thin plate vertical spray solution hardening machine row, adopt block formula method to realize the spray-type solution hardening of aluminum alloy plate materials.
Beneficial effect: aldural thin plate vertical spray solution hardening machine row described in the utility model compare with stove at the bottom of air cushion furnace and roller, what adopt is that block formula method solution heat and spray-type quench, the quality of production is good, its solution heat furnace body 3 adopts hot high wind along each block plate face circulating-heating, rate of heating is fast, and temperature accuracy is high; In addition, the utility model is by the vertical installation plate of unit clamp, the solution hardening being applicable to the thin plate of aldural (particularly 2XXX system, 6XXX system, 7XXX system) is produced, monolithic process size range (long × wide × thick) can reach (3000mm to 6000mm) × (500mm to 1800mm) × (0.5mm to 12mm), once can process multi-sheets simultaneously, thus, lower relative to stove production cost at the bottom of air cushion furnace and roller, the scope of application is wider, operation maneuverability.
Accompanying drawing explanation
Fig. 1 is the utility model one-piece construction schematic diagram;
Fig. 2 is the forward sight structural representation of the utility model unit clamp;
Fig. 3 is the side-looking structural representation of the utility model unit clamp;
Fig. 4 is the structural representation of the utility model solution heat furnace body;
Fig. 5 is the horizontal section structural representation of the utility model spray quenching device;
Fig. 6 is the vertical cross-section structural representation of the utility model spray quenching device;
Fig. 7 is the structural representation of the utility model air drying system;
In figure: 1 is material loading platform, 2 is outfeed platforms, 3 is solution heat furnace body, 4 is air knife, 5 is spray quenching device, 6 is air drying system, 7 is conveyor track platform, 8 is unit clamp, 11 is platform support, 12 is transport guide rails, 13 is transmission mechanism, 31 is entrance fire door, 32 is outlet fire door, 33 is conveying track in stove, 34 is wind circulation passage in stove, 35 is centrifugal blower, 36 is jet-air slot, 37 is well heater, 51 is high-capacity pump, 52 is low-capacity pump, 55 is upper water box, 56 is high pressure waterwall, 56.1 is low pressure waterwall, 57 is high-pressure high-flow nozzle, 57.1 is low-pressure low flow nozzle, 61 is blower fan, 62 is electric heater, 63 is air channel, 64 is air blast beak, 81 is integral support, 82 is elastic clamp device, 83 is elastic stretching device, 9 is water tank.
Embodiment
Illustrate further with reference to the accompanying drawings and realize embodiment of the present utility model (as Fig. 1 to Fig. 7):
Aldural thin plate vertical spray solution hardening machine row, comprise material loading platform 1, outfeed platforms 2 and solution heat furnace body 3, solution heat furnace body 3 both sides are respectively material loading platform 1 and outfeed platforms 2, air knife 4, spray quenching device 5 and air drying system 6 are installed between solution heat furnace body 3 and outfeed platforms 2 successively, material loading platform 1, outfeed platforms 2, solution heat furnace body 3, spray quenching device 5 and air drying system 6 have the conveyor track platform 7 of same horizontal plane, on conveyor track platform 7, activity distribution has unit clamp 8, and unit clamp 8 adopts vertical type elastic clamp structure press quenching sheet material, described unit clamp 8 comprises integral support 81, elastic clamp device 82 and elastic stretching device 83, elastic clamp device 82 is distributed in integral support 81 rear and front end in pairs, elastic clamp device 82 is for clamping the rear and front end of plate to be quenched, elastic clamp device 82 is arranged on two elastic tip of elastic stretching device 83, elastic stretching device 83 is fixedly mounted on integral support 81, and elastic stretching device 83 is for applying tension force in two ends forwards, backwards to plate, described unit clamp 8 is containing many group elastic clamp devices 82 and elastic stretching device 83, and often group elastic clamp device 82 and elastic stretching device 83 are parallel to each other, and spacing is identical, before described solution heat furnace body 3, after be separately installed with entrance fire door 31 and outlet fire door 32, conveying track 33 in stove is comprised in the stove of solution heat furnace body 3, wind circulation passage 34 in stove, centrifugal blower 35, jet-air slot 36, well heater 37 and Controlling System, stove inner orbit is identical with the track specification of material loading platform and spray quenching device, track width is with highly identical, ensure that exclusive clamps prodigiosin moves to outfeed platforms from material loading platform along Satellite Orbit Smoothing, centrifugal blower 35 is positioned at furnace roof or furnace bottom, jet-air slot 36 is positioned at below conveying track 33, and it is parallel with conveying track 33 direction, centrifugal blower 35 quantity is determined according to stove insied width, go up that namely every 0.8 to 1.5 times of stove is wide a Fans along its length, solution heat furnace body 3 is longer, blower fan quantity is more, in stove, wind circulation passage 34 circulates and is communicated with well heater 37, jet-air slot 36 and centrifugal blower 35, in stove, wind circulation passage ensures that adding hot blast sprays along furnace bottom or furnace roof portion from the jet-air slot parallel with orbital direction, and form internal recycle from the central backflow of centrifugal blower, and the spacing of jet-air slot and unit clamp plate installing space, the spacing of spray quenching device is identical, jet-air slot is just to the centre at two boards material, near quenching device side, air knife 4 is installed between described solution heat furnace body 3 and spray quenching device, air knife 4 is identical with the distribution of spray quench wall and be positioned at the side of the nearly solution heat stove of spray quench wall, the direction ejection in the high-pressure blast vertical quenching plate face of air knife 4, form high pressure gas curtain, the height of gas curtain is greater than plate width, and guarantees gas just blowing on whole plate width, described spray quenching device 5 comprises high-pressure high-flow sprinkling system and low-pressure low flow sprinkling system, and two cover sprinkling systems are staggered, and work alone.High-pressure high-flow sprinkling system comprises high-pressure high-flow pump 51, upper water box 55, high pressure waterwall 56 and high-pressure high-flow nozzle 57, low-pressure low flow sprinkling system comprises low-pressure low flow pump 52, low pressure waterwall 56.1, low-pressure low flow nozzle 57.1 and pipeline, high-pressure high-flow pump 51 extract out water by pipeline communication to upper water box 55, upper water box 55 communicates with high pressure waterwall 56, the water that low-pressure low flow pump 52 is extracted out is by the low pressure waterwall 56.1 of pipeline communication to correspondence, high pressure waterwall 56 is provided with high-pressure high-flow nozzle 57, low pressure waterwall 56.1 is provided with low-pressure low flow nozzle 57.1, the height of each side waterwall is greater than plate width, high pressure waterwall 56 and low pressure waterwall 56.1 side arrange respectively according to certain rules and are provided with high-pressure high-flow nozzle 57 and low-pressure low flow nozzle 57.1, high-pressure high-flow sprinkling system is for the larger plate of the thickness that quenches, low-pressure low flow sprinkling system is for the less plate of the thickness that quenches, the thickness of each side waterwall is 50mm to 100mm, and the length of side waterwall is 2500mm to 4500mm, starts corresponding water spray system during quenching as required, water tank 9 is provided with, for accumulating the water of jet flow drippage below described spray quenching device 5, described air drying system 6 comprises blower fan 61, electric heater 62, air channel 63 and air blast beak 64, air channel 63 is communicated with blower fan 61, electric heater 62 and air blast beak 64 successively, air blast beak 64 is distributed in the both sides of quenching sheets, its hot blast adds in the pressure of blower fan 61 pressure to spray to plate both sides from air blast beak or air nozzle, thus plate top blast out from spray quenching device is swept drying, described material loading platform 1 is a symmetrical same structure with outfeed platforms 2, material loading platform 1 comprises platform support 11, transport guide rails 12 and transmission mechanism 13, transport guide rails 12 is positioned at above platform support 11, be used for supporting unit clamp 8, and unit clamp 8 can move with transport guide rails 12 under the driving of transmission mechanism 13.
Specific implementation process of the present utility model is as follows:
Embodiment one: in implementation process, material loading platform 1 is of a size of 8000mm × 1600mm, conveyor track platform 7 has two tracks, and track space is 1200mm, and track extends to solution heat furnace body 3 fire door, connects with the track under fire door and in stove.
Adopt the unit clamp 8 of 6000mm × 1500mm specification, 7075 alloy plate materials by specification being 6000mm × 1250mm × 10mm are totally 6 packaged on unit clamp 8, unit clamp 8 there are an elastic clamping 82 and elastic stretching device 83, use elastic stretching device 83 along plate length to applying tension force about 300kg in the cold state, elastic stretching device reserves 70mm stroke; Open the entrance fire door 31 of solution heat furnace body 3, by drive unit, unit clamp 8 is drawn in process furnace along track.
Before unit clamp 8 enters stove, in stove, centrifugal blower 35 and well heater 37 start in advance, and make sky furnace temperature be elevated to about 480 DEG C, start to heat to plate after unit clamp 8 is sheet feed, after plate temperature is raised to 470 DEG C, is incubated 15min, is altogether about 40min heat-up time.
Spray quenching device 5 has two groups of different water jets, and one is low-pressure low flow nozzle, and one is high-pressure high-flow nozzle, before plate to temperature, starts high-pressure high-flow sprinkling system, flow is transferred to 1200m
3/ h; Open the air knife 4 of ingress and the air drying system 6 in exit simultaneously, pressurized air is sprayed from jet-air slot 36, open solution heat outlet of still fire door, under the pulling of drive system, unit clamp 8 is at the uniform velocity successively completed quenching by entrance air knife 4, spray quenching device 5 and air drying system 6 with the speed of 0.65m/s, finally stops at tool on outfeed platforms 2 and complete discharging.
By 10mm slab 7075 plate after the solution hardening of above-described embodiment institute, then through the timeliness of 120 DEG C × 24h, its hardness is about 183HV to 187HV, and tensile strength reaches 565Mpa to 575Mpa, and unit elongation reaches 9% to 10%.
Embodiment two: in implementation process, material loading platform 1 is of a size of 8000mm × 1600mm, conveyor track platform 7 has two tracks, and track space is 1200mm, and track extends to solution heat furnace body 3 fire door, connects with the track under fire door and in stove.
Adopt the unit clamp 8 of 6000mm × 1500mm specification, 7075 alloy plate materials by specification being 6000mm × 1250mm × 1mm are totally 6 packaged on unit clamp 8, unit clamp 8 there are an elastic clamping 82 and elastic stretching device 83, use elastic stretching device 83 along plate length to applying tension force about 150kg in the cold state, elastic stretching device reserves 70mm stroke; Open the entrance fire door 31 of solution heat furnace body 3, by drive unit, unit clamp 8 is drawn in process furnace along track.
Before unit clamp 8 enters stove, in stove, centrifugal blower 35 and well heater 37 start in advance, and make sky furnace temperature be elevated to about 480 DEG C, start to heat to plate after unit clamp 8 is sheet feed, after plate temperature is raised to 470 DEG C, is incubated 5min, is altogether about 8min heat-up time.
Spray quenching device 5 has two groups of different water jets, and one is low discharge nozzle, and one is large discharge nozzle, before plate to temperature, starts low-pressure low flow sprinkling system, flow is transferred to 400m
3/ h; Open the air knife 4 of ingress and the air drying system 6 in exit simultaneously, pressurized air is sprayed from jet-air slot 36, open solution heat outlet of still fire door, under the pulling of drive system, unit clamp 8 is successively completed quenching by entrance air knife 4, spray quenching device 5 and air drying system 6 with the speed of 1.5m/s, finally stops at tool on outfeed platforms 2 and complete discharging.
By 1mm slab 7075 plate after the solution hardening of above-described embodiment institute, then through the timeliness of 120 DEG C × 20h, its hardness is about 186HV to 187HV, and tensile strength reaches 570Mpa to 590Mpa, and unit elongation reaches 8% to 9%.
Above-described embodiment only for technical conceive of the present utility model and feature are described, its object is to allow person skilled in the art can understand content of the present utility model, can not limit protection domain of the present utility model with this.All equivalences done according to the utility model spirit change or modify, and all should be encompassed within protection domain of the present utility model.
Claims (10)
1. aldural thin plate vertical spray solution hardening machine row, comprise material loading platform (1), outfeed platforms (2) and solution heat furnace body (3), solution heat furnace body (3) both sides are respectively material loading platform (1) and outfeed platforms (2); It is characterized in that: air knife (4), spray quenching device (5) and air drying system (6) are installed between solution heat furnace body (3) and outfeed platforms (2) successively, material loading platform (1), outfeed platforms (2), solution heat furnace body (3), spray quenching device (5) and air drying system (6) have the conveyor track platform (7) of same horizontal plane, the upper activity distribution of conveyor track platform (7) has unit clamp (8), and unit clamp (8) adopts vertical type elastic clamp structure press quenching sheet material.
2. aldural thin plate vertical spray solution hardening machine row according to claim 1, it is characterized in that: described unit clamp (8) comprises integral support (81), elastic clamp device (82) and elastic stretching device (83), elastic clamp device (82) is distributed in integral support (81) rear and front end in pairs, elastic clamp device (82) is for clamping the rear and front end of plate to be quenched, elastic clamp device (82) is arranged on two elastic tip of elastic stretching device (83), elastic stretching device (83) is fixedly mounted on integral support (81), elastic stretching device (83) is for applying tension force in two ends forwards, backwards to plate.
3. aldural thin plate vertical spray solution hardening machine row according to claim 2, it is characterized in that: described unit clamp (8) containing organizing elastic clamp device (82) and elastic stretching device (83) more, often organize elastic clamp device (82) and elastic stretching device (83) is parallel to each other, and spacing is identical.
4. aldural thin plate vertical spray solution hardening machine row according to claim 1 and 2, it is characterized in that: before described solution heat furnace body (3), after be separately installed with entrance fire door (31) and outlet fire door (32), conveying track in stove (33) is comprised in the stove of solution heat furnace body (3), wind circulation passage (34) in stove, centrifugal blower (35), jet-air slot (36), well heater (37) and Controlling System, centrifugal blower (35) is positioned at furnace roof or furnace bottom, jet-air slot (36) is positioned at conveying track (33) below, and it is parallel with conveying track (33) direction, in stove, wind circulation passage (34) circulation is communicated with well heater (37), jet-air slot (36) and centrifugal blower (35).
5. aldural thin plate vertical spray solution hardening machine row according to claim 1 and 2, it is characterized in that: described spray quenching device (5) comprises high-pressure high-flow sprinkling system and low-pressure low flow sprinkling system, two cover sprinkling systems are staggered, work alone, high-pressure high-flow sprinkling system comprises high-pressure high-flow pump (51), upper water box (55), high pressure waterwall (56) and high-pressure high-flow nozzle (57), low-pressure low flow sprinkling system comprises low-pressure low flow pump (52), low pressure waterwall (56.1) and low-pressure low flow nozzle (57.1), the water that high-pressure high-flow pump (51) is extracted out by pipeline communication to upper water box (55), upper water box 55 communicates with high pressure waterwall (56), the water that low-pressure low flow pump (52) is extracted out is by pipeline communication to corresponding low pressure waterwall (56.1), and high pressure waterwall (56) and low pressure waterwall (56.1) side arrange respectively according to certain rules and be provided with high-pressure high-flow nozzle (57) and low-pressure low flow nozzle (57.1).
6. aldural thin plate vertical spray solution hardening machine row according to claim 5, it is characterized in that: described solution heat furnace body (3) is provided with air knife (4) with between spray quenching device (5) near spray quenching device (5) side is parallel in the horizontal direction, air knife (4) distributes identical with the waterwall of spray quenching device (5), the direction ejection in the high-pressure blast vertical quenching plate face of air knife (4).
7. aldural thin plate vertical spray solution hardening machine row according to claim 5, is characterized in that: described spray quenching device (5) below is provided with plash (9).
8. aldural thin plate vertical spray solution hardening machine row according to claim 1 and 2, it is characterized in that: described air drying system (6) comprises blower fan (61), electric heater (62), air channel (63) and air blast beak (64), air channel (63) is communicated with blower fan (61), electric heater (62) and air blast beak (64) successively, and air blast beak (64) is distributed on the air channel of the both sides of quenching sheets.
9. aldural thin plate vertical spray solution hardening machine row according to claim 1 and 2, it is characterized in that: described material loading platform (1) and outfeed platforms (2) are a symmetrical same structure, material loading platform (1) comprises platform support (11), transport guide rails (12) and transmission mechanism (13), transport guide rails (12) is positioned at platform support (11) top, and transport guide rails (12) is driven by transmission mechanism (13).
10. aldural thin plate vertical spray solution hardening machine row according to claim 1, is characterized in that: adopt block formula method to realize the spray-type solution hardening of aluminum alloy plate materials.
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| CN201520801665.2U CN205024268U (en) | 2015-10-19 | 2015-10-19 | Vertical solution hardening machine row that spray of high strength aluminum alloy sheet metal |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105177237A (en) * | 2015-10-19 | 2015-12-23 | 郑英 | Vertical spraying solid-solution quenching machine train for high-strength aluminium alloy sheets |
| CN106755833A (en) * | 2017-01-10 | 2017-05-31 | 中南大学 | One kind spray quenching technical research device and its application method |
-
2015
- 2015-10-19 CN CN201520801665.2U patent/CN205024268U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105177237A (en) * | 2015-10-19 | 2015-12-23 | 郑英 | Vertical spraying solid-solution quenching machine train for high-strength aluminium alloy sheets |
| CN106755833A (en) * | 2017-01-10 | 2017-05-31 | 中南大学 | One kind spray quenching technical research device and its application method |
| CN106755833B (en) * | 2017-01-10 | 2017-11-24 | 中南大学 | One kind spray quenching technical research device and its application method |
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Effective date of registration: 20190314 Address after: 410600 No. 68 Australian North Road, Ningxiang High-tech Industrial Park, Changsha City, Hunan Province Patentee after: Hunan Naite Mstar Technology Ltd Address before: 410000 Qingshan Village, Yuelu District, Changsha City, Hunan Province Patentee before: Zheng Ying |