CN208894898U - A kind of novel aluminum profile straightener - Google Patents
A kind of novel aluminum profile straightener Download PDFInfo
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- CN208894898U CN208894898U CN201820988367.2U CN201820988367U CN208894898U CN 208894898 U CN208894898 U CN 208894898U CN 201820988367 U CN201820988367 U CN 201820988367U CN 208894898 U CN208894898 U CN 208894898U
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Abstract
The utility model discloses a kind of novel aluminum profile straighteners, its structure includes automation straightening mechanism, mounting electricity storage pack, control panel, discharge port, fixing axle, roller seat, roller, feed inlet, accuracy table, regulating wheel, the utility model effectively can carry out aligning processing to the aluminum profile after deformation or on reel, its working efficiency is higher, practicability with higher, due to the lower compression roller on telescopic supporting rod, the distance between upper pressure roller and lower compression roller can be adjusted according to the thickness of aluminum profile, be conducive to align the aluminum profile of different-thickness, it can effectively solve the problem above-mentioned, driving drawing-inroller is driven by driving motor, aluminium sheet raw material is sent into inside movable frame by feed inlet, make that drawing-inroller and first bearing roller is driven to be transmitted aluminium sheet, it is carried out by position of the linear transducer to bottom side straightening steel plate Induction, and hydraulic drive bar is adjusted by control panel, straightening steel plate and the position on aligning idler wheel mechanism surface are adjusted.
Description
Technical field
The utility model is a kind of novel aluminum profile straightener, belongs to aluminum profile straightener field.
Background technique
Aluminum profile is aluminium bar by hot melt, extruding, to obtain the aluminum material of different cross section shape.In Conventional process
In, it when aluminium bar is squeezed into aluminum profile again, is generally conveyed using conveying equipment, then aluminum profile is carried out simultaneously in transmission process
Be quickly cooled down, but often during can generate the distortion of obstructed degree, then cross-wise direction can also generate unbalanced stress, cause completely or
Deformation.But existing straightener, in straightening process, straightening force on the work rolls, is remake by support roller pressure and uses strip table
On face, since support roller is short roller, since plate stress is big on the work roll surface for thering is support roller to contact, necessarily it will appear
Apparent impression.
Utility model content
In view of this, the present invention provides a kind of novel aluminum profile straighteners, with improved existing straightener
In straightening process, straightening force on the work rolls, is remake and is used on strip surface, since support roller is short by support roller pressure
Roller necessarily will appear the deficiency of apparent impression since plate stress is big on the work roll surface for having support roller to contact.
To achieve the goals above, the utility model is achieved through the following technical solutions: a kind of novel aluminium profiles
Material straightener, structure include automation straightening mechanism, mounting electricity storage pack, control panel, discharge port, fixing axle, roller seat, roller, into
Material mouth, accuracy table, regulating wheel, the mounting electricity storage pack left side are fixedly welded the upper left corner on the right side of automation straightening mechanism and pass through positioning
Pin is fixedly connected, and control panel rear end fixing buckle is together in mounting electricity storage pack upper end and the two is integrated molding structure, it is described from
Dynamicization straightening mechanism left and right ends are fixedly installed activity installing discharge port with feed inlet and three is integrated molding structure, institute
It states regulating wheel and is equipped with more than two and rear end level and be embedded in automation straightening mechanism front top, there are two the accuracy table is set
It is welded in multiple regulating wheel upper end faces above and, the fixed both ends of the shaft extends horizontally to and automation straightening mechanism welding
Together, the roller seat is equipped with more than two and level and is welded in fixing axle front end, and the roller is equipped with two or more, the roller
Wheel is nested in the middle part of multiple roller seats and the two matches flexible connection, and the automation straightening mechanism is by cutting mechanism, heat dissipation
Fan, aligning idler wheel mechanism, linear sensing mechanism, adjusts elevating mechanism, firm banking, hydraulic gear, biography at movable frame
Expect fishplate bar, discharging fishplate bar composition, the movable frame bottom is fixedly welded in firm banking upper end, and material transfer fishplate bar bottom is solid
Welding machine is determined on the right side of firm banking upper end and is mutually welded with movable frame right side, and the discharging fishplate bar bottom is fixedly welded in fixation
Be fixedly connected on the right side of pedestal upper end and by positioning pin, the cutting mechanism be located at material transfer fishplate bar upper end and with movable frame right side
Weld together, the radiator fan is fixed at movable frame inner tip and between the two close connection, the aligning rolling
Wheel mechanism is fixed at below radiator fan and both ends horizontal extends to and is mutually welded inside movable frame, the adjusting elevator
Structure sets there are two and is respectively arranged on movable frame left and right ends, and the hydraulic gear bottom is fixedly welded on firm banking
It holds and is matched with aligning idler wheel mechanism, the linear sensing mechanism is fixed at aligning idler wheel mechanism rear end and goes up and down with adjusting
Mechanism is fitted close.
Further, the cutting mechanism is made of electric telescopic rod, cutting motor, cutter, support baseboard, described
Support baseboard transverse weld in movable frame right side central, the electric telescopic rod bottom be fixedly welded in support baseboard upper end and
It is fixedly connected by positioning pin, the cutting motor bottom is fixedly welded in electric telescopic rod upper end and the two matches activity even
It connects, the cutter are vertically nested on the right side of cutting motor and the two matches flexible connection.
Further, the aligning idler wheel mechanism is made of support plate, telescopic supporting rod, lower compression roller, rotation axis, described
Support plate both ends horizontal extends to together with movable frame interior welds, and the telescopic supporting rod is equipped with more than two and horizontal
It is welded in support plate lower end, the rotation axis is equipped with more than two and is embedded in telescopic supporting rod rear surface, the pushing
Roller is equipped with more than two and is nested in rotation axis outer surface respectively, and the lower compression roller matches flexible connection and the two with rotation axis
Between axle center it is conllinear, the lower compression roller rear end is fixedly installed linear sensing mechanism and between the two close connection.
Further, the linear sensing mechanism is made of linear transducer, first bearing idler wheel, the line of induction, described
First bearing idler wheel rear end is fixedly embedded in movable frame inside left, and the linear transducer is fixedly welded to be rolled in first bearing
Wheel left side and the two are integrated molding structure, and the line of induction is connected between linear transducer and movable frame, institute
It states lower compression roller rear end and is fixedly installed the line of induction and between the two close connection.
Further, the adjusting elevating mechanism is by driving drawing-inroller, frame plate, adjusting mounting plate, fixed plate, driving
Motor form, the frame plate bottom are fixedly welded on the left of firm banking upper end, and the adjusting mounting plate is fixed at frame
Plate surface and the two are integrated molding structure, and the fixed plate is laterally set to adjusting mounting plate right lateral surface and the two matches
It is flexibly connected, the driving motor is fixedly welded in dead plate upper end and is fixedly connected by positioning pin, the driving drawing-inroller
It is fixedly embedded in driving motor upper end face and the two matches flexible connection, the driving drawing-inroller upper end fixed setting is wired
It property sensing mechanism and is meshed between the two.
Further, the hydraulic gear is made of straightening steel plate, hydraulic drive bar, second bearing idler wheel, institute
It states hydraulic drive bar and is welded in firm banking upper end equipped with more than two and level, the straightening steel plate is fixed at hydraulic drive
Bar upper end and the two match flexible connection, and the second bearing idler wheel is fixedly welded on the right side of straightening steel plate and goes up and down with adjusting
Mechanism is meshed.
Further, the driving drawing-inroller upper end is fixedly installed linear sensing mechanism and is meshed between the two.
Further, the second bearing idler wheel is fixedly welded on the right side of straightening steel plate and mutually nibbles with elevating mechanism is adjusted
It closes.
The utility model has the beneficial effects that: the aligning and cutting efficiency of the utility model are more satisfactory, it can be effective
Aligning processing is carried out to the aluminum profile after deformation or on reel, working efficiency is higher, and service life is longer, has
Higher practicability can adjust upper pressure roller and pushing due to the lower compression roller on telescopic supporting rod according to the thickness of aluminum profile
The distance between roller is conducive to the aluminum profile for aligning different-thickness, can effectively solve the problem above-mentioned, by driving motor to drive
Dynamic drawing-inroller is driven, and aluminium sheet raw material is sent into inside movable frame by feed inlet, makes the driving drawing-inroller with rubber sleeve
Aluminium sheet is transmitted with first bearing roller, is incuded by position of the linear transducer to bottom side straightening steel plate, and
Hydraulic drive bar is adjusted by control panel, straightening steel plate and the position on aligning idler wheel mechanism surface are adjusted, by
It aligns idler wheel mechanism and straightening processing is carried out to the aluminium sheet raw material of feeding, the driving drawing-inroller at the aluminium sheet combination both ends after aligning is by going out
Material mouth is sent out, and is adjusted by height of the control panel to electric telescopic rod, is adjusted to the position of cutting motor, cutting blade
It is whole, so that cutting motor is carried out cutting process to the aluminium sheet after aligning, can effectively facilitate the recycling in later period, after to aligning
When aluminium sheet is cut, aluminium sheet is carried by discharging fishplate bar, can be again deformed or fall ground to avoid the aluminium sheet after cutting, keep away
Exempt from the use in influence aluminium sheet later period, and by the radiator fan of movable frame inner cavity top, it can be to the aligning to work long hours
Idler wheel mechanism radiates, and avoids aligning idler wheel mechanism its service life of frictional influence between aluminium sheet for a long time, device
Aligning and cutting efficiency are more satisfactory, effectively can carry out aligning processing to the aluminum profile after deformation or on reel,
It is more practical.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of novel aluminum profile straightener of the utility model.
Fig. 2 is the schematic diagram of internal structure that the utility model automates straightening mechanism.
Fig. 3 is the internal structure detailed maps of the utility model Fig. 2.
Fig. 4 is the partial structural diagram of the utility model Fig. 3.
Fig. 5 is the structural schematic diagram of A in the utility model Fig. 2.
In figure: automation straightening mechanism -1, mounting electricity storage pack -2, control panel -3, discharge port -4, fixing axle -5, roller seat -6, roller
Wheel -7, feed inlet -8, accuracy table -9, regulating wheel -10, cutting mechanism -11, radiator fan -12, movable frame -13, aligning idler wheel
Mechanism -14, adjusts elevating mechanism -16, firm banking -17, hydraulic gear -18, material transfer fishplate bar-at linear sensing mechanism -15
19, discharge fishplate bar -110, electric telescopic rod -111, cutting motor -112, cutter -113, support baseboard -114, support plate -
141, telescopic supporting rod -142, lower compression roller -143, rotation axis -144, linear transducer -151, first bearing idler wheel -152, induction
Line -153, frame plate -162, adjusts mounting plate -163, fixed plate -164, driving motor -165, aligning at driving drawing-inroller -161
Steel plate -181, hydraulic drive bar -182, second bearing idler wheel -183.
Specific embodiment
To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, Fig. 1
~Fig. 5 schematically shows the structure of the aluminum profile straightener of the utility model embodiment, below with reference to specific embodiment party
The utility model is further described in formula.
Embodiment
As Figure 1-Figure 5, the utility model provides a kind of novel aluminum profile straightener, and structure includes that automation is rectified
Straight mechanism 1, mounting electricity storage pack 2, control panel 3, discharge port 4, fixing axle 5, roller seat 6, roller 7, feed inlet 8, accuracy table 9, regulating wheel
10, it is fixedly welded on the left of the mounting electricity storage pack 2 in the automation 1 right side upper left corner of straightening mechanism and is fixedly connected by positioning pin, institute
3 rear end fixing buckle of control panel is stated together in 2 upper end of mounting electricity storage pack and the two is integrated molding structure, the automation straightening mechanism
1 left and right ends are fixedly installed activity installing discharge port 4 with feed inlet 8 and three is integrated molding structure, the regulating wheel
10, which are equipped with more than two and rear end level, is embedded in automation 1 front top of straightening mechanism, and the accuracy table 9 is equipped with two or more
And multiple 10 upper end faces of regulating wheel are welded in, 5 both ends horizontal of fixing axle is extended to welds with automation straightening mechanism 1
Together, the roller seat 6 is equipped with more than two and level and is welded in 5 front end of fixing axle, and the roller 7 is equipped with two or more, institute
State that roller 7 is nested in 6 middle part of multiple roller seats and the two matches flexible connection, the automation straightening mechanism 1 is by cutting machine
Structure 11, movable frame 13, aligning idler wheel mechanism 14, linear sensing mechanism 15, adjusts elevating mechanism 16, is fixed radiator fan 12
Pedestal 17, hydraulic gear 18, material transfer fishplate bar 19, discharging fishplate bar 110 form, 13 bottom of movable frame be fixedly welded in
17 upper end of firm banking, the 19 bottom stationary welding machine of material transfer fishplate bar are on the right side of 17 upper end of firm banking and right with movable frame 13
Side is mutually welded, and 110 bottom of discharging fishplate bar is fixedly welded on the right side of 17 upper end of firm banking and is fixedly connected by positioning pin,
The cutting mechanism 11 be located at 19 upper end of material transfer fishplate bar and with weld together on the right side of movable frame 13, the radiator fan 12 is solid
Surely it is set to 13 inner tip of movable frame and close connection, the aligning idler wheel mechanism 14 is fixed at radiator fan between the two
12 lower sections and both ends horizontal are extended to mutually welds with 13 inside of movable frame, and the adjusting elevating mechanism 16 sets there are two and distinguishes
Set on 13 left and right ends of movable frame, 18 bottom of hydraulic gear be fixedly welded in 17 upper end of firm banking and with aligning
Idler wheel mechanism 14 matches, the linear sensing mechanism 15 be fixed at aligning 14 rear end of idler wheel mechanism and with adjust elevating mechanism
16 are fitted close.
The cutting mechanism 11 is made of electric telescopic rod 111, cutting motor 112, cutter 113, support baseboard 114,
114 transverse weld of support baseboard is fixedly welded in 13 right side central of movable frame, 111 bottom of electric telescopic rod in branch
It supports 114 upper end of bottom plate and is fixedly connected by positioning pin, 112 bottom of cutting motor is fixedly welded in electric telescopic rod 111
Upper end and the two match flexible connection, and the cutter 113 are vertically nested in 112 right side of cutting motor and the two matches work
Dynamic connection.
The aligning idler wheel mechanism 14 is made of support plate 141, telescopic supporting rod 142, lower compression roller 143, rotation axis 144,
141 both ends horizontal of support plate extends to together with 13 interior welds of movable frame, and the telescopic supporting rod 142 is equipped with two
A above and level is welded in 141 lower end of support plate, and the rotation axis 144 is equipped with more than two and is embedded in telescopic supporting rod
142 rear surfaces, the lower compression roller 143 are equipped with more than two and are nested in 144 outer surface of rotation axis, the lower compression roller respectively
143 match flexible connection with rotation axis 144 and axle center is conllinear between the two, and 143 rear end of lower compression roller fixed setting is wired
Property sensing mechanism 15 and close connection between the two.
The linear sensing mechanism 15 is made of linear transducer 151, first bearing idler wheel 152, the line of induction 153, described
152 rear end of first bearing idler wheel is fixedly embedded in 13 inside left of movable frame, and the linear transducer 151 is fixedly welded in
On the left of one bearing roller 152 and the two is integrated molding structure, and the line of induction 153 is connected to linear transducer 151
Between movable frame 13,143 rear end of lower compression roller is fixedly installed the line of induction 153 and between the two close connection.
The adjusting elevating mechanism 16 by driving drawing-inroller 161, frame plate 162, adjust mounting plate 163, fixed plate 164,
Driving motor 165 forms, and 162 bottom of frame plate is fixedly welded on the left of 17 upper end of firm banking, the adjusting mounting plate
163 are fixed at 162 surface of frame plate and the two as integrated molding structure, and the fixed plate 164, which is laterally set to, adjusts installation
163 right lateral surface of plate and the two match flexible connection, and the driving motor 165 is fixedly welded in 164 upper end of fixed plate and leads to
It crosses positioning pin to be fixedly connected, the driving drawing-inroller 161 is fixedly embedded in 165 upper end face of driving motor and the two matches work
Dynamic connection, 161 upper end of driving drawing-inroller is fixedly installed linear sensing mechanism 15 and is meshed between the two.
The hydraulic gear 18 is made of straightening steel plate 181, hydraulic drive bar 182, second bearing idler wheel 183, institute
It states hydraulic drive bar 182 and is welded in 17 upper end of firm banking equipped with more than two and level, the straightening steel plate 181 is fixed at
182 upper end of hydraulic drive bar and the two match flexible connection, and the second bearing idler wheel 183 is fixedly welded in straightening steel plate
181 right sides are simultaneously meshed with elevating mechanism 16 is adjusted, and 161 upper end of driving drawing-inroller is fixedly installed linear sensing mechanism 15
And be meshed between the two, the second bearing idler wheel 183 be fixedly welded in the right side of straightening steel plate 181 and with adjust elevating mechanism
16 are meshed.
The aligning and cutting efficiency of the utility model are more satisfactory, can be effectively to after deformation or on reel
Aluminum profile carries out aligning processing, and working efficiency is higher, and service life is longer, practicability with higher, due to retractable support
Lower compression roller on bar can adjust the distance between upper pressure roller and lower compression roller according to the thickness of aluminum profile, be conducive to aligning not
The aluminum profile of stack pile can be solved the problem above-mentioned effectively.
Specifically, being driven by 165 pairs of driving drawing-inrollers 161 of driving motor, aluminium sheet raw material is sent by feed inlet 8 and is lived
Inside dynamic frame 13, it is transmitted driving drawing-inroller 161 and first bearing roller 152 with rubber sleeve to aluminium sheet, passes through
Linear transducer 151 incudes the position of bottom side straightening steel plate 181, and by control panel 3 to hydraulic drive bar 182 into
Row is adjusted, and is adjusted to straightening steel plate 181 and the position on aligning 14 surface of idler wheel mechanism, is sent by 14 Duis of aligning idler wheel mechanism
Aluminium sheet raw material carry out straightening processing, the driving drawing-inroller 161 at the aluminium sheet combination both ends after aligning is sent out by discharge port 4.
Specifically, being adjusted by height of the control panel 3 to electric telescopic rod 111, to cutting motor 112, cutter
The position of piece 113 is adjusted, and the aluminium sheet after making 112 pairs of cutting motor alignings carries out cutting process, after can effectively facilitating
The recycling of phase, to after aligning aluminium sheet cut when, aluminium sheet is carried by discharging fishplate bar 110, can be to avoid cutting after
Aluminium sheet is again deformed or falls ground, avoids the use for influencing the aluminium sheet later period, and by the heat dissipation of 13 inner cavity top of movable frame
Fan 12 can radiate to the aligning idler wheel mechanism 14 to work long hours, avoid aligning idler wheel mechanism 14 for a long time and aluminium
Its service life of frictional influence between plate, the aligning and cutting efficiency of device are more satisfactory, can effectively to after deformation or
Aluminum profile on reel carries out aligning processing, more practical.
In some embodiments, installation fixation is carried out to movable frame 13 by firm banking 17, it can be living to avoid the later period
The dynamic operation of frame 13 generates shake, the service life of device entirety and the working efficiency of device operation is influenced, by adjusting mounting plate
163 pairs of fixed plates 164 are fixed, while adjustment up and down can be carried out to the position of fixed plate 164, to driving drawing-inroller 161
The distance between first bearing roller 152, distance is adjusted according to the thickness of different aluminium sheets.
Claims (8)
1. a kind of novel aluminum profile straightener, structure includes automation straightening mechanism (1), mounting electricity storage pack (2), control panel
(3), discharge port (4), fixing axle (5), roller seat (6), roller (7), feed inlet (8), accuracy table (9), regulating wheel (10), feature
It is:
It is fixedly welded the upper left corner on the right side of automation straightening mechanism (1) on the left of the mounting electricity storage pack (2) and connects by the way that positioning pin is fixed
It connects, control panel (3) the rear end fixing buckle is together in mounting electricity storage pack (2) upper end and the two is integrated molding structure, described automatic
Change straightening mechanism (1) left and right ends are fixedly installed activity installing discharge port (4) and feed inlet (8) and three is integrated chemical conversion type
Structure, the regulating wheel (10) is equipped with more than two and rear end level and is embedded in automation straightening mechanism (1) front top, described
Accuracy table (9) is equipped with more than two and is welded in multiple regulating wheels (10) upper end face, and fixing axle (5) both ends horizontal is prolonged
It extends to and welds together with automation straightening mechanism (1), the roller seat (6) is equipped with more than two and level and is welded in fixing axle
(5) front end, the roller (7) are equipped with two or more, and the roller (7) is nested in the middle part of multiple roller seats (6) and the two matches
It closes and is flexibly connected；
The automation straightening mechanism (1) is by cutting mechanism (11), radiator fan (12), movable frame (13), aligning roller machine
Structure (14), linear sensing mechanism (15), adjusting elevating mechanism (16), firm banking (17), hydraulic gear (18), material transfer connect
Plate (19), discharging fishplate bar (110) composition；
Movable frame (13) bottom is fixedly welded in firm banking (17) upper end, the fixed weldering in material transfer fishplate bar (19) bottom
Machine mutually welds on the right side of firm banking (17) upper end and with movable frame (13) right side, and discharging fishplate bar (110) bottom is fixed
It is welded on the right side of firm banking (17) upper end and is fixedly connected by positioning pin, the cutting mechanism (11) is located at material transfer fishplate bar
(19) upper end and with weld together on the right side of movable frame (13), the radiator fan (12) is fixed in movable frame (13)
Portion top and between the two close connection, the aligning idler wheel mechanism (14) is fixed at below radiator fan (12) and both ends water
Flat extend to sets there are two with the internal mutually welding of movable frame (13), the adjusting elevating mechanism (16) and is respectively arranged on activity box
Frame (13) left and right ends, hydraulic gear (18) bottom be fixedly welded in firm banking (17) upper end and with aligning idler wheel
Mechanism (14) matches, the linear sensing mechanism (15) be fixed at aligning idler wheel mechanism (14) rear end and with adjust elevator
Structure (16) is fitted close.
2. the novel aluminum profile straightener of one kind according to claim 1, it is characterised in that: the cutting mechanism (11) by
Electric telescopic rod (111), cutting motor (112), cutter (113), support baseboard (114) composition, the support baseboard (114)
Transverse weld is fixedly welded in movable frame (13) right side central, electric telescopic rod (111) bottom in support baseboard (114)
Upper end and be fixedly connected by positioning pin, cutting motor (112) bottom be fixedly welded in electric telescopic rod (111) upper end and
The two matches flexible connection, and the cutter (113) are vertically nested on the right side of cutting motor (112) and the two matches activity
Connection.
3. the novel aluminum profile straightener of one kind according to claim 1, it is characterised in that: the aligning idler wheel mechanism
(14) it is made of support plate (141), telescopic supporting rod (142), lower compression roller (143), rotation axis (144), the support plate (141)
Both ends horizontal extends to together with movable frame (13) interior welds, the telescopic supporting rod (142) be equipped with it is more than two and
Level is welded in support plate (141) lower end, and the rotation axis (144) is equipped with more than two and is embedded in telescopic supporting rod
(142) rear surface, the lower compression roller (143) is equipped with more than two and is nested in rotation axis (144) outer surface respectively, under described
Flexible connection is matched with rotation axis (144) for pressure roller (143) and axle center is conllinear between the two, and lower compression roller (143) rear end is solid
Surely linear sensing mechanism (15) and between the two close connection are provided with.
4. the novel aluminum profile straightener of one kind according to claim 3, it is characterised in that: the linear sensing mechanism
(15) it is made of linear transducer (151), first bearing idler wheel (152), the line of induction (153), the first bearing idler wheel (152)
Rear end is fixedly embedded in movable frame (13) inside left, and the linear transducer (151) is fixedly welded in first bearing idler wheel
(152) left side and the two are integrated molding structure, and the line of induction (153) is connected to linear transducer (151) and living
Between dynamic frame (13), lower compression roller (143) rear end is fixedly installed the line of induction (153) and between the two close connection.
5. the novel aluminum profile straightener of one kind according to claim 1, it is characterised in that: the adjusting elevating mechanism
(16) by driving drawing-inroller (161), frame plate (162), adjusting mounting plate (163), fixed plate (164), driving motor (165) group
At frame plate (162) bottom is fixedly welded on the left of firm banking (17) upper end, and the adjusting mounting plate (163) is fixed
Set on frame plate (162) surface and the two is integrated molding structure, and the fixed plate (164) is laterally set to and adjusts mounting plate
(163) right lateral surface and the two match flexible connection, and the driving motor (165) is fixedly welded in fixed plate (164) upper end
And be fixedly connected by positioning pin, the driving drawing-inroller (161) is fixedly embedded in driving motor (165) upper end face and the two
Flexible connection is matched, driving drawing-inroller (161) upper end is fixedly installed linear sensing mechanism (15) and between the two phase
Engagement.
6. the novel aluminum profile straightener of one kind according to claim 1, it is characterised in that: the hydraulic gear
(18) it is made of straightening steel plate (181), hydraulic drive bar (182), second bearing idler wheel (183), the hydraulic drive bar (182)
It is welded in firm banking (17) upper end equipped with more than two and level, the straightening steel plate (181) is fixed at hydraulic drive bar
(182) upper end and the two match flexible connection, and the second bearing idler wheel (183) is fixedly welded in straightening steel plate (181) right side
Side is simultaneously meshed with elevating mechanism (16) are adjusted.
7. the novel aluminum profile straightener of one kind according to claim 5, it is characterised in that: the driving drawing-inroller
(161) upper end is fixedly installed linear sensing mechanism (15) and is meshed between the two.
8. the novel aluminum profile straightener of one kind according to claim 6, it is characterised in that: the second bearing idler wheel
(183) it is fixedly welded on the right side of straightening steel plate (181) and is meshed with elevating mechanism (16) are adjusted.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820988367.2U CN208894898U (en) | 2018-06-26 | 2018-06-26 | A kind of novel aluminum profile straightener |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820988367.2U CN208894898U (en) | 2018-06-26 | 2018-06-26 | A kind of novel aluminum profile straightener |
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| Publication Number | Publication Date |
|---|---|
| CN208894898U true CN208894898U (en) | 2019-05-24 |
Family
ID=66566892
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820988367.2U Active CN208894898U (en) | 2018-06-26 | 2018-06-26 | A kind of novel aluminum profile straightener |
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| Country | Link |
|---|---|
| CN (1) | CN208894898U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112959078A (en) * | 2021-02-25 | 2021-06-15 | 马佳炫 | A equipment for various steel tile production |
| CN116274500A (en) * | 2023-04-07 | 2023-06-23 | 山东华惠建设有限公司 | Building pipe straightening device |
-
2018
- 2018-06-26 CN CN201820988367.2U patent/CN208894898U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112959078A (en) * | 2021-02-25 | 2021-06-15 | 马佳炫 | A equipment for various steel tile production |
| CN112959078B (en) * | 2021-02-25 | 2023-08-01 | 福建鑫宏华机械有限公司 | Equipment for producing color steel tile |
| CN116274500A (en) * | 2023-04-07 | 2023-06-23 | 山东华惠建设有限公司 | Building pipe straightening device |
| CN116274500B (en) * | 2023-04-07 | 2023-12-05 | 山东华惠建设有限公司 | Building pipe straightening device |
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