CN208196157U - The positional dissection edging system of door-window section bar - Google Patents
The positional dissection edging system of door-window section bar Download PDFInfo
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- CN208196157U CN208196157U CN201820673658.2U CN201820673658U CN208196157U CN 208196157 U CN208196157 U CN 208196157U CN 201820673658 U CN201820673658 U CN 201820673658U CN 208196157 U CN208196157 U CN 208196157U
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Abstract
The utility model discloses a kind of positional dissection edging systems of door-window section bar, comprising: operating platform；Positioning device, including the first positioning plate, the second positioning plate, oblique mechanism, fixed link, resetting-mechanism, positioning mobile mechanism, compression cylinder, compressor arm；Cutter device, including cutting driving mechanism, cutting lifting mechanism, cutting wheel, protective shell；Edging device, including edging stone, edging height adjustment mechanism, edging mobile mechanism.The beneficial effects of the utility model are, provide that efficiency is higher, the preferable performance of effect.
Description
Technical field
The utility model relates to the positional dissection edging systems of a kind of positional dissection edging system, especially door-window section bar.
Background technique
The positional dissection edging system of door-window section bar is suitble to various special-shaped metallic aluminiums of sawing, aluminium alloy, copper, copper alloy, non-
The materials such as metal plastic and carbon fiber, especially suitable for aluminium door and window, photo frame, plastic-steel material, bakelite plate, aluminium extruded type, paper tube and profile it
Sawing；Hand-held handle material saw material, material is unlikely to deform, it is low to be lost；Saw cutting angle is accurate；With small vibration, low noise；It is easy to operate,
High efficiency, can singly prop up or more sawings together.
The positional dissection edging system of door-window section bar uses single phase ac series excited motor for power, by passing through transmission mechanism
It drives straight-type wheel piece to cut metal tools, has that safe and reliable, labor intensity is low, high production efficiency, section are flat and smooth
The advantages that, it is suitable for exchange 50/60Hz, voltage rating 220V.Be widely used in round steel pipe, chapped pipe, cast iron pipe, round steel,
The profiles such as channel steel, angle steel, band steel carry out cutting processing.
Currently, there are various problems for the positional dissection edging system of the door-window section bar of tradition application, for example profile positioning is not
It is enough accurate, position situations such as being easy to appear deflection when cutting built on the sand to the effect of the cutting influenced, much still
It is not only time-consuming and laborious using the cutting mode of cut-off knife formula, and there is also certain flaws for cutting accuracy.
Utility model content
The technical problem to be solved by the present invention is to provide a kind of positional dissection edging systems of door-window section bar, provide
Efficiency is higher, the preferable performance of effect.
The utility model is achieved through the following technical solutions.
A kind of positional dissection edging system of door-window section bar, comprising:
Operating platform；
Positioning device, including the first positioning plate, the second positioning plate, oblique mechanism, fixed link, resetting-mechanism, positioning movement
Mechanism, compression cylinder, compressor arm, above-mentioned first positioning plate, above-mentioned second positioning plate that collaboration clamps profile are vertically arranged in
Aforesaid operations platform surface, above-mentioned fixed link one end are fixed on the above-mentioned positioning mobile mechanism moved along profile push direction, separately
Hinged above-mentioned first positioning plate in one end, above-mentioned resetting-mechanism are set to above-mentioned first under above-mentioned first positioning plate and reset state
Positioning plate is parallel to the push direction of profile, and above-mentioned compressor arm one end is assemblied in above-mentioned compression cylinder, the other end hinged above-mentioned the
Two positioning plates, the first positioning front edge of board is outside when above-mentioned oblique mechanism drives above-mentioned first positioning plate to move along profile push direction
It tilts and magnitude of inclination is gradually increased；
Cutter device, including driving mechanism, cutting lifting mechanism, cutting wheel, protective shell are cut, in above-mentioned protective shell covering
The upper half of cutting wheel is stated, above-mentioned cutting driving mechanism drives above-mentioned cutting wheel rotation, and above-mentioned cutting lifting mechanism driving is above-mentioned
Protective shell, cutting wheel are mobile in vertical direction；
Edging device, including edging stone, edging height adjustment mechanism, edging mobile mechanism, above-mentioned edging stone are fixed on
Edging height adjustment mechanism is stated, edging device is located at the front of cutter device, and above-mentioned edging height adjustment mechanism is by above-mentioned edging
Mobile mechanism's drives edge is mobile perpendicular to profile push direction, and above-mentioned edging height adjustment mechanism can be mobile in vertical direction and be locked
Positioning is set.
Further, above-mentioned oblique mechanism includes oblique positioning plate, locating slot, and above-mentioned oblique positioning plate is vertically arranged in
State operating platform, and above-mentioned oblique positioning plate is cambered plate, the distance of plate body to the nearest side of above-mentioned operating platform by
Rear end to front end is gradually reduced, and above-mentioned locating slot is fixed on the top edge of above-mentioned oblique positioning plate, the front end of above-mentioned first positioning plate
It is provided with the locating piece being slidably matched with above-mentioned locating slot, above-mentioned first positioning plate is pushed to above-mentioned by above-mentioned positioning mobile mechanism
Above-mentioned locating piece is caught in above-mentioned locating slot when the rear end of oblique positioning plate, and above-mentioned resetting-mechanism includes restoring board, reset spring,
Above-mentioned restoring board is fixed at above-mentioned fixed link, and above-mentioned reset spring one end connects above-mentioned restoring board, other end connection above-mentioned the
One positioning plate, when reset spring in the raw when the first positioning plate be parallel to the push direction of profile.
Further, above-mentioned positioning mobile mechanism includes positioning moving track, positioning cylinder, locating piece, localization handspike, on
It states positioning cylinder to be fixed at the proximal edges of operating platform surface, above-mentioned localization handspike one end is assemblied in above-mentioned positioning cylinder, another
The fixed above-mentioned locating piece in end, the fixed above-mentioned fixed link of above-mentioned locating piece, above-mentioned positioning moving track are arranged along profile orientation
And it is slidably matched with above-mentioned locating piece.
Further, above-mentioned cutting lifting mechanism is pushed away including two vertical lifting tracks, two lifting cylinders, two liftings
Bar, lateral fixed frame, above-mentioned two vertical lifting track are separately positioned on the two sides of operating platform, above-mentioned transverse direction fixed frame
Both ends are separately positioned on two above-mentioned vertical lifting tracks and are slidably matched therewith, the above-mentioned lateral simultaneously vertical section bars of transverse direction fixed frame
Conveying direction setting, above-mentioned cutting driving mechanism, cutting wheel, protection is shell integrated and is fixed on above-mentioned lateral fixed frame, and two
Above-mentioned lifting cylinder is separately positioned on the two sides of operating platform, and two lifting push rods are vertically arranged, and one end is assembled respectively
In two lifting cylinders, the other end is fixed on the both ends of above-mentioned lateral fixed frame.
Further, above-mentioned edging mobile mechanism includes sliding rail frame, servo motor, output shaft, output wheel, regulating wheel, skin
Belt wheel, driving pulley, follow-up pulley, movable stand, above-mentioned sliding rail frame are arranged along perpendicular to profile conveying direction, simultaneously for two-orbit
And track is located at two sides, above-mentioned movable stand is in U-shape structure, and above-mentioned driving pulley is vertically arranged and leads to above-mentioned follow-up pulley
The inside that above-mentioned movable stand is arranged in across the lateral parts of above-mentioned movable stand for axis is crossed, above-mentioned servo takes motor and is fixed on above-mentioned master
Movable stand lateral parts where movable pulley, above-mentioned output shaft are assemblied in servo motor and are equipped with above-mentioned output wheel, above-mentioned master
The axle sleeve of movable pulley, which is loaded onto, states regulating wheel, and above-mentioned belt pulley is assembled between above-mentioned output wheel and above-mentioned regulating wheel, and above-mentioned active is sliding
It takes turns, two tracks of above-mentioned follow-up pulley and above-mentioned sliding rail frame are slidably matched.
Further, above-mentioned edging height adjustment mechanism includes that edging stone fixed frame, height adjustment cylinder, height adjustment push away
Bar, two auxiliary rods, two auxiliary subracks, above-mentioned height adjustment cylinder are fixed on the bottom surface portions of above-mentioned movable stand, above-mentioned height
Degree adjusts cylinder and is vertically arranged, and top is assemblied in above-mentioned height adjustment cylinder bottom, and installation fixed above-mentioned edging stone in bottom end is fixed
Frame, the fixed above-mentioned edging stone of above-mentioned edging stone fixed frame, two above-mentioned auxiliary subracks are fixed on above-mentioned height adjustment cylinder two sides,
And bottom surface is provided with vertical through-hole, and above-mentioned two auxiliary rod is vertically arranged, and an auxiliary subrack is inserted on top respectively
Through-hole and be slidably matched therewith, bottom end is fixed on above-mentioned edging stone fixed frame.
The utility model has the beneficial effects that
The setting of the oblique mechanism of positioning device, cuts profile to be cut according to the requirement of cutting angle
Tiltedly, by positioning the control accurate of mobile mechanism, it can satisfy section steel cutting demand at any angle, the first positioning plate of cooperation,
Second positioning plate can angle determine in the case where latched position to ensure subsequent cut quality；
Cutting wheel and each of matching can be formed portion with high accuracy by the cutting lifting mechanism of cutter device
Divide the push for carrying out vertical direction, stability is preferable, it is ensured that the dynamics of cutting and the accuracy of cutting；
Edging device, edging height adjustment mechanism can adjust edging stone according to the concrete condition of the profile after cutting
Highly, the dynamics that more suitable edging stone carries out edging to cutting mouth part is provided, cooperates edging mobile mechanism, so that cutting
The cutting mouth of profile after cutting has been sufficiently carried out edging, and solving cutting mouth has situations such as rough side, improves the matter of profile
Amount.
Detailed description of the invention
Fig. 1 is the schematic top plan view of the utility model positioning device；
Fig. 2 is the schematic side view of the utility model the first positioning plate and leaning device；
Fig. 3 is the formal schematic diagram of the utility model cutter device；
Fig. 4 is the schematic elevation view of the utility model edging device；
Fig. 5 is the side view cutaway drawing of the utility model edging device.
Specific embodiment
The utility model is described in further detail below according to drawings and examples.
Fig. 1 is the schematic top plan view of the utility model positioning device, and Fig. 2 is the first positioning plate of the utility model and dumper
The schematic side view of structure, Fig. 3 are the formal schematic diagram of the utility model cutter device, and Fig. 4 is the utility model edging device
Schematic elevation view, Fig. 5 are the side view cutaway drawing of the utility model edging device, referring to Fig.1-Fig. 5, the utility model, door and window type
The positional dissection edging system of material, comprising: operating platform 100, positioning device, cutter device, edging device.
Positioning device, including the first positioning plate 1-1, the second positioning plate 1-2, oblique mechanism, fixed link 1-11, reset machine
Structure, positioning mobile mechanism, compression cylinder 1-21, compressor arm 1-22, collaboration clamp the first positioning plate 1-1 of profile, the second positioning
Plate 1-2 is vertically arranged in 100 surface of operating platform, and the one end fixed link 1-11 is fixed on the positioning moved along profile push direction
Mobile mechanism, the hinged first positioning plate 1-1 of the other end, resetting-mechanism are set under the first positioning plate 1-1 and reset state
One positioning plate 1-1 is parallel to the push direction of profile, and the one end compressor arm 1-22 is assemblied in compression cylinder 1-21, and the other end is hinged
Second positioning plate 1-2, the first front end positioning plate 1-1 when oblique mechanism drives the first positioning plate 1-1 to move along profile push direction
It is inclined outwardly and magnitude of inclination is gradually increased.
For oblique mechanism, oblique mechanism includes oblique positioning plate 1-31, locating slot 1-32, oblique positioning plate 1-31 vertical
Setting is in operating platform 100, and oblique positioning plate 1-31 is cambered plate, plate body to the nearest side of operating platform 100
Distance is gradually reduced by rear end to front end, and locating slot 1-32 is fixed on the top edge of oblique positioning plate 1-31, the first positioning plate 1-1
Front end be provided with the locating piece 1-12, the first positioning plate 1-1 that are slidably matched with locating slot 1-32 and pushed by positioning mobile mechanism
Locating piece 1-12 is caught in locating slot 1-32 when to the rear end of oblique positioning plate 1-31.
The cambered plate of oblique positioning plate 1-31 is arranged and the hinged setting of fixed link 1-11 and the first positioning plate 1-1, can
So that locating piece 1-12 drives the first positioning plate 1-1 to glance off when sliding in locating slot 1-32, reach to be cut
Profile carries out deflection positioning to obtain the purpose of oblique cutting angle.
For resetting-mechanism, resetting-mechanism includes restoring board 1-13, reset spring 1-14, and restoring board 1-13 is fixed on fixation
At bar 1-11, the one end reset spring 1-14 connects restoring board 1-13, and the other end connects the first positioning plate 1-1, as reset spring 1-
14 in the raw when the first positioning plate 1-1 be parallel to the push direction of profile.
The setting of restoring board 1-13, reset spring 1-14 at fixed link 1-11, can profile complete cutting after, first
When positioning plate 1-1 resets i.e. locating piece 1-12 disengaging locating slot 1-32, completion makes its reset to the reset of the first positioning plate 1-1
To the state in parallel with the push direction of profile.
Positioning mobile mechanism includes positioning moving track 1-41, positioning cylinder 1-42, locating piece 1-43, localization handspike 1-
44, positioning cylinder 1-42 are fixed at 100 surface proximal edges of operating platform, and the one end localization handspike 1-44 is assemblied in positioning cylinder 1-
42, the other end stationary positioned block 1-43, locating piece 1-43 are fixed with fixed link 1-11, and positioning moving track 1-41 is fixed along profile
Position direction is arranged and is slidably matched with locating piece 1-43.
The setting of locating piece 1-43 enables to the first positioning plate 1-1 and fixed link 1-11 to obtain relatively firm stabilization
Mode, positioning moving track 1-41, positioning cylinder 1-42 and localization handspike 1-44 setting so that locating piece 1-43 together with the
One positioning plate 1-1 and fixed link 1-11 are able to carry out and steadily move, and accurately reach needed for the required special angle of cutting
Position.
Due to oblique positioning plate 1-31, it is cambered plate, according to the angle demand of section steel cutting, moved by positioning
Mechanism slides the locating piece 1-12 of the first positioning plate 1-1 in locating slot 1-32, to drive the first positioning plate 1-1's
Oblique deflection passes through compression cylinder 1-21, compresses when i.e. the first positioning plate 1-1 is inclined to special angle wait reaching special angle
The promotion of bar 1-22 allows the first positioning plate 1-1, the second positioning plate 1-2 that profile to be cut is carried out firm compression and is determined
Position, after completing cutting, the second positioning plate 1-2 releases impaction state, and positioning mobile mechanism drives locating piece 1-12 to be detached from positioning
Slot 1-32, and resetting-mechanism completes the reset work to the first positioning plate 1-1.
Cutter device, including cutting driving mechanism 3-10, cutting lifting mechanism, cutting wheel 3-1, protective shell 3-2, protective shell
3-2 covers the upper half of cutting wheel 3-1, cutting driving mechanism driving cutting wheel 3-1 rotation, and cutting lifting mechanism drives protective shell
3-2, cutting wheel 3-1, cutting lifting mechanism are mobile in vertical direction, and driving electricity can be used for cutting driving mechanism 3-10
Machine.
For cutting lifting mechanism, cutting lifting mechanism include two vertical lifting track 3-3, two lifting cylinder 3-4,
Two lifting push rod 3-5, transverse direction fixed frame 3-6, two vertical lifting track 3-3 are separately positioned on the two sides of operating platform 100
Side, the both ends of lateral fixed frame 3-6 are separately positioned on two vertical lifting track 3-3 and are slidably matched therewith, lateral fixed frame
3-6 is laterally and the setting of vertical section bars conveying direction, cutting driving mechanism, cutting wheel 3-1, protective shell 3-2 are integrated and fixed
The two sides of operating platform 100, two lifting push rod 3-5 are separately positioned in lateral fixed frame 3-6, two lifting cylinder 3-4
It is vertically arranged, and one end is respectively assembled at two lifting cylinder 3-4, the other end is fixed on the both ends of lateral fixed frame 3-6.
Cutter device, two vertical lifting track 3-3, two lifting cylinder 3-4, the two lifting push rod 3-5 of setting are logical
Double fixed forms are crossed, cutting wheel 3-1 and protective shell 3-2 is can be improved in lateral stability, avoids two in cutting process
The moving up and down that side occurs, improves the stability of cutting, so that cut quality is guaranteed.
Edging device, including edging stone 4-1, edging height adjustment mechanism, edging mobile mechanism, edging stone 4-1 are fixed on
Edging height adjustment mechanism, edging height adjustment mechanism is by the front end in front of cutting machine and by edging mobile mechanism
Drives edge is mobile perpendicular to profile push direction, and edging height adjustment mechanism can and latched position mobile in vertical direction.
For edging mobile mechanism, edging mobile mechanism include sliding rail frame 4-21, servo motor 4-22, output shaft 4-23,
Output wheel 4-24, regulating wheel 4-25, belt pulley 4-26, driving pulley 4-27, follow-up pulley 4-28, movable stand 4-29, sliding rail frame
4-21 is arranged along perpendicular to profile conveying direction, and for two-orbit and track is located at two sides, and movable stand 4-29 is in U shape knot
Structure, driving pulley 4-27 and follow-up pulley 4-28 are vertically arranged and pass through movable stand 4- by axis i.e. axis 4-271, axis 4-281
The inside of movable stand 4-29 is arranged in 29 lateral parts, and servo motor 4-22 is fixed on the movable stand where driving pulley 4-24
4-29 lateral parts, output shaft 4-23 are assemblied in servo motor and are equipped with output wheel 4-24, the axle sleeve dress of driving pulley 4-27
Regulating wheel 4-25 assembles belt pulley 4-26, driving pulley 4-27, follow-up pulley 4-28 between output wheel 4-24 and regulating wheel 4-25
It is slidably matched with two tracks of sliding rail frame 4-21.
For edging height adjustment mechanism, edging height adjustment mechanism includes edging stone fixed frame 4-31, height adjustment gas
Cylinder 4-32, height adjustment push rod 4-33, two auxiliary rod 4-34, two auxiliary subrack 4-35, height adjustment cylinder 4-32 are fixed
In the bottom surface portions of movable stand 4-29, height adjustment cylinder 4-32 is vertically arranged, and top is assemblied in the bottom height adjustment cylinder 4-32
Fixed edging stone fixed frame 4-31, edging stone fixed frame 4-31 fixed edging stone 4-1, two auxiliary subrack 4- are installed in portion, bottom end
35 are fixed on the two sides height adjustment cylinder 4-32, and bottom surface is provided with vertical through-hole, and two auxiliary rod 4-34 are set vertically
It sets, top is inserted into the through-hole of an auxiliary subrack 4-35 respectively and is slidably matched therewith, and bottom end is fixed on edging stone fixed frame
4-31。
Servo motor 4-22 controls positive and negative rotation using positive and negative pulse, and edging mobile mechanism passes through movable stand 4-29
It is assembled with the form of each functional component for carrier, realizes the function of moving back and forth in transverse direction.And height adjustment cylinder
4-32, height adjustment push rod 4-33 and edging stone fixed frame 4-31, can be according to specific mills to fixed edging stone 4-1
The suitable height of side situation setting, while the two auxiliary rod 4-34, the two auxiliary subrack 4-35 that are arranged can be improved edging stone
The stability of fixed frame 4-31 and edging stone 4-1 reduce other portions that the shaking phenomenon occurred in edging procedure also reduces
The loss of part.
The utility model, the positional dissection edging system of door-window section bar:
The setting of the oblique mechanism of positioning device, cuts profile to be cut according to the requirement of cutting angle
Tiltedly, by positioning the control accurate of mobile mechanism, it can satisfy section steel cutting demand at any angle, the first positioning plate of cooperation,
Second positioning plate can angle determine in the case where latched position to ensure subsequent cut quality；
Cutting wheel and each of matching can be formed portion with high accuracy by the cutting lifting mechanism of cutter device
Divide the push for carrying out vertical direction, stability is preferable, it is ensured that the dynamics of cutting and the accuracy of cutting；
Edging device, edging height adjustment mechanism can adjust edging stone according to the concrete condition of the profile after cutting
Highly, the dynamics that more suitable edging stone carries out edging to cutting mouth part is provided, cooperates edging mobile mechanism, so that cutting
The cutting mouth of profile after cutting has been sufficiently carried out edging, and solving cutting mouth has situations such as rough side, improves the matter of profile
Amount.
Embodiment is only to illustrate the technical ideas and features of the present invention, and its object is to allow be familiar with this field technology
Personage can understand the content of the present invention and be implemented, and not limit the protection scope of the present invention.All
According to equivalent change or modification made by the spirit of the present invention essence, should all cover within the protection scope of the present utility model.
Claims (6)
1. a kind of positional dissection edging system of door-window section bar characterized by comprising
Operating platform；
Positioning device, including the first positioning plate, the second positioning plate, oblique mechanism, fixed link, resetting-mechanism, positioning mobile mechanism,
Compression cylinder, compressor arm, first positioning plate, second positioning plate that collaboration clamps profile are vertically arranged in the behaviour
Make platform surface, described fixed link one end is fixed on the positioning mobile mechanism moved along profile push direction, other end hinge
First positioning plate is connect, the resetting-mechanism is set to first positioning plate under first positioning plate and reset state
It is parallel to the push direction of profile, described compressor arm one end is assemblied in the compression cylinder, hinged second positioning of the other end
Plate, the first positioning front edge of board is inclined outwardly simultaneously when the oblique mechanism drives first positioning plate to move along profile push direction
And magnitude of inclination is gradually increased；
Cutter device, including driving mechanism, cutting lifting mechanism, cutting wheel, protective shell are cut, it is cut described in the protective shell covering
The upper half of wheel is cut, the cutting driving mechanism drives the cutting wheel rotation, and the cutting lifting mechanism drives the protection
Shell, cutting wheel are mobile in vertical direction；
Edging device, including edging stone, edging height adjustment mechanism, edging mobile mechanism, the edging stone are fixed on the mill
Side height adjustment mechanism, edging device are located at the front of cutter device, and the edging height adjustment mechanism is moved by the edging
Mechanism drives edge is mobile perpendicular to profile push direction, and the edging height adjustment mechanism can and locking bit mobile in vertical direction
It sets.
2. the positional dissection edging system of door-window section bar according to claim 1, which is characterized in that the oblique mechanism packet
Oblique positioning plate, locating slot are included, the oblique positioning plate is vertically arranged in the operating platform, and the oblique positioning plate is
The distance of cambered plate, plate body to the nearest side of the operating platform is gradually reduced by rear end to front end, and the locating slot is solid
It is scheduled on the top edge of the oblique positioning plate, the front end of first positioning plate is provided with the positioning being slidably matched with the locating slot
Part, first positioning plate when being pushed to the rear end of the oblique positioning plate by the positioning mobile mechanism locating piece be caught in
In the locating slot, the resetting-mechanism includes restoring board, reset spring, and the restoring board is fixed at the fixed link, institute
State reset spring one end and connect the restoring board, the other end connects first positioning plate, when reset spring in the raw
When the first positioning plate be parallel to the push direction of profile.
3. the positional dissection edging system of door-window section bar according to claim 1, which is characterized in that the positioning moving machine
Structure includes positioning moving track, positioning cylinder, locating piece, localization handspike, and it is close that the positioning cylinder is fixed on operating platform surface
Side edge, described localization handspike one end are assemblied in the positioning cylinder, the fixed locating piece of the other end, and the locating piece is fixed
The fixed link, the positioning moving track are arranged along profile orientation and are slidably matched with the locating piece.
4. the positional dissection edging system of door-window section bar according to claim 1, which is characterized in that the cutting elevator
Structure includes two vertical lifting tracks, two lifting cylinders, two lifting push rods, lateral fixed frame, described two vertical liftings
Track is separately positioned on the two sides of operating platform, and the both ends of the transverse direction fixed frame are separately positioned on two vertical liftings
Track is simultaneously slidably matched therewith, and the transverse direction fixed frame is laterally and vertical section bars conveying direction is arranged, the cutting driving mechanism,
Cutting wheel, protection is shell integrated and is fixed on the lateral fixed frame, and two lifting cylinders are separately positioned on operating platform
Two sides, two lifting push rods are vertically arranged, and one end is respectively assembled at two lifting cylinders, and the other end is fixed on described
The both ends of lateral fixed frame.
5. the positional dissection edging system of door-window section bar according to claim 1, which is characterized in that the edging moving machine
Structure includes sliding rail frame, servo motor, output shaft, output wheel, regulating wheel, belt pulley, driving pulley, follow-up pulley, movable stand, institute
It states sliding rail frame to be arranged along perpendicular to profile conveying direction, for two-orbit and track is located at two sides, and the movable stand is in U-shape
Structure, the driving pulley and the follow-up pulley are vertically arranged and are arranged by the lateral parts that axis passes through the movable stand
In the inside of the movable stand, the servo motor is fixed on the movable stand lateral parts where the driving pulley, described defeated
Shaft is assemblied in servo motor and is equipped with the output wheel, and the axle sleeve of the driving pulley fills the regulating wheel, the output
The belt pulley is assembled between wheel and the regulating wheel, two of the driving pulley, the follow-up pulley and the sliding rail frame
Track is slidably matched.
6. the positional dissection edging system of door-window section bar according to claim 5, which is characterized in that the edging height tune
Section mechanism includes edging stone fixed frame, height adjustment cylinder, height adjustment push rod, two auxiliary rods, two auxiliary subracks, described
Height adjustment cylinder is fixed on the bottom surface portions of the movable stand, and the height adjustment cylinder is vertically arranged, and top is assemblied in institute
State height adjustment cylinder bottom, the fixed edging stone fixed frame of bottom end installation, the fixed edging of the edging stone fixed frame
Stone, two auxiliary subracks are fixed on height adjustment cylinder two sides, and bottom surface is provided with vertical through-hole, and described two
A auxiliary rod is vertically arranged, and top is inserted into the through-hole of an auxiliary subrack respectively and is slidably matched therewith, and bottom end is fixed on
The edging stone fixed frame.
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| CN201820673658.2U CN208196157U (en) | 2018-05-07 | 2018-05-07 | The positional dissection edging system of door-window section bar |
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| CN201820673658.2U CN208196157U (en) | 2018-05-07 | 2018-05-07 | The positional dissection edging system of door-window section bar |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108620880A (en) * | 2018-05-07 | 2018-10-09 | 巢湖市海风门窗有限公司 | The positional dissection edging system of door-window section bar |
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2018
- 2018-05-07 CN CN201820673658.2U patent/CN208196157U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108620880A (en) * | 2018-05-07 | 2018-10-09 | 巢湖市海风门窗有限公司 | The positional dissection edging system of door-window section bar |
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