CN204566676U - Realize the seamed double-deck door and window welding machine tool automatically changed with seamless welding - Google Patents
Realize the seamed double-deck door and window welding machine tool automatically changed with seamless welding Download PDFInfo
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- CN204566676U CN204566676U CN201520236597.XU CN201520236597U CN204566676U CN 204566676 U CN204566676 U CN 204566676U CN 201520236597 U CN201520236597 U CN 201520236597U CN 204566676 U CN204566676 U CN 204566676U
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Abstract
The utility model discloses and a kind ofly realize the seamed double-deck door and window welding machine tool automatically changed with seamless welding, comprise a support, described support is provided with left frame and right frame, described left frame is fixed on the left end of support, right frame horizontally slips back and forth along support under the driving of drive unit, a lower-left head is installed in one end of described left frame, the other end installs upper left head, a bottom right head is installed in one end of right frame, the other end installs a upper right head, and described upper left head, upper right head under the driving of drive unit along lower-left head, direction, head place, bottom right slidably reciprocates, the structure for conveying for transmitting section bar is provided with in the inner side of described left frame, right frame, also be provided with a switch board in the side of support, described switch board is provided with a guidance panel, realizes the operation to whole lathe.
Description
Technical field
The utility model discloses a kind of welding machine tool of double-layer plastic door and window, be specially and a kind ofly realize the seamed double-deck door and window welding machine tool automatically changed with seamless welding.
Background technology
At present, in the welding procedure of plastic door-window, have two kinds of Type of Welding, one is seamless welding form, and another kind is seamed Type of Welding, seamless welding for the welding of mainly colored door and window, have seam welding for be the welding of common door and window.Some producers are in order to enhance productivity, market there are some welding heads for the double-layer plastic door and window of seamless welding, or for there being the welding head of double-layer plastic door and window of seam welding, but these devices are mostly only for a kind of Type of Welding, the automatic conversion of seam welding and seamless welding cannot be realized, if manufacturer thinks to weld colored door and window and common door and window simultaneously, just must purchase two bonding machines, cause cost just higher, and production efficiency is lower.
The patent No. of applying in Jinan Dejia Machine Co., Ltd is disclose a kind of double-layer plastic door-window welding machine head in the patent of [201120041301.0], this patent is mainly in order to solve " when with double-deck holder; upper strata fixture will with the upper plane of lower profile for datum level; the difference of section bar height itself can cause the flatness of upper strata window frame bad like this, affects end product quality.And the elastic force by spring between double-deck fixture every layer flicks, be not easy to control, operating very inconvenient " this technical problem proposes a set of double-layer plastic door-window welding machine head, but this head still cannot realize the automatic conversion of seam welding and seamless welding in use.
Utility model content
The utility model cannot realize the problem of the automatic conversion of seam welding and seamless welder in order to solve double-layer plastic door-window welding machine head, propose a kind ofly to realize the seamed double-deck door and window welding machine tool automatically changed with seamless welding.
The technical solution adopted in the utility model is as follows:
Realize the seamed double-deck door and window welding machine tool automatically changed with seamless welding, comprise a support, described support is provided with left frame and right frame, described left frame is fixed on the left end of support, right frame horizontally slips back and forth along support under the driving of drive unit, a lower-left head is installed in one end of described left frame, the other end installs upper left head, a bottom right head is installed in one end of right frame, the other end installs a upper right head, and described upper left head, upper right head under the driving of drive unit along lower-left head, direction, head place, bottom right slidably reciprocates, the structure for conveying for transmitting section bar is provided with in the inner side of described left frame, right frame, also be provided with a switch board in the side of support, described switch board is provided with a guidance panel, realizes the operation to whole lathe.
Described lower-left head, upper left head, bottom right head and upper right head comprise machine head base separately and are located at compressing structure, heating arrangement and the location structure above machine head base, described compressing structure comprises vertically disposed upper and lower two parts, wherein every part includes and is vertically disposed on upper pressing tongs on supporting seat and lower pressing tongs, lower pressing tongs is fixed on supporting seat, upper pressing tongs moves up and down under the effect of compression cylinder, and described upper pressing tongs and lower pressing tongs include a front clamper and rear pressing tongs; Described location structure and heating arrangements are arranged in location heating transformational structure, seamed and the seamless welding that detent mechanism realizes upper and lower two-layer door and window by the pore size changed between front clamper and rear pressing tongs under the driving of drive unit is simultaneously changed automatically, described heating arrangement realizes the heating of upper and lower two-layer door and window under the driving of drive unit simultaneously, and automatically changes with the seamed seamless welding of detent mechanism the automatic conversion realizing seamed seamless heating.
Described heating arrangement comprises heating plate, is provided with upper and lower holding piece on hot plate, and described heating plate is by connecting plate and driving cylinders, and described connecting plate moves around along a pair slide rail pair.
Described detent mechanism comprises a upper location-plate and a lower location-plate, described upper location-plate and lower location-plate, by same connecting plate and same cylinders, are located while upper location-plate and lower location-plate realize upper and lower two-layer clamping structure under the driving of same cylinder simultaneously.
Described upper location-plate, the bottom of lower location-plate are provided with a second order boss separately, and one of them boss is used for being positioned with seam welding; One of them boss is for locating seamless welding.
Described location heating transformational structure comprises heating positioning sliding block seat, described detent mechanism and heating arrangement are arranged on heating positioning sliding block seat, described heating positioning sliding block seat is under the driving of cylinder switching, move up and down, to realize the clamping of the diverse location of detent mechanism and heating arrangements, and then realize the conversion of seamed seamless two kinds of welding manners; The bottom of described heating positioning sliding block seat is also provided with the transposition cylinder driving detent mechanism and heating arrangement transposition.
Heating arrangements by cylinder switching, during to realize heating forward and backward pressing tongs retaining part clamping be the conversion of heating plate or two kinds of clip positions of holding piece, namely realize the conversion of two kinds of mode of heatings of seamed seamless two kinds of welding manners.
Upper location-plate, lower location-plate pass through cylinder switching, the conversion of two kinds of clip positions of a boss and two boss in the second order boss of the retaining part clamping of forward and backward pressing tongs during to realize heating; Namely the conversion of two kinds of mode of heatings of seamed seamless two kinds of welding manners is realized.
Described transposition cylinder comprises the cylinder of two symmetrical dresses, and the piston rod end of two transposition cylinders is connected by floating junction, and two cylinders are controlled by center-leakage type two-position-five-way solenoid valve; Because be not only the position conversion that will realize detent mechanism and heating arrangement, before also will realizing forward and backward pressing tongs clamping position plate heating plate, location-plate, heating plate are in quick condition, in case site error affects the accurate location of location-plate, heating plate, therefore with the mode of two transposition cylinders docking add the control of center-leakage type two-position-five-way solenoid valve to two transposition cylinders realize locating and heating time the demand of two kinds of diverse locations and location-plate, heating plate two-way floating state.
Welding method of the present utility model is as follows:
Step 1. is according to the welding requirements of section bar, selection has seam welding or seamless welding, according to welds types, by the height of location-plate, lower location-plate and heating plate in the determination that is positioned at the driving cylinder bottom detent mechanism, and then the selection of two kinds of different clip positions when realizing location and heating;
Step 2. is pressed and is joined button next time, right frame, upper left head, and upper right head gets back to initial position, and the forward and backward pressing tongs of four upper and lower compressing structures of head opens under the driving of drive unit;
Step 3. input needs the size of the door and window finished product frame of welding,
Step 4. presses operation button, and equipment completes following action simultaneously:
A. upper and lower location-plate realizes the feeding in forward and backward pressing tongs under the driving of drive unit, and the forward and backward pressing tongs of upper and lower compressing structure closes up, and clamps location-plate;
B. conveyer belt translation cylinder is retracted, and conveying mechanism is close to frame;
C. right frame moves to desired position along support under the driving of drive unit;
Step 5. places section bar and below section bar above;
Step 6. presses operation button, upper left head and upper right head under the driving of drive unit along gantry motion to desired position;
Step 7. places left side section bar and right side section bar,
Step 8. presses operation button, and the upper pressing tongs of upper and lower compressing structure falls compression section bar;
The forward and backward pressing tongs of the upper and lower compressing structure of step 9. is return, and jaw is dehisced, and location-plate exits under the driving of drive unit;
Step 10. heating plate enters under drive unit, and the forward and backward pressing tongs feeding of upper and lower compressing structure is closed up, and heats section bar;
After the heating of step 11. section bar, the forward and backward pressing tongs of upper and lower compressing structure opens to be return, and heating plate exits;
The forward and backward pressing tongs of the upper and lower compressing structure of step 12. again feeding closes up, and section bar docking is merged;
The upper and lower pressing tongs of step 13. lifts, and forward and backward pressing tongs exits, and liftout cylinder stretches out simultaneously, and by section bar top from lower pressing tongs, conveyer belt movable cylinder stretches out, and conveyer belt is away from frame, and right frame moves to right; Charging cylinder stretches out, and section bar is pushed away head;
Step 14. lower floor liftout cylinder is retracted, and lower profile is fallen on conveyer belt, is transferred out by the section bar welded by conveying mechanism;
Step 15. upper strata retainer cylinder stretches out, and upper aluminum profiles is fallen on conveyer belt, is transferred out by the section bar welded by conveying mechanism.
The beneficial effects of the utility model are as follows:
The utility model by arrange on location-plate different-thickness second order boss and with increase cooperatively interacting of holding piece on hot plate, before and after when being controlled location by drive unit and heated, the conversion of pressing tongs retaining part, achieves and changes automatically having between seam welding and seamless welding of double-deck door and window welding head.
Accompanying drawing explanation
Fig. 1 overall structure figure of the present utility model;
The side view of Fig. 2 left frame part;
The concrete structure figure of Fig. 3 head section;
The concrete structure figure of Fig. 4 head section compressing structure;
The concrete structure figure of Fig. 5 head section heating arrangements;
The concrete structure figure of Fig. 6 head section location structure;
The top view of Fig. 7 head section location structure, heating arrangements;
In figure: 1 lower-left head, 2 left frames, 3 upper left heads, 4 upper left heads move lead screw pair, 5 left conveying mechanisms, 6 supports, 7 right machine frame movement lead screw pair, 8 right conveying mechanisms, 9 upper right heads move lead screw pair, 10 upper right heads, 11 right frames, 12 bottom right heads, 13 conveyer belt translation cylinders, 14 connecting gear brackets, 15 connecting gear linear slide rails are secondary, 16 conveyer belt Connection Blocks, 17 conveyer belts;
18-1 pusher and upper material carrying mechanism, the upper tensioning mechanism of 18-2,18-3 hold-down mechanism, material carrying mechanism under 18-4,18-5 work enters structure, 18-6 machine head base, 18-7 heating arrangement and location structure, the front upper compression cylinder of 18-8, upper compression cylinder after 18-9, 18-10 compression cylinder installing plate, the upper crushing clamper base of 18-11, 18-12 cylinder extension bar, the upper pressing tongs of 18-13, the upper backup plate of 18-14, the upper and lower pressing tongs of 18-15, the upper and lower crushing clamper base of 18-16, upper pressing tongs installing plate under 18-17, under 18-18, upper pressing tongs supports, upper pressing tongs under 18-19, backup plate under 18-20, the lower pressing tongs of 18-21, the lower crushing clamper base of 18-22, 18-23 linear slide rail kinematic pair, 18-24 limiting cylinder, 18-25 limited screw fixed head, 18-26 feeding cylinder block, 18-27 feeding cylinder one, 18-28 feeding cylinder two, 18-29 upper strata pressing tongs holder, 18-30 heating plate, 18-31 holding piece, 18-32 heating tube, 18-33 connecting plate, 18-34 linear slide rail is secondary, 18-35 heats cylinder, 18-36 heats positioning sliding block seat, 18-37 changes guiding mechanism, 18-38 movable plate, 18-39 conversion cylinder, 18-40 heating location transposition cylinder one, 18-41 heating location transposition guiding mechanism, 18-42 location-plate connecting plate, 18-43 location-plate cylinder, 18-44 heating location transposition cylinder two, 18-45 linear slide rail is secondary, the upper location-plate of 18-46, location-plate under 18-47.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in detail:
Realize the seamed double-deck door and window welding machine tool automatically changed with seamless welding, comprise a support 6, described support 6 is provided with left frame 2 and right frame 11, described left frame 2 is fixed on the left end of support 6, right frame 11 horizontally slips back and forth along support 6 under the driving of right machine frame movement lead screw pair 7, a lower-left head 1 is installed in one end of described left frame 2, the other end installs upper left head 3, a bottom right head 12 is installed in one end of right frame, the other end installs a upper right head 10, and described upper left head 3, upper right head 10 moves lead screw pair 4 at upper left head, upper right head moves under the driving of lead screw pair 9 along lower-left head, direction, head place, bottom right slidably reciprocates, right conveying mechanism 8, the left conveying mechanism 5 for transmitting section bar is provided with in the inner side of described left frame, right frame.
Right conveying mechanism 8, left conveying mechanism 5 comprise conveyer belt 17 respectively, conveyer belt 17 is connected with connecting gear linear slide rail secondary 15 by conveyer belt Connection Block 16, the bottom of connecting gear linear slide rail pair 15 is arranged on connecting gear bracket 14, the side of connecting gear linear slide rail pair 15 is provided with conveyer belt translation cylinder 13, drives whole right conveying mechanism 8, left conveying mechanism 5 moves.
Described lower-left head, upper left head, bottom right head and upper right head comprise machine head base 18-6 and the pusher be located at above machine head base 18-6 and upper material carrying mechanism 18-1, upper tensioning mechanism 18-2, hold-down mechanism 18-3, lower material carrying mechanism 18-4, work separately and enter structure 18-5, heating arrangement and location structure 18-7; Location structure and heating arrangements are arranged in location heating transformational structure, seamed and the seamless welding that detent mechanism realizes upper and lower two-layer door and window by the pore size changed between front clamper and rear pressing tongs under the driving of drive unit is simultaneously changed automatically, described heating arrangement realizes the heating of upper and lower two-layer door and window under the driving of drive unit simultaneously, and automatically changes with the seamed seamless welding of detent mechanism the automatic conversion realizing seamed seamless heating.
Hold-down mechanism 18-3 is arranged on linear slide rail kinematic pair 18-23, comprise two pairs of pressing tongs of upper and lower setting, every a pair pressing tongs includes pressing tongs and lower pressing tongs, and the upper pressing tongs of often pair of pressing tongs is under the driving of respective cylinder, along the upper and lower slip of upper strata pressing tongs holder 18-29, the lower pressing tongs of often pair of pressing tongs is fixed on below upper pressing tongs relative separately.
The side of upper crushing clamper base is provided with upper and lower two groups of linear slide rail kinematic pairs.
A pair pressing tongs being positioned at bottom comprises lower pressing tongs 18-21 and lower upper pressing tongs 18-19, the bottom of described lower pressing tongs 18-21 is fixed on lower crushing clamper base 18-22, arranges a lower backup plate 18-20 perpendicular to lower crushing clamper base 18-22 at the back of lower pressing tongs 18-21; The top of described lower upper pressing tongs 18-19 is fixed on lower upper pressing tongs installing plate 18-17, moves under the driving of described lower upper pressing tongs installing plate 18-17 compression cylinder 18-9 on rear along two groups of linear slide rail kinematic pairs of bottom are upper and lower.
Above connect with cylinder extension bar 18-12 between compression cylinder 18-9 and lower upper pressing tongs installing plate 18-17 afterwards.
Go up down pressing tongs support 18-18 to be arranged between lower upper pressing tongs installing plate 18-17 and lower backup plate 18-20.
Superposed a pair pressing tongs comprises upper and lower pressing tongs 18-15 and upper pressing tongs 18-13, the bottom of the described 18-15 of pressing tongs is up and down fixed on upper and lower crushing clamper base 18-16, arranges a upper backup plate 18-14 perpendicular to lower pressing tongs holder II at the back of upper and lower pressing tongs 18-15; The top of described upper pressing tongs 18-13 is fixed on crushing clamper base 18-11, and linear slide rail kinematic pair is upper and lower moves along two of top groups under the driving of front upper compression cylinder 18-8 for described upper crushing clamper base 18-11.
Rear upper compression cylinder 18-9 and front upper compression cylinder 18-8 is arranged on compression cylinder installing plate 18-10;
Location structure and heating arrangements 18-7 are arranged on location heating transposition structure, seamed and the seamless welding that detent mechanism realizes upper and lower two-layer door and window by the pore size changed between front clamper and rear pressing tongs under the driving of drive unit is simultaneously changed automatically, described heating arrangement realizes the heating of upper and lower two-layer door and window under the driving of drive unit simultaneously, realizes the automatic conversion of seamed seamless welding heating under the driving of up-down drive device.
Lower pressing tongs 18-21, lower upper pressing tongs 18-19, up and down pressing tongs 18-15 and upper pressing tongs 18-13 include front clamper and rear pressing tongs, and front clamper and rear pressing tongs realize feeding respectively and exit under the driving of two feeding cylinders; In fig. 2, the driving cylinder that what feeding cylinder one 18-27, feeding cylinder two 18-28 represented respectively is upper strata pressing tongs and lower floor's pressing tongs part are corresponding, feeding cylinder one 18-27, feeding cylinder two 18-28 are arranged on feeding cylinder block 18-26, and the bottom of described feeding cylinder block 18-26 is provided with limited screw fixed head 18-25 and limiting cylinder 18-24.
Heating arrangement comprises heating plate 18-30, heating plate 18-30 is provided with holding piece 18-31, heating tube 18-32 is provided with in heating plate 30, described heating plate 18-30 is connected with heating cylinder 18-35 by connecting plate 18-33, and described connecting plate moves around along a pair linear slide rail secondary 18-34, the slide block of linear slide rail pair 34 returns to slide along heating positioning sliding block seat 18-36.
Detent mechanism comprises a upper location-plate 18-46 and lower location-plate 18-47, upper location-plate 18-46 is connected with location-plate cylinder 18-43 by same connecting plate 18-42 with lower location-plate 18-47, locate while upper location-plate 46 and lower location-plate 18-47 realize upper and lower two-layer clamping structure under the driving of location-plate cylinder 43 simultaneously, detent mechanism moves back and forth along linear slide rail secondary 18-45.
The bottom of upper location-plate, lower location-plate is provided with a second order boss separately, and one of them boss is used for being positioned with seam welding; One of them boss is for locating seamless welding.
Location heating transformational structure comprises heating positioning sliding block seat 18-36, described detent mechanism and heating arrangement are arranged on heating positioning sliding block seat 18-36, described heating positioning sliding block seat 18-36 is under the driving of cylinder switching 18-39, move up and down, to realize the clamping of the diverse location of detent mechanism and heating arrangements, and then realize the conversion of seamed seamless two kinds of welding manners; The piston rod of cylinder switching 39 drives heating positioning sliding block seat 18-36 through movable plate 38;
Heating arrangements by cylinder switching, during to realize heating forward and backward pressing tongs retaining part clamping be the conversion of heating plate or two kinds of clip positions of holding piece, namely realize the conversion of two kinds of mode of heatings of seamed seamless two kinds of welding manners.
Upper location-plate, lower location-plate pass through cylinder switching, the conversion of two kinds of clip positions of a boss and two boss in the second order boss of the retaining part clamping of forward and backward pressing tongs during to realize heating; Namely the conversion of two kinds of mode of heatings of seamed seamless two kinds of welding manners is realized.
The bottom of heating positioning sliding block seat 18-36 is also provided with the transposition cylinder driving detent mechanism and heating arrangement transposition; Transposition cylinder comprises heating location transposition cylinder one 18-40 and heating location transposition cylinder one 18-44 of two symmetrical dresses, and the piston rod end of two transposition cylinders is connected by floating junction, and two cylinders are controlled by center-leakage type two-position-five-way solenoid valve; Because be not only the position conversion that will realize detent mechanism and heating arrangement, before also will realizing forward and backward pressing tongs clamping position plate heating plate, location-plate, heating plate are in quick condition, in case site error affects the accurate location of location-plate, heating plate, therefore with the mode of two transposition cylinders docking add the control of center-leakage type two-position-five-way solenoid valve to two transposition cylinders realize locating and heating time the demand of two kinds of diverse locations and location-plate, heating plate two-way floating state.
Two transposition cylinders realize its guiding by heating location transposition guiding mechanism 18-41; Cylinder switching 18-39 realizes guiding by conversion guiding mechanism 18-37.
Discharging mechanism, comprise a slide block fixed head be fixed on welder head, slide block fixed head is fixed the first cylinder, the cylinder rod of the first cylinder drives a slide rail fixed mount, its door and window is made to depart from welder head, second cylinder of the discharging of responsible lower floor door and window is installed in the lower end of slide rail fixed mount, the jack-up of responsible upper strata door and window and the 3rd cylinder of whereabouts are installed in the upper end of slide rail fixed mount; Described welder head is also provided with a material jacking mechanism for jack-up lower floor door and window.
First cylinder is fixed on slide block fixed head by cylinder block, and the first cylinder is furnished with guider I.
Guider I is linear slide rail I.
3rd cylinder is a double stroke cylinder, and is furnished with guider II.
Guider II is linear slide rail II.
3rd cylinder is arranged on retainer cylinder block, and described upper retainer cylinder block is arranged on retainer plate, and described upper retainer plate is fixed on slide rail fixed mount.
Material jacking mechanism comprises a four-cylinder, and described four-cylinder is fixed on welder head by liftout cylinder fixed head, and the cylinder rod of four-cylinder is equipped with cylinder, when cylinder rod stretches out, by cylinder lower floor's door and window jack-up.
Welding method of the present utility model is as follows:
Step 1. is according to the welding requirements of section bar, selection has seam welding or seamless welding, according to welds types, by the height of location-plate and heating plate under location-plate in the determination that is positioned at the driving cylinder bottom detent mechanism and lower location-plate, and then the selection of two kinds of different clip positions when realizing location and heating;
Step 2. clicks back ginseng button, right frame, upper left head, and upper right head gets back to initial position, and the forward and backward pressing tongs of four upper and lower compressing structures of head opens under the driving of drive unit;
Step 3. input needs the size of the door and window finished product frame of welding,
Step 4. presses operation button, and equipment completes following action simultaneously:
A. upper and lower location-plate realizes the feeding in forward and backward pressing tongs under the driving of drive unit, and the forward and backward pressing tongs of upper and lower compressing structure closes up, and clamps location-plate;
B. conveyer belt translation cylinder is retracted, and conveying mechanism is close to frame;
C. right frame moves to desired position along support under the driving of drive unit;
Step 5. places section bar and below section bar above;
Step 6. clicks operation button, upper left head and upper right head under the driving of drive unit along gantry motion to desired position;
Step 7. places left side section bar and right side section bar,
Step 8. clicks operation button, and the upper pressing tongs of upper and lower compressing structure falls compression section bar;
The forward and backward pressing tongs of the upper and lower compressing structure of step 9. is return, and jaw is dehisced, and location-plate exits under the driving of drive unit;
Step 10. heating plate enters under drive unit, and the forward and backward pressing tongs feeding of upper and lower compressing structure is closed up, and heats section bar;
After the heating of step 11. section bar, the forward and backward pressing tongs of upper and lower compressing structure opens to be return, and heating plate exits;
The forward and backward pressing tongs of the upper and lower compressing structure of step 12. again feeding closes up, and section bar docking is merged;
The upper and lower pressing tongs of step 13. lifts, and forward and backward pressing tongs exits, and liftout cylinder stretches out simultaneously, and by section bar top from lower pressing tongs, conveyer belt movable cylinder stretches out, and conveyer belt is away from frame, and right frame moves to right; Charging cylinder stretches out, and section bar is pushed away head;
Step 14. lower floor liftout cylinder is retracted, and lower profile is fallen on conveyer belt, is transferred out by the section bar welded by conveying mechanism;
Step 15. upper strata retainer cylinder stretches out, and upper aluminum profiles is fallen on conveyer belt, is transferred out by the section bar welded by conveying mechanism;
By reference to the accompanying drawings detailed description of the invention of the present utility model is described although above-mentioned; but the restriction not to the utility model protection domain; one of ordinary skill in the art should be understood that; on the basis of the technical solution of the utility model, those skilled in the art do not need to pay various amendment or distortion that creative work can make still within protection domain of the present utility model.
Claims (8)
1. realize the seamed double-deck door and window welding machine tool automatically changed with seamless welding, it is characterized in that: comprise a support, described support is provided with left frame and right frame, described left frame is fixed on the left end of support, right frame horizontally slips back and forth along support under the driving of drive unit, a lower-left head is installed in one end of described left frame, the other end installs upper left head, a bottom right head is installed in one end of right frame, the other end installs a upper right head, and described upper left head, upper right head under the driving of drive unit along lower-left head, direction, head place, bottom right slidably reciprocates, the structure for conveying for transmitting section bar is provided with in the inner side of described left frame, right frame, also be provided with a switch board in the side of support, described switch board is provided with a guidance panel, realizes the operation to whole lathe.
2. realize the seamed double-deck door and window welding machine tool automatically changed with seamless welding as claimed in claim 1, it is characterized in that: described lower-left head, upper left head, the compressing structure that bottom right head and upper right head comprise machine head base separately and be located at above machine head base, heating arrangement and location structure, described location structure and heating arrangements are arranged in location heating transformational structure, detent mechanism is realized by the pore size changed between front clamper and rear pressing tongs under the driving of drive unit simultaneously, seamed and the seamless welding of lower two-layer door and window is changed automatically, on described heating arrangement realizes under the driving of drive unit simultaneously, the heating of lower two-layer door and window, and automatically change with the seamed seamless welding of detent mechanism the automatic conversion realizing seamed seamless heating.
3. realize the seamed double-deck door and window welding machine tool automatically changed with seamless welding as claimed in claim 2, it is characterized in that: described compressing structure comprises vertically disposed upper and lower two parts, wherein every part includes and is vertically disposed on upper pressing tongs on supporting seat and lower pressing tongs, lower pressing tongs is fixed on supporting seat, upper pressing tongs moves up and down under the effect of compression cylinder, and described upper pressing tongs and lower pressing tongs include a front clamper and rear pressing tongs.
4. realize the seamed double-deck door and window welding machine tool automatically changed with seamless welding as claimed in claim 2, it is characterized in that,
Described heating arrangement comprises heating plate, is provided with upper and lower holding piece on hot plate, and described heating plate is by connecting plate and driving cylinders, and described connecting plate moves around along a pair slide rail pair.
5. realize the seamed double-deck door and window welding machine tool automatically changed with seamless welding as claimed in claim 2, it is characterized in that, described detent mechanism comprises a upper location-plate and a lower location-plate, described upper location-plate and lower location-plate, by same connecting plate and same cylinders, are located while upper location-plate and lower location-plate realize upper and lower two-layer clamping structure under the driving of same cylinder simultaneously.
6. realize the seamed double-deck door and window welding machine tool automatically changed with seamless welding as claimed in claim 5, it is characterized in that, described upper location-plate, the bottom of lower location-plate are provided with a second order boss separately, and one of them boss is used for being positioned with seam welding; One of them boss is for locating seamless welding.
7. realize the seamed double-deck door and window welding machine tool automatically changed with seamless welding as claimed in claim 2, it is characterized in that, described location heating transformational structure comprises heating positioning sliding block seat, described detent mechanism and heating arrangement are arranged on heating positioning sliding block seat, described heating positioning sliding block seat is under the driving of cylinder switching, move up and down, to realize the clamping of the diverse location of detent mechanism and heating arrangements, and then realize the conversion of seamed seamless two kinds of welding manners; The bottom of described heating positioning sliding block seat is also provided with the transposition cylinder driving detent mechanism and heating arrangement transposition.
8. realize the seamed double-deck door and window welding machine tool automatically changed with seamless welding as claimed in claim 7, it is characterized in that, described transposition cylinder comprises two symmetrical cylinders installed, and the piston rod end of two transposition cylinders relatively and connected by floating junction; Two cylinders are controlled by center-leakage type two-position-five-way solenoid valve.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520236597.XU CN204566676U (en) | 2015-04-17 | 2015-04-17 | Realize the seamed double-deck door and window welding machine tool automatically changed with seamless welding |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520236597.XU CN204566676U (en) | 2015-04-17 | 2015-04-17 | Realize the seamed double-deck door and window welding machine tool automatically changed with seamless welding |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104760276A (en) * | 2015-04-17 | 2015-07-08 | 济南辰禾机器有限公司 | Double-layer door and window welding machine tool and method for realizing automatic conversion of seamed welding and seamless welding |
| CN106670704A (en) * | 2016-08-27 | 2017-05-17 | 安徽万朗磁塑股份有限公司 | Door seal four-corner welded seat coordinate positioning system |
-
2015
- 2015-04-17 CN CN201520236597.XU patent/CN204566676U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104760276A (en) * | 2015-04-17 | 2015-07-08 | 济南辰禾机器有限公司 | Double-layer door and window welding machine tool and method for realizing automatic conversion of seamed welding and seamless welding |
| CN104760276B (en) * | 2015-04-17 | 2017-03-01 | 济南辰禾机器有限公司 | Realize the seamed double-deck door and window welding machine tool with seamless welding automatic conversion and method |
| CN106670704A (en) * | 2016-08-27 | 2017-05-17 | 安徽万朗磁塑股份有限公司 | Door seal four-corner welded seat coordinate positioning system |
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