CN205571817U - Stirrup fixing device - Google Patents
Stirrup fixing device Download PDFInfo
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- CN205571817U CN205571817U CN201620417645.XU CN201620417645U CN205571817U CN 205571817 U CN205571817 U CN 205571817U CN 201620417645 U CN201620417645 U CN 201620417645U CN 205571817 U CN205571817 U CN 205571817U
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- stirrup
- frame
- fixing device
- mould bases
- track frame
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Abstract
The utility model discloses a stirrup fixing device, the frame that stirrup fixing device includes the track frame and is used for the support rail frame, being equipped with two parallel arrangement's slide rail on the track frame, being equipped with the fixed die carrier of stirrup between two slide rails, the both ends of the fixed die carrier of stirrup are respectively with two slide rail sliding fit, track frame with be equipped with the elastic mechanism between the frame, the both ends of elastic mechanism respectively with the lower extreme of track frame with the upper end of frame is connected. The utility model discloses simple structure, convenient operation only need send into welding station and weld and to accomplish after the reinforcing bar is put to the fixed die carrier of stirrup, increased welded speed simultaneously, improves work efficiency.
Description
Technical field
This utility model relates to stirrup manufacture field, is specifically related to a kind of stirrup fixing device.
Background technology
Stirrup is used to meet anti-shear intensity, and connects the main muscle of stress and the reinforcing bar of muscles and bones frame, point single hoop muscle, rectangle hoop, rhombus stirrup, polygon stirrup, groined type stirrup and circular stirrups etc. are mixed in compressive region.The limb number of stirrup is to see in the same cross section of beam the radical at short transverse stirrup, and the processing of many limbs stirrup is typically with the form of welding, making a stirrup and fix mould bases, reinforcing bar is fixed on stirrup and fixes mould bases, then workmen utilizes welding gun to be welded and fixed by the node of reinforcing bar.In order to increase processing progress, generally arranging two people to operate, a personal responsibility fixes placement reinforcing bar on mould bases at stirrup, and another one people is responsible for each welded joint is carried out welding job.The most not only working (machining) efficiency is low, also needs to many people simultaneously and operates, add cost of labor, too increases the work load of workman simultaneously.
nullIn order to solve this problem，Applicant devises a kind of many limbs rectangle hoop welder，Including bipolar electrode welder and stirrup fixing device，Described bipolar electrode welder includes support，Upper bracket and lower carriage it is relatively set with on support，Upper electrode holder and lower electrode holder it is relatively set with between upper bracket and lower carriage，Conductive plate and lower conducting plate it is relatively set with between upper electrode holder and lower electrode holder，The lower surface of upper conductive plate is fixedly connected with two pieces of upper welding electrodes being arranged side by side，The upper surface of described lower conducting plate and described upper welding electrode opposite position are fixedly connected with two pieces of lower welding electrodes being arranged side by side，The place plane of the lower surface of described upper welding electrode is parallel to the place plane of the upper surface of described lower welding electrode，The telescoping mechanism that described upper electrode holder can be made to move reciprocatingly it is fixedly connected with towards lower electrode holder direction on described upper bracket，The lower end of described lower electrode holder is fixing with the upper end of described lower carriage to be connected，The upper end of described upper conductive plate is fixing with the lower end of described upper electrode holder to be connected，The lower end of described lower conducting plate is fixing with the upper end of described lower electrode holder to be connected，The upper end of described upper welding electrode is fixing with the lower end of described upper conductive plate to be connected，The lower end of described lower welding electrode is fixing with the upper end of described lower conducting plate to be connected.But wherein stirrup fixing device needs how to design, and can have simple in construction, easy to operate, improve the effects such as work efficiency, just become the problem needing to consider further.
Utility model content
For above-mentioned the deficiencies in the prior art, technical problem to be solved in the utility model is: how to provide a kind of simple in construction, easy to operate, improves the stirrup fixing device of work efficiency.
In order to solve above-mentioned technical problem, this utility model have employed following technical scheme:
nullA kind of many limbs rectangle hoop welder，Including bipolar electrode welder and stirrup fixing device，Described bipolar electrode welder includes support，Upper bracket and lower carriage it is relatively set with on support，Upper electrode holder and lower electrode holder it is relatively set with between upper bracket and lower carriage，Conductive plate and lower conducting plate it is relatively set with between upper electrode holder and lower electrode holder，The lower surface of upper conductive plate is fixedly connected with two pieces of upper welding electrodes being arranged side by side，The upper surface of described lower conducting plate and described upper welding electrode opposite position are fixedly connected with two pieces of lower welding electrodes being arranged side by side，The place plane of the lower surface of described upper welding electrode is parallel to the place plane of the upper surface of described lower welding electrode，The telescoping mechanism that described upper electrode holder can be made to move reciprocatingly it is fixedly connected with towards lower electrode holder direction on described upper bracket，The lower end of described lower electrode holder is fixing with the upper end of described lower carriage to be connected，The upper end of described upper conductive plate is fixing with the lower end of described upper electrode holder to be connected，The lower end of described lower conducting plate is fixing with the upper end of described lower electrode holder to be connected，The upper end of described upper welding electrode is fixing with the lower end of described upper conductive plate to be connected，The lower end of described lower welding electrode is fixing with the upper end of described lower conducting plate to be connected；
Described stirrup fixing device includes track frame and the frame for support track bracket, described track frame is provided with two slide rails be arrangeding in parallel, article two, it is provided with stirrup between slide rail and fixes mould bases, stirrup is fixed the two ends of mould bases and is slidably matched with two described slide rails respectively, described stirrup is fixed mould bases and is also located between described upper welding electrode and described lower welding electrode, when described stirrup fix mould bases slide into welding post time, the stirrup lower surface that described stirrup is fixed on mould bases contacts with described lower welding electrode upper surface.
In this utility model, corresponding reinforcing bar is first put into stirrup fix and be fixed on mould bases, then stirrup is being promoted to fix mould bases, stirrup is fixed mould bases and is slided on slide rail, the reinforcing bar fixed by stirrup on mould bases pushes to welding post so that it is in limb hoop reinforcing steel bar two ends welded joint alignment welding electrode；Telescoping mechanism makes upper electrode holder downward motor cabinet direction move；Upper welding electrode touches energising welding after the reinforcing bar node of stirrup；Restart telescoping mechanism retraction afterwards, make welding electrode depart from stirrup, then proceed to promote stirrup to fix mould bases and slide on slide rail, make the reinforcement welding node alignment welding post of next stirrup, repeat previous step work and weld, until welding is fully completed.Thus having only to a people and just can complete work, reduce the spending of cost of labor, operation is also convenient for simple, and improves working (machining) efficiency.
Further, described telescoping mechanism includes the fixing cylinder I connected on described upper bracket, and cylinder I includes the piston rod I that can stretch along described upper electrode holder and described lower electrode holder relative direction, and the top of piston rod I is fixing with the upper end of described upper electrode holder to be connected.By the flexible motion controlling upper electrode holder of cylinder piston rod, there is simple in construction, the advantage such as easy to maintenance.
Further, it is provided with elastic mechanism between described track frame and described frame, the two ends of elastic mechanism are connected with the lower end of described track frame and the upper end of described frame respectively, when described stirrup fix mould bases be in welding post time, described stirrup can be fixed stirrup lower surface on mould bases and conflict on the upper surface of described lower welding electrode by described upper welding electrode.For the more preferable upper surface with lower welding electrode of stirrup lower surface energy making stirrup fix on mould bases, under the effect of upper welding electrode pressure, elastic mechanism compresses, and stirrup lower surface is preferably conflicted on the upper surface of lower welding electrode, preferably completed welding job.
Further, described track frame lower surface is provided with lead along described piston rod I telescopic direction, and described frame upper surface is provided with, along described piston rod I telescopic direction, the chute being slidably matched with described lead.In the case of being pressed down, provide guide effect for track frame, prevent sideslip, make welding electrode and lower welding electrode accurately reinforcing bar be welded.
Further, described elastic mechanism includes rack-mounted cylinder II, and cylinder II includes piston rod II that can be flexible along the direction being perpendicular to two described slide rail place planes, and the lower end of described track frame is fixing with the top of described piston rod II to be connected.Telescoping mechanism acts on the stirrup that stirrup is fixed on mould bases, and track frame acts on piston rod II simultaneously, and piston rod II bounces back to cylinder II.After welding, piston rod II returns to original state, simple in construction in cylinder II under gas pressure effect, and installation is also convenient for, and safeguards the simplest simultaneously.
Further, the lower surface of described upper electrode holder and the upper surface of described lower electrode holder are each provided with T-shaped chute, T-shaped chute in described upper electrode holder is mutually perpendicular to the T-shaped chute on described lower electrode holder, the lower surface of described upper conductive plate is provided with the groove in described upper electrode holder direction and the through hole coaxial with groove, the upper surface of described lower conducting plate is provided with the groove in described lower electrode holder direction and the through hole coaxial with groove, the diameter of groove is more than the diameter of through hole, it is provided with, in described T-shaped chute, the slide block being slidably matched with it, connect on slide block and have the stud I extending in described groove through described T-shaped chute and described through hole, it is provided with that threaded with described stud I in described groove and makes described upper conductive plate and lower conducting plate compress described upper electrode holder and the hold-doun nut of lower electrode holder respectively.Can be according to the corresponding conductive plate of different size of stirrup installation, orthogonal T-shaped chute conveniently makes the welding electrode on conductive plate be mutually aligned.
nullFurther，Described stirrup welder also includes cooling system，Described cooling system includes two the upper cooling water cavity bodies I being positioned at described upper conductive plate、Two lower cooling water cavity bodies I in lower conducting plate、Upper cooling water cavity body II in upper electrode holder and the lower cooling water cavity body II in lower electrode holder，Described upper conductive plate is each provided with the aqueduct connected by two described upper cooling water cavity bodies I with two described lower cooling water cavity bodies I with the side of described lower conducting plate，Opposite side is each provided with the water inlet pipe connected with cooling water cavity body I on one of them and one of them lower cooling water cavity body I、By cooling water cavity body I on another and upper cooling water cavity body II and the aqueduct that another lower cooling water cavity body I is connected with lower cooling water cavity body II，Described upper electrode holder and described lower electrode holder are each provided with the outlet pipe connected with upper cooling water cavity body II and lower cooling water cavity body II away from the side of described water inlet pipe.High temperature can be produced welding when, in order to postpone service life, use cooling water to sequentially enter in conductive plate and motor cabinet from water inlet pipe, motor cabinet, conductive plate and welding electrode are cooled down.
Further, two described upper welding electrodes be each located on along the projection of described piston rod I telescopic direction two described on cooling water cavity body I in the projection along described piston rod I telescopic direction, two described lower welding electrodes are being each located on two described lower cooling water cavity bodies I in the projection along described piston rod I telescopic direction along the projection of described piston rod I telescopic direction..The high temperature that welding electrode produces conducts on conductive plate, and the cooling water that such heat can be cooled in water cavity rapidly is taken away, and does not ends up on conductive plate, affects its service life.
Further, described track frame upper surface is additionally provided with mould bases traction apparatus, mould bases traction apparatus includes laying respectively at described slide rail two ends belt pulley, is coated on belt pulley belt that is outer and that arrange along described slide rail length direction and for driving the driving motor of pulley rotation, and described stirrup is fixed mould bases and fixed with described belt and be connected.Fix the movement of mould bases by driving motor to control stirrup, alleviate the labor intensity of workman.It can in addition contain control the operation of drive electrode with mcu programming, it is achieved Automated condtrol.
Further, the bottom of described frame is provided with arrangement for adjusting height, height adjustment mechanism includes horizontally disposed sole, the upper surface of sole is provided with stud II straight up, the screw that the bottom of described frame is provided with straight up and matches with described stud II, on the described stud II between described frame and described sole, also threaded engagement has lock nut.Can preferably regulate stirrup and fix the position of mould bases, by regulating the arrangement for adjusting height of frame lower end, rotate sole, make mobile regulation under sole in the vertical direction, finally utilizing lock nut to be locked by sole.
In sum, the beneficial effects of the utility model are: this utility model simple in construction, easy to operate, it is only necessary to fix at stirrup and send into welding post after mould bases puts reinforcing bar and carry out welding and can complete, add the speed of welding simultaneously, improve work efficiency.
Accompanying drawing explanation
In order to make the purpose of utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing, this utility model is described in further detail, wherein:
Fig. 1 is the structural representation of many limbs rectangle hoop welder；
Fig. 2 is the structural representation of bipolar electrode welder in Fig. 1；
Fig. 3 is the structural representation of stirrup fixing device in Fig. 1；
Fig. 4 is the structural representation that in Fig. 1, mould bases fixed by stirrup；
Fig. 5 is the structural representation of location-plate in Fig. 4.
Detailed description of the invention
Below in conjunction with a kind of many limbs rectangle hoop welder that have employed this utility model structure and accompanying drawing thereof, the utility model is described in further detail.
nullAs shown in Figures 1 to 5，Many limbs rectangle hoop welder in this detailed description of the invention，Including bipolar electrode welder and stirrup fixing device，Described bipolar electrode welder includes support 1，Upper bracket 2 and lower carriage 3 it is relatively set with on support 1，Upper electrode holder 4 and lower electrode holder 5 it is relatively set with between upper bracket 2 and lower carriage 3，Conductive plate 6 and lower conducting plate 7 it is relatively set with between upper electrode holder 4 and lower electrode holder 5，The lower surface of upper conductive plate 6 is fixedly connected with two pieces of upper welding electrodes 8 being arranged side by side，The upper surface of described lower conducting plate 7 and described upper welding electrode 8 opposite position are fixedly connected with two pieces of lower welding electrodes 9 being arranged side by side，The place plane of the lower surface of described upper welding electrode 8 is parallel to the place plane of the upper surface of described lower welding electrode 9，The telescoping mechanism that described upper electrode holder 4 can be made to move reciprocatingly it is fixedly connected with towards lower electrode holder 5 direction on described upper bracket 2，The lower end of described lower electrode holder 4 is fixing with the upper end of described lower carriage 3 to be connected，The upper end of described upper conductive plate 6 is fixing with the lower end of described upper electrode holder 4 to be connected，The lower end of described lower conducting plate 7 is fixing with the upper end of described lower electrode holder 4 to be connected，The upper end of described upper welding electrode 8 is fixing with the lower end of described upper conductive plate 6 to be connected，The lower end of described lower welding electrode 9 is fixing with the upper end of described lower conducting plate 7 to be connected；
Described stirrup fixing device includes track frame 10 and the frame 11 for support track bracket 10, described track frame 10 is provided with two slide rails be arrangeding in parallel 12, article two, it is provided with stirrup between slide rail 12 and fixes mould bases 13, stirrup is fixed the two ends of mould bases 13 and is slidably matched with two described slide rails 12 respectively, described stirrup is fixed mould bases 13 and is also located between described upper welding electrode 8 and described lower welding electrode 9, when described stirrup fix mould bases 13 slide into welding post time, the stirrup lower surface that described stirrup is fixed on mould bases 13 contacts with described lower welding electrode 9 upper surface.
In this detailed description of the invention, described telescoping mechanism includes the fixing cylinder I 14 connected on described upper bracket 2, cylinder I 14 includes the piston rod I that can stretch along described upper electrode holder 4 and described lower electrode holder 5 relative direction, and the top of piston rod I is fixing with the upper end of described upper electrode holder 4 to be connected.
In this detailed description of the invention, it is provided with elastic mechanism between described track frame 10 and described frame 11, the two ends of elastic mechanism are connected with the lower end of described track frame 10 and the upper end of described frame 11 respectively, when described stirrup fix mould bases 13 be in welding post time, described stirrup can be fixed stirrup lower surface on mould bases 13 and conflict on the upper surface of described lower welding electrode 9 by described upper welding electrode 8.
In this detailed description of the invention, described track frame 10 lower surface is provided with lead 15 along described piston rod I telescopic direction, and described frame 11 upper surface is provided with, along described piston rod I telescopic direction, the chute 16 being slidably matched with described lead 15.
In this detailed description of the invention, described elastic mechanism includes the cylinder II 17 being arranged in frame 11, cylinder II 17 includes piston rod II that can be flexible along the direction being perpendicular to two described slide rail 12 place planes, and the lower end of described track frame 10 is fixing with the top of described piston rod II to be connected.
nullIn this detailed description of the invention，The lower surface of described upper electrode holder 4 and the upper surface of described lower electrode holder 5 are each provided with T-shaped chute 18，T-shaped chute in described upper electrode holder 4 is mutually perpendicular to the T-shaped chute on described lower electrode holder 5，The lower surface of described upper conductive plate 6 is provided with the groove in described upper electrode holder 4 direction and the through hole coaxial with groove，The upper surface of described lower conducting plate 7 is provided with the groove in described lower electrode holder 5 direction and the through hole coaxial with groove，The diameter of groove is more than the diameter of through hole，It is provided with, in described T-shaped chute 18, the slide block being slidably matched with it，Connect on slide block and have the stud I extending in described groove through described T-shaped chute 18 and described through hole，It is provided with that threaded with described stud I in described groove and makes described upper conductive plate 6 and lower conducting plate 7 compress described upper electrode holder 4 and the hold-doun nut of lower electrode holder 5 respectively.
nullIn this detailed description of the invention，Described stirrup welder also includes cooling system，Described cooling system includes two the upper cooling water cavity bodies I being positioned at described upper conductive plate 6、Two lower cooling water cavity bodies I in lower conducting plate 7、Upper cooling water cavity body II in upper electrode holder 4 and the lower cooling water cavity body II in lower electrode holder 5，Described upper conductive plate 6 is each provided with the aqueduct connected by two described upper cooling water cavity bodies I with two described lower cooling water cavity bodies I with the side of described lower conducting plate 7，Opposite side is each provided with the water inlet pipe connected with cooling water cavity body I on one of them and one of them lower cooling water cavity body I、By cooling water cavity body I on another and upper cooling water cavity body II and the aqueduct that another lower cooling water cavity body I is connected with lower cooling water cavity body II，Described upper electrode holder 4 and described lower electrode holder 5 are each provided with the outlet pipe connected with upper cooling water cavity body II and lower cooling water cavity body II away from the side of described water inlet pipe.
In this detailed description of the invention, two described upper welding electrodes 8 be each located on along the projection of described piston rod I telescopic direction two described on cooling water cavity body I in the projection along described piston rod I telescopic direction, two described lower welding electrodes 9 are being each located on two described lower cooling water cavity bodies I in the projection along described piston rod I telescopic direction along the projection of described piston rod I telescopic direction.
In this detailed description of the invention, described track frame 10 upper surface is additionally provided with mould bases traction apparatus, mould bases traction apparatus includes laying respectively at described slide rail 12 two ends belt pulley 19, is coated on belt pulley 19 belt 20 that is outer and that arrange along described slide rail 12 length direction and for the driving motor 21 driving belt pulley 19 to rotate, and described stirrup is fixed mould bases 13 and fixed with described belt 20 and be connected.
In this detailed description of the invention, the bottom of described frame 11 is provided with arrangement for adjusting height 22, height adjustment mechanism includes horizontally disposed sole, the upper surface of sole is provided with stud II straight up, the screw that the bottom of described frame is provided with straight up and matches with described stud II, on the described stud II between described frame and described sole, also threaded engagement has lock nut.
Can also be so during implementing, stirrup fix mould bases 13 include main framing 23 and at least two be parallel to each other and with main framing 23 in cross-shaped secondary skeleton 24, described time skeleton 24 is fixed on main framing 23 and can slide along main framing 23 length direction；Be equipped with a limit for width card 25 being fixedly connected on time skeleton 24 at the two ends, left and right of every time skeleton 24, in two limit for width cards 25 of every skeleton 24 at least one can slide along direction, secondary skeleton 24 axis；Main framing 23 is additionally provided with at least one location-plate 26 being fixed on main framing 23 and can sliding in vertical direction on main framing 23, location-plate 26 is fixed with one piece for the Magnet 29 preventing limb bar deflection.
Main framing 23 and all skeletons 24 are equipped with at least one chute 27 arranged along its centrage, be equipped with in the middle part of every time skeleton 24, on the connecting bottom board of limit for width card 25 and location-plate 26 at least one for fixing skeleton 24, limit for width card 25 and the installing hole 28 of location-plate 26, secondary skeleton 24, limit for width card 25 and location-plate 26 all realize its fixing connection by bolt through installing hole 28 and chute 27.
The limit for width card 25 at described skeleton about 24 two ends all can slide on secondary skeleton 24.
One end the most upwards bending of described limit for width card 25 and location-plate 26, L-shaped, its upwards dogleg section formed baffle plate, bottom formed connecting bottom board.
Described Magnet 29 is permanent magnet, and is fixed on the baffle plate of location-plate 26.
Finally illustrate is, above example is only in order to illustrate the technical solution of the utility model and unrestricted, although this utility model being described by referring to preferred embodiment of the present utility model, but it will be understood by those within the art that, in the form and details it can be made various change, the spirit and scope of the present utility model limited without departing from appended claims.
Claims (5)
1. a stirrup fixing device, it is characterized in that: described stirrup fixing device includes track frame and the frame for support track bracket, described track frame is provided with two slide rails be arrangeding in parallel, article two, it is provided with stirrup between slide rail and fixes mould bases, stirrup is fixed the two ends of mould bases and is slidably matched with two described slide rails respectively, being provided with elastic mechanism between described track frame and described frame, the two ends of elastic mechanism are connected with the lower end of described track frame and the upper end of described frame respectively.
Stirrup fixing device the most according to claim 1, it is characterized in that: described track frame lower surface is provided with lead along the elastic direction of described elastic mechanism, and described frame upper surface is provided with, along the elastic direction of described elastic mechanism, the chute being slidably matched with described lead.
Stirrup fixing device the most according to claim 1, it is characterized in that: described elastic mechanism includes rack-mounted cylinder II, cylinder II includes piston rod II that can be flexible along the direction being perpendicular to two described slide rail place planes, and the lower end of described track frame is fixing with the top of described piston rod II to be connected.
Stirrup fixing device the most according to claim 1, it is characterized in that: described track frame upper surface is additionally provided with mould bases traction apparatus, mould bases traction apparatus includes laying respectively at described slide rail two ends belt pulley, is coated on belt pulley belt that is outer and that arrange along described slide rail length direction and for driving the driving motor of pulley rotation, and described stirrup is fixed mould bases and fixed with described belt and be connected.
Stirrup fixing device the most according to claim 1, it is characterized in that: the bottom of described frame is provided with arrangement for adjusting height, height adjustment mechanism includes horizontally disposed sole, the upper surface of sole is provided with stud II straight up, the screw that the bottom of described frame is provided with straight up and matches with described stud II, on the described stud II between described frame and described sole, also threaded engagement has lock nut.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620417645.XU CN205571817U (en) | 2016-05-10 | 2016-05-10 | Stirrup fixing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620417645.XU CN205571817U (en) | 2016-05-10 | 2016-05-10 | Stirrup fixing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205571817U true CN205571817U (en) | 2016-09-14 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620417645.XU Active CN205571817U (en) | 2016-05-10 | 2016-05-10 | Stirrup fixing device |
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| Country | Link |
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| CN (1) | CN205571817U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109759521A (en) * | 2019-01-21 | 2019-05-17 | 河北朴星合金科技有限公司 | A kind of hose clamp band high-precision edge rolling mechanism and its application method |
-
2016
- 2016-05-10 CN CN201620417645.XU patent/CN205571817U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109759521A (en) * | 2019-01-21 | 2019-05-17 | 河北朴星合金科技有限公司 | A kind of hose clamp band high-precision edge rolling mechanism and its application method |
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