CN203900756U - Centrifuge hydroecium welding frock - Google Patents
Centrifuge hydroecium welding frock Download PDFInfo
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- CN203900756U CN203900756U CN201420173887.XU CN201420173887U CN203900756U CN 203900756 U CN203900756 U CN 203900756U CN 201420173887 U CN201420173887 U CN 201420173887U CN 203900756 U CN203900756 U CN 203900756U
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- 238000005476 soldering Methods 0.000 description 5
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Abstract
The utility model provides a centrifuge hydroecium welding frock. The tool comprises a base, a wheel disc structure, a main roller, a slave roller, a first motor and a welding gun; the main roller and the auxiliary roller are detachably connected with the base, and are linearly arranged along the rolling direction; the main roller and the auxiliary roller are movably connected with the water chamber of the centrifuge and can drive the water chamber of the centrifuge to rotate; the wheel disc structure is detachably connected with the base; the wheel disc structure comprises a top rod, the top rod is abutted with the water chamber of the centrifuge and used for adjusting the angle of the water chamber of the centrifuge and the direction vertical to the rotation direction of the water chamber; the first motor is in transmission connection with the main roller and can drive the main roller to rotate; the welding gun is detachably connected with the base and used for welding the water chamber of the centrifuge. The automatic welding of centrifuge hydroecium has been realized to it, has reduced human cost and staff intensity of labour, has eliminated the potential safety hazard to improve the commonality of frock, two welder weld simultaneously, improved welding quality and work efficiency.
Description
Technical field
The utility model relates to centrifuge hydroecium welding technology field, particularly relates to centrifuge hydroecium welding tooling.
Background technology
Because the part comparison of centrifuge hydroecium is large, during soldering angle, be engraved in variation, during welding, must be that piecewise is along circumference soldering.Centrifuge hydroecium welding is at present by driving, centrifuge hydroecium to be sling to rotate, adjust soldering angle position, and must there be 2 employees to assist the soldering angle that keeps centrifuge hydroecium, just can complete the welding of whole centrifuge hydroecium part, and for keeping the soldering angle of centrifuge hydroecium, employee need endure high temperature to the fullest extent and decoct, and labour intensity is large.
Utility model content
For the problem of centrifuge hydroecium welding procedure complexity, the utility model provides a kind of centrifuge hydroecium automatic welding, centrifuge hydroecium welding tooling that staff labor intensity is little realized.
For reaching technical purpose, the utility model embodiment adopts following technical scheme:
The utility model provides a kind of centrifuge hydroecium welding tooling, for welding centrifuge hydroecium, comprises base, wheeling disk structure, and main roller, from roller, the first motor and welding gun;
Described main roller and describedly removably connect from roller and described base, and described main roller and described from roller along rotating direction linear array;
Described main roller and described from roller all with described movable connection of centrifuge hydroecium, and can drive described centrifuge hydroecium to rotate;
Described wheeling disk structure and described base removably connect;
Described wheeling disk structure comprises push rod, and described push rod and described centrifuge hydroecium butt, for regulating the angle of described centrifuge hydroecium and the perpendicular direction of its direction of rotation;
Described the first motor and described main roller are in transmission connection, and can drive described main roller to rotate;
Described welding gun and described base removably connect, for welding described centrifuge hydroecium.
As a kind of embodiment, the quantity of described welding gun is two.
As a kind of embodiment, described two welding guns are respectively the first welding gun and the second welding gun;
The first connecting portion of described the first welding gun and described base removably connects, and the second connecting portion of described the second welding gun and described base removably connects;
Described the first connecting portion is in the concave side of described centrifuge hydroecium;
Described the second connecting portion is in the convex side of described centrifuge hydroecium.
As a kind of embodiment, described the first welding gun comprises the first welding gun bucket and the first arc welding gun head;
Described the second welding gun comprises the second welding gun bucket and the second arc welding gun head;
Described the first welding gun bucket and described the first connecting portion removably connect, and described the first arc welding gun head is arranged on the top of described the first welding gun bucket, one-body molded with described the first welding gun bucket;
Described the second welding gun bucket and described the second connecting portion removably connect, and described the second arc welding gun head is arranged on the top of described the second welding gun bucket, one-body molded with described the second welding gun bucket.
As a kind of embodiment, described main roller is provided with the first groove, describedly from roller, is provided with the second groove;
The circumference of described centrifuge hydroecium is provided with flange;
Described flange is respectively with described the first groove with described the second groove is movable engages.
As a kind of embodiment, described main roller and respectively establish a limited block below roller;
The limited block being positioned at below described main roller is main limited block;
Being positioned at the described limited block from roller line face is from limited block.
As a kind of embodiment, also comprise the second motor;
Described main limited block and be describedly located at connecting rod from limited block, by described connecting rod associated;
One end of described connecting rod is connected with described the second electric-motor drive.
As a kind of embodiment, described connecting rod is provided with right-handed thread with one end that described the second motor is connected;
The other end of described connecting rod is provided with left hand thread;
Described main limited block is provided with dextrorotation internal thread;
Describedly from limited block, be provided with levogyrate inner thread;
Dextrorotation internal thread on the right-handed thread of one end that described connecting rod is connected with the second motor and described main limited block cooperatively interacts and regulates main roller and from the distance between roller;
The left hand thread of the other end of described connecting rod and the levogyrate inner thread from limited block cooperatively interact and regulate main roller and from the distance between roller.
As a kind of embodiment, described wheeling disk structure also comprises wheel disc, contiguous block, scalable connecting rod and wheel disc support bar;
Described contiguous block is connected with described base by wheel disc support bar;
Described scalable connecting rod is laterally applied in described contiguous block;
Described wheel disc is connected with described contiguous block by described scalable connecting rod, and described wheel disc is fixedly connected with one end of described scalable connecting rod, and the other end of described scalable connecting rod removably connects through contiguous block and described push rod;
Described scalable connecting rod is provided with screw thread, described contiguous block is provided with internal thread, described screw thread and described internal thread are suitable, by cooperatively interacting of described screw thread and described internal thread, regulate described scalable connecting rod to lean out/regain the length of described contiguous block, rotate described wheel disc and regulate described scalable connecting rod to lean out/regain the length of described contiguous block, and then regulate the angle of described centrifuge hydroecium and the perpendicular direction of its direction of rotation.
As a kind of embodiment, described wheel disc support bar comprises support bar and retractable support lever;
Described retractable support lever and support bar removably connect;
The other end of described support bar and described base removably connect;
The other end of described retractable support lever and described contiguous block removably connect.
The beneficial effects of the utility model:
Centrifuge hydroecium welding tooling of the present utility model, the first motor drives main roller to rotate, and then drive from roller and the rotation of centrifuge hydroecium, without human assistance, realize the automatic welding of centrifuge hydroecium, welding gun welds centrifuge hydroecium, has cancelled artificial welding, reduce human cost, reduced employee's labour intensity; Two welding guns weld simultaneously, and variations in temperature is constant, and weld seam shrinks consistent, can reduce weld defects such as producing pore, crackle, have improved welding quality and operating efficiency; Main roller and be equipped with groove from roller, guarantees not turn over down people before centrifuge hydroecium is not understood, and has eliminated potential safety hazard; Main roller and respectively establish a limited block below roller, the second two of Motor Control limited block closes up simultaneously or removes simultaneously, can adapt to the centrifuge hydroecium of variety classes size, has improved the versatility of this frock.
Accompanying drawing explanation
Fig. 1 is the main TV structure schematic diagram of an embodiment of centrifuge hydroecium welding tooling of the present utility model;
Fig. 2 is the plan structure schematic diagram of an embodiment of centrifuge hydroecium welding tooling of the present utility model;
Fig. 3 is the left TV structure schematic diagram of an embodiment of centrifuge hydroecium welding tooling of the present utility model.
Description of reference numerals:
In Fig. 1:
1 base, 2 main rollers, 3 from roller, 4 first motor, 5 welding guns, 6 from limited block, 7 main limited blocks, 8 connecting rods, 9 second motor, 10 wheeling disk structures;
In Fig. 2:
1 base, 2 main rollers, 3 from roller, 4 first motor, 50 first welding guns, 52 second welding guns, 6 from limited block, 7 main limited blocks, 8 connecting rods, 9 second motor, 10 wheeling disk structures;
In Fig. 3:
1 base, 11 wheel discs, 12 push rods, 13 contiguous blocks, 14 scalable connecting rods, 15 wheel disc support bars, 50 first welding guns, 52 second welding guns.
The specific embodiment
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the utility model centrifuge hydroecium welding tooling is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the utility model, and be not used in restriction the utility model.
Shown in Figure 1, the utility model embodiment provides a kind of centrifuge hydroecium welding tooling, comprises base 1, wheeling disk structure 10, and main roller 2, from roller 3, the first motor 4 and welding gun 5;
Described main roller 2 and describedly removably connect from roller 3 and described base 1, and described main roller 2 and described from roller 3 along rotating direction linear array;
Described main roller 2 and described from roller 3 all with described movable connection of centrifuge hydroecium, and can drive described centrifuge hydroecium to rotate;
Described wheeling disk structure 10 removably connects with described base 1;
Described wheeling disk structure 10 comprises push rod 12, and described push rod 12 and described centrifuge hydroecium butt, for regulating the angle of described centrifuge hydroecium and the perpendicular direction of its direction of rotation;
Described the first motor 4 is in transmission connection with described main roller 2, can drive described main roller 2 to rotate;
Described welding gun 5 removably connects with described base 1, for welding described centrifuge hydroecium.
Centrifuge hydroecium welding tooling of the present utility model, main roller 2 and being arranged on base 1 from roller 3, removably connect with base 1, main roller 2 with from roller 3 along rotating direction linear array, centrifuge hydroecium is movable is arranged on main roller and from roller, push rod 12 butts on the rear side of centrifuge hydroecium and wheeling disk structure 10, main roller 2, from roller 3 and push rod 12, cooperatively interact and support whole centrifuge hydroecium, and by the angle of wheeling disk structure 10 adjusting centrifuge hydroeciums and the perpendicular direction of its direction of rotation, regulate the center of gravity of centrifuge hydroecium, what centrifuge hydroecium just can be stable like this is arranged in this frock.The first motor 4 is in transmission connection with main roller 2, when opening the first motor 4, just can drive main roller 2 to rotate, main roller 2 rotates, drive the rotation of centrifuge hydroecium, and then drive from roller 3 rotations, rotate after certain hour, the stable rotation of centrifuge hydroecium, the centrifuge hydroecium of the 5 pairs of rotations of welding gun that removably connect with base 1 welds.The position of welding gun 5 can be local according to the difference that need to be arranged on base of centrifuge hydroecium welding.
In implementation process, wheeling disk structure 10 makes 5 ° of frock integral inclinations, after centrifuge hydroecium center of gravity, move, the push rod of wheeling disk structure 10 supports the peak of centrifuge hydroecium, and regulating the center of gravity of centrifuge hydroecium downward, the first motor 4 drives main roller 2 to rotate, and then drives centrifuge hydroecium and rotate from roller 3, after centrifuge hydroecium spin stabilization, 5 pairs of centrifuge hydroeciums of welding gun weld.Adopt frock of the present utility model to weld centrifuge hydroecium, cancelled with driving centrifuge hydroecium is sling to rotate, and do not need the auxiliary of employee, can realize the automatic welding of centrifuge hydroecium.The 5 pairs of centrifuge hydroeciums of welding gun that removably connect on base 1 weld, cancel employee's welding, reduced human cost, reduced employee's labour intensity, while having avoided employee because of auxiliary welding centrifuge hydroecium, endure decocting of high temperature to the fullest extent, automatic welding has improved operating efficiency.
As a kind of embodiment, shown in Fig. 2, Fig. 3, the quantity of described welding gun 5 is two.
As a kind of embodiment, described two welding guns are respectively the first welding gun 50 and the second welding gun 52;
Described the first welding gun 50 removably connects with the first connecting portion of described base 1, and described the second welding gun 52 removably connects with the second connecting portion of described base 1;
Described the first connecting portion is in the concave side of described centrifuge hydroecium;
Described the second connecting portion is in the convex side of described centrifuge hydroecium.
In the present embodiment, the quantity of welding gun 5 has two, be respectively the first welding gun 50 and the second welding gun 52, the first welding gun 50 removably connects with the first connecting portion of base 1, be positioned at the concave side of centrifuge hydroecium, for welding the concave surface inner side of centrifuge hydroecium, the second welding gun 52 removably connects with the second connecting portion of base 1, be positioned at the convex side of centrifuge hydroecium, for welding the convex surface dorsal part of centrifuge hydroecium.When centrifuge hydroecium rotates under the drive of the first motor 4, the first welding gun 50 and the second welding gun 52 operations simultaneously, realize the welding of forming a team of centrifuge hydroecium.The twice weld seam of centrifuge hydroecium concave side and convex side in the first welding gun 50 and the second welding gun 52 operations once property be soldered, the variations in temperature of twice weld seam is constant, weld seam shrinks consistent, can reduce weld defects such as producing pore, crackle, has improved welding quality.Because the welding of the first welding gun 50 and 52 pairs of centrifuge hydroeciums of the second welding gun is automations, cancelled artificial welding, and 2 people that can cut personnel, having reduced human cost, two welding gun operations simultaneously, have improved operating efficiency.
As a kind of embodiment, described the first welding gun 50 comprises the first welding gun bucket and the first arc welding gun head;
Described the second welding gun 52 comprises the second welding gun bucket and the second arc welding gun head;
Described the first welding gun bucket and described the first connecting portion removably connect, and described the first arc welding gun head is arranged on the top of described the first welding gun bucket, one-body molded with described the first welding gun bucket;
Described the second welding gun bucket and described the second connecting portion removably connect, and described the second arc welding gun head is arranged on the top of described the second welding gun bucket, one-body molded with described the second welding gun bucket.
The first arc welding gun head and the second arc welding gun head are the parts of outstanding bending, convenient centrifuge hydroecium are welded, and reduce the bonding area to the welding of centrifuge hydroecium, and centrifuge hydroecium has welded rear better appearance, has improved welding quality.The first welding gun bucket and the first connecting portion removably connect, and the second welding gun bucket and the second connecting portion removably connect, and make welding gun can be connected to according to specific needs the diverse location of base, have improved the versatility of frock.
As a kind of embodiment, described main roller 2 is provided with the first groove, describedly from roller 3, is provided with the second groove;
The circumference of described centrifuge hydroecium is provided with flange;
Described flange is respectively with described the first groove with described the second groove is movable engages.
The at present welding of centrifuge hydroecium is likened to terrified work by welder, the heaviest centrifuge hydroecium have 2 tons multiple, maximum gauge has 1540mm, if employee is centrifuged machine hydroecium in welding process, overturning is being pressed, severe one is dead, and the lighter's head cerebral concussion, waist fracture severe injury, cause lifelong maimed person.There is potential safety hazard in centrifuge hydroecium welding, security department repeatedly sounds a warning, and the interim measure of taking is at present that 1 people is aside seeing, 1 people's welding, to prevent that centrifuge hydroecium from translating into, causes the accident.Frock of the present utility model, at main roller 2 with from roller 3, be equipped with groove, when centrifuge hydroecium rotates like this, flange on centrifuge hydroecium circumference can be stuck in the first groove and the second groove, centrifuge hydroecium is all rotated all the time in the first groove and the second groove, can not depart from groove.Just as train can only travel in orbit, centrifuge hydroecium does not turn over down people before not understanding like this, has eliminated potential safety hazard, the personal safety while having guaranteed employee's operation.
As a kind of embodiment, described main roller 2 and respectively establish a limited block below roller 3;
Being positioned at described main roller 2 limited block is below main limited block 7;
Being positioned at described limited block below roller 3 is from limited block 6.
Be positioned at the position of the main limited block 7 restriction main rollers 2 under main roller 2, be positioned at the position from limited block 6 restrictions from roller 3 from roller 3, can limit main roller 2 and not move around from roller 3, maintain a certain distance, thereby guarantee centrifuge hydroecium stable rotation in welding process, the centrifuge hydroecium of applicable variety classes size.
As a kind of embodiment, also comprise the second motor 9;
Described main limited block 7 and be describedly located at connecting rod 8 from limited block 6, by described connecting rod 8 associated;
One end of described connecting rod 8 and described the second motor 9 are in transmission connection.
Main limited block 7 and close and link up by connecting rod 8 from limited block 6; the second motor 9 is connected with one end of connecting rod 8; open the second motor 9; the second motor 9 drivening rods 8 rotate; connecting rod 8 rotates Shi Shi winner limited block 7 and closes up simultaneously or remove simultaneously from limited block 6; and then make main roller 2 and close up simultaneously or remove from roller 3; the position that closes up or remove is determined by the kind size of the centrifuge hydroecium that will weld; this frock can be welded the centrifuge hydroecium of variety classes size simultaneously like this, and its versatility is higher.
As a kind of embodiment, described connecting rod 8 is provided with right-handed thread with one end that the second motor 9 is connected;
The other end of described connecting rod 8 is provided with left hand thread;
Described main limited block 7 is provided with dextrorotation internal thread;
Describedly from limited block 6, be provided with levogyrate inner thread;
The right-handed thread of one end that described connecting rod 8 is connected with the second motor 9 and the dextrorotation internal thread on described main limited block 7 cooperatively interact and regulate main roller and from the distance between roller;
The left hand thread of the other end of described connecting rod 8 and the levogyrate inner thread from limited block 6 cooperatively interact and regulate main roller 2 and from the distance between roller 3.
Connecting rod 8 is provided with right-handed thread with one end that the second motor 9 is connected, main limited block 2 is provided with dextrorotation internal thread, dextrorotation internal thread on the right-handed thread that connecting rod is provided with and main limited block 7 matches, regulate main roller 2 and from the distance between roller 3, the other end of connecting rod 8 is provided with left hand thread, match with the levogyrate inner thread from limited block 6, regulate main roller 2 and from the distance between roller 3.The one end and the second motor 9 that are provided with the connecting rod 8 of right-handed thread are in transmission connection, when the second motor 9 clockwise rotates, drive main limited block 7 to turn clockwise, drive is rotated counterclockwise from limited block 6, two limited blocks inwardly close up simultaneously, two rollers also and then inwardly close up simultaneously, main roller 2 and dwindling from the distance between roller 3, when the second motor 9 rotates counterclockwise, drive main limited block 7 to be rotated counterclockwise, drive turns clockwise from limited block 6, two limited blocks are outwards removed simultaneously, two rollers are also and then outwards removed simultaneously, main roller 2 and large from the distance change between roller 3, main roller 2 and can deposit the centrifuge hydroecium of variety classes size from roller 3 like this, improved the versatility of the utility model frock.
As a kind of embodiment, shown in Figure 3, described wheeling disk structure 10 also comprises wheel disc 11, contiguous block 13, scalable connecting rod 14 and wheel disc support bar 15;
Described contiguous block 13 is connected with described base 1 by wheel disc support bar 15;
Described scalable connecting rod 14 is laterally applied in described contiguous block 13;
Described wheel disc 11 is connected with described contiguous block 13 by described scalable connecting rod 14, and described wheel disc 11 is fixedly connected with one end of described scalable connecting rod 14, and the other end of described scalable connecting rod 14 removably connects through contiguous block 13 and described push rod 12;
Described scalable connecting rod 14 is provided with screw thread, described contiguous block 13 is provided with internal thread, described screw thread and described internal thread are suitable, by cooperatively interacting of described screw thread and described internal thread, regulate described scalable connecting rod 14 to lean out/regain the length of described contiguous block 13, rotate described wheel disc 11 and regulate described scalable connecting rod 14 to lean out/regain the length of described contiguous block 13, and then regulate the angle of described centrifuge hydroecium and the perpendicular direction of its direction of rotation.
As a kind of embodiment, described wheel disc support bar 15 comprises support bar and retractable support lever;
Described retractable support lever and support bar removably connect;
The other end of described support bar and described base 1 removably connect;
The other end of described retractable support lever and described contiguous block 13 removably connect.
The peak of the push rod 12 butt centrifuge hydroecium convex surfaces in wheeling disk structure 10, contiguous block 13 is connected with base 1 by wheel disc support bar 15, make contiguous block 13 be fixed on certain position, scalable connecting rod 14 is provided with screw thread, contiguous block 13 is provided with internal thread, screw thread and internal thread are suitable, by cooperatively interacting of described screw thread and described internal thread, regulate described scalable connecting rod 14 to lean out/regain the length of described contiguous block 13, rotating wheel disk 11, regulate scalable connecting rod 14 to lean out/regain the length of contiguous block 13, and then the angle of adjusting centrifuge hydroecium and the perpendicular direction of its direction of rotation, make 5 ° of left and right of whole centrifuge hydroecium inclination, this position centrifuge hydroecium is more stable, and weld more convenient.Scalable connecting rod 14 and retractable support lever have certain retractility, when wheeling disk structure 10 supports centrifuge hydroecium, can not break wheeling disk structure 10 because centrifuge hydroecium is overweight, have certain resistance to solidity.Support bar and base 1 removably connect, and retractable support lever and contiguous block 13 removably connect, and facilitate the renewal of workpiece to replace, and when not using, disassemble, and convenient preservation, does not take too much space.
In order to explain better centrifuge hydroecium welding tooling of the present utility model, the using method of centrifuge hydroecium welding tooling is carried out to brief description below:
Step 1: open the second motor 9, drivening rod 8 rotates, according to the size adjustment main roller 2 of centrifuge hydroecium with from the distance between roller 3;
Step 2: centrifuge hydroecium is arranged on to main roller 2 and from roller 3, with centrifuge hydroecium described in push rod 12 butts, rotating wheel disk 11, regulates the angle of described centrifuge hydroecium and the perpendicular direction of its direction of rotation;
Step 3: open the first motor 4, drive main roller 2 to rotate, main roller 2 drives centrifuge hydroecium, rotates from roller 3, makes described centrifuge hydroecium in described main roller 2 and rotation stably from roller 3;
Step 4: use the concave surface of 50 pairs of centrifuge hydroeciums of the first welding gun to weld, use the convex surface of 52 pairs of centrifuge hydroeciums of the second welding gun to weld.
First open the second motor, drivening rod 8 rotates, and clockwise rotates or rotates counterclockwise, until main roller 2 and can engaging with centrifuge hydroecium well from roller 3 according to the kind size of centrifuge hydroecium; The centrifuge hydroecium that will weld is arranged on and regulates the main roller 2 of distance and from roller 3, with push rod 12 butt centrifuge hydroeciums, rotating wheel disk 11, regulate the angle of centrifuge hydroecium and the perpendicular direction of its direction of rotation, the general angle of inclination regulating is 5 °, make stable being arranged in frock of the present utility model of centrifuge hydroecium, before not understanding, do not turn over down people; Then open the first motor 4, drive main roller 2 rotates, and main roller 2 drives centrifuge hydroeciums to rotate, and then drives from roller 3 rotations, during to centrifuge hydroecium stable rotation, uses 5 pairs of centrifuge hydroeciums of welding gun to weld.The first welding gun 50 is positioned at the concave side of centrifuge hydroecium, use the concave surface inner side of 50 pairs of centrifuge hydroeciums of the first welding gun to weld, the second welding gun 52 is positioned at centrifuge hydroecium convex side, use 52 pairs of centrifuge hydroecium convex surface dorsal parts of the second welding gun to weld, concave surface and the convex surface of 5 pairs of centrifuge hydroeciums of two welding guns weld simultaneously, make disposable being soldered of twice weld seam of centrifuge hydroecium, and twice weld seam temperature changes constant, reduce weld defect, improved welding quality.The using method of this frock is automatically to complete welding, has reduced human cost, has improved operating efficiency.
The above embodiment has only expressed several embodiment of the present utility model, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the utility model the scope of the claims.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be as the criterion with claims.
Claims (10)
1. a centrifuge hydroecium welding tooling, for welding centrifuge hydroecium, is characterized in that, comprises base, wheeling disk structure, main roller, from roller, the first motor and welding gun;
Described main roller and describedly removably connect from roller and described base, and described main roller and described from roller along rotating direction linear array;
Described main roller and described from roller all with described movable connection of centrifuge hydroecium, and can drive described centrifuge hydroecium to rotate;
Described wheeling disk structure and described base removably connect;
Described wheeling disk structure comprises push rod, and described push rod and described centrifuge hydroecium butt, for regulating the angle of described centrifuge hydroecium and the perpendicular direction of its direction of rotation;
Described the first motor and described main roller are in transmission connection, and can drive described main roller to rotate;
Described welding gun and described base removably connect, for welding described centrifuge hydroecium.
2. centrifuge hydroecium welding tooling according to claim 1, is characterized in that, the quantity of described welding gun is two.
3. centrifuge hydroecium welding tooling according to claim 2, is characterized in that, described two welding guns are respectively the first welding gun and the second welding gun;
The first connecting portion of described the first welding gun and described base removably connects, and the second connecting portion of described the second welding gun and described base removably connects;
Described the first connecting portion is in the concave side of described centrifuge hydroecium;
Described the second connecting portion is in the convex side of described centrifuge hydroecium.
4. centrifuge hydroecium welding tooling according to claim 3, is characterized in that, described the first welding gun comprises the first welding gun bucket and the first arc welding gun head;
Described the second welding gun comprises the second welding gun bucket and the second arc welding gun head;
Described the first welding gun bucket and described the first connecting portion removably connect, and described the first arc welding gun head is arranged on the top of described the first welding gun bucket, one-body molded with described the first welding gun bucket;
Described the second welding gun bucket and described the second connecting portion removably connect, and described the second arc welding gun head is arranged on the top of described the second welding gun bucket, one-body molded with described the second welding gun bucket.
5. centrifuge hydroecium welding tooling according to claim 1, is characterized in that, described main roller is provided with the first groove, describedly from roller, is provided with the second groove;
The circumference of described centrifuge hydroecium is provided with flange;
Described flange is respectively with described the first groove with described the second groove is movable engages.
6. centrifuge hydroecium welding tooling according to claim 1, is characterized in that, described main roller and respectively establish a limited block below roller;
The limited block being positioned at below described main roller is main limited block;
Being positioned at the described limited block from roller line face is from limited block.
7. centrifuge hydroecium welding tooling according to claim 6, is characterized in that, also comprises the second motor;
Described main limited block and be describedly located at connecting rod from limited block, by described connecting rod associated;
One end of described connecting rod is connected with described the second electric-motor drive.
8. centrifuge hydroecium welding tooling according to claim 7, is characterized in that, described connecting rod is provided with right-handed thread with one end that described the second motor is connected;
The other end of described connecting rod is provided with left hand thread;
Described main limited block is provided with dextrorotation internal thread;
Describedly from limited block, be provided with levogyrate inner thread;
Dextrorotation internal thread on the right-handed thread of one end that described connecting rod is connected with the second motor and described main limited block cooperatively interacts and regulates main roller and from the distance between roller;
The left hand thread of the other end of described connecting rod and the levogyrate inner thread from limited block cooperatively interact and regulate main roller and from the distance between roller.
9. according to the centrifuge hydroecium welding tooling described in claim 1 to 8 any one, it is characterized in that, described wheeling disk structure also comprises wheel disc, contiguous block, scalable connecting rod and wheel disc support bar;
Described contiguous block is connected with described base by wheel disc support bar;
Described scalable connecting rod is laterally applied in described contiguous block;
Described wheel disc is connected with described contiguous block by described scalable connecting rod, and described wheel disc is fixedly connected with one end of described scalable connecting rod, and the other end of described scalable connecting rod removably connects through contiguous block and described push rod;
Described scalable connecting rod is provided with screw thread, described contiguous block is provided with internal thread, described screw thread and described internal thread are suitable, by cooperatively interacting of described screw thread and described internal thread, regulate described scalable connecting rod to lean out/regain the length of described contiguous block, rotate described wheel disc and regulate described scalable connecting rod to lean out/regain the length of described contiguous block, and then regulate the angle of described centrifuge hydroecium and the perpendicular direction of its direction of rotation.
10. centrifuge hydroecium welding tooling according to claim 9, is characterized in that, described wheel disc support bar comprises support bar and retractable support lever;
Described retractable support lever and support bar removably connect;
The other end of described support bar and described base removably connect;
The other end of described retractable support lever and described contiguous block removably connect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420173887.XU CN203900756U (en) | 2014-04-10 | 2014-04-10 | Centrifuge hydroecium welding frock |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420173887.XU CN203900756U (en) | 2014-04-10 | 2014-04-10 | Centrifuge hydroecium welding frock |
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| Publication Number | Publication Date |
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| CN203900756U true CN203900756U (en) | 2014-10-29 |
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| CN201420173887.XU Expired - Lifetime CN203900756U (en) | 2014-04-10 | 2014-04-10 | Centrifuge hydroecium welding frock |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103934599A (en) * | 2014-04-10 | 2014-07-23 | 珠海格力电器股份有限公司 | Centrifuge hydroecium welding frock |
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2014
- 2014-04-10 CN CN201420173887.XU patent/CN203900756U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103934599A (en) * | 2014-04-10 | 2014-07-23 | 珠海格力电器股份有限公司 | Centrifuge hydroecium welding frock |
| CN103934599B (en) * | 2014-04-10 | 2015-08-26 | 珠海格力电器股份有限公司 | Centrifuge hydroecium welding frock |
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