CN103639306A - Roller washing machine box body production machining technology and machining equipment - Google Patents
Roller washing machine box body production machining technology and machining equipment Download PDFInfo
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- CN103639306A CN103639306A CN201310570006.8A CN201310570006A CN103639306A CN 103639306 A CN103639306 A CN 103639306A CN 201310570006 A CN201310570006 A CN 201310570006A CN 103639306 A CN103639306 A CN 103639306A
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Abstract
The invention relates to the technical field of washing machines, in particular to a roller washing machine box body production machining technology and machining equipment. The machining steps of a box body are simplified, a machining mode is improved, machining cost is lowered, working efficiency is improved, the technology comprises a bending procedure, a turning procedure, a reinforcing piece feeding procedure, a reinforcing piece riveting procedure and the like which are completed through the equipment, the equipment comprises a box corner bender which is connected with a box body turning device through a first conveying belt, the turning device is connected with a second conveying belt, a reinforcing piece feeding device, a first riveting device, a second riveting device and a conveying discharging device are arranged on the second conveying belt in sequence, and the reinforcing piece feeding device comprises an independent riveting device.
Description
Technical field
The present invention relates to washing machine technical field, be specially a kind of cabinet for rotary washing machine production and processing technology and process equipment thereof.
Background technology
Washing machine is the household electrical appliance of each family's indispensability in society nowadays, and washing machine also has several types, domestic general use cylinder type and impeller-type, casing is the pith of washing machine, the quality of casing directly affects the quality of washing machine, its processing mode of the casing of inhomogeneous washing machine is different, the casing that the common processing mode of drum-type washing machine is moulding enters on production line, on each station, by mechanical arm, it is fixed to upset, then washing machine different parts is being processed, in switching process, casing is easily out of shape or the situation such as part is loosening, casing is outside easily to be scratched, and in process, on station, parts type of drive mostly is motorized motions etc., its high cost of motorized motions, in specific process, the part that need to be worked on casing first will first be processed in production line outside, then be put on the casing to be processed on production line and again process, whole processing built-in unit is more, complex procedures, the operating efficiency of producing is lower.
Summary of the invention
In order to address the above problem, the invention provides a kind of mode of production and process equipment thereof of cabinet for rotary washing machine, it has simplified the procedure of processing of casing, improves processing mode, lowers processing cost, increases work efficiency.
Its technical scheme is such: a kind of production technology of cabinet for rotary washing machine, it is characterized in that, and it comprises the steps:
(1) operator is manually put into casing to be processed stationary positioned on the feeding platform at casing feeding station place and realizes manual material loading;
(2) casing is delivered to rear cabinet angle bending station from casing feeding station, and the case angle bender at rear cabinet angle bending station place carries out the bending of rear cabinet angle to casing;
(3) casing is delivered to casing station turning from rear cabinet angle bending station, and casing is realized the upset of horizontal direction 90 degree and vertical direction 180 degree by body turn-over device;
(4) upset casing is later delivered to reinforcement material loading riveted joint station, comprise bottom reinforcement and top reinforcement, bottom reinforcement is by the assembling of independently riveting station and complete three reinforcements, then by operator, carry out material loading, top reinforcement is by the direct material loading of operator, after material loading completes, at the place, case angle at bottom half and top, rivet respectively several points, guarantee to keep firm in casing subsequent delivery;
(5) casing is delivered to reinforcement riveted joint station, completes the riveted joint at the remaining point of reinforcement place by riveting gun;
(6) after reinforcement riveted joint, casing is delivered to blanking station by conveyer belt, and the casing completing is carried out to blanking.
It is further characterized in that:
Reinforcement riveted joint station comprise top all, half riveted joint station of bottom and bottom remain half riveted joint station, top all, half riveted joint station of bottom completes half the riveted joint of point of the riveted joint of points whole on the reinforcement of top and bottom reinforcement, and bottom remains half riveted joint station and completes half the riveted joint of point of bottom residue;
Each station place riveting gun drives all to be realized by hydraulic cylinder, and casing adsorbs fixing in each station course of conveying by sucker, and each station place arranges light curtain protection system and tight fixed-position stop control apparatus, overlay device working region.
A kind of cabinet for rotary washing machine manufacturing and processing equipment, it is characterized in that, it comprises case angle bender, described case angle bender is by the first conveyer belt connect box turning device, described turning device connects the second conveyer belt, on described the second conveyer belt, set gradually reinforcement feeding device, the first riveting set, the second riveting set and carry blanking device, described reinforcement feeding device comprises independent riveting set.
It is further characterized in that, described case angle bender comprises bender base, on described bender base, bender supporting seat is set, corresponding bender bracing frame is set on described bender supporting seat, the bender positioning seat coordinating with described bender supporting seat is set on described bender bracing frame, described bender positioning seat connects positioning cylinder, described bender bracing frame both sides arrange rotating bending seat, described bending seat connects bending cylinder, two bending supports are set on described bending seat, on two described bending supports, bending plate is set, on described bender bracing frame both sides and described bending seat, bender cushion block is set, described bender supporting seat both sides arrange conveyer belt, described bender supporting seat bottom connects supports cylinder,
Described body turn-over device comprises carries seat and received block, between described conveying seat and described received block, overturning seat is set, on described overturning seat, flip-arm is set, described flip-arm connects horizontal drive motor, vertical drive motor and rotation drive motors, the described flip-arm transverse horizontal that drives described horizontal drive motor, vertical drive motor, rotation drive motors respectively moves, longitudinally vertical mobile, rotation, on described flip-arm, sucker is set, described sucker connecting sucker is inhaled to decontrol and is closed, and has the breach coordinating with described flip-arm on described received block;
Described reinforcement riveting set comprises the first riveting set and the second riveting set;
Described the first riveting set comprises base, on described base, supporting seat is set, described base both sides arrange respectively positioning seat, on described positioning seat, vertical support bar is set, in described vertical support bar, vertical guide stem is set, in described vertical guide stem, by vertical sliding, be slidably connected and rivet seat, riveting gun and riveted joint back-up block are set on described riveted joint seat, described riveting gun connects riveting gun cylinder, on described supporting seat, sucker is set, positioning seat slide rail is set on described positioning seat, on described positioning seat slide rail, location-plate is set, described location-plate bottom arranges the location-plate slide block coordinating with described positioning seat slide rail, described vertical support bar both sides on the described positioning seat of one side arrange respectively described vertical guide stem, in the described vertical guide stem of both sides respectively by the described vertical sliding front support plate that is slidably connected, on the described front support plate of both sides, set the horizontal of respectively the tilted guide bar of certain angle, two described tilted guide bars be arranged in parallel, on described tilted guide bar, by inclination slide, be obliquely installed respectively described riveted joint seat, described vertical support bar both sides on the described positioning seat of opposite side arrange respectively described vertical guide stem, in described vertical guide stem by the described vertical sliding rear support plate that is slidably connected, in described rear support plate, horizontal guide is set, in described horizontal guide, by horizontal slide horizontal symmetrical, described riveted joint seat is set, described location-plate, rear support plate, front support plate, riveted joint seat motorized motions,
Described the second riveting set comprises base, on described base, supporting seat is set, described base one side arranges positioning seat, on described positioning seat, vertical support bar is set, in described vertical support bar, vertical guide stem is set, in described vertical guide stem, by vertical sliding, be slidably connected and rivet seat, riveting gun and riveted joint back-up block are set on described riveted joint seat, described riveting gun connects riveting gun cylinder, on described supporting seat, sucker is set, positioning seat slide rail is set on described positioning seat, on described positioning seat slide rail, location-plate is set, described location-plate bottom arranges the location-plate slide block coordinating with described positioning seat slide rail, described vertical support bar both sides on described positioning seat arrange respectively described vertical guide stem, in the described vertical guide stem of both sides respectively by the described vertical sliding front support plate that is slidably connected, on the described front support plate of both sides, set the horizontal of respectively the tilted guide bar of certain angle, two described tilted guide bars be arranged in parallel, on described tilted guide bar, by inclination slide, be obliquely installed respectively described riveted joint seat,
Independent riveting set comprises riveted joint base, described riveted joint base bilateral symmetry arranges independent riveted joint positioning seat and independent riveted joint seat, on described independent riveted joint positioning seat, riveted joint locating piece is set, on described independent riveted joint seat, riveting gun and back-up block is set, described riveting gun connects independent riveted joint and drives cylinder.
Adopt after the present invention, in whole process of manufacture, only need by operator, carry out manual operation material loading at casing material loading and top, reinforcement material loading place, bottom, only need carry out once inside out operation, all the other operation as the operations such as conveying, bending, riveted joint be all automatically to complete, simple and convenient, simplified procedure of processing, improve processing mode, improve production efficiency, reduced cost.
Accompanying drawing explanation
Fig. 1 is schematic flow sheet of the present invention;
Fig. 2 is that present device is always schemed;
Fig. 3 is case angle bender structural representation;
Fig. 4 is turning device structural representation;
Fig. 5 is independent riveting set structural representation;
Fig. 6 is the first riveting set forward direction structural representation;
Fig. 7 is the backward structural representation of the first riveting set.
The specific embodiment
As shown in Figure 2, a kind of cabinet for rotary washing machine manufacturing and processing equipment, it comprises case angle bender 1, case angle bender 1 is by the first conveyer belt 8 connect box turning devices 2, turning device 2 connects the second conveyer belt 9, on the second conveyer belt 9, set gradually reinforcement feeding device 3, the first riveting set 4, the second riveting set 5 and carry blanking device 7, reinforcement feeding device 3 comprises independent riveting set 6, and reinforcement feeding device 3 places are by manually carrying out manual material loading.
As shown in Figure 3, case angle bender 1 comprises bender base 1-1, bender supporting seat 1-2 is set on bender base 1-1, corresponding bender bracing frame 1-3 is set on bender supporting seat 1-2, the upper bender positioning seat 1-4 coordinating with bender supporting seat 1-2 that arranges of bender bracing frame 1-3, bender positioning seat 1-4 connects bender positioning cylinder 1-5, bender bracing frame 1-3 both sides arrange rotating bending seat 1-6, bending seat 1-6 connects bending cylinder 1-7, two bending support 1-8 are set on bending seat 1-6, on two bending support 1-8, bending plate 1-9 is set, bender positioning cylinder 1-5 work, the casing location for the treatment of bending is fixed on bender positioning seat 1-4 and bender supporting seat 1-2, bending cylinder 1-7 work, drive bending seat 1-6 to rotate, bending plate 1-9 carries out bending operation, it is simple in structure, realize easily the U-shaped bending of casing of washing machine, on bender bracing frame 1-3 both sides and bending seat 1-6, bender cushion block 1-10 is set, can prevent from producing fretting wear with bending seat 1-6 and bender bracing frame 1-3 in casing Forging Process, bender supporting seat 1-2 both sides arrange bender conveyer belt 1-11, bender supporting seat 1-2 bottom connects supports cylinder 1-12, bender conveyer belt 1-11 carries casing to be processed to put in place, bender supporting seat 1-2 rises by supporting cylinder 1-12, bender positioning cylinder 1-5 work compresses, then carry out bending operation, bending is complete, bender supporting seat 1-2 drops to lower than bender conveyer belt 1-11, the casing that bending completes is placed on bender conveyer belt 1-11, be delivered to next station.
As shown in Figure 4, body turn-over device 2 comprises carries seat 2-1 and received block 2-2, carry between seat 2-1 and received block 2-2 overturning seat 2-3 is set, flip-arm 2-4 is set on overturning seat 2-3, flip-arm 2-4 connects horizontal drive motor, vertical drive motor and rotation drive motors (not shown in FIG.), horizontal drive motor, vertical drive motor, rotation drive motors drives respectively flip-arm 2-4 transverse horizontal to move, longitudinally vertical mobile, rotation, flip-arm 2-4 realizes rotation when moving horizontally with vertical movement, casing has completed the upset of horizontal 90 degree and longitudinal 180 degree by a flip-arm 2-4, turning operation is convenient, in switching process, can not damage casing, sucker 2-5 is set on flip-arm 2-4, sucker 2-5 connecting sucker is inhaled to decontrol and is closed (not shown in FIG.), bracing frame 2-6 is set on flip-arm 2-4, a plurality of sucker 2-5 are evenly set on bracing frame 2-6, can adsorb better casing, on received block 2-2, have the breach 2-7 coordinating with flip-arm 2-4, casing can be facilitated reposefully and place and received block 2-2.
As shown in Figure 5, independent riveting set 6 comprises riveted joint base 3-1, riveted joint base 3-1 bilateral symmetry arranges independent riveted joint positioning seat and independent riveted joint seat 3-2, on independent riveted joint positioning seat, riveted joint locating piece is set, on independent riveted joint seat 3-2, riveting gun 3-3 and back-up block 3-4 is set, riveting gun 3-3 connects independent riveted joint and drives cylinder 3-5, at streamline, complete separately riveted joint outward, after riveted joint, put into again on streamline and rivet with casing, do not take streamline riveted joint space, improve production line riveted joint efficiency; Positioning seat comprises horizontal location seat 3-6 and perpendicular positioning seat 3-7; Horizontal location seat 3-6 is two horizontal F type supports that be arranged in parallel, and conical perpendicular positioning piece 3-8 is set on the horizontal F type support of outside, and horizontal location seat 3-6 positions in order to reinforcement; Conical horizontal location piece 3-9 is set on perpendicular positioning seat 3-7, and perpendicular positioning seat 3-7 is in order to position connecting plate; Riveted joint seat 3-2 is C type framework, and riveting gun 3-3 arranges and C type framework inner top side, and back-up block 3-4 is arranged at C type framework inside lower end.
See Fig. 6, shown in Fig. 7, the first riveting set 4 comprises base 4-1, supporting seat 4-2 is set on base 4-1, and base 4-1 both sides arrange respectively positioning seat 4-3, and vertical support bar 4-4 is set on positioning seat 4-3, vertical guide stem 4-5 is set on vertical support bar 4-4, vertical guide stem 4-5 is upper to be slidably connected and to be riveted seat 4-7 by vertical sliding 4-6, on riveted joint seat 4-7, riveting gun 4-8 is set and rivets back-up block 4-9, and riveting gun 4-8 connects riveting gun cylinder 4-10; Sucker 4-11 is set on supporting seat 4-2; Positioning seat 4-3 arranges positioning seat slide rail 4-19, on positioning seat slide rail 4-19, location-plate 4-20 is set, and location-plate 4-20 bottom arranges the location-plate slide block 4-12 coordinating with positioning seat slide rail 4-19; Vertical support bar 4-4 both sides on the positioning seat 4-3 of one side arrange respectively vertical guide stem 4-5, on the vertical guide stem 4-5 of both sides respectively by the vertical sliding 4-6 front support plate 4-13 that is slidably connected, on the front support plate 4-13 of both sides, set the horizontal of respectively the tilted guide bar 4-14 of certain angle, two tilted guide bar 4-14 are parallel, and tilted guide bar 4-14 is upper is obliquely installed respectively riveted joint seat 4-7 by inclination slide 4-15; Tilted guide bar 4-14 and horizontal plane angle of inclination are 30 ° to 60 °, and angle is too large or be too littlely unfavorable for that riveted joint seat 4-7 slides and rivet; Vertical support bar 4-4 both sides on the positioning seat 4-3 of opposite side arrange respectively vertical guide stem 4-5, vertical guide stem 4-5 is upper by the vertical sliding 4-6 rear support plate 4-16 that is slidably connected, horizontal guide 4-17 is set on rear support plate 4-16, horizontal guide 4-17 is upper arranges riveted joint seat 4-7 by horizontal slide 4-18 horizontal symmetrical, location-plate 4-20, rear support plate 4-16, front support plate 4-13, riveted joint seat 4-7 motorized motions, efficient and convenient.
Its course of work is as described below: casing to be riveted is supported by supporting seat 4-2, sucker 4-11 absorption is fixing, location-plate 4-20 slides on positioning seat slide rail 4-19 by location-plate slide block 4-12, near casing, slip puts in place and makes the riveted joint back-up block 4-9 of the riveted joint seat 4-7 on front support plate 4-13 and rear support plate 4-16 enter box house, riveted joint seat 4-7 stretches out to both sides, arrive riveted joint position, mono-of riveted joint seat 4-9 on two front support plate 4-13 is in topmost, one in bottom, during riveted joint, synchronously carry out, a riveted joint seat 4-7 moves and rivets from top to bottom, another riveted joint seat 4-7 is mobile riveted joint from the bottom up, two riveted joint seat 4-7 on rear support plate 4-16 synchronously rivet, rivet from top to bottom or from bottom to up, complete after riveted joint, riveted joint seat 4-7 retracts to centre, location-plate 4-20 slides away from casing, riveted joint seat 4-7 leaves after casing, casing is delivered to next station.
The second riveting set 5 is the same with the upper riveted structure of positioning seat 4-3 of the first riveting set 4 one sides, the vertical support bar 4-4 both sides on the positioning seat 4-3 of a side arrange respectively vertical guide stem 4-5, on the vertical guide stem 4-5 of both sides respectively by the vertical sliding 4-6 front support plate 4-13 that is slidably connected, on the front support plate 4-13 of both sides, set the horizontal of respectively the tilted guide bar 4-14 of certain angle, two tilted guide bar 4-14 are parallel, and tilted guide bar 4-14 is upper is obliquely installed respectively riveted joint seat 4-7 by inclination slide 4-15.
See Fig. 1, shown in Fig. 2, procedure of processing comprises:
(1) operator is manually put into casing to be processed stationary positioned on the feeding platform at casing feeding station place and realizes manual material loading;
(2) casing is delivered to rear cabinet angle bending station from casing feeding station, and 1 pair of casing of case angle bender at rear cabinet angle bending station place carries out the bending of rear cabinet angle;
(3) casing is delivered to casing station turning from rear cabinet angle bending station, and casing is realized the upset of horizontal direction 90 degree and vertical direction 180 degree by body turn-over device 2;
(4) upset casing is later delivered to reinforcement material loading riveted joint station, reinforcement comprises bottom reinforcement and top reinforcement, bottom reinforcement is by the assembling of independently riveting independent riveting set 6 in station and complete three reinforcements, then by operator, carry out material loading, top reinforcement is by the direct material loading of operator, after material loading completes, at the place, case angle at bottom half and top, rivet respectively several points, guarantee to keep firm in casing subsequent delivery;
(5) casing be delivered to top all, half riveted joint station of bottom, by the first riveting set 4, complete half the riveted joint of point of the riveted joint of points whole on the reinforcement of top and bottom reinforcement;
(6) casing is delivered to half riveted joint station of bottom residue, by the second riveting set 5, completes the riveted joint that bottom remains the point of half;
(7) after reinforcement riveted joint, casing is delivered to blanking station by conveyer belt, and the casing completing is carried out to blanking.
The use of hydraulic cylinder can be saved use cost effectively, casing adsorbs fixing in each station course of conveying by sucker, when keeping casing stable, casing can not bump and scratch etc., in process, guarantee the intact of casing, each station place arranges light curtain protection system and tight fixed-position stop control apparatus, and overlay device working region guarantees the safety of operator on whole streamline, once light curtain is blocked, tight fixed-position stop control apparatus makes machine quit work at once.
Claims (10)
1. a production technology for cabinet for rotary washing machine, is characterized in that, it comprises the steps:
(1) operator is manually put into casing to be processed stationary positioned on the feeding platform at casing feeding station place and realizes manual material loading;
(2) casing is delivered to rear cabinet angle bending station from casing feeding station, and the case angle bender at rear cabinet angle bending station place carries out the bending of rear cabinet angle to casing;
(3) casing is delivered to casing station turning from rear cabinet angle bending station, and casing is realized the upset of horizontal direction 90 degree and vertical direction 180 degree by body turn-over device;
(4) upset casing is later delivered to reinforcement material loading riveted joint station, comprise bottom reinforcement and top reinforcement, bottom reinforcement is by the assembling of independently riveting station and complete three reinforcements, then by operator, carry out material loading, top reinforcement is by the direct material loading of operator, after material loading completes, at the place, case angle at bottom half and top, rivet respectively several points, guarantee to keep firm in casing subsequent delivery;
(5) casing is delivered to reinforcement riveted joint station, completes the riveted joint at the remaining point of reinforcement place by riveting gun;
(6) after reinforcement riveted joint, casing is delivered to blanking station by conveyer belt, and the casing completing is carried out to blanking.
2. the production technology of a kind of cabinet for rotary washing machine according to claim 1, it is characterized in that, described reinforcement riveted joint station comprise top all, half riveted joint station of bottom and bottom remain half riveted joint station, top all, half riveted joint station of bottom completes half the riveted joint of point of the riveted joint of points whole on the reinforcement of top and bottom reinforcement, and bottom remains half riveted joint station and completes half the riveted joint of point of bottom residue.
3. the production technology of a kind of cabinet for rotary washing machine according to claim 1, it is characterized in that, each station place riveting gun drives all to be realized by hydraulic cylinder, casing adsorbs fixing in each station course of conveying by sucker, each station place arranges light curtain protection system and tight fixed-position stop control apparatus, overlay device working region.
4. a cabinet for rotary washing machine manufacturing and processing equipment, it is characterized in that, it comprises case angle bender, described case angle bender is by the first conveyer belt connect box turning device, described turning device connects the second conveyer belt, on described the second conveyer belt, set gradually reinforcement feeding device, the first riveting set, the second riveting set and carry blanking device, described reinforcement feeding device comprises independent riveting set.
5. a kind of cabinet for rotary washing machine manufacturing and processing equipment according to claim 4, it is characterized in that, described case angle bender comprises bender base, on described bender base, bender supporting seat is set, corresponding bender bracing frame is set on described bender supporting seat, the bender positioning seat coordinating with described bender supporting seat is set on described bender bracing frame, described bender positioning seat connects positioning cylinder, described bender bracing frame both sides arrange rotating bending seat, described bending seat connects bending cylinder, two bending supports are set on described bending seat, on two described bending supports, bending plate is set, on described bender bracing frame both sides and described bending seat, bender cushion block is set, described bender supporting seat both sides arrange conveyer belt, described bender supporting seat bottom connects supports cylinder.
6. a kind of cabinet for rotary washing machine manufacturing and processing equipment according to claim 4, it is characterized in that, described body turn-over device comprises carries seat and received block, between described conveying seat and described received block, overturning seat is set, on described overturning seat, flip-arm is set, described flip-arm connects horizontal drive motor, vertical drive motor and rotation drive motors, described horizontal drive motor, vertical drive motor, rotation drive motors drives respectively described flip-arm transverse horizontal to move, longitudinally vertical mobile, rotation, on described flip-arm, sucker is set, described sucker connecting sucker is inhaled to decontrol and is closed, on described received block, have the breach coordinating with described flip-arm.
7. a kind of cabinet for rotary washing machine manufacturing and processing equipment according to claim 4, is characterized in that, described reinforcement riveting set comprises the first riveting set and the second riveting set.
8. a kind of cabinet for rotary washing machine manufacturing and processing equipment according to claim 7, it is characterized in that, described the first riveting set comprises base, on described base, supporting seat is set, described base both sides arrange respectively positioning seat, on described positioning seat, vertical support bar is set, in described vertical support bar, vertical guide stem is set, in described vertical guide stem, by vertical sliding, be slidably connected and rivet seat, riveting gun and riveted joint back-up block are set on described riveted joint seat, described riveting gun connects riveting gun cylinder, on described supporting seat, sucker is set, positioning seat slide rail is set on described positioning seat, on described positioning seat slide rail, location-plate is set, described location-plate bottom arranges the location-plate slide block coordinating with described positioning seat slide rail, described vertical support bar both sides on the described positioning seat of one side arrange respectively described vertical guide stem, in the described vertical guide stem of both sides respectively by the described vertical sliding front support plate that is slidably connected, on the described front support plate of both sides, set the horizontal of respectively the tilted guide bar of certain angle, two described tilted guide bars be arranged in parallel, on described tilted guide bar, by inclination slide, be obliquely installed respectively described riveted joint seat, described vertical support bar both sides on the described positioning seat of opposite side arrange respectively described vertical guide stem, in described vertical guide stem by the described vertical sliding rear support plate that is slidably connected, in described rear support plate, horizontal guide is set, in described horizontal guide, by horizontal slide horizontal symmetrical, described riveted joint seat is set, described location-plate, rear support plate, front support plate, riveted joint seat motorized motions.
9. a kind of cabinet for rotary washing machine manufacturing and processing equipment according to claim 7, it is characterized in that, described the second riveting set comprises base, on described base, supporting seat is set, described base one side arranges positioning seat, on described positioning seat, vertical support bar is set, in described vertical support bar, vertical guide stem is set, in described vertical guide stem, by vertical sliding, be slidably connected and rivet seat, riveting gun and riveted joint back-up block are set on described riveted joint seat, described riveting gun connects riveting gun cylinder, on described supporting seat, sucker is set, positioning seat slide rail is set on described positioning seat, on described positioning seat slide rail, location-plate is set, described location-plate bottom arranges the location-plate slide block coordinating with described positioning seat slide rail, described vertical support bar both sides on described positioning seat arrange respectively described vertical guide stem, in the described vertical guide stem of both sides respectively by the described vertical sliding front support plate that is slidably connected, on the described front support plate of both sides, set the horizontal of respectively the tilted guide bar of certain angle, two described tilted guide bars be arranged in parallel, on described tilted guide bar, by inclination slide, be obliquely installed respectively described riveted joint seat.
10. a kind of cabinet for rotary washing machine manufacturing and processing equipment according to claim 4, it is characterized in that, independent riveting set comprises riveted joint base, described riveted joint base bilateral symmetry arranges independent riveted joint positioning seat and independent riveted joint seat, on described independent riveted joint positioning seat, riveted joint locating piece is set, on described independent riveted joint seat, riveting gun and back-up block are set, described riveting gun connects independent riveted joint and drives cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310570006.8A CN103639306A (en) | 2013-11-16 | 2013-11-16 | Roller washing machine box body production machining technology and machining equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310570006.8A CN103639306A (en) | 2013-11-16 | 2013-11-16 | Roller washing machine box body production machining technology and machining equipment |
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| Publication Number | Publication Date |
|---|---|
| CN103639306A true CN103639306A (en) | 2014-03-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310570006.8A Pending CN103639306A (en) | 2013-11-16 | 2013-11-16 | Roller washing machine box body production machining technology and machining equipment |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105798180A (en) * | 2016-05-06 | 2016-07-27 | 安徽鲲鹏装备模具制造有限公司 | Shell riveting device |
| CN106607515A (en) * | 2016-12-16 | 2017-05-03 | 珠海格力电器股份有限公司 | Workpiece riveting production system |
| CN111266515A (en) * | 2020-02-14 | 2020-06-12 | 无锡艾度科技有限公司 | Full-automatic spin riveting machine and using method thereof |
| CN113145694A (en) * | 2021-05-07 | 2021-07-23 | 中船重工鹏力（南京）智能装备系统有限公司 | Full-automatic impeller washing machine box body riveting forming equipment and method |
-
2013
- 2013-11-16 CN CN201310570006.8A patent/CN103639306A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105798180A (en) * | 2016-05-06 | 2016-07-27 | 安徽鲲鹏装备模具制造有限公司 | Shell riveting device |
| CN106607515A (en) * | 2016-12-16 | 2017-05-03 | 珠海格力电器股份有限公司 | Workpiece riveting production system |
| CN106607515B (en) * | 2016-12-16 | 2018-12-04 | 珠海格力电器股份有限公司 | Workpiece rivets production system |
| CN111266515A (en) * | 2020-02-14 | 2020-06-12 | 无锡艾度科技有限公司 | Full-automatic spin riveting machine and using method thereof |
| CN111266515B (en) * | 2020-02-14 | 2021-12-24 | 无锡艾度科技有限公司 | Full-automatic spin riveting machine and using method thereof |
| CN113145694A (en) * | 2021-05-07 | 2021-07-23 | 中船重工鹏力（南京）智能装备系统有限公司 | Full-automatic impeller washing machine box body riveting forming equipment and method |
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Application publication date: 20140319 |