CN207218484U - A kind of fan blade rotation press-loading device of rotor - Google Patents

A kind of fan blade rotation press-loading device of rotor Download PDF

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Publication number
CN207218484U
CN207218484U CN201721287464.0U CN201721287464U CN207218484U CN 207218484 U CN207218484 U CN 207218484U CN 201721287464 U CN201721287464 U CN 201721287464U CN 207218484 U CN207218484 U CN 207218484U
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CN
China
Prior art keywords
rotor
fan blade
push
delivery chute
press
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Active
Application number
CN201721287464.0U
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Chinese (zh)
Inventor
陈卸件
俞兴
洪灵
程旗凯
陈源通
王京
余晓春
朱振
潘浩雷
张庆权
黄小健
陈艳丽
金璐
洪丰
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Zhejiang Seokho Robot Technology Co Ltd
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Zhejiang Seokho Robot Technology Co Ltd
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Priority to CN201721287464.0U priority Critical patent/CN207218484U/en
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Abstract

The utility model discloses a kind of fan blade of rotor to rotate press-loading device, it is by setting delivery chute, fan blade is made to be sent to press fitting position one by one, rotor is delivered to above fan blade by outside manipulator and positioned by clamping jaw, both carry out rotating brush oil after positioning up and down, ensure the lubrication of both pressing positions, it is smooth during pressing and reduce abrasion, avoid the occurrence of substandard products;After both are pressed into integral completion processing by top press mechanism, output can be captured by manipulator.The positioning that the utility model is automated with it presses, the sequencing action of cooperative mechanical hand, preamble and the procedure of processing of postorder can be accepted, rotor can be with automatic transport, depart from artificial operation, save labour, improve operating efficiency, ensure the quality of production and processing, adapt to the production demand of modernization.

Description

A kind of fan blade rotation press-loading device of rotor
Technical field
A kind of part processing unit (plant) is the utility model is related to, rotates pressing machine more particularly, to a kind of fan blade of rotor Structure.
Background technology
Rotor is the rotary part in motor.Motor is made up of rotor and stator two parts, and it is for realizing electricity Can be with mechanical energy and mechanical energy and the conversion equipment of electric energy.Rotor is varied, and one of which rotor is needed at it On firmly put fan blade and be integrally formed use, existing mounting means is that fan blade and rotor are put upper work by worker manually Dress, then operating press mechanism will both coaxial consolidation.This kind of traditional processing mode is unfavorable for automated production, efficiency It is relatively low;And the axle that rotor will also pass through lathe before being assembled with fan blade is processed, to pass through after being assembled with fan blade dynamic The mode that the steps such as balance test, deburring, coding, traditional manual processing and collection are transmitted splits each step, and efficiency is big Big to reduce, manually-operated error rate is also difficult to control, is modern processing urgent problem to be solved.
Utility model content
The purpose of this utility model is overcome the deficiencies in the prior art, there is provided it is a kind of simple in construction, it is easy to implement motor and turns Son is with fan blade automatic transport and smoothly positions press fitting, realizes that the fan blade of the rotor of automation processing rotates press-loading device.
The utility model uses following technical scheme:A kind of fan blade rotation press-loading device of rotor, including fan blade are defeated Send band, fan blade locating rack, rotating mould, lubricating structure, rotor clamping device and press mechanism;Fan blade locating rack has conveying Groove, the arrival end connection fan blade conveyer belt of delivery chute, the side of delivery chute arrival end are provided with push block, under the bottom land of delivery chute Portion's hollow out simultaneously sets rotating mould, and press mechanism is correspondingly arranged above rotating mould, is set between rotating mould and press mechanism Rotor clamping device is put, rotor clamping device includes a pair of clamping jaws that are separable or closing up, between rotating mould and press mechanism Side lubricating structure is set, lubricating structure covers with paint or varnish including one;When fan blade is delivered to delivery chute from fan blade conveyer belt;By pushing Block is pushed into position at rotating mould along delivery chute, and rotor is moved to above rotating mould by outside manipulator, a pair of jaws closes pair Rotor is spacing, and rotor axial is relative with fan blade;Rotating mould rotation drives fan blade and rotor linkage rotation, covers with paint or varnish and stretches to rotor and exist The swiped through lubrication backed off after random of rotor flank;By press mechanism push and make rotor be integrated with fan blade assembling.
As an improvement fan blade locating rack includes upper plate and the lower plate overlapped up and down, delivery chute, lower plate are formed on upper plate The bottom land of upper corresponding delivery chute processes hollow hole, and removably one adjusting template of installation, adjusting template have the bottom land of delivery chute There is the receiving hole with fan blade diameter matches;Different sizes are processed by changing the adjusting template adaptation with different size receiving holes Fan blade.
As an improvement the delivery chute side relative with fan blade conveyer belt is provided with sensors in place, sensed when in place When device detects that fan blade enters delivery chute in place, feedback signal stops the conveying of fan blade conveyer belt, and feedback signal pushes away to start Block is sent to carry out the push of fan blade.
As an improvement push block is contained in the slip hole opened up on fan blade locating rack, the end of push block has Adapt to the arc push face of fan blade shape, set the spacing push block of pressing plate above slip hole and cover on delivery chute arrival end simultaneously The space of side, rotor clamping device is installed on pressing plate.
Linked as an improvement the rear end of push block connects a push cylinder, the rear end of push block sets side Neck, side bayonet slot up/down perforation push block, the piston rod of push cylinder removably connect a card with side bayonet slot form fit Block, the piston rod of push cylinder are staggered in the height direction with push block;In fixture block with side bayonet slot by being carried out on above-below direction After installation, piston rod and the side bayonet slot of push cylinder are installed;After fixture block departs from side bayonet slot along the vertical direction, push block can Slip hole is exited in the horizontal direction without being disturbed by piston rod.
As an improvement the piston rod of push cylinder passes through a spiral shaft member Matching installation, spiral shaft member bag with fixture block The screwed hole and thread spindle for being divided into both ends are included, the depth of screwed hole is more than thread spindle, and screwed hole coordinates with piston rod to be installed, When piston rod is assembled with fixture block, spiral shaft member entire length is screwed out by opposing pistons bar and extended, so as to which thread spindle assembles To fixture block.
As an improvement rotor clamping device also includes the rotor gripper cylinder being installed on pressing plate, rotor clamping gas Cylinder is opened or closed up to a pair of clamping jaws with clamping jaw linked;Clamping jaw includes upper bracket, adjutage and lower clamping jaw body, upper bracket The piston rod of gripper cylinder is connected to, adjutage extends downwardly setting by upper bracket, and lower clamping jaw body is detachably arranged in Adjutage lower end;Lower clamping jaw body has a pair of card arcs being oppositely arranged, and during a pair of jaws closes, card arc closes up for spacing rotor Full circle, and leave space between card arc and rotor.
As an improvement being additionally provided with elastic on lower clamping jaw body, elastic is horizontally mounted and its head stretches out in Outside the cambered surface of card arc;When a pair of card arcs close up rotor spacing as full circle, elastic elasticity is butted on rotor.
As an improvement adjutage is also removably provided with some sub-folder pawl bodies, sub-folder pawl body and lower clamping jaw Body has identical structure;Sub-folder pawl body vertically sets and configured the card arc being adapted with root diameter.
As an improvement lubricating structure also include that driving covers with paint or varnish reciprocating movement cover with paint or varnish cylinder;The lower section of lubricating structure Oil-filling mechanism is provided with, oil-filling mechanism includes oiling cylinder and the fuel filling column driven by oiling cylinder, and fuel filling column is hollow and under Portion's external connection oil pipe carries out fuel feeding.
The beneficial effects of the utility model:By the setting of delivery chute, fan blade is made to be sent to press fitting position, rotor one by one It is delivered to above fan blade by outside manipulator and is positioned by clamping jaw, both carries out rotating brush oil after positioning up and down, ensure both The lubrication of position is pressed, it is smooth during pressing and reduce abrasion, avoid the occurrence of substandard products;Both are pressed into one by top press mechanism After body completes processing, output can be captured by manipulator.The positioning that the utility model is automated with it presses, cooperative mechanical hand Sequencing acts, and can accept preamble and the procedure of processing of postorder, and rotor can depart from artificial operation with automatic transport, Labour is saved, improves operating efficiency, ensures the quality of production and processing, adapts to the production demand of modernization.
Brief description of the drawings
Fig. 1 is dimensional structure diagram of the present utility model.
Fig. 2 is that the utility model removes the dimensional structure diagram one after part body.
Fig. 3 is that the utility model removes the dimensional structure diagram two after part body.
Fig. 4 is the positive facing view of push cylinder of the present utility model and fit structure at push block.
Fig. 5 is the dimensional structure diagram of clamping jaw in rotor clamping device of the present utility model.
Fig. 6 is the positive facing view at lubricating structure and oil-filling mechanism of the present utility model.
Embodiment
Specific embodiment of the utility model is elaborated below in conjunction with accompanying drawing.
As shown in figures 1 to 6, a kind of specific embodiment of press-loading device is rotated for the fan blade of the utility model rotor.Should Embodiment includes fan blade conveyer belt 1, fan blade locating rack 2, rotating mould 3, lubricating structure 4, rotor clamping device 5 and press mechanism 6;Fan blade locating rack 2 has delivery chute 21, the arrival end connection fan blade conveyer belt 1 of delivery chute 21, the side of the arrival end of delivery chute 21 While being provided with push block 20, the bottom land bottom hollow out of delivery chute 21 simultaneously sets rotating mould 3, and the top of rotating mould 3 is correspondingly set Press mechanism 6 is put, rotor clamping device 5 is set between rotating mould 3 and press mechanism 6, rotor clamping device 5 includes separable Or a pair of the clamping jaws 51 closed up, the side between rotating mould 3 and press mechanism 6 set lubricating structure 4, lubricating structure 4 includes One covers with paint or varnish 41;When fan blade is delivered to delivery chute 21 from fan blade conveyer belt 1;By push block 20 rotating mould is pushed into along delivery chute 21 Positioned at 3, rotor moves to the top of rotating mould 3 by outside manipulator, a pair of clamping jaws 51 close up it is spacing to rotor, rotor axial with Fan blade is relative;The rotation of rotating mould 3 drives fan blade and rotor linkage rotation, covers with paint or varnish 41 and stretches to rotor in the swiped through lubrication of rotor flank Backed off after random;By press mechanism 6 push and make rotor be integrated with fan blade assembling.
When in use, fan blade is delivered to wind to the utility model by the vibrating disk of the external conveying fan blade of fan blade conveyer belt 1, vibrating disk Conveyed in order on leaf conveyer belt 1, the baffle plate that adjustable width can be set in the both sides of fan blade conveyer belt 1 adapts to different size wind to debug The conveying of leaf.To the delivery chute 21 of fan blade locating rack 2, the arrival end of fan blade from delivery chute 21 enters the vertical connection of fan blade conveyer belt 1 After entering, fan blade is pushed to the press fitting position of the other end, the force feed position by the vertical push block 20 in the relative side of fan blade conveyer belt 1 Hollow out and the rotating mould 3 set accept fan blade positioning;The rotor of a upper process is gripped by the manipulator of outside afterwards To above fan blade, a pair of clamping jaws 51 of rotor clamping device 5 close up spacing to rotor, and it is spacing dead without pressing from both sides that it forms ring-type Rotor, making rotating mould 3, the axle of rotor is placed at the hole of fan blade by weight, fan blade when driving fan blade rotation It can be rotated together with drive motor rotor;Side lubricating structure 4 cover with paint or varnish 41 stretch into press fitting position, to the rotor in rotation Axle carry out the brush oil lubrication of side face, after the completion of cover with paint or varnish 41 and exit;The lower piezoelectric machine rotor of press mechanism 6 is by one section of lubricated axle Complete press fitting in the hole for being pressed into fan blade;Finally captured and exported by manipulator, into next fabrication cycles.Relative to original manual operation Mode stability it is higher, fan blade and rotor carry out rotating brush oil after positioning up and down, ensure smooth during both pressings and subtract Less wear, avoid the occurrence of substandard products;Pressed with the positioning of automation, the sequencing action of cooperative mechanical hand, can accept preamble and The procedure of processing of postorder, rotor can depart from artificial operation with automatic transport, save labour, improve operating efficiency, protect The quality of production and processing is demonstrate,proved, adapts to the production demand of modernization.
As an improvement embodiment, fan blade locating rack 2 includes the upper plate 22 that overlaps up and down and lower plate 23, on Delivery chute 21 is formed on plate 22, the bottom land that delivery chute 21 is corresponded in lower plate 23 processes hollow hole 24, and the bottom land of delivery chute 21 can The adjusting template 25 of installation one of dismounting, adjusting template 25 have the receiving hole 26 with fan blade diameter matches;Have not by changing The adaptation of adjusting template 25 with size receiving hole 26 processes various sizes of fan blade.The fan blade locating rack 2 of the present embodiment is a kind of Compared with for ease of processing the frame mode with assembly and adjustment, lower plate 23 is in plane tabular and processes hollow hole 24, and hollow hole 24 will The significantly greater than size of fan blade, the lower section of hollow hole 24 set rotating mould 3 to accept fan blade;Upper plate 22 is in plane tabular and processes Delivery chute 21, upper plate 22 are installed on back wall in lower plate 23 and correspond to hollow hole 24 into the overall slot structure for conveying fan blade, upper plate 22 Top sets adjusting template 25, can make replacing according to the fan blade diameter difference to be positioned, and matches corresponding size receiving The adjusting template 25 in hole 26, is played a part of being accurately positioned fan blade by receiving hole 26;The corresponding width of delivery chute 21 can be set It is larger, be not required to change and be adapted to more sizes fan blade conveying needs.
As an improvement embodiment, the side relative with fan blade conveyer belt 1 of delivery chute 21 is provided with place Sensor 27, when sensors in place 27 detects that fan blade enters delivery chute 21 in place, feedback signal stops fan blade conveyer belt 1 Conveying, feedback signal come start push block 20 carry out fan blade push.Arrangement above mode is easy to implement inter-agency automatic Chemical industry makees conveying in order, and when a fan blade enters delivery chute 21 in place, it can carry out follow-up one by the push of push block 20 The action of series, and the fan blade conveyer belt 1 of preamble or external vibrating disk are first stopped, after making the one before fan blade complete processing Latter fan blade is conveyed again in place, is ensured the orderly realization of processing and conveying, is avoided the interference effect between parts.
As an improvement embodiment, push block 20 is contained in the slip hole 28 opened up on fan blade locating rack 2 In, the end of push block 20 has the arc push face 29 for adapting to fan blade shape, and the top of slip hole 28 sets 7 spacing push of pressing plate Block 20 simultaneously covers the space above the arrival end of delivery chute 21 simultaneously, and rotor clamping device 5 is installed on pressing plate 7.Pressing plate 7 is arranged at wind Above the arrival end of delivery chute 21 of leaf locating rack 2, the effective superjacent air space of delivery chute 21 that covers is protected to transport environment;And And which defines the space of push block 20, prevent it from play occurs, make the horizontal anomalous movement of push block 20 more stable;It can be used for Rotor clamping device 5 is set, is advantageous to the layout in overall structure.Fitted in the end set arc push face 29 of push block 20 The shape of fan blade is answered, also fan blade can be kept to come centre position push when promoting when the groove width of delivery chute 21 is larger, favorably Press fitting position is smoothly reached in it.
As an improvement embodiment, the rear end of push block 20 connects a push cylinder 2a and linked, pushed away Send the rear end of block 20 that one side bayonet slot 2b is set, side bayonet slot 2b up/down perforations push block 20, push cylinder 2a piston rod is detachable Connection one and side bayonet slot 2b form fits fixture block 2c, push cylinder 2a piston rod and push block 20 phase in the height direction Stagger;After fixture block 2c and side bayonet slot 2b on above-below direction by being installed, push cylinder 2a piston rod and side bayonet slot 2b enter Row installation;After fixture block 2c departs from side bayonet slot 2b along the vertical direction, push block 20 can exit in the horizontal direction slip hole 28 without Disturbed by piston rod.Push block 20 keeps stable by firm be mounted of pressing plate 7, and itself is not easy to remove, when needs are changed not When the practical different arc push face 29 of same push block 20 matches fan blade, fast and convenient tear open is realized using above structure Dress;Push cylinder 2a piston rods and the position of push block 20 are staggered in height, when the connection for releasing piston rod and fixture block 2c After relation, fixture block 2c can be made to depart from side bayonet slot 2b from top, so as to make the rear portion of push block 20 be in free state, slided backward Push block 20 can be made to depart from slip hole 28, easily split out, reverse operating during installation.Such structure ensure that The structures such as fan blade locating rack 2, pressing plate 7, rotor clamping device 5 need not be dismantled, and the push cylinder 2a at rear also without Dismounting, the difficulty of dismounting push block 20 is greatly reduced, can quickly be matched when processing various sizes of fan blade corresponding Arc push face 29 realize stable push, coordinate adjusting template 25 preferably fan blade can be conveyed and positioned, Ensure the orderly smooth of automation processing.
As an improvement embodiment, push cylinder 2a piston rod passes through a spiral shaft member 8 with fixture block 2c Matching installation, spiral shaft member 8 include being divided into the screwed hole 81 and thread spindle 82 at both ends, and the depth of screwed hole 81 is more than thread spindle 82, screwed hole 81 coordinates with piston rod to be installed, and when piston rod and fixture block 2c are assembled, spiral is screwed out by opposing pistons bar The entire length of shaft member 8 extends, so as to which thread spindle 82 is assembled on fixture block 2c.As shown in figure 4, spiral shaft member 8 is connected to push gas Cylinder 2a and fixture block 2c, fixture block 2c are stuck in side bayonet slot 2b, so as to drive moving horizontally for push block 20;As figure dismounting when, rotation Spiral shaft member 8, the precession piston rod of screwed hole 81, thread spindle 82 exit fixture block 2c and unlocked, and fixture block 2c can be upwardly separated from side card Groove 2b, push block 20 can depart from slip hole 28 towards push cylinder 2a activities.
As an improvement embodiment, rotor clamping device 5 also include be installed on pressing plate 7 rotor clamping Cylinder 52, rotor gripper cylinder 52 link with clamping jaw 51 and a pair of clamping jaws 51 are opened or closed up;Clamping jaw 51 includes upper bracket 511st, adjutage 512 and lower clamping jaw body 513, upper bracket 511 are connected to the piston rod of gripper cylinder 52, and adjutage 512 is by upper Setting is extended downwardly at support 511, lower clamping jaw body 513 is detachably arranged in the lower end of adjutage 512;Lower clamping jaw body 513 With a pair of card arcs 514 being oppositely arranged, when a pair of clamping jaws 51 close up, card arc 514 closes up for the full circle of spacing rotor, and card arc Space is left between 514 and rotor.Prolong as shown in figure 5, specifically descending clamping jaw body 513 to be arranged on along short transverse on clamping jaw 51 The bottom of semi-girder 512, carry out limit electric machine rotor with a pair of card arcs 514, the fan blade that rotor is rotated is easy in the space reserved Rotation together is driven to carry out brush oil lubrication;Needed further set folder on adjutage 512 according to the positioning of rotor Pawl body comes by multigroup auxiliary positioning;Upper bracket 511 effectively extends back to coordinate with the piston rod of gripper cylinder 52 and installed.
As an improvement embodiment, be additionally provided with elastic 515, elastic 515 on lower clamping jaw body 513 It is horizontally mounted and its head is stretched out in outside the cambered surface of card arc 514;When a pair of card arcs 514 close up rotor spacing as full circle, bullet Property post 515 elasticity be butted on rotor.The front end of elastic 515 is column, and rear end sets the structure of spring, and it is contained in lower folder In the mounting hole of pawl body 513, rotor is propped up in positioning, and because elasticity without dieback, serves and motor is turned The preferable locating effect of son, improves the stability to rotor clamping.
As an improvement embodiment, adjutage 512 is also removably provided with some sub-folder pawl bodies 516, sub-folder pawl body 516 has identical structure with lower clamping jaw body 513;Sub-folder pawl body 516 is vertically set simultaneously Configure the card arc 514 being adapted with root diameter.Sub-folder pawl body is further set in the short transverse of adjutage 512 516, it can need to set according to rotor is specifically spacing, play the clamping limit effect to longer rotor, son The structure of clamping jaw body 516 is referred to the unified setting of lower clamping jaw body 513, and configures the shape of card arc 514 of needs.
As an improvement embodiment, what lubricating structure 4 also included that driving covers with paint or varnish 41 reciprocating movements covers with paint or varnish gas Cylinder 42;The lower section of lubricating structure 4 is provided with oil-filling mechanism 9, and oil-filling mechanism 9 includes oiling cylinder 91 and driven by oiling cylinder 91 Fuel filling column 92, fuel filling column 92 it is hollow and bottom external connection oil pipe 93 carry out fuel feeding.As shown in fig. 6, cover with paint or varnish 41 promotion Driven with withdrawing by covering with paint or varnish cylinder 42, cover with paint or varnish and oil-filling mechanism 9 is set below 41 retrieving position, fuel filling column 92 is by oiling cylinder 91 Above push away or decline, in upper shift onto, during the insertion of the head of fuel filling column 92 covers with paint or varnish 41, the external conveying of oil pipe 93 of fuel filling column 92 is quantitative Oil to being covered with paint or varnish 41;After fuel filling column 92 is withdrawn, cover with paint or varnish 41 and work on.The working frequency of oil-filling mechanism 9 is specifically by covering with paint or varnish 41 Brush fuel-flow control, it is not required to carry out refueling operation every time.
It the above is only preferred embodiment of the present utility model, the scope of protection of the utility model is not limited merely to above-mentioned Embodiment, all technical schemes belonged under the utility model thinking belong to the scope of protection of the utility model.It should be pointed out that pair For those skilled in the art, some improvements and modifications under the premise of the utility model principle is not departed from, These improvements and modifications also should be regarded as the scope of protection of the utility model.

Claims (10)

  1. A kind of 1. fan blade rotation press-loading device of rotor, it is characterised in that:Including fan blade conveyer belt (1), fan blade locating rack (2), rotating mould (3), lubricating structure (4), rotor clamping device (5) and press mechanism (6);Fan blade locating rack (2) tool There are delivery chute (21), the arrival end connection fan blade conveyer belt (1) of the delivery chute (21), the side of delivery chute (21) arrival end While being provided with push block (20), the bottom land bottom hollow out of the delivery chute (21) simultaneously sets rotating mould (3), the rotating mould (3) press mechanism (6) is correspondingly arranged above, rotor clamping device (5) is set between rotating mould (3) and press mechanism (6), The rotor clamping device (5) includes a pair of clamping jaws (51) that are separable or closing up, rotating mould (3) and press mechanism (6) it Between side lubricating structure (4) is set, the lubricating structure (4) covers with paint or varnish (41) including one;When fan blade is defeated from fan blade conveyer belt (1) When delivering to delivery chute (21);Rotating mould (3) positioning is pushed into along delivery chute (21) by push block (20), rotor is by outside machinery Hand is moved to above rotating mould (3), and a pair of clamping jaws (51) are closed up spacing to rotor, and rotor axial is relative with fan blade;Rotating mould (3) rotation drives fan blade and rotor linkage rotation, covers with paint or varnish (41) and stretches to rotor in the swiped through lubrication backed off after random of rotor flank;By pushing Mechanism (6), which push, makes rotor be integrated with fan blade assembling.
  2. A kind of 2. fan blade rotation press-loading device of rotor according to claim 1, it is characterised in that:The fan blade is determined Position frame (2) includes upper plate (22) and the lower plate (23) overlapped up and down, and delivery chute (21), the lower plate are formed on the upper plate (22) (23) bottom land that delivery chute (21) is corresponded on processes hollow hole (24), the bottom land removably installation one of the delivery chute (21) Adjusting template (25), the adjusting template (25) have the receiving hole (26) with fan blade diameter matches;There is difference by changing Adjusting template (25) adaptation of size receiving hole (26) processes various sizes of fan blade.
  3. A kind of 3. fan blade rotation press-loading device of rotor according to claim 2, it is characterised in that:The delivery chute (21) the relative side of fan blade conveyer belt (1) is provided with sensors in place (27), when sensors in place (27) detects fan blade Into delivery chute (21) in place when, feedback signal stops the conveying of fan blade conveyer belt (1), and feedback signal starts push block (20) push of fan blade is carried out.
  4. A kind of 4. fan blade rotation press-loading device of rotor according to claim 1 or 2 or 3, it is characterised in that:It is described Push block (20) is contained in the slip hole (28) opened up on fan blade locating rack (2), and the end of push block (20), which has, adapts to wind Arc push face (29) of leaf shape, slip hole (28) top set pressing plate (7) spacing push block (20) and cover conveying simultaneously Space above groove (21) arrival end, rotor clamping device (5) is installed on the pressing plate (7).
  5. A kind of 5. fan blade rotation press-loading device of rotor according to claim 4, it is characterised in that:The push block (20) rear end connects a push cylinder (2a) and linked, and the rear end of push block (20) sets a side bayonet slot (2b), the side Neck (2b) up/down perforation push block (20), the piston rod of the push cylinder (2a) removably connect one and side bayonet slot (2b) The fixture block (2c) of form fit, piston rod and the push block (20) of the push cylinder (2a) are staggered in the height direction; After fixture block (2c) and side bayonet slot (2b) on above-below direction by being installed, piston rod and the side bayonet slot (2b) of push cylinder (2a) enter Row installation;After fixture block (2c) departs from side bayonet slot (2b) along the vertical direction, push block (20) can exit slip hole in the horizontal direction (28) without being disturbed by piston rod.
  6. A kind of 6. fan blade rotation press-loading device of rotor according to claim 5, it is characterised in that:The push gas With fixture block (2c) by spiral shaft member (8) Matching installation, the spiral shaft member (8) includes being divided into two the piston rod of cylinder (2a) The screwed hole (81) and thread spindle (82) at end, the depth of the screwed hole (81) are more than thread spindle (82), the screwed hole (81) Coordinate with piston rod and install, when piston rod and fixture block (2c) are assembled, it is whole that spiral shaft member (8) is screwed out by opposing pistons bar Body length extends, so as to which thread spindle (82) is assembled on fixture block (2c).
  7. A kind of 7. fan blade rotation press-loading device of rotor according to claim 4, it is characterised in that:The rotor folder Hold the rotor gripper cylinder (52) that mechanism (5) also includes being installed on pressing plate (7), the rotor gripper cylinder (52) and clamping jaw (51) linkage is opened or closed up to a pair of clamping jaws (51);The clamping jaw (51) includes upper bracket (511), adjutage (512) With lower clamping jaw body (513), the upper bracket (511) is connected to the piston rod of gripper cylinder (52), the adjutage (512) by Upper bracket (511) place extends downwardly setting, and the lower clamping jaw body (513) is detachably arranged in adjutage (512) lower end;Institute Stating lower clamping jaw body (513) has a pair of card arcs (514) being oppositely arranged, when a pair of clamping jaws (51) are closed up, the card arc (514) Close up for the full circle of spacing rotor, and card arc (514) leaves space between rotor.
  8. A kind of 8. fan blade rotation press-loading device of rotor according to claim 7, it is characterised in that:The lower clamping jaw Elastic (515) is additionally provided with body (513), the elastic (515) is horizontally mounted and its head stretches out in card arc (514) Cambered surface outside;When a pair of card arcs (514) close up rotor spacing as full circle, elastic (515) elasticity is butted on rotor.
  9. A kind of 9. fan blade rotation press-loading device of rotor according to claim 7, it is characterised in that:The adjutage (512) some sub-folder pawl bodies (516), the sub-folder pawl body (516) and lower clamping jaw body (513) are also removably provided with With identical structure;Sub-folder pawl body (516) vertically sets and configured the card arc being adapted with root diameter (514)。
  10. A kind of 10. fan blade rotation press-loading device of rotor according to claim 1 or 2 or 3, it is characterised in that:Institute That states that lubricating structure (4) also includes that driving covers with paint or varnish (41) reciprocating movement covers with paint or varnish cylinder (42);Set below the lubricating structure (4) Oil-filling mechanism (9) is equipped with, the oil-filling mechanism (9) includes oiling cylinder (91) and the fuel filling column driven by oiling cylinder (91) (92), the fuel filling column (92) is hollow and carries out fuel feeding in bottom external connection oil pipe (93).
CN201721287464.0U 2017-09-30 2017-09-30 A kind of fan blade rotation press-loading device of rotor Active CN207218484U (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111112973A (en) * 2019-12-26 2020-05-08 温州职业技术学院 Multipurpose press mounting device suitable for motor rotor assembly line
CN111404321A (en) * 2020-03-24 2020-07-10 杭州伟洛科技有限公司 Novel even fast regulation of heat dissipation fan blade of electric fan device
CN111482782A (en) * 2020-04-28 2020-08-04 中山安添科技有限公司 Automatic equipment of equipment motor and fan blade
CN111515655A (en) * 2020-03-20 2020-08-11 温州职业技术学院 Press fitting machine for motor rotor assembly line

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111112973A (en) * 2019-12-26 2020-05-08 温州职业技术学院 Multipurpose press mounting device suitable for motor rotor assembly line
CN111515655A (en) * 2020-03-20 2020-08-11 温州职业技术学院 Press fitting machine for motor rotor assembly line
CN111404321A (en) * 2020-03-24 2020-07-10 杭州伟洛科技有限公司 Novel even fast regulation of heat dissipation fan blade of electric fan device
CN111404321B (en) * 2020-03-24 2021-02-23 无锡方盛换热器股份有限公司 Uniform speed adjusting device for heat dissipation fan blades of electric fan
CN111482782A (en) * 2020-04-28 2020-08-04 中山安添科技有限公司 Automatic equipment of equipment motor and fan blade

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