CN209335077U - A kind of efficient fan blade rotor kludge of performance stabilized speed - Google Patents
A kind of efficient fan blade rotor kludge of performance stabilized speed Download PDFInfo
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- CN209335077U CN209335077U CN201822239208.5U CN201822239208U CN209335077U CN 209335077 U CN209335077 U CN 209335077U CN 201822239208 U CN201822239208 U CN 201822239208U CN 209335077 U CN209335077 U CN 209335077U
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Abstract
A kind of efficient fan blade rotor kludge of performance stabilized speed, the utility model relates to fan blade set technical fields, the rear side of No.1 parts platform dextral is equipped with Separation by vibration mechanism, the outlet end of Separation by vibration mechanism is connected with vibration feeding machine structure, the outlet end of vibration feeding machine structure is connect with No.1 feeding-passage, and the right side port of No.1 feeding-passage is equipped with air cylinder pusher structure；The front side of No.1 parts platform is equipped with fan blade and is put into mouth, and fan blade, which is put on rear side of mouth, is connected with No. two feeding-passages, and the tail end of No. two feeding-passages is fixed on the upper surface of No.1 parts platform；The upper surface of No.1 parts platform is fixed there are four support rod, and four support rods are arranged in rectangle, and the lower surface of No. two parts platforms is fixed in the upper end of support rod；Speed of production is increased, packaging efficiency is improved；The safety for having ensured operator increases the safety of operation；Feeding time and manpower are saved, the error that workpiece be combined with each other is smaller, improves product quality.
Description
Technical field
The utility model relates to fan blade set technical fields, and in particular to a kind of efficient fan blade rotor of performance stabilized speed
Kludge.
Background technique
Fan blade is the main component of fan, and existing fan blade generally comprises the magnet ring rotor at leaf blade and center, existing
Fan blade assembling when, by the way that manually magnet ring rotor is pressed into fan blade, packaging efficiency is low and time-consuming, the operating pressure of worker
Greatly；And during pressing magnet ring rotor, operation has certain risk, is easy to accidentally injure and arrives worker, affects worker's
Personal safety, it would be highly desirable to improve.
Utility model content
The purpose of this utility model is that in view of the drawbacks of the prior art and insufficient, provide that a kind of structure is simple, and design is closed
Reason, the efficient fan blade rotor kludge of performance stabilized speed easy to use, increase speed of production, improve packaging efficiency；
The safety for having ensured operator increases the safety of operation；Save feeding time and manpower, the mistake that workpiece be combined with each other
Difference is smaller, improves product quality.
In order to achieve the above purposes, the technical solution adopted by the utility model is:, and it includes No.1 parts platform, Separation by vibration
Mechanism, vibration feeding machine structure, No.1 feeding-passage, air cylinder pusher structure, No. two feeding-passages, No. two parts platforms；No.1 machine
The rear side of part platform dextral is equipped with Separation by vibration mechanism, and the outlet end of Separation by vibration mechanism is connected with vibration feeding machine structure, vibrates
The outlet end of feeding mechanism is connect with No.1 feeding-passage, and the right side port of No.1 feeding-passage is equipped with air cylinder pusher structure；One
The front side of number parts platform is equipped with fan blade and is put into mouth, and fan blade, which is put on rear side of mouth, is connected with No. two feeding-passages, and No. two chargings are logical
The tail end in road is fixed on the upper surface of No.1 parts platform；Support rod there are four the upper surface of No.1 parts platform is fixed, four
A support rod is arranged in rectangle, and the lower surface of No. two parts platforms is fixed in the upper end of support rod, No.1 parts platform and No. two
Parts platform in being arranged in parallel up and down, and No.1 feeding-passage is fixed between two support rods on right side, and No.1 feeding-passage
Left side port be set to No. two parts platform undersides；Working piece positioning device there are two the upper surface of No.1 parts platform is fixed, two
A symmetrical setting of Working piece positioning device, and be individually fixed on two support rods of rear side, two Working piece positioning devices
Between be equipped with locating slot, locating slot and fan blade are put into mouth and are set on same center line；It is fixed between two support rods in left side
There is workpiece inductor, workpiece inductor is set to the upside of the Working piece positioning device in left side, the induction end and No.1 of workpiece inductor
The left side port of feeding-passage is correspondingly arranged in left and right, and workpiece area is equipped between workpiece inductor and No.1 feeding-passage；No. two
Pneumatic last item is fixed on the upside of parts platform, the output end of pneumatic last item is connected with pressure head, and pressure head passes through No. two parts platforms
Perforation after, set on the downside of No. two parts platforms, and pressure head and workpiece area are set on same center line；No.1 parts platform
Upper surface it is fixed there are two infrared inductor, two symmetrical settings of infrared inductor, and be set to two branch of front side
The outside of strut is connected with discharge port on rear side of No.1 parts platform；Separation by vibration mechanism, vibration feeding machine structure, workpiece induction
Device, infrared inductor are connect with external power supply, and are connect with external control centre, and air cylinder pusher structure, pneumatic last item are equal
It connect with external air source, and is connect with external control centre.
Further, No. two feeding-passages are inclined to set.
Further, the locating slot and discharge port are set on same center line.
After adopting the above structure, the utility model has the beneficial effect that a kind of performance stabilized speed described in the utility model
Efficient fan blade rotor kludge, increases speed of production, improves packaging efficiency；It has ensured the safety of operator, has increased
The safety of operation；Feeding time and manpower are saved, the error that workpiece be combined with each other is smaller, product quality is improved, this
The advantages that utility model has structure simple, and setting is reasonable, low manufacture cost.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the connection schematic diagram of No.1 parts platform in the utility model, No. two parts platforms.
Description of symbols:
No.1 parts platform 1, fan blade are put into a mouthful 1-1, support rod 1-2, Separation by vibration mechanism 2, vibration feeding machine structure 3, one
Number feeding-passage 4, the feeding-passage 6, two of air cylinder pusher structure 5, two parts platform 7, Working piece positioning device 8, locating slot 8-
1, workpiece inductor 9, workpiece area 10, pneumatic last item 11, pressure head 11-1, infrared inductor 12, discharge port 13.
Specific embodiment
The utility model will be further described below with reference to the accompanying drawings.
Referring to as shown in Figure 1 to Figure 2, technological means used by present embodiment is as follows: it includes No.1 parts
Platform 1, Separation by vibration mechanism 2, vibration feeding machine structure 3, No.1 feeding-passage 4,5, No. two feeding-passages 6 of air cylinder pusher structure,
No. two parts platforms 7；The rear side on 1 right side of No.1 parts platform is equipped with Separation by vibration mechanism 2, the outlet end of Separation by vibration mechanism 2
It is welded with vibration feeding machine structure 3, the outlet end of vibration feeding machine structure 3 and No.1 feeding-passage 4 weld, No.1 feeding-passage 4
Right side port is equipped with air cylinder pusher structure 5, saves feeding time and manpower, increases speed of production, improves packaging efficiency；
The front side integral of No.1 parts platform 1 forms fan blade and is put into a mouthful 1-1, and fan blade, which is put on rear side of mouthful 1-1, is welded with No. two chargings
Channel 6, the tail end of No. two feeding-passages 6 are fixedly welded on the upper surface of No.1 parts platform 1, and fan blade is logical by No. two chargings
On road 6 to No.1 parts platform 1；The upper surface of No.1 parts platform 1 is welded and fixed there are four support rod 1-2, four support rods
1-2 is arranged in rectangle, and the upper end of support rod 1-2 is fixedly welded on the lower surface of No. two parts platforms 7, No.1 parts platform 1 with
For No. two parts platforms 7 in being arranged in parallel up and down, the error that workpiece be combined with each other is smaller, improves product quality, and No.1 charging is logical
Road 4 is fixed between two support rod 1-2 on right side, and the left side port of No.1 feeding-passage 4 is set under No. two parts platforms 7
Side；The upper surface screw of No.1 parts platform 1 is fixed, and there are two Working piece positioning devices 8, and two Working piece positioning devices 8 are in left and right pair
Claim setting, and screw is fixed on two support rod 1-2 of rear side respectively, locating slot is equipped between two Working piece positioning devices 8
8-1, locating slot 8-1 and fan blade are put into a mouthful 1-1 and are set on same center line；It is welded between two support rod 1-2 in left side solid
Surely there is workpiece inductor 9, workpiece inductor 9 is set to the upside of the Working piece positioning device 8 in left side, the induction end of workpiece inductor 9
It is correspondingly arranged with the left side port of No.1 feeding-passage 4 in left and right, work is equipped between workpiece inductor 9 and No.1 feeding-passage 4
Part area 10；The upside screw of No. two parts platforms 7 is fixed with pneumatic last item 11, and the output end of pneumatic last item 11 is connected with pressure head
After 11-1, pressure head 11-1 pass through the perforation of No. two parts platforms 7, set on the downside of No. two parts platforms 7, and pressure head 11-1 and work
Part area 10 is set on same center line；Infrared inductor 12 there are two the upper surface screw of No.1 parts platform 1 is fixed, two
The symmetrical setting of infrared inductor 12, and it is set to the outside of two support rod 1-2 of front side, it can detecte human body, prevent
It only accidentally injures and arrives worker, ensured the safety of operator, increase the safety of operation, the rear side welding of No.1 parts platform 1
There is discharge port 13；Separation by vibration mechanism 2, vibration feeding machine structure 3, workpiece inductor 9, infrared inductor 12 connect with external power supply
Connect, and connect with external control centre, air cylinder pusher structure 5, pneumatic last item 11 are connect with external air source, and with outside
Control centre's connection.
Further, No. two feeding-passages 6 are inclined to set, and fan blade is facilitated to slide on No.1 parts platform 1.
Further, the locating slot 8-1 and discharge port 13 are set on same center line.
The working principle of this specific embodiment: being: magnet ring rotor enters vibration after passing through 2 Separation by vibration of Separation by vibration mechanism
Dynamic feeding mechanism 3 is sent into No.1 feeding-passage 4 by vibration, then promotes workspace 10, workpiece sense by air cylinder pusher structure 5
Enter standby mode after answering device 9 to sense, fan blade is manually put into fan blade and is put into a mouthful 1-1, arrives to workpiece through No. two feeding-passages 6
Positioning device 8 is simultaneously caught in locating slot 8-1, and Working piece positioning device 8 enters standby mode after sensing fan blade, to infrared inductor
After 12 are not sensed by human body, it is transferred to external control centre, the pressure head 11-1 for controlling pneumatic last item 11 is pushed, so that magnet ring rotor
It is pressed into fan blade；Each workpiece area is without workpiece, after workpiece is not detected in workpiece inductor 9, Working piece positioning device 8, is transferred to outer
Control centre, portion, control enter self-feeding state, cycle operation.
After above-mentioned component, present embodiment is had the beneficial effect that
1, Separation by vibration mechanism 2, vibration feeding machine structure 3 and pneumatic pusher 5 save feeding time and manpower, increase
Speed of production, improves packaging efficiency；
2, No.1 parts platform 1 is equipped with infrared inductor 12, can detecte human body, prevents from accidentally injuring to worker, ensure
The safety of operator, increases the safety of operation；
3, for No.1 parts platform 1 with No. two parts platforms 7 in being arranged in parallel up and down, the error that workpiece be combined with each other is smaller,
Improve product quality.
The above is merely intended for describing the technical solutions of the present application, but not for limiting the present application, those of ordinary skill in the art couple
The other modifications or equivalent replacement that the technical solution of the utility model is made, without departing from technical solutions of the utility model
Spirit and scope should all cover in the scope of the claims of the utility model.
Claims (3)
1. a kind of efficient fan blade rotor kludge of performance stabilized speed, it is characterised in that: it include No.1 parts platform (1),
Separation by vibration mechanism (2), vibration feeding machine structure (3), No.1 feeding-passage (4), air cylinder pusher structure (5), No. two feeding-passages
(6), No. two parts platforms (7)；Rear side on the right side of No.1 parts platform (1) is equipped with Separation by vibration mechanism (2), Separation by vibration mechanism
(2) outlet end is connected with vibration feeding machine structure (3), and the outlet end and No.1 feeding-passage (4) of vibration feeding machine structure (3) are even
It connects, the right side port of No.1 feeding-passage (4) is equipped with air cylinder pusher structure (5)；The front side of No.1 parts platform (1) is equipped with fan blade
It is put into mouth (1-1), fan blade, which is put on rear side of mouth (1-1), is connected with No. two feeding-passages (6), the tail end of No. two feeding-passages (6)
It is fixed on the upper surface of No.1 parts platform (1)；There are four the upper surface of No.1 parts platform (1) is fixed support rod (1-2),
Four support rods (1-2) are arranged in rectangle, and the lower surface of No. two parts platforms (7), No.1 are fixed in the upper end of support rod (1-2)
For parts platform (1) with No. two parts platforms (7) in being arranged in parallel up and down, No.1 feeding-passage (4) is fixed on two branch on right side
Between strut (1-2), and the left side port of No.1 feeding-passage (4) is set on the downside of No. two parts platforms (7)；No.1 parts platform
(1) upper surface is fixed, and there are two Working piece positioning device (8), two symmetrical settings of Working piece positioning device (8), and difference
It is fixed on two support rods (1-2) of rear side, is equipped with locating slot (8-1) between two Working piece positioning devices (8), locating slot
(8-1) and fan blade are put into mouth (1-1) and are set on same center line；Workpiece is fixed between two support rods (1-2) in left side
Inductor (9), workpiece inductor (9) are set to the upside of the Working piece positioning device (8) in left side, the induction end of workpiece inductor (9)
It is correspondingly arranged with the left side port of No.1 feeding-passage (4) in left and right, between workpiece inductor (9) and No.1 feeding-passage (4)
Equipped with workpiece area (10)；It is fixed with pneumatic last item (11) on the upside of No. two parts platforms (7), the output end of pneumatic last item (11) connects
It is connected to pressure head (11-1), after pressure head (11-1) passes through the perforation of No. two parts platforms (7), is set under No. two parts platforms (7)
Side, and pressure head (11-1) and workpiece area (10) are set on same center line；The upper surface of No.1 parts platform (1) is fixed with two
A infrared inductor (12), two symmetrical settings of infrared inductor (12), and it is set to two support rods (1-2) of front side
Outside, be connected with discharge port (13) on rear side of No.1 parts platform (1)；Separation by vibration mechanism (2), vibration feeding machine structure (3),
Workpiece inductor (9), infrared inductor (12) connect with external power supply, and connect with external control centre, pneumatic pusher
Mechanism (5), pneumatic last item (11) connect with external air source, and connect with external control centre.
2. the efficient fan blade rotor kludge of a kind of performance stabilized speed according to claim 1, it is characterised in that: described
No. two feeding-passages (6) be inclined to set.
3. the efficient fan blade rotor kludge of a kind of performance stabilized speed according to claim 1, it is characterised in that: described
Locating slot (8-1) and discharge port (13) be set on same center line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822239208.5U CN209335077U (en) | 2018-12-28 | 2018-12-28 | A kind of efficient fan blade rotor kludge of performance stabilized speed |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822239208.5U CN209335077U (en) | 2018-12-28 | 2018-12-28 | A kind of efficient fan blade rotor kludge of performance stabilized speed |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209335077U true CN209335077U (en) | 2019-09-03 |
Family
ID=67760021
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822239208.5U Active CN209335077U (en) | 2018-12-28 | 2018-12-28 | A kind of efficient fan blade rotor kludge of performance stabilized speed |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209335077U (en) |
-
2018
- 2018-12-28 CN CN201822239208.5U patent/CN209335077U/en active Active
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