Utility model content
Based on this, it is necessary to for manual assembly oscillator and fastener waste of manpower, inefficiency present in traditional technology
The problem of, a kind of oscillator fastener assembly device can be used for quick assembling oscillator fastener is provided.
A kind of oscillator fastener assembles device, including bottom plate and is supported in the top plate of the bottom plate；The top plate, which is equipped with, to be used
In the positioning mechanism of positioning oscillator, and the locating slot for positioning fastener, the positioning trench bottom is equipped with assemble mechanism；The bottom
Driving mechanism is equipped between plate and the top plate, the driving mechanism moves back and forth between the bottom plate and the top plate；Institute
Driving mechanism is stated to when moving close to the top plate direction, pushes the assemble mechanism.
Above-mentioned oscillator fastener assembles device, can position oscillator by the positioning mechanism on top plate, be positioned by locating slot
Fastener.When oscillator fastener assembly device work, driving mechanism can be moved to close to top plate direction.At this point, driving mechanism pushes away
Dynamic assemble mechanism, assemble mechanism can push the fastener in locating slot, fastener made to be assembled together with oscillator.The oscillator clamp
Part assembles device by Automatic manual transmission, saves manpower, and can assemble multiple oscillator fasteners simultaneously, assembling speed faster, mentions
The assembly efficiency of antenna oscillator is risen.
The driving mechanism includes the cylinder for being connected to the bottom plate in one of the embodiments, and by the cylinder
Drive the movable plate to move reciprocatingly between the bottom plate and the top plate.
The driving mechanism further includes air-flow speed governing valve in one of the embodiments,；The air-flow speed governing valve is set to institute
It states on cylinder, the movement velocity of movable plate when adjusting the cylinder operation.
Above-mentioned oscillator fastener assembles device, the movement speed of movable plate when can adjust the speed valve regulation cylinder operation by air-flow
Degree, to adjust the assembly efficiency of antenna oscillator.
It is fixedly connected between the bottom plate and the top plate by guide rod in one of the embodiments,；The movable plate
The position of the upper correspondence guide rod is equipped with first through hole, and the movable plate is equipped with linear bearing；The linear bearing passes through
The first through hole is simultaneously fixed on the movable plate；The leader casing is set in the linear bearing.
The movable plate is equipped with linear bearing in one of the embodiments, and the guide rod passes through the linear axis
It holds, so that the movable plate is slidably connected by the linear bearing and the guide rod.
Above-mentioned oscillator fastener assembles device, linear bearing is provided on movable plate, and guide rod passes through linear bearing, can be with
Move movable plate when moving back and forth between top plate and bottom plate along guide rod direction.The setting of the linear bearing can ensure
The mobile accurate stable of movable plate, to improve the assembly effect of oscillator fastener.
The positioning mechanism includes at least a pair of symmetrically arranged locating piece in one of the embodiments,；The oscillator
When fastener assembles device work, the oscillator is located between the locating piece.
The positioning mechanism further includes at least a pair of symmetrically arranged positioning component in one of the embodiments, described
The relatively described locating piece of positioning component is independently arranged；The positioning component includes: the slide on the top plate；Through described
The compression bar of slide, far from oscillator position location, the second end of the compression bar positions the first end of the compression bar close to the oscillator
Position；First spring is set between the slide and the compression bar, and first spring, which is configured to supply, makes the compression bar
Driving force of the second end far from the oscillator position location.
Above-mentioned oscillator fastener assembles device, and the positioning mechanism for positioning oscillator includes the positioning component being independently arranged and determines
Position block, can promote the stability and reliability of oscillator positioning.
The first end of the compression bar is equipped with ball bearing in one of the embodiments,；The second end of the compression bar is equipped with
For positioning the protrusion of oscillator；The movable plate is equipped with driving lever close to the surface of the top plate, and the driving lever is close to the top
The top of plate is inclined surface, and the driving lever also has vertical plane below the inclined surface；The inclined surface and described perpendicular
It is the working face of the driving lever to plane；The position that the top plate corresponds to the driving lever is equipped with through-hole, and first spring is certainly
When by state, the driving lever, the through-hole are corresponding with the position of the ball bearing, so that the movable plate is to close to the top
When plate direction is mobile, the working face of the driving lever passes through the through-hole and pushes the ball bearing.
Above-mentioned oscillator fastener assembles device, and the automatic work of positioning component can be realized by the movement of movable plate, make list
A cylinder can drive the Mechanical Moving of multiple directions simultaneously, promote the experience effect of user.
The assemble mechanism includes the jacking block to pushing tow fastener and is connected to the top plate in one of the embodiments,
With the second spring between the jacking block；When the driving mechanism pushes the jacking block, the second spring is compressed.
It is any described fixed in one of the embodiments, with multiple locating slots for being used to position fastener on the top plate
Position trench bottom is equipped with assemble mechanism.
Above-mentioned oscillator fastener assembles device, and multiple fasteners can be assemblied on oscillator simultaneously, thus improve oscillator and
The assembly efficiency of fastener.
To keep the above objects, features, and advantages of the utility model more obvious and easy to understand, with reference to the accompanying drawing to this
The specific embodiment of utility model is described in detail.Many details are explained in the following description in order to abundant
Understand the utility model.But the utility model can be implemented with being much different from other way described herein, this field
Technical staff can do similar improvement without prejudice to the utility model connotation, therefore the utility model is not by following public affairs
The limitation for the specific embodiment opened.
As shown in Figure 1, for an antenna oscillator 12 and the assembly effect picture of fastener 20.One oscillator 12 with fastener 20 by
One oscillator 12 and four plastic cards 20 assembly, and wherein oscillator 12 includes oscillator pedestal 120, is set to oscillator pedestal 120
On four groups of baluns 122 and four dipoles 124 being supported by each balun 122.Fastener 20 is used for two neighboring dipole 124
End be connected and fixed, position-limiting action is played with electrode couple 124 and balun 122, dipole 124 and balun 122 is avoided to deform.
This is the conventional techniques of this field, is repeated no more.In the conventional technology, oscillator 12 is with the assembly of fastener 20 usually by artificial
Based on this, the application provides a kind of oscillator fastener assembly device convenient for oscillator 12 and fastener 20 are assembled together
30.As shown in Fig. 2, oscillator fastener assembly device 30 includes: bottom plate 310, top plate 330 and is set to bottom plate 310 and top plate 330
Between driving mechanism.
Specifically, bottom plate 310 is used to support top plate 330 and driving mechanism.Bottom plate 310 can pass through fixed angle plate 3104 etc.
It is fixed on the worktable, so that oscillator fastener assembly device 30 be made to be fixed on the worktable.Here bottom plate 310, top plate 330 and
Driving mechanism can use rigid material, such as steel or iron.
Top plate 330 is supported by bottom plate 310, with spaced a distance with bottom plate 310.Top plate 330 is equipped with for positioning
The positioning mechanism of oscillator 12 is additionally provided with the locating slot 3314 for positioning fastener 20 on top plate 330.When fastener 20 and oscillator 12 are fixed
When on top plate 330, fastener 20 is located at below the end of the two neighboring dipole 124 of oscillator 12.The bottom of locating slot 3314
Portion is additionally provided with assemble mechanism, which may include one for pushing the jacking block 3324 of fastener 20.In the present embodiment, it pushes up
Plate 330 may include a positioning plate 3310, for locating slot 3314 and positioning mechanism to be arranged.For ease of understanding, in the example shown, will
Positioning plate 3310 on top plate 330 is divided.It is to be appreciated that positioning plate 3310 and the other parts of top plate 330 are
It can be integrally formed, be also possible to be fixedly connected by screw etc..
Driving mechanism be set between bottom plate 310 and top plate 330, and driving mechanism done between bottom plate 310 and top plate 330 it is past
Multiple movement.When moving when driving mechanism to the direction close to top plate 330, driving mechanism pushes above-mentioned assemble mechanism.
More specifically, when the oscillator fastener assembly device 30 of the application works, first fastener 20 can be put into and be used to position
In the locating slot 3314 of fastener 20, oscillator 12 is put into the positioning mechanism for being used to position oscillator 12.Then driving mechanism is controlled
It is moved to close to 330 direction of top plate.In driving mechanism motion process, assemble mechanism is pushed, assemble mechanism pushes up fastener 20,
To which fastener 20 to be assembled to the end of the two neighboring dipole 124 of oscillator 12.The oscillator fastener assembles device 30, passes through machinery
Assembly, saves manpower, and can assemble multiple oscillator fasteners simultaneously, assembling speed faster, improves the dress of antenna oscillator 12
In one embodiment, as shown in Figures 2 and 3, assemble mechanism may include the jacking block for pushing tow fastener 20
3324 and second spring 3322 that jacking block 3324 is connected with top plate 330.For ease of understanding, in diagram by positioning plate 3310,
The other parts of assemble mechanism and top plate 330 are divided.
When driving mechanism close to 330 direction of top plate to when moving, driving mechanism pushes jacking block 3324 to move upwards.At this point,
Second spring 3322 is compressed.Jacking block 3324 pushes fastener 20 to be assemblied on oscillator 12.After the assembly is completed, driving mechanism is to close
The movement of 310 direction of bottom plate, jacking block 3324 is no longer driven the thrust of mechanism at this time.Second spring 3322 is restored, and top is pushed down on
Block 3324.Each jacking block 3324 can be connect by two second springs 3322 with top plate 330, to keep the steady of jacking block 3324
It is qualitative.
Further, which assembles device 30, can be equipped on top plate 330 multiple for positioning determining for fastener 20
Position slot 3314.
Specifically, based on each oscillator 12 need with the assembly of four 20 phases of fastener, can be set on top plate 330 there are four
For positioning the locating slot 3314 of fastener 20, and the position of every a positioning groove 3314 both corresponds to the two neighboring dipole of oscillator 12
124 end.The bottom of each locating slot 3314 is designed with above-mentioned assemble mechanism, so that driving mechanism is to close to top plate 330
When direction moves, while four jacking blocks 3324 are pushed, so that four fasteners 20 be made to be assembled simultaneously with oscillator 12.The oscillator clamp
Part assembles device 30, multiple fasteners 20 can be assemblied on oscillator 12 simultaneously, to improve the dress of oscillator 12 and fastener 20
Further, which assembles device 30, and the position that jacking block 3324 is corresponded on movable plate 3220 can be set
Have backing plate 3222, with when the movable plate 3220 of driving mechanism to close to 330 direction of top plate move when, by backing plate 3222 and jacking block
3324 are in contact, so that jacking block 3324 be pushed to move.
Meanwhile to make jacking block 3324 push fastener 20 during do not generate the displacement in other directions, can be in jacking block
3324 for pushing the top of fastener 20 to be equipped with the structure to match with locating slot 3314, to guarantee in 3324 motion process of jacking block
The direction of motion.
In one embodiment, still as shown in Fig. 2, above-mentioned driving mechanism includes cylinder 3210 and movable plate 3220.
Specifically, cylinder 3210 is fixedly connected between bottom plate 310 and top plate 330, and with bottom plate 310.Cylinder 3210
It can be fixedly connected by screw 3102 etc. with bottom plate 310.Movable plate 3220 is fixedly connected with cylinder 3210, and cylinder
When 3210 work, movable plate 3220 can be pushed to move reciprocatingly between bottom plate 310 and top plate 330.
Further, which can also include air-flow speed governing valve 3214 and valve 3212.Valve 3212 is for controlling
Whether the work of cylinder 3210 processed.Air-flow speed governing valve 3214 is set on cylinder 3210, to adjust 3210 working efficiency of cylinder, thus
Movement velocity of the movable plate 3220 between bottom plate 310 and top plate 330 is adjusted, and then the assembly for controlling oscillator 12 and fastener 20 is imitated
Rate and assembling quality.
Further, cylinder backing plate 3216 is also provided between cylinder 3210 and bottom plate 310.Cylinder backing plate 3216
For paving cylinder 3210, thus by the thickness for adjusting cylinder backing plate 3216, between control movable plate 3220 to top plate 330
In one embodiment, shell (not shown), shell are also provided with outside oscillator fastener assembly device 30
On be also provided with pressure regulation filter.Pressure regulation filter is connected with cylinder 3210, to carry out pressure regulation and filtering guarantor to cylinder 3210
Shield.This is the conventional techniques of this field, is repeated no more.
In one embodiment, as shown in Figures 2 and 4, connect between bottom plate 310 and top plate 330 by the way that guide rod 3116 is fixed
Specifically, bottom plate 310 is used to support top plate 330, which be can be through 3116 roof supporting of guide rod
330, so as to have certain space between top plate 330 and bottom plate 310.Guide rod 3116 can by screw 3102 respectively with bottom plate
310 and top plate 330 be fixedly connected.Movable plate 3220 is set between top plate 330 and bottom plate 310.To make movable plate 3220 exist
Free movement between top plate 330 and bottom plate 310 can be equipped with first through hole on movable plate 3220.The first through hole is for wearing
Cross guide rod 3116.
Further, as shown in Fig. 2 to Fig. 4, linear bearing 3224 is also provided on movable plate 3220.Movable plate 3220
It is flexibly connected by the linear bearing 3224 with guide rod 3116.
Movable plate 3220 is equipped with linear bearing 3224, and linear bearing 3224 is set to the first through hole on movable plate 3220
It is interior.Guide rod 3116 passes through the linear bearing 3224.It specifically, can be parallel by bottom plate 310, movable plate 3220 and top plate 330
Setting.Linear bearing 3224 is fixed in the first through hole of movable plate 3220, and guide rod 3116 passes through the linear bearing 3224,
Movable plate 3220 is set to be slidably connected by linear bearing 3224 with guide rod 3116.
When the oscillator fastener assembles the work of device 30, movable plate 3220 is transported under the driving of cylinder 3210 to 330 direction of top plate
It is dynamic.In motion process, linear bearing 3224 is moved along guide rod 3116, and guide rod 3116 is made to define the movement rail of linear bearing 3224
Mark, and then define the direction of motion of movable plate 3220.The direction of motion that movable plate 3220 is limited by linear bearing 3224, can
Movable plate 3220 causes assembly in the movement being parallel on 330 direction of top plate when working to avoid oscillator fastener assembly device 30
It influences, improves the assembly effect of oscillator fastener.
In one embodiment, it is used to position the positioning mechanism of oscillator 12 in above-mentioned oscillator fastener assembly device 30, including
At least a pair of symmetrically arranged locating piece 3312.
In as with the embodiments shown in figures 2 and 3, positioning mechanism is equipped with two pairs of symmetrically arranged locating pieces 3312.In conjunction with Fig. 1
It is found that the locating piece 3312 is used to be clamped with the dipole 124 of oscillator 12, so that oscillator 12 is fixed on top plate 330.
In other words, when oscillator fastener assembly device 30 works, oscillator 12 is located between locating piece 3312.It is to be appreciated that fixed
Position block 3312 can be equipped with a pair, can also be equipped with two pairs, quantity is can stablize fixed oscillator 12 as foundation.
It further, further include at least for positioning the positioning mechanism of oscillator 12 in above-mentioned oscillator fastener assembly device 30
A pair of symmetrically arranged positioning component 3410.The positioning component 3410 is independently arranged with locating piece 3312, is independent of each other.The positioning
Component 3410 can be used for positioning oscillator 12 and limit the height and position of oscillator 12.It is right by taking a positioning component 3410 as an example below
It is illustrated.
As shown in figure 3, a positioning component 3410 includes: slide 3416 on top plate 330, through slide 3416
Compression bar 3412 and the first spring 3414 for connecting compression bar 3412 and slide 3416.
Specifically, slide 3416 is set on top plate 330, slide 3416 has cavity and both ends open, for compression bar 3412
Through the slide 3416.After compression bar 3412 runs through slide 3416, second end is close to the position location of oscillator 12, with the progress of oscillator 12
It is fixed.First end is far from 12 position location of oscillator.Second spring 3322 be connected to slide 3416 and compression bar 3412 second end it
Between, to pull compression bar 3412 far from 12 position location of oscillator.
Further, as shown in Figures 3 and 4, ball bearing 3418, compression bar 3412 are equipped in the first end of compression bar 3412
Second end be equipped with protrusion (not marking in figure), for protrusion for positioning oscillator 12, the shape of the protrusion can be with oscillator
12 shapes match, to position to oscillator 12.
Meanwhile to cooperate the positioning component 3410 to work, movable plate 3220 is equipped with driving lever close to the surface of top plate 330
3226.Driving lever 3226 is inclined surface close to the top of top plate 330, and driving lever 3226 also has a vertical side in the lower section of inclined surface
To vertical plane.And the position of the corresponding driving lever 3226 of top plate 330 is equipped with through-hole.The position of the through-hole should meet: when first
In a free state, the position on 3226 top of driving lever, through-hole and ball bearing 3418 is corresponding for spring 3414.Driving lever 3226
Inclined surface and vertical plane are the working face for pushing ball bearing 3418.Wherein, inclined surface is for pushing ball bearing
3418, to make compression bar 3412 to close to the movement of oscillator direction；Vertical plane makes compression bar 3412 for resisting ball bearing 3418
Keep current working status.At this point, the course of work of the positioning component 3410 are as follows: when movable plate 3220 is to close to 330 side of top plate
To when movement, driving lever 3226 passes through the through-hole on top plate 330, the inclined surface of working face and the ball bearing 3418 of compression bar 3412
Contact.During movable plate 3220 is gradually increasing, the inclined surface of the working face of driving lever 3226 constantly rises, and and compression bar
3412 ball bearing 3418 generates the effect of power, and compression bar 3412 is pushed to move to close to 12 position location of oscillator.Work as movable plate
3220 continue to rise, and the perpendicular of driving lever 3226 is contacted with ball bearing 3418, and working face no longer transports ball bearing 3418
It is dynamic, 3412 stop motion of compression bar, and complete the positioning to oscillator 12.At this point, the protrusion of compression bar 3412 is positioned at oscillator 12
Between two neighboring balun 122, to be positioned to oscillator.Meanwhile compression bar 3412 is also used to limit the height and position of oscillator 12,
So that oscillator 12 is fixed by compression bar 3412 in the vertical direction when assemble mechanism pushes fastener 20 and oscillator 12 to be assembled,
In order to the assembly of fastener 20 and oscillator 12.
Above-mentioned oscillator fastener assembles device 30, and the positioning mechanism for positioning oscillator 12 includes the positioning component being independently arranged
3410 and locating piece 3312, the stability of the positioning of oscillator 12 can be promoted.Meanwhile positioning component 3410 is in oscillator 12 and fastener 20
Assembling process in play the role of positioning automatically, and the position on 12 vertical direction of oscillator is limited, convenient for oscillator 12 and fastener 20
Assembly, improves the experience effect of user.
It in a preferred embodiment, can be as shown in Fig. 2, oscillator fastener assembly device 30 be equipped with 4 positioning altogether
Component 3410.4 positioning components 3410 are symmetrical arranged, and two pairs of positioning components 3410 are perpendicular to one another.The setting can make oscillator
When fastener assembles device 30 and works, the multidirectional mechanical movement of various dimensions is just only realized by the work of a cylinder, convenient for pair
The positioning of oscillator 12 and the assembly of oscillator 12 and fastener 20, and then the user experience is improved.
In one embodiment, it is also provided with slide cover 3420 outside above-mentioned positioning component 3410, to positioning component
3410 are protected.
In one embodiment, which assembles device 30, on movable plate 3220 also close to the surface of top plate 330
Gag lever post 3234 can be equipped with.Gag lever post 3234 can be fixed on movable plate 3220 by locking nut 3232.Gag lever post
3234 for limiting the stroke distances of movable plate 3220, to avoid movable plate 3220 too close to top plate 330, destroys oscillator clamp
Oscillator fastener is no longer set to assemble the oscillator application that 30 pairs of device assembly are completed after the completion of part assembly device 30 and assembly oscillator additional
External force.Meanwhile 3234 top of gag lever post is also provided with cushion 3236, with the contact to gag lever post 3234 and top plate 330
It is buffered.
It is explained below with oscillator fastener assembly device 30 of the specific embodiment to the application, attached drawing is still
So by taking Fig. 2 as an example.
It includes bottom plate 310, the cylinder 3210 on bottom plate 310, by the drive of cylinder 3210 that the oscillator fastener, which assembles device 30,
Dynamic movable plate 3220 and the top plate 330 for being supported in bottom plate 310.For positioning the positioning of fastener 20 there are four being set on top plate 330
Slot 3314, every 3314 bottom of a positioning groove is equipped with a jacking block 3324, to push fastener 20.One jacking block 3324 passes through two the
Two springs 3322 are connected with top plate 330.Four are additionally provided on top plate 330 for positioning the locating pieces 3312 of oscillator 12, with
124 phase of dipole of oscillator 12 is clamped.Four are additionally provided on top plate 330 for positioning the positioning component 3410 of oscillator 12, positioning
Component 3410 is by slide 3416, the compression bar 3412 being connected with slide 3416 by the first spring 3414 and is set to compression bar 3,412 the
The ball bearing 3418 of one end forms.When the first 3414 free state of spring, ball bearing 3418 has through-hole.
Gag lever post 3234, linear bearing 3224, driving lever 3226 and pad are equipped with close to the surface of top plate 330 on movable plate 3220
Plate 3222.Backing plate 3222 is for pushing jacking block 3324, to realize the assembly of oscillator 12 Yu fastener 20.Driving lever 3226 is for passing through
Above-mentioned through-hole, and 3418 phase separation of ball bearing, to push compression bar 3412.When movable plate 3220 is moved to 330 direction of top plate,
Linear bearing 3224 is moved along guide rod 3116, to limit the direction of motion of movable plate 3220.3234 top of gag lever post is equipped with buffering
Pad 3236, for limiting the range of movable plate 3220.
Movable plate 3220 has cylinder 3210, and cylinder 3210 is fixed on bottom plate 310, and pushes movable plate 3220 reciprocal
Movement.Cylinder 3210 is equipped with the valve whether air-flow speed governing valve 3214 for adjusting operating rate and the control work of cylinder 3210
Bottom plate 310 is fixed on the table by fixed angle plate 3104, and bottom plate 310 passes through 3116 roof supporting of guide rod
330.Fastener 20 assembles and is additionally provided with outer cover outside device, and outer cover is equipped with pressure regulation filter.
Four fasteners 20 are set to aforementioned four locating slot 3314, after oscillator 12 is positioned by locating piece 3312:
Valve 3212 is opened, cylinder 3210 is started to work, and movable plate 3220 moves upwards, and by guide rod 3116 and linear axis
Hold 3224 guiding.Certain phase is risen to, driving lever 3226 passes through through-hole, the top of the working face of driving lever 3226 and ball bearing
3418 contacts.In 3226 uphill process of driving lever, working face pushes ball bearing 3418, makes compression bar 3412 to close to 12 side of oscillator
To movement, the first spring 3414 is stretched.When working, emaciated face no longer moves ball bearing 3418,3412 stop motion of compression bar, this
When compression bar 3412 protrusion be positioned between the adjacent balun 122 of oscillator 12, and be located at oscillator 12 dipole 124 on, it is complete
The positioning of pairs of oscillator 12.Movable plate continues up, and backing plate 3222 is contacted with jacking block 3324, and second spring 3322 is compressed,
Jacking block 3324 pushes fastener 20, completes to assemble with oscillator 12.After the assembly is completed, gag lever post 3234 touches top plate 330, prevention activity
Plate 3220 continues to move.
Valve 3212 is closed, cylinder 3210 replys work, and movable plate 3220 moves downward, by guide rod 3116 and linear bearing
3224 guiding.Certain phase is dropped to, backing plate 3222 is separated with jacking block 3324, and second spring 3322 is restored.Movable plate 3220 after
Continuous decline, the working face of driving lever 3226 are contacted with ball bearing 3418.During driving lever 3226 declines, compression bar 3412 is by the first bullet
3414 pulling force of spring, is gradually distance from oscillator 12, until the working face of driving lever 3226 is detached from and the contact of ball bearing 3418.Movable plate
3220 continue to decline, until cylinder 3210 resets completely.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.