CN208423431U - Connector automatic plug-pull device for the automatic commissioning device of microwave communication product - Google Patents
Connector automatic plug-pull device for the automatic commissioning device of microwave communication product Download PDFInfo
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- CN208423431U CN208423431U CN201821036286.9U CN201821036286U CN208423431U CN 208423431 U CN208423431 U CN 208423431U CN 201821036286 U CN201821036286 U CN 201821036286U CN 208423431 U CN208423431 U CN 208423431U
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Abstract
The utility model discloses a kind of connector automatic plug-pull devices for the automatic commissioning device of microwave communication product, including bottom plate, it is spaced and parallel on bottom plate that two pieces of wire body baffles are installed, pipeline component is installed on the inside of wire body baffle, the position on the outside of wire body baffle is corresponded on bottom plate, and clamping product lifting assembly is installed, the position that the top corresponding product of wire body baffle clamps above lifting assembly is equipped with top surface cable connector mounting rack, the position that the top surface cable female connector of product top surface to be debugged is corresponded on the cable connector mounting rack of top surface is equipped with top surface cable pin end, the position of the head clearance top surface cable connector mounting rack of wire body baffle is equipped with side cable connector mounting plate, side cable connector driving assembly is installed on the cable connector mounting plate of side, the side of product side to be debugged is corresponded on the telescopic end of side cable connector driving assembly The position of upper thread cable female connector is equipped with side cable pin end.Debugging suitable for microwave communication product.
Description
Technical field
It is the utility model relates to field of microwave communication, in particular to a kind of for the automatic commissioning device of microwave communication product
Connector automatic plug-pull device.
Background technique
Microwave communication product is the key element in microwave circuit, and microwave communication product is able to carry out the separation of electric wave, incites somebody to action
It needs electric wave to be used to separate, is more common element.Microwave communication product mainly have cavity, cover board, debugging screw rod,
Locking nut, fastening screw composition.In traditional communication process of producing product, operator is by using screwdriver and ut socket
To adjust debugging screw rod and locking nut clockwise or counterclockwise；Initial adjustment, polyphony are carried out to debugging screw rod according to design requirement, together
When by vector network analyzer to debugging screw rod carry out parameter detecting, until debugging index meet product index requirement.This
Process is quite cumbersome, complicated, time-consuming, because usually thering are tens up to a hundred adjusting screw rods to need to adjust above communication products, and
And not threaded sensitivity is different, the torque size of nut check, the pressure size acted on adjusting screw rod is different,
There is different degrees of influence to debugging index；
Due to the product structure of microwave communication product and the particularity of tuning characteristic, currently, the country is nearly all by hand
Production.Manufal tuning need of work staff has certain tuning working experience, can just have debugging capability；In recent years with
Country it is increasingly strict to the supervision of worker laboring environment and labor intensity, human cost expense increases, industry entry to develop
Bottleneck.Automatic Adjustment Technique is always the huge obstacle for perplexing microwave communication product scale development.Because on communication products product
Adjusting screw rod quantity is more, and for debugging equipment automatically, debugging efficiency is also the important indicator for assessing equipment performance, to be at least faster than
Manual debugging；So, how it is fast automatic debugged a product or debugging is completed in multiple devices cooperation, and realize nobody
It participates in, gapless debugging, is the automatic important topic for adjusting equipment to need to break through.So, communication products and network divide among these
Cable connection between analyzer, matrix switch, that how to realize that automation plug is that automatic commissioning device needs to solve important asks
Topic.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies of above-mentioned background technique, provide a kind of for microwave communication product
The connector automatic plug-pull device of automatic commissioning device.
In order to achieve the goal above, a kind of company for the automatic commissioning device of microwave communication product provided by the utility model
Connect device automatic plug-pull device, including bottom plate, it is spaced and parallel on the bottom plate that two pieces of wire body baffles are installed, in the wire body baffle
Side is equipped with pipeline component, and the position on the outside of the wire body baffle is corresponded on the bottom plate and is equipped with clamping product promotion group
Part, the position that the top of the wire body baffle corresponds to above the clamping product lifting assembly are equipped with the installation of top surface cable connector
Frame, the position that the top surface cable female connector of product top surface to be debugged is corresponded on the top surface cable connector mounting rack are equipped with top surface line
Pacify equipped with side cable connector the position of cable pin end, top surface cable connector mounting rack described in the head clearance of the wire body baffle
Loading board is equipped with side cable connector driving assembly, the side cable connector driving on the side cable connector mounting plate
The position that the side cable female connector of the product side to be debugged is corresponded on the telescopic end of component is equipped with side cable pin end.
It first passes through pipeline component and product to be debugged is delivered to predeterminated position, then clamping product lifting assembly will be wait adjust
Trial product is clamped and is promoted, until on the top surface cable female connector and top surface cable connector mounting rack on product top surface to be debugged
The close grafting of top surface cable pin end, then cable connector driving assembly in side drives lateral side wire cable pin end and product to be debugged
The close grafting of side cable female connector on side, can start the debugging efforts of product to be debugged, product tune to be debugged in this way
After examination, side cable connector driving assembly first drives lateral side wire cable pin end to retract, and then clamping product lifting assembly will
Clamping product to be debugged drops to initial position, and final product clamps lifting assembly and unclamps product to be debugged, pipeline component
Product to be debugged is delivered to lower step process, whole process is participated in without artificial, to greatly reduce production cost；
Simultaneously as multiple top surface cable pin ends are disposably mounted on the cable connector mounting rack of top surface, work as clamping product in this way
When lifting assembly carries out top surface cable pin end grafting movement, the grafting of all top surface cable pin ends can be disposably completed,
It is similarly, same for side cable pin end to greatly increase efficiency；Moreover, can arrange in the production line multiple
This automatic plug-pull device, in this way, when a product to be debugged is when an automatic plug-pull device is debugged, due to product quilt to be debugged
It raises up, so another product to be debugged can continue on to next automatic plug-pull device and carry out debugging efforts, two
Person is independent of each other, to further increase efficiency.
In the above scheme, the clamping product lifting assembly has two groups altogether, clamping product lifting assembly described in two groups point
It is not mounted on the position in the outside of corresponding two pieces of wire body baffles on the bottom plate, clamping product lifting assembly described in every group is equal
Including two lifting cylinders, one piece of lifting plate and a clamping cylinder, described two lifting cylinders are along the vertical of the wire body baffle
The position that the outside of the wire body baffle is corresponded on the bottom plate is vertically installed to interval, the both ends of the lifting plate are pacified respectively
On the telescopic end of described two lifting cylinders and the lifting plate parallel sliding is mounted on the wire body baffle, the folder
Tight cylinder is vertically mounted on the middle part of the lifting plate, and the position of the pinching end of the clamping cylinder is corresponded on the wire body baffle
Equipped with escape groove, the pinching end of the clamping cylinder can be arranged in up or down in the escape groove, and the clamping cylinder
Pinching end be located above the pipeline component.
In the above scheme, the position for the clamping cylinder two sides being corresponded on the wire body baffle is respectively equipped with guide groove,
The position of corresponding two guide grooves is respectively equipped with the guiding workpiece matched on the lifting plate.Add match lead
The accuracy of top surface cable pin end grafting is improved to slot and guiding workpiece.
In the above scheme, the top surface two sides of the lifting plate are respectively equipped with the lifting plate mounting portion extended horizontally outward,
Two lifting plate mounting portions are respectively corresponded and are mounted on the telescopic end of two lifting cylinders.The lifting plate installation added
Portion can make the more compact structure of clamping product lifting assembly, and occupied space is smaller.
In the above scheme, it when the telescopic end of the lifting cylinder stretches to extreme higher position, is clamped by the clamping cylinder
The product top surface to be debugged the top surface cable female connector and the close grafting of top surface cable pin end, and it is described to
The thickness that the distance between product bottom surface and pipeline component top surface are greater than the product to be debugged is debugged, the lifting cylinder
When telescopic end stretches to most bottom position, the top surface cable of the product top surface to be debugged clamped by the clamping cylinder is female
Connector is separated with the top surface cable pin end.By the way that the distance between product bottom surface to be debugged and pipeline component top surface are set
The thickness greater than product to be debugged is counted into, can guarantee that next product to be debugged can be continued to convey by pipeline component in this way.
In the above scheme, the top surface cable pin end is arranged vertically downward, the horizontal cloth of side cable pin end
It sets.By the way that top surface cable pin end is arranged vertically downward, and side cable pin end is horizontally disposed, top surface can be improved in this way
The accuracy of cable pin end and side cable pin end grafting.
In the above scheme, the side cable connector driving assembly includes being laid on the side cable connector mounting plate
On sliding rail, be slidably fitted with side cable connector mounting base on the sliding rail, it is corresponding on the side cable connector mounting plate
Position in the middle part of the side cable connector mounting base is equipped with side cable connector and drives cylinder, the side cable connector driving
It is connected in the middle part of the telescopic end of cylinder and the side cable connector mounting base, the side cable pin end is mounted on the side
Cable connector mounting base is towards on the side of the top surface cable connector mounting rack.
In the above scheme, the wire body baffle is equipped with the stop cylinder for stopping the product to be debugged.It adds
Stop cylinder product to be debugged can be accurately parked in predeterminated position, can further improve in this way top surface cable pin end and
The accuracy of side cable pin end grafting.
In the above scheme, the bottom plate be equipped with for detect the product to be debugged whether detection switch in place,
The detection switch and the stop cylinder link.The detection switch added can further improve top surface cable pin end and
The accuracy of side cable pin end grafting.
In the above scheme, the detection switch is optoelectronic switch.
Technical solution provided by the utility model has the benefit that
1, it first passes through pipeline component and product to be debugged is delivered to predeterminated position, then clamping product lifting assembly will be to
Debugging clamping product is simultaneously promoted, until on the top surface cable female connector and top surface cable connector mounting rack on product top surface to be debugged
The close grafting of top surface cable pin end, then side cable connector driving assembly driving lateral side wire cable pin end and production to be debugged
The close grafting of side cable female connector on product side, can start the debugging efforts of product to be debugged, product to be debugged in this way
After debugging, side cable connector driving assembly first drives lateral side wire cable pin end to retract, then clamping product lifting assembly
Clamping product to be debugged is dropped into initial position, final product clamps lifting assembly and unclamps product to be debugged, pipeline group
Product to be debugged is delivered to lower step process by part, and whole process is participated in without artificial, is produced into greatly reduce
This；
2, since multiple top surface cable pin ends being disposably mounted on the cable connector mounting rack of top surface, work as product in this way
When clamping lifting assembly progress top surface cable pin end grafting movement, inserting for all top surface cable pin ends can be disposably completed
It connects, so that efficiency is greatly increased, it is similarly, same for side cable pin end；
3, multiple automatic plug-pull devices can be arranged in the production line, in this way, when a product to be debugged is automatic at one
When plug-in and pull-off device is debugged, since product to be debugged is lifted up, so another product to be debugged can continue on to down
One automatic plug-pull device carries out debugging efforts, and the two is independent of each other, to further increase efficiency；
4, the guide groove matched and guiding workpiece that add improve the accuracy of top surface cable pin end grafting；
5, the lifting plate mounting portion added can make the more compact structure of clamping product lifting assembly, and occupied space is smaller；
6, by being designed to the distance between product bottom surface to be debugged and pipeline component top surface to be greater than product to be debugged
Thickness, can guarantee that next product to be debugged can be continued to convey by pipeline component in this way；
7, by arranging top surface cable pin end vertically downward, and side cable pin end is horizontally disposed, such energy
Improve the accuracy of top surface cable pin end and side cable pin end grafting；
8, product to be debugged can be accurately parked in predeterminated position by the stop cylinder added, can further improve top in this way
The accuracy of upper thread cable pin end and side cable pin end grafting；
9, the detection switch added can further improve top surface cable pin end and side cable pin end grafting
Accuracy.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the present embodiment；
Fig. 2 is another viewing angle constructions schematic diagram of Fig. 1；
Fig. 3 is the schematic diagram of the section structure of Fig. 1；
Fig. 4 is another the schematic diagram of the section structure of Fig. 1；
Structural schematic diagram when Fig. 5 is top surface cable pin end grafting；
Structural schematic diagram when Fig. 6 is side cable pin end grafting；
Fig. 7 is the schematic diagram of the section structure of Fig. 5.
In figure, bottom plate 1, wire body baffle 2, escape groove 2a, guide groove 2b, pipeline component 3, clamping product lifting assembly 4,
Lifting cylinder 4a, lifting plate 4b, lifting plate mounting portion 4b1, clamping cylinder 4c are oriented to workpiece 4d, top surface cable connector mounting rack
5, top surface cable pin end 5a, side cable connector mounting plate 6, side cable connector driving assembly 7, side cable pin end
7a, sliding rail 7b, side cable connector mounting base 7c, side cable connector driving cylinder 7d, stop cylinder 8, detection switch 9, to
Debug product a, top surface cable female connector a1, side cable female connector a2.
Specific embodiment
It is practical new to this below in conjunction with attached drawing to keep the purpose of this utility model, technical solution and advantage clearer
Type embodiment is described in further detail.
Embodiment:
A kind of connector automatic plug-pull device for the automatic commissioning device of microwave communication product provided by the utility model,
It is spaced and parallel on the bottom plate 1 that two pieces of wire body baffles 2 are installed including bottom plate 1, conveying is installed on the inside of the wire body baffle 2
Line component 3, the position that 2 outside of wire body baffle is corresponded on the bottom plate 1 are equipped with clamping product lifting assembly 4, the line
The position that the top of body baffle 2 corresponds to 4 top of clamping product lifting assembly is equipped with top surface cable connector mounting rack 5, institute
The position that the top surface cable female connector a1 of the top surface product a to be debugged is corresponded on top surface cable connector mounting rack 5 is stated equipped with top surface line
Cable pin end 5a, the position of top surface cable connector mounting rack 5 described in the head clearance of the wire body baffle 2 are equipped with side cable and connect
Head mounting plate 6, is equipped with side cable connector driving assembly 7 on the side cable connector mounting plate 6, the side cable connects
The position that the side cable female connector a2 of the side product a to be debugged is corresponded on the telescopic end of head driving assembly 7 is equipped with side
Cable pin end 7a.
It first passes through pipeline component 3 and product a to be debugged is delivered to predeterminated position, then clamping product lifting assembly 4 will
Product a to be debugged is clamped and is promoted, until the top surface cable female connector a1 and top surface cable connector on the top surface product a to be debugged pacify
The close grafting of top surface cable pin end 5a on 5 is shelved, then side cable connector driving assembly 7 drives lateral side wire cable pin end
The close grafting of side cable female connector a2 on 7a and the side product a to be debugged, can start the debugging of product a to be debugged in this way
Work, after product a debugging to be debugged, side cable connector driving assembly 7 first drives lateral side wire cable pin end 7a to retract, so
Product a to be debugged clamping is dropped to initial position by clamping product lifting assembly 4 afterwards, and final product clamps lifting assembly 4 will be to
It debugs product a to unclamp, product a to be debugged is delivered to lower step process by pipeline component 3, and whole process is without artificial ginseng
With to greatly reduce production cost；Simultaneously as multiple top surface cable pin end 5a are disposably mounted on top surface line
It, can be primary in this way when clamping product lifting assembly 4 carries out top surface cable pin end 5a grafting movement on cable joint mounting rack 5
Property completes the grafting of all top surface cable pin end 5a, so that efficiency is greatly increased, similarly, for side cable public access
Head 7a is same；Moreover, multiple automatic plug-pull devices can be arranged in the production line, in this way, when a product a to be debugged is one
When a automatic plug-pull device is debugged, since product a to be debugged is lifted up, so another product a to be debugged can continue
It is delivered to next automatic plug-pull device and carries out debugging efforts, the two is independent of each other, to further increase efficiency.
The said goods clamp lifting assembly 4 and have two groups altogether, and clamping product lifting assembly 4 described in two groups is separately mounted to described
The position in the outside of corresponding two pieces of wire body baffles 2 on bottom plate 1, clamping product lifting assembly 4 described in every group include two
Lifting cylinder 4a, one piece of lifting plate 4b and clamping cylinder a 4c, described two lifting cylinder 4a are along the vertical of the wire body baffle 2
The position that the outside of the wire body baffle 2 is corresponded on the bottom plate 1, the both ends point of the lifting plate 4b are vertically installed to interval
It is not mounted on the telescopic end of described two lifting cylinder 4a and the lifting plate 4b parallel sliding is mounted on the wire body baffle 2
On, the clamping cylinder 4c is vertically mounted on the middle part of the lifting plate 4b, corresponds to the clamping cylinder on the wire body baffle 2
The position of the pinching end of 4c is equipped with escape groove 2a, and the pinching end of the clamping cylinder 4c can be arranged in the evacuation up or down
In slot 2a, and the pinching end of the clamping cylinder 4c is located at 3 top of pipeline component.Institute is corresponded on the wire body baffle 2
The position for stating the two sides clamping cylinder 4c is respectively equipped with guide groove 2b, the position of corresponding two guide groove 2b on the lifting plate 4b
Set the guiding workpiece 4d for being respectively equipped with and matching.The guide groove 2b matched and guiding workpiece 4d added improves top surface cable
The accuracy of pin end 5a grafting.The top surface two sides of the lifting plate 4b are respectively equipped with the lifting plate mounting portion extended horizontally outward
4b1, two lifting plate mounting portion 4b1 are respectively corresponded and are mounted on the telescopic end of two lifting cylinder 4a.It adds
Lifting plate mounting portion 4b1 can make the more compact structure of clamping product lifting assembly 4, and occupied space is smaller.
When the telescopic end of above-mentioned lifting cylinder 4a stretches to extreme higher position, by the clamping cylinder 4c clamp described in wait adjust
The close grafting of the top surface cable female connector a1 and the top surface cable pin end 5a of the top surface trial product a, and it is described to be debugged
The distance between the bottom surface product a and 3 top surface of pipeline component are greater than the thickness of the product a to be debugged, the lifting cylinder 4a
Telescopic end when stretching to most bottom position, by the top surface of the top surface product a to be debugged clamped the clamping cylinder 4c
Cable female connector a1 is separated with the top surface cable pin end 5a.By by the bottom surface product a to be debugged and 3 top surface of pipeline component
The distance between be designed to thickness greater than product a to be debugged, can guarantee that next product a to be debugged can be by pipeline group in this way
Part 3 continues to convey.The top surface cable pin end 5a arranges that the side cable pin end 7a is horizontally disposed vertically downward.It is logical
It crosses and arranges top surface cable pin end 5a vertically downward, and side cable pin end 7a is horizontally disposed, top surface can be improved in this way
The accuracy of cable pin end 5a and side cable pin end 7a grafting.
Above-mentioned side cable connector driving assembly 7 includes the sliding rail 7b being laid on the side cable connector mounting plate 6,
Side cable connector mounting base 7c is slidably fitted on the sliding rail 7b, on the side cable connector mounting plate 6 described in correspondence
Position in the middle part of the cable connector mounting base 7c of side is equipped with side cable connector and drives cylinder 7d, the side cable connector driving
It is connected in the middle part of the telescopic end of cylinder 7d and the side cable connector mounting base 7c, the side cable pin end 7a is mounted on institute
Side cable connector mounting base 7c is stated towards on the side of the top surface cable connector mounting rack 5.The wire body baffle 2 is equipped with
For stopping the stop cylinder 8 of the product a to be debugged.Product a to be debugged can accurately be parked in pre- by the stop cylinder 8 added
If position, the accuracy of top surface cable pin end 5a and side cable pin end 7a grafting can be further improved in this way.It is described
Bottom plate 1 be equipped with for detect the product a to be debugged whether detection switch 9 in place, the detection switch 9 and the blocking
Cylinder 8 links.The detection switch 9 added can further improve top surface cable pin end 5a and side cable pin end 7a and insert
The accuracy connect.The detection switch 9 is optoelectronic switch.
The action process of the present embodiment is as follows:
Product a to be debugged is placed on pipeline component 3 first and is transported, when detection switch 9 detects that product a to be debugged is defeated
When sending to predeterminated position, detection switch 9 issues signal, while product a to be debugged is blocked in default position by the linkage of stop cylinder 8
It sets, then product a to be debugged is clamped and promoted by clamping product lifting assembly 4, until the top surface line on the top surface product a to be debugged
The close grafting of top surface cable pin end 5a on cable female connector a1 and top surface cable connector mounting rack 5, then side cable connector
Driving assembly 7 drives the close grafting of side cable female connector a2 on lateral side wire cable pin end 7a and the side product a to be debugged, this
Sample can start the debugging efforts of product a to be debugged, and after product a debugging to be debugged, side cable connector driving assembly 7 is first
Driving lateral side wire cable pin end 7a is retracted, and then product a to be debugged clamping is dropped to initial bit by clamping product lifting assembly 4
It sets, final product clamps lifting assembly 4 and unclamps product a to be debugged, and product a to be debugged is delivered to lower step by pipeline component 3
Process, whole process are participated in without artificial.
The present embodiment first passes through pipeline component 3 and product a to be debugged is delivered to predeterminated position, and then clamping product is promoted
Product a to be debugged is clamped and is promoted by component 4, until top surface cable female connector a1 and top surface line on the top surface product a to be debugged
The close grafting of top surface cable pin end 5a on cable joint mounting rack 5, then side cable connector driving assembly 7 drives lateral side wire
The close grafting of side cable female connector a2 on cable pin end 7a and the side product a to be debugged, can start production to be debugged in this way
The debugging efforts of product a, after product a debugging to be debugged, side cable connector driving assembly 7 first drives lateral side wire cable pin end
7a is retracted, and then product a to be debugged clamping is dropped to initial position by clamping product lifting assembly 4, and final product, which clamps, to be promoted
Component 4 unclamps product a to be debugged, and product a to be debugged is delivered to lower step process by pipeline component 3, whole process without
It need to manually participate in, to greatly reduce production cost；Since multiple top surface cable pin end 5a are disposably mounted on top
It, can in this way when clamping product lifting assembly 4 carries out top surface cable pin end 5a grafting movement on upper thread cable joint mounting rack 5
The grafting of all top surface cable pin end 5a is disposably completed, so that efficiency is greatly increased, similarly, for side cable
Pin end 7a is same；Multiple automatic plug-pull devices can be arranged in the production line, in this way, when a product a to be debugged is one
When a automatic plug-pull device is debugged, since product a to be debugged is lifted up, so another product a to be debugged can continue
It is delivered to next automatic plug-pull device and carries out debugging efforts, the two is independent of each other, to further increase efficiency.
Meanwhile the guide groove 2b matched added and guiding workpiece 4d improve the standard of top surface cable pin end 5a grafting
True property；The lifting plate mounting portion 4b1 added can make the more compact structure of clamping product lifting assembly 4, and occupied space is smaller；Pass through
The distance between the bottom surface product a to be debugged and 3 top surface of pipeline component are designed to the thickness greater than product a to be debugged, in this way
It can guarantee that next product a to be debugged can be continued to convey by pipeline component 3.
Finally, the present embodiment is by arranging top surface cable pin end 5a vertically downward, and by side cable pin end 7a
It is horizontally disposed, the accuracy of top surface cable pin end 5a and side cable pin end 7a grafting can be improved in this way；The blocking added
Product a to be debugged can be accurately parked in predeterminated position by cylinder 8, can further improve top surface cable pin end 5a and side in this way
The accuracy of upper thread cable pin end 7a grafting；The detection switch 9 added can further improve top surface cable pin end 5a and
The accuracy of side cable pin end 7a grafting.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this
Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model
Within the scope of shield.
Claims (10)
1. a kind of connector automatic plug-pull device for the automatic commissioning device of microwave communication product, which is characterized in that the bottom of including
Plate (1), it is spaced and parallel on the bottom plate (1) that two pieces of wire body baffles (2) are installed, it is equipped on the inside of the wire body baffle (2) defeated
Wire feeding assembly (3), the position corresponded on the outside of the wire body baffle (2) on the bottom plate (1) are equipped with clamping product lifting assembly
(4), the position that the top of the wire body baffle (2) corresponds to above the clamping product lifting assembly (4) is equipped with top surface cable
Connector mounting rack (5), the top surface cable mother that product (a) top surface to be debugged is corresponded on the top surface cable connector mounting rack (5) connect
The position of head (a1) is equipped with top surface cable pin end (5a), top surface cable connector described in the head clearance of the wire body baffle (2)
The position of mounting rack (5) is equipped with side cable connector mounting plate (6), is equipped with side on the side cable connector mounting plate (6)
Upper thread cable joint driving assembly (7) corresponds to the product to be debugged on the telescopic end of the side cable connector driving assembly (7)
(a) position of the side cable female connector (a2) of side is equipped with side cable pin end (7a).
2. the connector automatic plug-pull device according to claim 1 for the automatic commissioning device of microwave communication product,
It is characterized in that, the clamping product lifting assembly (4) has two groups altogether, and clamping product lifting assembly (4) described in two groups is installed respectively
The position in the outside of corresponding two pieces of wire body baffles (2), clamping product lifting assembly described in every group on the bottom plate (1)
It (4) include two lifting cylinders (4a), one piece of lifting plate (4b) and a clamping cylinder (4c), described two lifting cylinders
(4a) is vertically installed at along the longitudinal gap of the wire body baffle (2) corresponds to the outer of the wire body baffle (2) on the bottom plate (1)
The both ends of the position of side, the lifting plate (4b) are separately mounted on the telescopic end of described two lifting cylinders (4a) and described mention
Lift slab (4b) parallel sliding is mounted on the wire body baffle (2), and the clamping cylinder (4c) is vertically mounted on the lifting plate
The middle part of (4b), the position that the pinching end of the clamping cylinder (4c) is corresponded on the wire body baffle (2) are equipped with escape groove (2a),
The pinching end of the clamping cylinder (4c) can be arranged in up or down in the escape groove (2a), and the clamping cylinder (4c)
Pinching end be located above the pipeline component (3).
3. the connector automatic plug-pull device according to claim 2 for the automatic commissioning device of microwave communication product,
It is characterized in that, the position that the two sides the clamping cylinder (4c) are corresponded on the wire body baffle (2) is respectively equipped with guide groove (2b), institute
The position for stating corresponding two guide grooves (2b) on lifting plate (4b) is respectively equipped with the guiding workpiece (4d) matched.
4. the connector automatic plug-pull device according to claim 2 for the automatic commissioning device of microwave communication product,
It being characterized in that, the top surface two sides of the lifting plate (4b) are respectively equipped with the lifting plate mounting portion (4b1) extended horizontally outward, and two
The lifting plate mounting portion (4b1), which respectively corresponds, to be mounted on the telescopic end of two lifting cylinders (4a).
5. the connector automatic plug-pull device according to claim 2 for the automatic commissioning device of microwave communication product,
It is characterized in that, when the telescopic end of the lifting cylinder (4a) stretches to extreme higher position, the institute that is clamped by the clamping cylinder (4c)
The top surface cable female connector (a1) and the close grafting of the top surface cable pin end (5a) of product (a) top surface to be debugged are stated,
And the distance between product (a) bottom surface to be debugged and pipeline component (3) top surface are greater than the thickness of the product (a) to be debugged
Degree when the telescopic end of the lifting cylinder (4a) stretches to most bottom position, is clamped described wait adjust by the clamping cylinder (4c)
The top surface cable female connector (a1) of trial product (a) top surface separates with the top surface cable pin end (5a).
6. the connector automatic plug-pull device according to claim 1 for the automatic commissioning device of microwave communication product,
It is characterized in that, the top surface cable pin end (5a) is arranged vertically downward, and the side cable pin end (7a) is horizontally disposed.
7. the connector automatic plug-pull device according to claim 1 for the automatic commissioning device of microwave communication product,
It is characterized in that, the side cable connector driving assembly (7) includes the cunning being laid on the side cable connector mounting plate (6)
Rail (7b) is slidably fitted with side cable connector mounting base (7c), the side cable connector mounting plate on the sliding rail (7b)
(6) position in the middle part of the side cable connector mounting base (7c) is corresponded on is equipped with side cable connector driving cylinder (7d), institute
It states and is connected in the middle part of the telescopic end and the side cable connector mounting base (7c) of side cable connector driving cylinder (7d), the side
Upper thread cable pin end (7a) is mounted on the side cable connector mounting base (7c) towards the top surface cable connector mounting rack (5)
Side on.
8. the connector automatic plug-pull device according to claim 7 for the automatic commissioning device of microwave communication product,
It is characterized in that, the wire body baffle (2) is equipped with the stop cylinder (8) for stopping the product (a) to be debugged.
9. the connector automatic plug-pull device according to claim 8 for the automatic commissioning device of microwave communication product,
It is characterized in that, the bottom plate (1) is equipped with for detecting the product to be debugged
(a) whether detection switch (9) in place, the detection switch (9) and the stop cylinder (8) are linked.
10. the connector automatic plug-pull device according to claim 9 for the automatic commissioning device of microwave communication product,
It is characterized in that, the detection switch (9) is optoelectronic switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821036286.9U CN208423431U (en) | 2018-06-29 | 2018-06-29 | Connector automatic plug-pull device for the automatic commissioning device of microwave communication product |
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| CN201821036286.9U CN208423431U (en) | 2018-06-29 | 2018-06-29 | Connector automatic plug-pull device for the automatic commissioning device of microwave communication product |
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| CN208423431U true CN208423431U (en) | 2019-01-22 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108899737A (en) * | 2018-06-29 | 2018-11-27 | 武汉心浩智能科技有限公司 | Connector automatic plug-pull device for the automatic commissioning device of microwave communication product |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108899737A (en) * | 2018-06-29 | 2018-11-27 | 武汉心浩智能科技有限公司 | Connector automatic plug-pull device for the automatic commissioning device of microwave communication product |
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Granted publication date: 20190122 Termination date: 20210629 |