CN209608075U - Data line shielding case rivet pressing structure - Google Patents

Abstract

The utility model relates to the technical fields of data line, disclose data line shielding case rivet pressing structure, and data line includes wire body and data head, and the rear end of data head is connect with wire body, and shielding case includes semi circular shells and the riveting landolsring for being docked at semi circular shells rear end；Data line shielding case rivet pressing structure includes docking station and rivet pressing structure；Rivet pressing structure includes compressing head and riveting head, it compresses head and riveting head is located at the two sides of the docking station, compressing head will be on the side of the online body of riveting notch ring set of a shielding case, riveting head will be on the other side of the online body of riveting notch ring set of other end shielding case, and by two riveting landolsring rivetings in wire body, it is born against on the side of an online body of riveting notch ring set using head is compressed, riveting head is recycled to bear against on the other side of another online body of riveting notch ring set, and riveting head by two riveting landolsring rivetings in wire body, and structure is simple, and it is easy to operate.

Description

Data line shielding case rivet pressing structure

Technical field

The utility model patent is related to the technical field of data line, in particular to data line shielding case rivet pressing structure.

Background technique

Data line (data cable) is for mobile device and computer or power supply etc. to be attached, to reach mobile Equipment transmission data, charging or the purpose of communication.

Data line includes wire body and data head, and data head is connect with wire body, formed linkage section, in order to enable data head with Connection between wire body is more firm, docks two shielding cases respectively in the two sides of linkage section, shielding case include semi circular shells and It is docked at the riveting landolsring of semi circular shells rear end, after two shielding cases are docked at the two sides of linkage section, two semi circular shells enclose shape Shell is circularized, is wrapped in the periphery of linkage section, and the front end of two semi circular shells is wrapped in the periphery of data head, two riveting notches Ring set is fixed in the periphery of wire body, riveting, in this way, two two shielding cases will be relatively fixed between data head and wire body, also It is to fix linkage section, and two semi circular shells are enclosed circular casing, the route in data head can be formed and be electromagnetically shielded.

In the prior art, it mostly uses Semi-automatic device that two shielding case butt rivetings are pressed on linkage section, shields when two After the circular casing docking for covering shell, needing to carry out the riveting landolsring of two shielding cases into riveting, current rivet pressing structure is complicated, And riveting effect is too low, riveting effect is also bad.

Utility model content

The purpose of this utility model is to provide data line shielding case rivet pressing structures, it is intended to solve in the prior art, by two The riveting landolsring riveting of a shielding case has that structure is complicated and efficiency is too low in wire body.

The utility model is realized in this way data line shielding case rivet pressing structure, data line includes wire body and data head, The rear end of the data head is connect with wire body, and the shielding case includes semi circular shells and the riveting notch for being docked at semi circular shells rear end Ring；The data line shielding case rivet pressing structure includes docking station and rivet pressing structure；The rivet pressing structure include compress head with And riveting head, described to compress head and riveting head is located at the two sides of the docking station, the head that compresses is by a shielding case The online body of riveting notch ring set side on, the riveting head is another by the online body of riveting notch ring set of other end shielding case On side, and by two riveting landolsring rivetings in wire body.

Further, the riveting head has towards the flaring slot for supporting head mouth arrangement, the bottom shape of the flaring slot At there is riveting press groove, the end that the side wall of the riveting press groove bears against the riveting landolsring on wire body side is close in wire body, institute Riveting press groove is stated by two riveting landolsring rivetings in wire body.

Further, there are two positioned opposite to compress side wall for the flaring slot tool, compresses between side wall and encloses described in two Conjunction forms the flaring slot, along the direction for deviating from docking station, side wall is compressed described in two and moves closer to arrange, until being docked at In the opening of the riveting press groove.

Further, the head that compresses has for pressure tank being pressed on riveting landolsring on wire body side, described to compress Slot is arranged towards riveting head mouth.

Further, the opening width of the riveting press groove is less than the opening width of for pressure tank.

Further, it is connected with driving riveting head on the riveting head and deviates from the first driving spring that docking station resets, The outer end of the riveting head is connected with driving riveting head first dynamic structure mobile towards station.

Further, the first dynamic structure includes the first cylinder and link mechanism, and the link mechanism, which has, to be pressed on The driving end of riveting head outer end, first cylinder are moved by drive linkage arrangement, and the driving end compresses riveting head court It is mobile to docking station.

Further, the driving end is provided with driving idler wheel, and the driving idler wheel is pressed on the outer end of riveting head.

Further, it is described compress be connected on head driving compress head deviate from docking station reset the second driving spring, The outer end for compressing head is connected with driving and compresses head second dynamic structure mobile towards station.

Further, second dynamic structure includes the second cylinder, and second cylinder has drive shaft, the second cylinder Drive shaft abut and compress head, it is mobile towards station that driving compresses head.

Compared with prior art, data line shielding case rivet pressing structure provided by the utility model, is born against using head is compressed On the side of one online body of riveting notch ring set, riveting head is recycled to bear against the another of another online body of riveting notch ring set On side, and riveting head by two riveting landolsring rivetings in wire body, and structure is simple, and easy to operate.

Detailed description of the invention

Fig. 1 is the stereoscopic schematic diagram of data line docking riveting press equipment provided by the utility model；

Fig. 2 is the enlarged diagram at the A in this Fig. 1；

Fig. 3 is the stereoscopic schematic diagram of shielding case provided by the utility model；

Fig. 4 is the schematic front view of data line shielding case rivet pressing structure provided by the utility model；

Fig. 5 is the schematic front view of data line provided by the utility model.

Specific embodiment

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

The realization of the utility model is described in detail below in conjunction with specific embodiment.

The same or similar label correspond to the same or similar components in the attached drawing of the present embodiment；In retouching for the utility model In stating, it is to be understood that if the orientation or positional relationship for having the instructions such as term " on ", "lower", "left", "right" is based on attached drawing Shown in orientation or positional relationship, be merely for convenience of describing the present invention and simplifying the description, rather than indication or suggestion institute The device or element of finger must have a particular orientation, be constructed and operated in a specific orientation, therefore position pass is described in attached drawing The term of system only for illustration, should not be understood as the limitation to this patent, for those of ordinary skill in the art and Speech, can understand the concrete meaning of above-mentioned term as the case may be.

It is preferred embodiment provided by the utility model referring to Fig.1 shown in -5.

Data line provided in this embodiment docks riveting press equipment, for two 200 butt rivetings of shielding case to be pressed in data line Linkage section 502 on.

Data line includes wire body 503 and data head 501, and data head 501 is connect with wire body 503, forms linkage section 502, Shielding case 200 includes semi circular shells 201 and the riveting landolsring 203 for being docked at 201 rear end of semi circular shells.

Data line docking riveting press equipment, including docking station 300, two crawl arms, two plumb joints and rivet pressing structure, Wherein, docking station 300 is used to place the data head 501 of data line, and two crawl arms are arranged in the two of docking station 300 Side, two plumb joints are arranged in the over and under of docking station 300, and rivet pressing structure is located at the outside of docking station 300.

Steps are as follows for the operating process of above-mentioned data line docking riveting press equipment:

1), the data head of data line 501 is placed on docking station 300；

2), the crawl arm of 300 two sides of docking station grabs shielding case 200 respectively, and by the semi circular shells of two shielding cases 200 201 are docked at the linkage section 502 of data line, and two semi circular shells 201 are enclosed circular casing, and circular casing is wrapped in linkage section 502 Periphery, and the front end of circular casing is wrapped in the periphery of data head 501, certainly, is wrapped in outside the part of data head 501 Week, that is, close to the periphery of the rear end of linkage section 502, two riveting landolsrings 203 are then in the periphery of wire body 503；

3) two plumb joints of 300 upper and lower of docking station, are arranged in, the front end of circular casing and data head 501 are welded It is fixed；

4), by rivet pressing structure by two 203 rivetings of riveting landolsring in the periphery of wire body 503.

The data line of above-mentioned offer docks riveting press equipment, grabs two shielding cases 200 by crawl arm, and realize two screens Cover the periphery that shell 200 is docked at linkage section 502, then by plumb joint by the front end of the circular casing formed after docking and data head 501 It is welded and fixed, finally utilizes rivet pressing structure by two 203 rivetings of riveting landolsring in the periphery of wire body 503, operating procedure is simple And it is few, it is easy to operate, manufacture efficiency is greatly improved, manufacturing cost is reduced.

In the present embodiment, multiple shielding cases 200 are connected to feeding on material strip 100, and crawl arm has grasping end, above-mentioned behaviour Make in step 2), the grasping end of crawl arm is born against on material strip 100 after shielding case 200, is cut off material strip 100 by cutter and is cut The junction of disconnected shielding case 200 and material strip 100, so that the grasping end of crawl arm grabs shielding case 200.It is grabbed in this way, directly utilizing Take the grasping end of arm that the shielding case 200 on material strip 100 is fixed, when material strip 100 is cut off and shielding case 200 and material strip 100 Junction be cut off after, realize that the grasping end of crawl arm grabs single shielding case 200, greatly simplify operating procedure, and operate It is simple smooth.

Induction rod, during data head 501 is inserted on docking station 300, data are equipped on docking station 300 First 501 push induction rod retrogressing, and after data head 501 is inserted in place, the inductor at 300 rear of docking station can then incude To data head 501, to judge that data head 501 is already inserted into place, whole equipment can be run.

It is exactly that will push that round bar with spring below in data head insertion 300 to retreat, is inserted in place subsequent induction Device senses.The operation of self-starter platform

Above-mentioned material strip 100 is placed in the lower section of docking station 300, when cutter cuts off material strip 100 and cutting shielding case 200 After the junction of material strip 100, the grasping end of crawl arm is swung upward, and the shielding case being crawled 200 is driven to be placed in docking work Outside position 300, and arrangement is docked with the linkage section of data line 502.

Multiple 200 arranged for interval of shielding case are connect in the side of material strip 100, and with the side of material strip 100,100 cloth of material strip It sets on the conveyor belt, and is conveyed along the direction of docking station 300.Location hole is provided on material strip 100, location hole is arranged in two Between a shielding case 200.

In order to enable material strip 100 can only one direction conveying, it is mobile without opposite direction, be provided in the top of material strip 100 The locating piece of activity arrangement, is provided with reset spring above locating piece, under the action of power upward, locating piece can be upward It is mobile, and after external force is removed, under the action of reset spring, locating piece then resets downward.

The bottom of locating piece is formed with tip-shape positioning end, which is embedded in location hole, to the defeated of material strip 100 Position is sent to be positioned.Restricted material strip is set on locating piece and deviates from the mobile limiting structure of docking station.

Locating piece has the limiting wall for erectting shape arrangement towards the side of station 300, and locating piece deviates from docking station 300 side has skewed inclined wall, and towards top-down direction, which tilts cloth towards station 300 It sets.Limiting structure includes limiting wall and inclined wall.In this way, material strip 100 towards station 300 transmit during, due to Inclined wall is tilted towards station 300, and will not cause to interfere to the conveying of material strip 100, and the process conveyed in material strip 100 In, compression reseting spring detaches location hole to the positioning end of locating piece upward, under the action of reset spring, mobile insertion downward In location hole.

Under the limitation of limiting wall, then it is mobile away from docking station 300 can to limit material strip 100.

Cutter is arranged in the top of material strip 100, and the bottom of cutter has inclined surface, and the bottom of inclined surface has material strip 100 Trimming, 100 trimming of material strip and 100 consistency from top to bottom of material strip are arranged, for cutting off material strip 100；The side of inclined surface has lateral incision The junction consistency from top to bottom of side, the lateral incision side and material strip 100 and shielding case 200 is arranged, for cutting off shielding case 200 and material strip 100 junction.In this way, the top-down movement of cutter therewith, 100 trimming of material strip is initially switched off material strip 100, recycles lateral incision side The junction between shielding case 200 and material strip 100 is cut off, realizes once the cutting of mobile two positions, simplifies step, operation letter It is single.

The grasping end of crawl arm is formed with grabbing groove, after grasping end is pressed on shielding case 200, the half of shielding case 200 Toroidal shell 201 is embedded in grabbing groove, and the front end of semi circular shells 201 is emerging in outside grabbing groove, so that shielding case 200 is fixed on and grabs It takes in slot.

After grasping end is rocked to the outside of docking station 300, in above-mentioned operating procedure 2) in, two shielding cases 200 It is docked on the linkage section 502 of data line, at this point, the grabbing groove that the linkage section 502 of data line is placed in two grasping ends encloses shape At enclosed space in, the front end of circular casing is then placed in outside the enclosed space that two grabbing grooves are enclosed, until operating procedure 4) after the completion of, mutually from movement, shielding case 200 detaches the grasping end of two crawl arms from grabbing groove.

In this way, being enclosed using two grabbing grooves in enclosed space, shielding case 200 is in docking and the process of riveting In, guarantee the circular casing shape invariance formed after the docking of two shielding cases 200 and consolidates.

Rivet pressing structure include compress first 102 and riveting head 101, compress first 102 and riveting head 101 be located at docking work The two sides of position 300, in above-mentioned operating procedure 4) in, first 102 are compressed towards the movement of docking station 300, and compressing first 102 first pushes 203 sets of the riveting landolsring sides in wire body 503 of one shielding case 200, then, riveting head 101 are moved towards docking station 300 Dynamic, riveting head 101 pushes 203 sets of riveting landolsring of another shielding case 200 on the other side of wire body 503, and simultaneously will Two 203 rivetings of riveting landolsring are fixed.

After two 203 rivetings of riveting landolsring, the end of two riveting landolsrings 203 overlaps shape riveting, in this way, can make Two 203 rivetings of riveting landolsring obtain it is more firm.

The present embodiment additionally provides data line shielding case rivet pressing structure comprising above-mentioned docking station 300 and riveting Structure, for, in wire body 503, certainly, the data line shielding case rivet pressing structure to be in this reality by two 203 rivetings of riveting landolsring It applies in example, for 203 riveting of riveting landolsring of the specific shielding case 200, but is not limited to the utilization in the present embodiment, It can be used for any required utilization being pressed in two element butt rivetings in wire body 503.

The data line shielding case rivet pressing structure of above-mentioned offer bears against a riveting landolsring 203 using compressing first 102 It covers on the side of wire body 503, riveting head 101 is recycled to bear against 203 sets of another riveting landolsring in the another of wire body 503 On side, and riveting head 101 by two 203 rivetings of riveting landolsring in wire body 503, and structure is simple, and easy to operate.

Specifically, first 102 are compressed and is equipped with for pressure tank 304 being open towards riveting head 101, is born against when compressing first 102 When riveting landolsring 203, riveting landolsring 203 is embedded in for pressure tank 304, is determined in this way, can play to riveting landolsring 203 Position effect, and during riveting, for pressure tank 304 also keeps compressing to riveting landolsring 203, to avoid riveting landolsring 203 are detached from displacement during riveting.

Riveting head 101 is equipped with towards the flaring slot 302 for compressing first 102 opening arrangement, and the bottom of flaring slot 302 is formed with riveting Indent 301, in above-mentioned operating procedure 4) in, during riveting head 101 is mobile towards docking station 300, bear against 203 sets of riveting landolsring on the periphery of wire body 503, and simultaneously, the side wall of flaring slot 302, which can also to compress first 102, to be compressed The end of riveting landolsring 203 be close on the periphery of wire body 503, until riveting press groove 301 is nested in riveting landolsring 203 Periphery, so that 203 riveting of riveting landolsring is in wire body 503.

In the present embodiment, there are two positioned opposite to compress side wall 303 for flaring slot 302 tool, and two compress between side wall 303 It is enclosed above-mentioned flaring slot 302, along the direction for deviating from docking station 300, two compress side wall 303 and move closer to arrange, Until being docked in the opening of riveting press groove 301.

In above-mentioned operating procedure 4) in, two compress side wall 303 and bear against and compress the first 102 riveting landolsrings compressed 203 end is closed up.The opening width of riveting press groove 301 is less than the opening width of for pressure tank 302.

It riveting head 101 and compresses first 102 and respectively corresponds the side for being arranged in two crawl arms, in this way, being convenient for structure cloth It sets.

It is connected with driving riveting head 101 on riveting head 101 and deviates from the first driving spring that docking station 300 resets, and riveting The outer end of pressure head 101 is connected with driving riveting head 101 first dynamic structure mobile towards station 300, in this way, when the After one dynamic structure drives the movement of docking station 300 downward of riveting head 101, by 203 riveting of riveting landolsring in wire body 503 Afterwards, the first dynamic structure back moves, and the first driving spring then drives riveting head 101 away from the mobile reset of docking station 300.

Specifically, the first dynamic structure includes the first cylinder 104 and link mechanism 105, and link mechanism 105, which has, to be compressed At the driving end of 101 outer end of riveting head, in this way, the first cylinder 104 is moved by drive linkage arrangement 105, driving end then leads to Crossing the mode compressed drives riveting head 101 mobile towards station 300.

Driving end is provided with driving idler wheel 103, which is pressed on the outer end of riveting head 101, in this way, logical It overdrives the compressing of idler wheel 103, it is ensured that the mobile linearity of riveting head 101.

It compresses and is connected with the second driving springs that driving compresses first 102 away from the reset of docking station 300 on first 102, and support The outer end of pressure head 102 is connected with driving and compresses first 102 second dynamic structures mobile towards station 300, in this way, when the After the driving of two dynamic structures compresses first 102 movements of docking station 300 downward, riveting landolsring 203 is pressed in wire body 503 Afterwards, the second dynamic structure back moves, and the second driving spring, which then drives, compresses first 102 away from the mobile reset of docking station 300.

Specifically, the second dynamic structure includes the second cylinder, and the second cylinder has drive shaft, and the drive shaft of the second cylinder is supported Then first 102 are compressed, it is mobile towards station 300 that driving compresses first 102.

The first above-mentioned cylinder 104 and the second cylinder can also be replaced with motor, or can be with other kinds of power Element is not limited to cylinder or motor etc..

In the present embodiment, docking station 300 has station slot, in operating procedure 1) in, when the data head 501 of data line is set After on docking station 300, the front end of data head 501 is placed in station slot, and the rear end of data head 501 manifests station slot, this Sample is conducive to the positioning of data head 501, and converts the periphery that subsequent circular casing is wrapped in the rear end of data head 501.

In the present embodiment, whole operation process can be controlled by computer, in addition PLC etc., realizes automatic operating control, and In each operation link, signal feedback can be carried out, realizes the sequentially progress of step, these are all by the way that sensor is arranged The Conventional wisdom of automation control at present, then no longer repeats one by one in the present embodiment.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims (10)

1. data line shielding case rivet pressing structure, which is characterized in that data line includes wire body and data head, after the data head End is connect with wire body, and the shielding case includes semi circular shells and the riveting landolsring for being docked at semi circular shells rear end；The data line Shielding case rivet pressing structure includes docking station and rivet pressing structure；The rivet pressing structure includes compressing head and riveting head, described It compresses head and riveting head is located at the two sides of the docking station, the head that compresses is by the riveting notch ring set of a shielding case On the side of wire body, the riveting head is by the other side of the online body of riveting notch ring set of other end shielding case, and by two A riveting landolsring riveting is in wire body.

2. data line shielding case rivet pressing structure as described in claim 1, which is characterized in that there is the riveting head direction to compress The bottom of the flaring slot of head opening arrangement, the flaring slot is formed with riveting press groove, and the side wall of the riveting press groove bears against wire body one The end of riveting landolsring on side is close in wire body, and the riveting press groove is by two riveting landolsring rivetings in wire body.

3. data line shielding case rivet pressing structure as claimed in claim 2, which is characterized in that there are two opposite for the flaring slot tool Arrangement compress side wall, compressed described in two and be enclosed the flaring slot between side wall, along deviate from docking station direction, two It compresses side wall described in a to move closer to arrange, until being docked in the opening of the riveting press groove.

4. data line shielding case rivet pressing structure as claimed in claim 2, which is characterized in that it is described compress head have riveting is lacked Choma is pressed on for pressure tank on wire body side, and for pressure tank is arranged towards riveting head mouth.

5. data line shielding case rivet pressing structure as claimed in claim 4, which is characterized in that the opening width of the riveting press groove is small In the opening width of for pressure tank.

6. such as data line shielding case rivet pressing structure described in any one of claim 1 to 5, which is characterized in that on the riveting head It is connected with driving riveting head and deviates from the first driving spring that docking station resets, the outer end of the riveting head is connected with driving riveting Pressure head first dynamic structure mobile towards station.

7. data line shielding case rivet pressing structure as claimed in claim 6, which is characterized in that the first dynamic structure includes the first gas Cylinder and link mechanism, the link mechanism have the driving end for being pressed on riveting head outer end, and first cylinder passes through drive Dynamic link mechanism movement, it is mobile towards station that the driving end compresses riveting head.

8. data line shielding case rivet pressing structure as claimed in claim 7, which is characterized in that the driving end is provided with driving rolling Wheel, the driving idler wheel are pressed on the outer end of riveting head.

9. such as data line shielding case rivet pressing structure described in any one of claim 1 to 5, which is characterized in that described to compress on head It is connected with driving and compresses the second driving spring that head deviates from docking station reset, the outer end for compressing head is connected with driving and supports Pressure head second dynamic structure mobile towards station.

10. data line shielding case rivet pressing structure as claimed in claim 9, which is characterized in that second dynamic structure includes Second cylinder, second cylinder have drive shaft, and the drive shaft of the second cylinder, which abuts, compresses head, and driving compresses head towards right It is mobile to connect station.