A kind of multifunctional water crystal-tipped riveting tool
Technical field
The utility model relates to network connection equipment technical fields, and in particular to one kind is for making network jumper wire crystal head
Riveting tool.
Background technique
Traditional cable is all by connected with network cable head, and cable head is inserted into network cable socket and realizes connection.Cable head
Crystal head, sheath etc. are generally comprised, crystal head generally uses network cable pliers to make.However, network cable pliers are deposited in structure design aspect
It is not convenient enough when leading to its use in some defects, such as the incision of quilt outside cable is not easy accurately to control, when careless manipulation holds
Personal injury accident easily occurs;Cable cutting is partly cut away and crystal head riveting can only carry out step by step outside, for leading edge hole
The crystal head of type needs individually to cut off the wire jumper stretched out before crystal head, not only inconvenient, but also has an effect on work effect
Rate.
Utility model content
The technical problem to be solved by the present invention is to provide a kind of designs of structure more rationally, using being more convenient, can be improved
Working efficiency, the crystal head riveting tool that multiple functions operation can be carried out.
In order to solve the above technical problems, the utility model adopts the following technical solution:A kind of multifunctional water crystal-tipped riveting work
Tool includes riveting module and the main blade for cutting off quilt outside cable or excision cable, it is characterised in that:It further include having a master
Body, is equipped with the internal bore groove longitudinally extended along main body in main body, and the both sides of internal bore groove have support platform;Along inner hole in main body
Slot is equipped with a sliding seat, and the front end of sliding seat forms the knot that can be rotated along fixing axle by the front end that fixing axle is fixed on main body
Structure;Main blade is mounted in sliding seat, and main blade is located at the top of support platform;Riveting module is arranged in main body, and riveting
Die block connect the riveting pushing structure to be formed to riveting module by linkage board with sliding seat, and linkage board is distinguished across internal bore groove
It is connect with sliding seat and riveting module.
Further, the rear portion of main body is arranged in the riveting module, and riveting module runs through the front and rear sides of main body,
The auxiliary blade of riveting module being fixed on one side for cutting off extra core wire, auxiliary blade and riveting module together with linkage board
Connect into linkage structure.
Further, semicircular support slot is equipped in support platform, support slot is located at the lower section of main blade, cuts cable
It is outer by when, first cable is placed in support slot, presses handle, depresses sliding seat, main blade is cut outer to be revolved by, then by cable
It turns around, i.e., is completely cut off outer, and cannot be depressed again by after since the Position Design of main blade is that only incision is outer, from
And core wire will not be not only cut off, and operate easily.
Further, spring is cased in the fixing axle(Generally torsional spring), spring is separately connected sliding seat and main body,
The automatic upspring structure to sliding seat is formed, makes to operate more convenient.
Further, the guide plate stretched upward is formed in the front end of main body, guide plate is respectively in the front end of internal bore groove
Two sides, retractable seat is between two guide plates, and main blade is fixed on the lateral surface of sliding seat, and is located at the inside of guide plate,
It is blocked main blade, safety is higher.
Further, a lock shaft is provided in main body, lock shaft laterally penetrates in main body and passes through linkage board;Linkage
There is limiting slot, lock shaft its part being inserted into limiting slot in unlocked linkage board is less than the width of limiting slot, makes in plate
Linkage board can be moved forward and backward;After lock shaft extracts a part, linkage board is blocked in more thick portion position to lock shaft accordingly, makes linkage board
Form irremovable locking structure.When needing riveting crystal head, lock shaft is pressed, sliding seat may be implemented up and down reciprocatingly to press
Carry out riveting crystal head.When not used, after sliding seat is pressed, lock shaft is extracted one section, linkage board is blocked, sliding seat, that is, quilt
Locking, it is inoperable, to improve the safety of device.
Further, guide groove is equipped in main body, guide groove is located at the two sides of internal bore groove, two connect with riveting module
Linkage board is equipped with guide post, and guide post is entrapped in the guide frame formed when linkage board moves left and right in guide groove.
Further, the tail portion of sliding seat is connected with handle, convenient for pressing sliding seat.
When pressing handle, sliding seat is pushed, and pushes linkage board to move backward, guide post makes linkage board keep stable straight line
Movement pushes riveting module to move backward, realizes riveting to crystal head, while auxiliary blade also moves backward, can be by crystal
The extra core wire cutting that head stretches out, it is primary to complete operation.
Preferably, it is equipped with the wavy shaped configuration for being suitble to shake hands in the bottom of main body, holds more comfortable.
Preferably, the length dimension of entire main body is 140-150MM, and a pressing high position for sliding seat is 50-110MM.
The utility model by the way that sliding seat, main blade, linkage board, riveting module and auxiliary blade etc. are arranged in main body,
Under the mutual cooperation of above-mentioned each component, can complete extremely conveniently cable integrally cut off, be partly cut away outside, crystal head riveting
The operation such as pressure and the cutting of extra core wire, it might even be possible to the effect for once completing a variety of operations is realized, to greatly improve user's
Ease of use, while safety is also higher.
Detailed description of the invention
Fig. 1 is structural schematic diagram when the utility model handle is non-depressed;
Fig. 2 is the structural schematic diagram of another angle when the utility model handle is non-depressed;
Fig. 3 is the structural schematic diagram of third angle when the utility model handle is non-depressed;
Fig. 4 is structural schematic diagram when the utility model handle is depressed;
Fig. 5 is the structural schematic diagram of another angle when the utility model handle is depressed.
In figure, based on 1,2 be guide plate, and 3 be sliding seat, and 4 be main blade, and 5 be fixing axle, and 6 be spring, and 7 be handle,
8 be support platform, and 9 be support slot, and 10 be internal bore groove, and 11 be linkage board, and 12 be riveting module, and 13 be auxiliary blade, and 14 be lock
Dead axle, 15 be guide post, and 16 be guide groove.
Specific embodiment
In the present embodiment ,-Fig. 5, the multifunctional water crystal-tipped riveting tool, include riveting module 12 and use referring to Fig.1
Include a main body 1 in the main blade 4 of quilt outside cutting cable or excision cable, is equipped in main body 1 along the longitudinal extension of main body 1
Internal bore groove 10, the both sides of internal bore groove 10 have support platform 8;A sliding seat 3 is installed along internal bore groove 10 in main body 1, it is living
The front end of dynamic seat 3 forms the structure that can be rotated along fixing axle 5 by the front end that fixing axle 5 is fixed on main body 1;Main blade 4 is installed
In sliding seat 3, and main blade 3 is located at the top of support platform 8;Riveting module 12 is arranged in main body 1, and riveting module 12
The riveting pushing structure formed to riveting module 12 is connect with sliding seat 3 by linkage board 11, linkage board 11 passes through internal bore groove 10
It is connect respectively with sliding seat 3 and riveting module 12.
The rear portion of main body 1 is arranged in the riveting module 12, and riveting module 12 runs through the front and rear sides of main body 1, in riveting
The auxiliary blade 13 of die block 12 being fixed on one side for cutting off extra core wire, auxiliary blade 13 and riveting module 12 together with
Linkage board 11 connects into linkage structure.
Semicircular support slot 9 is equipped in support platform 8, support slot 9 is located at the lower section of main blade 4, cuts the outer quilt of cable
When, first cable is placed in support slot 9, presses handle 7, depresses sliding seat 3, main blade 4 i.e. incision is outer to revolve by, then by cable
It turns around, i.e., is completely cut off outer, and cannot be depressed again by after since the Position Design of main blade 4 is that only incision is outer,
It to will not only cut off core wire, and operating easily, needing to pay attention to very much when unlike using network cable pliers to cut too deep
?.
Spring 6 is cased in the fixing axle 5(Generally torsional spring), spring 6 is separately connected sliding seat 3 and main body 1, is formed
To the automatic upspring structure of sliding seat 3, make to operate more convenient.
The guide plate 2 stretched upward is formed in the front end of main body 1, guide plate 2 is respectively in the front end two sides of internal bore groove 10,
Sliding seat 3 is between two guide plates 2, and main blade 4 is fixed on the lateral surface of sliding seat 2, and is located at the inside of guide plate 2,
It is blocked main blade 4, safety is higher.
A lock shaft 14 is provided in main body 1, lock shaft 14 laterally penetrates in main body 1 and passes through linkage board 11;Linkage
There is limiting slot, lock shaft its part being inserted into limiting slot in unlocked linkage board 11 is less than the width of limiting slot in plate 11
Degree, is moved forward and backward linkage board 11;After lock shaft 14 extracts a part, linkage is blocked in the corresponding more thick portion position of lock shaft 14
Plate 11 makes linkage board 11 form irremovable locking structure.When needing riveting crystal head, lock shaft 14 is pressed, sliding seat 3 can
To realize, up and down reciprocatingly pressing carries out riveting crystal head.When not used, after sliding seat 3 is pressed, lock shaft 14 is extracted one section, it will
Linkage board 11 blocks, and sliding seat 3 is i.e. locked, inoperable, to improve the safety of device.
Guide groove 16 is equipped in main body 1, guide groove 16 is located at the two sides of internal bore groove 10, two connect with riveting module 12
Linkage board 11 is equipped with guide post 15, and guide post 15 is entrapped in the guiding knot formed when linkage board 11 moves left and right in guide groove 16
Structure.
The tail portion of sliding seat 3 is connected with handle 7, convenient for pressing sliding seat 3.
When pressing handle 7, sliding seat 3 is pushed, and pushes linkage board 11 to move backward, guide post 15 makes linkage board 11 keep steady
Fixed linear motion pushes riveting module 12 to move backward, realizes riveting to crystal head, while auxiliary blade 13 is also transported backward
Dynamic, the extra core wire that crystal head can be stretched out is cut off, primary to complete operation.
It is equipped with the wavy shaped configuration for being suitble to shake hands in the bottom of main body 1, holds more comfortable.
The length dimension of entire main body 1 is 140-150MM, and a pressing high position for sliding seat 3 is 50-110MM, extremely small and exquisite,
It is easy to portable.
The utility model is described in detail above, it is described above, only the preferred embodiment of the utility model and
, when the utility model practical range cannot be limited, i.e., all according to the made equivalent changes and modifications of the application range, it should still belong to this
In utility model covering scope.