Connector and detachable exterior aerial
Technical field
The utility model relates to the clamp structure technical field, is a kind of connector that the antenna guide rod connects that is used for, and the utility model also relates to a kind of exterior aerial.
Background technology
The exterior aerial of production and selling is generally by antenna oscillator in the market, and antenna guide rod and reflecting plate constitute, and a plurality of antenna oscillators are installed on the antenna guide rod, and reflecting plate is installed in an end of antenna guide rod.Because the length of antenna guide rod is longer, occupy very big space during packed and transported, for reducing the packed and transported cost, manufacturer is arranged to multistage with the antenna guide rod usually, by connector each section antenna guide rod is linked into an integrated entity, so that can assemble voluntarily in use.Traditional exterior aerial uses connector to connect many antenna guide rods when assembling, existing connector, as shown in fig. 1, this connector is used to connect two sections antenna guide rods, connector comprises clamping plate 14, and the side of clamping plate 14 forms flanging, and the two ends of these clamping plate 14 are provided with two through hole 14a, be used for connecting two antenna guide rods 8,9, be respectively equipped with corresponding hole 18,18 on the antenna guide rod 8,9.During assembling, with a pair of clamping plate 14 two sections antenna guide rods 8,9 are clamped, then a screw is penetrated in this hole 18 the through hole 14a of clamping plate one end and antenna guide rod 8, again another root screw is penetrated in this hole 18 the through hole 14a of the clamping plate other end and antenna guide rod 9, withstand screw head with screwdriver again, with wrench or pliers clamping nut, rotary nut makes itself and screw fastening, thereby a pair of clamping plate 14 will be clamped on two sections antenna guide rods 8,9, reach the purpose that connects two antenna guide rods.Screw need be penetrated or extracts out in the hole when this mode is loaded and unloaded, need tool using when fastening, assemble loaded down with trivial details.In addition, afterwards parts are more because antenna is broken, and nut and screw easily produce the problem of disarraying or losing, disarray or lose for preventing nut and screw, if screw and nut are contained in the hole of antenna guide rod, when assembling, also need screw and nut are pulled down installation again, equally very trouble.
The utility model content
The purpose of this utility model is to provide a kind of nut and screw not to need frequent dismounting, and guide rod connects, dismantles connector efficiently.
Another purpose of the present utility model is to utilize above-mentioned connector, provides a kind of connection, dismounting detachable efficiently exterior aerial.
For realizing the purpose of this utility model, described connector comprises clamping plate, and the both sides of described clamping plate are provided with flanging, and the end of described clamping plate is provided with the chute that extends internally.
For realizing another purpose of the present utility model, described detachable exterior aerial, comprise the antenna guide rod, described antenna guide rod is arranged to two sections of the first antenna guide rod and the second antenna guide rods at least, on the first antenna guide rod and the second antenna guide rod, be respectively equipped with and be connected and fixed the hole, both sides in the first antenna guide rod and the second antenna guide rod junction are respectively equipped with aforesaid connector, are provided with screw and the nut that is spirally connected in the hole described being connected and fixed.
The clamping plate of above-mentioned connector also can be provided with at least one fork clamping plate, and the both sides of described fork clamping plate are provided with flanging, and the end of described fork clamping plate is provided with the chute that extends internally.
For realizing another purpose of the present utility model, described detachable exterior aerial, comprise the antenna guide rod, described antenna guide rod is arranged to the first antenna guide rod, the second antenna guide rod, third antenna guide rod and the 4th antenna guide rod, at the first antenna guide rod, the second antenna guide rod, be respectively equipped with on third antenna guide rod and the 4th antenna guide rod and be connected and fixed the hole, at the first antenna guide rod, the second antenna guide rod, the both sides of third antenna guide rod and the 4th antenna guide rod junction are respectively equipped with aforesaid connector, are provided with screw and the nut that is spirally connected in the hole described being connected and fixed.
Because the end of clamping plate or fork clamping plate is provided with chute, one end of two connectors can be connected on one section antenna guide rod, in the hole of other antenna guide rod, install screw and nut, parts can not disarrayed or be lost like this, during assembling, only need the screw and the nut of antenna guide rod are aimed at the chute of connector, and insert it into to the chute bottom, again that screw and nut is fastening, connector is clamped on the antenna guide rod.This structure need not repeated removal screw and nut, and guide rod connects quick, assembles very convenient.
Description of drawings
Fig. 1 is existing antenna connection assembling johning knot composition;
Fig. 2 is the three-dimensional structure diagram of the utility model connector embodiment one;
Fig. 3 connects the assembly structure figure of two sections antenna guide rods for the utility model connector;
Fig. 4 is used for the three-dimensional structure diagram that antenna connects for the utility model connector;
Fig. 5 is the partial enlarged drawing of A part among Fig. 4;
Fig. 6 is the partial enlarged drawing of B part among Fig. 4;
Fig. 7 for can snap in the location notch the screw three-dimensional structure diagram;
Fig. 8 is the three-dimensional structure diagram of the utility model connector embodiment two;
Fig. 9 is the three-dimensional structure diagram of the utility model connector embodiment three.
Embodiment
Below in conjunction with accompanying drawing embodiment of the present utility model is described in further detail.
Connector described in the utility model comprises clamping plate 1, flanging 2, chute 3, location notch 4, angle 5, fork clamping plate 6, square hole 7.
As shown in Figure 2, this is the utility model connector embodiment one wherein, and this connector is made of metal.It comprises clamping plate 1, and these clamping plate 1 are rectangle, and the dual-side punching press of clamping plate 1 forms flanging 2, forms strip.The end of one end of described clamping plate 1 is provided with the chute 3 that extends internally, and the bottom of described chute 3 is provided with and outwards is extended to foursquare location notch 4, and a wherein diagonal angle 5 of described location notch 4 is arranged on outside the both sides of chute 3.Described clamping plate 1 are provided with square hole 7, and square hole 7 is on the other end of clamping plate 1.
As shown in Fig. 3,4,5, when connecting as the second antenna guide rod 9, a pair of connector can be placed in relatively the both sides of the second antenna guide rod 9, it is fastening that screw 10 is passed the connector square hole 7 and the second antenna guide rod 9 and nut 12, and connector one end is fastened on the second antenna guide rod 9.Insert screw 11 and screw on nut 13 at screw 11 on another first antenna guide rod 8, described nut 13 is provided with the ear 15 that extends out to both sides.During assembling, make the screw 11 on the first antenna guide rod 8 aim at the chute 3 that inserts two connectors, the first antenna guide rod 8 is advanced to the second antenna guide rod, 9 directions, slide in the bottom land of chute 3 until screw 11, screw nut 13 then on screw 11, reach the purpose that is fastenedly connected the first antenna guide rod 8 and the second antenna guide rod 9.This operation is compared with prior art, do not need the screw and the nut that are installed in advance on the second antenna guide rod 9 are pulled down installation again, only need unscrew in right amount and get final product, fitting operation is convenient, and when dismounting, as long as screw and nut one are unscrewed, can be able to make two antenna guide rods take disassembling section apart conveniently.If adopt screw as shown in Figure 7, shown screw is provided with square fixture block 16 in the bottom of its screw rod 20, and this fixture block 16 adapts to the shape in location notch 4 and hole 7.When the fixture block 16 of this screw falls within location notch 4 and the hole 7, only need hold ear 15 rotations on the nut 13, and need not to use other any instruments that nut 13 and screw 11 are screwed, this moment, screw 11 was because the fixture block 16 on it drops on and is stuck in location notch 4 and the hole 7 and can not rotates, after nut was tightened, the antenna guide rod also just was difficult for deviating from from connector.
As shown in Figure 8, this is the utility model connector embodiment two wherein, with embodiment one difference is all to be provided with chute 3 and location notch 4 on the end at clamping plate 1 two ends, can distinguish mounting screw and nut, easy assembly and disassembly on two antenna guide rods.
As shown in Figure 9, this is the utility model connector embodiment three wherein, and described clamping plate 1 are provided with two fork clamping plate 6, and fork clamping plate 6 are arranged on the both sides of clamping plate 1, the both sides of described fork clamping plate 6 are provided with flanging 2, and the end of described fork clamping plate 6 is provided with the chute 3 that extends internally.The bottom of described chute 3 is provided with and outwards is extended to foursquare location notch 4, and a wherein diagonal angle 5 of described location notch 4 is arranged on outside the both sides of chute 3.Certainly fork clamping plate 6 also can be provided with according to the radical of the antenna guide rod of required connection.
Shown in Fig. 4 and 6, described antenna guide rod is arranged to the first antenna guide rod 8, the second antenna guide rod 9, third antenna guide rod 19 and the 4th antenna guide rod 21, the first antenna guide rod 8, the second antenna guide rod 9, be respectively equipped with on third antenna guide rod 19 and the 4th antenna guide rod 21 and be connected and fixed hole 18, the first antenna guide rod 8, the second antenna guide rod 9, the both sides of third antenna guide rod 19 and the 4th antenna guide rod 21 junctions are respectively equipped with connector as shown in Figure 9 17, it is fastening that screw 10 is passed the connector square hole 7 and the second antenna guide rod 9 and nut, and connector one end is fastened on the second antenna guide rod 9.Be provided with screw 11 and the nut 13 that is spirally connected in the hole 18 being connected and fixed of the second antenna guide rod 9, third antenna guide rod 19 and the 4th antenna guide rod 21, the mode that this kind scheme connects the antenna guide rod is identical with the mode of embodiment one.