CN203716601U - Auxiliary positioning structure of communication tower support base - Google Patents
Auxiliary positioning structure of communication tower support base Download PDFInfo
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- CN203716601U CN203716601U CN201420020000.3U CN201420020000U CN203716601U CN 203716601 U CN203716601 U CN 203716601U CN 201420020000 U CN201420020000 U CN 201420020000U CN 203716601 U CN203716601 U CN 203716601U
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Abstract
The utility model provides an auxiliary positioning structure of a communication tower support base, and belongs to the technical field of machinery. The auxiliary positioning structure of the communication tower support base solves the technical problems of low mobility and the like of existing communication towers. The auxiliary positioning structure of the communication tower support base comprises an auxiliary support rod and a positioning sleeve, the auxiliary support rod is hinged to the middle portion of a telescopic rod, the included angle between the auxiliary support rod and the telescopic rod is an acute angle, the end of the auxiliary support rod is tapered, the positioning sleeve sleeves a bottom plate, the positioning sleeve comprises a sleeve body and a plurality of positioning teeth evenly fixed at the lower end of the positioning sleeve, and the positioning teeth are made of metal materials. The auxiliary positioning structure of the communication tower support base has the advantages of high transport convenience and mobility.
Description
Technical field
The utility model belongs to field of mechanical technique, particularly a kind of auxiliary location structure of communication tower supporting seat.
Background technology
Communication tower belongs to the one of signal transmitting tower, is also signal transmitting tower or signal tower, and major function supporting signal, for signal transmitting antenna supports, is mainly used in transmission and the transmitting etc. of microwave, ultrashort wave, wireless network signal, for telecommunication.
Along with social development and the progress of technology, overwhelming majority area is all with within the signal cover of communication tower at present, and current communication tower is mainly fixed, is fixed on the mountain top that physical features is higher, the scope covering to increase signal.But in the time running into the natural calamity such as earthquake, floods, tend to make communication tower to be destroyed, make communication expediently short-and-medium, cannot get in touch with the external world, incured loss through delay the rescue to disaster area.
At present, Chinese patent literature discloses a kind of Mobile Communication Tower [CN103334627A], comprises a flat car, is fixedly mounted on the machine room framework on flat car, is connected to the tower body of machine room frame right, and is arranged on the sky on tower body top; Tower body comprises the lower tower bar connecting together successively, middle tower bar and upper tower bar; Lower tower bar is connected with machine room framework, and sky is arranged on tower bar upper end.This communication tower is by being fixed on flat car by tower body, realize the movement of communication tower by the movement of flat car, under actual conditions, communication tower itself is highly higher, flat car can only move on level land, mobile the stable of guarantee communication tower that be difficult in acclive situation, therefore flat car cannot move to communication tower the favorable terrain that physical features is higher, has reduced the coverage of communication tower signal; Do not have corresponding smooth road to move for flat car in disaster area, be therefore in case of emergency difficult to accomplish to be deployed to rapidly corresponding position, mobility is lower.
Summary of the invention
The purpose of this utility model is to have the problems referred to above for existing technology, has proposed a kind of auxiliary location structure of communication tower supporting seat, and the technical problem that the utility model solves is to have improved communication tower mobility.
The purpose of this utility model can realize by following technical proposal: a kind of auxiliary location structure of communication tower supporting seat, described communication tower comprises antenna, tower body, positioning seat and supporting seat, described antenna is fixed on the top of tower body, described positioning seat is cylindrical, described positioning seat middle part has placed channel, described tower body is through placed channel, described supporting seat is detachably connected on the lower end of positioning seat, described supporting seat can be fixed positioning seat, described supporting seat comprises some feets, described feet distributes ringwise, described feet comprises hinge bar and expansion link, described hinge bar is the steel pipe of hollow, described expansion link is slidably connected in hinge bar, the lower end of described hinge bar has some adjustment holes one along its length, the upper end of described expansion link has and adjustment hole two along its length, described expansion link passes adjustment hole one by bolt and adjustment hole two is fixed on hinge bar, the lower end of described expansion link is hinged with base plate, it is characterized in that, this auxiliary location structure comprises auxiliary support bar and positioning sleeve, described auxiliary support bar is hinged on the middle part of expansion link, angle between described auxiliary support bar and expansion link is acute angle, the end of described auxiliary support bar is tapered, on described base plate, cover has positioning sleeve, described positioning sleeve comprises body and is fixed on some positioning tooths of body lower end, described positioning tooth adopts metal material to make, described positioning tooth is evenly arranged in the lower end of body.
Feet can regulate length according to landform, the length of every feet is all adjustable, and therefore communication tower can be fixed on complex-terrain, between auxiliary support bar and expansion link, forms triangle, increase the stable of structure, the tapered convenience in end of auxiliary support bar is located auxiliary support bar.Positioning sleeve can increase the earth-grasping force of base plate, prevents that skidding from appearring in feet.
In the auxiliary location structure of above-mentioned communication tower supporting seat, the lower end of described positioning seat is fixed with some hooks, described hook is provided with lanyard, described lanyard one end is fixed on corresponding hook, the other end of described every lanyard is all fixed with a gripper shoe, described gripper shoe be positioned at positioning seat under, in described gripper shoe, there is locating slot, the lower end of described tower body and gripper shoe against and be positioned at locating slot.Positioning seat will be positioned at the tube connector location of tower body bottom, ensure the stable of tower body, the lower end of tower body is supported by gripper shoe simultaneously, and gripper shoe is positioned at the lower end of positioning seat, and the center of gravity of tower body is reduced, increase the stable of tower body, gripper shoe is fixed by hook, and gripper shoe is removable, therefore can adapt to the slight wobble of tower body, play the effect of balance tower body, reduce the bending power between tube connector; The weight of tower body all acts on supporting seat, makes stable the fixing on the ground of supporting seat energy.
In the auxiliary location structure of above-mentioned communication tower supporting seat, described positioning seat comprises left locating rack, right locating rack and some screws, described left locating rack comprises two left location-plates and some left connecting rods, the cross section of described left location-plate is semicircle annular, described two left location-plates be arranged in parallel, described left connecting rod is fixed between left location-plate, described right locating rack comprises two right location-plates and some right connecting rods, the cross section of described right location-plate is semicircle annular, described two right location-plates be arranged in parallel, described right connecting rod is fixed between right location-plate, the two ends of described left location-plate are positioned at lateral surface and all have left fixing ear, on the fixing ear in a described left side, there is left fixing hole, the two ends of described right location-plate are positioned at lateral surface and all have right fixing ear, on the fixing ear in the described right side, there is right fixing hole, the end of described left location-plate and the end of right location-plate are against forming placed channel, described screw is through corresponding left fixing hole and right fixing hole fixing.Between left locating rack and right locating rack, removably connect and can further reduce positioning seat shared space of when transport, the structure of left locating rack and right locating rack has also reduced the quality of positioning seat.
In the auxiliary location structure of above-mentioned communication tower supporting seat, described positioning seat is provided with the buffer structure that can play cushioning effect in the time that tower body rocks, described buffer structure comprises some balls that lean, spring and two fixed heads, described fixed head is annular, described two fixed heads be separately fixed at the two ends of positioning seat and left location-plate and right location-plate against, on described left location-plate with fixed head against side on offer some left holddown grooves, described left locating slot is positioned near on the cell wall of placed channel and has semicircular recess one, on described right location-plate with fixed head against side on offer some right holddown grooves, described right locating slot is positioned near on the cell wall of placed channel and has semicircular recess two, described fixed head and left location-plate and right location-plate against side on have and above-mentioned left holddown groove and right holddown groove holddown groove one to one, described holddown groove is positioned near on the cell wall of fixed head medial surface and has semicircular recess three, ultimate range between ultimate range between described recess three and recess one or recess three and recess two is all less than the diameter that leans ball, the described ball and spring that leans is all between holddown groove and left holddown groove or between holddown groove and right holddown groove, described spring makes to lean ball and abuts in all the time between recess three and recess one or between recess three and recess two.When calm, tower body is through the middle of positioning seat, leaning ball is resisted against on tower body uniformly, in the time being subject to wind, tower body can tilt, the tower body that is positioned at positioning seat part can lean ball towards extruding banking, is positioned at leaning ball and all can applying reaction force by spring of upper and lower two ends, reduces the inclination of tower body, ensure that positioning seat there will not be inclination, ensured the stable of communication tower.
In the auxiliary location structure of above-mentioned communication tower supporting seat, described fixed head comprises that two cross sections are the substrate of semicircle annular, on the described substrate that is fixed on positioning seat lower end, there is sliding tray, described sliding tray is T-slot, after described two substrates are fixing, form the sliding tray distributing ringwise, the upper end of described hinge bar is provided with slide block, between described hinge bar and slide block, multi-directional ball connects, described slide block is " work " font, described slide block can embed in sliding tray and can slide along sliding tray, on described slide block, there is locating hole, screw has been threaded on described locating hole, the end of described screw through locating hole can with the groove bottom of sliding tray against.The structure of fixed head facilitates the installation and removal of slide block, by slide block, hinge bar is arranged on to certain position, can regulate the position between feet, to adapt to different terrain fixing communication tower.
In the auxiliary location structure of above-mentioned communication tower supporting seat, described tower body is connected in sequence by some tube connector head and the tail, between described tube connector for removably connecting, described tube connector in a tubular form, described tube connector comprises body, be positioned at the joint and the adapter sleeve that is positioned at the body other end of body one end, on the outer peripheral face of described adapter sleeve, be fixed with projection, one end that described projection stretches out adapter sleeve has location groove, one end that described body is positioned at joint has clamping block, described clamping block has Access Division and guide part, the rectangular triangle in cross section of described guide part, described Access Division is elongated, described Access Division can with location groove tight fit connection.When tube connector head and the tail connect, clamping block snaps in location groove, and guide part can facilitate clamping block to enter location groove, between Access Division and location groove, is tight fit, simple in structure, easy to operate, is convenient to the rapid-assembling of communication tower.
Compared with prior art, it is very convenient that the auxiliary location structure of this communication tower supporting seat has transport, the advantage that mobility is stronger.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the perspective view of positioning seat in the utility model.
Fig. 3 is the perspective view of left locating rack in the utility model.
Fig. 4 is the perspective view of substrate in the utility model.
Fig. 5 is the structural representation of tube connector in the utility model.
In figure, 1, antenna; 2, tower body; 21, tube connector; 22, body; 23, joint; 24, clamping block; 241, guide part; 242, Access Division; 25, adapter sleeve; 26, projection; 261, location groove; 3, hook; 31, lanyard; 32, gripper shoe; 4, positioning seat; 4a, placed channel; 41, left locating rack; 42, left location-plate; 421, left holddown groove; 422, recess one; 423, left fixing ear; 424, left fixing hole; 43, left connecting rod; 44, right locating rack; 45, right location-plate; 451, right fixing ear; 452, the right fixing hole right side; 46, connecting rod; 51, lean ball; 52, fixed head; 53, substrate; 531, sliding tray; 532, holddown groove; 533, recess three; 6, supporting seat; 61, feet; 611, hinge bar; 612, slide block; 613, expansion link; 614, base plate; 62, auxiliary support bar; 63, positioning sleeve; 631, body; 632, positioning tooth.
Detailed description of the invention
Be below specific embodiment of the utility model by reference to the accompanying drawings, the technical solution of the utility model is further described, but the utility model be not limited to these embodiment.
A kind of auxiliary location structure of communication tower supporting seat, as shown in Figures 1 to 5, communication tower comprises antenna 1, communication tower also comprises tower body 2, positioning seat 4 and supporting seat 6, antenna 1 is fixed on the top of tower body 2, tower body 2 is connected in sequence by some tube connector 21 head and the tail, between tube connector 21 for removably connecting, positioning seat 4 is cylindrical, positioning seat 4 middle parts have placed channel 4a, tower body 2 is through placed channel 4a, the lower end of positioning seat 4 is fixed with some hooks 3, hook 3 is provided with lanyard 31, lanyard 31 one end are fixed on corresponding hook 3, the other end of every lanyard 31 is all fixing with a gripper shoe 32, gripper shoe 32 be positioned at positioning seat 4 under, in gripper shoe 32, there is locating slot, the lower end of tower body 2 and gripper shoe 32 against and be positioned at locating slot, supporting seat 6 is detachably connected on the lower end of positioning seat 4, supporting seat 6 can be by fixing positioning seat 4.
As shown in Figures 1 to 5, positioning seat 4 comprises left locating rack 41, right locating rack 44 and some screws, left locating rack 41 comprises two left location-plates 42 and some left connecting rods 43, the cross section of left location-plate 42 is semicircle annular, two left location-plates 42 be arranged in parallel, left connecting rod 43 is fixed between left location-plate 42, right locating rack 44 comprises two right location-plates 45 and some right connecting rods, the cross section of right location-plate 45 is semicircle annular, two right location-plates 45 be arranged in parallel, right connecting rod is fixed between right location-plate 45, the two ends of left location-plate 42 are positioned at lateral surface and all have left fixing ear 423, on left fixing ear 423, there is left fixing hole 424, the two ends of right location-plate 45 are positioned at lateral surface and all have right fixing ear 451, on right fixing ear 451, there is right fixing hole 452, the end of the end of left location-plate 42 and right location-plate 45 is against forming placed channel 4a, screw is through corresponding left fixing hole 424 and right fixing hole 452 fixing.The shared space can further reduce positioning seat 4 and transport time that removably connects between left locating rack 41 and right locating rack 44, the structure of left locating rack 41 and right locating rack 44 has also reduced the quality of positioning seat 4.
As shown in Figures 1 to 5, positioning seat 4 is provided with the buffer structure that can play cushioning effect in the time that tower body 2 rocks, buffer structure comprises some balls 51 that lean, spring and two fixed heads 52, fixed head 52 is annular, two fixed heads 52 be separately fixed at the two ends of positioning seat 4 and left location-plate 42 and right location-plate 45 against, on left location-plate 42 with fixed head 52 against side on offer some left holddown grooves 421, left locating slot is positioned near on the cell wall of placed channel 4a and has semicircular recess 1, on right location-plate 45 with fixed head 52 against side on offer some right holddown grooves, right locating slot is positioned near on the cell wall of placed channel 4a and has semicircular recess two, fixed head 52 and left location-plate 42 and right location-plate 45 against side on have and above-mentioned left holddown groove 421 and right holddown groove holddown groove 532 one to one, holddown groove 532 is positioned near on the cell wall of fixed head 52 medial surfaces and has semicircular recess 3 533, ultimate range between ultimate range between recess 3 533 and recess 1 or recess 3 533 and recess two is all less than the diameter that leans ball 51, lean ball 51 and spring all between holddown groove 532 and left holddown groove 421 or between holddown groove 532 and right holddown groove, spring makes to lean ball 51 and abuts in all the time between recess 3 533 and recess 1 or between recess 3 533 and recess two.When calm, tower body 2 is through the middle of positioning seat 4, leaning ball 51 is resisted against on tower body 2 uniformly, in the time being subject to wind, tower body 2 can tilt, the tower body 2 that is positioned at positioning seat 4 parts can lean ball 51 towards extruding banking, is positioned at leaning ball 51 and all can applying reaction force by spring of upper and lower two ends, reduces the inclination of tower body 2, ensure that positioning seat 4 there will not be inclination, ensured the stable of communication tower.
As shown in Figures 1 to 5, supporting seat 6 comprises some feets 61, feet 61 distributes ringwise, feet 61 comprises hinge bar 611 and expansion link 613, the steel pipe that hinge bar 611 is hollow, expansion link 613 is slidably connected in hinge bar 611, the lower end of hinge bar 611 has some adjustment holes one along its length, the upper end of expansion link 613 has and adjustment hole two along its length, expansion link 613 passes adjustment hole one by bolt and adjustment hole two is fixed on hinge bar 611, the lower end of expansion link 613 is hinged with base plate 614
As shown in Figures 1 to 5, this auxiliary location structure comprises auxiliary support bar 62 and positioning sleeve 63, and the angle that auxiliary support bar 62 is hinged between middle part auxiliary support bar 62 and the expansion link 613 of expansion link 613 is acute angle, and the end of auxiliary support bar 62 is tapered.On base plate 614, cover has positioning sleeve 63, positioning sleeve 63 to comprise body 631 and the some positioning tooths 632 that are fixed on body 631 lower ends, and positioning tooth 632 adopts metal material to make, and positioning tooth 632 is evenly arranged in the lower end of body 631.Positioning sleeve 63 can increase the earth-grasping force of base plate 614, prevents that skidding from appearring in feet 61.Feet 61 can regulate length according to landform, the length of every feet 61 is all adjustable, therefore communication tower can be fixed on complex-terrain, between auxiliary support bar 62 and expansion link 613, form triangle, increase the stable of structure, the tapered convenience in end of auxiliary support bar 62 is located auxiliary support bar 62.
As shown in Figures 1 to 5, fixed head 52 comprises that two cross sections are the substrate 53 of semicircle annular, be fixed on the substrate 53 of positioning seat 4 lower ends and there is sliding tray 531, sliding tray is T-slot, after two substrates 53 are fixing, form the sliding tray 531 distributing ringwise, the upper end of hinge bar 611 is provided with slide block 612, between hinge bar 611 and slide block 612, multi-directional ball connects, slide block 612 is " work " font, slide block 612 can embed in sliding tray 531 and can slide along sliding tray 531, on slide block 612, there is locating hole, screw has been threaded on locating hole, the end of screw through locating hole can with the groove bottom of sliding tray 531 against.The structure of fixed head 52 facilitates the installation and removal of slide block 612, by slide block 612, hinge bar 611 is arranged on to certain position, can regulate the position between feet 61, to adapt to different terrain fixing communication tower.
As shown in Figures 1 to 5, tube connector 21 in a tubular form, tube connector 21 comprises body 22, be positioned at the joint 23 of body 22 one end and be positioned at the adapter sleeve 25 of body 22 other ends, on the outer peripheral face of adapter sleeve 25, be fixed with projection 26, one end that projection 26 stretches out adapter sleeve 25 has location groove 261, one end that body 22 is positioned at joint 23 has clamping block 24, clamping block 24 has Access Division 242 and guide part 241, the rectangular triangle in cross section of guide part 241, Access Division 242 is elongated, Access Division 242 can with location groove 261 tight fit connections.When tube connector 21 head and the tail connect, clamping block 24 snaps in location groove 261, and guide part 241 can facilitate clamping block 24 to enter location groove 261, between Access Division 242 and location groove 261, is tight fit, simple in structure, easy to operate, is convenient to the rapid-assembling of communication tower.
Tower body 2 is connected in sequence by tube connector 21, assemble tower body 2 according to actual geographical position in use, according to the height that regulates tower body 2 by the quantity of tube connector 21, positioning seat 4 is located the tube connector 21 that is positioned at tower body 2 bottoms, ensure the stable of tower body 2, the lower end of tower body 2 is supported by gripper shoe 32 simultaneously, gripper shoe 32 is positioned at the lower end of positioning seat 4, the center of gravity of tower body 2 is reduced, increase the stable of tower body 2, gripper shoe 32 is fixing by hook 3, gripper shoe 32 is removable, therefore can adapt to the slight wobble of tower body 2, play the effect of balance tower body 2, reduce the bending power between tube connector 21, the weight of tower body 2 all acts on supporting seat 6, makes stable the fixing on the ground of supporting seat 6 energy, between tower body 2, positioning seat 4 and supporting seat 6, all removably connect, tower body 2 is also detachable, and therefore the transport of communication tower is very convenient, and mobility is stronger.
Specific embodiment described herein is only to the explanation for example of the utility model spirit.The utility model person of ordinary skill in the field can make various amendments or supplements or adopt similar mode to substitute described specific embodiment, but can't depart from spirit of the present utility model or surmount the defined scope of appended claims.
Although more used 1 herein, antenna; 2, tower body; 21, tube connector; 22, body; 23, joint; 24, clamping block; 241, guide part; 242, Access Division; 25, adapter sleeve; 26, projection; 261, location groove; 3, hook; 31, lanyard; 32, gripper shoe; 4, positioning seat; 4a, placed channel; 41, left locating rack; 42, left location-plate; 421, left holddown groove; 422, recess one; 423, left fixing ear; 424, left fixing hole; 43, left connecting rod; 44, right locating rack; 45, right location-plate; 451, right fixing ear; 452, the right fixing hole right side; 46, connecting rod; 51, lean ball; 52, fixed head; 53, substrate; 531, sliding tray; 532, holddown groove; 533, recess three; 6, supporting seat; 61, feet; 611, hinge bar; 612, slide block; 613, expansion link; 614, base plate; 62, auxiliary support bar; 63, positioning sleeve; 631, body; 632, the term such as positioning tooth, but do not get rid of the possibility that uses other term.Use these terms to be only used to describe more easily and explain essence of the present utility model; They are construed to any additional restriction is all contrary with the utility model spirit.
Claims (6)
1. the auxiliary location structure of a communication tower supporting seat, described communication tower comprises antenna, tower body, positioning seat and supporting seat, described antenna is fixed on the top of tower body, described positioning seat is cylindrical, described positioning seat middle part has placed channel, described tower body is through placed channel, described supporting seat is detachably connected on the lower end of positioning seat, described supporting seat can be fixed positioning seat, described supporting seat comprises some feets, described feet distributes ringwise, described feet comprises hinge bar and expansion link, described hinge bar is the steel pipe of hollow, described expansion link is slidably connected in hinge bar, the lower end of described hinge bar has some adjustment holes one along its length, the upper end of described expansion link has and adjustment hole two along its length, described expansion link passes adjustment hole one by bolt and adjustment hole two is fixed on hinge bar, the lower end of described expansion link is hinged with base plate, it is characterized in that, this auxiliary location structure comprises auxiliary support bar and positioning sleeve, described auxiliary support bar is hinged on the middle part of expansion link, angle between described auxiliary support bar and expansion link is acute angle, the end of described auxiliary support bar is tapered, on described base plate, cover has positioning sleeve, described positioning sleeve comprises body and is fixed on some positioning tooths of body lower end, described positioning tooth adopts metal material to make, described positioning tooth is evenly arranged in the lower end of body.
2. the auxiliary location structure of communication tower supporting seat according to claim 1, it is characterized in that, the lower end of described positioning seat is fixed with some hooks, described hook is provided with lanyard, described lanyard one end is fixed on corresponding hook, and the other end of described every lanyard is all fixed with a gripper shoe, described gripper shoe be positioned at positioning seat under, in described gripper shoe, there is locating slot, the lower end of described tower body and gripper shoe against and be positioned at locating slot.
3. the auxiliary location structure of communication tower supporting seat according to claim 1, it is characterized in that, described positioning seat comprises left locating rack, right locating rack and some screws, described left locating rack comprises two left location-plates and some left connecting rods, the cross section of described left location-plate is semicircle annular, described two left location-plates be arranged in parallel, described left connecting rod is fixed between left location-plate, described right locating rack comprises two right location-plates and some right connecting rods, the cross section of described right location-plate is semicircle annular, described two right location-plates be arranged in parallel, described right connecting rod is fixed between right location-plate, the two ends of described left location-plate are positioned at lateral surface and all have left fixing ear, on the fixing ear in a described left side, there is left fixing hole, the two ends of described right location-plate are positioned at lateral surface and all have right fixing ear, on the fixing ear in the described right side, there is right fixing hole, the end of described left location-plate and the end of right location-plate are against forming placed channel, described screw is through corresponding left fixing hole and right fixing hole fixing.
4. the auxiliary location structure of communication tower supporting seat according to claim 3, it is characterized in that, described positioning seat is provided with the buffer structure that can play cushioning effect in the time that tower body rocks, described buffer structure comprises some balls that lean, spring and two fixed heads, described fixed head is annular, described two fixed heads be separately fixed at the two ends of positioning seat and left location-plate and right location-plate against, on described left location-plate with fixed head against side on offer some left holddown grooves, described left locating slot is positioned near on the cell wall of placed channel and has semicircular recess one, on described right location-plate with fixed head against side on offer some right holddown grooves, described right locating slot is positioned near on the cell wall of placed channel and has semicircular recess two, described fixed head and left location-plate and right location-plate against side on have and above-mentioned left holddown groove and right holddown groove holddown groove one to one, described holddown groove is positioned near on the cell wall of fixed head medial surface and has semicircular recess three, ultimate range between ultimate range between described recess three and recess one or recess three and recess two is all less than the diameter that leans ball, the described ball and spring that leans is all between holddown groove and left holddown groove or between holddown groove and right holddown groove, described spring makes to lean ball and abuts in all the time between recess three and recess one or between recess three and recess two.
5. the auxiliary location structure of communication tower supporting seat according to claim 4, it is characterized in that, described fixed head comprises that two cross sections are the substrate of semicircle annular, on the described substrate that is fixed on positioning seat lower end, there is sliding tray, described sliding tray is T-slot, after described two substrates are fixing, form the sliding tray distributing ringwise, the upper end of described hinge bar is provided with slide block, between described hinge bar and slide block, multi-directional ball connects, described slide block is " work " font, described slide block can embed in sliding tray and can slide along sliding tray, on described slide block, there is locating hole, screw has been threaded on described locating hole, the end of described screw through locating hole can with the groove bottom of sliding tray against.
6. the auxiliary location structure of communication tower supporting seat according to claim 1, it is characterized in that, described tower body is connected in sequence by some tube connector head and the tail, between described tube connector for removably connecting, described tube connector in a tubular form, described tube connector comprises body, be positioned at the joint and the adapter sleeve that is positioned at the body other end of body one end, on the outer peripheral face of described adapter sleeve, be fixed with projection, one end that described projection stretches out adapter sleeve has location groove, one end that described body is positioned at joint has clamping block, described clamping block has Access Division and guide part, the rectangular triangle in cross section of described guide part, described Access Division is elongated, described Access Division can with location groove tight fit connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420020000.3U CN203716601U (en) | 2014-01-13 | 2014-01-13 | Auxiliary positioning structure of communication tower support base |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420020000.3U CN203716601U (en) | 2014-01-13 | 2014-01-13 | Auxiliary positioning structure of communication tower support base |
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| CN203716601U true CN203716601U (en) | 2014-07-16 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420020000.3U Expired - Fee Related CN203716601U (en) | 2014-01-13 | 2014-01-13 | Auxiliary positioning structure of communication tower support base |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105220930A (en) * | 2015-10-29 | 2016-01-06 | 安徽四创电子股份有限公司 | A kind of universal adjustable pylon supports |
| CN111749526A (en) * | 2020-07-09 | 2020-10-09 | 丁晟 | 5G communication line tower installation construction method |
-
2014
- 2014-01-13 CN CN201420020000.3U patent/CN203716601U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105220930A (en) * | 2015-10-29 | 2016-01-06 | 安徽四创电子股份有限公司 | A kind of universal adjustable pylon supports |
| CN111749526A (en) * | 2020-07-09 | 2020-10-09 | 丁晟 | 5G communication line tower installation construction method |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140716 Termination date: 20150113 |
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| EXPY | Termination of patent right or utility model |