CN205226812U - Support - Google Patents
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- CN205226812U CN205226812U CN201520871127.0U CN201520871127U CN205226812U CN 205226812 U CN205226812 U CN 205226812U CN 201520871127 U CN201520871127 U CN 201520871127U CN 205226812 U CN205226812 U CN 205226812U
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- flexible rod
- telescopic bar
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- 230000007246 mechanism Effects 0.000 claims abstract description 240
- 210000004907 gland Anatomy 0.000 claims description 8
- 230000000694 effects Effects 0.000 abstract description 7
- 230000008859 change Effects 0.000 abstract description 5
- 230000001105 regulatory effect Effects 0.000 abstract description 4
- 239000003381 stabilizer Substances 0.000 abstract 9
- 230000001276 controlling effect Effects 0.000 description 36
- 238000010586 diagram Methods 0.000 description 22
- FGRBYDKOBBBPOI-UHFFFAOYSA-N 10,10-dioxo-2-[4-(N-phenylanilino)phenyl]thioxanthen-9-one Chemical compound O=C1c2ccccc2S(=O)(=O)c2ccc(cc12)-c1ccc(cc1)N(c1ccccc1)c1ccccc1 FGRBYDKOBBBPOI-UHFFFAOYSA-N 0.000 description 11
- 239000004744 fabric Substances 0.000 description 3
- 238000000034 method Methods 0.000 description 2
- 241000196324 Embryophyta Species 0.000 description 1
- 230000009471 action Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000009194 climbing Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000000151 deposition Methods 0.000 description 1
- 238000003780 insertion Methods 0.000 description 1
- 230000037431 insertion Effects 0.000 description 1
- 230000008569 process Effects 0.000 description 1
- 230000009466 transformation Effects 0.000 description 1
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Abstract
The utility model relates to a support belongs to outdoor activities equipment field. The structure homogeneous phase of adjustable stabilizer blade no. 1, adjustable stabilizer blade no. 2, adjustable stabilizer blade no. 3, adjustable stabilizer blade no. 4 with and including stabilizer blade fixed establishment, rotary ball valve slewing mechanism, telescopic link height regulating mechanism, stabilizer blade root adjustment mechanism, wherein stabilizer blade fixed establishment one end is fixed subaerial, and the stabilizer blade fixed establishment other end and rotary ball valve slewing mechanism threaded one end are screwed continuously, and the rotary ball valve slewing mechanism other end is connected with telescopic link height regulating mechanism one end, and the telescopic link height regulating mechanism other end is connected with stabilizer blade root adjustment mechanism one end. The utility model discloses have the multi -angle adjust fixed fork insert the orientation, different require to change down the height, simultaneously guardian and property exempt from expose to the sun and rain and the time spent can not folded easily and is shunk very fraction, portable.
Description
Technical field
The utility model relates to a kind of support, belongs to outdoor activities clothing arts.
Background technique
Also do not have in the market special can the support of simple and easy adjustment, only have general by skeletal support to reach its action effect, more intelligent adjustment cannot be accomplished, first the shortcoming that they exist can not be dismantled easily, build more loaded down with trivial details, the landform of Various Complex can not be adapted to, next is exactly be inconvenient to deposit, carry, act on more single, the function requirement of people in camp life can not be met well, that common support does not reach the requirement regulating height according to different people height in addition, dynamic role is lower, be exactly finally that ordinary stent easily causes more potential safety hazard, very large threat is created to the life safety of people and property safety.Our main purpose is exactly utilize one can rotate arbitrarily and at the tight rotary ball valve device of any angle lock, folding and the angular transformation that some ordinary stents cannot complete can be done, utilize flexible rod to solve simultaneously and highly regulate a difficult problem, multistage adjustment avoids the drawback of ordinary stent, just because of common support has lacked efficient, convenient, intelligent, multi-functional feature, just make to there is very large inconvenience in people's outdoor travel process, even have certain potential safety hazard.Therefore be necessary to design a kind of support, people gone on a journey and more feels at ease and safety, thus the potential safety hazard that therefore minimizing affects and cause, ensure that people go on a journey safely, heighten the enjoyment.
Summary of the invention
The purpose of this utility model is to provide a kind of support, builds more loaded down with trivial details, be inconvenient to deficiencies such as depositing, carry to solve existing support.
The technical solution of the utility model is: a kind of support, comprises adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44, strut adjustment fixing device 5;
The structure of described adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44 is all identical and comprise leg fixed mechanism 6, rotary ball valve rotating mechanism 7, flexible rod height adjustment mechanism 8, leg root controlling mechanism 9; Wherein leg fixed mechanism 6 one end fixes on the ground, leg fixed mechanism 6 the other end screws with rotary ball valve rotating mechanism 7 threaded one end and is connected, rotary ball valve rotating mechanism 7 the other end is connected with flexible rod height adjustment mechanism 8 one end, and flexible rod height adjustment mechanism 8 the other end is connected with leg root controlling mechanism 9 one end.
Described strut regulates fixing device 5 to comprise strut height adjustment mechanism 10, strut fixed mechanism 11; Wherein the other end of four leg root controlling mechanisms 9 is all fixed with strut height adjustment mechanism 10 one end, and strut height adjustment mechanism 10 the other end is connected with strut fixed mechanism 11.
Described leg fixed mechanism 6 comprises fixation fork, sawtooth mouth 12, the edge of a knife 13, ear type pawl 14, screw 15, and fixation fork both sides are provided with sawtooth mouth 12, the edge of a knife 13, and fixation fork top is connected with ear type pawl 14, and ear type pawl 14 top is provided with a screw 15.
Described rotary ball valve rotating mechanism 7 comprises protrusion adjusting screw 16, rotates ball valve 17, ball valve sleeve 18, boss 19, locking nut 20; Protrusion adjusting screw 16 wherein bottom ball valve sleeve 18 screws with leg fixed mechanism 6 and couples together, rotating ball valve 17 is inserted in ball valve sleeve 18, boss 19 on ball valve sleeve 18 is provided with a locking nut 20, and locking nut 20 is tightened in boss 19 for rotating the angle adjustment of ball valve 17 at ball valve sleeve 18.
Described flexible rod height adjustment mechanism 8 comprises first segment flexible rod 21, first segment flexible rod circular hole 22, first segment flexible rod pad 23, first segment flexible rod pad boss 24, first segment flexible rod standing valve 25, second section flexible rod 26, second section flexible rod circular hole 27, second section flexible rod pad 28, second section flexible rod pad boss 29, second section flexible rod standing valve 30, three-section telescopic bar 31, three-section telescopic bar circular hole 32, three-section telescopic bar pad 33, three-section telescopic bar pad boss 34, three-section telescopic bar standing valve 35, 4th section telescopic bar 36, 4th section telescopic bar circular hole 37, 4th section telescopic bar pad 38, 4th section telescopic bar pad boss 39, 4th section telescopic bar standing valve 40, 5th section telescopic bar 41, wherein first segment flexible rod 21 lower end is connected on rotary ball valve rotating mechanism 7, the first segment flexible rod pad boss 24 on two first segment flexible rod pads 23, second section flexible rod pad boss 29 on two second section flexible rod pads 28, three-section telescopic bar pad boss 34 on two three-section telescopic bar pads 33, the 4th section telescopic bar pad boss 39 on two the 4th section telescopic bar pads 38 inserts in two first segment flexible rod circular holes 22 of first segment flexible rod 21 upper end respectively, in two second section flexible rod circular holes 27 of second section flexible rod 26 upper end, in two three-section telescopic bar circular holes 32 of three-section telescopic bar 31 upper end, be combined together with it in two the 4th section telescopic bar circular holes 37 of the 4th section telescopic bar 36 upper end, second section flexible rod 26, three-section telescopic bar 31, 4th section telescopic bar 36, 5th section telescopic bar 41 lower bands helical thread portion is respectively by first segment flexible rod standing valve 25, second section flexible rod standing valve 30, three-section telescopic bar standing valve 35, 4th section telescopic bar standing valve 40 is enclosed within first segment flexible rod 21, second section flexible rod 26, three-section telescopic bar 31, 4th section telescopic bar 36 top, the upper end of the 5th section telescopic bar 41 is connected with leg root controlling mechanism 9.
Described first segment flexible rod 21 lower end is welded on rotary ball valve rotating mechanism 7.
Described leg root controlling mechanism 9 comprises U-type groove card set screw 42, U-type groove card 43, leg fixing bolt 44, Corner Strapped valve 45; Wherein U-type groove card 43 and the 5th section telescopic bar 41 are installed fixing by U-type groove card set screw 42, and the 5th section telescopic bar 41 is connected by leg fixing bolt 44 with Corner Strapped valve 45.
Described strut height adjustment mechanism 10 comprises first segment strut standing valve 46, first segment strut 47, second section strut standing valve 48, second section strut pad 49, second section strut pad boss 50, second section strut circular hole 51, second section strut 52; Wherein first segment strut 47 passes Corner Strapped valve 45 and is connected with first segment strut standing valve 46, second section strut pad boss 50 on two second section strut pads 49 inserts in two second section strut circular holes 51 of second section strut 52 lower end and is combined together with it, first segment strut 47 upper end threaded section is enclosed within second section strut 52 bottom by second section strut standing valve 48, and first segment strut 47 lower end inside is provided with boss.
Described strut fixed mechanism 11 comprises four ear fixing bolts 54; Wherein connect in four ear fixing bolts 54 and the sliding chamber screw of second section strut 52 inside.
Described strut fixed mechanism 11 also comprises four ear glands 53; Wherein four ear glands 53 are inserted in the sliding chamber screw of second section strut 52 inside.
Working principle of the present utility model is:
When needs use support, sawtooth mouth 12, the edge of a knife 13 can make fixation fork fix by inserting underground; The sawtooth mouth 12 of fixation fork both sides and the edge of a knife 13 facilitate in its camp life and cut off rope and shrub thereof, weeds, and ear type pawl 14 facilitates rope climbing.
When the altitudes residing for us is different, we just can the standing valve of each internode of adjustable telescopic rod height adjustment mechanism 8, reach the requirement for height oneself wanted, longitudinal expansion activity space, to complete the Intelligent adjustment of oneself, simultaneously when we are not when needing support, we just can shrink in the following manner, unscrew first segment flexible rod standing valve 25 respectively, second section flexible rod standing valve 30, three-section telescopic bar standing valve 35, 4th section telescopic bar standing valve 40, firmly make first segment flexible rod pad 23 top prop up second section flexible rod pad boss 29(second section flexible rod pad boss 29 to be positioned at inside first segment flexible rod pad 23), second section flexible rod pad 28 props up three-section telescopic bar pad boss 34, three-section telescopic bar pad 33 props up the 4th section telescopic bar pad boss 39, first segment flexible rod 21 shrinks into second section flexible rod 26 simultaneously, second section flexible rod 26 shrinks into three-section telescopic bar 31, three-section telescopic bar 31 shrinks into the 4th section telescopic bar 36, 4th section telescopic bar 36 shrinks into the 5th section telescopic bar 41, and then screw first segment flexible rod standing valve 25 successively, second section flexible rod standing valve 30, three-section telescopic bar standing valve 35, 4th section telescopic bar standing valve 40, finally just leg can be shunk.
When we have required to the space in leg, just can stretch out U-type groove card 43 simultaneously after selected suitable angle, inside propelling movement U-type groove card 43 is stuck in the horizontal expansion inner space that Corner Strapped valve 45 requires to reach oneself, reaches more intelligent adjustment.
When we need adjustment strut height, second section strut standing valve 48 is unscrewed, second section strut 52 is taken in first segment strut 47, also first segment strut standing valve 46 can be unscrewed simultaneously, by first segment strut 47 retracted downward, thus reach the effect of strut height adjustment.
When not needing support, support-folding, unscrewing first segment flexible rod standing valve 25 exactly shrinks into second section flexible rod 26 by first segment flexible rod 21, then second section flexible rod standing valve 30 is unscrewed, second section flexible rod 26 is shunk into three-section telescopic bar 31, in like manner unscrew three-section telescopic bar standing valve 35 three-section telescopic bar 31 to be shunk into the 4th section telescopic bar 36, finally unscrewing the 4th section telescopic bar standing valve 40 shrinks into the 5th section telescopic bar 41 by the 4th section telescopic bar 36, adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44 is shunk simultaneously, second section strut standing valve 48 is unscrewed, second section strut 52 is taken in first segment strut 47, also first segment strut standing valve 46 can be unscrewed, by first segment strut 47 retracted downward simultaneously, volume reduces to reach the object be convenient for carrying.
Described support may be used for the support of tent, awning, waterproof cloth, camera etc.
Four apertures of four ear glands 53 are used for through being the cord having waterproof cloth, can coordinate, avoid rope to be wound around, reach the effect of fixing waterproof cloth with leg fixed mechanism 6.
Fixing for camera, generally has individual screw below camera, passes second section strut 53 by inserting fixing bolt in screw and is propped up by four ear fixing bolts 54.
The beneficial effects of the utility model are:
1, have multi-angle regulate fixation fork direction of insertion, different require under change height, protect people and property to exempt to expose to the sun and rain simultaneously and the used time can not become very fraction by folding shrinking easily, be easy to carry, can effectively avoid because topographic change, and rainy day wind direction change cause tent inclination people to be drenched thus cause the accident that should not occur, ensure that the fine day rainy day camps safety;
2, can be used as harpoon, camera support after disassembled simply, fixation fork can be used as dagger effect, for field safeguarding, achieves multifunction;
3, can meet the difference of bicycler's height to regulate the height of awning, dynamic role improves, can Intelligent adjustment tent thus avoid caving at multiple weather, reduces the generation of security incident, better the property safety of protection people and personal safety;
4, people can be made to carry at convenient and regulate, avoid common camping tent volume large, not portable, the problems such as dismounting difficulty, to have arrived enjoyment to the life of riding of people.
Accompanying drawing explanation
Fig. 1 is overall structure schematic diagram of the present utility model;
Fig. 2 is integrated model layering schematic diagram of the present utility model;
Fig. 3 is leg fixed mechanism schematic diagram of the present utility model:
Fig. 4 is rotary ball valve rotating mechanism schematic diagram of the present utility model;
Fig. 5 is that ball valve sleeve of the present utility model partly cuts open schematic diagram;
Fig. 6 is position view in rotatable ball valve sleeve of the present utility model;
Fig. 7 is that leg fixed mechanism of the present utility model and rotary ball valve rotating mechanism assemble schematic diagram;
Fig. 8 is first segment flexible rod pad schematic diagram of the present utility model;
Fig. 9 is first segment flexible rod pad of the present utility model and first segment flexible rod rigging position schematic diagram;
Figure 10 is flexible rod height adjustment mechanism overall schematic of the present utility model;
Figure 11 is second section flexible rod pad of the present utility model and second section flexible rod rigging position schematic diagram;
Figure 12 is three-section telescopic bar pad of the present utility model and three-section telescopic bar rigging position schematic diagram
Figure 13 is the 4th section telescopic bar pad of the present utility model and the 4th section telescopic bar rigging position schematic diagram
Figure 14 is U-type groove card of the present utility model and the 5th section telescopic bar relation assembly relation schematic diagram;
Figure 15 is the 5th section telescopic bar internal structure schematic diagram of the present utility model;
Figure 16 is U-type groove card set screw schematic diagram of the present utility model;
Figure 17 is U-type groove card schematic diagram of the present utility model;
Figure 18 is leg root controlling mechanism of the present utility model assembling schematic diagram;
Figure 19 is second section strut pad schematic diagram of the present utility model;
Figure 20 is strut height adjustment mechanism schematic diagram of the present utility model;
Figure 21 is second section strut internal structure schematic diagram of the present utility model;
Figure 22 is strut height adjustment mechanism of the present utility model and strut fixed mechanism assembly relation schematic diagram;
Figure 23 is support-folding contracting mechanism schematic diagram of the present utility model;
Figure 24 is that support-folding of the present utility model shrinks overall schematic;
Figure 25 is camera operational totality schematic diagram of the present utility model;
Figure 26 is camera work schematic cross sectional view of the present utility model;
Each label in figure: 1-adjustable feet one, 2-adjustable feet two, 3-adjustable feet three, 4-adjustable feet four, 5-strut regulates fixing device, 6-leg fixed mechanism, 7-rotary ball valve rotating mechanism, 8-flexible rod height adjustment mechanism, 9-leg root controlling mechanism, 10-strut height adjustment mechanism, 11-strut fixed mechanism, 12-sawtooth mouth, the 13-edge of a knife, 14-ear type pawl, 15-screw, 16-protrudes adjusting screw, 17-rotates ball valve, 18-ball valve sleeve, 19-boss, 20-locking nut, 21-first segment flexible rod, 22-first segment flexible rod circular hole, 23-first segment flexible rod pad, 24-first segment flexible rod pad boss, 25-first segment flexible rod standing valve, 26-second section flexible rod, 27-second section flexible rod circular hole, 28-second section flexible rod pad, 29-second section flexible rod pad boss, 30-second section flexible rod standing valve, 31-three-section telescopic bar, 32-three-section telescopic bar circular hole, 33-three-section telescopic bar pad, 34-three-section telescopic bar pad boss, 35-three-section telescopic bar standing valve, 36-the 4th section telescopic bar, 37-the 4th section telescopic bar circular hole, 38-the 4th section telescopic bar pad, 39-the 4th section telescopic bar pad boss, 40-the 4th section telescopic bar standing valve, 41-the 5th section telescopic bar, 42-U type groove card set screw, 43-U type groove card, 44-leg fixing bolt, 45-Corner Strapped valve, 46-first segment strut standing valve, 47-first segment strut, 48-second section strut standing valve, 49-second section strut pad, 50-second section strut pad boss, 51-second section strut circular hole, 52-second section strut, 53-tetra-ear gland, 54-tetra-ear fixing bolt.
Embodiment
Embodiment 1: as shown in Fig. 1-2 6, a kind of support, comprises adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44, strut adjustment fixing device 5;
The structure of described adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44 is all identical and comprise leg fixed mechanism 6, rotary ball valve rotating mechanism 7, flexible rod height adjustment mechanism 8, leg root controlling mechanism 9; Wherein leg fixed mechanism 6 one end fixes on the ground, leg fixed mechanism 6 the other end screws with rotary ball valve rotating mechanism 7 threaded one end and is connected, rotary ball valve rotating mechanism 7 the other end is connected with flexible rod height adjustment mechanism 8 one end, and flexible rod height adjustment mechanism 8 the other end is connected with leg root controlling mechanism 9 one end.
Described strut regulates fixing device 5 to comprise strut height adjustment mechanism 10, strut fixed mechanism 11; Wherein the other end of four leg root controlling mechanisms 9 is all fixed with strut height adjustment mechanism 10 one end, and strut height adjustment mechanism 10 the other end is connected with strut fixed mechanism 11.
Described leg fixed mechanism 6 comprises fixation fork, sawtooth mouth 12, the edge of a knife 13, ear type pawl 14, screw 15, and fixation fork both sides are provided with sawtooth mouth 12, the edge of a knife 13, and fixation fork top is connected with ear type pawl 14, and ear type pawl 14 top is provided with a screw 15.
Described rotary ball valve rotating mechanism 7 comprises protrusion adjusting screw 16, rotates ball valve 17, ball valve sleeve 18, boss 19, locking nut 20; Protrusion adjusting screw 16 wherein bottom ball valve sleeve 18 screws with leg fixed mechanism 6 and couples together, rotating ball valve 17 is inserted in ball valve sleeve 18, boss 19 on ball valve sleeve 18 is provided with a locking nut 20, and locking nut 20 is tightened in boss 19 for rotating the angle adjustment of ball valve 17 at ball valve sleeve 18.
Described flexible rod height adjustment mechanism 8 comprises first segment flexible rod 21, first segment flexible rod circular hole 22, first segment flexible rod pad 23, first segment flexible rod pad boss 24, first segment flexible rod standing valve 25, second section flexible rod 26, second section flexible rod circular hole 27, second section flexible rod pad 28, second section flexible rod pad boss 29, second section flexible rod standing valve 30, three-section telescopic bar 31, three-section telescopic bar circular hole 32, three-section telescopic bar pad 33, three-section telescopic bar pad boss 34, three-section telescopic bar standing valve 35, 4th section telescopic bar 36, 4th section telescopic bar circular hole 37, 4th section telescopic bar pad 38, 4th section telescopic bar pad boss 39, 4th section telescopic bar standing valve 40, 5th section telescopic bar 41, wherein first segment flexible rod 21 lower end is connected on rotary ball valve rotating mechanism 7, the first segment flexible rod pad boss 24 on two first segment flexible rod pads 23, second section flexible rod pad boss 29 on two second section flexible rod pads 28, three-section telescopic bar pad boss 34 on two three-section telescopic bar pads 33, the 4th section telescopic bar pad boss 39 on two the 4th section telescopic bar pads 38 inserts in two first segment flexible rod circular holes 22 of first segment flexible rod 21 upper end respectively, in two second section flexible rod circular holes 27 of second section flexible rod 26 upper end, in two three-section telescopic bar circular holes 32 of three-section telescopic bar 31 upper end, be combined together with it in two the 4th section telescopic bar circular holes 37 of the 4th section telescopic bar 36 upper end, second section flexible rod 26, three-section telescopic bar 31, 4th section telescopic bar 36, 5th section telescopic bar 41 lower bands helical thread portion is respectively by first segment flexible rod standing valve 25, second section flexible rod standing valve 30, three-section telescopic bar standing valve 35, 4th section telescopic bar standing valve 40 is enclosed within first segment flexible rod 21, second section flexible rod 26, three-section telescopic bar 31, 4th section telescopic bar 36 top, the upper end of the 5th section telescopic bar 41 is connected with leg root controlling mechanism 9.
Described first segment flexible rod 21 lower end is welded on rotary ball valve rotating mechanism 7.
Described leg root controlling mechanism 9 comprises U-type groove card set screw 42, U-type groove card 43, leg fixing bolt 44, Corner Strapped valve 45; Wherein U-type groove card 43 and the 5th section telescopic bar 41 are installed fixing by U-type groove card set screw 42, and the 5th section telescopic bar 41 is connected by leg fixing bolt 44 with Corner Strapped valve 45.
Described strut height adjustment mechanism 10 comprises first segment strut standing valve 46, first segment strut 47, second section strut standing valve 48, second section strut pad 49, second section strut pad boss 50, second section strut circular hole 51, second section strut 52; Wherein first segment strut 47 passes Corner Strapped valve 45 and is connected with first segment strut standing valve 46, second section strut pad boss 50 on two second section strut pads 49 inserts in two second section strut circular holes 51 of second section strut 52 lower end and is combined together with it, first segment strut 47 upper end threaded section is enclosed within second section strut 52 bottom by second section strut standing valve 48, and first segment strut 47 lower end inside is provided with boss.
Described strut fixed mechanism 11 comprises four ear fixing bolts 54; Wherein connect in four ear fixing bolts 54 and the sliding chamber screw of second section strut 52 inside.
Described strut fixed mechanism 11 also comprises four ear glands 53; Wherein four ear glands 53 are inserted in the sliding chamber screw of second section strut 52 inside.
Embodiment 2: as shown in Fig. 1-2 6, a kind of support, comprise adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44, strut adjustment fixing device 5;
The structure of described adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44 is all identical and comprise leg fixed mechanism 6, rotary ball valve rotating mechanism 7, flexible rod height adjustment mechanism 8, leg root controlling mechanism 9; Wherein leg fixed mechanism 6 one end fixes on the ground, leg fixed mechanism 6 the other end screws with rotary ball valve rotating mechanism 7 threaded one end and is connected, rotary ball valve rotating mechanism 7 the other end is connected with flexible rod height adjustment mechanism 8 one end, and flexible rod height adjustment mechanism 8 the other end is connected with leg root controlling mechanism 9 one end.
Described strut regulates fixing device 5 to comprise strut height adjustment mechanism 10, strut fixed mechanism 11; Wherein the other end of four leg root controlling mechanisms 9 is all fixed with strut height adjustment mechanism 10 one end, and strut height adjustment mechanism 10 the other end is connected with strut fixed mechanism 11.
Described leg fixed mechanism 6 comprises fixation fork, sawtooth mouth 12, the edge of a knife 13, ear type pawl 14, screw 15, and fixation fork both sides are provided with sawtooth mouth 12, the edge of a knife 13, and fixation fork top is connected with ear type pawl 14, and ear type pawl 14 top is provided with a screw 15.
Described rotary ball valve rotating mechanism 7 comprises protrusion adjusting screw 16, rotates ball valve 17, ball valve sleeve 18, boss 19, locking nut 20; Protrusion adjusting screw 16 wherein bottom ball valve sleeve 18 screws with leg fixed mechanism 6 and couples together, rotating ball valve 17 is inserted in ball valve sleeve 18, boss 19 on ball valve sleeve 18 is provided with a locking nut 20, and locking nut 20 is tightened in boss 19 for rotating the angle adjustment of ball valve 17 at ball valve sleeve 18.
Described flexible rod height adjustment mechanism 8 comprises first segment flexible rod 21, first segment flexible rod circular hole 22, first segment flexible rod pad 23, first segment flexible rod pad boss 24, first segment flexible rod standing valve 25, second section flexible rod 26, second section flexible rod circular hole 27, second section flexible rod pad 28, second section flexible rod pad boss 29, second section flexible rod standing valve 30, three-section telescopic bar 31, three-section telescopic bar circular hole 32, three-section telescopic bar pad 33, three-section telescopic bar pad boss 34, three-section telescopic bar standing valve 35, 4th section telescopic bar 36, 4th section telescopic bar circular hole 37, 4th section telescopic bar pad 38, 4th section telescopic bar pad boss 39, 4th section telescopic bar standing valve 40, 5th section telescopic bar 41, wherein first segment flexible rod 21 lower end is connected on rotary ball valve rotating mechanism 7, the first segment flexible rod pad boss 24 on two first segment flexible rod pads 23, second section flexible rod pad boss 29 on two second section flexible rod pads 28, three-section telescopic bar pad boss 34 on two three-section telescopic bar pads 33, the 4th section telescopic bar pad boss 39 on two the 4th section telescopic bar pads 38 inserts in two first segment flexible rod circular holes 22 of first segment flexible rod 21 upper end respectively, in two second section flexible rod circular holes 27 of second section flexible rod 26 upper end, in two three-section telescopic bar circular holes 32 of three-section telescopic bar 31 upper end, be combined together with it in two the 4th section telescopic bar circular holes 37 of the 4th section telescopic bar 36 upper end, second section flexible rod 26, three-section telescopic bar 31, 4th section telescopic bar 36, 5th section telescopic bar 41 lower bands helical thread portion is respectively by first segment flexible rod standing valve 25, second section flexible rod standing valve 30, three-section telescopic bar standing valve 35, 4th section telescopic bar standing valve 40 is enclosed within first segment flexible rod 21, second section flexible rod 26, three-section telescopic bar 31, 4th section telescopic bar 36 top, the upper end of the 5th section telescopic bar 41 is connected with leg root controlling mechanism 9.
Described leg root controlling mechanism 9 comprises U-type groove card set screw 42, U-type groove card 43, leg fixing bolt 44, Corner Strapped valve 45; Wherein U-type groove card 43 and the 5th section telescopic bar 41 are installed fixing by U-type groove card set screw 42, and the 5th section telescopic bar 41 is connected by leg fixing bolt 44 with Corner Strapped valve 45.
Described strut height adjustment mechanism 10 comprises first segment strut standing valve 46, first segment strut 47, second section strut standing valve 48, second section strut pad 49, second section strut pad boss 50, second section strut circular hole 51, second section strut 52; Wherein first segment strut 47 passes Corner Strapped valve 45 and is connected with first segment strut standing valve 46, second section strut pad boss 50 on two second section strut pads 49 inserts in two second section strut circular holes 51 of second section strut 52 lower end and is combined together with it, first segment strut 47 upper end threaded section is enclosed within second section strut 52 bottom by second section strut standing valve 48, and first segment strut 47 lower end inside is provided with boss.
Described strut fixed mechanism 11 comprises four ear fixing bolts 54; Wherein connect in four ear fixing bolts 54 and the sliding chamber screw of second section strut 52 inside.
Embodiment 3: as shown in Fig. 1-2 6, a kind of support, comprise adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44, strut adjustment fixing device 5;
The structure of described adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44 is all identical and comprise leg fixed mechanism 6, rotary ball valve rotating mechanism 7, flexible rod height adjustment mechanism 8, leg root controlling mechanism 9; Wherein leg fixed mechanism 6 one end fixes on the ground, leg fixed mechanism 6 the other end screws with rotary ball valve rotating mechanism 7 threaded one end and is connected, rotary ball valve rotating mechanism 7 the other end is connected with flexible rod height adjustment mechanism 8 one end, and flexible rod height adjustment mechanism 8 the other end is connected with leg root controlling mechanism 9 one end.
Described strut regulates fixing device 5 to comprise strut height adjustment mechanism 10, strut fixed mechanism 11; Wherein the other end of four leg root controlling mechanisms 9 is all fixed with strut height adjustment mechanism 10 one end, and strut height adjustment mechanism 10 the other end is connected with strut fixed mechanism 11.
Embodiment 4: as shown in Fig. 1-2 6, a kind of support, comprise adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44, strut adjustment fixing device 5;
The structure of described adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44 is all identical and comprise leg fixed mechanism 6, rotary ball valve rotating mechanism 7, flexible rod height adjustment mechanism 8, leg root controlling mechanism 9; Wherein leg fixed mechanism 6 one end fixes on the ground, leg fixed mechanism 6 the other end screws with rotary ball valve rotating mechanism 7 threaded one end and is connected, rotary ball valve rotating mechanism 7 the other end is connected with flexible rod height adjustment mechanism 8 one end, and flexible rod height adjustment mechanism 8 the other end is connected with leg root controlling mechanism 9 one end.
Described leg fixed mechanism 6 comprises fixation fork, sawtooth mouth 12, the edge of a knife 13, ear type pawl 14, screw 15, and fixation fork both sides are provided with sawtooth mouth 12, the edge of a knife 13, and fixation fork top is connected with ear type pawl 14, and ear type pawl 14 top is provided with a screw 15.
Embodiment 5: as shown in Fig. 1-2 6, a kind of support, comprise adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44, strut adjustment fixing device 5;
The structure of described adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44 is all identical and comprise leg fixed mechanism 6, rotary ball valve rotating mechanism 7, flexible rod height adjustment mechanism 8, leg root controlling mechanism 9; Wherein leg fixed mechanism 6 one end fixes on the ground, leg fixed mechanism 6 the other end screws with rotary ball valve rotating mechanism 7 threaded one end and is connected, rotary ball valve rotating mechanism 7 the other end is connected with flexible rod height adjustment mechanism 8 one end, and flexible rod height adjustment mechanism 8 the other end is connected with leg root controlling mechanism 9 one end.
Described rotary ball valve rotating mechanism 7 comprises protrusion adjusting screw 16, rotates ball valve 17, ball valve sleeve 18, boss 19, locking nut 20; Protrusion adjusting screw 16 wherein bottom ball valve sleeve 18 screws with leg fixed mechanism 6 and couples together, rotating ball valve 17 is inserted in ball valve sleeve 18, boss 19 on ball valve sleeve 18 is provided with a locking nut 20, and locking nut 20 is tightened in boss 19 for rotating the angle adjustment of ball valve 17 at ball valve sleeve 18.
Embodiment 6: as shown in Fig. 1-2 6, a kind of support, comprise adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44, strut adjustment fixing device 5;
The structure of described adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44 is all identical and comprise leg fixed mechanism 6, rotary ball valve rotating mechanism 7, flexible rod height adjustment mechanism 8, leg root controlling mechanism 9; Wherein leg fixed mechanism 6 one end fixes on the ground, leg fixed mechanism 6 the other end screws with rotary ball valve rotating mechanism 7 threaded one end and is connected, rotary ball valve rotating mechanism 7 the other end is connected with flexible rod height adjustment mechanism 8 one end, and flexible rod height adjustment mechanism 8 the other end is connected with leg root controlling mechanism 9 one end.
Described flexible rod height adjustment mechanism 8 comprises first segment flexible rod 21, first segment flexible rod circular hole 22, first segment flexible rod pad 23, first segment flexible rod pad boss 24, first segment flexible rod standing valve 25, second section flexible rod 26, second section flexible rod circular hole 27, second section flexible rod pad 28, second section flexible rod pad boss 29, second section flexible rod standing valve 30, three-section telescopic bar 31, three-section telescopic bar circular hole 32, three-section telescopic bar pad 33, three-section telescopic bar pad boss 34, three-section telescopic bar standing valve 35, 4th section telescopic bar 36, 4th section telescopic bar circular hole 37, 4th section telescopic bar pad 38, 4th section telescopic bar pad boss 39, 4th section telescopic bar standing valve 40, 5th section telescopic bar 41, wherein first segment flexible rod 21 lower end is connected on rotary ball valve rotating mechanism 7, the first segment flexible rod pad boss 24 on two first segment flexible rod pads 23, second section flexible rod pad boss 29 on two second section flexible rod pads 28, three-section telescopic bar pad boss 34 on two three-section telescopic bar pads 33, the 4th section telescopic bar pad boss 39 on two the 4th section telescopic bar pads 38 inserts in two first segment flexible rod circular holes 22 of first segment flexible rod 21 upper end respectively, in two second section flexible rod circular holes 27 of second section flexible rod 26 upper end, in two three-section telescopic bar circular holes 32 of three-section telescopic bar 31 upper end, be combined together with it in two the 4th section telescopic bar circular holes 37 of the 4th section telescopic bar 36 upper end, second section flexible rod 26, three-section telescopic bar 31, 4th section telescopic bar 36, 5th section telescopic bar 41 lower bands helical thread portion is respectively by first segment flexible rod standing valve 25, second section flexible rod standing valve 30, three-section telescopic bar standing valve 35, 4th section telescopic bar standing valve 40 is enclosed within first segment flexible rod 21, second section flexible rod 26, three-section telescopic bar 31, 4th section telescopic bar 36 top, the upper end of the 5th section telescopic bar 41 is connected with leg root controlling mechanism 9.
Described first segment flexible rod 21 lower end is welded on rotary ball valve rotating mechanism 7.
Embodiment 7: as shown in Fig. 1-2 6, a kind of support, comprise adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44, strut adjustment fixing device 5;
The structure of described adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44 is all identical and comprise leg fixed mechanism 6, rotary ball valve rotating mechanism 7, flexible rod height adjustment mechanism 8, leg root controlling mechanism 9; Wherein leg fixed mechanism 6 one end fixes on the ground, leg fixed mechanism 6 the other end screws with rotary ball valve rotating mechanism 7 threaded one end and is connected, rotary ball valve rotating mechanism 7 the other end is connected with flexible rod height adjustment mechanism 8 one end, and flexible rod height adjustment mechanism 8 the other end is connected with leg root controlling mechanism 9 one end.
Described leg root controlling mechanism 9 comprises U-type groove card set screw 42, U-type groove card 43, leg fixing bolt 44, Corner Strapped valve 45; Wherein U-type groove card 43 and the 5th section telescopic bar 41 are installed fixing by U-type groove card set screw 42, and the 5th section telescopic bar 41 is connected by leg fixing bolt 44 with Corner Strapped valve 45.
Embodiment 8: as shown in Fig. 1-2 6, a kind of support, comprise adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44, strut adjustment fixing device 5;
The structure of described adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44 is all identical and comprise leg fixed mechanism 6, rotary ball valve rotating mechanism 7, flexible rod height adjustment mechanism 8, leg root controlling mechanism 9; Wherein leg fixed mechanism 6 one end fixes on the ground, leg fixed mechanism 6 the other end screws with rotary ball valve rotating mechanism 7 threaded one end and is connected, rotary ball valve rotating mechanism 7 the other end is connected with flexible rod height adjustment mechanism 8 one end, and flexible rod height adjustment mechanism 8 the other end is connected with leg root controlling mechanism 9 one end.
Described strut height adjustment mechanism 10 comprises first segment strut standing valve 46, first segment strut 47, second section strut standing valve 48, second section strut pad 49, second section strut pad boss 50, second section strut circular hole 51, second section strut 52; Wherein first segment strut 47 passes Corner Strapped valve 45 and is connected with first segment strut standing valve 46, second section strut pad boss 50 on two second section strut pads 49 inserts in two second section strut circular holes 51 of second section strut 52 lower end and is combined together with it, first segment strut 47 upper end threaded section is enclosed within second section strut 52 bottom by second section strut standing valve 48, and first segment strut 47 lower end inside is provided with boss.
Embodiment 9: as shown in Fig. 1-2 6, a kind of support, comprise adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44, strut adjustment fixing device 5;
The structure of described adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44 is all identical and comprise leg fixed mechanism 6, rotary ball valve rotating mechanism 7, flexible rod height adjustment mechanism 8, leg root controlling mechanism 9; Wherein leg fixed mechanism 6 one end fixes on the ground, leg fixed mechanism 6 the other end screws with rotary ball valve rotating mechanism 7 threaded one end and is connected, rotary ball valve rotating mechanism 7 the other end is connected with flexible rod height adjustment mechanism 8 one end, and flexible rod height adjustment mechanism 8 the other end is connected with leg root controlling mechanism 9 one end.
Described strut fixed mechanism 11 comprises four ear fixing bolts 54; Wherein connect in four ear fixing bolts 54 and the sliding chamber screw of second section strut 52 inside.
Embodiment 10: as shown in Fig. 1-2 6, a kind of support, comprise adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44, strut adjustment fixing device 5;
The structure of described adjustable feet 1, adjustable feet 22, adjustable feet 33, adjustable feet 44 is all identical and comprise leg fixed mechanism 6, rotary ball valve rotating mechanism 7, flexible rod height adjustment mechanism 8, leg root controlling mechanism 9; Wherein leg fixed mechanism 6 one end fixes on the ground, leg fixed mechanism 6 the other end screws with rotary ball valve rotating mechanism 7 threaded one end and is connected, rotary ball valve rotating mechanism 7 the other end is connected with flexible rod height adjustment mechanism 8 one end, and flexible rod height adjustment mechanism 8 the other end is connected with leg root controlling mechanism 9 one end.
By reference to the accompanying drawings embodiment of the present utility model is explained in detail above, but the utility model is not limited to above-mentioned mode of execution, in the ken that those of ordinary skill in the art possess, various change can also be made under the prerequisite not departing from the utility model aim.
Claims (10)
1. a support, is characterized in that: comprise adjustable feet one (1), adjustable feet two (2), adjustable feet three (3), adjustable feet four (4), strut adjustment fixing device (5);
The structure of described adjustable feet one (1), adjustable feet two (2), adjustable feet three (3), adjustable feet four (4) is all identical and comprise leg fixed mechanism (6), rotary ball valve rotating mechanism (7), flexible rod height adjustment mechanism (8), leg root controlling mechanism (9); Wherein leg fixed mechanism (6) one end fixes on the ground, leg fixed mechanism (6) the other end screws with rotary ball valve rotating mechanism (7) threaded one end and is connected, rotary ball valve rotating mechanism (7) the other end is connected with flexible rod height adjustment mechanism (8) one end, and flexible rod height adjustment mechanism (8) the other end is connected with leg root controlling mechanism (9) one end.
2. support according to claim 1, is characterized in that: described strut regulates fixing device (5) to comprise strut height adjustment mechanism (10), strut fixed mechanism (11); Wherein the other end of four leg root controlling mechanisms (9) is all fixed with strut height adjustment mechanism (10) one end, and strut height adjustment mechanism (10) the other end is connected with strut fixed mechanism (11).
3. support according to claim 1, it is characterized in that: described leg fixed mechanism (6) comprises fixation fork, sawtooth mouth (12), the edge of a knife (13), ear type pawl (14), screw (15), fixation fork both sides are provided with sawtooth mouth (12), the edge of a knife (13), fixation fork top is connected with ear type pawl (14), and ear type pawl (14) top is provided with a screw (15).
4. support according to claim 1, is characterized in that: described rotary ball valve rotating mechanism (7) comprises protrudes adjusting screw (16), rotation ball valve (17), ball valve sleeve (18), boss (19), locking nut (20); Wherein the protrusion adjusting screw (16) of ball valve sleeve (18) bottom screws with leg fixed mechanism (6) and couples together, rotating ball valve (17) is inserted in ball valve sleeve (18), boss (19) on ball valve sleeve (18) is provided with a locking nut (20), and locking nut (20) is tightened in boss (19) for rotating ball valve (17) angle adjustment in ball valve sleeve (18).
5. support according to claim 1, it is characterized in that: described flexible rod height adjustment mechanism (8) comprises first segment flexible rod (21), first segment flexible rod circular hole (22), first segment flexible rod pad (23), first segment flexible rod pad boss (24), first segment flexible rod standing valve (25), second section flexible rod (26), second section flexible rod circular hole (27), second section flexible rod pad (28), second section flexible rod pad boss (29), second section flexible rod standing valve (30), three-section telescopic bar (31), three-section telescopic bar circular hole (32), three-section telescopic bar pad (33), three-section telescopic bar pad boss (34), three-section telescopic bar standing valve (35), 4th section telescopic bar (36), 4th section telescopic bar circular hole (37), 4th section telescopic bar pad (38), 4th section telescopic bar pad boss (39), 4th section telescopic bar standing valve (40), 5th section telescopic bar (41), wherein first segment flexible rod (21) lower end is connected on rotary ball valve rotating mechanism (7), first segment flexible rod pad boss (24) on two first segment flexible rod pads (23), second section flexible rod pad boss (29) on two second section flexible rod pads (28), three-section telescopic bar pad boss (34) on two three-section telescopic bar pads (33), the 4th section telescopic bar pad boss (39) on two the 4th section telescopic bar pads (38) inserts in two first segment flexible rod circular holes (22) of first segment flexible rod (21) upper end respectively, in two second section flexible rod circular holes (27) of second section flexible rod (26) upper end, in two three-section telescopic bar circular holes (32) of three-section telescopic bar (31) upper end, be combined together with it in two the 4th section telescopic bar circular holes (37) of the 4th section telescopic bar (36) upper end, second section flexible rod (26), three-section telescopic bar (31), 4th section telescopic bar (36), 5th section telescopic bar (41) lower bands helical thread portion is respectively by first segment flexible rod standing valve (25), second section flexible rod standing valve (30), three-section telescopic bar standing valve (35), 4th section telescopic bar standing valve (40) is enclosed within first segment flexible rod (21), second section flexible rod (26), three-section telescopic bar (31), 4th section telescopic bar (36) top, the upper end of the 5th section telescopic bar (41) is connected with leg root controlling mechanism (9).
6. support according to claim 5, is characterized in that: described first segment flexible rod (21) lower end is welded on rotary ball valve rotating mechanism (7).
7. support according to claim 1, is characterized in that: described leg root controlling mechanism (9) comprises U-type groove card set screw (42), U-type groove card (43), leg fixing bolt (44), Corner Strapped valve (45); Wherein U-type groove card (43) is installed fixing with the 5th section telescopic bar (41) by U-type groove card set screw (42), and the 5th section telescopic bar (41) is connected by leg fixing bolt (44) with Corner Strapped valve (45).
8. support according to claim 1, is characterized in that: described strut height adjustment mechanism (10) comprises first segment strut standing valve (46), first segment strut (47), second section strut standing valve (48), second section strut pad (49), second section strut pad boss (50), second section strut circular hole (51), second section strut (52); Wherein first segment strut (47) to be connected with first segment strut standing valve (46) through Corner Strapped valve (45), second section strut pad boss (50) on two second section strut pads (49) inserts in two second section strut circular holes (51) of second section strut (52) lower end and is combined together with it, first segment strut (47) upper end threaded section is enclosed within second section strut (52) bottom by second section strut standing valve (48), and first segment strut (47) lower end inside is provided with boss.
9. support according to claim 1, is characterized in that: described strut fixed mechanism (11) comprises four ear fixing bolts (54); Connect in the sliding chamber screw that wherein four ear fixing bolts (54) are inner with second section strut (52).
10. support according to claim 9, is characterized in that: described strut fixed mechanism (11) also comprises four ear glands (53); Wherein four ear glands (53) are inserted in the inner sliding chamber screw of second section strut (52).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520871127.0U CN205226812U (en) | 2015-11-04 | 2015-11-04 | Support |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520871127.0U CN205226812U (en) | 2015-11-04 | 2015-11-04 | Support |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205226812U true CN205226812U (en) | 2016-05-11 |
Family
ID=55901878
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520871127.0U Expired - Fee Related CN205226812U (en) | 2015-11-04 | 2015-11-04 | Support |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205226812U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105276346A (en) * | 2015-11-04 | 2016-01-27 | 昆明理工大学 | Bracket |
| CN109578952A (en) * | 2019-01-22 | 2019-04-05 | 王赵健 | Fixed frame |
-
2015
- 2015-11-04 CN CN201520871127.0U patent/CN205226812U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105276346A (en) * | 2015-11-04 | 2016-01-27 | 昆明理工大学 | Bracket |
| CN105276346B (en) * | 2015-11-04 | 2018-02-09 | 昆明理工大学 | A kind of support |
| CN109578952A (en) * | 2019-01-22 | 2019-04-05 | 王赵健 | Fixed frame |
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| C14 | Grant of patent or utility model | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160511 Termination date: 20171104 |
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| CF01 | Termination of patent right due to non-payment of annual fee |