CN2640292Y - Portable parasol - Google Patents
Portable parasol Download PDFInfo
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- CN2640292Y CN2640292Y CN 03252669 CN03252669U CN2640292Y CN 2640292 Y CN2640292 Y CN 2640292Y CN 03252669 CN03252669 CN 03252669 CN 03252669 U CN03252669 U CN 03252669U CN 2640292 Y CN2640292 Y CN 2640292Y
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- mast
- suspension rod
- portable type
- parasols
- ribs
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Abstract
The utility model relates to a portable sunshade, which comprises a vertical direction mast structure, a module, a plurality of knightheads, a canopy, an opening and a suspender support, wherein the module is arranged at the bottom of the mast structure as a support structure, the suspender is extended from the mast structure and provided with a first end which can move on the mast structure and a second end connected with a hub; the knightheads is radiated from the hub, and every end of each knighthead is connected with the hub and can revolve; the canopy is covered on the knighthead and the opening is arranged on the canopy along the suspender to a predetermined position; the suspender support is pivoted with the upper end of the mast structure, the other end of the mast structure is pivoted at the predetermined position on the suspender, and the suspender support is connected with the suspender through the placket on the canopy.
Description
Technical field
The utility model relates to a kind of veil of parachute kit form, relates in particular to a kind of parasols of portable, and it can be carried easily and move to various places.
Background technique
Parasols is a known technology, most of parasols, at least or multiple parasols need a heavy base to support and fixing.Parasols is generally used in other place of swimming pool, seabeach and tropic countries, particularly in the scorcher block sunlight.
General typical parasols includes a big veil or an awning, and is supported by the skeleton that movably pillar or ribs are formed, and described skeleton is connected to a suspension rod, thereby can be around a stable supporting portion or rod member a plurality of angles that tilt.This rod member is located at a heavy water clod in typical mode with its lower end or base portion, so that under strong wind, sunshade can overturning and injured the people that may be sitting in below it.Therefore up to nowadays, it is stable that general unless necessary large-scale parasols more or less needs.
Yet the large-scale portable parasols that can be moved easily remains and needs.Particularly for camper and driving traveller, preferred and can move everywhere, and all not nerve-racking parasols of assembly and disassembly.
Summary of the invention
Main purpose of the present utility model is to provide a kind of light portable parasols, and it can be folded and carry easily everywhere and move.
Another purpose of the present utility model is, a parasols is provided, and it can be tilted and rotate multiple angles, so as to shielded from sunlight, and does not need large-scale base to support it.
Other purpose of the present utility model will more can be understood via following explanation.
Above-mentioned purpose of the present utility model is achieved in that a kind of portable type parasols, it is characterized in that, comprising: a mast, extend in Vertical direction; One supporting structure, be used to connect mast one than low side to supporting mast; The one suspension rod collar is located at described mast with slide type, and this suspension rod collar can be adjusted the position at its place along this mast; One suspension rod has first end, second end and a longitudinal shaft, and first end of this suspension rod is provided with a collar with an assembly, so that this suspension rod can center on this longitudinal shaft rotation, thereby adjusts needed position by rotation; One shelter assembly is located at second end of described suspension rod; And a suspension rod supporting post, it has first end and second end, and its first end is articulated in the mast of described slip collar top, and this second end is articulated between first end and second end of described suspension rod.
Portable type parasols described in the utility model, it further is provided with a wheel hub at second end of described suspension rod, and this wheel hub is provided with a plurality of radial ribs to be used for supporting described shelter.
Portable type parasols described in the utility model, wherein, described radial rib is to be hubbed at this wheel hub, is against suspension rod in order to shelter is folded.
Portable type parasols described in the utility model, wherein, described radial rib and this suspension rod are in fact on same plane.
Portable type parasols described in the utility model, wherein, described wheel hub includes by a rotation plug it is divided in the plate body of relative both sides, and described rib is articulated in this rotation plug.
Portable type parasols described in the utility model, wherein, described supporting structure includes a horizontal-extending plate, weight then is set to support described mast on this plate.
Portable type parasols described in the utility model, wherein, described supporting structure includes a folding pin to be formed, and this folding pin can launch in fact at angle supporting described mast, or folds and be easy to carry along this mast.
Portable type parasols described in the utility model, wherein, described mast includes the pipe that can stretch in fact, makes mast can be adjusted height.
Portable type parasols described in the utility model, wherein, described supporting structure includes a combining mechanism, lodges the outstanding axle towards the top that this combining mechanism is arranged at described mast in one leisure travelling car.
Portable type parasols described in the utility model, wherein, described supporting mechanism further comprises at least three ribs that are articulated in a slip ring, at least three support arms, in order to being articulated in one of them of described slip ring and pairing these three ribs, and at least three weights be arranged near between described two ribs to support this supporting structure.
Portable type parasols described in the utility model, wherein, described supporting structure includes a substrate, and this substrate above be provided with a support tube, and a slip collar inserted this support tube, so that connection set is arranged on the position between this slip collar and the substrate.
According to aforementioned described portable type parasols of the present utility model, it includes the mast structure that extends in Vertical direction; One assembly that is combined in this mast structure bottom is with as supporting structure; One from the outward extending suspension rod of mast structure, and this mast has first end and second end, and this first end can move on mast structure; Second end of suspension rod connects a wheel hub and forms; Be extended with a plurality of microscler ribs radially from this wheel hub composition, an end of aforementioned each ribs is connected in this wheel hub composition and can rotates; Cover and be fixed with a shelter on these ribs, this awning has an opening along suspension rod to the position that is predetermined; And one is articulated in the suspension rod pillar of this mast structure upper end, and the other end of mast structure then is articulated in the precalculated position on the length of this suspension rod, and this suspension rod pillar system extends through the opening of shelter and is connected in this suspension rod on one point.
In a kind of embodiment, described wheel hub composition includes two plate bodys that are separated from each other in fact and are parallel to each other, this plate body inserts an end of each ribs in the pivot joint mode, rotate for the center is relative with plate body so as to each ribs can be utilized perpendicular to the rotating shaft of this plate body, therefore move on this plane.It is folding or fold then can move on this plane by this ribs the time to be covered in shelter on described each ribs.
Another kind of embodiment of the present utility model, be that this wheel hub includes the turning handle on a plane, the ring week of this turning handle is extended a plurality of protuberances in radial mode, defines recess between the adjacent in twos protuberance and is incorporated in this recess for an end of described each ribs and is articulated; Therefore, this ribs can substantially be parallel to the axle center rotation on the plane of this turning handle, and can move under the normal in fact state of this turning handle, and described shelter is covered in these ribs.
Description of drawings
Fig. 1 is the stereogram of parasols of the present utility model in the structure of deployed condition;
Fig. 2 is first kind of embodiment's of the utility model parasols structure a sectional perspective exploded view;
Fig. 3 is first kind of embodiment's stereogram of the utility model parasols, and it demonstrates the upper right side of the shelter that supports by rotatable suspension rod;
Fig. 4 is the stereogram of first kind of embodiment's of the utility model parasols skeleton;
Fig. 5 is the three-dimensional exploded view of the skeletal structure of Fig. 4;
Fig. 6 is for showing the stereogram of this parasols at folded state;
Fig. 7 is for showing the stereogram of parasols base of the present utility model;
Fig. 8 is the three-dimensional exploded view that first kind of embodiment's of the utility model wheel hub is formed;
Fig. 9 is the side view that first kind of embodiment's of the utility model wheel hub is formed;
Figure 10 is for showing the three-dimensional exploded view that the suspension rod pillar is connected to the mechanism of parasols mast upper end;
Figure 11 is for showing the three-dimensional exploded view that this suspension rod is arranged at the clamping device of this mast;
Figure 12 is that the mast of the utility model parasols skeleton and base are as the clamping of the usefulness of highly extending and the three-dimensional exploded view of safety handle structure;
Figure 13 is for showing the stereogram of the structure that suspension rod is connected with the suspension rod pillar;
Figure 14 is used to be provided with the local amplification stereogram of the ribs structure of shelter for showing the utility model parasols;
Figure 15 is the part sectioned view of the mast of the utility model parasols, and it shows the locking device and the traction formula inhabitation car traveling bracket system of mast;
Figure 16 is the three-dimensional exploded view of the locking device of demonstration the utility model parasols;
Figure 17 is second kind of embodiment's of the utility model parasols structure a stereogram;
Figure 18 is the stereogram of second kind of embodiment's of the utility model parasols skeleton;
Figure 19 is the three-dimensional exploded view of second kind of embodiment's of the utility model parasols skeleton;
Figure 20 is similar Figure 18, but shows that an awning ribs and a wheel hub carry this shelter ribs under rotation status, makes the shelter that is supported angledly to adjust up and down, and rotatable from side to side 180 degree;
Figure 21 is second kind of embodiment's of the utility model the wheel hub of parasols skeleton and the sectional view of slider, and it shows the state that shelter ribs is unfolded;
Figure 22 is similar to Figure 21, but shows that the awning ribs is at folded state;
Figure 23 is the different embodiments' of demonstration base of the present utility model stereogram;
Figure 24 is that the base of demonstration Figure 23 is folded the upright stereogram with minification;
Figure 25 is another different embodiments' of demonstration base of the present utility model stereogram.
Wherein, description of reference numerals is as follows:
102 shelters, 12 substructure members
120 underframe, 122 vertical bars
124 bolts, 126 slip rings
1261 tips, 128 lugs
132 supporting posts, 134 bolts
154 clamp holders, 20 masts
22 mainmasts, 24 suspension rods
26 mast clamp holders, 28,30 plate bodys
31 wing plates, 33 grooves
32,34 flanges, 36 holes, 37 bolts
38 holes, 40 knobs
42 bolts, 44 knobs
43 bolts
45 packing rings, 46 nuts
48 hub mechanisms, 50,52 plate bodys
54 holes, 56 rotation plugs
58 through holes, 60 bumps
62 ribs, 64 bolts
66 holes, 68 suspension rod pillars
The 70 rotation collars, 72 lugs
74 holes, 76 bolts
78 holes, 79 carriages
80 marginal ridges, 82 hanging ring screws
84 screws, 86 nuts
88 collars, 90 lugs
94 nuts, 95 holes
98,100 plate bodys, 104 slotted eyes
106 baggings, 1221 holes
1222 holes, 154 clamp holders
156 blocks, 158 upper lug
160 times lugs of 159 bolts
162 knobs, 164 latch hook bars
165 springs, 166 spiral shells
168 cables, 170 pulleys
174 holes, 176 grooves
178 shaft tips, 300 hub mechanisms
302 crown body 304 lug bosses
306 pivots, 308 center tubes
310 sliders, 312 disk bodies
314 lug bosses, 316 extension rods
318 pivots, 320 center tubes
322 cables, 326 lugs
324 gilled rings, 328 slider supporting posts
330 second collars, 332 lugs
334 pulleys, 336 second pulleys
338 the 3rd pulleys, 350 guard bars
352 springs, 354 lower edges
356 shoulder 12a bases
Embodiment
Please refer to Fig. 1, the portable type parasols structure that the utility model provides is to indicate with reference number 10, and it includes a skeleton (not label) that is used for supporting shelter 102; The folded state of this skeleton is shown in Fig. 6.This parasols skeleton includes a substructure member 12, one masts and is arranged at this substructure member 12, so as to supporting a suspension rod 24 and suspension rod pillar 68 movably, carries a hub mechanism 48 and some ribs 62 that is used for covering shelter 102 whereby, is shown in Fig. 8.
In addition with reference to figure 7, described substructure member 12 comprises a U-shaped underframe 120 with pole (not shown) separately, and pass the lower end of the pole of this U-shaped underframe 120 and a vertical bar 122 with a bolt 124 and this vertical bar 122 is located between the pole, make this U-shaped underframe 120 can be, and then be folded into flat condition by this bolt 124 for the axle center rotates.
Be provided with a slip ring 126 apart from this short-range position, vertical bar 122 lower ends, this slip ring 126 has two lugs 128 that extend in the past outside, and the hole (not indicating) that this two lug 128 has corresponding to a straight line passes for bolt (not indicating).This slip ring 126 is fixed in described vertical bar 122 by a tip 1261.
Be connected with a pair of supporting post 132 between described U-shaped underframe 120 and the slip ring 126; This supporting post 132 comes down to be connected in the pole of U-shaped underframe 120 by the bolt 134 that passes this pole and supporting post 132.This supporting post 132 can be around bolt 134 rotations.When the effect of this device is to be subjected to the pressure of the weight of parasols own, can prevent that slip ring 126 from moving toward the top.Another embodiment adopts slip tip (not shown) to pass this vertical bar 122 and finishes with the both sides of slip ring 126.
Therefore, when remove be used for preventing the bolt or the slip tip that slip ring 126 moves toward the top originally after, then U-shaped underframe 120 can be folded with respect to vertical bar 122, move to the higher position of vertical bar 122 to allow slip ring 126.
Described U-shaped underframe 120 should possess enough intensity, and the weight when acting on this U-shaped underframe 120 can bear wheel such as automobile or other wheel is so as to providing the stability of parasols.
This U-shaped underframe 120 can adopt any made, for example iron, steel and aluminium, but must be firm fully, make wheel be applied to it Shi Buhui bend, be out of shape or even the situation of fracture, and to reach and gently guarantee easy transportation.
Described vertical bar 122 also can utilize iron, steel or aluminium material to make, and vertical bar 122 also must have the intensity of filling part to bear the weight effect of parasols 10 and avoid breaking or crooked.
In the lump referring to figs. 2 to Fig. 5, mast 20 is arranged on vertical bar 122 on the substructure member 12 in the mode of intussusception.The external diameter of this mast 20 makes the lower end of mast 20 can be inserted in vertical bar 122 slightly less than the internal diameter of vertical bar 122, and can slide in vertical bar 122.22 intussusceptions of one mainmast are in these mast 20 tops; The internal diameter of described mainmast 22 is slightly larger than the external diameter of mast 20, makes mainmast 22 and mast 20 fit mutually, and allows mainmast 22 up or toward lower slider adjust it highly with respect to mast 20.Mainmast 22 appropriate locations on mast 20 are provided with a clamp holder 154 (as Figure 12), and the detailed structure of this clamp holder 154 will be narrated in the back.The surface of mast 20 inwardly is provided with the keyway along its length direction, and these mainmast 22 internal surfaces are provided with the key along its length direction, in the time of in mast 20 inserts mainmasts 22, be able to engage mutually with keyway and prevent mast 20 and mainmast 22 relative rotations by this key.
With reference to Figure 11, be used for suspension rod 24 is connected in the mast clamp holder 26 of mainmast 22, be provided in a side of the adjacent end of this suspension rod 24.This mast clamp holder 26 includes a clamp ring that is located at mainmast 22; Mast clamp holder 26 includes the plate body 28,30 that takes shape in relative both sides, constitutes the internal surface corresponding to the outer surface of mainmast 22 between this two plate body 28,30; One end of described two plate bodys 28,30 is to connect by a wing plate 31, and the other end of two plate bodys 28,30 is then separated by a groove 33, makes described mainmast 22 be contained between two plate bodys 28,30.Each plate body 28,30 all has from mainmast 22 horizontally extending flanges 32,34; This two flange 32,34 defines a space each other; Two plate bodys 28,30 are provided with corresponding hole 36 at a straight line, can pass through to opposite side from a side for a bolt 37.
Two relative plate bodys 28,30 can be locked to clamp the periphery of mainmast 22 by the knob 40 that is located at these bolt 37 ends; When knob 40 was screwed, this two plate body 28,30 was toward each other by drawing, so that mast clamp holder 26 is arranged on this mainmast 22.Therefore, the mast clamp holder 26 on mainmast 22 is by up or move down and after adjusting to needed position, just can be fixed by lock bolt 37.
Described two flanges 32,34 also have the hole 38 that is located at a corresponding straight line, can pass for a bolt 42.Below will further describe.
Can make suspension rod 24 a rotation by the knob 44 that unscrews on the bolt 43; After when suspension rod 24 rotates to predetermined angle, knob 44 is locked once more, so that suspension rod 24 is fixed on new position.
With reference to Fig. 4, Fig. 5, Fig. 8 and Fig. 9, the free end of suspension rod 24 is provided with a hub mechanism 48.This hub mechanism 48 includes two symmetrical triangle plate bodys 50,52; Each plate body 50,52 all has some holes 54, each plate body 50,52 from its summit near the crooked angle of 1/3rd distance; Described summit is used for locking the free-ended position of suspension rod 24; Described angle approximately is 15 degree.Two plate bodys, 50,52 set hole 54 positions are mutually corresponding, when this two plate body 50,52 each other side by side the time, utilize some rotation plugs 56 that two plate bodys were opened in 50,52 minutes; The Vertical direction of each rotation plug 56 all has a through hole 58.
With reference to shown in Figure 5, the side of each rotation plug 56 all has the tubulose bump 60 that past lateral direction is extended, and this bump 60 is to be used for holding the tubulose shelter ribs 62 that is radial extension from this hub mechanism 48 toward lateral direction.Described ribs 62 is a tubular body, and its position near the end is located at pairing bump 60, and therefore, ribs 62 can move in some scopes with this bump 60.
Described two plate bodys 50,52 are combined togather it by bolt 64, and make bolt 64 extend the hole 54 of two plate bodys 50,52 and the through hole 58 of rotation plug 56; This bolt 64 is fixed by the nut (not shown), causes rotation plug 56 to be set between two plate bodys 50,52, yet makes the rotation plug freely to rotate at vertical shaft by bolt 64.
The free end of described suspension rod 24 is the holes 54 that pass two plate bodys 50,52 by bolt 64, and is set between two plate bodys 50,52 near these suspension rod 24 free-ended holes 66; This bolt 64 can cooperate nut that it is locked, as shown in Figure 9.
One end of suspension rod pillar 68 be articulated in described mainmast 22 near end position, the other end then is articulated in the free end of described suspension rod 24, preferably suspension rod pillar 68 is located at the suspension rod 24 length position of half at least.
Consult Figure 10, this suspension rod pillar 68 is to be sheathed on mainmast 22 by the rotation collar 70 that possesses two lugs 72 to be articulated in mainmast 22 outward; This two lug 72 has corresponding hole 74.One end of suspension rod pillar 68 is located between two lugs 72 of this rotation collar 70.One bolt 76 is passed the hole 74 and the hole 78 of suspension rod pillar 68 of this two lug 72 near an end.Be provided with a carriage 79 between two lugs 72, and make this carriage 79 be positioned at the both sides of suspension rod pillar 68, so that the supporting effect of side direction to be provided, therefore, suspension rod pillar 68 can possess spinfunction for horizontal axis in Vertical direction by bolt 76.
The described rotation collar 70 is upper ends of being fixed in mainmast 22 by the marginal ridge 80 that a spiral shell is provided with hanging ring screw 82; This hanging ring screw 82 is the perforation of passing the hole and the hanging ring screw 82 of mainmast 22 by a bolt 84, and cooperates nut 86 sealed and be fixed in the upper end of mainmast 22.
Consult Figure 13, the free end of suspension rod pillar 68 is to be articulated in suspension rod 24 by a rotatable collar 88, and this collar 88 has the lug 90 that extends from relative both sides; Two lugs 90 have corresponding hole; Utilize bolt to pass the hole of two lugs 90 and the hole of suspension rod pillar 68, cooperate nut sealed and suspension rod pillar 68 is articulated in suspension rod 24 again.
Pass the suspension rod 24 that is positioned at the collar 88 both sides with a bolt, and after being locked on the bolt two ends with nut 94, can making the collar 88 with respect to suspension rod 24 rotations, but can't move axially along suspension rod 24.
Consult Figure 14, ribs 62 is telescopic ribbed pipes, and it has the interior pipe rib 63 that is contained in these ribs 62 inside, and this interior pipe rib 63 can extend and be fixed in needed position by the flexible fastening button 65 that is arranged on the ribs 62.
Consult Fig. 1 to Fig. 3 again, the ribs 62 that covers shelter 102 is radial extension from hub mechanism 48; Fig. 1 is rectangular to shelter shown in Figure 3, yet this shape and infinite can be thought circle, ellipse, square, rectangular or the like; Described ribs 62 can be adjusted according to the shape of shelter.Shelter can adopt any suitable made, yet the canvas that possesses water-proof function may be preferable.Shelter 102 is provided with a slotted eye 104, passes from this slotted eye 104 and is connected in suspension rod 24 so that be connected in the suspension rod pillar 68 of mainmast 22.
Seam is provided with a plurality of baggings 106 in the bottom side of shelter 102, after described each ribs 62 stretches radially from hub mechanism 48, utilizes these baggings 106 to provide the free end of each ribs 62 to hold wherein.Described bagging 106 is to utilize a canvas to be sewn to the bottom side of shelter and form.
Therefore, the near-end of ribs 62 is located at hub mechanism 48, long-rangely then is fixed in shelter 102 by bagging 106.
The shelter 102 of parasols 10 can be adjusted its rising or decline by the rising of the mast clamp holder 26 that is located at mainmast 22 or decline, and by rotation suspension rod 24 and can be according to the position change angle of sunlight.Consult shown in Figure 6ly, when mast clamp holder 26 is reduced to the minimum point of mainmast 22, this parasols can fold voluntarily, make it easy to carry; 62 of ribs that are connected in suspension rod 24 can make it each other along with rotation, and and suspension rod 24 between be parallel to each other, can put whole parasols folding into handbag whereby.
Another embodiment of hub mechanism of the present utility model is shown in Figure 17 to Figure 22; As shown in the figure, this hub mechanism is to represent with reference symbol 300, and it includes with a plurality of lug bosses 304 and is arranged in ring week and the crown body 302 of similar imperial crown, between the described lug boss 304 is to be separated from each other and to be formed with the space.Each space that lug boss 304 is constituted is used to hold the free end of each ribs 62; The free end of this ribs 62 is articulated between two lug bosses 304 by a pivot 306, so that ribs is rotated with respect to this crown body 302 in Vertical direction with horizontal axis.The upper end of one center tube 308 is incorporated into this crown body 302, causes the lower end of center tube 308 to form free end.The free end of suspension rod 24 is incorporated into the lug boss 304 of crown body 302, and whereby, this crown body 302 is to be supported on a position by suspension rod 24 with ribs 62.
The slider 310 that the utility model provides includes a disk body 312, and this disk body comprises a plurality of lug bosses 314 that are arranged in its ring week, is separated from each other between the described lug boss 314 and is formed with the space.Each space that lug boss 314 is constituted is used to hold the extension rod 316 that is articulated in lug boss 314 by pivot 318.From described slider 310 extensions one center tube 320 is set.Crown body 302 is arranged with slider 310 and is made center tube 308 and 320 be extension coaxially to each other in fact in line.
Be provided with shelter control cable 322 between slider 310 and crown body 302, in order to drive slider 310 along with crown body 302 moves, this partly will narrate in the back again.
One free ending pivot of extension rod 316 is connected to this ribs 62.Each ribs 62 is equipped with a gilled rings 324 that possesses two lugs 326, constitutes a space between this two lug 326 and is articulated for the free end that holds ribs 62 and with pin connected assembly.
The utility model is located at an end of a slider supporting post 328 between two lug bosses of slider 310, and the other end then is arranged at suspension rod 24 by one second collar 330; Be located on the suspension rod 24 the collar 330 can with respect to suspension rod 24 rotation with slide, described suspension rod 24 clamp rings have and constitute a space between two lugs, 332, two lugs 332 separately and articulated for the free end that holds slider supporting post 328 and with pin connected assembly.This second collar 330 has the structure of collar-like 88, therefore repeats no more.Yet, must be noted that when second collar 330 is located at suspension rod 24, can not rotate relatively between this second collar 330 and the suspension rod 24 and slide.
Consult Figure 21 and Figure 22 again, first end of this shelter control cable 322 is located at this crown body 302, and in center tube 308,320, extend to slider 310, pulley 334 in the center tube 320 that rope tub is around in be located at slider 310, make cable up extend to crown body 302 then and coil in second pulley 336 of center tube 308 inside that are located at crown body 302 again, it is outer and enter in the suspension rod 24 via the guiding of one the 3rd pulley 338 to make cable extend crown body 302 subsequently.By tension or loosen cable 322, this slider 310 can be driven and with respect to crown body 302 near or leave, and then cause extension rod 316 that ribs 62 is propped up or folded, the shelter 102 that covers on ribs 62 then can be unfolded or fold.
Consult Figure 12, the clamp holder 154 that is used for mainmast 22 is connected to lower mast 20 includes a block 156, and this block 156 has several upper lug 158 and following lugs 160 to extending toward the outside; This clamp holder 154 is clamped in mainmast 22 and mast 20 by screwing the bolt 159 that is arranged in relative two lugs 158,160.This bolt 159 is incorporated into a knob 162, when rotary knob 162 and during lock bolt 159, two lugs 158,160 can by drawing each other closing, therefore can stretch and adjust the height of parasols 10 so as to mainmast 22 and mast 20 are fixed on this position to clamp mainmast 22 and mast 20.The internal surface of described mast 20 is provided with keyway alongst, and the length direction of mainmast 22 is provided with a key, whereby, when mainmast 22 inserts in the mast 20, described key and keyway will cooperatively interact and can prevent that mainmast 22 and mast 20 from relatively rotating.
Consult Figure 15 and Figure 16, parasols mast 20 also can be fixed on a position by 164 pinnings of latch hook bar; This latch hook bar 164 is subjected to the effect of a spring 165, makes the latch hook bar be arranged in the bolt rotation of this mast 20 and tilt around one.Described latch hook bar 164 is incorporated into a cable 168, and this cable 168 up extends and passes mast 20 and mainmast 22, and coils in the pulley 170 that is located at mainmast 22 upper ends, makes cable 168 pass the outside via the hole 174 that is located at mainmast 22 again; The lower end of mast 20 is provided with a groove 176, and the therefore feasible shaft tip 178 that is arranged in the vertical bar 122 of a substructure member 12 is contained in this groove 176.During appropriate location when reducing mast 20 in the retraction vertical bar 122, described latch hook bar 164 is fastened on this shaft tip 178, makes mast 20 be locked in this position.
When wanting to re-move parasols, then from outside pulling cable 168, just can make latch hook bar 164 is that the center rotates with bolt 166, and then breaks away from the snap close to shaft tip 178, just mast 20 can be shunk and be convenient to move with reduced volume.
Consult Figure 23 again, base 12a of the present utility model includes the rib 121a that four 90 degree angles that are separated from each other and are mutually articulate, and articulates an arm 122a between described slip ring 126 and each rib 121a.Between adjacent two rib 121a, be provided with weight 123a, fix relative position between the two rib 121a, possess the effect of fixed base 12a simultaneously by weight.Consult shown in Figure 24ly, after weight 123a was removed, described rib 121a can be by folding towards slip ring 126 directions, so as to parasols of the present utility model being folded into the volume of reduced size.
Consult Figure 25, the structure of described base 12b comprises a substrate 121b, and this substrate 121b above be provided with a support tube 122b, the sidewall of this support tube 122b is provided with the hole 1221 that runs through its diameter for cooperating assembling connection set 123b.Described vertical bar 122 is provided with the hole 1222 to hole 1221 that should support tube 122b, therefore, when vertical bar 122 inserts in the support tube 122b, and when making hole 1221 and 1222 aliging, just can utilize described connection set 123b to be located at the relevant position of this vertical bar 122 and support tube 122b so that both are connected.
The above is preferred embodiment of the present utility model only, is not to be used for limiting the utility model, and every any modification relevant of the present utility model or change of being done under identical model utility spirit includes in the scope that the utility model is protected.
Claims (11)
1. a portable type parasols is characterized in that, comprising:
One mast extends in Vertical direction;
One supporting structure, connect mast one than low side to supporting mast;
The one suspension rod collar slides and is arranged at described mast, and this suspension rod collar can be adjusted the position at its place along this mast;
One suspension rod has first end, second end and a longitudinal shaft, and first end of this suspension rod is provided with a collar with an assembly, and this suspension rod can be adjusted needed position by rotation around this longitudinal shaft rotation;
One shelter is located at second end of described suspension rod; And
One suspension rod supporting post, it has first end and second end, and its first end is articulated in the mast of the suspension rod collar top of described slip, and this second end is articulated between first end and second end of described suspension rod.
2. portable type parasols as claimed in claim 1 is characterized in that, second end of described suspension rod is provided with a wheel hub, and this wheel hub is provided with a plurality of radial ribs, and this rib supports described shelter.
3. portable type parasols as claimed in claim 2 is characterized in that, described radial rib is hubbed at this wheel hub, and shelter folds and is against suspension rod.
4. portable type parasols as claimed in claim 3 is characterized in that, described radial rib and this suspension rod are on same plane.
5. portable type parasols as claimed in claim 2 is characterized in that, described wheel hub includes by a rotation plug it is divided in the plate body of relative both sides, and described rib is articulated in this rotation plug.
6. portable type parasols as claimed in claim 1 is characterized in that, described supporting structure includes a horizontal-extending plate, and the weight that supports described mast is set on this plate.
7. portable type parasols as claimed in claim 1 is characterized in that, described supporting structure includes a folding pin, and this folding pin can launch to support at angle described mast, or folds along this mast.
8. portable type parasols as claimed in claim 1 is characterized in that, described mast includes the telescopic pipe that makes mast adjustment height.
9. portable type parasols as claimed in claim 1 is characterized in that described supporting structure includes a combining mechanism, described mast is arranged at the outstanding axle towards the top of a leisure travelling car by this combining mechanism.
10. portable type parasols as claimed in claim 7, it is characterized in that, described supporting mechanism further comprises at least three ribs that are articulated in a slip ring, at least three support arms, be articulated in one of them of described slip ring and pairing these three ribs, and at least three weights are arranged near supporting this supporting structure between described two ribs.
11. portable type parasols as claimed in claim 7, it is characterized in that described supporting structure includes a substrate, and this substrate above be provided with a support tube, and a slip collar inserted this support tube, a connection set is arranged on the position between this slip collar and the substrate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03252669 CN2640292Y (en) | 2003-09-25 | 2003-09-25 | Portable parasol |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03252669 CN2640292Y (en) | 2003-09-25 | 2003-09-25 | Portable parasol |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2640292Y true CN2640292Y (en) | 2004-09-15 |
Family
ID=34294220
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 03252669 Expired - Fee Related CN2640292Y (en) | 2003-09-25 | 2003-09-25 | Portable parasol |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2640292Y (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101711324B (en) * | 2007-03-28 | 2012-09-05 | 罗伯特·J·卡塞斯 | Universal supporting system |
| CN110574992A (en) * | 2018-06-07 | 2019-12-17 | 北京铂阳顶荣光伏科技有限公司 | Shielding device |
| CN113400854A (en) * | 2021-07-26 | 2021-09-17 | 常飞鹏 | Multifunctional automobile hub |
| CN114867926A (en) * | 2019-12-26 | 2022-08-05 | 阿卜杜拉·阿拉万 | Electronic automatic awning |
-
2003
- 2003-09-25 CN CN 03252669 patent/CN2640292Y/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101711324B (en) * | 2007-03-28 | 2012-09-05 | 罗伯特·J·卡塞斯 | Universal supporting system |
| CN110574992A (en) * | 2018-06-07 | 2019-12-17 | 北京铂阳顶荣光伏科技有限公司 | Shielding device |
| CN114867926A (en) * | 2019-12-26 | 2022-08-05 | 阿卜杜拉·阿拉万 | Electronic automatic awning |
| CN113400854A (en) * | 2021-07-26 | 2021-09-17 | 常飞鹏 | Multifunctional automobile hub |
| CN113400854B (en) * | 2021-07-26 | 2022-08-30 | 河南莱茵汽车制造有限公司 | Multifunctional automobile hub |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20040915 Termination date: 20091026 |