CN102697266B - Lifting mechanism for inclined angle of umbrella cover and adjustment method thereof - Google Patents
Lifting mechanism for inclined angle of umbrella cover and adjustment method thereof Download PDFInfo
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- CN102697266B CN102697266B CN201210147054.1A CN201210147054A CN102697266B CN 102697266 B CN102697266 B CN 102697266B CN 201210147054 A CN201210147054 A CN 201210147054A CN 102697266 B CN102697266 B CN 102697266B
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Abstract
The invention relates to a sun umbrella, in particular to a lifting mechanism for an inclined angle of an umbrella cover and an adjustment method thereof. The lifting mechanism is characterized in that according to a first technical scheme, the lifting mechanism is formed by two assemblies and two members, namely a vertical rod transmission adjustment assembly, an adjustment assembly, a manual-operation handrail adjustment member and a solar circuit control member and has three functions of power-driven adjustment, manual-operation adjustment and auxiliary power source charging adjustment, wherein the three functions are selected for use and coexist. According to a second technical scheme, the adjustment of the lifting mechanism is achieved through combination of the vertical rod transmission adjustment assembly, the adjustment assembly and the manual-operation handrail adjustment member. By means of the lifting mechanism for the inclined angle of the umbrella cover, the technical problem that the inclined angle of the umbrella cover of the existing like product is inconvenient to adjust is solved. In addition, the lifting mechanism for the inclined angle of the umbrella cover is suitable for transforming and renovating the technique of the existing like product.
Description
Technical field
The present invention relates in parasol, is a kind of elevating mechanism and control method thereof that regulates parasols umbrella cover angle of inclination.
Technical background
At present, the sunshade hanging umbrella occurring on market, the adjusting at its umbrella cover angle of inclination be bullet pin by installing in handle shell and in vertical rod corresponding position punch, the method of utilizing pin-and-hole to locate regulates the angle of inclination of umbrella cover, or in the handle shell of vertical rod, screw knob is installed, promote handle shell and to suitable position, tighten again knob location.The technology content of above prior art is not high, owes short service life, regulates the comparatively inconvenience of angle of inclination operation of umbrella cover.
Summary of the invention
For overcoming above-mentioned deficiency, the present invention is intended to provide to this area elevating mechanism and the control method thereof at a kind of umbrella cover angle of inclination, make it solve existing like product structural design not good enough, service life is shorter, regulates the comparatively inconvenient technical problem of angle of inclination operation of umbrella cover.It is achieved by the following technical solution.
The elevating mechanism technical scheme one at a kind of umbrella cover angle of inclination, this elevating mechanism is comprised of vertical rod transmission adjusting part, adjusting part, manual handle adjusting parts, solar energy circuit control assembly, two assemblies, two parts form elevating mechanism, this mechanism divides by three functions, be divided into motorized adjustment, manual adjustments, accessory power supply charging adjusting, these three functions are selected and deposit; Its main points are:
Described vertical rod transmission adjusting part, adjusting part is, on the top of vertical rod, vertical rod head part is installed, motor is fixed in vertical rod head part by motor fixing plate, pull bar is connected in vertical rod head part by screw, the power supply source of electric wire A is from solar energy circuit control part, through brace, pull bar, enter vertical rod head part and be connected in the power input mouth of motor, head part lid is mounted on vertical rod head part; Anti-skid sheath is installed in the half slot of vertical rod, its surface has boss to coordinate with vertical rod half slot for preventing that anti-skid sheath from rotating, anti-skid sheath inside is provided with jump ring, bearing A, limited slip piece A, torsion spring A, limited slip piece B, wherein on limited slip piece A, there is a flat deep hole, be used for being connected with the flat output shaft on motor.
Seamless pipe upper end is connected with limited slip piece B by straight pin, and lower end is connected in adapter sleeve A by straight pin and trapezoidal screw, and fixture is arranged in vertical rod, for fixed operating sleeve A.
Bearing B is installed in the upper end of trapezoidal screw, and middle part thread segment coordinates with the external tooth trapezoidal nut in manual handle adjusting parts, and bearing B, bearing C, vinyl cover, adapter sleeve B are installed in lower end, and adapter sleeve B is fixing fastening by screw A and vertical rod; Anti-skid sheath, seamless pipe, adapter sleeve A, trapezoidal screw, adapter sleeve B integrated connection are placed in the half slot of vertical rod; After the flat flat output shaft rotation of motor, will drive limited slip piece A to rotate, and then make limited slip piece B, seamless pipe, trapezoidal screw produce interlock; Because the external tooth trapezoidal nut in manual handle adjusting parts is assemblied on trapezoidal screw, when trapezoidal screw rotates in fixing position, the external tooth trapezoidal nut coordinating with it produces axial displacement by the middle part thread segment at trapezoidal screw.
The elevating mechanism at this kind of umbrella cover angle of inclination is comprised of vertical rod transmission adjusting part, adjusting part, manual handle adjusting parts, solar energy circuit control part, two assemblies, parts form elevating mechanism, this mechanism divides by two functions, be divided into motorized adjustment, manual adjustments, for technical scheme two, by vertical rod transmission adjusting part, adjusting part and the manually combination of handle adjusting parts, realize the adjusting of elevating mechanism.
According to said structure feature, the control method main points of the elevating mechanism at umbrella cover angle of inclination are, motorized adjustment: when motorized adjustment method is worked, manually the torsion spring B in handle adjusting portion transmission mechanism produces reverse on-slip, according to this principle, manual handle adjusting portion's integral body and external tooth trapezoidal screw is moved simultaneously.Because the manual brace of handle adjusting portion and umbrella stand links together, realize thus the motorized adjustment to the angle of inclination of umbrella cover.
Manual adjustments: pulley B is arranged on handrail shell A, handrail shell B above and coordinates with the tubing profile of vertical rod, the inner bearing E that installs of pulley A, pulley B, its effect is that when handrail shell A, handrail shell B are moved in vertical rod, frictional force reduces, and is easy to mobile.Handrail shell A, handrail shell B are fixedly connected with by screw E, nut.Brace is connected on handrail shell A, handrail shell B by screw F.Its operation principle is: with the hand handle that shakes, rotate, drive limited slip piece C, and then limited slip piece D and cone tooth A are rotated, because cone tooth B is intermeshing with cone tooth A, make to bore tooth B and the gear on it rotates, in like manner make external tooth trapezoidal nut rotate, when manual adjustment method is worked, the torsion spring A in vertical rod transmission adjusting part produces reverse on-slip in anti-skid sheath; According to this principle, when external tooth trapezoidal nut rotates, trapezoidal screw does not rotate, and external tooth trapezoidal nut is produced on trapezoidal screw mobile, and then drive handrail shell A, handrail shell B to move on vertical rod, realize thus the manual methods at umbrella cover angle of inclination is regulated.
Solar energy auxiliary adjustment: described solar energy circuit control assembly mainly consists of remote controller, solar energy seat, translucent cover, solar panels, battery, circuit control panel, screw thread umbrella crown, threaded connector, button shell, electric wire B and charger.It is inner that solar panels, battery, circuit control panel are fixed on solar energy seat, solar energy seat is fixedly connected on umbrella stand top by screw thread umbrella crown and threaded connector, electric wire B is drawn through umbrella frame and is connected with button shell mounted thereto by power supply source solar energy seat, solar panels charge automatic absorption solar energy to battery, select charger under the voltage of 100～240V, battery to be charged simultaneously.During use, remote controller and button shell all send the rotation of signal control motor, auxiliary angle of inclination of realizing motorized adjustment umbrella cover.
The present invention compares with the existing like product in market, the descending operation at umbrella cover angle of inclination more for convenience, is convenient to again two kinds of methods of automatic lifting and hand-operated lifting and is regulated, and by three functions, divides, be divided into motorized adjustment, manual adjustments, accessory power supply charging adjusting, these three functions are selected and deposit; Or by motorized adjustment, manual adjustments and the manually combination of handle adjusting parts, realize the adjusting of elevating mechanism.Be applicable to renovating to existing like product technology.
Accompanying drawing explanation
Fig. 1 is general structure schematic diagram of the present invention, two parts that draw in this figure lower right corner, and one is the remote controller of the lifting at umbrella cover angle of inclination, and it two is receiver, and this receiver is to be connected with the receiver socket of umbrella cover one end.
Fig. 2 is effect schematic diagram of the present invention, and the arrow in this figure left side is oscilaltion signal, and in figure, dotted portion is the signal of umbrella cover angle of inclination decline situation.
Fig. 3 is that I, the III of Fig. 1 confines part exploded perspective view.
Fig. 4 is that the I of Fig. 1 confines longitudinally cross-sectional schematic of part.
Fig. 5 is that the III of Fig. 1 confines longitudinally cross-sectional schematic of part.
Fig. 6 is that the II of Fig. 1 confines part exploded perspective view.
Fig. 7 is that the II of Fig. 1 confines longitudinally cross-sectional schematic of part.
Fig. 8 is that the IV of Fig. 1 is confined longitudinally cross-sectional schematic of part.
Fig. 9 is power circuit connection diagram of the present invention.
Specific implementation method
Now by reference to the accompanying drawings, specific implementation method of the present invention is described as follows.
As shown in Fig. 1～Fig. 9, the elevating mechanism at umbrella cover angle of inclination is comprised of vertical rod transmission adjusting part I, adjusting part III, manual handle adjusting parts II, solar energy circuit control assembly IV, two assemblies, two parts form elevating mechanism, this mechanism divides by three functions, be divided into motorized adjustment, manual adjustments, accessory power supply charging adjusting, scheme one is selected and saved as to these three functions for example.
The principle of vertical rod transmission adjusting part I, adjusting part III is: vertical rod head part 103 is installed on the top in vertical rod 101, motor 105 is fixed in vertical rod head part by motor fixing plate 106, pull bar 102 is connected in vertical rod head part by screw 124, the power supply source of electric wire A126 is from solar energy circuit control assembly IV, through brace 201, pull bar 102, enter vertical rod head part 103 and be connected in the power input mouth of motor, head part lid 104 is mounted on vertical rod head part, and its effect is top waterproof; Anti-skid sheath 107 is installed in the half slot of vertical rod, its surface has boss to coordinate with vertical rod half slot for preventing that anti-skid sheath from rotating, anti-skid sheath 107 inside are provided with jump ring 108, bearing A109, limited slip piece A110, torsion spring A111, limited slip piece B112, wherein on limited slip piece A, there is a flat deep hole, be used for being connected with the flat output shaft on motor 105.Seamless pipe 113 upper ends are connected with limited slip piece B112 by straight pin 117, and lower end is connected in adapter sleeve A114 by straight pin 117 and trapezoidal screw 118, and fixture 115 is arranged in vertical rod 101, for fixed operating sleeve A.Bearing B116 is installed in the upper end of trapezoidal screw 118, middle part thread segment is used in conjunction with the external tooth trapezoidal nut 211 in manual handle adjusting parts II, bearing B116, bearing C120, vinyl cover 119, adapter sleeve B121 are installed in lower end, and adapter sleeve B is fixing fastening by screw A122 and vertical rod.Anti-skid sheath 107, seamless pipe 113, adapter sleeve A114, trapezoidal screw 118, adapter sleeve B121 integrated connection are placed in the half slot of vertical rod.
Its operation principle is in sum: after the flat flat output shaft rotation of motor 105, will drive limited slip piece A110 to rotate, and then make limited slip piece B112, seamless pipe 113, trapezoidal screw 118 produce interlock.Because the external tooth trapezoidal nut 211 in manual handle adjusting parts II is assemblied on trapezoidal screw, so when trapezoidal screw 118 rotates in fixing position, the external tooth trapezoidal nut 211 coordinating with it produces axial displacement by the middle part thread segment at trapezoidal screw.
Motorized adjustment: when motorized adjustment method is worked, manually the torsion spring B206 in handle adjusting parts II transmission mechanism produces reverse on-slip makes the manual handle adjusting II of portion integral body move with external tooth trapezoidal screw 211 according to this principle simultaneously.Because the manual brace 201 of the handle adjusting II of portion and umbrella stand links together, realize thus the motorized adjustment to the angle of inclination of umbrella cover.
Manual adjustments: pulley B216 is arranged on handrail shell A, handrail shell B above and coordinates with the tubing profile of vertical rod 101, the inner bearing E217 that installs of pulley A, pulley B, its effect is that when handrail shell A, handrail shell B are moved in vertical rod, frictional force reduces, and is easy to mobile.Handrail shell A, handrail shell B are fixedly connected with by screw E219, nut 223.Brace 201 is connected on handrail shell A, handrail shell B by screw F220.Its operation principle is: with the hand handle 218 that shakes, rotate, drive limited slip piece C205, and then limited slip piece D207 and cone tooth A208 are rotated, because cone tooth B209 is intermeshing with cone tooth A208, make to bore tooth B and the gear on it 212 rotates, in like manner make external tooth trapezoidal nut 211 rotate, when manual adjustment method is worked, torsion spring A111 in vertical rod transmission adjusting part I is in the reverse on-slip of the interior generation of anti-skid sheath 107, according to this principle, when external tooth trapezoidal nut 211 rotates, trapezoidal screw 118 does not rotate, external tooth trapezoidal nut is produced on trapezoidal screw mobile, and then drive handrail shell A, handrail shell B moves on vertical rod, realize thus the manual methods at umbrella cover angle of inclination is regulated.
Solar energy auxiliary adjustment: described solar energy circuit control assembly IV is mainly by remote controller 301, solar energy seat 302, translucent cover 303, solar panels 304, battery 305, and circuit control panel 306, screw thread umbrella crown 308, threaded connector 309, button shell 310, electric wire B311 and charger 313 form.It is inner that solar panels 304, battery 305, circuit control panel 306 are fixed on solar energy seat, solar energy seat 302 is fixedly connected on umbrella stand top by screw thread umbrella crown 308 and threaded connector 309, electric wire B311 is drawn through umbrella frame 312 and is connected with button shell 310 mounted thereto by power supply source solar energy seat 302, solar panels 304 to battery 305 chargings, select charger 313 under the voltage of 100～240V, battery 305 to be charged automatic absorption solar energy simultaneously.The rotation that during use, remote controller 301 and button shell 310 all send signal control motor 105, auxiliary angle of inclination of realizing motorized adjustment umbrella cover.
As shown in Fig. 1～Fig. 9, above-mentioned NM parts and title also have jump ring 108, screw B123, screw D126, handrail shell A202, copper sheathing 204, trapezoidal nut cover A210, bearings D 213, trapezoidal nut cover B214, pulley A215, screw cap A221, screw cap B222 and screw G.The parts of this part and part all belong to known general part, and its function and efficacy has not just been described one by one.
Claims (3)
1. the elevating mechanism at a umbrella cover angle of inclination, this elevating mechanism is comprised of vertical rod transmission adjusting part (I), adjusting part (III), manual handle adjusting parts (II), solar energy circuit control assembly (IV), two assemblies, two parts form elevating mechanism, this mechanism divides by three functions, be divided into motorized adjustment, manual adjustments, accessory power supply charging adjusting, these three functions are selected and deposit; It is characterized in that:
Described vertical rod transmission adjusting part (I), adjusting part (III) are, on the top of vertical rod (101), vertical rod head part (103) is installed, motor (105) is fixed in vertical rod head part by motor fixing plate (106), pull bar (102) is connected in vertical rod head part by screw (124), electric wire A(126) power supply source is from solar energy circuit control assembly (IV), through brace (201), pull bar (102), enter vertical rod head part (103) and be connected in the power input mouth of motor, head part lid (104) is mounted on vertical rod head part; Anti-skid sheath (107) is installed in the half slot of vertical rod, its surface has boss to coordinate with vertical rod half slot for preventing that anti-skid sheath from rotating, anti-skid sheath (107) inside is provided with jump ring (108), bearing A(109), limited slip piece A(110), torsion spring A(111), limited slip piece B(112), wherein on limited slip piece A, there is a flat deep hole, be used for being connected with the flat output shaft on motor (105);
Seamless pipe (113) upper end is by straight pin (117) and limited slip piece B(112) be connected, lower end is connected in adapter sleeve A(114 by straight pin (117) and trapezoidal screw (118)) in, it is upper that fixture (115) is arranged on vertical rod (101), for fixed operating sleeve A;
Bearing B(116 is installed in the upper end of trapezoidal screw (118)), middle part thread segment coordinates with the external tooth trapezoidal nut (211) in manual handle adjusting parts (II), bearing B(116 is installed in lower end), bearing C(120), vinyl cover (119), adapter sleeve B(121), adapter sleeve B is by screw A(122) fixing fastening with vertical rod;
Anti-skid sheath (107), seamless pipe (113), adapter sleeve A(114), trapezoidal screw (118), adapter sleeve B(121) integrated connection is placed in the half slot of vertical rod;
After the flat flat output shaft rotation of motor (105), will drive limited slip piece A(110) rotate, and then make limited slip piece B(112), seamless pipe (113), trapezoidal screw (118) produce interlock;
Because the external tooth trapezoidal nut (211) in manual handle adjusting parts (II) is assemblied on trapezoidal screw, when trapezoidal screw (118) rotates in fixing position, the external tooth trapezoidal nut (211) coordinating with it produces axial displacement by the middle part thread segment at trapezoidal screw.
2. the elevating mechanism at umbrella cover as claimed in claim 1 angle of inclination, this elevating mechanism is comprised of vertical rod transmission adjusting part (I), adjusting part (III), manual handle adjusting parts (II), two assemblies, parts form elevating mechanism, this mechanism divides by two functions, is divided into motorized adjustment, manual adjustments; It is characterized in that described vertical rod transmission adjusting part (I), adjusting part (III) and the manually combination of handle adjusting parts (II), realize the adjusting of elevating mechanism.
3. the control method of the elevating mechanism at umbrella cover as claimed in claim 1 angle of inclination, is characterized in that:
Manual adjustments: pulley B(216) be arranged on handrail shell A, handrail shell B above and coordinate with the tubing profile of vertical rod (101), the inner bearing E(217 that installs of pulley A, pulley B), its effect is that when handrail shell A, handrail shell B are moved in vertical rod, frictional force reduces, and is easy to mobile; Handrail shell A, handrail shell B are by screw E(219), nut (223) is fixedly connected with; Brace (201) is by screw F(220) be connected on handrail shell A, handrail shell B; Its operation principle is: with the hand handle (218) that shakes, rotate, drive limited slip piece C(205), and then make limited slip piece D(207) and cone tooth A(208) rotate, due to cone tooth B(209) and cone tooth A(208) intermeshing, make to bore tooth B and the gear on it (212) rotates, in like manner make external tooth trapezoidal nut (211) rotate, when manual adjustment method is worked, the torsion spring A(111 in vertical rod transmission adjusting part (I)) the reverse on-slip of generation in anti-skid sheath (107); According to this principle, when external tooth trapezoidal nut (211) rotates, trapezoidal screw (118) does not rotate, and external tooth trapezoidal nut is produced on trapezoidal screw mobile, and then drive handrail shell A, handrail shell B to move on vertical rod, realize thus the manual methods at umbrella cover angle of inclination is regulated;
Motorized adjustment: when motorized adjustment method is worked, torsion spring B(206 in manual handle adjusting parts (II) transmission mechanism) produce reverse on-slip, according to this principle, manual handle adjusting portion (II) integral body is moved with external tooth trapezoidal screw (211) simultaneously; Because manual handle adjusting portion (II) links together with the brace (201) of umbrella stand, realize thus the motorized adjustment to the angle of inclination of umbrella cover;
Solar energy auxiliary adjustment: described solar energy circuit control assembly (IV) is mainly by remote controller (301), solar energy seat (302), translucent cover (303), solar panels (304), battery (305), circuit control panel (306), screw thread umbrella crown (308), threaded connector (309), button shell (310), electric wire B(311) and charger (313) form; It is inner that solar panels (304), battery (305), circuit control panel (306) are fixed on solar energy seat, solar energy seat (302) is fixedly connected on umbrella stand top by screw thread umbrella crown (308) and threaded connector (309), electric wire B(311) by power supply source solar energy seat (302), draw through umbrella frame (312) and be connected with button shell (310) mounted thereto, solar panels (304) to battery (305) charging, select charger (313) under the voltage of 100～240V, battery (305) to be charged automatic absorption solar energy simultaneously; Remote controller during use (301) and button shell (310) all send the rotation of signal control motor (105), auxiliary angle of inclination of realizing motorized adjustment umbrella cover.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210147054.1A CN102697266B (en) | 2012-05-11 | 2012-05-11 | Lifting mechanism for inclined angle of umbrella cover and adjustment method thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210147054.1A CN102697266B (en) | 2012-05-11 | 2012-05-11 | Lifting mechanism for inclined angle of umbrella cover and adjustment method thereof |
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| Publication Number | Publication Date |
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| CN102697266A CN102697266A (en) | 2012-10-03 |
| CN102697266B true CN102697266B (en) | 2014-02-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210147054.1A Active CN102697266B (en) | 2012-05-11 | 2012-05-11 | Lifting mechanism for inclined angle of umbrella cover and adjustment method thereof |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107232705A (en) * | 2017-06-07 | 2017-10-10 | 泰州职业技术学院 | Parachute kit that is a kind of automatic and controlling manually |
| WO2022027268A1 (en) * | 2020-08-05 | 2022-02-10 | 李�杰 | Solar charging umbrella without photoelectric sensor tracking |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1995023532A1 (en) * | 1994-03-03 | 1995-09-08 | Glatz Ag | Sunshade |
| US20090071517A1 (en) * | 2007-09-14 | 2009-03-19 | Stephen Zhao | Dual function umbrella |
| CN201451754U (en) * | 2009-06-17 | 2010-05-12 | 王英英 | Screw opening structure |
| CN201451735U (en) * | 2009-07-11 | 2010-05-12 | 王英英 | Solar remote-controlled electric hanging umbrella |
| CN102258250B (en) * | 2011-07-22 | 2013-07-10 | 临海市美阳伞业有限公司 | Solar electric remote control sunshading suspended umbrella and control method thereof |
| CN202750875U (en) * | 2012-05-11 | 2013-02-27 | 王英英 | Lifting mechanism for regulating inclination of umbrella cover |
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Owner name: LINHAI MEIYANG UMBRELLA INDUSTRY CO., LTD. Free format text: FORMER OWNER: WANG YINGYING Effective date: 20131216 |
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Effective date of registration: 20131216 Address after: 317004, Zhejiang province Linhai City Daejeon Street Daejeon Liu Village Industrial Zone (East Ocean Road) Applicant after: LINHAI MEIYANG UMBRELLA CO., LTD. Address before: Liu Village Industrial District of Taizhou City, Zhejiang province 317004 coastal city of Daejeon Daejeon streets (Ocean Road) coastal Quancai umbrella Co Ltd Applicant before: Wang Yingying |
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