CN204915254U - Automatic on -vehicle intelligent solar protection devices of car - Google Patents
Automatic on -vehicle intelligent solar protection devices of car Download PDFInfo
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- CN204915254U CN204915254U CN201520623699.7U CN201520623699U CN204915254U CN 204915254 U CN204915254 U CN 204915254U CN 201520623699 U CN201520623699 U CN 201520623699U CN 204915254 U CN204915254 U CN 204915254U
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Abstract
The utility model discloses an automatic on -vehicle intelligent solar protection devices of car, including translation mechanism, rotation control mechanism, put mechanism, handle components of umbrella, risen umbrella mechanism, hanging wall subassembly, lower wall subassembly, a plurality of short bone scaffold, a plurality of long bone scaffold and an umbrella face, this translation mechanism is including two guide arms, a slide, a rack and a second motor, this rotation control mechanism is including roating seat, second gear and third motor, this handle components of umbrella is including umbrella shank and well excellent sleeve, this rise umbrella mechanism including the second lead screw, rise umbrella motor and second nut, utilize each device and mechanism through the cooperation for the action that the umbrella body can accomplish that translation, rotation, pendulum are risen, are opened, are closed etc. All actions need not manual controlling through software implementation intelligence automatic control, are convenient for operate, and degree of automation is very high, and it is comparatively convenient to use, and the utility model discloses simple structure, intensity is enough, product long service life.
Description
Technical field
The utility model relates to Automobile Products art, refers in particular to a kind of autonomous driving vehicle vehicle intelligent solar protection devices.
Background technology
Along with the Occupation coefficient of automobile is more and more higher, stop under strong sun, car body can gather heat rapidly, temperature in compartment is also raised rapidly, after of long duration, leatherware in railway carriage or associated materials can produce some pernicious gases after being exposed to the sun of strong sun, and human body respiration can be caused smooth, thus the comfort causing human body bad; Further, shine upon lower auto body and easily damage, as plastics, paint, rubber etc. can accelerated weatherings.The energy of at substantial is needed to carry out cooling work after this external driving.
For this reason, have car sunshade at present, utilize car sunshade can stop sun direct projection car body, greatly to reduce the temperature in compartment.But its general dependence of current car sunshade manually completes opening or closing of umbrella body, and its degree of automation is lower, use comparatively inconvenience, expend effort, and, complex structure, undercapacity.Therefore, be necessary to improve current car sunshade.
Utility model content
In view of this, the utility model is for the disappearance of prior art existence, and its main purpose is to provide a kind of autonomous driving vehicle vehicle intelligent solar protection devices, the problems such as existing car sunshade degree of automation is low, use inconvenience that it can effectively solve.
For achieving the above object, the utility model adopts following technical scheme:
A kind of autonomous driving vehicle vehicle intelligent solar protection devices, includes translation mechanism, rotation controling mechanism, Bai Qi mechanism, umbrella handle assembly, Sheng San mechanism, upper dish assembly, lower wall assembly, multiple short bone support, multiple long bone support and a umbrella cover;
This translation mechanism includes two guide rods, a slide, a tooth bar and one second motor; This two guide rod is between left and right every setting, the two ends of this slide are respectively with two guide rod sliding block joints and along the translation back and forth of two guide rods, this tooth bar is parallel with two guide rods and be arranged between two guide rods, tooth bar is positioned at the below of slide, this second motor is fixed on slide, the output shaft of the second motor is provided with the first gear, this first wheel and rack engages;
This rotation controling mechanism includes rotary seat, the second gear and the 3rd motor; This rotary seat is arranged on slide rotationally, and all sides of rotary seat are provided with teeth, and this second gear is arranged on slide, and the second gear engages with aforementioned teeth, and the 3rd motor is fixed on slide, and the 3rd motor driving second gear rotates;
This Bai Qi mechanism includes turning cylinder, left pillar, right pillar and has put motor; This turning cylinder is arranged on rotary seat rotationally, one end of turning cylinder is fixed with the 3rd gear, this left pillar and right pillar are all fixing to rotate with turning cylinder on the rotating shaft, left pillar and right pillar are between left and right every setting, this pendulum plays motor and is fixed on rotary seat, put motor driving one gear cluster to rotate, this gear cluster and the 3rd gears meshing;
This umbrella handle assembly includes umbrella shank and middle excellent sleeve, and the two ends of this umbrella shank are fixedly connected with right pillar with aforementioned left pillar respectively;
This Sheng San mechanism includes the second screw mandrel, rises umbrella motor and the second nut; This second screw mandrel is vertically arranged on umbrella shank rotationally, and the second screw mandrel is arranged in excellent sleeve, and this rises umbrella motor and is fixed on umbrella shank, and rise umbrella motor driving second screw mandrel and rotate, this second nut is sheathed on outside the second screw mandrel rotationally;
On this, dish assembly is fixedly installed in the top of middle excellent sleeve, this lower wall assembly can along in excellent sleeve slide up and down to be sheathed on outside middle excellent sleeve, lower wall assembly is installed with the second nut and is connected; Each short bone support is all rotationally connected with upper dish assembly and lower wall assembly, and each long bone support is also all rotationally connected with upper dish assembly and lower wall assembly;
This umbrella cover is arranged on multiple short bone support and multiple long bone support.
Preferably, described upper dish assembly includes dish, upper disk cover, O steel rings and top cover; On this, dish includes installation portion, location division and round plate, and the junction radial direction of this round plate between installation portion and location division expands and formed, and the periphery of round plate is arranged at intervals with multiple first positioning groove; On this, disk cover is annular disc structure, upper disk cover to be sheathed on location division and to be superimposed on the surface of round plate, the periphery of upper disk cover is arranged at intervals with multiple second positioning groove, the plurality of second positioning groove respectively with the first corresponding positioning groove up and down just to connection, upper disk cover is fixed on by the first screw and coils; This O steel rings is located between dish and upper disk cover, and aforementioned short bone support and long bone support are all rotationally connected with O steel rings, and short bone support and long bone support are positioned in the first corresponding positioning groove and the second positioning groove; This top cover has a cover body part and a junction, and this connecting portion integrally extends in the bottom surface of cover body part, and cover body part is placed on the top of disk cover, and this connecting portion inserts in location division fixing through upper disk cover.
Preferably, described lower wall assembly includes arm revolving gear, wire drawing wheel, pivoted housing, holddown spring, lower wall, lower disk cover, O steel rings and line transfer frame; This wire drawing wheel is fixedly connected with arm revolving gear, and this pivoted housing and holddown spring are assembled in wire drawing wheel from lower to upper, and holddown spring is sheathed on outside pivoted housing; This lower wall includes round plate and cylindrical portion, the periphery of this round plate is arranged at intervals with multiple first positioning groove, this cylindrical portion is extended downwards in the bottom surface of round plate, and the lower end of this cylindrical portion is screwed together with once valve snail mother through wire drawing wheel, holddown spring, pivoted housing and arm revolving gear successively; This lower disk cover is fixed on the top end face of lower wall, and the periphery of lower disk cover is arranged at intervals with multiple second positioning groove, the plurality of second positioning groove respectively with the first corresponding positioning groove up and down just to connection; This O steel rings is located between lower disk cover and lower wall, and aforementioned short bone support and long bone support are all rotationally connected with O steel rings, and short bone support and long bone support are positioned in the first corresponding positioning groove and the second positioning groove; This line transfer frame is fixed on arm revolving gear, line transfer frame is provided with line transfer knob, line transfer gear, screens device and captive nut, and the lower end of this line transfer knob is screwed together with captive nut through line transfer gear, line transfer frame and screens device successively.
Preferably, the bottom of described umbrella shank is also provided with take-up motor, this take-up driven by motor one take-up pinion rotation, and this take-up gear coordinates with arm revolving gear; Include steel rope further, one end of steel rope connects short bone support and long bone support, and the other end of steel rope is wound in take-up pulley and is connected with arm revolving gear.
Preferably, described short bone support, includes one grade of bone, second gear bone, third gear bone and fourth gear bone; One end of this grade of bone is provided with pearl tail, the other end of one grade of bone is provided with the first saddle, this first saddle has lower articulated section and upper articulated section, the inner of this second gear bone and the pivot joint of lower articulated section, the middle part of second gear bone is provided with the second saddle, the inner and the lower wall assembly of second gear bone are rotationally connected, this third gear position of bone in the top of second gear bone and with the second saddle pivot joint, the inner and the upper dish assembly of third gear bone are rotationally connected, one end of this fourth gear bone and the pivot joint of upper articulated section, the other end of fourth gear bone and the pivot joint of third gear bone.
Preferably, described long bone support, includes one grade of bone, second gear bone, third gear bone, fourth gear bone, single hole shelves bone and draws bone; The outer end of this grade of bone is provided with pearl tail, and the inner of one grade of bone is provided with minor details saddle, and this minor details saddle has the first articulated section and the second articulated section; The middle part of this second gear bone is provided with the first saddle, and the inner and the lower wall assembly of second gear bone are rotationally connected; This third gear bone and fourth gear bone are all positioned at the top of second gear bone, the lower end of this third gear bone and the first saddle pivot joint, and upper end and the upper dish assembly of third gear bone are rotationally connected; The inner of this fourth gear bone and the lower end pivot joint of third gear bone; The outer end of this single hole shelves bone and aforementioned first articulated section pivot joint, the inner of single hole shelves bone is provided with the second saddle, this second saddle has the 3rd articulated section and the 4th articulated section, the outer end pivot joint of the 3rd articulated section and fourth gear bone, the outer end pivot joint of the 4th articulated section and second gear bone; This draws the position of bone in the below of single hole shelves bone, draws one end of bone and aforementioned second articulated section pivot joint, draws the other end of bone and the outer end pivot joint of second gear bone.
The utility model compared with prior art has obvious advantage and beneficial effect, specifically, as shown from the above technical solution:
Each device and mechanism is utilized by coordinating, make that umbrella body can complete translation, rotation, pendulum rise, open, the action such as closedown, everything is by software simulating intelligent automatic control, without the need to manual manipulation, convenient operation, degree of automation is very high, use more for convenience, and the utility model structure is simple, intensity is enough, long product lifecycle.
For more clearly setting forth architectural feature of the present utility model and effect, below in conjunction with accompanying drawing and specific embodiment, the utility model is described in detail:
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of the preferred embodiment open mode of the utility model;
Fig. 2 is the schematic perspective view in the preferred embodiment folding process of the utility model;
Fig. 3 is the block diagram of translation mechanism in the preferred embodiment of the utility model;
Fig. 4 is the block diagram of rotation controling mechanism in the preferred embodiment of the utility model;
Fig. 5 is another angle block diagram of rotation controling mechanism in the preferred embodiment of the utility model;
Fig. 6 is the block diagram of the preferred embodiment Zhong Baiqi mechanism of the utility model;
Fig. 7 is another angle block diagram of the preferred embodiment Zhong Baiqi mechanism of the utility model;
Fig. 8 is the exploded drawings of umbrella handle assembly and Sheng San mechanism in the preferred embodiment of the utility model;
Fig. 9 is the block diagram of the preferred embodiment Zhong Sheng umbrella mechanism of the utility model;
Figure 10 is the exploded drawings of upper dish assembly in the preferred embodiment of the utility model;
Figure 11 is the amplification stereogram of lower wall assembly in the preferred embodiment of the utility model;
Figure 12 is the section drawing of lower wall assembly in the preferred embodiment of the utility model;
Figure 13 is the exploded drawings of lower wall assembly in the preferred embodiment of the utility model;
Figure 14 is the enlarged diagram of line transfer frame in the preferred embodiment of the utility model;
Figure 15 is the amplification stereogram of short bone support in the preferred embodiment of the utility model;
Figure 16 is the amplification stereogram of long bone support in the preferred embodiment of the utility model.
Detailed description of the invention
Please refer to shown in Fig. 1 to Figure 16, that show the concrete structure of the preferred embodiment of the utility model, include translation mechanism b, rotation controling mechanism c, Bai Qi mechanism d, umbrella handle assembly e, Sheng San mechanism f, upper dish assembly g, lower wall assembly h, multiple short bone support i, multiple long bone support j and a umbrella cover k.
As shown in Figure 3, this translation mechanism b includes two guide rod 10b, a slide 20b, a tooth bar 30b and one second motor 40b.This two guide rod 10b is between left and right every setting, the two ends of this slide 20b are respectively with two guide rod 10b sliding block joints and along two guide rod 10b translations back and forth, this tooth bar 30b is parallel with two guide rod 10b and be arranged between two guide rod 10b, tooth bar 30b is positioned at the below of slide 20b, this second motor 40b is fixed on slide 20b, the output shaft of the second motor 40b is provided with the first gear 50b, this first gear 50b engages with tooth bar 30b.In the present embodiment, the surface of described slide 20b is arranged with installation position 21b, and described second motor 40b is fixed on the side of slide 20b.
As shown in Figure 4 and Figure 5, this rotation controling mechanism c includes rotary seat 10c, the second gear 20c and the 3rd motor 30c.
This rotary seat 10c is arranged on slide 20b rotationally, all sides of rotary seat 10c are provided with teeth 11c, this second gear 20c is arranged on slide 20b, second gear 20c engages with aforementioned teeth 11c, 3rd motor 30c is fixed on slide 20b, and the 3rd motor 30c drives the second gear 20c to rotate.In the present embodiment, the bottom of described slide 20b has cavity 22b, and the 3rd motor 30c is embedded in cavity 22b fixing.During work, parasols main body is arranged on rotary seat 10c, and the 3rd motor 30c drives the second gear 20c, and to be engaged with teeth 11c by the second gear 20c and realize rotary seat 10c and rotate, parasols main body turns over 90 ° with rotary seat 10c.
As shown in Figure 6 and Figure 7, this Bai Qi mechanism d includes turning cylinder 10d, left pillar 20d, right pillar 30d and has put motor 40d.
This turning cylinder 10 is arranged on rotary seat 10c rotationally, one end of turning cylinder 10d is fixed with the 3rd gear 50d, this left pillar 20d and right pillar 30d is all fixed on turning cylinder 10d and rotates with turning cylinder 10d, left pillar 20d and right pillar 30d is between left and right every setting, this pendulum plays motor 40d and is fixed on rotary seat 10c, having put motor 40d drives a gear cluster 60d to rotate, and this gear cluster 60d engages with the 3rd gear 50d.In the present embodiment, described rotary seat 10c has two support portion 12c, and the two ends of this turning cylinder 10d can be installed in rotation on two support portion 12c respectively.And described rotary seat 10c has an extension 13c, and this pendulum plays motor 40d and is fixed on extension 13c.
In addition, described left pillar 20d has left fit portion 21d, and this right pillar 30d has right fit portion 31d, this left fit portion 21d and right fit portion 31d is all sheathed is fixed on turning cylinder 10d.
During work, put motor 40d and be transferred on turning cylinder 10d by gear cluster 60d and the 3rd gear 50d, turning cylinder 10d is rotated, left pillar 20d and right pillar 30d rotates with turning cylinder 10d, realizes umbrella body from level to the conversion of vertical two states.
The two ends that this umbrella handle assembly e includes umbrella shank 10e and middle excellent sleeve 20e, this umbrella shank 10e are fixedly connected with right pillar 30d with aforementioned left pillar 20d respectively; This Sheng San mechanism f includes the second screw mandrel 10f, rises umbrella motor 20f and the second nut 30f; This second screw mandrel 10f is vertically arranged on umbrella shank 10e rotationally, second screw mandrel 10f is arranged in excellent sleeve 20e, this rises umbrella motor 20f and is fixed on umbrella shank 10e, and rise umbrella motor 20f and drive the second screw mandrel 10f to rotate, this second nut 30f is sheathed on outside the second screw mandrel 10f rotationally.
Specifically, as shown in Figure 8 and Figure 9, the surface of this umbrella shank 10e is provided with installation cavity 11e, and this installation cavity 11e is provided with screw mandrel joint 31f, bearing spacer 32f, ball-bearing casing 33f, jump ring 34f and end plate 35f from lower to upper successively; In this, the lower end of excellent sleeve 20e is arranged on umbrella shank 10e; The lower end of this second screw mandrel 10f is successively through end plate 35f, jump ring 34f, ball-bearing casing 33f, bearing spacer 32f and connect with screw mandrel joint 21f.
On this, dish assembly g is fixedly installed in the top of middle excellent sleeve 20e, and specifically, as shown in Figure 10, on this, dish assembly g includes dish 10g, upper disk cover 20g, O steel rings 30g and top cover 40g.
This coils 10g and include installation portion 11g, location division 12g and round plate 13g, the junction radial direction of this round plate 13g between installation portion 11g and location division 12g expands and is formed, and the periphery of round plate 13g is arranged at intervals with multiple first positioning groove 101g.
On this, disk cover 20g is annular disc structure, upper disk cover 20g to be sheathed on the 12g of location division and to be superimposed on the surface of round plate 13g, the periphery of upper disk cover 20g is arranged at intervals with multiple second positioning groove 201g, the plurality of second positioning groove 201g respectively with the first corresponding positioning groove 101g up and down just to connection, upper disk cover 20g is fixed on upper dish 10g by the first screw 50g, in the present embodiment, described first screw 50g is hexagon socket countersunk flat cap head screw.
This O steel rings 30g is located between dish 10g and upper disk cover 20g, and in the present embodiment, the surface of described round plate 13g is arranged with embedding slot 102g, and this embedding slot 102g and O steel rings 30g is suitable, and this O steel rings 30g is embedded in embedding slot 102g and locates.Aforementioned short bone support i and long bone support j is all rotationally connected with O steel rings 30g, and short bone support i and long bone support j is positioned in the first corresponding positioning groove 101g and the second positioning groove 201g.
This top cover 40g has a cover body part 41g and a junction 42g, and this connecting portion 42g integrally extends in the bottom surface of cover body part 41g, and cover body part 41g is placed on the top of disk cover 20g, and this connecting portion 42g inserts in the 12g of location division fixing through upper disk cover 20g.
And, in the present embodiment, described installation portion 11g is provided with fixed orifice 103g, in this fixed orifice 103g, is provided with the second screw 60g, and described second screw 60g is interior hexagonal half-round head screw.
This lower wall assembly h can along in excellent sleeve 20e slide up and down to be sheathed on outside middle excellent sleeve 20e, this lower wall assembly h installs with the second nut 30f and is connected, specifically, as shown in Figure 11 to 14, this lower wall assembly h includes arm revolving gear 10h, wire drawing wheel 20h, pivoted housing 30h, holddown spring 40h, lower wall 50h, lower disk cover 60h, O steel rings 70h and line transfer frame 81h.
This wire drawing wheel 20h is fixedly connected with arm revolving gear 10h, and this pivoted housing 30h and holddown spring 40h is assembled in wire drawing wheel 20h from lower to upper, and holddown spring 40h is sheathed on outside pivoted housing 30h.
This lower wall 50h includes round plate 51h and cylindrical portion 52h, the periphery of this round plate 51h is arranged at intervals with multiple first positioning groove 501h, this cylindrical portion 52h extends downwards in the bottom surface of round plate 51h, and the lower end of this cylindrical portion 52h is screwed together with the once female 82h of valve snail through wire drawing wheel 20h, holddown spring 40h, pivoted housing 30h and arm revolving gear 10h successively.
This lower disk cover 60h is fixed on the top end face of lower wall 50h, and the periphery of lower disk cover 60h is arranged at intervals with multiple second positioning groove 601h, the plurality of second positioning groove 601h respectively with the first corresponding positioning groove 501h up and down just to connection.
This O steel rings 70h is located between lower disk cover 60h and lower wall 50h; In the present embodiment, this lower wall 50h is provided with embedding slot 502h, this embedding slot 502h and O steel rings 70h is suitable, and this O steel rings 70h is embedded in embedding slot 502h and locates.Aforementioned short bone support i and long bone support j is all rotationally connected with O steel rings 70h, and short bone support i and long bone support j is positioned in the first corresponding positioning groove 501h and the second positioning groove 601h.
This line transfer frame 81h is fixed on arm revolving gear 10h, line transfer frame 81h is provided with line transfer knob 83h, line transfer gear 84h, screens device 85h and captive nut 86h, the lower end of this line transfer knob 83h is screwed together with captive nut 86h through line transfer gear 84h, line transfer frame 81h and screens device 85h successively.In the present embodiment, described line transfer frame 81h is fixed on the bottom surface lateral margin of arm revolving gear 10h by screw 87h, described screw 87h is arranged with bullet pad 88h, and this bullet pad 88h is located between the bottom surface of screw 87h and arm revolving gear 10h.
And, described arm revolving gear 10h is provided with multiple ceramic thread eye 89h; Be provided with Upper gasket 90h between described wire drawing wheel 20h and the surface of arm revolving gear 10h, between the bottom surface of lower wall nut 82h and arm revolving gear 10h, be folded with lower gasket 91h.In addition, described lower disk cover 60h is fixed on the top end face of lower wall 50h by screw 92h, and this screw 92h is hexagon socket countersunk flat cap head screw.
Each short bone support i is all rotationally connected with upper dish assembly g and lower wall assembly h, and specifically, as shown in figure 15, this short bone support i includes one grade of bone 10i, second gear bone 20i, third gear bone 30i and fourth gear bone 40i.
One end of this grade of bone 10i is provided with pearl tail 50i, the other end of one grade of bone 10i is provided with the first saddle 60i, this first saddle 60i has lower articulated section 61i and upper articulated section 62i, the inner of this second gear bone 20i and the 61i pivot joint of lower articulated section, the middle part of second gear bone 20i is provided with the second saddle 70i, the inner and the lower wall assembly h of second gear bone 20i are rotationally connected, this third gear bone 30i be positioned at second gear bone 20i top and with the second saddle 70i pivot joint, the inner and the upper dish assembly g of third gear bone 30i are rotationally connected, one end of this fourth gear bone 40i and the 62i pivot joint of upper articulated section, the other end of fourth gear bone 40i and third gear bone 30i pivot joint.In the present embodiment, described one grade of bone 10i, second gear bone 20i, third gear bone 30i, fourth gear bone 40i, the first saddle 60i and the second saddle 70i are metal material.
And in the present embodiment, described second gear bone 20i is formed by sheetmetal bending and is formed with the first embedding slot 21i, under folded state, this third gear bone 30i and fourth gear bone 40i is embedded in the first embedding slot 21i.Further, described third gear bone 30i is formed by sheetmetal bending and is formed with the second embedding slot 31i.In addition, described one grade of bone 10i and fourth gear bone 40i is steel wire.
Under folded state, this grade of bone 10i is superimposed on the below of second gear bone 20i, and this third gear bone 30i and fourth gear bone 40i is all superimposed on the top of second gear bone 20i and is embedded in the first embedding slot 21i.
Each long bone support j is also all rotationally connected with upper dish assembly g and lower wall assembly h, and specifically, as shown in figure 16, this long bone support j includes one grade of bone 10j, second gear bone 20j, third gear bone 30j, fourth gear bone 40j, single hole shelves bone 50j and draws bone 60j.
The outer end of this grade of bone 10j is provided with pearl tail 71j, and the inner of one grade of bone 10j is provided with minor details saddle 80j, and this minor details saddle 80j has the first articulated section 81j and the second articulated section 82j.
The middle part of this second gear bone 20j is provided with the first saddle 72j, and the inner and the lower wall assembly h of second gear bone 20j are rotationally connected; In the present embodiment, described second gear bone 20j is formed by sheetmetal bending and is formed with embedding slot 21j, and this first saddle 72j is embedded in embedding slot 21j.
This third gear bone 30j and fourth gear bone 40j is all positioned at the top of second gear bone 20j, the lower end of this third gear bone 30j and the first saddle 72j pivot joint, and upper end and the upper dish assembly g of third gear bone 30j are rotationally connected; The inner of this fourth gear bone 40j and the lower end pivot joint of third gear bone 30j; Under folded state, this third gear bone 30j and fourth gear bone 40j is embedded in embedding slot 21j.
The outer end of this single hole shelves bone 50j and aforementioned first articulated section 81j pivot joint, the inner of single hole shelves bone 50j is provided with the second saddle 90j, this second saddle 90j has the 3rd articulated section 91j and the 4th articulated section 92j, the outer end pivot joint of the 3rd articulated section 91j and fourth gear bone 40j, the outer end pivot joint of the 4th articulated section 92j and second gear bone 20j.
This draws bone 60j to be positioned at the below of single hole shelves bone 50j, draws one end of bone 60j and aforementioned second articulated section 82j pivot joint, draws the other end of bone 60j and the outer end pivot joint of second gear bone 20j.
And, in the present embodiment, described one grade of bone 10j, second gear bone 20j, third gear bone 30j, fourth gear bone 40j, single hole shelves bone 50j, draw bone 60j, minor details saddle 80j, the first saddle 72j and the second saddle 90j to be metal material.Further, described one grade of bone 10j, fourth gear bone 40j and draw bone 60j to be steel wire.
This umbrella cover k is arranged on multiple short bone support i and multiple long bone support j.
In addition, the bottom of described umbrella shank 10e is also provided with take-up motor 36f, and this take-up motor 36f drives a take-up gear 37f to rotate, and this take-up gear 37f coordinates with arm revolving gear 10h; Include steel rope 38f further, one end connection short bone support i of steel rope 38 and the other end of long bone support j, steel rope 38f are wound in take-up pulley 20h and are connected with arm revolving gear 10h.
When umbrella is from full open position, start to close one's umbrella, liter umbrella motor 20f is just transferring drive second screw mandrel 10f and is rotating forward, the groove portion of excellent sleeve 20e in lower wall assembly h edge is moved down, short bone support i and long bone support j does folding, when lower wall assembly h is moved down into certain position (as Fig. 2), can not move down (being now end position), now short bone support i and long bone support j can not draw in completely again.
Draw in completely to make short bone support i and long bone support j, therefore employing steel cord structure, when take-up motor 36f rotates forward, coupled take-up gear 37f is also rotated forward thereupon, thus make the arm revolving gear 10h engaged with it do action of reversing, because steel rope 38 is connected with arm revolving gear 10h, therefore steel rope 38 twines in wire drawing wheel 20h outer ring, and short bone support i and long bone support j is drawn in completely.
Design focal point of the present utility model is: utilize each device and mechanism by coordinating, make that umbrella body can complete translation, rotation, pendulum rise, open, the action such as closedown, everything is by software simulating intelligent automatic control, without the need to manual manipulation, convenient operation, degree of automation is very high, use more for convenience, and the utility model structure is simple, intensity is enough, long product lifecycle.
Below know-why of the present utility model is described in conjunction with specific embodiments.These describe just in order to explain principle of the present utility model, and can not be interpreted as the restriction to the utility model protection domain by any way.Based on explanation herein, those skilled in the art does not need to pay performing creative labour can associate other detailed description of the invention of the present utility model, and these modes all will fall within protection domain of the present utility model.
Claims (6)
1. an autonomous driving vehicle vehicle intelligent solar protection devices, is characterized in that: include translation mechanism, rotation controling mechanism, Bai Qi mechanism, umbrella handle assembly, Sheng San mechanism, upper dish assembly, lower wall assembly, multiple short bone support, multiple long bone support and a umbrella cover;
This translation mechanism includes two guide rods, a slide, a tooth bar and one second motor; This two guide rod is between left and right every setting, the two ends of this slide are respectively with two guide rod sliding block joints and along the translation back and forth of two guide rods, this tooth bar is parallel with two guide rods and be arranged between two guide rods, tooth bar is positioned at the below of slide, this second motor is fixed on slide, the output shaft of the second motor is provided with the first gear, this first wheel and rack engages;
This rotation controling mechanism includes rotary seat, the second gear and the 3rd motor; This rotary seat is arranged on slide rotationally, and all sides of rotary seat are provided with teeth, and this second gear is arranged on slide, and the second gear engages with aforementioned teeth, and the 3rd motor is fixed on slide, and the 3rd motor driving second gear rotates;
This Bai Qi mechanism includes turning cylinder, left pillar, right pillar and has put motor; This turning cylinder is arranged on rotary seat rotationally, one end of turning cylinder is fixed with the 3rd gear, this left pillar and right pillar are all fixing to rotate with turning cylinder on the rotating shaft, left pillar and right pillar are between left and right every setting, this pendulum plays motor and is fixed on rotary seat, put motor driving one gear cluster to rotate, this gear cluster and the 3rd gears meshing;
This umbrella handle assembly includes umbrella shank and middle excellent sleeve, and the two ends of this umbrella shank are fixedly connected with right pillar with aforementioned left pillar respectively;
This Sheng San mechanism includes the second screw mandrel, rises umbrella motor and the second nut; This second screw mandrel is vertically arranged on umbrella shank rotationally, and the second screw mandrel is arranged in excellent sleeve, and this rises umbrella motor and is fixed on umbrella shank, and rise umbrella motor driving second screw mandrel and rotate, this second nut is sheathed on outside the second screw mandrel rotationally;
On this, dish assembly is fixedly installed in the top of middle excellent sleeve, this lower wall assembly can along in excellent sleeve slide up and down to be sheathed on outside middle excellent sleeve, lower wall assembly is installed with the second nut and is connected; Each short bone support is all rotationally connected with upper dish assembly and lower wall assembly, and each long bone support is also all rotationally connected with upper dish assembly and lower wall assembly;
This umbrella cover is arranged on multiple short bone support and multiple long bone support.
2. autonomous driving vehicle vehicle intelligent solar protection devices as claimed in claim 1, is characterized in that: described upper dish assembly includes dish, upper disk cover, O steel rings and top cover; On this, dish includes installation portion, location division and round plate, and the junction radial direction of this round plate between installation portion and location division expands and formed, and the periphery of round plate is arranged at intervals with multiple first positioning groove; On this, disk cover is annular disc structure, upper disk cover to be sheathed on location division and to be superimposed on the surface of round plate, the periphery of upper disk cover is arranged at intervals with multiple second positioning groove, the plurality of second positioning groove respectively with the first corresponding positioning groove up and down just to connection, upper disk cover is fixed on by the first screw and coils; This O steel rings is located between dish and upper disk cover, and aforementioned short bone support and long bone support are all rotationally connected with O steel rings, and short bone support and long bone support are positioned in the first corresponding positioning groove and the second positioning groove; This top cover has a cover body part and a junction, and this connecting portion integrally extends in the bottom surface of cover body part, and cover body part is placed on the top of disk cover, and this connecting portion inserts in location division fixing through upper disk cover.
3. autonomous driving vehicle vehicle intelligent solar protection devices as claimed in claim 1, is characterized in that: described lower wall assembly includes arm revolving gear, wire drawing wheel, pivoted housing, holddown spring, lower wall, lower disk cover, O steel rings and line transfer frame; This wire drawing wheel is fixedly connected with arm revolving gear, and this pivoted housing and holddown spring are assembled in wire drawing wheel from lower to upper, and holddown spring is sheathed on outside pivoted housing; This lower wall includes round plate and cylindrical portion, the periphery of this round plate is arranged at intervals with multiple first positioning groove, this cylindrical portion is extended downwards in the bottom surface of round plate, and the lower end of this cylindrical portion is screwed together with once valve snail mother through wire drawing wheel, holddown spring, pivoted housing and arm revolving gear successively; This lower disk cover is fixed on the top end face of lower wall, and the periphery of lower disk cover is arranged at intervals with multiple second positioning groove, the plurality of second positioning groove respectively with the first corresponding positioning groove up and down just to connection; This O steel rings is located between lower disk cover and lower wall, and aforementioned short bone support and long bone support are all rotationally connected with O steel rings, and short bone support and long bone support are positioned in the first corresponding positioning groove and the second positioning groove; This line transfer frame is fixed on arm revolving gear, line transfer frame is provided with line transfer knob, line transfer gear, screens device and captive nut, and the lower end of this line transfer knob is screwed together with captive nut through line transfer gear, line transfer frame and screens device successively.
4. autonomous driving vehicle vehicle intelligent solar protection devices as claimed in claim 3, it is characterized in that: the bottom of described umbrella shank is also provided with take-up motor, this take-up driven by motor one take-up pinion rotation, this take-up gear coordinates with arm revolving gear; Include steel rope further, one end of steel rope connects short bone support and long bone support, and the other end of steel rope is wound in take-up pulley and is connected with arm revolving gear.
5. autonomous driving vehicle vehicle intelligent solar protection devices as claimed in claim 1, is characterized in that: described short bone support, includes one grade of bone, second gear bone, third gear bone and fourth gear bone; One end of this grade of bone is provided with pearl tail, the other end of one grade of bone is provided with the first saddle, this first saddle has lower articulated section and upper articulated section, the inner of this second gear bone and the pivot joint of lower articulated section, the middle part of second gear bone is provided with the second saddle, the inner and the lower wall assembly of second gear bone are rotationally connected, this third gear position of bone in the top of second gear bone and with the second saddle pivot joint, the inner and the upper dish assembly of third gear bone are rotationally connected, one end of this fourth gear bone and the pivot joint of upper articulated section, the other end of fourth gear bone and the pivot joint of third gear bone.
6. autonomous driving vehicle vehicle intelligent solar protection devices as claimed in claim 1, is characterized in that: described long bone support, includes one grade of bone, second gear bone, third gear bone, fourth gear bone, single hole shelves bone and draw bone; The outer end of this grade of bone is provided with pearl tail, and the inner of one grade of bone is provided with minor details saddle, and this minor details saddle has the first articulated section and the second articulated section; The middle part of this second gear bone is provided with the first saddle, and the inner and the lower wall assembly of second gear bone are rotationally connected; This third gear bone and fourth gear bone are all positioned at the top of second gear bone, the lower end of this third gear bone and the first saddle pivot joint, and upper end and the upper dish assembly of third gear bone are rotationally connected; The inner of this fourth gear bone and the lower end pivot joint of third gear bone; The outer end of this single hole shelves bone and aforementioned first articulated section pivot joint, the inner of single hole shelves bone is provided with the second saddle, this second saddle has the 3rd articulated section and the 4th articulated section, the outer end pivot joint of the 3rd articulated section and fourth gear bone, the outer end pivot joint of the 4th articulated section and second gear bone; This draws the position of bone in the below of single hole shelves bone, draws one end of bone and aforementioned second articulated section pivot joint, draws the other end of bone and the outer end pivot joint of second gear bone.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520623699.7U CN204915254U (en) | 2015-08-18 | 2015-08-18 | Automatic on -vehicle intelligent solar protection devices of car |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520623699.7U CN204915254U (en) | 2015-08-18 | 2015-08-18 | Automatic on -vehicle intelligent solar protection devices of car |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204915254U true CN204915254U (en) | 2015-12-30 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520623699.7U Withdrawn - After Issue CN204915254U (en) | 2015-08-18 | 2015-08-18 | Automatic on -vehicle intelligent solar protection devices of car |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204915254U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105128640A (en) * | 2015-08-18 | 2015-12-09 | 广州威稳电机有限公司 | Automatic vehicle-borne intelligent shading device |
| CN105835676A (en) * | 2016-04-05 | 2016-08-10 | 董亚伦 | Full-automatic automobile protection cover with metal framework |
-
2015
- 2015-08-18 CN CN201520623699.7U patent/CN204915254U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105128640A (en) * | 2015-08-18 | 2015-12-09 | 广州威稳电机有限公司 | Automatic vehicle-borne intelligent shading device |
| CN105128640B (en) * | 2015-08-18 | 2017-10-17 | 广州威稳电机有限公司 | Autonomous driving vehicle vehicle intelligent solar protection devices |
| CN105835676A (en) * | 2016-04-05 | 2016-08-10 | 董亚伦 | Full-automatic automobile protection cover with metal framework |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151230 Effective date of abandoning: 20171017 |
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| AV01 | Patent right actively abandoned |