CN208452759U - Mechanical group for sliding roof - Google Patents
Mechanical group for sliding roof Download PDFInfo
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- CN208452759U CN208452759U CN201821123953.7U CN201821123953U CN208452759U CN 208452759 U CN208452759 U CN 208452759U CN 201821123953 U CN201821123953 U CN 201821123953U CN 208452759 U CN208452759 U CN 208452759U
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Abstract
A kind of mechanical group for sliding roof, including sliding rail, flexible shaft component, panel mechanical component, sunshade mechanical component, be characterized in that: the panel slide block assembly of flexible shaft component includes connection plug, elastic slice, elastic slice head, the limited block matched with connection plug；Limited block includes a pair of spaced limit plug, the limited post being arranged on limit plug, the limit inclined-plane that the limit plug other side is arranged in；The protrusion of master slider is the top foot that master slider bottom is arranged in, preceding foxy equipped with the hook-shaped groove matched with top foot；Preceding slippery fellow's sliding slot is equipped with limit card slot I, and the opposite side of limit card slot I is equipped with guiding surface, and preceding slippery fellow bottom is equipped with the boss I that can be matched with limit card slot I.It has many advantages, such as that simple and compact for structure, easy to use, manufacturing cost is low, occupies little space, is stable.
Description
Technical field
The utility model relates to the sliding roof structure for general vehicle, specifically a kind of machine for sliding roof
Tool group.Its IPC code is B60J7/04 or B60J7/057.
Background technique
Existing vehicle dormer window such as application publication number is that the Chinese patent application of 105109311 A of CN discloses a kind of " automobile
Skylight ", the technical solution mainly realize the control respectively of skylight and sunshade by single driving mechanism.The technical solution is on the one hand
Production cost is reduced due to saving a driving motor, on the other hand, due to the change of driving principle, saves sliding rail
Arrangement space.Therefore existing skylight structure can be greatly improved while not influencing user experience.
Utility model content
The purpose of the utility model is to provide a kind of mechanical groups for sliding roof, fundamentally solve above-mentioned ask
Topic, has many advantages, such as that simple and compact for structure, easy to use, manufacturing cost is low, occupies little space, is stable.
To achieve the above object, the utility model provides following technical solution: this is used for the mechanical group packet of sliding roof
Include sliding rail, flexible shaft component, panel mechanical component, sunshade mechanical component；
Wherein, upper ecto-entad is successively arranged first to the main sliding slot of third to sliding rail along its length；
First main sliding slot has included basculating arm pin shaft sliding slot, rear foxy sliding slot, preceding foxy sliding slot；
Flexible shaft component includes driving flexible axle, panel slide block assembly, sunshade sliding block；
Driving flexible axle includes flexible shaft, a pair of flexible axle head being arranged on flexible shaft；
Panel mechanical component includes lifting arm, playing basculating arm, master slider, link assembly, turn sliding slot；
It lifts arm and is equipped with act arm sliding slot, play a basculating arm one end and be hinged in act arm sliding slot, the other end limits in sliding rail；
Master slider is equipped with slot, protrusion, curved groove, lifts arm one end and is hinged in curved groove；
Link assembly includes preceding foxy, rear foxy, bar shaped elastic component, is characterized in that:
The panel slide block assembly of flexible shaft component includes that the bottom matched with the slot of master slider is inserted equipped with the connection of card slot I
Head, the elastic slice that connection plug bottom is set, the elastic slice head being arranged on elastic slice, the limited block matched with connection plug；Limit
Position block includes a pair of spaced limit plug, the limited post being arranged on limit plug, setting in the limit plug other side
Limit inclined-plane；
The protrusion of master slider is the top foot that master slider bottom is arranged in, preceding foxy equipped with the hook-type matched with top foot
Slot；
Preceding slippery fellow's sliding slot is equipped with limit card slot I, and the opposite side of limit card slot I is equipped with guiding surface, and preceding slippery fellow bottom is set
There is the boss I that can be matched with limit card slot I；
The flexible axle head of flexible axle is driven to be equipped with facade and inclined-plane, facade is located on the inside of flexible axle head；
The sunshade sliding block of flexible shaft component includes sliding block shoes, card slot II；
The main sliding slot of the second of sliding rail include the limited block fixing groove from top to bottom set gradually, flexible shaft component sliding block sliding slot,
Flexible axle sliding slot is driven, limited block fixing groove is equipped with the limit card slot II matched with the limit plug of limited block.
Further, bar shaped elastic component is equipped with more than one middle part shoes.
Further, rear foxy side is equipped with sideslip foot.
Further, basculating arm pin shaft sliding slot is played equipped with elastic slice card slot, is equipped with connecting rod between preceding slippery fellow and top foot and is limited bullet
Piece.
The utility model has the beneficial effects that use similar three sliding slots rail structure: for panel the first main sliding slot,
For driving the second main sliding slot of flexible axle, for the third sliding slot of sunshade.Improve existing inner clamp locking structure be elastic slice,
Limit card slot locking simplifies element production and set assembling technology, effectively improves working efficiency.To realize locking structure,
By setting on the second main sliding slot in the guide frame of two sliding slots cooperation flexible axle sliding slot.Cunning is effectively reduced by above-mentioned rail structure
Rail height and width can still realize warping and sliding for panel unit under the premise of not influencing operation stability.
Panel slide block assembly and sunshade sliding block with card slot is used to drive to substitute inner clamp in the prior art
Structure, the flexible axle head on flexible shaft by the way that driving flexible axle is arranged in cooperate panel slide block assembly and sunshade sliding block soft with driving
The sliding of axis drives corresponding sliding block mobile, so as to be realized during flexible axle moves forward or back by the clip on flexible axle
Control to control panel unit or sunshade sliding block, and then the movement of control panel unit or sunshade.Also, panel unit
It is relatively independent with the control of sunshade, it will not interfere to each other, and then improve the stability of operation.Using above-mentioned double end
Soft shaft drive structure, without in advance sliding rail both ends be arranged flexible axle slot structure, can when each end flexible axle head is moved to end solution
Lock.
Single driving mechanism is connected one of the flexible axle in (left and right) two wood side-guide between (left and right) two wood side-guide respectively
End cooperates double end flexible axle, realizes the control of panel unit and sunshade.Thus under the premise of not influencing operation stability,
It is effectively saved components cost.Due to using the sliding rail with three sliding slots, combined instead of more sliding rails in existing structure
Structure is effectively saved occupied space using integral structure.In addition, also simplifying original manufacturing process, reduce assembly
Process, to effectively reduce manufacturing cost.
It is equipped with the limit card slot on the corresponding position of sliding rail end in preceding foxy bottom setting boss, limit card slot is same
Shi Peihe is located at the preceding foxy connecting rod positive stop spring plate between the foot of top, can slide into extreme (in embodiment in preceding slippery fellow
Rear end) corresponding position when, boss structure be embedded in sliding rail limit card slot in locking, hinder moving forwards for link assembly.Together
When, due to the contact area before reducing between foxy and sliding rail, so that the frictional force before reducing between foxy and sliding rail, mentions
The high fluency of mechanical group of operation.
On the one hand slide bar component plays the purpose for being oriented to basculating arm, on the other hand also act master slider in sliding rail end
Used in locking, position is crossed in anti-sliding stop.In being different from the prior art, link assembly only has the function of that guiding/driving plays basculating arm.
Detailed description of the invention
Fig. 1 is the overlooking structure diagram of the utility model skylight entirety.
Fig. 1 a is the schematic diagram of the section structure along P sliding rail into observation Fig. 1.
Fig. 2 is the overlooking structure diagram of the utility model machinery group.
Fig. 2 a is schematic cross-sectional view of the Fig. 2 along line A-A.
Fig. 2 a-1 is the partial enlargement structural representation of C portion in Fig. 2 a.
Fig. 2 a-2 is the isometric side structure schematic view of connecting rod positive stop spring plate in Fig. 2 a.
Fig. 2 b is schematic cross-sectional view of the Fig. 2 along line B-B.
Fig. 3 is the schematic view of the front view of the utility model machinery group closed state.
Fig. 4 is that the utility model machinery group warps the schematic view of the front view of state.
Fig. 5 is the overlooking structure diagram of the utility model machinery group closed state.
Fig. 5 a is schematic cross-sectional view of the Fig. 5 along line D-D.
Fig. 5 b is schematic cross-sectional view of the Fig. 5 along E-E line.
Fig. 5 b-1 is the partial enlargement structural representation of the part F in Fig. 5 b.
Fig. 6 is the decomposition texture schematic diagram of the utility model machinery group.
Fig. 7 is the structural schematic diagram that the utility model drives flexible axle.
Fig. 8 is the schematic view of the front view of the utility model link assembly.
Fig. 8 a is the partial enlargement structural representation of the part G in Fig. 8.
Fig. 9 is the overlooking structure diagram of the utility model link assembly.
Figure 10 is the schematic view of the front view of the utility model master slider.
Figure 11 is the overlooking structure diagram of the utility model master slider.
Figure 12 is the decomposition texture schematic diagram of the utility model panel slide block assembly.
Figure 13 is the isometric side structure schematic view of the utility model sunshade sliding block.
Figure 14 is the assembling structure schematic diagram that the utility model drives flexible axle.
Figure 14 a is schematic cross-sectional view of the Figure 14 along H-H line.
Figure 14 a-1 is the partial enlargement structural representation of the part J in Figure 14 a.
Figure 14 a-2 is the partial enlargement structural representation of the part K in Figure 14 a.
Figure 14 b is schematic cross-sectional view of the Figure 14 along I-I line.
Figure 15 is the overlooking structure diagram of the utility model sliding rail.
Figure 15 a is schematic cross-sectional view of the Figure 15 along L-L line.
Figure 16 is the operation principle schematic diagram of the utility model one of which embodiment.
Description of symbols:
1 is used for mechanical group of sliding roof
11 master sliders: 111 curved grooves, 112 top feet: 1121 top foot inclined-planes, 113 slots, 114 limit shoes
12 connecting rod positive stop spring plates: 121 lead-in chamfereds, 122 elastic arms, 123 link slots
13 lift arm: 131 lift arm sliding slot, 132 act arm pin shafts
14 link assemblies: foxy before 141: 1411 hook-shaped grooves, 1412 boss I, 1413 limiting sections, 142 middle part shoes, 143
It is foxy afterwards: 1431 curved surface boss, 1432 sideslip feet, 144 bar shaped elastic components
15 basculating arm: 151 basculating arm pin shaft I, 152 basculating arm pin shaft II, 153 basculating arm guide posts
16 turn sliding slots
17 sliding rails: 171 first main sliding slots: 1711 basculating arm pin shaft sliding slots: foxy sliding slot behind 1711a elastic slice card slot, 1712,
Foxy sliding slot before 1713: 1713a limit card slot I, 1713b guiding surface, 172 second main sliding slots: 1721 limited block fixing grooves:
1721a limit card slot II；1722 flexible shaft component sliding block sliding slots, 1723 driving flexible axle sliding slots；The main sliding slot of 173 thirds
18 flexible shaft components: 181 driving flexible axles: 1811 sunshade flexible axle heads, 1812 flexible shafts, 1813 panel flexible axle heads；182
Sunshade sliding block: 1821 card slot II, 1822 sliding block shoes
183 panel slide block assemblies: 1831 connection plugs, 1832 elastic slices, 1833 elastic slice heads, 1834 card slot I, 1835 limits
Block: 1835a limits inclined-plane, 1835b limited post, 1835c and limits plug
2 flexible axle slots: 21 flexible axle slot I, 22 flexible axle slot II
3 outline borders.
Specific embodiment
Below in conjunction with Fig. 1 ~ 16, the content of the utility model is described in detail by specific embodiment.This is used for sliding roof
Mechanical group 1 mainly include panel mechanical component, sunshade mechanical component, sliding rail 17, flexible shaft component 18.
Wherein, panel mechanical component (unmarked in figure) includes master slider 11, connecting rod positive stop spring plate, lifts arm 13, connection rod set
Part 14 plays basculating arm 15, turn sliding slot 16.
Master slider 11 be equipped with curved groove 111, top foot 112(be located at master slider bottom), slot 113, act arm one end pass through
Arm pin shaft 132 is lifted to be hinged in curved groove 111.
Connecting rod positive stop spring plate 12 includes lead-in chamfered 121, elastic arm 122, link slot 123.The setting of connecting rod positive stop spring plate 12 exists
Between preceding foxy 141 and top foot 112.
The connection plug 1831 of panel slide block assembly 183 is matched by the slot 113 with master slider 11, can will be driven soft
The linear displacement of axis is transferred on master slider 11.It is simultaneously realization master slider in extreme locking, is playing a basculating arm pin shaft sliding slot
Elastic slice card slot 1711a is arranged in 1711 ends.When master slider 11 slides backward, top foot 112 is embedded in hook-shaped groove 1411, pushes up foot
112 push connecting rod positive stop spring plate 12, compress the lead-in chamfered 121 of 122 two sides of elastic arm, bring it about elastic deformation.Connecting rod at this time
Positive stop spring plate does not play latch functions, when continuing to slide into elastic slice card slot 1711a, the elastic arm 122 of connecting rod positive stop spring plate 12
It resets and bounces under elastic force effect, make to push up the disengaging hook-shaped groove 1411 of foot 112, while the boss I 1412 of preceding slippery fellow 143 being driven to be caught in
In limit card slot 3131, the sliding of link assembly 14 is hindered, finally realizes latch functions.
To release master slider 11 in the lockup state of extreme, in 11 forward slip of master slider, 11 front end of master slider
Top foot 112 resist before foxy 141 hook-shaped grooves 1411 front, the boss I 1412 of preceding foxy 141 bottom is along guiding surface
1713b deviates from from limit card slot I 1713a, preceding foxy 141 latch-release, and top foot 112 slides into hook-shaped groove 1411, master slider
11 drive link component, 14 forward slip.
It lifts arm 13 and uses structure similar with the prior art, lift arm 13 and be equipped with act arm sliding slot 131, play basculating arm 15 1
End is hinged in act arm sliding slot 131 by playing basculating arm pin shaft II 152, is played 15 other end of basculating arm and is cut with scissors by playing basculating arm pin shaft I 151
Connect limit rising in basculating arm pin shaft sliding slot 1711 in sliding rail 3.
Link assembly 14 includes preceding foxy 141, middle part shoes 142, rear foxy 143, bar shaped elastic component 144.The prior art
In, preceding foxy 141 and rear foxy 143 are generally arranged in 144 both ends of bar shaped elastic component by way of injection molding.
Preceding foxy 141 are equipped with the hook-shaped groove 1411 matched with top foot 112, and preceding foxy 141 bottom is equipped with and limiting card
The boss I 1412 that slot I 1713a is matched and the limiting section 1413 positioned at side.When using connecting rod positive stop spring plate 12,
Its compress elastic arm 122 cooperate its two sides guide line face 121 can be firm limit on limiting section 1413, ensure that the steady of mechanism
Fixed operation.
The bar shaped elastic component between preceding foxy 141 and rear slippery fellow 143 is usually arranged in middle part shoes 142 in a manner of injection molding
On 144, according to the needs of use, multiple middle part shoes 142 can be used.
Slippery fellow 143 uses structure similar with the prior art afterwards comprising a curved surface boss 1431, in curved surface boss
1431 side is equipped with sideslip foot 1432.Steel wire can be selected in the preparation material of bar shaped elastic component 144, and after specific processing,
Make bar shaped elastic component 144 under the conditions of without hindrance with the elastic force of specific direction.The elastic force direction of the present embodiment is, in no external force
Effect is lower to make preceding slippery fellow 141 downwards by 144 own resilient of bar shaped elastic component.
Axial position of the bar shaped elastic component 144 in rear foxy 143 and middle part shoes 142 is on the lower side, and bar shaped elastic component 144 is preceding
The axial position of slippery fellow 141 is on the upper side, when link assembly 14 is fitted into the preceding foxy sliding slot 1713 of sliding rail, passes through bar shaped elastic component
144 axile displacement makes bar shaped elastic component 144 preceding foxy 141 and between preceding foxy 141 nearest middle part shoes 142
Torsion is generated because of distortion.As the junction of bar shaped elastic component 144 and rear slippery fellow 143 is located at axis I hereinafter, bar shaped elastic component
The junction of 144 middle part shoes, 142 left and right sides is respectively positioned on axis II hereinafter, bar shaped elastic component 144 and preceding foxy 141 company
It meets place and is located at axis III or more.And when manufacturing link assembly 14, the lower surface of rear slippery fellow 143 and middle part shoes 142 should can
It can be in the same plane.
Bar shaped elastic component 144 and master slider 11 can slide into the preceding foxy sliding slot 1713 of sliding rail, and master slider 11 can pass through limit
Shoes limit 114 limit in position is slided in the first main sliding slot 171, and 11 front lower portion of master slider is equipped with top foot 112, when link assembly 14 exists
When being slided in preceding slippery fellow's sliding slot 1713, before top foot 112 is embedded in the hook-shaped groove 1411 of slippery fellow 141, positioned at preceding foxy 141 bottom
The lower surface of boss I 1412 is contacted with the inner bottom surface of preceding foxy sliding slot 1713.
Rise basculating arm 15 use structure similar with the prior art, rise basculating arm 15 bottom be equipped with basculating arm pin shaft I 151,
151 two sides basculating arm pin shaft I have been arranged in plays basculating arm guide post 153, and the top for playing basculating arm 15 has been equipped with basculating arm pin shaft II
152.The one end for playing basculating arm 15 is hinged in act arm sliding slot 131 by playing basculating arm pin shaft II 152, playing a basculating arm pin shaft I 151 makes
It plays basculating arm to be oriented on rear foxy 143, plays basculating arm guide post 153 and then play the sliding process for having stablized basculating arm pin shaft I 151, and
Play the role of guiding.
Turn sliding slot 16 is mainly used for when master slider 11 moves to 3 end of sliding rail, lifts arm pin shaft 132 and is embedded in turn sliding slot
In 16, certain damping action is played with the counter motion to master slider 11.
Upper ecto-entad is successively arranged three sliding slots to sliding rail 17 along its length: the first main sliding slot 171, use for panel
In the second main sliding slot 172 of driving flexible axle, for the third sliding slot 173 of sunshade.
First main sliding slot 171 has included basculating arm pin shaft sliding slot 1711, rear foxy sliding slot 1712, preceding foxy sliding slot 1713.It rises
The side of basculating arm pin shaft sliding slot 1711 is equipped with elastic slice card slot 1711a, and preceding slippery fellow's sliding slot 1713 is equipped with limit card slot I 1713a,
The limit card slot side I 1713a is equipped with guiding surface 1713b.
Second main sliding slot 172 includes the limited block fixing groove 1721 from top to bottom set gradually, flexible shaft component sliding block sliding slot
1722, flexible axle sliding slot 1723 is driven.Limited block fixing groove 1721 is equipped with and matches with the limit plug 1835c of limited block 1835
Limit card slot II 1721a.
Flexible shaft component 18 includes driving flexible axle 181, sunshade sliding block 182, panel slide block assembly 183.
Driving flexible axle 181 includes flexible shaft 1812, a pair of flexible axle head being arranged on flexible shaft 1812, for convenient for distinguishing,
Sunshade flexible axle head 1811 and panel flexible axle head 1813 are defined as according to the purposes of flexible axle head.The structure phase of each flexible axle head
Together, it is equipped with facade and inclined-plane, facade is located at the inside of each flexible axle head.
Sunshade sliding block 182 includes card slot II 1821, sliding block shoes 1822.
Panel slide block assembly 183 includes that the bottom matched with the slot 113 of master slider 11 is equipped with the company of card slot I 1834
Plug 1831, the elastic slice 1832 that 1831 bottom of connection plug is set, the elastic slice head 1833 being arranged on elastic slice 1832 and company
The limited block 1835 that plug 1831 matches.Limited block 1835 exists including a pair of spaced limit plug 1835c, setting
The limit inclined-plane 1835a for limiting the limited post 1835b on plug 1835c, the limit other side plug 1835c being set.
Working principle:
1. panel is by closing to warping, until opening maximum position
State 1: sunshade sliding block 182 is in forefront, and panel slide block assembly 183 is in forefront, panel flexible axle head 1813
It is detached from panel slide block assembly 183, sunshade flexible axle head 1811 drives sunshade sliding block 182 to sliding rail front end, due to being limited
The damping action of position card slot 1713a, driving flexible axle stop continuing forward slip, and panel is in closed state, and sunshade is in state
I；
State 2: sunshade sliding block 182 is at middle part, and panel slide block assembly 183 is in forefront, sunshade flexible axle head 1811
It slides backward under the drive of the motor, sunshade flexible axle head 1811 drives sunshade sliding block 182 to slide backward, and panel state is not
Become, still in closed state, sunshade is on the position between state I and state I I；
State 3: sunshade sliding block 182 is in rearmost part, and panel slide block assembly 183 is in forefront, sunshade flexible axle head
1811 continue to slide backwards on the rearmost end of sliding rail 3 under the drive of the motor, and sunshade sliding block 182, panel state is constant, is still in
Closed state, sunshade are in state I I；
State 4: sunshade sliding block 182 is in rearmost part, and panel slide block assembly 183 is at middle part, in sliding process, elastic slice
First 1833 after by the extruding of sliding rail 3 to lower compression elastic slice 1832, connection plug 1831 enters sliding rail 3 with panel flexible axle head 1811
In, and panel is driven to be warped by closed state, it gradually warps to maximum angle, rearward slides, sunshade state is constant, still
In state I I；
State 5: sunshade sliding block 182 is in rearmost part, and panel slide block assembly 183 is in rearmost part, panel flexible axle head 1811
Continue to slide to the back-end, rear end maximum position is reached under the damping of sunshade sliding block 182, panel is fully slid into rearmost part, i.e.,
Panel fully opens, and sunshade state is constant, still in state I I；
2. panel is by unlatching maximum position to closing
State 5 is to state 1: when panel by fully open state to when closing, when panel flexible axle head 1813 reaches exactly to most
When front end, 1835 front end of limited block leans out sliding rail 3, and elastic slice head 1833 is lifted up under the elastic force effect of elastic slice 1832 to limit
Inclined-plane 1835a, panel flexible axle head 1813 are continued forward end after being detached from panel slide block assembly 183 by 1833 restriction cancellation of elastic slice head
Sliding, and finally return that state 1.
When the state I of above-mentioned sunshade refers to that Abat vent scroll is fully deployed, opposite state I I refers to that Abat vent scroll is complete
It packs up.
For the assembly for realizing driving flexible axle 181, flexible axle slot 2 is provided on outline border 3, flexible axle slot mainly includes outside being located at
The flexible axle slot I 21 of frame front, the flexible axle slot II 22 positioned at outline border rear portion, left and right sides flexible axle slot I 21 and flexible axle slot II 22
Between be connected respectively by the driving flexible axle sliding slot 1723 on the sliding rail of left and right, to form closed loop configuration.Flexible axle slot II 22 is located at
The front and rear sides of the output end of motor (not shown), to realize in motor output torque, the driving of the left and right sides is soft
Axis realizes output linear driving force (while forward or simultaneously backward) in the same direction.To avoid since flexible axle will be driven complete according to equal proportion
Flexible axle header structure caused by portion is drawn indicates unclear, drives the both ends of flexible axle not draw entirely in figure, the set-up mode of flexible axle head
Should as shown in figure 16, i.e. close to flexible axle end, the other end be that guarantee is connected with motor for one end, should there are enough strokes.
Referred in text using component names as attribute, such as " rise basculating arm pin shaft sliding slot ", " rear slippery fellow's sliding slot ", " preceding slippery fellow
Sliding slot ", it is related to the component names part being defined as attribute component, it is not intended that the component only has specific use
On the way, above-mentioned form of presentation is merely for convenience of distinguishing the different structure with identical subject.For example, playing basculating arm pin shaft sliding slot
1711, which has been not solely used for the limit of basculating arm pin shaft I 151, is also used to limit the limit for being located at 11 top of master slider
Shoes 114.
" panel " or " panel unit " referred in text is referred mainly to for slidable ceiling, difference according to actual needs,
The materials such as glass or metal can be used to be made.
" preceding " and " rear " referred in text is only for convenience of the opposite fortune for describing the mechanical action process organized and being manually set
Dynamic direction, when being not used to limit entire mechanical group for skylight, " preceding " and " rear " of vehicle.
For convenience of the working principle of description the utility model, only it is illustrated in text with the citing of single sliding rail.Such as without special theory
It is bright, each mean the left sliding rail in Fig. 1.Wherein, the front or rear of mentioned sliding rail is only this field when manufacturing such skylight
Usual manner of execution is all based on the principle manufacture that slidable ceiling structure slides backward after warping.In addition, it is also possible to
In the presence of the scheme of slidably ceiling forward slip after warping, though it is rarely needed, overall structure with each reality of the utility model
It is similar to apply structure and action process described in example.
Driving principle shown in Figure 16 is also only one of the utility model more common technology scheme, this is practical new
Type can design similar technical solution under the premise of above-mentioned utility model is conceived, therefore the citing is not used to limit this reality
With novel protection scope.
Claims (4)
1. a kind of mechanical group for sliding roof, including sliding rail, flexible shaft component, panel mechanical component, sunshade mechanical component；
Wherein, upper ecto-entad is successively arranged first to the main sliding slot of third to sliding rail along its length；
First main sliding slot has included basculating arm pin shaft sliding slot, rear foxy sliding slot, preceding foxy sliding slot；
Flexible shaft component includes driving flexible axle, panel slide block assembly, sunshade sliding block；
Driving flexible axle includes flexible shaft, a pair of flexible axle head being arranged on flexible shaft；
Panel mechanical component includes lifting arm, playing basculating arm, master slider, link assembly, turn sliding slot；
It lifts arm and is equipped with act arm sliding slot, play a basculating arm one end and be hinged in act arm sliding slot, the other end limits in sliding rail；
Master slider is equipped with slot, protrusion, curved groove, lifts arm one end and is hinged in curved groove；
Link assembly includes preceding foxy, rear foxy, bar shaped elastic component, it is characterised in that:
The panel slide block assembly of flexible shaft component include connection plug equipped with card slot I of the bottom that is matched with the slot of master slider,
The elastic slice of connection plug bottom is set, the elastic slice head that is arranged on elastic slice, the limited block matched with connection plug；Limited block
Including a pair of spaced limit plug, the limited post being arranged on limit plug, the limit that the limit plug other side is arranged in
Position inclined-plane；
The protrusion of master slider is the top foot that master slider bottom is arranged in, preceding foxy equipped with the hook-shaped groove matched with top foot；
Preceding slippery fellow's sliding slot is equipped with limit card slot I, and the opposite side of limit card slot I is equipped with guiding surface, and preceding slippery fellow bottom is equipped with can
The boss I matched with limit card slot I；
The flexible axle head of flexible axle is driven to be equipped with facade and inclined-plane, facade is located on the inside of flexible axle head；
The sunshade sliding block of flexible shaft component includes sliding block shoes, card slot II；
The main sliding slot of the second of sliding rail includes the limited block fixing groove from top to bottom set gradually, flexible shaft component sliding block sliding slot, driving
Flexible axle sliding slot, limited block fixing groove are equipped with the limit card slot II matched with the limit plug of limited block.
2. mechanical group for sliding roof according to claim 1, it is characterised in that: bar shaped elastic component is equipped with one
Above middle part shoes.
3. mechanical group for sliding roof according to claim 1, it is characterised in that: rear foxy side, which is equipped with, breaks away
Foot.
4. mechanical group for sliding roof according to claim 1, it is characterised in that: play basculating arm pin shaft sliding slot and be equipped with
Elastic slice card slot, it is preceding foxy to be equipped with connecting rod positive stop spring plate between the foot of top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821123953.7U CN208452759U (en) | 2018-07-17 | 2018-07-17 | Mechanical group for sliding roof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821123953.7U CN208452759U (en) | 2018-07-17 | 2018-07-17 | Mechanical group for sliding roof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208452759U true CN208452759U (en) | 2019-02-01 |
Family
ID=65179462
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821123953.7U Active CN208452759U (en) | 2018-07-17 | 2018-07-17 | Mechanical group for sliding roof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208452759U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108749543A (en) * | 2018-07-17 | 2018-11-06 | 上海万超汽车天窗有限公司 | Mechanical group for sliding roof |
| WO2021119876A1 (en) * | 2019-12-15 | 2021-06-24 | 江苏德福来汽车部件有限公司 | Sunroof mechanical assembly |
| CN115087553A (en) * | 2020-02-18 | 2022-09-20 | 八千代工业株式会社 | Sunroof device |
-
2018
- 2018-07-17 CN CN201821123953.7U patent/CN208452759U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108749543A (en) * | 2018-07-17 | 2018-11-06 | 上海万超汽车天窗有限公司 | Mechanical group for sliding roof |
| CN108749543B (en) * | 2018-07-17 | 2023-12-26 | 上海万超汽车天窗有限公司 | Mechanical group for sliding roof |
| WO2021119876A1 (en) * | 2019-12-15 | 2021-06-24 | 江苏德福来汽车部件有限公司 | Sunroof mechanical assembly |
| CN115087553A (en) * | 2020-02-18 | 2022-09-20 | 八千代工业株式会社 | Sunroof device |
| CN115087553B (en) * | 2020-02-18 | 2022-12-13 | 八千代工业株式会社 | Sunroof device |
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