CN201825006U - Wiper connecting assembly and wiper combination - Google Patents
Wiper connecting assembly and wiper combination Download PDFInfo
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- CN201825006U CN201825006U CN2010202264533U CN201020226453U CN201825006U CN 201825006 U CN201825006 U CN 201825006U CN 2010202264533 U CN2010202264533 U CN 2010202264533U CN 201020226453 U CN201020226453 U CN 201020226453U CN 201825006 U CN201825006 U CN 201825006U
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- wiper
- crank
- connecting component
- wiper crank
- pair
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Abstract
The utility model discloses a wiper connecting assembly and a wiper combination using the wiper connecting assembly. The wiper connecting assembly is used for connecting one wiper to any of several wiper arms with different structures, the wiper connecting assembly comprises a near-end construction member, a long-distance construction member, a pair of side walls disposed between the near-end construction member and the long-distance construction member, and several base bodies, each base body is constructed to be different from other base bodies, each base body is used for supporting at least one of the several wiper arms. The wiper connecting assembly and the wiper combination in the utility model are advantaged by use for supporting various wiper arms due to several base bodies disposed.
Description
Technical field
The utility model relates to a kind of rain brush technology, relates in particular to a kind of windshield wiper connecting component and rain brush combination that rain brush is connected to Wiper crank.
Background technology
Different automakers generally provides the Wiper crank of different structure on their vehicle.For instance, Wiper crank can include a coupling end, this coupling end be constructed as a pin (pin), a plate (plate), a bayonet (bayonet), a hook (hook), different size the U-shaped housing, the combination of U-shaped housing or a L shaped pin and a round pin of unique locking mechanism is arranged.
Rain brush is consumable store, sees through windshield wiper connecting component and replacedly is contained on the Wiper crank.Usually, windshield wiper connecting component has different structures, can be assemblied in the Wiper crank of a certain particular form.Windshield wiper connecting component includes locking mechanism, is interlocked with cooresponding locking mechanism on the Wiper crank.Owing on the market multi-form Wiper crank is arranged, is used for assembling the also variation of windshield wiper connecting component kind of these Wiper cranks.So automobile maintenance maintenance enterprise need prepare various windshield wiper connecting component stocks usually,, thereby improve the corporate operation cost so that serve their client better.
The utility model content
Main purpose of the present utility model be at the deficiency that above-mentioned prior art exists provide a rain brush can be connected to several Wiper cranks with different structure any one windshield wiper connecting component and the rain brush combination of using the utility model windshield wiper connecting component.
For achieving the above object, first kind of windshield wiper connecting component provided by the utility model is in order to be connected to a rain brush any one of several Wiper cranks with different structure, it comprises a proximal structure, a long-distance structural components, a pair of sidewall and several pedestals that is arranged between this proximal structure and this long-distance structural components, each pedestal is constructed as different with other pedestal, and each pedestal is used for supporting at least one in these several Wiper cranks.
As improvement, above-mentioned windshield wiper connecting component, in order to include first Wiper crank in the bonded assembly Wiper crank with U-shaped housing, it comprises one first pedestal, this first pedestal comprises a pair of first elongated members of extending at the outside and the side of this sidewall, and this first elongated members is suitable for supporting first Wiper crank thereon.
Above-mentioned windshield wiper connecting component, in order to include second Wiper crank in the bonded assembly Wiper crank with U-shaped housing, and the U-shaped housing of this second Wiper crank is different with the U-shaped housing width of first Wiper crank, it comprises one second pedestal, this second pedestal comprises a pair of second elongated members of extending at the outside and the side of first elongated members, and this second elongated members is suitable for supporting second Wiper crank thereon.
Above-mentioned windshield wiper connecting component, comprise a mating component, this mating component defines a pair of fixed sturcture, this fixed sturcture comprises a vertical surface, first inclined surface, first horizontal surface, second inclined surface and one second horizontal surface that order is connected, and defines a tab accommodation space.
Above-mentioned windshield wiper connecting component, this proximal structure comprises contact surface, is used for contacting with Wiper crank, this contact surface of this proximal structure and this fixed sturcture of this long-distance structural components can be fixed in corresponding Wiper crank therebetween.
Above-mentioned windshield wiper connecting component comprises one the 3rd pedestal, all the people present's body and one and is used for the intermediate member that engages with Wiper crank, and this intermediate member props up and is held in this first elongated members and this second elongated members wherein; Described sidewall defines a hole, and the 3rd pedestal includes a transverse member that is contained in this hole; Described all the people present's body includes near a pair of side direction bead and near base portion this long-distance structural components this proximal structure.
Above-mentioned windshield wiper connecting component comprises one the 5th pedestal, and the 5th pedestal comprises an outside face of described sidewall, this outside face and the 7th Wiper crank frictional engagement; Described long-distance structural components comprises a pair of pin, and this base portion defines a upper surface and a pair of from the recessed recess of this upper surface; The part of described base portion extends in this hole; Described side direction bead is alignd to recess with this; This proximal structure defines a breach.
Second kind of windshield wiper connecting component provided by the utility model, in order to a rain brush is installed to any one of first, second and third and four Wiper cranks with different structure, it comprises a proximal structure, pair of sidewalls and a pair of first elongated members, a pair of second elongated members, in transverse member and the base portion at least one; This sidewall has the near-end that is connected in this proximal structure and long-range with respect to this near-end, and this sidewall defines a hole; Should be set at the side of this sidewall to first elongated members, in order to support first Wiper crank, should be set at the side of this sidewall to second elongated members, and the side of this first elongated members, in order to support second Wiper crank, this transverse member is set in this hole, in order to support the 3rd Wiper crank, it is long-range that this base portion is set at this of this sidewall, in order to support the 4th Wiper crank.
The third windshield wiper connecting component provided by the utility model, in order to a rain brush is installed to first Wiper crank with different structure and any one of second Wiper crank, wherein this first Wiper crank comprises fixedly tab of one first U-shaped housing and a pair of first, this second Wiper crank includes fixedly tab of one second U-shaped housing and a pair of second, its structure is different from this first fixing tab, and it comprises a proximal structure, a long-distance structural components, pair of sidewalls and one first pedestal; This long-distance structural components is formed with a fixed sturcture; This sidewall is arranged between this proximal structure and this long-distance structural components; This first pedestal is provided on this sidewall, and is suitable for supporting first Wiper crank and second Wiper crank; This fixed sturcture be suitable for this first fixedly tab and this second fixedly tab engage.
Rain brush combination provided by the utility model can be installed in any one of several Wiper cranks with different structure, and it comprises a rain brush, a windshield wiper connecting component, a base component and a bridge joint seat; This windshield wiper connecting component comprises a proximal structure, a long-distance structural components, a pair of sidewall and several pedestals that is arranged between this proximal structure and this long-distance structural components, be provided near this sidewall, each pedestal is constructed as different with other pedestal, and each pedestal is used for supporting at least one in these several Wiper cranks; Described windshield wiper connecting component is contained on this base component pivotly; Described base component sees through this bridge joint seat and is contained on the rain brush.
Windshield wiper connecting component that the utility model provides and rain brush combination are owing to being provided with several pedestals, so can be used to support multiple Wiper crank.Thereby automobile maintenance maintenance enterprise can reduce the windshield wiper connecting component stock, so that serve their client better, thereby can reduce operating cost.
Description of drawings
Fig. 1 is the part exploded view of the rain brush combination of this case;
Fig. 2 is the External view according to the windshield wiper connecting component of this case teaching;
Fig. 3 is the exploded view according to the windshield wiper connecting component of this case teaching;
Fig. 4 is the section-drawing of mating component of windshield wiper connecting component of the line A-A of Fig. 3;
Fig. 5,6 and 7 is the External views according to the mating component of the windshield wiper connecting component of this case;
Fig. 8 is the section-drawing of the mating component of this case windshield wiper connecting component along Fig. 6 line B-B;
Fig. 9 is the External view of the lid of this case windshield wiper connecting component;
Figure 10 is the front elevation of windshield wiper connecting component, and lid is at off position;
Figure 11 is the front elevation of windshield wiper connecting component, and lid is at open position;
Figure 12 is the External view of first Wiper crank that can be contained in the windshield wiper connecting component of this case;
Figure 13 is the front elevation of first Wiper crank of Figure 12;
Figure 14 is the External view that comprises the rain brush combination of first Wiper crank and windshield wiper connecting component, show with first Wiper crank install to windshield wiper connecting component state;
Figure 15 is the External view that comprises the rain brush combination of first Wiper crank and windshield wiper connecting component;
Figure 16 is the front elevation that comprises the rain brush combination of first Wiper crank and windshield wiper connecting component;
Figure 17 is the birds-eye view that comprises the rain brush combination of first Wiper crank and windshield wiper connecting component, and for clarity sake, lid does not demonstrate;
Figure 18 is the section-drawing of rain brush combination along the line C-C of Figure 15;
Figure 19 and 20 is the External views that can be contained in second Wiper crank of this case windshield wiper connecting component;
Figure 21 is the External view that comprises the rain brush combination of second Wiper crank and windshield wiper connecting component, shows the installing condition that second Wiper crank is installed to windshield wiper connecting component;
Figure 22 and 23 is the External views that comprise the rain brush combination of second Wiper crank and windshield wiper connecting component;
Figure 24 is the front elevation that comprises the rain brush combination of second Wiper crank and windshield wiper connecting component;
Figure 25 is the backplan that comprises the rain brush combination of second Wiper crank and windshield wiper connecting component;
Figure 26 is the back view that comprises the rain brush combination of second Wiper crank and windshield wiper connecting component;
Figure 27 and 28 is the External views that can be contained in the 3rd Wiper crank of this case windshield wiper connecting component;
Figure 29 is the front elevation of the 3rd Wiper crank of Figure 27;
Figure 30 is the External view that comprises the rain brush combination of windshield wiper connecting component and the 3rd Wiper crank, shows the state that the 3rd Wiper crank is installed to windshield wiper connecting component;
Figure 31 is the External view that comprises the rain brush combination of the 3rd Wiper crank and windshield wiper connecting component;
Figure 32 is the birds-eye view that comprises the rain brush combination of the 3rd Wiper crank and windshield wiper connecting component;
Figure 33 is the front elevation that comprises the rain brush combination of the 3rd Wiper crank and windshield wiper connecting component;
Figure 34 is the section-drawing of rain brush combination along Figure 32 line D-D;
Figure 35 is the External view that can be contained in the 4th Wiper crank of this case windshield wiper connecting component;
Figure 36 is the External view that comprises the rain brush combination of the 4th Wiper crank, intermediate member and this case windshield wiper connecting component;
Figure 37 is the exploded view that comprises the rain brush combination of the 4th Wiper crank, intermediate member and this case windshield wiper connecting component;
Figure 38 and 39 is used for the 4th Wiper crank is connected to the External view of the intermediate member of windshield wiper connecting component;
Figure 40 is used for the 4th Wiper crank is connected to the birds-eye view of the intermediate member of windshield wiper connecting component;
Figure 41 is the External view that includes the rain brush combination of windshield wiper connecting component and the 4th Wiper crank, shows the state that the 4th Wiper crank is installed to windshield wiper connecting component;
Figure 42 is that intermediate member is installed on the birds-eye view on the windshield wiper connecting component;
Figure 43 is the section-drawing of rain brush combination along Figure 36 line E-E, and this rain brush combination comprises the 4th Wiper crank, intermediate member and windshield wiper connecting component;
Figure 44 is that intermediate member is installed on the front elevation on the windshield wiper connecting component;
Figure 45 is the External view that can be contained in the 5th Wiper crank of this case windshield wiper connecting component;
Figure 46 is the External view that comprises the rain brush combination of the 5th Wiper crank and windshield wiper connecting component, shows the state that the 5th Wiper crank is installed to windshield wiper connecting component;
Figure 47 is the External view that comprises the rain brush combination of the 5th Wiper crank and windshield wiper connecting component;
Figure 48 is that the 5th Wiper crank is installed on the birds-eye view on the windshield wiper connecting component, and for clarity sake, lid does not demonstrate;
Figure 49 is the line F-F along Figure 48, comprises the section-drawing of the rain brush combination of the 5th Wiper crank and windshield wiper connecting component;
Figure 50 is the line G-G along Figure 48, comprises the section-drawing of the rain brush combination of the 5th Wiper crank and windshield wiper connecting component;
Figure 51 is the External view that can be contained in the 6th Wiper crank of this case windshield wiper connecting component;
Figure 52 is the exploded view that comprises the rain brush combination of the 6th Wiper crank, stationary housing and this case windshield wiper connecting component;
Figure 53 is the External view that the 6th Wiper crank is fixed to the stationary housing of this case windshield wiper connecting component;
Figure 54 is the External view that comprises the rain brush combination of the 6th Wiper crank and windshield wiper connecting component, shows the state that the 6th Wiper crank is installed to windshield wiper connecting component;
Figure 55 is the External view that comprises the rain brush combination of the 6th Wiper crank and windshield wiper connecting component;
Figure 56 is the External view of the rain brush combination of Figure 55, and for clarity sake, stationary housing is not expressed;
Figure 57 is the section-drawing of rain brush combination along the line H-H of Figure 55, and it comprises the 6th Wiper crank, stationary housing and windshield wiper connecting component;
Figure 58 is the part outward appearance section-drawing of rain brush combination along the line I-I of Figure 56;
Figure 59 is rain brush combination another part outward appearance section-drawing along the line J-J of Figure 58;
Figure 60 is the External view that can be contained in the 7th Wiper crank of this case windshield wiper connecting component;
Figure 61 is the birds-eye view that can be contained in the 7th Wiper crank of this case windshield wiper connecting component;
Figure 62 is the figure that comprises the rain brush combination of the 7th Wiper crank and windshield wiper connecting component, shows the state that the 7th Wiper crank is installed to windshield wiper connecting component;
Figure 63 is the External view that comprises the rain brush combination of the 7th Wiper crank and this case windshield wiper connecting component;
Figure 64 is the front elevation that comprises the rain brush combination of the 7th Wiper crank and this case windshield wiper connecting component; And
Figure 65 is the section-drawing that comprises the rain brush combination of the 7th Wiper crank and this case windshield wiper connecting component.The description of reference numerals of each parts is as follows among the figure:
10 rain brush make up 11 base portions, 12 rain brush
13 extensions, 15 flow-disturbing spare accommodation sections, 16 flow-disturbing spares
18 end caps, 19 lengthwise ends, 20 elastic support member
22 rubber strips, 24 base components, 26 windshield wiper connecting components
27 pins, 28 bridgewares, 29 grooves
30 mating components, 31 antethecas, 32 lids
33 near-ends, 34 proximal structure 35 are long-range
36 long-distance structural components, 37 side members, 40 elastic arms
42 guide grooves, 44 locking mechanisms, 46 locking mechanisms
48 upper walls, 50 firsts, 51 second portions
52 hollow spaces, 54 breach, 56 contact surfaces
60 base portions, 62 pin, 63 upper surfaces
64 recesses, 65 bottom surfaces, 66 protrusions
68 fixed sturctures, 69 tab accommodation spaces, 70 vertical surface
72 first inclined surfaces, 74 first horizontal surfaces, 76 second inclined surfaces
78 second horizontal surfaces, 80 sidewalls, 81 inside faces
82 holes, 83 outside faces, 84 transverse members
85 upper limbs, 86 first transverse part sections, 87 second transverse part sections
88 openings, 92 side direction beads, 94 through holes
96 limiting members, 100 recesses, 102 vertical surface
104 horizontal surfaces, 106 first elongated members, 108 horizontal surfaces
120 second elongated members, 122 horizontal surfaces, 137 bottom surfaces
138 grooves, 139 shoulders, 140 spaces
142 sidepieces, 144 spaces, 141 tops
148 long-range limit 150 breach, 160 first pedestals
162 second pedestals 164 the 3rd pedestal, 166 all the people present's bodies
168 the 5th pedestals, 200 first Wiper cranks, the 201 microscler bodies of rod
Housing 204 insertion sections that connect end 203 U-shapeds before 202
206 tabs, 208 leading edges, 210 sidewalls
215 bases, 213 rear ends, 300 second Wiper cranks
The 302 microscler bodies of rod 304 connect housing 306 upper walls
308 the first side walls, 310 second sidewalls, 312 openings
314 first skew walls, 316 second skew walls, 318 first extensions
320 bases, 322 second extensions 400 the 3rd Wiper crank
408 leading edges, 410 sidewalls, 412 tabs
414 rear ends, 416 first through holes, 418 second through holes
420 tabs, 424 bases 500 the 4th Wiper crank
502 elongate bars members, 504 L shaped pin 506 round pins
550 intermediate members, 552 anterior 554 slotted sections
555 grooves, 556 connecting panels, 560 inside faces
562 outside faces, 564 damper elements, 566 pin
570 through holes, 572 bases, 574 crooked free ends
600 the 5th Wiper cranks, 602 first microscler plate type members
604 second microscler plate type members
606 openings, 608 diff-Hs 700 the 6th Wiper crank
702 upper walls, 704 sidewalls, 706 first notch parts
707 second notch parts, 708 the first arms, 709 pars intermedias
The housing of 710 second arms, 750 stationary housings, 752 U-shapeds
754 upper walls, 756 front end components, 758 sidewalls
760 tabs, 762 leading edges, 766 bases
764 protrusions, 767 inside faces 800 the 7th Wiper crank
The 802 microscler body of rod 804 L shaped pin 806 round pins
808 crooked free ends
The specific embodiment
For describing technology contents of the present utility model, structural attitude, the purpose of being reached and effect in detail, give explanation below in conjunction with embodiment and conjunction with figs. are detailed.
With reference to Fig. 1, rain brush combination 10 comprises a rain brush 12, a windshield wiper connecting component 26 and a base component 24.Rain brush 12 comprises an elastic support member 20 and a rubber strip 22 that is attached to elastic support member 20, and rubber strip 22 is by in the elongate slot (not being shown among the figure) of its part being inserted elastic support member 20 and attached on the elastic support member 20.Elastic support member 20 is a single structure.Rubber strip 22 is attached to the mode of single-piece elastic support member 20, has been disclosed in No. the 11/498th, 964, U.S. patent application case in the examination, title is " a rain brush underwork ", and its content is all incorporated in this case.
Selectively, rain brush combination 10 can comprise a pair of flow-disturbing spare on windshield wiper connecting component 26 both sides (spoiler) 16, in order to the reduction windage, and a pair of end cap 18 at 10 liang of lengthwise ends 19 of rain brush combination, in order to flow-disturbing spare 16 is fixed on the elastic support member 20.
The windshield wiper connecting component 26 of this case is contained on the base component 24 pivotly, and base component 24 sees through bridge joint seat 28 and is installed on the rain brush 12.Will be appreciated that base component 24 and bridge joint seat 28 can be considered the part of windshield wiper connecting component 26, and do not depart from this case scope.The seat of bridge joint shown in the figure 28 is fixed on the rain brush 12, so also can be regarded as the part of rain brush 12.Bridge joint seat 28 can be contained on the rain brush 12 with any known way, such as welding manner, and clamping mode, screw locking mode, and alternate manner.Base component 24 is removably mounted on the bridge joint seat 28 in the mode of pressing fastening (snap-fit).Base component 24 is installed to the mode of bridge joint seat 28, has been disclosed in No. the 12/250th, 073, U.S. patent application case in the examination, title is " rain brush being connected to the windshield wiper connecting component of Wiper crank ", and its content is all incorporated in this case.
Windshield wiper connecting component 26 is with removable and can the pivot mode be contained on the base component 24.Windshield wiper connecting component 26 can comprise a pin 27, is inserted into a cooresponding groove 29 of base component 24.Base component 24 comprises the base portion 11 and the extension 13 that up extends from base portion 11 that are roughly the U-shaped structure.Groove 29 is formed in the extension 13.Base component 24 optionally is provided with a pair of flow-disturbing spare accommodation section 15 at base portion 11 two ends, is used for covering and the fixing part of flow-disturbing spare 16.
Windshield wiper connecting component 26 can adopt other any method of not representing in figure to be installed on the base component 26.For instance, base component 24 can comprise a pin of giving prominence to from base portion 11, and windshield wiper connecting component 26 can have a groove that is used for holding this pin.Will be appreciated that windshield wiper connecting component 26 can not be directly installed on the rain brush 12 by base component 24.For instance, windshield wiper connecting component 26 can have pin or groove wherein, and rain brush 12 can have another person of pin or groove, is used for and windshield wiper connecting component 26 fastens.This case windshield wiper connecting component 26 can assemble seven kinds of Wiper cranks 200,300,400,500,600,700,800.
With reference to Fig. 2, windshield wiper connecting component 26 comprises several pedestals 160,162,164,166,168, can assemble in several Wiper cranks with different structure 200,300,400,500,600,700,800 any one.Any one pedestal 160,162,164,166,168 wherein can assemble more than one Wiper crank.For instance, pedestal 160 can be supported first Wiper crank 200 and the 3rd Wiper crank 400.The structure of these several pedestals 160,162,164,166,168, will after describe in detail.
With reference to Fig. 3, windshield wiper connecting component 26 comprises a mating component 30 and a lid 32.Mating component 30 comprises 34, one long-distance structural components of a proximal structure (or leading edge member) (or rear end member) 36 and is arranged at therebetween pair of sidewalls 80.Lid 32 is movably mounted in proximal structure 34, and lid 32 can be considered to be the part of proximal structure 34.Sidewall 80 respectively includes a near-end 33 and one long-range 35.Proximal structure 34 is connected to the near-end 33 of sidewall 80.Long-distance structural components 36 is connected to long-range 35 of sidewall 80.Microscler hole 82 is defined in this oppose side wall 80 and between this proximal structure 34 and this long-distance structural components 36.
Used " long-range (distal) " or " tele direction (distally) " in this case, representative is near an end of Wiper crank drive end, and " near-end (proximal) " or " proximal direction (proximally) " represents and the oppositely directed free end of Wiper crank drive end.Lid 32 can be installed on the proximal structure 34 along longitudinally X sliding type.Longitudinally X is the direction that rain brush 12 and Wiper crank extend.
The proximal structure 34 of mating component 30 has an antetheca 31, a upper wall 48 and a pair of side members 37.Side members 37 defines a pair of guide groove 42.Locking mechanism 44 can be the form of tab, is formed in the guide groove 42, is used for engaging with cooresponding locking mechanism 46 on the lid 32.The locking mechanism 46 of lid 32 can move in guide groove 42.
With reference to Fig. 3 and 4, proximal structure 34 between antetheca 31 and the side members 37, defines a hollow space 52 at upper wall 48.Antetheca 31 has a breach 54 near the near-end 33 of sidewall 80.The side members 37 of proximal structure 34 respectively has a first 50, a second portion 51 and an elastic arm 40, and promptly side members 37 is connecting near upper wall 48.Elastic arm 40 can be with respect to first 50 and second portion 51 elasticity deviations, and guide groove 42 is arranged on the elastic arm 40, and go up extension in longitudinally X.Proximal structure 34 includes near a pair of contact surface 56 (the clear Fig. 5 and 6 that is shown in) second portion 51.Contact surface 56 extends on the direction of parallel Z direction, and the Z direction is the short transverse of windshield wiper connecting component 26 or rain brush 12, and X is vertical with longitudinally.The effect of contact surface 56 is contact and is close proximity to Wiper crank leading edge (or nearly edge) that it will be described in more detail below.
With reference to Fig. 5 and 6, long-distance structural components 36 define one roughly inverted U-shaped, comprise a base portion 60 and a pair of pin 62 that down stretches out at base portion 60 opposite sides.Base portion 60 is set at this between the pin 62, and stretches in the hole 82.Base portion 60 includes a upper surface 63 and a pair of recess 64.Recess 64 extends along longitudinally X, and recess 64 respectively has a bottom surface 65 recessed from upper surface 63.Bottom surface 65 can be parallel or not parallel with upper surface 63.Long-distance structural components 36 more includes one from the up outstanding protrusion 66 of upper surface 63.
This respectively includes a fixed sturcture 68 to pin 62, can be the breach form.Fixed sturcture 68 includes a vertical surface 70 (clear be shown in Fig. 2), one first inclined surface 72, one first horizontal surface 74, second inclined surface 76 and one second horizontal surface 78, is connected in proper order with this.Vertical surface 70, first inclined surface 72, first horizontal surface 74 and second inclined surface 76 define a tab accommodation space 69 jointly.
With reference to Fig. 5 and 8, be inserted into the pin 27 of base component 24 respective grooves 29, to be located near windshield wiper connecting component 26 bottom sides, pin 27 is across microscler hole 82.Pin 27 extends on transverse direction Y, and transverse direction Y is the direction vertical with vertical direction Z with longitudinally X.Rain brush 12 when transverse direction Y is parallel to rain brush 12 and is driven by Wiper crank 200,300,400,500,600,700 and 800 strike off sense of motion.
As clearly shown in Figure 6, sidewall 80 more includes one near proximal structure 34, and from the recessed recess 100 of outside face 83.Recess 100 is roughly L shaped, includes a vertical surface 102 and a horizontal surface 104.A pair of first elongated members 106 is extended in the side and the outside of sidewall 80 outside faces 83.First elongated members 106 includes a horizontal surface 108, is connected to the contact surface 56 of proximal structure 34.Horizontal surface 108 and contact surface 56 define one L shaped.Horizontal surface 108 aligns on longitudinally X with second horizontal surface 78 of fixed sturcture 68.The horizontal surface 108 and second horizontal surface 78 can extend on same level, define a pedestal of supporting Wiper crank jointly.
A pair of second elongated members 120 is extended in the side and the outside of the outside face 83 of sidewall 80, and also the outside and the side in first elongated members 106 extends.Second elongated members 120 comprises a pair of horizontal surface 122.The horizontal surface 108 of horizontal surface 104, the first elongated members 106 of recess 100 and the horizontal surface 122 of second elongated members 120 are not set on the identical plane, thereby define terrace structure betwixt.Will be appreciated that horizontal surface 104, horizontal surface 108 and horizontal surface 122 can be located on the same level, and do not depart from the scope of this case.
As illustrated in Figures 5 and 6, there is a space 140 to be formed at first elongated members 106 and sells between 27.As shown in Figure 7, groove 138 is formed in the space 140 of bottom surface 137 of sidewall 80 of mating component 30.Groove 138 defines a shoulder 139.
With reference to Fig. 1 and 9, lid 32 include a top 141 with a pair of from top the 141 vertical sidepieces that down stretch out 142.Top 141 and sidepiece 142 are formed with a space 144 between them, be accommodated in it in order to the proximal structure 34 with mating component 30.Sidepiece 142 respectively includes a locking mechanism 46, is the form of tab (tab).By locking mechanism 46 is placed guide groove 42, lid 32 is slidably mounted on mating component 30.Lid 32 includes a long-range limit 148 and near the breach 150 long-range limit 148.
With reference to Figure 10 and 11, lid 32 can move between open position and off position.When lid 32 during at off position, the long-range limit 148 of lid 32 is positioned at the tele direction (or rear) of L shaped recess 100 vertical surface 102, thereby covers the part of L shaped recess 100.When lid 32 during at open position, the long-range limit 148 of lid 32 is positioned at the proximal direction (or the place ahead) of L shaped recess 100 vertical surface 102.
Desire moves on to open position with lid 32 from off position, can make elastic arm 40 mutually toward interior bias voltages with elastic arm 40 toward interior pressures (towards the hollow space 52 of proximal structure 34), thereby the locking mechanism 46 of lid 32 breaks away from from the locking mechanism 44 of elastic arm 40.So the locking mechanism 46 of lid 32 can move on longitudinally X toward proximal direction (or forward) in guide groove 42.Further moving forward of first's 50 restriction lids 32.
Desire moves on to off position with lid 32 from open position, and lid 32 can move toward tele direction or back extreme direction, does not need to push elastic arm 40.When the locking mechanism 46 of lid 32 slided into locking mechanism 44 in elastic arm 40 guide grooves 42, the locking mechanism 46 of lid 32 and the locking mechanism 44 of elastic arm 40 engaged mutually.Elastic arm 40 is got back to the home position, and locking mechanism 44 and 46 push-tights are in the same place.So lid 32 is locked structure 46 fastenings at off position.
Get back to Fig. 2, first elongated members 106 and second the horizontal surface 78 unnecessary but fixed sturcture 68 that can select in addition can define first pedestal 160, are used for supporting first Wiper crank 200 and the 3rd Wiper crank 400.First pedestal 160 also can see through an intermediate member 550 (being shown in Figure 36) and support the 4th Wiper crank 500.Second elongated members 120 defines second pedestal 162, to support second Wiper crank 300.
Will be appreciated that when first, second, third Wiper crank 200,300,400 is loaded onto, decide that sidewall 80 upper limbs 98 can be constructed as with the first, the second or the 3rd Wiper crank 200,300 and 400 and engage or do not engage on the size of rain brush.So sidewall 80 upper limbs 98 can constitute an any one part in pedestal 160 and 162, be used for supporting first, second and the 3rd Wiper crank 200,300 and 400.Another kind of mode is that sidewall 80 upper limbs 98 itself can be used as another pedestal of supporting Wiper crank.
First Wiper crank
With reference to Figure 12 and 13, this case windshield wiper connecting component 26 can assemble first Wiper crank 200.First Wiper crank 200 includes a microscler body of rod 201, be connected to Wiper crank driver train (not being shown among the figure) with one before be connected end 202.Before connect a pair of tab 206 that end 202 includes a U-shaped housing that is roughly U-shaped 203, an insertion section 204 and stretches out from U-shaped housing 203 forward.U-shaped housing 203 has pair of sidewalls 210, has leading edge 208 and base 215.Tab 206 is formed on the sidewall 210, has rear end 213.Rear end 213 defines an acute angle with respect to longitudinally X.
With reference to Figure 14, desire is installed to windshield wiper connecting component 26 with first Wiper crank 200, and the lid 32 of windshield wiper connecting component 26 at first is moved to open position.Then, tab 216, inserts in the tab accommodation space 69 of fixed sturcture 68 of long-distance structural components 36 with an angle with respect to longitudinally X.Afterwards, first Wiper crank 200 pivots toward proximal structure 34 around fixed sturcture 68, till the contact surface 56 of first Wiper crank, 200 leading edges, 208 butt proximal structure 34.At last, lid 32 is moved to off position.So first Wiper crank 200 sees through windshield wiper connecting component 26 and is fixed on the rain brush 12.
With reference to Figure 15 to 18, when first Wiper crank 200 was installed on the windshield wiper connecting component 26, the tab 206 of first Wiper crank 200 was incorporated in the tab accommodation space 69 of fixed sturcture 68 of long-distance structural components 36.The contact surface 56 of the leading edge 208 butt proximal structure 34 of first Wiper crank 200.The insertion section 204 of first Wiper crank 200 is incorporated in the breach 54 (Fig. 9) of proximal structure 34 upper walls 48.First Wiper crank, 200 bases 215 are supported on second horizontal surface 78 of the horizontal surface 108 of first elongated members 106 and fixed sturcture 68.When lid 32 moved on to off position, insertion section 204 was incorporated in the breach 150 on lid 32 tops 141.At this off position, lid 32 is positioned at the top of U-shaped housing 203 parts of the insertion section 204 and first Wiper crank 200, thereby prevents that first Wiper crank 200 from moving on the Z direction.Contact surface 56 and fixed sturcture 68 are sandwiched in first Wiper crank 200 therebetween, prevent that first Wiper crank 200 from moving on longitudinally X.Mating component 30 sidewalls 80 can engage with first Wiper crank, 200 inside faces, prevent that first Wiper crank 200 from moving on transverse direction Y.
Will be appreciated that as long as tab 206 can be incorporated in the fixed sturcture 68 shape of fixed sturcture 68 can be similar or be different from the shape of first Wiper crank, 200 tabs 206.
Second Wiper crank
With reference to Figure 19 and 20, this case windshield wiper connecting component 26 can assemble second Wiper crank 300.Second Wiper crank 300 comprises that a microscler body of rod 302 and one are connected housing 304 from the fore and aft axis X skew (offset) of the microscler body of rod 302.Connecting housing 304 is the U-shaped housing, the U-shaped housing of this second Wiper crank is different with the U-shaped housing width of first Wiper crank, and comprise a upper wall 306, the first side wall 308 that is adjacent to the microscler body of rod 302 and one are with respect to the first side wall 308 and from the microscler body of rod 302 second sidewall 310 far away.Upper wall 306 has an opening 312.First skew wall 314 is connected to the microscler body of rod 302 with the first side wall 308.Second skew wall 316 is connected to the microscler body of rod 302 with second sidewall 310.The first side wall 308 and second sidewall 310 respectively have a base 320.
A pair of first extension 318 is formed at the base 320 of the first side wall 308 and second sidewall 310.One second extension 322 vertically extends from first extension 318 of the first side wall 308.Second extension 322 of first extension 318 and the first side wall 308 define one L shaped.
With reference to Figure 21, desire installs to windshield wiper connecting component 26 with second Wiper crank 300, the lid 32 of windshield wiper connecting component 26 can be moved on to open position, the connection housing 304 of second Wiper crank 300 is placed in windshield wiper connecting component 26 tops, and second extension 322 aligns with L shaped recess 100 vertical surface 102 under second extension 322.Then second Wiper crank 300 is moved down into windshield wiper connecting component 22.Second extension 322 moves along the vertical surface 102 of L shaped recess 100, arrives the horizontal surface 104 of L shaped recess 100 up to second extension 322.
Afterwards, second Wiper crank 300 moves on tele direction or back extreme direction, so that second extension 322 is moved along the horizontal surface 104 of L shaped recess 100 on longitudinally X.A near space 140 second extension 322 continues to move on to first elongated members 106 and sells between 27.Second extension 322 continues to be moved in the groove 138 of mating component 30 bottom surfaces 137, and is incorporated in this.Shoulder 139 provides the location of second Wiper crank 300, and prevents that second Wiper crank 300 is moved further.At last, lid 32 is moved on to off position, make second Wiper crank 300 be fixed to mating component 30.
Shown in Figure 22 to 26, when second Wiper crank 300 was installed into windshield wiper connecting component 26, the base 320 of second Wiper crank 200 was supported on the horizontal surface 122 of second elongated members 120.Second extension 322 is placed in one of them groove 138.When lid 32 during at off position, lid 32 covers the part of this connection housing 304, avoids second Wiper crank 300 to move on vertical direction Z.
The 3rd Wiper crank
With reference to Figure 27 to 29, this case windshield wiper connecting component 26 can be fit to assemble the 3rd Wiper crank 400.The 3rd Wiper crank 400 comprises that a U-shaped housing 402 that is roughly U-shaped and one are from extended first protrusion 404 of U-shaped housing 402 forward.U-shaped housing 402 comprises a upper wall 406, a pair of leading edge 408 and pair of sidewalls 410.This sidewall 410 respectively comprises a base 424 and the tab 412 with rear end 414.Rear end 414 is vertical with longitudinally X.The housing 402 that is roughly U-shaped defines first through hole 416 and second through hole 418 at upper wall 406.A tab 420 is formed in first through hole 416.A distance D 3 is defined in leading edge 408 and rear end 414 between them.
With reference to Figure 30, desire installs to the 3rd Wiper crank 400 on the windshield wiper connecting component 26, lid 32 can be moved on to open position.The 3rd Wiper crank 400 is parallel to longitudinally X to be placed, and toward moving down into mating component 30, the contact surface 56 of leading edge 480 and proximal structure 34 is contacted, and rear end 414 is contacted with the vertical surface 70 of the fixed sturcture 68 of long-distance structural components 36.At last, lid 32 is moved on to off position, and the 3rd Wiper crank 400 is locked on the windshield wiper connecting component 26.
Shown in Figure 31 to 34, when the 3rd Wiper crank 400 was installed on the windshield wiper connecting component 26, the 3rd Wiper crank 400 bases 424 were supported on the horizontal surface 108 of first elongated members 106.Unnecessary but selectable, the base 424 of the 3rd Wiper crank 400 also can contact with second horizontal surface 78 of the fixed sturcture 68 of long-distance structural components 36.Distance D 4 (Figure 33) between the vertical surface 70 of the contact surface 56 of proximal structure 34 and the fixed sturcture 68 of long-distance structural components 36 is equivalent to or is slightly smaller than the leading edge 408 of the 3rd Wiper crank 400 and the distance D 3 (Figure 29) between the rear end 414.So the 3rd Wiper crank 400 is sandwiched between proximal structure 34 contact surfaces 56 and long-distance structural components 36 vertical surface 70.The tab 420 of the 3rd Wiper crank 400 in first through hole 416 can contact or not contact with long-distance structural components 36 protrusions 66.Then, lid 32 is moved to off position, covers the 3rd Wiper crank 400 leading edges 408, prevents that the 3rd Wiper crank 400 from moving on the Z direction.
The 4th Wiper crank
With reference to Figure 35 and 36, the windshield wiper connecting component 26 of this case can be fit to assemble the 4th Wiper crank 500.The 4th Wiper crank 500 comprises 502, one L shaped pin 504 of an elongate bars member and a round pin 506.L shaped pin 504 and round pin 506 extend from the side of elongate bars member 502.L shaped pin 504 has a length, begins to count from the sidewall of L shaped pin 504 and 506 extended elongate bars members 502 of round pin, and this length is longer than the length of round pin 506.L shaped pin 504 defines a crooked free end 574.
With reference to Figure 36 to 40, desire installs to windshield wiper connecting component 26 with the 4th Wiper crank 500, can use an intermediate member 550.It is the part of the 4th Wiper crank 500 that intermediate member 550 can be interpreted into, or the part of windshield wiper connecting component 26.Intermediate member 550 comprises a front portion 552, a pair of slotted section 554, and a connecting panel 556 between slotted section 554.Slotted section 554 respectively is formed with an inside face 560 and an outside face 562.A groove 555 is formed between inside face 560 and the outside face 562.A damper element 564 is formed on each inside face 560.A pair of pin 566 down extends from connecting panel 556.Intermediate member 550 defines a pair of through hole 570.Slotted section 554 defines base 572.
With reference to Figure 41 to 44, desire installs to the 4th Wiper crank 500 on the windshield wiper connecting component 26, intermediate member 550 can be placed on the mating component 30 of windshield wiper connecting component 26.Intermediate member 550 can loose ground or is contained in tightly on the mating component 30 of windshield wiper connecting component 26.The through hole 570 of intermediate member 550 aligns with the through hole 94 of the mating component 30 of windshield wiper connecting component 26.In addition, 572 on the base of intermediate member 550 is held on the horizontal surface 78 of fixed sturcture 68 of the horizontal surface 108 of first elongated members 106 and long-distance structural components 36.
Then, the round pin 506 with the 4th Wiper crank 500 is an angle with respect to windshield wiper connecting component 26, inserts the through hole 570 of intermediate member 550 and the through hole 94 of windshield wiper connecting component 26.The 4th Wiper crank 500 is rotated around round pin 506,, and be engaged in slotted section 554 outside faces 562 in the mode of frictional fit so that the crooked free end 574 of L shaped pin 504 is inserted in the contiguous groove 555.The existence of damper element 564 is particularly arranged, and the 4th Wiper crank 500 is not run into slotted section 554 inside faces 560.So the 4th Wiper crank 500 sees through intermediate member 550 and is fixed to windshield wiper connecting component 26.
The 5th Wiper crank
With reference to Figure 45, the windshield wiper connecting component 26 of this case can be fit to assemble the 5th Wiper crank 600.The 5th Wiper crank 600 forms microscler platy structure roughly, comprises one first microscler plate type member 602 and one second microscler plate type member 604, and it is formed with an opening 606.The first microscler plate type member 602 and the second microscler plate type member 604 define a diff-H 608 betwixt.
With reference to Figure 46, desire installs to the 5th Wiper crank 600 on the windshield wiper connecting component 26, and lid 32 is maintained off position.The 5th Wiper crank 600 inserts in the hole 82 of mating component 30.By Wiper crank 600 is moved toward windshield wiper connecting component 26 on the Z direction, the 5th Wiper crank 600 is moved along the directions X direction toward proximal structure 34, the 4th Wiper crank 500 can be inserted in the hole 82 of mating component 30.The 5th Wiper crank 600 moves along directions X, enters in the opening 606 of the 5th Wiper crank 600 up to long-distance structural components 36 protrusions 66.
Shown in Figure 47 to 52, the 5th Wiper crank 600 is supported on the transverse member 84 and long-distance structural components 36 base portions 60 upper surfaces 63 in hole 82.First plate type member 602 is inserted into the hollow space 52 of proximal structure 34, and contacts with the antetheca 31 of proximal structure 34.So the 5th Wiper crank 600 moving on longitudinally X limited by the protrusion 66 of the antetheca 31 of proximal structure 34 and long-distance structural components 36.
Shown in Figure 49 and 50 knew, second plate type member of the 5th Wiper crank 600 was incorporated between this limiting member 96 and the transverse member 84.Limiting member 96 engages with the 5th Wiper crank 600, prevents that the 5th Wiper crank 600 from moving on transverse direction Y and vertical direction Z.
The 6th Wiper crank
With reference to Figure 51, the windshield wiper connecting component 26 of this case can assemble the 6th Wiper crank 700.The 6th Wiper crank 700 comprises a housing that is roughly U-shaped, defines a upper wall 702 and pair of sidewalls 704.Sidewall 704 respectively defines 706, one second notch parts 707 of one first notch part, and the pars intermedia 709 in the middle of them.Sidewall 704 respectively includes a first arm 708 and one second arm 710.The first arm 708 (or toward tele direction) backward extends in first notch part 706.Second arm 710 (or toward proximal direction) forward extends to first notch part 706.
With reference to Figure 52 and 53, desire is fixed to windshield wiper connecting component 26 with the 6th Wiper crank 700, and using has a stationary housing 750.It is the part of windshield wiper connecting component 26 that stationary housing 750 can be interpreted into, or the part of the 6th Wiper crank 700, or the individual component that separates with windshield wiper connecting component 26 and the 6th Wiper crank 700.Stationary housing 750 defines a housing 752 that is roughly U-shaped, and comprises 754, one front end components 756 of a upper wall, and pair of sidewalls 758 is a pair of from sidewall 758 extended tab 760 and a pair of bases 766.A pair of protrusion 764 is formed at sidewall 758 inside faces 767.
With reference to Figure 54 to 59, desire installs to windshield wiper connecting component 26 with the 6th Wiper crank 700, and lid 32 maintains off position.The 6th Wiper crank 700 is placed in windshield wiper connecting component 26 tops, and moves along vertical direction Z, is incorporated in the hole 82 of windshield wiper connecting component 26 up to the 6th Wiper crank 700.The pars intermedia 709 of the 5th Wiper crank 700 sidewalls 704 is placed in the recess 64 of long-distance structural components 36.
Then, make the 6th Wiper crank 700 on longitudinally X, move,, touch the leading edge 71 (Figure 57) of the base portion 60 of long-distance structural components 36 up to second arm 710 of the 6th Wiper crank 700 toward tele direction or rear.Afterwards, by tab 760 being inserted in the tab accommodation space 69 of fixed sturcture 68, so stationary housing 750 is placed on the top of the 6th Wiper crank 700, rotational fixation housing 750 down subsequently touches the contact surface 56 of proximal structure 34 up to the leading edge 762 of stationary housing 750.So stationary housing 750 is fixed between the fixed sturcture 68 of proximal structure 34 contact surfaces 56 and long-distance structural components 36.So the 6th Wiper crank 700 housing 750 that is fixed is fixed to windshield wiper connecting component 26.
Shown in Figure 57 to 59 is clear, when the 6th Wiper crank 700 is placed in the hole 82 of mating component 30, the first arm 708 can contact with the transverse member 84 in the hole 82, and the pars intermedia 709 of the sidewall 704 of the 6th Wiper crank 700 is incorporated in the recess 64 of long-distance structural components 36.Second arm 710 of the 6th Wiper crank 600 can prop up the leading edge 63 (Figure 57) of long-distance structural components 36 base portions 60.The first arm 708 and second arm 710 can be used to the 6th Wiper crank 700 is positioned fixed point, and can prevent that the 6th Wiper crank 700 from moving on longitudinally X.
The 7th Wiper crank
With reference to Figure 60 and 61, the windshield wiper connecting component 26 of this case can assemble the 7th Wiper crank 800.The 7th Wiper crank 800 comprises 802, one L shaped pin 804 and round pins 806 that extend laterally from the microscler body of rod 802 that extend laterally from the microscler body of rod 802 of a microscler body of rod.L shaped pin 804 is shorter than round pin 806, and a crooked free end 808 is arranged.
With reference to Figure 62 to 65, desire installs to windshield wiper connecting component 26 with the 7th Wiper crank 800, in the through hole 94 of the mating component 30 by round pin 806 being inserted windshield wiper connecting components 26, makes the 7th Wiper crank 800 with respect to longitudinally X, is an angle and installs.Lid 32 maintains off position.Then, the 7th Wiper crank 800 pivots around round pin 806, makes the microscler body of rod 802 parallel with longitudinally X.In this position, the crooked free end 808 of the L shaped pin 804 of the 7th Wiper crank 800 engages with an outside face 83 of the vicinity of mating component 30 sidewalls 80.Utilize the frictional engagement between L shaped pin 804 crooked free ends 808 and sidewall 80 outside faces 83, the 7th Wiper crank 800 is fixed in windshield wiper connecting component 26 combinations.
Generally speaking, the windshield wiper connecting component 26 of this case provides several pedestals, and each pedestal can be supported at least one in several Wiper cranks.Pedestal can be provided in the side (no matter being in hole 82 or the outside of sidewall 80) of mating component 30 sidewalls 80, on sidewall 80, or on long-distance structural components 36.Proximal structure 34 and long-distance structural components 36 can define fixed sturcture, are matched with the fixed sturcture of Wiper crank.In addition, an available intermediate member is used for Wiper crank is installed on the windshield wiper connecting component between Wiper crank and windshield wiper connecting component.In addition, movable or detouchable anchor fitting can be used to fixedly Wiper crank on windshield wiper connecting component.The described movable or detouchable anchor fitting of this case can be lid 32, stationary housing 750 or intermediate member 550.Removable or detouchable anchor fitting can have other structure, and is not limited to the described form of this case.
Narration in this case is in itself only as illustrating, so this case content comprises the various various versions that do not depart from this case disclosure.Further suitable application area of the present utility model detailed description in this article can be cheer and bright.Will be appreciated that, description in this case and specific example, though the most preferred embodiment of the present utility model of being known as, its purpose is being the usefulness of explaining, and be not used for limiting the scope of this case disclosure.
Claims (10)
1. windshield wiper connecting component, in order to a rain brush is connected to any one of several Wiper cranks with different structure, it is characterized in that: comprise a proximal structure, a long-distance structural components, a pair of sidewall and several pedestals that is arranged between this proximal structure and this long-distance structural components, each pedestal is constructed as different with other pedestal, and each pedestal is used for supporting at least one in these several Wiper cranks.
2. windshield wiper connecting component as claimed in claim 1, it is characterized in that: in order to include first Wiper crank in the bonded assembly Wiper crank with U-shaped housing, comprise one first pedestal, this first pedestal comprises a pair of first elongated members of extending at the outside and the side of this sidewall, and this first elongated members is suitable for supporting first Wiper crank thereon.
3. windshield wiper connecting component as claimed in claim 2, it is characterized in that: in order to include second Wiper crank in the bonded assembly Wiper crank with U-shaped housing, and the U-shaped housing of this second Wiper crank is different with the U-shaped housing width of first Wiper crank, comprise one second pedestal, this second pedestal comprises a pair of second elongated members of extending at the outside and the side of first elongated members, and this second elongated members is suitable for supporting second Wiper crank thereon.
4. windshield wiper connecting component as claimed in claim 3, it is characterized in that: comprise a mating component, this mating component defines a pair of fixed sturcture, this fixed sturcture comprises a vertical surface, first inclined surface, first horizontal surface, second inclined surface and one second horizontal surface that order is connected, and defines a tab accommodation space.
5. windshield wiper connecting component as claimed in claim 4 is characterized in that: described proximal structure comprises contact surface, is used for contacting with Wiper crank, and this contact surface of this proximal structure and this fixed sturcture of this long-distance structural components can be fixed in corresponding Wiper crank therebetween.
6. windshield wiper connecting component as claimed in claim 2, it is characterized in that: comprise one the 3rd pedestal, all the people present's body and one and be used for the intermediate member that engages with Wiper crank, this intermediate member props up and is held in this first elongated members and this second elongated members wherein; Described sidewall defines a hole, and the 3rd pedestal includes a transverse member that is contained in this hole; Described all the people present's body includes near a pair of side direction bead and near base portion this long-distance structural components this proximal structure.
7. windshield wiper connecting component as claimed in claim 6 is characterized in that: comprise one the 5th pedestal, the 5th pedestal comprises an outside face of described sidewall, this outside face and the 7th Wiper crank frictional engagement; Described long-distance structural components comprises a pair of pin, and this base portion defines a upper surface and a pair of from the recessed recess of this upper surface; The part of described base portion extends in this hole; Described side direction bead is alignd to recess with this; This proximal structure defines a breach.
8. windshield wiper connecting component in order to a rain brush is installed to any one of first, second and third and four Wiper cranks with different structure, is characterized in that comprising:
One proximal structure;
Pair of sidewalls has the near-end that is connected in this proximal structure and long-range with respect to this near-end, and this sidewall defines a hole; And
A pair of first elongated members, a pair of second elongated members, at least one in transverse member and the base portion;
Wherein, should be set at the side of this sidewall to first elongated members, in order to support first Wiper crank, should be set at the side of this sidewall to second elongated members, and the side of this first elongated members, in order to support second Wiper crank, this transverse member is set in this hole, in order to supporting the 3rd Wiper crank, it is long-range that this base portion is set at this of this sidewall, in order to support the 4th Wiper crank.
9. windshield wiper connecting component, in order to a rain brush is installed to first Wiper crank with different structure and any one of second Wiper crank, wherein this first Wiper crank comprises fixedly tab of one first U-shaped housing and a pair of first, this second Wiper crank includes fixedly tab of one the 2nd U shape housing and a pair of second, its structure is different from this first fixing tab, it is characterized in that comprising:
One proximal structure;
One long-distance structural components is formed with a fixed sturcture;
Pair of sidewalls is arranged between this proximal structure and this long-distance structural components; And
One first pedestal is provided on this sidewall, and is suitable for supporting first Wiper crank and second Wiper crank;
Wherein, this fixed sturcture be suitable for this first fixedly tab and this second fixedly tab engage.
10. a rain brush makes up, and can be installed in any one of several Wiper cranks with different structure, it is characterized in that comprising:
One rain brush;
One windshield wiper connecting component, this windshield wiper connecting component comprises a proximal structure, a long-distance structural components, a pair of sidewall and several pedestals that is arranged between this proximal structure and this long-distance structural components, be provided near this sidewall, each pedestal is constructed as different with other pedestal, and each pedestal is used for supporting at least one in these several Wiper cranks;
One base component, described windshield wiper connecting component are contained on this base component pivotly; And
One bridge joint seat, described base component sees through this bridge joint seat and is contained on the rain brush.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202264533U CN201825006U (en) | 2010-06-17 | 2010-06-17 | Wiper connecting assembly and wiper combination |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202264533U CN201825006U (en) | 2010-06-17 | 2010-06-17 | Wiper connecting assembly and wiper combination |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201825006U true CN201825006U (en) | 2011-05-11 |
Family
ID=43963558
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202264533U Expired - Fee Related CN201825006U (en) | 2010-06-17 | 2010-06-17 | Wiper connecting assembly and wiper combination |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201825006U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101863265A (en) * | 2010-06-17 | 2010-10-20 | 东莞鸿益雨刷有限公司 | Windshield wiper connecting component and windshield wiper assembly |
| CN106507671A (en) * | 2014-05-13 | 2017-03-15 | 费德罗-莫格尔汽车配件公司 | Windscreen wiper device |
-
2010
- 2010-06-17 CN CN2010202264533U patent/CN201825006U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101863265A (en) * | 2010-06-17 | 2010-10-20 | 东莞鸿益雨刷有限公司 | Windshield wiper connecting component and windshield wiper assembly |
| CN101863265B (en) * | 2010-06-17 | 2013-10-09 | 东莞鸿益雨刷有限公司 | Windshield wiper connecting component and windshield wiper assembly |
| CN106507671A (en) * | 2014-05-13 | 2017-03-15 | 费德罗-莫格尔汽车配件公司 | Windscreen wiper device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110511 Termination date: 20150617 |
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| EXPY | Termination of patent right or utility model |