CN101484330B - Blinds for vehicles - Google Patents
Blinds for vehicles Download PDFInfo
- Publication number
- CN101484330B CN101484330B CN2007800251915A CN200780025191A CN101484330B CN 101484330 B CN101484330 B CN 101484330B CN 2007800251915 A CN2007800251915 A CN 2007800251915A CN 200780025191 A CN200780025191 A CN 200780025191A CN 101484330 B CN101484330 B CN 101484330B
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- China
- Prior art keywords
- roller shutter
- guide groove
- control apparatus
- trailer coupling
- moving meter
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Images
Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60J—WINDOWS, WINDSCREENS, NON-FIXED ROOFS, DOORS, OR SIMILAR DEVICES FOR VEHICLES; REMOVABLE EXTERNAL PROTECTIVE COVERINGS SPECIALLY ADAPTED FOR VEHICLES
- B60J1/00—Windows; Windscreens; Accessories therefor
- B60J1/20—Accessories, e.g. wind deflectors, blinds
- B60J1/2011—Blinds; curtains or screens reducing heat or light intensity
- B60J1/2013—Roller blinds
- B60J1/2019—Roller blinds powered, e.g. by electric, hydraulic or pneumatic actuators
- B60J1/2022—Roller blinds powered, e.g. by electric, hydraulic or pneumatic actuators with screw rods or extensible rods acting on the draw bar for pushing or push-pulling
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60J—WINDOWS, WINDSCREENS, NON-FIXED ROOFS, DOORS, OR SIMILAR DEVICES FOR VEHICLES; REMOVABLE EXTERNAL PROTECTIVE COVERINGS SPECIALLY ADAPTED FOR VEHICLES
- B60J1/00—Windows; Windscreens; Accessories therefor
- B60J1/20—Accessories, e.g. wind deflectors, blinds
- B60J1/2011—Blinds; curtains or screens reducing heat or light intensity
- B60J1/2013—Roller blinds
- B60J1/2066—Arrangement of blinds in vehicles
- B60J1/2086—Arrangement of blinds in vehicles specially adapted for openable windows, e.g. side window
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05F—DEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION; CHECKS FOR WINGS; WING FITTINGS NOT OTHERWISE PROVIDED FOR, CONCERNED WITH THE FUNCTIONING OF THE WING
- E05F11/00—Man-operated mechanisms for operating wings, including those which also operate the fastening
- E05F11/38—Man-operated mechanisms for operating wings, including those which also operate the fastening for sliding windows, e.g. vehicle windows, to be opened or closed by vertical movement
- E05F11/48—Man-operated mechanisms for operating wings, including those which also operate the fastening for sliding windows, e.g. vehicle windows, to be opened or closed by vertical movement operated by cords or chains or other flexible elongated pulling elements, e.g. tapes
- E05F11/481—Man-operated mechanisms for operating wings, including those which also operate the fastening for sliding windows, e.g. vehicle windows, to be opened or closed by vertical movement operated by cords or chains or other flexible elongated pulling elements, e.g. tapes for vehicle windows
- E05F11/483—Man-operated mechanisms for operating wings, including those which also operate the fastening for sliding windows, e.g. vehicle windows, to be opened or closed by vertical movement operated by cords or chains or other flexible elongated pulling elements, e.g. tapes for vehicle windows by cables
- E05F11/486—Man-operated mechanisms for operating wings, including those which also operate the fastening for sliding windows, e.g. vehicle windows, to be opened or closed by vertical movement operated by cords or chains or other flexible elongated pulling elements, e.g. tapes for vehicle windows by cables with one cable connection to the window glass
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES E05D AND E05F, RELATING TO CONSTRUCTION ELEMENTS, ELECTRIC CONTROL, POWER SUPPLY, POWER SIGNAL OR TRANSMISSION, USER INTERFACES, MOUNTING OR COUPLING, DETAILS, ACCESSORIES, AUXILIARY OPERATIONS NOT OTHERWISE PROVIDED FOR, APPLICATION THEREOF
- E05Y2900/00—Application of doors, windows, wings or fittings thereof
- E05Y2900/50—Application of doors, windows, wings or fittings thereof for vehicles
- E05Y2900/53—Type of wing
- E05Y2900/55—Windows
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Operating, Guiding And Securing Of Roll- Type Closing Members (AREA)
- Power-Operated Mechanisms For Wings (AREA)
Abstract
Blinds for vehicles, particularly sun protection blinds for motor vehicles, comprise a blind curtain, which is connected to a pressure-resistant and/or bending-resistant push element 9 for tensioning the blind curtain, and a compact adjusting device 10, which actuates the push element 9 and can be used in wet and dry areas. Said adjusting device 10 is designed like a single-stranded cable window lifter and is at least partially encapsulated with the push element 9. By integrating parts of a window lifter 30 disposed in a motor vehicle door into parts of the adjusting device 10 of the blinds, particularly by guiding a window lifter driver 33 along the outer contour of the guiding channel 20 of the adjusting device 10 and by integrating, if applicable, a common drive having a switch gear, a high synergistic effect is achieved.
Description
Technical field
The present invention relates to a kind of blinds for vehicles, especially a kind of self-propelled vehicle roller blind as described in the preamble as claimed in claim 1.
Background technology
EP1 123 824 A2 disclose a kind of self-propelled vehicle roller blind, and it has the rotatable wireline reel of taking in, and this wireline reel is arranged between the door lining of dry place side of an inner panel and motor vehicle door.On wireline reel, be wound with roller shutter face (Rollobahn) or heavy curtain, this roller shutter face or heavy curtain are cut into the corresponding shape of the side window of motor vehicle door and have annular edge, described edge comprises part (abschnitt) and the another part that is fixed on the wireline reel, another part utilization and driver train bonded assembly steering unit are drawn in a hurdle (T ü rbr ü stung) and the door lining by slit, and be pulled up from bottom to top with the sense of motion identical with the sense of motion of movable side window from wireline reel, from following, the window frame edge upward, window frame edge that extends with doorframe (the T ü rkasten) adjacency and the basic horizontal of motor vehicle door is pulled up.
Be used for heavy curtain from the steering unit of wireline reel pull-up by below the wireline reel on the motor vehicle door, the bootstrap block that slides that is intervally installed forms, the cylindrical operating element of resistance to compression and bending resistance relatively (
) slide bootstrap block from this and extend upward, the lower end of this operating element moves to CD-ROM drive motor and running and driving synchronously with one another in its transmission device by conduit from the sliding guidance piece.When operating element is protruding from conduit, operating element is upwards pushed roller shutter pull bar or " the hood segmental support " that is connected with the upper limb that leaves wireline reel of heavy curtain, and resists the effect of the reseat pressure spring in the wireline reel thus and by wireline reel heavy curtain is wound up.Under the state by the wireline reel pull-up wholly or in part, be applied to power effect on the roller shutter pull bar by operating element and open with the torsion spring that is connected with wireline reel and with heavy curtain and keep thus tightening.
The design of the regulating mechanism of known roller shutter must be arranged on regulating mechanism the dry place side of motor vehicle door, because the conduit that is used to hold operating element drives the setting that actuating device operating element, that have electrical motor depends on the dry place side only with its guiding of opposing.
Summary of the invention
Task of the present invention is to provide a kind of blinds for vehicles, and the control apparatus of this blinds for vehicles designs compactly and uses in transformable mode.
According to the present invention, this task is realized by the feature of claim 1.
Solution according to the present invention allow to be used for blinds for vehicles control apparatus compact conformation and use in the mode that can change.
According to of the present inventionly be used for blinds for vehicles, in particular for the compact form and the change application of the control apparatus of self-propelled vehicle roller shutter, obtain in the following way, be that control apparatus is designed to the rope glass regulator form of single line thigh and packed at least in part, and and the moving meter that drives by control apparatus also packed at least in part, thereby control apparatus can be arranged on the optional position in automobile body or the Vehicular door and therefore also can be arranged on the moist space side of Vehicular door without a doubt.Make modular construction become possibility by between each regulating mechanism of control apparatus, forming interface, thereby the form by can free choosing and regulating mechanism in wider scope and may with other elements in Vehicular door or the automobile body, especially combine with the glass regulator that is used for lifting and falls the wind glass of motor vehicle automobile door.
Solution according to the present invention can be used for various types of blinds for vehicles or in particular for the self-propelled vehicle roller shutter, for example be used for wind glass, transparent vehicle roof, the roller blind of vehicle sliding top skylight, be used between luggage-boot lid and the seat, front and back and the roller blind of the separation between passenger accommodation and the boot compartment, and in not only be suitable for packing into automobile body or the conventional truck car door but also be suitable for being pre-assembled on the substrate or door inner panel that is pre-assembled to Vehicular door on the module or for assembling.
For the control apparatus that forms the rope glass regulator form that is designed to the single line thigh and for the package arrangement with moving meter, control apparatus comprises: the flexible drawing mechanism that is used for the power of transmitting on moving meter; With roller shutter actuator bonded assembly trailer coupling driver element, this trailer coupling driver element is in the lifting or the descending motion direction adjusted flexible drawing mechanism of moving meter; With the trailer coupling deflector at least one end place in the adjusting path of moving meter, one section of flexible drawing mechanism is directed in the trailer coupling deflector.
The package arrangement at least in part of moving meter and control apparatus preferably realizes by the casing that holds moving meter and control apparatus.In order to realize module assembling mode, this casing has the drive case of the roller shutter actuator that surrounds control apparatus and is preferably the guide groove of tubulose, and this guide groove holds moving meter and the flexible drawing mechanism that is connected with moving meter and roller shutter actuator.
Solution according to the present invention comprised from control apparatus and moving meter be encapsulated into all distortion fully to the open guide groove of small part, should on the part of its part periphery and length, be slotted at least to the open guide groove of small part.For encapsulating fully, casing is with control apparatus and moving meter is dustproof and anti-tideland is isolated, and makes the blinds for vehicles parts that so encapsulate---be control apparatus and moving meter---and can be applied in the moist area of space and dry place zone of automobile body or Vehicular door.
The module assembling mode of control apparatus especially can so be realized: drive case comprises the trailer coupling driver element, the trailer coupling deflector is arranged in the trailer coupling deflector casing, moistureproof and dustproof connection the between drive case and trailer coupling deflector casing and the guide groove, preferred design becomes the connector connection.
But by being connected of the especially connector between drive case, guide groove and these modules of trailer coupling deflector, when adopting different guide groove length because of the Vehicular door of various different sizes and window otch thereof, guarantee for example to have the changed structure of identical roller shutter actuator and identical trailer coupling deflector, and guaranteed to assemble dustproof and moistureproof arrange of functional component in the casing of these parts of encapsulation that is used for control apparatus simple and reliablely.Thus, drive case is designed to have the head of the control apparatus of the Support Position that is used for roller shutter actuator and trailer coupling driver element, is used for the fixed position that head and vehicle body or mounting plate is fixing and the guiding of traction element, and therefore realizes multi-functional.
Alternately, trailer coupling directly turns in guide groove, thereby the seal cover cap that end of the close trailer coupling deflector of sealing guide groove is set substitutes trailer coupling deflector casing.In order to seal seal cover cap, can be provided with sealing member, especially O-ring seals.
The lower end of the moving meter of resistance to compression/bending resistance can directly be connected with the flexible drawing mechanism or the roller shutter push rod of control apparatus, the roller shutter push rod drive by flexible drawing mechanism and in guide groove with perpendicular to the direction form fit of its sense of motion be directed.
When the direct connection of moving meter and flexible drawing mechanism is suitable for small-sized heavy curtain and very economical, the coupling of moving meter and the roller shutter push rod that in guide groove, is directed to form fit realized moving meter accurately, zero-lash substantially guiding, even and therefore with large-scale heavy curtain the time, also can correctly spur heavy curtain from wireline reel.
In order to keep flexible drawing mechanism to tighten when tensile stress in the flexible drawing mechanism causes length variations owing to acting on, and guarantee that thus flexible drawing mechanism is accurately guided and avoids colliding with moving meter in trailer coupling driver element and trailer coupling deflector, the roller shutter push rod has the device of adjusting flexible drawing mechanism, and/or trailer coupling driver element or trailer coupling drive deflector and be connected with guide groove by the trailer coupling tension equipment.
Be arranged on the roller shutter push rod that is used to adjust flexible drawing mechanism in the roller shutter push rod and preferably have relative to each other adjustable two putter components on the sense of motion of roller shutter push rod, two putter components are connected with an end of flexible drawing mechanism respectively, and utilize relative to each other tensioning of pressure spring.
The device that is used to adjust flexible drawing mechanism is particularly suitable for flexible drawing mechanism and forms open not osed top loop configuration, and the end of flexible drawing mechanism is connected with each other by the roller shutter push rod.Relative with it, the layout of trailer coupling tension equipment and with trailer coupling driver element and/or trailer coupling deflector between be connected the flexible drawing mechanism that is suitable for forming closed ring.This trailer coupling tension equipment is preferably by being connected with the trailer coupling deflector and forming by the nutted rod that tensioning spring is supported on the seal cover cap.
In order to guarantee being connected between flexible drawing mechanism and the roller shutter push rod, the form fit element can be set in the roller shutter push rod in a preferred embodiment, this form fit element is connected with the complementary shaped co-operating member of flexible drawing mechanism.The complementary shaped co-operating member of flexible drawing mechanism for example is arranged in the flexible drawing mechanism by punching press, perhaps be in particular the flexible drawing element that all is provided with the form fit element and be provided with, this flexible drawing mechanism for example is made up of odontoid belt, perforation belt, friction belt or chain.
For dustproof and anti-tideland encapsulation moving meter, guide groove extends to the humidity/dry place dividing plate of automobile body from the following joint portion that is connected with automobile body.
Except the control apparatus with roller shutter was arranged in moist space side, encapsulation the most widely outside the pulling path from wireline reel to the upper window frame edge had also guaranteed the danger of avoiding moving meter to pollute substantially at heavy curtain for moving meter this.Because moving meter is arranged between wind glass and the heavy curtain; and can not be approaching by user institute so that protect heavy curtain to avoid especially the destruction of being caused by windstream because regulate wind glass and heavy curtain simultaneously or the closed condition of the adjusting of heavy curtain and wind glass combined, so contaminated moving meter can't clean the pollution that also must cause heavy curtain.
Guide groove preferably is made up of upper conduit that holds moving meter and the downtake that holds moving meter, roller shutter push rod and flexible drawing mechanism, this upper conduit extends to the humidity/dry place dividing plate of automobile body from drive case or trailer coupling deflector, and this downtake extends to the following joint portion of the control apparatus on the automobile body from drive case or trailer coupling deflector.
The modular construction of the control apparatus of roller shutter makes it possible to the bottom that is arranged on the trailer coupling driver element between the upper and lower conduit and the trailer coupling deflector is arranged on downtake, perhaps conversely, the trailer coupling driver element can be arranged on the bottom of downtake and the trailer coupling deflector is arranged between the upper and lower conduit, wherein in the layout of these two kinds of trailer coupling driver elements and trailer coupling deflector, the roller shutter actuator can be arranged to perpendicular or parallel in downtake.
Deflector links to each other with rope with roller shutter actuator corresponding to application purpose separately because conduit utilizes connector to connect, thus the module assembling mode of control apparatus further make guide groove or time and/or the shape of cross section arbitrarily of upper conduit become possibility.This makes it possible to extruding and makes conduit, circular or oval or the square or rectangle of the Cross-section Design of the conduit that squeezes out.In the described in the back embodiment, the antetheca of the downtake of square or rectangle also is designed to turning and latchable.
On the door inner panel that control apparatus is fixed on substrate, mounting plate or Vehicular door, drive case has retaining element and trailer coupling driver element, and/or the trailer coupling deflector has the hole of the center-point that is arranged on trailer coupling driver element and/or trailer coupling deflector, and the damp-proof sleeve pipe that the upper end of leaving downtake of upper conduit preferably matches by the cross-sectional plane with upper conduit (Rohldurchf ü hrung) inserts the humidity/dry place dividing plate of automobile body or Vehicular door.
Another useful design plan of the present invention is: the parts that are arranged on the glass regulator in the Vehicular door are integrated in the parts of control apparatus of roller shutter, especially are integrated into being connected of that the downtake of roller shutter control apparatus or guide groove and the guide rail of glass regulator carry out one or two parts.
By being integrated into, wind glass obtained cooperative effect in the roller shutter, this cooperative effect has realized the layout that the space of glass regulator and roller shutter is saved, guaranteed the raising of the stability of the roller shutter control apparatus of mutual support and glass regulator, and realized from the application that is arranged into common drive of the optimal coordination each other of actuating device.
Especially under the guide rail one bonded assembly situation of downtake or guide groove and glass regulator, the rigidity that has obtained in minimum volume and improved when minimum weight that therefore causes or space requirement, and realized the shared of actuating device because actuating device is close to.
In a preferred implementation, the downcomer design of guide groove becomes the guide rail of glass regulator, and has realized another kind of design plan, and for example the glass regulator push rod of rope glass regulator is directed on the exterior contour of downtake.
In this embodiment according to solution of the present invention, the guide rail of glass regulator is replaced by guide groove or downtake, thereby the guide groove of roller shutter control apparatus or the push rod that is used to encapsulate and guide moving meter, flexible drawing mechanism and is used for the control apparatus of roller shutter in case of necessity, perhaps be used for lead car window glass lifter push rod in addition, perhaps when giving up roller shutter, only be used as the guide rail of glass regulator push rod.By this application possibility widely of guide groove, can exempt and preserve and supply the various adjusting parts that are used for roller shutter and glass regulator, make manufacturing and assembly cost minimize.
Alternately, downtake and glass regulator are designed to two parts and are arranged to extend abreast side by side each other.
In order further to simplify assembling by cooperative effect and to reduce manufacturing cost, be used for lifting and fall the roller shutter of wind glass and the control apparatus of glass regulator is arranged on the common substrate and has shared steering hardware.
In addition, the glass regulator actuator can be arranged on the lower end of its exterior contour as the guide groove of guide rail, the glass regulator rope drum forms the following deflector of glass regulator rope, and goes up the glass regulator rope drum or be designed to the parts of roller shutter actuator or insert in the drive case of roller shutter actuator.
Alternately, the glass regulator rope drum forms the deflector of glass regulator rope, and the electrical motor of glass regulator actuator is aimed at the lower end of guide groove or downtake.
Obtain maximum cooperative effect by electrical motor and reverse drive gear, the driving that electrical motor and reverse drive gear not only are used to drive the control apparatus of roller shutter but also are used for glass regulator, and or be coupled with glass regulator with the coupling of the control apparatus of roller shutter or in order to drive the glass regulator rope drum.
Flexible drawing mechanism is made up of the roller shutter rope in first variation, this roller shutter rope is designed to steel rope or is designed to the steel rope of plastic wraps in a preferred embodiment or is designed to plastic ties, two kinds of embodiments wherein mentioning have at last guaranteed minimum friction, and have realized less winding radius or Turning radius and do not have the danger of rope fracture.
In another design plan of the solution that has the roller shutter rope according to the present invention, dividing plate or rib along the downtake longitudinal extension are set in downtake, and this dividing plate or rib separate the line thigh of moving meter and roller shutter rope and form the part of the form fit guiding of roller shutter push rod.
By the line thigh of moving meter with the general roller shutter rope that lubricates separated, avoided grease and dirt particulate to transfer on the moving meter---this transfer may cause heavy curtain to pollute, and because the problem that proposes previously, exist aspect the accessibility of moving meter, the essentiality that the expert intervenes is just not essential.By the aid in guide of push rod, avoided push rod crooked danger in guide groove or downtake also therefore to guarantee the reliable type of drive of roller shutter.
Another design plan according to solution of the present invention is characterised in that roller shutter rope drum and downtake acutangulate setting, and upper conduit is aimed at the prolongation that extends to downtake.
This aligning of roller shutter rope drum and upper conduit is compact more with the control apparatus of arranging feasible encapsulation, and the roller shutter actuator that can easily make in another design plan.The roller shutter actuator is by the electrical motor that is connected with drive electronics and have the driving device that drives worm screw and form, drive the worm gear engagement of worm screw and roller shutter rope drum, thereby this roller shutter rope drum can tilt with respect to driving worm screw, makes worm gear can be straight-tooth and then can utilize the simple tools manufacturing.For the axle that being perpendicular to one another of the worm gear that drives worm screw and be meshed with this driving worm screw is provided with, the helical teeth portion of worm gear is not indispensable, thereby the straight-tooth portion that can realize worm gear when the axle of corresponding adjustment worm gear and driving worm screw, this provides significant manufacturing advantage with respect to helical teeth portion.
Especially for guide groove or conduit that plastics are made, can constitute and be adapted to the cross-sectional plane of the conduit of application purpose separately various by the extruding manufacturing, arbitrarily, portion has additional rib and the dividing plate that the line stock that is used for moving meter and roller shutter rope separates within it in case of necessity, and wherein the turnover wall of square or rectangular downcomer makes when assembling push rod and roller shutter rope easily near becoming possibility.
Alternate design becomes to be used for the roller shutter rope of the flexible drawing element of roller shutter control apparatus, and odontoid belt, perforation belt, friction belt (especially wedge shape belt) or chain (especially link chain or beading chain) are set.
Realized that for regulating traction element the roller shutter actuator is connected with form fit driving between the flexible drawing mechanism at odontoid belt, perforation belt and chain, actuation movement do not had substantially be delivered to moving meter with skidding so that regulate moving meter, especially the friction belt that is designed to the wedge shape belt provides big power to transmit the surface, and this surface has stoped between the roller shutter actuator that slides and therefore cause and the moving meter skids.
With odontoid belt as flexible drawing mechanism, the perforation belt, the roller shutter actuator that friction belt or chain match has the electrical motor that is connected with drive electronics and has the driving shaft drive, this axle drive shaft be designed to Drive pinion, the trailer coupling driver element that has the form fit element is connected, this form fit element is engaged in the complementary shaped co-operating member of flexible drawing mechanism, and the trailer coupling deflector is made up of deflection sheave, and the axle of this deflection sheave is perpendicular to flexible drawing motion of mechanism direction and be engaged to and be designed to odontoid belt, the perforation belt, in the complementary shaped co-operating member of friction belt or chain flexibility trailer coupling.
Especially the flexible drawing mechanism that is odontoid belt, perforation belt or chain form that is provided with the form fit element has not only realized open embodiment but also has realized the osed top embodiment, corresponding with it, utilize the trailer coupling tension equipment of embedding trailer coupling deflector or realize tension by the tension equipment that is integrated in the roller shutter push rod, the relative tensioning of this tension equipment is the end of open odontoid belt for example.
The parts of glass regulator are being designed to single line strand cable car window glass lifter type, be used for regulating control apparatus integrated of the heavy curtain of blinds for vehicles, realized modular system (Baukastensystem), blinds for vehicles and glass regulator are the constituent elementss of module in this system, it has formed the equipment of the wind glass that is used to regulate glass regulator and/or has been used to regulate the equipment of the heavy curtain of blinds for vehicles, and in order to strut heavy curtain with resistance to compression and/or bending resistance and be connected with control apparatus bonded assembly moving meter, wherein control apparatus is designed to single line strand cable car window glass lifter form and is packaged together with moving meter at least in part, and the parts of glass regulator can be integrated into the parts of the control apparatus that is used for blinds for vehicles.
Two constituent elementss of module both can separate the use of also can interosculating, and this means, control apparatus can be used to regulate the heavy curtain of blinds for vehicles or holding and guiding device as the glass regulator parts.
In the combination of control apparatus is used, the wind glass that the control independently of one another of two systems or combination control not only can be used to regulate the heavy curtain of blinds for vehicles but also can be used to regulate glass regulator.Wherein for example closing with the expansion or the opening with heavy curtain of wind glass of heavy curtain of wind glass combines around rising, thereby avoided damaging heavy curtain because of windstream under steam.In the control independent of each other of glass regulator and blinds for vehicles, can be provided with equally and fasten lock so that send heavy curtain in wind glass part and/or when opening fully.
Description of drawings
Described various embodiment of the present invention in the accompanying drawing, these embodiment have shown other application possibilities of the present invention with various distortion, and possible structure and the advantage of other application of the present invention will be described below.
Fig. 1 is the longitudinal diagram that has the motor vehicle door of roller shutter and roller shutter control apparatus;
Fig. 2 is for having the block diagram as first embodiment of the control apparatus of the sectional overhead rope of flexible drawing mechanism (Zugmittel);
Fig. 3 is driving box and the guide groove or the conduit bonded assembly amplification stereogram of first control apparatus;
Figure 4 and 5 are the signal longitudinal diagram of first control apparatus of the roller shutter in the door-plate of different designs of the motor vehicle door and the motor vehicle door of packing into;
Fig. 6 to 8 is front elevation, lateral plan and the back view of first control apparatus in the different structure of roller shutter actuator;
Fig. 9 is the partial view of lower end of the guide groove of first control apparatus;
Figure 10 is the section-drawing along the straight line X-X of Fig. 9 of guide groove;
Figure 11 is the section-drawing along the straight line XI-XI of Fig. 9 of guide groove;
Figure 12 to 14 is a plurality of distortion of the cross-sectional plane of the guide groove of first control apparatus or conduit;
Figure 15 to 16 is a block diagram that see from different direction of observations, that be integrated in the rope glass regulator that is used for roller shutter first control apparatus;
Figure 17 to 19 is front elevation, lateral plan and the back view of the rope glass regulator (Fensterheber) in first control apparatus that is integrated in roller shutter;
Figure 20 is the birds-eye view that has the glass regulator push rod of the lower end of guide groove of roller shutter first control apparatus of roller shutter push rod (Rollo-Mitnehmer) of the roller shutter control apparatus that is directed and the rope glass regulator that guides in guide groove on outline;
Figure 21 is the section-drawing along the guide groove of the straight line XXI-XXI in the glass regulator push rod zone among Figure 20;
Figure 22 is the section-drawing along the guide groove of the straight line XXII-XXII in the glass regulator push rod zone among Figure 20;
Figure 23 to 26 is that the difference of glass regulator actuator is arranged and design plan;
Figure 27 to 29 is the two-part structure and the interrelation of glass regulator guide rail and roller shutter guide groove;
Figure 30 and 31 is the schematic section of the different embodiments of one design-calculated of glass regulator guide rail and roller shutter guide groove;
Figure 32 to 34 is block diagram and front elevation and the lateral plan that has the control apparatus of flexible drawing mechanism second form fit, the odontoid belt form;
Figure 35 is the block diagram of each parts of second control apparatus;
Figure 36 is the head of the driving box or second control apparatus and the bonded assembly amplification stereogram of guide groove or conduit;
Figure 37 be second control apparatus the deflector casing (
) with the bonded assembly amplification stereogram of guide groove or conduit;
Figure 38 is the roller shutter pusher section block diagram that has the longitudinal compensation device that is used for open odontoid belt;
Figure 39 is the longitudinal diagram of the roller shutter push rod among Figure 38;
Figure 40 to 42 is front elevation, lateral plan and the back view that has the roller shutter push rod of the form fit element (Formschl ü sselement) that is used to hold the odontoid belt with osed top band structure;
Figure 43 and 44 be according to Figure 40 to 42, with the block diagram and the lateral plan of odontoid belt bonded assembly roller shutter push rod;
Figure 45 is the scheme drawing of the lower end in the turn-around zone that has leak free closing lid trailer coupling by conduit or guide groove; With
Figure 46 is the scheme drawing of the bottom in the turn-around zone of the trailer coupling that has the trailer coupling stretching device by conduit or guide groove.
The specific embodiment
Fig. 1 has shown the longitudinal section of motor vehicle door 1, and motor vehicle door has: door cavity 2, and door cavity 2 is determined by skin outdoors, door inner panel and the door lining that is removed in order to see a cavity 2 in Fig. 1; With motor vehicle door 1 vertically on the door otch (ausschnitt) 3 that covered of adjustable wind glass 4.The door otch 3 by upper window frame edge, side window frame edge and following window frame edge form edge limited around window frame.In order to prevent that motor-vehicle inside space from undesirably being heated and to prevent that sunlight that oblique fire is come in from making that the passenger feels to dazzle the eyes in the vehicle, be provided with roller shutter 5 with curtain face (Rollobahn) or heavy curtain 6, the profile of this curtain face or heavy curtain roughly conforms to the profile of door otch 3, make that when roller shutter 5 launches fully door otch 3 is capped substantially when wind glass 4 cuts out.
Under the indentation state, heavy curtain 6 is wound on the wireline reel 7, and wireline reel 7 is arranged in the roller shutter case (Rollokassette), and this roller shutter case is arranged on the hurdle (T ü rbr ü stung) to the doorstep of a cavity 2 and locates.Being connected with roller shutter pull bar or " hood segmental support " 8 of heavy curtain 6 with wireline reel 7 opposed edges (Rand), utilize this roller shutter pull bar or " hood segmental support " 8, heavy curtain 6 overcomes usually with the effect of wireline reel 7 bonded assembly torsion springs and is drawn back to cover an otch 3 from wireline reel 7.
Alternately, container or roller shutter case can only be set without wireline reel, described container and roller shutter case are contained in the not folding down heavy curtain of tensioning state.At this, this layout can so be selected, and makes heavy curtain only be tauted by fixedly upper limb and lower edge under the state of pulling out from the roller shutter case fully, for example utilizes stretching device.
For heavy curtain is pulled out or for heavy curtain 6 is pulled out in the roller shutter case that holds the heavy curtain 6 under the folded state from wireline reel 7, with roller shutter pull bar 8 bonded assemblys, be connected in the resistance to compression and/or bending resistance moving meter 9 that is generally the shifting bar form with wireline reel 7 or roller shutter case opposed edges (Rand), this moving meter 9 by control apparatus motor vehicle door 1 vertically on regulate.
In order to protect this roller shutter 5 or protection heavy curtain 6 when wind glass 4 is opened, not to be damaged or damage by windstream; adjust roller shutter 5 with the position synchronous ground of wind glass 4 or according to the position of wind glass 4, thereby roller shutter 5 can only just be pulled out from wireline reel 7 when wind glass 4 launches or is closed to identical degree.Best, in so-called " automatically operation ", roller shutter is only by tensioning fully or be fully retracted, and wherein heavy curtain 6 only could tensioning when wind glass 4 cuts out fully.
The control apparatus 10 that amplifies the moving meter 9 that shows in Fig. 2 is designed to the rope glass regulator of single line thigh, plug 16 on and have electric rolling actuator 11, this electric rolling actuator 11 comprises electrical motor 12, be used to drive the driving device 13 of rope drum 14, drive electronics 15 and be used for roller shutter actuator 11 is connected to the control electronic machine of self-propelled vehicle or motor vehicle door and adjusts electronic machine---especially bus system---.Control apparatus 10 also has the guide groove 20 that is preferably tubulose, and this guide groove 20 is assembled by downtake 21 and upper conduit 22, is connected to the drive case 23 of encapsulation roller shutter actuator 11 through dustproof and water repellant connection location.
Be wound on the rope wire thigh 171 of the roller shutter rope 17 on the roller shutter rope drum 14,172 walk in downtake 21, and roller shutter rope 17 and push rod 18 connects and turn to (umlenken) at that end place relative with roller shutter actuator 11 of downtake 21 by rope deflector 19.Push rod 18 is connected with moving meter 9, make when handling roller shutter actuator 11 and the roller shutter rope drum 14 that causes thus when a rotation direction or another rotation direction are rotated, push rod 18 is towards 11 motions of roller shutter actuator or leave 11 motions of roller shutter actuator, and therefore changes the position of moving meter 9.
Alternately, be arranged to the guide groove 20 of small part opening, the preferred implementation of this guide groove 20 is at least at its part periphery and length range opening, preferably slots.This structure example of guide groove 20 is connected with appurtenances with the notched joint merging of guide groove 20 or handles terminal switch, position detecting element or like as making to regulating parts that moving meter 9 is arranged on the push rod 18 in the guide groove 20.For dustproof and moistureproof, in the present embodiment corresponding sealing member can be set, the inner space that the sealing part allows the parts of control apparatus 10 to pass guide groove 20 extensions and maintenance guide groove 20 is not subjected to the influence of dirt particulate and moisture.
Moving meter 9 encapsulation ground guiding in upper conduit 22 equally, and rope deflector 19 by rope deflector casing 24 (
) encapsulation, wherein rope deflector casing 24 and downtake 21 or guide groove 20 be connected preferably be designed to by leak free socket 231 same dustproof and moistureproof, just as being connected between upper conduit 22 and drive case 23 or the downtake 21 preferably passed through leak free socket 232.The length of upper conduit 22 or guide groove 20 is so definite, makes the protruding from the humidity/dry place dividing plate of door lining or automobile body with that end of roller shutter pull bar 8 bonded assemblys of moving meter 9.
Alternately, only provide the encapsulation of downtake 21, and upper conduit 22 only is used for the longitudinal guide of moving meter 9.Also can omit upper conduit 22 fully, and self-evidently be, even upper conduit 22 for packing forms also only under the indentation state, hold fully moving meter 9 to the horizontal junction of roller shutter pull bar 8, the moving meter 9 that only partially or completely stretches out simultaneously also can be positioned at downtake 21 and upper conduit 22 or be positioned at downtake 22 under the state of only part encapsulation.
Comprise also that according to solution of the present invention upper conduit 22 is directed into the layout on the hurdle, separate although below the door hurdle, realize the humidity/dry place of motor vehicle door 1.
Being connected preferably between guide groove 20 or downtake 21 and upper conduit 22 and drive case 23 or the rope deflector casing 24 realizes by having the seal socket 231,232 that is used for the corresponding tolerance of dust and water protection bonded assembly.In order to be fixed on control apparatus 10 on substrate or the mounting plate according to Fig. 1 or to be installed on the door inner panel of motor vehicle door, control apparatus 10 has two about guide groove 20 fixed positions 25 respect to one another at drive case 23 places, 26, rope deflector casing 24 has the centre hole 27 that is used to introduce fixed mechanism, and described fixed mechanism especially is connected with the door inner panel of motor vehicle door 1.
Fig. 3 has shown the amplification stereogram of control apparatus 10 in the zone of roller shutter actuator 11, have electrical motor 12, driving device 13, rope drum 14, drive electronics 15 and plug 16, this plug 16 is used for the bus system that is electrically connected, especially is connected to self-propelled vehicle 1 of drive electronics 15.This enlarged drawing has clearly illustrated that downtake 21 is connected with anti-tideland with the dustproof of drive case 23 by seal socket 231, this drive case 23 is by driving case lid 230 sealings, under open state, should drive the assembling simply that case lid 230 allows the parts of roller shutter actuator 11, especially the assembling of the roller shutter rope 17 that in downtake 21, moves with its rope wire thigh 171,172.
Basically with when the straight line prolongation of downtake 21 aligns, rope drum 14 acutangulates with respect to the profile of the guide groove 20 that downtake 21 and upper conduit 22 are formed at upper conduit 22.Rope drum 14 has and is used for that power cooperates and the rope groove 141 of form fit ground maintenance roller shutter rope 17 and the worm gear 142 that is meshed with the driving worm screw (Antriebsschnecke) 130 of the driving device 13 of roller shutter actuator 11.By suitable inclination and lateral excursion rope drum 14, worm gear 142 can form straight-tooth, can reduce with respect to the helical teeth manufacturing cost that needs under other occasions thus.
The regulating element that especially can be connected to each other of control apparatus 10 by the connector connection, be roller shutter actuator 11, can by lower and upper conduit 21 form or continuously design-calculated be preferably the guide groove 20 of tubulose and each module that rope deflector 19 forms modular system, connection, the different size of each module and the different application position in motorcar body or motor vehicle door of this system's permission different materials.The different length of guide groove 20 or conduit 21 allows control apparatus 10 to be applied in the different motor vehicle doors, use different roller shutter actuators 11 that different power grades can be provided, can ignore upper conduit 22 or guide groove 20 different length to upper conduit 22, perhaps guide groove 20 allows control apparatus 10 or to use in the dry place in the moist space of motor vehicle door to the respective length of roller shutter actuator 11.
The control apparatus 10 that constitutes in modularization is applied among the embodiment in moist space, in the one design, the length of the length of upper conduit 22 or guide groove 20 is so definite, make control apparatus 10 packed on its whole length, thereby do not have dust or moisture can penetrate in the package system of control apparatus 10.In order to stablize the position of guide groove 20 or upper conduit 22, its upper end relative with roller shutter actuator 11 is passed the water string (Rohrdurchf ü hrung) 40 that the cross-sectional plane with guide groove 20 or upper conduit 22 matches and is extended in the humidity/dry place dividing plate of motor vehicle door, especially extends in the door inner panel of motor vehicle door.
The upper end of upper conduit 22 or continuous guide groove 20 selectively with door lining or chimeric with the door inner panel so that secure fixation guide groove 20 or upper conduit 22.
Figure 4 and 5 have shown the application of roller shutter control apparatus 10, and wherein humidity/dry place the dividing plate of door inner panel and motor vehicle door has differently contoured in the elevation profile of passing according to the door cavity 2 of the motor vehicle door 1 of Fig. 1.Simultaneously, the longitudinal diagram of Figure 4 and 5 has shown the bonded assembly embodiment of the drive case 23 of the roller shutter actuator 11 shown in upper and lower conduit 22,21 and Fig. 2 and 3.
Elevation profile that the door cavity area at self-propelled vehicle shown in the Figure 4 and 5 is passed motor vehicle door shown wind glass 4 in the moist space that is arranged on motor vehicle door under the situation of skin outdoors of having removed, with wind glass near the hurdle reinforcement (
) 28 and the differently contoured and sealing layer 29 of door inner panel 27, sealing layer 29 is used for the moist space N at the motor vehicle door on the dry place T in sealing layer 29 left sides and sealing layer 29 right sides is separated.
The door inner panel 27 that schematically shows in Fig. 4 extends to below the roller shutter case of the wireline reel 7 that is used to hold roller shutter from hurdle to the doorstep, is wound with heavy curtain 6 on described wireline reel 7.Then be connected with the vertical section of inner panel 27, this vertical section direction on the rope drum 14 of roller shutter actuator bends towards hurdle reinforcement 28 again, and is incorporated in the section that stretches between the control apparatus 10 of roller shutter and the wind glass 4.By the dual support of upper conduit 22 at door inner panel 27 places, guaranteed the stable support of the upper conduit 22 of guiding moving meter 9, wherein the last sleeve pipe that passes an inner panel 27 of upper conduit 22 (Durchf ü hrung) is configured to water repellant sleeve pipe, thereby has prevented that moisture from invading in the upper conduit 22 via the opening that is used to introduce moving meter 9.
In embodiment shown in Figure 5, the upper part that has only shown the door cavity, door inner panel 27 vertical extent after section below the roller shutter case of the reel 7 that is used to keep roller shutter, promptly leave the opposite side of wind glass 4 with respect to control apparatus 10 at control apparatus 10, make upper conduit 22 only be supported on the water repellant sleeve pipe 40 by door inner panel 27 in the zone at an upper portion thereof, and the lower end of upper conduit 22 is supported on the drive case 23 by leak free socket 232, and drive case 23 is fixed to an inner panel 27 by the fixed position 25,26 according to Fig. 2 and 3 or be fixed to according on the substrate or mounting plate in the door cavity 2 of the self-propelled vehicle 1 of Fig. 1.
Except the size of each assembly of control apparatus 10 with structure is different, modular system especially also allows the difference of roller shutter actuator 11 to arrange and adjust, the layout that these are different and adjusting by illustrating with reference to control apparatus shown among the figure 6 to 8 10.
Fig. 6 has shown control apparatus 10 and top layout and orientation based on roller shutter actuator 11 illustrated among the embodiment that Fig. 1 to 5 explained.
In the layout of Fig. 7, roller shutter actuator 11 is installed in the lower end of guide groove 20 or downtake 21, and the deflector 19 of roller shutter rope is arranged at the upper end of downtake 21 with relative arrangement.
Fig. 8 has shown the variation of the layout of roller shutter actuator 11, this is arranged corresponding to the layout according to Fig. 6, wherein be with difference according to the layout of Fig. 6, electrical motor, driving device, driving electric apparatus and plug are not perpendicular to the bearing of trend of guide groove 20, but parallel with it and drive worm screw and be meshed with the worm tooth portion of rope drum in the mode of laterally offset, make worm gear since the tooth portion of driving worm and worm wheel be in alignment with each other and can have straight-tooth.
Fig. 9 has shown the bottom and the rope deflector 19 of guide groove 20 or downtake 21 with schematic section-drawing, this rope deflector 19 is arranged on the lower end and is encapsulated in the rope deflector casing 24, be used for illustrating the guiding of roller shutter rope 17 and push rod 18, wherein said push rod 18 be used to regulate moving meter 9 and in guide groove 20 or downtake 21 along guiding perpendicular to the mode of its sense of motion with form fit.
Figure 10 to be to have shown the cross-sectional plane of guide groove 20 or conduit 21 along straight line X-X through the cross section of guide groove 20 or downtake 21, is provided with the moving meter 9 and the rope wire thigh 171,172 of the roller shutter rope 17 of operation therein therein.For rope wire thigh 171 with roller shutter rope 17,172, especially usually be coated with the steel rope of grease, separate (top the explanation) owing to moving meter 9 is directed making the dirty problem of heavy curtain 6 between heavy curtain 6 and wind glass 4 with moving meter 9, the dividing plate or the rib 201,202 that extend to its inner space from a wall of guide groove 20 are set in guide groove 20 or downtake 21.The rope wire thigh 171,172 of roller shutter rope 17 arrives moving meter 9 with guaranteeing the dirt particulate or the moisture that do not have to be sent to heavy curtain 6 separating of moving meter 9.
Simultaneously, the layout of guide groove 20 in-to-in ribs or dividing plate 201,202 can also be used to guide push rod 18, thereby avoids quack sound and anti-throw-out lever 18 at guide groove 20 inner contingent mal-alignmentes.
Figure 11 with along the cross-sectional illustration of Fig. 9 cathetus XI-XI with rope wire thigh 171, the 172 bonded assembly push rods 18 of the layout of moving meter 9 and roller shutter rope 17 in guide groove 20 in-to-in positions.From this figure as can be known, push rod 18 almost completely has been full of the inner space of guide groove 20, and holds rib or the dividing plate 201,202 that stretches out to its inner space from the sidewall of guide groove 20 in breach.
The guide grooves 20 that show except Figure 10 and 11 or the cross-sectional plane of downtake 21, also may be other shape of cross sections and can be used on arbitrarily according in the setting device of the present invention.Because guide groove 20 or downtake 21 are preferably by being crushed to, just can in the great changes scope, freely select shape of cross section and without extra cost, the structure of wherein pointing to in-to-in rib or dividing plate 201,202 can not comprise significant extra cost when adopting extrusion technique.
Figure 12 has shown that cross-sectional plane is circular guide groove 20, and it has same sensing in-to-in rib or the dividing plate 201,202 that is used for rope wire thigh 171,172 separation of moving meter 9 and roller shutter rope 17.
Figure 13 has shown that cross-sectional plane is the guide groove 20 of rectangle, and it has same sensing in-to-in rib or dividing plate 201,202, wherein can select the size of the rectangular edges of guide groove 20 arbitrarily, comprising foursquare cross-sectional plane.
Figure 14 has shown that the cross-sectional plane that has antetheca 203 is the guide groove 20 of rectangle, this antetheca 203 be hinged on the sidewall 204 turningly and can with relative sidewall 205 kaysers (verrasten).By on the double-head arrow direction that moves and in Figure 14, mark of antetheca 203 with the engaging of sidewall 205, guide groove 20 can be opened so that push rod 18 is installed and is carried out other I﹠ M work, and can close again dust and water protection.
Shown the expansion of front in conjunction with the roller shutter 5 of Fig. 1 to 14 explanation in Figure 15 to 31, the control apparatus 10 of this roller shutter 5 is preferably with the modular manner manufacturing.The expansion of this roller shutter 5 is by being provided with and allowing cooperative effect according to the parts of the setting device 10 bonded assembly lifting glass for vehicle window systems of Fig. 1 roller shutter 5 or by the common parts that use of setting device 10 and glass regulator system.And can expand to other being connected between embodiment that Figure 15 to 31 shows and the control apparatus that the following describes related roller shutter and the single line strand cable car window glass lifter in a similar fashion arbitrarily on the glass regulator.
In order to make full use of cooperative effect, the lifting glass for vehicle window system integration allows modular system in the control apparatus 10 of roller shutter 5, and the guide groove 20 of the control apparatus 10 of roller shutter 5 is provided with whether roller shutter to be installed irrelevant in this modular system.In this embodiment distortion, the layout of roller shutter is independent of the glass regulator system, in other words, even in the glass regulator system that branch is arranged, the control apparatus of roller shutter combines with the glass regulator system and separately the glass regulator system is set also is possible, under the wherein described in the back situation, it is empty that the guide groove 20 of roller shutter keeps, but the glass regulator system be utilized as can in second embodiment, mentioning roller shutter and glass regulator system shared substrate and shared rope deflector.
Shown that at Figure 15 the moving meter 9 that utilizes that see from different direction of observations, aforementioned regulates the block diagram of the control apparatus 10 of heavy curtains 6 in 16, and in Figure 17 to 19, shown aforementioned front elevation, lateral plan and the back view that utilizes moving meter 9 to regulate the control apparatus 10 of heavy curtains 6.At this, the guide groove 20 of control apparatus 10 partly or its downtake 21 fully as the guide rail of rope glass regulator 30, this glass regulator 30 is made up of glass regulator actuator 31, the guide groove 20 of making the guide rail of glass regulator push rod 33, glass regulator rope 32 and upper and lower rope deflector 34,35.
Module assembling mode for the control apparatus 10 of expanding (sunshade) roller shutter, glass regulator actuator 31 can be designed to module equally, perhaps alternately in roller shutter actuator 11 is arranged on the shared casing of the functional element that encapsulates the glass regulator system.In the module assembling mode of glass regulator actuator 31, being connected between the casing 23 of the casing of glass regulator actuator and roller shutter actuator 11 is arranged to, make the fixed position 25,26 of casing 23 of roller shutter actuator 11 also be used for fixing glass regulator actuator 31.
The rope deflector 35 that is used for the rope deflector 19 of roller shutter rope 17 and is used for glass regulator rope 32 be provided with one heart and---just as according to shown in the schematic plan view of Figure 17---in shared casing, for example be arranged in the rope deflector casing 24 of roller shutter rope deflector 19, these rope deflector casing 24 waterproof and anti-tideland insert in the guide groove 20 or downtake 21 of roller shutter control apparatus 10.
Figure 20 shown with schematic elevational view roller shutter control apparatus 10 guide groove 20 the bottom and be arranged on guide groove 20 in-to-in push rods 18, roller shutter rope 17 and moving meter 9 and dustproof and anti-tideland insert the following roller shutter rope deflector 19 of the lower end of guide groove 20.
Lead car window glass lifter push rod 33 on the guide groove 20 of roller shutter control apparatus 10 or downtake 21, the glass regulator push rod connects to change the position of glass regulator push rod 33 on guide groove 20 or downtake 21 with rope wire thigh 321,322 as the glass regulator rope 32 of the coiling of force transmission element.Just as shown in Figure 21 along the cutaway view of the straight line XXI-XXI among Figure 20 as can be seen, glass regulator push rod 33 has two push rod pads 331,332 (Mitnehmerbacken), wind glass 4 clamps (eingeklemmt), clamps (eingeclipst) or form fit ground (for example by the interior hole of wind glass 4) and is inserted between these two push rod pads 331,332.Glass regulator pad 331,332 are connected with the leader (F ü hrungsabschnitt) 330 of glass regulator push rod 33, and this leader 330 form fit ground is around the guide groove 20 of the rope wire thigh that wherein is provided with moving meter 9 and roller shutter rope 17 or the exterior contour of downtake 21.The partial design of leader 330 becomes to be used to hold the rope joint accommodation section 333 of the rope joint 323 of glass regulator rope 32.It can also be seen that two rope wire thighs 321,322 of the glass regulator rope 32 in the cross section from cross-sectional plane according to Figure 21.
Figure 22 has shown the sealing between the rope wire thigh 171,172 of the form fit interface that is used to connect the roller shutter push rod that is directed in the mode perpendicular to its sense of motion form fit 18 and moving meter 9 in guide groove 20 or downtake 21 and moving meter 9 and roller shutter rope 17 with the cross section along Figure 20 cathetus XXII-XXII.
Figure 23 to 26 shown about layout, orientation and the design plan embodiment of the control apparatus 10 of roller shutter shown in Fig. 2 to 6, various glass regulator actuator 31, and shown equally the possibility with the glass regulator system of module assembling mode structure.
Different with layout according to the glass regulator actuator 31 of previous embodiment, Figure 23 has shown that glass regulator actuator 31 is with the layout of exterior contour as the lower end of the guide groove 20 of guide rail, wherein glass regulator rope drum 312 is configured for the following deflector of glass regulator rope 32 simultaneously, and goes up glass regulator deflector 34 or be designed to the part of roller shutter actuator 11 or insert in the drive case 23 of roller shutter actuator 11.
In design plan according to Figure 24, glass regulator rope drum 312 has constituted last glass regulator rope deflector 34, wherein different with the embodiment of Figure 15 to 19, electrical motor 310 that is to say towards the lower end aligned of guide groove 20 or downtake 21 along opposite direction.
In the embodiment shown in Figure 25, realize further cooperative effect by the share motor 50 that is provided for roller shutter actuator and glass regulator actuator, the output shaft of electrical motor 50 selectively is coupled with roller shutter rope drum 14 or glass regulator rope drum 312 by reverse drive gear (Umschaltgetriebe) 51.By configuration share motor 50, the shared connector connection that also can obtain disposing the common drive electronic machine that is used for roller shutter control apparatus and glass regulator system and for example be used to be connected to the motor vehicle door bus system.
The coupling of the drive electronics of common drive electronic machine or roller shutter setting device 10 and glass regulator system has guaranteed that heavy curtain only may be adjusted to the pent height of wind glass.So-called automatic operation preferably is provided, and roller shutter only moves to upper end position or lower end position when wind glass cuts out in this is operated automatically.
In embodiment according to Figure 26, the glass regulator system has and is used for glass regulator rope 32 is directed to upper and lower glass regulator rope deflector 34,35 Bowden steel cable (Bowden) 60 makes glass regulator actuator 31 to separate setting with roller shutter control apparatus 10.This embodiment especially also allows roller shutter control apparatus 10 and glass regulator actuator 31 be configured on the different mounting plates or at the diverse location at the door inner panel place of motor vehicle door.This embodiment also allows glass regulator actuator 31 for example to be configured on the dry place side of self-propelled vehicle and roller shutter control apparatus 10 is configured on the moist space side of motor vehicle door.
Shown in Figure 27 to 31 to be used for that wherein should only to be considered as be example and non-limiting to these design plans with the various embodiments of the glass regulator system integration in the roller shutter control apparatus.
Figure 27 to 31 has shown that with schematic cross-sectional glass regulator is integrated in two block constructions in the roller shutter control apparatus, and wherein Figure 27 has shown that glass regulator guide rail 36 separates with the guide groove 20 of roller shutter control apparatus but the layout that is close to.By the mutual support of glass regulator guide rail 36 and guide groove 20, improved stable raising be implemented in substrate or mounting plate on common assembling.
Figure 28 has shown that the guide groove 20 of roller shutter control apparatus is integrated in the conventional guide rail, and the cavity of this guide rail is by cover 210 sealings to form guide groove 20, makes the rope wire thigh (Seilz ü ge) 171,172 of moving meter 9 and roller shutter rope prevent dust and anti-tideland is isolated.The size of guide groove 20 or glass regulator guide rail 36 and design plan are so definite at this, make the glass regulator push rod can not hindered in its process of sliding along glass regulator guide rail 36.
In this embodiment, additional dividing plate or rib can also prevent that the moving meter 9 and the rope wire thigh 171,172 of roller shutter rope from contacting, and prevent so the moving meter 9 of making dirty.
In embodiment according to Figure 29, the guide groove 20 of roller shutter control apparatus forms by the cover on the lateral surface that is inserted in conventional guide rail 211, makes moving meter 9 and roller shutter rope 17 to be set in the cavity that forms between the lateral surface of cover (Kappe) 211 and glass regulator guide rail 36.
The guide groove 20 that has shown the control apparatus 10 of roller shutter 5 in Figure 30 to 31 is connected with one between the glass regulator guide rail 36, has made full use of possible cooperative effect in the mode of the best.
The cross-sectional plane that in Figure 30, schematically shows corresponding to the front in conjunction with the described embodiment of Figure 15 to 19, and in the distortion according to Figure 31, guide groove 20 is designed to the part of glass regulator guide rail 36, and a part that perhaps is used to hold the leader of glass regulator push rod is designed to the lateral protrusion of the guide groove 20 of roller shutter 5 control apparatuss 10.
In these embodiments, be arranged on guide groove 20 in-to-in ribs or dividing plate in addition and can also constitute the spatial separation of moving meter 9 from the rope wire thigh 171,172 of roller shutter rope, the moving meter 9 that therefore prevents to make dirty also prevents the heavy curtain of making dirty thus.
Shown and with amplification stereogram the form that shown second control apparatus 10 ' that is used for roller shutter moving meter 9 in top and bottom is designed to single line strand cable car window glass lifter equally is shown with block diagram, front elevation, lateral plan and single part block diagram in Figure 32 to 35 at Figure 36 and 37, and with first control apparatus, the 10 different odontoid belts 72 that have as flexible drawing mechanism, it has the element of form fit.Control apparatus 10 ' comprising: electrically operated roller shutter actuator 11, this roller shutter actuator 11 are by electrical motor 12, driving device 13, drive electronics 15 and be used for that roller shutter actuator 11 is connected to the control electronic machine of self-propelled vehicle or motor vehicle door and adjust the plug 16 of electronic machine, especially bus system; Be preferably the guide groove 20 of tubulose, it has downtake 21 and upper conduit 22; Drive case or head 23; And deflection sheave casing or foot 74, this deflection sheave casing or foot 74 prevent dust and waterproof ground is connected with guide groove 20 or downtake 21.
The odontoid belt 72 that selectively is designed to open or osed top belt form moves in downtake 21, and in drive case or head 23, mesh with the tooth portion that the matches engagement of its tooth portion and Drive pinion 71 and with the tooth portion that matches of deflection sheave 73, wherein this Drive pinion 71 is connected with the driving device 13 of roller shutter actuator 11 by axle drive shaft 52, and this deflection sheave 73 is arranged in deflection sheave casing or the foot 74.Odontoid belt 72 also with its tooth portion form fit ground be arranged in the downtake 21 and with the tooth portion that the matches engagement of moving meter 9 bonded assembly push rods 80.By the rotation of Drive pinion 71 on a rotation direction or another hand of rotation of operating roller shutter actuator 11 and causing thus, odontoid belt 72 rotates around Drive pinion 81 and deflection sheave 73 on identical hand of rotation, make push rod 80 move or leave head 23 and move, and therefore moving meter 9 shifts out or move into downtake 21 from downtake 21 to head 23.
Be similar to first control apparatus 10 that has as the roller shutter rope of flexible drawing mechanism, second control apparatus 10 ' of odontoid belt 72 that has as the flexible drawing mechanism that has the form fit element can have to the open guide groove 20 of small part, described guide groove is at least at its periphery and the part of opening of length and best fluting, makes to be used for adjusting moving meter 9 guide groove 20 in and the parts of the push rod 18 of setting can pass the groove of guide groove 20 and be connected with accessory or handle terminal switch (Endlagenschalter), position detection device or allied equipment.Isolate for dustproof and anti-tideland, sealing member can be set, the sealing part allows the parts of control apparatus 10 can pass guide groove 20 and the same inner space of guide groove 20 that keeps is not subjected to dirt particulate or moist influence.
Moving meter 9 is directed to same encapsulation in upper conduit 22, deflection sheave 73 utilizes deflection sheave casing 74 encapsulation, wherein deflection sheave casing or foot 74 and drive case or head 73 and downtake 21 or with guide groove 20 between be connected and be designed to prevent dust and waterproof.The length setting of the sleeve (Muffe) that stretches out drive case or head 23 of upper conduit 22 or guide groove 20 becomes to make moving meter 9 stretch out the door lining or the humidity/dry place dividing plate of automobile body from its end that links to each other with roller shutter pull bar 8.
Alternately, only encapsulate downtake 21, and upper conduit 22 only is used as the longitudinal guide of moving meter 9.Also can omit upper conduit 22 fully, and self-evidently be, even upper conduit 22 for packing forms also only under the indentation state, hold fully moving meter 9 to the horizontal junction of roller shutter pull bar 8, the moving meter 9 that only partially or completely stretches out simultaneously also can be positioned at downtake 21 and upper conduit 22 inside or upper conduit 22 under the state of only part encapsulation.
On the door inner panel that control apparatus 10 ' is fixed on substrate or mounting plate or motor vehicle door 1, control apparatus 10 ' has two about guide groove 20 fixed position 25 positioned opposite to each other on drive case or head 23,26, and deflection sheave casing 74 has the fixed orifice 75 of the fixed mechanism that is used to pass fixed mechanism, especially is connected with the door inner panel of motor vehicle door 1.
Figure 36 has shown control apparatus 10 ' in roller shutter actuator 11 zone and electrical motor 12, driving device 13, axle drive shaft 52, and odontoid belt 72 ingear Drive pinions 71, drive electronics 15 and be used for drive electronics 15 is electrically connected to the especially plug 16 of the bus system of motor vehicle door 1 with amplification stereogram.This enlarged view has illustrated that the dustproof and protection against the tide between downtake 21 and drive case or the head 23 is connected and fixed position 25,26.Upper conduit 22 only be designed to short and straight line prolongation that aim at downtake 21 in, axle drive shaft 52 and with odontoid belt 72 ingear Drive pinions 71 perpendicular to downtake 21.
Figure 37 has shown control apparatus 10 ' at the lower end of conduit 21 with amplification stereogram equally, conduit 21 connects and is connected with deflection sheave casing or foot 74 by dustproof and water repellant connector, be provided with the odontoid belt deflector in deflection sheave casing or foot 74, this odontoid belt deflector has the deflection sheave 73 that is arranged in the deflection sheave casing 74 and is used for the lower area of the conduit 21 of control apparatus 10 ' and the door inner panel bonded assembly fixed orifice 75 of for example motor vehicle door 1.
The connector that passes through of control apparatus 10 ' connects the regulating element that can be connected with each other, promptly be arranged on roller shutter actuator 11 in drive case or the head 23, can be by lower and upper conduit 21,22 assemblings or continuous design-calculated are preferably the guide groove 20 of tubulose and are arranged on each module that deflection sheave casing 74 interior deflection sheavies 73 have formed modular system, and this allows the connection of different materials, the different size and the application site different in motorcar body or motor vehicle door of each module.Therefore the different length of guide groove 20 or downtake 21 allows control apparatus 10 ' to be applied in the different motor vehicle doors, use different roller shutter actuators 11 that different power grades can be provided, can ignore upper conduit 22 or guide groove 20 different length to upper conduit 22, perhaps guide groove 20 is to the respective length of roller shutter actuator 11, allows to use control apparatus 10 ' in the humidity of motor vehicle door or dry place.
In the moist spatial design scheme of the control apparatus 10 ' that modularization constitutes, the length of the length of upper conduit 22 or guide groove 20 so is provided with in its integrative-structure, make control apparatus 10 ' packed on its whole length, thereby can enter in the package system of control apparatus 10 ' without any dust or moisture.In order to stablize the position of guide groove 20 or upper conduit 22, the water string that the end with respect to roller shutter actuator 11 on the top of guide groove or upper conduit matches by the shape of cross section with guide groove 20 or upper conduit 22 inserts the humidity/dry place dividing plate of motor vehicle door, especially inserts the door inner panel of motor vehicle door.
The upper end of upper conduit 22 or continuous guide groove 20 also optionally clamps with door lining or with the door inner panel, so that secure fixation guide groove 20 or upper conduit 22.
Figure 39 has shown in being used for odontoid belt 72 and moving meter 9 bonded assembly push rods 80 that downtake 21 is directed with longitudinal sectional view Figure 38 with view of apparatus.Odontoid belt 72 has open belt composition, its end 721,722 combination in push rod 80, and be connected with the tooth portion that matches of push rod 80 to form fit with its tooth portion.Be integrated in length compensation device in the drive case 81 and be used for because of being applied to the length compensation that odontoid belt 72 is provided when tensile force on the odontoid belt 72 makes the change of odontoid belt length, this length compensation device comprises the push rod slide block (Mitnehmerschlitten) 82 that is connected with an end 721 of odontoid belt and longitudinally is directed, and push rod slide block 82 bonded assembly spring pins 84 and be arranged on spring frame 86 on the push rod casing 81 and the pressure spring 83 between the spring pin head 85 in push rod casing 81.Be applied to pressure on spring pin head 85 and the spring frame 86 by pressure spring 83 and be devoted to push rod slide block 82 and the end 721 that is clipped in the odontoid belt 72 in the push rod slide block 82 are moved towards the other end 722 of odontoid belt 72, the other end 722 of this odontoid belt 72 is connected with push rod casing 81 to form fit by the tooth portion that matches equally.
Be designed to the support (Halterung) 87 that form fit or power is connected and be used to connect moving meter 9 and push rod 80.
For odontoid belt 72 and the moving meter 9 that connects closed belt form, in Figure 40 to 44, shown a kind of push rod 90, this push rod 90 has odontoid belt holding tank 92 and is used to hold cylindrical moving meter 9 in push rod casing 91 hole wherein has the tooth portion 93 that matches as the form fit element that matches as the form fit element with odontoid belt 72 in the odontoid belt holding tank 92.The guiding or be used on push rod 90 of rationing shares mutually that recess 94 is parallel to odontoid belt holding tank 92 and is used for odontoid belt 72 guides rationing shares mutually in the mode of saving the space through push rod 90 of odontoid belt 72.
In Figure 45, shown first or second control apparatus 10 with schematic cutaway view, 10 ' the bottom in the steering hardware zone that is used for flexible drawing mechanism, this steering hardware is designed for the roller shutter rope deflector 19 of roller shutter rope 17, is used for the wedge shape pulley of wedge shape belt or is used for the deflection sheave 73 of odontoid belt 72, perforation belt or chain.In order to realize the dustproof and anti-water seal of downtake 21, be provided with seal cover cap 41, sealing lid 41 is in addition by the end seal of O-ring seals 44 with respect to downtake 21.
In order to seal under the situation of downtakes 21 with seal cover cap 41 according to Figure 45, be independent of the embodiment of the opening of flexible drawing mechanism or closure designs scheme and guarantee the length compensation of flexible drawing mechanism, schematic longitudinal sectional with the bottom by control apparatus 10 or 10 ' in Figure 46 has shown trailer coupling tension equipment (Zugmittel-Spannvorrichtung), this trailer coupling tension equipment is formed by connecting with trailer coupling deflector 19,73 and being supported on the tensioner lever 42 that covers on 41 by tensioning spring 43.
Reference numerals list
1 motor vehicle door
2 cavitys
3 otch
4 glass panes
5 roller shutters
6 heavy curtains
7 wireline reels
8 roller shutter pull bars
9 moving meters
10,10 ' adjusting device
11 roller shutter drivers
12 motor
13 transmission devices
14 roller shutter rope drums
15 drive electronics
16 plugs
17 roller shutter ropes
18,80,90 roller shutter push rods
19 roller shutter rope steering gears
20 guide grooves
21 downcomers
22 upper conduits
23 drive case/head
24 rope steering gear casings
25,26 fixed positions
240 fixing holes
27 inner panels
28 hurdle reinforcements
29 sealing layers
30 glass regulators
31 glass regulator actuators
32 glass regulator ropes
33 glass regulator push rods
Glass regulator rope deflector on 34
The deflector of 35 times glass regulator ropes
36 guide rails
40 water strings
41 seal cover caps
42 nutted rods
43 tensioning springs
44 O-ring seals
50 share motors
51 reverse drive gears
52 axle drive shafts
60 Bowden steel cables
71 Drive pinions
72 odontoid belts
73 deflection sheavies
74 deflection sheave casings
75 fixed orifices
81,91 push rod casings
82 push rod slide blocks
83 pressure springs
84 resilient pins
85 resilient pin heads
86 spring frames
87 supports
91 push rod casings
92 odontoid belt holding tanks
The 93 tooth portions that match
94 recesses
130 drive worm screw
141 rope grooves
142 worm tooth portions
171,172 rope wire thighs
201,202 dividing plates or rib
203 antethecas
204,205 sidewalls
210 lids
220 covers
230 drive case lid
231,232 seal sockets
310 electrical motors
311 drivings device
312 glass regulator rope drums
313 sockets
321,322 rope wire thighs
323 rope joints
333 rope joint accommodation sections
721,722 odontoid belt ends
The T dry place
The moist space of N
Claims (26)
1. blinds for vehicles has: heavy curtain (6), described heavy curtain (6) be used to strut the resistance to compression of described heavy curtain (6) and/or the moving meter (9) of bending resistance is connected; And the control apparatus (10) of handling described moving meter (9), described control apparatus (10) is designed to the form of single line strand cable car window glass lifter and is packaged together with described moving meter (9) at least in part, it is characterized in that, described control apparatus (10) comprises the flexible drawing mechanism (17 that is used for going up to described moving meter (9) transmission power, 72), described moving meter (9) and described control apparatus (10) are arranged in the casing (20-24) that holds described moving meter (9) and described control apparatus (10), and the described casing (20-24) that holds moving meter (9) and control apparatus (10) comprises drive case (23) and the guide groove (20 that is used for roller shutter actuator (11); 21), described guide groove (20; 21) hold described moving meter (9) and described flexible drawing mechanism (17,72).
2. roller shutter as claimed in claim 1, it is characterized in that, described control apparatus (10) also comprises: with roller shutter actuator (11) bonded assembly trailer coupling driver element (14,71), described trailer coupling driver element (14,71) causing the described flexible drawing of the direction adjusted mechanism (17,72) of (9) lifting of described moving meter or decline; With the trailer coupling deflector (19,73) at least one end place in the adjusting path of described moving meter (9), one section of described flexible drawing mechanism (17,72) is directed in described trailer coupling deflector (19,73).
3. roller shutter as claimed in claim 1 or 2 is characterized in that, the described casing (20-24) that holds moving meter (9) and control apparatus (10) prevents dust and anti-tideland is isolated described control apparatus (10) and described moving meter (9).
4. roller shutter as claimed in claim 1 or 2 is characterized in that guide groove (20; 21,22), described guide groove (20; 21,22) on the part of its periphery and length, be open at least.
5. roller shutter as claimed in claim 4 is characterized in that, described guide groove (20; 21,22) slotted.
6. roller shutter as claimed in claim 2 is characterized in that, described trailer coupling deflector (19,73) is arranged in the trailer coupling deflector casing (24,74).
7. roller shutter as claimed in claim 6 is characterized in that, described drive case (23) and described trailer coupling deflector casing (24,74) and described guide groove (20; 21,22) connect moistureproofly and dustproof.
8. roller shutter as claimed in claim 7 is characterized in that, described drive case (23) and described trailer coupling deflector casing (24,74) and described guide groove (20; 21,22) described connection is designed to connector and connects.
9. roller shutter as claimed in claim 2 is characterized in that, described trailer coupling deflector (19,73) is arranged on described guide groove (20; 21) in.
10. roller shutter as claimed in claim 2 is characterized in that, described flexible drawing mechanism (17,72) and described moving meter (9) and roller shutter push rod (18; 80,90) connect described roller shutter push rod (18; 80,90) in the mode of form fit on perpendicular to the direction of the moving direction of described moving meter (9) at described guide groove (20; 21) be directed in, described roller shutter push rod (80) comprises the device (81-86) that is used to adjust described flexible drawing mechanism (71), describedly be used to adjust described flexible drawing mechanism (17,72) device (81-86) comprises two adjustable push rod elements (81 relative to each other on the moving direction of described roller shutter push rod (80), 82), described putter component (81,82) connects with the end (721,722) of described flexible drawing mechanism (72) respectively.
11. roller shutter as claimed in claim 2 is characterized in that, described guide groove (20; 21) close described trailer coupling deflector (19,73) end is by seal cover cap (41) sealing, described trailer coupling driver element (14,71) and/or described trailer coupling deflector (19,73) by trailer coupling tightening device (42,43) and described guide groove (20; 21) connect, described trailer coupling tightening device (42,43) is by connecting with described trailer coupling deflector (19,73) and forming by the nutted rod (42) that tensioning spring (43) is supported on the described seal cover cap (41).
12. roller shutter as claimed in claim 10 is characterized in that, described roller shutter push rod (90) has form fit element (93), and described form fit element (93) is connected with the complementary shaped co-operating member of described flexible drawing mechanism (72).
13. roller shutter as claimed in claim 10 is characterized in that, described guide groove (20; 21,22) from automobile body (1) bonded assembly under the junction surface extend to the humidity/dry place dividing plate of described automobile body (1).
14. roller shutter as claimed in claim 13 is characterized in that, described guide groove (20; 21,22) by the upper conduit that holds described moving meter (9) (22) with hold described moving meter (9), described roller shutter push rod (18; 80,90) and described flexible drawing mechanism (17,72) downtake (21) constitutes, wherein said upper conduit (22) is from described drive case (23) or described trailer coupling deflector (19,73) extend to the humidity/dry place dividing plate of described automobile body (1), and described downtake (21) extends to the following junction surface on described automobile body (1) of control apparatus (10) from described drive case (23) or described trailer coupling deflector (19,73).
15. roller shutter as claimed in claim 14 is characterized in that, the parts that are arranged on the glass regulator (30) in the vehicle doorn (1) are integrated in the parts of control apparatus (10) of described roller shutter (5).
16. roller shutter as claimed in claim 15 is characterized in that, described downtake (21) is connected with guide rail (40) one of described glass regulator (30), and perhaps described downtake (21) is designed to the guide rail of described glass regulator (30); And lead car window glass lifter push rod (33) on the exterior contour of described downtake (21).
17. roller shutter as claimed in claim 15 is characterized in that, the guide rail (40) of described downtake (21) and described glass regulator (30) is designed to two parts, and is arranged close to each other and parallel to each other.
18. roller shutter as claimed in claim 15 is characterized in that, the described control apparatus (10) and the described glass regulator (30) of described roller shutter (5) have shared steering hardware.
19. as each described roller shutter in the claim 15 to 18, it is characterized in that, glass regulator actuator (31) is arranged on the bottom of exterior contour as the described guide groove (20) of guide rail, glass regulator rope drum (312) forms the following deflector of described glass regulator rope (32), and go up glass regulator rope deflector (34) or be designed to the parts of described roller shutter actuator (11), perhaps insert in the described drive case (23) of described roller shutter actuator (11).
20., it is characterized in that glass regulator rope deflector (34) in glass regulator rope drum (312) formation as each described roller shutter in the claim 15 to 18.
21. as each described roller shutter in the claim 15 to 18, it is characterized in that, the control apparatus (10) of described roller shutter (5) and the share motor (50) of described glass regulator (30), described share motor (50) have the reverse drive gear that can change (51) of the control apparatus (10) that is used to drive glass regulator rope drum (312) and/or described roller shutter (5).
22. as each described roller shutter in the claim 15 to 18, it is characterized in that, in described downtake (21), be provided with dividing plate or rib (201 along its longitudinal extension, 202), described dividing plate or rib (201,202) the rope wire thigh (171,172) of described moving meter (9) and described flexible drawing mechanism (17) is separated and is constituted the part of the form fit guiding of described roller shutter push rod (18).
23. roller shutter as claimed in claim 12 is characterized in that, described flexible drawing mechanism is made up of odontoid belt (72), perforation belt, friction belt or chain.
24. roller shutter as claimed in claim 23 is characterized in that, described odontoid belt (72), perforation belt, friction belt are the wedge shape belts.
25. roller shutter as claimed in claim 23 is characterized in that, described chain is link chain or beading chain.
26. roller shutter as claimed in claim 23, it is characterized in that, described roller shutter actuator (11) has with drive electronics (15) bonded assembly electrical motor (12) and has the driving device (13) of axle drive shaft (52), described axle drive shaft (52) is connected with the described trailer coupling driver element that has the form fit element that is designed to Drive pinion, and the form fit element of described trailer coupling driver element is engaged in the complementary shaped co-operating member that is designed to odontoid belt (72), perforation belt, friction belt or chain flexibility trailer coupling.
Applications Claiming Priority (5)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| DE102006047359.0 | 2006-09-29 | ||
| DE200610047359 DE102006047359A1 (en) | 2006-09-29 | 2006-09-29 | Sun protection blind for e.g. window pane of motor vehicle, has adjusting device to actuate push unit, where lifter parts are integrated into device`s parts by guiding driver along outer contour of device`s channel and by integrating drive |
| DE200610058360 DE102006058360A1 (en) | 2006-12-05 | 2006-12-05 | Sun protection blind for e.g. window pane of motor vehicle, has adjusting device to actuate push unit, where lifter parts are integrated into device`s parts by guiding driver along outer contour of device`s channel and by integrating drive |
| DE102006058360.4 | 2006-12-05 | ||
| PCT/EP2007/060292 WO2008037785A1 (en) | 2006-09-29 | 2007-09-28 | Blinds for vehicles |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101484330A CN101484330A (en) | 2009-07-15 |
| CN101484330B true CN101484330B (en) | 2011-07-13 |
Family
ID=39338673
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2007800251915A Expired - Fee Related CN101484330B (en) | 2006-09-29 | 2007-09-28 | Blinds for vehicles |
Country Status (3)
| Country | Link |
|---|---|
| CN (1) | CN101484330B (en) |
| DE (1) | DE102006047359A1 (en) |
| ES (1) | ES2350149T3 (en) |
Families Citing this family (17)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1954513B1 (en) | 2006-09-29 | 2010-08-18 | Brose Fahrzeugteile GmbH & Co. KG, Coburg | Blinds for vehicles |
| DE202007004175U1 (en) | 2007-03-19 | 2008-07-31 | Brose Fahrzeugteile Gmbh & Co. Kommanditgesellschaft, Hallstadt | vehicle blind |
| DE102007015575A1 (en) | 2007-03-28 | 2008-10-23 | Brose Fahrzeugteile Gmbh & Co. Kg, Hallstadt | Roller blind i.e. sun blind, for motor vehicle window, has adjustment device coupled with blind rod, and shaft coupled with blind hanging, where rod is coupled with section for returning blind hanging to shaft |
| DE202008006563U1 (en) | 2008-05-09 | 2009-09-10 | Brose Fahrzeugteile Gmbh & Co. Kommanditgesellschaft, Coburg | Roller blind device for motor vehicles |
| DE202008009763U1 (en) | 2008-07-17 | 2009-11-26 | Brose Fahrzeugteile Gmbh & Co. Kommanditgesellschaft, Hallstadt | vehicle blind |
| DE102010022842B4 (en) * | 2010-06-07 | 2018-05-30 | Michael Heidan | Modular window opening system |
| DE102012100472A1 (en) * | 2012-01-20 | 2013-07-25 | Küster Holding GmbH | Motor vehicle roller blind assembly has receptacle and coupling section, which are pivoted relative to each other along rotary axis and are mounted vertical to rotary axis in immovable manner |
| CN102606057B (en) * | 2012-04-06 | 2014-12-31 | 昆山皇田汽车配件工业有限公司 | Sunshade curtain slowly-rising device |
| CN102619457A (en) * | 2012-04-06 | 2012-08-01 | 昆山皇田汽车配件工业有限公司 | Descent device for sunshade curtain |
| KR101428263B1 (en) * | 2012-12-10 | 2014-08-07 | 현대자동차주식회사 | Regulator Structure for a Curtain Integrated Door |
| CN103321520B (en) * | 2013-07-01 | 2015-09-02 | 吴昊 | A kind of door electric folding system |
| JP6629049B2 (en) * | 2015-11-18 | 2020-01-15 | 芦森工業株式会社 | Shade device for vehicle |
| DE102016111167A1 (en) | 2016-06-17 | 2017-12-21 | Macauto Industrial Co., Ltd. | S-impact-free drive device for car shading devices |
| DE102016111168B4 (en) * | 2016-06-17 | 2020-01-02 | Macauto Industrial Co., Ltd. | Drive device for a shading device |
| DE102016213199A1 (en) * | 2016-07-19 | 2018-01-25 | Bos Gmbh & Co. Kg | Shading device for a side window of a motor vehicle |
| JP2018071235A (en) * | 2016-10-31 | 2018-05-10 | 株式会社ハイレックスコーポレーション | Object moving device |
| DE102017217690A1 (en) * | 2017-10-05 | 2019-04-11 | Bos Gmbh & Co. Kg | Shading device for a side window of a motor vehicle |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4850084A (en) * | 1987-03-17 | 1989-07-25 | Nippon Cable System Inc. | Structure for anchoring wire end |
| DE20112948U1 (en) * | 2001-07-27 | 2001-10-25 | Bos Gmbh | Privacy protection device for a motor vehicle window |
| CN1340426A (en) * | 2000-08-25 | 2002-03-20 | 博斯股份有限两合公司 | Vehicle rear window shading curtain with Bourdon pull cord |
| CN1354098A (en) * | 2000-11-22 | 2002-06-19 | 博斯股份有限两合公司 | Rolling-up car window sun-shading screen with rolling compensation |
| CN1483604A (en) * | 2003-07-25 | 2004-03-24 | 宁波信泰机械有限公司 | Up pulling type electric driven winodow curtain |
| CN1495057A (en) * | 2002-08-14 | 2004-05-12 | 博斯股份有限两合公司 | Shading window curtain with actuating element capable of being two-way operated |
| DE202004014652U1 (en) * | 2004-09-14 | 2006-03-02 | Brose Fahrzeugteile Gmbh & Co. Kommanditgesellschaft, Coburg | Door for a vehicle comprises a window blind with a blind path which moves parallel to the window pane using a mechanism a part of which is guided on the window lifter guide rail |
-
2006
- 2006-09-29 DE DE200610047359 patent/DE102006047359A1/en not_active Withdrawn
-
2007
- 2007-09-28 CN CN2007800251915A patent/CN101484330B/en not_active Expired - Fee Related
- 2007-09-28 ES ES07820679T patent/ES2350149T3/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4850084A (en) * | 1987-03-17 | 1989-07-25 | Nippon Cable System Inc. | Structure for anchoring wire end |
| CN1340426A (en) * | 2000-08-25 | 2002-03-20 | 博斯股份有限两合公司 | Vehicle rear window shading curtain with Bourdon pull cord |
| CN1354098A (en) * | 2000-11-22 | 2002-06-19 | 博斯股份有限两合公司 | Rolling-up car window sun-shading screen with rolling compensation |
| DE20112948U1 (en) * | 2001-07-27 | 2001-10-25 | Bos Gmbh | Privacy protection device for a motor vehicle window |
| CN1495057A (en) * | 2002-08-14 | 2004-05-12 | 博斯股份有限两合公司 | Shading window curtain with actuating element capable of being two-way operated |
| CN1483604A (en) * | 2003-07-25 | 2004-03-24 | 宁波信泰机械有限公司 | Up pulling type electric driven winodow curtain |
| DE202004014652U1 (en) * | 2004-09-14 | 2006-03-02 | Brose Fahrzeugteile Gmbh & Co. Kommanditgesellschaft, Coburg | Door for a vehicle comprises a window blind with a blind path which moves parallel to the window pane using a mechanism a part of which is guided on the window lifter guide rail |
Also Published As
| Publication number | Publication date |
|---|---|
| DE102006047359A1 (en) | 2008-06-05 |
| ES2350149T3 (en) | 2011-01-19 |
| CN101484330A (en) | 2009-07-15 |
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| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| ASS | Succession or assignment of patent right |
Owner name: SHANGHAI BOZE CAR PARTS CO., LTD. Free format text: FORMER OWNER: BLOSE CAR PARTS MANUFACTURING KOBO CO., LTD. Effective date: 20091030 |
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