CN105525825A - Rope wheel type glass lifter with modularized structural design and design method for rope wheel type glass lifter - Google Patents
Rope wheel type glass lifter with modularized structural design and design method for rope wheel type glass lifter Download PDFInfo
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- CN105525825A CN105525825A CN201511024352.1A CN201511024352A CN105525825A CN 105525825 A CN105525825 A CN 105525825A CN 201511024352 A CN201511024352 A CN 201511024352A CN 105525825 A CN105525825 A CN 105525825A
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Abstract
The invention discloses a rope wheel type glass lifter with a modularized structural design and a design method for the rope wheel type glass lifter. Four rolling guide rails with different sections and four standard slide blocks matched with the rolling guide rails are designed; various angle-adjustable slide wheel assemblies suitable for application of the rolling guide rails are designed; three thread rolling barrels which can meet various stroke needs and corresponding thread rolling barrel housings are designed; six motors are determined; other universal parts and standard parts are designed, and the parts are stored into a module base for use after being modeled; during design, according to vehicle type needs, proper rolling guide rails, slide blocks, slide wheel assemblies, motors and other standard universal parts are selected from the module base, so that only slide block bottom plates, guide rail upper brackets, guide rail lower brackets and motor fixing bases are required to be designed, and each part is combined and assembled into a product assembly mathematical model. According to the invention, the modularized design scheme is adopted, so that the problem that the rope wheel type glass lifter product is relatively long in development period is completely solved.
Description
Technical field
The present invention relates to glass-frame riser technical field, specifically a kind of cable pulley type glass lifter of Modular Structure Design and method for designing thereof.
Background technology
Glass-frame riser is the critical component of automobile door glass opening/closing system.Glass-frame riser on market is of a great variety, comprises single arm type glass-frame riser, both arms are glass-frame riser, cable pulley type glass lifter, ribbon lifter etc., at present domestic and international using cable pulley type glass lifter as Developing mainstream.Existing cable pulley type glass lifter carries out structure design according to the relevant three-dimensional space of vehicle and car door, with the lifting requirement of satisfied different automobile door glass.Owing to there is no fixing design specifications, cause the dynamic fixed pulley structure of different cable pulley type glass lifters also different, outlet direction has larger difference, every money product employs different motors simultaneously, all parts can only adaptive different single product, cause design efficiency low, product structure and part numerous and diverse, and directly increase mold materials activities and the management cost of product development and making.
Summary of the invention
The object of the present invention is to provide a kind of cable pulley type glass lifter and method for designing thereof of Modular Structure Design, to solve the problem proposed in above-mentioned background technology.
For achieving the above object, the invention provides following technical scheme:
A cable pulley type glass lifter for Modular Structure Design, comprises the first roll extrusion guide rail, the sincere assembly of the first guide rail transmission, the first guide rail upper bracket, upper force pipe assembly, the second guide rail upper bracket, the sincere assembly of the second guide rail transmission, the second roll extrusion guide rail, motor, curled hair cylinder, the second guide rail lower carriage, presses down solenoid assembly, middle force pipe assembly and the first guide rail lower carriage; The sincere component slippage of described first guide rail transmission is arranged on the first roll extrusion guide rail, and the sincere assembly of the first guide rail transmission comprises the first slider bottom plate and the first slide block, and the first skid is arranged on the first roll extrusion guide rail, and the first slider bottom plate is fixed on the first slide block; Described first guide rail upper bracket and the first guide rail lower carriage are separately fixed at the top and bottom of the first roll extrusion guide rail; The sincere assembly of described second guide rail transmission is identical with the sincere modular construction of the first guide rail transmission, and described second roll extrusion guide rail is identical with the first roll extrusion guide rail structure; Described first guide rail upper bracket, the second guide rail upper bracket, the second guide rail lower carriage and the first guide rail lower carriage are all provided with pulley assembly; Described motor is arranged on the second roll extrusion guide rail by motor fixing seat, and curled hair cylinder is fixed in motor fixing seat, and curled hair cylinder is also arranged with curled hair barrel cover shell outward, and motor drives and connects curled hair cylinder; Described upper force pipe assembly one end is connected to the first guide rail upper bracket by locating sleeve, the other end is connected to motor fixing seat by the first spring positioning component, described middle force pipe assembly two ends are connected to the first guide rail lower carriage and the second guide rail upper bracket respectively by locating sleeve, the described solenoid assembly one end that presses down is connected to the second guide rail lower carriage by locating sleeve, and the other end is connected to motor fixing seat by the second spring positioning component.
As the further scheme of the present invention: described pulley assembly comprises pulley bracket and pulley, pulley is rotatably installed on pulley bracket by pulley pivot pin.
As the present invention's further scheme: described first spring positioning component is made up of force pipe locating sleeve, spring and spring locating sleeve, force pipe locating sleeve is fixed in motor fixing seat, spring one end Bonding pressure pipe locating sleeve, the other end is connected to spring locating sleeve, spring locating sleeve is connected with upper force pipe assembly, and described second spring positioning component is identical with the first spring positioning component structure.
As the present invention's further scheme: described first slide block is also provided with the first snubber.
As the present invention's further scheme: described first guide rail upper bracket and the first guide rail lower carriage are all riveted and be fixed on the first roll extrusion guide rail.
As the present invention's further scheme: described second slide block is also provided with the second snubber.
As the present invention's further scheme: described second guide rail upper bracket and the second guide rail lower carriage are all riveted and be fixed on the second roll extrusion guide rail.
The method for designing of the cable pulley type glass lifter of described Modular Structure Design, step is as follows:
1) module library is set up;
2) deisgn product;
Wherein, step 1) concrete steps of setting up module library are:
1.1) the roll extrusion guide rail designing four kinds of different cross sections and the four kinds of standard slide blocks mated with it, with the design requirement that the roll extrusion guide rail covering whole cable pulley type glass lifter mates with slide block movement, the roll extrusion guide rail of four kinds of different cross sections and corresponding four kinds of standard slide blocks, as standard module, supply to select stored in module library after modeling;
1.2) design the pulley assembly that many moneys are applicable to the adjustable angle of each cross section roll extrusion guide rail application, using these pulley assemblies as standard module, supply to select stored in module library after modeling;
1.3) design the curled hair cylinder that three sections can meet various stroke demand, and design the curled hair barrel cover shell that matches with it as standard module, using the curled hair barrel cover shell of curled hair cylinder and correspondence as standard module, after modeling stored in module library for selecting;
1.4) determine six sections of motors according to product demand, its boundary dimensions and mounting hole site are determined by after the information data analysis of collecting, and supply to select stored in module library after modeling;
1.5) design other versatility part and standard components, supply to select stored in module library after unified Modeling;
Step 2) concrete steps of deisgn product are:
2.1) according to vehicle demand, in module library, the roll extrusion guide rail of suitable cross-section is selected, and by demand determination roll extrusion guide rail radian and chord length;
2.2) in module library, select the slide block with roll extrusion guide rail adaptation, only need to design slider bottom plate;
2.3) press car door coupling Demand Design guide rail upper bracket and guide rail lower carriage, and select suitable pulley assembly in module library;
2.4) select applicable motor in module library, and according to motor fringe conditions and car door, matching size is installed, design corresponding motor fixing seat;
2.5) from module library, select other standards general purpose accessory, by the structural design scheme determined, combination is assembled into product assembly digital-to-analogue.
Compared with prior art, the invention has the beneficial effects as follows: 1, the present invention is owing to adopting at present advanced modularized design scheme, thoroughly solve the state that product development cycle that structure varied styles that cable pulley type glass lifter causes because vehicle is different causes is longer.All cable pulley type glass lifters can be realized by the combination of standard universal module, and shorten the product design cycle 70%, every money product on average can save Mold Making cost 60%.2, the cable pulley type glass lifter of Modular Structure Design of the present invention, because component module can be general on all cable pulley type glass lifters, thoroughly improve the raising of handling of goods and materials and the purchase cost caused because part is numerous and diverse, handling of goods and materials and purchase cost it is estimated can decline respectively 20% and 12%.3, the cable pulley type glass lifter of Modular Structure Design of the present invention adopts standard module construction after using identical manufacture craft, simplify the production process caused because product category is various changeable, simultaneously because adopt adjustable type universal fixture, direct minimizing frock quantity and production process cost, it is estimated and can reduce frock quantity 35%, reduce manufacturing process cost 8%.4, the cable pulley type glass lifter of Modular Structure Design of the present invention is owing to adopting standard module and standard manufacture craft, Realization of Product standardization is produced and process quality control and stable improve the quality of products significant.5, the serial procedures such as design concept, manufacture craft, quality control, handling of goods and materials of the present invention to cable pulley type glass lifter has carried out innovation revolution, designs and produces field have huge cost efficiency space and great social effect to glass-frame riser.
Accompanying drawing explanation
Fig. 1 is the detonation configuration schematic diagram of the cable pulley type glass lifter of embodiment 1 Modular Structure Design.
Fig. 2 is the package assembly schematic diagram of the cable pulley type glass lifter of embodiment 1 Modular Structure Design.
Fig. 3 is the package assembly schematic diagram of the cable pulley type glass lifter of embodiment 2 Modular Structure Design.
In figure: 1-first roll extrusion guide rail, 2-first slider bottom plate, 3-first slide block, 4-first snubber, 5-pulley pivot pin, 6-pulley, 7-first guide rail upper bracket, 8-locating sleeve, the upper force pipe assembly of 9-, 10-second guide rail upper bracket, 11-second slide block, 12-second slider bottom plate, 13-second snubber, 14-second roll extrusion guide rail, 15-motor fixing seat, 16-motor, 17-flange cruciform slot screw, 18-curled hair barrel cover shell, 19-curled hair cylinder, 20-force pipe locating sleeve, 21-second guide rail lower carriage, 22-spring, 23-presses down solenoid assembly, 24-spring locating sleeve, force pipe assembly in 25-, 26-first guide rail lower carriage, 27-self-clinching nut.
Detailed description of the invention
Below in conjunction with detailed description of the invention, technical scheme of the present invention is described in more detail.
Embodiment 1
Refer to Fig. 1-2, a cable pulley type glass lifter for Modular Structure Design, comprises the sincere assembly of the first roll extrusion guide rail 1, first guide rail transmission, the first guide rail upper bracket 7, the sincere assembly of upper force pipe assembly 9, second guide rail upper bracket 10, second guide rail transmission, the second roll extrusion guide rail 14, motor 16, curled hair cylinder 19, second guide rail lower carriage 21, presses down solenoid assembly 23, middle force pipe assembly 25 and the first guide rail lower carriage 26; The sincere component slippage of described first guide rail transmission is arranged on the first roll extrusion guide rail 1, the sincere assembly of first guide rail transmission comprises the first slider bottom plate 2 and the first slide block 3, first slide block 3 is slidably mounted on the first roll extrusion guide rail 1, first slider bottom plate 2 is fixed on the first slide block 3, first slider bottom plate 2 is for being fixedly attached to vehicle glass, thus when the first slide block 3 slides up and down along the first roll extrusion guide rail 1, first slider bottom plate 2 driving automobile glass moves up and down along guide groove, realize the lifting of glass, described first slide block 3 is also provided with the first snubber 4;
Described first guide rail upper bracket 7 and the first guide rail lower carriage 26 are separately fixed at the top and bottom of the first roll extrusion guide rail 1, and preferably, described first guide rail upper bracket 7 and the first guide rail lower carriage 26 are all riveted and be fixed on the first roll extrusion guide rail 1, the sincere assembly of described second guide rail transmission is identical with the sincere modular construction of the first guide rail transmission, described second roll extrusion guide rail 14 is identical with the first roll extrusion guide rail 1 structure, the sincere component slippage of described second guide rail transmission is arranged on the second roll extrusion guide rail 14, the sincere assembly of second guide rail transmission comprises the second slider bottom plate 12 and the second slide block 11, second slide block 11 is slidably mounted on the second roll extrusion guide rail 14, second slider bottom plate 12 is fixed on the second slide block 11, second slider bottom plate 12 is for being fixedly attached to vehicle glass, thus when the second slide block 11 slides up and down along the second roll extrusion guide rail 14, second slider bottom plate 12 driving automobile glass moves up and down along guide groove, realize the lifting of glass, described second slide block 11 is also provided with the second snubber 13, described second guide rail upper bracket 10 and the second guide rail lower carriage 21 are separately fixed at the top and bottom of the second roll extrusion guide rail 14, and preferably, described second guide rail upper bracket 10 and the second guide rail lower carriage 21 are all riveted and be fixed on the second roll extrusion guide rail 14,
Described first guide rail upper bracket 7, second guide rail upper bracket 10, second guide rail lower carriage 21 and the first guide rail lower carriage 26 are all provided with pulley assembly, described pulley assembly comprises pulley bracket and pulley 6, and pulley 6 is rotatably installed on pulley bracket by pulley pivot pin 5; Described motor 16 is arranged on the second roll extrusion guide rail 14 by motor fixing seat 15, and curled hair cylinder 19 is fixed in motor fixing seat 15, and curled hair cylinder 19 is outer is also arranged with curled hair barrel cover shell 18, motor 16 drives and connects curled hair cylinder 19, when motor 16 rotates, curled hair cylinder 19 is driven to rotate, with folding and unfolding wire rope; Described upper force pipe assembly 9 one end is connected to the first guide rail upper bracket 7 by locating sleeve 8, the other end is connected to motor fixing seat 15 by the first spring positioning component, described middle force pipe assembly 25 two ends are connected to the first guide rail lower carriage 26 and the second guide rail upper bracket 10 respectively by locating sleeve 8, described solenoid assembly 23 one end that presses down is connected to the second guide rail lower carriage 21 by locating sleeve 8, and the other end is connected to motor fixing seat 15 by the second spring positioning component; Described first spring positioning component is made up of force pipe locating sleeve 20, spring 22 and spring locating sleeve 24, force pipe locating sleeve 20 is fixed in motor fixing seat 15, spring 22 one end Bonding pressure pipe locating sleeve 20, the other end is connected to spring locating sleeve 24, spring locating sleeve 24 is connected with upper force pipe assembly 9, and described second spring positioning component is identical with the first spring positioning component structure.
The operating principle of the cable pulley type glass lifter of described Modular Structure Design is: when motor 16 rotates, curled hair cylinder 19 is driven to rotate, with folding and unfolding wire rope, force pipe assembly 9 in steel wire penetrating, press down solenoid assembly 23 and middle force pipe assembly 25, first guide rail upper bracket 7, second guide rail upper bracket 10, second guide rail lower carriage 21 and the first guide rail lower carriage 26 are all wire rope guiding by pulley 6, in wire rope folding and unfolding process, the sincere assembly of the first guide rail transmission is driven to slide up and down along the first roll extrusion guide rail 1, and drive the sincere assembly of the second guide rail transmission to slide up and down along the second roll extrusion guide rail 14, thus driving automobile glass moves up and down along guide groove, realize the lifting of glass.
The method for designing of the cable pulley type glass lifter of described Modular Structure Design, step is as follows:
1) module library is set up;
2) deisgn product;
Wherein, step 1) concrete steps of setting up module library are:
1.1) the roll extrusion guide rail of four kinds of different cross sections and four kinds of standard slide blocks mating with it are designed (according to large-tonnage product roll extrusion guide rail cross section and slide border dimension information, structure and the boundary dimensions of each roll extrusion guide rail cross section and slide block is determined after analyzing balance), the design requirement mated with slide block movement with the roll extrusion guide rail covering whole cable pulley type glass lifter.Only need the roll extrusion guide rail of four kinds of different cross sections just can meet the demand of all cable pulley type glass lifters, the radian of roll extrusion guide rail and arc length can change arbitrarily according to demand, in addition, the roll extrusion guide rail in often kind of cross section is only furnished with the slide block of a correspondence, the slider bottom plate connected with glass is combined into the sincere assembly of guide rail transmission by inserting slide block mode (structure design that slider bottom plate is inserting Slipper of all products is identical with completed state, only need the height to slider bottom plate both sides and glass joint face, and the angle and distance size of position, hole is determined by demand, the entrucking that just can meet all products requires).The roll extrusion guide rail of four kinds of different cross sections and corresponding four kinds of standard slide blocks, as standard module, supply to select stored in module library after modeling;
1.2) pulley assembly (relevant adjustment angle is determined to adjust arbitrarily within the scope of 25 °-90 ° after analyzing according to many data) that many moneys are applicable to the adjustable angle of each cross section roll extrusion guide rail application is designed.Pulley bracket and pulley can adjust arbitrarily line angle degree within the scope of 25 °-90 °, and the outlet meeting all product wire rope force pipe systems is required (being realized in roll extrusion guide rail two ends punching located in connection hole by the special tooling of adjustable angle).All pulleys can play the effect of stop bit and buffer in structure design simultaneously, and can within the scope of 25 °-90 °, adjust arbitrarily line angle degree and not affect stall function.Using these pulley assemblies as standard module, supply to select stored in module library after modeling;
1.3) the curled hair cylinder (its internal tooth core is replaceable) that three sections can meet various stroke demand is designed, and the curled hair barrel cover shell that design matches with it is as standard module, using the curled hair barrel cover shell of curled hair cylinder and correspondence as standard module, after modeling stored in module library for selecting;
1.4) determine six sections of motors according to product demand (output torque size), its boundary dimensions and mounting hole site are determined by after the information data analysis of collecting, and supply to select stored in module library after modeling;
1.5) design other versatility part and standard components, supply to select stored in module library after unified Modeling;
Step 2) concrete steps of deisgn product are:
2.1) according to vehicle demand, the roll extrusion guide rail of suitable cross-section is selected in module library, and by demand determination roll extrusion guide rail radian and chord length (owing to calling standard module, therefore variation radian and chord length is only needed in the design, avoid the random polytropy that designer designs guide rail sectional dimension, improve design efficiency and specification);
2.2) in module library, the slide block with roll extrusion guide rail adaptation is selected, (all slider bottom plates are identical with the completed state at the assembling position of slide block only to need design slider bottom plate, only need the part that variation slider bottom plate both sides are connected with vehicle glass, because slide block adopts standard assembly mode, any lifter of the roll extrusion guide rail of same cross-sectional of selecting all adopts with a slide block, avoid slide block structure form changeable and it and slider bottom plate multiple combination form (as: plastic etc.), greatly improve design efficiency, obvious reduction die cost, activities cost and purchase cost etc.),
2.3) press car door coupling Demand Design guide rail upper bracket and guide rail lower carriage, and select suitable pulley assembly in module library;
2.4) (selected motor can meet the requirement of entrucking door on fringe conditions to select applicable motor in module library, its output gear is adaptive with the curled hair cylinder internal tooth determined, only need connector and car door adaptation), and according to motor fringe conditions and car door, matching size is installed, design corresponding motor fixing seat (due to motor fringe conditions, mounting hole site, output gear is determined to be suitable for, therefore the larger change of motor form and fringe conditions is avoided, reduce electric machine support design difficulty, effective raising design efficiency also reduces the costs such as making and buying),
2.5) from module library, other standards general purpose accessory is selected, by the structural design scheme determined, combination is assembled into product assembly digital-to-analogue (because the part be employed is all the standard universal part of module library internal memory, not needing these part bamboo product modelings).
The method of attachment of structural member is also comprised in the method for designing of the cable pulley type glass lifter of described Modular Structure Design, the method of attachment of described structural member is: the method that the fixed form of guide rail upper bracket, guide rail lower carriage and motor fixing seat all adopts stretching centring ring and guide rail locating hole to rivet realizes, the size block of related tension centring ring and locating hole is decided to be the distance size of several standard, selects different moulds to realize by demand.The connection requirement (only need adjust positioner) of different model product to track segment can be met with a mould.Due to relevant connection position and distance size be mould ensure, therefore connection precision and uniformity on be other methods of attachment (as welding, lentor riveted joint etc.) be beyond one's reach.And the firmness after correlated parts connection can be determined by the size of inspection riveting point, avoids the undetectability of the techniques such as welding.All pulley brackets and pulley 6 all adopt same sub-folder tool, by adjustment fixture angle, (locating hole going out different angles on guide rail satisfies the demands, completely avoid the design iterations causing aforementioned components because outlet angle is different), ensure that outlet direction and the angle of roll extrusion guide rail, then by riveting to realize with pivot pin.The connection of other parts adopts conventional method of attachment.
The defining method of structural member link position and distance is also comprised in the method for designing of the cable pulley type glass lifter of described Modular Structure Design, determine that several different link position and distance size (refer to that the location of correlated parts stretches circle with other to the pitch-row of the locating hole of institute's punching on pipe fitting and position dimension by data results, and the firmness after structural member connection can be ensured), adopted engineering drawing form stored in module library by above-mentioned by the positional distance size determined.All parts that need adopt this Joining Technology, select applicable link position and the distance module of size and design elements digital-to-analogue when structure design.Design and make each by determined connect distance size locating hole perforating die (for the punching of each connector locating hole.This mould can adjust the position that is punched part locating hole and pitch-row is constant).Structural member selects perforating die (the location stretching circle of each parts that the first roll extrusion guide rail is corresponding is molded in part manufacturing process) adaptive with it when connecting, after design size requirement adjustment die arrangement device to the position required, at the second roll extrusion guide rail upper punch locating hole, then revolve to be riveting and connect.
The present embodiment is the cable pulley type glass lifter of two rail module structure design.
Embodiment 2
Refer to Fig. 3, be the cable pulley type glass lifter of single-rail Modular Structure Design, its method for designing is identical with embodiment 1.
Significance body of the present invention is: all cable pulley type electric glass lifters can be realized by the combination of standard module.Namely under the prerequisite that all product work principles are identical, product structure design is completed by the combination of standard module, avoid the randomness causing component structural to design because vehicle is different, thus form a kind of design specifications of standard, the component of more than 80% reach general character.Due to the mature modules that product design and the part that is manufactured with more than 80% are through Practical experiments, completely avoid over because vehicle is different, and the various complex manufacturing of product structure varied styles part caused changeable and the cost height enterprise that causes and quality risk.
Method for designing and the existing method for designing fundamental difference of cable pulley type glass lifter of the present invention are: Total Product structure design adopts the standard module of each component to be formed by special assembled connecting method, and the designing and making demand of all cable pulley type electric glass lifters can be met, simultaneously from the design of various original product in structure and completely different in appearance, and adopt different manufacture craft manufactures, can meet simultaneously and surmount the technical quality requirement of original product.
The method for designing of cable pulley type glass lifter of the present invention due to can in the structure design of different product, unconfinedly selects various standard module (all component modules be all can exchange and general).Therefore considerable cycle of designing and developing and manufacturing cost can be saved.
The method for designing of cable pulley type glass lifter of the present invention possesses versatility to all cable pulley type electric glass lifters.This designing and making technology belongs to pioneering, to the research and development of serial cable pulley type electric glass lifter and cost efficiency significant.
The present invention, owing to adopting current state-of-the-art modularized design scheme, thoroughly solves the state that product development cycle that structure varied styles that cable pulley type glass lifter causes because vehicle is different causes is longer.All cable pulley type glass lifters can be realized by the combination of standard universal module, and shorten the product design cycle 70%, every money product on average can save Mold Making cost 60%.The cable pulley type glass lifter of Modular Structure Design of the present invention, because component module can be general on all cable pulley type glass lifters, thoroughly improve the raising of handling of goods and materials and the purchase cost caused because part is numerous and diverse, handling of goods and materials and purchase cost it is estimated can decline respectively 20% and 12%.The cable pulley type glass lifter of Modular Structure Design of the present invention adopts standard module construction and after using identical manufacture craft, simplify the production process caused because product category is various changeable, simultaneously because adopt adjustable type universal fixture, direct minimizing frock quantity and production process cost, it is estimated and can reduce frock quantity 35%, reduce manufacturing process cost 8%.The cable pulley type glass lifter of Modular Structure Design of the present invention owing to adopting standard module and standard manufacture craft, Realization of Product standardization is produced and process quality control and stable improve the quality of products significant.The serial procedures such as design concept, manufacture craft, quality control, handling of goods and materials of the present invention to cable pulley type glass lifter has carried out innovation revolution, designs and produces field have huge cost efficiency space and great social effect to glass-frame riser.
Above better embodiment of the present invention is explained in detail, but the present invention is not limited to above-mentioned embodiment, in the ken that one skilled in the relevant art possesses, various change can also be made under the prerequisite not departing from present inventive concept.
Claims (8)
1. the cable pulley type glass lifter of a Modular Structure Design, it is characterized in that, comprise the first roll extrusion guide rail (1), the sincere assembly of the first guide rail transmission, the first guide rail upper bracket (7), upper force pipe assembly (9), the second guide rail upper bracket (10), the sincere assembly of the second guide rail transmission, the second roll extrusion guide rail (14), motor (16), curled hair cylinder (19), the second guide rail lower carriage (21), press down solenoid assembly (23), middle force pipe assembly (25) and the first guide rail lower carriage (26), the sincere component slippage of described first guide rail transmission is arranged on the first roll extrusion guide rail (1), the sincere assembly of first guide rail transmission comprises the first slider bottom plate (2) and the first slide block (3), first slide block (3) is slidably mounted on the first roll extrusion guide rail (1), and the first slider bottom plate (2) is fixed on the first slide block (3), described first guide rail upper bracket (7) and the first guide rail lower carriage (26) are separately fixed at the top and bottom of the first roll extrusion guide rail (1), the sincere assembly of described second guide rail transmission is identical with the sincere modular construction of the first guide rail transmission, and described second roll extrusion guide rail (14) is identical with the first roll extrusion guide rail (1) structure, described first guide rail upper bracket (7), the second guide rail upper bracket (10), the second guide rail lower carriage (21) and the first guide rail lower carriage (26) are all provided with pulley assembly, described motor (16) is arranged on the second roll extrusion guide rail (14) by motor fixing seat (15), curled hair cylinder (19) is fixed in motor fixing seat (15), curled hair cylinder (19) is also arranged with curled hair barrel cover shell (18) outward, and motor (16) drives and connects curled hair cylinder (19), described upper force pipe assembly (9) one end is connected to the first guide rail upper bracket (7) by locating sleeve (8), the other end is connected to motor fixing seat (15) by the first spring positioning component, described middle force pipe assembly (25) two ends are connected to the first guide rail lower carriage (26) and the second guide rail upper bracket (10) respectively by locating sleeve (8), described solenoid assembly (23) one end that presses down is connected to the second guide rail lower carriage (21) by locating sleeve (8), the other end is connected to motor fixing seat (15) by the second spring positioning component.
2. the cable pulley type glass lifter of Modular Structure Design according to claim 1, it is characterized in that, described pulley assembly comprises pulley bracket and pulley (6), and pulley (6) is rotatably installed on pulley bracket by pulley pivot pin (5).
3. the cable pulley type glass lifter of Modular Structure Design according to claim 1 and 2, it is characterized in that, described first spring positioning component is by force pipe locating sleeve (20), spring (22) and spring locating sleeve (24) composition, force pipe locating sleeve (20) is fixed in motor fixing seat (15), spring (22) one end Bonding pressure pipe locating sleeve (20), the other end is connected to spring locating sleeve (24), spring locating sleeve (24) is connected with upper force pipe assembly (9), described second spring positioning component is identical with the first spring positioning component structure.
4. the cable pulley type glass lifter of Modular Structure Design according to claim 3, is characterized in that, described first slide block (3) is also provided with the first snubber (4).
5. the cable pulley type glass lifter of Modular Structure Design according to claim 4, it is characterized in that, described first guide rail upper bracket (7) and the first guide rail lower carriage (26) are all riveted and are fixed on the first roll extrusion guide rail (1).
6. the cable pulley type glass lifter of Modular Structure Design according to claim 5, is characterized in that, described second slide block (11) is also provided with the second snubber (13).
7. the cable pulley type glass lifter of Modular Structure Design according to claim 6, it is characterized in that, described second guide rail upper bracket (10) and the second guide rail lower carriage (21) are all riveted and are fixed on the second roll extrusion guide rail (14).
8. a method for designing for the cable pulley type glass lifter of the Modular Structure Design as described in as arbitrary in claim 1-7, it is characterized in that, step is as follows:
1) module library is set up;
2) deisgn product;
Wherein, step 1) concrete steps of setting up module library are:
1.1) the roll extrusion guide rail designing four kinds of different cross sections and the four kinds of standard slide blocks mated with it, with the design requirement that the roll extrusion guide rail covering whole cable pulley type glass lifter mates with slide block movement, the roll extrusion guide rail of four kinds of different cross sections and corresponding four kinds of standard slide blocks, as standard module, supply to select stored in module library after modeling;
1.2) design the pulley assembly that many moneys are applicable to the adjustable angle of each cross section roll extrusion guide rail application, using these pulley assemblies as standard module, supply to select stored in module library after modeling;
1.3) design the curled hair cylinder that three sections can meet various stroke demand, and design the curled hair barrel cover shell that matches with it as standard module, using the curled hair barrel cover shell of curled hair cylinder and correspondence as standard module, after modeling stored in module library for selecting;
1.4) determine six sections of motors according to product demand, its boundary dimensions and mounting hole site are determined by after the information data analysis of collecting, and supply to select stored in module library after modeling;
1.5) design other versatility part and standard components, supply to select stored in module library after unified Modeling;
Step 2) concrete steps of deisgn product are:
2.1) according to vehicle demand, in module library, the roll extrusion guide rail of suitable cross-section is selected, and by demand determination roll extrusion guide rail radian and chord length;
2.2) in module library, select the slide block with roll extrusion guide rail adaptation, only need to design slider bottom plate;
2.3) press car door coupling Demand Design guide rail upper bracket and guide rail lower carriage, and select suitable pulley assembly in module library;
2.4) select applicable motor in module library, and according to motor fringe conditions and car door, matching size is installed, design corresponding motor fixing seat;
2.5) from module library, select other standards general purpose accessory, by the structural design scheme determined, combination is assembled into product assembly digital-to-analogue.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201511024352.1A CN105525825A (en) | 2015-12-30 | 2015-12-30 | Rope wheel type glass lifter with modularized structural design and design method for rope wheel type glass lifter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201511024352.1A CN105525825A (en) | 2015-12-30 | 2015-12-30 | Rope wheel type glass lifter with modularized structural design and design method for rope wheel type glass lifter |
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| Publication Number | Publication Date |
|---|---|
| CN105525825A true CN105525825A (en) | 2016-04-27 |
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| CN201511024352.1A Pending CN105525825A (en) | 2015-12-30 | 2015-12-30 | Rope wheel type glass lifter with modularized structural design and design method for rope wheel type glass lifter |
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| CN (1) | CN105525825A (en) |
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| CN107764539A (en) * | 2017-11-22 | 2018-03-06 | 上海实业交通电器有限公司 | Automobile glass lifter design of Simulation simulator stand |
| CN108005519A (en) * | 2016-10-31 | 2018-05-08 | 株式会社海莱客思 | Object mobile device |
| CN110322163A (en) * | 2019-07-10 | 2019-10-11 | 厦门金龙联合汽车工业有限公司 | A kind of building method and its structure of car side wall frame personalization welding tooling |
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