CN204297782U - A kind of airbag folding apparatus - Google Patents
A kind of airbag folding apparatus Download PDFInfo
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- CN204297782U CN204297782U CN201420736357.1U CN201420736357U CN204297782U CN 204297782 U CN204297782 U CN 204297782U CN 201420736357 U CN201420736357 U CN 201420736357U CN 204297782 U CN204297782 U CN 204297782U
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Abstract
The utility model belongs to airbag folding apparatus technical field, be specifically related to a kind of airbag folding apparatus, comprise frame, be arranged on the central clamp mechanism in the middle of frame top and the convolution mechanism in frame, described convolution mechanism comprises the horizontal convolution mechanism that can move left and right in frame, longitudinal convolution mechanism that can move forward and backward in frame, described horizontal convolution mechanism is symmetricly set on the frame left and right sides, horizontal convolution mechanism with synchronous cross mechanism controls can be relative to central clamp mechanism synchronizing moving, horizontal convolution mechanism with longitudinal convolution mechanism all with the corresponding driving air cylinder driven be arranged on bottom frame, place of longitudinal convolution mechanism is also provided with the convolution dimension compensation device increasing folded size precision, dimension compensation makes the dimensional accuracy of air bag convolution higher, and the synchronism of convolution running is higher, convolution quality is good.
Description
Technical field
The utility model belongs to airbag folding apparatus technical field, is specifically related to a kind of airbag folding apparatus.
Background technology
In recent years, along with the continuous increase of automobile, traffic accident also constantly increases thereupon, and the traffic safety moment threatens the life security of these people.In order in traffic accident; increase the survival rate of people as far as possible; reduce the injury that traffic accident brings; people are provided with air bag in automobile; when automobile generation traffic accident, occur strong concussion, air bag will be opened automatically; thus the head of protection occupant and neck, the reduction of trying one's best injures.Safe automobile air bag is before inflation of detonating, airbag wants abundant reduced volume, be installed on automotive interior, its folding mode quality is to the performance important that detonates, and traditional processing technology generally all adopts manual folding, very large uncontrollable factor is had to the uniformity of production efficiency and product, the reliability of safe automobile air bag is made to there is certain hidden danger, at present, folding of air bag is main faster with speed, the airbag folding apparatus that efficiency is higher folds, and its convolution air bag can improve the uniformity of product, reduce the impact of uncontrollable factor, but, current airbag folding apparatus does not generally have dimension compensation mechanism, when convolution air bag, due to balloon thickness factor, make the air bag of convolution more and more tighter, and the synchronism of existing folding device running is poor, the dimensional accuracy of air bag convolution is reduced, impact uses.
Utility model content
Technical problem to be solved in the utility model is for above-mentioned defect, provides a kind of airbag folding apparatus, and dimension compensation makes the dimensional accuracy of air bag convolution higher, and the synchronism of convolution running is higher, and convolution quality is good.
It is as follows that the utility model solves the technical scheme that its technical problem adopts:
A kind of airbag folding apparatus, comprise frame, be arranged on the central clamp mechanism in the middle of frame top and the convolution mechanism in frame, described convolution mechanism comprises the horizontal convolution mechanism that can move left and right in frame, longitudinal convolution mechanism that can move forward and backward in frame, described horizontal convolution mechanism is symmetricly set on the frame left and right sides, horizontal convolution mechanism with synchronous cross mechanism controls can be relative to central clamp mechanism synchronizing moving, preferably, horizontal convolution mechanism and longitudinal convolution mechanism distribute in inverted T shape in frame, the operating personnel operating space, frame side of longitudinal convolution mechanism is not set, horizontal convolution mechanism with longitudinal convolution mechanism all with the corresponding driving air cylinder driven be arranged on bottom frame, place of longitudinal convolution mechanism is also provided with the convolution dimension compensation device increasing folded size precision, described longitudinal convolution mechanism comprises the transverse bottom plate be connected with housing slide, two longitudinal directions of relative transverse bottom plate middle slip rotating mechanism can be clamped in transverse bottom plate, what longitudinally clamp rotating mechanism symmetry is arranged on transverse bottom plate two ends, described longitudinally clamping rotating mechanism comprises the horizontal fixed head be slidably connected with transverse bottom plate, longitudinal holder on horizontal fixed head and the longitudinal swingle be arranged on longitudinal holder, longitudinal swingle front end is can longitudinal clamping limb of opening and closing up and down, rear end is connected with bearing with longitudinal holder, and rear end to extend on rear side of longitudinal holder and is provided with longitudinal driven gear, longitudinal holder of longitudinal swingle upper end is also provided with longitudinal drive shaft, longitudinal drive shaft is provided with the longitudinal travelling gear engaged with longitudinal driven gear relative to longitudinal driven gear side, longitudinal driving gear is also provided with outside longitudinal travelling gear, horizontal rack frame is provided with bottom longitudinal driving gear, horizontal rack frame top is provided with the horizontal tooth bar engaged with longitudinal driving gear, transverse bottom plate is also provided with the lateral cylinder driving one of them horizontal fixed head to slide, described transverse bottom plate two ends symmetry be provided with synchronous cross frame, synchronous cross frame is equipped with synchronizing wheel, synchronizing wheel connects with Timing Belt, the Timing Belt that described two longitudinal holders are corresponding is provided with the lateral connection block connecting longitudinal holder, lateral connection block is separately positioned on belt body opposing upper and lower, described convolution dimension compensation device comprises two the horizontal borrow cylinders being arranged on and being symmetricly set on bottom horizontal rack frame, and be arranged on several compensation sensors of transversely holder moving direction distribution on lateral cylinder, the spacing of some compensation sensors increases progressively according to transverse holder moving direction, the thickness that the length increased progressively and convolution each time increase is relevant, during by normality relative movement, owing to adding thickness, the distance of needs movement is made to be less than the distance of actual movement, now differential cylinder drives chute to move to corresponding sensor place, simultaneously, tooth bar moves, drive transverse holder adjusts, compensate the size of movement, improve the dimensional accuracy of convolution, chute is provided with between described horizontal tooth bar and synchronous cross frame, described borrow cylinder piston rod front end is connected with horizontal tooth bar, described longitudinal clamping limb comprises can two parts up and down of opening and closing up and down, upper and lower two-part middle part is provided with the projection be mutually flexibly connected, upper and lower two parts front end is respectively equipped with special long strip type clamping plate, the spring controlling upper and lower two parts opening and closing is provided with between upper and lower two parts rear end, micro-compressive state is under described spring normality, corresponding upper and lower two parts of clamping limb are in closure state, the opening and closing cylinder driving clamping limb opening and closing is provided with bottom the clamping limb that spring place is corresponding.
Air bag is placed on after on central clamp mechanism, open device power supply (DPS), convolution mechanism automatically resets, opening and closing cylinder piston rod upwards pushes the lower part of clamping limb, by spring-compressed, the clamping plate of corresponding clamping limb open, under the drive driving cylinder, horizontal convolution mechanism is to synchronously moving to central clamp mechanism, the clamping plate that horizontal convolution mechanism opens correspond to the rear and front end of air bag just, and the rear and front end of air bag is interposed in centre, opening and closing cylinder piston rod is retracted, air bag is clamped by jaws close, longitudinal cylinder starts, drive longitudinal holder mobile in the middle of longitudinal fixed head, under the effect leading synchronous frame and secondary synchronous frame and Timing Belt, two longitudinal holder synchronizing movings of frame homonymy, in the process of movement, due to longitudinal rack, traverse gear, horizontal driving gear, the a series of engagement of horizontal driven gear, two swingles of homonymy are made to drive clamping plate synchronous axial system, by the rear and front end of air bag synchronously to middle convolution, under the effect of synchronous cross transmission mechanism, make the horizontal convolution mechanism synchronous operation of frame both sides simultaneously, make the convolution of air bag rear and front end more accurate, the pressing plate air cylinder driven pressing plate of central clamp mechanism presses down subsequently, push down the front and back end air bag that convolution is good, subsequently, the clamping plate of horizontal convolution mechanism synchronously move reset to both sides, clamping plate are extracted out simultaneously, longitudinal convolution mechanism moves to central clamp mechanism place under the driving driving cylinder, the two ends, left and right of air bag are clamped by the clamping plate correspondence of longitudinal convolution mechanism, under the effect of longitudinal convolution mechanism Timing Belt, the synchronous relative movement of longitudinal holder, rotating shaft drives clamping plate by the synchronous convolution in two ends, air bag left and right simultaneously, in the process using movement, convolution dimension compensation device have an effect compensate mobile convolution time scale error, prevent from air bag from rolling up tighter and tighter in convolution process by clamping plate to be fastened in air bag and cannot to extract out, avoid the precision affecting convolution.
Further, described horizontal rack frame, lateral cylinder are all fixed in transverse bottom plate, horizontal tooth bar on described horizontal rack frame is about transverse bottom plate intermediate symmetry, and longitudinal driving gear of two longitudinal rotating mechanisms and horizontal tooth bar engaging piece position are about transverse bottom plate intermediate symmetry, the relative movement that two longitudinal holders are synchronous under the effect of Timing Belt, the engagement of tooth bar and gear makes the swingle synchronous axial system of two longitudinal holders, improves the dimensional accuracy of air bag convolution.
Further, described horizontal convolution mechanism comprises the longitudinal base plate be connected with housing slide, two transverse directions of relative sliding rotating mechanism can be clamped on longitudinal base plate, transverse rotation mechanism symmetry be arranged on longitudinal base plate two ends, described laterally clamping rotating mechanism comprises the longitudinal fixed head be slidably connected with longitudinal base plate, transverse holder on longitudinal fixed head and the transverse rotation bar be arranged in transverse holder, transverse rotation bar front end is can the horizontal clamping limb of opening and closing up and down, horizontal clamping limb rear end is connected with bearing with transverse holder, and rear end to extend on rear side of transverse holder and is provided with horizontal driven gear, the transverse holder of transverse rotation bar upper end is also provided with horizontal power transmission shaft, horizontal power transmission shaft is provided with the traverse gear engaged with horizontal driven gear relative to horizontal driven gear side, horizontal driving gear is also provided with outside traverse gear, longitudinal rack frame is provided with bottom horizontal driving gear, longitudinal rack frame top is provided with the longitudinal rack engaged with horizontal driving gear, longitudinal base plate is also provided with the longitudinal cylinder driving one of them transverse holder to slide, longitudinal base plate two ends are respectively equipped with main synchronous frame and the synchronous frame of pair, main synchronous frame and the synchronous frame of pair are about longitudinal base plate intermediate symmetry, main synchronous frame is arranged on longitudinal base plate near longitudinal convolution mechanism side, main synchronous frame and the synchronous frame of pair are equipped with synchronizing wheel, synchronizing wheel connects with Timing Belt, Timing Belt corresponding to described two transverse holder is provided with the longitudinal contiguous block connecting transverse holder, longitudinal contiguous block is separately positioned on belt body opposing upper and lower, longitudinal air cylinder driven transverse holder moves, the transverse holder interlock Timing Belt of movement rotates, Timing Belt rotates and makes another transverse holder synchronizing moving connected.
Further, described longitudinal rack frame is fixed on longitudinal base plate, and longitudinal rack frame top longitudinal rack is about longitudinal base plate intermediate symmetry, and longitudinal driving gear of Liang Ge transverse rotation mechanism engages position about longitudinal base plate intermediate symmetry with longitudinal rack.
Further, described synchronous cross mechanism comprises hexagonal synchronizing shaft, and transmission mechanism, the synchronous frame of master of hexagonal synchronizing shaft connection frame both sides, described transmission mechanism comprises the power transmission shaft main synchronous frame corresponding to hexagonal synchronizing shaft bottom side, the driven synchronizing wheel of power transmission shaft one end, the power transmission shaft other end connects the synchronizing wheel of main synchronous frame, on hexagonal synchronizing shaft, relative position is provided with the active synchronization coordinated with driven synchronizing wheel and takes turns, active synchronization wheel is connected with Timing Belt with between driven synchronizing wheel, hexagonal synchronizing shaft connects two synchronous framves of master, the horizontal convolution mechanism of both sides is under the effect of hexagonal synchronizing shaft and transmission mechanism, make the transverse holder synchronizing moving of the horizontal convolution mechanism of frame both sides, and swingle synchronous axial system, corresponding clamping plate synchronous axial system, improve the convolution dimensional accuracy of air bag, hexagonal synchronizing shaft can improve the movement of the horizontal convolution mechanism in frame both sides and the synchronism of clamping plate rotation, the horizontal convolution mechanism run-in synchronism of both sides is still made while horizontal convolution mechanism relative sliding.
Further, described central clamp mechanism comprises the placement check-out console be arranged in the middle of frame top, place the scroll chuck bottom check-out console, and the press plate mechanism of the downward compression of placing above check-out console is arranged on pillar, described placement check-out console is provided with and coordinates scroll chuck through hole and acquisition sensor, described press plate mechanism comprises pressing plate cylinder, and the pressing plate of pressing plate cylinder piston rod front end, through hole coordinates with the inner ring on air bag, when safety air cylinder is placed on it, inner ring falls in through hole, placement check-out console around through hole is provided with the hole relative with the screw on air bag, described acquisition sensor is provided with in hole, after placing air bag, screw contacts with acquisition sensor, inner ring clamps by scroll chuck subsequently, with the horizontal convolution organisation operations of afer bay both sides by air bag rear and front end convolution, then pressing plate air cylinder driven pressing plate presses down the air bag pushing down convolution, the horizontal convolution mechanism in both sides extracts out, the air bag distortion that convolution is good is avoided during extraction, longitudinal convolution mechanical operation subsequently, then convolution is carried out to the two ends, left and right of air bag, while convolution, convolution dimension compensation device acts on longitudinal convolution mechanism, compensate scale error during air bag convolution, improve the dimensional accuracy of air bag convolution, improve the quality of convolution, air bag can be opened in use in time play a role.
Beneficial effect acquired by the utility model is: adopt such scheme, air bag first carries out the convolution of the left and right sides by horizontal convolution mechanism, pushed down by pressing plate after convolution completes, prevent the part that convolution is good from making at the clamping plate of horizontal convolution mechanism the airbag part distortion that convolution is good when extracting out, affect convolution quality, the air bag that longitudinal convolution mechanism is good to part convolution more subsequently carries out convolution, and while convolution, the size of convolution is compensated, prevent air bag in convolution process from being taken up by clamping plate, clamping plate can not taken out, and avoid the precision of convolution, improve the effect of convolution, air bag is opened smoothly in time, play a role.
Accompanying drawing explanation
By the detailed description below in conjunction with accompanying drawing, aforesaid and other object, the feature and advantage of the utility model will become apparent.
Fig. 1 is front view of the present utility model.
Fig. 2 is top view of the present utility model.
Fig. 3 is the utility model convolution dimension compensation device schematic diagram.
Fig. 4 is horizontal convolution structural scheme of mechanism of the present utility model.
Fig. 5 is longitudinal convolution structural scheme of mechanism of the present utility model.
Wherein: 1 is frame, 2 is central clamp mechanism, 2.1 for placing check-out console, 2.2 is scroll chuck, 2.3 is pillar, 2.4 is acquisition sensor, 2.5 is pressing plate cylinder, 2.6 is pressing plate, 3 is horizontal convolution mechanism, 3.1 is longitudinal base plate, 3.2 is longitudinal fixed head, 3.3 is transverse holder, 3.4 is transverse rotation bar, 3.5 is horizontal driven gear, 3.6 is horizontal power transmission shaft, 3.7 is traverse gear, 3.8 is horizontal driving gear, 3.9 is longitudinal tooth rest, 3.10 is longitudinal rack frame, 3.11 is longitudinal cylinder, 3.12 is main synchronous frame, 3.13 is secondary synchronous frame, 3.14 is first longitudinal slide rail, 3.15 is second longitudinal slide rail, 4 is longitudinal convolution mechanism, 4.1 is transverse bottom plate, 44.2 is horizontal fixed head, 4.3 is longitudinal holder, 4.4 is longitudinal swingle, 4.5 is longitudinal clamping limb, 4.6 is the first horizontal slide rail, 4.7 is the second horizontal slide rail, 4.8 is longitudinal driven gear, 4.9 is longitudinal travelling gear, 4.10 is longitudinal driving gear, 4.11 is horizontal rack frame, 4.12 is horizontal tooth bar, 4.13 be lateral cylinder, 4.14 is synchronous cross frame, 4.15 is lateral connection block, 4.16 is borrow cylinder, 4.17 be compensation sensor, 4.18 be chute, 5 is hexagonal synchronizing shaft, 6 for driving cylinder.
Detailed description of the invention
A kind of airbag folding apparatus as shown in Figure 1, comprise frame 1, be arranged on the convolution mechanism in the central clamp mechanism 2 of frame 1 crown center and frame 1, described convolution mechanism comprises the horizontal convolution mechanism 3 that can move left and right in frame 1, longitudinal convolution mechanism 4 that can move forward and backward in frame 1, described horizontal convolution mechanism 3 is symmetricly set on the left and right sides of frame 1, horizontal convolution mechanism 3 with synchronous cross mechanism controls can be relative to central clamp mechanism 2 synchronizing moving, horizontal convolution mechanism 3 and the T-shaped distribution in frame of longitudinal convolution mechanism 4, horizontal convolution mechanism 3 all drives with the corresponding driving cylinder 6 be arranged on bottom frame 1 with longitudinal convolution mechanism 4, drive the piston rod of cylinder 6 and the longitudinal base plate 3.1 of corresponding horizontal convolution mechanism 3 with longitudinal convolution mechanism 4, transverse bottom plate 4.1 connects, place of longitudinal convolution mechanism 4 is also provided with the convolution dimension compensation device increasing folded size precision, longitudinal convolution mechanism 4 comprises the transverse bottom plate 4.1 be slidably connected with frame 1, two longitudinal directions of relative transverse bottom plate 4.1 middle slip rotating mechanism can be clamped in transverse bottom plate 4.1, the longitudinally two ends being arranged on transverse bottom plate 4.1 of clamping rotating mechanism symmetry, longitudinally clamping rotating mechanism comprises the horizontal fixed head 4.2 be slidably connected with transverse bottom plate 4.1, longitudinal holder 4.3 on horizontal fixed head 4.2 and be arranged on longitudinal holder 43 longitudinal swingle 4.4, longitudinal swingle 4.4 front end is can longitudinal clamping limb 4.5 of opening and closing up and down, frame 1 top corresponding bottom transverse bottom plate 4.1 is provided with the first horizontal slide rail 4.6, it is the slide block structure that slide rail 4.6 horizontal with first coordinates bottom transverse bottom plate 4.1, transverse bottom plate 4.1 is provided with the second horizontal slide rail 4.7 relative to horizontal fixed head 4.2 place, be the slide block structure that slide rail 4.7 horizontal with second coordinates bottom horizontal fixed head 4.2, longitudinal clamping limb 4.5 rear end is connected with bearing with longitudinal holder 4.5, rear end to extend on rear side of longitudinal holder 4.3 and is provided with longitudinal driven gear 4.8, longitudinal holder 4.3 of longitudinal swingle 4.4 upper end is also provided with longitudinal drive shaft, longitudinal drive shaft is provided with relative to longitudinal driven gear 4.8 side and takes turns with longitudinal driven tooth 4.8 the longitudinal travelling gear 4.9 engaged, longitudinal driving gear 4.10 is also provided with outside longitudinal travelling gear 4.9, horizontal rack frame 4.11 is provided with bottom longitudinal driving gear 4.10, horizontal rack frame 4.11 top is provided with the horizontal tooth bar 4.12 engaged with longitudinal driving gear 4.10, transverse bottom plate 4.1 is also provided with the lateral cylinder 4.13 driving one of them horizontal fixed head 4.2 to slide, transverse bottom plate 4.1 two ends symmetry be provided with synchronous cross frame 4.14, synchronous cross frame 4.14 is equipped with synchronizing wheel, synchronizing wheel connects with Timing Belt, the Timing Belt of two longitudinal holder 4.3 correspondences is provided with the lateral connection block 4.15 connecting longitudinal holder 4.3, lateral connection block 4.15 is separately positioned on Timing Belt belt body opposing upper and lower, convolution dimension compensation device comprises two the horizontal borrow cylinders 4.16 being arranged on and being symmetricly set on bottom horizontal rack frame 4.14, and be arranged on several compensation sensors 4.17 of transversely holder 4.3 moving direction distribution on lateral cylinder 4.13, the spacing of some compensation sensors 4.17 increases progressively according to transverse holder 4.3 moving direction, the thickness that the length increased progressively and convolution each time increase is relevant, chute 4.18 is provided with between horizontal tooth bar 4.12 and synchronous cross frame 4.14, borrow cylinder 4.16 piston rod front end connecting plate is connected with horizontal tooth bar 4.12, horizontal tooth bar 4.12 can slide and carry out dimension compensation on chute 4.18, longitudinal clamping limb 4.9 comprises can two parts up and down of opening and closing up and down, upper and lower two-part middle part is provided with the projection be mutually flexibly connected, upper and lower two parts front end is respectively equipped with special long strip type clamping plate, the spring controlling upper and lower two parts opening and closing is provided with between upper and lower two parts rear end, micro-compressive state is under spring normality, corresponding upper and lower two parts of clamping limb are in closure state, the opening and closing cylinder driving clamping limb opening and closing is provided with bottom the clamping limb that spring place is corresponding, horizontal rack frame 4.11, lateral cylinder 4.13 is all fixed in transverse bottom plate 4.1.
Horizontal convolution mechanism 3 comprises the longitudinal base plate 3.1 be slidably connected with frame 1, two transverse directions of relative sliding rotating mechanism can be clamped on longitudinal base plate 3.1, the two ends being arranged on longitudinal base plate 3.1 of transverse rotation mechanism symmetry, laterally clamping rotating mechanism comprises the longitudinal fixed head 3.2 be slidably connected with longitudinal base plate 3.1, transverse holder 3.3 on longitudinal fixed head 3.2 and the transverse rotation bar 3.4 be arranged in transverse holder 3.3, transverse rotation bar 3.4 front end is can the horizontal clamping limb 3.5 of opening and closing up and down, bottom longitudinal base plate 3.1, corresponding frame 1 top is provided with first longitudinal slide rail 3.14, be the slide block structure that slide rail 3.14 longitudinal with first coordinates bottom longitudinal base plate 3.1, longitudinal base plate 3.1 is provided with second longitudinal slide rail 3.15 relative to longitudinal fixed head 3.1 place, be the slide block structure that slide rail 3.15 longitudinal with second coordinates bottom horizontal fixed head 3.2, horizontal clamping limb 3.5 rear end is connected with bearing with transverse holder 3.3, rear end to extend on rear side of transverse holder 3.3 and is provided with horizontal driven gear 3.5, the transverse holder 3.3 of transverse rotation bar 3.4 upper end is also provided with horizontal power transmission shaft 3.6, horizontal power transmission shaft 3.6 is provided with the traverse gear 3.7 engaged with horizontal driven gear 3.5 relative to horizontal driven gear 3.5 side, horizontal driving gear 3.8 is also provided with outside traverse gear 3.7, longitudinal rack frame 3.9 is provided with bottom horizontal driving gear 3.8, longitudinal rack frame 3.9 top is provided with the longitudinal rack 3.10 engaged with horizontal driving gear 3.8, longitudinal base plate 3.1 is also provided with the longitudinal cylinder 3.11 driving one of them transverse holder 3.3 to slide, longitudinal base plate 3.1 two ends are respectively equipped with main synchronous frame 3.12 and the synchronous frame 3 of pair, 13, main synchronous frame 3.12 and the synchronous frame of pair 3.13 are about longitudinal base plate 3.1 intermediate symmetry, main synchronous frame 3.12 is arranged on longitudinal base plate 3.1 near longitudinal convolution mechanism 4 side, main synchronous frame 3.12 and the synchronous frame 3.13 of pair are equipped with synchronizing wheel, synchronizing wheel connects with Timing Belt, the Timing Belt of two transverse holder 3.3 correspondences is provided with the longitudinal contiguous block connecting transverse holder, longitudinal contiguous block is separately positioned on belt body opposing upper and lower, longitudinal cylinder 3.11 drives a transverse holder 3.3 to move, the transverse holder 3.3 of the movement Timing Belt that links rotates, Timing Belt rotates and makes another transverse holder 3.1 synchronizing moving connected.
Synchronous cross mechanism comprises hexagonal synchronizing shaft 5, and transmission mechanism, the synchronous frame 3.12 of master of hexagonal synchronizing shaft 5 connection frame 1 both sides, transmission mechanism comprises the power transmission shaft main synchronous frame 3.12 corresponding to hexagonal synchronizing shaft 5 bottom side, the driven synchronizing wheel of power transmission shaft one end, the power transmission shaft other end connects the synchronizing wheel of main synchronous frame, on hexagonal synchronizing shaft 5, relative position is provided with the active synchronization coordinated with driven synchronizing wheel and takes turns, active synchronization wheel is connected with Timing Belt with between driven synchronizing wheel, hexagonal synchronizing shaft 5 connects two synchronous framves of master, the horizontal convolution mechanism 3 of both sides is under the effect of hexagonal synchronizing shaft 5 and transmission mechanism, make transverse holder 3.3 synchronizing moving of the horizontal convolution mechanism 3 of frame both sides, and transverse rotation bar 3.4 synchronous axial system, corresponding clamping plate synchronous axial system, improve the convolution dimensional accuracy of air bag, hexagonal synchronizing shaft 5 can improve the movement of the horizontal convolution mechanism 3 in frame 1 both sides and the synchronism of clamping plate rotation, horizontal convolution mechanism 3 run-in synchronism of both sides is still made while horizontal convolution mechanism 3 relative sliding.
Central authorities' clamp mechanism 2 comprises the placement check-out console 2.1 being arranged on frame 1 crown center, place the scroll chuck 2.2 of bottom check-out console 2.1, and the press plate mechanism of the downward compression of placing above check-out console 2.1 is arranged on pillar 2.3, place check-out console 2.1 and be provided with the through hole and acquisition sensor 2.4 that coordinate scroll chuck 2.2, press plate mechanism comprises pressing plate cylinder 2.5, and the pressing plate 2.6 of pressing plate cylinder 2.5 piston rod front end, through hole coordinates with the inner ring on air bag, placement check-out console 2.1 around through hole is provided with the hole relative with the screw on air bag, described acquisition sensor 2.4 is provided with in hole.
The foregoing is only preferred embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every utilize the utility model description and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (7)
1. an airbag folding apparatus, comprise frame, be arranged on the central clamp mechanism in the middle of frame top and the convolution mechanism in frame, it is characterized in that: described convolution mechanism comprises the horizontal convolution mechanism that can move left and right in frame, longitudinal convolution mechanism that can move forward and backward in frame, described horizontal convolution mechanism is symmetricly set on the frame left and right sides, horizontal convolution mechanism with synchronous cross mechanism controls can be relative to central clamp mechanism synchronizing moving, horizontal convolution mechanism with longitudinal convolution mechanism all with the corresponding driving air cylinder driven be arranged on bottom frame, place of longitudinal convolution mechanism is also provided with the convolution dimension compensation device increasing folded size precision, described longitudinal convolution mechanism comprises the transverse bottom plate be connected with housing slide, two longitudinal directions of relative sliding rotating mechanism can be clamped in transverse bottom plate, what longitudinally clamp rotating mechanism symmetry is arranged on transverse bottom plate two ends, described longitudinally clamping rotating mechanism comprises the horizontal fixed head be slidably connected with transverse bottom plate, longitudinal holder on horizontal fixed head and the longitudinal swingle be arranged on longitudinal holder, longitudinal swingle front end is can longitudinal clamping limb of opening and closing up and down, rear end is connected with bearing with longitudinal holder, and rear end to extend on rear side of longitudinal holder and is provided with longitudinal driven gear, longitudinal holder of longitudinal swingle upper end is also provided with longitudinal drive shaft, longitudinal drive shaft is provided with the longitudinal travelling gear engaged with longitudinal driven gear relative to longitudinal driven gear side, longitudinal driving gear is also provided with outside longitudinal travelling gear, horizontal rack frame is provided with bottom longitudinal driving gear, horizontal rack frame top is provided with the horizontal tooth bar engaged with longitudinal driving gear, transverse bottom plate is also provided with the lateral cylinder driving one of them horizontal fixed head to slide, described transverse bottom plate two ends symmetry be provided with synchronous cross frame, synchronous cross frame is equipped with synchronizing wheel, synchronizing wheel connects with Timing Belt, the Timing Belt that described two longitudinal holders are corresponding is provided with the lateral connection block connecting longitudinal holder, lateral connection block is separately positioned on belt body opposing upper and lower, described convolution dimension compensation device comprises two the horizontal borrow cylinders being arranged on and being symmetricly set on bottom horizontal rack frame, and be arranged on several compensation sensors of transversely holder moving direction distribution on lateral cylinder, chute is provided with between described horizontal tooth bar and synchronous cross frame, described borrow cylinder piston rod front end is connected with horizontal tooth bar.
2. a kind of airbag folding apparatus according to claim 1, it is characterized in that: described horizontal rack frame, lateral cylinder are all fixed in transverse bottom plate, horizontal tooth bar on described horizontal rack frame is about transverse bottom plate intermediate symmetry, and longitudinal driving gear of two longitudinal rotating mechanisms and horizontal tooth bar engaging piece position are about transverse bottom plate intermediate symmetry.
3. a kind of airbag folding apparatus according to claim 1, it is characterized in that: described horizontal convolution mechanism comprises the longitudinal base plate be connected with housing slide, two transverse directions of relative sliding rotating mechanism can be clamped on longitudinal base plate, transverse rotation mechanism symmetry be arranged on longitudinal base plate two ends, described laterally clamping rotating mechanism comprises the longitudinal fixed head be slidably connected with longitudinal base plate, transverse holder on longitudinal fixed head and the transverse rotation bar be arranged in transverse holder, transverse rotation bar front end is can the horizontal clamping limb of opening and closing up and down, horizontal clamping limb rear end is connected with bearing with transverse holder, and rear end to extend on rear side of transverse holder and is provided with horizontal driven gear, the transverse holder of transverse rotation bar upper end is also provided with horizontal power transmission shaft, horizontal power transmission shaft is provided with the traverse gear engaged with horizontal driven gear relative to horizontal driven gear side, horizontal driving gear is also provided with outside traverse gear, longitudinal rack frame is provided with bottom horizontal driving gear, longitudinal rack frame top is provided with the longitudinal rack engaged with horizontal driving gear, longitudinal base plate is also provided with the longitudinal cylinder driving one of them transverse holder to slide, longitudinal base plate two ends are respectively equipped with main synchronous frame and the synchronous frame of pair, main synchronous frame and the synchronous frame of pair are about longitudinal base plate intermediate symmetry, main synchronous frame is arranged on longitudinal base plate near longitudinal convolution mechanism side, main synchronous frame and the synchronous frame of pair are equipped with synchronizing wheel, synchronizing wheel connects with Timing Belt, Timing Belt corresponding to described two transverse holder is provided with the longitudinal contiguous block connecting transverse holder, longitudinal contiguous block is separately positioned on belt body opposing upper and lower.
4. a kind of airbag folding apparatus according to claim 3, it is characterized in that: described longitudinal rack frame is fixed on longitudinal base plate, longitudinal rack frame top longitudinal rack is about longitudinal base plate intermediate symmetry, and longitudinal driving gear of Liang Ge transverse rotation mechanism engages position about longitudinal base plate intermediate symmetry with longitudinal rack.
5. a kind of airbag folding apparatus according to claim 1, it is characterized in that: described synchronous cross mechanism comprises hexagonal synchronizing shaft and transmission mechanism, the synchronous frame of master of hexagonal synchronizing shaft connection frame both sides, described transmission mechanism comprises on main synchronous frame corresponding to the power transmission shaft of hexagonal synchronizing shaft bottom side, the driven synchronizing wheel of power transmission shaft one end, the power transmission shaft other end connects the synchronizing wheel of main synchronous frame, on hexagonal synchronizing shaft, relative position is provided with the active synchronization coordinated with driven synchronizing wheel and takes turns, and active synchronization wheel is connected with Timing Belt with between driven synchronizing wheel.
6. a kind of airbag folding apparatus according to claim 1, it is characterized in that: described central clamp mechanism comprises the press plate mechanism being arranged on the placement check-out console in the middle of frame top, the scroll chuck bottom placement check-out console and being arranged on the downward compression of placing above check-out console with pillar, described placement check-out console is provided with and coordinates scroll chuck through hole and acquisition sensor, and described press plate mechanism comprises the pressing plate of pressing plate cylinder and pressing plate cylinder piston rod front end.
7. a kind of airbag folding apparatus according to claim 1, it is characterized in that: described lazy-tongs comprise the bearing being symmetricly set on the horizontal convolution mechanism left and right sides and the hexagonal synchronizing shaft connecting bearing, described bearing comprises main bearing and secondary bearing, the two ends being arranged on base plate of main bearing and secondary bearing symmetry, described hexagonal synchronizing shaft and main bearing corresponding matching, main bearing is provided with two-stage transmission mechanism, the secondary bearing of two-stage transmission mechanism control and main bearing synchronizing moving.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420736357.1U CN204297782U (en) | 2014-11-26 | 2014-11-26 | A kind of airbag folding apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420736357.1U CN204297782U (en) | 2014-11-26 | 2014-11-26 | A kind of airbag folding apparatus |
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| Publication Number | Publication Date |
|---|---|
| CN204297782U true CN204297782U (en) | 2015-04-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420736357.1U Expired - Fee Related CN204297782U (en) | 2014-11-26 | 2014-11-26 | A kind of airbag folding apparatus |
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| Country | Link |
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| CN (1) | CN204297782U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104495492A (en) * | 2014-11-26 | 2015-04-08 | 常州昌瑞汽车部品制造有限公司 | Airbag folding unit |
| CN107720397A (en) * | 2017-09-29 | 2018-02-23 | 利辛县雨若信息科技有限公司 | A kind of safe automobile air bag automatic pocket creasing device |
-
2014
- 2014-11-26 CN CN201420736357.1U patent/CN204297782U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104495492A (en) * | 2014-11-26 | 2015-04-08 | 常州昌瑞汽车部品制造有限公司 | Airbag folding unit |
| CN107720397A (en) * | 2017-09-29 | 2018-02-23 | 利辛县雨若信息科技有限公司 | A kind of safe automobile air bag automatic pocket creasing device |
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Granted publication date: 20150429 Termination date: 20161126 |