CN105438365A - Using method of pin disc folder - Google Patents
Using method of pin disc folder Download PDFInfo
- Publication number
- CN105438365A CN105438365A CN201510915910.7A CN201510915910A CN105438365A CN 105438365 A CN105438365 A CN 105438365A CN 201510915910 A CN201510915910 A CN 201510915910A CN 105438365 A CN105438365 A CN 105438365A
- Authority
- CN
- China
- Prior art keywords
- pin
- dish
- hole
- stem
- swivel cougling
- 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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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62K—CYCLES; CYCLE FRAMES; CYCLE STEERING DEVICES; RIDER-OPERATED TERMINAL CONTROLS SPECIALLY ADAPTED FOR CYCLES; CYCLE AXLE SUSPENSIONS; CYCLE SIDE-CARS, FORECARS, OR THE LIKE
- B62K15/00—Collapsible or foldable cycles
- B62K15/006—Collapsible or foldable cycles the frame being foldable
Abstract
The invention discloses a using method of a pin disc folder. The pin disc folder comprises a folding seat, a swinging connector, a pin disc, a hinged shaft and a spring, wherein the folding seat is provided with a swinging groove, an outer reamed hole, an outer pin disc hole and outer pin holes; the swinging connector is provided with an inner reamed hole, an inner pin disc hole and inner pin holes; the pin disc is provided with a hand pressing disc and hinge pins; the pin disc is connected with the folding seat and the swinging connector; the spring is connected with the pin disc and the swinging connector; and the swinging connector is hinged to the folding seat through the hinged shaft. When the pin disc folder is used, a handlebar stem is located, the elastic force of the spring acts on the pin disc, and a plurality of the hinge pins of the pin disc are inserted into a plurality of the inner pin holes of the swinging connector and a plurality of the outer pin holes of the folding seat, so that the handlebar stem cannot swing; during swing, the hand pressing disc is hold by hands, and the elastic force of the spring is overcome, so that the pin disc drives a plurality of the hinge pins to move away from a plurality of the outer pin holes of the folding seat and sink into the inner pin holes of the swinging connector, and the swinging operation of the swinging connector and the handlebar stem is achieved; and the pin disc folder is simple in structure and convenient to use.
Description
Technical field
The present invention relates to the using method of the folder of a kind of Kickboard Scooter or other body-building vehicles, particularly a kind of using method of pin dish folder.
Background technology
Existing Kickboard Scooter or other body-building vehicle, if stem makes the structure that can fold, conveniently can fold out using, and a kind of using method of pin dish folder has become the needs of Kickboard Scooter or other body-building vehicle Foldable handlebar stand pipes.
Summary of the invention
The object of the invention is to overcome the deficiencies in the prior art, a kind of using method of pin dish folder is completely newly provided, for the folding connection of Kickboard Scooter or other body-building vehicles.
The technical solution adopted in the present invention is: pin dish folder, includes foldable base, swivel cougling, pin dish, hinge and spring; Foldable base is provided with swinging chute, outer fraising, export trade disk hole and multiple outer pin-and-hole, and swivel cougling is provided with internal reaming, domestic disk hole and multiple inner pinhole; Pin dish is provided with hand dish and multiple bearing pin; Pin dish is connected with foldable base and swivel cougling, and pin dish is through export trade disk hole and domestic disk hole, and spring is positioned at swivel cougling, and spring is connected with pin dish and swivel cougling, and the bearing pin of pin dish is connected with inner pinhole and outer pin-and-hole; The axis of pin dish is identical with the axis of hinge, swivel cougling by hinge and foldable base hinged; Pin dish folder is utilized to implement the folding of the stem of Kickboard Scooter and other body-building vehicles and hold up, so that carry out using.
The using method of pin dish folder is: during use, and be connected by the stem of swivel cougling with Kickboard Scooter or other body-building vehicles, foldable base is connected with the slide plate of Kickboard Scooter or other body-building vehicles, or the slide plate of foldable base and Kickboard Scooter links into an integrated entity; When stem is changed to folded state by erected state, press the hand dish of downside pin dish with hand, the elastic force making pin dish overcome spring is moved by the direction of foldable base to swivel cougling, makes multiple bearing pins of pin dish exit the outer pin-and-hole of foldable base; After multiple bearing pins of pin dish exit the outer pin-and-hole of foldable base, hand leads swivel cougling or stem swing swings to folding direction, when swivel cougling or stem swing to the position of folding location, multiple bearing pins of pin dish are just in time facing to the multiple outer pin-and-hole of foldable base; Hand decontrols hand dish, pin dish resets under the effect of spring force, the multiple outer pin-and-hole of multiple bearing pin through the inner pinhole insertion foldable base of swivel cougling is moved in pin dribbling, swivel cougling and stem can not be swung, implement the folding of the stem of Kickboard Scooter or other body-building vehicles and location, to be convenient for carrying out using;
When stem is changed to erected state by folded state, press the hand dish of downside pin dish with hand, the elastic force making pin dish overcome spring is moved by the direction of foldable base to swivel cougling, makes multiple bearing pins of pin dish exit the outer pin-and-hole of foldable base; After multiple bearing pins of pin dish exit the outer pin-and-hole of foldable base, hand leads swivel cougling or stem swings to holding up direction, when swivel cougling or stem swing to the position of holding up location, multiple bearing pins of pin dish are just in time facing to the multiple outer pin-and-hole of foldable base; Hand decontrols hand dish, pin dish resets under the effect of spring force, the multiple outer pin-and-hole of multiple bearing pin through the inner pinhole insertion foldable base of swivel cougling is moved in pin dribbling, swivel cougling and stem can not be swung, implement holding up and locating, with easy to use of the stem of Kickboard Scooter or other body-building vehicles.
The invention has the beneficial effects as follows: pin dish folder is installed on Kickboard Scooter or other body-building vehicles, when stem is holded up and folds location, the elastic force of spring is utilized to act on pin dish, make multiple bearing pins of pin dish insert multiple inner pinhole of swivel cougling and the multiple outer pin-and-hole of foldable base, stem can not be swung; Stem is changed to folded state by erected state, or when being swung to erected state conversion by folded state, the elastic force of spring is overcome with hand knob platen, pin dribbling is moved multiple outer pin-and-hole that multiple bearing pin leaves foldable base, sink in the inner pinhole of swivel cougling, implement the swinging operation of swivel cougling and stem; Pin dish folder structure is simple, easy to use.
Accompanying drawing explanation
Fig. 1 is the structural representation of pin dish folder;
Fig. 2 is the birds-eye view of Fig. 1.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is further detailed:
The birds-eye view of Fig. 1 shown in the structural representation of the pin dish folder shown in Fig. 1 and Fig. 2, pin dish folder, includes foldable base 1, swivel cougling 2, pin dish 3, hinge 4 and spring 5; Foldable base 1 is provided with swinging chute 6, outer fraising 7, export trade disk hole 9 and multiple outer pin-and-hole 10, and swivel cougling 2 is provided with internal reaming 11, domestic disk hole 12 and multiple inner pinhole 13; Pin dish 3 is provided with hand dish 14 and multiple bearing pin 15; Pin dish 3 is connected with foldable base 1 and swivel cougling 2, and pin dish 3 is through export trade disk hole 9 and domestic disk hole 12, and spring 5 is positioned at swivel cougling 2, and spring 5 is connected with pin dish 3 and swivel cougling 2, and the bearing pin 15 of pin dish 3 is connected with inner pinhole 13 and outer pin-and-hole 10; The axis of pin dish 3 is identical with the axis of hinge 4, and swivel cougling 2 is hinged by hinge 4 and foldable base 1; Pin dish folder is utilized to implement the folding of the stem 16 of Kickboard Scooter and other body-building vehicles and hold up, so that carry out using.
The using method of pin dish folder is: during use, pin dish folder is installed on Kickboard Scooter or other body-building vehicles, when stem 16 is holded up and folds location, the elastic force of spring 5 is utilized to act on pin dish 3, make multiple bearing pins 15 of pin dish 3 insert multiple inner pinholes 13 of swivel cougling 2 and the multiple outer pin-and-hole 10 of foldable base 1, stem 16 can not be swung; Stem 16 is changed to folded state by erected state, or when being swung to erected state conversion by folded state, the elastic force of spring is overcome with hand knob platen 14, pin dish 3 is made to drive multiple bearing pin 15 to leave the multiple outer pin-and-hole 10 of foldable base 1, sink in the inner pinhole 13 of swivel cougling 2, implement the swinging operation of swivel cougling and stem 16; Pin dish folder structure is simple, easy to use.
In order to increase the reliability and safety that pin dish 3 is connected with foldable base 1 and swivel cougling 2, pin dish 3 includes front pin dish 17 and rear pin dish 18, front pin dish 17 includes front bearing pin 19 and remote holder platen 20, and rear pin dish 18 includes rear pin shaft 21 and defensive position platen 22; Export trade disk hole 9 includes front export trade disk hole 23 and rear export trade disk hole 24, outer pin-and-hole 25 and rear outer pin-and-hole 26 before outer pin-and-hole 10 includes; Domestic disk hole 12 includes front domestic disk hole 27 and rear domestic disk hole 28, and inner pinhole 13 includes front inner pinhole 29 and rear inner pinhole 30.
When pin dish folder uses, swivel cougling 2 is connected with the stem 16 of Kickboard Scooter or other body-building vehicles, and foldable base 1 is connected with the slide plate 33 of Kickboard Scooter or other body-building vehicles, or foldable base 1 links into an integrated entity with the slide plate 30 of Kickboard Scooter; When stem 16 is changed to folded state by erected state, press the hand dish 14 of downside pin dish 3 with hand, the elastic force making pin dish 3 overcome spring 5 is moved by the direction of foldable base 1 to swivel cougling 2, makes multiple bearing pins 15 of pin dish 3 exit the outer pin-and-hole 10 of foldable base 1; After multiple bearing pins 15 of pin dish 3 exit the outer pin-and-hole 10 of foldable base 1, hand leads swivel cougling 2 or stem 16 swings to folding direction, when swivel cougling 2 or stem 16 swing to the position of folding location, multiple bearing pins 15 of pin dish 3 are just in time facing to the multiple outer pin-and-hole 10 of foldable base 1; Hand decontrols hand dish 14, pin dish 3 resets under the effect of spring 5 elastic force, pin dish 3 drives multiple bearing pin 15 to insert the multiple outer pin-and-hole 10 of foldable base 1 through the inner pinhole 13 of swivel cougling 2, swivel cougling 2 and stem 18 can not be swung, implement the folding of the stem 18 of Kickboard Scooter or other body-building vehicles and location, to be convenient for carrying out using;
When stem 16 is changed to erected state by folded state, press the hand dish 14 of downside pin dish 3 with hand, the elastic force making pin dish 3 overcome spring 5 is moved by the direction of foldable base 1 to swivel cougling 2, makes multiple bearing pins 15 of pin dish 3 exit the outer pin-and-hole 10 of foldable base 1; After multiple bearing pins 15 of pin dish 3 exit the outer pin-and-hole 10 of foldable base 1, hand leads swivel cougling 2 or stem 16 swings to holding up direction swing, when swivel cougling 2 or stem 16 swing to the position of holding up location, multiple bearing pins 15 of pin dish 3 are just in time facing to the multiple outer pin-and-hole 10 of foldable base 1; Hand decontrols hand dish 14, pin dish 3 resets under the effect of spring 5 elastic force, pin dish 3 drives multiple bearing pin 15 to insert the multiple outer pin-and-hole 10 of foldable base 1 through the inner pinhole 13 of swivel cougling 2, swivel cougling 2 and stem 18 can not be swung, implement holding up and locating, with easy to use of the stem 18 of Kickboard Scooter or other body-building vehicles.
In order to implement holding up and folding of stem 18, front pin dish 17 moves with front export trade disk hole 23 and front domestic disk hole 27 and is connected, and front bearing pin 19 moves with front inner pinhole 29 and front outer pin-and-hole 25 and is connected; Rear pin dish 18 moves with rear export trade disk hole 24 and rear domestic disk hole 28 and is connected, and rear pin shaft 21 moves with rear outer pin-and-hole 26 and rear inner pinhole 30 and is connected; The stroke of the movement of pin dish 3 is greater than outer pin-and-hole 10 degree of depth, and bearing pin 15 inserts the degree of depth of outer pin-and-hole 10 and the deep equality of outer pin-and-hole 10, or the degree of depth that bearing pin 15 inserts outer pin-and-hole 10 is less than the degree of depth of outer pin-and-hole 10; When making swivel cougling 2 be changed by folded state to erected state or be changed to folded state by erected state, bearing pin 15 can exit outer pin-and-hole 10.
In order to be installed on by spring 5 between front pin dish 17 and rear pin dish 18, front pin dish 17 is provided with front spring cover 31, and rear pin dish 18 is provided with rear spring cover 32, and spring 5 is located between front pin dish 17 and rear pin dish 18; Front spring cover 31 is enclosed within outside rear spring cover 32, and spring 5 is positioned at rear spring cover 32; Or rear spring cover 32 is enclosed within outside front spring cover 31, and spring rear spring cover 325 is positioned at front spring cover 31; Front spring cover 31 overlaps 32 to distance and the rear spring of rear pin dish 18, and to arrive the distance of front pin dish 17 equal; The degree of depth of outer pin-and-hole 25 and outer pin-and-hole 26 afterwards before front spring cover 31 is greater than to the distance of rear pin dish 18; Front pin dish 17 is connected with rear pin dish 18 is dynamic; Front spring cover 31 with rear spring overlap 32 move be connected.
In order to make bearing pin 15 remain on the state inserting inner pinhole 13 and outer pin-and-hole 10, spring 5 is Compress Spring, and spring 5 is in confined state; Spring 5 includes working spring and relief spring, and the length of working spring equals relief spring, and the amount of compression of working spring is greater than the amount of compression of relief spring, makes the degree of fatigue of relief spring be less than the degree of fatigue of working spring; When working spring fatigue damage, the elastic force of relief spring is utilized to make bearing pin 15 remain on the state inserting inner pinhole 13 and outer pin-and-hole 10.
When stem 16 is changed to folded state by erected state, front pin dish 17 and rear pin dish 18 is pinched with hand, the elastic force making front pin dish 17 and rear pin dish 18 overcome spring 5 moves in opposite directions, front bearing pin 19 is followed front pin dish 17 and is moved away front outer pin-and-hole 25, front bearing pin 19 sinks in front inner pinhole 29, rear pin shaft 21 is followed rear pin dish 18 and is moved away rear outer pin-and-hole 26, and rear pin shaft 21 sinks to rear inner pinhole 30, and swivel cougling 2 can be swung in foldable base 1 around hinge 4; Front bearing pin 19 leaves after front outer pin-and-hole 25 and rear pin shaft 21 leave rear outer pin-and-hole 26, drive stem 16 to lower swing with hand swivel cougling 2, when stem 16 folds into the position of setting, front bearing pin 19 is facing to front outer pin-and-hole 25, rear pin shaft 21 is facing to rear outer pin-and-hole 26, after decontroling hand, front pin dish 17 and rear pin dish 18 are mobile dorsad under the elastic force effect of spring 5 to be resetted, outer pin-and-hole 25 before front pin dish 17 drives front bearing pin 19 to insert, rear pin dish 18 drives rear pin shaft 21 to insert rear outer pin-and-hole 26, implements the folding of stem 16 and location.
When stem 16 is changed to erected state by folded state, front pin dish 17 and rear pin dish 18 is pinched with hand, the elastic force making front pin dish 17 and rear pin dish 18 overcome spring 5 moves in opposite directions, front bearing pin 19 is followed front pin dish 17 and is moved away front outer pin-and-hole 25, front bearing pin 19 sinks in front inner pinhole 29, rear pin shaft 21 is followed rear pin dish 18 and is moved away rear outer pin-and-hole 26, and rear pin shaft 21 sinks to rear inner pinhole 30, and swivel cougling 2 can be swung in foldable base 1 around hinge 4; Front bearing pin 19 leaves after front outer pin-and-hole 25 and rear pin shaft 21 leave rear outer pin-and-hole 26, stem 16 is driven upwards to swing with pulling swivel cougling 2, when stem 16 swings to the position of holding up setting, front bearing pin 19 is facing to front outer pin-and-hole 25, rear pin shaft 21 is facing to rear outer pin-and-hole 26, after decontroling hand, front pin dish 17 and rear pin dish 18 are mobile dorsad under the elastic force effect of spring 5 to be resetted, outer pin-and-hole 25 before front pin dish 17 drives front bearing pin 19 to insert, rear pin dish 18 drives rear pin shaft 21 to insert rear outer pin-and-hole 26, implements holding up and locating of stem 16.
In order to implement swing and the location of swivel cougling 2, when swivel cougling 2 is swung, outer pin-and-hole 25 and rear outer pin-and-hole 26 before front bearing pin 19 and rear pin shaft 21 can depart from; Inner pinhole 29 and front outer pin-and-hole 25 before the front bearing pin 19 of front pin dish 17 inserts under the effect of spring 5 elastic force; The rear pin shaft 21 of rear pin dish 18 inserts rear inner pinhole 30 and rear outer pin-and-hole 26 under the effect of spring 5 elastic force; Swivel cougling 2 can not be swung in foldable base 1; The stroke of front bearing pin 19 movement is greater than the degree of depth of front outer pin-and-hole 25, and the stroke of the movement of rear pin shaft 21 is greater than the degree of depth of rear outer pin-and-hole 26; The quantity of the outer pin-and-hole 10 of foldable base 1 is identical with the quantity of the inner pinhole 13 of swivel cougling 2, and the quantity of the bearing pin 15 of pin dish 3 is identical with the quantity of inner pinhole 13; Pin dish 3 is connected with bearing pin 15, or pin dish 3 is fixedly connected with bearing pin 15; Angle between each bearing pin 15 is identical, and the angle between each outer pin-and-hole 10 is identical, and the angle between each inner pinhole 13 is identical; Bearing pin 15 is provided with four, and the angle between each bearing pin 15 is 90 ° of angles, and outer pin-and-hole 10 is provided with four, and the angle between each outer pin-and-hole 10 is 90 ° of angles.
When stem 16 is changed to folded state by erected state, each front bearing pin 19 rotate angle identical with the angle that each rear pin shaft 21 rotates; When stem 16 is changed to erected state by folded state, each front bearing pin 19 rotate angle identical with the angle that each rear pin shaft 21 rotates; The center of circle of each bearing pin 15 is circumferentially same, and the center of circle of each outer pin-and-hole 10 is circumferentially same, and the center of circle of each inner pinhole 13 is circumferentially same; Each bearing pin 15, each outer pin-and-hole 10 and each inner pinhole 13 are circumferentially same; Front bearing pin 19 is provided with four, and the angle between each front bearing pin 19 is 90 ° of angles; Front inner pinhole 29 is provided with four, and the angle between each front inner pinhole 29 is 90 ° of angles; Front outer pin-and-hole 25 is provided with four, and the angle before each between outer pin-and-hole 25 is 90 ° of angles; Rear pin shaft 21 is provided with four, and the angle between each rear pin shaft 21 is 90 ° of angles, and rear inner pinhole 30 is provided with four, and the angle between each rear inner pinhole 30 is 90 ° of angles; Rear outer pin-and-hole 26 is provided with four, and the angle between each rear outer pin-and-hole 26 is 90 ° of angles.
Swung to folded state by erected state in swinging chute 6 to implement swivel cougling 2, swinging chute 6 is provided with upper shed 34 and side opening 35, upper shed 34 is communicated with side opening 35, and swivel cougling 2 can be swung in upper shed 34 direction of foldable base 1 towards side opening 35 direction.
Claims (9)
1. the using method of pin dish folder, pin dish folder includes foldable base (1), swivel cougling (2), pin dish (3), hinge (4) and spring (5); Foldable base (1) is provided with swinging chute (6), outer fraising (7), export trade disk hole (9) and multiple outer pin-and-hole (10), and swivel cougling (2) is provided with internal reaming (11), domestic disk hole (12) and multiple inner pinhole (13); Pin dish (3) is provided with hand dish (14) and multiple bearing pin (15); Pin dish (3) includes front pin dish (17) and rear pin dish (18), and front pin dish (17) includes front bearing pin (19) and remote holder platen (20), and rear pin dish (18) includes rear pin shaft (21) and defensive position platen (22); Export trade disk hole (9) includes front export trade disk hole (23) and rear export trade disk hole (24), outer pin-and-hole (25) and rear outer pin-and-hole (26) before outer pin-and-hole (10) includes; Domestic disk hole (12) includes front domestic disk hole (27) and rear domestic disk hole (28), and inner pinhole (13) includes front inner pinhole (29) and rear inner pinhole (30); It is characterized in that: the using method of described pin dish folder is: during use, pin dish folder is installed on Kickboard Scooter or other body-building vehicles, when stem (16) is holded up and folds location, the elastic force of spring (5) is utilized to act on pin dish (3), make multiple bearing pins (15) of pin dish (3) insert multiple inner pinholes (13) of swivel cougling (2) and the multiple outer pin-and-hole (10) of foldable base (1), stem can not be swung; Stem (16) is changed to folded state by erected state, or when being swung to erected state conversion by folded state, the elastic force of spring (5) is overcome with hand knob platen (14), pin dish (3) is made to drive multiple bearing pin (15) to leave the multiple outer pin-and-hole 10 of foldable base (1), sink in the inner pinhole (13) of swivel cougling (2), implement the swinging operation of swivel cougling and stem; Pin dish folder structure is simple, easy to use.
2. the using method of pin dish folder according to claim 1, it is characterized in that: when described pin dish folder uses, swivel cougling (2) is connected with the stem (16) of Kickboard Scooter or other body-building vehicles, foldable base (1) is connected with the slide plate (33) of Kickboard Scooter or other body-building vehicles, or foldable base (1) links into an integrated entity with the slide plate (30) of Kickboard Scooter; When stem (16) is changed to folded state by erected state, the hand dish (14) of downside pin dish (3) is pressed with hand, the elastic force making pin dish (3) overcome spring (5) is moved by the direction of foldable base (1) to swivel cougling (2), makes multiple bearing pins (15) of pin dish (3) exit the outer pin-and-hole (10) of foldable base (1); After multiple bearing pins (15) of pin dish (3) exit the outer pin-and-hole (10) of foldable base (1), hand leads swivel cougling (2) or stem (16) swing swings to folding direction, when swivel cougling (2) or stem (16) swing to the position of folding location, multiple bearing pins (15) of pin dish (3) are just in time facing to the multiple outer pin-and-hole (10) of foldable base (1); Hand decontrols hand dish (14), pin dish (3) resets under the effect of spring (5) elastic force, pin dish (3) drives the inner pinhole (13) of multiple bearing pin (15) through swivel cougling (2) to insert the multiple outer pin-and-hole (10) of foldable base (1), swivel cougling (2) and stem (18) can not be swung, implement the folding of the stem (18) of Kickboard Scooter or other body-building vehicles and location, to be convenient for carrying out using; When stem (16) is changed to erected state by folded state, the hand dish (14) of downside pin dish (3) is pressed with hand, the elastic force making pin dish (3) overcome spring (5) is moved by the direction of foldable base (1) to swivel cougling (2), makes multiple bearing pins (15) of pin dish (3) exit the outer pin-and-hole (10) of foldable base (1); After multiple bearing pins (15) of pin dish (3) exit the outer pin-and-hole (10) of foldable base (1), hand leads swivel cougling (2) or stem (16) swings to holding up direction, when swivel cougling (2) or stem (16) swing to the position of holding up location, multiple bearing pins (15) of pin dish (3) are just in time facing to the multiple outer pin-and-hole (10) of foldable base (1); Hand decontrols hand dish (14), pin dish (3) resets under the effect of spring (5) elastic force, pin dish (3) drives the inner pinhole (13) of multiple bearing pin (15) through swivel cougling (2) to insert the multiple outer pin-and-hole (10) of foldable base (1), swivel cougling (2) and stem (18) can not be swung, implement holding up and locating, with easy to use of the stem (18) of Kickboard Scooter or other body-building vehicles.
3. the using method of pin dish folder according to claim 1, it is characterized in that: the stroke of the movement of described pin dish (3) is greater than outer pin-and-hole (10) degree of depth, bearing pin (15) inserts the degree of depth of outer pin-and-hole (10) and the deep equality of outer pin-and-hole (10), or the degree of depth of bearing pin (15) the outer pin-and-hole of insertion (10) is less than the degree of depth of outer pin-and-hole (10); When making swivel cougling (2) be changed by folded state to erected state or be changed to folded state by erected state, bearing pin (15) can exit outer pin-and-hole (10).
4. the using method of pin dish folder according to claim 1, is characterized in that: described front pin dish (17) is connected with rear pin dish (18) is dynamic; Front spring cover (31) is connected with rear spring cover (32) is dynamic.
5. the using method of pin dish folder according to claim 1, it is characterized in that: when described stem (16) is changed to folded state by erected state, front pin dish (17) and rear pin dish (18) is pinched with hand, the elastic force making front pin dish (17) and rear pin dish (18) overcome spring (5) moves in opposite directions, front bearing pin (19) is followed front pin dish (17) and is moved away front outer pin-and-hole (25), front bearing pin (19) sinks in front inner pinhole (29), rear pin shaft (21) is followed rear pin dish (18) and is moved away rear outer pin-and-hole (26), rear pin shaft (21) sinks to rear inner pinhole (30), swivel cougling (2) can be swung in foldable base (1) around hinge (4), front bearing pin (19) leaves after front outer pin-and-hole (25) and rear pin shaft (21) leave rear outer pin-and-hole (26), drive stem (16) to lower swing with hand swivel cougling (2), when stem (16) folds into the position of setting, front bearing pin (19) is facing to front outer pin-and-hole (25), rear pin shaft (21) is facing to rear outer pin-and-hole (26), after decontroling hand, front pin dish (17) and rear pin dish (18) are mobile dorsad under the elastic force effect of spring (5) to be resetted, before front pin dish (17) drives, bearing pin (19) inserts front outer pin-and-hole (25), outer pin-and-hole (26) after rear pin dish (18) drives rear pin shaft (21) to insert, implement the folding of stem (16) and location.
6. the using method of pin dish folder according to claim 1, it is characterized in that: when described stem (16) is changed to erected state by folded state, front pin dish (17) and rear pin dish (18) is pinched with hand, the elastic force making front pin dish (17) and rear pin dish (18) overcome spring (5) moves in opposite directions, front bearing pin (19) is followed front pin dish (17) and is moved away front outer pin-and-hole (25), front bearing pin (19) sinks in front inner pinhole (29), rear pin shaft (21) is followed rear pin dish (18) and is moved away rear outer pin-and-hole (26), rear pin shaft (21) sinks to rear inner pinhole (30), swivel cougling (2) can be swung in foldable base (1) around hinge (4), front bearing pin (19) leaves after front outer pin-and-hole (25) and rear pin shaft (21) leave rear outer pin-and-hole (26), stem (16) is driven upwards to swing with pulling swivel cougling (2), when stem (16) swings to the position of holding up setting, front bearing pin (19) is facing to front outer pin-and-hole (25), rear pin shaft (21) is facing to rear outer pin-and-hole (26), after decontroling hand, front pin dish (17) and rear pin dish (18) are mobile dorsad under the elastic force effect of spring (5) to be resetted, before front pin dish (17) drives, bearing pin (19) inserts front outer pin-and-hole (25), outer pin-and-hole (26) after rear pin dish (18) drives rear pin shaft (21) to insert, implement holding up and locating of stem (16).
7. the using method of pin dish folder according to claim 1, is characterized in that: inner pinhole (29) and front outer pin-and-hole (25) before the front bearing pin (19) of described front pin dish (17) inserts under the effect of spring (5) elastic force; The rear pin shaft (21) of rear pin dish (18) inserts rear inner pinhole (30) and rear outer pin-and-hole (26) under the effect of spring (5) elastic force; Swivel cougling (2) can not be swung in foldable base (1).
8. the using method of pin dish folder according to claim 1, it is characterized in that: when described stem (16) is changed to folded state by erected state, each front bearing pin (19) rotate angle identical with the angle that each rear pin shaft (21) rotates; When stem (16) is changed to erected state by folded state, each front bearing pin (19) rotate angle identical with the angle that each rear pin shaft (21) rotates.
9. the using method of pin dish folder according to claim 1, it is characterized in that: described swinging chute (6) is provided with upper shed (34) and side opening (35), upper shed (34) is communicated with side opening (35), and swivel cougling (2) can be swung in the upper shed of foldable base (1) (34) direction towards side opening (35) direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510915910.7A CN105438365B (en) | 2015-12-11 | 2015-12-11 | Sell the application method of disk folder |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510915910.7A CN105438365B (en) | 2015-12-11 | 2015-12-11 | Sell the application method of disk folder |
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| Publication Number | Publication Date |
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| CN105438365A true CN105438365A (en) | 2016-03-30 |
| CN105438365B CN105438365B (en) | 2018-11-27 |
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| CN201510915910.7A Active CN105438365B (en) | 2015-12-11 | 2015-12-11 | Sell the application method of disk folder |
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Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102336241A (en) * | 2011-08-05 | 2012-02-01 | 杭州萧山钱鸿交通器材有限公司 | Frame folding mechanism and children's tricycle using same |
| CN202138476U (en) * | 2011-04-13 | 2012-02-08 | 莫卓均 | Novel foldable scooter |
| EP2444307A1 (en) * | 2010-10-22 | 2012-04-25 | Shanghai Magic Wheels Sporting Goods Co., Ltd. | Scooter having foldable device and foldable device thereof |
| US20140076649A1 (en) * | 2012-09-19 | 2014-03-20 | Mando Corporation | Folding type bicycle |
| CN203652026U (en) * | 2013-12-09 | 2014-06-18 | 王贵平 | Scooter body folding mechanism and light scooter |
| CN103921879A (en) * | 2013-01-12 | 2014-07-16 | 刘岗 | Rotary positioning quick-folding mechanism |
| CN204056144U (en) * | 2014-09-18 | 2014-12-31 | 杜启明 | Roller board pressing folding locking system |
| CN204210660U (en) * | 2014-11-25 | 2015-03-18 | 谢凤娥 | A kind of folder |
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|---|---|---|---|---|
| EP2444307A1 (en) * | 2010-10-22 | 2012-04-25 | Shanghai Magic Wheels Sporting Goods Co., Ltd. | Scooter having foldable device and foldable device thereof |
| CN202138476U (en) * | 2011-04-13 | 2012-02-08 | 莫卓均 | Novel foldable scooter |
| CN102336241A (en) * | 2011-08-05 | 2012-02-01 | 杭州萧山钱鸿交通器材有限公司 | Frame folding mechanism and children's tricycle using same |
| US20140076649A1 (en) * | 2012-09-19 | 2014-03-20 | Mando Corporation | Folding type bicycle |
| CN103921879A (en) * | 2013-01-12 | 2014-07-16 | 刘岗 | Rotary positioning quick-folding mechanism |
| CN203652026U (en) * | 2013-12-09 | 2014-06-18 | 王贵平 | Scooter body folding mechanism and light scooter |
| CN204056144U (en) * | 2014-09-18 | 2014-12-31 | 杜启明 | Roller board pressing folding locking system |
| CN204210660U (en) * | 2014-11-25 | 2015-03-18 | 谢凤娥 | A kind of folder |
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| Publication number | Publication date |
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| CN105438365B (en) | 2018-11-27 |
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Effective date of registration: 20181022 Address after: 342400 D09 Building 2, 2 North general road, Xingguo County, Ganzhou, Jiangxi Applicant after: Ganzhou Xingshun Technology Co., Ltd. Address before: 523907 room 908, block A, Jinluan garden, Jinlong South Road, Humen Town, Dongguan, Guangdong. Applicant before: Zheng Yunting |
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