CN204877065U - Single action of two slider mechanism controls of crank comes from moves bivalve door - Google Patents

Single action of two slider mechanism controls of crank comes from moves bivalve door Download PDF

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Publication number
CN204877065U
CN204877065U CN201520075742.0U CN201520075742U CN204877065U CN 204877065 U CN204877065 U CN 204877065U CN 201520075742 U CN201520075742 U CN 201520075742U CN 204877065 U CN204877065 U CN 204877065U
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China
Prior art keywords
fixed
bearing pin
connecting rod
door
slide block
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CN201520075742.0U
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Chinese (zh)
Inventor
黄佳锋
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Guangxi Pingguolv Anfu Door Industry Co Ltd
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Guangxi Pingguolv Anfu Door Industry Co Ltd
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Application filed by Guangxi Pingguolv Anfu Door Industry Co Ltd filed Critical Guangxi Pingguolv Anfu Door Industry Co Ltd
Priority to CN201520075742.0U priority Critical patent/CN204877065U/en
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Publication of CN204877065U publication Critical patent/CN204877065U/en
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Abstract

The utility model provides a single action of two slider mechanism controls of crank comes from moves bivalve door, by right side door, the primary shaft, first connection bridge, a first sprin, first dead lever, connect the rope, the fixed pulley, first fixed disk, the secondary shaft, the bridge is connected to the second, the second spring, the second dead lever, the second fixed disk, the door frame, first round pin axle, first connecting rod, second round pin axle, the second connecting rod, first slider, third round pin axle, the third connecting rod, the second slider, fourth round pin axle, the track, the fourth connecting rod, the 5th round pin axle, the third slider, the 5th connecting rod, the left -hand door, the 6th round pin axle, the 6th connecting rod, the 7th round pin axle, a lever, the apparatus further comprises a rotating shaft, the fixed block, the ejector pin is constituteed. Compare current single -leaf door, the utility model discloses accessible automatic control realizes the switch of door and the switch of lock, during control the operation more simple and convenient since inwards outwards open and shut all can, so the theftproof performance is better. And simultaneously, the utility model discloses low price, aesthetic property, practicality, security can still have been compromise for wooden, metal, glass and so on simultaneously by used material consequently.

Description

The single action that a kind of crank double-slider mechanism controls is derived from dynamic double door
Technical field
The single action that the utility model relates to the control of a kind of crank double-slider mechanism is derived from dynamic double door.
Background technology
Door is a kind of door for people ADL turnover, and door leaf height is everlasting 1900 ~ 2100 millimeter, and width is 800 ~ 1000 millimeters, and auxiliary room is as 600 ~ 800 millimeters, the door of bath lavatory, storeroom, and transom height is generally 300 ~ 900mm.The door of industrial construction can suitably improve on demand.
At present, door is broadly divided into single door and double door.
And existing double door is all based on hand switch lock, rarely has the double door automatically controlling folding and switch lock.
Summary of the invention
In order to overcome the deficiency of existing double door, the single action that the utility model provides brand-new a kind of crank double-slider mechanism to control is derived from dynamic double door.Specifically comprise: this double door is by right door, first axle, first connecting bridge, first spring, first fixed bar, connection cord, fixed pulley, first fixed disk, second axle, second connecting bridge, second spring, second fixed bar, second fixed disk, doorframe, first bearing pin, first connecting rod, second bearing pin, second connecting rod, first slide block, 3rd bearing pin, third connecting rod, second slide block, 4th bearing pin, track, double leval jib, 5th bearing pin, 3rd slide block, 5th connecting rod, left-hand door, 6th bearing pin, six-bar linkage, 7th bearing pin, lever, rotating shaft, fixed block, push rod forms.Compare existing single door, the utility model is by the automatic switch of control realization door and the switch of lock, and during control, operation is easier, due to inwardly outer folding, so theftproof performance is better.Meanwhile, the utility model material therefor can be wooden, metal, glass etc., has therefore also taken into account low price, aesthetic property, practicality, safety simultaneously.
The utility model is achieved through the following technical solutions:
The single action that crank double-slider mechanism controls is derived from a dynamic double door, is: this double door is by right door (1) in technical scheme, first axle (2), first connecting bridge (3), first spring (4), first fixed bar (5), connection cord (6), fixed pulley (7), first fixed disk (8), second axle (9), second connecting bridge (10), second spring (11), second fixed bar (12), second fixed disk (13), doorframe (14), first bearing pin (15), first connecting rod (16), second bearing pin (17), second connecting rod (18), first slide block (19), 3rd bearing pin (20), third connecting rod (21), second slide block (22), 4th bearing pin (23), track (24), double leval jib (25), 5th bearing pin (26), 3rd slide block (27), 5th connecting rod (28), left-hand door (29), 6th bearing pin (30), six-bar linkage (31), 7th bearing pin (32), lever (33), rotating shaft (34), fixed block (35), push rod (36) forms.
During above-mentioned all parts combination, right door (1) and left-hand door (29) are hinged on the both sides of doorframe (14) by hinge, doorframe (14) is fixed on body of wall, and doorframe (14) has axis hole up and down, whole retaining mechanism is arranged on the inside of right door (1), locking mechanism structure is: the first connecting bridge (3) and the second connecting bridge (10) have through hole, first axle (2) is through the through hole of the first connecting bridge (3), the top of the first axle (2) is fixed with the first fixed disk (8), first spring (4) is arranged between the first fixed disk (8) and the first connecting bridge (3), the length of the first axle (2) is longer than the height of door (1), the through hole of the second connecting bridge (10) is passed on the top of the second axle (9), the bottom of the first axle (2) is fixed with the second fixed disk (13), second spring (11) is arranged between the second connecting bridge (10) and the second fixed disk (13), fixed pulley (7) is fixed on door (1), first fixed bar (5) left end is fixed on the first axle (2), right-hand member is connected with connection cord (6), connection cord (6) is walked around fixed pulley (7) other end and is connected to the second fixed bar (12) left end, second fixed bar (12) right-hand member is fixed on the second fixed disk (13), guide rail (24) is fixed on doorframe, and the first slide block (19) and the 3rd slide block (27) are arranged on doorframe top, and the second slide block (22) is arranged on guide rail (24), first bearing pin (15) is fixed on right door (1) upper end, its upper end through doorframe and first connecting rod (16) hinged, first connecting rod 23 is hinged by the second bearing pin (17) and second connecting rod (18), 3rd bearing pin (20) is fixed on the first slide block (19), and second connecting rod (18) and third connecting rod (21) are hinged on the first slide block (19) by the 3rd bearing pin (20), 4th bearing pin (23) is fixed on the second slide block (22), third connecting rod (21) and double leval jib (25) are hinged on the 4th bearing pin (23), chute is arranged at the second slide block (22) top, and the 4th bearing pin (23) is arranged in chute, 5th bearing pin (26) is fixed on the 3rd slide block (27), double leval jib (25) and the 5th connecting rod (28) are hinged on the 3rd slide block (27) by the 5th bearing pin (26), hinged by the 6th bearing pin (30) between 5th connecting rod (28) and six-bar linkage (31), the other end of six-bar linkage (31) is hinged on the 7th bearing pin (32), and the 7th bearing pin (32) is fixed on left-hand door (29) through doorframe lower end, track (24) lower end is fixed with push rod (36), lower end in the middle part of doorframe (14) top is fixed with fixed block (35), fixed block (35) is hinged with rotating shaft (34), rotating shaft (34) is provided with lever (33), the corresponding push rod (36) of lever (33) left end, the first axle (2) upper end of the corresponding retaining mechanism of lever (33) right-hand member.
The beneficial effects of the utility model are:
1, the utility model structure composition is novel unique, scientific and reasonable.
2, compare existing double door, the utility model is by the automatic switch of control realization door and the switch of lock, and during control, operation is easier, due to inwardly outer folding, so theftproof performance is better.
3, the utility model material therefor can be wooden, metal, glass etc., therefore also takes into account low price aesthetic property, practicality, safety simultaneously.
4, the utility model can make the performance of door realize automation, also makes door significantly rise in value, and market prospects are very good.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the utility model is further illustrated.
Fig. 1 is structural representation of the present utility model.
Fig. 2 is that in the utility model, retaining mechanism is arranged on the structural representation in right door (1).
Fig. 3 be lever in the utility model (33), rotating shaft (34) and fixed block (35) combination time structural representation.
Fig. 4 is the structural representation of push rod in the utility model (36).
In FIG, 1 is right door, and 14 is doorframes, and 15 is first bearing pins, 16 is first connecting rods, and 17 is second bearing pins, and 18 is second connecting rods, and 19 is first slide blocks, 20 is the 3rd bearing pins, and 21 is third connecting rods, and 22 is second slide blocks, and 23 is the 4th bearing pins, 24 is tracks, and 25 is double leval jib, and 26 is the 5th bearing pins, 27 is the 3rd slide blocks, and 28 is the 5th connecting rods, and 29 is left-hand doors, 30 is the 6th bearing pins, and 31 is six-bar linkage, and 32 is the 7th bearing pins.
In fig. 2,1 is right door, and 2 is first axles, and 3 is first connecting bridges, and 4 is first springs, 5 are, the first fixed bar, and 6 is connection cords, and 7 is fixed pulleys, and 8 is first fixed disks, 9 is second axles, and 10 is second connecting bridges, and 11 is second springs, and 12 is second fixed bars, and 13 is second fixed disks.
In figure 3,33 is levers, and 34 is rotating shafts, and 35 is fixed blocks.
In the diagram, 36 is push rods.
Detailed description of the invention
Now by reference to the accompanying drawings the utility model is described in detail:
The utility model is by right door (1), first axle (2), first connecting bridge (3), first spring (4), first fixed bar (5), connection cord (6), fixed pulley (7), first fixed disk (8), second axle (9), second connecting bridge (10), second spring (11), second fixed bar (12), second fixed disk (13), doorframe (14), first bearing pin (15), first connecting rod (16), second bearing pin (17), second connecting rod (18), first slide block (19), 3rd bearing pin (20), third connecting rod (21), second slide block (22), 4th bearing pin (23), track (24), double leval jib (25), 5th bearing pin (26), 3rd slide block (27), 5th connecting rod (28), left-hand door (29), 6th bearing pin (30), six-bar linkage (31), 7th bearing pin (32), lever (33), rotating shaft (34), fixed block (35), push rod (36) forms.
Shown in Fig. 1 is structural representation of the present utility model.Wherein, 1 is right door (1), 14 is doorframe (14), 15 is the first bearing pin (15), 16 is first connecting rod (15), 17 is the second bearing pin (17), 18 is second connecting rod (18), 19 is the first slide block (19), 20 is the 3rd bearing pins (20), 21 is third connecting rod (21), 22 is the second slide block (22), 23 is the 4th bearing pins (23), 24 is track (24), 25 is double leval jib (25), 26 is the 5th bearing pins (26), 27 is the 3rd slide blocks (27), 28 is the 5th connecting rods (28), 29 is left-hand door (29), 30 is the 6th bearing pins (30), 31 is six-bar linkage (31), 32 is the 7th bearing pins (32).
Shown in Fig. 2 is that in the utility model, retaining mechanism is arranged on the structural representation in right door (1).Wherein, 1 is right door (1), 2 is the first axle (2), 3 is the first connecting bridge (3), 4 is the first spring (4), 5 is the first fixed bar (5), 6 is connection cord (6), 7 is fixed pulley (7), and 8 is the first fixed disk (8), and 9 is the second axle (9), 10 is the second connecting bridge (10), 11 is the second spring (11), and 12 is the second fixed bar (12), and 13 is the second fixed disk (13).
Shown in Fig. 3 be lever in the utility model (33), rotating shaft (34) and fixed block (35) combination time structural representation.Wherein, 33 is lever (33), and 34 is rotating shaft (34), and 35 is fixed block (35).
Shown in Fig. 4 is the structural representation of push rod in the utility model (36).Wherein, 36 is push rod (35).
During above-mentioned all parts combination, right door (1) and left-hand door (29) are hinged on the both sides of doorframe (14) by hinge, doorframe (14) is fixed on body of wall, and doorframe (14) has axis hole up and down, whole retaining mechanism is arranged on the inside of right door (1), locking mechanism structure is: the first connecting bridge (3) and the second connecting bridge (10) have through hole, first axle (2) is through the through hole of the first connecting bridge (3), the top of the first axle (2) is fixed with the first fixed disk (8), first spring (4) is arranged between the first fixed disk (8) and the first connecting bridge (3), the length of the first axle (2) is longer than the height of door (1), the through hole of the second connecting bridge (10) is passed on the top of the second axle (9), the bottom of the first axle (2) is fixed with the second fixed disk (13), second spring (11) is arranged between the second connecting bridge (10) and the second fixed disk (13), fixed pulley (7) is fixed on door (1), first fixed bar (5) left end is fixed on the first axle (2), right-hand member is connected with connection cord (6), connection cord (6) is walked around fixed pulley (7) other end and is connected to the second fixed bar (12) left end, second fixed bar (12) right-hand member is fixed on the second fixed disk (13), guide rail (24) is fixed on doorframe, and the first slide block (19) and the 3rd slide block (27) are arranged on doorframe top, and the second slide block (22) is arranged on guide rail (24), first bearing pin (15) is fixed on right door (1) upper end, its upper end through doorframe and first connecting rod (16) hinged, first connecting rod 23 is hinged by the second bearing pin (17) and second connecting rod (18), 3rd bearing pin (20) is fixed on the first slide block (19), and second connecting rod (18) and third connecting rod (21) are hinged on the first slide block (19) by the 3rd bearing pin (20), 4th bearing pin (23) is fixed on the second slide block (22), third connecting rod (21) and double leval jib (25) are hinged on the 4th bearing pin (23), chute is arranged at the second slide block (22) top, and the 4th bearing pin (23) is arranged in chute, 5th bearing pin (26) is fixed on the 3rd slide block (27), double leval jib (25) and the 5th connecting rod (28) are hinged on the 3rd slide block (27) by the 5th bearing pin (26), hinged by the 6th bearing pin (30) between 5th connecting rod (28) and six-bar linkage (31), the other end of six-bar linkage (31) is hinged on the 7th bearing pin (32), and the 7th bearing pin (32) is fixed on left-hand door (29) through doorframe lower end, track (24) lower end is fixed with push rod (36), lower end in the middle part of doorframe (14) top is fixed with fixed block (35), fixed block (35) is hinged with rotating shaft (34), rotating shaft (34) is provided with lever (33), the corresponding push rod (36) of lever (33) left end, the first axle (2) upper end of the corresponding retaining mechanism of lever (33) right-hand member.
Transmission principle of the present utility model is:
1, the process of retaining mechanism locking: when applying pressure in the upper end of the first axle (2), the first axle (2) moves down with the first fixed disk () 8, and then is compressed by the first spring (4); The first fixed bar (5) is driven to move down in the process that first axle (2) moves down, first fixed bar (5) pulls connection connection cord thereon (6), connection cord (6) drives the second fixed bar (12) to move up around fixed pulley, second fixed bar (12) drives the second fixed disk to move up, and then driving the second axle (9) to move up, the second spring (11) is compressed; When the first axle (2) upper part is pressed completely in door, the lower end of the first axle enters in the axis hole of doorframe (14) bottom, the upper end of the second axle (9) enters in the axis hole on doorframe (14) top, and now door (1) achieves and locks up and down simultaneously.
2, the process of retaining mechanism unblock: when the pressure of the first axle (2) upper end removes, under the elastic force effect of the first spring (4) and the second spring (11), retaining mechanism realizes the motion contrary with locking process, final first axle (2) moves upward, upper end returns to shown position, and lower end departs from the axis hole of doorframe (14) bottom; Second axle (11) moves downward, and upper end departs from the axis hole on doorframe (14) top.
3, the chute of the second slide block (22) upper end plays the effect of buffering.
4, Men Youguan is to the motion process opened: when door is closed, push rod (36) is by the left side jack-up of lever (33), first axle (2) is depressed by bar bar (33) right-hand member, door is in locking state, starting linear drive apparatus drives the second slide block (22) outwards to slide, second slide block (22) drive push rod (36) retreat and the upper end chute of the second slide block (22) along the 4th bearing pin (23) forward, 4th bearing pin (23) is motionless, first axle (2) upwards jack-up under the effect of the first spring (4), retaining mechanism is opened; When retaining mechanism is opened, the chute front end of the second slide block (22) upper end arrives the 4th bearing pin (23), the second slide block (22) by the 4th bearing pin (23) drive third connecting rod (21) and double leval jib (25) respectively to the right be moved to the left; Third connecting rod (21) drives the first slide block (19) to move right by the 3rd bearing pin (20) and second connecting rod (18) rotates, second connecting rod (18) drives the rotation of first connecting rod (16) by the second bearing pin (17), and first connecting rod (16) drives right door (1) to inner rotary by the first bearing pin (15); Double leval jib (25) drives the 3rd slide block (27) to move right by the 5th bearing pin (26) and the 5th connecting rod (28) rotates, 5th connecting rod (28) drives the rotation of six-bar linkage (31) by the 6th bearing pin (30), and six-bar linkage (31) drives left-hand door (29) to inner rotary by the 7th bearing pin (32); By the time when right door (1) and left-hand door (29) 90-degree rotation, door is opened completely, and the second slide block (22) stops outwards sliding.
4, door is by the motion process reaching pass: start linear drive apparatus oppositely drive the second slide block (22) inwardly to move, the second slide block (22) drive third connecting rod (21) and double leval jib (25) respectively left with move right; Third connecting rod (21) drives the first slide block (19) to be moved to the left by the 3rd bearing pin (20) and rotates with second connecting rod (18), second connecting rod (18) drives the rotation of first connecting rod (16) by the second bearing pin (17), and first connecting rod (16) drives right door (1) inwardly to rotate by the first bearing pin (15); Double leval jib (25) drives the 3rd slide block (27) to be moved to the left by the 5th bearing pin (26) and rotates with the 5th connecting rod (28), 5th connecting rod (28) drives the rotation of six-bar linkage (31) by the 6th bearing pin (30), and six-bar linkage (31) drives left-hand door (29) inwardly to rotate by the 7th bearing pin (32); By the time when right door (1) and left-hand door (29) are closed soon, push rod (36) arrives the position of bar bar (33) by lever (33) left side jack-up, first axle (2) is depressed by bar bar (33) right-hand member, retaining mechanism is locked, now door is closed completely, second slide block (22) stops inwardly sliding (when door is closed completely, also have certain angle between first connecting rod (16) and second connecting rod (18), between the 5th connecting rod (28) and six-bar linkage (31), prevent from forming dead point).

Claims (1)

1. the single action that crank double-slider mechanism controls is derived from a dynamic double door, it is characterized in that: this double door is by right door (1), first axle (2), first connecting bridge (3), first spring (4), first fixed bar (5), connection cord (6), fixed pulley (7), first fixed disk (8), second axle (9), second connecting bridge (10), second spring (11), second fixed bar (12), second fixed disk (13), doorframe (14), first bearing pin (15), first connecting rod (16), second bearing pin (17), second connecting rod (18), first slide block (19), 3rd bearing pin (20), third connecting rod (21), second slide block (22), 4th bearing pin (23), track (24), double leval jib (25), 5th bearing pin (26), 3rd slide block (27), 5th connecting rod (28), left-hand door (29), 6th bearing pin (30), six-bar linkage (31), 7th bearing pin (32), lever (33), rotating shaft (34), fixed block (35), push rod (36) forms,
During above-mentioned all parts combination, right door (1) and left-hand door (29) are hinged on the both sides of doorframe (14) by hinge, doorframe (14) is fixed on body of wall, and doorframe (14) has axis hole up and down, whole retaining mechanism is arranged on the inside of right door (1), locking mechanism structure is: the first connecting bridge (3) and the second connecting bridge (10) have through hole, first axle (2) is through the through hole of the first connecting bridge (3), the top of the first axle (2) is fixed with the first fixed disk (8), first spring (4) is arranged between the first fixed disk (8) and the first connecting bridge (3), the length of the first axle (2) is longer than the height of door (1), the through hole of the second connecting bridge (10) is passed on the top of the second axle (9), the bottom of the first axle (2) is fixed with the second fixed disk (13), second spring (11) is arranged between the second connecting bridge (10) and the second fixed disk (13), fixed pulley (7) is fixed on door (1), first fixed bar (5) left end is fixed on the first axle (2), right-hand member is connected with connection cord (6), connection cord (6) is walked around fixed pulley (7) other end and is connected to the second fixed bar (12) left end, second fixed bar (12) right-hand member is fixed on the second fixed disk (13), guide rail (24) is fixed on doorframe, and the first slide block (19) and the 3rd slide block (27) are arranged on doorframe top, and the second slide block (22) is arranged on guide rail (24), first bearing pin (15) is fixed on right door (1) upper end, its upper end through doorframe and first connecting rod (16) hinged, first connecting rod 23 is hinged by the second bearing pin (17) and second connecting rod (18), 3rd bearing pin (20) is fixed on the first slide block (19), and second connecting rod (18) and third connecting rod (21) are hinged on the first slide block (19) by the 3rd bearing pin (20), 4th bearing pin (23) is fixed on the second slide block (22), third connecting rod (21) and double leval jib (25) are hinged on the 4th bearing pin (23), chute is arranged at the second slide block (22) top, and the 4th bearing pin (23) is arranged in chute, 5th bearing pin (26) is fixed on the 3rd slide block (27), double leval jib (25) and the 5th connecting rod (28) are hinged on the 3rd slide block (27) by the 5th bearing pin (26), hinged by the 6th bearing pin (30) between 5th connecting rod (28) and six-bar linkage (31), the other end of six-bar linkage (31) is hinged on the 7th bearing pin (32), and the 7th bearing pin (32) is fixed on left-hand door (29) through doorframe lower end, track (24) lower end is fixed with push rod (36), lower end in the middle part of doorframe (14) top is fixed with fixed block (35), fixed block (35) is hinged with rotating shaft (34), rotating shaft (34) is provided with lever (33), the corresponding push rod (36) of lever (33) left end, the first axle (2) upper end of the corresponding retaining mechanism of lever (33) right-hand member.
CN201520075742.0U 2015-02-03 2015-02-03 Single action of two slider mechanism controls of crank comes from moves bivalve door Active CN204877065U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520075742.0U CN204877065U (en) 2015-02-03 2015-02-03 Single action of two slider mechanism controls of crank comes from moves bivalve door

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520075742.0U CN204877065U (en) 2015-02-03 2015-02-03 Single action of two slider mechanism controls of crank comes from moves bivalve door

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CN204877065U true CN204877065U (en) 2015-12-16

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104612545A (en) * 2015-02-03 2015-05-13 广西平果铝安福门业有限责任公司 Single-power-source automatic double door controlled by crank double-slider mechanism

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104612545A (en) * 2015-02-03 2015-05-13 广西平果铝安福门业有限责任公司 Single-power-source automatic double door controlled by crank double-slider mechanism

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