CN107985797B - A kind of belt is quickly tethered at adjuster - Google Patents
A kind of belt is quickly tethered at adjuster Download PDFInfo
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- CN107985797B CN107985797B CN201711209922.3A CN201711209922A CN107985797B CN 107985797 B CN107985797 B CN 107985797B CN 201711209922 A CN201711209922 A CN 201711209922A CN 107985797 B CN107985797 B CN 107985797B
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- frame
- rotation
- fastly
- crankshaft
- plate
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
- B65D63/00—Flexible elongated elements, e.g. straps, for bundling or supporting articles
- B65D63/10—Non-metallic straps, tapes, or bands; Filamentary elements, e.g. strings, threads or wires; Joints between ends thereof
- B65D63/14—Joints produced by application of separate securing members
- B65D63/16—Joints using buckles, wedges, or like locking members attached to the end of the element
Abstract
The present invention provides a kind of belts to be quickly tethered at adjuster, including bearing frame (1), it rotates crankshaft group (2), trimming assembly (3), component (4) are put fastly, fiber tension band (5), connecting rod (6) and self-locking buckle assembly (7), it is characterized in that, the rotation crankshaft group (2) includes rotation crankshaft left plate (21), it rotates crankshaft right side plate (22), connecting rod articulated shaft (23) and rotation crankshaft trunnion (24), the self-locking buckle assembly (7) includes self-fastening button left plate (71), self-fastening button right side plate (72), winding post (73), C-shaped cylinder (74) and connection pin shaft (75), under captive, the rotation crankshaft group (2) is rotated to the side close to frame foreboard (11), it is described put component (4) fastly put driving lever (4 fastly 1) driving lever arc head (44) is pressed on the shift lever end supporting surface of rotation crankshaft left plate (21) and rotation crankshaft right side plate (22).Regulator applications of the invention are tethered at and discharge in the quick tensioning of various devices, equipment during transportation or in other dynamic environment.
Description
Technical field
The invention belongs to fixed mooring device technical field, in particular to a kind of belt is quickly tethered at adjuster.
Background technique
Fixed mooring device is mainly used for being tethered at, fixing for device under dynamic environment, such as removable on ship deck face
Dynamic device fixes, the fixation of Freight Transport object etc..Device can be quickly tethered at by it, carry out coarse adjustment fiber by pull fibre ribbons
The length of tension band can finely tune the length of tension band by trimming handle, and then adjust required tensile force.In release
Dead man progress quick release can be put fastly by stirring.
The rigging that is tethered at used on country's ship at present is also the steel chain mode used, it is desirable that load ratio it is external high
Very much, therefore rigging product is obviously heavy, and it is extremely inconvenient to carry, and every mooring guy is required to maintenance personnel 2~3 during being tethered at
People, operation labor intensity is big in disassembly process, efficiency is lower, functionally also cannot achieve fast assembling-disassembling, being not exclusively able to satisfy makes
With the demand of convenient and efficient.Related art has: a kind of fiber belt be quickly tethered at rigging (number of patent application:
201610994221.4), a kind of molded line drive-type is quickly tethered at adjuster and (number of patent application: 201610994223.3), has
The tight device of the bolt of slow-release function (patent No. ZL 200720103557.3), Anti-loose reverse-pulling strainer (patent No. ZL
200720169600.6), tyre binding tape (patent No. ZL 200720175436.X), complete rigging of wire rope fastener (patent
Number ZL 200920156332.3), ratchet-type tensioner (number of patent application 201010170983.5).
Also exploitation domestic at present has the adjuster that is tethered at using fiber band as main supporting body, and number of patent application is
201610994221.4 and 201610994223.3, have fast release function, length coarse adjustment and fine adjustment function, compares steel chain
Overall weight mitigates significantly, greatly improves portability and operating efficiency.According to the canoe of fiber band, adjusted to cut down
It saves the input torque of device and then reduces the power of stirring for putting dead man fastly, rotary self-locking button uses eccentric manner, input torque
Size with outermost fibers with tension when it is directly related with the vertical range of the rotation center of rotary self-locking button, this distance is designing
Upper numerical value is smaller, and thick directly related with band, its size can be mismatched with design value when loaded, after a period of use its by
In the variation of belt situation, this key parameter also will have a direct impact on, adjuster can be made to lose fast playing function under extreme case, because
This has improved space.
Summary of the invention
The purpose of the present invention is researching and designing go out a kind of lightweight, bearing capacity it is big, can coarse adjustment with finely tune tensile force and have
Quick release ability, the tensioning suitable for fiber band are tethered at adjuster, to be applied to various devices, equipment during transportation
Or the quick tensioning in other dynamic environment is tethered at and discharges.
Specific technical solution proposed by the present invention is that a kind of belt is quickly tethered at adjuster, including bearing frame, rotation song
Shaft assembly, trimming assembly put component, fiber tension band, connecting rod and self-locking buckle assembly fastly, which is characterized in that
The bearing frame includes frame foreboard and parallel and symmetrical frame left plate and frame right plate, in frame
Crankshaft rotating hole, frame driving lever hole, frame rotation stop groove and frame card slot are equipped on frame left plate and frame right plate, in frame
Fine tuning support counterbore is provided on foreboard,
The rotation crankshaft group includes rotation crankshaft left plate, rotation crankshaft right side plate, connecting rod articulated shaft and rotation
Crankshaft trunnion, the rotation crankshaft left plate and the rotation parallel and symmetrical arrangement of crankshaft right side plate, the connecting rod articulated shaft
It is fixed between rotation crankshaft left plate and rotation crankshaft right side plate, rotates there are two crankshaft trunnions, it is bent to be individually fixed in rotation
On the outside of axis left plate and on the outside of rotation crankshaft right side plate, the center of the central axis of connecting rod articulated shaft, two rotation crankshaft trunnions
Axis is inserted into respectively parallel and normal to rotation crankshaft left plate and rotation crankshaft right side plate, two rotation crankshaft trunnions
In crankshaft rotating hole on frame left plate and frame right plate, rotation crankshaft group can be revolved around the center line of crankshaft rotating hole
Turn, respectively there is one section of straight shift lever end supporting surface in rotation crankshaft left plate and the outer rim side for rotating crankshaft right side plate,
The trimming assembly is opened by fine-tuning nut, fine tuning screw rod, trimming handle and dog link, fine tuning screw flight end
Having radial hole, the other end is ring eye end；Fine-tuning nut and trimming handle are located at interval at frame foreboard two sides, the two can together around
The center line rotating Vortex of fine tuning support counterbore, fine tuning screw flight end screw in fine-tuning nut, and dog link penetrates fine tuning screw rod
The radial hole of the end of thread and the frame rotation stop groove of bearing frame, the direction of the center line in the direction and fine tuning screw rod of frame rotation stop groove
Unanimously,
The component of putting fastly is set including putting driving lever fastly, putting buckle, sliding nail and reset spring, the driving lever of putting fastly fastly
There are two L shape wiper arms, and driving lever rotating hole is provided at the inflection point of L shape wiper arm, and the galianconism front end of L shape wiper arm is driving lever arc head,
L shape wiper arm it is long-armed between have connecting plate, the connecting plate with put fastly buckle be bonded, connecting plate and put fastly buckle between be connected with reset
Spring, sliding nail will put driving lever fastly and connecting plate guiding connects, and the connecting plate for putting driving lever fastly is merely able to edge under sliding nail limit
Bearing frame frame left plate and frame right plate upper surface anterior-posterior translation sliding, put fastly driving lever be placed in frame left plate and
Between frame right plate, driving lever rotating hole is aligned and penetrates pivot pin with frame driving lever hole, makes to put driving lever fastly and is rotatably mounted on frame
On left plate and frame right plate,
The self-locking buckle assembly includes self-fastening button left plate, self-fastening button right side plate, winding post, C-shaped cylinder and connects pin shaft,
The self-fastening button left plate and the parallel and symmetrical arrangement of self-fastening button right side plate, the winding post, C-shaped cylinder and connection pin shaft are solid
Due between self-fastening button left plate and self-fastening button right side plate, the center line of winding post and the central axis and C-shaped of connection pin shaft
The barrel of cylinder is vertical with self-fastening button left plate and self-fastening button right side plate, and C-shaped cylinder is to have cylindrical structure jaggy on a barrel,
Its cross section shape is " C " shape, and the center line of winding post is overlapped with the center line for the cylindrical structure for forming C-shaped cylinder, connects pin shaft
It is arranged on the outside of C-shaped cylinder, the notch and connection pin shaft on C-shaped cylinder barrel are located at the two sides of winding post,
The rotation axis of the rotation crankshaft trunnion of the rotation crankshaft group and the fine tuning screw rod of the trimming assembly
Central axis and intersection, the both ends of the connecting rod there is ring eye, be respectively hinged at self-locking buckle assembly connection pin shaft and
On the connecting rod articulated shaft for rotating crankshaft group,
Under the captive that belt is quickly tethered at adjuster, the rotation crankshaft group is rotated to close to frame foreboard
Side, the axis of connecting rod articulated shaft is located at the lower section of the center line of fine tuning screw rod, it is described put component fastly put driving lever fastly
Driving lever arc head is pressed on the shift lever end supporting surface of rotation crankshaft left plate and rotation crankshaft right side plate, at this point, putting the L of driving lever fastly
The direction of the galianconism of shape wiper arm and shift lever end supporting surface put card perpendicular to and between connecting rod articulated shaft axis and frame foreboard fastly
It is buckled under the action of reset spring and is stuck in the frame card slot of bearing frame, the fiber tension band is around self-locking buckle assembly
Winding post synthesizes one and draws from the indentation, there of C-shaped cylinder, further around the outer tube wall for crossing C-shaped cylinder.
Further, when belt is quickly tethered at adjuster release, the buckle of putting fastly for putting component fastly is detached from bearing frame
Frame card slot, put fastly driving lever around driving lever rotate centerline hole rotate counterclockwise no longer stop rotation crankshaft group, rotate crankshaft group
Part rotates counterclockwise under the pulling force effect of connecting rod, and the fiber tightened is made to be tensioned belt sag.
Further, there are two the pivot pins, pivot pin is by affixed rivet and covers the support sheath on affixed rivet
Composition supports sheath between frame left plate and frame right plate, and one in two pivot pins is as the rotation for putting driving lever fastly
Shaft, another is located at the rear end lower of bearing frame.
Further, the inside of the frame left plate of the bearing frame has limited block, is quickly being in belt
Under the captive for staying adjuster, prevention is put buckle fastly and is rotated clockwise.
Compared with prior art, the beneficial effects of the present invention are:
1) present invention is suitable for various tension bands, and by tension band, canoe ensure that stress shape on self-locking buckle assembly
Tension band does not slide under state, and being relatively large in diameter for self-fastening button C-shaped cylinder outer circle can ensure that the load utilization rate of tension band is close
100%.And tension band does not slide in stress, also unrelated in the quick release mechanism of adjuster of the present invention, increases each
The reliability of kind tension band applicability and entire mechanism；
2) it is connected between self-locking buckle assembly and rotation crankshaft group by connecting rod, self-locking buckle assembly and rotation under lock state
The rotation center distance for turning crankshaft group is smaller, the rotation center distance of self-locking buckle assembly and rotation crankshaft group under release conditions
Increase, characteristic achievees the purpose that quick release accordingly；
3) axis for rotating the connecting rod articulated shaft of crankshaft group is located at the lower section for finely tuning the center line of screw rod, makes to rotate crankshaft
Component has an eccentric distance L, has added the restriction of framework side plate upper limit position block, and the relay of entire rigging is preferably when making to be tethered at
It acts on connecting rod articulated shaft, puts component stress fastly without making, entire adjuster reliability is higher, longer life expectancy；
4) by being limited in the locked state to rotation crankshaft group, it can be ensured that rotate crankshaft group under stress
The direction of rotation of part be it is counterclockwise, rotation trend is limited by dead man, and lock state is unrelated with the situation of tension band itself, energy
Always ensure the stabilization under lock state, increase the reusability of adjuster.When tension band does not stress rotate crankshaft due to
The presence of limit will not rotate clockwise.
Belt of the invention is quickly tethered at the connection hook and tension band at adjuster cooperation both ends, can be applied to dynamic and transports
The quick fixed and release of important equipment during defeated, when being particularly applicable to important equipment by truck, train transport
It is fixed with release, cargo ship deck face fixation and release.Due to being all metal bracelet pattern on existing fastening apparatus base,
Or fiber belt but be free of fast playing function, therefore the present invention compared to existing product have lightweight, rapidity advantage.It can
Large area replaces existing product, generates larger economic benefit.
Detailed description of the invention
Fig. 1 is the perspective view that belt of the invention is quickly tethered at adjuster；
Fig. 2 is the profilograph (being not drawn into connecting rod) that belt of the invention is quickly tethered at adjuster；
Fig. 3 is the exploded isometric figure that belt of the invention is quickly tethered at adjuster；
Fig. 4 is the perspective view for the bearing frame that belt of the invention is quickly tethered at adjuster；
Fig. 5 is the perspective view for the rotation crankshaft group that belt of the invention is quickly tethered at adjuster；
Fig. 6 is the perspective view for the trimming assembly that belt of the invention is quickly tethered at adjuster；
Fig. 7 is the perspective view for putting component fastly that belt of the invention is quickly tethered at adjuster；
Fig. 8 is the perspective view for putting component fastly that belt of the invention is quickly tethered at adjuster (overturning is upward)；
Fig. 9 is the perspective view for the self-locking buckle assembly that belt of the invention is quickly tethered at adjuster.
Specific embodiment
The specific technical solution of the present invention is further described with reference to the accompanying drawings of the specification.
As illustrated in the accompanying drawings from 1 to 3, a kind of belt of the invention is quickly tethered at adjuster, including bearing frame 1, rotation crankshaft
Component 2, trimming assembly 3 put component 4, fiber tension band 5, connecting rod 6 and self-locking buckle assembly 7 fastly.
As shown in Fig. 4, the bearing frame 1 includes frame foreboard 11 and parallel and symmetrical frame left plate 12
With frame right plate 13, be equipped on frame left plate 12 and frame right plate 13 crankshaft rotating hole 14, frame driving lever hole 15,
Frame rotation stop groove 17 and frame card slot 18 are provided with fine tuning support counterbore 16 on frame foreboard 11.
As shown in Fig. 5, the rotation crankshaft group 2 include rotation crankshaft left plate 21, rotation crankshaft right side plate 22,
Connecting rod articulated shaft 23 and rotation crankshaft trunnion 24, the rotation crankshaft left plate 21 and rotation crankshaft right side plate 22 are parallel and right
Claim arrangement, the connecting rod articulated shaft 23 is fixed between rotation crankshaft left plate 21 and rotation crankshaft right side plate 22, and rotation is bent
There are two axis trunnions 24, is individually fixed in 22 outside of 21 outside of rotation crankshaft left plate and rotation crankshaft right side plate, and connecting rod is hinged
The central axis of axis 23, two rotation crankshaft trunnion 24 centerline axis parallel and perpendicular to rotation crankshaft left plate 21 and rotation
Crankshaft right side plate 22, two rotation crankshaft trunnions 24 are inserted into the song on frame left plate 12 and frame right plate 13 respectively
In axis rotating hole 14, rotation crankshaft group 2 can be rotated around the center line of crankshaft rotating hole 14, in rotation 21 He of crankshaft left plate
The outer rim side of rotation crankshaft right side plate 22 respectively has one section of straight shift lever end supporting surface.
As shown in Fig. 6, the trimming assembly 3 is by fine-tuning nut 31, fine tuning screw rod 32, trimming handle 33, dog link
34 and stop nut, the end of thread of fine tuning screw rod 32 is provided with radial hole, the other end is ring eye end；Fine-tuning nut 31 and trimming handle
33 are located at interval at 11 two sides of frame foreboard, and the two can finely tune spiral shell together around the center line rotating Vortex of fine tuning support counterbore 16
The end of thread of bar 32 screws in fine-tuning nut 31, and dog link 34 penetrates the radial hole and bearing frame 1 for finely tuning 32 end of thread of screw rod
The direction of frame rotation stop groove 17, frame rotation stop groove 17 is consistent with the fine tuning direction of center line of screw rod 32.Trimming handle 33 with it is micro-
It adjusts nut 31 to be driven by D-shaped driving face, fine-tuning nut 31 while being rotated when turning trimming handle 33, and then make
Fine tuning screw rod 32 moves horizontally, at this time the horizontal sliding of frame rotation stop groove 17 of the dog link 34 along 1 two sides of bearing frame.Stop nut
It positioned at the outside of trimming handle 33, is threaded with fine-tuning nut 31, prevents 33 axial play of trimming handle.
As shown in attached drawing 7-8, the component 4 of putting fastly includes putting driving lever 41 fastly, putting buckle 42, sliding nail 45 fastly and answer
Position spring 46, the described driving lever 41 of putting fastly set that there are two L shape wiper arms, driving lever rotating hole 43, L are provided at the inflection point of L shape wiper arm
The galianconism front end of shape wiper arm is driving lever arc head 44, L shape wiper arm it is long-armed between there is connecting plate, the connecting plate and put card fastly
42 fitting of button, connecting plate and puts be connected with reset spring 46 between buckle 42 fastly, and sliding nail 45 will put driving lever 41 fastly and connecting plate is oriented to
Connection puts the connecting plate of driving lever 41 fastly and is merely able to frame left plate 12 and frame along bearing frame 1 under 45 limit of sliding nail
The sliding of 13 upper surface anterior-posterior translation of frame right side plate, puts driving lever 41 fastly and is placed between frame left plate 12 and frame right plate 13, dials
Bar rotating hole 43 is aligned and penetrates pivot pin with frame driving lever hole 15, makes to put driving lever 41 fastly and is rotatably mounted on frame left plate 12 and frame
On frame right side plate 13.There are two the pivot pins, and pivot pin is by affixed rivet and covers the support sheath on affixed rivet and forms, and props up
Sheath is supportted between frame left plate 12 and frame right plate 13, one in two pivot pins is as the rotation for putting driving lever 41 fastly
Axis, another is located at the rear end lower of bearing frame 1.
As shown in Fig. 9, the self-locking buckle assembly 7 includes self-fastening button left plate 71, self-fastening button right side plate 72, winding post
73, C-shaped cylinder 74 and connection pin shaft 75, the self-fastening button left plate 71 and the parallel and symmetrical arrangement of self-fastening button right side plate 72, institute
Winding post 73, C-shaped cylinder 74 and the connection pin shaft 75 stated are fixed between self-fastening button left plate 71 and self-fastening button right side plate 72, are wound
The center line and the central axis of connection pin shaft 75 and the barrel and self-fastening button left plate 71 and self-fastening button of C-shaped cylinder 74 of column 73 are right
Side plate 72 is vertical, and C-shaped cylinder 74 is to have cylindrical structure jaggy on a barrel, and cross section shape is " C " shape, winding post 73
Center line is overlapped with the center line of cylindrical structure for forming C-shaped cylinder 74, the connection setting of pin shaft 75 is on the outside of C-shaped cylinder 74, C-shaped cylinder
Notch and connection pin shaft 75 on 74 barrels are located at the two sides of winding post 73.
The fine tuning of the rotation axis and the trimming assembly 3 of the rotation crankshaft trunnion 24 of the rotation crankshaft group 2
The both ends of the central axis of screw rod 32 and intersection, the connecting rod 6 have ring eye, are respectively hinged at the company of self-locking buckle assembly 7
On the connecting rod articulated shaft 23 of outbound axis 75 and rotation crankshaft group 2.
Before locking, the back-out of screw rod 32 will be finely tuned to farthest state by first passing through trimming handle 33, and dog link 34 is at this time
The front end of the frame rotation stop groove 17 of bearing frame 1.
When need to lock, dead man 41 will be first put fastly and is detached from lock state, method is wound in certainly fiber tension band 5 as shown in Figure 2
In latch components 7, so that rotation crankshaft group 2 is rotated clockwise to limit state manually ensures to rotate 2 edge of crankshaft group when tension
It rotates counterclockwise, buckle 42 will be put fastly and be caught in frame card slot 18, put buckle 42 fastly and be closed automatically under the action of reset spring 46
To latched position.It, can be with the length of coarse adjustment fiber tension band, after coarse adjustment by pull lowermost fibre tension band 5 after locking
Loosing one's grip can be self-locking.Then trimming handle 33 can be can be manually rotated, can make finely tune screw rod 32 move along a straight line move backward after
The continuous tensile force that increases is remained unchanged after tensile force is adjusted by screw thread self-locking.In a whole set of rigging, top fiber tensioning
Band 5 has ring eye, has hook, can hook the fixed ring on deck.
Under the captive that belt is quickly tethered at adjuster, the rotation of rotation crankshaft group 2 is to before frame
The side of plate 11, the axis of connecting rod articulated shaft 23 are located at the lower section of the center line of fine tuning screw rod 32, and described puts the fast of component 4 fastly
The driving lever arc head 44 for putting driving lever 41 is pressed on the shift lever end supporting surface of rotation crankshaft left plate 21 and rotation crankshaft right side plate 22,
At this point, the direction for putting the galianconism of the L shape wiper arm of driving lever 41 fastly and shift lever end supporting surface are perpendicular to and at 23 axis of connecting rod articulated shaft
Between frame foreboard 11, put in the frame card slot 18 that buckle 42 is stuck in bearing frame 1 under the action of reset spring 46 fastly, institute
The fiber tension band 5 stated bypasses the winding post 73 of self-locking buckle assembly 7, synthesizes one and draws from the indentation, there of C-shaped cylinder 74, further around mistake
The outer tube wall of C-shaped cylinder 74.The inside of the frame left plate 12 of the bearing frame 1 has limited block, is quickly tethered in belt
Under the captive of adjuster, prevention is put buckle 42 fastly and is rotated clockwise.
When belt is quickly tethered at adjuster release, the frame card of component 4 put buckle 42 fastly and be detached from bearing frame 1 is put fastly
Slot 18 puts driving lever 41 around 43 center line of driving lever rotating hole fastly and rotates no longer blocking rotation crankshaft group 2 counterclockwise, rotates crankshaft group
Part 2 rotates counterclockwise under the pulling force effect of connecting rod 6, makes the fiber tension band 5 tightened relaxation.
Claims (4)
1. a kind of belt is quickly tethered at adjuster, including bearing frame (1), rotation crankshaft group (2), trimming assembly (3), put fastly
Component (4), fiber tension band (5), connecting rod (6) and self-locking buckle assembly (7), which is characterized in that
The bearing frame (1) includes frame foreboard (11) and parallel and symmetrical frame left plate (12) and frame right
Plate (13), be equipped on frame left plate (12) and frame right plate (13) crankshaft rotating hole (14), frame driving lever hole (15),
Frame rotation stop groove (17) and frame card slot (18) are provided with fine tuning support counterbore (16) on frame foreboard (11),
The rotation crankshaft group (2) includes rotation crankshaft left plate (21), rotation crankshaft right side plate (22), connecting rod articulated shaft
(23) and rotation crankshaft trunnion (24), the rotation crankshaft left plate (21) and rotation crankshaft right side plate (22) are parallel and symmetrical
Arrangement, the connecting rod articulated shaft (23) are fixed between rotation crankshaft left plate (21) and rotation crankshaft right side plate (22), rotation
Turn there are two crankshaft trunnion (24), be individually fixed on the outside of rotation crankshaft left plate (21) and rotate crankshaft right side plate (22) outside
Side, the central axis of connecting rod articulated shaft (23), the centerline axis parallel of two rotations crankshaft trunnion (24) and bent perpendicular to rotation
Axis left plate (21) and rotation crankshaft right side plate (22), two rotation crankshaft trunnions (24) are inserted into frame left plate respectively
(12) in the crankshaft rotating hole (14) and on frame right plate (13), rotation crankshaft group (2) can be around crankshaft rotating hole (14)
Center line rotation, rotation crankshaft left plate (21) and rotation crankshaft right side plate (22) outer rim side respectively there is a Duan Pingzhi
Shift lever end supporting surface,
The trimming assembly (3) is micro- by fine-tuning nut (31), fine tuning screw rod (32), trimming handle (33) and dog link (34)
The end of thread of screw rod (32) is adjusted to be provided with radial hole, the other end is ring eye end；Fine-tuning nut (31) and trimming handle (33) gap digit
In frame foreboard (11) two sides, the two can finely tune screw rod together around the center line rotating Vortex of fine tuning support counterbore (16)
(32) the end of thread screws in fine-tuning nut (31), and dog link (34) penetrates the radial hole and bearing frame of fine tuning screw rod (32) end of thread
The direction of the frame rotation stop groove (17) of frame (1), frame rotation stop groove (17) is consistent with the fine tuning direction of center line of screw rod (32),
Described put fastly component (4) include putting driving lever (41) fastly, putting buckle (42), sliding nail (45) and reset spring (46) fastly,
The described driving lever (41) of putting fastly sets that there are two L shape wiper arms, is provided at the inflection point of L shape wiper arm driving lever rotating hole (43), L shape wiper arm
Galianconism front end be driving lever arc head (44), L shape wiper arm it is long-armed between there is connecting plate, the connecting plate and put buckle (42) fastly
Fitting, connecting plate and putting fastly are connected with reset spring (46) between buckle (42), are slid and are followed closely (45) and will put buckle (42) and connecting plate fastly
Guiding connection puts buckle (42) fastly and follows closely the frame left plate (12) being merely able under (45) limit along bearing frame (1) in sliding
It is slided with frame right plate (13) upper surface anterior-posterior translation, puts driving lever (41) fastly and be placed in frame left plate (12) and frame right plate
(13) between, driving lever rotating hole (43) is aligned and penetrates pivot pin with frame driving lever hole (15), makes to put driving lever (41) rotation installation fastly
On frame left plate (12) and frame right plate (13),
The self-locking buckle assembly (7) includes self-fastening button left plate (71), self-fastening button right side plate (72), winding post (73), C-shaped cylinder
(74) and pin shaft (75) are connected, the self-fastening button left plate (71) and self-fastening button right side plate (72) parallel and symmetrical arrangement, institute
Self-fastening button left plate (71) and self-fastening button right side plate are fixed in winding post (73), C-shaped cylinder (74) and connection pin shaft (75) stated
(72) between, the center line of winding post (73) and connect pin shaft (75) central axis and C-shaped cylinder (74) barrel with it is self-locking
Detain left plate (71) and self-fastening button right side plate (72) vertically, C-shaped cylinder (74) is to have cylindrical structure jaggy on a barrel,
Cross section shape is " C " shape, and the center line of winding post (73) is overlapped with the center line for the cylindrical structure for forming C-shaped cylinder (74), even
On the outside of C-shaped cylinder (74), notch and connection pin shaft (75) on C-shaped cylinder (74) barrel are located at winding for outbound axis (75) setting
The two sides of column (73),
The rotation axis of the rotation crankshaft trunnion (24) of the rotation crankshaft group (2) is micro- with the trimming assembly (3)
The central axis of screw rod (32) and intersection are adjusted, the both ends of the connecting rod (6) have ring eye, are respectively hinged at self-locking buckle assembly
(7) on the connecting rod articulated shaft (23) of connection pin shaft (75) and rotation crankshaft group (2),
Under the captive that belt is quickly tethered at adjuster, rotation crankshaft group (2) rotation is to close to frame foreboard
(11) side, the axis of connecting rod articulated shaft (23) are located at the lower section of the center line of fine tuning screw rod (32), and described puts component fastly
(4) the driving lever arc head (44) for putting driving lever (41) fastly is pressed in rotation crankshaft left plate (21) and rotates crankshaft right side plate (22)
On shift lever end supporting surface, at this point, put fastly the galianconism of the L shape wiper arm of driving lever (41) direction and shift lever end supporting surface perpendicular to and at
Between connecting rod articulated shaft (23) axis and frame foreboard (11), buckle (42) is put fastly be stuck under the action of reset spring (46) and hold
In the frame card slot (18) for carrying frame (1), the fiber tension band (5) bypasses the winding post (73) of self-locking buckle assembly (7), closes
It is drawn at one from the indentation, there of C-shaped cylinder (74), further around the outer tube wall for crossing C-shaped cylinder (74).
2. a kind of belt according to claim 1 is quickly tethered at adjuster, spy is characterized in that, belt is quickly tethered at adjusting
When device discharges, the frame card slot (18) of component (4) put buckle (42) fastly and be detached from bearing frame (1) is put fastly, puts driving lever (41) fastly
It is rotated counterclockwise around driving lever rotating hole (43) center line and no longer stops rotation crankshaft group (2), rotate crankshaft group (2) in connecting rod
(6) it is rotated counterclockwise under pulling force effect, makes the fiber tension band (5) tightened relaxation.
3. a kind of belt according to claim 1 is quickly tethered at adjuster, spy is characterized in that, the pivot pin has two
A, pivot pin is by affixed rivet and covers the support sheath on affixed rivet and forms, support sheath be located at frame left plate (12) and
Between frame right plate (13), as the rotary shaft for putting driving lever (41) fastly, another is located at bearing frame by one in two pivot pins
The rear end lower of frame (1).
4. a kind of belt according to claim 1 is quickly tethered at adjuster, spy is characterized in that, the bearing frame
(1) inside of frame left plate (12) has limited block, and under the captive that belt is quickly tethered at adjuster, prevention is put fastly
Buckle (42) rotates clockwise.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711209922.3A CN107985797B (en) | 2017-11-28 | 2017-11-28 | A kind of belt is quickly tethered at adjuster |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711209922.3A CN107985797B (en) | 2017-11-28 | 2017-11-28 | A kind of belt is quickly tethered at adjuster |
Publications (2)
| Publication Number | Publication Date |
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| CN107985797A CN107985797A (en) | 2018-05-04 |
| CN107985797B true CN107985797B (en) | 2019-10-18 |
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| Application Number | Title | Priority Date | Filing Date |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106335706A (en) * | 2016-11-11 | 2017-01-18 | 中国船舶重工集团公司第七0四研究所 | A line-driving Fast-mooring Regulator |
| US9550549B1 (en) * | 2014-09-02 | 2017-01-24 | Fjord, Inc. | Rope cuff |
| CN106438845A (en) * | 2016-11-11 | 2017-02-22 | 中国船舶重工集团公司第七0四研究所 | Belt-type rapid pay-off mooring rope |
| CN107013628A (en) * | 2016-01-28 | 2017-08-04 | 陕西飞机工业（集团）有限公司 | One kind is tethered at rope elongation arrangment |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5815679A (en) * | 1981-07-16 | 1983-01-29 | 隆祥産業株式会社 | Clamping tool for freight |
| US6695098B1 (en) * | 2000-01-21 | 2004-02-24 | Otis Elevator Company | Self-locking wrap termination for tension member |
| US20060026803A1 (en) * | 2004-08-09 | 2006-02-09 | Vincent Chang | Connector device for suspending straps |
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2017
- 2017-11-28 CN CN201711209922.3A patent/CN107985797B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US9550549B1 (en) * | 2014-09-02 | 2017-01-24 | Fjord, Inc. | Rope cuff |
| CN107013628A (en) * | 2016-01-28 | 2017-08-04 | 陕西飞机工业（集团）有限公司 | One kind is tethered at rope elongation arrangment |
| CN106335706A (en) * | 2016-11-11 | 2017-01-18 | 中国船舶重工集团公司第七0四研究所 | A line-driving Fast-mooring Regulator |
| CN106438845A (en) * | 2016-11-11 | 2017-02-22 | 中国船舶重工集团公司第七0四研究所 | Belt-type rapid pay-off mooring rope |
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| Publication number | Publication date |
|---|---|
| CN107985797A (en) | 2018-05-04 |
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