CN206233021U

CN206233021U - Rope machine

Info

Publication number: CN206233021U
Application number: CN201621194826.7U
Authority: CN
Inventors: 杨小菊; 杨福友
Original assignee: Jiaojiang Taizhou Fu Craft Gift Factory
Current assignee: Jiaojiang Taizhou Fu Craft Gift Factory
Priority date: 2016-10-28
Filing date: 2016-10-28
Publication date: 2017-06-09
Anticipated expiration: 2026-10-28

Abstract

The utility model discloses a kind of rope machine, drip irrigation device is to include organic frame, payingoff mechanism and rope making mechanism are provided with the frame, drive device is connected with the payingoff mechanism, the drive device includes power source, transmission mechanism is connected with power source, the first gear of linkage is connected with transmission mechanism, the payingoff mechanism includes draw drum and unwrapping wire roller, dynamic incoming gear assembly is connected on the draw drum, power transmission shaft is provided with the frame, the 3rd gear engaged with gear assembly is arranged with power transmission shaft, coaxial second gear is provided with below 3rd gear, the stopping means being externally connected to for driving second gear to be slided up and down along power transmission shaft and engage or be separate with first gear of second gear.Payingoff speed faster, improve production efficiency can be realized by above-mentioned structure setting.

Description

Rope machine

Technical field

The utility model is related to restrict class mechanical manufacturing field, more particularly to a kind of rope machine.

Background technology

, it is necessary to nylon fiber first is twisted into strand in the manufacturing process of nylon rope, the strand winding that then will have been rubbed with the hands Onto stock wheel.Then, be sent to stock wheel on rope machine and carry out Split Down and obtains nylon rope by user.

Publication No. discloses a kind of rope making all-in-one, including stranding machine and rope making for the Chinese patent of CN103352382A Machine, by stranding machine power source by power transmission to drive, drives rotary shaft to rotate, and the raw material line on drum is by braking The ground outlet stranding of device even action, similarly, the outlet stranding after the device in frame is acted on of multiply raw material line, then ECDC Stock device effect is pooled capital, then imports rider device cunning through being oriented to fixed pulley again through being oriented to after fixed pulley is directed into drop center wheel around several circles Wheel, enters back into dress cheese, because rope machine power source drives the rotation of rope machine rotary shaft, rope machine rotary shaft and frame drive Engagement, rotates rope machine rotary shaft drive, so as to drive transmission device to rotate, transmission device drives drop center wheel to rotate, recessed Sheave drives rider axle drive to rotate, and rider axle drive drives rider axle to rotate, so as to drive rider device pulley in rider Slidably reciprocated in axle and rope machine rotary shaft, so that finished product rope is equably collected on dress cheese.Rope elder generation in said apparatus It is to act on outlet into stock by brake, is then acting on plying by stranding device, is given birth to by two steps in this process Produce efficiency comparison low.

Utility model content

In view of the shortcomings of the prior art, the purpose of this utility model is to provide a kind of rope machine, by the rope making Machine can realize production efficiency faster.

Above-mentioned technical purpose of the present utility model technical scheme is that：A kind of rope machine, including Organic frame, is provided with payingoff mechanism and rope making mechanism in the frame, drive device, the drive are connected with the payingoff mechanism Dynamic device includes power source, and transmission mechanism is connected with power source, and the first gear of linkage is connected with transmission mechanism, described Dynamic incoming gear assembly is connected on payingoff mechanism, power transmission shaft is provided with the frame, be arranged with power transmission shaft and tooth 3rd gear of wheel assembly engagement, is provided with coaxial second gear below the 3rd gear, the outside of second gear connects It is connected to the stopping means for driving second gear to be slided up and down along power transmission shaft and engage or be separate with first gear.

By above-mentioned setting, drive device drives payingoff mechanism to rotate, and payingoff mechanism is rotated then releases by payingoff mechanism Line will be twisted into rotation process one formed rope strand, so can just reduce by the action time of stranding device, carry Operating efficiency high, and second gear can move up and down, then can realize with the engagement of first gear with separate, when first Gear can realize that pinion rotation band payingoff mechanism is rotated when being engaged with second gear, and work as first gear and second gear and separate When, payingoff mechanism would not be rotated, simple to operate, and drive second gear to rotate by first gear, and second gear drives and passes Moving axis is rotated and then drives the 3rd pinion rotation, and the 3rd gear is driving gear assembly rotation such that it is able to realize anti-line mechanism Rotation, whole operation is simple, stable transmission.

Preferably, the gear assembly includes the 4th gear engaged with the 3rd gear horizontal direction, also include with The 5th gear being arranged on below the payingoff mechanism engagement of the 4th gear engagement.

By above-mentioned technical proposal, the rotation of payingoff mechanism is driven by the transmission between gear, stable drive, work can By and efficiency high.

Preferably, the structure of the first gear and second gear is straight bevel shape.

By above-mentioned technical proposal, because second gear can be moved up and down in the presence of handle when in use, so choosing Can be more laborsaving when being moved compared to the structure of common cylindricality with the structure of straight bevel shape.

Preferably, the internal diameter above the second gear less than lower section internal diameter, be provided with power transmission shaft respectively with it is upper Side and two limited blocks of lower section minor diameter fit.

By above-mentioned setting, because second gear can be moved up and down along power transmission shaft, so second gear is set to On the one hand the internal diameter of side can reduce the quality of second gear less than the internal diameter of lower section, reduce the power applied when mobile, another Aspect, the larger contact area that can increase between gear and limited block of ratio that the internal diameter of second gear is set, so as to facilitate the The movement of two gears, and top less than lower section internal diameter can mesh control when gear position, it is to avoid gear is contacted with C-shaped draw-in groove Have influence on the rotation of gear.

Preferably, the stopping means includes the C-shaped draw-in groove that the outward flange inlay card of second gear is entered, C-shaped draw-in groove On be connected with handle, limiting bracket is provided with frame, the axis of guide is provided with limiting bracket, in the axis of guide and C-shaped draw-in groove Elastic component is provided with, handle is moved up and down and is driven C-shaped draw-in groove to be moved up and down along the axis of guide.

By above-mentioned technical proposal, the setting of C-shaped draw-in groove can enter the outward flange inlay card of second gear, and the second tooth Wheel can still rotate under the driving of first gear, and when handle is moved up, second gear is driven and moves up, and first Gear is separated with second gear, and handle is moved down, and first gear can be engaged with second gear, simple to operate, and C-shaped draw-in groove The stabilization of moving direction can be controlled along axis of guide movement, the setting between elasticity can be realized when C-shaped draw-in groove is moved up, The positioning of draw-in groove is realized in the presence of spring tension.

Preferably, biography bar is connected with the power source, the transmission mechanism is the first belt transmission, the one of the first belt End is connected on biography bar, and the other end and the first gear of the first belt are coaxially disposed and drive first gear to rotate.

By above-mentioned technical proposal, belt is connected with power set can rotate, and when the power source is turned on, belt occurs to turn Dynamic, now first gear is rotated, and first gear is rotated and drives second gear to rotate, so that power transmission shaft is also rotated, whole machine is just Behave, it is reasonable in design in structure.

Preferably, the payingoff mechanism includes unwrapping wire roller and draw drum, and mounting bracket is connected with the unwrapping wire roller, installs Tumbler is fixedly connected with above frame, tumbler is connected with transmission between centers by the second belt, and drive axis linkage is installed Frame is rotated, and the rope that mounting bracket rotates the releasing of unwrapping wire roller twists into rope strand.

By above-mentioned technical proposal, mounting bracket is connected with tumbler can be realized rotating, and be released on unwrapping wire roller when in use Line can also be rotated with the rotation of mounting bracket, so as to realize that the line released preliminarily forms one, structure design is closed Reason, and the rotation of power transmission shaft can be used drive mounting bracket to rotate, the reasonable utilization of power can be realized.

Preferably, the draw drum is arranged on the top of unwrapping wire roller, and the draw drum center is provided with entrance hole, unwrapping wire The line released on roller passes through entrance hole.

By above-mentioned technical proposal, the centrally disposed entrance hole of draw drum can by the line released on unwrapping wire roller pass through into String holes, can converge to form one by the rope and the rope on draw drum of entrance hole.

Preferably, some unwrapping wire posts along entrance hole circle distribution are provided with the draw drum, are arranged with unwrapping wire post The coil of wire, the line released on the coil of wire is located in rope making mechanism.

By above-mentioned technical proposal, the line energy released on the coil of wire that circle distribution is arranged on the unwrapping wire post on draw drum Enough it is located in rope making mechanism and is closed with the congruence that passes in entrance hole, the line spread out of in centre bore can plays center guiding Effect, the congruence that line and the centre bore released on the guiding coil of wire are released closes, is located in jointly in rope making mechanism.

Preferably, the rope making mechanism includes being fixed on the threading disk above draw drum, is provided with threading disk and unwrapping wire The corresponding threading hole of post quantity, the rope making mechanism also includes the link being fixed in frame, and wire rope handling is provided with link Hole, some strands passed at threading hole are concentrated by lacing hole.

By above-mentioned technical proposal, the line released on unwrapping wire post passes through the threading hole on threading disk, threading hole and entrance hole The rope that place passes can jointly pass through lacing hole, and due to being provided with gear assembly below draw drum, gear assembly is rotated When draw drum can just be driven rotation, therefore some strand can also be twisted during draw drum is rotated, from And form the structure of rope strand.

In sum, the utility model having the beneficial effect that in contrast to prior art：

1st, the transmission of the power of rope machine is realized by gear-driven mode, paying out machine is delivered power to by gear Structure, rope making mechanism, whole design structure rationally, but also can have processing speed higher；

2nd, the mobile difficulty that gravity factor is brought can to a certain extent be reduced when second gear is moved up and down；

3rd, the processing efficiency of the whole equipment rope making process that can be realized faster higher.

Brief description of the drawings

Fig. 1 is the overall structure figure of embodiment；

Fig. 2 is the overall structure figure of embodiment, it is intended to represent the structure of payingoff mechanism；

Fig. 3 is the overall structure figure of embodiment, it is intended to represent the structure of second gear；

Fig. 4 for embodiment A-A to sectional view.

Reference：1st, frame；2nd, first gear；3rd, power transmission shaft；4th, the 3rd gear；5th, second gear；6th, the 4th gear； 7th, the 5th gear；8th, limited block；9th, C-shaped draw-in groove；10th, handle；11st, limiting bracket；12nd, bar is passed；13rd, unwrapping wire roller；14th, unwrapping wire Disk；15th, mounting bracket；16th, tumbler；17th, entrance hole；18th, unwrapping wire post；19th, the coil of wire；20th, threading disk；21st, threading hole；22nd, even Connect frame；23rd, lacing hole；24th, the axis of guide；25th, elastic component.

Specific embodiment

The utility model is described in further detail below in conjunction with accompanying drawing.

A kind of rope machine, as illustrated in fig. 1 and 2, including organic frame 1, payingoff mechanism and rope making mechanism are provided with frame 1, Drive device is connected with payingoff mechanism, power source is connected with drive device, power source could be arranged to motor, be set on motor Biography bar 12 is equipped with, to be passed and be connected with transmission mechanism on bar 12, transmission mechanism is set to the first belt transmission, in the first belt away from electricity The position of machine is provided with first gear 2, and the first belt drive first gear 2 is rotated, and gear is provided with below payingoff mechanism Component, gear assembly can drive payingoff mechanism to rotate when rotating, and power transmission shaft 3 is additionally provided with frame 1, power transmission shaft 3 On be arranged with the 3rd gear 4 engaged with gear assembly, the lower section of the 3rd gear 4 is provided with coaxial second gear 5, second The stopping means being externally connected to for driving second gear 5 to be slided up and down along power transmission shaft 3 of gear 5, when second gear 5 is to leaning on When nearly direction of 3rd gear 4 is moved, second gear 5 is separated with first gear 2, when second gear 5 is moved away from the direction of the 3rd gear 4 Second gear 5 is engaged with first gear 2 when dynamic, and second gear 5 engages the can just driven on power transmission shaft 3 with first gear 2 Three gears 4 are rotated, and will also drive payingoff mechanism to rotate.

As illustrated in fig. 1 and 2, payingoff mechanism includes draw drum 14 and unwrapping wire roller 13, and unwrapping wire roller 13 is arranged on draw drum 14 Lower section, the outside of unwrapping wire roller 13 is provided with mounting bracket 15, unwrapping wire roller 13 is fixedly mounted on mounting bracket 15, mounting bracket 15 with Frame 1 is connected, and tumbler 16 is provided between mounting bracket 15 and frame 1, and second is connected between tumbler 16 and power transmission shaft 3 Belt gear, power transmission shaft 3 is when rotating, it becomes possible to drive mounting bracket 15 to rotate, mounting bracket 15 is rotated, in mounting bracket 15 The line that unwrapping wire roller 13 is released just can form one under the power effect for rotating, and the line released on unwrapping wire roller 13 is through peace The entrance hole 17 at the center of draw drum 14 of 15 tops is shelved, there are several unwrapping wire posts in the periphery circle distribution of draw drum 14 18, the coil of wire 19 is arranged with unwrapping wire post 18, and the lower section of draw drum 14 is provided with gear assembly, gear assembly is included and the 3rd 4th gear 6 of the horizontal direction of gear 4 engagement, also includes be arranged on below payingoff mechanism the engaged with the 4th gear 6 Five gears 7, the 3rd gear 4 drives the 4th gear 6 to rotate in transmission process, and the 4th gear 6 drives the 5th gear 7 to rotate, the Five gear 7 drives draw drum 14 to rotate.

As shown in Fig. 2 being provided with rope making mechanism in the top of draw drum 14, rope making mechanism includes being fixed on draw drum 14 The threading disk 20 of side, is provided with threading hole 21 corresponding with the quantity of unwrapping wire post 18 on threading disk 20, the rope making mechanism also includes The link 22 in frame 1 is fixed on, lacing hole 23 is provided with link 22, some strands passed at threading hole 21 pass through Lacing hole 23 is concentrated, when draw drum 14 rotate when, on draw drum 14 release line will rotate power act on by Rope strand is twisted into when being concentrated at threading hole 21 to pass.

As shown in Figures 3 and 4, the outside of second pulley is provided with stopping means, stopping means is included second gear 5 The C-shaped draw-in groove 9 entered of outward flange inlay card, handle 10 is connected with C-shaped draw-in groove 9, limiting bracket 11 is provided with draw-in groove, on Lower moving handle 10 drives second gear 5 to move up and down.Limiting bracket 11 is connected in frame 1, is provided with limiting bracket 11 The axis of guide 24, elastic component 25 is provided with the axis of guide 24 and C-shaped draw-in groove 9, and elastic component 25 can be spring, move up and down handle 10 C-shaped draw-in groove 9 is driven to be moved up and down along the axis of guide 24, when C-shaped draw-in groove 9 is moved upwards, second gear 5 also will be shifted up matches somebody with somebody with limited block 8 Close, now second gear 5 can be separated with first gear 2, and C-shaped draw-in groove 9 will keep solid in the presence of spring tension simultaneously It is fixed, and handle 10 is moved down, C-shaped draw-in groove 9 is moved down, and second gear 5 is moved down and engaged with first gear 2, now the meeting of first gear 2 Second gear 5 is driven to rotate, the effect of the effect more than spring tension of the power of rotation, so C-shaped draw-in groove 9 can just be fixed.

As shown in figure 4, its upper end of the internal diameter of second gear 5 is less than lower end, and it is provided with power transmission shaft 3 and is matched somebody with somebody with internal diameter Two limited blocks 8 for closing, when 5 upward sliding of second gear can the limited block 8 larger with the external diameter of top coordinate, realize the The positioning of two gears 5, and coordinating with the less limited block 8 of external diameter when second gear 5 is moved down, second gear 5 it is interior Footpath is larger can to a certain extent to reduce the mobile difficulty that Action of Gravity Field brings, another to facilitate that internal diameter is larger also conveniently to be moved It is dynamic.

A kind of rope machine, during work, moves down handle 10, and first gear 2 and second gear 5 are engaged, now gear train Part is also driven rotation, and gear assembly is rotated and drives draw drum 14 to rotate, and the coil of wire 19 is released on unwrapping wire roller 13 and draw drum 14 Line is concentrated by lacing hole 23 simultaneously, and rotational band running rope of draw drum 14 twists into one, is made rope strand, and at the end of rope making upwards Moving handle 10, first gear 2 and second gear 5 are separated, and rope machine is just stopped, simple to operate.

The above is only exemplary embodiment of the present utility model, not for limitation protection model of the present utility model Enclose, protection domain of the present utility model is determined by appended claim.

Claims

1. a kind of rope machine, it is characterized in that：Including organic frame (1), payingoff mechanism and rope machine are provided with the frame (1) Structure, is connected with drive device on the payingoff mechanism, the drive device includes power source, driver is connected with power source Structure, is connected with the first gear (2) of linkage on transmission mechanism, the payingoff mechanism includes draw drum (14) and unwrapping wire roller (13) dynamic incoming gear assembly, is connected on the draw drum (14), power transmission shaft (3) is provided with the frame (1), passed The 3rd gear (4) engaged with gear assembly is arranged with moving axis (3), is provided with below the 3rd gear (4) coaxial Second gear (5), second gear (5) be externally connected to for drive second gear (5) slided up and down along power transmission shaft (3) and with The stopping means that first gear (2) engages or be separate.

2. rope machine according to claim 1, it is characterized in that：The gear assembly is included and the 3rd gear (4) level 4th gear (6) of direction engagement, also includes the 5th gear being arranged on below payingoff mechanism engaged with the 4th gear (6) (7) engage.

3. rope machine according to claim 1, it is characterized in that：The structure of the first gear (2) and second gear (5) is Straight bevel shape.

4. rope machine according to claim 1, it is characterized in that：Internal diameter above the second gear (5) is less than lower section Internal diameter, is provided with two limited blocks (8) of the minor diameter fit with above and below respectively on power transmission shaft (3).

5. rope machine according to claim 4, it is characterized in that：The stopping means is included the outer of second gear (5) The C-shaped draw-in groove (9) that edge card is imbedded, is connected with handle (10) on C-shaped draw-in groove (9), limiting bracket is provided with frame (1) (11) axis of guide (24), is provided with limiting bracket (11), elastic component (25) is provided with the axis of guide (24) and C-shaped draw-in groove (9), Moving up and down handle (10) drives C-shaped draw-in groove (9) to be moved up and down along the axis of guide (24).

6. rope machine according to claim 1, it is characterized in that：Biography bar (12), the transmission are connected with the power source Mechanism is the first belt transmission, and one end of the first belt is connected in biography bar (12), the other end and first gear of the first belt (2) it is coaxially disposed and drives first gear (2) to rotate.

7. rope machine according to claim 1, it is characterized in that：Mounting bracket (15) is connected with the unwrapping wire roller (13), is pacified Shelve and tumbler (16) is fixedly connected with above (15), be connected by the second belt between tumbler (16) and power transmission shaft (3), pass Moving axis (3) rotates linkage mounting bracket (15) and rotates, and the rope that mounting bracket (15) rotates unwrapping wire roller (13) releasing twists into rope strand.

8. rope machine according to claim 7, it is characterized in that：The draw drum (14) is arranged on the upper of unwrapping wire roller (13) Side, draw drum (14) center is provided with entrance hole (17), and the line released on unwrapping wire roller (13) passes through entrance hole (17).

9. rope machine according to claim 8, it is characterized in that：It is provided with the draw drum (14) some along entrance hole (17) the unwrapping wire post (18) of circle distribution, is arranged with the coil of wire (19) on unwrapping wire post (18), the line released on the coil of wire (19) is located in In rope making mechanism.

10. rope machine according to claim 9, it is characterized in that：The rope making mechanism includes being fixed on draw drum (14) The threading disk (20) of side, is provided with threading hole (21) corresponding with unwrapping wire post (18) quantity, the rope machine on threading disk (20) Structure also includes the link (22) being fixed in frame (1), and lacing hole (23), threading hole (21) place are provided with link (22) The some strands for passing are concentrated by lacing hole (23).