CN207998680U - Electric-controlled type tubular knitting machine cloth winding improved structure - Google Patents
Electric-controlled type tubular knitting machine cloth winding improved structure Download PDFInfo
- Publication number
- CN207998680U CN207998680U CN201820052362.9U CN201820052362U CN207998680U CN 207998680 U CN207998680 U CN 207998680U CN 201820052362 U CN201820052362 U CN 201820052362U CN 207998680 U CN207998680 U CN 207998680U
- Authority
- CN
- China
- Prior art keywords
- gear
- cloth
- encoder
- knitting machine
- bearing
- 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.)
- Active
Links
Landscapes
- Knitting Machines (AREA)
Abstract
The utility model discloses a kind of electric-controlled type tubular knitting machine cloth winding improved structures,Gear-box is nested on pedestal,Tooth connection roller box between the cabinet of cloth-winding mechanism both sides,Make set on the control panel of side cabinet and power motor,And servo motor,Encoder is electrically connected,The power motor,Transmission shaft is connected between encoder,The pinion gear for being connected with encoder by power motor,Gear wheel interlocks,Simultaneously,Enable servo motor and controller,Granny rag gear transmission connects,When encoder, which receives granny rag gear, drives to cloth drawing axle and cloth beam speed revolution value respectively,Using being precisely controlled gear-box,Gear set,And the batching of cloth-winding mechanism reaches synchronous with granny rag speed,Reaching, which prevents cloth from receiving cloth speed, differs and slack and undisciplined,Even storehouse,And then it is pullled when cloth being avoided to furl and generates fiber longitude and latitude spacing unevenness,Effectively reduce the structure of cloth proportion of goods damageds effect.
Description
Technical field
For the utility model about a kind of improvement structure of cloth, cloth-winding mechanism, granny rag can be precisely controlled by particularly relating to one kind
The rotating ratio of gear between mechanism, woven fabric mechanism reaches the inter-agency gear rotational speed of cloth-winding mechanism, cloth-drawing mechanism, woven fabric and synchronizes,
Avoid generating differential when batcher start cloth drawing axle, will not because the gear of each mechanism is long with consume, and when causing batching pulling force with
Cloth reverse tension is uneven, generate cloth it is slack and undisciplined can not tension electric-controlled type tubular knitting machine cloth winding improved structure.
Background technology
At present in response to the demand of lower bound time stamp and industrial progress, in order to which the woven fabric speed and cloth production capacity that make large circle machine increase
Adding, the specification of large circle machine is increasing, and the cloth-rolling device of common large-scale circular knitting machine, such as:TaiWan, China patent
The utility model for announcing No. 082209516 " self-propelled tubular knitting machine cloth winding device " is that applicant is previously designed novel special
Sharp structure is to be arranged in the rack of large circle machine by two driven pivots below large circle machine, and utilize the drive plate (bottom of large circle machine
Seat) drive batcher to rotate synchronously, but, there are three big missings to need to improve in actual use:
(1) when the woven fabric mechanism of large circle machine drives batching board, when batcher is intended to wink in working condition or equipment work
Between stop, then between batching board and granny rag structure, shaking is generated due to batching board weight centrifugal intertia force when rotated,
Often make the two inter-agency differentials generated when starting, easily make the woven stripe between cloth latitude and longitude away from having loose bowels, causes cloth code weight uneven
And defective products is excessively huge, this is lacked for one;
(2) because the retracting power of batcher comes from the drive plate (pedestal) of planetary gear below large circle machine, and
The woven fabric power of large circle machine then comes from power motor power, and the cloth-winding mechanism and woven fabric are inter-agency, if working condition is suspended,
Because two mechanism rotating speeds may not necessarily also synchronize moment when being again started up, and item is away from pulling force unevenness between causing cloth latitude and longitude
Situation is impaired, is its another missing;
(3) common large circle machine is in woven fabric, due to being that hook line is woven into cloth one by one by knitting disc spins drive syringe
, still, because there is successively the action of hook line in knitting disk, causes knitting disk to be made into cloth whereabouts in yarn and done by batcher
The cloth horizontal roll time receiving, because the hook line action that the knitting needle in knitting disk in woven fabric, is knitted disk is revolved by starting point and turned around
It is sequentially successively to weave, cause and retracting speed of the batcher when cloth horizontal roll reels cloth will produce cloth and is made into priority
Differential, and cloth is made to furl the situation for easily causing weft incline often, it need to be by the weft of cloth in order to beautiful when the production that re-packs is processed
Be set as it is horizontal, if the cloth weft incline is spent greatly, be easy to make cloth using when form a large amount of waste materials, this another is lacked for it
It loses.
It is the road for aforesaid drawbacks Improvement to also have disadvantages mentioned above, inventor in view of common technology, there is this finally
Utility model generates.
Utility model content
The utility model main purpose is, provides between a kind of cloth-winding mechanism and cloth-drawing mechanism, because gear is long with loss
Cause woven fabric slack and undisciplined, present can not tension electric-controlled type tubular knitting machine cloth winding improved structure.
The utility model a further object is that cloth-winding mechanism and woven fabric mechanism raker tooth wheel can be precisely controlled by providing one kind
Relative rotation speed than electric-controlled type tubular knitting machine cloth winding improved structure.
To reach above-mentioned purpose and effect, the technological means practiced by the utility model includes:One gear-box includes:One machine
Pedestal, the foundation mass have an axis hole, and axis hole side setting one is connected with the holder of encoder, this foundation mass is adjacent to side cabinet
A servo motor between open inner empties, power motor side is with a transmission axis connection encoder, encoder shaft end connect base
The pinion gear of one gear set and the gear wheel being meshed, power cord one end and the controller of servo motor connection are electrically connected, control
The coaxial respective shaft interporal lacuna cooperation of device processed is set in the support base axle center of pedestal;One pedestal by a gear set, a first bearing,
One support base, a second bearing, a traffic cycle, a fixation kit constitute, wherein gear set is ratchet, by a pinion gear,
The gear wheel composition being meshed, the pinion gear connect the encoder shaft end of aforesaid gears case, the gear wheel bottom engaged with pinion gear
Side is interference fitted and interlocks first bearing, and gear wheel, first bearing are suppressed, by the elastomeric pad of fixation kit with clearance fit
It is set in the support shaft outer rim that support base protrudes out, support shaft root edge extends out the limiting slot for extending to form a recess, the limiting slot pair
It answers in the groove of a traffic cycle bottom notch and is provided with second bearing, moreover, sequentially lock sets fixation kit on gear wheel top surface
Elastomeric pad and compel to fasten adjustment nut on elastomeric pad;Cloth-winding mechanism includes two side cabinets, multiple cloth drawing axles, more
A cloth beam, two side cabinet inner wall lower edge neighbours of cloth-winding mechanism are located at foundation mass both sides, are equipped at close between aforementioned side cabinet
Multiple cloth drawing axles, the granny rag gear of one servo motor shaft end of granny rag axis connection, and it is additionally provided with multiple batching between aforementioned side cabinet
Axis;
Described in above structure, the gear-box correspondence is nested on pedestal, and is connected on the inside of the both sides cabinet of cloth-winding mechanism
The gear-box, the control panel for being located at wherein side cabinet are electrically connected with power motor and servo motor respectively, the power
Power is transmitted with transmission shaft between motor, encoder, and encoder makes pinion gear, gear wheel interlock, meanwhile, servo motor and control
Device, granny rag gear electrically and transmission be connected by power, make granny rag gear interlock cloth drawing axle and cloth beam, and make with gear-box, pedestal,
Cloth-winding mechanism be integrally formed can Synchronous Transmission cloth rolling structure.
According to above structure, the gear wheel of the gear set makes to fit closely with first bearing and synchronous pass by fixation kit
It is dynamic.
According to above structure, the first bearing is that interference fit is nested with axis hole in traffic cycle.
According to above structure, the traffic cycle corresponds to support base and is coaxially arranged, and the groove of traffic cycle bottom and support base
Limiting slot makes second bearing be set in the groove and limiting slot in being correspondingly arranged.
According to above structure, the combined hole that the gearbox shaft hole peripheral plural number combined hole corresponds to traffic cycle by engaging member is solid
Fixed connection.
Description of the drawings
More specifically understand to make the above-mentioned purpose, effect and feature of the utility model can get, such as according to each description of the drawings
Under:
Attached drawing is to as directed
Fig. 1 is the three-dimensional combination figure of one preferred embodiment of the utility model.
Fig. 2 is the sectional perspective constitutional diagram of one preferred embodiment of the utility model.
Fig. 3 is the sectional perspective exploded view of one preferred embodiment of the utility model.
Fig. 4 is the forward sight partial enlarged view of one preferred embodiment of the utility model.
Fig. 5 is the front view of one preferred embodiment of the utility model.
Fig. 6 is the vertical view of one preferred embodiment of the utility model.
Wherein:Gear-box, 1, foundation mass, 11, axis hole, 111, combined hole, 1111, engaging member, 1112, holder, 112, hole,
1121, power motor, 121, transmission shaft, 1211, encoder, 1212, servo motor, 122, power cord, 1221, controller,
1222, pedestal, 2, gear set, 21, pinion gear, 211, gear wheel, 2 12, first bearing, 22, support base, 23, support shaft,
231, external screw thread, 2312, limiting slot, 232 second bearings, 24, traffic cycle, 25, interior axis hole, 250, groove, 2 51, combined hole,
252, fixation kit, 26, elastomeric pad, 61, adjustment nut, 26 2, internal thread, 2621, cloth-winding mechanism, 3, side cabinet, 31, control
Panel processed, 311, cloth drawing axle, 32, granny rag gear, 321, cloth beam, 33, holder, 331.
Specific implementation mode
Please sequentially refering to fig. 1 to shown in Fig. 6, by icon it is found that the structure of the utility model by operation and control panel 311 according to
Best signal of keying in executes each portion's structure driven of auxiliary, includes at least:One gear-box 1, a pedestal 2, bolt mechanism 3,
In:
Gear-box 1 at least provided with:One foundation mass 11, a power motor 121 and a servo motor 1 22, foundation mass 11 are in
Frame plate body structure, the center bottom surface set an axis hole 111, and 111 periphery ring of axis hole, which is equipped with, combines fixed plural part combined hole
1111 with fixed plural engaging member 1112, and one hole 1121 of tool is with fixed in the fixed holder 112 of 111 side of axis hole, holder 112
One encoder 1212, the power set in this foundation mass 11 is made of power motor 121 and servo motor 1 22, power horse
Transmission shaft 1211 up to 121 shaft ends end interlocks encoder 1212, and 1212 shaft end of encoder is connected with to the pinion gear of a gear set 21
211, a gear wheel 212 being meshed then coaxially is located at 22 top of first bearing, and servo motor 122 is with 1221 electricity of power cord
Property one controller 1222 of connection, and be electrically connected with aforementioned control panel 311, aforementioned controllers 1 222 coaxially match by corresponding gap
Trap is located in 231 axle center of support shaft of 2 one support base 23 of pedestal.
Pedestal 2 forms gear set 21, first bearing 22, support base 23 by tool gear wheel 212 and the pinion gear being meshed 211
Support shaft 231, second bearing 24, traffic cycle 25 and fixation kit 26 formed;Wherein, the gear set 21 is unidirectional tooth
Wheel, pinion gear 211 is connected to 1212 shaft end of encoder, and gear wheel 212 is coaxially inserted in the support shaft 231 that support base 23 protrudes out
On, which installs a second bearing 24 in this limiting slot 232, should
Second bearing 24 is correspondingly arranged in the groove 251 of a traffic cycle 25, the 25 plane outer rim of traffic cycle correspond to aforementioned combined hole 1111,
Engaging member 1112 is equipped with plural combined hole 252, and 25 upper limb face of traffic cycle is close to 212 bottom side of gear wheel and utilizes a fixation kit 26
In conjunction with, this fixation kit 26 be by:Elastomeric pad 261 and adjustment nut 262 equipped with internal thread 2621 form.
Cloth-winding mechanism 3 has two side cabinets 31, and one of side cabinet 31 is equipped with control panel 311, two side cabinets 31
It is above intermarginal to set multiple cloth drawing axles 32, and cloth drawing axle 32 connects the granny rag gear 321 of one and the setting of 1 22 shaft end of servo motor, granny rag
32 adjacent place of axis sets multiple cloth beams 33, this roll of 33 both ends of cloth beam and the holder 331 of the side setting of two side cabinets 31 connect
It connects.
The utility model please be with shown in ginseng Fig. 2 to Fig. 4 when combining, and above structure is nested with gear-box 1 on pedestal 2, makes tooth
Axis hole 111 and 25 fitting of traffic cycle in the foundation mass 11 of roller box 1, and multiple combined holes 1111 of 11 root edge of foundation mass are turned with big
Multiple combined holes 252 of 25 bottom of disk, which correspond to, to be combined, and combined hole 1111,252 is combined with engaging member 1112 and fixed, the axis hole
111 sides are equipped with a holder 112, and encoder 1212 combined with the hole 1121 of holder 112, is connect again with pinion gear 211, the tooth
Roller box 1 is connected in 3 both sides cabinet of cloth-winding mechanism, 31 centre, the control panel 311 of one of side cabinet 31 respectively with power
Motor 121 and servo motor 122 are electrically connected, and transmission shaft 1211 is connected between the power motor 121, encoder 1212, then is encoded
Device 1212 makes pinion gear 211, gear wheel 212 interlock, meanwhile, this servo motor 122 connects with controller 1222, granny rag gear 321
It connects, then granny rag gear 321 interlocks cloth drawing axle 32 and cloth beam 33, and it is same to form the whole rotation of gear-box 1, pedestal 2, cloth-winding mechanism 3
Walk cloth rolling structure.
Join again shown in Fig. 3 to Fig. 5, when the key entry signal of the utility model operation and control panel 311, before enabling signal distinctly indicate
When stating power motor 121 and servo motor 122, the power motor 121 is interlocked through transmission shaft 1211 and encoder 1212, by compiling
Code device 1212 drives according to the pinion gear 211 of signal motivation of adjustment to gear set 21, it should be noted that the pedestal 2 and gear
Case 1 is coaxially connected setting, when gear wheel 211 receives the power of previous power motor 121, driving gear-box 1 and cloth-winding mechanism
3, make coaxial rotating in the support shaft 231 of said base 2, simultaneously, in addition servo motor 122 receives control panel 311
Signal is connected to controller 1222, and the rotating speed of 122 driven granny rag gear 321 of servo motor is controlled using controller 1222, by
Power is respectively transmitted to cloth drawing axle 32 and cloth beam 33 by granny rag gear 3 21, woven fabric retracting and granny rag speed can be precisely controlled
Reach synchronous, reaching, which prevents cloth from receiving cloth speed, differs and slack and undisciplined, even storehouse, and then while avoiding cloth from furling, to pull generation fine
Longitude and latitude spacing unevenness is tieed up, the structure of cloth proportion of goods damageds effect is effectively reduced.
In summary, the electric-controlled type tubular knitting machine cloth winding improved structure of the utility model really may achieve woven fabric retracting with
Granny rag rotating speed synchronizes, will not make woven fabric fluff presentation can not tension, the only content of above description, only the utility model
Preferred embodiment illustrates, the variation that is extended such as with scope according to the technological means of the utility model, modification, change or equivalent sets
The person of changing should all fall into the range of the claim request of the utility model.
Claims (7)
1. a kind of electric-controlled type tubular knitting machine cloth winding improved structure, it is characterised in that:
One gear-box includes:One foundation mass, the foundation mass have an axis hole, and axis hole side setting one is connected with the holder of encoder,
Foundation mass adjacent to the open inner of side cabinet empty between set a servo motor, and power motor shaft end transmission axis connection coding
Device, the pinion gear of one gear set of encoder shaft end connect base and the gear wheel of engagement, the power cord one that servo motor is connected
End is electrically connected with controller, and the coaxial respective shaft interporal lacuna cooperation of controller is set in the support base axle center of pedestal;One pedestal
It is made of a gear set, a first bearing, a support base, a second bearing, a traffic cycle, a fixation kit, wherein gear set
It is made of a pinion gear, the gear wheel being meshed, the encoder shaft end of pinion gear tooth connection roller box, the canine tooth engaged with pinion gear
Wheel bottom side is interference fitted and interlocks first bearing, and gear wheel, first bearing are suppressed, by the elastomeric pad of fixation kit with gap
Cooperation is set in the support shaft outer rim that support base protrudes out, and support shaft root edge extends out the limiting slot for extending to form a recess, this limit
It is provided with second bearing in the groove of slot one traffic cycle bottom notch of correspondence, and sequentially lock sets fixation kit on gear wheel top surface
Elastomeric pad and compel to fasten adjustment nut on elastomeric pad;Cloth-winding mechanism includes two side cabinets, multiple cloth drawing axles, more
A cloth beam, two side cabinet inner wall lower edge neighbours of cloth-winding mechanism are located at foundation mass both sides, are equipped at close between the cabinet of side multiple
Cloth drawing axle, the granny rag gear of the one servo motor shaft end of granny rag axis connection, and multiple cloth beams are additionally provided between the cabinet of side.
2. electric-controlled type tubular knitting machine cloth winding improved structure according to claim 1, it is characterised in that:The gear-box corresponds to
It is nested on pedestal, is connected with gear-box on the inside of two side cabinets of cloth-winding mechanism, is located at the control panel point of one of side cabinet
Be not electrically connected with power motor and servo motor, power transmitted with transmission shaft between power motor, encoder, and encoder make it is small
Gear, gear wheel interlock, meanwhile, servo motor electrically and transmits be connected by power with controller, granny rag gear, and granny rag gear is made to connect
Dynamic cloth drawing axle and cloth beam, and make gear-box, pedestal, cloth-winding mechanism be integrally formed can Synchronous Transmission structure.
3. electric-controlled type tubular knitting machine cloth winding improved structure according to claim 1, it is characterised in that:The gear set is single
To gear, the gear wheel of gear set is fitted closely by fixation kit and first bearing and Synchronous Transmission.
4. electric-controlled type tubular knitting machine cloth winding improved structure according to claim 1, it is characterised in that:The first bearing with
Axis hole is that interference fit is nested in traffic cycle.
5. electric-controlled type tubular knitting machine cloth winding improved structure according to claim 1, it is characterised in that:The traffic cycle corresponds to
Support base is coaxially arranged, and the limiting slot of the groove of traffic cycle bottom and support base makes second bearing be set in being correspondingly arranged
In the groove and limiting slot.
6. electric-controlled type tubular knitting machine cloth winding improved structure according to claim 1, it is characterised in that:The gear-box axis hole
The combined hole that the multiple combined holes of periphery correspond to traffic cycle by engaging member is fixedly connected.
7. electric-controlled type tubular knitting machine cloth winding improved structure according to claim 1, it is characterised in that:Cloth beam and two sides
The holder connection being arranged on cabinet side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820052362.9U CN207998680U (en) | 2018-01-12 | 2018-01-12 | Electric-controlled type tubular knitting machine cloth winding improved structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820052362.9U CN207998680U (en) | 2018-01-12 | 2018-01-12 | Electric-controlled type tubular knitting machine cloth winding improved structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207998680U true CN207998680U (en) | 2018-10-23 |
Family
ID=63836740
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820052362.9U Active CN207998680U (en) | 2018-01-12 | 2018-01-12 | Electric-controlled type tubular knitting machine cloth winding improved structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207998680U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111020853A (en) * | 2019-12-25 | 2020-04-17 | 张辉 | Working method of circular knitting machine |
| CN113023422A (en) * | 2019-12-25 | 2021-06-25 | 泳立机械股份有限公司 | Active rotary device of cloth rolling machine |
| CN113512812A (en) * | 2021-04-30 | 2021-10-19 | 康美特(厦门)智控科技有限公司 | Circular knitting machine and method for improving transmission stability |
-
2018
- 2018-01-12 CN CN201820052362.9U patent/CN207998680U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111020853A (en) * | 2019-12-25 | 2020-04-17 | 张辉 | Working method of circular knitting machine |
| CN113023422A (en) * | 2019-12-25 | 2021-06-25 | 泳立机械股份有限公司 | Active rotary device of cloth rolling machine |
| CN113512812A (en) * | 2021-04-30 | 2021-10-19 | 康美特(厦门)智控科技有限公司 | Circular knitting machine and method for improving transmission stability |
| CN113512812B (en) * | 2021-04-30 | 2022-08-09 | 康美特(厦门)智控科技有限公司 | Circular knitting machine and method for improving transmission stability |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN207998680U (en) | Electric-controlled type tubular knitting machine cloth winding improved structure | |
| CN107176319A (en) | A kind of electric oven outer wall bubble chamber film wind | |
| CN210826571U (en) | Novel yarn creel of circular knitting machine | |
| CN202844550U (en) | Three-dimensional rotating amusement machine | |
| CN202626527U (en) | Fabric take-up device | |
| CN109019104A (en) | A kind of textile fast-collection device | |
| CN202272532U (en) | Cloth loosening machine | |
| CN206072260U (en) | Automatic transmission | |
| CN201556019U (en) | Height rotary adjustment device for projecting instrument | |
| CN103628250B (en) | Batching facility are from walking and adjustable synchronous retracting device | |
| CN209098879U (en) | A kind of modular gear, more times of spindles and more times of twisting machines | |
| CN102002796A (en) | Dual-shuttle circular loom for soft hoses | |
| CN201631146U (en) | Pedal drive device for drying machine | |
| CN209038725U (en) | A kind of cloth collector of large circle machine | |
| CN201743644U (en) | Improved dewatering structure of mop | |
| CN207437681U (en) | Mini-tiller power transmission mechanism and retarder | |
| CN206579735U (en) | A kind of new monopodia bar polypody wheel | |
| CN214529474U (en) | Three-shaft servo yarn-feeding knitting machine | |
| CN201695154U (en) | Rapier loom take-up device | |
| CN218404846U (en) | Paper pulp fluffing system | |
| CN208917422U (en) | Narrow-fabric needle loom is used in a kind of weaving | |
| CN2219311Y (en) | Synchronous cloth-rolling device for loom | |
| CN201151850Y (en) | Automatic spacing core-feeding machine for downward knitting of knitting machine | |
| CN202634176U (en) | Speed box device of motor | |
| CN110242524A (en) | Power generator, automatic generator, automatic engine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |