CN206359729U - Glove knitting machine head linked system and function-driven folder - Google Patents
Glove knitting machine head linked system and function-driven folder Download PDFInfo
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- CN206359729U CN206359729U CN201621439713.9U CN201621439713U CN206359729U CN 206359729 U CN206359729 U CN 206359729U CN 201621439713 U CN201621439713 U CN 201621439713U CN 206359729 U CN206359729 U CN 206359729U
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Abstract
The utility model provides a kind of glove knitting machine head linked system and function-driven is pressed from both sides, and belongs to knitting equipment field, including is pressed from both sides by the function-driven that main body and both sides flank are constituted, and is arranged in main body, the main running rail on the flank of both sides and two secondary slide rails respectively.Also include between guide rail one being slidably provided with fork knife, being be arranged in parallel with main running rail, fork knife and the function-driven folder provided with the clutch for being used to control fork knife to slide with function-driven folder interval linkage.The utility model makes fork knife press from both sides intermittence linkage slip with function-driven, both the existing complicated heavy driving drive mechanism of fork knife had been improved, glove knitting machine overall structure has been simplified significantly, is also convenient for realizing the centralized management that fork knife is pressed from both sides with function-driven, is easy to the production and maintenance of head system.
Description
Technical field
The present invention relates to knitting equipment field, specifically a kind of glove knitting machine head linked system and function-driven folder.
Background technology
Function-driven folder in existing glove knitting machine on the market is located on the right side of glove knitting machine and done from the rightmost side to left side
Linear reciprocating motion, fork cutter spacing is on the left of glove knitting machine and with the various fork knife drive mechanism of complicated, device.Scissors is located at
Latch needles bottom, equally with baroque transmission drive mechanism.Existing glove knitting machine complete machine is arranged on hand using a main motor
Motor spindle is covered, is driven between function-driven folder, fork knife, scissors and main motor by old-fashioned, complicated transmission mechanism, always
Formula transmission mechanism drive mechanism is complicated, transmission efficiency is low, poor controllability, therefore exists in production, transport and maintenance process kind
Inconvenience is planted, its automaticity is relatively low, has already fallen behind the development in modern industrial technology.
Based on this, this case application is proposed.
The content of the invention
The invention provides a kind of head linked system and function-driven folder with linkage function, existing hand can be improved
Knife, scissors, the excessively scattered position problems of function-driven folder three are pitched in set machine, strengthen three's uniformity, and it is significantly simple
The complicated transmission drive mechanism that change fork knife, scissors have, makes glove knitting machine terminal with compact integral structure, lightweight, and improve hand
Set machine automaticity.
To achieve the above object, the technical solution adopted by the present invention is as follows：A kind of glove knitting machine head linked system, including by
Divide on function-driven folder, main running rail and the two secondary slide rails of main body and both sides flank composition, function-driven clip main body, both sides flank
Not She You the secondary slide rails of horizontal bore and main running rail and two set up separately wherein.Provided with the guide rail one being be arranged in parallel with main running rail, guide rail
Slidably provided with fork knife on one, the fork knife and function-driven are provided between pressing from both sides to be used to control fork knife and function-driven folder interval to join
The dynamic clutch slided.The present invention makes fork knife press from both sides intermittence linkage slip with function-driven, both meets the work requirements of fork knife,
The driving drive mechanism of fork knife has been simplified again, reduces production cost, and fork cutter mechanism is easy to produce and is repaired.
Preferably, the system, which is provided with guide rail two, guide rail two, is slidably provided with scissors, the scissors and function-driven
Being provided between folder is used to control scissors to press from both sides the clutch that gap linkage is slided with function-driven.The present invention further by scissors with
The intermittent linkage of function-driven folder, has equally simplified the driving drive mechanism of scissors, has further reduced glove knitting machine structure, reduced hand
Set machine overall weight, is conducive to saving production material, reduction production difficulty.
Preferably, the clutch include with fork knife be fixedly connected clutch block, can swing and be fixed on guide rail
One or the trip(ping) lever on guide rail two, located at function-driven folder on pin-and-hole and the on-of pin in pin-and-hole, on-of pin and pin-and-hole
Between be fixedly connected with compression spring and on-of pin is ejected to outside pin-and-hole.Trip(ping) lever and pin-and-hole gap are equipped with and in swinging
On-of pin is pressed into pin-and-hole or unclamped on-of pin in journey.The clutch block is parallel with trip(ping) lever, and its side offers groove
Coordinate with pin-and-hole gap.
Preferably, the system is provided with drive device, drive device is connected with drive block, the drive block and work(
The folder device driven driving that is connected can be driven to drive function-driven folder to move back and forth.The present invention is using driving block indirection driving
On the one hand function-driven folder is that, because structure limitation, on the other hand, drive device can be avoided directly to be pressed from both sides with function-driven and be driven
The abrasion of function-driven folder is caused during connection or mobile failure occurs, can either extension function driving folder service life, be easy to again
Maintenance, troubleshooting.
Preferably, the drive device is motor, it is parallel with main running rail that driving motor output shaft is connected with one
Driving belt, driving belt is provided with drive block, and connection is directly detachably fixed between drive block and function-driven folder or is passed through
Connector is detachably fixed connection and realizes linkage.
Preferably, the guide rail one, guide rail two set up the top pressed from both sides with function-driven, lower section separately and the two is parallel, leading
The part of rail one and the function-driven folder on the vertical line of guide rail two is provided with equalizer bearing, top, the bottom point of equalizer bearing
Not against guide rail one, guide rail two.Equalizer bearing located at function-driven press from both sides stress center line on, be able to maintain that it is upper and lower and left,
Right balance, plays certain balanced action, its is simple in construction, and stability is strong on vertical, two stress surfaces of level.
To achieve the above object, pressed from both sides the invention provides a kind of glove knitting machine head linked system with function-driven, including master
Body portion and set up left side flap part in the main part left and right sides, right side alar part separately.The left side flap part and main part
/ it is connected with horizontally disposed clutch connection portion and bearing attachment in turn.The right side alar part and main part are direct
Connection.The main part bottom level that shoulder portion, right side flap section bottom extend and be connected to form one to the left respectively
Bottom surface.
Further, the clutch connection portion is provided with the upper pin-and-hole of upward opening, the horizontal bottom of the main part
It is provided with downwardly open lower pin-and-hole.
Further, being used for provided with upper lower port installs the axis hole of equalizer bearing in the middle of the bearing attachment.
Further, the connecting hole for being used for being connected with drive block is provided with the horizontal bottom of right side alar part.
The present invention operation principle and have the beneficial effect that：First, the present invention connects fork knife, scissors and function-driven folder linkage
Connect and fork knife, scissors, function-driven folder three are coupled in a mechanism, fork knife, scissors, function-driven folder three is shared one
Motor and drive mechanism, enormously simplify transmission mechanism, reduction glove knitting machine structural complexity, reduction glove knitting machine weight.This
Inventive structure is simple, utilization rate is high, has both been convenient for unified control and management, also reduces production cost, has saved production
Material, is easy to production and transportation.
2nd, the present invention designs corresponding clutch and realizes fork knife, scissors using knife, the characteristic of scissors discontinuous operation is pitched
Intermittent linkage between being pressed from both sides with function-driven, and ensure fork knife, scissors, function-driven folder in normal operating conditions, three
Between the relation that cooperates, effectively increase the service efficiency of function-driven folder and increase its feature.It is provided by the present invention
Clutch is simple in construction, balance and stability and be easy to control, also allow for producing, transport and repairing.
3rd, the present invention realizes linkage function using clutch, numerous different from old-fashioned, complicated, device in existing glove knitting machine
Many drive mechanisms, its structure is more light and handy, simple, and its trip(ping) lever can be easily facilitated control and be used using motor, cylinder etc.
Modernization driving equipment, improve the requirement that glove knitting machine automaticity makes it more meet now industrial technology.
4th, the present invention balances the equalizer bearing set by controlling for total system, is effectively utilized the space of function-driven folder
Structure simultaneously realizes that function-driven folder body balance and upper/lower guide stablize two big effects with reference to physical principle, it is ensured that system operation
Stable, its is simple in construction, ingenious in design.
Brief description of the drawings
Fig. 1 is specific embodiment of the invention overall schematic；
Fig. 2 is specific embodiment of the invention part A front enlarged drawing；
Fig. 3 is specific embodiment of the invention part A reverse side enlarged drawing；
Fig. 4 is that specific embodiment of the invention function-driven presss from both sides front elevation；
Fig. 5 is that specific embodiment of the invention function-driven presss from both sides reverse side figure；
Fig. 6 is that specific embodiment of the invention function-driven presss from both sides bottom schematic view；
Fig. 7 is specific embodiment of the invention clutch connection structural representation.
Shown in figure：Motor 1, frame 2, driving belt 3, drive block 4, connector 5, scissors 6, main running rail 7, guide rail
One 8, trip(ping) lever 9, fork knife 10, function-driven folder 11, right side alar part 11a, left side flap part 11b, bearing attachment 11c, from
Close connecting portion 11d, main part 11e, driver 12, clutch fulcrum 13, upper pin-and-hole 14, on-of pin 14a, connecting hole 15, axis hole
16th, lower pin-and-hole 17.
Embodiment
As shown in figure 1, the present embodiment is provided with motor 1, driving belt 3, function-driven folder 11, main running rail 7, fork knife 10
With scissors 6, function-driven presss from both sides 11 main bodys provided with horizontal through hole and is slidably located at by the through hole on main running rail 7.Motor 1
It is fixed in frame 2 and provides power for whole function-driven 11 systems of folder.Driving belt 3 be arranged in parallel with main running rail 7, its two ends
The connection output shaft of motor 1 and the rotating shaft in frame 2 respectively.Driving belt 3 is provided with drive block 4, and drive block 4 passes through
A connection piece 5 links with function-driven folder 11, and when belt is rotated, drive block 4 follows belt together to rotate and drives function-driven
Folder 11 is moved forward or rearward, and is made function-driven press from both sides 11 and is slidably reciprocated in main running rail 7.With reference to shown in Fig. 2, in the upper of main running rail 7
Just, it is respectively arranged below with the guide rail 1 parallel with main running rail 7, a guide rail two, guide rail 1 slidably provided with fork knife 10, leads
Scissors 6 is slidably provided with rail two.There is the characteristic of gap sex work according to fork knife 10, scissors 6, guide rail 1 and guide rail two are equal
11, which are pressed from both sides, by clutch and function-driven carries out being connected for intermittence.
As shown in Fig. 4, Fig. 5, Fig. 6, the present embodiment function-driven folder 11 is main by including main part 11e and setting up separately in master
Left side flap part 11b, the right side alar part 11a of the body portion 11e left and right sides, between left side flap part 11b and main part 11e
It is connected with horizontally disposed clutch connection portion 11d and bearing attachment 11c in turn.Alar part 11a and main part 11e are straight on right side
Connect in succession.Shoulder portion 11b, right side alar part 11a bottoms extend and connect formation one to the left respectively for main part 11e bottom
The horizontal bottom of body.
Clutch connection portion 11d is provided with the upper pin-and-hole 14 of upward opening, and main part 11e horizontal bottom is provided with downward
Provided with the axis hole 16 run through up and down in the middle of the lower pin-and-hole 17 of opening, bearing attachment 11c, in the extension of right side alar part 11a bottoms
Horizontal bottom be provided be used for drive block 4 link connecting hole 15.
It is as follows in conjunction with the concrete structure and operation principle for shown in Fig. 3, Fig. 7, pitching the clutch of knife 10：Guide rail 1
Outside（11 relative sides are not pressed from both sides with function-driven）Side is provided with trip(ping) lever 9, and trip(ping) lever 9 be arranged in parallel simultaneously with guide rail 1
It is fixed on by the way that several clutch fulcrums 13 are swingable on guide rail 1.The clutch fulcrum 13 of trip(ping) lever 9 one is rotating fulcrum in guide rail
Swung in outer lateral side.Driver 12 is used to drive trip(ping) lever 9 to swing.Trip(ping) lever 9 just to upper pin-and-hole 14 and is propped up
On-of pin 14a is provided with upper pin-and-hole 14, upper pin-and-hole 14, is connected between on-of pin 14a and upper pin-and-hole 14 provided with compression spring.Compression
Spring makes to eject outside the opening of the upward pin-and-holes 14 of on-of pin 14a, but is propped up and can not be ejected by trip(ping) lever 9.Only in trip(ping) lever 9
When receiving driver 12 and driving leftward or rightward swing, wobbling action can be such that trip(ping) lever 9 moves a certain distance slightly upward, now
The on-of pin 14a that trip(ping) lever 9 is no longer propped up in pin-and-hole 14, upper pin-and-hole 14 can be ejected from upper pin-and-hole 14.Pitch knife 10 from
Close block actual a part of for fork knife 10, its bottom offers clutch groove and matched somebody with somebody just to upper pin-and-hole 14 and with the upper gap of pin-and-hole 14
Close, can enter when on-of pin 14a is ejected from pin-and-hole in clutch groove, so as to realize that fork knife 10 presss from both sides 11 connection with function-driven
It is dynamic.When fork knife 10 does not need work, the driving of driver 12 bottom of trip(ping) lever 9 to least significant end props up pin-and-hole, on-of pin 14a quilts
Push back in pin-and-hole 14, function-driven folder 11 is separated with fork knife 10.The present embodiment only need to control trip(ping) lever 9 to move by driver 12
Make the linkage of i.e. achievable fork knife 10 and function-driven folder 11 or separate.
The clutch of scissors 6 is similar with the clutch structure for pitching knife 10, including trip(ping) lever 9, driver 12, clutch
Block, pin-and-hole and on-of pin 14a.Guide rail two is located at the lower section of main running rail 7, and its left lateral sides or right side side are again provided with trip(ping) lever 9
Prop up in the lower pin-and-hole 17 of function-driven folder 11, lower pin-and-hole 17 and be again provided with compression spring and on-of pin 14a.Pitch the clutch block of knife 10
A part for scissors 6 is similarly, its top offers the compression spring ejected downwards in clutch groove and lower pin-and-hole 17 upward
Gap coordinates.The distinctive points of clutch of the clutch of scissors 6 with pitching knife 10 are that the trip(ping) lever 9 for pitching knife 10 is lifted up
Shi Songkai on-of pins 14a makes function-driven press from both sides 11 to link with pitching knife 10, and the trip(ping) lever 9 of scissors 6 unclamps clutch when moving down
Pin 14a makes function-driven folder 11 be linked with scissors 6.
Structure in the present embodiment between trip(ping) lever 9 and driver 12 is set with matching relationship according to the type of driver 12
Meter, if driver 12 can be using stepper motor, cylinder etc..
In the present embodiment, function-driven presss from both sides in 11 bearing attachment 11c axis hole 16 and is equipped with equalizer bearing, equalizer bearing
Top, bottom leans with guide rail 1, guide rail two respectively.Equalizer bearing make use of the space structure of function-driven folder 11 simultaneously
Maintain function-driven to press from both sides 11 liang of lateral balances with balancing up and down with reference to physical principle, and can stablize on function-driven folder 11
Side and function-driven press from both sides guide rail 1, the guide rail two of 11 lower sections.The stability of abundant safeguards system, be system normally run one
Individual important component.
Fork knife 10, scissors 6, function-driven are pressed from both sides 11 threes and are integrated into a system by the present invention, and pass through two clutches
Structure realizes fork knife 10 and function-driven folder 11 respectively, the intermittent linkage between scissors 6 and function-driven folder 11, enormously simplify
The structure of traditional flat machine, makes glove knitting machine be more convenient for producing, transport and safeguarding, and mutual effectively using what is existed between three
The relation of cooperation, improve three position, structure in traditional flat machine excessively disperse and can not be effective, unified control and management
The problem of, improve the integrated level, automaticity and controllability of glove knitting machine.
Claims (10)
1. a kind of glove knitting machine head linked system, including function-driven folder, the main running rail and two being made up of main body and both sides flank
Horizontal bore is respectively equipped with individual secondary slide rail, function-driven clip main body, both sides flank and main running rail and two secondary slide rails set up it separately
In, it is characterised in that：Provided with the guide rail one being be arranged in parallel with main running rail, slidably provided with fork knife on guide rail one, the fork knife with
Being provided between function-driven folder is used to control fork knife to press from both sides the clutch that interval linkage is slided with function-driven.
2. glove knitting machine head linked system according to claim 1, it is characterised in that：The system is provided with guide rail two, leads
Slidably being provided with to be provided between scissors, scissors and the function-driven folder on rail two is used to control scissors to press from both sides gap with function-driven
Link the clutch slided.
3. glove knitting machine head linked system according to claim 1 or 2, it is characterised in that：The clutch include with
Clutch block that fork knife is fixedly connected, it can swing and be fixed on guide rail one or trip(ping) lever on guide rail two, located at function-driven folder
On pin-and-hole and the on-of pin in pin-and-hole, compression spring is fixedly connected between on-of pin and pin-and-hole makes on-of pin to pin-and-hole
Outer ejection；Trip(ping) lever is equipped with pin-and-hole gap and is pressed into pin-and-hole or unclamps on-of pin by on-of pin in swing process；
The clutch block is parallel with trip(ping) lever, and its side offers groove and coordinated with pin-and-hole gap.
4. glove knitting machine head linked system according to claim 1, it is characterised in that：The system is provided with drive device,
Drive device is connected with drive block, and the drive block presss from both sides the device driving driven that is connected with function-driven and drives function
Driving folder is moved back and forth.
5. glove knitting machine head linked system according to claim 4, it is characterised in that：The drive device is driving electricity
Machine, driving motor output shaft is connected with a driving belt parallel with main running rail, and driving belt is provided with drive block, drive block with
Connection is directly detachably fixed between function-driven folder or connection is detachably fixed by connector and realizes linkage.
6. glove knitting machine head linked system according to claim 2, it is characterised in that：The guide rail one, guide rail two set up separately
Top, the lower section and the two is parallel pressed from both sides with function-driven, function-driven folder on the vertical line of guide rail one and guide rail two
Part is provided with equalizer bearing, and top, the bottom of equalizer bearing bear against guide rail one, guide rail two.
7. a kind of glove knitting machine head linked system is pressed from both sides with function-driven, including main part and set up separately in the main part left and right sides
Left side flap part, right side alar part, it is characterised in that：Level is connected with turn between the left side flap part and main part
The clutch connection portion of setting and bearing attachment；The right side alar part is directly connected to main part；The main part bottom
Portion's horizontal bottom that shoulder portion, right side flap section bottom extend and be connected to form one to the left respectively.
8. glove knitting machine head linked system according to claim 7 is pressed from both sides with function-driven, it is characterised in that：The clutch connects
Socket part is provided with the upper pin-and-hole of upward opening, and the horizontal bottom of the main part is provided with downwardly open lower pin-and-hole.
9. glove knitting machine head linked system according to claim 7 is pressed from both sides with function-driven, it is characterised in that：The bearing connects
Being used for provided with upper lower port installs the axis hole of equalizer bearing in the middle of socket part.
10. glove knitting machine head linked system according to claim 7 is pressed from both sides with function-driven, it is characterised in that：In right side flap
Partial horizontal bottom is provided with the connecting hole for being used for being connected with drive block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621439713.9U CN206359729U (en) | 2016-12-26 | 2016-12-26 | Glove knitting machine head linked system and function-driven folder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621439713.9U CN206359729U (en) | 2016-12-26 | 2016-12-26 | Glove knitting machine head linked system and function-driven folder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206359729U true CN206359729U (en) | 2017-07-28 |
Family
ID=59376462
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621439713.9U Withdrawn - After Issue CN206359729U (en) | 2016-12-26 | 2016-12-26 | Glove knitting machine head linked system and function-driven folder |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206359729U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106498616A (en) * | 2016-12-26 | 2017-03-15 | 浙江海森纺机科技有限公司 | Glove knitting machine head linked system and function-driven folder |
| CN109576888A (en) * | 2018-03-21 | 2019-04-05 | 浙江睿丰智能科技有限公司 | A kind of flat braiding machine |
-
2016
- 2016-12-26 CN CN201621439713.9U patent/CN206359729U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106498616A (en) * | 2016-12-26 | 2017-03-15 | 浙江海森纺机科技有限公司 | Glove knitting machine head linked system and function-driven folder |
| CN109576888A (en) * | 2018-03-21 | 2019-04-05 | 浙江睿丰智能科技有限公司 | A kind of flat braiding machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170728 Effective date of abandoning: 20180921 |