CN107879154A

CN107879154A - A kind of batching equipment of textile process

Info

Publication number: CN107879154A
Application number: CN201710507767.7A
Authority: CN
Inventors: 张福芳; 张鑫祥
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-06-28
Filing date: 2017-06-28
Publication date: 2018-04-06

Abstract

The invention discloses a kind of batching equipment of textile process, mechanism is flattened including base and the cloth-winding mechanism being separately fixed at left and right sides of base top end face and guiding, cloth-winding mechanism is by front and rear relative and be installed in the first support body of base top end face and the second support body forms, first support body and the second support body opposite side are arranged with the first sliding groove, the first sliding shoe is equipped with each first sliding groove, batching motor is installed with the first support body back end surface below the first sliding groove in first body, batching motor its right end face is connected with the first rotary shaft, the sliding groove that front and rear insertion is set is provided with the second relative support body of batching motor, sliding groove inner bottom wall is provided with and leads sliding groove, the second sliding shoe is slidably connected with sliding groove；The present invention is simple in construction, improves the installation and removal speed of batching roll shaft, while improves overall batching process, can realize that auto-control ration batching works, improve the quality of yardage roll.

Description

A kind of batching equipment of textile process

Technical field

The present invention relates to textile processing machine technical field, the batching equipment of particularly a kind of textile process.

Background technology

In work flow of weaving, weaving loom is completed after weaving cotton cloth, it is necessary to is drawn cloth and is delivered to a default batcher, by the volume Cloth machine is by cloth roll to a roll of cloth rewinder roll, in order to transport, preserve.Existing batcher includes two branch that activity is set relatively Frame, the cloth beam being arranged on two stands, the cloth beam being sheathed on cloth beam and the motor for driving cloth beam to rotate；Furl cloth During material, first cloth one end is fixed on cloth beam, opens motor, carries out cloth retracting action.But furl into the cloth of tubular Inconvenience is removed from cloth beam, unloads that the process of cylindrical cloth is more numerous and diverse, and need to expend larger manpower and time, and one A little batchers are when rolling yardage roll, though its cloth will not be eliminated fold or overlapping phenomenon in some cloth by tension force effect, from And the quality of the yardage roll after rolling is influenceed, and Automated condtrol is low, can not meet existing needs.

The content of the invention

The technical problems to be solved by the invention are to provide a kind of batching equipment of textile process, and it can solve the problem that above-mentioned existing In the art the problem of.

The present invention is achieved through the following technical solutions：A kind of batching equipment of textile process of the present invention, including Base and the cloth-winding mechanism being separately fixed at left and right sides of the base top end face and guiding flatten mechanism, the batching Mechanism by front and rear relative and be installed in the first support body of the base top end face and the second support body forms, first support body and The second support body opposite side is arranged with the first sliding groove, and the first sliding shoe, institute are equipped with each first sliding groove State in the first support body back end surface below first sliding groove in first body and be installed with batching motor, the volume Cloth motor its right end face is connected with the first rotary shaft, and front and rear pass through is provided with relative second support body of the batching motor The logical sliding groove set, the sliding groove inner bottom wall are provided with and lead sliding groove, and the second cunning is slidably connected with the sliding groove Motion block, the second sliding shoe front side end are rotatably assorted the second rotary shaft for being connected with and being oppositely arranged with first rotary shaft, The second sliding shoe bottom, which is provided with, stretches into the slide guide motion block led in sliding groove, and the slide guide motion block bottom is slided provided with inclined-plane Dynamic groove, the slide guide are moved and the first deep gouge are provided with front of the slot inwall, moved in first deep gouge provided with rear side end with the slide guide The first spring that block anterior end surface abuts against, sliding cavity, the cunning are provided with second support body below first deep gouge Dynamic intracavitary is provided with the 3rd sliding shoe, and screw thread is connected with the locking screw thread bar that Longitudinal extending is set on the 3rd sliding shoe, The sliding cavity and it is described lead being provided with the second support body between sliding groove and be provided with through hole, the company of being slidably matched in the through hole Be connected to the propulsion arm of Longitudinal extending setting, be provided with pushing tow inclined-plane at the top of the propulsion arm, the propulsion arm bottom end with it is described Top is fixedly connected on front side of 3rd sliding shoe, and the base bottom is provided with lowering or hoisting gear.

Preferably technical scheme, it is rotatably assorted between the first sliding shoe described in two groups and is connected with the 3rd rotary shaft, institute State and be circumferentially installed with the first roll shaft in the 3rd rotary shaft, sensing contact is equipped with end face at the top of each first sliding shoe Device, the feeler are oppositely arranged with the first sliding groove inner roof wall, the feeler and the batching motor It is electrically connected with, the second deep gouge, each second deep gouge inner roof wall and described first is provided with each first sliding groove inner roof wall At the top of sliding shoe second spring is equipped between end face.

Preferably technical scheme, first rotary shaft are fixed with clamping lock with the second rotary shaft opposite side Part, is equipped with the connecting pole being oppositely arranged on each latch piece and is fixed on the connecting pole both sides are symmetrical up and down and set The clamping lock block put, snap fit is connected with batching roll shaft between latch piece described in two groups, and the batching roll shaft both-side ends are symmetrical Provided with the jack to be connected with the connecting pole, the jack is arranged with to match somebody with somebody with the clamping lock block both sides up and down Close the latch groove of connection.

Preferably technical scheme, the locking screw thread bar top end and the sliding cavity inner roof wall are rotatably assorted company Connect, the locking screw thread bar bottom is connected with lock out motor, and the lock out motor outer surface is embedded in bottom in the sliding cavity In wall and it is fixedly connected.

Preferably technical scheme, the guiding flatten mechanism and are made up of front and rear symmetrically arranged support column, Mei Gesuo State support column opposite side and be arranged with the 4th and lead sliding groove, each described 4th leads the 4th sliding shoe is equipped with sliding groove, and two Be rotatably assorted between group the 4th sliding shoe and be connected with the second roll shaft, support column described in two groups above second roll shaft it Between be rotatably assorted and be connected with the 3rd roll shaft, the described 4th of each 4th sliding shoe bottom leads the 3rd is equipped with sliding groove Spring.

Preferably technical scheme, first spring, second spring and the 3rd spring are top pressure spring.

Preferably technical scheme, the lowering or hoisting gear include lifting platform, lifting assembly and slide guide lever, the lifting Platform is arranged on below the base, and the lifting assembly is fixedly installed on lifting countertop, the lifting assembly top surface with it is described Base end face is fixedly connected, and described lifting assembly or so is respectively arranged with the slide guide lever.

The beneficial effects of the invention are as follows：

1. pass through fixed batching motor in the first support body back end surface below the first sliding groove in first body, batching motor Its right end face is connected the first rotary shaft, and the sliding groove that front and rear insertion is set is set in the second relative support body of batching motor, sliding Dynamic groove inner bottom wall, which is set, leads sliding groove, and sliding connection the second sliding shoe, the second sliding shoe front side end are rotatably assorted in sliding groove The second rotary shaft that connection is oppositely arranged with the first rotary shaft, the first rotary shaft are fixed with the second rotary shaft opposite side and set clamping lock Part, batching work is automatically controlled so as to realize, improves operating efficiency, while facilitate being rapidly assembled and disassembled for cloth beam axle, carried High overall batching process.

2. setting the slide guide motion block for stretching into and leading in sliding groove by the second sliding shoe bottom, slide guide motion block bottom sets inclined-plane slip Groove, slide guide are moved in front of the slot inwall and set the first deep gouge, set what rear side end abutted against with slide guide motion block anterior end surface in the first deep gouge First spring, sliding cavity is set in the second support body below the first deep gouge, set the 3rd sliding shoe in sliding cavity, spiral shell on the 3rd sliding shoe The locking screw thread bar that line mating connection Longitudinal extending is set, sliding cavity and leads setting between sliding groove insertion is set in the second support body Hole, the propulsion arm that the interior sliding connection Longitudinal extending of through hole is set, propulsion arm top set pushing tow inclined-plane, propulsion arm bottom end End is fixedly connected with top on front side of the 3rd sliding shoe, is automatically controlled the movable of the second sliding shoe so as to realize, is realized to volume The locking and unblock work of cloth roll shaft, improve batching roll shaft installation rate and stability.

3. by the 3rd rotary shaft of connection that is rotatably assorted between two group of first sliding shoe, circumferential fixed the in the 3rd rotary shaft One roll shaft, each first sliding shoe top are all provided with feeler, feeler and the first sliding groove inner roof wall phase in end face To setting, feeler is electrically connected with batching motor, when feeler touches the first sliding groove inner roof wall inner roof wall When send signal and control batching motor stalls, prevent the batching excess of stroke, realize quantitative batching, pushed up in each first sliding groove The second deep gouge is set in wall, each second deep gouge inner roof wall and the first sliding shoe top is all provided with second spring between end face, so as to real Now recover initial position automatically and cause the first roll shaft to carry out top pressure rolling to the cloth on batching roll shaft, improve the matter of cloth Amount.

4. the present invention is simple in construction, it can realize and automatically control installation and removal batching roll shaft, improve the installation of batching roll shaft With dismounting speed, staff's amount of labour is reduced, while improves overall batching process, auto-control ration tuber can be realized Make, prevent the batching excess of stroke, prevented while automatic cloth rolling can be realized during batching because tension force causes fold or overlapping phenomenon Occur, improve the quality of yardage roll.

Brief description of the drawings

For ease of explanation, the present invention is described in detail by following specific embodiment and accompanying drawing.

Fig. 1 is a kind of batching device external overall structure diagram of textile process of the present invention；

Fig. 2 is the cloth-winding mechanism internal structure schematic diagram of the present invention；

Fig. 3 is the batching roll shaft front view of the present invention；

Fig. 4 is the structural representation of the latch piece of the present invention；

The guiding that Fig. 5 is the present invention flattens mechanism internal structure schematic diagram；

Fig. 6 is a kind of batching equipment top view of textile process of the invention of the present invention.

Embodiment

As shown in figs 1 to 6, the batching equipment of a kind of textile process of the invention, including base 5 and be separately fixed at Cloth-winding mechanism 6 and guiding at left and right sides of the top end face of base 5 flatten mechanism 7, and the cloth-winding mechanism 6 is by front and rear relative And it is installed in the first support body 61 of the top end face of base 5 and the second support body 62 forms, first support body 61 and described The opposite side of two support body 62 is arranged with the first sliding groove 63, and the first sliding shoe 631 is equipped with each first sliding groove 63, Batching electricity is installed with the back end surface of the first support body 61 of the lower section of first sliding groove 63 in first support body 61 Machine 610, its right end face of batching motor 610 are connected with the first rotary shaft 611, the relative institute of the batching motor 610 To state and the sliding groove 621 that front and rear insertion is set is provided with the second support body 62, the inner bottom wall of sliding groove 621 is provided with and leads sliding groove 624, It is slidably connected with the second sliding shoe 622 in the sliding groove 621, the front side end of the second sliding shoe 622 is rotatably assorted company The second rotary shaft 623 being oppositely arranged with first rotary shaft 611 is connected to, the bottom of the second sliding shoe 622 is provided with and stretched into The slide guide motion block 626 led in sliding groove 624, the bottom of slide guide motion block 626 are provided with inclined-plane sliding groove 6261, the slide guide The first deep gouge 625 is provided with the dynamic front inner wall of groove 624, rear side end and the slide guide motion block 626 are provided with first deep gouge 625 The first spring 6251 that anterior end surface abuts against, second support body 62 of the lower section of the first deep gouge 625 is interior to be provided with sliding cavity 627, the sliding cavity 627 is interior to be provided with the 3rd sliding shoe 628, and screw thread is connected with longitudinal prolong on the 3rd sliding shoe 628 Stretch the locking screw thread bar 629 of setting, the sliding cavity 627 and described lead being provided with the second support body 62 between sliding groove 624 and set There is through hole 620, the propulsion arm 6201 of Longitudinal extending setting, the propulsion arm are slidably connected with the through hole 620 6201 tops are provided with pushing tow inclined-plane 6202, and the bottom end of propulsion arm 6201 and the front side of the 3rd sliding shoe 628 top are solid Fixed connection, the bottom of base 5 is provided with lowering or hoisting gear.

Wherein, it is rotatably assorted between the first sliding shoe 631 described in two groups and is connected with the 3rd rotary shaft 632, described 3rd turn The first roll shaft 634 is circumferentially installed with moving axis 632, sensing contact is equipped with each top end face of first sliding shoe 631 Device 633, the feeler 633 are oppositely arranged with the inner roof wall of the first sliding groove 63, the feeler 633 and institute State batching motor 610 to be electrically connected with, when the feeler 633 touches the 63 inner roof wall inner roof wall of the first sliding groove Send signal and control batching motor 610 to stop operating, the second deep gouge is provided with each inner roof wall of first sliding groove 63 636, second spring 635 is equipped between each inner roof wall of second deep gouge 636 and the top end face of first sliding shoe 631, from And realize automatic recovery initial position and make it that the first roll shaft 634 carries out top pressure rolling to the cloth on batching roll shaft 8, improve The quality of cloth.

Wherein, first rotary shaft 611 is fixed with latch piece 64 with the opposite side of the second rotary shaft 623, each The connecting pole 641 being oppositely arranged is equipped with the latch piece 64 and be fixed on the connecting pole about 641 both sides it is symmetrical The clamping lock block 642 of setting, snap fit is connected with batching roll shaft 8, the both sides of batching roll shaft 8 between latch piece 64 described in two groups The jack 81 that end symmetrical is provided with to be connected with the connecting pole 641, the jack are arranged with use in both sides about 81 With the latch groove 82 being connected with the clamping lock block 642, so as to facilitate being rapidly assembled and disassembled for cloth beam axle 8, improve whole Body batching speed.

Wherein, the top end of locking screw thread bar 629 is rotatably assorted with the inner roof wall of sliding cavity 627 and is connected, the lock Determine the bottom of threaded rod 629 to be connected with lock out motor 6291, the outer surface of lock out motor 6291 is embedded in the sliding cavity 627 In inner bottom wall and it is fixedly connected, automatically controls the locking of batching roll shaft 8 so as to realize and release work, reduce work people personnel The amount of labour and improve dismounting speed.

Wherein, the guiding flattens mechanism 7 and is made up of front and rear symmetrically arranged support column 71, each phase of support column 71 Offside is arranged with the 4th and leads sliding groove 72, and each described 4th leads the 4th sliding shoe 721 is equipped with sliding groove 72, two groups of institutes State to be rotatably assorted between the 4th sliding shoe 721 and be connected with the second roll shaft 73, support described in two groups of the top of the second roll shaft 73 It is rotatably assorted between post 71 and is connected with the 3rd roll shaft 74, the described 4th of each bottom of 4th sliding shoe 721 leads sliding groove The 3rd spring 722 is equipped with 72, though prevent cloth from being caused fold or again by tension force effect while support cloth so as to realize Folded phenomenon, so as to influence the quality of the yardage roll after rolling.

Wherein, first spring 6251, the spring 722 of second spring 635 and the 3rd are top pressure spring.

Wherein, the lowering or hoisting gear includes lifting platform 2, lifting assembly 21 and slide guide lever 22, and the lifting platform 2 is arranged on The lower section of base 5, the lifting assembly 21 are fixedly installed on the top surface of lifting platform 2, the top surface of lifting assembly 21 and the bottom 5 bottom surfaces of seat are fixedly connected, and the lifting assembly 21 or so is respectively arranged with the slide guide lever 22, by setting the lifting to fill Operation height can freely be adjusted by putting.

During original state, the top of the first sliding shoe 631 in the first support body 61 and the second support body 62 by second spring 635 Pressure, the first sliding shoe 631 in the first support body 61 and the second support body 62 is set to be located at the lowest position in the first sliding groove 63, Now, the feeler 633 in the top end face of the first sliding shoe 631 is at utmost away from the inner roof wall of the first sliding groove 63, together When, the 3rd sliding shoe 628 drives locking screw thread bar 629 to rotate by lock out motor 6291, and the 3rd is driven by locking screw thread bar 629 Sliding shoe 628 is located at the lowest position in sliding cavity 627, now, the bottom of propulsion arm 6201 is driven most by the 3rd sliding shoe 628 Big degree is stretched into sliding cavity 627, meanwhile, the top end of propulsion arm 6201 is fully retracted in through hole 620, and now, slide guide is moved Slide guide motion block 626 in groove 624 is located at slide guide motion block 626 and led in sliding groove 624 by the pressure on top surface of the first spring 625 Last side position, meanwhile, drive the right-hand end of the second sliding shoe 622 at utmost to stretch out the second support body 62 by slide guide motion block 626 Outside back end surface, now, pushing tow inclined-plane 6202 and the toe lateral section of inclined-plane sliding groove 6261 at the top of propulsion arm 6201 are in relative shape State, meanwhile, pressure on top surface of the 4th sliding shoe 721 in sliding groove 72 by the 3rd spring 722 is led in front and rear sides the 4th, makes the 4th Sliding shoe 721 leads top position in sliding groove 72 positioned at the 4th, and now, the 4th sliding shoe 721 drives the second roll shaft 73 to push up Portion's outer wall abuts against with the bottom outer wall of the 3rd roll shaft 74.

Between coiling is needed in use, batching roll shaft 8 is moved into front and rear sides latch piece 64 first, simultaneously so that The jack 81 and latch groove 82 of the both sides of batching roll shaft 8 respectively with the connecting pole 641 and clamping lock on front and rear sides latch piece 64 Block 642 is in relative position, and then batching roll shaft 8 is moved in side forward so that the jack 81 and latch groove of the front side of batching roll shaft 8 82 are connected with the connecting pole 641 on front side latch piece 64 and clamping lock block 642, are then driven and locked by lock out motor 6291 Determine threaded rod 629 to rotate, the propulsion arm on the 3rd sliding shoe 628 and the 3rd sliding shoe 628 is driven by locking screw thread bar 629 6201 move up, until the pushing tow inclined-plane 6202 on propulsion arm 6201 stretch into inclined-plane sliding groove 6261 and with inclined-plane sliding groove 6261 toe lateral section inclined-planes slide and compress mating connection, now, continue to control lock out motor 6291 to drive 629 turns of locking screw thread bar Dynamic, until when the 3rd sliding shoe 628 is moved to the top position in sliding cavity 627, now, pushing tow inclined-plane 6202 is slided with inclined-plane Dynamic groove 6261 slides and compresses cooperation so that slide guide motion block 626 overcomes the pressure on top surface of the first spring 6251 to slide into lead sliding groove 624 Interior most forward position, the first spring 6251 is set to be fully inserted into the first deep gouge 625, now, slide guide motion block 626 drives second to slide Motion block 622 is slid completely into sliding groove 621, meanwhile, the second sliding shoe 622 drives the connecting pole 641 on the latch piece 64 of rear side And in the jack 81 and latch groove 82 of the fully-inserted rear side of batching roll shaft 8 of clamping lock block 642, now control lock out motor 6291 Stop operating, then by cloth through the bottom wall of the 3rd roll shaft 74 and the roof of the second roll shaft 73, then by cloth and batching Roll shaft 8 is fixedly connected, and now, drives the first rotary shaft 611 to rotate by batching motor 610, the is driven by the first rotary shaft 611 The batching roll shaft 8 between the latch piece 64 in the rotary shaft 611 of latch piece 64 and first in two rotary shafts 623 rotates, with Cloth increase on batching roll shaft 8, makes the first roll shaft 634 overcome the pressure on top surface of second spring 635 gradually to move up, until the When one sliding shoe 631 is moved to the top position in the first sliding groove 63, now, in the top end face of the first sliding shoe 631 Feeler 633 abuts against with the inner roof wall of the first sliding groove 63, while sends signal by feeler 633 and control batching Motor 610 stops operating, and so as to realize the quantitative control of intelligence, prevents the batching excess of stroke, and now, second spring 635 is fully inserted into the In two deep gouges 636.

The beneficial effects of the invention are as follows：

The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any The change or replacement expected without creative work, it should all be included within the scope of the present invention.Therefore, it is of the invention Protection domain should be determined by the scope of protection defined in the claims.

Claims

1. a kind of batching equipment of textile process, including base and the batching that is separately fixed at left and right sides of base top end face Mechanism and guiding flatten mechanism, it is characterised in that：Cloth-winding mechanism is by front and rear relative and be installed in the first of base top end face Support body and the second support body composition, the first support body and the second support body opposite side are arranged with the first sliding groove, each first sliding groove Inside it is equipped with the first sliding shoe, batching electricity is installed with the first support body back end surface below the first sliding groove in first body Machine, batching motor its right end face are connected with the first rotary shaft, front and rear penetrate are provided with the second relative support body of batching motor The sliding groove of setting, sliding groove inner bottom wall are provided with and lead sliding groove, and the second sliding shoe is slidably connected with sliding groove, and second slides Motion block front side end is rotatably assorted the second rotary shaft for being connected with and being oppositely arranged with the first rotary shaft, and the second sliding shoe bottom, which is provided with, stretches Enter the slide guide motion block led in sliding groove, slide guide motion block bottom is provided with inclined-plane sliding groove, and slide guide, which is moved, is provided with first in front of the slot inwall Deep gouge, the first spring abutted against provided with rear side end with slide guide motion block anterior end surface in the first deep gouge, the below the first deep gouge Sliding cavity is provided with two support bodys, is provided with the 3rd sliding shoe in sliding cavity, screw thread is connected with Longitudinal extending on the 3rd sliding shoe The locking screw thread bar of setting, sliding cavity and leads being provided with the second support body between sliding groove and is provided with through hole, slip in through hole The propulsion arm of Longitudinal extending setting is connected with, pushing tow inclined-plane is provided with the top of propulsion arm, propulsion arm bottom end is slided with the 3rd Top is fixedly connected on front side of motion block, and base bottom is provided with lowering or hoisting gear.

A kind of 2. batching equipment of textile process according to claim 1, it is characterised in that：First sliding shoe described in two groups Between be rotatably assorted and be connected with the 3rd rotary shaft, be circumferentially installed with the first roll shaft in the 3rd rotary shaft, each described first Feeler is equipped with end face at the top of sliding shoe, the feeler is relative with the first sliding groove inner roof wall to be set Put, the feeler is electrically connected with the batching motor, and it is heavy to be provided with second in each first sliding groove inner roof wall At the top of groove, each second deep gouge inner roof wall and first sliding shoe second spring is equipped between end face.

A kind of 3. batching equipment of textile process according to claim 1, it is characterised in that：First rotary shaft and institute State the second rotary shaft opposite side and be fixed with latch piece, the connecting pole being oppositely arranged is equipped with each latch piece and is consolidated The clamping lock block of the symmetrical setting in both sides above and below the connecting pole is scheduled on, snap fit is connected with batching between latch piece described in two groups Roll shaft, the batching roll shaft both-side ends are arranged with the jack to be connected with the connecting pole, above and below the jack Both sides are arranged with the latch groove to be connected with the clamping lock block.

A kind of 4. batching equipment of textile process according to claim 1, it is characterised in that：At the top of the locking screw thread bar End is rotatably assorted with the sliding cavity inner roof wall to be connected, and the locking screw thread bar bottom is connected with lock out motor, the lock Outer surface of motor is determined in the sliding cavity inner bottom wall and is fixedly connected.

A kind of 5. batching equipment of textile process according to claim 1, it is characterised in that：It is described guiding flatten mechanism by Front and rear symmetrically arranged support column composition, each support column opposite side are arranged with the 4th and lead sliding groove, and each described the Four lead the 4th sliding shoe are equipped with sliding groove, are rotatably assorted between the 4th sliding shoe described in two groups and are connected with the second roll shaft, institute State to be rotatably assorted between support column described in two above the second roll shaft groups and be connected with the 3rd roll shaft, each 4th sliding shoe bottom The described 4th of portion, which leads, is equipped with the 3rd spring in sliding groove.

A kind of 6. batching equipment of textile process according to claim 5, it is characterised in that：First spring, second Spring and the 3rd spring are top pressure spring.

A kind of 7. batching equipment of textile process according to claim 1, it is characterised in that：The lowering or hoisting gear includes rising Platform, lifting assembly and slide guide lever are dropped, and the lifting platform is arranged on below the base, and the lifting assembly is fixedly installed on liter Countertop is dropped, and the lifting assembly top surface is fixedly connected with the base end face, and described lifting assembly or so is respectively arranged with institute State slide guide lever.