CN108085913A - A kind of intelligence is with the thread trimmer of side safe edge - Google Patents
A kind of intelligence is with the thread trimmer of side safe edge Download PDFInfo
- Publication number
- CN108085913A CN108085913A CN201711178381.2A CN201711178381A CN108085913A CN 108085913 A CN108085913 A CN 108085913A CN 201711178381 A CN201711178381 A CN 201711178381A CN 108085913 A CN108085913 A CN 108085913A
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- China
- Prior art keywords
- fabric
- infrared probe
- guide roll
- traveller
- moving mechanism
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06C—FINISHING, DRESSING, TENTERING OR STRETCHING TEXTILE FABRICS
- D06C13/00—Shearing, clipping or cropping surfaces of textile fabrics; Pile cutting; Trimming seamed edges
- D06C13/04—Shearing lace or embroidery, e.g. cutting loose threads
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/50—Reuse, recycling or recovery technologies
- Y02W30/66—Disintegrating fibre-containing textile articles to obtain fibres for re-use
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The invention discloses a kind of intelligence with the thread trimmer of side safe edge, including：First fabric guide roll and the second fabric guide roll；Supporting rack；First pressure roller；Fixing bracket；Cutting mechanism；First moving mechanism includes the first gradual change type compression bar between the selvedge and pecten for the one side for being arranged on fabric, and the first gradual change type compression bar is arranged between pecten and the second fabric guide roll；Wherein, first moving mechanism further includes the first infrared probe and the second infrared probe, and first moving mechanism be removably set on fixing bracket, by the first moving mechanism the first gradual change type compression bar to be driven to be moved on the selvedge of the one side of fabric, and the selvedge of the one side of fabric is arranged between the first infrared probe and the second infrared probe.By the above-mentioned means, thread trimmer disclosed in this invention suppresses the selvedge of fabric by the first gradual change type compression bar so that the selvedge of fabric is not damaged by cutter, while can also true flotation line cutting it is unaffected, the quality of fabric has been effectively ensured.
Description
Technical field
The present invention relates to textile technology field, more particularly to a kind of intelligence is with the thread trimmer of side safe edge.
Background technology
In current lace product both domestic and external, there is design concept of the significant percentage of product using " stealthy flotation line ".
Because using this design method, it is ensured that the compartmentalization of pattern is more apparent, and fancy yarns can be between pattern and pattern
It realizes seamless transition, becomes apparent from, three-dimensionally shows pattern effect.Though the product expressive force of this kind of style is stronger, compared to general
Logical lace product also increases one of trimming process, and fabric is handled unwanted " stealthy flotation line " before final finishing,
Also referred to as trimming.
In trimming flow, for fabric when by thread trimmer, it is exactly the fabric selvedge (edge) shaped to run into maximum obstacle
The problem of easily damaged.Specifically, because the process structure of the selvedge of fabric is totally different from the lace technique of live part so that
The selvedge of fabric all has significantly different in thickness, slackness, strength etc. with effective lace part, therefore fabric is passing through
During thread trimmer, the selvedge of fabric is very easy to by the cutter damage of high-speed mobile.However, once the selvedge of fabric is damaged, will make
Obtaining fabric normally can not carry out final finishing by upper pin, it is most likely that the inside and outside of view picture fabric is caused to make in quality there are unqualified
The phenomenon that useless, occurs.
The content of the invention
The invention mainly solves the technical problem of providing a kind of intelligence with the thread trimmer of side safe edge, existing skill can be solved
Thread trimmer is the damage selvedge always existed during trimming the technical issues of in art.
In order to solve the above technical problems, one aspect of the present invention is：A kind of intelligence is provided with side safe edge
Thread trimmer, including：Spaced first fabric guide roll and the second fabric guide roll, wherein fabric are defeated from the first fabric guide roll towards first direction
It send to the second fabric guide roll, and the first fabric guide roll and the second fabric guide roll are arranged in parallel, the first fabric guide roll and the second fabric guide roll are in same
One horizontal plane；Supporting rack is arranged between the first fabric guide roll and the second fabric guide roll, and is arranged on the bottom of fabric；First pressure roller,
It is arranged on fabric, and the first pressure roller is arranged between the first vertical gripper shoe and the first fabric guide roll；Fixing bracket is arranged on base
The top of cloth；Cutting mechanism, is arranged on the top of fabric, wherein cutting mechanism include the pecten that is arranged in parallel with fabric and
Be arranged on above pecten and be movably arranged in a second direction for cutting the cutter of the flotation line of fabric, and pecten is arranged on the
Between one vertical gripper shoe and the second fabric guide roll, level of the horizontal plane residing for than the top of the first vertical gripper shoe residing for pecten
Face is low, and the one side of pecten towards the second fabric guide roll is arranged at intervals with the container of multiple flotation lines for being used to accommodate fabric, wherein
First direction and second direction are vertical；First moving mechanism is arranged on the one side of fabric, is set wherein the first moving mechanism includes
The first gradual change type compression bar between the one side of fabric and pecten is put, and the first gradual change type compression bar is arranged on pecten and the second selvage guide
Between roller；Wherein, the first moving mechanism further includes spaced first infrared probe and the second infrared probe, wherein the
One infrared probe and the second infrared probe be used to detecting the one side of fabric selvedge whether in the first infrared probe and
Between second infrared probe, and the first moving mechanism is removably set on fixing bracket, to pass through first moving mechanism's band
Dynamic first gradual change type compression bar moves on the selvedge of the one side of fabric, and causes the selvedge of the one side of fabric to be arranged on first infrared
Line is popped one's head between the second infrared probe.
Wherein, supporting rack includes being in the first level branch of same level setting with the first fabric guide roll and the second fabric guide roll
Fagging and the first vertical gripper shoe being vertically set in first level support plate, wherein the top institute of the first vertical gripper shoe
Horizontal plane it is higher than the horizontal plane residing for the top of the first fabric guide roll and the second fabric guide roll；First gradual change type compression bar is close to fabric
One side be arranged in parallel with fabric, one end of the first another side of the gradual change type compression bar away from fabric is from the cloth of the one side of fabric
While it is inclined to set towards fabric center position.
Wherein, fixing bracket includes being arranged on the first supports loadboard of the one side of fabric, is disposed on first
First support plate and the second support plate at support support plate both ends, the first screw being rotatably arranged between the first support plate and the second support plate,
Every the first traveller and the second traveller that are arranged in the first supports loadboard and the first motor, wherein the first screw is arranged on first
Between traveller and the second traveller, cutting mechanism is set close to one end of the first supports loadboard, and one end of the first supports loadboard is set
There is protective cover, the first motor is arranged on the other end of the first supports loadboard, and the first motor is connected with the first screw, to pass through
One screw drives the first moving mechanism to be moved on the first traveller and the second traveller.
Wherein, the first moving mechanism includes the first sliding shoe and the first test section hingedly set with the first sliding shoe, the
The head rod being arranged in parallel with fabric is provided on one test section and is connected with head rod vertically disposed second
Bar, wherein the second connecting rod is vertically arranged with the first gradual change type compression bar, the first test section is set on the bottom away from the first sliding shoe
The first infrared probe and the second infrared probe are equipped with, wherein the first sliding shoe is equipped with to accommodate the first receipts of the first traveller
Rong Konghe is for accommodating the second accepting hole of the second traveller, and the first sliding shoe is equipped with the first spiral shell being connected with the first wire rod thread
Pit, by the first screw the first sliding shoe to be driven to be moved on the first traveller and the second traveller.
Wherein, the controller being connected with the first infrared probe and the second infrared probe, wherein controller are further included also
It is connected with the first motor, by controller the first motor to be controlled to work.
Wherein, the first sliding shoe is equipped with the second threaded hole, and the first test section is equipped with the be threadedly coupled with the second threaded hole
One swingle, so that the first test section rotates in a second direction.
Wherein, further include：Second moving mechanism is arranged on the opposite side of fabric, is set wherein the second moving mechanism includes
The second gradual change type compression bar between the opposite side and pecten of fabric is put, and the second gradual change type compression bar is arranged on pecten and second and leads
Between cloth rewinder roll；Wherein, the second moving mechanism further includes spaced 3rd infrared probe and the 4th infrared probe, wherein
Whether the selvedge that the 3rd infrared probe and the 4th infrared probe are used to detect the opposite side of fabric is visited in the 3rd infrared ray
Between head and the 4th infrared probe, and the second moving mechanism is removably set on fixing bracket, to be moved by second
Motivation structure drives the second gradual change type compression bar to be moved on the selvedge of the opposite side of fabric, and the selvedge of the opposite side of fabric is set
It puts between the 3rd infrared probe and the 4th infrared probe.
Wherein, fixing bracket includes being arranged on the second supports loadboard of the opposite side of fabric, is disposed on the second support
3rd support plate at support plate both ends and the 4th support plate, the second screw being rotatably arranged between the 3rd support plate and the 4th support plate, interval
The 3rd traveller and the 4th traveller that are arranged in the second supports loadboard and the second motor, wherein the second screw is arranged on the 3rd cunning
Between column and the 4th traveller, the second motor is arranged on the one end of the second supports loadboard away from the first support plate, wherein second
Support support plate and the first supports loadboard are arranged in parallel, and the second supports loadboard is connected with the first supports loadboard and in same level
Face, wherein the second motor is connected with the second screw, to drive the second moving mechanism in the 3rd traveller and the 3rd by the second screw
It is moved on traveller.
Wherein, the second moving mechanism includes the second sliding shoe and the second test section hingedly set with the second sliding shoe, the
The 3rd connecting rod being arranged in parallel with fabric is provided on two test sections and is connected with the 3rd connecting rod the vertically disposed 4th
Bar, wherein the 4th connecting rod is vertically arranged with the second gradual change type compression bar, the second test section is set on the bottom away from the second sliding shoe
The 3rd infrared probe and the 4th infrared probe are equipped with, wherein the second sliding shoe is equipped with to accommodate the 3rd receipts of the 3rd traveller
Rong Konghe is for accommodating the 4th accepting hole of the 4th traveller, and the second sliding shoe is equipped with the 3rd spiral shell being connected with the second wire rod thread
Pit, by the second screw the second sliding shoe to be driven to be moved on the 3rd traveller and the 4th traveller.
Wherein, the second gradual change type compression bar is arranged in parallel close to the one side of fabric with fabric, and the second gradual change type compression bar is separate
One end of the another side of fabric is inclined to set from the selvedge of the opposite side of fabric towards fabric center position；Controller respectively with
3rd infrared probe, the 4th infrared probe and the connection of the second motor, by controller the second motor to be controlled to work；Second
Sliding shoe is equipped with the 4th threaded hole, and the second test section is equipped with the second swingle being threadedly coupled with the 4th threaded hole, so that the
Two test sections rotate in a second direction.
The beneficial effects of the invention are as follows：The situation of the prior art is different from, intelligence disclosed in this invention is with side safe edge
Thread trimmer belongs to original creation at home, the selvedge of fabric is suppressed by the first gradual change type compression bar so that the selvedge of fabric is not cut
Knife damages, and can thoroughly solve the problems, such as that selvedge is impaired, moreover it is possible to ensure that the cutting of flotation line is unaffected, fabric has been effectively ensured
Quality so as to ensure that being smoothed out for product final finishing, greatly reduces what later process was overhauled due to quality is bad
Possibility so that final finishing First Pass Yield is substantially improved, and reduces cost of labor and hold facility cost.
Description of the drawings
Fig. 1 is first structure schematic diagram of the intelligence of the invention with the thread trimmer of side safe edge；
Fig. 2 is second structure diagram of the intelligence of the invention with the thread trimmer of side safe edge；
Fig. 3 is threeth structure diagram of the intelligence of the invention with the thread trimmer of side safe edge；
Fig. 4 is partial enlargement structural representation of the intelligence of the invention with the thread trimmer of side safe edge.
Specific embodiment
It is first structure schematic diagram of the intelligence of the invention with the thread trimmer of side safe edge to please refer to Fig.1-4, Fig. 1；Fig. 2 is this hair
Wisdom can be with the second structure diagram of the thread trimmer of side safe edge；Fig. 3 is intelligence of the invention with the 3rd of the thread trimmer of side safe edge
Structure diagram；Fig. 4 is partial enlargement structural representation of the intelligence of the invention with the thread trimmer of side safe edge.The intelligence is with side safe edge
Thread trimmer include the first fabric guide roll 111, the second fabric guide roll 112, supporting rack, the first pressure roller 115, fixing bracket, cutting mechanism,
First moving mechanism and controller.
First fabric guide roll 111 and the second fabric guide roll 112 are arranged at intervals.In the present embodiment, fabric 110 is from the first fabric guide roll
111 are delivered to the second fabric guide roll 112 towards first direction A.
Preferably, the first fabric guide roll 111 and the second fabric guide roll 112 are arranged in parallel, and the first fabric guide roll 111 and the second selvage guide
Roller 112 is in same level.
Supporting rack is arranged between the first fabric guide roll 111 and the second fabric guide roll 112, and wherein supporting rack is arranged on fabric 110
Bottom, with by supporting rack by 110 lifting of fabric.
In the present embodiment, supporting rack includes setting in same level with the first fabric guide roll 111 and the second fabric guide roll 112
The first level support plate 113 put and the first vertical gripper shoe 114 being vertically set in first level support plate 113.Into
One step, horizontal plane where the top of the first vertical gripper shoe 114 is than the top of the first fabric guide roll 111 and the second fabric guide roll 112
Horizontal plane residing for portion is high, with by the first vertical gripper shoe 114 by the base on the first fabric guide roll 111 and the second fabric guide roll 112
110 lifting of cloth, so that the fabric 110 on the first fabric guide roll 111 and the second fabric guide roll 112 is in tensioning state (i.e. fabric 110
In tension).
First pressure roller 115 is arranged on fabric 110, and the first pressure roller 115 is arranged on the first vertical gripper shoe 114 and first
Between fabric guide roll 111.It is to be understood that the first pressure roller 115 is compressed on fabric 110, i.e. the first pressure roller 115 applies pressure in fabric
On 110, further strengthen the tension dynamics of fabric 110.
Fixing bracket is arranged on the top of fabric 110.In the present embodiment, fixing bracket includes being arranged on fabric
First supports loadboard 101 of 110 one side, the first support plate 102 and the second load for being disposed on 101 both ends of the first supports loadboard
Plate 103, the first screw 106 being rotatably arranged between the first support plate 102 and the second support plate 103 are disposed on the first support
The first traveller 104 and the second traveller 105 and the first motor 107 on support plate 101.
Further, the first screw 106 is arranged between the first traveller 104 and the second traveller 105, and the first motor 107 is set
The other end in the first supports loadboard 101 is put, and the first motor 107 is connected with the first screw 106, to pass through the first screw 106
The first moving mechanism is driven to be moved on the first traveller 104 and the second traveller 105.
Cutting mechanism is arranged on the top of fabric 110, and wherein cutting mechanism is set close to one end of the first supports loadboard 101
It puts.In the present embodiment, cutting mechanism includes the pecten 116 being arranged in parallel with fabric 110 and is arranged on 116 top of pecten
And the cutter 117 that B is movably arranged in a second direction, wherein cutter 117 are used to cut the flotation line of fabric 110.Wherein first party
It is vertical to A and second direction B.It is to be understood that cutting mechanism further includes the first fixed frame for being useful for fixed pecten 116 and is used for
Second fixed frame of fixed cutting tool 117, wherein the second fixed frame is removably set on the first fixed frame so that 117 court of cutter
Second direction B is moved on pecten 116.It is worth noting that, cutter 117 includes the first cutter of triangular shape and in three
Second cutter of angular shape, wherein one side of the first cutter and the second cutter contacts and (is arranged in parallel) with pecten 116.
In the present embodiment, pecten 116 is arranged between the first vertical gripper shoe 114 and the second fabric guide roll 112, and pecten
Horizontal plane residing for 116 is lower than the horizontal plane residing for the top of the first vertical gripper shoe 114.It is to be understood that pecten 116 is compressed on base
On cloth 110, i.e., pecten 116 applies pressure on fabric 110, further strengthens the tension dynamics of fabric 110.
Further, the one side of pecten 116 towards the second fabric guide roll 112 is arranged at intervals with multiple for accommodating fabric 110
Flotation line container so that by the fabric 110 of pecten 116, the flotation line of fabric 110 can be housed in container, i.e. fabric
110 flotation line can swim in the top of pecten 116.
It is to be understood that in some embodiments, the top of pecten 116 is provided with suction machine, 116 lower section of pecten can will be in
The flotation line suction of fabric 110 gets up to swim on pecten 116, and so more convenient cutter 117 cuts the flotation line of fabric 110.And or
The lower section of the fabric 110 of person's pecten 116 is equipped with exhaust blower, to blow fabric 110 by air pressure of the exhaust blower injection with pressure
Flotation line is swum on pecten 116.
In the present embodiment, one end of the first supports loadboard 101 is provided with protective cover 13, can be to core component and operation
Personnel play a protective role.
First moving mechanism is arranged on the one side of fabric 110.Wherein the first moving mechanism, which includes, is arranged on fabric 110
The first gradual change type compression bar 121 between one side and pecten 116, and the first gradual change type compression bar 121 is arranged on pecten 116 and second and leads
Between cloth rewinder roll 112.It is to be understood that the first gradual change type compression bar 121 is arranged between the one side of fabric 110 and pecten 116, fabric 110
The pressure for being subject to the first gradual change type compression bar 121 downward so that the selvedge of fabric 110 is maintained a certain distance with cutter 117, is played
The function of real-time guard selvedge.
In the present embodiment, the first gradual change type compression bar 121 is arranged in parallel close to the one side of fabric 110 with fabric 110, and
During one end of first another side of the gradual change type compression bar 121 away from fabric 110 is from the selvedge of the one side of fabric 110 towards fabric 110
Heart direction is inclined to set, i.e., the thickness ratio first of one end of the first another side of the gradual change type compression bar 121 away from fabric 110 is gradually
Variant compression bar 121 is big close to the thickness of the other end of the another side of fabric 110.Wherein the first gradual change type compression bar 121 can be in
It is rectangular-shaped, it can also be cylindrical.
Significantly, since the first gradual change type compression bar 121 is inclined to set, i.e. the thickness of the first gradual change type compression bar 121
Degree gradual change type successively decrease, therefore the first gradual change type compression bar 121 be to the active force of fabric 110 from the one side of fabric 110 selvedge to
Gradually weaken at the center of fabric 110 so that the selvedge of the one side of fabric 110 is tightly suppressed by the first gradual change type compression bar 121, can be with
The selvedge of the one side of fabric 110 is effectively protected not cut to by cutter 117, while the flotation line of 110 the inside of fabric can also be allowed not leak
It cuts.
Further, the first moving mechanism further includes spaced first infrared probe, 123 and second infrared ray and visits
First 124, wherein the first infrared probe 123 and the second infrared probe 124 be used to detecting the one side of fabric 110 selvedge whether
Between the first infrared probe 123 and the second infrared probe 124.Specifically, the first infrared probe 123 and second is red
Outside line probe 124 is set in same level, and the first infrared probe 123 is set close to fabric 110, and the second infrared ray is visited
First 124 are set away from fabric 110.
In the present embodiment, the first infrared probe 123 is used to emit infrared ray to detect 123 institute of the first infrared probe
Whether the infrared ray direction of transmitting has fabric 110, and the second infrared probe 124 is infrared to detect second for emitting infrared ray
Whether the infrared ray direction that line probe 124 is emitted has fabric 110.If the infrared ray that the first infrared probe 123 is emitted
Direction does not have fabric 110, then the first moving mechanism moves towards close to 110 direction of fabric so that the first infrared probe 123 is sent out
There is fabric 110 in the infrared ray direction penetrated；If there is fabric 110 in the infrared ray direction that the second infrared probe 124 is emitted, the
One moving mechanism moves towards away from 110 direction of fabric so that the infrared ray direction that the second infrared probe 124 is emitted does not have base
Cloth 110 so that the selvedge of the one side of fabric 110 be arranged on the first infrared probe 123 and the second infrared probe 124 it
Between.
In the present embodiment, the first moving mechanism is removably set on fixing bracket, to pass through first moving mechanism's band
Dynamic first gradual change type compression bar 121 moves on the selvedge of the one side of fabric 110, and the selvedge of the one side of fabric 110 is set
Between the first infrared probe 123 and the second infrared probe 124.
Further, the first inspection that the first moving mechanism includes the first sliding shoe 120 and hingedly set with the first sliding shoe 120
Survey portion 122.In the present embodiment, the first sliding shoe 120 is equipped with for the first accepting hole of the first traveller 104 of collecting and for receiving
Hold the second accepting hole of the second traveller 105, and the first sliding shoe 120 is equipped with the first screw thread being threadedly coupled with the first screw 106
Hole, by the first screw 106 the first sliding shoe 120 to be driven to be moved on the first traveller 104 and the second traveller 105.
Wherein the first sliding shoe 120 is equipped with the second threaded hole, and the first test section 122 is equipped with and is threadedly coupled with the second threaded hole
The first swingle so that the first test section 122 rotates in a second direction.
In the present embodiment, be provided on the first test section 122 the head rod 121a that is arranged in parallel with fabric 110 with
And with the vertically disposed second connecting rod 121b of head rod 121a, wherein the second connecting rod 121b and the first gradual change type compression bar
121 are vertically arranged.
It is to be understood that in some embodiments, head rod 121a is scalable to be arranged on the first test section 122, to change
Become the pressure that the first gradual change type compression bar 121 is applied on fabric 110.
First test section 122 is provided with the first infrared probe 123 and second on the bottom away from the first sliding shoe 120 red
Outside line probe 124.
Controller is connected with the first infrared probe 123 and the second infrared probe 124, with from the first infrared probe
123 and second obtain detection information in infrared probe 124, and wherein controller is also connected with the first motor 107, to pass through control
Device controls the first motor 107 to work.
Specifically, the first infrared probe 123 transmitting infrared ray with detect the first infrared probe 123 emitted it is infrared
Whether line direction has fabric 110, while the second infrared probe 124 emits infrared ray to detect 124 institute of the second infrared probe
Whether the infrared ray direction of transmitting has fabric 110.If the infrared ray direction that the first infrared probe 123 is emitted does not have fabric
110, the first infrared probe 123 sends the first signal to controller, and controller sends the first instruction to the according to the first signal
One motor 107, the first motor 107 generate rotation after receiving the first instruction, to drive the first moving mechanism towards close to fabric 110
It moves in direction so that there is fabric 110 in the infrared ray direction that the first infrared probe 123 is emitted.If the second infrared probe
There is fabric 110 in the 124 infrared ray directions emitted, and the second infrared probe 124 sends secondary signal to controller, controller root
The second instruction is sent to the first motor 107 according to secondary signal, and the first motor 107 generates rotation after receiving the second instruction, with band
Dynamic then the first moving mechanism moves towards away from 110 direction of fabric so that the infrared ray direction that the second infrared probe 124 is emitted
There is no fabric 110, so that the selvedge of the one side of fabric 110 is arranged on the first infrared probe 123 and the second infrared ray is visited
Between first 124.
It is to be understood that in the present embodiment, which further includes the second moving mechanism with the thread trimmer of side safe edge.Wherein second
Moving mechanism is arranged on the opposite side of fabric 110.
In the present embodiment, the second moving mechanism includes between the opposite side for being arranged on fabric 110 and pecten 116
Two gradual change type compression bars, and the second gradual change type compression bar is arranged between 116 and second fabric guide roll 112 of pecten.It is to be understood that the second gradual change
Formula compression bar is arranged between the opposite side of fabric 110 and pecten 116, and fabric 110 is subject to the downward pressure of the second gradual change type compression bar,
So that the selvedge of fabric 110 is maintained a certain distance with cutter 117, the function of real-time guard selvedge is played.
In the present embodiment, the second gradual change type compression bar is arranged in parallel close to the one side of fabric 110 with fabric 110, and second
The selvedge of another side of the gradual change type compression bar away from fabric 110 from the opposite side of fabric 110 is inclined towards 110 center position of fabric
It sets.I.e. thickness ratio the second gradual change type compression bar of one end of the second one side of the gradual change type compression bar away from fabric 110 is close to fabric
The thickness of the other end of 110 one side is big.Wherein the second gradual change type compression bar can be with rectangular shape, can also be cylindrical.
Significantly, since the second gradual change type compression bar is inclined to set, i.e. the gradient thickness of the second gradual change type compression bar
Formula is successively decreased, therefore the second gradual change type compression bar is from the selvedge of the opposite side of fabric 110 to fabric 110 to the active force of fabric 110
Center gradually weaken so that the selvedge of the opposite side of fabric 110 tightly by the second gradual change type compression bar suppress, can effectively protect
The selvedge of the opposite side of fabric 110 is not cut to by cutter 117, while the flotation line of 110 the inside of fabric can also be allowed not leak and cut.
Further, the second moving mechanism further includes spaced 3rd infrared probe and the 4th infrared probe,
Whether the selvedge that wherein the 3rd infrared probe and the 4th infrared probe are used to detect the opposite side of fabric 110 is red in the 3rd
Outside line is popped one's head between the 4th infrared probe.Specifically, the 3rd infrared probe and the 4th infrared probe are in same water
Plane is set, and the 3rd infrared probe is set close to fabric 110, and the 4th infrared probe is set away from fabric 110.
In the present embodiment, the 3rd infrared probe is emitted for emitting infrared ray with detecting the 3rd infrared probe
Whether infrared ray direction has fabric 110, and the 4th infrared probe is used to emit infrared ray to detect the 4th infrared probe institute
Whether the infrared ray direction of transmitting has fabric 110.If the infrared ray direction that the 3rd infrared probe is emitted does not have fabric
110, then the second moving mechanism is towards close to the movement of 110 direction of fabric so that the infrared ray direction that the 3rd infrared probe is emitted
There is fabric 110；If there is a fabric 110 in the infrared ray direction that the 4th infrared probe is emitted, the second moving mechanism is towards separate
It moves in 110 direction of fabric so that the infrared ray direction that the 4th infrared probe is emitted does not have fabric 110, so that fabric
The selvedge of 110 opposite side is arranged between the 3rd infrared probe and the 4th infrared probe.
In the present embodiment, the second moving mechanism is removably set on fixing bracket, to pass through second moving mechanism's band
Dynamic second gradual change type compression bar moves on the selvedge of the opposite side of fabric 110, and the selvedge of the opposite side of fabric 110 is set
Between the 3rd infrared probe and the 4th infrared probe.
Further, fixing bracket further includes the second supports loadboard of the opposite side for being arranged on fabric 110, is disposed on
3rd support plate and the 4th support plate at the second supports loadboard both ends, second be rotatably arranged between the 3rd support plate and the 4th support plate
Bar, the 3rd traveller being disposed in the second supports loadboard and the 4th traveller and the second motor.
In the present embodiment, the second screw is arranged between the 3rd traveller and the 4th traveller, and the second motor is arranged on second
On the one end of supports loadboard away from the first support plate.Preferably, the second supports loadboard and the first supports loadboard are arranged in parallel, and the
Two supports loadboards connect with the first supports loadboard and in same levels, wherein the second motor is connected with the second screw, with logical
Crossing the second screw drives the second moving mechanism to be moved on the 3rd traveller and the 3rd traveller.
Further, the second detection that the second moving mechanism includes the second sliding shoe and hingedly set with the second sliding shoe
Portion.In the present embodiment, the second sliding shoe is equipped with for the 3rd accepting hole of the 3rd traveller of collecting and for accommodating the 4th traveller
The 4th accepting hole, and the second sliding shoe is equipped with the 3rd threaded hole that is connected with the second wire rod thread, to pass through the second screw band
Dynamic the second sliding shoe moves on the 3rd traveller and the 4th traveller.
Wherein the second sliding shoe is equipped with the 4th threaded hole, and the second test section is equipped with second be threadedly coupled with the 4th threaded hole
Swingle, so that the second test section rotates in a second direction.
In the present embodiment, the 3rd connecting rod that is arranged in parallel with fabric 110 is provided on the second test section and with
Vertically disposed 4th connecting rod of three connecting rods, wherein the 4th connecting rod is vertically arranged with the second gradual change type compression bar.
It is to be understood that in some embodiments, the 3rd connecting rod is scalable to be arranged on the second test section, to change second gradually
Variant compression bar is applied to the pressure on fabric 110.
Second test section is provided with the 3rd infrared probe and the 4th infrared probe on the bottom away from the second sliding shoe.
Wherein controller is connected respectively with the 3rd infrared probe, the 4th infrared probe and the second motor, to be controlled by controller
Second motor works.
Specifically, the 3rd infrared probe emits infrared ray to detect the infrared ray direction that the 3rd infrared probe is emitted
Whether fabric 110 is had, while the 4th infrared probe emits infrared ray to detect the infrared ray that the 4th infrared probe is emitted
Whether direction has fabric 110.If the infrared ray direction that the 3rd infrared probe is emitted does not have fabric 110, the 3rd infrared ray
Probe sends the 3rd signal to controller, and controller sends the 3rd instruction to the second motor according to the 3rd signal, and the second motor connects
Rotation is generated after receiving the 3rd instruction, the second moving mechanism to be driven to be moved towards close to 110 direction of fabric so that the 3rd infrared ray
There is fabric 110 in the emitted infrared ray direction of probe.If there is fabric in the infrared ray direction that the 4th infrared probe is emitted
110, the 4th infrared probe sends fourth signal to controller, and controller sends the 4th instruction to the second electricity according to fourth signal
Machine, the second motor generate rotation after receiving the 4th instruction, and with drive, then the second moving mechanism moves towards away from 110 direction of fabric
It is dynamic so that the infrared ray direction that the 4th infrared probe is emitted does not have fabric 110, so that the opposite side of fabric 110
Selvedge is arranged between the 3rd infrared probe and the 4th infrared probe.
The present embodiment in the both sides of thread trimmer by being respectively mounted double infrared probes, in real time to the selvedge position of fabric both sides
It puts and is detected, and the data detected are conducted to controller and carry out logic analysis, controller is according under data results
Motor is issued a command to, so as to correspondingly carry out left and right adjustment to moving mechanism by motor, it is ensured that the selvedge of fabric is in double red
Between outside line probe.It is to be understood that infrared probe detection accuracy has reached grade, the reality of the selvedge of fabric can be accurately positioned
When position.It is worth noting that, the technology that the controller of the present embodiment handles the data of infrared probe may be employed
The prior art does not repeat one by one herein.
Further, in some embodiments, the second scalable settings of connecting rod 121b, to change the first gradual change type compression bar
121 are applied to the pressure of fabric.Or the 4th scalable setting of connecting rod, it is applied to fabric to change the second gradual change type compression bar
Pressure.
To sum up, intelligence disclosed in this invention belongs to original creation at home with the thread trimmer of side safe edge, passes through the first gradual change
Formula compression bar suppresses the selvedge of fabric so that the selvedge of fabric is not damaged by cutter, can thoroughly solve the problems, such as that selvedge is impaired, also
It can ensure that the cutting of flotation line is unaffected, the quality of fabric be effectively ensured, so as to ensure that being smoothed out for product final finishing,
Greatly reducing the possibility that later process is overhauled due to quality is bad so that final finishing First Pass Yield is substantially improved,
Reduce cost of labor and hold facility cost.
The foregoing is merely the embodiment of the present invention, are not intended to limit the scope of the invention, every to utilize this hair
The equivalent structure or equivalent flow shift that bright specification and accompanying drawing content are made directly or indirectly is used in other relevant skills
Art field, is included within the scope of the present invention.
Claims (10)
1. a kind of intelligence is with the thread trimmer of side safe edge, which is characterized in that including：
Spaced first fabric guide roll and the second fabric guide roll, wherein fabric are delivered to from first fabric guide roll towards first direction
Second fabric guide roll, and first fabric guide roll and second fabric guide roll are arranged in parallel, first fabric guide roll and described
Second fabric guide roll is in same level；
Supporting rack is arranged between first fabric guide roll and second fabric guide roll, and is arranged on the bottom of the fabric；
First pressure roller is arranged on the fabric, and first pressure roller is arranged on first vertical gripper shoe and described
Between one fabric guide roll；
Fixing bracket is arranged on the top of the fabric；
Cutting mechanism is arranged on the top of the fabric, wherein the cutting mechanism includes what is be arranged in parallel with the fabric
Pecten and be arranged on above the pecten and be movably arranged in a second direction for cutting cutting for the flotation line of the fabric
Knife, and the pecten is arranged between first vertical gripper shoe and second fabric guide roll, the level residing for the pecten
Face is lower than the horizontal plane residing for the top of first vertical gripper shoe, and the pecten is towards the one side of second fabric guide roll
The container of multiple flotation lines for being used to accommodate the fabric is arranged at intervals with, wherein the first direction and the second direction are hung down
Directly；
First moving mechanism is arranged on the one side of the fabric, wherein first moving mechanism, which includes, is arranged on the base
The first gradual change type compression bar between the one side of cloth and the pecten, and the first gradual change type compression bar is arranged on the pecten and institute
It states between the second fabric guide roll；
Wherein, first moving mechanism further includes spaced first infrared probe and the second infrared probe, wherein
Whether first infrared probe and second infrared probe are used to detect the selvedge of the one side of the fabric in institute
State between the first infrared probe and second infrared probe, and first moving mechanism be removably set on it is described solid
On fixed rack, to drive the first gradual change type compression bar on the selvedge of the one side of the fabric by first moving mechanism
It is mobile, and cause the one side of the fabric selvedge be arranged on first infrared probe and second infrared probe it
Between.
2. thread trimmer according to claim 1, which is characterized in that support frame as described above includes and first fabric guide roll and institute
The second fabric guide roll is stated to be in the first level support plate of same level setting and be vertically set on the first level support
The first vertical gripper shoe on plate, wherein the horizontal plane where the top of first vertical gripper shoe is than first fabric guide roll
It is high with the horizontal plane residing for the top of second fabric guide roll；
The first gradual change type compression bar is arranged in parallel close to the one side of the fabric with the fabric, the first gradual change type pressure
The selvedge of one end of another side of the bar away from the fabric from the one side of the fabric is inclined towards the fabric center position
It sets.
3. thread trimmer according to claim 1, which is characterized in that the fixing bracket includes being arranged on the fabric
One side the first supports loadboard, be disposed on the first supports loadboard both ends the first support plate and the second support plate, rotate
It is arranged on the first screw between first support plate and second support plate, is disposed in first supports loadboard
First traveller and the second traveller and the first motor are slided wherein first screw is arranged on first traveller and described second
Between column, the cutting mechanism is set close to one end of first supports loadboard, and one end of first supports loadboard is set
There is protective cover, first motor is arranged on the other end of first supports loadboard, and first motor and described first
Screw connects, to drive first moving mechanism on first traveller and second traveller by first screw
It is mobile.
4. thread trimmer according to claim 3, which is characterized in that first moving mechanism include the first sliding shoe and with
The first test section that first sliding shoe is hingedly set is provided with what is be arranged in parallel with the fabric on first test section
Head rod and with vertically disposed second connecting rod of the head rod, wherein second connecting rod and described the
One gradual change type compression bar is vertically arranged, and it is red that first test section is provided with described first on the bottom away from first sliding shoe
Outside line is popped one's head in and second infrared probe, wherein first sliding shoe is equipped with to accommodate the first of first traveller
Accepting hole and the second accepting hole for accommodating second traveller, and first sliding shoe is equipped with and the first screw spiral shell
First threaded hole of line connection, to drive first sliding shoe in first traveller and described the by first screw
It is moved on two travellers.
5. thread trimmer according to claim 4, which is characterized in that further include and first infrared probe and described
The controller of two infrared probes connection, wherein the controller is also connected with first motor, to pass through the controller
First motor is controlled to work.
6. thread trimmer according to claim 4, which is characterized in that first sliding shoe is equipped with the second threaded hole, described
First test section is equipped with the first swingle being threadedly coupled with second threaded hole, so that first test section is described in
Second direction rotates.
7. thread trimmer according to claim 5, which is characterized in that further include：
Second moving mechanism is arranged on the opposite side of the fabric, wherein second moving mechanism include be arranged on it is described
The second gradual change type compression bar between the opposite side of fabric and the pecten, and the second gradual change type compression bar is arranged on the pecten
Between second fabric guide roll；
Wherein, second moving mechanism further includes spaced 3rd infrared probe and the 4th infrared probe, wherein
Whether the selvedge that the 3rd infrared probe and the 4th infrared probe are used for the opposite side for detecting the fabric is in
Between 3rd infrared probe and the 4th infrared probe, and second moving mechanism be removably set on it is described
On fixing bracket, to drive the cloth of opposite side of the second gradual change type compression bar in the fabric by second moving mechanism
It is moved on side, and the selvedge of the opposite side of the fabric is caused to be arranged on the 3rd infrared probe and the 4th infrared ray
Between probe.
8. thread trimmer according to claim 7, which is characterized in that the fixing bracket includes being arranged on the another of the fabric
Second supports loadboard of one side, the 3rd support plate for being disposed on the second supports loadboard both ends and the 4th support plate, rotation are set
Put the second screw between the 3rd support plate and the 4th support plate, be disposed in second supports loadboard
Three travellers and the 4th traveller and the second motor, wherein second screw is arranged on the 3rd traveller and the 4th traveller
Between, second motor is arranged on the one end of second supports loadboard away from first support plate, wherein described
Two supports loadboards and first supports loadboard are arranged in parallel, and second supports loadboard is connected with first supports loadboard
And in same level, wherein second motor is connected with second screw, to drive institute by second screw
The second moving mechanism is stated to move on the 3rd traveller and the 3rd traveller.
9. thread trimmer according to claim 8, which is characterized in that second moving mechanism include the second sliding shoe and with
The second test section that the second sliding shoe is hingedly set is provided with what is be arranged in parallel with the fabric on second test section
3rd connecting rod and with vertically disposed 4th connecting rod of the 3rd connecting rod, wherein the 4th connecting rod and described the
Two gradual change type compression bars are vertically arranged, and it is red to be provided with the described 3rd on the bottom of second test section away from the second sliding shoe
Outside line is popped one's head in and the 4th infrared probe, wherein the second sliding shoe is equipped with to accommodate the 3rd of the 3rd traveller
Accepting hole and the 4th accepting hole for accommodating the 4th traveller, and the second sliding shoe is equipped with and the second screw spiral shell
3rd threaded hole of line connection, to drive the second sliding shoe in the 3rd traveller and described the by second screw
It is moved on four travellers.
10. thread trimmer according to claim 9, which is characterized in that the second gradual change type compression bar is close to the fabric
One side is arranged in parallel with the fabric, and one end of the another side of the second gradual change type compression bar away from the fabric is from described
The selvedge of the opposite side of fabric is inclined to set towards the fabric center position；
The controller is connected respectively with the 3rd infrared probe, the 4th infrared probe and second motor,
By the controller second motor to be controlled to work；
The second sliding shoe is equipped with the 4th threaded hole, and second test section is equipped with what is be threadedly coupled with the 4th threaded hole
Second swingle, so that second test section is rotated along the second direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711178381.2A CN108085913B (en) | 2017-11-22 | 2017-11-22 | Intelligent line shearing machine for heel and toe protection |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711178381.2A CN108085913B (en) | 2017-11-22 | 2017-11-22 | Intelligent line shearing machine for heel and toe protection |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108085913A true CN108085913A (en) | 2018-05-29 |
| CN108085913B CN108085913B (en) | 2023-09-05 |
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ID=62172250
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711178381.2A Active CN108085913B (en) | 2017-11-22 | 2017-11-22 | Intelligent line shearing machine for heel and toe protection |
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| Country | Link |
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| CN (1) | CN108085913B (en) |
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| CN110983742A (en) * | 2019-12-21 | 2020-04-10 | 佛山市南海区中宇纺织有限公司 | Cloth inspecting machine with automatic trimming function |
| CN116529434A (en) * | 2020-09-29 | 2023-08-01 | 泰克思特雷斯股份公司 | Cutting device and method for cutting non-woven sections of threads or filaments woven in a textile strip |
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|---|---|
| CN108085913B (en) | 2023-09-05 |
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