CN109730375A - School uniform made of natural plants dyed shell fabrics and its intelligent production line - Google Patents

School uniform made of natural plants dyed shell fabrics and its intelligent production line Download PDF

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Publication number
CN109730375A
CN109730375A CN201811651961.3A CN201811651961A CN109730375A CN 109730375 A CN109730375 A CN 109730375A CN 201811651961 A CN201811651961 A CN 201811651961A CN 109730375 A CN109730375 A CN 109730375A
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CN
China
Prior art keywords
school uniform
ironing
sliding
ontology
crossbeam
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201811651961.3A
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Chinese (zh)
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CN109730375B (en
Inventor
董春英
王宏勇
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Weifang Suntech Clothing Co Ltd
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Weifang Suntech Clothing Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Weifang Suntech Clothing Co Ltd filed Critical Weifang Suntech Clothing Co Ltd
Priority to CN201811651961.3A priority Critical patent/CN109730375B/en
Priority to CN202010924670.8A priority patent/CN112011942B/en
Priority to CN202010924678.4A priority patent/CN112064275A/en
Priority to CN202010924679.9A priority patent/CN112043034B/en
Priority to CN202010924680.1A priority patent/CN112006365B/en
Priority to CN202010924681.6A priority patent/CN112006366B/en
Publication of CN109730375A publication Critical patent/CN109730375A/en
Application granted granted Critical
Publication of CN109730375B publication Critical patent/CN109730375B/en
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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
    • D06C15/00—Calendering, pressing, ironing, glossing or glazing textile fabrics
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
    • D06B1/00—Applying liquids, gases or vapours onto textile materials to effect treatment, e.g. washing, dyeing, bleaching, sizing or impregnating
    • D06B1/02—Applying liquids, gases or vapours onto textile materials to effect treatment, e.g. washing, dyeing, bleaching, sizing or impregnating by spraying or projecting

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  • Engineering & Computer Science (AREA)
  • Textile Engineering (AREA)
  • Treatment Of Fiber Materials (AREA)
  • Sampling And Sample Adjustment (AREA)
  • A Measuring Device Byusing Mechanical Method (AREA)

Abstract

The invention proposes school uniform and its production lines made of a kind of natural plants dyed shell fabrics, using cloth made of cape jasmine fruit natural plant dye, successively pass through student's sampling amount sampler body, determine school uniform version type, natural plants dyed shell fabrics are cut, the sewing molding of natural plants dyed shell fabrics is whole after molding to scald, cocking is packed and stored.The intelligent production line of school uniform made of natural plants dyed shell fabrics successively includes intelligent student's sampling amount body equipment, digitlization school uniform version type equipment, cloth cutting unit, sewing unit and adjustable school uniform ironing equipment according to production procedure.For the present invention using cloth made of cape jasmine fruit natural plant dye, dyeing effect is good, has natural bacteriostatic effect, is conducive to ecological, environmental protective and student health；It is accurate that the student of the production line measures bulk measurement data, and template plate-making precisely and fast and easy, can be directed to the style fission ironing of school uniform, it is ensured that the more smooth beauty of standard school uniform ironing.

Description

School uniform made of natural plants dyed shell fabrics and its intelligent production line
Technical field
The present invention relates to school uniform production technical field, more particularly, to school uniform made of a kind of natural plants dyed shell fabrics and Its intelligent production line.
Background technique
Student uniform is the clothes for student of unified pattern as defined in school also referred to as school uniform, and middle and elementary school student is generally worn. Current existing school uniform mostly use greatly chemical dyestuff, there is certain irritation and anaphylaxis to student's skin, and it is strong to be unfavorable for body Health.And since the differences such as the figure of the student of different regions, height are bigger, in school's student uniform customized, need Student uniform manufacturer carries out sampled measurements to the figure of this school or this regional student, then can just produce and be suitble to greatly The student uniform of most figure students, the amount body method most generally used now is manual measurement.Traditional manual measurement is mainly deposited In following problems: first needs survey crew to hold tape measure when being manual measurement student measures one by one, survey crew's Heavy workload, labor intensity is high, and needs to take a substantial amount of time；Second when being manual measurement, and the data measured are measurements What personnel's tape measure came out, error of measured data is larger.
The processing of clothes is particular about and cuts the garment according to the figure, and school uniform are also such.School uniform ready-made clothes is produced to first have to according to wearer Stature determine parameter, then by beating version, cutting, production, the whole processes such as press.Traditional amount body is using the side for manually taking tape measure It is slow to measure efficiency processed for formula.Secondly, pattern making is that clothes are resolved into garment piece on cardboard according to the intention of designer, it is depicted as Structure chart, then according to structure chart produce template come.Cardboard is placed on fabric after verification, according to the profile of pattern It is cut into garment piece, ready-made clothes template production component is made after garment piece is sewed can generate shredded paper in cutting, tradition Template production component do not focus on the collection of shredded paper, shredded paper, which is splashed to, aerial is easy the affected environment of pollution.
School uniform carry out playing version and typesetting in batch making first, then cut sewing, prevent standard after the completion of sewing School uniform play fold, keep school uniform more beautiful and generous, need to carry out ironing processing to standard school uniform, traditional ironing technology is by ironing Head rapid walks through on the surface of school uniform, and there are ironing blind areas in the place of school uniform, cause ironing uneven.
Summary of the invention
The present invention proposes school uniform made of a kind of natural plants dyed shell fabrics and its intelligent production line, natural using cape jasmine fruit Cloth made of vegetable colour, dyeing effect is good, has natural bacteriostatic effect, is conducive to ecological, environmental protective and student health；The life Student's amount bulk measurement data of producing line are accurate, and template plate-making is precisely and fast and easy, the style that can be directed to school uniform are seperated Ironing, it is ensured that the more smooth beauty of standard school uniform ironing.
A kind of technical solution of the invention is achieved in that school uniform made of natural plants dyed shell fabrics, using cape jasmine Cloth made of fruit natural plant dye successively passes through student's sampling amount sampler body, determines school uniform version type, cuts natural plants dye Color fabric, the sewing molding of natural plants dyed shell fabrics, whole after molding to scald, cocking is packed and stored.
Another technical solution of the invention is achieved in that school uniform made of natural plants dyed shell fabrics are intelligently raw Producing line successively includes intelligent student's sampling amount body equipment, digitlization school uniform version type equipment, cloth cutting machine according to production procedure Group, sewing unit and adjustable school uniform ironing equipment.
As a kind of perferred technical scheme, intelligent student's sampling amount body equipment includes pedestal, the pedestal Middle part is equipped with the first installation cavity, is provided in first installation cavity by the detection platform of first driving device driving rotation, institute The rear end for stating pedestal is vertically equipped with one first mounting plate, and a vertically arranged portal frame is hinged on first mounting plate；
The portal frame includes two vertically arranged vertical supporting bars and the horizontal support bar that is laterally arranged, the water The both ends of flat support rod are fixedly connected with a vertical supporting bar respectively, the lower end and the bottom of each vertical supporting bar It is provided with a support device for being used to support the portal frame between seat, wherein being provided on front side of a vertical supporting bar Two vertically arranged sliding rails are slidably fitted with several Scan orientation devices on two sliding rails jointly, sweep described in whole The equal vertical array of positioning device is retouched, several vertically disposed positioning grooves are provided on two sliding rails；
Crossbeam is installed jointly, the both ends of the crossbeam and each corresponding vertical supporting on two vertical supporting bars A lifting device is provided between bar, the bottom of the crossbeam is detachably equipped with the scanning for scanning student's body data Device；The scanning means includes the pull rod for being removably mounted to the crossbeam bottom, and the pull rod is perpendicular to the crossbeam, institute The lower end for stating pull rod is equipped with a fixed block, and a spatial digitizer, the 3-D scanning are provided on front side of the fixed block Instrument is connected with printer, and the fixed block is provided with position signal receiver close to the side of the location signal transmitter.
The middle position of the horizontal support bar bottom is vertically provided with the first electric pushrod, first electric pushrod The body of rod is fixed on the horizontal support bar, and the piston rod of first electric pushrod abuts against the top of the crossbeam, and described The two sides of one electric pushrod are respectively arranged with a crossbeam resetting apparatus for pulling crossbeam to return to initial position.
As a kind of perferred technical scheme, the digitlization school uniform version type equipment includes pedestal, is installed on the pedestal There is a station, is slidably fitted with portal frame driven by the first power plant along X-axis on the station, the portal frame includes Two vertical beams are equipped with a crossbeam between two vertical beams；It is slidably fitted on the crossbeam along Y axis and is driven by the second power device Dynamic knife rest is slidably fitted with the cutter driven by third power device along Z axis on the knife rest；
The station includes station ontology, and operation panel is equipped on the station ontology, is set on the operation panel Several stomatas are equipped with, the operating cavity for being connected to the stomata is provided in the station ontology, the operating cavity is connected by gas circuit Logical exhaust fan；
The operating cavity bottom is equipped with collecting paper scrap box, and going out for connection suction ventilator is offered on the collecting paper scrap box Mouthful.
As a kind of perferred technical scheme, the adjustable school uniform ironing equipment includes bracket, along X-axis in the bracket Conveyer belt for conveying the standard school uniform is installed, ironing corresponding with the standard school uniform is installed on the bracket Mould；
The standard school uniform include school uniform ontology, and collar, the two sides difference of the school uniform ontology are provided on school uniform ontology It is sewed with a sleeve；The ironing mould includes two the first tracks along X-axis setting, and two first tracks respectively correspond described The edge of school uniform ontology two sides, is slidably fitted with telescopic ironing apparatus between two first tracks, described telescopic to press Ironing device is driven by the first power device being installed on the bracket, is provided on the telescopic ironing apparatus for pressing Scald the school uniform ontology ironer of the school uniform ontology；
The second track is mounted between each first track and the bracket, described in two second tracks and two Sleeve is arranged in a one-to-one correspondence, and a sleeve ironing for sleeve described in ironing is slidably fitted on each second track Device, the sleeve ironer are driven by the second power device being installed on second track.
As a kind of perferred technical scheme, each Scan orientation device includes one being slidably mounted on the sliding rail On the first mounting base, be provided with a location signal transmitter on the inside of each first mounting base, each described first It is equipped with one first assembly cavity on front side of mounting base, a clamping block is provided in each first assembly cavity, it is each described It is provided with a locking pin on the inside of clamping block, is equipped with a square hole on each first assembly cavity wall, it is each described Locking pin both passes through the square hole, and each locking pin is inserted into the positioning groove, each clamping block it is another Side is equipped with a vertically arranged locking push rod, is equipped with a fixation hole on each clamping block, in the fixation hole Across a clamping block fixed pin, a torsionspring is arranged on each clamping block fixed pin, each clamping block is solid Rationed marketing is both secured on an inner wall of first assembly cavity.
As a kind of perferred technical scheme, each lifting device includes one being sheathed on the vertical supporting bar Square sleeve, be equipped with one second mounting base on the outside of each square sleeve, be all provided in each second mounting base It is equipped with one second servo motor, the motor shaft of each second servo motor protrudes into the square sleeve, each described A second gear being set in the square sleeve, each vertical branch are mounted on the motor shaft of second servo motor One second rack gear is equipped on rear side of strut, each second rack gear is meshed with the second gear, each side A vertical gap for passing through the Scan orientation device is equipped on front side of shape sleeve.
As a kind of perferred technical scheme, the support device includes a third peace for being set to the base top It behave affectedly, two third installation cavitys are horizontally disposed and are parallel to each other, and the bottom of each third installation cavity is equipped with one It is parallel to the first rack gear of the third installation cavity, a first gear is engaged on each first rack gear, it is each described A portal frame support rod is rotatably equipped with by rotation axis in first gear, on an inner wall of each third installation cavity Equipped with one first mounting groove, a scroll wheel, the fixed peace of each scroll wheel are provided in each first mounting groove Loaded on one first latch recess in the rotation axis, is equipped on each scroll wheel, inserted in each latch recess Enter a horizontally disposed locking level, the bottom of each first mounting groove is equipped with a sliding cavity, and each locking level is equal Be set in the sliding cavity, the other end of each locking level stretches out the sliding cavity, each sliding cavity it is interior A first annular groove is equipped on wall, be provided in each first annular groove one be set on the locking level the One ring baffle is provided with a first back-moving spring between each first annular baffle and the first annular groove, often One first back-moving spring is sheathed on the locking level.
As a kind of perferred technical scheme, several air ducts are provided in the operating cavity, each air duct passes through Gas circuit is connected to the exhaust fan, is mounted on a solenoid valve between each air duct and the exhaust fan；The station Two sides are respectively arranged with first sliding rail extended along the x axis, and two first sliding rails pass through the driving of the 4th power device It is slided along Y-axis；The two vertical beam one-to-one correspondence are installed in two first sliding rails；First power device is third motor The third leadscrew-nut mechanism of driving；The 4th sliding rail is provided on the crossbeam, two vertical beams are slidably mounted on the described 4th In sliding rail, the vertical beam lock cylinder for locking the vertical beam and crossbeam position is installed on the vertical beam, when locking is described perpendicular The piston rod of beam lock cylinder is resisted against on the crossbeam；
The both ends of the station are separately installed with one the 5th sliding rail, and two first sliding rails are slidably mounted on described in two Between 5th sliding rail；
4th power device is the second motor-driven second leadscrew-nut mechanism, is pacified on two first sliding rails Equipped with a nut, two nuts it is oppositely oriented；Two nuts adapt on a lead screw；It is slidably fitted on the crossbeam Sliding block is rotatably equipped with the turntable driven by the 5th power device on the sliding block, is equipped with the knife rest on the turntable；Institute It states and is provided with the second sliding rail compatible with the sliding block on crossbeam；Second power device is the 4th the motor-driven 4th Leadscrew-nut mechanism；
Third sliding rail compatible with the cutter is provided on the knife rest, the third power device is cutter Drive cylinder.
As a kind of perferred technical scheme, the telescopic ironing apparatus includes being set on two first tracks Ironing sliding rail, the ironing sliding rail is interior to be provided with two ironing sliding blocks along Y-axis sliding, is equipped with bullet between the two ironing sliding blocks Spring；
One connecting rod is installed along Z axis on each ironing sliding block, the bottom of first track is provided with first Track sliding eye, each connecting rod runs through the first track sliding eye, and is equipped between two connecting rods The school uniform ontology ironer；The school uniform ontology ironer includes school uniform ontology ironing shell, the school uniform ontology ironing shell It is provided with the school uniform ontology ironing air inlet of connection steam pipeline on body, is additionally provided with several for school uniform ontology described in ironing School uniform ontology ironing venthole；
The school uniform ontology ironer further include two sliding sleeves be set to the school uniform ontology ironing shell on retaining hood, two The retaining hood is symmetrically disposed on the both ends of the school uniform ontology ironing shell；Each retaining hood with each connection The third power device for driving the retaining hood sliding is provided between bar；The sleeve ironer includes sleeve ironing shell, It is provided with the sleeve ironing shell air inlet of connection steam pipeline on the sleeve ironing shell, is additionally provided with several for ironing The sleeve ironing shell venthole of the sleeve；First power device is motor-driven leadscrew-nut mechanism, the electricity Machine is installed on the bracket；Second power device is that sleeve ironer drives cylinder；The third power device is gear Gas hood drives cylinder, and the cylinder block of the retaining hood driving cylinder is installed in the connecting rod, and the retaining hood drives cylinder Piston rod be installed in the retaining hood.
Using above-mentioned technical proposal, the invention has the benefit that since the present invention is using cape jasmine fruit natural plants dye Cloth made of expecting, dyeing effect is good, has natural bacteriostatic effect, is conducive to ecological, environmental protective and student health；The production line Student measure bulk measurement data it is accurate, template plate-making precisely and fast and easy, can be directed to school uniform style fission ironing, really Protect the more smooth beauty of standard school uniform ironing.
Since intelligent student uniform sampling amount body equipment includes pedestal, it is provided in the middle part of pedestal and is driven by first driving device The detection platform of dynamic rotation, when to the student's amount of progress body, student stands in detection platform, first servo motor starting, electricity Arbor rotation drives the student of detection platform and station in detection platform to rotate, and is completed according to the figure of student to student's shoulder The measurement of the data such as width, bust, waistline, hip circumference does not need survey crew and measures one by one to student, to reduce measurement The labor intensity of personnel shortens the time of measurement；
The rear end of pedestal is hinged with a portal frame, and portal frame includes two vertical supporting bars and a horizontal support bar, each It is provided with a support device between vertical supporting bar and pedestal, when using this equipment, portal frame is pulled to make portal frame around hinge Spindle is separated with pedestal, pulls back portal frame support rod and first gear is driven to move on the first rack gear, and scroll wheel Also with first gear rolls forward, when portal frame is perpendicular to pedestal, the first latch recess face locking level on scroll wheel, lock Fixed pole is inserted into the first latch recess, be moved second gear can not back, is completed fixing and supporting for portal frame, is not using It when this equipment, pulls out locking level and compresses first back-moving spring, so that locking level is detached from the first latch recess, scroll wheel is back Movement is detached from the range of locking level, unclamps locking level, and locking level returns to original position under the effect of first back-moving spring own resilient, the One gear back moves on the first rack gear under by external force, easy to operate until portal frame and pedestal are combined Reliably, it ensure that portal frame is vertical with pedestal always, and then ensure that going on smoothly for measurement work, ensure that this device measuring The accuracy of data；
It is wherein slidably fitted with several vertically disposed Scan orientation devices on front side of a vertical supporting bar, is carrying out When measurement, the height for carrying out the student of sampled measurements in this stage is determined, can determine student in this height ranges The measurement position of each data, presses locking push rod, and torsionspring stress can twist and clamping block is driven to be rotated, make Locking pin is detached from positioning groove, behind the position for determining Scan orientation device, unclamp locking push rod, torsionspring is due to itself Elastic force effect drive clamping block to return to original position, locking pin is inserted into corresponding locating slot, completes Scan orientation device Positioning and fixation shorten the time of sampled measurements to improve the speed of measurement；
The upper end of two vertical supporting bars is equipped with a crossbeam, society between the both ends of crossbeam and each vertical supporting bar jointly A lifting device is had, a scanning means is provided in the middle part of crossbeam, when using this equipment, the starting of the second servo motor, electricity Machine rotation drives second gear to be moved on the second rack gear, so that spatial digitizer be driven to sweep from top to bottom to student It retouches, completes DATA REASONING, in measurement process, survey crew only needs for student to be divided into several different height ranges, Voluntarily the ability measurement that is completed to alleviate the labor intensity of survey crew shortens measurement to student in queuing station later Time, and DATA REASONING is carried out using spatial digitizer, and then improve the accuracy of DATA REASONING；
The middle position of horizontal support bar bottom is vertically provided with the first electric pushrod, the two sides difference of the first electric pushrod It is provided with a crossbeam resetting apparatus, when crossbeam needs to return to initial position, survey crew pressed the second electric pushrod top before this The push plate in portion, the intracavitary high pressure nitrogen of compression seal, high pressure nitrogen drive lock tab to be inserted into latch recess, meanwhile, it is Balanced seal intracavitary pressure, resets support arm and will receive pressure and move downward, and increases sealing cavity area and carrys out equilibrium pressure, together When, the piston rod of the first electric pushrod stretches out, and pushes down on crossbeam and reaches initial position.
School uniform version type equipment is generated since Digital Three-Dimensional scans, comprising: 3-D scanning image-forming assembly and template system Make component, 3-D scanning image-forming assembly includes scanning platform, and column is equipped on scanning platform, is slidably fitted on column by The spatial digitizer of six power devices driving, spatial digitizer are electrically connected printer, and the body of human body is scanned by spatial digitizer Type, so that shape parameter be printed by printer, clothing making parameter measurement is rapid；Template makes component packet Include: pedestal is equipped with station on pedestal, is slidably fitted with portal frame driven by the first power plant along X-axis on station, Portal frame includes two vertical beams, is equipped with a crossbeam between two vertical beams；It is slidably fitted on crossbeam along Y-axis and is driven by the second power device Dynamic knife rest is slidably fitted with the cutter driven by third power device along Z axis on knife rest；Make to cut by mobile gantry frame Knife moves in the X direction, drives cutter to position in the Y direction by saddle；Station includes station ontology, operation Operation panel is installed on playscript with stage directions body, several stomatas are provided on operation panel, the operation of connection stomata is provided in station ontology Chamber, operating cavity are connected to exhaust fan by gas circuit, inhale the air in operating cavity by exhaust fan, the pressure in operating cavity is caused to become Small, for the pressure outside operating cavity greatly to which cardboard to be adsorbed on station ontology, operating cavity bottom is equipped with collecting paper scrap box, The outlet of connection suction ventilator is offered on collecting paper scrap box, is closed exhaust fan after the completion of cutting, is taken template and offal away, cuts Shredded paper afterwards is dropped in collecting paper scrap box by stomata, and the clast after preventing cutting is splashed to operating area.
Due to being provided with several air ducts in operating cavity, each air duct is connected to exhaust fan, each air duct and pumping by gas circuit It is mounted on a solenoid valve between blower, corresponding solenoid valve is opened according to the size of cardboard respectively, thus the gas needed for adjusting The inspiratory capacity in hole reduces the energy consumption of exhaust fan.
Since the two sides of station are respectively arranged with first sliding rail extended along the x axis, two first sliding rails pass through The sliding of 4th power device drives edge Y-axis；Two vertical beams one-to-one correspondence is installed in two first sliding rails；First power device is third Motor-driven third leadscrew-nut mechanism is slided using third leadscrew-nut mechanism driving vertical beam in the first sliding rail, to drive Driven portal frame moves along the x-axis in the first sliding rail.
Due to being additionally provided with the 4th sliding rail on crossbeam, two vertical beams are slidably mounted in the 4th sliding rail, are installed on vertical beam useful The piston rod of vertical beam lock cylinder is resisted against on crossbeam when the vertical beam lock cylinder of locking vertical beam and crossbeam position, locking, from And the distance between changeable two vertical beams；Since the both ends of station are separately installed with one the 5th sliding rail, two first sliding rails are sliding It is dynamic to be installed between two the 5th sliding rails；4th power device is the second motor-driven second leadscrew-nut mechanism, and two first is sliding It is mounted on a nut on rail, two nuts oppositely oriented simultaneously adapts on a lead screw, and it is sliding to pass through the second motor driven two first Rail is towards or away from movement, and so as to shorten the stroke of knife rest, template is made more rapid.
Due to being slidably fitted with sliding block on crossbeam, it is rotatably equipped with the turntable driven by the 5th power device on sliding block, turns Knife rest is installed on disk, after knife rest is moved to the side of crossbeam, rotation turntable prevents knife rest backlash to realize reverse cutting, Improve the efficiency of sample making.
Due to the adjustable ironing equipment produced for standard school uniform, comprising: bracket, interior be equipped with along X-axis of bracket are used for The conveyer belt of standard school uniform is conveyed, ironing mould corresponding with standard school uniform is installed on bracket；Standard school uniform include school uniform sheet Body is provided with collar on school uniform ontology, and the two sides of school uniform ontology are sewed with a sleeve respectively；Ironing mould includes two and sets along X-axis The first track set, two first tracks respectively correspond the edge of school uniform ontology two sides, are slidably fitted between two first tracks Telescopic ironing apparatus, telescopic ironing apparatus are driven by the first power device being installed on bracket, telescopic ironing dress Set the school uniform ontology ironer being provided with for ironing school uniform ontology；Second is mounted between every one first track and bracket Track, two second tracks are arranged in a one-to-one correspondence with two sleeves, and one is slidably fitted on every one second track for ironing sleeve Sleeve ironer, sleeve ironer driven by the second power device for being installed on the second track, using with standard school uniform Corresponding ironing mould carries out ironing, and without dead angle, when different size of standard school uniform ironing only needs to change corresponding iron process Ironing mould；And school uniform ontology and sleeve fission are subjected to ironing respectively, convenient for pressing according to adjustment the characteristics of ironing position Parameter is scalded, standard school uniform is made more to unfold beauty.
Since telescopic ironing apparatus includes the ironing sliding rail being set on two first tracks, slided in ironing sliding rail along Y axis It is dynamic to be provided with two ironing sliding blocks, spring is installed between two ironing sliding blocks；One company is installed along Z axis on each ironing sliding block Extension bar, the bottom of the first track are provided with the first track sliding eye, and each connecting rod runs through the first track sliding eye, and two School uniform ontology ironer is installed between connecting rod, it is relatively narrow at the armpit of middle part since the upper and lower part of school uniform ontology is looser, because The distance between this two first track be not it is constant, ironing sliding rail slide when, two ironing sliding blocks are limited in by the first track Sliding, is connected by spring in ironing sliding rail, is reduced the frictional impact occurred between connecting rod and the first track, is prolonged Long life.
Since school uniform ontology ironer includes school uniform ontology ironing shell, it is provided with connection on school uniform ontology ironing shell and steams The school uniform ontology ironing air inlet of feed channel is additionally provided with several school uniform ontology ironing ventholes for ironing school uniform ontology； School uniform ontology ironer further includes the retaining hood that two sliding sleeves are set on school uniform ontology ironing shell, and two retaining hoods are symmetrically disposed on The both ends of school uniform ontology ironing shell；Each retaining hood and the third that driving retaining hood sliding is provided between each connecting rod Power device；When ironing sliding rail slides, connecting rod drives third power device and retaining hood sliding along school uniform ontology ironing shell It is dynamic, to constantly block the number of school uniform ontology ironing venthole according to the width of school uniform ontology；When school uniform ontology ironer from After the lower part ironing to top of school uniform ontology, during reset, third power device drives retaining hood to slide to middle part, from And secondary ironing is carried out for the collar in the middle part of school uniform ontology, keep collar more smooth, while making school uniform ontology ironing venthole Gas output and the width of ironing mutually coordinate, the gas output of steam has been saved, to reduce loss.
Since sleeve ironer includes sleeve ironing shell, the sleeve of connection steam pipeline is provided on sleeve ironing shell Ironing shell air inlet is additionally provided with several sleeve ironing shell ventholes for ironing sleeve, utilizes sleeve ironer needle Specific aim ironing is carried out to sleeve, further improves the ironing effect of sleeve.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this Some embodiments of invention without any creative labor, may be used also for those of ordinary skill in the art To obtain other drawings based on these drawings.
Fig. 1 is the overall procedure arrangement schematic diagram of production line of the present invention.
Fig. 2 is the structural schematic diagram of the intelligent student's sampling amount body equipment of the present invention；
Fig. 3 is the rearview of Fig. 2；
Fig. 4 is the side view of Fig. 2；
Structural schematic diagram when Fig. 5 is the non-working condition of support device in the present invention；
Structural schematic diagram when Fig. 6 is support device working condition in the present invention；
Fig. 7 is the schematic enlarged-scale view in Fig. 2 at A；
Fig. 8 is the schematic enlarged-scale view in Fig. 4 at B；
Fig. 9 is the schematic enlarged-scale view in Fig. 3 at C；
Figure 10 is the structural schematic diagram of present invention digitlization school uniform version type equipment；
Figure 11 is the top view in Figure 10；
Figure 12 is sectional view along A-A in Figure 11；
Figure 13 is the operation schematic diagram that cardboard is put into Figure 11
Figure 14 is the enlarged diagram in Figure 12 at D；
Figure 15 is the top view of the adjustable school uniform ironing equipment of the present invention；
Figure 16 be in Figure 15 G-G to cross-sectional view；
Figure 17 is the enlarged diagram in Figure 15 at E；
Figure 18 be in Figure 17 H-H to cross-sectional view.
Wherein: 11, pedestal；112, the first installation cavity；113, detection platform；114, the first mounting plate；115, portal frame； 116, vertical supporting bar；117, horizontal support bar；118, sliding rail；119, positioning groove；1110, crossbeam；1111, it first electronic pushes away Bar；1112, first servo motor；1113, the second installation cavity；1114, third installation cavity；1115, the first rack gear；1116, first Gear；1117, rotation axis；1118, portal frame support rod；1119, the first mounting groove；1120, scroll wheel；1121, the first locking Groove；1122, locking level；1123, sliding cavity；1124, first annular groove；1125, first back-moving spring；1126, the first peace Fill seat；1127, location signal transmitter；1128, the first assembly cavity；1129, clamping block；1130, locking pin；1131, square hole； 1132, push rod is locked；1133, clamping block fixed pin；1134, torsionspring；1135, square sleeve；1136, the second mounting base； 1137, the second servo motor；1138, second gear；1139, the second rack gear；1140, vertical gap；1141, pull rod；1142, solid Determine block；1143, spatial digitizer；1144, position signal receiver；1145, third mounting blocks；1146, the second assembly cavity； 1147, first piston；1148, second piston；1149, the second electric pushrod；1150, support arm is resetted；1151, vertical passageway； 1152, the second mounting plate；1153, the second latch recess；1154, the 4th mounting blocks；1155, the 4th installation cavity；1156, second is multiple Position spring；1157, lock tab；1158, first annular baffle 222, template make component；22211, pedestal；22212, Station；223, portal frame；224, vertical beam；225, crossbeam；226, knife rest；227, cutter；228, station ontology； 229, Operation panel；2210, stomata；2211, operating cavity；2212, gas circuit；2213, exhaust fan；2216, collecting paper scrap box；2217, air draught Machine；2218, it exports；2220, air duct；2221, solenoid valve；2222, the first sliding rail；2223, third motor；2224, third lead screw Nut body；2225, the 4th sliding rail；2226, vertical beam lock cylinder；2227, the 5th sliding rail；2228, the second motor；2229, Two leadscrew-nut mechanisms；2230, sliding block；2231, turntable；2232, turntable driving motor；2233, the second sliding rail；223, the 4th Motor；2235, the 4th leadscrew-nut mechanism；2236, third sliding rail；2237, cutter drive cylinder；2238, cardboard；551, Bracket；552, standard school uniform；553, conveyer belt；554, ironing mould；555, school uniform ontology；556, collar；557, sleeve；558, One track；559, telescopic ironing apparatus；5510, school uniform ontology ironer；5511, ironing sliding rail；5512, ironing sliding block； 5513, spring；5514, motor；5515, leadscrew-nut mechanism；5516, connecting rod；5517, the first track sliding eye；5518, school Take ontology ironing shell；5519, steam pipeline；5520, school uniform ontology ironing air inlet；5521, school uniform ontology ironing venthole； 5522, retaining hood；5523, retaining hood drives cylinder；5524, the second track；5525, sleeve ironer；5526, sleeve ironing Device drives cylinder；5527, sleeve ironing shell；5528, sleeve ironing shell air inlet；5529, sleeve ironing shell venthole； 331, cloth cutting machine；441, sewing machine.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.
School uniform made of natural plants dyed shell fabrics are successively passed through using cloth made of cape jasmine fruit natural plant dye Student's sampling amount sampler body determines school uniform version type, cuts natural plants dyed shell fabrics, and natural plants dyed shell fabrics are sewn into Type, whole after molding to scald, cocking is packed and stored.
As shown in Figure 1, the intelligent production line of school uniform made of natural plants dyed shell fabrics, successively includes according to production procedure Intelligent student's sampling amount body equipment 11, digitlization school uniform version type equipment 22, cloth cutting unit 33, sewing unit 44 and can Mode school uniform ironing equipment 55.Wherein cloth cutting unit 33 includes several cloth cutting machines 331, if sewing unit 44 includes Dry sewing machine 441, sewing machine 441 and cloth cutting machine 331 are the common equipment of those of ordinary skill in the art, therefore no longer It repeats.
As Fig. 2-9 it is common shown in, be to intelligent 11 more detailed description of student's sampling amount body equipment below.
The middle part of intelligent student uniform sampling amount body equipment 11, including pedestal 111, pedestal 111 is equipped with the first installation cavity 112, it is provided in the first installation cavity 112 by the detection platform 113 of first driving device driving rotation, the rear end of pedestal 111 is perpendicular To one first mounting plate 114 is equipped with, a vertically arranged portal frame 115 is hinged on the first mounting plate 114.
The horizontal support bar 117 that portal frame 115 is laterally arranged including two vertically arranged vertical supporting bars 116 and one, The both ends of horizontal support bar 117 are fixedly connected with a vertical supporting bar 116 respectively, the lower end and bottom of each vertical supporting bar 116 It is provided with a support device for being used to support portal frame 115 between seat 111, wherein the front side of a vertical supporting bar 116 is arranged There are two vertically arranged sliding rails 118, is slidably fitted with several on two sliding rails 118 jointly for limiting sweeping for scan position Retouch positioning device, it is vertically disposed fixed to be provided with several on two one slide rails 118 for whole equal vertical arrays of Scan orientation device Position groove 119；According to the figure of student, scan position is limited by Scan orientation device, is sequentially completed from top to bottom to The measurement of the data such as shoulder breadth, bust, waistline, hip circumference is given birth to, crossbeam 1110, crossbeam are installed jointly on two vertical supporting bars 116 It is provided with a lifting device between 1110 both ends and each corresponding vertical supporting bar 116, the bottom of crossbeam 1110 is removable Unload the scanning means being equipped with for scanning student's body data；
The middle position of 117 bottom of horizontal support bar is vertically provided with the first electric pushrod 1111, the first electric pushrod 1111 body of rod is fixed on horizontal support bar 117, and the piston rod of the first electric pushrod 1111 abuts against the top of crossbeam 1110, The two sides of first electric pushrod 1111 are respectively arranged with a crossbeam for pulling crossbeam 1110 to return to initial position and reset dress It sets.
Wherein, first driving device is first servo motor 1112, and the bottom of the first installation cavity 112 is equipped with the second installation cavity 1113, the shell of first servo motor 1112 is fixed on the bottom of the second installation cavity 1113, the motor of first servo motor 1112 Axis protrudes into the second installation cavity 1113, and the motor shaft of first servo motor 1112 is fixed on the bottom of detection platform 113, to When the raw amount of progress body, student stands in detection platform 113, and first servo motor 1112 starts, and motor rotation drives detection flat The student of platform 113 and station in detection platform 113 rotates, and according to the figure of student, is sequentially completed from top to bottom to student The measurement of the data such as shoulder breadth, bust, waistline, hip circumference does not need survey crew and measures one by one to student, to reduce survey The labor intensity of amount personnel shortens the time of measurement.
Each support device includes a third installation cavity 1114 for being set to 111 top of pedestal, two third installation cavitys 1114 are horizontally disposed with and are parallel to each other, and the bottom of each third installation cavity 1114 is equipped with one and is parallel to third installation cavity 1114 The first rack gear 1115, be engaged with a first gear 1116 on every one first rack gear 1115, in each first gear 1116 It is rotatably equipped with a portal frame support rod 1118 by rotation axis 1117, is equipped on an inner wall of each third installation cavity 1114 One first mounting groove 1119 is provided with a scroll wheel 1120 in every one first mounting groove 1119, and each scroll wheel 1120 is solid Dingan County is loaded in rotation axis 1117, being equipped with one first latch recess 1121 on each scroll wheel 1120, in each latch recess It is inserted into a horizontally disposed locking level 1122, the bottom of every one first mounting groove 1119 is equipped with a sliding cavity 1123, each Locking level 1122 is all set in sliding cavity 1123, and the other end of each locking level 1122 stretches out sliding cavity 1123, each cunning It is equipped with a first annular groove 1124 on the inner wall of dynamic chamber 1123, one is provided in each first annular groove 1124 and is set to First annular baffle 1158 on locking level 1122 is arranged between each first annular baffle 1158 and first annular groove 1124 There is a first back-moving spring 1125, each first back-moving spring 1125 is sheathed on locking level 1122, in the present embodiment, the The compressed spring that one reset spring uses.
When using this equipment, pulls portal frame 115 to separate portal frame 115 around articulated shaft and pedestal 111, make gantry Frame support rod 1118 pulls back and first gear 1116 is driven to move on the first rack gear 1115, and scroll wheel 1120 is also with One gear, 1116 rolls forward, the first latch recess 1121 when portal frame 115 is perpendicular to pedestal 111, on scroll wheel 1120 Face locking level 1122, locking level 1122 are inserted into the first latch recess 1121, move second gear can not back, complete dragon Door frame 115 fixes and supports, and when not using this equipment, pulls out locking level 1122 and compresses first back-moving spring 1125, so that locking level 1122 is detached from the first latch recess 1121, scroll wheel 1120 back moves the model for being detached from locking level 1122 It encloses, unclamps locking level 1122, locking level 1122 returns to original position, first gear under the effect of 1125 own resilient of first back-moving spring 1116 back move on the first rack gear 1115 under by external force, until portal frame 115 and pedestal 111 are combined, Operation is simple and reliable, and it is vertical with pedestal 111 always to ensure that portal frame 115, and then ensure that going on smoothly for measurement work, protects The accuracy of this device measuring data is demonstrate,proved.
Each Scan orientation device includes first mounting base 1126 being slidably mounted on sliding rail 118, and every one first The inside of mounting base 1126 is provided with a location signal transmitter 1127, and the front side of every one first mounting base 1126 is equipped with One first assembly cavity 1128, is provided with a clamping block 1129 in every one first assembly cavity 1128, each clamping block 1129 it is interior Side is provided with a locking pin 1130, is equipped with a square hole 1131, each locking pin on every one first assembly cavity, 1128 inner wall 1130 both pass through square hole 1131, and each locking pin 1130 is inserted into positioning groove 119, the other side of each clamping block 1129 It is equipped with a vertically arranged locking push rod 1132, a fixation hole is equipped on each clamping block 1129, is both passed through in fixation hole One clamping block fixed pin 1133, a torsionspring 1134 is arranged on each clamping block fixed pin 1133, and each clamping block is solid Rationed marketing 1133 is both secured on an inner wall of the first assembly cavity 1128.
When measuring, the height for carrying out the student of sampled measurements in this stage is determined, can determine this all over the body The measurement position of each data of student in high scope, presses locking push rod 1132, and 1134 stress of torsionspring can twist And clamping block 1129 is driven to be rotated, so that locking pin 1130 is detached from positioning groove 119, determine Scan orientation device Behind position, locking push rod 1132 is unclamped, torsionspring 1134 drives clamping block 1129 to return to originally due to the elastic force effect of itself Position, locking pin 1130 is inserted into corresponding locating slot, the positioning and fixation of Scan orientation device is completed, to improve survey The speed of amount shortens the time of sampled measurements.
Moreover, each lifting device includes a square sleeve 1135 being sheathed on vertical supporting bar 116, it is each rectangular The outside of sleeve 1135 is equipped with one second mounting base 1136, and one second servo electricity is provided in every one second mounting base 1136 The motor shaft of machine 1137, every one second servo motor 1137 protrudes into square sleeve 1135, every one second servo motor 1137 Motor shaft on be mounted on a second gear 1138 being set in square sleeve 1135, after each vertical supporting bar 116 Side is equipped with one second rack gear 1139, and every one second rack gear 1139 is meshed with second gear 1138, each square sleeve 1135 front side is equipped with a vertical gap 1140 for passing through Scan orientation device.
Scanning means includes the pull rod 1141 for being removably mounted to 1110 bottom of crossbeam, and pull rod 1141 is perpendicular to crossbeam 1110, the lower end of pull rod 1141 is equipped with a fixed block 1142, and the front side of fixed block 1142 is provided with a spatial digitizer 1143, fixed block 1142 is provided with position signal receiver 1144 close to the side of location signal transmitter 1127, in this implementation Example in, shown in removably be bolted, used spatial digitizer 1143 be plumage rise sweeping for YT-1302DW model Retouch instrument.Spatial digitizer 1143 is connected with printer (not marking in figure).
When using this equipment, the second servo motor 1137 starting, the second servo motor 1137 rotation drives second gear 1138 are moved on the second rack gear 1139, so that spatial digitizer 1143 is driven to be scanned from top to bottom to student, it is complete At DATA REASONING, in measurement process, survey crew only needs for student to be divided into several different height ranges, junior scholar It is born from the measurement that is completed of ability in row queuing station and to alleviate the labor intensity of survey crew shortens the time of measurement, and DATA REASONING is carried out using spatial digitizer 43, and then improves the accuracy of DATA REASONING.
In addition, each crossbeam resetting apparatus includes the third mounting blocks 1145 being fixed on horizontal support bar 117, The inside of each third mounting blocks 1145 is equipped with one second assembly cavity 1146, in every one second assembly cavity 1146 on divide into It is equipped with first piston 1147 and second piston 1148, the top of each first piston 1147 is respectively and fixedly provided with one and third mounting blocks Third mounting blocks 1145 are stretched out in 1145 the second electric pushrods 1149 being threadedly coupled, every one second electric pushrod, 1149 upper end, The stomata of each second piston 1148 is communicated with a reset support arm 1150, and each lower end for resetting support arm 1150 is stretched out Third mounting blocks 1145, it is each to reset the vertical passageway that the stomata of connection second piston 1148 is provided in support arm 1150 1151, a locking device is provided between each reset support arm 1150 and crossbeam 1110.
Each locking device includes a mounting base being fixed on crossbeam 1110, and each mounting base includes two vertical In being provided with one second latch recess 1153 on the second mounting plate 1152 of crossbeam 1110, every one second mounting plate 1152, two It is provided with one between a second mounting plate 1152 and is fixed on the 4th mounting blocks 1154 for resetting 1150 lower end of support arm, every 1 the It is all provided on four mounting blocks 1154 there are two the 4th installation cavity 1155 being oppositely arranged, every one the 4th installation cavity 1155 leads to vertical Road 1151 is connected, and is provided with a second back-moving spring 1156, each second back-moving spring in every one the 4th installation cavity 1155 1156 one end is fixed on the inner wall of the 4th installation cavity 1155, and the other end of each second back-moving spring 1156 is respectively connected with one Lock tab 1157, each lock tab 1157 are inserted into the second latch recess 1153, and in the present embodiment, second resets bullet Spring uses extension spring.
Space between every one the 4th installation cavity 1155, vertical passageway 1151 and first piston 1147 and second piston 1148 Seal chamber is formed, is each filled with high pressure nitrogen in each seal chamber.
When crossbeam 1110 needs to return to initial position, pass through the height in 1149 top compression seal chamber of the second electric pushrod Nitrogen is pressed, high pressure nitrogen drives lock tab 1157 to be inserted into corresponding latch recess.
As Figure 10-14 it is common shown in, be to digitizing 22 more detailed description of school uniform version type equipment below:
In digitlization school uniform version type equipment 22, using the extending direction of cardboard 2238 as X-axis, with prolonging for electrostatic roller 2214 Stretching direction is Y-axis, using vertical direction as Z axis.Controller is preferably PLC controller.
Digitizing school uniform version type equipment 22 includes: pedestal 22211, and station 22212 is equipped on pedestal 22211, is operated It is slidably fitted with portal frame 223 driven by the first power plant along X-axis on platform 22212, portal frame 223 includes two vertical beams 224, One crossbeam 225 is installed between two vertical beams 224；The knife driven by the second power device is slidably fitted on crossbeam 225 along Y-axis Frame 226 is slidably fitted with the cutter 227 driven by third power device along Z axis on knife rest 226.
Station 22212 includes station ontology 228, is equipped with operation panel 229, operation panel 229 on station ontology 228 On be provided with several stomatas 2210, be provided in station ontology 228 connection stomata 2210 operating cavity 2211, operating cavity 2211 Exhaust fan 2213 is connected to by gas circuit 2212；2211 bottom of operating cavity is equipped with collecting paper scrap box 2216, collecting paper scrap box 2216 On offer connection suction ventilator 2217 outlet 2218, by exhaust fan 2213 inhale operating cavity 2211 in air, thus by paper Plate 2238 is adsorbed on station ontology 228, after the completion of cutting, is closed exhaust fan 2213, template and offal is taken away, after cutting Shredded paper dropped in collecting paper scrap box 2216 by stomata 2210, the clast after preventing cutting is splashed to operating area.
Several air ducts 2220 are provided in operating cavity 2211, each air duct 2220 is connected to exhaust fan by gas circuit 2212 2213, a solenoid valve 2221 is mounted between each air duct 2220 and exhaust fan 2213.
The two sides of station 22212 are respectively arranged with first sliding rail 2222 extended along the x axis, two first sliding rails 2222 are slided by the 4th power device drives edge Y-axis；Two vertical beams 224 one-to-one correspondence is installed in two first sliding rails 2222； First power device is the third leadscrew-nut mechanism 2224 that third motor 2223 drives.
Vertical beam 224 is driven to be slided in the first sliding rail 2222 as the affiliated ordinary skill people in this field by leadscrew-nut mechanism Known to member, this will not be repeated here.
The 4th sliding rail 2225 is provided on crossbeam 225, two vertical beams 4 are slidably mounted in the 4th sliding rail 2225, on vertical beam 224 Vertical beam lock cylinder 2226 for locking 225 position of vertical beam 224 and crossbeam is installed, the piston of vertical beam lock cylinder when locking Bar is resisted against on crossbeam 225.
The both ends of station 22212 are separately installed with one the 5th sliding rail 2227, and two first sliding rails 2222 are slidably mounted on Between two the 5th sliding rails 2227.
4th power device is the second leadscrew-nut mechanism 2229 of the second motor 2228 driving.
It is slidably fitted with sliding block 2230 on crossbeam 225, is rotatably equipped on sliding block 2230 by the driving of the 5th power device Turntable 2231, the 5th power device are preferably turntable driving motor 2232, and knife rest 226 is equipped on turntable 2231.
Second sliding rail 2233 compatible with sliding block 2230 is provided on crossbeam 225；Second power device is the 4th motor 4th leadscrew-nut mechanism 2235 of 2234 drivings.
It drives sliding block 2230 to slide on the second sliding rail 2233 by the 4th leadscrew-nut mechanism 2235 and passes through third silk The principle that thick stick nut body 2224 drives vertical beam 224 to move in the first sliding rail 2222 is identical, is the affiliated ordinary skill in this field Known to personnel, this will not be repeated here.
Third sliding rail 2236 compatible with cutter 227 is provided on knife rest 226, third power device is preferably cut Knife drives cylinder 2237.
In use, the data of intelligent student's sampling amount body equipment 11 are printed by printer, body will be printed Length, bust, waistline data are after designer calibrates, then are input in PLC controller and make a plate.
The former material cardboard 2238 for making template is placed on operation panel 229, the cardboard 2238 cut as needed it is big It is small, corresponding solenoid valve 2221 is opened, so that the stomata 2210 of appropriate area be selected to carry out air-breathing.Then by height, bust, waist It encloses data to be input in controller, the distance between two first sliding rails 2222 is adjusted by the 4th power device, make two first to slide The distance between rail 2222 adapts to the size of cardboard 2238, convenient for shortening the stroke of cutter 227.Electrostatic roller 2214 is driven to rotate Opening exhaust fan 2213 simultaneously is attached to cardboard 2238 under the action of suction on operation panel 229；Then pass through mobile gantry frame 223 move cutter 227 in the X direction, drive cutter 227 to position in the Y direction by saddle 226 and are cut It cuts.
Shredded paper after cutting is drawn into operating cavity 2211 and is fallen in collecting paper scrap box 2216 by stomata 2210, is opened Suction ventilator 2217 is opened, for shredded paper to be sucked out by outlet 2218, the clast after preventing cutting is splashed to operating area.
The portal frame 223 of first power device driving moves along the x-axis, and the second power device drives knife rest 226 in crossbeam It is moved on 225, the cutter 227 of third power device driving are vertically mobile to realize cutting, the 4th power device driving two First sliding rail 2222 is slided along Y-axis, and the 5th power device drives turntable 2231 to rotate, and vertical beam lock cylinder is for locking vertical beam 224 and crossbeam 225 relative position, above-mentioned driving method passes through PLC controller control, PLC controller control motor or Possessed function in the present embodiment is realized in the movement of cylinder, is known to one of ordinary skill in the art.
As Figure 15-18 it is common shown in, be to adjustable 55 more detailed description of school uniform ironing equipment below:
Using the conveying direction of conveyer belt 553 as X-axis in this equipment, the extending direction with school uniform ontology ironer 5510 is Y Axis, using vertical direction as Z axis.
The present invention is used for the adjustable ironing equipment of standard school uniform production, comprising: bracket 551, bracket 551 is interior to pacify along X-axis Equipped with the conveyer belt 553 for conveying standard school uniform 552, ironing mould corresponding with standard school uniform 552 is installed on bracket 551 554。
Standard school uniform 552 include school uniform ontology 555, are provided with collar 556 on school uniform ontology 555, and the two of school uniform ontology 555 Side is sewed with a sleeve 557 respectively；Ironing mould 554 includes two the first tracks 558 along X-axis setting, and two first tracks 558 divide The edge of 555 two sides of school uniform ontology is not corresponded to, and telescopic ironing apparatus 559 is slidably fitted between two first tracks 558, Telescopic ironing apparatus 559 is driven by the first power device being installed on bracket 551, is set on telescopic ironing apparatus 559 It is equipped with the school uniform ontology ironer 5510 for ironing school uniform ontology 555.Pass through ironing mould corresponding with standard school uniform 552 554 are arranged the track of ironing, and ironing is without dead angle, and ironing effect is more preferably.
Telescopic ironing apparatus 559 includes the ironing sliding rail 5511 that is set on two first tracks, in ironing sliding rail 5511 Y-axis sliding is provided with two ironing sliding blocks 5512, spring 5513 is installed between two ironing sliding blocks 5512.Ironing sliding rail 5511 When sliding, two ironing sliding blocks 5512 are slided by being limited in ironing sliding rail 5511 for the first track 558, pass through 5513 elasticity of spring It connects, reduces the frictional impact occurred between connecting rod 5516 and the first track 558, prolong the service life.
First power device is preferably the leadscrew-nut mechanism 5515 that motor 5514 drives, and motor 5514 is installed on bracket On 551, the lead screw of leadscrew-nut mechanism 5515 is rotatablely installed on bracket 551, and the nut of leadscrew-nut mechanism 5515 is installed on On ironing sliding rail 5511, driving method is simple and practical.
One connecting rod 5516 is installed along Z axis on each ironing sliding block 5512, the bottom of the first track 558 is provided with One track sliding eye 5517, each connecting rod 5516 run through the first track sliding eye 5517, and between two connecting rods 5516 School uniform ontology ironer 5510 is installed.
School uniform ontology ironer 5510 includes school uniform ontology ironing shell 5518, is set on school uniform ontology ironing shell 5518 It is equipped with the school uniform ontology ironing air inlet 5520 of connection steam pipeline 5519, is additionally provided with several for ironing school uniform ontology 555 School uniform ontology ironing venthole 5521.
School uniform ontology ironer 5510 further includes the retaining hood that two sliding sleeves are set on school uniform ontology ironing shell 5518 5522, two retaining hoods 5522 are symmetrically disposed on the both ends of school uniform ontology ironing shell 5518；Each retaining hood 5522 with it is each The third power device that driving retaining hood 5522 is slided is provided between connecting rod 5516.Third power device is preferably retaining hood Cylinder 5523 is driven, the cylinder block of retaining hood driving cylinder 5523 is installed in connecting rod 5516, and retaining hood drives cylinder 5523 Piston rod be installed in retaining hood 5522.The upper and lower part of school uniform ontology 555 is looser, relatively narrow at the armpit of middle part, and two first The distance between track 558 be not it is constant, when ironing sliding rail 5511 slides, connecting rod 5516 drives third power device and gear Gas hood 5522 is slided along school uniform ontology ironing shell 5518, to constantly block school uniform sheet according to the width of school uniform ontology 555 The number of body ironing venthole 5521；After school uniform ontology ironer 5510 is from the lower part ironing of school uniform ontology 555 to top, During reset, retaining hood drives cylinder 5523 that retaining hood 5522 is driven to slide to middle part, to be directed to school uniform ontology The collar 556 at 555 middle parts carries out secondary ironing, keeps collar 556 more smooth.
The second track 5524, two second tracks 5524 and two are mounted between every one first track 558 and bracket 551 Sleeve 557 is arranged in a one-to-one correspondence, and a sleeve ironing for ironing sleeve 557 is slidably fitted on every one second track 5524 Device 5525, sleeve ironer 5525 are driven by the second power device being installed on the second track 5524, the second power device Preferably sleeve ironer drives cylinder 5526.
Sleeve ironer 5525 includes sleeve ironing shell 5527, is provided with connection steam pipe on sleeve ironing shell 5527 The sleeve ironing shell air inlet 5528 in road 5519 is additionally provided with several sleeve ironing shell outlets for ironing sleeve 557 Hole 5529.
In use, operator puts standard school uniform 552 on conveyer belt 553 according to reservation mode to the present invention, Conveyer belt 553 stops when standard school uniform 552 are transmitted to the lower section of ironing mould 554 by conveyer belt 553, and sleeve ironer drives gas Cylinder 5526 drives sleeve ironer 5525 to slide along the second track 5524, to be sprayed using sleeve ironing shell venthole 5529 Hot gas ironing is carried out to sleeve 557, sleeve ironer driving cylinder 5526 drives sleeve ironer 5525 multiple after the completion of ironing Position.
At the same time, leadscrew-nut mechanism 5515 drives ironing sliding rail 5511 to slide on the first track 558, is sliding Ironing is carried out to school uniform ontology 555 using school uniform ontology ironer 5510 in journey, school uniform ontology ironer 5510 slides into another Behind end, in reseting procedure, retaining hood drives cylinder 5523 that retaining hood 5522 is driven to slide to middle part, to be directed to school uniform sheet The collar 556 at 555 middle part of body carries out secondary ironing, keeps collar 6 more smooth.
In conclusion the present invention is using cloth made of cape jasmine fruit natural plant dye, dyeing effect is good, has natural suppression Bacterium effect, is conducive to ecological, environmental protective and student health；Student's amount bulk measurement data of the production line are accurate, template plate-making essence Quasi- and fast and easy can be directed to the style fission ironing of school uniform, it is ensured that the more smooth beauty of standard school uniform ironing.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention Within mind and principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.

Claims (10)

1. school uniform made of natural plants dyed shell fabrics, which is characterized in that cloth made of cape jasmine fruit natural plant dye is used, Successively pass through student's sampling amount sampler body, determine school uniform version type, cuts natural plants dyed shell fabrics, natural plants dyed shell fabrics Sewing molding, whole after molding to scald, cocking is packed and stored.
2. the intelligent production line of school uniform made of natural plants dyed shell fabrics, which is characterized in that successively include according to production procedure Intelligent student's sampling amount body equipment, digitlization school uniform version type equipment, cloth cutting unit, sewing unit and adjustable school uniform are pressed Ironing equipment.
3. the intelligent production line of school uniform made of natural plants dyed shell fabrics as claimed in claim 2, which is characterized in that described Intelligent student's sampling amount body equipment includes pedestal, and the middle part of the pedestal is equipped with the first installation cavity, in first installation cavity It is provided with by the detection platform of first driving device driving rotation, the rear end of the pedestal is vertically equipped with one first mounting plate, institute It states and is hinged with a vertically arranged portal frame on the first mounting plate；
The portal frame includes two vertically arranged vertical supporting bars and the horizontal support bar that is laterally arranged, the horizontal branch The both ends of strut are fixedly connected with a vertical supporting bar respectively, the lower end of each vertical supporting bar and the pedestal it Between be provided with a support device for being used to support the portal frame, wherein being provided with two on front side of a vertical supporting bar Vertically arranged sliding rail is slidably fitted with several Scan orientation devices on two sliding rails jointly, and all the scanning is fixed The position equal vertical array of device, is provided with several vertically disposed positioning grooves on two sliding rails；
Crossbeam is installed jointly on two vertical supporting bars, the both ends of the crossbeam and each corresponding vertical supporting bar it Between be provided with a lifting device, the bottom of the crossbeam is detachably equipped with the dress of the scanning for scanning student's body data It sets；The scanning means includes the pull rod for being removably mounted to the crossbeam bottom, and the pull rod is described perpendicular to the crossbeam The lower end of pull rod is equipped with a fixed block, and a spatial digitizer, the spatial digitizer are provided on front side of the fixed block It is connected with printer, the fixed block is provided with position signal receiver close to the side of the location signal transmitter.
The middle position of the horizontal support bar bottom is vertically provided with the first electric pushrod, the body of rod of first electric pushrod It is fixed on the horizontal support bar, the piston rod of first electric pushrod abuts against the top of the crossbeam, first electricity The two sides of dynamic push rod are respectively arranged with a crossbeam resetting apparatus for pulling crossbeam to return to initial position.
4. the intelligent production line of school uniform made of natural plants dyed shell fabrics as claimed in claim 3, which is characterized in that described Digitizing school uniform version type equipment includes pedestal, and station is equipped on the pedestal, is slidably fitted on the station along X-axis Portal frame driven by the first power plant, the portal frame include two vertical beams, are equipped with a crossbeam between two vertical beams；Institute It states and is slidably fitted with the knife rest driven by the second power device along Y-axis on crossbeam, be slidably fitted with along Z axis by the on the knife rest The cutter of three power devices driving；
The station includes station ontology, and operation panel is equipped on the station ontology, is provided on the operation panel Several stomatas, the operating cavity for being connected to the stomata is provided in the station ontology, and the operating cavity passes through gas circuit connection and takes out Blower；
The operating cavity bottom is equipped with collecting paper scrap box, and the outlet of connection suction ventilator is offered on the collecting paper scrap box.
5. the intelligent production line of school uniform made of natural plants dyed shell fabrics as claimed in claim 4, which is characterized in that described Adjustable school uniform ironing equipment includes bracket, is equipped with the conveyer belt for conveying the standard school uniform along X-axis in the bracket, Ironing mould corresponding with the standard school uniform is installed on the bracket；
The standard school uniform include school uniform ontology, and collar is provided on school uniform ontology, and the two sides of the school uniform ontology sew respectively There is a sleeve；The ironing mould includes two the first tracks along X-axis setting, and two first tracks respectively correspond the school uniform The edge of ontology two sides is slidably fitted with telescopic ironing apparatus, the telescopic ironing dress between two first tracks The first power device driving by being installed on the bracket is set, is provided on the telescopic ironing apparatus for ironing institute State the school uniform ontology ironer of school uniform ontology；
The second track, two second tracks and two sleeves are mounted between each first track and the bracket It is arranged in a one-to-one correspondence, a sleeve ironer for sleeve described in ironing, institute is slidably fitted on each second track Sleeve ironer is stated to drive by the second power device being installed on second track.
6. the intelligent production line of school uniform made of natural plants dyed shell fabrics as claimed in claim 3, which is characterized in that each The Scan orientation device includes first mounting base being slidably mounted on the sliding rail, each first mounting base Inside is provided with a location signal transmitter, and one first assembly cavity is equipped on front side of each first mounting base, each It is provided with a clamping block in first assembly cavity, is provided with a locking pin, Mei Yisuo on the inside of each clamping block It states and is equipped with a square hole on the first assembly cavity wall, each locking pin both passes through the square hole, each locking Pin is inserted into the positioning groove, and the other side of each clamping block is equipped with a vertically arranged locking push rod, each It is equipped with a fixation hole on the clamping block, a clamping block fixed pin is both passed through in the fixation hole, each clamping block is solid A torsionspring is arranged in rationed marketing, each clamping block fixed pin is both secured to an inner wall of first assembly cavity On.
7. the intelligent production line of school uniform made of natural plants dyed shell fabrics as claimed in claim 3, which is characterized in that each The lifting device includes a square sleeve being sheathed on the vertical supporting bar, and the outside of each square sleeve is equal Equipped with one second mounting base, one second servo motor, each second servo are provided in each second mounting base The motor shaft of motor protrudes into the square sleeve, is mounted on a setting on the motor shaft of each second servo motor Second gear in the square sleeve is equipped with one second rack gear on rear side of each vertical supporting bar, each described Second rack gear is meshed with the second gear, and one is equipped on front side of each square sleeve for keeping the scanning fixed The vertical gap that position device passes through.
8. the intelligent production line of school uniform made of natural plants dyed shell fabrics as claimed in claim 4, which is characterized in that described Support device includes a third installation cavity for being set to the base top, two third installation cavitys it is horizontally disposed and It is parallel to each other, the bottom of each third installation cavity is equipped with first rack gear for being parallel to the third installation cavity, each It is engaged with a first gear on first rack gear, a dragon is rotatably equipped with by rotation axis in each first gear Door frame support rod is equipped with one first mounting groove, each first mounting groove on one inner wall of each third installation cavity It is inside provided with a scroll wheel, each scroll wheel is fixedly installed in the rotation axis, on each scroll wheel Equipped with one first latch recess, a horizontally disposed locking level, each first peace are inserted into each latch recess The bottom of tankage is equipped with a sliding cavity, and each locking level is all set in the sliding cavity, each locking level The other end stretches out the sliding cavity, is equipped with a first annular groove on the inner wall of each sliding cavity, and each described A first annular baffle being set on the locking level, each first annular baffle and institute are provided in one annular groove It states and is provided with a first back-moving spring between first annular groove, each first back-moving spring is sheathed on the locking level On.
9. the intelligent production line of school uniform made of natural plants dyed shell fabrics as claimed in claim 4, which is characterized in that described Several air ducts are provided in operating cavity, each air duct passes through gas circuit and is connected to the exhaust fan, each air duct and institute It states and is mounted on a solenoid valve between exhaust fan；The two sides of the station be respectively arranged with one extend along the x axis first Sliding rail, two first sliding rails pass through the sliding of the 4th power device drives edge Y-axis；The two vertical beam one-to-one correspondence are installed on two In first sliding rail；First power device is the motor-driven third leadscrew-nut mechanism of third；It is set on the crossbeam It is equipped with the 4th sliding rail, two vertical beams are slidably mounted in the 4th sliding rail, are equipped on the vertical beam described for locking The vertical beam lock cylinder of vertical beam and crossbeam position, when locking the piston rod of the vertical beam lock cylinder be resisted against on the crossbeam；
The both ends of the station are separately installed with one the 5th sliding rail, and two first sliding rails are slidably mounted on two the described 5th Between sliding rail；
4th power device is the second motor-driven second leadscrew-nut mechanism, is mounted on two first sliding rails One nut, two nuts it is oppositely oriented；Two nuts adapt on a lead screw；Cunning is slidably fitted on the crossbeam Block is rotatably equipped with the turntable driven by the 5th power device on the sliding block, is equipped with the knife rest on the turntable；It is described The second sliding rail compatible with the sliding block is provided on crossbeam；Second power device is the 4th motor-driven 4th Thick stick nut body；
Third sliding rail compatible with the cutter is provided on the knife rest, the third power device is cutter driving Cylinder.
10. the intelligent production line of school uniform made of natural plants dyed shell fabrics as claimed in claim 5, which is characterized in that institute Stating telescopic ironing apparatus includes the ironing sliding rail being set on two first tracks, is slided in the ironing sliding rail along Y-axis Two ironing sliding blocks are provided with, spring is installed between the two ironing sliding blocks；
One connecting rod is installed along Z axis on each ironing sliding block, the bottom of first track is provided with the first track Sliding eye, each connecting rod run through the first track sliding eye, and are equipped between two connecting rods described School uniform ontology ironer；The school uniform ontology ironer includes school uniform ontology ironing shell, on the school uniform ontology ironing shell It is provided with the school uniform ontology ironing air inlet of connection steam pipeline, is additionally provided with several school uniform for school uniform ontology described in ironing Ontology ironing venthole；
The school uniform ontology ironer further includes the retaining hood that two sliding sleeves are set on the school uniform ontology ironing shell, described in two Retaining hood is symmetrically disposed on the both ends of the school uniform ontology ironing shell；Each retaining hood with each connecting rod it Between be provided with the third power device for driving retaining hood sliding；The sleeve ironer includes sleeve ironing shell, described It is provided with the sleeve ironing shell air inlet of connection steam pipeline on sleeve ironing shell, is additionally provided with several for described in ironing The sleeve ironing shell venthole of sleeve；First power device is motor-driven leadscrew-nut mechanism, the motor peace Loaded on the bracket；Second power device is that sleeve ironer drives cylinder；The third power device is retaining hood Cylinder is driven, the cylinder block of the retaining hood driving cylinder is installed in the connecting rod, the work of the retaining hood driving cylinder Stopper rod is installed in the retaining hood.
CN201811651961.3A 2018-12-31 2018-12-31 School uniform made of natural plant dyed fabric and intelligent production line thereof Active CN109730375B (en)

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CN201811651961.3A CN109730375B (en) 2018-12-31 2018-12-31 School uniform made of natural plant dyed fabric and intelligent production line thereof
CN202010924670.8A CN112011942B (en) 2018-12-31 2018-12-31 Adjustable school uniform ironing equipment made of natural plant dyed fabric and used for school uniform
CN202010924678.4A CN112064275A (en) 2018-12-31 2018-12-31 Telescopic ironing process for school uniform made of natural plant dyed fabric
CN202010924679.9A CN112043034B (en) 2018-12-31 2018-12-31 Supporting mechanism for intelligent school uniform production line
CN202010924680.1A CN112006365B (en) 2018-12-31 2018-12-31 Intelligent student sample taking and body measuring process for school uniform made of natural plant dyed fabric
CN202010924681.6A CN112006366B (en) 2018-12-31 2018-12-31 Digital school uniform model equipment made of natural plant dyed fabric and used for school uniform

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CN202010924681.6A Division CN112006366B (en) 2018-12-31 2018-12-31 Digital school uniform model equipment made of natural plant dyed fabric and used for school uniform
CN202010924680.1A Division CN112006365B (en) 2018-12-31 2018-12-31 Intelligent student sample taking and body measuring process for school uniform made of natural plant dyed fabric
CN202010924679.9A Division CN112043034B (en) 2018-12-31 2018-12-31 Supporting mechanism for intelligent school uniform production line
CN202010924670.8A Division CN112011942B (en) 2018-12-31 2018-12-31 Adjustable school uniform ironing equipment made of natural plant dyed fabric and used for school uniform
CN202010924678.4A Division CN112064275A (en) 2018-12-31 2018-12-31 Telescopic ironing process for school uniform made of natural plant dyed fabric

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CN202010924670.8A Active CN112011942B (en) 2018-12-31 2018-12-31 Adjustable school uniform ironing equipment made of natural plant dyed fabric and used for school uniform
CN202010924679.9A Active CN112043034B (en) 2018-12-31 2018-12-31 Supporting mechanism for intelligent school uniform production line
CN202010924678.4A Pending CN112064275A (en) 2018-12-31 2018-12-31 Telescopic ironing process for school uniform made of natural plant dyed fabric
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CN202010924678.4A Pending CN112064275A (en) 2018-12-31 2018-12-31 Telescopic ironing process for school uniform made of natural plant dyed fabric
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CN112006365A (en) 2020-12-01
CN109730375B (en) 2020-10-09
CN112011942A (en) 2020-12-01
CN112006365B (en) 2022-08-02
CN112043034B (en) 2022-07-22
CN112011942B (en) 2022-10-11
CN112006366A (en) 2020-12-01
CN112064275A (en) 2020-12-11
CN112043034A (en) 2020-12-08

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Denomination of invention: School uniforms made of natural plant dyed fabrics and their intelligent production lines

Effective date of registration: 20221208

Granted publication date: 20201009

Pledgee: Industrial Commercial Bank of China Ltd. Weicheng Weifang branch

Pledgor: WEIFANG SHANGDE GARMENT CO.,LTD.

Registration number: Y2022980025991