CN204774032U - Cloth digital calico printing machine based on thing networking - Google Patents
Cloth digital calico printing machine based on thing networking Download PDFInfo
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- CN204774032U CN204774032U CN201520330081.1U CN201520330081U CN204774032U CN 204774032 U CN204774032 U CN 204774032U CN 201520330081 U CN201520330081 U CN 201520330081U CN 204774032 U CN204774032 U CN 204774032U
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Abstract
The utility model discloses a cloth digital calico printing machine based on thing networking, including the work feed mechanism that sets gradually, frame, rack -mounted transmission conduction band, press presser, printing device and coiling mechanism on the transmission conduction band with the cloth, presser includes: the guide rail, elevating system has pars contractilis and the slidable mounting fixed part on the guide rail, the compress roller is installed on the pars contractilis, is located the top of transmission conduction band, the hold -in range for drive elevating system follows guide rail reciprocating motion, an actuating mechanism for the drive hold -in range, two first detection switchs are close to the both ends of guide rail respectively for it perhaps closes elevating system to start when elevating system is close to, a microprocessor, a wireless module. The utility model discloses enough automatic control cloth tensile forces of cloth digital calico printing machine based on thing networking and roughness, and then the printing effect of improvement cloth to, can the automation and the efficient carry out work.
Description
Technical field
The utility model relates to cloth dyeing apparatus technical field, is specifically related to a kind of cloth digital decorating machine based on Internet of Things.
Background technology
In textile printing and dyeing and relevant light industry thereof, traditional dyeing machine is eliminated gradually owing to polluting heavy and inefficient cause, digital decorating machine because of its high-efficiency low-pollution fast-developing, but the cloth-pressing device that a lot of digit printing machinery is not relevant, and also just have simple cloth guider in cloth-feeding system, there is no tension control system, easily cause the instability of product quality.
Be that the cloth first inputting certain length enters digital decorating machine when digital decorating machine carries out digit printing to fabric at present, then carry out stamp to fabric, the cloth then inputting same length again enters digital decorating machine and carries out digit printing.
Publication number is that the Chinese invention patent application of CN101638000A (application number is 200910306636.8) discloses a kind of digital code spray-jet printing machine and digital jet printing method, and this digital code spray-jet printing machine comprises emptying roller, spreading roll, feeding idler roller, pressure roller, transfer roller, inkjet-printing device, heating, drying device, rewinder, front heater, rewinding idler roller, the material receiving roller that the moving direction along medium sets gradually.The Waste ink collecting apparatus for collecting the ink permeated from medium reverse side is being provided with by the medium reverse side bottom after print pattern.Emptying roller and feeding idler roller constitute unwinding device.Material receiving roller and rewinding idler roller constitute wrap-up.Material receiving roller and rewinding idler roller constitute wrap-up.Remain on conduction band although this technical scheme has Waste ink collecting apparatus to make not have useless ink in print procedure, thus eliminate the technological process of washing, reach higher environmental requirement.But it is in print procedure, still easily there is injustice in cloth, causes digit printing poor effect on cloth.
Notification number is that the Chinese patent literature of CN204038708U discloses a kind of digit printing entering arrangment, it is characterized in that it comprises frame, cloth deviation correcting device, cloth cloth storage device I and cloth cloth storage device II; Cloth deviation correcting device is arranged in frame, and cloth cloth storage device I is arranged in the frame on front side of cloth deviation correcting device, and cloth cloth storage device II is arranged in the frame on rear side of cloth deviation correcting device; Cloth cloth storage device I is for storing the cloth needed for a full stamp, and cloth stores completely and outputs to cloth deviation correcting device; Cloth deviation correcting device is used for the selvedge alignment of the cloth exported by cloth cloth storage device I, is input in cloth cloth storage device II even if a selvedge of cloth can be in after on same straight line; Cloth, for storing the cloth after by cloth deviation correcting device correction alignment, just exports after storing the cloth needed for a stamp being abound with limit alignment and carries out stamp by cloth cloth storage device II.
Current Programmable Logic Controller development, Programmable Logic Controller has been widely used in the industries such as iron and steel, oil, chemical industry, electric power, building materials, machine-building, automobile, traffic circulation, environmental protection and entertainment.If textile printing and dyeing industry introduces Programmable Logic Controller also can realize digital management, thus increase work efficiency, production efficiency and product quality.
Utility model content
For the deficiencies in the prior art, the utility model provides a kind of cloth digital decorating machine based on Internet of Things, adopts presser automatically to be flattened by cloth, thus can ensure print quality.
Based on a cloth digital decorating machine for Internet of Things, comprise set gradually cloth feeding mechanism, frame, rack-mounted transmission conduction band, by the presser of cloth presser on transmission conduction band, printing equipment and wrap-up, described presser comprises:
Guide rail, is arranged on the side of described frame, and the direction of transfer being parallel to transmission conduction band is arranged;
Elevating mechanism, has pars contractilis and is slidably mounted on the fixed part on guide rail;
Cloth pressing roller, is arranged on described pars contractilis, is positioned at the top of transmission conduction band;
Timing Belt, is arranged in frame, moves back and forth along guide rail for driving elevating mechanism;
First driving mechanism, for driving Timing Belt;
Two the first sense switches, respectively near the two ends of guide rail, and are connected with the control circuit of elevating mechanism, for when elevating mechanism near time start or close elevating mechanism;
First microprocessor, is connected with the control circuit of described elevating mechanism;
First wireless module, is connected with described first microprocessor;
Wherein, described Timing Belt has the contrary upper band portion of the direction of motion and lower band portion, and when described elevating mechanism is in raised configuration and the upper band portion of Timing Belt keeps locking, and when described elevating mechanism is in decline state and the lower band portion of Timing Belt keeps locking.
Described elevating mechanism is when the first sense switch, first sense switch can detect corresponding state, and send corresponding pulse signal to the control circuit of elevating mechanism, and then realize rising or the decline of elevating mechanism, described first sense switch is preferably proximity switch, such as, can be that photo-electric proximity switch or Hall are close to proximity switch etc.
Because the upper band portion of Timing Belt is contrary with the direction of motion in lower band portion, so Timing Belt can make elevating mechanism and the direction of transfer of cloth pressing roller along cloth or the direction of transfer against cloth move.And the effect of elevating mechanism makes cloth pressing roller extrude cloth or away from cloth, while cloth pressing roller extruding cloth, the lower band portion of elevating mechanism and Timing Belt keeps locking, elevating mechanism and cloth pressing roller move along the direction of motion in lower band portion, while cloth pressing roller is away from cloth, the upper band portion of elevating mechanism and Timing Belt keeps locking, and elevating mechanism and cloth pressing roller move along the direction of motion in upper band portion.Here it should be noted that, the axle center of cloth pressing roller and the pars contractilis of elevating mechanism are between upper band portion and lower band portion.
The control circuit of described elevating mechanism is connected with first microprocessor, and described first microprocessor is connected with computer by the first wireless module.The computer connected by the first wireless module and first microprocessor information mutual communication, first microprocessor controls elevating mechanism by the control circuit of elevating mechanism, certain first microprocessor can also calculate the engineering parameters such as stroke by the control circuit number of starts of elevating mechanism, and is transferred to computer.
In addition, when elevating mechanism moves to rail end, the first sense switch controls elevating mechanism lifting to make elevating mechanism counter motion.Elevating mechanism moves back and forth along guide rail, and the circular path repeating motion that cloth pressing roller is closed, cloth is constantly constantly rolled flat by cloth pressing roller in the process of motion.
In order to make cloth pressing roller two ends active force evenly, increase and roll flat effect, as preferably, described presser is two covers, is separately positioned on the both sides of transmission conduction band, and wherein, cloth pressing roller is that two cover pressers share.
As preferably, described frame both sides are separately installed with the toothed belt transmission wheel for Timing Belt around the home, described frame is also provided with and takes turns with the toothed belt transmission being positioned at frame both sides the Timing Belt wheel shaft linked simultaneously.
Described toothed belt transmission wheel can ensure that the Timing Belt motion state being positioned at frame both sides is consistent, thus ensures the stability of cloth pressing roller motion, then ensures compress quality further.
As preferably, described first driving mechanism is motor, and described motor to be arranged in frame and to be coaxially connected with described Timing Belt wheel shaft.
As preferably, described elevating mechanism comprises cylinder, and described fixed part is cylinder body, and described pars contractilis is expansion link; Described cloth pressing roller comprises axle and peripheral in axle and axle coaxial rotation roller, the axle of cloth pressing roller and the end winding support of expansion link.
In order to alleviate the impulsive force to cloth and transmission conduction band when cloth pressing roller declines, as preferably, described elevating mechanism also comprises buffer spring; One end of described buffer spring is connected with described cylinder body, and the other end is connected with described axle.
As preferably, described Timing Belt is the belt band that inner peripheral surface is provided with equidistant tooth-shape structure, and described pars contractilis has the sticking department engaged with the tooth-shape structure of described driving-belt.
Described sticking department comprises the upper sticking department and lower sticking department that lock with upper band portion and lower band portion respectively.The concrete shape of sticking department has a lot, such as, with the tooth-shape structure of the tooth-shape structure complementation of driving-belt, or can be stuck in the projection etc. in gap of tooth-shape structure of driving-belt.
As preferably, described cloth feeding mechanism comprises:
The yardage roll of cloth around the home;
Fabric guide roll, for around the home from yardage roll draw cloth;
Liftable idler roller, is squeezed in downwards on the cloth between transmission conduction band and fabric guide roll and cloth is tightened, have upper extreme position and lower limit position;
Second driving mechanism, rotates for driving yardage roll;
Two the second sense switches, are connected with the control circuit of the second driving mechanism respectively, opening and closing, laying respectively at upper extreme position and the lower limit position of idler roller for controlling the second driving mechanism;
Second microprocessor, is connected with the control circuit of described second driving mechanism;
Second wireless module, is connected with described second microprocessor;
Wherein, when idler roller is in upper extreme position, the second sense switch controls the second driving mechanism and starts, and when idler roller is in lower limit position, the second sense switch controls the second driving mechanism and cuts out.
Described idler roller all can touch the second sense switch when moving to upper extreme position or lower limit position, and the position of described second sense switch residing for idler roller sends different control signals to the control circuit of the second driving mechanism.
The control circuit of described second driving mechanism is connected with the second microprocessor, and the second described microprocessor is connected with computer by the second wireless module.The computer connected by the second wireless module and the second microprocessor intelligence intercommunication, second microprocessor controls the second driving mechanism by the control circuit of the second driving mechanism, certain second microprocessor can also calculate the engineering parameters such as stroke by the control circuit number of starts of the second driving mechanism, and is transferred to computer.
Be that the cloth first inputting certain length enters digital decorating machine when carrying out digit printing to fabric, then carry out stamp to fabric, the cloth then inputting same length again enters digital decorating machine and carries out digit printing.When startup the second driving mechanism, yardage roll is input to the certain length of printing equipment by yardage roll, the transfer rate arranging yardage roll is greater than the transfer rate of transmission conduction band, due in continuous feeding, cloth length between fabric guide roll and transmission conduction band can increase, then idler roller can be taken advantage of a situation and be declined to be tightened by cloth, when idler roller moves to lower limit position, touches the second sense switch and the second driving mechanism is quit work; And then the cloth length between fabric guide roll and transmission conduction band can reduce, idler roller rises gradually, when idler roller moves to upper extreme position, touch the second sense switch and the second driving mechanism is started again, so repeat above process, thus make cloth remain at tensioned state transmission, and whole process is all automatic control, does not need manual site to operate.Wherein the second sense switch can adopt the structure identical with the first sense switch.
In order to make idler roller adjustable to cloth applied pressure, preferably, described fabric guide roll comprises the axle and roller that are connected by bearing, and the axle two ends of fabric guide roll stretch out and are provided with sprocket wheel; Described sprocket wheel is wound with chain, and one end of chain is connected with the axle of idler roller, and the other end is connected with counterweight roller.Described counterweight roller is connected with balancing weight suspension member, and the quality of balancing weight suspension member can change.
As preferably, described cloth feeding mechanism also comprises the guide groove described idler roller and counterweight roller being limited in vertical direction motion.
Be provided with heating, drying device between described printing equipment and wrap-up, the stamp heating, drying after logarithmic code prints, to ensure printing quality.
The control circuit of described elevating mechanism and the control circuit of the second driving mechanism are all connected with microprocessor, and micro-process is connected with computer by wireless module, carries out communication.Microprocessor controls elevating mechanism and the second driving mechanism by the control circuit of elevating mechanism and the control circuit of the second driving mechanism, certain micro-process can also calculate the engineering parameters such as stroke by the control circuit number of starts of the control circuit of elevating mechanism and the second driving mechanism, and carry out communication with computer, relevant information is sent to computer, microprocessor can also the information that sends of receiving computer, performs and operate accordingly.
Compared with prior art, the utility model has the following advantages based on the cloth digital decorating machine tool of Internet of Things:
The utility model controls cloth tensile force and flatness enough automatically based on the cloth digital decorating machine of Internet of Things, and then improves the printing effect of cloth, and automatically and efficiently can carry out work.
Accompanying drawing explanation
Fig. 1 is the presser stereogram of the utility model based on the cloth digital decorating machine of Internet of Things.
Fig. 2 is the presser side view of the utility model based on the cloth digital decorating machine of Internet of Things.
Fig. 3 is the cloth feeding mechanism schematic diagram of the utility model based on the cloth digital decorating machine of Internet of Things.
Detailed description of the invention
Illustrate according to detailed description of the invention of the present utility model below in conjunction with accompanying drawing.
Set forth a lot of detail in the following description so that fully understand the utility model, but, the utility model can also adopt other to be different from other modes described here and implement, and therefore, the utility model is not limited to the restriction of following public specific embodiment.
Cloth digital decorating machine based on Internet of Things comprise set gradually cloth feeding mechanism, frame, rack-mounted transmission conduction band, by the presser of cloth presser on transmission conduction band, printing equipment and wrap-up, frame is also provided with and lays and carry the transmission conduction band (not shown) of cloth, cloth 1 is laid on the upper surface of transmission conduction band.
As depicted in figs. 1 and 2, presser comprises the toothed belt transmission wheel 2 that two groups are arranged on frame both sides, often organize toothed belt transmission wheel 2 and have two, the toothed belt transmission wheel 2 of same group there is the Timing Belt 3 forming closed-loop path around the home, the toothed belt transmission wheel 2 of different group is connected by Timing Belt wheel shaft 4, realize two groups of toothed belt transmissions and take turns 2 synchronous axial system, for providing the motor 5 of rotational power to be arranged on frame to Timing Belt, and the main shaft of motor 5 is coaxially connected by shaft coupling with Timing Belt wheel shaft 4.
Timing Belt 3 same group toothed belt transmission wheel 2 between part be on band portion 6 and lower band portion 7, the direction of motion in upper band portion 6 and lower band portion 7 is contrary.The inner peripheral surface of Timing Belt 3 is provided with equidistant tooth-shape structure.
The top of Timing Belt 3 is provided with on two guide rail 8, two guide rails 8 being in frame both sides respectively and is slidably fitted with cylinder 9 separately.The cylinder body of cylinder 9 has the sliding part (not shown) be engaged on guide rail 8, and cylinder 9 can along slide.The expansion link of cylinder 9 stretches towards Timing Belt 3, and can move in the end of the expansion link of cylinder 9 between upper band portion 6 and lower band portion 7.Cloth pressing roller 10 for rolling plain cloth material is positioned at the top of transmission conduction band, the roller that cloth pressing roller 10 is comprised axle and is connected by coaxial bearing with axle.The axle two ends of cloth pressing roller 10 are separately fixed on the expansion link of two cylinders 9.Produce too large impulsive force to transmission conduction band and cloth when declining to prevent cloth pressing roller 10, be provided with buffer spring 11, one end of buffer spring 11 is connected on the cylinder body of cylinder 9, and the other end is connected in the axle of cloth pressing roller 10.Buffer spring 11 can also when cylinder does not have air feed pull-up cloth pressing roller 10, avoid it to be pressed in for a long time on cloth, have infringement to cloth, also make the printing effect of cloth better.
Cylinder 9 drives the elevating movement of cloth pressing roller 10.The expansion link end of cylinder 9 has the sticking department engaged with the equidistant tooth-shape structure in upper band portion 6 and lower band portion 7.By the stroke of the expansion link of adjusting cylinders 9, when cloth pressing roller 10 is risen, the sticking department of cylinder 9 just in time locks with upper band portion 6, and when making cloth pressing roller 10 decline, the sticking department of cylinder 9 just in time locks with lower band portion 7 simultaneously.
With reference to Fig. 2, for Timing Belt 3 according to rotating clockwise, when cloth pressing roller 10 rises, cloth pressing roller 10 and cylinder 9 are towards moving right, and when cloth pressing roller 10 declines, cloth pressing roller 10 and cylinder 9 are towards moving left.
Two the first sense switches 12 are provided with near the two ends of guide rail 8, first sense switch 12 is connected with the control circuit of cylinder 9, touch the first sense switch 12, first sense switch 12 to transmit control signal to the control circuit of cylinder 9 when cylinder moves to rail end.Or for Fig. 2, cylinder 9 touches first sense switch on the right when moving to the low order end of guide rail 8, first sense switch is to the control signal of the control circuit transmission control cylinder startup of cylinder 9, cylinder 9 promotes cloth pressing roller 10 and declines, the roller of cloth pressing roller 10 is pressed on cloth, simultaneously the locking piece of cylinder 9 and lower band portion 7 lock, and cylinder 9 and cloth pressing roller 10 start to be moved to the left; Touch first sense switch on the left side when cylinder 9 moves to guide rail high order end, cylinder 9 drives cloth pressing roller 10 to rise, and cylinder 9 and cloth pressing roller 10 start to move right, and carry out and so forth, and cloth pressing roller 10 intermittently rolls pressure to cloth.The motion path of cloth pressing roller 10 as shown by the arrows in Figure 2.
As shown in Figure 3, cloth feeding mechanism comprises the yardage roll 13 of cloth around the home, for around the home from the fabric guide roll 14 of the cloth of yardage roll 13 extraction, is delivered to transmission conduction band from the cloth of fabric guide roll 14 output.
Cloth between transmission conduction band and fabric guide roll 14 is extruded with idler roller 15.Idler roller 15 utilizes deadweight to move downward cloth is tightened.Fabric guide roll 14 comprises the axle and roller that are connected by bearing, and the axle two ends of fabric guide roll 14 stretch out and are provided with sprocket wheel 16; Sprocket wheel 16 is wound with chain 17, one end of chain 17 is connected with the axle of idler roller 15, and the other end is connected with counterweight roller 18.Idler roller 15 and counterweight roller 18 are installed on the guide groove 19 of vertically layout, and idler roller 15 and counterweight roller 18 can only move at vertical direction.
Idler roller 15 has upper extreme position and lower limit position, cloth feeding mechanism also comprises the detection upper extreme position of idler roller 15 and the second sense switch 20 and the second sense switch 21 of lower limit position respectively, because counterweight roller 18 and idler roller 15 are synchronized with the movement, so indirectly detect upper extreme position and the lower limit position of idler roller 15 in the present embodiment by detecting counterweight roller 18.In Fig. 1, idler roller 15 is in lower limit position.The tensile force of idler roller 15 pairs of clothes can be changed by the weight changing counterweight roller 18.
Cloth feeding mechanism also comprises the motor for driving yardage roll 13 to rotate.When idler roller 15 is in upper extreme position, the motor driving yardage roll 13 to rotate starts to start, and yardage roll 13 starts feeding; When idler roller 15 is in lower limit position, the motor driving yardage roll 13 to rotate quits work, and yardage roll 13 stops feeding.
The course of work of cloth feeding mechanism is: when the electric motor starting driving yardage roll 13 to rotate, the transfer rate arranging yardage roll 13 is greater than the transfer rate of transmission conduction band, due in continuous feeding, cloth length between fabric guide roll 14 and transmission conduction band can increase, then idler roller 15 can be taken advantage of a situation and be declined to be tightened by cloth, when idler roller 15 moves to lower limit position, touch the second sense switch 21 and the motor that yardage roll 13 is rotated quits work; And then the cloth length between fabric guide roll 14 and transmission conduction band can reduce, idler roller 15 rises gradually, when idler roller 15 moves to upper extreme position, touch the second sense switch 20 and the motor that yardage roll 13 is rotated starts again, so repeat above process, thus make cloth remain at tensioned state transmission, and whole process is all automatic control, does not need manual site to operate.
The control circuit of elevating mechanism and the control circuit of the second driving mechanism are all connected with microprocessor, and micro-process is connected with computer by wireless module, carries out communication.Microprocessor controls elevating mechanism and the second driving mechanism by the control circuit of elevating mechanism and the control circuit of the second driving mechanism, certain micro-process can also calculate the engineering parameters such as stroke by the control circuit number of starts of the control circuit of elevating mechanism and the second driving mechanism, and carry out communication with computer, relevant information is sent to computer, microprocessor can also the information that sends of receiving computer, performs and operate accordingly.
The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1., based on a cloth digital decorating machine for Internet of Things, comprise the cloth feeding mechanism, frame, rack-mounted transmission conduction band, presser, printing equipment and the wrap-up that set gradually, it is characterized in that, described presser comprises:
Guide rail, is arranged on the side of described frame, and the direction of transfer being parallel to transmission conduction band is arranged;
Elevating mechanism, has pars contractilis and is slidably mounted on the fixed part on guide rail;
Cloth pressing roller, is arranged on described pars contractilis, is positioned at the top of transmission conduction band;
Timing Belt, is arranged in frame, moves back and forth along guide rail for driving elevating mechanism;
First driving mechanism, for driving Timing Belt;
Two the first sense switches, respectively near the two ends of guide rail, and are connected with the control circuit of elevating mechanism, for when elevating mechanism near time start or close elevating mechanism;
First microprocessor, is connected with the control circuit of described elevating mechanism;
First wireless module, is connected with described first microprocessor;
Wherein, described Timing Belt has the contrary upper band portion of the direction of motion and lower band portion, and when described elevating mechanism is in raised configuration and the upper band portion of Timing Belt keeps locking, and when described elevating mechanism is in decline state and the lower band portion of Timing Belt keeps locking.
2. the cloth digital decorating machine based on Internet of Things according to claim 1, it is characterized in that, described presser is two covers, is separately positioned on the both sides of transmission conduction band, and wherein, cloth pressing roller is that two cover pressers share.
3. the cloth digital decorating machine based on Internet of Things according to claim 2, it is characterized in that, described frame both sides are separately installed with the toothed belt transmission wheel for Timing Belt around the home, described frame is also provided with and takes turns with the toothed belt transmission being positioned at frame both sides the Timing Belt wheel shaft linked simultaneously.
4. the cloth digital decorating machine based on Internet of Things according to claim 3, is characterized in that, described first driving mechanism is motor, and described motor to be arranged in frame and to be coaxially connected with described Timing Belt wheel shaft.
5. the cloth digital decorating machine based on Internet of Things according to claim 1, it is characterized in that, described elevating mechanism comprises cylinder, and described fixed part is cylinder body, and described pars contractilis is expansion link; Described cloth pressing roller comprises axle and peripheral in axle and axle coaxial rotation roller, the axle of cloth pressing roller and the end winding support of expansion link.
6. the cloth digital decorating machine based on Internet of Things according to claim 5, it is characterized in that, described elevating mechanism also comprises buffer spring; One end of described buffer spring is connected with described cylinder body, and the other end is connected with described axle.
7. the cloth digital decorating machine based on Internet of Things according to claim 1, is characterized in that, described Timing Belt is the belt band that inner peripheral surface is provided with equidistant tooth-shape structure, and described pars contractilis has the sticking department engaged with the tooth-shape structure of described driving-belt.
8. the cloth digital decorating machine based on Internet of Things according to claim 1, it is characterized in that, described cloth feeding mechanism comprises:
The yardage roll of cloth around the home;
Fabric guide roll, for around the home from yardage roll draw cloth;
Liftable idler roller, is squeezed in downwards on the cloth between transmission conduction band and fabric guide roll and cloth is tightened, have upper extreme position and lower limit position;
Second driving mechanism, rotates for driving yardage roll;
Two the second sense switches, are connected with the control circuit of the second driving mechanism respectively, opening and closing, laying respectively at upper extreme position and the lower limit position of idler roller for controlling the second driving mechanism;
Second microprocessor, is connected with the control circuit of described second driving mechanism;
Second wireless module, is connected with described second microprocessor;
Wherein, when idler roller is in upper extreme position, the second sense switch controls the second driving mechanism and starts, and when idler roller is in lower limit position, the second sense switch controls the second driving mechanism and cuts out.
9. the cloth digital decorating machine based on Internet of Things according to claim 8, is characterized in that, described fabric guide roll comprises the axle and roller that are connected by bearing, and the axle two ends of fabric guide roll stretch out and are provided with sprocket wheel; Described sprocket wheel is wound with chain, and one end of chain is connected with the axle of idler roller, and the other end is connected with counterweight roller.
10. the cloth digital decorating machine based on Internet of Things according to claim 9, is characterized in that, described cloth feeding mechanism also comprises the guide groove described idler roller and counterweight roller being limited in vertical direction motion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520330081.1U CN204774032U (en) | 2015-05-20 | 2015-05-20 | Cloth digital calico printing machine based on thing networking |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520330081.1U CN204774032U (en) | 2015-05-20 | 2015-05-20 | Cloth digital calico printing machine based on thing networking |
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| Publication Number | Publication Date |
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| CN204774032U true CN204774032U (en) | 2015-11-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520330081.1U Expired - Fee Related CN204774032U (en) | 2015-05-20 | 2015-05-20 | Cloth digital calico printing machine based on thing networking |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109733060A (en) * | 2018-12-23 | 2019-05-10 | 朱博 | A kind of adjustable cloth clamping and pressing device for clamping thickness of stamp production |
| CN109940978A (en) * | 2019-04-20 | 2019-06-28 | 桐乡市越鑫纺织印花有限公司 | A kind of cloth-winding mechanism of heat-transfering printing machine |
| CN113858773A (en) * | 2021-11-01 | 2021-12-31 | 苏州印丝特数码科技有限公司 | Cut-parts positioner of calico printing machine |
-
2015
- 2015-05-20 CN CN201520330081.1U patent/CN204774032U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109733060A (en) * | 2018-12-23 | 2019-05-10 | 朱博 | A kind of adjustable cloth clamping and pressing device for clamping thickness of stamp production |
| CN109940978A (en) * | 2019-04-20 | 2019-06-28 | 桐乡市越鑫纺织印花有限公司 | A kind of cloth-winding mechanism of heat-transfering printing machine |
| CN113858773A (en) * | 2021-11-01 | 2021-12-31 | 苏州印丝特数码科技有限公司 | Cut-parts positioner of calico printing machine |
| CN113858773B (en) * | 2021-11-01 | 2022-11-18 | 苏州印丝特数码科技有限公司 | Cut-parts positioner of calico printing machine |
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