CN208881383U - A kind of heat sublimation colour developing machine cloth Transmission system based on heating roller heating - Google Patents

Abstract

The utility model relates to heat sublimation printing technique fields, disclose a kind of heat sublimation colour developing machine cloth Transmission system based on heating roller heating, including discharge mechanism, receiving mechanism, the first transmission mechanism between discharge mechanism and receiving mechanism and the second transmission mechanism above the first transmission mechanism, first transmission mechanism includes blanket band, first solid blanket axis and the second solid blanket axis, first solid blanket axle position is above heating roller, second solid blanket axle position is below heating roller, blanket band is set around the first solid blanket axis, between second solid blanket axis and heating roller and blanket band is made to attach its surface around entering side of the heating roller far from discharge mechanism and lay out from the upper end of heating roller from the lower end of heating roller, second transmission mechanism is used for cloth conveying to receiving mechanism side.The utility model safety coefficient is high, and cloth automatic feed can be helped to heat and transmitted, and heating process heat losses are few, are heated evenly, and can help cloth preferably dry cooling and fixation, personnel is facilitated to examine color developing effect.

Description

A kind of heat sublimation colour developing machine cloth Transmission system based on heating roller heating

Technical field

The utility model relates to heat sublimation printing technique field more particularly to a kind of heat sublimation based on heating roller heating are aobvious Color machine cloth Transmission system.

Background technique

In recent years, market is higher and higher to the appearance requirement of fabric, and flower pattern and kind tend to be personalized, in addition, from design Operation period to finished product is shorter and shorter, to have innovation to the production technology of textile printing, digit printing is powerful with its Logo printing advantage, is widely used by producer, and digit printing process passed through printing ink-jet apparatus before this, and disperse dyes direct-injection is existed On fabric, then develop the color after heating devices heat fixation, and the equipment for having independent colour developing fixation function is referred to as heat and rises Magnificent colour developing machine.

Heat sublimation colour developing machine is gradually being developed into the mode of heating roller heating, traditional heat by traditional thermolamp pipe heating Fluorescent tube heating is unevenly distributed due to heat, and fixation ability is poor, and product pattern is unintelligible, easily deform etc. factors gradually by Eliminate, heating roller then uses face contact type mode to heat so that heating is more rapidly more comprehensively, can remain one it is more permanent Fixed temperature helps cloth colour developing.

As disclosed in the patent document of Publication No. CN106739551A " a kind of constant temperature heat sublimation color development machine ", including machine Frame, open-width cloth supply roller receive cloth delivery roll, oily electric heating roller, decelerating motor, bracket, rotary joint, fuel tank, electric heater, brush Device, exhaust fume collecting hood, smoke exhaust pipe, blower, front shroud and back shroud；Can by using heat-conducting oil heating, so that cloth is heated evenly, To promote colour developing fixing property, but need manually to surround cloth around oily electric heating after the heating through the tiling of open-width cloth supply roller It on roller, and is pierced by by receiving cloth delivery roll, there are some potential safety problems, cloth heating process is exposed in air, heat stream Blindness is aobvious, develops the color to ideal, will necessarily lengthen heating time, be unfavorable for efficiently producing, cloth heats on oily electric heating roller Directly being pierced by winding by receiving cloth delivery roll receives cloth after a week, cannot reach for more thick and solid cloth ideal drying, Cooling and colour fixation, meanwhile, also inconvenient worker tests to color developing effect.

Utility model content

The technical problem to be solved by the utility model is to propose a kind of safety for the above-mentioned deficiency of the prior art Coefficient is high, and cloth automatic feed can be helped to heat and transmitted, heating process heat losses are few, homogeneous heating, can help cloth The better drying cooling of material and fixation, while can also be convenient for examining the heat sublimation colour developing machine of color developing effect heated based on heating roller With cloth Transmission system.

The utility model solves its technical problem, adopts the following technical scheme that

It is a kind of based on heating roller heating heat sublimation develop the color machine cloth Transmission system, including discharge mechanism, receiving mechanism, The first transmission mechanism between the discharge mechanism and the receiving mechanism and it is located above first transmission mechanism The second transmission mechanism, first transmission mechanism includes blanket band and the first solid blanket axis and second for fixing the blanket band Gu blanket axis, the described first solid blanket axle position is above heating roller, and the described second solid blanket axle position is below heating roller, the blanket band winding Between the described first solid blanket axis, the second solid blanket axis and heating roller and the blanket band is attached from the lower end of heating roller Heating roller surface is around entering side of the heating roller far from the discharge mechanism and lay out from the upper end of heating roller, second conveyer Structure includes conveyer belt, for will be from the cloth conveying that the upper end of heating roller is laid out to receiving mechanism side.

In above-mentioned technical proposal, discharge mechanism puts cloth to be developed the color for relaxing, and can put cloth by manual operation, can also be by machine Cloth is put in tool operation, and using mode conventional in the prior art, receiving mechanism is finished for furling colour developing fixation for specific design Cloth, specific design can be found in the prior art；The blanket band of first transmission mechanism is coated on the side of heating roller and heating roller is matched It closes, can will be placed on the cloth of heating roller lower end, as heating roller rotation is involved between heating roller and blanket band, and with heating roller Rotation finally laid out from heating roller upper end, this process not only realize cloth heating process without under receiving mechanism tractive force state also Heating region can be fed automatically into be heated, operating safety factor is high, and can pass in heating process as heating roller rotates Defeated cloth enables cloth to be gradually heated up all cloth heating and finishes, moreover, barrier of the heating process by woollen blanket, Heat loss is less, and heating colour developing is more evenly；Second transmission mechanism is set to the top of the first transmission mechanism, so that from heating roller It is placed on the transmission of the first transmission mechanism after holding the cloth laid out to be overturn, compared to cloth is directly received, is conducive to preferably help Cloth is helped to complete the dry process of heat dissipation, it is preferably fixed to be conducive to dyestuff, and it promotes color developing effect and prolongs the service life simultaneously, Be conducive to that operator is facilitated to examine color developing effect；Take up an area sky compared to directly in ground construction of platform, being on the one hand conducive to save Between, be on the other hand conducive to facilitate operator with the second transmission mechanism to the transmission of cloth directly to the color developing effect of cloth It tests, is checked and (under normal circumstances, directly contacted with heating roller surface after overturning cloth without operation cloth Face is the front for needing the pattern to develop the color, if not overturning to cloth in ground construction of platform directly, therefore at pattern front It in state downward, needs manually to overturn and examine, especially after cloth is pulled in receiving mechanism, can not overturn at all).

Further, second transmission mechanism further includes two frame bodies, two transfer rollers and two cooling mechanisms, each The both ends of the transfer roller are respectively arranged in two frame bodies, the conveyer belt Bao Rao on two transfer rollers by described turn The dynamic transmission of roller strap, two cooling mechanisms are respectively arranged in two frame bodies and are located between two transfer rollers, two The air outlet of a cooling mechanism is oppositely arranged.

Further, the blanket band is strip high temperature resistant blanket, and one end of the blanket band is wound in the described first solid blanket axis, The other end is wound in the described second solid blanket axis.

Further, first transmission mechanism further includes the third positioned at side of the heating roller far from the discharge mechanism Gu blanket axis, the blanket band is cyclic annular high temperature resistant blanket, and the blanket band is successively paperwrapped in the described first solid blanket axis, the third consolidates blanket Axis and the second solid blanket axis.

Further, the receiving mechanism include receiving rack, be installed on it is disposed in parallel each other in the receiving rack First rotating cylinder and the second rotating cylinder and first rotating cylinder is set to far from second rotating cylinder side oblique upper and with described first The parallel compression bar of rotating cylinder, the receiving rack include bottom support frame and set on the first cabinet of bottom support frame two sides and Two cabinets, first cabinet is interior to be equipped with driving motor, and the shaft of the driving motor is arranged with motor gear, the motor tooth Wheel engages connection with one end of first rotating cylinder one end and second rotating cylinder respectively by a chain.

Further, first rotating cylinder and second rotating cylinder include central axis and are set to that the central axis is outer and institute State central axis setting outer barrel；First cabinet and opposite two sides of second cabinet are equipped with and wear axis hole, Described wear is equipped with rubber axle sleeve in axis hole, the both ends of the central axis are arranged in respectively in the rubber axle sleeve, is arranged in described One end of the central axis in the rubber axle sleeve of first cabinet is arranged with rotating cylinder gear, and the rotating cylinder gear passes through chain Connection is engaged with motor gear.

Further, anti-skidding jacket layer, table in the anti-skidding jacket layer are equipped with outside first rotating cylinder and second rotating cylinder Face is equipped with vacuum chuck, and outer surface is equipped with several ordered arrangement non-slip textures.

Further, the discharge mechanism includes two the first mounting bases and the second mounting base being oppositely arranged, and described One mounting base is equipped with the first threaded hole, is equipped with screw rod in first threaded hole, and the screw rod is towards second mounting base One end elastic conjunction have the first rolling bearing, second mounting base is equipped with the column being extended towards first mounting base Bar, mast end elastic conjunction have the second rolling bearing.

Further, first rolling bearing and second rolling bearing include bearing inner race and bearing outer ring, The bearing outer ring is equipped with for being arranged in the fixed part in blowing cloth reel cylinder and set on described fixed part one end for hindering The blocking portion to blowing cloth reel both ends is kept off, the diameter of the fixed part is gradually incremented by the blocking portion.

Further, further includes:

Tension mechanism is set between the discharge mechanism and first transmission mechanism, and the tension mechanism includes two It is parallel to each other and is fixed on the smooth steel pole of heat sublimation colour developing machine；

Blanket band regulating device, blanket band regulating device include slide rail group, rack gear, regulating roller and adjusting handle, described Slide rail group includes the glidepath below the described first solid blanket axis both ends end or the second solid blanket axis both ends end, is set to Above described first solid blanket axis both ends end or the second solid blanket axis both ends end with the symmetrical upper sliding rail of the glidepath；Institute It states glidepath and is equipped with and can engage connection, institute with the regulating roller relative to the rack gear of glidepath movement, the rack gear It states regulating roller and engages connection, described rack gear one end and described first solid blanket axis one end end or the second solid blanket with adjusting handle The connection of axis one end end.

Compared with prior art, the utility model has the beneficial effects that safety coefficient is high, cloth automatic feed can be helped It heats and transmits, heating process heat losses are few, homogeneous heating, can help cloth preferably dry cooling and fixation, simultaneously It can also be convenient for inspection color developing effect；In addition, also having dry cooling high-efficient, anchor effect is good, not for a variety of different-thickness It is used with size cloth, different-diameter cloth reel, puts rewinding conveniently, the small advantage of noise.

Detailed description of the invention

To become apparent from detailed description the embodiments of the present invention, attached drawing is as follows:

Fig. 1 is the overall structure diagram of the utility model embodiment 1；

Fig. 2 is the structural schematic diagram of second transmission mechanism of the utility model embodiment 2；

Fig. 3 is the overall structure diagram of the utility model embodiment 3；

Fig. 4 is the structural schematic diagram of the receiving mechanism of the utility model embodiment 4；

Fig. 5 is the structural side view of the preferred receiving mechanism of the utility model embodiment 4；

Fig. 6 is the structural side view of the discharge mechanism knot of the utility model embodiment 4；

Fig. 7 is the cross-sectional view of the utility model embodiment 4 preferably the first rolling bearing and the second rolling bearing；

Fig. 8 is the overall structure diagram of the utility model embodiment 5；

Fig. 9 is the blanket band regulating device scheme of installation of the utility model embodiment 5.

In figure: 1- discharge mechanism, 2- receiving mechanism, the first transmission mechanism of 3-, the second transmission mechanism of 4-, 31- blanket band, 32- First solid blanket axis, 33- second consolidate blanket axis, 41- conveyer belt, 42- frame body, 43- transfer roller, 44- cooling mechanism, and 34- third consolidates blanket axis, 21- receiving rack, the first rotating cylinder of 22-, the second rotating cylinder of 23-, 24- compression bar, the first cabinet of 211-, 5- driving motor, 221- central axis, 222- outer barrel, 6- rubber axle sleeve, 223- rotating cylinder gear, the anti-skidding jacket layer of 224-, the first mounting base of 11-, the second mounting base of 12-, 13- screw rod, the first rolling bearing of 14-, the second rolling bearing of 15-, 141- bearing inner race, 142- bearing outer ring, 1421- are fixed Portion, 1422- blocking portion, 7- tension mechanism, the smooth steel pole of 71-, 8- blanket band regulating device, 81- slide rail group, 82- rack gear, 83- tune Save roller, 84- adjusting handle, 811- glidepath, the upper sliding rail of 812-.

Specific embodiment

It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further Description, but the utility model is not limited to these examples.

Embodiment 1

As shown in Figure 1, the present embodiment provides a kind of heat sublimation colour developing machine cloth Transmission system heated based on heating roller, Including discharge mechanism 1, receiving mechanism 2, the first transmission mechanism 3 between the discharge mechanism 1 and the receiving mechanism 2 with And the second transmission mechanism 4 above first transmission mechanism 3, first transmission mechanism 3 include blanket band 31 and use It is located above heating roller in the first solid blanket axis 32 and the second solid blanket axis 33, the described first solid blanket axis 32 of the fixation blanket band 31, Described second solid blanket axis 33 is located at below heating roller, and the blanket band 31 is set around the described first solid blanket axis 32, the second solid blanket Between axis 33 and heating roller and the blanket band 31 is made to attach heating roller surface around entering far from heating roller from the lower end of heating roller The side of the discharge mechanism 1 is simultaneously laid out from the upper end of heating roller, and second transmission mechanism 4 includes conveyer belt 41, and being used for will From the cloth conveying that the upper end of heating roller is laid out to 2 side of receiving mechanism.Specifically, as shown in the figure, the first solid blanket axis 32 are preferably placed at heating roller upper left side, and the second solid blanket axis 33 is preferably placed at heating roller lower left, so that blanket band 31 is as much as possible It is coated on heating roller, it should be noted that blanket band 31 at least coats the half circle of heating roller, to increase cloth heating Contact surface and reduction heat losses；

In above-mentioned technical proposal, discharge mechanism 1 puts cloth to be developed the color for relaxing, and can put cloth by manual operation, can also be by Cloth is put in mechanically actuated, and using mode conventional in the prior art, receiving mechanism 2 is complete for furling colour developing fixation for specific design Complete cloth, specific design can be found in the design of the electronic rewinding of the prior art；The blanket band 31 of first transmission mechanism, which is coated on, to be added The side of hot-rolling and heating roller cooperate, and can will be placed on the cloth of heating roller lower end, with heating roller rotation be involved in heating roller with Between blanket band 31, and as heating roller rotation is finally laid out from heating roller upper end, this process not only realizes cloth heating process Heating region can also be fed automatically under no 2 tractive force state of receiving mechanism to be heated, operating safety factor is high, and can add Thermal process transmits cloth as heating roller rotates, and enables cloth to be gradually heated up all cloth heating and finishes, and And heating process, by the barrier of woollen blanket, heat loss is less, heating colour developing is more evenly；

Second transmission mechanism 4 be set to the first transmission mechanism 3 top so that from the cloth that heating roller upper end is laid out need into It is placed on the transmission of the first transmission mechanism 3 after row overturning, compared to cloth is directly received, is conducive to increase heat dissipation dry time and space, Cloth is preferably helped to complete the dry process of heat dissipation, it is preferably fixed to be conducive to dyestuff, and promoting color developing effect and extending simultaneously makes With the service life, it is also beneficial to that operator is facilitated to examine color developing effect；Compared to directly in ground construction of platform, being on the one hand conducive to save Save space occupied, be on the other hand conducive to facilitate operator with the second transmission mechanism 4 to the transmission of cloth directly to cloth Color developing effect test, without operate cloth cloth is overturn after checked (under normal circumstances, with heating roller surface The face directly contacted is the front for needing the pattern to develop the color, if not overturn to cloth in ground construction of platform directly, therefore Pattern front is in state downward, needs manually to overturn and examine, especially after cloth is pulled in receiving mechanism 2, can not turn at all Turn), it is particularly suitable for wide cut terylene wall paper.

Embodiment 2

As shown in Fig. 2, the present embodiment the difference from embodiment 1 is that, second transmission mechanism 4 further includes two frame bodies 42, two transfer rollers 43 and two cooling mechanisms 44, the both ends of each transfer roller 43 are respectively arranged in two frame bodies 42 Interior, the conveyer belt 41 packet, which is had mercy on, to be transmitted in being driven on two transfer rollers 43 by the transfer roller 43, two cooling mechanisms 44 It is respectively arranged in two frame bodies 42 and is located between two transfer rollers 43, the air outlet of two cooling mechanisms 44 It is oppositely arranged.

The frame body 42 is set other than the installation of support transfer roller 43 and cooling mechanism 44, it can also be facilitated to install to existing Heat sublimation colour developing machine top, realize dismountable installation, so that producers install as needed, torn open if not needing It removes；At least one of which transfer roller 43 need to be arranged to the drive roll rotated by motor linkage in two transfer rollers 43, to drive transmission Band 41 and another transfer roller 43 rotate, and realize the transmission of cloth；The opposite setting of cooling mechanism 44 is conducive to from the good receipts in two sides Collect in environment not by the air of heating roller heat effect, be conducive to accelerate cross-ventilation, cloth accelerated to radiate drying process, into One step helps dyestuff well fixed, so that product finally has preferable quality, color is not easily to fall off, and beauty is held time length.

Be slightly below another transfer roller 43 preferably adjacent to the setting height of transfer roller 43 of 2 side of receiving mechanism setting, make cloth to It transmits obliquely, is conducive to that cloth is made to be maintained preferable flatness as far as possible by gravity factor, be convenient for subsequent rewinding；It is preferred that conveyer belt 41 be mesh belt, and is equipped with several positioning protrusion being spaced apart along 41 width direction of conveyer belt, positioning protrusion Setting hangs for the aperture of cloth end, is transmitted to the right by positioning protrusion with cloth end, rather than allows cloth free Transmission can avoid cloth and conveyer belt 41 and skid, and fold occurs, protrusion to be positioned downward when, due to gravity cloth end Positioning protrusion can be detached from and continue transmission downwards until cloth can be involved in receipts yardage roll by length long enough, operator.Specifically, The height of protrusion should not be too high, to facilitate cloth to be detached from time by gravity, the setting number of positioning protrusion preferably 5, and along described 41 width direction uniform intervals of conveyer belt be arranged a row, head and the tail two positioning protrusion be each located on 41 width starting point of conveyer belt and Near terminal.

Specifically, the blanket band 31 is strip high temperature resistant blanket, and one end of the blanket band 31 is wound in the described first solid blanket Axis 32, the other end are wound in the described second solid blanket axis 33.First solid blanket axis 32 and the second solid blanket axis 33 can be set to cannot be opposite The rotation of colour developing machine, can be configured as to rotate relative to colour developing machine, and when that can rotate relative to colour developing machine, operator can pass through rotation First solid blanket axis 32 or the second solid release of blanket axis 33 roll tightly blanket band 31, to realize that 31 rate of tension of blanket band is adjusted, realize a variety of The compatible of different-thickness cloth uses.

Embodiment 3

As shown in figure 3, the present embodiment the difference from example 2 is that, the first transmission mechanism 3 described in the present embodiment also wraps It including the third positioned at side of the heating roller far from the discharge mechanism 1 and consolidates blanket axis 34, the blanket band 31 is cyclic annular high temperature resistant blanket, The blanket band 31 is successively paperwrapped in the described first solid blanket axis 32, the third consolidates blanket axis 34 and the second solid blanket axis 33.Tool Body, the solid blanket axis 32 of setting first, the third, which consolidate blanket axis 34 and the second solid blanket axis 33, can be set to show relatively The rotation of color machine, the machine that develops the color at this time can only be compatible with the cloth conveying of thickness of the same race；It can be configured as to rotate relative to colour developing machine, favorably In the cloth of compatible multi-thickness, while blanket band 31 can also rotate and circle transmission with heating roller, be conducive to pressing against cloth together Synchronous driving, is conducive to improve entire heating process cloth and is involved in from heating roller lower end and lay out from heating roller upper end and flatness is protected The success rate of barrier.

Embodiment 4

As shown in Figure 4, Figure 5, the present embodiment the difference from embodiment 1 is that, the receiving mechanism 2 include receiving rack 21, First rotating cylinder 22 disposed in parallel each other and the second rotating cylinder 23 are installed in the receiving rack 21 and set on described first Rotating cylinder 22 is far from the 23 side oblique upper of the second rotating cylinder and the compression bar 24 parallel with first rotating cylinder 22, the receiving rack 21 Including bottom support frame and set on the first cabinet 211 of bottom support frame two sides and the second cabinet, the two of the first rotating cylinder 22 End is rotatably arranged in respectively in the first cabinet 211 and the second cabinet, and the both ends of the second rotating cylinder 23 are rotatably arranged in the respectively In one cabinet 211 and the second cabinet；It is equipped with driving motor 5 in first cabinet 211, the shaft of the driving motor 5 is arranged Have a motor gear, the motor gear by a chain respectively with described first rotating cylinder, 22 one end and second rotating cylinder 23 one End engagement connection.Receiving mechanism 2 will be equipped with 24 side of compression bar towards the side of setting heating roller in ground placement, placement.It needs It is noted that structure identical with the receiving mechanism 2 of the present embodiment can be set into discharge mechanism 1, motor control is realized Blowing process.

In use, empty cloth reel is placed among the first rotating cylinder 22 and the second rotating cylinder 23 by worker, with the first rotating cylinder 22 After 23 CONTACT WITH FRICTION of the second rotating cylinder, opens driving motor 5 and regulate and control speed, the first rotating cylinder 22 and the second rotating cylinder 23 are driven electricity Machine 5 drives and rotates, to drive empty cloth reel rotation, then after cloth colour developing fixation transmits a distance, worker will Cloth passes through the lower end of compression bar 24, and around to the upper end of cloth reel, at least guarantee cloth packet since the lower end of empty cloth reel Around cloth reel half week, to cloth, fixation is finished according to the method described above, can be by the first rotating cylinder 22 and the second rotating cylinder 23 Rotation, which drives, to be started to receive cloth, realizes semi-automatic receipts cloth；The setting of compression bar 24, can first by the control of the height of cloth with cloth Reel is opposite flush in the state of, make cloth surplus more stable receipts cloth space, cloth then slowly received again, so that cloth reel is not Influence vulnerable to unstable power causes to jolt, so that rewinding process is less prone to, cloth reel batching is irregular to wait receipts cloth bad.

First rotating cylinder 22 and second rotating cylinder 23 include central axis 221 and be set to the central axis 221 it is outer with The central axis 221 is coaxially disposed outer barrel 222；First cabinet 211, two sides opposite with second cabinet are equal Equipped with axis hole is worn, described wear is equipped with rubber axle sleeve 6 in axis hole, rubber axle sleeve 6 is elastic conjunction with axis hole is worn；The central axis 221 both ends are arranged in the rubber axle sleeve 6 respectively and assemble state in gap, are arranged in the rubber of first cabinet 211 One end of the central axis 221 in glue axle sleeve 6 is arranged with rotating cylinder gear 223, and the rotating cylinder gear 223 passes through chain and motor Gear engagement connection.The setting of rubber axle sleeve 6 and the setting of chain engaged transmission advantageously reduce 22 He of the first rotating cylinder Second rotating cylinder 23 rotates caused friction noise；

Preferably, anti-skidding jacket layer 224, the anti-skidding jacket layer are equipped with outside first rotating cylinder 22 and second rotating cylinder 23 224 inner surfaces are equipped with vacuum chuck, and several vacuum chucks are adsorbed in 23 outer surface of the first rotating cylinder 22 and the second rotating cylinder, can effectively keep away Exempt from anti-skidding jacket layer 224 and the first rotating cylinder 22 and the second rotating cylinder 23 skids, outer surface is equipped with several ordered arrangement non-slip textures, favorably In increasing friction force, cloth reel is avoided to have skidded when rotating between the first rotating cylinder 22 and the second rotating cylinder 23, it should be noted that It is that anti-skidding jacket layer 224 need to be made of flexible material, to protect cloth not receive damage.

As shown in fig. 6, the discharge mechanism 1 includes two the first mounting bases 11 and the second mounting base 12 being oppositely arranged, First mounting base 11 is equipped with the first threaded hole, is equipped with screw rod 13 in first threaded hole, and the screw rod 13 is towards institute One end elastic conjunction for stating the second mounting base 12 has the first rolling bearing 14, and second mounting base 12 is equipped with towards described first The extended mast of mounting base 11, mast end elastic conjunction have the second rolling bearing 15,14 He of the first rolling bearing The rolling bearing that conventional inside is equipped with ball can be selected in second rolling bearing 15.When the cloth reel of blowing is placed, first by it One end is sheathed on the outer ring of the second rolling bearing 15, and then slowly rotation screw rod 13 makes the first rolling bearing 14 slowly to yardage roll The other end of cylinder is close, fixes until the outer ring of the first rolling bearing 14 is arranged in the other end of cloth reel i.e. to the yardage roll of blowing Cylinder place finish, operator only need the lower end that the leftover of bolt of cloth is pulled to heating roller concordantly places can by heating roller rotation drive into Material；The setting of first rolling bearing 14 and the second rolling bearing 15 advantageously reduces rotation friction when discharge mechanism puts cloth, Cloth is facilitated easily to feed；The setting of screw rod 13 so that the cloth reel of the compatible different length of discharge mechanism 1 placement, i.e., it is compatible The colour developing of the cloth of different dimension widths is processed.

Preferably, as shown in fig. 7, first rolling bearing 14 and second rolling bearing 15 include bearing inner race 141 and bearing outer ring 142, the bearing outer ring 142 is equipped with for being arranged in 1421 He of fixed part in blowing cloth reel cylinder Be used to stopping blocking portion 1422 to blowing cloth reel both ends set on described 1421 one end of fixed part, the fixed part 1421 it is straight The radial blocking portion 1422 is gradually incremented by, and is conducive to the placement of compatible diameter cloth reel.Bearing inner race 141 is used for and screw rod 13 With the mast elastic conjunction of the second mounting base 12, bearing outer ring 142 is used to assemble with to blowing cloth reel both ends.

To sum up, it is easy to operate to put rewinding process for the colour developing machine of the present embodiment, and cloth transmission is more convenient, for a variety of different thick Cloth, the use of different-diameter cloth reel for spending different dimension widths, put the small advantage of rewinding noise.

Embodiment 5

As shown in Figure 8, Figure 9, the present embodiment the difference from embodiment 1 is that, the cloth Transmission system of the present embodiment is also wrapped It includes:

Tension mechanism 7 is set between the discharge mechanism 1 and first transmission mechanism 3, and the tension mechanism 7 includes The smooth steel pole 71 of two heat sublimation colour developing machines that are parallel to each other and are fixed on, specifically, two smooth steel poles 71 are in upper and lower position Relationship；Since the softness of cloth to be processed is also had nothing in common with each other, if cloth is relatively soft, and does not draw in cloth to first and pass It carries out tightening processing before transfer mechanism 3, is then unfavorable for ensureing the charging that cloth is smooth, after two smooth steel poles 71 are set, can incite somebody to action Cloth is first wrapped around the gap entered between two smooth steel poles 71 after the smooth steel pole 71 in lower end, then wraps the smooth steel pole 71 in upper end Formation is tightened at state rear haulage to the charging of the first transmission mechanism 3；

Blanket band regulating device 8, the blanket band regulating device 8 include slide rail group 81, rack gear 82, regulating roller 83 and adjust hand Wheel 84, the slide rail group 81 include being set under the described first solid 32 both ends end of blanket axis or the second solid 33 both ends end of blanket axis The glidepath 811 of side is set to the described first solid 32 both ends end of blanket axis or second solid 33 both ends end of the blanket axis top and institute State the symmetrically upper sliding rail 812 of glidepath 811；The glidepath 811 is equipped with the tooth that can be mobile relative to the glidepath 811 Item 82, the rack gear 82 engage connection with the regulating roller 83, and the regulating roller 83 engages connection, the tooth with adjusting handle 84 82 one end of item is connect with described first solid 32 one end end of blanket axis or second solid 33 one end end of blanket axis, rack gear 82 and first Gu 32 one end end of blanket axis or second solid 33 one end end of blanket axis can be engagement connection, it can be to be connected together, can be to be fixedly connected, It but need to make that the purpose that rack gear 82 drives the first solid blanket axis 32 or the second solid movement of blanket axis 33 can be achieved after connecting；Preferably, sliding rail Group 81 in Fig. 9 as being obliquely installed.

Specifically, under an embodiment, two slide rail groups 81 being oppositely arranged and two rack gears are set on same colour developing machine 82, a regulating roller 83 and an adjusting handle 84；The both ends of regulating roller 83 pass through integrally formed gear and a rack gear respectively 82 engagement connections, wherein one end of regulating roller 83 also pass through integrally formed gear and engage connection with adjusting handle 84, and operation is adjusted It saving handwheel 84 to rotate, regulating roller 83 can be made to rotate, the rotation of regulating roller 83 moves the rack gear 82 of two sides along glidepath 811, To the both ends of the first solid blanket axis 32 or the both ends of the second solid blanket axis 33 can by respective rack gear 82 mobile synchronization along sliding rail Group 81 is mobile, to change the position of the first solid blanket axis 32 or the second opposite heating roller of solid blanket axis 33, and then changes blanket band 31 Tensioning degree facilitates the transmission of different-thickness cloth and transmission process flatness guarantee, practicability stronger；

Under another embodiment, four slide rail groups 81 and four rack gears 82, two regulating rollers 83 are set on same colour developing machine With four adjusting handles 84, wherein two regulating rollers 83 of rack gear 82, one of slide rail group 81, two and an adjusting handle 84 are pressed Connection relationship described in embodiment cooperates with the first solid blanket axis 32 specifically above, and adds an adjusting handle 84 and regulating roller 83 The other end engage connection, to adjust the position of the first solid blanket axis 32；It is remaining then to press each component and first in present embodiment It can be finally place to adjust the position of the second solid blanket axis 33 Gu the connection relationship that blanket axis 32 cooperates cooperates with the second solid blanket axis 33 Convenience is provided in the tensioning degree that the operator of different location is adjustable blanket band 31.

The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.

Claims (10)

1. it is a kind of based on heating roller heating heat sublimation develop the color machine cloth Transmission system, which is characterized in that including discharge mechanism, Receiving mechanism, the first transmission mechanism between the discharge mechanism and the receiving mechanism and be located at it is described first transmission The second transmission mechanism above mechanism, first transmission mechanism include blanket band and the first solid blanket for fixing the blanket band Axis and the second solid blanket axis, for the described first solid blanket axle position above heating roller, the described second solid blanket axle position is described below heating roller Blanket band is set around between the described first solid blanket axis, the second solid blanket axis and heating roller and makes the blanket band from heating roller Lower end attaches heating roller surface around entering side of the heating roller far from the discharge mechanism and lay out from the upper end of heating roller, and described the Two transmission mechanisms include conveyer belt, for will be from the cloth conveying that the upper end of heating roller is laid out to receiving mechanism side.

The machine cloth Transmission system 2. a kind of heat sublimation based on heating roller heating according to claim 1 develops the color, it is special Sign is, second transmission mechanism further includes two frame bodies, two transfer rollers and two cooling mechanisms, each transfer roller Both ends are respectively arranged in two frame bodies, the conveyer belt Bao Rao on two transfer rollers by the transfer roller drive pass Defeated, two cooling mechanisms are respectively arranged in two frame bodies and are located between two transfer rollers, and two described scattered The air outlet of heat engine structure is oppositely arranged.

The machine cloth Transmission system 3. a kind of heat sublimation based on heating roller heating according to claim 1 develops the color, it is special Sign is that the blanket band is strip high temperature resistant blanket, and one end of the blanket band is wound in the described first solid blanket axis, other end winding In the described second solid blanket axis.

The machine cloth Transmission system 4. a kind of heat sublimation based on heating roller heating according to claim 1 develops the color, it is special Sign is that first transmission mechanism further includes that the third positioned at side of the heating roller far from the discharge mechanism consolidates blanket axis, institute Blanket band is stated as cyclic annular high temperature resistant blanket, the blanket band is successively paperwrapped in the described first solid blanket axis, the third consolidates blanket axis and institute State the second solid blanket axis.

The machine cloth Transmission system 5. a kind of heat sublimation based on heating roller heating according to claim 1 develops the color, it is special Sign is, the receiving mechanism include receiving rack, be installed in the receiving rack the first rotating cylinder disposed in parallel each other and Second rotating cylinder and set on first rotating cylinder far from second rotating cylinder side oblique upper and parallel with first rotating cylinder Compression bar, the receiving rack include bottom support frame and the first cabinet and the second cabinet set on bottom support frame two sides, institute It states and is equipped with driving motor in the first cabinet, the shaft of the driving motor is arranged with motor gear, and the motor gear passes through one Chain engages connection with one end of first rotating cylinder one end and second rotating cylinder respectively.

The machine cloth Transmission system 6. a kind of heat sublimation based on heating roller heating according to claim 5 develops the color, it is special Sign is that first rotating cylinder and second rotating cylinder include central axis and be set to same with the central axis outside the central axis Outer barrel is arranged in axis；First cabinet and opposite two sides of second cabinet are equipped with and wear axis hole, described to wear axis hole Interior to be equipped with rubber axle sleeve, the both ends of the central axis are arranged in respectively in the rubber axle sleeve, are arranged in first cabinet One end of the central axis in the rubber axle sleeve is arranged with rotating cylinder gear, and the rotating cylinder gear passes through chain and motor gear Engagement connection.

The machine cloth Transmission system 7. a kind of heat sublimation based on heating roller heating according to claim 5 develops the color, it is special Sign is, anti-skidding jacket layer is equipped with outside first rotating cylinder and second rotating cylinder, and the anti-skidding jacket layer inner surface is equipped with vacuum Sucker, outer surface are equipped with several ordered arrangement non-slip textures.

The machine cloth Transmission system 8. a kind of heat sublimation based on heating roller heating according to claim 1 develops the color, it is special Sign is that the discharge mechanism includes two the first mounting bases and the second mounting base being oppositely arranged, and first mounting base is set There is the first threaded hole, screw rod, one end interference of the screw rod towards second mounting base are equipped in first threaded hole It is equipped with the first rolling bearing, second mounting base is equipped with the mast being extended towards first mounting base, the column Boom end elastic conjunction has the second rolling bearing.

The machine cloth Transmission system 9. a kind of heat sublimation based on heating roller heating according to claim 8 develops the color, it is special Sign is, first rolling bearing and second rolling bearing include bearing inner race and bearing outer ring, outside the bearing Circle is equipped with for being arranged in the fixed part in blowing cloth reel cylinder and being set to described fixed part one end for stopping to blowing cloth The diameter of the blocking portion at reel both ends, the fixed part is gradually incremented by the blocking portion.

The machine cloth Transmission system 10. a kind of heat sublimation based on heating roller heating according to claim 1 develops the color, it is special Sign is, further includes:

Tension mechanism is set between the discharge mechanism and first transmission mechanism, and the tension mechanism includes two mutual Smooth steel pole that is parallel and being fixed on heat sublimation colour developing machine；

Blanket band regulating device, the blanket band regulating device includes slide rail group, rack gear, regulating roller and adjusting handle, the sliding rail Group includes the glidepath below the described first solid blanket axis both ends end or the second solid blanket axis both ends end, is set to described Above first solid blanket axis both ends end or the second solid blanket axis both ends end with the symmetrical upper sliding rail of the glidepath；Under described Sliding rail is equipped with the rack gear that can be mobile relative to the glidepath, and the rack gear engages connection, the tune with the regulating roller Section roller engages connection, described rack gear one end and described first solid blanket axis one end end or the second solid blanket axis one with adjusting handle Hold end connection.