CN202969046U

CN202969046U - Natural lustre finishing mechanism of natural lustre finishing machine

Info

Publication number: CN202969046U
Application number: CN 201220705311
Authority: CN
Inventors: 许捷恺; 代勇
Original assignee: SUZHOU BOJIE SIDA MACHINERY CO Ltd
Current assignee: SUZHOU BOJIE SIDA MACHINERY CO Ltd
Priority date: 2012-12-19
Filing date: 2012-12-19
Publication date: 2013-06-05
Anticipated expiration: 2022-12-19

Abstract

The utility model discloses a natural lustre finishing mechanism of a natural lustre finishing machine, which belongs to the technical field of textile printing fabric after-finishing machines. The mechanism comprises a rack, a natural lustre finishing roller body, a power transmission device and a heating device, wherein one end of the natural lustre finishing roller body forms a first roller body end cover, a first roller body shaft head extends from one side of the first roller body end cover, a second roller body end cover is fixed at the other end of the natural lustre finishing roller body, and a second roller body shaft head extends from one side of the second roller body end cover; the power transmission device is arranged below the rack; the heating device is arranged in a heating cavity, one end of a first radiating tube is fixed to a first tube plate, the other end of the first radiating tube is fixed to a second tube plate, first and second diversion cavities are formed on one sides of the first and second tube plates, one ends of first oil inlet and outlet pipes are connected with oil outlet and inlet of a heating oil furnace, the other ends of the first oil inlet and outlet pipes are communicated with the first and second diversion cavities, and a hot air circulating heat exchange device is equipped between first and second tube body shaft heads. The mechanism disclosed by the utility model is simple in structure, can be conveniently made and installed, and is convenient to use, manage and maintain; by the mechanism, the temperature of the natural lustre finishing roller body keeps uniform and the natural lustre finishing quality of fabrics can be ensured; and moreover, the energy can be saved.

Description

The natural lustre finishing machine structure of natural lustre finishing machine

Technical field

the utility model belongs to textile printing and dyeing fabric post-treatment machinery technical field, is specifically related to a kind of natural lustre finishing machine structure of natural lustre finishing machine.

Background technology

in textile printing and dyeing industry, usually need in finishing process, to fabric, scald light processes, use lustrous surface, feel and the perception etc. of promoting fabric, fabric quality is promoted, again, as is known in the industry, the natural lustre finishing machine structure is the important mechanism of natural lustre finishing machine, and ironing roller is the core component of natural lustre finishing machine structure, because whether the temperature of ironing roller evenly scalds light effect to fabric, have a direct impact.

can be seen in the TECHNICAL INFORMATION SOURCES about the natural lustre finishing machine structure of natural lustre finishing machine in published Chinese patent literature, typically as patent of invention publication No. CN101775727A, recommend to have " a kind of iron finishing roller of iron finishing machine that utilizes power current to carry out electromagnetism and electric heating heating ", this patent scheme produces magnetic field by coil, make ironing roller (patent claims roll body) utilize the heat that electromagnetic induction eddy current produces to scald light to the fabric by way of the ironing roller place, although this patent application scheme can embody the 0009th section alleged technique effect of its specification, but there is following shortcoming: the one, overall structure is comparatively complicated, for example except the structure of rotation power connection equipment self complexity, also need in ironing roller (patent claims roll body), set up a core cylinder, and the plural groups coil is arranged between core cylinder and ironing roller, and an instlated tubular is set in the core cylinder, and capacitor is arranged in the tube chamber of instlated tubular and will draws by after the circuit of drawing on coil (patent claims initiating terminal wire and end wire) and the capacitor's series that be located in instlated tubular, therefore not only make trouble, and assembling is complicated, the 2nd, be prone to fault and affect the operating efficiency of ironing roller, because once in plural groups (patent has exemplified three groups) coil and plurality of capacitors (patent has exemplified three), arbitrary coil and/or capacitor damage can cause ironing roller to show whole heating effect should be arranged, and in the time will changing the coil of fault and/or capacitor, all coils and capacitor can only be changed in the lump, even whole instlated tubular is replaced in the lump, thereby not only cause downtime tediously long, and cause the plant maintenance use cost to increase, the 3rd, the surface temperature of ironing roller (usually 170-180 ℃ of left and right) is difficult to control.And for example Granted publication CN201634889U provides " a kind of natural lustre finishing roll for natural lustre finishing machine ", this patent scheme adopts oil with the mode that electricity combines, ironing roller (patent claims roll body) to be heated, electric heating tube is arranged in ironing roller, the roll shaft of ironing roller (roll shaft of hollow) is connected with swivel joint, and swivel joint is connected with oil inlet pipe, oil inlet pipe is connected with oil supply loop and oil return line.This patent scheme has positive effect to the temperature homogeneity of improving ironing roller, but losing safety is its deficiency, because being connected by swivel joint between oil circuit mechanism and ironing roller realizes, and the sealing effectiveness of swivel joint is generally comparatively fragile, once oil liquid leakage occur, initiation fire very easily, therefore the application of ironing roller on natural lustre finishing machine of this structure often is subject to avoiding of industry and keeps away.In addition, from description and the accompanying drawing thereof of this patent, utilize electric heating tube often to be difficult to meet the uniform desired effects of ironing roller surface temperature.

in view of above-mentioned prior art, be necessary rational modification in addition, for this reason, the applicant has done positive and useful design, finally formed technical scheme described below, and taking to have carried out simulated test in the applicant plant area under strict secrecy provision, it is practicable that result proves.

Summary of the invention

task of the present utility model is to provide a kind of and contributes to remarkable simplified structure and use and conveniently manufacture assembling and working service thereof, be conducive to embody the even effect of good roll surface temperature and use and ensure the boiling hot light quality of fabric and be of value to and the heat in the ironing roller roll body is reused and used and embody the natural lustre finishing machine structure of saving the energy and further ensureing the inhomogeneity natural lustre finishing machine of roll surface temperature.

task of the present utility model completes like this, and a kind of natural lustre finishing machine structure of natural lustre finishing machine comprises by the first wallboard of the setting that faces each other and the frame that the second wallboard forms, an ironing roller roll body with heating chamber, towards an end formation of described the first wallboard, one first roll body end cap is arranged at this ironing roller roll body, be extended with one first roll body spindle nose at this first roll body end cap back to a side of described heating chamber and the middle position that is positioned at the first roll body end cap, this the first roll body spindle nose is bearing on the first wallboard rotationally, be fixed with one second roll body end cap at the ironing roller roll body towards an end of described the second wallboard, be extended with a second roller axon head at this second roll body end cap back to a side of described heating chamber and the middle position that is positioned at the second roll body end cap, this second roller axon head is bearing on the second wallboard rotationally, one actuating unit, this actuating unit is arranged on the below of described frame, and is in transmission connection with described the first roll body spindle nose or second roller axon head, one heater, this heater is arranged in described heating chamber with static condition, wherein: described the first roll body spindle nose has the first roll body spindle nose cavity, this the first roll body spindle nose cavity communicates with described heating chamber, described second roller axon head has a second roller axon cavity, this second roller axon cavity communicates with heating chamber, be characterised in that: described heater comprises first, the second tube sheet, one group of first radiating tube, first, the second shunting chamber, the first oil inlet pipe and the first flowline, one end and first tube sheet of one group of first radiating tube are fixed, and communicate with the first shunting chamber, and the other end of one group of first radiating tube and the second tube sheet are fixed, and communicate with the second shunting chamber, the first shunting chamber is formed in the side of the first tube sheet back to the first radiating tube, the second shunting chamber is formed in the side of the second tube sheet back to the first radiating tube, one end of the first oil inlet pipe is connected with the oil-out of heating oil oven, and the other end is communicating with the first shunting chamber after described the first roll body spindle nose cavity, one end of the first flowline is connected with the oil-in of heating oil oven, and the other end is communicating with the second shunting chamber after a described second roller axon cavity, being equipped with one between described the first body spindle nose and described the second body spindle nose is heated and then introduced the hot air circulation heat-exchanger rig in heating chamber after heating for the hot-air that will come from described heating chamber.

in a specific embodiment of the present utility model, form the flight that the inner wall surface that is raised in heating chamber is arranged on the inwall of described heating chamber and around the circumferencial direction of heating chamber, flight extends to the other end from an end of the length direction of heating chamber.

in another specific embodiment of the present utility model, described the first shunting chamber comprises first, second cell and one first cell demarcation strip, and the first cell demarcation strip completely cuts off each other between first, second cell and by first, second cell; Described the second shunting chamber comprises the one the 3rd, the 4th cell and one second cell demarcation strip, the second cell demarcation strip completely cuts off each other between the 3rd, the 4th cell and by the 3rd, the 4th cell, the described other end of described the first oil inlet pipe communicates with the first cell, the described other end of described the first flowline communicates with the 3rd cell, wherein: the first cell communicates with the 4th cell through described the first radiating tube, the 4th cell communicates with the second cell through the first radiating tube, and the second cell communicates with the 3rd cell through the first radiating tube.

in another specific embodiment of the present utility model, on the outer wall of described the first radiating tube, form the first radiating fin is arranged.

in another specific embodiment of the present utility model, described actuating unit comprises the first motor, first, second drive and driving belt, the first motor is fixed on the below of described frame, the first drive is fixed on the motor shaft of the first motor, one end of driving belt is nested with on the first drive, the other end is nested with on the second drive, and the second drive is fixed on described second roller axon head.

also have a specific embodiment of the present utility model, when described the first drive and the second drive are belt pulley, described driving belt is driving belt; When described the first drive and the second drive are sprocket wheel, described driving belt is driving chain.

more of the present utility model and in specific embodiment, described hot air circulation heat-exchanger rig comprises the second motor, blower fan, the hot blast inlet tube, the hot blast fairlead, heat exchange box, the 3rd, the 4th tube sheet, the second oil inlet pipe, the second flowline, one group of second radiating tube, the 3rd shunting chamber and the 4th shunting chamber, the second motor and blower fan are fixed and are fixed on heat exchange box together with the second motor by blower fan, heat exchange box is arranged on the below of described frame or is arranged on terrace, the heat exchange box air outlet of this heat exchange box and the air inlet of blower fan connect, and an end of the fan outlet of blower fan and hot blast fairlead connects, the other end of hot blast fairlead matches with described second roller axon head and communicates with a described second roller axon cavity, one end of hot blast inlet tube and the heat exchange box air inlet of heat exchange box connect, and the other end of hot blast inlet tube matches with described the first roll body spindle nose and communicate with described the first roll body spindle nose cavity, the 3rd tube sheet and the 4th tube sheet correspond to each other, and be positioned at the heat exchange box chamber of heat exchange box, one end of one group of second radiating tube and the 3rd tube sheet are fixed, the other end and the 4th tube sheet are fixed, the 3rd shunting chamber is formed in the side of the 3rd tube sheet back to the second radiating tube, and communicate with the tube chamber of the second radiating tube, the 4th shunting chamber is formed in the side of the 4th tube sheet back to the second radiating tube, and communicate with the tube chamber of the second radiating tube, one end of the second oil inlet pipe is connected with the oil-out of heating oil oven, the other end is connected with the 3rd shunting chamber, and communicate with the 3rd shunting chamber, one end of the second flowline is connected with the oil-in of heating oil oven, and the other end is connected with the 4th shunting chamber, and communicate with the 4th shunting chamber.

in of the present utility model and then specific embodiment, described other end formation at described hot blast fairlead has one first sealing connector, be fixed with one first seal disc on the end face of this first sealing connector, described second roller axon head probes in described the first sealing connector, and by between the first sealing ring and the first sealing connector, forming and be sealed and matched; Described other end formation at described hot blast inlet tube has one second sealing connector, be fixed with one second seal disc on the end face of this second sealing connector, described the first roll body spindle nose probes in described the second sealing connector, and, by between the second sealing ring and the second sealing connector, forming and be sealed and matched, wherein: described first, second sealing ring is the graphite grazing packing ring.

of the present utility model again more and in specific embodiment, described the 3rd shunting chamber comprises the 5th, the 6th cell and one the 3rd cell demarcation strip, the 3rd cell demarcation strip is between the 5th, the 6th cell, and the 5th, the 6th cell is isolated each other; Described the 4th shunting chamber comprises the 7th, the 8th cell and one the 4th cell demarcation strip, the 4th cell demarcation strip completely cuts off each other between the 7th, the 8th cell and by the 7th, the 8th cell, the described other end of described the second oil inlet pipe communicates with the 5th cell, the described other end of described the second flowline communicates with the 7th cell, wherein: the 5th cell communicates with described the 8th cell through described the second radiating tube, the 8th cell communicates with the 6th cell through the second radiating tube, and the 6th cell communicates with the 7th cell through the second radiating tube.

in again of the present utility model and then specific embodiment, on the outer wall of described the second radiating tube, form the second radiating fin is arranged.

the technique effect of the technical scheme that the utility model provides is: owing to heater having been used instead to oily heating, therefore significantly simple with respect to the prior art structure, and not only be conducive to manufacture and install, and contribute to convenient use and manage and protect; Because heater has adopted oily circulating-heating mode, therefore can make the temperature of ironing roller roll body evenly can guarantee the boiling hot light quality to fabric; Owing to by the hot air circulation heat-exchanger rig, the hot air circulate in the heating chamber of ironing roller roll body being heated and recycles, thereby can significantly save the energy.

The accompanying drawing explanation

fig. 1 is example structure figure of the present utility model.

The specific embodiment

for the auditor that the makes Patent Office especially public can be expressly understood technical spirit of the present utility model and beneficial effect more, the applicant general elaborates in the mode of embodiment below, but the description to embodiment is not all the restriction to the utility model scheme, any according to the utility model design, done only for pro forma but not substantial equivalent transformation all should be considered as the technical solution of the utility model category.

refer to Fig. 1, provided and be subject to the frame 1 that the first wallboard 11 of arranging by facing each other comprising of schematic structure restriction and the second wallboard 12 form, below between this first, second wallboard 11,12 connects with bottom girder 13, certainly, the middle part between first, second wallboard 11,12 is that the middle part of short transverse also can connect by housiung separator.For the ease of the public's understanding, the applicant has also illustrated a fabric guide roll 14 on frame 1, and an end of fabric guide roll 14 is bearing on the first wallboard 11 rotationally, and the other end is bearing on the second wallboard 12 (fabric guide roll 14 be the level of state setting) rotationally.

show an ironing roller roll body 2, the length direction of this ironing roller roll body 2 is hollow, and forming has heating chamber 21, on the inwall of this heating chamber 21 and around the circumferencial direction of heating chamber 21, forms the flight 211 that the inner wall surface that is raised in heating chamber 21 is arranged.Shown in figure, flight 21 extends to the other end from an end of the length direction of heating chamber 21 with spiral status, that is to say on the chamber wall of the length direction of heating chamber 21 and all there is flight 211, can significantly improve the heating effect of high-temperature gas to ironing roller roll body 2 by flight 211, because flight 211 can not only make the interior high temperature air of heating chamber 21 in spiral (eddy flow) form, and can prevent that high temperature air from directly advancing directly, extend the heat time heating time of high temperature air to the chamber wall of heating chamber 21, and can obtain the even effect of desirable temperature.Towards an end formation of aforementioned the first wallboard 11, one first roll body end cap 22 is arranged at ironing roller roll body 2, at this first roll body end cap 22, back to a side of heating chamber 21, a side outward and the middle position that is positioned at the first roll body end cap 22 are extended with one first roll body spindle nose 221, this the first roll body spindle nose 221 is bearing in (clutch shaft bearing seat 22131 and the first wallboard 11 are fixing) on the first wallboard 11 rotationally by the clutch shaft bearing seat 22131 of being furnished with clutch shaft bearing 2213, the both sides of clutch shaft bearing seat 22131 are by keeping sealing between the outer wall of illustrated rubber seal and the first roll body spindle nose 221, the first roll body spindle nose 221 forms the first roll body spindle nose cavity 2211, this the first roll body spindle nose cavity 2211 hole on the first roll body end cap 22 communicates with aforementioned heating chamber 21.Again, at the first roll body spindle nose 221, away from an end of the first roll body end cap 22, be embedded with one second sealing ring 2212, this second sealing ring 2212 is the graphite grazing packing ring, is graphite gasket.Preferably be screwed one second roll body end cap 23 at ironing roller roll body 2 towards an end of aforementioned the second wallboard 12, at this second roll body end cap 23, back to a side of aforementioned heating chamber 21, a side outward and the middle position that is positioned at the second roll body end cap 23 are extended with a second roller axon 231, this second roller axon 231 is bearing in (the second bearing block 23132 and the second wallboard 12 are fixing) on the second wallboard 12 rotationally by the second bearing block 23131 of being furnished with the second bearing 2313, keep sealing between the outer wall of the both sides of the second bearing block 23132 by illustrated rubber seal and second roller axon 231, second roller axon 231 formation have a second roller axon cavity 2311, this second roller axon cavity 2311 hole on the second roll body end cap 23 communicates with heating chamber 21.Again, at second roller axon 231 end away from the second roll body end cap 23, be embedded with one first sealing ring 2312, this first sealing ring 2312 is similarly graphite grazing packing ring, i.e. graphite gasket.

in the superincumbent description of applicant, why claim: at ironing roller roll body 2, towards an end formation of the first wallboard 11, one first roll body end cap 22 is arranged, and be fixed with one second roll body end cap 23 at the end towards the second wallboard 12, this is because the first roll body end cap 22 is preferred and this end face of 2 of soup smooth roll roller is welded and fixed, and the second roll body end cap 23 forms and the detachable fixing relation of ironing roller roll body 2 so that the following heater that also will describe in detail 4 is packed into from the position of the second roll body end cap 23 heating chamber 21 or when shifting out heating chamber 21(and safeguarding).Certainly, if the first roll body end cap 22 and ironing roller roll body 2 are screwed, and the second roll body end cap 23 is welded and fixed with the ironing roller roll body, should be considered as so equivalence and changes and still belong to the utility model scheme category.

provided an actuating unit 3, in the present embodiment, actuating unit 3 has been selected to be in transmission connection with the second roll body roller head 231, same reason also can be in transmission connection actuating unit 3 and the first roll body spindle nose 221.Preferably but not the structure of the actuating unit 3 definitely be limited to is as follows: comprise the first motor 31, first, second drive 32,33 and driving belt 34, the first motor 31 is fixed on the bottom girder 13 of below of aforementioned frame 1, the first drive 32 is fixed on the motor shaft 311 of the first motor 31, one end of driving belt 34 is nested with on the first drive 32, and the other end is nested with on the second drive 33, the second drive 33 is preferably used flat key 331 to be fixed on second roller axon 231.

in the present embodiment, aforesaid the first drive 32 and the second drive 33 all adopt the belt pulley of multi-channel, and driving belt 34 adopts driving belt.Yet, if use first, second drive 32,33 instead sprocket wheel, and use driving belt 34 instead driving chain, should be considered as so being equal to and replace and still belong to the disclosed technology contents category of the utility model.Again, if use first, second drive 32,33 instead synchronous pulley, and use driving belt 34 instead Timing Belt, still belong to the disclosed technology contents category of the utility model.

please continue to see Fig. 1, provided with inactive state and be arranged on the heater 4 in aforementioned heating chamber 21, this heater 4 preferably but not the structure be limited to is as follows: comprise first, the second tube sheet 41, 42, one group of first radiating tube 43, first, the second shunting chamber 44, 45, the first oil inlet pipe 46 and the first flowline 47, first, the second tube sheet 41, 42 correspond to each other and are positioned at heating chamber 21, one end of one group of radiating tube 43 and the first tube sheet 41 are fixing, and communicate with shunting chamber 44, and the other end of one group of first radiating tube 43 and the second tube sheet 42 are fixing, and communicate with the second shunting chamber 45, the first disengagement chamber 44 is formed in the side of the first tube sheet 41 back to one group of radiating tube 43, and the second shunting chamber 45 is formed in the side of the second tube sheet 42 back to one group of first radiating tube 43, one end of the first oil inlet pipe 46 is connected with oil-out not shown but heating oil oven that fully can comprehension according to common practise, and the other end is stretched in aforementioned the first roll body spindle nose cavity 2211, and communicate with the first shunting chamber 44, one end of the first flowline 47 is connected with the oil-in of heating oil oven, and the other end is stretched in an aforementioned second roller axon cavity 2311, and communicate with the second shunting chamber 45.

be equipped with between aforesaid the first body spindle nose 221 and the second body spindle nose 231 or claim to be connected with one and guide to heating chamber 21 in and use the hot air circulation heat-exchanger rig 5 of the excellent energy-saving effect of embodiment for coming from that hot-air in heating chamber 21 carries out post bake and return after post bake.

in the present embodiment, aforesaid the first shunting chamber 44 comprises first, second cell 441,442 and one first cell demarcation strip 443, the first cell demarcation strips 443 between first, second cell 441,442 and first, second cell 441,442 is separate.Aforesaid the second shunting chamber 45 comprises the 3rd, the 4th cell 451,452 and one second cell demarcation strip 453, the second cell demarcation strips 453 between the 3rd, the 4th cell 451,452 and the 3rd, the 4th cell 451,452 is separate.The aforementioned other end of aforesaid the first oil inlet pipe 46 communicates with the first cell 441, and the aforementioned other end of aforesaid the first flowline 47 communicates with the 3rd cell 451.Shown in figure, the first, the 3rd cell 441,451 forms the position relationship at diagonal angle each other, and the 3rd, the 4th cell 442,452 forms the position relationship at diagonal angle mutually.From illustrated arrow, the first cell 441 communicates with the 4th cell 452 through the first radiating tube 43 corresponding to the first cell 441, the 4th cell 452 communicates with the second cell 442 by the first radiating tube 43 corresponding to the 4th cell 452, and the second cell 442 communicates with the 3rd cell 451 by the first radiating tube corresponding to the second cell 442.

structure from aforementioned first, second shunting chamber 44,45, the high temperature oil (being generally 260 ℃ of left and right) of introducing from the first oil inlet pipe 46 enters the first cell 441, enter the 4th cell 452 through the first radiating tube 43, high temperature oil in the 4th cell 452 enters the second cell 442 through the first radiating tube 43, the high temperature oil entered in the second cell 442 enters the 3rd cell 451 through the first radiating tube 43, the remarkable fluid that has reduced temperature entered in the 3rd cell 451 is introduced the heating of heating oil oven, the S-shaped flow direction of high temperature oil through the first flowline 47.So circulate and make the air in heating chamber 21 form high temperature and ironing roller roll body 2 is heated, the surface temperature of ironing roller roll body 2 can reach 170-180 ℃.

in order to embody desirable radiating effect, on the outer wall of aforesaid one group of first radiating tube 43 and from an end of the length direction of the first radiating tube 43 extend to the other end form have the first radiating fin 431(also can claim radiating fin).

the applicant it should be noted that: the quantity of the 3rd, the 4th cell 451,452 in the quantity of first, second cell 441,442 in aforesaid the first shunting chamber 44 and the second shunting chamber 45 is not subject to illustrating restricted number, and for example increasing first, second cell demarcation strip 443,453 can corresponding increase by first, second, third cell 441,442,451 and the quantity of the 4th cell 452.

please still referring to Fig. 1, the hot air circulation heat-exchanger rig 5 that the above has mentioned comprises the second motor 51, blower fan 52, hot blast inlet tube 53, hot blast fairlead 54, outer wall is provided with the heat exchange box 55 of heat-insulation layer 554, the 3rd, the 4th tube sheet 56a, 56b, the second oil inlet pipe 56c, the second flowline 56d, one group of second radiating tube 57, the 3rd shunting chamber 58 and the 4th shunting chamber 59, the second motor 51 is fixing with blower fan 52, and be fixed on heat exchange box 55 together with the second motor 51 by blower fan 52, heat exchange box 55 is arranged on to be followed on the terrace at aforementioned frame 1 place, but also heat exchange box 55 can be arranged on the aforementioned bottom girder 13 of below of frame 1, the heat exchange box air outlet 551 of heat exchange box 55 connects with the air inlet 521 of blower fan 52, that is to say that blower fan 52 is fixing in the position corresponding to heat exchange box air outlet 551 and heat exchange box 55, the fan outlet 522 of blower fan 52 connects with an end of hot blast fairlead 54, and the other end of hot blast fairlead 54 and aforesaid second roller axon 231 matches, and communicate with a second roller axon cavity 2311, one end of hot blast inlet tube 53 and the heat exchange box air inlet 552 of heat exchange box 55 connect, and the other end matches with aforesaid the first roll body spindle nose 221, and communicate with the first roll body spindle nose cavity 2211.The 3rd, the 4th tube sheet 56a, 56b faces each other to arrange and corresponds to each other, and be positioned at the heat exchange box chamber 553 of heat exchange box 55, one end of one group of second radiating tube 57 and the 3rd tube sheet 56a fix, the other end and the 4th tube sheet 56b fix, the second shunting chamber 58 is formed in the side of the 3rd tube sheet 56a back to the second radiating tube 57, and communicate with the tube chamber of the second radiating tube 57, the 4th shunting chamber 59 is formed in the side of the 4th tube sheet 56b back to the second radiating tube 57, and communicate with the tube chamber of the second radiating tube 57, the end of the second oil inlet pipe 56c is connected with the oil-out of heating oil oven, the other end is connected with the 3rd shunting chamber 58 and communicates with the 3rd shunting chamber 58, the end of the second flowline 56d is connected with the oil-in of heating oil oven, and the other end is connected with the 4th shunting chamber 59, and communicate with the 4th shunting chamber 59.

as shown in Figure 1, aforesaid the 3rd shunting chamber 58 comprises the 5th, the 6th cell 581,582 and one the 3rd cell demarcation strip 583, the 3rd cell demarcation strip 583 is between the 5th, the 6th cell, and by the 5th, the 6th cell 581,582 separate (each other cut off).Aforesaid the 4th shunting chamber 59 comprises that the 7th, the 8th cell 591,592 and one the 4th cell demarcation strip 593, the four cell demarcation strips 593 are spaced from each other (isolated each other) between the 7th, the 8th cell 591,592 and by the 7th, the 8th cell 591,592.The described other end of aforesaid the second oil inlet pipe 56c communicates with the 5th cell 581, and the aforementioned other end of aforesaid the second flowline 56d communicates with the 7th cell 591.The 5th cell 581 communicates with the 8th cell 592 by the second radiating tube 57 corresponding to the 5th cell 581, the 8th cell 592 communicates with the 6th cell 582 by the second radiating tube 57 corresponding to the 8th cell 592, and the 6th cell 582 communicates with the 7th cell 591 by the second radiating tube 57 corresponding to the 6th cell 582.

in order to embody excellent radiating effect, be provided with the second radiating fin 571(and also can claim radiating fin on the outer wall of aforesaid the second radiating tube 57).Because aforesaid the first roll body spindle nose 221 and second roller axon 231 rotated down in working order, and be arranged in heating chamber 21 by first, the second tube sheet 41, the radiator of 42 and one group of first radiating tube 43 formation is static, therefore between the port position of the aforementioned other end of aforementioned hot blast inlet tube 53 and the first roll body spindle nose 221, interference situations appears, and between the port position of the aforementioned other end of hot blast fairlead 54 and second roller axon 231, interference situations appears, therefore the aforementioned other end formation at hot blast inlet tube 53 has one second sealing connector 531, and be fixed with one second seal disc 5311 with the second screw 53111 on the end face of this second sealing connector 531, the first roll body spindle nose 221 probes in the first sealing connector 531 and by means of aforesaid the second sealing ring 2212 realizations and second and seals being sealed and matched between connector 531, prevent high-temperature hot air from escaping to the external world and waste energy.Visible, formed a mazy sealing relationship between the second sealing connector 531 and the first seal disc 5311 and the first roll body spindle nose 221, and can ensure that the second sealing connector 531 does not exert an influence to the rotation of the first roll body spindle nose 221.Aforementioned other end formation at hot blast fairlead 54 has one first sealing connector 541, and be fixed with one first seal disc 5411 with the first screw 54111 on the end face of this first sealing connector 541, second roller axon 231 probes in the first sealing connector 541 and realizes and first seal being sealed and matched between connector 541 by means of aforesaid the first sealing ring 2312.Same reason, formed a mazy sealing relationship between the first sealing connector 541 and the first seal disc 5411 and second roller axon 231, when 231 rotation of second roller axon, both can guarantee the inactive state of the first sealing connector 541, can play again the high temperature air prevented in a second roller axon cavity 2311 and escape to the external world, aforesaid the first roll body spindle nose 221 is with example.

for the radiator that the first oil inlet pipe 46 and the first flowline 47 jointly will be consisted of 41,42 and one group of first radiating tube 43 of first, second tube sheet stably is positioned at heating chamber 21, therefore according to common practise, by the middle part of the first oil inlet pipe 46 and the first flowline 47 or other position, implement fixing.

the applicant describes use of the present utility model, when awaiting scalding fabric that light processes and import and correspond to the below of ironing roller roll body 2 from illustrated fabric guide roll 14 (fabric contacts with ironing roller roll body 2), under the heating of heating oil oven to conduction oil, high-temperature oil liquid is introduced the first shunting chamber 44 from the first oil inlet pipe 46, enter the first radiating tube 43 and enter again the second shunting chamber 45, until draw from the first flowline 47, in this process, conduction oil is under the state that S shape that the applicant describes in the above flows to the first radiating tube 43 heating, make the interior air of heating chamber 21 in the condition of high temperature, finally make the surface temperature of ironing roller roll body 2 reach the boiling hot required temperature (about 170-180 ℃ left and right) of light of fabric.Meanwhile, under the work of the first motor 31 of actuating unit 3, through the first drive 32, driving belt 34 and the second drive 33, make ironing roller roll body 2 in rotation status, the rotary speed of ironing roller roll body 2 is about the 700n/min left and right.Also meanwhile, temperature relative reduce in heating chamber 21 air successively through the first roll body spindle nose chamber 2211, in the heat exchange box chamber 553 of the heat exchange box 55 of hot blast inlet tube 53 and heat exchange box air inlet 552 introducing hot air circulation heat-exchanger rigs 5, the high temperature oil of being introduced by the second oil inlet pipe 56c is through the 3rd shunting chamber 58, the second radiating tube 57 and the 4th shunting chamber 59 are until returned and caused the heating oil oven by the second flowline 56d, in this process, the flow direction of fluid is S-shaped equally, by the air heat in the second radiating tube 57 heat exchanging case chambeies 553, form high temperature air, at the second motor 51, make under blower fan 52 work, high temperature air in heat exchange box chamber 553 is successively through heat exchange box air outlet 551, air inlet 521, fan outlet 522 and hot blast fairlead 54 and a second roller axon cavity 2311 enter heating chamber 21, so circulation.

in sum, the technical scheme that the utility model provides has overcome the shortcoming in the prior art objectively, has completed faithfully the invention task, and has embodied the technique effect described in the superincumbent technique effect of applicant hurdle.

Claims

1. a kind of natural lustre finishing machine structure of natural lustre finishing machine, comprise by first wallboard (11) of the setting that faces each other and a frame (1) of the second wallboard (12) formation, an ironing roller roll body (2) with heating chamber (21), towards an end formation of described the first wallboard (11), one first roll body end cap (22) is arranged at this ironing roller roll body (2), be extended with one first roll body spindle nose (221) at this first roll body end cap (22) back to a side of described heating chamber (21) and the middle position that is positioned at the first roll body end cap (22), this the first roll body spindle nose (221) is bearing on the first wallboard (11) rotationally, be fixed with one second roll body end cap (23) at ironing roller roll body (2) towards an end of described the second wallboard (12), be extended with a second roller axon head (231) at this second roll body end cap (23) back to a side of described heating chamber (21) and the middle position that is positioned at the second roll body end cap (23), this second roller axon head (231) is bearing on the second wallboard (12) rotationally, one actuating unit (3), this actuating unit (3) is arranged on the below of described frame (1), and is in transmission connection with described the first roll body spindle nose (221) or second roller axon head (231), one heater (4), this heater (4) is arranged in described heating chamber (21) with static condition, wherein: described the first roll body spindle nose (221) has the first roll body spindle nose cavity (2211), this the first roll body spindle nose cavity (2211) communicates with described heating chamber (21), described second roller axon head (231) has a second roller axon cavity (2311), this second roller axon cavity (2311) communicates with heating chamber (21), it is characterized in that: described heater (4) comprises first, the second tube sheet (41, 42), one group of first radiating tube (43), first, the second shunting chamber (44, 45), the first oil inlet pipe (46) and the first flowline (47), one end of one group of first radiating tube (43) and the first tube sheet (41) are fixing, and communicate with the first shunting chamber (44), and the other end of one group of first radiating tube (43) and the second tube sheet (42) are fixing, and communicate with the second shunting chamber (45), the first shunting chamber (44) is formed in the side of the first tube sheet (41) back to the first radiating tube (43), the second shunting chamber (45) is formed in the side of the second tube sheet (42) back to the first radiating tube (43), one end of the first oil inlet pipe (46) is connected with the oil-out of heating oil oven, and the other end is communicating with the first shunting chamber (44) after described the first roll body spindle nose cavity (2211), one end of the first flowline (47) is connected with the oil-in of heating oil oven, and the other end is communicating with the second shunting chamber (45) after a described second roller axon cavity (2311), being equipped with one between described the first body spindle nose (221) and described the second body spindle nose (231) is heated and then introduced the hot air circulation heat-exchanger rig (5) in heating chamber (21) after heating for the hot-air that will come from described heating chamber (21).

2. the natural lustre finishing machine structure of natural lustre finishing machine according to claim 1, it is characterized in that on the inwall of described heating chamber (21) and form around the circumferencial direction of heating chamber (21) flight (211) that the inner wall surface that is raised in heating chamber (21) is arranged, flight (211) extends to the other end from an end of the length direction of heating chamber (21).

3. the natural lustre finishing machine structure of natural lustre finishing machine according to claim 1, it is characterized in that described the first shunting chamber (44) comprises first, second cell (441,442) and one first cell demarcation strip (443), the first cell demarcation strip (443) is positioned between first, second cell (441,442) and by first, second cell (441,442) and completely cuts off each other, described the second shunting chamber (45) comprises one the 3rd, the 4th cell (451, 452) and one second cell demarcation strip (453), the second cell demarcation strip (453) is positioned at the 3rd, the 4th cell (451, 452) between and by the 3rd, the 4th cell (451, 452) isolated each other, the described other end of described the first oil inlet pipe (46) communicates with the first cell (441), the described other end of described the first flowline (47) communicates with the 3rd cell (451), wherein: the first cell (441) communicates with the 4th cell (452) through described the first radiating tube (43), the 4th cell (452) communicates with the second cell (442) through the first radiating tube (43), and the second cell (442) communicates with the 3rd cell (451) through the first radiating tube (43).

4. according to the natural lustre finishing machine structure of claim 1 or 3 described natural lustre finishing machine, it is characterized in that forming the first radiating fin (431) being arranged on the outer wall of described the first radiating tube (43).

5. the natural lustre finishing machine structure of natural lustre finishing machine according to claim 1, it is characterized in that described actuating unit (3) comprises the first motor (31), first, second drive (32,33) and driving belt (34), the first motor (31) is fixed on the below of described frame (1), the first drive (32) is fixed on the motor shaft (311) of the first motor (31), one end of driving belt (34) is nested with on the first drive (32), the other end is nested with at the second drive (33) upper, and the second drive (33) is fixed on described second roller axon head (231).

6. the natural lustre finishing machine structure of natural lustre finishing machine according to claim 5, is characterized in that when described the first drive (32) and the second drive (33) while being belt pulley, described driving belt (34) is driving belt; When described the first drive (32) and the second drive (33), while being sprocket wheel, described driving belt (34) is driving chain.

7. the natural lustre finishing machine structure of natural lustre finishing machine according to claim 1, it is characterized in that described hot air circulation heat-exchanger rig (5) comprises the second motor (51), blower fan (52), hot blast inlet tube (53), hot blast fairlead (54), heat exchange box (55), the 3rd, the 4th tube sheet (56a, 56b), the second oil inlet pipe (56c), the second flowline (56d), one group of second radiating tube (57), the 3rd shunting chamber (58) and the 4th shunting chamber (59), the second motor (51) is fixed and is fixed on heat exchange box (55) together with the second motor (51) by blower fan (52) with blower fan (52), heat exchange box (55) is arranged on the below of described frame (1) or is arranged on terrace, the heat exchange box air outlet (551) of this heat exchange box (55) connects with the air inlet (521) of blower fan (52), and the fan outlet (522) of blower fan (52) connects with an end of hot blast fairlead (54), the other end of hot blast fairlead (54) matches with described second roller axon head (231) and communicates with a described second roller axon cavity (2311), the heat exchange box air inlet (552) of one end of hot blast inlet tube (53) and heat exchange box (55) connects, and the other end of hot blast inlet tube (53) matches with described the first roll body spindle nose (221) and communicate with described the first roll body spindle nose cavity (2211), the 3rd tube sheet (56a) and the 4th tube sheet (56b) correspond to each other, and be positioned at the heat exchange box chamber (553) of heat exchange box (55), one end of one group of second radiating tube (57) and the 3rd tube sheet (56a) are fixing, the other end and the 4th tube sheet (56b) are fixing, the 3rd shunting chamber (58) is formed in the side of the 3rd tube sheet (56a) back to the second radiating tube (57), and communicate with the tube chamber of the second radiating tube (57), the 4th shunting chamber (59) is formed in the side of the 4th tube sheet (56b) back to the second radiating tube (57), and communicate with the tube chamber of the second radiating tube (57), one end of the second oil inlet pipe (56c) is connected with the oil-out of heating oil oven, the other end is connected with the 3rd shunting chamber (58), and communicate with the 3rd shunting chamber (58), one end of the second flowline (56d) is connected with the oil-in of heating oil oven, and the other end is connected with the 4th shunting chamber (59), and communicate with the 4th shunting chamber (59).

8. the natural lustre finishing machine structure of natural lustre finishing machine according to claim 7, it is characterized in that, in the described other end formation of described hot blast fairlead (54), one first sealing connector (541) is arranged, be fixed with one first seal disc (5411) on the end face of this first sealing connector (541), described second roller axon head (231) probes in described the first sealing connector (541), and by between the first sealing ring (2312) and the first sealing connector (541), forming and be sealed and matched; Described other end formation at described hot blast inlet tube (53) has one second sealing connector (531), be fixed with one second seal disc (5311) on the end face of this second sealing connector (531), described the first roll body spindle nose (221) probes in described the second sealing connector (531), and, by between the second sealing ring (2212) and the second sealing connector (531), forming and be sealed and matched, wherein: described first, second sealing ring (2312,2212) is the graphite grazing packing ring.

9. the natural lustre finishing machine structure of natural lustre finishing machine according to claim 7, it is characterized in that described the 3rd shunting chamber (58) comprises the 5th, the 6th cell (581,582) and one the 3rd cell demarcation strip (583), the 3rd cell demarcation strip (583) is positioned between the 5th, the 6th cell (581,582), and the 5th, the 6th cell (581,582) is isolated each other, described the 4th shunting chamber (59) comprises the 7th, the 8th cell (591, 592) and one the 4th cell demarcation strip (593), the 4th cell demarcation strip (593) is positioned at the 7th, the 8th cell (591, 592) between and by the 7th, the 8th cell (591, 592) isolated each other, the described other end of described the second oil inlet pipe (56c) communicates with the 5th cell (581), the described other end of described the second flowline (56d) communicates with the 7th cell (591), wherein: the 5th cell (581) communicates with described the 8th cell (592) through described the second radiating tube (57), the 8th cell (592) communicates with the 6th cell (582) through the second radiating tube (57), and the 6th cell (582) communicates with the 7th cell (591) through the second radiating tube (57).

10. according to the natural lustre finishing machine structure of claim 7 or 9 described natural lustre finishing machines, it is characterized in that forming the second radiating fin (571) being arranged on the outer wall of described the second radiating tube (57).