CN205803895U - Hot-wind nonwoven cloth pressing cooler - Google Patents

Abstract

A kind of hot-wind nonwoven cloth pressing cooler, belongs to on-woven Product processing field of mechanical technique.Including left and right cabinet；First, second fabric guide roll；Heating roller；Upper and lower chill roll；Power drive mechanism, feature: heating roller include heating roller roll body, the left and right end plate of heating roller roll body, spacer pipe, heating chamber left and right every dish, heat pipe-in-pipe and add heat pipe；Upper chill roll includes chill roll roll body and core pipe, the left end of upper chill roll roll body has upper chill roll roll body left end disc, central authorities to have upper chill roll roll body left supporting semiaxis, axial central authorities to set cooling medium fairlead, the right-hand member of upper chill roll roll body has upper chill roll roll body right end disc, there are upper chill roll roll body right supporting semiaxis in the central authorities of right end disc, the axial central authorities of upper chill roll roll body right supporting semiaxis set cooling medium introduction hole, and core pipe is arranged on upper chill roll cooling medium intracavity by core piping support disc.Improve working (machining) efficiency, ensure crudy and guarantee the terse of complete machine.

Description

Hot-wind nonwoven cloth pressing cooler

Technical field

This utility model belongs to on-woven Product processing field of mechanical technique, is specifically related to a kind of hot-wind nonwoven cloth and plates cold But machine.

Background technology

The non-weaving cloth produced by hot blast method is commonly referred to hot-wind nonwoven cloth, and (English name is: through-hot air Bording nonwoven), it is to melt consolidation for primary raw material through hot blast with low-melting-point composite fiber to form, and it is relied on Equipment is hot-wind nonwoven cloth forming machine (also referred to as hot-wind nonwoven cloth forming machine).Definite definition, technology about hot-wind nonwoven cloth refer to Mark requirement or even test method etc. can be found in china textile standard FZ/T64046-2014.

Aforesaid pressing cooler is the auxiliary facility of hot-wind nonwoven cloth forming machine, and its function is to fixed by hot-wind nonwoven cloth The hot-wind nonwoven cloth of type machine hot melt adhesive carries out Final finishing, i.e. carries out pressing and cooling and solidifying after ironing.

As is known in the industry, the fibre web being made up of thermoplastic synthetic fiber typically each can use heat bonding to reinforce, as the most non- The terylene conventional in producing of weaving, chinlon, polypropylene, ES fiber etc..Owing to the natural fibers such as cotton, hair, fiber crops do not have thermoplasticity, because of And the fibre web that thus fibrid is individually composed can not be reinforced with bonding.But in thermoplastic webs, add a small amount of cotton, hair, fiber crops etc. Fiber, then can improve some performance of non-weaving cloth, uses extended use such as hygroscopicity, feel, flexibility and such as does medical treatment and defend Raw articles for use.

The technical information that cooling of plating to hot-wind nonwoven cloth is relevant can be seen in, typically in disclosed Chinese patent literature As CN103132269A recommends have " non-woven fabrics cooler " and " the non-woven fabrics forming machine supplement heat rejecter of CN204849359U offer System "." the non-woven fabrics burn equipment " that the most typical Authorization Notice No. CN202830533U introduces, but should CN202830533U does not provide the enlightenment of the concrete structure of burn roller (i.e. heating roller) and chill roll, and burn roller and cold But roller is the core place of this type of process equipment and hot-wind nonwoven cloth can be pressed by the quality of burn roller and chill roll structure Scald cooling effectiveness, the whether terse etc. of quality and complete machine structure has a direct impact, and technical scheme described below is just Produce under this background.

Summary of the invention

Task of the present utility model is to provide a kind of contributing to significantly improve heating roller and the structure of chill roll and use Improve the hot-wind nonwoven cloth pressing cooler of the terse effect of flatiron cooling effectiveness, quality assurance and embodiment complete machine structure.

Task of the present utility model is performed by, and a kind of hot-wind nonwoven cloth pressing cooler, including a left cabinet With a right cabinet, this left cabinet and right cabinet left and right each other is correspondingly arranged and by being fixed between left cabinet and right cabinet Support crossbeam on a pair and support crossbeam link for a pair time；One first fabric guide roll and one second fabric guide roll, the first fabric guide roll Left end is rotatably supported on described left cabinet, and right-hand member is rotatably supported on described right cabinet, and the second fabric guide roll corresponds to The front upper place of the first fabric guide roll, the left end of this second fabric guide roll is rotatably supported on left cabinet equally, and right-hand member rotates equally Be bearing on right cabinet；One heating roller, this heating roller is rotatably supported between described left cabinet and right cabinet；On one cold But roller and a structure lower chill roll identical with upper chill roll, on this, chill roll is in the position of the front upper place corresponding to described heating roller Put and be rotatably supported between described left cabinet and right cabinet, and lower chill roll is corresponding under the lower section of upper chill roll and this Chill roll is rotatably supported between left cabinet and right cabinet equally；One power drive mechanism, this power drive mechanism is arranged on Described left cabinet back to described right cabinet side and simultaneously with described heating roller, upper chill roll and lower chill roll transmission Connect, the heating roller being characterised by described include heating roller roll body, heating roller roll body left end disc, heating roller roll body right end disc, every Sleeve pipe, heating chamber left every dish, heating chamber right every dish, heat pipe-in-pipe and add heat pipe, heating roller roll body left end disc is fixed on heating The left end of roller roll body, and a heating roller roll body left supporting semiaxis it is fixed with in the middle position of this heating roller roll body left end disc, The left end of this heating roller roll body left supporting semiaxis is rotatably supported on described left cabinet and is stretched over the left machine of left cabinet Case intracavity, and the right-hand member of heating roller roll body left supporting semiaxis is fixed and at heating roller roller every the middle position of dish with a left side, heating chamber The axial middle position of body left supporting semiaxis offers one and adds thermal medium introduction hole, and heating roller roll body right end disc is fixed on heating roller The right-hand member of roll body and be fixed with the left side of a heating roller roll body right supporting semiaxis in the middle position of this heating roller roll body right end disc End, and the right-hand member of this heating roller roll body right supporting semiaxis is rotatably supported on described right cabinet and is stretched over right cabinet Right cabinet intracavity, a left side, heating chamber is fixed on heating roller roll body every dish in the position on the right side corresponding to heating roller roll body left end disc Heating roller roll body intracavity, the right side, heating chamber is fixed on heating roller roller every dish in the position in the left side corresponding to heating roller roll body right end disc The heating roller roll body intracavity of body, spacer pipe is left right between dish and by spaced apart every dish and heating chamber in heating chamber The cavity wall in spacer pipe bracing ring and heating roller roll body chamber is fixed, between outer wall and the cavity wall in heating roller roll body chamber of this spacer pipe Space is configured to heat dielectric cavity, is provided with on spacer pipe bracing ring and around the circumferencial direction of spacer pipe bracing ring is spaced apart Add thermal medium pod apertures, described in add thermal medium introduction hole with heating dielectric cavity communicate, heating pipe-in-pipe quantity have spaced apart One group, it is left every dish and heating roller roll body left end disc that the left end of this heating pipe-in-pipe sequentially passes through heating chamber, and middle part is positioned at heating Dielectric cavity is interior and is supported on spacer pipe bracing ring, and right-hand member sequentially passes through the right side, heating chamber every dish and heating roller roll body right-hand member Dish, adds the quantity of heat pipe equal with the quantity of heating pipe-in-pipe and be plugged in heating pipe-in-pipe；Described upper chill roll bag Including chill roll roll body and a core pipe on one, the left end at upper chill roll roll body is fixed with chill roll roll body left end disc on, at this The middle position of upper chill roll roll body left end disc is fixed with chill roll roll body left supporting semiaxis on, and on this, a chill roll roll body left side is propped up Hold the left end of semiaxis and be rotatably supported on described left cabinet and be stretched over left cabinet intracavity, and the upper left supporting of chill roll roll body The right-hand member of semiaxis is stretched over the upper chill roll cooling medium intracavity of chill roll roll body, at upper chill roll roll body left supporting semiaxis Axially central authorities offer a cooling medium fairlead, and this cooling medium fairlead is by being opened in the upper left supporting of chill roll roll body half Cooling medium introduction hole on the axis body of the right-hand member of axle communicates, at upper chill roll roll body with described upper chill roll cooling medium chamber Right-hand member be fixed with chill roll roll body right end disc on, on this, the middle position of chill roll roll body right end disc is fixed with on one cold But roller roll body right supporting semiaxis, on this right-hand member of chill roll roll body right supporting semiaxis be rotatably supported on described right cabinet and It is stretched over right cabinet intracavity, and the upper chill roll that the left end of upper chill roll roll body right supporting semiaxis is stretched over chill roll roll body is cold But in dielectric cavity, the axial central authorities at upper chill roll roll body right supporting semiaxis offer a cooling medium introduction hole, and this cooling is situated between Matter introduction hole is by being opened in the cooling medium fairlead on the axis body of the left end of upper chill roll roll body right supporting semiaxis with described Cooling medium chamber communicates, and core pipe is arranged on upper chill roll cooling medium intracavity, and a left side for this core pipe by core piping support disc The middle position of end end face is fixed with the right-hand member that described upper chill roll roll body supports semiaxis, and the central position of the right-hand member end face of core pipe Put the left end with described upper chill roll roll body right supporting semiaxis to fix.

In a specific embodiment of the present utility model, described left cabinet towards the side of described right cabinet and The position of chill roll roll body left supporting semiaxis on described is being provided with the left pressing roll mechanism of chill roll on, described upper cooling The left end of roller roll body left supporting semiaxis is rotatably supported on left cabinet by the left pressing roll mechanism of chill roll on this；In right cabinet court The side of cabinet and right being provided with chill roll on corresponding to the position of chill roll roll body right supporting semiaxis on described to the left Pressing roll mechanism, the right-hand member of described upper chill roll roll body right supporting semiaxis is rotatably supported at by the right pressing roll mechanism of chill roll on this On right cabinet.

In another specific embodiment of the present utility model, described heating roller roll body left supporting semiaxis left end also And the position adding thermal medium introduction hole described in correspond to is equipped with one and adds thermal medium and introduce flexible joint, add thermal medium by this The medium of heating is introduced the outlet adding thermal medium introduction hole and added thermal medium introduction hole by this and draws by introducing flexible joint To described heating dielectric cavity；Right-hand member at described heating roller roll body right supporting semiaxis is equipped with a conducting slip ring and also opens Being provided with a power line resigning hole, this power line resigning hole is corresponding to the left side of conducting slip ring, by the power supply drawn on conducting slip ring Line and the described right-hand member electrical connection adding heat pipe.

In another specific embodiment of the present utility model, described heating roller roll body right supporting semiaxis right-hand member also And it is fixed with a power supply wiring dish, at this power supply wiring dish in the position on the right side corresponding to described heating roller roll body right end disc The edge of circumferencial direction offers quantity with space state and adds that heat pipe is equal with described and position is corresponding adds heat pipe Probe hole, described in add heat pipe right-hand member insert add heat pipe probe hole and by screw the right-hand member end adding heat pipe add heat pipe limit Determining nut to limit, described power line is electrically connected with the right-hand member adding heat pipe in the position of power supply wiring dish, and described electrically connects The mode of connection connect is Y-connection.

In another specific embodiment of the present utility model, the left end of chill roll roll body left supporting semiaxis on described And being equipped with a cooling medium in the position corresponding to described cooling medium fairlead and draw flexible joint, this cooling medium draws Go out flexible joint to be connected with cooling medium circulation supply equipment by pipeline；The right-hand member of chill roll roll body right supporting semiaxis on described And being equipped with a cooling medium in the position corresponding to described cooling medium introduction hole and introduce flexible joint, this cooling medium draws Enter flexible joint to be connected with cooling medium circulation supply equipment by pipeline equally.

Also having in a specific embodiment of the present utility model, described power drive mechanism includes motor, deceleration Case, initiative driver, heating roller drive, expansion tightening wheel, upper chill roll drive, lower chill roll drive and transmission band, motor Being fixed on reduction box by motor bearing seat, the motor shaft of this motor coordinates and by reduction box together with electricity with reduction box transmission Machine is fixed on the left cabinet intracavity of described left cabinet, and main driving wheel is fixed on the reduction box final stage power output shaft of reduction box, Heating roller drive fixes the left end of the heating roller roll body left supporting semiaxis of described heating roller roll body left end disc, and expansion tightening wheel is in correspondence It is rotatably supported in adjustment mechanism of tightening in the position of the front upper place of upper chill roll drive, and this adjustment mechanism of tightening Being fixed on left cabinet intracavity, upper chill roll drive is fixed on a upper chill roll roll body left side for described upper chill roll roll body left end disc and props up Holding the left end of semiaxis, lower chill roll drive is fixed on the left end of described lower chill roll, and one end of transmission band is nested with in main transmission On wheel, middle part be nested with heating roller drive, on chill roll drive and lower chill roll drive, the other end is nested with in tensioner On wheel.

Of the present utility model more and in a specific embodiment, described main driving wheel, heating roller drive, tensioner Wheel, upper chill roll drive and lower chill roll drive are belt pulley, and described transmission band is belt, and described belt pulley is same Step belt wheel, and described belt is Timing Belt；Described adjustment mechanism of tightening includes a tension wheel shaft mounting and an expansion tightening wheel Axle bed Accommodation cylinder, tension wheel shaft mounting is fixed in the cavity wall in described left cabinet chamber, and expansion tightening wheel axle bed Accommodation cylinder is solid It is scheduled on the bottom of tension wheel shaft mounting, and the acting cylinder post of this expansion tightening wheel axle bed Accommodation cylinder is towards upper, described tensioner Wheel is fixed in tension wheel shaft, and this tension wheel shaft is rotatably supported on expansion tightening wheel axle bed, and this expansion tightening wheel axle bed is arranged on and rises The tension wheel shaft mounting intracavity of bearing up pulley axle bed frame and sliding with the expansion tightening wheel axle bed in the corresponding cavity wall in tension wheel shaft mounting chamber Slide coordinates, and described acting cylinder post is connected with the bottom of expansion tightening wheel axle bed.

In an of the present utility model and then specific embodiment, the structure of the described left pressing roll mechanism of upper chill roll be with The structure of the described right pressing roll mechanism of upper chill roll is identical, and on this, the right pressing roll mechanism of chill roll includes a bearing mounting and an effect Cylinder, bearing mounting is being fixed on described right cabinet towards a described left side corresponding to the position of chill roll roll body right supporting semiaxis on described The side of cabinet, the acting cylinder post at top and this acting cylinder that acting cylinder is fixed on axle bed frame extends downwardly into bearing mounting Bearing mounting intracavity, the right-hand member of described upper chill roll roll body right supporting semiaxis is rotatably supported at the right supporting of chill roll roll body half On bearing housing, and on this chill roll roll body right supporting half shaft bearing block be positioned at described bearing mounting intracavity and with bearing mounting Bearing block rail plate in the corresponding cavity wall in chamber is slidably matched, described acting cylinder post and upper chill roll roll body right supporting semiaxis The top of bearing block connects.

Of the present utility model the most more and in a specific embodiment, described acting cylinder is oil cylinder or cylinder.

Of the present utility model again and then in a specific embodiment, the described quantity adding heat pipe has nine, described Adding thermal medium is conduction oil, and described cooling medium is water.

The technical scheme that this utility model provides is rational in infrastructure due to heating roller and upper chill roll and lower chill roll, because of And hot-wind nonwoven cloth is had preferable burn and cooling effect, it is possible to significantly improve working (machining) efficiency, ensure crudy with And guarantee the terse of complete machine, and owing to only needing to use a heating roller relative to prior art, thus can notable energy efficient And embody the economy in use.

Accompanying drawing explanation

Fig. 1 is embodiment schematic diagram of the present utility model.

Fig. 2 is the partial sectional view of the heating roller shown in Fig. 1.

Fig. 3 is the partial sectional view of the upper chill roll shown in Fig. 1.

Fig. 4 is the transmission schematic diagram of the power drive mechanism shown in Fig. 1.

Detailed description of the invention

In order to be more clearly understood from technical spirit of the present utility model and beneficial effect, applicant is below with reality The mode executing example elaborates, but the description to embodiment is not the restriction to this utility model scheme, any foundation Pro forma rather than the substantial equivalent transformation that is only done by this utility model design is regarded as of the present utility model Technical scheme category.

The most every relate to upper and lower, left and right, the directivity of front and rear or claim directionality concept be all For figure location state, thus the special of the technical scheme to this utility model offer can not be understood as Limit.

Referring to Fig. 1, it is shown that left cabinet 1 and a right cabinet 2, this left cabinet 1 and right cabinet 2 left and right each other is corresponding Arrange and by supporting crossbeam 10 in a pair be fixed between left cabinet 1 and right cabinet 2 and supporting crossbeam 20 for a pair time even Knot, upper support crossbeam 10 can also be one (as shown in Figure 4), when a pair, then the most parallel, supports crossbeam 20 for a pair time same Before and after sample parallel.Showing one first fabric guide roll 3 and one second fabric guide roll 4, the left end of the first fabric guide roll 3 passes through the first fabric guide roll Left shaft holder 31 is rotatably supported on aforementioned left cabinet 1, and right-hand member is supported rotationally by the first fabric guide roll right bearing seat 32 On aforementioned right cabinet 2, the second fabric guide roll 4 is corresponding to the front upper place of the first fabric guide roll 3, and the left end of this second fabric guide roll 4 passes through Second fabric guide roll left shaft holder 41 is rotatably supported on left cabinet 1 equally, and right-hand member is by the second fabric guide roll right bearing seat 42 It is rotatably supported at equally on right cabinet 2；Showing a heating roller 5, this heating roller 5 is rotatably supported at aforesaid left cabinet 1 And between right cabinet 2；Show the lower chill roll 7 that on, chill roll 6 is identical with upper chill roll 6 with a structure, chill roll 6 on this Be rotatably supported in the position of the front upper place (i.e. front side top) corresponding to aforementioned heating roller 5 left cabinet 1 and right cabinet 2 it Between, and lower chill roll 7 is rotatably supported at left cabinet 1 with right equally corresponding to lower section and this lower chill roll 7 of upper chill roll 6 Between cabinet 2；Showing a power drive mechanism 8, this power drive mechanism 8 is arranged on aforementioned left cabinet 1 back to aforementioned right machine The side of case 2 and being simultaneously in transmission connection with aforesaid heating roller 5, upper chill roll 6 and lower chill roll 7.

Refer to Fig. 2 and combine Fig. 1, the technical essential of technical scheme provided as this utility model: aforesaid add Hot-rolling 5 includes heating roller roll body 51, heating roller roll body left end disc 52, heating roller roll body right end disc 53, spacer pipe 54, a left side, heating chamber Every dish 56, heating pipe-in-pipe 57 and adding heat pipe 58 every dish 55, the right side, heating chamber, heating roller roll body left end disc 52 is fixed on heating roller roller The left end of body 51, and a heating roller roll body left supporting semiaxis it is fixed with in the middle position of this heating roller roll body left end disc 52 521, the left end of this heating roller roll body left supporting semiaxis 521 is rotatably supported on aforesaid left cabinet 1 and is stretched over left machine In the left cabinet chamber 11 of case 1, and the right-hand member of heating roller roll body left supporting semiaxis 521 is left with heating chamber solid every the middle position of dish 55 Determine and offer one in the axial middle position of heating roller roll body left supporting semiaxis 521 to add thermal medium introduction hole 5211, heating Roller roll body right end disc 53 is fixed on the right-hand member of heating roller roll body 51 and consolidates in the middle position of this heating roller roll body right end disc 53 Surely there is the left end of a heating roller roll body right supporting semiaxis 531, and the right-hand member of this heating roller roll body right supporting semiaxis 531 rotates twelve Earthly Branches Holding on aforesaid right cabinet 2 and be stretched in the right cabinet chamber 21 of right cabinet 2, heating chamber is left is corresponding to heating every dish 55 The position on the right side of roller roll body left end disc 52 is fixed on the heating roller roll body intracavity of heating roller roll body 51, and the right side, heating chamber exists every dish 56 Position corresponding to the left side of heating roller roll body right end disc 53 is fixed on the heating roller roll body intracavity of heating roller roll body 51, spacer pipe 54 and every dish 55 and the right side, heating chamber pass through spacer pipe bracing ring 541 spaced apart and add between dish 56 on a left side, heating chamber The cavity wall in hot-rolling roll body chamber is fixed, and the space between outer wall and the cavity wall in heating roller roll body chamber of this spacer pipe 54 is configured to heating Dielectric cavity 59, is provided with heating and is situated between on spacer pipe bracing ring 541 and around the circumferencial direction of spacer pipe bracing ring 541 is spaced apart Matter pod apertures 5411, the aforementioned thermal medium introduction hole 5211 that adds communicates with heating dielectric cavity 59, between the quantity of heating pipe-in-pipe 57 has Every one group of distribution, it is left every dish 55 and heating roller roll body left end disc 52 that the left end of this heating pipe-in-pipe 57 sequentially passes through heating chamber, Middle part is positioned at heating dielectric cavity 59 and is supported on spacer pipe bracing ring 541, and right-hand member sequentially passes through the right side, heating chamber every dish 56 and heating roller roll body right end disc 53, add the quantity of heat pipe 58 equal with the quantity of heating pipe-in-pipe 57 and be plugged on and add heat pipe In sleeve pipe 57.

In the present embodiment, the quantity of aforementioned heating pipe-in-pipe 57 has nine, with this adaptably, aforesaid adds heat pipe 58 Quantity also have nine, it is not intended that this quantity must be selected, can increase and decrease as required, so-called needs as heating The diameter of roller 5 increases or reduces and add the power increase of heat pipe 58 or reduce, etc..

Referring to Fig. 3 and combine Fig. 1, aforesaid upper chill roll 6 includes chill roll roll body 61 and a core pipe 62 on one, The left end of upper chill roll roll body 61 is fixed with chill roll roll body left end disc 611 on, chill roll roll body left end disc 611 on this Middle position is fixed with chill roll roll body left supporting semiaxis 6111 on, the left end of chill roll roll body left supporting semiaxis 6111 on this It is rotatably supported on aforementioned left cabinet 1 and is stretched in left cabinet chamber 11, and upper chill roll roll body left supporting semiaxis 6111 Right-hand member be stretched in the upper chill roll cooling medium chamber 612 of chill roll roll body 61, at upper chill roll roll body left supporting semiaxis The axial central authorities of 6111 offer a cooling medium fairlead 61111, and this cooling medium fairlead 61111 is upper cold by being opened in But the cooling medium introduction hole 61112 on the axis body of the right-hand member of roller roll body left supporting semiaxis 6111 cools down with aforesaid upper chill roll Dielectric cavity 612 communicates, and the right-hand member at upper chill roll roll body 61 is fixed with chill roll roll body right end disc 613 on, cools down on this The middle position of roller roll body right end disc 613 is fixed with chill roll roll body right supporting semiaxis 6131 on, and on this, chill roll roll body is right The right-hand member of supporting semiaxis 6131 is rotatably supported on aforementioned right cabinet 2 and is stretched in right cabinet chamber 21, and upper chill roll The left end of roll body right supporting semiaxis 6131 is stretched in the upper chill roll cooling medium chamber 612 of chill roll roll body 61, upper cold But the axial central authorities of roller roll body right supporting semiaxis 6131 offer a cooling medium introduction hole 61311, this cooling medium introduction hole 61311 by being opened in the cooling medium fairlead 61312 on the axis body of the left end of upper chill roll roll body right supporting semiaxis 6131 Communicating with aforementioned cooling medium chamber 612, core pipe 62 is arranged on chill roll cooling medium chamber 612 by core piping support disc 621 In, and the middle position of the left end end face of this core pipe 62 and aforementioned upper chill roll roll body support the right-hand member of semiaxis 6111 and fix, And the left end of the middle position of the right-hand member end face of core pipe 62 and aforementioned upper chill roll roll body right supporting semiaxis 6131 is fixed.

As shown in Figure 1, at aforementioned left cabinet 1 towards the side of aforementioned right cabinet 2 and corresponding to chill roll on aforementioned The position of roll body left supporting semiaxis 6111 is provided with the left pressing roll mechanism of chill roll on one 30, the aforementioned upper left supporting of chill roll roll body half The left end of axle 6111 is rotatably supported on left cabinet 1 by the left pressing roll mechanism of chill roll on this 30；At right cabinet 2 towards left machine The side of the case 1 and position of chill roll roll body right supporting semiaxis 6131 on aforementioned is being provided with the right pressure of chill roll on Roller mechanism 9, the right-hand member of aforementioned upper chill roll roll body right supporting semiaxis 6131 rotates twelve Earthly Branches by the right pressing roll mechanism of chill roll on this 9 Hold on right cabinet 2.

As shown in Figure 2, at the left end of aforementioned heating roller roll body left supporting semiaxis 521 and thermal medium is being added corresponding to aforementioned The position of introduction hole 5211 is equipped with one and adds thermal medium introducing flexible joint 52111, adds thermal medium by this and introduces flexible joint The medium introducing of heating is added thermal medium introduction hole 5211 and is added the outlet of thermal medium introduction hole 5211 by this by 52111 52112 cause in aforesaid heating dielectric cavity 59；Right-hand member at aforementioned heating roller roll body right supporting semiaxis 531 is equipped with a conduction Slip ring 532 and also offer a power line resigning hole 533, this power line resigning hole 533 is corresponding to a left side for conducting slip ring 532 Side, by the power line 5321 drawn on conducting slip ring 532 and the aforesaid right-hand member electrical connection adding heat pipe 58.

Continue to see Fig. 2, at the right-hand member of aforementioned heating roller roll body right supporting semiaxis 531 and corresponding to aforementioned heating roller roller The position on the right side of body right end disc 53 is fixed with a power supply wiring dish 534(and also can claim to heat tube end supporting disk), at this power supply The edge of the circumferencial direction of patchboard 534 offers quantity with space state and adds that heat pipe 58 is equal and position phase with aforementioned Corresponding adds heat pipe probe hole 5341, and the aforementioned right-hand member adding heat pipe 58 inserts and adds heat pipe probe hole 5341 and by screwing in heating The heat pipe restriction nut 581 that adds of the right-hand member end of pipe 58 limits.Aforesaid power line 5321 the position of power supply wiring dish 534 with Adding the right-hand member electrical connection of heat pipe 58, the mode of connection of aforesaid electrical connection is Y-connection (Y shape also can be claimed to connect).

As shown in Figure 3, on aforementioned chill roll roll body left supporting semiaxis 6111 left end and corresponding to aforementioned cooling The position of medium fairlead 61111 is equipped with a cooling medium and draws flexible joint 61113, and this cooling medium draws flexible joint 61113 are connected with cooling medium circulation supply equipment such as circulating pump by pipeline；Chill roll roll body right supporting semiaxis on aforementioned The right-hand member of 6131 and be equipped with a cooling medium in the position corresponding to aforementioned cooling medium introduction hole 61311 and introduce active connecing 61313, this cooling medium introduces flexible joint 61313 and is followed by pipeline is the most aforesaid with cooling medium circulation supply equipment equally Ring pump connects.

Please see Fig. 1 and Fig. 4 by emphasis, aforesaid power drive mechanism 8 includes motor 81, reduction box 82, initiative driver 83, heating roller drive 84, expansion tightening wheel 85, upper chill roll drive 86, lower chill roll drive 87 and transmission band 88, motor 81 Be fixed on reduction box 82 by motor bearing seat 812, the motor shaft 811 of this motor 81 coordinate with reduction box 82 transmission and by Reduction box 82 is fixed in the left cabinet chamber 11 of aforementioned left cabinet 1 together with motor 81.Figure 1 illustrates a reduction box and prop up bearing 821, reduction box 82 is bearing in reduction box and props up in bearing 821, and this reduction box props up bearing 821 and fixes screw 8211 by a bearing It is fixed on the bottom in left cabinet chamber 11.Main driving wheel 83 is fixed on the reduction box final stage power output shaft of reduction box 82, heating Roller drive 84 fixes the heating roller roll body left supporting semiaxis 521 of aforementioned heating roller roll body left end disc 52 with flat key fixed form Left end, expansion tightening wheel 85 position of the front upper place of chill roll drive 86 on corresponding to is rotatably supported at adjustment mechanism of tightening On 851, and this adjustment mechanism of tightening 851 is fixed in left cabinet chamber 11, and upper chill roll drive 86 is with flat key fixed form Being fixed on the left end of the upper chill roll roll body left supporting semiaxis 6111 of aforementioned upper chill roll roll body left end disc 611, lower chill roll passes Driving wheel 87 is fixed on the left end of aforementioned lower chill roll 7 with flat key fixed form, and one end of transmission band 88 is nested with at main driving wheel 83 On, middle part be nested with heating roller drive 84, on chill roll drive 86 and lower chill roll drive 87, the other end is nested with On expansion tightening wheel 85, the set configuration state of this transmission band 88 is understood signal by Fig. 4.

In the present embodiment, aforesaid main driving wheel 83, heating roller drive 84, expansion tightening wheel 85, upper chill roll drive 86 and lower chill roll drive 87 be belt pulley and for synchronous pulley, aforesaid transmission band 88 be belt and is Timing Belt.

Emphasis sees Fig. 1, and aforesaid adjustment mechanism of tightening 851 includes tension wheel shaft mounting 8511 and a tension wheel shaft Seat Accommodation cylinder 8512, tension wheel shaft mounting 8511 uses screw to be fixed in the cavity wall in aforementioned left cabinet chamber 11, expansion tightening wheel Axle bed Accommodation cylinder 8512 is fixed on the bottom of tension wheel shaft mounting 8511, and this expansion tightening wheel axle bed Accommodation cylinder 8512 Acting cylinder post 85121 towards upper, aforesaid expansion tightening wheel 85 is fixed in tension wheel shaft 852, and this tension wheel shaft 852 is rotationally Being bearing on expansion tightening wheel axle bed 8521, this expansion tightening wheel axle bed 8521 is arranged on the tension wheel shaft mounting chamber of tension wheel shaft mounting 8511 In and be slidably matched with the expansion tightening wheel axle bed rail plate 85111 in the corresponding cavity wall in tension wheel shaft mounting chamber, aforementioned effect Cylinder post 85121 is connected with the bottom of expansion tightening wheel axle bed 8521.

In the present embodiment, aforesaid expansion tightening wheel axle bed Accommodation cylinder 8512 uses oil cylinder, but if uses cylinder generation For oil cylinder, then equivalence change should be considered as and still belong to technical connotation category disclosed in this utility model.When to aforesaid When the tensioner degree of transmission band 88 adjusts, such as by relaxing when tensioner adjusts, then expansion tightening wheel axle bed Accommodation cylinder 8512 Work, acting cylinder post 85121 stretches outside cylinder body, owing to the bottom of acting cylinder post 85121 with expansion tightening wheel axle bed 8521 is connected, because of And made expansion tightening wheel axle bed 8521 follow expansion tightening wheel axle bed rail plate 85111 by acting cylinder post 85121 and shift up, pass through tensioner Wheel shaft 852 drives expansion tightening wheel 85 to shift up, and transmission band 88 is become tensioned state from relaxed state, and vice versa.

Please see Fig. 1 by emphasis, owing to the structure of the aforementioned left pressing roll mechanism of upper chill roll 30 is and the aforementioned right pressure roller of upper chill roll The structure of mechanism 9 is identical, thus applicant selects the latter's detailed description below: on this, the right pressing roll mechanism of chill roll 9 includes one Bearing mounting 91 and an acting cylinder 92, bearing mounting 91 is corresponding to the position of chill roll roll body right supporting semiaxis 6131 on aforementioned Being fixed on the aforementioned right cabinet 2 side towards aforementioned left cabinet 1, acting cylinder 92 is fixed on top and this effect of axle bed frame 91 The acting cylinder post 921 of cylinder 92 extends downwardly into the bearing mounting intracavity of bearing mounting 92, the aforementioned upper right supporting of chill roll roll body half The right-hand member of axle 6131 is rotatably supported on chill roll roll body right supporting half shaft bearing block 61314, and chill roll roll body on this Right supporting half shaft bearing block 61314 be positioned at aforementioned bearings mounting intracavity and with the bearing block in the corresponding cavity wall in bearing mounting chamber Rail plate 911 is slidably matched, and aforesaid acting cylinder post 921 is upper with upper chill roll roll body right supporting half shaft bearing block 61314 Portion connects.

In the present embodiment, aforesaid acting cylinder 92 is oil cylinder, but if replacing oil cylinder with cylinder, then should be considered as Equivalence change or title equivalent substitute.When acting cylinder 92 works, such as acting cylinder post 921 stretches downwards outside cylinder body, then by Acting cylinder post 921 promotes upper chill roll roll body right supporting half shaft bearing block 61314 to follow bearing block rail plate 911 and moves down, on Chill roll 6 moves down accordingly, makes the upper surface of hot-wind nonwoven cloth 40 between upper and lower chill roll 6,7 and upper chill roll roll body 61 are fully contacted, and the lower surface of hot-wind nonwoven cloth 40 is fully contacted with the lower chill roll roll body of lower chill roll 6 simultaneously, cold to ensure But effect.

What applicant mentioned repeatedly above adds thermal medium is conduction oil in the present embodiment, and the cooling repeatedly mentioned Medium is water.

Understand according to the superincumbent description of applicant: add thermal medium by adding thermal medium and introduce flexible joint 52111 warp successively Add thermal medium introduction hole 5211 and outlet 52112 enters in heating dielectric cavity 59.Under adding heat pipe 58 "on" position, by heating Pipe 58 across heating pipe-in-pipe 57 to heating dielectric cavity 59 in add the most aforesaid heat-conducting oil heating of thermal medium, make heating roller roll body 51 are heated and by heating roller roll body 51, the aforementioned hot-wind nonwoven cloth 40 by way of heating roller roll body 51 are carried out ironing (specifically by scheming Shown in 2).The most aforesaid water of cooling medium is introduced flexible joint 61313 by cooling medium and introduces, the most cooled medium introduction hole 61311, cooling medium fairlead 61312 enters upper chill roll cooling medium chamber 612, more cooled medium introduction hole 61112, cooling medium fairlead 6111 and cooling medium are drawn flexible joint and are caused aforesaid cooling medium circulation dress for 61113 times Put such as circulating pump, thus make chill roll roll body 61 lower the temperature under forming hydronic state, and then by upper chill roll roll body 61 pairs of hot-wind nonwoven cloths 40 cool down.Owing to the structure of lower chill roll 7 is identical with upper chill roll 6, thus it is to hot-wind nonwoven cloth 40 Cooling procedure identical with aforementioned upper chill roll 6, repeat no more.

Introduce and the extraction path of aforementioned hot-wind nonwoven cloth 40 are shown in detail by the arrow of Fig. 4, specifically, by preceding working procedure Hot-wind nonwoven cloth forming machine sizing after hot-wind nonwoven cloth 40 successively through the first fabric guide roll 3, heating roller 5, upper chill roll 6, under cold But roller 7 and the second fabric guide roll 4, it can thus be appreciated that the first fabric guide roll 3 is essentially draw roll, and the second fabric guide roll 4 is essentially and draws Go out roller, this second fabric guide roll 4 draw and cut winding by the cutting coiling device of subsequent work stations.At hot-wind nonwoven cloth 40 certainly First cloth-guiding wheel 3 introduces until during the second fabric guide roll 4 draws, heating roller 5, upper chill roll 6, lower chill roll 7 and dynamic Force transmission mechanism 8 is the most in running order.Specifically: when motor 81 works, motor 81 reduction box 82 is driven and through subtracting Speed case 82 slows down, the reduction box final stage power output shaft of reduction box 82 drive drivewheel 83, drivewheel 83 drive transmission band 88, and then driven heating roller drive 84 to make heating roller 5 be in rotary state by transmission band 88, driven by transmission band 88 simultaneously Upper chill roll drive 86 and make chill roll 6 be in rotary state, also simultaneously driven lower chill roll drive by transmission band 88 87 and make lower chill roll 7 be in rotary state.

In sum, the technical scheme that this utility model provides compensate for the shortcoming in prior art, completes invention and appoints Business, has cashed the technique effect described in applicant's superincumbent technique effect hurdle objectively.

Claims (10)

1. a hot-wind nonwoven cloth pressing cooler, including a left cabinet (1) and a right cabinet (2), this left cabinet (1) and the right side Cabinet (2) left and right each other is correspondingly arranged and by supporting crossbeam in a pair be fixed between left cabinet (1) and right cabinet (2) (10) and a pair time support crossbeam (20) link；One first fabric guide roll (3) and one second fabric guide roll (4), the first fabric guide roll (3) Left end be rotatably supported on described left cabinet (1), and right-hand member is rotatably supported on described right cabinet (2), the second selvage guide Roller (4) is corresponding to the front upper place of the first fabric guide roll (3), and the left end of this second fabric guide roll (4) is rotatably supported at left cabinet equally (1) on, and right-hand member is rotatably supported on right cabinet (2) equally；One heating roller (5), this heating roller (5) is rotatably supported at institute Between left cabinet (1) and the right cabinet (2) stated；The lower chill roll that on one, chill roll (6) is identical with upper chill roll (6) with a structure (7), on this, chill roll (6) is rotatably supported at described left cabinet in the position of the front upper place corresponding to described heating roller (5) (1) and between right cabinet (2), and lower chill roll (7) is same corresponding to lower section and this lower chill roll (7) of upper chill roll (6) It is rotatably supported between left cabinet (1) and right cabinet (2)；One power drive mechanism (8), this power drive mechanism (8) is arranged Described left cabinet (1) back to the side of described right cabinet (2) and simultaneously with described heating roller (5), upper chill roll (6) with And lower chill roll (7) is in transmission connection, it is characterised in that described heating roller (5) includes heating roller roll body (51), heating roller roll body Left end disc (52), heating roller roll body right end disc (53), spacer pipe (54), heating chamber left every dish (55), heating chamber right every dish (56), Heating pipe-in-pipe (57) and add heat pipe (58), heating roller roll body left end disc (52) is fixed on the left end of heating roller roll body (51), and And it is fixed with a heating roller roll body left supporting semiaxis (521), this heating in the middle position of this heating roller roll body left end disc (52) The left end of roller roll body left supporting semiaxis (521) is rotatably supported at described left cabinet (1) and above and is stretched over left cabinet (1) In left cabinet chamber (11), and the right-hand member of heating roller roll body left supporting semiaxis (521) middle position every dish (55) left with heating chamber Fix and offer one in the axial middle position of heating roller roll body left supporting semiaxis (521) and add thermal medium introduction hole (5211), heating roller roll body right end disc (53) is fixed on the right-hand member of heating roller roll body (51) and in this heating roller roll body right end disc (53) middle position is fixed with the left end of a heating roller roll body right supporting semiaxis (531), and this right supporting of heating roller roll body is partly The right-hand member of axle (531) is rotatably supported on described right cabinet (2) and is stretched over the right cabinet chamber (21) of right cabinet (2) In, a left side, heating chamber is fixed on heating roller roll body every dish (55) in the position on the right side corresponding to heating roller roll body left end disc (52) (51) heating roller roll body intracavity, heating chamber right every dish (56) in the position in the left side corresponding to heating roller roll body right end disc (53) Being fixed on the heating roller roll body intracavity of heating roller roll body (51), it is left right with heating chamber every dish (55) that spacer pipe (54) is positioned at heating chamber Fix between dish (56) and by the cavity wall of spacer pipe bracing ring (541) spaced apart with heating roller roll body chamber, should be every Space between outer wall and the cavity wall in heating roller roll body chamber of sleeve pipe (54) is configured to heat dielectric cavity (59), every collar supports Upper and around spacer pipe bracing ring (541) spaced apart being provided with of circumferencial direction of circle (541) adds thermal medium pod apertures (5411), institute State add thermal medium introduction hole (5211) with heating dielectric cavity (59) communicate, heating pipe-in-pipe (57) quantity have spaced apart one Group, it is left every dish (55) and heating roller roll body left end disc (52), middle part that the left end of this heating pipe-in-pipe (57) sequentially passes through heating chamber It is positioned at heating dielectric cavity (59) and is supported on spacer pipe bracing ring (541), and right-hand member sequentially passes through the right side, heating chamber every dish (56) quantity of heat pipe (58) and heating roller roll body right end disc (53), is added equal with the quantity of heating pipe-in-pipe (57) and plant In heating pipe-in-pipe (57)；Described upper chill roll (6) includes chill roll roll body (61) and a core pipe (62) on one, upper cold But the left end of roller roll body (61) is fixed with chill roll roll body left end disc (611) on, chill roll roll body left end disc (611) on this Middle position be fixed with chill roll roll body left supporting semiaxis (6111) on, chill roll roll body left supporting semiaxis (6111) on this Left end to be rotatably supported at described left cabinet (1) upper and be stretched in left cabinet chamber (11), and a upper chill roll roll body left side is propped up The right-hand member holding semiaxis (6111) is stretched in the upper chill roll cooling medium chamber (612) of chill roll roll body (61), in upper cooling The axial central authorities of roller roll body left supporting semiaxis (6111) offer a cooling medium fairlead (61111), and this cooling medium is drawn Hole (61111) is by being opened in the cooling medium introduction hole on the axis body of the right-hand member of upper chill roll roll body left supporting semiaxis (6111) (61112) communicating with described upper chill roll cooling medium chamber (612), the right-hand member upper chill roll roll body (61) is fixed with on one Chill roll roll body right end disc (613), on this, the middle position of chill roll roll body right end disc (613) is fixed with chill roll roller on Body right supporting semiaxis (6131), on this, the right-hand member of chill roll roll body right supporting semiaxis (6131) is rotatably supported at described right cabinet (2) go up and be stretched in right cabinet chamber (21), and the left end of upper chill roll roll body right supporting semiaxis (6131) is stretched over cold In the upper chill roll cooling medium chamber (612) of but roller roll body (61), axial at upper chill roll roll body right supporting semiaxis (6131) Central authorities offer a cooling medium introduction hole (61311), and this cooling medium introduction hole (61311) is by being opened in upper chill roll roller Cooling medium fairlead (61312) on the axis body of the left end of body right supporting semiaxis (6131) and described cooling medium chamber (612) Communicating, core pipe (62) is arranged in chill roll cooling medium chamber (612) by core piping support disc (621), and this core pipe (62) right-hand member that the middle position of left end end face supports semiaxis (6111) with described upper chill roll roll body is fixed, and core pipe (62) The middle position of right-hand member end face fix with the left end of described upper chill roll roll body right supporting semiaxis (6131).

Hot-wind nonwoven cloth pressing cooler the most according to claim 1, it is characterised in that described left cabinet (1) towards institute State the side of right cabinet (2) and be provided with on one corresponding to the position of chill roll roll body left supporting semiaxis (6111) on described The left pressing roll mechanism of chill roll (30), the left end of described upper chill roll roll body left supporting semiaxis (6111) is by the left pressure of chill roll on this Roller mechanism (30) is rotatably supported on left cabinet (1)；And corresponding to towards the side of left cabinet (1) at right cabinet (2) The position of described upper chill roll roll body right supporting semiaxis (6131) is provided with the right pressing roll mechanism of chill roll on (9), described cold But the right-hand member of roller roll body right supporting semiaxis (6131) is rotatably supported at right cabinet by the right pressing roll mechanism of chill roll on this (9) (2) on.

Hot-wind nonwoven cloth pressing cooler the most according to claim 1, it is characterised in that prop up on a described heating roller roll body left side The left end holding semiaxis (521) and the position adding thermal medium introduction hole (5211) described in correspond to are equipped with one and add thermal medium and draw Enter flexible joint (52111), add thermal medium introducing flexible joint (52111) by this and medium introducing of heating is added thermal medium Introduction hole (5211) and the outlet (52112) being added thermal medium introduction hole (5211) by this cause described heating dielectric cavity (59) in；Right-hand member at described heating roller roll body right supporting semiaxis (531) is equipped with a conducting slip ring (532) and also offers One power line resigning hole (533), this power line resigning hole (533) is corresponding to the left side of conducting slip ring (532), by conducting slip ring (532) the upper power line (5321) drawn and the described right-hand member electrical connection adding heat pipe (58).

Hot-wind nonwoven cloth pressing cooler the most according to claim 3, it is characterised in that prop up on the described heating roller roll body right side Hold the right-hand member of semiaxis (531) and be fixed with a power supply in the position on the right side corresponding to described heating roller roll body right end disc (53) Patchboard (534), offers quantity with described in the edge of the circumferencial direction of this power supply wiring dish (534) with space state Add that heat pipe (58) is equal and position be corresponding adds heat pipe probe hole (5341), described in add the right-hand member of heat pipe (58) and insert heating Pipe probe hole (5341) and by screw the right-hand member end adding heat pipe (58) add heat pipe limit nut (581) limit, described Power line (5321) the position of power supply wiring dish (534) and add heat pipe (58) right-hand member electrical connection, described electrically connects The mode of connection connect is Y-connection.

Hot-wind nonwoven cloth pressing cooler the most according to claim 1, it is characterised in that chill roll roll body is left on described Support the left end of semiaxis (6111) and be equipped with cooling Jie in the position corresponding to described cooling medium fairlead (61111) Matter draws flexible joint (61113), and this cooling medium draws flexible joint (61113) by pipeline and cooling medium circulation supply dress Put connection；On described chill roll roll body right supporting semiaxis (6131) right-hand member and corresponding to described cooling medium introduction hole (61311) position is equipped with a cooling medium and introduces flexible joint (61313), and this cooling medium introduces flexible joint (61313) it is connected with cooling medium circulation supply equipment by pipeline equally.

Hot-wind nonwoven cloth pressing cooler the most according to claim 1, it is characterised in that described power drive mechanism (8) Pass including motor (81), reduction box (82), initiative driver (83), heating roller drive (84), expansion tightening wheel (85), upper chill roll Driving wheel (86), lower chill roll drive (87) and transmission band (88), motor (81) is fixed on deceleration by motor bearing seat (812) On case (82), the motor shaft (811) of this motor (81) coordinates with reduction box (82) transmission and by reduction box (82) together with motor (81) being fixed in the left cabinet chamber (11) of described left cabinet (1), main driving wheel (83) is fixed on the reduction box of reduction box (82) On final stage power output shaft, a heating roller roll body left side for fixing described heating roller roll body left end disc (52) of heating roller drive (84) is propped up Holding the left end of semiaxis (521), the position of expansion tightening wheel (85) front upper place of chill roll drive (86) on corresponding to rotates twelve Earthly Branches Hold in adjustment mechanism of tightening (851), and this adjustment mechanism of tightening (851) is fixed in left cabinet chamber (11), upper cooling Roller drive (86) is fixed on the upper chill roll roll body left supporting semiaxis (6111) of described upper chill roll roll body left end disc (611) Left end, lower chill roll drive (87) is fixed on the left end of described lower chill roll (7), and one end of transmission band (88) is nested with is leading On drive (83), middle part is nested with at heating roller drive (84), upper chill roll drive (86) and lower chill roll drive (87), on, the other end is nested with on expansion tightening wheel (85).

Hot-wind nonwoven cloth pressing cooler the most according to claim 6, it is characterised in that described main driving wheel (83), add Hot-rolling drive (84), expansion tightening wheel (85), upper chill roll drive (86) and lower chill roll drive (87) are belt pulley, described Transmission band (88) be belt, described belt pulley is synchronous pulley, and described belt is Timing Belt；Described tensioner rotation Complete machine structure (851) includes a tension wheel shaft mounting (8511) and expansion tightening wheel axle bed Accommodation cylinder (8512), expansion tightening wheel axle bed Frame (8511) is fixed in the cavity wall of described left cabinet chamber (11), and expansion tightening wheel axle bed Accommodation cylinder (8512) is fixed on expansion tightening wheel The bottom of axle bed frame (8511), and the acting cylinder post (85121) of this expansion tightening wheel axle bed Accommodation cylinder (8512) is towards upper, institute The expansion tightening wheel (85) stated is fixed in tension wheel shaft (852), and this tension wheel shaft (852) is rotatably supported at expansion tightening wheel axle bed (8521) on, this expansion tightening wheel axle bed (8521) be arranged on tension wheel shaft mounting (8511) tension wheel shaft mounting intracavity and with rise Expansion tightening wheel axle bed rail plate (85111) in the corresponding cavity wall in bearing up pulley axle bed frame chamber is slidably matched, described acting cylinder post (85121) bottom with expansion tightening wheel axle bed (8521) is connected.

Hot-wind nonwoven cloth pressing cooler the most according to claim 2, it is characterised in that the described left roller machine of upper chill roll The structure of structure (30) is identical with the structure of the right pressing roll mechanism of described upper chill roll (9), the right pressing roll mechanism of chill roll (9) on this Including a bearing mounting (91) and an acting cylinder (92), bearing mounting (91) is corresponding to the right supporting of chill roll roll body half on described The position of axle (6131) is fixed on the described right cabinet (2) side towards described left cabinet (1), and acting cylinder (92) is fixed on axle bed The top of frame (91) and the acting cylinder post (921) of this acting cylinder (92) extend downwardly into the bearing mounting chamber of bearing mounting (92) In, the right-hand member of described upper chill roll roll body right supporting semiaxis (6131) is rotatably supported at chill roll roll body right supporting semiaxis axle In bearing (61314), and on this chill roll roll body right supporting half shaft bearing block (61314) be positioned at described bearing mounting intracavity and Being slidably matched with the bearing block rail plate (911) in the corresponding cavity wall in bearing mounting chamber, described acting cylinder post (921) is with upper The top of chill roll roll body right supporting half shaft bearing block (61314) connects.

Hot-wind nonwoven cloth pressing cooler the most according to claim 8, it is characterised in that described acting cylinder (92) is oil Cylinder or cylinder.

Hot-wind nonwoven cloth pressing cooler the most according to claim 1, it is characterised in that the described number adding heat pipe (58) Amount has nine, described in add thermal medium be conduction oil, described cooling medium is water.