CN206173532U

CN206173532U - Add energy -conserving hot case of bullet machine

Info

Publication number: CN206173532U
Application number: CN201621193760.XU
Authority: CN
Inventors: 浦菊明
Original assignee: WUXI SHILITONG MACHINERY Co Ltd
Current assignee: WUXI SHILITONG MACHINERY Co Ltd
Priority date: 2016-11-04
Filing date: 2016-11-04
Publication date: 2017-05-17
Anticipated expiration: 2026-11-04

Abstract

The utility model discloses an add energy -conserving hot case of bullet machine aims at providing one kind and can effectively protect insulation material not evaporated the add energy -conserving hot case of bullet machine that the finish that corrodes by the fibre, and its technical scheme main points are, which comprises a bracket, be located heating device and hot rail on the support, hot rail both sides are equipped with the protection film with the laminating of hot rail, the protection film includes the flameproof fabric layer with the laminating of hot rail, glass wool layer and heat preservation device with flameproof fabric layer adhesion, the heat preservation device includes the asbestos layer, lie in the closing cap that the protection film both ends have a plurality of through -holes on being used for the concave type support of fixed protection film and being fixed in concave type support, concave type support is located the slide that hot rail one side bottom was equipped with the slope of thermotropism flange of rail portion, hot flange of rail portion is equipped with the rock wool piece, the slide below is equipped with silicon cloth plaster layer, silicon cloth plaster layer is concave type, the one end of leveling silicon cloth plaster layer supports through trapezoidal asbestos piece and contradicts in the slide below, hot tread end is contradicted in the recess of the flat bed course of concave type.

Description

Elasticizer energy-conservation hot tank

Technical field

The utility model is related to textile machine firing equipment field, more particularly to a kind of elasticizer energy-conservation hot tank.

Background technology

Elasticizer energy-conservation hot tank is the main production equipments of chemical fibre industry, associated production technology comparative maturity, its work Skill thinking has still maintained original technological design since being born from elasticizer energy-conservation hot tank, and it is internal with certain insulation work With, being generated heat by circulating hot oil pipeline, working portion is hot rail, and silk thread is walked from hot rail, reaches the effect of heating.

At present, the Chinese patent of Publication No. CN205133871U discloses a kind of elasticizer energy-conservation hot tank contact deformation Hot tank insulation construction, it includes hot tank housing, and hot tank housing built-in mineral wool block sets hot rail in the conduit that mineral wool block is formed, heat Tank shell top covers setting hot topic, and also including insulation quilt and insulated heat film, the laminating of mineral wool block inner side sets insulation quilt, insulation Felt inner side is tightly fitted in hot trackside surface, and insulated heat film is set above insulation quilt inner crest face, the side corresponding to hot rail.

Although this elasticizer energy-conservation hot tank contact deformation hot box insulation construction insulation quilt and arc insulated heat film Instead of the plasterboard for using at present, hot rail heat dissipation capacity is effectively reduced, improve heat insulation effect, but can be to fiber table due to during Finish, the flatness for increasing fiber are smeared in face, and finish can produce certain corrosiveness to the diaphragm around hot rail, So as to cause the corrosion and damage of around insulation quilt, diaphragm and surrounding insulation material.

Utility model content

The purpose of this utility model is to provide a kind of elasticizer energy-conservation hot tank, and it has can effectively protect elasticizer energy-conservation heat Insulation material near hot rail in case, makes its effectively fire prevention, anticorrosion, it is to avoid the advantage of corrosion and damage is caused to insulation material.

Above-mentioned technical purpose of the present utility model technical scheme is that：

A kind of elasticizer energy-conservation hot tank, including support, the heating plant on support and be connected to heating plant The hot rail of fiber is transmitted, the hot rail both sides are provided with the diaphragm fitted with hot rail, and the diaphragm includes what is fitted with hot rail Fire prevention layer of cloth and fire prevention blocking mineral wool layer and attemperator, the attemperator include and mineral wool layer contradict Asbestos layer, it is used to fix the matrix bearing of diaphragm positioned at diaphragm two ends and is fixed on matrix bearing with some through holes Capping.

It is arranged such, effective insulation is carried out by hot rail both sides, hot rail can be avoided by the lost temperature in both sides, and by Hot rail is fitted in diaphragm, therefore temperature higher can be born, simultaneously because the fiber surface that hot rail passes through scribbles finish, received Distributed to meeting moieties during higher temperature, while diaphragm height is also above hot rail, therefore the moieties for distributing can be infected with Onto diaphragm, and the finish for volatilizing is contained within the acid-base material of part, thus diaphragm can be produced certain corrosion or The influence of damage, to avoid producing damage, therefore diaphragm outermost layer to be made up of flameproof fabric diaphragm, flameproof fabric can be effective Fireproofing function is played, while it can be with waterproof and acid and alkali-resistance, and heat resisting temperature is generally more than 500 degrees Celsius, and viscous with flameproof fabric It has more preferable high temperature resistant to mineral wool even, is generally resistant to 1000 degrees Celsius of high temperature, therefore can effectively be thermally shielded, while Attemperator includes that the asbestos layer of both sides filling has extremely fireproof, electrical insulating property and thermal insulation, is important fire prevention, insulation And insulation material, therefore hot rail heat can be prevented effectively from by multilayer insulant distributed from both sides, while passing through matrix bearing Asbestos layer is fixed, the larger asbestos layer of thickness is filled in inside matrix bearing, play the work fixed to asbestos layer top With.

Further set：The heating plant includes being located at hot rail top and the benzene being fixedly connected in hot rail vertical direction Tank, the air inlet and the gas outlet that are used to convey gas benzene positioned at benzene tank one end.

It is arranged such, heating plant is mainly hot rail and provides heat so that have enough heat energy when fiber is by hot rail, because This is transmitted heat by the benzene tank that hot rail top is provided with, and hot rail is because lower hollow is set and is connected with benzene tank so that Hot benzene can enter hot flange of rail portion, while hot rail sheet is as metal material, therefore can easily transfer heat on hot rail, so that Play a part of heat supply.

Further set：The matrix bearing is provided with to the hot inclined slide plate in flange of rail portion positioned at the side bottom of hot rail one.

It is arranged such, slide plate is that fiber enters hot rail provides convenient, because hot rail position is less than matrix bearing, therefore fiber Need to move down a segment distance when hot rail is entered into by matrix bearing, and slide plate is provided to hot rail bottom angled and delayed Punching.

Further set：The hot flange of rail portion is provided with square mineral wool block, and the slide plate lower section is provided with by trapezoidal rockwool blocks Support and slide plate bottom and the inconsistent silica gel layer of cloth of hot rail port bottom.

It is arranged such, because top and the matrix bearing of hot rail are not to be directly connected to, it is to avoid cause matrix bearing to scorch, Therefore a certain distance is left between matrix bearing, and fiber is transmitted to hot rail because surface scribbles finish, is had Part finish is dropped to below hot rail by the distance that hot rail and matrix bearing leave, so as to contaminated equipment and be produced to equipment Certain corrosion, while silica gel cloth has acid and alkali-resistance, wear-resisting, high-low temperature resistant, corrosion resistant effect, even if being dropped on silica gel cloth Also influence will not be produced on silica gel cloth, while give fiber support by being lined with silica gel cloth, situations such as be also not in abrasion, tool There is preferable wear-resisting effect.

Further set：The silica gel layer of cloth is matrix cushion layer, and described smooth one end of silica gel layer of cloth passes through trapezoidal asbestos Block is supported and contacts at slide plate lower section, and the hot rail top contacts at the recess of matrix cushion layer.

It is arranged such, because silica gel cloth is smooth one layer, therefore smooth one end contacts at the lower section of slide plate, and due to Slide plate lower section hollow out, it is therefore desirable to contradicted to silica gel layer of cloth by trapezoidal rockwool blocks, for supporting silica gel layer of cloth, and hot rail Top then contradicts the recess with silica gel layer of cloth, so as to silica gel cloth is blocked into hot rail both sides.

Further set：The capping includes capping, the first side plate of close hot rail side and away from hot rail side the Two side plates.

It is arranged such, capping is mainly used in covering attemperator, it is to avoid substantial amounts of dissipated heat.

Further set：First side plate is attached at fire prevention layer of cloth near hot rail side outer wall, and first side plate is erected Nogata is higher than upwards hot rail whole height.

It is arranged such, and because capping can not be contacted near hot rail side with hot rail, there can only be diaphragm to be in contact with it, because This side plate of capping near hot rail side is shorter, and the side plate of opposite side is then along the bottom for extending attemperator.

Further set：The matrix bearing is provided with the groove matched with capping top, if the groove is provided with The dry connecting hole passed through for fixing bolt that matches with capping through hole.

It is arranged such, capping is matched with matrix bearing by groove and fitted, while being each passed through envelope by fixing bolt Lid and matrix bearing upper groove surface, so as to avoid capping from moving up and down.

Further set：The groove is provided with raised stator away from hot rail side, and the stator is provided with and second The bolt hole that side plate is fixedly connected.

It is arranged such, by the stator for setting so that bolt is through stator and covers side, so that fixed capping Cannot move up and down.

Further set：It is additionally provided with the capping and the cover plate that closing lid lives hot rail may be reversed by gemel connection.

It is arranged such, is overturn by cover plate and can be used to cover hot rail, so that heat largely will not dissipates from hot rail top Lose, while avoiding the smog pollution working environment that finish is evaporated.

In sum, the utility model has the advantages that：Can be with by the effect of flameproof fabric and silica gel layer of cloth The insulation material around hot rail is effectively protected, while having fire prevention, grease proofing and corrosion resistant effect.

Brief description of the drawings

Fig. 1 is elasticizer energy-conservation hot tank overall structure diagram；

Fig. 2 is elasticizer energy-conservation hot tank top view；

Fig. 3 is elasticizer energy-conservation hot tank A-A generalized sections；

Fig. 4 is elasticizer energy-conservation hot tank B-B generalized sections；

Fig. 5 is enlarged diagram at elasticizer energy-conservation hot tank C；

Fig. 6 is elasticizer energy-conservation hot tank side view；

Fig. 7 is enlarged diagram at elasticizer energy-conservation hot tank D.

In figure, 1, support；2nd, heating plant；21st, benzene tank；22nd, oil inlet；23rd, oil-out；3rd, hot rail；4th, diaphragm； 41st, fire prevention layer of cloth；42nd, mineral wool layer；43rd, attemperator；431st, asbestos layer；432nd, matrix bearing；433rd, cover；4331st, cover Face；4332nd, the first side plate；4333rd, the second side plate；434th, through hole；5th, slide plate；6th, mineral wool block；7th, rockwool blocks；8th, silica gel layer of cloth； 9th, groove；10th, connecting hole；11st, stator；12nd, bolt hole；13rd, hinge；14th, cover plate.

Specific embodiment

The utility model is described in further detail below in conjunction with accompanying drawing.

Embodiment 1：A kind of elasticizer energy-conservation hot tank, as shown in Figure 1, Figure 2 and Figure 3, including support 1, support 1 sets on two ends There are horizontal draw-in groove, and vertical draw-in groove orthogonal with horizontal draw-in groove, wherein the inside of horizontal draw-in groove is provided with heating plant 2, It is mainly benzene tank 21, while being provided with air inlet and gas outlet positioned at the side of benzene tank 21, and hot rail 3 is also associated with benzene tank 21, The lower hollow of hot rail 3, hot rail 3 is mainly positioned in vertical draw-in groove, and the effect of hot rail 3 is mainly used in providing rail for transmission fiber Road, due to needing energy-conservation, therefore will ensure that heat will not largely be lost, therefore also set on support 1 in continuous flow procedure There are various insulation materials for being incubated, because the upper outer wall of benzene tank 21 is fixed at the two ends of hot rail 3, therefore have with vertical draw-in groove bottom Certain space, and this portion void is filled for being incubated usually using asbestos.

As shown in Figure 4, Figure 5, have the finish on few fibers when transmitting fiber due to hot rail 3 to evaporate, so as to be infected with The insulation material of both sides, so as to carrying out burn into damage to it, when damage to a certain degree when insulation material make without high temperature resistant Used time can cause to be influenceed so as to trigger fire by high temperature, therefore need to use [M1] to be protected in the both sides of hot rail 3, diaphragm 4 It is main to be made up of fire prevention layer of cloth 41 and mineral wool layer 42, wherein fire prevention layer of cloth 41 is attached and the both sides outer wall of hot rail 3, fully patch Close, it is to avoid thermal loss, and on the main attaching of mineral wool layer 42 and fire prevention layer of cloth 41.

And attemperator 43 is additionally provided with support 1, as shown in Fig. 5, Fig. 6 and Fig. 7, including positioned at mineral wool 42 opposite side of layer Mineral wool block 6, for being incubated, and rubble cotton etc. can be filled between each gap, all gaps are filled up for being incubated, while being located at The matrix support 1 at the two ends of hot rail 3,1 two protruding blocks of matrix support are mainly used in fixing mineral wool block 6, mineral wool layer 42 and prevent Fiery layer of cloth 41, is plunged into inside matrix support 1, is fixed by two ends collective effect, while matrix bearing 432 is provided with Groove 9 is provided near the side of hot rail 3 on matrix support 1, the surface of groove 9 is provided with some connecting holes 10, and on matrix support 1 also Capping 433 is provided with, capping 433 is closely connected by groove 9 with matrix bearing 432, while covering 433 surfaces is provided with some through holes 434, through hole 434 and connecting hole 10 are located on same vertical direction, thus by fixing bolt can 433 tops of capping fix with On matrix support 1, so as to avoid capping 433 from moving left and right, and it is located at 432 two lug bosses of matrix bearing and is close on outer wall both sides Stator 11 is additionally provided with, stator 11 is provided with some bolts hole 12, and it is capping 4331 to cover 433 points, near the side of hot rail 3 Be the second side plate 4333 for the first side plate 4332 and away from the side of hot rail 3, stator 11 is provided with and covers 433 second sides The bolt hole 12 that plate 4333 is fixedly connected, avoids it from moving up and down such that it is able to fixed capping 433.

The lower section of matrix bearing 432 is provided with the slide plate 5 with the integrally connected of matrix bearing 432, slide plate near the top side of hot rail 3 5 to downward-sloping near the top orientation of hot rail 3, because the height of the bottom of hot rail 3 will be less than the height of the bottom of matrix bearing 432, Therefore fiber is needed to bottom offset when being transmitted to hot rail 3 by matrix bearing 432, therefore setting by slide plate 5 can be helped Fiber is helped to bottom offset, and because the top of hot rail 3 is not connected with matrix bearing 432, it is to avoid scorch matrix bearing 432, therefore heat Certain space is left between rail 3 and matrix bearing 432, therefore the lower section of slide plate 5 is provided with the silica gel supported by trapezoidal rockwool blocks 7 Layer of cloth 8, the generally matrix of silica gel layer of cloth 8, smooth one end contacts at the bottom of slide plate 5, and one end of matrix and the port bottom of hot rail 3 Portion is inconsistent.

The capping 4331 connected by hinge 13 is additionally provided with capping 433, it is mainly used in covering hot rail 3, it is to avoid Heat scatters and disappears from the top of hot rail 3 is a large amount of, while in fiber heating process, it is to avoid the pollution work such as smog that finish evaporation is produced Environment.

Its main operational principle is as follows, and fiber surface to be scribbled and enter hot rail 3 by matrix bearing 432 after finish, and hot rail 3 Heat mainly is provided for it by heating plant 2, is entered in benzene tank 21 by heated gas benzene, so as to pair connect with benzene tank 21 The hot rail 3 for connecing is heated, and the both sides of hot rail 3 are provided with the fire prevention layer of cloth 41 being close to hot rail 3, the opposite side adhesion of layer of cloth 41 of preventing fires There is mineral wool layer 42, the top of hot rail 3 is provided with matrix silica gel layer of cloth 8, positioned at the diaphragm 4 and the silica gel on top of the both sides of hot rail 3 Layer of cloth 8, in order to avoid fiber is in transmitting procedure, the corrosion when finish contamination or evaporation on surface to insulation material, so that The abrasion of equipment is caused, so as to effectively protect insulation material.

This specific embodiment is only that, to explanation of the present utility model, it is not to limitation of the present utility model, ability Field technique personnel can make the modification without creative contribution to the present embodiment as needed after this specification is read, but As long as all being protected by Patent Law in right of the present utility model.

Claims

1. a kind of elasticizer energy-conservation hot tank, including support（1）, positioned at support（1）On heating plant（2）And and heating plant （2）It is connected to transmit the hot rail of fiber（3）, it is characterised in that：The hot rail（3）Both sides are provided with and hot rail（3）The guarantor of laminating Cuticula（4）, the diaphragm（4）Including with hot rail（3）The fire prevention layer of cloth of laminating（41）With fire prevention layer of cloth（41）The glass of adhesion Cotton layer（42）And attemperator（43）, the attemperator（43）Including with mineral wool layer（42）The asbestos layer of conflict（431）, position In diaphragm（4）Two ends are used to fix diaphragm（4）Matrix bearing（432）And it is fixed on matrix bearing（432）If upper carry Dry through hole（434）Capping（433）.

2. elasticizer energy-conservation hot tank according to claim 1, it is characterised in that：The heating plant（2）Including positioned at heat Rail（3）Top and hot rail（3）The benzene tank being fixedly connected in vertical direction（21）, positioned at benzene tank（21）One end is used to convey gas benzene Air inlet and gas outlet.

3. elasticizer energy-conservation hot tank according to claim 1, it is characterised in that：The matrix bearing（432）Positioned at hot rail （3）One side bottom is provided with to hot rail（3）The slide plate of bottom angled（5）.

4. elasticizer energy-conservation hot tank according to claim 3, it is characterised in that：The hot rail（3）Bottom is provided with square rock Cotton block（6）, the slide plate（5）Lower section is provided with by trapezoidal rockwool blocks（7）Support and slide plate（5）Bottom and hot rail（3）Port bottom The inconsistent silica gel layer of cloth in portion（8）.

5. elasticizer energy-conservation hot tank according to claim 4, it is characterised in that：The silica gel layer of cloth（8）It is matrix, it is described Silica gel layer of cloth（8）Smooth one end is by trapezoidal rockwool blocks（7）Support and contact at slide plate（5）Lower section, the hot rail（3）Top is supported Touch in the recess of matrix cushion layer.

6. elasticizer energy-conservation hot tank according to claim 1, it is characterised in that：The capping（433）Including capping （4331）, near hot rail（3）First side plate of side（4332）And away from hot rail（3）Second side plate of side（4333）.

7. elasticizer energy-conservation hot tank according to claim 6, it is characterised in that：First side plate（4332）It is attached at anti- Fiery layer of cloth（41）Near hot rail（3）Side outer wall, first side plate（4332）It is higher than hot rail on vertical direction（3）It is overall high Degree.

8. elasticizer energy-conservation hot tank according to claim 1, it is characterised in that：The matrix bearing（432）Be provided with Capping（433）The groove that top matches（9）, the groove（9）It is provided with some and capping（433）Through hole（434）Match For the connecting hole that fixing bolt passes through（10）.

9. elasticizer energy-conservation hot tank according to claim 8, it is characterised in that：The groove（9）Away from hot rail（3）Side It is provided with raised stator（11）, the stator（11）It is provided with and capping（433）Second side plate（4333）The spiral shell being fixedly connected Keyhole（12）.

10. elasticizer energy-conservation hot tank according to claim 1, it is characterised in that：The capping（433）On be additionally provided with and pass through Hinge（13）Connection may be reversed closing lid and live hot rail（3）Cover plate（14）.