CN107128058A - Fabric rubber powder automates pressure-vaccum structure - Google Patents

Abstract

Pressure-vaccum structure is automated the invention discloses a kind of fabric rubber powder, including：Frame, the front center of the frame is provided with feeding drive roll, discharging driven voller is provided with the middle part of the rear end of the frame, the lower end of the frame is provided with some support rollers, the drive roll, it is connected between driven voller and support roller by foraminous conveyer, the drive device being connected with drive roll is provided with the lower end of the frame, preceding sucker and rear sucker are respectively arranged with from front to back in the frame of foraminous conveyer upper end between the feeding drive roll and discharging driven voller, the preceding sucker and rear sucker are connected by inhaling powder branch pipe with inhaling powder supervisor respectively, the suction powder supervisor is connected with upper induced-draught fan, the upper induced-draught fan is arranged in frame, the main blowing head cooperated with preceding sucker is tiltedly installed with the frame of the preceding sucker front end.

Description

Fabric rubber powder automates pressure-vaccum structure

Technical field

The present invention relates to a kind of equipment complex, more particularly to a kind of fabric rubber powder automation pressure-vaccum structure.

Background technology

The clothes such as down jackets need to increase floral designs on double-layer fabric in process, are coated on floral designs Hot-melting size point, needs to spread hot-melt adhesive powder on hot-melting size point, is then again combined two shell fabrics, double by what is be combined It is blowed between shell fabric and heaves the addition eider down toward in the cavity formed between double-layer fabric.Heat is spread on hot melt rubber cement point During melting powder, hot-melt adhesive powder can perfuse whole fabric, and compound tense only needs to retain the PUR on hot-melting size point Powder, the hot-melt adhesive powder of fabric other positions needs to clean out, at present, is all to use to artificially collect the PUR of fabric elsewhere Powder, automaticity is low, and labor strength is big, and inefficiency can not meet the production requirement of enterprise.

The content of the invention

The technical problems to be solved by the invention are：There is provided a kind of operating efficiency high fabric rubber powder automation pressure-vaccum knot Structure.

In order to solve the above-mentioned technical problem, the technical solution adopted by the present invention is：Feather dress fabric rubber powder

Pressure-vaccum structure is automated, including：Frame, feeding drive roll is provided with the front center of the frame, in the frame Rear end in the middle part of be provided with discharging driven voller, some support rollers, the drive roll, driven voller are provided with the lower end of the frame It is connected between support roller by foraminous conveyer, the driving dress being connected with drive roll is provided with the lower end of the frame Put, inhaled before being respectively arranged with from front to back in the frame of foraminous conveyer upper end between the feeding drive roll and discharging driven voller Prostitute and rear sucker, the preceding sucker and rear sucker are connected by inhaling powder branch pipe with inhaling powder supervisor respectively, described to inhale Powder supervisor is connected with upper induced-draught fan, and the upper induced-draught fan is arranged in frame, the frame updip in the preceding sucker front end The main blowing head cooperated with preceding sucker is tiltedly provided with, the main blow head is connected by main blower with main hair-dryer, The main hair-dryer is fixedly installed in frame, is tiltedly installed with the rear in the frame of sucker rear end and rear sucker phase The secondary blowing head mutually coordinated, the secondary blowing head is connected by secondary blower with secondary hair-dryer, and the main hair-dryer, which is fixed, to be set Put in frame, the feeding drive roll and discharging driven voller between foraminous conveyer lower end frame on be evenly arranged with it is some Air draught head, some inlet scoops are evenly arranged with the upper end of air draught head, are provided with the frame of air draught head lower end The interconnected air draught chamber with air draught head, the air draught chamber is connected by aspiration channel with lower induced-draught fan, and the lower induced-draught fan is consolidated Surely it is arranged in frame.

It is an advantage of the invention that：Above-mentioned fabric rubber powder automates pressure-vaccum structure, the heat on plus material hot melt rubber cement point is retained The hot-melt adhesive powder of fabric elsewhere can be quickly cleaned out while melting powder, automaticity is high, reduces the labor of workman Fatigue resistance, operating efficiency is high, enters line tilt by a main blowing head of front end while preceding sucker carries out suction powder and dries, energy Enough most of hot-melt adhesive powder on absorption fabric, line tilt is entered while rear sucker carries out suction powder by the secondary blowing head in rear end one Blowing can adsorb hot-melt adhesive powder remaining on fabric, and advantages of good adsorption effect, fabric bottom carries out adsorption preventing using lower induced-draught fan Fabric is sucked by preceding sucker and rear sucker, it is ensured that inhaling powder work can continually and steadily be carried out, and is met the production of enterprise and is needed Ask.

Brief description of the drawings

Fig. 1 is the structural representation that fabric rubber powder of the present invention automates pressure-vaccum structure.

In figure：1st, frame, 2, feeding drive roll, 3, discharging driven voller, 4, support roller, 5, foraminous conveyer, 6, drive device, 7th, preceding sucker, 8, rear sucker, 9, inhale powder branch pipe, 10, inhale powder supervisor, 11, upper induced-draught fan, 12, main blowing head, 13, master blows Airduct, 14, main hair-dryer, 15, secondary blowing head, 16, secondary blower, 17, secondary hair-dryer, 18, air draught head, 19, inlet scoop, 20, Air draught chamber, 21, aspiration channel, 22, lower induced-draught fan.

Embodiment

The particular content of the present invention is described in detail with specific embodiment below in conjunction with the accompanying drawings.

As shown in figure 1, fabric rubber powder automates pressure-vaccum structure, including：Frame 1, is set in the front center of the frame 1 There is feeding drive roll 2, discharging driven voller 3 is provided with the middle part of the rear end of the frame 1, is provided with the lower end of the frame 1 Some support rollers 4, are connected between the drive roll 2, driven voller 3 and support roller 4 by foraminous conveyer 5, in the frame 1 Lower end is provided with the drive device 6 being connected with drive roll 3, the transmission net between the feeding drive roll 2 and discharging driven voller 3 Preceding sucker 7 and rear sucker 8, the preceding sucker 7 and rear suction powder are respectively arranged with frame 1 with 5 upper ends from front to back First 8 are connected by inhaling powder branch pipe 9 with inhaling powder supervisor 10 respectively, and the suction powder supervisor 10 is connected with upper induced-draught fan 11, described Upper induced-draught fan 11 is arranged in frame 1, is tiltedly installed with the frame 1 of the preceding front end of sucker 7 mutual with preceding sucker 7 The main blowing first 12 coordinated, the main blow head 12 is connected by main blower 13 with main hair-dryer 14, the main hair-dryer 14 It is fixedly installed in frame 1, is tiltedly installed with what is cooperated with rear sucker 8 in the frame 1 of the rear end of sucker 8 in the rear Pair blowing first 15, the secondary blowing first 15 is connected by secondary blower 16 with secondary hair-dryer 17, and the main hair-dryer 17 is fixed It is arranged in frame 1, is uniformly set in the frame 1 of the lower end of foraminous conveyer 5 between the feeding drive roll 2 and discharging driven voller 3 Some air draughts first 18 are equipped with, some inlet scoops 19 are evenly arranged with the upper end of the air draught first 18, under the air draught first 18 The air draught chamber 20 being interconnected with air draught first 18 is provided with the frame 1 at end, the air draught chamber 20 is inhaled by aspiration channel 21 with lower Blower fan 22 is connected, and the lower induced-draught fan 22 is fixedly installed in frame 1.

Above-mentioned fabric rubber powder automates pressure-vaccum structure in use, driving feeding drive roll 2 to rotate by drive device 6, send Material drive roll 2 drives discharging driven voller 3 and some support rollers 4 to rotate by foraminous conveyer 5, and fabric is conveyed by conveying device Onto foraminous conveyer 5, foraminous conveyer 5 drives fabric to deliver to discharging driven voller 3 from feeding drive roll 2, during conveying, opens Dynamic lower induced-draught fan 22, lower induced-draught fan 22 carries out air draught by aspiration channel 21, and air-flow sequentially enters inlet scoop at foraminous conveyer 5 19th, air draught first 18, air draught chamber 20 and aspiration channel 21 reach lower induced-draught fan 22 and discharged, and inlet scoop 19 is to the fabric on foraminous conveyer 5 Adsorbed, induced-draught fan 11 in startup, upper induced-draught fan 11 is responsible for 10 air draughts by inhaling powder, and air-flow is punished from the fabric on conveyer belt Not Jin Ru preceding sucker 7 and rear sucker 8, the air-flow in preceding sucker 7 and rear sucker 8 is respectively by inhaling powder branch pipe 10 together Enter and discharged again by upper induced-draught fan 11 in suction powder supervisor 9, the hot-melt adhesive powder on fabric beyond hot-melting size point follows air-flow It is drawn into preceding sucker 7 and rear sucker 8 and is discharged by upper induced-draught fan 11 together, preceding sucker 7 realizes first to fabric Secondary suction powder, rear sucker 8 is realized second to fabric inhales powder, during powder is inhaled, starts main hair-dryer 14 and secondary hair-dryer 18, air-flow is sent into the main blowing first 12 being obliquely installed by main hair-dryer 14 by main blower 13, and powder is inhaled before main first 12 pairs of blowing Line tilt blowing is entered in first 7 front end, and air-flow is sent in secondary blowing first 15 by secondary hair-dryer 18 by secondary blower 17, pair blowing Line tilt blowing is entered in the rear end of sucker 8 after first 15 pairs, and line tilt blowing is entered to preceding sucker 7 and rear sucker 8 and is conducive to face Hot-melt adhesive powder on material faster more thoroughly enters in preceding sucker 7 and rear sucker 8.

Above-mentioned fabric rubber powder automates pressure-vaccum structure, can be with while hot-melt adhesive powder on plus material hot melt rubber cement point is retained Quick to clean out the hot-melt adhesive powder of fabric elsewhere, automaticity is high, reduces the labor intensity of workman, operating efficiency Height, enters line tilt by a main blowing head of front end while preceding sucker carries out suction powder and dries, can adsorb big on fabric Part holt melt rubber powder, entering line tilt blowing by the secondary blowing head in rear end one while rear sucker carries out suction powder being capable of adsorption plane Remaining hot-melt adhesive powder on material, advantages of good adsorption effect, fabric bottom carries out adsorption preventing fabric by preceding sucker using lower induced-draught fan With the suction of rear sucker, it is ensured that inhaling powder work can continually and steadily be carried out, and meet the production requirement of enterprise.

Claims (1)

1. fabric rubber powder automates pressure-vaccum structure, it is characterised in that：Including：Frame（1）, in the frame（1）Front center It is provided with feeding drive roll（2）, in the frame（1）Rear end in the middle part of be provided with discharging driven voller（3）, in the frame（1） Lower end be provided with some support rollers（4）, the drive roll（2）, driven voller（3）And support roller（4）Between pass through foraminous conveyer （5）It is connected, in the frame（1）Lower end be provided with and drive roll（3）The drive device being connected（6）, in the feeding Drive roll（2）With discharging driven voller（3）Between foraminous conveyer（5）The frame of upper end（1）On be respectively arranged with preceding suction from front to back Prostitute（7）With rear sucker（8）, the preceding sucker（7）With rear sucker（8）Respectively by inhaling powder branch pipe（9）With inhaling powder master Pipe（10）It is connected, the suction powder supervisor（10）With upper induced-draught fan（11）It is connected, the upper induced-draught fan（11）It is arranged on frame （1）On, in the preceding sucker（7）The frame of front end（1）On be tiltedly installed with and preceding sucker（7）The main blowing cooperated Head（12）, the main blow head（12）Pass through main blower（13）With main hair-dryer（14）It is connected, the main hair-dryer（14）Gu Surely it is arranged on frame（1）On, sucker in the rear（8）The frame of rear end（1）On be tiltedly installed with and rear sucker（8）Mutually The secondary blowing head of cooperation（15）, the secondary blowing head（15）Pass through secondary blower（16）With secondary hair-dryer（17）It is connected, it is described Main hair-dryer（17）It is fixedly installed on frame（1）On, in the feeding drive roll（2）With discharging driven voller（3）Between transmission net Band（5）The frame of lower end（1）On be evenly arranged with some air draught heads（18）, in the air draught head（18）Upper end be evenly arranged with Some inlet scoops（19）, in the air draught head（18）The frame of lower end（1）On be provided with and air draught head（18）Interconnected suction Wind chamber（20）, the air draught chamber（20）Pass through aspiration channel（21）With lower induced-draught fan（22）It is connected, the lower induced-draught fan（22）Gu Surely it is arranged on frame（1）On.