CN207345221U - Fabric rubber powder automates pressure-vaccum structure - Google Patents

Abstract

The utility model discloses a kind of fabric rubber powder to automate pressure-vaccum structure, including：Rack, the front center of the rack is provided with feeding drive roller, discharging driven voller is provided with the middle part of the rear end of the rack, the lower end of the rack is provided with some support rollers, the feeding drive roller, it is connected between discharging driven voller and support roller by foraminous conveyer, the driving device being connected with feeding drive roller is provided with the lower end of the rack, preceding sucker and rear sucker are respectively arranged with from front to back in the rack of foraminous conveyer upper end between the feeding drive roller 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 suction ventilator, the upper suction ventilator is arranged in rack, the main blowing head to cooperate with preceding sucker is tiltedly installed with the rack of the preceding sucker front end.

Description

Fabric rubber powder automates pressure-vaccum structure

Technical field

It the utility model is related 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, then again that two shell fabrics are for composite, by compound good pair It is blowed and is heaved toward addition natural feather in the cavity formed between double-layer fabric between shell 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 hot melt adhesive on hot-melting size point Powder, the hot-melt adhesive powder of fabric other positions need to clean up, and are all to use to artificially collect the hot melt adhesive of fabric elsewhere at present Powder, the degree of automation is low, and labor strength is big, and work efficiency is low, can not meet the production requirement of enterprise.

Utility model content

Technical problem to be solved in the utility model is：There is provided a kind of work efficiency high fabric rubber powder automation pressure-vaccum Structure.

In order to solve the above-mentioned technical problem, the technical solution adopted in the utility model is：Feather dress fabric rubber powder

Pressure-vaccum structure is automated, including：Rack, is provided with feeding drive roller, described in the front center of the rack Discharging driven voller is provided with the middle part of the rear end of rack, some support rollers are provided with the lower end of the rack, the feeding is actively It is connected between roller, discharging driven voller and support roller by foraminous conveyer, is provided with the lower end of the rack with feeding actively The driving device that roller is connected, from going in the rack of foraminous conveyer upper end between the feeding drive roller and discharging driven voller After be respectively arranged with preceding sucker and rear sucker, the preceding sucker and rear sucker are respectively by inhaling powder branch pipe with inhaling powder master Pipe is connected, and the suction powder supervisor is connected with upper suction ventilator, and the upper suction ventilator is arranged in rack, in the preceding sucker Be tiltedly installed with the rack of front end with preceding sucker cooperate main blowing head, it is described it is main blowing head by main blower with Main hair-dryer is connected, and the main hair-dryer is fixed in rack, tilts set in the rack of sucker rear end in the rear The secondary blowing head to cooperate with rear sucker is equipped with, the secondary blowing head is connected by secondary blower with secondary hair-dryer, institute State secondary hair-dryer to be fixed in rack, the rack of foraminous conveyer lower end between the feeding drive roller and discharging driven voller On be evenly arranged with some air draught heads, some inlet scoops are evenly arranged with the upper end of the air draught head, under the air draught head The air draught chamber being interconnected with air draught head is provided with the rack at end, the air draught chamber is connected by aspiration channel with lower suction ventilator Connect, the lower suction ventilator is fixed in rack.

The utility model has the advantages that：Above-mentioned fabric rubber powder automates pressure-vaccum structure, on plus material hot melt rubber cement point is retained Hot-melt adhesive powder while can quickly clean up the hot-melt adhesive powder of fabric elsewhere, the degree of automation is high, reduces worker Labor intensity, work efficiency is high, is blown while preceding sucker carries out suction powder by a main blowing head of front end into line tilt Wind, can adsorb on fabric most of hot-melt adhesive powder, while rear sucker carries out suction powder by the secondary blowing head in rear end one into Line tilt blowing can adsorb hot-melt adhesive powder remaining on fabric, advantages of good adsorption effect, and fabric bottom is inhaled using lower suction ventilator It is attached to prevent fabric from being sucked by preceding sucker and rear sucker, ensure that inhaling powder work can continually and steadily carry out, and meet enterprise Production requirement.

Brief description of the drawings

Fig. 1 is the structure diagram that the utility model fabric rubber powder automates pressure-vaccum structure.

In figure：1st, rack, 2, feeding drive roller, 3, discharging driven voller, 4, support roller, 5, foraminous conveyer, 6, driving dress Put, 7, preceding sucker, 8, rear sucker, 9, inhale powder branch pipe, 10, inhale powder supervisor, 11, upper suction ventilator, 12, main blowing head, 13, main Blower, 14, main hair-dryer, 15, secondary blowing head, 16, secondary blower, 17, secondary hair-dryer, 18, air draught head, 19, inlet scoop, 20th, air draught chamber, 21, aspiration channel, 22, lower suction ventilator.

Embodiment

The particular content of the utility model 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：Rack 1, is set in the front center of the rack 1 There is feeding drive roller 2, discharging driven voller 3 is provided with the middle part of the rear end of the rack 1, is provided with the lower end of the rack 1 Some support rollers 4, are connected between the feeding drive roller 2, discharging driven voller 3 and support roller 4 by foraminous conveyer 5, in institute The lower end for stating rack 1 is provided with the driving device 6 being connected with feeding drive roller 2, in the feeding drive roller 2 and discharges driven It is respectively arranged with preceding sucker 7 and rear sucker 8 between roller 3 in the rack 1 of 5 upper end of foraminous conveyer from front to back, is inhaled before described Prostitute 7 and rear sucker 8 are connected by inhaling powder branch pipe 9 with inhaling powder supervisor 10 respectively, the suction powder supervisor 10 and upper suction ventilator 11 are connected, and the upper suction ventilator 11 is arranged in rack 1, be tiltedly installed with the rack 1 of preceding 7 front end of sucker with The main blowing first 12 that preceding sucker 7 cooperates, the main blowing first 12 are connected by main blower 13 with main hair-dryer 14, The main hair-dryer 14 is fixed in rack 1, is tiltedly installed with the rack 1 of 8 rear end of sucker is inhaled with after in the rear The secondary blowing first 15 that prostitute 8 cooperates, the secondary blowing first 15 are connected by secondary blower 16 with secondary hair-dryer 17, institute State secondary hair-dryer 17 to be fixed in rack 1, between the feeding drive roller 2 and discharging driven voller 3 under foraminous conveyer 5 Some air draughts first 18 are evenly arranged with the rack 1 at end, some inlet scoops 19 are evenly arranged with the upper end of the air draught first 18, The air draught chamber 20 being interconnected with air draught first 18 is provided with the rack 1 of first 18 lower end of the air draught, the air draught chamber 20 is logical Cross aspiration channel 21 with lower suction ventilator 22 to be connected, the lower suction ventilator 22 is fixed in rack 1.

Above-mentioned fabric rubber powder automates pressure-vaccum structure in use, driving feeding drive roller 2 to rotate by driving 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 be sent from feeding drive roller 2 to discharging driven voller 3, during conveying, opens Dynamic lower suction ventilator 22, lower suction ventilator 22 carry out air draught by aspiration channel 21, and air-flow sequentially enters inlet scoop at foraminous conveyer 5 19th, air draught is first 18, air draught chamber 20 and aspiration channel 21 reach lower suction ventilator 22 and discharge, and inlet scoop 19 is to the fabric on foraminous conveyer 5 Adsorbed, suction ventilator 11 in startup, upper suction ventilator 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 to inhale and discharged again by upper suction ventilator 11 in 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 suction ventilator 11 together, preceding sucker 7 realizes first to fabric Secondary suction powder, rear sucker 8, which is realized fabric second, 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, inhales powder before main first 12 pairs of blowing First 7 front end is dried into line tilt, and air-flow is sent in secondary blowing first 15 by secondary hair-dryer 17 by secondary blower 16, and pair is blown Public attention 15 dries the rear end of rear sucker 8 into line tilt, and preceding sucker 7 and rear sucker 8 are conducive into line tilt blowing Hot-melt adhesive powder on fabric 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 the hot-melt adhesive powder on retaining plus material hot melt rubber cement point Quick to clean up the hot-melt adhesive powder of fabric elsewhere, the degree of automation is high, reduces the labor intensity of worker, work efficiency Height, is dried into line tilt by a main blowing head of front end while preceding sucker carries out suction powder, can adsorbed big on fabric Part holt melt rubber powder, being dried while rear sucker carries out suction powder by the secondary blowing head in rear end one into line tilt being capable of adsorption plane Remaining hot-melt adhesive powder on material, advantages of good adsorption effect, fabric bottom carry out adsorption preventing fabric by preceding sucker using lower suction ventilator Sucked with rear sucker, ensure that inhaling powder work can continually and steadily carry out, and meet the production requirement of enterprise.

Claims (1)

1. fabric rubber powder automates pressure-vaccum structure, it is characterised in that：Including：Rack (1), the front center in the rack (1) Feeding drive roller (2) is provided with, discharging driven voller (3) is provided with the middle part of the rear end of the rack (1), in the rack (1) Lower end be provided with some support rollers (4), pass through between the feeding drive roller (2), discharging driven voller (3) and support roller (4) Foraminous conveyer (5) is connected, and the driving device being connected with feeding drive roller (2) is provided with the lower end of the rack (1) (6), between the feeding drive roller (2) and discharging driven voller (3) in the rack (1) of foraminous conveyer (5) upper end from front to back Preceding sucker (7) and rear sucker (8) are respectively arranged with, the preceding sucker (7) and rear sucker (8) are respectively by inhaling powder branch Pipe (9) is connected with inhaling powder supervisor (10), and the suction powder supervisor (10) is connected with upper suction ventilator (11), the upper suction ventilator (11) it is arranged in rack (1), is tiltedly installed with and preceding sucker (7) phase in the rack (1) of preceding sucker (7) front end The main blowing head (12) mutually coordinated, the main blowing head (12) are connected by main blower (13) with main hair-dryer (14), institute State main hair-dryer (14) to be fixed in rack (1), be tiltedly installed with the rear in the rack (1) of sucker (8) rear end The secondary blowing head (15) to cooperate with rear sucker (8), the secondary blowing head (15) are dried by secondary blower (16) with secondary Machine (17) is connected, it is described pair hair-dryer (17) be fixed in rack (1), the feeding drive roller (2) and discharge from Some air draught heads (18) are evenly arranged with the rack (1) of foraminous conveyer (5) lower end between dynamic roller (3), in the air draught head (18) upper end is evenly arranged with some inlet scoops (19), is provided with and inhales in the rack (1) of air draught head (18) lower end The interconnected air draught chamber (20) of public attention (18), the air draught chamber (20) are connected by aspiration channel (21) with lower suction ventilator (22) Connect, the lower suction ventilator (22) is fixed in rack (1).