WO2018233464A1 - 面料胶粉吸附装置 - Google Patents

面料胶粉吸附装置 Download PDF

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Publication number
WO2018233464A1
WO2018233464A1 PCT/CN2018/089081 CN2018089081W WO2018233464A1 WO 2018233464 A1 WO2018233464 A1 WO 2018233464A1 CN 2018089081 W CN2018089081 W CN 2018089081W WO 2018233464 A1 WO2018233464 A1 WO 2018233464A1
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WIPO (PCT)
Prior art keywords
suction
head
frame
disposed
powder
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PCT/CN2018/089081
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English (en)
French (fr)
Inventor
孙祥俊
付主木
陆顺杰
陆顺勇
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江苏坤泰机械有限公司
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Publication of WO2018233464A1 publication Critical patent/WO2018233464A1/zh

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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
    • B05C—APPARATUS FOR APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
    • B05C19/00—Apparatus specially adapted for applying particulate materials to surfaces
    • B05C19/06—Storage, supply or control of the application of particulate material; Recovery of excess particulate material
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B08—CLEANING
    • B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
    • B08B13/00—Accessories or details of general applicability for machines or apparatus for cleaning
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B08—CLEANING
    • B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
    • B08B5/00—Cleaning by methods involving the use of air flow or gas flow
    • B08B5/02—Cleaning by the force of jets, e.g. blowing-out cavities
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B08—CLEANING
    • B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
    • B08B5/00—Cleaning by methods involving the use of air flow or gas flow
    • B08B5/04—Cleaning by suction, with or without auxiliary action
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B08—CLEANING
    • B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
    • B08B7/00—Cleaning by methods not provided for in a single other subclass or a single group in this subclass
    • B08B7/02—Cleaning by methods not provided for in a single other subclass or a single group in this subclass by distortion, beating, or vibration of the surface to be cleaned

Definitions

  • the utility model relates to a composite device, in particular to a fabric rubber powder adsorption device.
  • the composite double-layer fabric is blown between the two layers of fabric to add feathers to the cavity formed between the double-layer fabrics.
  • the hot melt adhesive powder will spread the entire fabric, and only need to keep the hot melt adhesive powder on the hot melt glue point during the compounding, the heat of other positions of the fabric The melted rubber powder needs to be cleaned up.
  • the hot melt adhesive powder in other places of the fabric is manually collected, the degree of automation is low, the labor intensity of the worker is large, the work efficiency is low, and the production demand of the enterprise cannot be met.
  • the technical problem to be solved by the utility model is to provide a fabric rubber powder adsorption device with good adsorption effect.
  • a fabric rubber powder adsorption device comprising: a rack, a feeding active roller is arranged in the middle of the front end of the rack, and is disposed in the middle of the rear end of the rack
  • a discharge driven roller and a plurality of support rollers are disposed at a lower end of the frame
  • the drive roller, the driven roller and the support roller are connected by a conveyor belt
  • a lower end of the frame is provided with a driving device connected to the driving roller
  • a front suction nozzle and a rear suction nozzle are respectively disposed on the frame of the upper end of the conveying belt between the feeding driving roller and the discharging driven roller, and the front suction nozzle
  • the powder head and the rear powder suction head are respectively connected to the powder suction main pipe through the powder suction branch pipe, the powder suction main pipe is connected with the upper suction fan, and the upper suction fan is disposed on the frame at the front end of the front su
  • the front end of the rack is tilted and front suctioned a first pair of hair blowing heads that cooperate with each other, and a second pair of hair blowing heads that cooperate with the rear powder collecting head are disposed obliquely on the frame at the rear end of the rear powder collecting head, the first pair of hair blowing heads and the second
  • the auxiliary blowing heads are respectively connected to the auxiliary blowing machine through the auxiliary blowing pipe, the auxiliary blowing machine is disposed on the frame, and a plurality of suctions are arranged on the frame of the lower end of the conveying belt between the feeding driving roller and the discharging driven roller
  • the wind head is provided with a plurality of air suction ports at an upper end of the air suction head, and a suction air chamber communicating with the air suction head is arranged on the frame at the lower end of the air suction head, and the air suction chamber passes through the air suction pipe and the lower suction fan.
  • the lower suction fan is disposed on the frame
  • the mesh belt vibration device is respectively disposed on the frame between the adjacent two suction suction heads
  • the mechanism of the mesh belt vibration device comprises: mutual interaction with the transmission mesh belt a vibrating square tube, the two ends of the vibrating square tube are respectively disposed in the bearing housing through the rotating shaft, the bearing housing is fixedly disposed on the frame, and the driven sprocket is disposed on one end of the vibrating square tube
  • Set servo gear motor gear motor disposed in the shaft of the motor with a servo drive sprocket, the drive sprocket is connected by a chain driven sprocket.
  • the present invention adopts a further technical solution: three suction heads are arranged on the frame of the lower end of the conveyor belt between the feeding driving roller and the discharging driven roller.
  • the utility model has the advantages that: the above-mentioned fabric rubber powder adsorption device can quickly remove the hot melt rubber powder in other places of the fabric while retaining the hot melt rubber powder on the hot melt glue point of the fabric, and the degree of automation is high, and the worker is lowered.
  • the labor intensity and high work efficiency the front suction nozzle carries the powder while passing through a main hair dryer at the front end and a first sub-hair dryer at the rear end to perform the inclined blowing, which can absorb most of the hot melt rubber powder on the fabric, and then suck.
  • the second air blow head of the rear end is used for tilting and blowing, so that the residual hot melt rubber powder on the fabric can be adsorbed, and the adsorption effect is good.
  • the bottom of the fabric is sucked by the lower suction fan to prevent the fabric from being sucked by the front suction head and The suction of the powder suction head ensures that the powder suction work can be carried out continuously and stably.
  • the bottom of the fabric is also vibrated by the mesh belt vibration device, and the hot melt rubber powder adhered to other places in the fabric is vibrated to facilitate the adsorption of the powder suction head, and the adsorption is thorough. Meet the production needs of the company.
  • FIG. 1 is a schematic structural view of a fabric rubber powder adsorption device of the present invention.
  • a fabric rubber adsorption device includes: a frame 1 , a feeding driving roller 2 is disposed at a middle portion of a front end of the frame 1 , and a discharging device is disposed at a middle portion of a rear end of the frame 1
  • the roller 3 is provided at the lower end of the frame 1 with a plurality of support rollers 4, and the drive roller 2, the driven roller 3 and the support roller 4 are connected by a conveyor belt 5 at the lower end of the frame 1.
  • a driving device 6 connected to the driving roller 3 is disposed, and a front suction head 7 is disposed on the frame 1 at the upper end of the conveying belt 5 between the feeding driving roller 2 and the discharging driven roller 3 from the front to the rear.
  • the rear suction head 8, the front suction head 7 and the rear suction head 8 are respectively connected to the powder suction main pipe 10 through a powder suction pipe 9, and the powder suction main pipe 10 is connected to the upper suction fan 11,
  • the upper suction fan 11 is disposed on the frame 1, and a main blower 12 that cooperates with the front pick-up head 7 is disposed obliquely on the frame 1 at the front end of the front pick-up head 7, and the main blower 12 passes through the main
  • the blower tube 13 is connected to the main blower 14, and the main blower 14 is disposed on the frame 1, and is disposed obliquely on the frame 1 at the rear end of the front pick-up head 7 with the front pick-up head 7.
  • a mating first sub-head 15 is obliquely disposed on the frame 1 at the rear end of the rear pick-up head 8 with a second sub-head 16 that cooperates with the rear pick-up head 8, the first sub-head 15 And the second sub-blowing head 16 is connected to the sub-dryer 18 through the sub-drying pipe 17, respectively, the sub-dryer 18 is disposed on the frame 1, and the net is transported between the feeding driving roller 2 and the discharging driven roller 3.
  • the frame 1 having the lower end of the belt 5 is provided with a plurality of suction heads 19, and a plurality of suction ports 20 are disposed at the upper end of the suction head 19, and the frame 1 at the lower end of the suction heads 19 is provided with the suction head 19
  • the suction chamber 21 is connected to the lower suction fan 23 through the suction duct 22, and the lower suction fan 23 is disposed on the frame 1 between the two adjacent suction heads 19.
  • the frame 1 is respectively provided with a mesh belt vibrating device 24, and the mechanism of the mesh belt vibrating device 24 includes a vibrating square tube 241 that cooperates with the conveying net belt 5, and both ends of the vibrating square tube 241 are respectively rotated by the rotating shaft 242.
  • the bearing housing 243 is fixedly disposed on the frame 1, and is disposed at one end of the vibration square tube 241
  • a driven sprocket 244 is disposed, and a servo reduction motor 245 is disposed on the frame 1 at the lower end of the vibration square tube 241, and a drive sprocket 247 is disposed on the motor shaft 246 of the servo reduction motor 245.
  • the sprocket 247 is coupled to the driven sprocket 244 via a chain 248.
  • three suction heads 19 are provided on the frame 1 for conveying the lower end of the mesh belt 5 between the feed driving roller 2 and the discharge driven roller 3.
  • the feeding driving roller 2 is driven to rotate by the driving device 6, and the feeding driving roller 2 drives the discharging driven roller 3 and the plurality of supporting rollers 4 to rotate through the conveying mesh belt 5, and the fabric is conveyed to the conveying device through the conveying device.
  • the conveyor belt 5 drives the fabric from the feeding driving roller 2 to the discharging driven roller 3.
  • the lower suction fan 23 is activated, and the lower suction fan 23 sucks through the suction pipe 22.
  • the airflow enters the air suction port 20, the air suction head 19, the air suction chamber 21 and the air suction pipe 22 from the conveyor belt 5 to the lower suction fan 23, and the air suction port 20 adsorbs the fabric on the conveyor mesh belt 5, and starts up.
  • the suction fan 11 and the upper suction fan 11 suck the air through the powder suction main pipe 10, and the air flow enters the front powder suction head 7 and the rear powder suction head 8 from the fabric on the conveyor belt, and the front suction powder head 7 and the rear powder suction head 8 respectively.
  • the air flow enters the powder suction main pipe 9 through the powder suction pipe 10 and is discharged through the upper suction fan 11, and the hot melt rubber powder other than the hot melt glue point on the fabric is sucked into the front powder suction head 7 and the following together with the air flow.
  • the powder suction head 8 is discharged through the upper suction fan 11, and the front suction head 7 is paired with the fabric. Now the first time the powder is sucked, the rear powder picking head 8 realizes the second sucking of the fabric.
  • the main blower 14 and the auxiliary blower 18 are activated, and the main blower 14 sends the airflow through the main blowing pipe 13 to the tilting.
  • the main blow head 12 is disposed, and the main blow head 12 obliquely blows the front end of the front pick-up head 7, and the auxiliary blower 18 feeds the airflow through the sub-drying pipe 17 to the first sub-head 15 and the second sub-head 16 respectively.
  • the first sub-head 15 is inclined to blow the rear end of the front pick-up head 7, and the second sub-head 16 is inclined to blow the rear end of the rear pick-up head 8, and the front pick-up head 7 and the back-powder
  • the tilting of the head 8 facilitates the faster and more thorough entry of the hot melt adhesive powder on the fabric into the front suction head 7 and the rear suction head 8, and at the same time, the servo motor 245 and the motor shaft of the servo reduction motor 245 are activated.
  • conveyor belt 5 drives the vibrating fabric, other than the hot melt adhesive in the hot melt adhesive powder slurry point on fabric so as to be sucked from the vibration.
  • the above-mentioned fabric rubber powder adsorption device can quickly remove the hot melt rubber powder in other places of the fabric while retaining the hot melt rubber powder on the hot melt glue point of the fabric, has high automation degree, reduces labor intensity of workers, and has high work efficiency.
  • the front suction head performs the powder suction while the main blow head of the front end and a first sub-hair head of the rear end are used for the inclined blowing, which can adsorb most of the hot melt rubber powder on the fabric, and then suck the powder head to absorb the powder.
  • the inclined air blower can absorb the residual hot melt rubber powder on the fabric, and the adsorption effect is good.
  • the bottom of the fabric is sucked by the lower suction fan to prevent the fabric from being sucked by the front suction head and the rear suction head, thereby ensuring
  • the powder suction work can be carried out continuously and stably.
  • the bottom of the fabric is also vibrated by the mesh belt vibration device, and the hot melt rubber powder adhered to other parts of the fabric is vibrated to facilitate the adsorption of the powder suction head, and the adsorption is thorough, which satisfies the production demand of the enterprise.

Abstract

一种面料胶粉吸附装置，包括：机架（1），在所述机架（1）的前端中部设置有送料主动辊（2），在所述机架（1）的后端中部设置有出料从动辊（3），在所述机架（1）的下端设置有若干支撑辊（4），所述主动辊（2）、从动辊（3）和支撑辊（4）之间通过输送网带（5）相连接，在所述机架（1）的下端设置有与主动辊（3）相连接的驱动装置（6），在所述送料主动辊（2）和出料从动辊（3）之间输送网带（5）上端的机架（1）上从前往后分别设置有前吸粉头（7）和后吸粉头（8），所述前吸粉头（7）和后吸粉头（8）分别通过吸粉支管（9）与吸粉主管（10）相连接，所述吸粉主管（10）与上吸风机（11）相连接，所述上吸风机（11）设置在机架（1）上，在所述前吸粉头（7）前端的机架（1）上倾斜设置有与前吸粉头（7）相互配合的主吹风头（12）。该装置自动化程度高，降低了工人的劳动强度，工作效率高。

Description

面料胶粉吸附装置 技术领域
本实用新型涉及一种复合设备，尤其涉及一种面料胶粉吸附装置。
背景技术
羽绒服等服装在加工过程中需要在双层面料上增加花纹图案，在花纹图案上涂上热熔胶浆点，在热熔胶浆点上需要撒热熔胶粉，然后再将两层面料进行复合，将复合好的双层面料之间进行吹风鼓起往双层面料之间形成的空腔内添加羽绒。在向热熔胶浆点上撒热熔胶粉的过程中，热熔胶粉会撒满整个面料，而复合时只需要保留热熔胶浆点上的热熔胶粉，面料其他位置的热熔胶粉需要清理掉，目前，都是采用人工收集面料其他地方的热熔胶粉，自动化程度低，工人劳动强度大，工作效率低，满足不了企业的生产需求。
实用新型内容
本实用新型所要解决的技术问题是：提供一种吸附效果好的面料胶粉吸附装置。
为了解决上述技术问题，本实用新型采用的技术方案是：面料胶粉吸附装置，包括：机架，在所述机架的前端中部设置有送料主动辊，在所述机架的后端中部设置有出料从动辊，在所述机架的下端设置有若干支撑辊，所述主动辊、从动辊和支撑辊之间通过输送网带相连接，在所述机架的下端设置有与主动辊 相连接的驱动装置，在所述送料主动辊和出料从动辊之间输送网带上端的机架上从前往后分别设置有前吸粉头和后吸粉头，所述前吸粉头和后吸粉头分别通过吸粉支管与吸粉主管相连接，所述吸粉主管与上吸风机相连接，所述上吸风机设置在机架上，在所述前吸粉头前端的机架上倾斜设置有与前吸粉头相互配合的主吹风头，所述主吹风头通过主吹风管与主吹风机相连接，所述主吹风机设置在机架上，在所述前吸粉头后端的机架上倾斜设置有与前吸粉头相互配合的第一副吹风头，在所述后吸粉头后端的机架上倾斜设置有与后吸粉头相互配合的第二副吹风头，所述第一副吹风头和第二副吹风头分别通过副吹风管与副吹风机相连接，所述副吹风机设置在机架上，在所述送料主动辊和出料从动辊之间输送网带下端的机架上设置有若干吸风头，在所述吸风头的上端设置有若干吸风口，在所述吸风头下端的机架上设置有与吸风头相互连通的吸风腔，所述吸风腔通过吸风管与下吸风机相连接，所述下吸风机设置在机架上，在相邻两个吸风头之间的机架上分别设置有网带振动装置，所述网带振动装置的机构包括：与输送网带相互配合的振动方管，所述振动方管的两端分别通过转轴转动设置在轴承座内，所述轴承座固定设置在机架上，在所述振动方管的一端上设置有从动链轮，在所述振动方管下端的机架上设置有伺服减速电机，在所述伺服减速电机的电机轴上设置有主动链轮，所述主动链轮通过链条与从动链轮相连接。
为了更好地解决上述技术问题，本实用新型采用的进一步技术方案是：在 所述送料主动辊和出料从动辊之间输送网带下端的机架上设置有三个吸风头。
本实用新型的优点是：上述面料胶粉吸附装置，在保留面料热熔胶浆点上的热熔胶粉的同时可以快速清理掉面料其他地方的热熔胶粉，自动化程度高，降低了工人的劳动强度，工作效率高，前吸粉头进行吸粉的同时通过前端的一个主吹风头和后端一个第一副吹风头进行倾斜吹风，能够吸附面料上大部分热熔胶粉，后吸粉头进行吸粉的同时通过后端一个第二副吹风头进行倾斜吹风能够吸附面料上残余的热熔胶粉，吸附效果好，面料底部采用下吸风机进行吸附防止面料被前吸粉头和后吸粉头吸入，保证吸粉工作能够持续稳定进行，面料底部还通过网带振动装置进行振动，将粘结在面料其他地方的热熔胶粉振动下来利于吸粉头进行吸附，吸附彻底，满足了企业的生产需求。
附图说明
图1为本实用新型面料胶粉吸附装置的结构示意图。
图中：1、机架，2、送料主动辊，3、出料从动辊，4、支撑辊，5、输送网带，6、驱动装置，7、前吸粉头，8、后吸粉头，9、吸粉支管，10、吸粉主管，11、上吸风机，12、主吹风头，13、主吹风管，14、主吹风机，15、第一副吹风头，16、第二副吹风头，17、副吹风管，18、副吹风机，19、吸风头，20、吸风口，21、吸风腔，22、吸风管，23、下吸风机，24、网带振动装置，241、振动方管，242、转轴，243、轴承座，244、从动链轮，245、伺服减速电机，246、电机轴，247、主动链轮，248、链条。
具体实施方式
下面结合附图和具体实施例详细描述一下本实用新型的具体内容。
如图1所示，面料胶粉吸附装置，包括：机架1，在所述机架1的前端中部设置有送料主动辊2，在所述机架1的后端中部设置有出料从动辊3，在所述机架1的下端设置有若干支撑辊4，所述主动辊2、从动辊3和支撑辊4之间通过输送网带5相连接，在所述机架1的下端设置有与主动辊3相连接的驱动装置6，在所述送料主动辊2和出料从动辊3之间输送网带5上端的机架1上从前往后分别设置有前吸粉头7和后吸粉头8，所述前吸粉头7和后吸粉头8分别通过吸粉支管9与吸粉主管10相连接，所述吸粉主管10与上吸风机11相连接，所述上吸风机11设置在机架1上，在所述前吸粉头7前端的机架1上倾斜设置有与前吸粉头7相互配合的主吹风头12，所述主吹风头12通过主吹风管13与主吹风机14相连接，所述主吹风机14设置在机架1上，在所述前吸粉头7后端的机架1上倾斜设置有与前吸粉头7相互配合的第一副吹风头15，在所述后吸粉头8后端的机架1上倾斜设置有与后吸粉头8相互配合的第二副吹风头16，所述第一副吹风头15和第二副吹风头16分别通过副吹风管17与副吹风机18相连接，所述副吹风机18设置在机架1上，在所述送料主动辊2和出料从动辊3之间输送网带5下端的机架1上设置有若干吸风头19，在所述吸风头19的上端设置有若干吸风口20，在所述吸风头19下端的机架1上设置有与吸风头19相互连通的吸风腔21，所述吸风腔21通过吸风管22与下吸风机23相连接，所述 下吸风机23设置在机架1上，在相邻两个吸风头19之间的机架1上分别设置有网带振动装置24，所述网带振动装置24的机构包括：与输送网带5相互配合的振动方管241，所述振动方管241的两端分别通过转轴242转动设置在轴承座243内，所述轴承座243固定设置在机架1上，在所述振动方管241的一端上设置有从动链轮244，在所述振动方管241下端的机架1上设置有伺服减速电机245，在所述伺服减速电机245的电机轴246上设置有主动链轮247，所述主动链轮247通过链条248与从动链轮244相连接。
如图1所示，在本实例中，在所述送料主动辊2和出料从动辊3之间输送网带5下端的机架1上设置有三个吸风头19。
上述面料胶粉吸附装置使用时，通过驱动装置6驱动送料主动辊2转动，送料主动辊2通过输送网带5带动出料从动辊3和若干支撑辊4转动，将面料通过输送装置输送到输送网带5上，输送网带5带动面料从送料主动辊2送至出料从动辊3，在输送的过程中，启动下吸风机23，下吸风机23通过吸风管22进行吸风，气流从输送网带5处依次进入吸风口20、吸风头19、吸风腔21和吸风管22到达下吸风机23排出，吸风口20对输送网带5上的面料进行吸附，启动上吸风机11，上吸风机11通过吸粉主管10吸风，气流从输送带上的面料处分别进入前吸粉头7和后吸粉头8，前吸粉头7和后吸粉头8内的气流分别通过吸粉支管10一起进入到吸粉主管9内再通过上吸风机11排出，面料上热熔胶浆点以外的热熔胶粉跟随气流被一起吸入到前吸粉头7和后吸粉头8内通过 上吸风机11排出，前吸粉头7对面料实现第一次吸粉，后吸粉头8对面料实现第二次吸粉，在吸粉的过程中，启动主吹风机14和副吹风机18，主吹风机14将气流通过主吹风管13送入倾斜设置的主吹风头12，主吹风头12对前吸粉头7的前端进行倾斜吹风，副吹风机18将气流分别通过副吹风管17送入到第一副吹风头15和第二副吹风头16内，第一副吹风头15对前吸粉头7的后端进行倾斜吹风，第二副吹风头16对后吸粉头8的后端进行倾斜吹风，对前吸粉头7和后吸粉头8进行倾斜吹风有利于面料上的热熔胶粉更快更彻底地进入前吸粉头7和后吸粉头8内，与此同时，启动伺服减速电机245，伺服减速电机245的电机轴246带动主动链轮247转动，主动链轮247通过链条248带动从动链轮244转动，从动链轮244带动转轴242在轴承座243内转动，转轴242带动振动方管241旋转，每当振动方管241的四个角顶升输送网带5时，输送网带5会发生振动，输送网带5带动面料振动，粘结在热熔胶浆点以外面料上的热熔胶粉被振动脱离以便于吸走。
上述面料胶粉吸附装置，在保留面料热熔胶浆点上的热熔胶粉的同时可以快速清理掉面料其他地方的热熔胶粉，自动化程度高，降低了工人的劳动强度，工作效率高，前吸粉头进行吸粉的同时通过前端的一个主吹风头和后端一个第一副吹风头进行倾斜吹风，能够吸附面料上大部分热熔胶粉，后吸粉头进行吸粉的同时通过后端一个第二副吹风头进行倾斜吹风能够吸附面料上残余的热熔胶粉，吸附效果好，面料底部采用下吸 风机进行吸附防止面料被前吸粉头和后吸粉头吸入，保证吸粉工作能够持续稳定进行，面料底部还通过网带振动装置进行振动，将粘结在面料其他地方的热熔胶粉振动下来利于吸粉头进行吸附，吸附彻底，满足了企业的生产需求。

Claims (2)

  1. 面料胶粉吸附装置，其特征在于：包括：机架(1)，在所述机架(1)的前端中部设置有送料主动辊(2)，在所述机架(1)的后端中部设置有出料从动辊(3)，在所述机架(1)的下端设置有若干支撑辊(4)，所述主动辊(2)、从动辊(3)和支撑辊(4)之间通过输送网带(5)相连接，在所述机架(1)的下端设置有与主动辊(3)相连接的驱动装置(6)，在所述送料主动辊(2)和出料从动辊(3)之间输送网带(5)上端的机架(1)上从前往后分别设置有前吸粉头(7)和后吸粉头(8)，所述前吸粉头(7)和后吸粉头(8)分别通过吸粉支管(9)与吸粉主管(10)相连接，所述吸粉主管(10)与上吸风机(11)相连接，所述上吸风机(11)设置在机架(1)上，在所述前吸粉头(7)前端的机架(1)上倾斜设置有与前吸粉头(7)相互配合的主吹风头(12)，所述主吹风头(12)通过主吹风管(13)与主吹风机(14)相连接，所述主吹风机(14)设置在机架(1)上，在所述前吸粉头(7)后端的机架(1)上倾斜设置有与前吸粉头(7)相互配合的第一副吹风头(15)，在所述后吸粉头(8)后端的机架(1)上倾斜设置有与后吸粉头(8)相互配合的第二副吹风头(16)，所述第一副吹风头(15)和第二副吹风头(16)分别通过副吹风管(17)与副吹风机(18)相连接，所述副吹风机(18)设置在机架(1)上，在所述送料主动辊(2)和出料从动辊(3)之间输送网带(5)下端的机架(1)上设置有若干吸风头(19)，在所述吸风头(19)的上端设置有若干吸风口(20)，在所述吸风头(19)下端 的机架(1)上设置有与吸风头(19)相互连通的吸风腔(21)，所述吸风腔(21)通过吸风管(22)与下吸风机(23)相连接，所述下吸风机(23)设置在机架(1)上，在相邻两个吸风头(19)之间的机架(1)上分别设置有网带振动装置(24)，所述网带振动装置(24)的机构包括：与输送网带(5)相互配合的振动方管(241)，所述振动方管(241)的两端分别通过转轴(242)转动设置在轴承座(243)内，所述轴承座(243)固定设置在机架(1)上，在所述振动方管(241)的一端上设置有从动链轮(244)，在所述振动方管(241)下端的机架(1)上设置有伺服减速电机(245)，在所述伺服减速电机(245)的电机轴(246)上设置有主动链轮(247)，所述主动链轮(247)通过链条(248)与从动链轮(244)相连接。
  2. 按照权利要求1所述的面料胶粉吸附装置，其特征在于：在所述送料主动辊(2)和出料从动辊(3)之间输送网带(5)下端的机架(1)上设置有三个吸风头(19)。
PCT/CN2018/089081 2017-06-24 2018-05-30 面料胶粉吸附装置 WO2018233464A1 (zh)

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